JP2023160671A - support stand - Google Patents

Abstract

To provide a support stand with fewer restrictions in terms of design of a base frame body.MEANS FOR SOLVING THE PROBLEM: A support stand X includes a base frame body 1, a support body 3 provided on the base frame body 1, and a housing body 5 provided to cover the base frame body 1.SELECTED DRAWING: Figure 2

Description

The present invention relates to a support stand that supports a supported object.

The support stand includes a base, a column erected on an erected portion of the base, and a support portion that is attached to a mounting portion provided on the column and supports an object to be supported, is provided with an abutted surface parallel to a vertical plane and a positioning portion formed on the abutted surface, and the support portion includes an abutted surface that abuts the abutted surface, and a positioning portion formed on the abutted surface. a plurality of fixing parts arranged vertically on the contact surface and fixed to the positioning part, and by changing the fixing part fixed to the positioning part, the mounting position of the support part with respect to the mounting part is changed. A "support stand characterized by being adjustable in the height direction" has been proposed (for example, Patent Document 1).

Japanese Patent Application Publication No. 2020-136758

In the above-mentioned support stand, since the base (corresponding to the "base frame body" in this specification) is exposed, there are restrictions in terms of design.
SUMMARY OF THE INVENTION An object of the present invention is to provide a support stand with fewer restrictions on the design of the base frame body.

The support stand according to the present invention includes a base frame body, a column body provided on the base frame body, and a housing body provided in a state covering the base frame body.

According to the above configuration, since the base frame body is covered with the housing body, design restrictions can be reduced.

It is a perspective view of a state in which a supported object is supported by a support base according to an embodiment, (a) is a view seen from the front upper side, and (b) is a view seen from the rear with the lid of the container open. It is a view seen from the upper side. It is a perspective view of a cross-sectional state seen from the lower front side. It is a perspective view seen from the lower front side in a state where the container is removed from the base frame body and the lid of the container is moved upward. It is a perspective view of the disassembled state of the storage main body seen from the front side upper part, and a part is notched. FIG. 3 is a perspective view of the mounting body and the mounted body viewed from above from the front side, in which (a) shows the state before disassembly, and (b) shows the state after disassembly. FIG. 3 is a perspective view illustrating attachment of the first attachment target to the attachment body. It is a perspective view showing a modification of a container. It is a side view which shows the modification of a container.

<Embodiment>
1. Overall Configuration The support stand X includes a base frame body 1, a support body 3, a housing body 5, and a mounting body 7, as shown in FIG. 1 or FIG. The supported body Y is attached to the attachment body 7 via the attached body 9 and is supported. The supported body Y is an image display device such as a television or a monitor, and here the monitor is supported. Note that the symbol "Y" is also used for the monitor.
Here, with the display screen of monitor Y as a reference, the direction orthogonal to the display screen is defined as the front-back direction, the side where the screen is located is defined as the front side, and the direction orthogonal to the front-rear direction and the up-down direction is defined as the left-right direction.
The base frame body 1 is installed on an installation surface. The strut body 3 is provided on the base frame body 1 in an upright state. The container 5 has a box shape with a storage space inside, and is provided on the base frame 1 so as to cover the base frame 1. The attachment body 7 is provided on the upper part of the support column 3. The attached body 9 is detachably attached to the attachment body 7.

2. Each part (1) Base frame body will be explained mainly using FIGS. 2 and 3.
The base frame body 1 as a whole is provided so as to face the installation surface. This can improve stability.
The base frame body 1 has a frame shape (annular shape) here. The base frame body 1 has an annular shape such as a polygonal annular shape of a triangle or larger, an elliptical shape, an elliptical shape (including a circular shape), etc. in plan view. This makes it possible to reduce weight while increasing stability.
The base frame body 1 has a rectangular frame shape (annular shape) and includes a pair of first structural parts 11 extending along a first direction, and a pair of second structural parts 11 extending along a second direction orthogonal to the first direction. It has a structural part 12. Here, the first direction is the front-back direction, and the second direction is the left-right direction. Note that "first" and "second" of the first structural part 11 and the second structural part 12 are added for convenience in order to distinguish between the two.
The first structural part 11 and the second structural part 12 have a tubular shape with a square or rectangular cross section. The first structural part 11 and the second structural part 12 are joined or molded so that their upper surfaces are flush with each other. Thereby, the container 5 is placed on the base frame body 1 in a stable state.
Here, the first structural part 11 and the second structural part 12 are made of metal square pipes, but may be made of a resin material, for example.

