CN201423142Y - Inflatable goal - Google Patents

Abstract

The utility model discloses an inflatable goal, which includes an upper crossbeam hose, two column hoses, two longitudinal hoses and a lower crossbeam hose, one end of the two column hoses are respectively connected to the two ends of the upper crossbeam hose and are perpendicular to the upper crossbeam hose, and the three are in the same plane; the two ends of the two longitudinal hoses are respectively connected to the other ends of the two column hoses, and the two longitudinal hoses are perpendicular to the plane formed by the upper crossbeam hose and the two column hoses; the two ends of the lower crossbeam hose are respectively connected to the other ends of the two longitudinal hoses and are parallel to the upper crossbeam hose; and at least two middle support components are also included, the middle support component includes a vertical support hose and a longitudinal support hose, one end of the longitudinal support hose is connected between the two end points of the upper crossbeam hose, and the other end is connected to one end of the vertical support hose, the other end of the vertical support hose is connected to the lower crossbeam hose, and the upper crossbeam hose is perpendicular to the plane formed by the vertical support hose and the longitudinal support hose. The inflatable goal can meet various game rules, and has a stable structure and is easy to carry.

Description

inflatable goal

technical field

The utility model relates to a goal, in particular to a portable inflatable goal.

Background technique

Football is one of the most popular sports in people's daily life. For football, the size of the field is usually limited by a pair of goals. The goal includes a fixed frame structure and a net that limits the back of the goal. structure, you only need to hang the net to carry out activities. Many of the existing goals are made of steel frames or wooden frame nets, which are fixed on the standard football field, and there are basically no other places. With the popularity of football, amateurs often There are some non-organized football matches, such as friendly matches, so the number of standard football fields is far from enough, and people start to play on rented fields or many non-standard open fields, but set fixed goals on these fields Unreasonable, therefore, these occasions often require the use of substitute goals. In addition, fixed goals, except that they cannot be disassembled and moved, are not able to meet the needs of people of different ages because they are all set according to uniform standards. The size and specifications of the field do not match the height and strength of the teenagers.

A kind of existing solution is folding goal for this reason, and another kind of scheme is the detachable and assembled detachable goal, although above-mentioned goal can satisfy dismantling and carrying, can't satisfy travel carry-on and according to various The age group flexibly chooses goals of different sizes; another kind of inflatable goal can meet the convenience of carrying when traveling. The three-dimensional schematic diagram of the inflatable goal 10`, the inflatable goal 10` includes an upper beam hose 111`, two post hoses 112a`, 112b`, two vertical hoses 113a`, 113b` and a lower beam hose 114`, One end of the two column hoses 112a`, 112b` is respectively connected to the two ends of the upper beam hose 111`, the two column hoses 112a`, 112b` are perpendicular to the upper beam hose 111`, and the three are in the same plane The two ends of the two vertical hoses 113a`, 113b` are respectively connected to the other ends of the two column hoses 112a`, 112b`, and the two vertical hoses 113a`, 113b` are perpendicular to the upper beam hose 111` and the two The plane formed by the column hoses 112a`, 112b`; the two ends of the lower beam hose 114` are respectively connected to the other ends of the two vertical hoses 113a`, 113b`, and are parallel to the upper beam hose 111`; the inflatable Although the goal 10 ' has stronger impact resistance and is easy to carry, two oblique beam flexible pipes 115a ', 115b ' of the goal are connected to the end points of the upper beam flexible pipe 111 '. `has a certain length, the weight of the upper crossbeam 111` of the goal plus the weight of the hanging net makes the center of the upper crossbeam 111` droop, and the post hoses 112a`, 112b` on both sides of the goal can not fully Therefore, the upper beam 111 ′ is bent, and the deflection of the upper beam 111 ′ of the goal becomes larger, causing the goal opening of the inflatable goal 10 ′ to be deformed, which seriously affects the progress of the players. The effect of the ball, especially the effect of players performing skill shooting training such as penalty kicks. In addition, because the net needs to be hung in a more formal game, when the fast flying ball stops due to hitting the net after the net is hung , the net will bear a large impact force, which will cause the upper beam on which the net is hung to bend and increase, resulting in serious deformation of the goal; at the same time, the two oblique beam hoses 115a`, 115b` of the goal are connected to the soft top beam. At the end point of pipe 111 ', the net has less supporting points after the net is drawn, so that the net depth of the net is not enough, and the angle of the net formed by the net is not standard, which cannot satisfy the technical training requirements of some characteristics.

