CN202342781U

CN202342781U - Flick type ball gate

Info

Publication number: CN202342781U
Application number: CN2011204498338U
Authority: CN
Inventors: 黄虎生
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-11-11
Filing date: 2011-11-11
Publication date: 2012-07-25
Anticipated expiration: 2021-11-11

Abstract

The utility model is suitable for the field of sports equipment and provides a flick type ball gate. The flick type ball gate comprises a support and a net arranged on the support in a spreading way, wherein the support comprises two frames, each frame is provided with two connecting end parts located at two free ends, the connecting end parts at the corresponding free ends of the two frames are connected through an angular connecting piece respectively, and each connecting end part is rotatably arranged on the corresponding angular connecting piece. Both the connecting end parts of the two frames of the flick type ball gate can be rotatably fixed on the angular connecting pieces without damaging rods and other parts, therefore, the two frames of the ball gate can incline relatively through rotation and are folded into a smaller size so as to facilitate carrying-on, when the flick type ball gate needs to be used next time, the flick type ball gate can be opened directly for use, and the flick type ball gate can be widely applied to various ball sports or serve as a ball gate for practice.

Description

The pop-up type goal

Technical field

The utility model belongs to sports equipment, is specifically related to a kind of pop-up type goal.

Background technology

Now, move into important component part, and various sports match brings enjoyment for especially people's life into daily life.In a lot of sports events, for example football, hockey, baseball, tennis and golf or the like particularly when exercise, for conveniently choosing ball, all need the goal of a band net.

For this reason some condition preferably sports buildings adopt the way of the soft net of hanging curtain formula, cushion and limit and hit the ball that flies.Heavy but the net of this method is big, site condition there is certain requirement, and promptly fixing once suspension, and be not easy to the mobile place exercise of changing.Also some fixed network on steel wire rack, steel wire rack can suitably be moved, however this steel wire rack can not be dismantled in handling process or the unusual difficulty of dismounting, and the utmost point is not easy to carry, and is difficult to transfer usually owing to volume is excessive or is difficult to carry.

The utility model content

In view of this, the pop-up type goal that a kind of rotatable folding is provided, is convenient for carrying.

The utility model is to realize like this; A kind of pop-up type goal; It comprises that support is located at the net on the support with opening, and said support comprises two frameworks, each framework have be positioned at two free-ended two connect ends; Each free-ended connection end that said two frameworks are corresponding connects through an angle connector, and each connects the end and is rotatably mounted on the angle connector.

Further, be connected in and pass through the connecting band connection between the two free-ended said angle connectors, said connecting band and said framework constitute the ring of sealing.

Further; One end of said connecting band is wound on the angle connector; The position of said connecting band before being wound to angle connector is provided with two-sided tearable adhesion part, and said connecting band twined position behind the angle connector to have to twine and pinion two angle connectors and tearable turning up the soil is adhered to the end portion of two-sided tearable adhesion part.

Further, each said angle connector comprises two sleeve pipes that limit horn shape, and the link portion of said two frameworks correspondence respectively is inserted in said sleeve pipe and rotatably is fixed in the said sleeve pipe.

Further; Pipe in inserting one in each said sleeve pipe; The inwall of said sleeve pipe and the outer wall of interior pipe are provided with fastening structure; Pipe is fixed in the said sleeve pipe through said fastening structure in said, each said connection end run through pipe in corresponding and during stretching out in the part of pipe have and prevent the end tip of managing in connecting the end emerges in.

Further, in said connection end stretches out in the end tip radial dimension of pipe less than casing inner diameter, perhaps said end tip has bulge loop or the projection that is used to prevent pipe in connecting the end emerges in greater than inner tube diameter.

Further, said fastening structure comprises button hole and buckles into the convexity in said button hole that when said sleeve pipe was offered button hole, said convexity was convexly set in said outer wall of inner tube; When said internal surface of sleeve pipe convexed with convexity, said button hole was opened in said interior pipe.

Further; Each said angle connector also comprises a support and connects said two sleeve pipes and the rib in the zone between two sleeve pipes; Each said rib has provided a through hole, and each framework is wound with a ribbon, and said net is connected on the said ribbon; The corresponding band edge of two said ribbons that is wound in two frameworks partly connects through a fixed band, has one on the said fixed band and is used to pass said through hole and the horizontal stripe of crossbearer on through hole.

