CN116271873A - An atmosphere entertainment device - Google Patents

Abstract

The invention discloses an atmosphere entertainment device, which comprises a first cavity, which is a deformable inflatable cavity made of flexible material, and the first cavity can communicate with an air source; the cavity, which is made of a flexible A chamber cover made of material is enclosed and used to accommodate the movement of the atmosphere inside; the chamber cover is at least partially connected to the cavity wall of the first cavity, or at least part of the chamber cover It is composed of part of the cavity wall of the first cavity; the cavity cover can be expanded or folded, and the first cavity can support and stretch the cavity cover after inflated; the delivery port, It is arranged on the chamber cover, and is used to deliver the atmosphere and/or make the atmosphere move gas into the chamber; the opening, which is arranged on the chamber cover, is used to make the chamber The gas flows out of the chamber. The invention can be folded for easy storage and carrying, can also prevent the chamber cover from collapsing due to insufficient air pressure, and has good entertainment interaction and functional expansion.

Description

An atmosphere entertainment device

technical field

The invention relates to the technical field of inflatable toys, in particular to an atmosphere entertainment device.

Background technique

The existing inflatable atmosphere entertainment device is used to accommodate the floating chamber of the atmosphere, which is usually an airtight structure. The inside of the chamber is not connected to the outside air. The chamber cover of the chamber is injected with gas to make it stretch and expand, and then the vent with the outside world is closed, and then the air circulation device arranged in the chamber cover is used to make the gas flow, so as to realize blowing up the atmosphere. The chamber cover with this structure has poor gas fluidity due to blowing air in the confined space, so the floating effect of the atmosphere is poor, which affects the playing and viewing effects. In addition, the chamber cover with this structure passes through a period of time. After a period of time, deflation will inevitably occur, which will cause the chamber cover to collapse due to insufficient internal air pressure. If the chamber adopts a non-airtight structure that communicates with the outside world, when the internal air pressure of the chamber cover is insufficient, the chamber cover will collapse. Controlling the opening and closing state of the conveying port and changing the size of the ejected air flow can achieve a richer floating effect of the atmosphere, and it is also difficult to realize human-computer interaction with the atmosphere.

The disclosure of the above background technical content is only used to assist in understanding the concept and technical solution of the present invention, and it does not necessarily belong to the prior art of this patent application. If there is no clear evidence that the above content has been disclosed on the filing date of this patent application In some cases, the above background technology should not be used to evaluate the novelty and inventiveness of this application.

Contents of the invention

The main purpose of the present invention is to overcome the defects of poor effect and difficult interaction in the above-mentioned background technology, and provide an atmosphere entertainment device, which can prevent the chamber cover from collapsing due to insufficient air pressure, and can also make the atmosphere have good floating Effect.

To achieve the above object, the present invention adopts the following technical solutions:

An atmosphere entertainment device, comprising:

a first cavity, which is a deformable inflatable cavity made of a flexible material, and the first cavity can communicate with an air source;

a chamber enclosed by a chamber cover made of a flexible material for accommodating the movement of atmosphere therein; the chamber cover is at least partially connected to the cavity wall of the first cavity, or At least part of the chamber cover is composed of part of the cavity wall of the first cavity; the chamber cover can be expanded or folded, and the first cavity can support and stretch the chamber after being inflated a cover to place the chamber cover in tension;

a delivery port, which is arranged on the chamber cover and is used to deliver atmosphere into the chamber and/or make the atmosphere flow into gas;

an opening, which is arranged on the chamber cover, and is used to allow the gas in the chamber to communicate with the gas outside the chamber, so that the delivery port can continuously deliver atmosphere and air into the chamber; /or make the atmosphere active gas.

Further, it also includes an integrated seat, the integrated seat is connected with the chamber cover and/or the first cavity; the integrated seat is provided with an integrated seat through hole and an integrated seat locking piece; the integrated seat One end of the through hole is used to communicate with the air source and/or the atmosphere device, and the other end is used to communicate with the delivery port; The integrated head on any one or more of entertainment accessories can be repeatedly detachably connected; the integrated seat is used to gather the delivery port, and can be replaced with the required atmosphere device or the source connectivity.

Further, at least two through holes of the integrated seat are provided on the integrated seat, and one end of all the through holes of the integrated seat is used to communicate with the air source, at least one of which is used to communicate with the negative pressure air source; all At least one of the other ends of the through holes of the integrated seat is used to communicate with the delivery port, and the rest are used to communicate with the first cavity, the atmosphere device or entertainment accessories using gas.

Further, it also includes an air flow control device that can be repeatedly disassembled with the integrated seat locking member; the air flow control device includes at least one air passage and a valve located on the air passage, one end of the air passage is connected to the air source The other end communicates with the through hole of the integrated seat, and is used to control the flow rate and/or on-off state of the air flowing through the through hole of the corresponding integrated seat.

Further, the air flow control device further includes a flow divider, which is used to divide the gas from the gas source through the flow divider, and then flow through the valve to the corresponding through hole of the integrated seat or the delivery port; The diverter is provided with at least three branch ports that communicate with each other, and each of the branch ports is respectively connected with the corresponding ventilation passage or air source; the valve and the diverter can independently control the flow through Corresponding to the air flow or on-off status of the ventilation channel.

Further, the valve includes an air supply interface, an air extraction interface and an external interface, and the external interface is used to communicate with the corresponding through hole of the integrated seat or the delivery port; the ventilation passage includes at least a pair of An air supply passage and an air extraction passage, one end of the air supply passage is connected with a positive pressure air source, and several air supply branch ports are provided on the other end, and each air supply branch port is connected to a corresponding air supply interface; One end of the air passage is connected with the negative pressure air source, and the other end is provided with several air extraction branch ports, and each air extraction branch port is connected to a corresponding air extraction port; each of the external ports is connected to one of the integrated seat channels. hole.

Further, it also includes an airflow control device that can be repeatedly disassembled and assembled with the locking part of the integrated seat, the airflow control device is a diverter, and the diverter is provided with at least three branch ports that communicate with each other, and each branch The ports are respectively connected with the corresponding through holes of the integrated seat or the gas source, and are used to divide the gas from the gas source.

Further, the entertainment accessory is an entertainment accessory using gas; an integrated head through hole is provided on the integrated head, and one end of the through hole of the integrated head communicates with the entertainment accessory using gas, and the other end communicates with the integrated The seat through hole is connected.

Further, it also includes a padding cavity and a padding cavity mounting part arranged on the padding cavity; the padding cavity is a deformable inflatable cavity made of a soft material, and is connected with an air source Connected to receive inflation, the pad protection cavity has a space and structure capable of carrying players to play on it; the pad protection cavity mounting part cooperates with the integrated seat locking part to lock the pad protection cavity The cavity is removably connected to the integrated seat; the pad protection cavity mounting part is provided with a pad protection cavity mounting part through hole, and one end of the pad protection cavity mounting part through hole is connected to the air source The other end communicates directly with the through hole of the integrated seat, or communicates with the through hole of the integrated seat through the air flow control device, and the air flow control device is used to control the air flow through the through hole of the integrated seat and/or or on-off state.

Further, the through hole of the cushioning cavity mounting part is divided into the inflation through hole of the cushioning cavity mounting part and the exhausting through hole of the cushioning cavity mounting part, and one end of the inflation through hole of the cushioning cavity mounting part The compressed air source is connected, and the other end is connected with the through hole of the integrated seat through the air flow control device. The airflow control device communicates with the through hole of the integrated seat, and the inflation through hole of the padding cavity mounting part and the exhausting through hole of the padding cavity mounting part are respectively used for supplying and extracting air to the airflow control device.