Therefore, be badly in need of a kind of inflatable goal that structure is stable, easy to carry, and can satisfy various competition rules with regular goal door and net angle.

Utility model content

The purpose of the utility model is to provide an inflatable goal which has a stable structure, is easy to carry, has a regular goal opening and a net angle, and can meet various game rules.

In order to achieve the above object, the technical solution of the utility model is to provide an inflatable goal, which includes an upper beam hose; two upright hoses, one end of the two upright hoses is connected to the upper beam hose The two ends are connected, and the two vertical hoses are perpendicular to the upper beam hose, and the three are in the same plane; the two longitudinal hoses are respectively connected to the two vertical hoses. At the other end of the tube, the two longitudinal hoses are perpendicular to the plane formed by the upper beam hose and the two column hoses; the lower beam hose, the two ends of the lower beam hose are respectively connected to the two The other end of the longitudinal hose is parallel to the upper beam hose; wherein, the inflatable goal also includes at least two middle support assemblies, the middle support assembly includes a vertical pillar hose and a vertical pillar hose, and the longitudinal One end of the pillar hose is connected between the two ends of the upper beam hose, the other end is connected to one end of the vertical pillar hose, the other end of the vertical pillar hose is connected to the lower beam hose, and The plane formed by the vertical pillar hose and the longitudinal pillar hose is perpendicular to the upper beam hose, and the height of the vertical pillar hose from the ground is slightly smaller than the height of the vertical pillar hose.

Preferably, the middle support assembly of the inflatable goal of the present invention further includes a ground support hose, the ground support hose is connected between the lower beam hose and the vertical pillar hose, and the ground support The hose, the lower beam hose and the vertical hose are located in the same plane, making the structure of the inflatable goal more stable.

Preferably, the middle support assembly of the inflatable goal of the utility model further includes an oblique traction member, the oblique traction member is connected between the ground support hose and the longitudinal pillar hose, and the oblique traction member, The connection points of the vertical support hose, the vertical support hose and the ground support hose are surrounded by a triangle or a quadrangle, and the oblique traction part is a hose or a stay rope. The connection points of the oblique traction parts, the vertical pillar hoses, the longitudinal pillar hoses and the ground support hoses form a triangle or a quadrilateral, which makes the overall structure of the goal more stable. The angle of the net makes the goal closer to the shape of the actual goal; at least two middle supports are connected between the two ends of the upper beam hose, which can better disperse the weight pressure of the upper beam from the net and other outside world, very good The supporting and balancing beams can be adjusted to reduce the deflection of the goal beams.

Preferably, at least one of the hoses is equipped with an inflation/deflation valve. When it needs to be used, it can be inflated through the inflation valve to make the hose expand into a ball shape. After use, it can be squeezed and deflated through the exhaust valve. , so that the hose is compressed, so that the goal is small in size and light in weight, so that it is convenient to carry.

Compared with the prior art, the inflatable goal of the utility model has a middle support assembly composed of a vertical pillar hose connected to the lower beam hose and a vertical pillar hose connected to the upper beam hose, and the vertical pillar hose is connected Between the two ends of the upper beam hose, it forms a supporting role between the upper beam hose and the lower beam hose, and shares the pressure of the beam and other external forces on the two vertical column hoses, realizing the The multi-point support of the upper crossbeam hose prevents the upper crossbeam hose from bending, ensuring that the inflatable goal of the present invention has a regular goal opening; The plane formed by the pillar hose, and the upper beam hose is supported by the multi-point support of the middle support assembly, so that the utility model inflatable goal has a regular net angle, therefore, the utility model inflatable goal can meet various game rules , and the structure is stable and easy to carry.

Description of drawings

Fig. 1 is a schematic perspective view of an inflatable goal in the prior art.

Fig. 2 is a three-dimensional schematic diagram of the first embodiment of the inflatable goal of the present invention.

