CN201423142Y - Inflatable goal - Google Patents
Inflatable goal Download PDFInfo
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- CN201423142Y CN201423142Y CN2009200569267U CN200920056926U CN201423142Y CN 201423142 Y CN201423142 Y CN 201423142Y CN 2009200569267 U CN2009200569267 U CN 2009200569267U CN 200920056926 U CN200920056926 U CN 200920056926U CN 201423142 Y CN201423142 Y CN 201423142Y
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Abstract
The utility model discloses an inflatable goal, which comprises an upper beam tube, two column tubes, two vertical tubes and a lower beam tube; one ends of the two column tubes are respectively connected with both ends of the upper beam tube and are perpendicular to the upper beam tube; the two column tubes and the upper beam tube are in one plane; the two ends of the two vertical tubes are respectively connected with the other ends of the two column tubes, the two vertical tubes are perpendicular to the plane constituted by the upper beam tube and the two column tubes; the two ends of the lower beam tube are respectively connected with the other ends of the two vertical tube and are parallel to the upper beam tube; the inflatable goal also comprises at least two middle supporting components, the middle supporting components comprise an upright pillar tube and a vertical pillar tube, one end of the vertical pillar tube is connected to the position between two end points of the upper beam tube, the other end of the vertical pillar tube is connected with one end of the upright pillar tube, the other end of the upright pillar tube is connected with the lower beam tube, and the upper beam tube is perpendicular to a plane formed by the upright pillar tube and the vertical pillar tube. The inflatable goal can meet various rules of the game, has stable structure, and is convenient tocarry.
Description
Technical field
The utility model relates to a kind of goal, relates in particular to a kind of portable inflatable goal.
Background technology
Football is one of motion the most universal in people's daily life, for football, the size in place is limited by a pair of goal usually, the goal comprises the goal post of fixing frame structure and the net at restriction back, goal, fixing woodwork shelf structure has been arranged, only need linked network just can carry out activity, existing goal much all is to be made of steelframe or yoke net, be fixed on the standard football field, other places do not have substantially, and along with popularizing of football, the amateur often carries out some non-systematical football matches, as friendly match, therefore the quantity in standard football field is nowhere near, and people begin to play football on perhaps many off-gauge vacant lots that play on the place of renting, but fixing goal and unreasonable is set on these places, therefore, these occasions usually need to use alternative goal.Gu Ding goal in addition, except that can not dismantle move, because of it all is provided with according to unified standard, therefore can not satisfy all ages and classes layer people's demand, for example athletic ground of playing football, practising a ball game for the teenager and facility are not only seldom, and its place size, specification also with teen-age height, strength does not match.
Existing for this reason a solution is collapsible goal, another kind of scheme is the reassembling type goal of detachable and assembly unit, though dismounting and carrying can be satisfied in above-mentioned goal, can not satisfy trip carry and according to the flexible selection goal not of uniform size of various age levels; Another inflatable goal carries in the time of can satisfying trip easily, the framework at this goal is made by the tubular material that can charge into gas, as shown in Figure 1, schematic perspective view for existing inflatable goal 10`, this inflatable goal 10` comprises an entablature flexible pipe 111`, two column flexible pipe 112a`, 112b`, two vertical flexible pipe 113a`, a 113b` and a sill flexible pipe 114`, two column flexible pipe 112a`, the end of 112b` is connected with the two ends of entablature flexible pipe 111` respectively, two column flexible pipe 112a`, 112b` is all perpendicular to entablature flexible pipe 111`, and the three is in same plane; The two ends of two vertical flexible pipe 113a`, 113b` are connected to the other end of described two column flexible pipe 112a`, 112b`, and two vertical flexible pipe 113a`, 113b` are perpendicular to the plane of entablature flexible pipe 111` and two column flexible pipe 112a`, 112b` formation; The two ends of sill flexible pipe 114` are connected to the other end of two vertical flexible pipe 113a`, 113b`, and parallel with entablature flexible pipe 111`; Though this inflatable goal 10` anti-impact force is stronger, be convenient for carrying, but two cant beam flexible pipe 115a` at goal, 115b` is connected in the end points place of entablature flexible pipe 111`, after the standard size assembling, because goal entablature 111` has certain length, the weight of goal entablature 111` self adds the weight of the net of being hung, make that the center of entablature 111` can be sagging, and the column flexible pipe 112a` on both sides, goal, 112b` can not share the pressure that entablature 111` and other external force give more fully, therefore cause entablature 111` bending, and then make the entablature 111` amount of deflection at goal become big, cause the goal mouth of inflatable goal 10` to deform, have a strong impact on sportsman's goal effect, especially the sportsman carries out the effect of craftsmenship fixed fire training such as similar penalty kick, in addition, owing in more regular match, need to hang net, and hang up behind the net when the ball of flight fast stops because of the bump net, net can bear bigger impulsive force, thereby cause hanging with crooked increasing of entablature of net, cause the goal that serious deformation takes place; Two cant beam flexible pipe 115a`, the 115b` at goal are connected in the end points place of entablature flexible pipe 111` simultaneously, net has the less support point after drawing in the net, make the net of net not enough deeply, the formed net of net angle is nonstandard, can't satisfy the technical training requirement of some characteristic.