Further, said framework comprises two edge-on side levers and is connected in two cross bars between the side lever, and each side lever one end is said connection end, and the other end is rotatable with cross bar or be fixedly connected, and every bar is elasticity or pliability rod member.

Further, each said framework is a bent frame, but said framework comprises the bow of an embowment or can connect with the relative rotation more than two and constitute the knee of arc that said bow or knee are elasticity or pliability rod member.

Said angle connector can be fixed in the connection end of two frameworks at above-mentioned pop-up type goal with rotating freely; Do not damage parts such as bar; Therefore, can and be folded into more small size with the two framework relative tilts at goal through rotation, so that carry; And in the time need using next time, directly open and can use.Further, when framework was made up of many bars, bar had elasticity or toughness; Be placed directly on the ground and can flick when conveniently folding and opening; When adopting bow, can fold equally and can open fast through dropping in the ground, meet modern's conveniently use habit.

Description of drawings

Fig. 1 is the perspective view at the pop-up type goal that provides of the utility model embodiment one;

Fig. 2 is the structural representation that the framework at the pop-up type goal of Fig. 1 does not twine ribbon;

Fig. 3 is the local structure for amplifying sketch map of the B part among Fig. 2;

Fig. 4 is the local structure for amplifying sketch map of the A part among Fig. 1;

Fig. 5 is the structural representation that the pop-up type goal angle connector of Fig. 1 is connected with frame ends;

Fig. 6 is the perspective view of the pop-up type goal that provides of the utility model embodiment two (after removing net and ribbon).

The specific embodiment

For the purpose, technical scheme and the advantage that make the utility model is clearer,, the utility model is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.

See also Fig. 1; The pop-up type goal 10 that shows the utility model embodiment; Comprise that support 12 is located at the net 14 on the support 12 with opening, support 12 comprises two frameworks 15, each framework 15 have be positioned at two free-ended two connect ends 151; Two framework 15 each corresponding free-ended connection ends 151 connect through an angle connector 16, and each connects end 151 and is rotatably mounted on the angle connector 16.

As shown in Figure 2, support 12 is whole to constitute the goal shapes, further, in the present embodiment, each framework 15 be shaped as a shape.Each framework 15 comprises two edge-on side levers 152 and is connected in two cross bars 154 between the side lever 152, and each side lever 152 1 free end is said connection end 151, and the other end is connected with cross bar 154, and cross bar 154 also can be described as the push rod part of framework 15.

As shown in Figure 3, show the part-structure that side lever 152 and cross bar 154 dock, simultaneously, another side lever 152 also can adopt structure shown in Figure 3 equally with the structure of cross bar 154 junctions, and side lever 152 is connected with cross bar 154 around the corner.Side lever 152 can be a hollow structure with cross bar 154, saves material, and weight reduction also can be the solid slim bar.Side lever 152 is connected through a L shaped connector 156 with cross bar 154; L shaped connector 156 can be a L shaped sleeve pipe; Side lever 152 is inserted in respectively in the L shaped sleeve two ends with the end of cross bar 154 butt joints; Side lever 152 can rotate by L shaped relatively sleeve after docking with cross bar 154, also can be fixed.Be that side lever 152 can be connected or be permanently connected together with cross bar 154 with the relative rotation.When being rotatably connected, side lever 152 can rotate relatively with cross bar 154 and can suitably stretch, so that framework is flexible when folding.Each bar can have certain elasticity or pliability, is to have elasticity or flexible rod member, has certain elastic space when being convenient to fold.

See also Fig. 4, show the detailed structure of angle connector 16, the connection end 151 that each angle connector 16 comprises 162, two frameworks 15 of two sleeve pipes that limit horn shape correspondence respectively is inserted in sleeve pipe 162 and also rotatably is fixed in the sleeve pipe 162.

Particularly; Each angle connector 16 also comprises a support and connects two sleeve pipes 162 and the rib 161 in the zone between two sleeve pipes 162; Each rib 161 has provided a through hole 163, and each framework 15 is wound with a ribbon 18, and net 14 is connected on the ribbon 18; Two ribbons, the 18 corresponding band edge parts 182 that are wound in two frameworks 15 connect through a fixed band 184, have one on the fixed band 184 and are used to pass through hole 163 and the horizontal stripe 186 of crossbearer on through hole 163.Rib 161 shapes are general triangular in diagram, and through hole 163 is sitting at leg-of-mutton roughly centre position, certainly are not limited to this during practical application.