Further, an electrical contact of the pad protection cavity installation is provided on the pad protection cavity installation, one end of the pad protection cavity installation electrical contact is electrically connected to a power supply and/or a signal source, and the other end is used for It is electrically connected with various electrical devices.

Further, the integration seat also includes an integration seat electrical contact, one end of the integration seat electrical contact is electrically connected to a power supply and/or a signal source, and the other end is used to electrically connect to various electrical devices.

Further, it also includes a connection seat arranged on the chamber cover and/or the first cavity, and the connection seat is provided with a connection seat locking member for connecting with the entertainment accessories. The head can be repeatedly disassembled and connected; the connecting seat is also provided with a connecting seat through hole, one end of the connecting seat through hole communicates with the integrated seat through hole, and the other end is used to communicate with the entertainment accessories. A gas for delivering gas, atmosphere, or atmosphere to the entertainment accessory.

Further, the connecting head is also provided with a connecting head through hole, one end of the connecting head through hole communicates with the entertainment accessories, and the other end is used to communicate with the through hole of the connecting seat, so as to supply air to the entertainment accessories .

Further, it also includes a second cavity, which is used to produce entertainment effects through its shape, or change the state of the atmosphere to produce entertainment effects; the second cavity and the chamber cover And/or the first cavity abuts and is located inside and/or outside the chamber; the second cavity can be communicated with an air source to inflate and exhaust the second cavity, so The resulting change in shape or movement of the second cavity is used to change the active state of the atmosphere, or to change the shape of the chamber, or to drive the movement of the chamber cover abutting against it, or to drive The first cavity abutting against it is active, or is used to drive the activity of the entertainment accessories abutting against it.

Further, the second cavity is in communication with the positive pressure gas source and the negative pressure gas source at the same time, and is used for causing the second cavity to produce a sustainable volume change by alternately inflating and pumping gas.

Further, it also includes an integrated seat, the integrated seat is connected with the chamber cover and/or the first cavity; the integrated seat is provided with an integrated seat locking piece and an integrated seat through hole, the integrated seat One end of the through hole of the integrated seat is used to communicate with the gas source, and the other end is used to communicate with the delivery port, the first cavity or the second cavity; The integrated head on the source can be repeatedly detachably connected; the integrated seat is used to collect the through hole of the integrated seat, and send the gas from the gas source to each of the delivery ports, the first cavity or the second cavity.

Further, it also includes an air flow control device that can be repeatedly disassembled with the integrated seat locking member; the air flow control device includes at least one air passage and a valve located on the air passage, one end of the air passage is connected to the air source The other end communicates with the through hole of the integrated seat, and is used to control the flow rate and/or on-off state of the air flowing through the through hole of the corresponding integrated seat.

Further, it also includes an atmosphere gathering structure, the atmosphere gathering structure is made of flexible material, and includes an inclined surface at least partially connected with the chamber cover and/or the first cavity, the The inclined surface is arranged in the chamber and is located at the position when the air falls, and is used to receive the falling air and make it slide down to the converging part at the bottom of the inclined surface along the inclined surface, and the delivery port is aligned with the The converging part transports the gas that moves the atmosphere, so that the movement of the atmosphere can circulate continuously.

Further, it also includes an airflow control device; the airflow control device includes at least one air passage and a valve located on the air passage, one end of the air passage is communicated with the air source, and the other end is communicated with the delivery port. It is used to control the air flow or on-off state flowing through the delivery port.

Further, the first cavity is formed by connecting a plurality of deformable inflatable cavities; two adjacent deformable inflatable cavities communicate with each other or do not communicate with each other.

Compared with the prior art, the present application has the following beneficial effects:

1. The chamber of this application is a chamber cover made of flexible materials, which has a large volume when opened and a small volume when folded and stored, which is easy to open and store, and has the advantages of convenient portability and storage; the atmosphere is limited in the chamber For indoor activities, it is convenient to watch and recycle the atmosphere, and prevent the atmosphere from being scattered and transported to the outside of the entertainment device, which is difficult to clean up.

2. This application adopts the foldable storage first chamber. When the air pressure in the chamber is insufficient due to the change of the delivery volume of the delivery port or the air leakage of the chamber cover, the chamber cover can also be stretched without affecting the play. As a result, it can also be conveniently opened and prevented from collapsing under the condition of convenient storage and carrying. After the first cavity is inflated, the chamber cover can be quickly stretched, and after the first cavity is pumped and folded, the chamber cover can be quickly folded and put away.

3. The application provides an opening on the chamber cover to allow the gas in the chamber to flow out of the chamber to reduce the air pressure in the chamber, so that the delivery port can continuously deliver the atmosphere in the chamber to the chamber And/or make the air flow gas; in addition, it can also increase the gas fluidity inside and outside the chamber, and when the air flow output by the delivery port is small, the air can still be easily blown up; at the same time, the opening can also enable players to Interact with atmospheres, load and remove atmospheres from chambers, and load entertainment accessories into chambers.

In a further scheme, the present application also has the following advantages:

1. The first cavity of the present application can also be moved or transformed into various forms through pneumatic control, which increases entertainment and appreciation.

2. The atmosphere entertainment device of this application is equipped with an integrated seat, and each cavity on the atmosphere entertainment device is connected with the air source, atmosphere device, and airflow control device through the integrated seat, and at the same time realizes the communication between electricity and gas, which is convenient control and installation.

3. The ambience entertainment device of the present application is provided with a connecting seat, through which various entertainment accessories required can be installed on the ambience entertainment device, so as to increase the entertainment and functional expansion of the ambiance entertainment device.

Description of drawings

Fig. 1 is a schematic diagram of an atmosphere entertainment device in Embodiment 1.

Fig. 2 is a schematic diagram of an atmosphere entertainment device in Embodiment 2.

FIG. 3 is an external perspective view of Embodiment 2. FIG.

FIG. 4 is an exploded view of Embodiment 2.

FIG. 5 is a schematic diagram of Embodiment 2 when the power supply is not connected.

Fig. 6 is a schematic diagram of an atmosphere entertainment device in Embodiment 3.

FIG. 7 is an exploded view of Embodiment 3.

Fig. 8 is a schematic diagram of an atmosphere entertainment device in Embodiment 4.

9 is a schematic cross-sectional view of Embodiment 4.

Fig. 10 is a schematic diagram of an atmosphere entertainment device in Embodiment 5.

Fig. 11 is a schematic diagram of an atmosphere entertainment device in Embodiment 6.

Fig. 12 is a perspective view of the appearance of the sixth embodiment.

FIG. 13 is a schematic cross-sectional view of Embodiment 6. FIG.

Fig. 14 is a schematic bottom view of Embodiment 6.

FIG. 15 is a schematic longitudinal sectional view of Embodiment 6. FIG.

Explanation of reference signs:

Detailed ways

In order to make the technical problems, technical solutions and beneficial effects to be solved by the embodiments of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

It should be noted that when an element is referred to as being “fixed” or “disposed on” another element, it may be directly on the other element or be indirectly on the other element. When an element is referred to as being "connected to" another element, it can be directly connected to the other element or indirectly connected to the other element. In addition, the connection can be used for both fixing function and circuit communication function.

It is to be understood that the terms "length", "width", "top", "bottom", "front", "rear", "left", "right", "vertical", "horizontal", "top" , "bottom", "inner", "outer" and other indicated orientations or positional relationships are based on the orientations or positional relationships shown in the drawings, and are only for the convenience of describing the embodiments of the present invention and simplifying the description, rather than indicating or implying Any device or element must have a specific orientation, be constructed and operate in a specific orientation and therefore should not be construed as limiting the invention.