Therefore, it is firm, easy to carry to be badly in need of a kind of structure, and has the goal mouth of rule and the inflatable goal that can satisfy various laws of the game at net angle.
The utility model content
The purpose of this utility model is to provide a kind of structure firm, easy to carry, and has the goal mouth of rule and the inflatable goal that can satisfy various laws of the game at net angle.
For achieving the above object, the technical solution of the utility model is: a kind of inflatable goal is provided, and it comprises an 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; Wherein, this inflatable goal also comprises 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 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 that described upright pillar flexible pipe and described vertical pillar flexible pipe constitute is perpendicular to described entablature flexible pipe, and described upright pillar flexible pipe is slightly less than in the height of described column flexible pipe apart from the height on ground.
Preferably, the middle supporting component of the utility model inflatable goal also supports flexible pipe with comprising, support flexible pipe is connected between described sill flexible pipe and the described upright pillar flexible pipe describedly, and support flexible pipe, sill flexible pipe and vertical flexible pipe describedly and be positioned at same plane, make that this inflatable goal structure is more stable.
Preferably, the middle supporting component of the utility model inflatable goal also comprises oblique traction piece, described oblique traction piece is connected in and supports between flexible pipe and the described vertical pillar flexible pipe describedly, 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.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, make goal structure integral body more firm, supporting component is connected to form regular net angle with entablature simultaneously, makes the shape at more approaching actual goal, this goal; At least two middle support and connection disperse entablature from net and other extraneous compression weight between the two-end-point of entablature flexible pipe preferably, well support and equalizer, and then regulate the amount of deflection that reduces cross bar.
Preferably, have the charge/discharge gas valve at least one described flexible pipe, when needs use, inflate by charge valve, flexible pipe is expanded be the goal shape, after finishing using, by air bleeding valve, the extruding venting, make hose compression, make that this goal volume is less, weight is lighter, thereby be convenient for carrying.
Compared with prior art, because the utility model inflatable goal has the middle supporting component that the upright pillar flexible pipe that is connected with the sill flexible pipe reaches the vertical pillar flexible pipe composition that is connected with the entablature flexible pipe, and vertical pillar flexible pipe is connected between the two-end-point of entablature flexible pipe, thereby between entablature flexible pipe and sill flexible pipe, form supporting role, and shared the pressure that crossbeam that two vertical column flexible pipes are born and other external force give, realized effect to the multi-point support of entablature flexible pipe, make the entablature flexible pipe can not bend, guaranteed that inflatable goal of the present utility model has the goal mouth of rule; Also owing to the plane of entablature flexible pipe perpendicular to upright pillar flexible pipe and vertical pillar flexible pipe formation, and the multi-point support effect of supporting component during the entablature flexible pipe is subjected to, make the utility model inflatable goal have the net angle of rule, therefore, the utility model inflatable goal can satisfy various laws of the game, and the steady jail of structure, easy to carry.
Description of drawings
Fig. 1 is the schematic perspective view of the inflatable goal of prior art.