Please consult Fig. 1 again, be connected in and pass through connecting band 17 connections between the two free-ended angle connectors 16, connecting band 17 constitutes the ring that seals with framework 15.The two ends of connecting band 17 are wound in respectively on the sleeve pipe 162 that is connected with same framework 15.As shown in the figure, the framework 15 that connects through connecting band 17 place ground during use usually, and another framework 15 is roughly upright as bottom framework, and promptly two frameworks 15 are vertical basically.Connect through two sleeve pipes 162 of connecting band 17, further make framework 15 be connected firmly, and can stably be supported in ground framework 15.Connecting band 17 1 ends 172; It is longer to be illustrated as the right part; This end is wound on the angle connector 16; The position of connecting band 17 before being wound to angle connector 16 is provided with two-sided tearable adhesion part 172, and connecting band 17 twined position behind the angle connector 16 to have to twine and pinion two angle connectors 16 and the tearable end portion 174 of turning up the soil and being adhered to two-sided tearable adhesion part 172.End portion 174 also has peelable sticking limit part.Particularly, end portion 174 long enoughs are so that can twine two sleeve pipes 162 of pinioning two angle connectors 16.Thereby when two frameworks 15 fold, when two angle connectors 16 stacked, two sleeve pipes 162 that further twined two angle connectors 16 through end portion 174 were held together them, thereby are easy to carry, and prevented that two frameworks 15 from scattering or flick.

As shown in Figure 5; Manage 164 in inserting one in each sleeve pipe 162; 162 inwalls of sleeve pipe and the outer wall of interior pipe 164 are provided with fastening structure; In pipe 164 be fixed in the sleeve pipe 162 through fastening structure, each connect that pipe 164 in corresponding is run through in end 151 and during stretching out in the part of pipe 164 have and prevent to manage in connecting end 151 emerges in 164 end tip 158.Particularly, connect end 151 stretch out in end tip 158 radial dimensions of pipe 164 greater than interior pipe 164 internal diameters less than sleeve pipe 162 internal diameters.As shown in the figure; End tip 158 has the bulge loop 159 that is used to prevent pipe 164 in connecting end 151 emerges in, and in other embodiments, bulge loop 159 also can change projection into; For example symmetrically arranged two with upper protruding block, can prevent equally to connect end 151 emerge in the pipe 164.

As shown in Figure 5, the fastening structure of being located on sleeve pipe 162 and the interior pipe 164 comprises button hole and buckles into the convexity in button hole.In illustrated embodiment, sleeve pipe 162 is offered button hole 167, and protruding 168 are convexly set in the outer wall of interior pipe 164; In another embodiment, when sleeve pipe 162 inwalls convex with protrudingly 168 the time, pipe 164 in button hole 167 is opened in can certainly adopt other forms of fastening structure, be not limited to above for example.

See also Fig. 6, show the pop-up type goal 20 in second kind of embodiment of the utility model, roughly similar with the goal 10 of top embodiment, goal 20 comprises support 22 and opens and be located at the net on the support 22 that support 22 comprises two frameworks 25.Same numeral is represented essentially identical element among Fig. 6 and Fig. 1-5, and these essentially identical elements repeat no more at this.

The goal 20 of present embodiment two is framework 25 with goal 10 differences of embodiment one, and main display frame structure is removed net and ribbon among Fig. 6.As shown in the figure, each framework 25 is a bent frame, is illustrated as semicircle.But framework 25 comprises the bow 252 of an embowment or can connect with the relative rotation more than two and constitute the knee 252 of arc.Each framework 25 adopts the connected mode of 252, two knees 252 of two knees can adopt the similar connected mode of embodiment one among the figure, also can adopt an inner connecting tube form, for example, in one, manages 256 connections.Adopt two knees 252 advantageously can rotate relatively, be more convenient for folding.When each framework 25 adopts a bow 252, equally also be wound with 18, one bows 252 of ribbon on the bow 252 and have elasticity, can fold, and flick more easily.Bow 252 or knee 252 adopt elastomeric material or flexible material, are elasticity or pliability rod member, thereby make framework 25 have certain elasticity, when after folding, opening, can directly flick goal 20 through elasticity again.