In addition, the terms "first" and "second" are used for descriptive purposes only, and cannot be interpreted as indicating or implying relative importance or implicitly specifying the quantity of indicated technical features. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of these features. In the description of the embodiments of the present invention, "plurality" means two or more, unless otherwise specifically defined.

Example 1

As shown in Figure 1, an atmosphere entertainment device disclosed in this embodiment includes:

The first cavity 300 is a deformable inflatable cavity made of flexible materials. The first cavity 300 is provided with an air nozzle. Opening the gas nozzle can connect the gas source 1700 to the first cavity 300, and the second After the cavity 300 is filled with gas, close the gas nozzle;

The chamber 110 is enclosed by a chamber cover 100 made of a flexible material, and is used to accommodate the movement of the atmosphere 1400 inside; the chamber cover 100 is at least partially connected to the cavity wall of the first cavity 300 , Or at least a part of the chamber cover 100 is formed by a part of the wall of the first cavity 300; the chamber cover 100 can be opened or folded, and the first cavity 300 can support the tension chamber cover 100 after being inflated. , so that the chamber cover 100 is in a tensioned state;

Delivery port 400, which is arranged on the chamber cover 100, and is used to deliver atmosphere 1400 into the chamber and/or make the atmosphere flow into gas;

The opening 200, which is arranged on the chamber cover, is used to enable the gas in the chamber to communicate with the gas outside the chamber, so as to reduce the air pressure in the chamber 110, so that the delivery port 110 can continuously flow into the chamber. The atmosphere is delivered 1400 and/or converted into a gas.

The working process of this embodiment:

(1) Spread out the chamber cover 100, and put the atmosphere 1400 into the chamber cover 100 through the opening 200;

(2) Open the air nozzle on the first cavity 300 to inflate, use the air source 1700 to inflate the first cavity 300 and then make it stand upright, and the chamber cover 100 is restrained by the first cavity 300 braced and stretched to a tensioned state, thereby forming the chamber 110, and then closing the valve for apnea;

(3) Put the atmosphere 1400 into the chamber 110 from the opening 200, and then extend the gas source 1700 into the chamber 110 from the delivery port 400 through the pipeline 1000, and the pneumatic gas source 1700 delivers the atmosphere into the chamber 110 1400 and/or the gas that activates the atmosphere, making the atmosphere 1400 active in the chamber 110; the player can also reach in through the opening 200 to interact with the atmosphere 1400 while watching the scene of the movement of the atmosphere from the outside. .

(4) When the game is finished, the air source 1700 is turned off, and the gas in the chamber 110 is continuously discharged from the opening 200, so that the chamber cover 100 is deflated and retracted;

(5) Take out the atmosphere 1400 from the opening 200;

(6) Disconnect the air source 1700, exhaust the air in the chamber cover 100 and the first chamber 300, and then fold it, which completes the whole playing process.

Example 2

As shown in Figures 2 to 5, an atmosphere entertainment device disclosed in this embodiment includes:

a chamber 110, which is enclosed by a chamber cover made of a flexible material, and used to accommodate the movement of the atmosphere 1400 inside; the chamber cover 100 is at least partially connected to the cavity wall of the first cavity 300, or At least part of the chamber cover 100 is composed of a part of the wall of the first cavity 300; it is used to keep the atmosphere 1400 in the range of the chamber 110 during the activity without spreading randomly; the chamber cover 100 can be stretched and expanded. It can be folded and folded, and the first cavity 300 can support the tension chamber cover 100 after being inflated, so that the chamber cover 100 is in a tensioned state; the chamber cover 100 can be made of film, and the shape is a cube or a sphere , pipe structure, animals and plants or cartoon image modeling. The restricted movement of the atmosphere 1400 in the chamber 110 is convenient for viewing and recycling the atmosphere 1400, preventing the atmosphere 1400 from being transported to the outside of the entertainment device and making it difficult to clean up.

The first cavity 300 is a deformable inflatable cavity made of flexible material, the first cavity 300 can communicate with the gas source 1700; the connection relationship between the first cavity 300 and the chamber cover 100 can be specifically adopted The following methods: (1) the first cavity 300 is connected to the outside and/or inside of the chamber cover 100, and the chamber cover 100 is partially or completely exposed outside the first cavity 300; (2) the first cavity 300 is completely Covering the outside of the chamber cover 100 , the cavity wall of the first cavity 300 and the chamber cover 100 share the same film. The function of the first chamber 300: when the air pressure in the chamber 110 is insufficient due to the change of the delivery volume of the delivery port 400 or the air leakage of the chamber cover 100, the chamber cover 100 can also be stretched by its own hardness Does not affect the playing effect; the volume of the chamber cover 100 is large when it is opened, and the volume is small when it is folded. In addition, the number of first cavities 300 can be set to at least two, and each first cavity 300 can be inflated and pumped independently, forming a dynamic Styling for entertainment. The first cavity 300 may be formed by connecting multiple deformable inflatable cavities; two adjacent deformable inflatable cavities are connected to each other or not connected to each other.

The delivery port 400 is arranged on the chamber cover 100. The delivery port 400 can communicate with the atmosphere device 1800 for delivering the atmosphere 1400 into the chamber 100. The delivery port 400 can also communicate with the gas source 1700 for The atmosphere mobilizing gas is delivered into the chamber 100, and the delivery direction of the delivery port 400 includes input and extraction. Wherein, the atmosphere object 1400 is made of light materials, including plastic balls, colored paper, powder, foam particles, foam balls, smoke, water mist, pasty objects, liquids, sponges, floating liquid foams, bubbles, etc. The gas that activates the atmosphere includes gas, liquid, and solid (such as powder) that can activate the atmosphere 1400 or change its active state. The atmosphere device 1800 includes various devices capable of outputting the atmosphere 1400 , and uses the gas source 1700 to deliver the atmosphere 1400 to the delivery port 400 . The gas source 1700 is set inside or outside the chamber 110, and is used to deliver gas to the delivery port 400 to activate the atmosphere. The gas source 1700 includes an air pump, fan, rebound air bag, mouth blower, compressed gas cylinder, etc.

The opening 200, which is arranged on the chamber cover 100, is used to enable the gas in the chamber to communicate with the gas outside the chamber, so as to reduce the air pressure in the chamber, so that the delivery port 400 can continuously flow to the chamber. The atmosphere 1400 is transported in the chamber 110 and/or the atmosphere is activated; the shape of the opening 200 can be a cutout, a cutout with overlapping sides, a round hole or other geometric shapes. The functions of the opening 200 include: (1) for making the cavity The gas in the chamber flows to the outside of the chamber to reduce the air pressure in the chamber 110, so that the delivery port 110 can continuously deliver the atmosphere 1400 to the chamber and/or make the atmosphere flow gas; (2) make the chamber 110 The internal gas is connected with the external gas, which can increase the fluidity of the gas inside and outside the chamber 110. When the air flow output by the delivery port 400 is small, the atmosphere 1400 can still be easily blown up; (3) the player can play with the (4) load and take out the atmosphere 1400 into the chamber 110; (5) put the entertainment accessories 1600 into the chamber 110; (6) install the entertainment accessories 1600 (such as the entertainment cavity, Interception nets, blocking sheets, fog machines, projectors, sprinklers, etc.).