Fig. 2 is the schematic perspective view of the utility model inflatable goal first embodiment.
Fig. 3 is the schematic perspective view of the utility model inflatable goal second embodiment.
Fig. 4 is the schematic perspective view of the utility model inflatable goal the 3rd embodiment.
Fig. 5 is the schematic perspective view of the utility model inflatable goal the 4th embodiment.
Fig. 6 is the schematic perspective view of the utility model inflatable goal the 5th embodiment.
Fig. 7 is the schematic perspective view of the utility model inflatable goal the 6th embodiment.
The specific embodiment
With reference now to accompanying drawing, describe embodiment of the present utility model, the similar elements label is represented similar elements in the accompanying drawing.
As shown in Figure 2, the utility model inflatable goal 10 comprises: an entablature flexible pipe 111, two root post flexible pipe 112a, 112b, the end of this two columns flexible pipe 112a, 112b is connected with the two ends of described entablature flexible pipe 111 respectively, described two column flexible pipe 112a, 112b are all perpendicular to described entablature flexible pipe 111, and the three is in same plane; Two vertical flexible pipe 113a, 113b, the two ends of described two vertical flexible pipe 113a, 113b are connected to the other end of described two column flexible pipe 112a, 112b, and described two vertical flexible pipe 113a, 113b are perpendicular to the plane of described entablature flexible pipe 111 with described two column flexible pipe 112a, 112b formation; One sill flexible pipe 114, the two ends of described sill flexible pipe 114 are connected to the other end of described two vertical flexible pipe 113a, 113b, and parallel with described entablature flexible pipe 111; Wherein, this inflatable goal 11 also comprises supporting component 115,116 in two, middle supporting component 115,116 1 ends are connected between the two-end-point of entablature flexible pipe 111, the other end is connected between the two-end-point of sill flexible pipe 111, identical and parallel being installed between entablature flexible pipe 111 and the sill flexible pipe 114 of both structures, in described supporting component be at least two, concrete quantity is decided according to actual conditions.Particularly, supporting component 115 comprises upright pillar flexible pipe 115b and vertical pillar flexible pipe 115a in described, described vertical pillar flexible pipe 115a one end is connected between the two-end-point of described entablature flexible pipe 111, the other end is connected with the end of described upright pillar flexible pipe 115b, the other end of described upright pillar flexible pipe 115b is connected with described sill flexible pipe 114, and the plane of described upright pillar hose 115b and described vertical pillar hose 115a formation is perpendicular to described entablature flexible pipe 111; Supporting component 116 comprises upright pillar flexible pipe 116a and vertical pillar flexible pipe 116b in described, described vertical pillar flexible pipe 116a one end is connected between the two-end-point of described entablature flexible pipe 111, the other end is connected with the end of described upright pillar flexible pipe 116b, the other end of described upright pillar flexible pipe 116b is connected with described sill flexible pipe 114, and the plane of described upright pillar hose 116b and described vertical pillar hose 116a formation is perpendicular to described entablature flexible pipe 111.Two middle supporting components 115,116 are connected between the two-end-point of entablature flexible pipe 111, disperse preferably on the entablature flexible pipe 111 from net and other extraneous compression weight, well support and balance entablature flexible pipe 111, and then adjusting reduces the amount of deflection of cross bar, reduce the distortion at goal, balance and firm goal structure, entablature flexible pipe 111 is perpendicular to the plane of upright pillar flexible pipe and vertical pillar flexible pipe formation, and entablature flexible pipe 111 is subjected to middle supporting component 115,116 support, make this inflatable goal have the net angle of rule, therefore, can satisfy various laws of the game, and structure is surely firm, easy to carry.
Middle from the above supporting component 115 is all identical with role with middle supporting component 116 structures, therefore also can according to reality need install a plurality of in supporting components, and supporting component has structure and the effect identical with middle supporting component 115,116 equally in these.Below in conjunction with accompanying drawing, the different embodiment of the utility model inflatable goal are elaborated.