As stated, angle connector 16 rotatably is fixed in the connection end 151 (251) of two frameworks 15 (25) at pop-up type goal 10 (20), and like this, pop-up type goal 10 (20) is folding.Folding mode is: two sleeve pipes 162 of two angle connectors 16 are rotated with respect to the connection end 151 (251) of two frameworks 15 (25) simultaneously; Make relative another framework of one of them framework tilt and push down two frameworks they are overlapped on together; Both hands are taken two angle connectors 16 respectively then, along two framework overlapping place's doublings, can be folded into pop-up type goal 10 (20) littler; It is fan-shaped to be folded into the plane, the fan-shaped size in plane be about a framework half the below.After folding, also can tie through the long end that connecting band 17 is reserved.When needing to use, untie the adhesion part of connecting band 17, launch framework and get final product.

Therefore; Angle connector 16 rotatably is fixed in the connection end 151,251 of two frameworks 15,25 at pop-up type goal 10,20; Therefore, can and be folded into more small size with the two framework relative tilts at goal through rotation, so that carry; And in the time need using next time, directly open and can use.Further, when framework 15,25 was made up of many bars, bar had elasticity or toughness;, be placed directly on the ground and can flick when conveniently folding and opening, when adopting bow; Can fold equally and can open fast, meet modern's conveniently use habit through dropping in the ground.

The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; Any modification of being done within all spirit and principles at the utility model, be equal to replacement and improvement etc., all should be included within the protection domain of the utility model.

Claims

1. pop-up type goal; It comprises support and opens and be located at the net on the support; It is characterized in that said support comprises two frameworks, each framework have be positioned at two free-ended two connect ends; Each free-ended connection end that said two frameworks are corresponding connects through an angle connector, and each connection end all can rotate freely safely and be installed on the angle connector.

2. pop-up type as claimed in claim 1 goal is characterized in that, is connected between the two free-ended said angle connectors to connect through connecting band, and said connecting band and said framework constitute the ring of sealing.

3. pop-up type as claimed in claim 2 goal; It is characterized in that; One end of said connecting band is wound on the angle connector; The position of said connecting band before being wound to angle connector is provided with two-sided tearable adhesion part, and said connecting band twined position behind the angle connector to have to twine and pinion two angle connectors and tearable turning up the soil is adhered to the end portion of two-sided tearable adhesion part.

4. pop-up type as claimed in claim 1 goal is characterized in that, each said angle connector comprises two sleeve pipes that limit horn shape, and the link portion of said two frameworks correspondence respectively is inserted in said sleeve pipe and rotatably is fixed in the said sleeve pipe.

5. pop-up type as claimed in claim 4 goal; It is characterized in that; Pipe in inserting one in each said sleeve pipe; The inwall of said sleeve pipe and the outer wall of interior pipe are provided with fastening structure, said in pipe be fixed in the said sleeve pipe through said fastening structure, each said connection end run through pipe in corresponding and during stretching out in the part of pipe have and prevent the end tip of managing in connecting the end emerges in.

6. pop-up type as claimed in claim 5 goal; It is characterized in that; Less than casing inner diameter, perhaps said end tip had bulge loop or the projection that is used to prevent pipe in connecting the end emerges in to the end tip radial dimension of pipe greater than inner tube diameter in said connection end stretched out in.

7. pop-up type as claimed in claim 5 goal is characterized in that, said fastening structure comprises button hole and buckle into the convexity in said button hole that when said sleeve pipe was offered button hole, said convexity was convexly set in said outer wall of inner tube; When said internal surface of sleeve pipe convexed with convexity, said button hole was opened in said interior pipe.

8. pop-up type as claimed in claim 4 goal; It is characterized in that; Each said angle connector also comprises a support and connects said two sleeve pipes and the rib in the zone between two sleeve pipes; Each said rib has provided a through hole, and each framework is wound with a ribbon, and said net is connected on the said ribbon; The corresponding band edge of two said ribbons that is wound in two frameworks partly connects through a fixed band, has one on the said fixed band and is used to pass said through hole and the horizontal stripe of crossbearer on through hole.

9. pop-up type as claimed in claim 1 goal; It is characterized in that said framework comprises two edge-on side levers and be connected in two cross bars between the side lever that each side lever one end is said connection end; The other end is rotatable with cross bar or be fixedly connected, and every bar is elasticity or pliability rod member.

10. pop-up type as claimed in claim 1 goal; It is characterized in that; Each said framework is a bent frame; But said framework comprises the bow of an embowment or can connect with the relative rotation more than two and constitute the knee of arc that said bow or knee are elasticity or pliability rod member.