An integrated seat 900, the integrated seat 900 is connected to the chamber cover 100 and/or the first cavity 300; the integrated seat 900 is provided with an integrated seat through hole 930 and an integrated seat locking member 960; the integrated seat 900 is provided with at least two An integrated seat through hole 930, one end of all integrated seat through holes 900 is used to communicate with the gas source 1700, at least one of which is used to communicate with a negative pressure gas source; in the other end of all integrated seat through holes 900, at least One is used to communicate with the delivery port 400, and the rest is used to communicate with the first cavity 300, the atmosphere device 1800 or the entertainment accessories 1600 using gas. The gas source 1700 is used for the first cavity 300, the atmosphere The object device 1800 or the entertainment accessory 1600 using gas. In addition, the delivery port 400 can also communicate with the atmosphere device 1800 through the through hole 900 of the integrated seat, and is used to deliver the atmosphere 1400 into the chamber 110; 1700, the integrated head 970 on any one or more of entertainment accessories 1600 can be repeatedly detachably connected; the integrated seat 900 is used to converge the delivery port 400, and can be replaced with the required atmosphere device 1800 or air source 1700 connected. In addition, the atmosphere 1400 can also be put into and taken out from the cavity through the through hole 930 of the integration seat. The integrated seat 900 is provided with an integrated seat lock 960, and any one or more of the atmosphere device 1800, air source 1700, delivery port 400, entertainment accessories 1600, and airflow control device 1900 is provided with an integrated head 970, and the integrated seat The locking piece 960 is removably connected with the integrated head 970, and is used to install the required atmosphere device 1800, air source 1700, delivery port 400, entertainment accessories 1600 or airflow control device 1900 on the integrated seat 900, the integrated seat The locking part 960 and the integrated head 970 can be connected by a locking structure such as a buckle connection structure, a threaded connection structure or an interference connection structure; Through the hole, the bracket is used to support the entertainment accessory 1600, keeping a certain distance between the integrated seat 900 and the entertainment accessory 1600, so as to avoid hindering the fall of the atmosphere object 1400; in addition, the integrated seat locking piece 960 can be directly connected to the entertainment accessory 1600 , can also be connected through the integrated head 970 provided on the entertainment accessory 1600 in a repeatable detachable manner. The integrated seat 900 is provided with an integrated seat electrical contact 940, one end of the integrated seat electrical contact 940 is electrically connected to the power supply and/or signal source through the wire 2000, and the other end is used to electrically connect to various electrical devices for various purposes. Electrical entertainment accessories, airflow control devices provide power and/or transmit electrical signals.

The connecting seat 500 is arranged on any one or more of the chamber cover 100, the first cavity 300, and the second cavity 700. The connecting seat 500 can be arranged inside and/or outside the chamber 110, or can be It is arranged at the opening 200; the connection seat 500 is provided with a connection seat locking member 530, which is used to repeatedly detachably connect with the connection head 600 provided on the entertainment accessory 1600, and the connection seat locking member 530 and the connection head 600 The connection can be connected by a locking structure such as a buckle connection structure, a threaded connection structure or an interference connection structure; the connection seat 500 is also provided with a connection seat through hole 510, and one end of the connection seat through hole 510 communicates with the integration seat through hole 930 , the other end is used to communicate with the entertainment accessory 1600, and is used to deliver the ambience 1400 or gas to the entertainment accessory 1600, so as to increase the functionality and entertainment diversity of the entertainment device. The connection base 500 is also provided with a connection base electrical contact 520 , one end of the connection base electrical contact 520 is electrically connected to the integrated base electrical contact 940 through the wire 2000 , and the other end is used to transmit current and/or electrical signal for the entertainment accessory 1600 . The connecting head 600 is also provided with a connecting head through hole 620 , one end of the connecting head through hole 620 communicates with the entertainment accessory 1600 , and the other end is used to communicate with the connecting seat through hole 510 to supply air to the entertainment accessory 1600 . The end of the pipe 1000 can be repeatedly detachably connected with the through hole 930 of the integrated seat and the through hole 510 of the connecting seat; You only need to install the corresponding entertainment accessories 1600 on the corresponding integrated seat 900 or connecting seat 500 to play, which improves the convenience and applicability of the atmosphere entertainment device; in addition, the pipeline 1000 is made of hose or film, It is convenient for piping and storage, and the production cost is low. The through hole 930 of the integrated seat delivers the atmosphere 1400 and/or the gas that activates the atmosphere to the through hole 510 of the connecting seat through the pipe 1000, so as to provide it to the entertainment accessory 1600 installed on the connecting seat 500, so that the entertainment Accessory 1600 presents richer dynamic entertainment effects.

The second cavity 700 is used to produce entertainment effects through its shape, or change the state of the ambience 1400 to produce entertainment effects by changing its state; the second cavity 700 is compatible with the chamber cover 100 and the first cavity 300 or entertainment device 1600 abutting, set inside and/or outside the chamber 110; the second chamber 700 can communicate with the gas source 1700, so as to inflate and exhaust the second chamber 700, the generated first The shape change or action change of the two chambers is used to change the active state of the atmosphere 1400, or to change the shape of the chamber 110, or to drive the movement of the chamber cover 100 that is in contact with it, or to drive it to counteract it. The first cavity 300 connected to it is movable, or is used to drive the entertainment accessory 1600 abutting against it to move. The second chamber 700 is in communication with the positive pressure air source and the negative pressure air source at the same time, and is used to produce a sustainable volume change of the second chamber 700 by alternately inflating and pumping air, so as to achieve more complex dynamic effects.

The atmosphere gathering structure 800, which is made of flexible materials, includes an inclined surface 810 at least partially connected to the chamber cover 100 and/or the first cavity 300. The inclined surface 810 is arranged in the chamber 110 and located in the atmosphere The position when the object 1400 falls is used to receive the falling atmosphere object 1400 and make it slide down the inclined surface 810 to the converging part 820 at the bottom of the inclined surface. The converging part 820 transports gas so that the movement of the atmosphere 1400 can circulate continuously, so as to prevent the atmosphere 1400 from accumulating at a position where the delivery port 400 cannot spray. In addition, the atmosphere gathering structure 800 can adopt a structure independent of the chamber cover 100, or can be integrally formed with the chamber cover 100; the opening 200 can also be at the converging part 820 and its vicinity, which is convenient for collecting and exporting the atmosphere. 1400.

The airflow control device 1900, which can be repeatedly disassembled with the integrated seat lock 960, is connected between the air source 1700 and the through hole 930 of the integrated seat. The airflow control device 1900 is divided into a first airflow control device 1901 and a second airflow control device 1902, the first airflow control device 1901 is used in indoor play scenes with power supply, and the second airflow control device 1902 is used in play scenes without power supply, such as outdoors; the first airflow control device 1901 includes at least one ventilation path and is located in the ventilation path The valve (in this example, the first valve 1920) 1920 on the top, one end of the ventilation passage communicates with the air source 1700, and the other end communicates with the through hole 930 of the integrated seat, and is used to control the flow of air flowing through the through hole 930 of the corresponding integrated seat and/or on-off status. The first airflow control device 1901 also includes a flow divider (in this example, the first flow divider 1913), which is used to divide the gas from the gas source through the flow divider, and then flow to the corresponding through hole of the integrated seat through the first valve 1920 930; the first flow diverter 1913 is provided with at least three branch ports that communicate with each other, and each branch port is respectively connected with the corresponding ventilation passage or gas source; the first valve 1920 and the first flow diverter 1913 can cooperate independently Control the flow rate or on-off state of the air flowing through the corresponding ventilation channel. Wherein, the first valve 1920 includes an air supply interface 1921, an air extraction interface 1922, and an external interface 1923, and the external interface 1923 is used to communicate with the corresponding integrated seat through hole 930; each air passage includes at least one pair of air supply passages 1911 And air extraction passage 1912, one end of air supply passage 1911 is connected with the positive pressure air source, and the other end is provided with several air supply branch ports, and each air supply branch port is connected with a corresponding air supply interface 1921; one end of air extraction passage 1912 It is connected with the negative pressure air source, and the other end is provided with several air extraction branch ports, and each air extraction branch port is connected to a suction port 1922 ; each external port 1923 is connected to a through hole 930 of the integrated seat. The first valve 1920 in this embodiment can specifically adopt a three-position three-way solenoid valve. When the valve core in the three-position three-way valve moves to three different positions, the corresponding air extraction interface 1922 and the supply port are respectively blocked. The air passage 1911 and the external interface 1923 are used to control the air flow and/or on-off state flowing through the through hole of the corresponding integrated seat, so as to realize the switching of the three states of air supply, air extraction, and air closure; the first in this embodiment The valve 1920 is a solenoid valve or a manual valve. The second airflow control device 1902 is a diverter (in this example, the second diverter 1914), and the second diverter 1914 is provided with at least three branch ports that communicate with each other, and each branch port is connected to the corresponding through hole of the integrated seat. 930 or the gas source 1700 are connected, and are used to divide the gas from the gas source, and are used to make one gas source ventilate multiple integration seat through holes 930 at the same time.