The base frame body 1 includes casters 13 on the first structure section 11 and/or the second structure section 12 that assist the movement of the support base X. Here, they are provided at the square corner portions of the base frame body 1, and there are four in total. Thereby, the support base X can be moved in a stable state.
The base frame body 1 includes a fixing part 14 for fixing (supporting) the column body 3. Here, the fixing part is provided in one of the pair of second structural parts 12, for example, the second structural part 12 located on the rear side. A screw body (not shown) is used for fixing. The fixing portion 14 includes a through hole 141 for the support column 3 formed on the upper surface of the second structural portion 12 and a through hole 142 for a screw provided on the lower surface of the second structural portion 12 . Thereby, the lower end portion of the support column 3 is fixed by the screw body while being inserted (fitted) into the through hole 141 of the second structure portion 12, so that it can be fixed in a stable state.

(2) Strut body This will be explained mainly using FIGS. 2 and 3.
The support column 3 includes a vertical portion 31 extending at least in the vertical direction (not necessarily vertically). The support column 3 here has a horizontal portion 32 extending from the upper end of the vertical portion 31 to the front side. In other words, the support column 3 has an "L" shape or a similar shape with its upper side bent forward.
The strut body 3 is fixed to the base frame body 1 with its lower side passing through the inside of the housing body 5 . Thereby, the monitor Y etc. can be firmly supported. The lower end portion of the column body 3 (vertical portion 31) has a fixing portion 33 for being fixed to the base frame body 1. Here, the support column 3 has a hollow shape, that is, a pipe shape. The fixing part 33 is constituted by a threaded part (female thread) 341 provided in a closing part (for example, a plate part) 34 that closes the lower end of the vertical part 31 . A screw body (not shown) that is inserted into the through hole 142 of the second structure portion 12 of the base frame body 1 from below is screwed into the screw portion 341 .
A fixing part 35 for fixing the mounting body 7 is provided on the upper side of the support column 3, here at the front end of the lateral part 32. The fixing part 35 is constituted by a threaded part (female thread) 361 provided in a closing part (for example, a plate part) 36 that closes off the front end of the lateral part 32 . Note that the threaded portion 361 does not appear in FIG. 2 because it is the mounting body 7. A screw body (not shown) that is inserted into the through hole 741 of the fixing plate 71 of the attachment body 7 from the front side is screwed into the screw portion 361 .

The support column 3 has openings (holes) at a lower portion and a portion near the mounting body 7. Thereby, the cable connected to the monitor Y can be passed through the support 3, and the exposure of the cable to the outside can be reduced. It also prevents people from getting caught in the cable.
Here, an opening 311 is provided on the lower side of the vertical portion 31, and an opening 312 is provided on the upper side of the vertical portion 31, respectively. The openings 311 and 312 are elongated in the vertical direction. This makes it easy for the connection portion of the monitor Y cable to pass through the openings 311 and 312. The cable connection portion is, for example, a power cable outlet or a signal cable connection terminal (for example, an HDMI (registered trademark) terminal).
The opening 311 is formed in a portion located inside the container 5. Thereby, exposure of the cable to the outside can be further reduced.
A part or all of the opening 312 faces the mounting body 7 . This allows the cable to be less exposed to the outside. Furthermore, the cable exposed on the monitor Y side can be shortened, reducing the chance of people getting caught on the exposed cable.

(3) Container This will be explained mainly using FIGS. 2 to 4.
The container 5 has a box shape. Here, it has a substantially rectangular shape in plan view. The container 5 is placed on the base frame 1 with the support 3 inserted therein. Thereby, for example, electrical equipment such as a personal computer, recording/playback equipment, etc. can be accommodated in the container 5. Furthermore, this reduces the exposure of the electrical equipment and improves the design.
The container 5 includes, for example, a container main body 51 having an opening on the upper side and a lid 52 that covers the opening.

(3-1) Housing body The housing body 51 has a bottom wall 511 and a peripheral wall 512. The bottom wall 511 faces the base frame body 1. A through hole 511a for the support column 3 is provided in the bottom wall 511. The bottom wall 511 is larger than the base frame body 1, and has a rectangular shape or a shape close to a rectangular shape here.
The peripheral wall 512 has a lower peripheral wall part 512a extending downward from the peripheral edge of the bottom wall 511, and an upper peripheral wall part 512b extending upward from the peripheral edge of the bottom wall 511.
The lower end of the peripheral wall 512, that is, the lower end of the lower peripheral wall portion 512a, is located below the bottom wall 511. Thereby, the base frame body 1 becomes difficult to see, and the design can be improved.
The peripheral wall 512 is provided on the bottom wall 511 outside the base frame body 1 and along the outer periphery of the base frame body 1. Therefore, the inner circumferential surface of the lower circumferential wall portion 512a faces the first structural portion 11 and the second structural portion 12 of the base frame body 1, so that the housing body 5 You can restrict movement in any direction. This can prevent a large load from acting on the through hole 511a of the bottom wall 511.
As shown in FIG. 4, the housing body 51 has a recessed portion 513 formed at a portion facing the lid 52. Here, one or more (for example, two) recessed portions 513 are provided at the upper end of the portion of the upper circumferential wall portion 512b located on the rear side (rear wall portion).
The depth of the recessed portion 513 is configured to be larger than the thickness of the cable when the electrical device is housed in the housing 5. The recessed portions 513 are located on both left and right sides of the support column 3.
In the housing body 51, a cushion body 53 that is softer than the material constituting the lid body 52 or the material of the portion located at the upper end of the upper circumferential wall portion 512b of the housing body 51 is disposed in the concave portion 513. As a result, when the cable is pulled out from inside the housing body 5, the cable sinks into the cushion body 53 side by the lid body 52, damaging the cable, or creating a gap between the housing body 51 and the lid body 52 due to the cable. You can prevent this from happening. In other words, the design of the container 5 during use can be improved.
Note that FIG. 4 shows a state in which the cushion body 53 is disposed in one of the two recessed portions 513.