As shown in Figure 3, be the schematic perspective view of second embodiment of the utility model inflatable goal, this inflatable goal 11 comprises: an entablature flexible pipe 111; Two root post flexible pipe 112a, 112b, the end of this two columns flexible pipe 112a, 112b is connected with the two ends of described entablature flexible pipe 111 respectively, and described two column flexible pipe 112a, 112b are all perpendicular to described entablature flexible pipe 111, and the three is in same plane; Two vertical flexible pipe 113a, 113b, the two ends of described two vertical flexible pipe 113a, 113b are connected to the other end of described two column flexible pipe 112a, 112b, and described two vertical flexible pipe 113a, 113b are perpendicular to the plane of described entablature flexible pipe 111 with described two column flexible pipe 112a, 112b formation; One sill flexible pipe 114, the two ends of described sill flexible pipe 114 are connected to the other end of described two vertical flexible pipe 113a, 113b, and parallel with described entablature flexible pipe 111; This inflatable goal 11 also comprises supporting component 115,116 in two, in supporting component 115 comprise vertical pillar flexible pipe 115a, upright pillar flexible pipe 115b, support flexible pipe 115c and oblique traction stay cord 115d, ground supports flexible pipe 115c and is connected between the two-end-point of sill flexible pipe 114, and be positioned at same plane with sill flexible pipe 114 and vertical flexible pipe, particularly, ground supports flexible pipe 115c and is connected in the end points a distance that is connected with sill flexible pipe 114 apart from vertical flexible pipe 113a; The end of vertical pillar flexible pipe 115a is connected between the two-end-point of entablature flexible pipe 111, the other end is connected with upright pillar flexible pipe 115b, the other end of upright pillar flexible pipe 115b is connected with the end that ground supports flexible pipe 115c, be connected by the oblique stay cord 115d that draws between the other end that ground supports flexible pipe 115c and the tie point of vertical pillar flexible pipe 115a and entablature flexible pipe 111, and one section outer wall setting along described vertical pillar flexible pipe 115a of described oblique traction stay cord 115d; Upright pillar flexible pipe 115b is slightly less than the height of column flexible pipe 113a apart from the height on ground, and the plane that upright pillar flexible pipe 115b and vertical pillar flexible pipe 115a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 115b, support flexible pipe 115c and oblique traction piece 115d connects and composes triangle, make goal structure more stable.In supporting component 116 comprise vertical pillar flexible pipe 116a, upright pillar flexible pipe 116b, support flexible pipe 116c and oblique traction stay cord 116d, ground supports flexible pipe 116c and is connected between the two-end-point of sill flexible pipe 114, and be positioned at same plane with sill flexible pipe 114 and vertical flexible pipe, particularly, ground supports flexible pipe 116c and is connected in the end points a distance that is connected with sill flexible pipe 114 apart from vertical flexible pipe 113b; The end of vertical pillar flexible pipe 116a is connected between the two-end-point of entablature flexible pipe 111, the other end is connected with upright pillar flexible pipe 116b, the other end of upright pillar flexible pipe 116b is connected with the end that ground supports flexible pipe 116c, be connected by the oblique stay cord 116d that draws between the other end that ground supports flexible pipe 116c and the tie point of vertical pillar flexible pipe 116a and entablature flexible pipe 111, and one section outer wall setting along described vertical pillar flexible pipe 116a of described oblique traction stay cord 116d; Upright pillar flexible pipe 116b is slightly less than the height of column flexible pipe 113b apart from the height on ground, and the plane that upright pillar flexible pipe 116b and vertical pillar flexible pipe 116a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 116b, support flexible pipe 116c and oblique traction piece 116d connects and composes triangle, make goal structure more stable.Supporting component 115,116 structures are identical and be connected in parallel to each other between entablature flexible pipe 111 and the sill flexible pipe 114 in two, and two flexible pipe 115a, 116a in supporting in two all are parallel to ground.Two middle supporting components 115,116 are connected between the two-end-point of entablature flexible pipe 111, disperse preferably on the entablature flexible pipe 111 from net and other extraneous compression weight, well support and balance entablature flexible pipe 111, and then adjusting reduces the amount of deflection of cross bar, reduce the distortion at goal, balance and firm goal structure, entablature flexible pipe 111 is perpendicular to the plane of upright pillar flexible pipe and vertical pillar flexible pipe formation, and entablature flexible pipe 111 is subjected to middle supporting component 115,116 supporting role, make this inflatable goal have the net angle of rule, therefore, can satisfy various laws of the game, and structure is surely firm, easy to carry.