The entertainment accessories 1600 in this embodiment include: nozzles, intercepting nets, blocking sheets, LED lights, speakers, air dancers, entertainment inflatable chambers, projectors, dry ice guns, cloud machines, bubble machines, fog machines, atomization One or more of device, smoke bubbler, air column gun, paper jet machine, snow jet machine, foam machine, miniature water pump, flower sprinkler, ribbon, audio, can be installed on the connecting seat 500 as required. Among them, the intercepting net is used to prevent the atmosphere 1400 from floating out of the chamber cover 100 from the opening 200 with the air flow; 1400 to interact with each other, and at the same time prevent the atmosphere 1400 from being output from the opening 200; gas-using entertainment accessories include: nozzles, air dancers, entertainment inflatable chambers, cloud machines, bubble machines, smoke machines, atomizers, and smoke bubbles Bubble machine, air column gun, paper spray machine, snow spray machine, foam machine, flower sprinkler, etc.

The working process of this embodiment:

(1) Spread the chamber cover 100, and put the atmosphere 1400 into the chamber cover 100 through the opening 200 or the through hole 930 of the integration seat;

(2) Install various entertainment accessories 1600 on the connection seat 500 located in the chamber cover 100 , the first cavity 300 or the second cavity 700 through the connection head 600 ;

(3) Install various required ambience devices 1800, air source 1700, entertainment accessories 1600, and first airflow control device 1901 on the integrated seat 900 through the integrated head 970 and the integrated seat locking member 960. And the integrated seat through hole 930 is communicated with the gas source 1700 through the pipeline 1000; then the integrated seat electrical contact 940 is electrically connected with the power supply and/or signal source through the wire 2000;

(4) Turn on the air source 1700 and the power/signal source 2100, the first cavity 300 will inflate and stand up, and the chamber cover 100 will be supported by the first cavity 300 and stretched to a tensioned state , so as to form the chamber 110, and then the delivery port 400 outputs the atmosphere 1400 and/or the gas that activates the atmosphere to the chamber 110, so that the atmosphere 1400 becomes active inside the chamber 110, and at the same time, each entertainment accessory 1600 starts to produce various A kind of entertainment effect; control the first airflow control device 1901 through the power supply/signal source 2100, and then control the inflation and pumping of the second cavity 700, so that the first cavity 300 shakes to produce more complex dynamic effects;

(5) When the game is finished, the gas in the first cavity 300 and the second cavity 700 is drawn out by controlling the first airflow control device 1901, and then the gas source 1700 is closed, and the gas in the cavity 110 is continuously discharged from the opening 200, so that The chamber cover 100 is deflated and retracted;

(6) Remove various atmosphere devices 1800, air source 1700, entertainment accessories 1600, and first airflow control device 1901 from the integrated seat 900, and remove the atmosphere 1400 from the opening 200 and/or the through hole 930 of the integrated seat, Then various entertainment accessories 1600 are unloaded from the connecting seat 500;

(7) Separately disconnect the pipeline 1000 between the integrated seat through hole 930 and the gas source 1700, as well as the integrated seat electrical contact 940, the power supply/signal source 2100 and the electric wire 2000, and connect the chamber cover 100 and the first cavity Once the 300 is folded, the whole playing process is completed.

(8) As shown in FIG. 5 , when playing outdoors without a power supply, replace the first airflow control device 1901 with the second airflow control device 1902 .

(9) The air source 1700 is an artificial inflatable device or a portable inflatable device, which is used to inflate the first cavity 300 and the second cavity 700, and blow the atmosphere 1400 in the chamber 110 for playing; Devices include rebound airbags, mouth blowers, compressed gas cylinders, etc.

Example 3

In order to make the atmosphere entertainment device have the function of human-computer interaction, this embodiment adds a pad protection cavity 1620 on the basis of the second embodiment.

As shown in Figures 6 to 7, an atmosphere entertainment device disclosed in this embodiment includes: a chamber cover 100, a first cavity 300, an opening 200, a delivery port 400, a connecting seat 500, a connecting head 600, a second The second cavity 700, the atmosphere gathering structure 800, the integrated seat 900, the airflow control device 1900 and the padding cavity 1620; wherein,

The chamber cover 100 is partly formed by part of the cavity wall of the first cavity 300 .

The integrated seat 900 is provided with an integrated seat locking part 960 , and the entertainment accessory 1600 is provided with an integrated head 970 , and the integrated seat locking part 960 and the integrated head 970 are removably connected. Among them, the valve fitting 1600 is a gas valve fitting, and an inflatable cavity can be used specifically; the integrated head 970 on the gas valve fitting is provided with an integrated head through hole 971, and one end of the integrated head through hole 971 is connected with the gas valve The other end communicates with the through hole 930 of the integrated seat, so that the entertainment accessory 1600 can form a structure with entertainment effect, or let the atmosphere object 1400 move inside it, so as to increase the entertainment effect.

The pad protection cavity 1620 is a deformable inflatable cavity made of flexible material, and the pad protection cavity 1620 is provided with a pad protection cavity mounting part 1610; the pad protection cavity 1620 is a deformable inflatable cavity made of flexible material , and connected with the air source 1700 to receive inflation, the pad protection cavity 1620 has a space and structure capable of carrying players to play on it, the pad protection cavity 1620 is used to support the chamber cover 100, create a game environment, and carry Players play on it; the pad protection cavity mounting part 1610 is locked with the integrated seat locking part 960, and is used to repeatedly detachably connect the pad protection cavity body 1610 and the integrated seat 900; the pad protection cavity mounting part 1610 is provided with a through hole 1611 of the pad protection cavity mounting part. One end of the pad protection cavity mounting part through hole 1611 is connected to the air source 1700, and the other end is directly connected to the through hole 930 of the integrated seat, or connected to the integrated seat through the airflow control device 1900. The seat through hole 930 is connected, and the first airflow control device 1900 is configured to control the flow rate and/or on-off state of the air flowing through the integrated seat through hole 930 . The air source 1700 is divided into a positive pressure air source and a negative pressure air source. The through hole 1611 of the pad protection cavity installation part is divided into the pad protection cavity installation part inflation through hole 1612 and the pad protection cavity installation part suction through hole 1612. One end of the inflation through hole 1612 of the protective cavity installation part is connected with the positive pressure air source, the other end is connected with the through hole 930 of the integrated seat through the air flow control device 1900, and one end of the suction through hole 1611 of the cushion protection cavity installation part is connected with the negative pressure air source. The source is connected, and the other end is connected to the through hole 930 of the integrated seat through the airflow control device 1900. The air filling through hole 1612 of the cushioning cavity mounting part and the exhausting through hole 1613 of the cushioning cavity mounting part are respectively used to supply the airflow control device 1900. Perform air supply and extraction. The pad protection cavity mounting part 1610 is provided with a pad protection cavity mounting part electrical contact 1614, one end of the pad protection cavity mounting part electrical contact 1614 is electrically connected to a power supply and/or a signal source, and the other end is used to connect with various The electrical device is electrically connected.