Fig. 3 is a three-dimensional schematic view of the second embodiment of the inflatable goal of the present invention.

Fig. 4 is a three-dimensional schematic view of the third embodiment of the inflatable goal of the present invention.

Fig. 5 is a three-dimensional schematic view of the fourth embodiment of the inflatable goal of the present invention.

Fig. 6 is a schematic perspective view of the fifth embodiment of the inflatable goal of the present invention.

Fig. 7 is a schematic perspective view of the sixth embodiment of the inflatable goal of the present invention.

Detailed ways

Embodiments of the present invention will now be described with reference to the drawings, in which like reference numerals represent like elements.

As shown in Figure 2, the utility model inflatable goal 10 includes: an upper beam hose 111, two column hoses 112a, 112b, and one end of the two column hoses 112a, 112b is respectively connected to the upper beam hose 111 The two ends of the hoses 112a, 112b are perpendicular to the upper beam hose 111, and the three are in the same plane; the two vertical hoses 113a, 113b, the two vertical hoses 113a, The two ends of 113b are respectively connected to the other ends of the two column hoses 112a, 112b, and the two vertical hoses 113a, 113b are perpendicular to the upper beam hose 111 and the two column hoses 112a, 112b. plane; the lower beam hose 114, the two ends of the lower beam hose 114 are respectively connected to the other ends of the two longitudinal hoses 113a, 113b, and parallel to the upper beam hose 111; wherein, the inflatable The goal 11 also includes two middle support assemblies 115, 116, one end of the middle support assembly 115, 116 is connected between the two ends of the upper beam hose 111, and the other end is connected between the two ends of the lower cross beam hose 111. The same and parallel installation between the upper beam hose 111 and the lower beam hose 114, there are at least two middle support components, and the specific number depends on the actual situation. Specifically, the middle support assembly 115 includes a vertical support hose 115b and a vertical support hose 115a, one end of the vertical support hose 115a is connected between two ends of the upper beam hose 111, and the other end is connected to the upper beam hose 111. One end of the vertical pillar hose 115b is connected, the other end of the vertical pillar hose 115b is connected with the lower beam hose 114, and the vertical pillar hose 115b and the vertical pillar hose 115a constitute The plane is perpendicular to the upper beam hose 111; the middle support assembly 116 includes a vertical pillar hose 116a and a vertical pillar hose 116b, and one end of the vertical pillar hose 116a is connected to two ends of the upper beam hose 111 Between the end points, the other end is connected to one end of the vertical pillar hose 116b, the other end of the vertical pillar hose 116b is connected to the lower beam hose 114, and the vertical pillar hose hose 116b is connected to the vertical pillar hose 116b. The plane formed by the longitudinal strut hose 116a is perpendicular to the upper beam hose 111 . The two middle support components 115, 116 are connected between the two ends of the upper beam hose 111, which can better disperse the weight pressure on the upper beam hose 111 from the net and other outside world, and well support and balance the upper beam softness. Pipe 111, and then adjust and reduce the deflection of the goal crossbeam, reduce the deformation of the goal, balance and stabilize the goal structure, the upper crossbeam hose 111 is perpendicular to the plane formed by the vertical pillar hose and the vertical pillar hose, and the upper crossbeam hose 111 Supported by the middle supporting components 115, 116, the inflatable goal has a regular net angle, so it can meet various game rules, and has a firm structure and is easy to carry.

From the above, it can be seen that the middle support assembly 115 and the middle support assembly 116 have the same structure and function, so multiple middle support assemblies can also be installed according to actual needs, and these middle support assemblies also have the same functions as the middle support assemblies 115, 116. structure and function. Different embodiments of the inflatable goal of the present invention will be described in detail below in conjunction with the accompanying drawings.