Fig. 4 is the schematic perspective view of the 3rd embodiment of the utility model inflatable goal.This inflatable goal 12 is compared with the inflatable goal 11 of above-mentioned second embodiment, the difference of supporting component in being.This inflatable goal 12 two in supporting component 115,116, middle supporting component 115 comprises vertical pillar flexible pipe 115a, upright pillar flexible pipe 115b, ground supports flexible pipe 115c and tiltedly draws flexible pipe 115d, the end of vertical pillar flexible pipe 115a is connected on the entablature flexible pipe 111, the other end is connected with oblique traction flexible pipe 115d with upright pillar flexible pipe 115b respectively, tiltedly the other end of traction flexible pipe 115d is connected with the end that ground supports flexible pipe 115c, the other end that ground supports flexible pipe 115c is connected with the other end of upright pillar flexible pipe 115b, upright pillar flexible pipe 115b is slightly less than the height of column flexible pipe 113a apart from the height on ground, and the plane that upright pillar flexible pipe 115b and vertical pillar flexible pipe 115a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 115b, ground supports flexible pipe 115c and tiltedly draws the interconnective tie point of flexible pipe 115d and constitutes quadrangle, is used for firm goal structure.Middle supporting component 116 comprises vertical pillar flexible pipe 116a, upright pillar flexible pipe 116b, ground supports flexible pipe 116c and tiltedly draws flexible pipe 116d, the end of vertical pillar flexible pipe 116a is connected on the entablature flexible pipe 111, the other end is connected with oblique traction flexible pipe 116d with upright pillar flexible pipe 116b respectively, tiltedly the other end of traction flexible pipe 116d is connected with the end that ground supports flexible pipe 116c, the other end that ground supports flexible pipe 116c is connected with the other end of upright pillar flexible pipe 116b, upright pillar flexible pipe 116b is slightly less than the height of column flexible pipe 113b apart from the height on ground, and the plane that upright pillar flexible pipe 116b and vertical pillar flexible pipe 116a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 116b, ground supports flexible pipe 116c and tiltedly draws the interconnective tie point of flexible pipe 116d and constitutes quadrangle, is used for firm goal structure.Supporting component 115 and 116 structures are identical and be connected in parallel to each other between entablature flexible pipe 111 and the sill flexible pipe 114 in two, and wherein two flexible pipe 115a, 116a of supporting in two all are parallel to ground.Two middle supporting components 115,116 are connected between the two-end-point of entablature flexible pipe 111, disperse preferably on the entablature flexible pipe 111 from net and other extraneous compression weight, well support and balance entablature flexible pipe 111, and then adjusting reduces the amount of deflection of cross bar, reduce the distortion at goal, balance and firm goal structure, entablature flexible pipe 111 is perpendicular to the plane of upright pillar flexible pipe and vertical pillar flexible pipe formation, and entablature flexible pipe 111 is subjected to middle supporting component 115,116 supporting role, make this inflatable goal have the net angle of rule, therefore, can satisfy various laws of the game, and structure is surely firm, easy to carry.
Fig. 5 is the schematic perspective view of the 4th embodiment of the utility model inflatable goal.This inflatable goal 13 is compared with the inflatable goal 12 of above-mentioned the 3rd embodiment, also comprises supporting component 117 in, and what middle supporting component 117 was identical and parallel with the structure of middle supporting component 115,116 is connected between the middle supporting component 115,116.Should comprise vertical pillar flexible pipe 117a by middle supporting component 117, upright pillar flexible pipe 117b, ground supports flexible pipe 117c and tiltedly draws flexible pipe 117d, the end of vertical pillar flexible pipe 117a is connected on the entablature flexible pipe 111, the other end is connected with oblique traction flexible pipe 117d with upright pillar flexible pipe 117b respectively, tiltedly the other end of traction flexible pipe 117d is connected with the end that ground supports flexible pipe 117c, the other end that ground supports flexible pipe 117c is connected with the other end of upright pillar flexible pipe 117b, upright pillar flexible pipe 117b is slightly less than the height of column flexible pipe apart from the height on ground, and the plane that upright pillar flexible pipe 117b and vertical pillar flexible pipe 117a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 117b, ground supports flexible pipe 117c and tiltedly draws the interconnective tie point of flexible pipe 117d and constitutes quadrangle, is used for firm goal structure.Three middle supporting components 115,116,117 are connected between the two-end-point of entablature flexible pipe 111, disperse preferably on the entablature flexible pipe 111 from net and other extraneous compression weight, well support and balance entablature flexible pipe 111, and then adjusting reduces the amount of deflection of cross bar, reduce the distortion at goal, balance and firm goal structure; The needs of various training are satisfied at the angle, goal of formation rule simultaneously.