The air source 1700 includes an air pump and a rebound air bag. By pressing the rebound air bag, the player can supply and extract air to the connection seat through hole 510 or the second cavity 700, so that the entertainment accessories 1600 installed on the connection seat 500 work, and activate the first cavity 300 abutting against the second cavity 700, thereby realizing the interaction between the player and the entertainment device.

The working process of this embodiment:

(1) Spread out the chamber cover 100, connect the through hole 930 of the integrated seat with the through hole 971 of the integrated head through the pipe 100, and then install the entertainment fitting 1600 on the integrated seat 900, and then put the entertainment accessories 1600 into the chamber cover 100;

(2) Install other entertainment accessories 1600 on the connection seat 500 located at the chamber cover 100 , the first cavity 300 or the second cavity 700 through the connection head 600 ;

(3) Cooperate with various required atmosphere devices 1800 , air source 1700 , and airflow control device 1900 through the integrated head 970 and the integrated seat lock 960 , install them on the integrated seat 900 , and communicate with the air source through the pipeline 1000 1700 is connected; then the electrical contact 940 of the integrated seat is electrically connected to the power supply and/or signal source through the wire 2000;

(4) Turn on the air source 1700 and the power/signal source 2100, the first cavity 300 stands up after being inflated, the chamber cover 100 is supported by the first cavity 300 and stretched to a tensioned state, In this way, the chamber 110 is formed, and then the delivery port 400 transports the atmosphere 1400 to the chamber 110, so that the atmosphere 1400 moves in the chamber 110, and then uses the air source 1700 to inflate or pump the entertainment accessories 1600 to generate Various dynamic entertainment effects; control the airflow control device 1900 through the power supply/signal source 2100, and then control the inflation and pumping of the second cavity 700, so that the first cavity 300 swings to produce more complex dynamic effects;

(5) The player squeezes the rebound airbag, and the air flow is delivered to the second cavity 700 and the through hole 510 of the connecting seat through the pipeline 1000, so that the shape of the second cavity 700 changes to drive the first cavity The body 300 is movable, and the entertainment accessories 1600 connected with the through hole 510 of the connecting seat can also produce entertainment effects, thereby realizing diversified human-computer interaction;

(6) When the game is over, the airflow control device 1900 is controlled by the power supply/signal source 2100 to extract the gas in the first cavity 300, and then the gas source 1700 (air pump) is turned off to work, and the gas is continuously discharged from the opening 200, so that the chamber cover Body 100 deflated and retracted;

(7) Unload various atmosphere devices 1800, air source 1700, entertainment accessories 1600, and airflow control device 1900 from the integrated seat 900, and then remove various entertainment accessories 1600 from the connecting seat 500;

(8) Separately disconnect the pipeline 1000 between the integrated seat through hole 930 and the gas source 1700, as well as the integrated seat electrical contact 940, the power supply/signal source 2100 and the electric wire 2000, and connect the chamber cover 100 and the first cavity Once the 300 is folded, the whole playing process is completed.

Example 4

In order to further enrich the human-computer interaction function of the atmosphere entertainment device, on the basis of Embodiment 2, the second cavity is set in different positions in this embodiment. 200 output, in addition, a second airflow control device 1902 is added.

As shown in Figures 8 and 9, an atmosphere entertainment device disclosed in this embodiment includes: a chamber cover 100, a first cavity 300, a delivery port 400, an opening 200, a connecting seat 500, a connecting head 600, a second Two chambers 700, an atmosphere gathering structure 800, an integrated seat 900, and an airflow control device 1900; among them,

The first cavity 300 constitutes the outer shell of the maze, and the side facing the player is the chamber cover 100. The first cavity 300 and the chamber cover 100 together form a chamber 110 in the shape of a maze track, and the atmosphere 1400 is along the The chamber 110 in the shape of a labyrinth track is active; the atmosphere 1400 in this embodiment is a plastic ball.

The left and right sides of the first cavity 300 are provided with delivery ports 400, the delivery port 400 on the right side of the first cavity 300 is provided with an integrated seat 900, and the air flow control device 1900 is divided into a first air flow control device 1901 and a second air flow control device 1901. The control device 1902 is removably connected to the first airflow control device 1901 on the integrated seat 900. One end of the through hole 930 of the integrated seat communicates with the air source 1700 through the first airflow control device 1901, and the other end communicates with the delivery port 400 and the connecting seat. The through hole 510 or the second cavity 700 communicates; the delivery port 400 located on the left side of the first cavity 300 communicates with the gas source 1700 through the second airflow control device 1902 at one end, and delivers the atmosphere to the chamber 110 at the other end 1400 moving gas to move the atmosphere 1400 along the maze track.

Wherein, the first airflow control device 1901 adopts the structure of the first airflow control device 1901 in Embodiment 2; the second airflow control device 1902 includes a valve (in this example, the second valve 1924), and one end of the second valve 1924 is connected to the air source 1700 and the other end communicates with the delivery port 400 for controlling the size and/or on-off state of the gas flowing through the delivery port 400 .

The quantity of the second cavity 700 is multiple, the first cavity 300 and the entertainment accessories 1600 are all provided with the second cavity 700, the second cavity 700 communicates with the gas source 1700 through the pipeline 1000; utilize the gas source 1700 (air pump and rebound airbag) to inflate and pump the second cavity 700 connected with it independently, so that the shape of the second cavity 700 changes, so as to change the active state and active path of the atmosphere 1400, or use the second The cavity 700 produces a shape change to drive the first cavity 300 that abuts against it to move, so as to change the shape of the maze track; the player manipulates the air source 1700 to make the atmosphere object 1400 install a designated path to move, realizing the function of human-computer interaction .

The interactive process of this embodiment:

(1) Fill the atmosphere 1400 from the opening 200 into the chamber 110 (maze track);

(2) Utilize the gas source 1700 (air pump and rebound airbag) to deliver the gas to move the atmosphere 1400 into the chamber 110 through each delivery port 400, and the atmosphere 1400 moves in the chamber 110 along the airflow direction;

(3) The player inflates the second cavity 700 connected to it by squeezing the rebounding airbag to change the activity state and path of the atmosphere object 1400, or drive the first cavity 300 in contact with it to move to change the labyrinth. The shape of the track enables the atmosphere object 1400 to move according to the specified path, and finally walk out of the maze from the opening 200, realizing the interaction between the player and the atmosphere object 1400.

Example 5

In order to accurately control the trajectory of the ambience 1400, increase the force of charging and pumping the ambience 1400, and output it from the opening 200 according to the specified trajectory, this embodiment designs the chamber 110 as The tubular structure enables the atmosphere 1400 to move along the specified trajectory along the chamber 110, and the first chamber 300 is formed by connecting a plurality of deformable inflatable chambers independently connected with the gas source, while removing the connecting seat 500, connecting The head 600, the surrounding object gathering structure 800.

As shown in FIG. 10 , an atmosphere entertainment device disclosed in this embodiment includes: a chamber cover 100 , a first cavity 300 , a delivery port 400 , a second cavity 700 , an integrated seat 900 and an airflow control device 1900 ;in,

The first cavity 300 is connected by a plurality of deformable inflatable cavities; each deformable inflatable cavity is independently communicated with the air source 1700, and is used to change the shape of the second cavity according to the needs of the game scene, so as to Increase the interactivity with the game and the variability of the game scene.