The housing main body 51 includes a bottom wall 511, a structure portion 515 that stands up from the peripheral edge of the bottom wall 511 and is provided at intervals in the circumferential direction, an inner peripheral portion 516 that constitutes an inner peripheral wall, and an outer peripheral wall. a lower peripheral part 518 disposed inside a portion of the outer peripheral part 517 located below the bottom wall 511, and an upper wall part 519 disposed at the upper end of the structural part 515.
The peripheral wall 512 includes a structural part 515, an inner peripheral part 516, an outer peripheral part 517, a lower peripheral part 518, and an upper wall part 519, and the recessed part 513 is provided in the upper wall part 519. Thereby, the weight of the peripheral wall 512 can be reduced.
The housing main body 51 has a cover body 54 that covers the peripheral wall 512. Thereby, the cushion body 53 becomes invisible, and the design of the housing main body 51 can be improved. Further, the cover body 54 may be used for decorative purposes. Thereby, it is possible to provide a variety of containers 5 by changing the design of the cover body 54. The cover body 54 can be made of, for example, a cloth material, a sheet material, a leather material, a soft resin material, or the like. Note that natural fibers, resin fibers (for example, polyester fibers), etc. can be used as the fibers constituting the cloth material.
Furthermore, when the cover body 54 is made of a flexible material, the cover body 54 can be deformed as appropriate to ensure a space for pulling out the cable.

(3-2) Lid body This will be explained mainly using FIGS. 2 and 3.
The lid body 52 includes a plate material 521 and a cover body 522 that covers the plate material 521. The lid body 52 has a plate portion 523 on the inner surface (lower surface) of a plate member 521 (cover body 522).
The lid body 52 has a through hole 521a for the support column 3 in a plate member 521 covered by the cover body 522. Thereby, as shown in FIG. 1(b), by moving the lid body 52 upward and rotating it around the support body 3, the opening of the housing body 51 is exposed.
When using the through hole 521a, for example, compared to when providing a notched portion for the support column 3, the inside can be made difficult to see when in use (the opening is closed). In addition, when using the through hole 521a, for example, when the lid body is divided into two parts and a hinge is provided to open and close one side, it is possible to increase the depth of the opening or improve the design because there is no hinge etc. , the number of parts can be reduced, etc.
A collar 526 is fitted into the through hole 524 (see FIG. 1). Thereby, deformation of the through hole 524 can be suppressed.
The plate portion 523 extends in the left-right direction, and both ends thereof face the inner surface of the peripheral wall 512 of the housing body 51. Thereby, the lid body 52 can be prevented from coming off from the housing body 51 or rotating outward from the housing body 51.

(4) Mounting body This will be explained mainly using FIGS. 2 and 3.
The mounting body 7 has a plate shape. Here, it has a rectangular shape that is long in the vertical direction.
The attachment body 7 rotatably attaches an attachment object 9 fixed to the monitor Y. The attachment body 7 removably attaches the attachment target 9. The attachment position of the attachment body 7 can be adjusted in the vertical direction when attaching the attachment target 9.
The mounting body 7 includes a fixing plate 71 for fixing the attached body 9, and a cover body 72 that covers the fixing plate 71 from the side opposite to the monitor Y (rear side). The object to be attached 9 (the first object to be attached 91) here is attached using screw bodies 88, 89 and nut bodies 86, 87, as shown in FIG.

(4-1) Fixing Plate As shown in FIG. 5, the fixing plate 71 has a plurality of through holes through which the screw bodies 88 and 89 (see FIG. 6) are inserted, or screw holes (holes) for screwing. There is. The fixed plate 71 has two first through holes 731 spaced apart in the third direction. The "third" part of the first through hole 731 is added for convenience in order to separate it from the other through holes of the mounting body 7. The third direction here is the left-right direction, but may also be the up-down direction, or a direction intersecting the left-right direction or the up-down direction.
Here, the fixing plate 71 has a second through hole 732 between two first through holes 731 in order to easily attach the object to be attached 9 in a rotatable manner. The second through hole 732 only needs to be between the two first through holes 731, and is located in the middle here.
Here, the two first through-holes 731 and the second through-holes 732 formed in the third direction are made into one set, and the fixing portion 73 is formed. The fixing part 73 is for rotatably and detachably fixing the attached body 9.
As shown in FIG. 3, the fixing portions 73 are provided in multiple stages (multiple sets) in a fourth direction orthogonal to the third direction. Here, there are four stages. Thereby, the object 9 to be attached can be fixed in a position adjustable manner in the fourth direction. Note that when the third direction is the left-right direction, the fourth direction is the up-down direction.