As shown in Figure 3, it is a three-dimensional schematic diagram of the second embodiment of the inflatable goal of the present invention. The inflatable goal 11 includes: an upper beam hose 111; two upright hoses 112a, 112b, the two upright hoses One end of 112a, 112b is respectively connected with the two ends of the upper beam hose 111, and the two column hoses 112a, 112b are perpendicular to the upper beam hose 111, and the three are in the same plane; Hose 113a, 113b, the two ends of the two vertical hoses 113a, 113b are respectively connected to the other ends of the two column hoses 112a, 112b, and the two vertical hoses 113a, 113b are perpendicular to the upper beam soft The plane formed by the pipe 111 and the two column hoses 112a, 112b; the lower beam hose 114, the two ends of the lower beam hose 114 are respectively connected to the other ends of the two vertical hoses 113a, 113b, and The upper beam hose 111 is parallel; the inflatable goal 11 also includes two middle support assemblies 115, 116, and the middle support assembly 115 includes a vertical pillar hose 115a, a vertical pillar hose 115b, a ground support hose 115c and an oblique traction puller. The rope 115d, the ground support hose 115c is connected between the two ends of the lower beam hose 114, and is located in the same plane as the lower beam hose 114 and the longitudinal hose, specifically, the ground support hose 115c is connected to the vertical soft Pipe 113a is at a certain distance from the end point connected to lower beam hose 114; one end of vertical pillar hose 115a is connected between the two ends of upper beam hose 111, and the other end is connected with vertical pillar hose 115b, and the vertical pillar hose The other end of 115b is connected to one end of the ground support hose 115c, and the other end of the ground support hose 115c is connected to the connection point between the longitudinal pillar hose 115a and the upper beam hose 111 through an oblique traction pull rope 115d, and the A section of oblique traction pull rope 115d is arranged along the outer wall of the vertical pillar hose 115a; the height of the vertical pillar hose 115b from the ground is slightly smaller than the height of the vertical pillar hose 113a, and the vertical pillar hose 115b and the vertical pillar hose 115a constitute The plane of the upper beam is perpendicular to the upper beam hose 111, and the vertical pillar hose 115b, the ground support hose 115c and the oblique traction member 115d are connected to form a triangle, so that the goal structure is more stable. The middle support assembly 116 includes a longitudinal support hose 116a, a vertical support hose 116b, a ground support hose 116c and an oblique traction pull rope 116d, and the ground support hose 116c is connected between the two ends of the lower beam hose 114, The beam hose 114 and the vertical hose are located in the same plane, specifically, the support hose 116c is connected at a certain distance from the end point where the vertical hose 113b is connected to the lower beam hose 114; one end of the vertical pillar hose 116a is connected to Between the two ends of the upper beam hose 111, the other end is connected to the vertical support hose 116b, the other end of the vertical support hose 116b is connected to one end of the ground support hose 116c, and the other end of the ground support hose 116c is connected to the longitudinal support hose 116b. The connection point between the pillar hose 116a and the upper beam hose 111 is connected by an oblique traction stay rope 116d, and a section of the oblique traction stay rope 116d is arranged along the outer wall of the longitudinal pillar hose 116a; the vertical pillar hose 116b The height from the ground is slightly less than the height of the column hose 113b, and the plane formed by the vertical column hose 116b and the longitudinal column hose 116a is perpendicular to the upper beam hose 111, the vertical column hose 116b, the ground support hose 116c and the oblique traction The pieces 116d are connected to form a triangle, which makes the structure of the goal more stable. The two support assemblies 115, 116 have the same structure and are connected in parallel between the upper beam hose 111 and the lower beam hose 114, and the two hoses 115a, 116a in the two supports are parallel to the ground. The two middle support components 115, 116 are connected between the two ends of the upper beam hose 111, which can better disperse the weight pressure on the upper beam hose 111 from the net and other outside world, and well support and balance the upper beam softness. Pipe 111, and then adjust and reduce the deflection of the goal crossbeam, reduce the deformation of the goal, balance and stabilize the goal structure, the upper crossbeam hose 111 is perpendicular to the plane formed by the vertical pillar hose and the vertical pillar hose, and the upper crossbeam hose 111 Supported by the middle support components 115, 116, the inflatable goal has a regular net angle, so it can meet various game rules, and has a firm structure and is easy to carry.