The integrated seat 900 is arranged at the bottom of the chamber 110, and the delivery port 400 and the airflow control device 1900 are installed on the integrated seat 900. The airflow control device 1900 adopts the first airflow control structure in Embodiment 4, and one end of the airflow control device 1900 is respectively connected to the front The compressed air source and the negative pressure air source communicate with each other, and the other end communicates with the delivery port 400 , the second cavity 700 , and the first cavity 300 through the corresponding integrated seat through holes 930 .

A plurality of second cavities 700 are provided at different positions of the first cavity 300, which are respectively communicated with the positive pressure air source and the negative pressure air source through the airflow control device 1900, and are used to independently control the second cavities 700. Inflate and pump air to change the shape of the second cavity 700 to change the active state of the atmosphere 1400, or change the shape of the chamber cover 100, or drive the first cavity 300 to move, so as to achieve precise control of the atmosphere 1400 The trajectory of the movement and the direction emitted from the opening 200.

The chamber 110 is a tubular structure, and the inner diameter of the tubular structure is slightly larger than the outer diameter of the atmosphere 1400, so as to increase the filling and pumping force for the movement of the atmosphere 1400. The atmosphere 1400 in this embodiment is a plastic ball; the end of each branch of the tubular structure Both are provided with an opening 200; the delivery port 400 is provided at the bottom of the chamber 110, and is used to deliver the atmosphere 1400 and/or the gas that makes the atmosphere move to the chamber 110; The object 1400 is introduced into the chamber 110; the second chamber 700 is connected with the chamber cover 100 and/or the first chamber 300, and is used to change the on-off state and/or shape of the chamber 110 to achieve precise control of the atmosphere The trajectory of the object 1400.

In this embodiment, the process of precisely controlling the activity track of the atmosphere object:

(1) Turn on the air source 1700, the air flow is input into the chamber 110 from the delivery port 400, and the player puts the air 1400 (plastic ball) into the chamber 110 from the opening 200 above the delivery port 400, and the air 1400 is released in the delivery port 400 The output air flows downwardly along the shape of the chamber 110, and respectively flows to the branches of each tubular structure.

(2) Use the air flow control device 1900 to pump air or air to the second cavity 700 at each position, so that the shape of the second cavity 700 changes, thereby changing the active state of the atmosphere 1400 by impacting the atmosphere, or Change the on-off state and shape of the chamber 110 by changing the shape of the chamber cover 100 and/or the first cavity 300, so as to precisely control the trajectory of the atmosphere 1400, so that it is output from the opening 200 at a designated position .

Example 6

In order to allow the player to enter the chamber 110 to interact with the atmosphere 1400, on the basis of Embodiment 2, the chamber cover 100 adopts a structure with better ventilation and air permeability in this embodiment, and the connecting seat 500 is removed. , the connecting head 600, the enclosure gathering structure 800, and the second cavity 700.

As shown in Figures 11 to 15, an atmosphere entertainment device disclosed in this embodiment includes: a chamber cover 100, a first cavity 300, a delivery port 400, an opening 200, an integrated seat 900 and an airflow control device 1900; in,

The top surface of the chamber cover body 100 is made of air-permeable mesh cloth and film, adopts air-permeable mesh cloth to make the chamber cover body 100 ventilated better, and the player will not feel stuffy when playing in the chamber 110, the chamber cover body 100 The bottom surface of the bottom surface has a structure capable of carrying players to play on it; the first cavity 300 is arranged outside the chamber cover 100 to support and stretch the chamber cover 100; the chamber cover 100 is provided with an opening 200 , the opening 200 is a cutout with overlapping sides, players can enter the chamber 110 through the opening 200 , and the two sides of the opening 200 overlap to prevent the air 1400 from floating out from the opening 200 .

The atmosphere 1400 includes balloons and colored ribbons. The delivery port 400 is arranged on the integrated seat 900. One end of the delivery port 400 is connected to the atmosphere device 1800 (ribbon machine) and/or the gas source 1700, and the other end is connected to the atmosphere in the chamber 110. 1400 (ribbon) or the gas that makes the atmosphere 1400 move, and the atmosphere 1400 (balloon and ribbon) flutters in the chamber 110 under the blowing of the gas, and the player can interact with the atmosphere 1400 directly.

The Background of the Invention section may contain background information about the problem or circumstances of the invention rather than describing prior art by others. Accordingly, inclusion in the Background section is not an admission by the applicant of prior art.

The above content is a further detailed description of the present invention in conjunction with specific/preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field to which the present invention belongs, without departing from the concept of the present invention, they can also make some substitutions or modifications to the described embodiments, and these substitutions or modifications should be regarded as Belong to the protection scope of the present invention. In the description of this specification, descriptions referring to the terms "one embodiment", "some embodiments", "preferred embodiments", "examples", "specific examples" or "some examples" etc. are meant to be combined with the embodiments A specific feature, structure, material, or characteristic described by or example is included in at least one embodiment or example of the present invention. In this specification, the schematic representations of the above terms are not necessarily directed to the same embodiment or example. Furthermore, the described specific features, structures, materials or characteristics may be combined in any suitable manner in any one or more embodiments or examples. In addition, those skilled in the art can combine and combine different embodiments or examples and features of different embodiments or examples described in this specification without conflicting with each other. Although the embodiments of the present invention and its advantages have been described in detail, it should be understood that various changes, substitutions and alterations can be made herein without departing from the scope as defined by the appended claims.

Claims (21)