Fig. 6 is the schematic perspective view of the 5th embodiment of the utility model inflatable goal.This inflatable goal 14 is compared with the inflatable goal 12 of above-mentioned the 3rd embodiment, and this inflatable goal 14 also comprises the stay cord that connects between each end points.Particularly, as shown in Figure 6, two end points of the entablature flexible pipe 111 of inflatable goal 14 are respectively A1 and A2, two end points end points of sill flexible pipe 114 are respectively B1 and B2, the vertical pillar flexible pipe 115a of middle supporting component 115 is C1 with the tie point that tiltedly draws flexible pipe 115d, and the vertical pillar flexible pipe 116a of middle supporting component 116 is C2 with the tie point of oblique traction flexible pipe 116d; The tie point that ground supports flexible pipe 115c, 116c and sill flexible pipe 114 is respectively D1, D2; Between terminal A 1 and C1, between A2 and the C2, be connected by stay cord; Between end points C1 and B1, between C2 and the B2, be connected by stay cord; End points is connected by stay cord between end points C1 and D2, between C2 and the D1.
Fig. 7 is the stereogram of the 6th embodiment of the utility model inflatable goal.This inflatable goal 15 comprises: an entablature flexible pipe 111; Two root post flexible pipe 112a, 112b, the end of this two columns flexible pipe 112a, 112b is connected with the two ends of described entablature flexible pipe 111 respectively, and described two column flexible pipe 112a, 112b are all perpendicular to described entablature flexible pipe 111, and the three is in same plane; Two vertical flexible pipe 113a, 113b, the two ends of described two vertical flexible pipe 113a, 113b are connected to the other end of described two column flexible pipe 112a, 112b, and described two vertical flexible pipe 113a, 113b are perpendicular to the plane of described entablature flexible pipe 111 with described two column flexible pipe 112a, 112b formation; One sill flexible pipe 114, the two ends of described sill flexible pipe 114 are connected to the other end of described two vertical flexible pipe 113a, 113b, and parallel with described entablature flexible pipe 111; This inflatable goal 15 also comprises middle supporting component 115,116,117, and middle supporting component 115 is connected between the middle supporting component 116 and 117, and supporting component 115,116,117 parallel installations in three.Particularly, middle supporting component 115 comprises vertical pillar flexible pipe 115a, upright pillar flexible pipe 115b, ground supports flexible pipe 115c and tiltedly draws flexible pipe 115d, the end of vertical pillar flexible pipe 115a is connected on the entablature flexible pipe 111, the other end is connected with oblique traction flexible pipe 115d with upright pillar flexible pipe 115b respectively, tiltedly the other end of traction flexible pipe 115d is connected with the end that ground supports flexible pipe 115c, the other end that ground supports flexible pipe 115c is connected with the other end of upright pillar flexible pipe 115b, upright pillar flexible pipe 115b is slightly less than column flexible pipe 113a apart from the height on ground, the height of 113b, and the plane that upright pillar flexible pipe 115b and vertical pillar flexible pipe 115a constitute is perpendicular to entablature flexible pipe 111, upright pillar flexible pipe 115b, ground supports flexible pipe 115c and tiltedly draws the interconnective tie point of flexible pipe 115d and constitutes quadrangle, is used for firm goal structure.The middle supporting component 116 of this inflatable goal comprises flexible pipe 116a, 116b, the end of flexible pipe 116a is connected on the entablature flexible pipe 111, the other end is connected with the end of flexible pipe 116b, the other end of flexible pipe 116b is connected on the sill flexible pipe 114, angle between flexible pipe 116a, the 116b is more than 90 °, particularly, flexible pipe 116a is connected in apart from entablature flexible pipe 111 1 end points a distance, and is parallel to ground; Middle support 117 comprises flexible pipe 117a, 117b, the end of flexible pipe 117a is connected on the entablature flexible pipe 111, the other end is connected with the end of flexible pipe 117b, the other end of flexible pipe 117b is connected on the sill flexible pipe 114, angle between flexible pipe 117a and the 117b is more than 90 °, particularly, flexible pipe 117a is connected in apart from the locating of entablature flexible pipe 111 another end points certain distances, and is parallel to ground.Three middle supporting components 115,116,117 are connected between the two-end-point of entablature flexible pipe 111, disperse preferably on the entablature flexible pipe 111 from net and other extraneous compression weight, well support and the balance entablature, and then adjusting reduces the amount of deflection of cross bar, reduce the distortion at goal, balance and firm goal structure; The needs of various training and match are satisfied at the angle, goal of formation rule simultaneously.