Fig. 4 is a three-dimensional schematic view of the third embodiment of the inflatable goal of the present invention. Compared with the above-mentioned inflatable goal 11 of the second embodiment, the inflatable goal 12 lies in the difference of the middle support assembly. The two middle support assemblies 115, 116 of the inflatable goal 12, the middle support assembly 115 includes a vertical support hose 115a, a vertical support hose 115b, a ground support hose 115c and an oblique traction hose 115d, one end of the vertical support hose 115a Connected to the upper beam hose 111, the other end is connected to the vertical support hose 115b and the oblique traction hose 115d respectively, the other end of the oblique traction hose 115d is connected to one end of the ground support hose 115c, and the ground support hose 115c The other end is connected to the other end of the vertical pillar hose 115b, the height of the vertical pillar hose 115b from the ground is slightly smaller than the height of the vertical pillar hose 113a, and the plane formed by the vertical pillar hose 115b and the vertical pillar hose 115a is perpendicular to the upper beam The flexible pipe 111, the connecting point of the vertical pillar flexible pipe 115b, the ground support flexible pipe 115c and the oblique traction flexible pipe 115d form a quadrilateral, which is used to stabilize the goal structure. The middle support assembly 116 includes a longitudinal support hose 116a, a vertical support hose 116b, a ground support hose 116c and an oblique traction hose 116d. One end of the longitudinal support hose 116a is connected to the upper beam hose 111, and the other end is connected to the vertical The support hose 116b is connected to the oblique traction hose 116d, the other end of the oblique traction hose 116d is connected to one end of the ground support hose 116c, the other end of the ground support hose 116c is connected to the other end of the vertical support hose 116b, The height of the pillar hose 116b from the ground is slightly smaller than the height of the pillar hose 113b, and the plane formed by the vertical pillar hose 116b and the vertical pillar hose 116a is perpendicular to the upper beam hose 111, the vertical pillar hose 116b, the ground support hose 116c and the connection points where the oblique traction hoses 116d are connected to each other form a quadrilateral, which is used to stabilize the goal structure. The two support components 115 and 116 have the same structure and are connected between the upper beam hose 111 and the lower beam hose 114 parallel to each other, and the two hoses 115a, 116a of the two supports are parallel to the ground. The two middle support components 115, 116 are connected between the two ends of the upper beam hose 111, which can better disperse the weight pressure on the upper beam hose 111 from the net and other outside world, and well support and balance the upper beam softness. Pipe 111, and then adjust and reduce the deflection of the goal crossbeam, reduce the deformation of the goal, balance and stabilize the goal structure, the upper crossbeam hose 111 is perpendicular to the plane formed by the vertical pillar hose and the vertical pillar hose, and the upper crossbeam hose 111 Supported by the middle support components 115, 116, the inflatable goal has a regular net angle, so it can meet various game rules, and has a firm structure and is easy to carry.

Fig. 5 is a three-dimensional schematic diagram of a fourth embodiment of the inflatable goal of the present invention. Compared with the inflatable goal 12 of the above-mentioned third embodiment, the inflatable goal 13 also includes a middle support component 117, the middle support component 117 has the same structure as the middle support components 115, 116 and is connected to the middle support component 115 in parallel. , Between 116. The middle support assembly 117 includes a longitudinal support hose 117a, a vertical support hose 117b, a ground support hose 117c and an oblique traction hose 117d. One end of the longitudinal support hose 117a is connected to the upper beam hose 111, and the other end is respectively connected to The vertical support hose 117b is connected to the oblique traction hose 117d, the other end of the oblique traction hose 117d is connected to one end of the ground support hose 117c, and the other end of the ground support hose 117c is connected to the other end of the vertical support hose 117b, The height of the vertical pillar hose 117b from the ground is slightly smaller than the height of the vertical pillar hose, and the plane formed by the vertical pillar hose 117b and the vertical pillar hose 117a is perpendicular to the upper beam hose 111, the vertical pillar hose 117b, the ground support hose 117c and the connecting points where the oblique traction hoses 117d are connected form a quadrangle, which is used to stabilize the goal structure. The three middle support components 115, 116, 117 are connected between the two ends of the upper beam hose 111, which can better disperse the weight pressure on the upper beam hose 111 from the net and other outside world, and provide good support and balance. The crossbeam hose 111 further adjusts and reduces the deflection of the goal crossbeam, reduces the deformation of the goal, balances and stabilizes the goal structure; and forms a regular goal angle at the same time to meet the needs of various training.