1. An atmosphere entertainment device, characterized in that it comprises: a first cavity, which is a deformable inflatable cavity made of a flexible material, and the first cavity can communicate with an air source; a chamber enclosed by a chamber cover made of a flexible material for accommodating the movement of atmosphere therein; the chamber cover is at least partially connected to the cavity wall of the first cavity, or At least part of the chamber cover is composed of part of the cavity wall of the first cavity; the chamber cover can be expanded or folded, and the first cavity can support and stretch the chamber after being inflated a cover to place the chamber cover in tension; a delivery port, which is arranged on the chamber cover and is used to deliver atmosphere into the chamber and/or make the atmosphere flow into gas; an opening, which is arranged on the chamber cover, and is used to allow the gas in the chamber to communicate with the gas outside the chamber, so that the delivery port can continuously deliver atmosphere and air into the chamber; /or make the atmosphere active gas. 2. The atmosphere entertainment device according to claim 1, further comprising an integrated seat, the integrated seat is connected to the chamber cover and/or the first cavity; the integrated seat is provided with Integrated seat through hole and integrated seat locking piece; one end of the integrated seat through hole is used to communicate with the gas source and/or atmosphere device, and the other end is used to communicate with the delivery port; the integrated seat locking piece It is used to be repeatedly detachably connected to the integrated head provided on any one or more of the atmosphere device, the air source, and entertainment accessories; the integrated seat is used to gather the delivery ports, and can It is alternatively communicated with the required atmosphere device or the gas source. 3. The atmosphere entertainment device according to claim 2, characterized in that at least two through holes of the integrated seat are provided on the integrated seat, and one end of all the through holes of the integrated seat is used to connect with the air source At least one of them is used to communicate with the negative pressure gas source; among the other ends of all the through holes of the integrated seat, at least one is used to communicate with the delivery port, and the rest are used to communicate with the first cavity, the Ambience device or entertainment accessories connected with air. 4. The ambience entertainment device according to claim 2 or 3, further comprising an airflow control device that can be repeatedly disassembled and assembled with the locking member of the integrated seat; the airflow control device includes at least one ventilation passage and A valve located on the ventilation passage, one end of the ventilation passage communicates with the air source, and the other end communicates with the through hole of the integrated seat, and is used to control the flow rate and/or on-off state of the air flowing through the through hole of the corresponding integrated seat . 5. The ambience entertainment device according to claim 4, characterized in that, the airflow control device further comprises a diverter, which is used to divert the gas from the gas source through the diverter, and then flow through the valve. to the corresponding through hole of the integrated seat or the delivery port; the diverter is provided with at least three branch ports that communicate with each other, and each of the branch ports communicates with the corresponding ventilation passage or gas source; The cooperation between the valve and the flow divider can independently control the flow rate or on-off state of the air flowing through the corresponding ventilation passage. 6. The ambience entertainment device according to claim 4, characterized in that, the valve includes an air supply interface, an air extraction interface and an external interface, and the external interface is used to communicate with the corresponding through hole of the integration seat or the The delivery port is connected; the ventilation passage includes at least one pair of air supply passage and air extraction passage, one end of the air supply passage is connected with the positive pressure air source, and the other end is provided with several air supply branch ports, each Each air supply branch port corresponds to a gas supply interface; one end of the air extraction path is connected to the negative pressure gas source, and the other end is provided with several air extraction branch ports, and each air extraction branch port is connected to a corresponding air extraction interface. ; Each of the external interfaces communicates with one through hole of the integrated seat. 7. The ambience entertainment device according to claim 2 or 3, further comprising an airflow control device that can be repeatedly disassembled with the locking part of the integrated seat, the airflow control device is a diverter, and the The diverter is provided with at least three branch ports communicating with each other, and each branch port is respectively connected with the corresponding through hole of the integrated seat or the gas source for splitting the gas from the gas source. 8. The ambience entertainment device according to claim 2 or 3, characterized in that, the entertainment accessories are entertainment accessories using air; the integrated head is provided with an integrated head through hole, and one end of the integrated head through hole It communicates with the gas entertainment accessories, and the other end communicates with the through hole of the integrated seat. 9. The atmosphere entertainment device according to claim 2 or 3, further comprising a pad protection cavity and a pad protection cavity mounting part arranged on the pad protection cavity; the pad protection cavity It is a deformable inflatable cavity made of flexible material, and is connected with an air source to receive inflation. The pad protection cavity has a space and structure capable of carrying players to play on it; the pad protection cavity installation part Cooperate with the locking part of the integrated seat to lock the pad protection cavity and the integrated seat in a detachable and detachable connection; the pad protection cavity mounting part is provided with a through hole for the pad protection cavity mounting part , one end of the through hole of the cushion cavity mounting part communicates with the air source, and the other end directly communicates with the through hole of the integrated seat, or communicates with the through hole of the integrated seat through the air flow control device, and the air flow control The device is used to control the flow rate and/or on-off state of the air flowing through the through hole of the integrated seat. 10. The atmosphere entertainment device according to claim 9, characterized in that, the through hole of the cushion cavity mounting part is divided into the inflation through hole of the cushion cavity mounting part and the air extraction through hole of the cushion cavity mounting part One end of the inflation through hole of the cushioning cavity mounting part is connected with the positive pressure air source, and the other end is connected with the through hole of the integrated seat through the air flow control device, and the suction cavity of the cushioning cavity mounting part is ventilated. One end of the hole is connected to the negative pressure air source, and the other end is connected to the through hole of the integrated seat through the air flow control device. It is used to supply and extract air to the air flow control device. 11. The atmosphere entertainment device according to claim 9, characterized in that, the pad protection cavity installation part is provided with an electrical contact of the pad protection cavity installation part, and the pad protection cavity installation part electrical contact One end is electrically connected to the power supply and/or signal source, and the other end is used to electrically connect to various electrical devices. 12. The atmosphere entertainment device according to claim 2, characterized in that, the integrated seat further includes an integrated seat electric contact, one end of the integrated seat electric contact is electrically connected to the power supply and/or signal source, and the other One end is used for electrical connection with various electrical devices. 13. The atmosphere entertainment device according to claim 2 or 3, further comprising a connecting seat arranged on the chamber cover and/or the first cavity, and the connecting seat is provided with There is a locking piece for the connecting seat, which is used to connect with the connecting head provided on the entertainment accessories in a detachable and detachable manner; the connecting seat is also provided with a connecting seat through hole, and one end of the connecting seat through hole is connected to the integrated seat The through holes communicate with each other, and the other end is used to communicate with the entertainment accessories, and is used to deliver gas, atmosphere or gas that makes the atmosphere active to the entertainment accessories. 14. The ambience entertainment device according to claim 13, characterized in that, the connecting head is also provided with a connecting head through hole, one end of the connecting head through hole communicates with the entertainment accessories, and the other end is used to communicate with the entertainment accessories. The connecting seat communicates through holes to supply air to the entertainment accessories. 15. The atmosphere object entertainment device according to claim 1, further comprising a second cavity, which is used to produce entertainment effect through its shape, or change the state of the atmosphere object by changing its state to produce entertainment Effect: the second cavity abuts against the chamber cover and/or the first cavity, and is located inside and/or outside the chamber; the second cavity can be connected to a gas source to inflate and degas the second cavity, and the resulting change in shape or motion of the second cavity is used to change the active state of the atmosphere, or to change the shape of the cavity, or to drive the The abutting chamber cover moves, or is used to drive the first cavity abutting against it to move, or is used to drive the entertainment accessories abutting against it to move. 16. The atmosphere entertainment device according to claim 15, wherein the second cavity communicates with the positive pressure air source and the negative pressure air source at the same time, and is used to make the second cavity Produces sustainable volume size changes. 17. The atmosphere entertainment device according to claim 15, further comprising an integrated seat, the integrated seat is connected with the chamber cover and/or the first cavity; An integrated seat locking piece and an integrated seat through hole are provided, one end of the integrated seat through hole is used to communicate with the gas source, and the other end is used to communicate with the delivery port, the first cavity or the second cavity; The locking part of the integrated seat is used to be repeatedly detachably connected with the integrated head provided on the gas source; the integrated seat is used to gather the through holes of the integrated seat and send the gas from the gas source to each The delivery port, the first cavity or the second cavity. 18. The ambience entertainment device according to claim 17, further comprising an airflow control device that can be repeatedly disassembled and assembled with the locking member of the integrated seat; the airflow control device includes at least one ventilation passage and is located The valve on the air passage, one end of the air passage communicates with the air source, and the other end communicates with the through hole of the integrated seat, and is used to control the flow rate and/or on-off state of the air flowing through the through hole of the corresponding integrated seat. 19. The ambience entertainment device according to any one of claims 1 to 3, further comprising an ambience gathering structure, the ambience gathering structure is made of flexible material, which includes at least part of the The inclined surface connected to the chamber cover and/or the first cavity, the inclined surface is set in the chamber and is located at the position when the atmosphere falls, and is used to receive the falling atmosphere and make it move along the The inclined surface slides down to the converging part at the bottom of the inclined surface, and the delivery port is aligned with the converging part to deliver the gas that moves the atmosphere, so that the movement of the atmosphere can be continuously circulated. 20. The ambience entertainment device according to any one of claims 1 to 3, further comprising an airflow control device; the airflow control device includes at least one air passage and a valve located on the air passage, so One end of the air passage is communicated with the air source, and the other end is communicated with the delivery port, and is used to control the flow rate or on-off state of the air flowing through the delivery port. 21. The atmosphere entertainment device according to any one of claims 1 to 3, wherein the first cavity is formed by connecting multiple deformable inflatable cavities; two adjacent deformable inflatable cavities are interconnected or not interconnected.

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