The fixing plate 71 has a fixing part 74 for fixing the mounting body 7 to the support column 3. For fixing, a screw body (not shown) is used, and as shown in FIG. 2, the fixing part 74 is constituted by a through hole 741 through which the screw body is inserted from the fixing plate 71 side. Note that the screw body inserted through the through hole 741 is screwed into the screw hole of the closing portion 36 of the support column 3.
Here, a countersunk screw type is used as the screw body, and although not shown in FIGS. 2, 3, and 5, the through hole 741 is counterbored.

(4-2) Cover body As shown in FIG. 2, the cover body 72 includes a plate portion 721 facing the back surface (rear surface) of the fixed plate 71, a side portion 722 protruding forward from the periphery of the plate portion 721, It has a notched portion 723 (see FIG. 3) provided on the side portion 722.
The plate portion 721 has a through hole 721a for the lateral portion 32 of the support column 3.
The cover body 72 is made of a resin material, and when the fixing plate 71 is inserted from the front opening of the cover body 72, the side portions 722 are elastically deformed.

(5) Attached object As shown in FIG. It has two mounting bodies 95.
(5-1) First attachment target body The first attachment target body 91 has a fixing part 911 for being fixed to the attachment body 7 and a mounting part 912 for attaching the second attachment target body 95. are doing.
The fixed part 911 is rotatably fixed to the mounting body 7. Further, the fixing portion 911 is fixed to the mounting body 7 so that the mounting position thereof can be adjusted in the vertical direction during mounting. This allows the angle and height of the monitor Y to be adjusted.
That is, the fixing part 911 has at least a fixing function, and may or may not have at least one of a rotation mechanism and a position adjustment mechanism. In addition, to be precise, the position adjustment function is a mechanism on the mounting body 7 side.

The fixing part 911 has a pair of through holes 921 formed in a facing plate part 92 facing the fixing plate 71 of the mounting body 7 . As shown in FIG. 6, a screw body 89 that is inserted through the first through hole 731 of the fixing plate 71 of the mounting body 7 is inserted into the pair of through holes 921. In other words, the pair of through holes 921 are for a fixing function.
The fixing part 911 has a through hole 922 formed in the opposing plate part 92. As shown in FIG. 6, the screw body 88, which is inserted through the second through hole 732 of the fixing plate 71 of the mounting body 7, is inserted into the through hole 922. That is, the through hole 922 is for a fixing function.
The pair of through holes 921 have an arc shape centered on the second through hole 922 . An imaginary line connecting one circumferential end of the pair of arc-shaped through holes 921 is parallel to the third direction, and the through hole 922 is located on the imaginary line. The pair of through holes 921 have the same direction from one end to the other end, which is counterclockwise in FIG. 6 . Thereby, the first attachment target body 91 is rotatably fixed to the attachment body 7. In other words, the through hole 921 is for a rotation mechanism. Note that in the case of only the through hole 922, the through hole 922 is for a rotation mechanism.
Further, the through hole 922 is located at the rotation center of the attached body 9, and overlaps with the support column 3 when viewed from the rear. Thereby, the stability of the support base X can be improved. Further, it is located at the center of the mounting body 7 in the left-right direction. This allows the center of rotation of the monitor Y to be located at or around the center of the mounting body 7, and prevents the center from shifting when the mounting body 9 is rotated.

Here, the second attachment target 95 is attached to the first attachment target 91 using an engagement structure and a screwing structure. The attachment part 912 includes a first engagement part 913 with which the second attachment target 95 engages, and a first through hole 914 or a first through hole into which a screw body for fixing the second attachment target 95 is inserted or screwed. It has a screw hole.
The first engaging portion 913 is constituted by a second extending portion 94 that is spaced in front of the fixing plate 71 of the mounting body 7 and extends outward in the fourth direction.
One or more first through holes 914 are provided in the second extending portion 931 that constitutes the first engaging portion 913 . Here, a plurality of them are provided at intervals in the third direction.