Fig. 6 is a schematic perspective view of a fifth embodiment of the inflatable goal of the present invention. Compared with the inflatable goal 12 of the above-mentioned third embodiment, the inflatable goal 14 also includes a drawstring connecting each end point. Specifically, as shown in FIG. 6, the two endpoints of the upper beam hose 111 of the inflatable goal 14 are respectively A1 and A2, the two endpoints of the lower beam hose 114 are respectively B1 and B2, and the middle support assembly 115 The connection point between the longitudinal pillar hose 115a and the oblique traction hose 115d is C1, the connection point between the longitudinal pillar hose 116a of the middle support assembly 116 and the oblique traction hose 116d is C2; The connection points of the pipe 114 are D1 and D2 respectively; between the endpoints A1 and C1, A2 and C2 are connected by a pull rope; between the endpoints C1 and B1, and between C2 and B2 are connected by a pull rope; the endpoints are at the endpoints Between C1 and D2, and between C2 and D1 are connected by pull ropes.

Fig. 7 is a perspective view of the sixth embodiment of the inflatable goal of the present invention. The inflatable goal 15 includes: an upper beam hose 111; two column hoses 112a, 112b, one end of the two column hoses 112a, 112b is respectively connected to the two ends of the upper beam hose 111, the two Column hoses 112a, 112b are all perpendicular to the upper beam hose 111, and the three are in the same plane; two vertical hoses 113a, 113b, the two ends of the two vertical hoses 113a, 113b are respectively connected to the The other ends of the two column hoses 112a, 112b, the two longitudinal hoses 113a, 113b are perpendicular to the plane formed by the upper beam hose 111 and the two column hoses 112a, 112b; the lower beam hose 114, Both ends of the lower beam hose 114 are respectively connected to the other ends of the two longitudinal hoses 113a, 113b, and parallel to the upper beam hose 111; the inflatable goal 15 also includes middle support components 115, 116 , 117, the middle support assembly 115 is connected between the middle support assemblies 116 and 117, and the three middle support assemblies 115, 116, 117 are installed in parallel. Specifically, the middle support assembly 115 includes a longitudinal support hose 115a, a vertical support hose 115b, a ground support hose 115c, and an oblique traction hose 115d. One end of the longitudinal support hose 115a is connected to the upper beam hose 111, and the other end Connect with the vertical support hose 115b and the oblique traction hose 115d respectively, the other end of the oblique traction hose 115d is connected with one end of the ground support hose 115c, the other end of the ground support hose 115c is connected with the other end of the vertical support hose 115b connection, the height of the upright pillar hose 115b from the ground is slightly less than the height of the upright hose 113a, 113b, and the plane formed by the upright pillar hose 115b and the longitudinal pillar hose 115a is perpendicular to the upper beam hose 111, and the upright pillar hose 115b 1. The connection points where the ground support hose 115c and the oblique traction hose 115d are connected to each other form a quadrilateral, which is used to stabilize the goal structure. The middle support assembly 116 of the inflatable goal includes hoses 116a, 116b, one end of the hose 116a is connected to the upper beam hose 111, the other end is connected to one end of the hose 116b, and the other end of the hose 116b is connected to the lower beam On the hose 114, the included angle between the hoses 116a and 116b is more than 90°. Specifically, the hose 116a is connected at a certain distance from an end point of the upper beam hose 111 and is parallel to the ground; the middle support 117 includes soft Pipe 117a, 117b, one end of flexible pipe 117a is connected on the upper beam flexible pipe 111, and the other end is connected with one end of flexible pipe 117b, and the other end of flexible pipe 117b is connected on the lower horizontal beam flexible pipe 114, between flexible pipe 117a and 117b The included angle between them is more than 90°. Specifically, the hose 117a is connected at a certain distance from the other end of the upper beam hose 111 and is parallel to the ground. The three middle support components 115, 116, 117 are connected between the two ends of the upper beam hose 111, which can better disperse the weight pressure on the upper beam hose 111 from the net and other outside world, and provide good support and balance. The crossbeam can be adjusted to reduce the deflection of the goal crossbeam, reduce the deformation of the goal, balance and stabilize the goal structure; at the same time, form a regular goal angle to meet the needs of various training and competitions.