The utility model inflatable goal assembles by tubular hose, connect by the goal jockey between each flexible pipe, have a charge/discharge gas valve in these flexible pipes at least one flexible pipe, therefore when needs use, inflate by charge valve, flexible pipe is expanded be the goal shape, after finishing using, pass through air bleeding valve, the extruding venting, make hose compression, make that this goal volume is less, weight is lighter, thereby be convenient for carrying.
The utility model inflatable goal is owing to have the middle supporting component that the upright pillar flexible pipe that is connected with sill flexible pipe 114 reaches the vertical pillar flexible pipe composition that is connected with entablature flexible pipe 111, and vertical pillar flexible pipe is connected between the two-end-point of entablature flexible pipe 111, thereby between entablature flexible pipe 111 and sill flexible pipe 114, form supporting role, and shared the pressure that entablature flexible pipe 111 that two vertical column flexible pipes are born and other external force give, realized effect to the multi-point support of entablature flexible pipe 111, make entablature flexible pipe 111 can not bend, guaranteed that inflatable goal of the present utility model has the goal mouth of rule; Also owing to the plane of entablature flexible pipe 111 perpendicular to upright pillar flexible pipe and vertical pillar flexible pipe formation, and the multi-point support effect of supporting component during the entablature flexible pipe is subjected to, make the utility model inflatable goal have the net angle of rule, therefore, the utility model inflatable goal can satisfy various laws of the game, and the steady jail of structure, easy to carry; In support with entablature and be connected to form the net angle, make the shape at more approaching actual goal, this goal.
Jockey between each flexible pipe of the utility model inflatable goal, the inflation method at goal etc. are well known to those of ordinary skill in the art, no longer are described in detail at this.
More than the utility model inflatable goal is specifically had been described in detail with reference to football, but be not limited to football, embodiment scheme of the present utility model can be made in a similar fashion according to practice, is used for other motions.
Above disclosed only is preferred embodiment of the present utility model, can not limit the interest field of the utility model certainly with this, and therefore the equivalent variations of being done according to the utility model claim still belongs to the scope that the utility model is contained.
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.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200569267U CN201423142Y (en) | 2009-05-20 | 2009-05-20 | Inflatable goal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200569267U CN201423142Y (en) | 2009-05-20 | 2009-05-20 | Inflatable goal |
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| Publication Number | Publication Date |
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| CN201423142Y true CN201423142Y (en) | 2010-03-17 |
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| CN2009200569267U Expired - Fee Related CN201423142Y (en) | 2009-05-20 | 2009-05-20 | Inflatable goal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2010101383B4 (en) * | 2005-01-24 | 2011-01-27 | Bdz Holdings Ltd | Inflatable sports goal |
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2009
- 2009-05-20 CN CN2009200569267U patent/CN201423142Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2010101383B4 (en) * | 2005-01-24 | 2011-01-27 | Bdz Holdings Ltd | Inflatable sports goal |
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