The first object to be attached 91 includes a plate portion 92 that is long in the third direction, and a first extending member that extends from the end of the plate portion 92 in a fourth direction orthogonal to the third direction to the front side (the opposite side to the attachment body 7). 93, and a second extending portion 94 extending outward in the fourth direction from the extending end (front end) of the first extending portion 93.
The first attachment target 91 has handle portions 90 at both ends in the third direction. The handle portion 90 has a U-shape, and is provided so that the opening side end of the “U” shape comes into contact with the plate portion 92 and the first extension portion 93 . The handle portion 90 may be used, for example, when rotating the first attached body 91 with respect to the attached body 7.
The plate portion 92 constitutes the above-mentioned opposing plate portion. A pair of the first extending portion 93 and the second extending portion 94 are provided at both ends of the plate portion 92 in the fourth direction.
Note that, as shown in FIG. 5A, the pair of second extending portions 94 have a function of abutting the second attachment target body 95 from the back side (rear side) and supporting the second attachment target body 95. .
The amount of stretching of the pair of first stretching parts 93 is the same. Thereby, the second attachment target body 95 can be stably supported. Furthermore, if the fixing plate 71 of the mounting body 7 is vertical, it can support the screen of the monitor Y vertically or approximately vertically. As shown in FIG. 6, the amount of extension of the pair of first extension parts 93 is larger than the heads of the screw bodies 88, 89 inserted through the through holes 921, 922. Thereby, the screw bodies 88 and 89 can be prevented from interfering with the second attachment target body 95.
The extending end portion of the second extending portion 94 constitutes a first engaging portion 913 . The second extending portion 94 is provided with one or more first through holes 914 . Here, a plurality of them are provided at intervals in the third direction. Thereby, the second attachment target 95 can be attached to the first attachment target 91 so that the interval between the pair of second attachment targets 95 can be adjusted.

(5-2) Second attachment target 95 has a second fixing part 951 for fixing the monitor Y and a second engaging part 952 that engages with the first attachment target 91. . Here, the second attachment target 95 has a second attachment part 953 for attaching (fixing) to the first attachment target 91 while being engaged with the first attachment target 91 .
The second fixing part 951 includes one or more through holes 961a formed in an extending part 961 extending in the fourth direction. Here, there are a plurality of them spaced apart in the fourth direction. This increases the degree of freedom in fixing the monitor Y. The second fixing portion 951 has a through hole 961b that is long in the fourth direction. This increases the degree of freedom in fixing the monitor Y. Note that the through-hole 961b is provided in the fourth direction relative to the plurality of through-holes 961a, and on the opposite side to the side where the plurality of through-holes 961a are present. In other words, in a state in which the second engaging portion 952 is engaged with the first engaging portion 913, the side opposite to the side where the second engaging portion 952 exists in the fourth direction relative to the first attached body 91 It is located in
The second engaging portion 952 is provided above the abutting portion (extending portion 962) that abuts the pair of second extending portions 94 of the first attached body 91, and the second engaging portion 952 is provided above the abutting portion (extending portion 962) that abuts the pair of second extending portions 94 of the first attached body 91. It engages with the engagement portion 913.

The second attached body 95 has a U-shaped cross section, and has a groove 96 extending in the second direction, and a groove 96 extending from the open end of the other extending portion 963 of the pair of extending portions 962 and 963 of the groove 96. It has an extending portion 97 extending in the third direction.
The groove portion 96 has a rectangular bottom portion 961 that is long in the fourth direction, and a pair of extending portions 962 and 963 that extend toward the mounting body 7 from both ends of the bottom portion 961 in the third direction.
The bottom portion 961 constitutes the extension portion 97 described above.
One end of the extending portion 962 in the fourth direction extends rearward and then bends downward to form the second engaging portion 952 . In other words, the extending portion 962 constitutes an abutting portion that comes into contact with the second extending portion 94 .
Note that the extending portion 97 extends from the rear end (which is the open end) of the extending portion 963 of the groove portion 96 to the side opposite to the side where the extending portion 962 exists.
The rear end of the extending portion 962 and the rear surface of the extending portion 97 are configured to be flush with each other. As a result, the second attachment target 95 stably contacts the first attachment target 91 from the front side.
The extending portion 97 has a through hole 971 as a second attachment portion 953 for fixing the second attachment target 95 to the first attachment target 91. Here, the second engaging portion 952 of the second attached body 95 is engaged with the first engaging portion 913 of the first attached body 91, and the second extending portion 94 of the first attached body 91 is engaged with the second engaging portion 952 of the second attached body 95. They are provided at opposite locations. Note that a screw body can be used for fixing, and the screw body can be used to connect the through hole 971 of the extension part 97 of the second attachment target 95 and the first through hole 914 of the second extension part 94 of the first attachment target 91. and insert it.

<Modified example>
Although the embodiment has been described above, the embodiment is not limited to this embodiment, and, for example, the following modifications may be made. Further, the embodiment and a modified example, or a combination of modified examples may be used.
Further, even if there are examples not described in the embodiments or modified examples, or there are design changes within a range that does not depart from the gist, the present invention includes them.