The inflatable goal of the utility model is assembled by connecting tubular hoses, and the hoses are connected by the goal connecting device. The valve is inflated to make the hose expand into the shape of a goal. After use, squeeze and deflate the hose through the exhaust valve to compress the hose, making the goal smaller in size and lighter in weight, so it is easy to carry.

The inflatable goal of the utility model has a middle support assembly composed of a vertical pillar hose connected to the lower crossbeam hose 114 and a vertical pillar hose connected to the upper crossbeam hose 111, and the vertical pillar hose is connected to the upper crossbeam hose 111 between the two ends, thereby forming a supporting role between the upper beam hose 111 and the lower beam hose 114, and sharing the pressure given by the upper beam hose 111 and other external forces on the two vertical column hoses, realizing In order to ensure the multi-point support of the upper beam hose 111, the upper beam hose 111 will not be bent, ensuring that the inflatable goal of the present invention has a regular goal opening; also because the upper beam hose 111 is perpendicular to the vertical The plane formed by the pillar hose and the longitudinal pillar hose, and the upper beam hose is supported by the multi-point support of the middle support assembly, so that the utility model inflatable goal has a regular net angle, therefore, the utility model inflatable goal can It satisfies various game rules, and has a stable structure and is easy to carry; the middle support is connected with the upper beam to form a net angle, which makes the goal closer to the shape of the actual goal.

The connection device between the hoses of the inflatable goal of the utility model, the inflation method of the goal, etc. are well known to those of ordinary skill in the art, and will not be described in detail here.

The inflatable goal of the present invention has been described in detail above with reference to football, but it is not limited to football. Embodiments of the present invention can be manufactured in a similar manner according to actual applications for other sports.

What is disclosed above is only the preferred embodiment of the present utility model, and of course the scope of rights of the present utility model cannot be limited with this. Therefore, the equivalent changes made according to the patent scope of the utility model still belong to the scope covered by the utility model .

Claims (5)

1. inflatable goal comprises:

One entablature flexible pipe;

Two column flexible pipes, an end of described two column flexible pipes is connected with the two ends of described entablature flexible pipe respectively, and described two column flexible pipes are all perpendicular to described entablature flexible pipe, and the three is in same plane;

Two vertical flexible pipes, the two ends of described two vertical flexible pipes are connected to the other end of described two column flexible pipes, and described two vertical flexible pipes are perpendicular to the plane of described entablature flexible pipe and described two column flexible pipes formation;

One sill flexible pipe, the two ends of described sill flexible pipe are connected to the other end of described two vertical flexible pipes, and parallel with described entablature flexible pipe;

It is characterized in that: also comprise supporting component at least two, supporting component comprises upright pillar flexible pipe and vertical pillar flexible pipe in described, described vertical pillar flexible pipe one end is connected in the position between the two-end-point of described entablature flexible pipe, the other end is connected with an end of described upright pillar flexible pipe, the other end of described upright pillar flexible pipe is connected with described sill flexible pipe, and the plane of described upright pillar flexible pipe and described vertical pillar flexible pipe formation is perpendicular to described entablature flexible pipe.

2. inflatable goal as claimed in claim 1, it is characterized in that: supporting component also supports flexible pipe with comprising in described, support flexible pipe describedly and be connected between described sill flexible pipe and the described upright pillar flexible pipe, and described flexible pipe, sill flexible pipe and the vertical flexible pipe of supporting is positioned at same plane.

3. inflatable goal as claimed in claim 2, it is characterized in that: supporting component also comprises oblique traction piece in described, the ground that described oblique traction piece is connected in same supporting component supports between flexible pipe and the vertical pillar flexible pipe, and interconnective tie point surrounds triangle or quadrangle between described oblique traction piece, upright pillar flexible pipe, vertical pillar flexible pipe and the ground support flexible pipe, and described oblique traction piece is flexible pipe or stay cord.

4. inflatable goal as claimed in claim 3 is characterized in that: be connected with stay cord between the described different middle supporting component.

5. inflatable goal as claimed in claim 1 is characterized in that: have the charge/discharge gas valve at least one described flexible pipe.

Images