1. Base Frame Body (1) The base frame body 1 is not particularly limited in its structure as long as it can support and fix the support column 3. For example, the base frame body may have a polygonal plate shape such as a rectangular shape or a square shape, or may have a non-polygonal plate shape such as a circular shape, an ellipse shape, or an ellipse shape.
(2) Although the base frame body 1 was provided with casters 13, it may be provided without casters.
(3) Although the base frame body 1 has a rectangular frame shape (“square” shape) in plan view, for example, a connecting portion may be provided within the frame. For example, two opposing portions may be connected to form a “Japanese” character shape or a “Ta” character shape, or opposing corner portions may be connected diagonally.

2. Strut Body (1) The structure of the strut body 3 is not particularly limited as long as it can be fixed to the base frame body 1 and connected to the mounting body 7.
(2) The strut body 3 has an "L" shape with the upper part bent forward, but it may also have an "I" shape without a bent part, or an "L" shape with the upper and lower parts bent. It may be in the shape of a "" character, a "Z" shape, or it may be in a curved (arc) shape that protrudes toward the rear side.
(3) The support column may be solid if it is not intended to pass a cable through it. Moreover, when passing a cable through it, at least the part through which it is passed need only be hollow.
(4) The strut body 3 has a tubular shape so that the cable passes through the inside, but for example, a groove extending in the longitudinal direction of the strut body may be provided on the outer peripheral surface and the cable may be fitted into the groove. good.
(5) Although the number of support columns 3 is one, it may be configured with a plurality of columns (for example, two columns).
(6) Although the opening 311 is formed at a portion of the vertical portion 31 located inside the container 5, it may be outside the container.
(7) Although the opening 312 is formed in the vertical portion 31, it may be formed in the horizontal portion.

3. Container (1) The container 5 only needs to have a housing space inside, and its structure is not particularly limited.
(2) The container 5 may have a function other than the storage function. For example, as shown in FIG. 7(a), it may have a power tap function. Specifically, the container 5A includes a container main body 51A and a lid 52A, and the lid 52A is provided with a power tap 53A. At this time, considering the operability of the cable etc., the vicinity of the support column 3 is preferable. Note that a power switch may be provided in addition to the power tap. Alternatively, a concave portion may be provided in the lid body to form an accommodating portion for accommodating a remote control or the like. Note that the power tap 53A is an example of the "power connection part" of the fourth invention.
(3) The housing body 5 is placed on the base frame body 1, and the support body 3 passes through the inside in the vertical direction. For example, as shown in FIG. In addition, a groove 53B passing through vertically may be provided, and the support column 3 may be disposed in the groove 53B. In this case, the container 5B can be removed from the base frame body 1 by moving it to the front side.
(4) The support 3 passes through the through hole 521a of the lid 52, and when opening and closing the lid 52, the lid 52 is rotated relative to the support 3 as shown in FIG. For example, as shown in FIG. 7C, the opening of the housing body 51C may be opened (the opening may be exposed) by providing a notch 53C and moving the lid 52C forward.
(5) In the container 5, the opening of the container main body 51 was opened by rotating the lid 52 around the support 3, but for example, as shown in FIG. The body 52D may include a fixed lid part 521D on the rear side and an opening/closing lid part 522D rotatably attached to the fixed lid part 521D. Note that in order to enable rotation, for example, a hinge can be used.

(6) Although the upper surface of the container 5 was configured to be openable and closable by the lid 52, for example, as shown in FIG. It may be configured to be openable and closable. This can be done by using a hinge or the like to enable opening and closing.
(7) Although the container 5 is not fixed to the base frame body 1, it may be fixed to the base frame body, for example, with a screw body or the like.
(8) Although the housing main body 51 had a recessed portion 513 for the cable, for example, it has through holes (openings) for the cable in the rear wall portion of the upper peripheral wall portion 512b, the bottom wall 511, and the lid body 52. It's okay.
(9) Although the cover body 52 covers the plate material 521 with the cover body 522, the cover body may not be provided.
(10) The plate portion 523 of the lid body 52 had a single plate shape long in the left-right direction, but there are protrusions provided on both sides in the left-right direction, and protrusions extending in the front-rear direction at both ends in the left-right direction. Alternatively, the peripheral edge of the lower surface of the lid may be stepped.
(11) In addition to electrical equipment such as a personal computer, the container 5 can accommodate, for example, spare cables, remote controllers, extension cords, connection cables for monitors, etc., instruction manuals for devices, and the like.
(12) A portable battery may be housed in the housing 5 and the supported body (display screen device) may be operated without a power cable. Note that the portable battery corresponds to an example of the battery of invention 8.
(13) The top surface of the lid body 52 is a flat surface, and may be used as an installation part for a speaker or the like.

4. Attachment body (1) The attachment body 7 is not particularly limited in its structure as long as it can attach the supported body Y.
(2) Although the mounting body 7 supports the supported body Y via the mounted body 9, the supported body may be directly attached and supported.
(3) The mounting body 7 has a plurality of pairs of first through holes 731 in the fourth direction in order to rotatably and positionally adjust the supported body Y (mounted body 9) in the fourth direction. The attached body 9 has a fixing portion 911 having a circular arc-shaped through hole 921 that includes the position of the first through hole 731 . However, the structures (shapes) of the through holes in the attachment body 7 and the attachment target body 9 may be reversed.
(4) The fixing part 73 has a pair of first through holes 731 and a second through hole 732 located in the center of the pair of first through holes 731, but the focus is on the function of rotatably fixing the fixing part 73. In this case, the second through hole 732 may not be provided. However, when the second through hole 732 is provided, the object to be attached can be rotatably fixed by a screw inserted through the second through hole 732, and the object to be attached can be rotated for adjustment.
(5) Although the fixing portion 73 has the second through hole 732 at the center of the pair of first through holes 731, the second through hole 732 does not have to be at the center. In this case, the pair of arc-shaped through holes of the attached body are configured in concentric circles with different radii.

5. Attached body (1) The configuration of the attached body 9 is not particularly limited as long as the supported body Y can be fixed and attached to the attachment body 7.
(2) The attached body 9 includes a first attached body 91 and a second attached body 95, but for example, the first attached body and the second attached body are integrated (non-removable). You may prepare for However, work efficiency can be improved by attaching the supported body Y to the second attached body 95 and then to the first attached body 91.
(3) Considering the fixation of the second attachment target 95 to the first attachment target 91, the second attachment target does not need to have the first engagement portion 913. However, in consideration of the installation work, the presence of the first engagement part makes the installation work easier because the first engagement part can be temporarily fixed and then fixed with the screw body.

<Others>
1. Prior art Japanese Patent Application Publication No. 2020-136758 discloses a base, a column erected on an erected portion of the base, and a support portion that is attached to a mounting portion provided on the column and supports a supported object. The mounting portion is provided with an abutted surface parallel to a vertical plane and a positioning portion formed on the abutted surface, and the support portion is provided with an abutted surface that abuts the abutted surface. A contact surface and a plurality of fixing parts arranged vertically on the contact surface and fixed to the positioning part are provided, and by changing the fixing parts fixed to the positioning part, the support part can be fixed. A support stand is described in which the attachment position with respect to the attachment part is adjustable in the height direction.
However, in the above-mentioned support stand, since the base is exposed, there is a restriction in the design of the base frame body (for convenience, this problem will be referred to as "Problem 1").
Furthermore, although the support stand is provided with a holder 50 for holding, for example, a hard disk drive, there is no place to install these devices when connecting to a personal computer, a recording/playback device such as a DVD, etc. For convenience, the assignment will be referred to as “Assignment 2”).
Furthermore, although the support stand is provided with a holder 50 that holds, for example, a hard disk drive, etc., when connecting it to a personal computer, a recording/playback device such as a DVD, etc., there is no power supply section for these devices (this For convenience, the assignment will be referred to as “Assignment 3”).
Further, the support stand can only support a supported object such as a television set in a constant posture (this problem will be referred to as "Problem 4" for convenience).
Furthermore, it is difficult to move the support stand (this problem will be referred to as "Problem 5" for convenience).
Further, the use of the support stand is limited to a range where it can be connected to a power source (for example, an outlet) (within the reach of a power cord) (this problem will be referred to as "Problem 6" for convenience).

2. Invention 1
(1) A first support stand according to a first aspect of the present invention includes a base frame body, a support column provided on the base frame body, and a container provided to cover the base frame body. As a result, the base frame body is hidden in the housing body, so that restrictions on the design of the base frame body can be reduced. In other words, problem 1 can be solved.
(2) In the second support stand according to the first aspect, in the first support stand, the container has a box shape, the bottom wall of the container faces the base frame body, and the container has a box shape. The lower end of the peripheral wall is located below the bottom wall. Thereby, the base frame body becomes difficult to see from the side, and the design can be improved.
(3) In the third support stand according to Invention 1, in the first or second support stand, the support body is provided with a mounting body to which a supported body is attached, and the support body is connected to the accommodation body. The strut body passes through and is fixed to the base frame body, and the support body has a hollow shape and has openings at a portion located inside the housing body and at a portion near the attachment body. This makes it possible to reduce cable exposure.
(4) The fourth support base according to the first aspect is any one of the first to third support bases, and includes an attached body to which a supported body can be attached and which is rotatably attached to the attachment body. . Thereby, the attitude (angle) of the supported body can be changed.
(5) A fifth support base according to the first aspect of the present invention is any one of the first to fourth support bases, in which the housing body includes a housing body having an opening and a lid body that covers the housing body. The accommodation main body has a recessed portion at a portion facing the lid, and a cushion body that is softer than the material forming the lid is disposed in the recessed portion. As a result, when a cable or the like is pulled out from the storage body, the cushion body is deformed by pressing it with the lid body, thereby securing a space for pulling out the cable.
(6) A sixth support base according to invention 1 is any one of the first to fifth support bases, wherein the housing body includes a housing body having an opening and a lid body that covers the housing body. , the strut body passes through the container, and the lid body is rotatable around the strut body. Thereby, there is no need for a place to store the lid, and the opening of the housing body can be kept open.
(7) Regarding Invention 1, the configurations of the support base of Inventions 2 to 8 and the configurations described in the embodiments and modified examples may be added.

3. Invention 2
A first support stand according to a second aspect of the invention includes a base frame body, a support column provided on the base frame body, and an installation body provided in a state covering the base frame body. As a result, the base frame body is hidden behind the installation body, so that restrictions on the design of the base frame body can be reduced. In other words, problem 1 can be solved.
Note that the installation body can be used to install, for example, a personal computer, a recording/playback device, a cable, and the like. This solves problem 2.
Regarding invention 2, the configurations of the first to sixth support bases of invention 1, the configurations of support bases of inventions 3 to 8, and the configurations described in the embodiments and modified examples may be added.

4. Invention 3
A first support stand according to a third aspect of the present invention includes a base frame body, a support column provided on the base frame body, and a storage body provided on the base frame body. Thereby, for example, electrical equipment such as a personal computer, recording/playback equipment, etc. can be housed in the container. In other words, problem 2 can be solved.
Regarding Invention 3, the configurations of the first to sixth support bases of Invention 1, the configurations of the support bases of Inventions 2 and 4 to Invention 8, and the configurations described in the embodiments and modified examples may be added.

5. Invention 4
A first support stand according to a fourth aspect of the present invention includes a base frame body, a support column provided on the base frame body, a housing body provided on the base frame body, and a power supply connection portion provided on the housing body. Prepare for this. Thereby, for example, a power connection section for electrical equipment such as a personal computer, a recording/playback device, etc. can be secured. In other words, problem 3 can be solved.
Regarding invention 4, the configurations of the first to sixth support bases of invention 1, the configurations of the support bases of inventions 2, 3, and 5 to 8, and the configurations described in the embodiments and modified examples may be added. .

6. Inventions 5 and 6
A first support stand according to invention 5 includes a base frame, a support provided on the base frame, an attachment provided on the support, and is rotatably attached to the attachment. and an attached body, and the supported body is fixed to the attached body.
A first support stand according to invention 6 includes a base frame portion, a support portion provided on the base frame portion, a mounting body rotatably provided on the support support portion, and attached to the mounting body. and an attached body, and the supported body is fixed to the attached body.
These allow the posture (angle) of the supported body to be adjusted. In other words, problem 4 can be solved.
Regarding Inventions 5 and 6, the configurations of the first to sixth support bases of Invention 1, the configurations of the support bases of Inventions 2 to 4, Inventions 7, and Inventions 8, and the configurations described in the embodiments and modified examples are added. Good too.

7. Invention 7
The first support stand according to invention 7 includes casters on the base frame portion.
This facilitates movement of the support base. In other words, problem 5 can be solved.
Regarding invention 7, the configurations of the first to sixth support bases of invention 1, the configurations of the support bases of inventions 2 to 6, and invention 8, and the configurations described in the embodiments and modified examples may be added.
8. Invention 8
A first support stand according to an eighth aspect of the invention includes a container and a battery. This reduces exposed cables. In other words, the supported body can be driven without a power cable. In other words, problem 6 can be solved.
Regarding Invention 8, the configurations of the first to sixth support bases of Invention 1, the configurations of the support bases of Inventions 2 to 7, and the configurations described in the embodiments and modified examples may be added.

1 Base frame body 3 Support body 5 Container body 7 Mounting body 9 Mounted body

Claims (6)

base frame body,
a strut body provided on the base frame body;
a housing body provided to cover the base frame body;
Support stand provided. The container has a box shape,
A bottom wall of the container faces the base frame body,
a lower end of the peripheral wall of the container is located below the bottom wall;
The support stand according to claim 1. The support body is provided with a mounting body to which the supported body is attached,
The strut body passes through the housing body and is fixed to the base frame body,
The support column has a hollow shape and has openings at a portion located inside the container and a portion near the attachment body.
The support stand according to claim 1. comprising an attached body to which a supported body can be attached and rotatably attached to the attachment body;
The support stand according to claim 3. The housing body has a housing body having an opening and a lid body that covers the housing body,
The accommodation main body has a concave portion at a portion facing the lid body,
A cushion body that is softer than the material constituting the lid body is arranged in the recessed part.
The support stand according to any one of claims 1 to 4. The housing body has a housing body having an opening and a lid body that covers the housing body,
The support body penetrates the housing body,
The lid body is rotatable around the support column body.
The support stand according to any one of claims 1 to 4.

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