CN204846780U - Portable display device of syllogic badminton - Google Patents
Portable display device of syllogic badminton Download PDFInfo
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- CN204846780U CN204846780U CN201520339465.XU CN201520339465U CN204846780U CN 204846780 U CN204846780 U CN 204846780U CN 201520339465 U CN201520339465 U CN 201520339465U CN 204846780 U CN204846780 U CN 204846780U
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- shuttlecock
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Abstract
The utility model provides a portable display device of syllogic badminton, includes that a syllogic badminton, a badminton supporting component and a badminton fix the component. This syllogic badminton includes a bulb, a set of feather and a connecting device. This connecting device links into an integrated entity this bulb and this feather. This badminton supporting component is made by transparent material. This badminton supporting component definition storage space who is used for taking in this syllogic badminton. This storage space's the shape and the shape and the size of size and this syllogic badminton suit. The fixed component of this badminton is made by transparent material. The fixed component of this badminton can open and shut and set up in this badminton supporting component to make this portable display device of syllogic badminton change between a closure state and an open mode. At this closure state of this portable display device of syllogic badminton, this syllogic badminton is sealed in this storage space of this support component by the fixed component of this badminton.
Description
Technical field
The utility model relates to the portable exhibiting device of a kind of shuttlecock, particularly relates to the portable exhibiting device of a kind of syllogic shuttlecock.
Background technology
Badminton is a ball game contributing to very much taking exercises, owing to not having fierce body-defence, so can be applicable to the people of each age stratum.But be limited by the manufacture craft of place, supporting apparatus and traditional shuttle, the popularity rate of badminton is relatively low.
Traditional shuttlecock forms primarily of two parts, bulb and one group of feather.Wherein, bulb is the bulb body be made up of cork or plastics, and presets one group of jack equal with feather quantity thereon, for the hair stalk insertion of feather.Relative to the bulb of shuttlecock, the feather manufacturing process of shuttlecock seems more difficult.Shuttlecock feather used at least will through selecting, bleaching, cutting three process, natural goose feather or drake feather could be made the feather that become a qualified shuttlecock.
In making in traditional shuttlecock, be that 16 natural feathers are processed through simple, make its length shapes consistent, then directly insert bulb.In order to make shuttlecock have good flight stability, require that all feathers on a shuttlecock have good conformability.As everyone knows, feather comprises hair stalk and workprint two parts.The conformability of so-called feather, refers to feather used on same shuttlecock, and the length of its mao of stalk, sinuousness, hunchbacked degree, toughness, thickness want consistent, and the color and luster of the shape of its workprint, the size of the hair wing, the hair wing wants consistent.Shape, size, the color and luster of workprint on a shuttlecock, can by cutting, screen to keep relative conformability, but, make on a shuttlecock feathered hair stalk there is good conformability, but have not a particle of possibility.Reason is feather is natural, even if come from same goose or duck feather with it, requiring that institute's feathered hair stalk is consistent, is also absolutely not.Thus, due to the base stock of a making shuttlecock can not be ensured---the good conformability of natural feather, thus cause traditional shuttlecock to there is a defect that cannot overcome, flight stability is poor.
Hair matter again due to goose feather is better than the hair matter of duck feather, particularly the hair stalk toughness of goose feather is comparatively strong, not frangibility, and the hair of duck feather stalk toughness is poor, easily fracture, so the durable resistance of shuttlecock that goose feather is made is better than the shuttlecock durable resistance made with drake feather; In addition, the cycle that duck gets hair from hatching to slaughtering is approximately 90 days, and this cycle of goose is approximately 120 days, and thus, quality preferably, the cost of shuttlecock to make with goose feather is higher.
In order to enable shuttlecock spiraling, feather is when inserting bulb, the mode of staggered superposition of leaning to one side is adopted to make all feathers form eddy current shape, that is each root feather all can have an eccentric angle, and there is certain gap between the workprint of every two adjacent feathers, in order to ensure that shuttlecock can stably fly, all gaps must be as far as possible identical.In traditional shuttlecock, owing to being directly the hair of natural feather stalk is plugged on bulb, jack on bulb is not easily accurately arranged to the shape of shuttlecock hair stalk, the eccentric angle of jack is more not easily set, so be difficult to the angle of the eccentric angle controlling every feather, make eccentric angle comparison in difference large, finally cause the flight stability of shuttlecock poor.
Further, as mentioned above, the used all feathers on a shuttlecock, due to the toughness of its mao of stalk, thickness, sinuousness is difficult to be consistent, when shuttlecock is when the hitting power powerful by racket, every root hair stalk is inconsistent to the conduction of power, not only make the flight stability of shuttlecock be affected, and hair stalk easily wreck, hair stalk is once wreck, and whole shuttlecock will go out of use.
Also have, after shuttlecock is produced, need to test its quality, and test is also to be thumped shuttlecock by detecting instrument, the dynamics that the dynamics of this bang impacts shuttlecock than common user is large, because above-mentioned hair stalk is difficult to consistent reason, many shuttlecocks are after bang, the hair stalk of its feather is due to discontinuity, wreck phenomenon, and just go out of use before so making the informal place in operation of a lot of shuttlecock, this not only makes the output of shuttlecock not high, cause great waste especially, make the productive costs of shuttlecock also very high.
In sum, due to the limits throughput of feather, add the irreplaceability of natural feather, cause the limits throughput of traditional shuttle; Conformability again due to natural feather is poor, particularly require the thickness of all feather hair stalks of a shuttlecock, sinuousness, toughness etc. are completely the same, this requirement is that traditional shuttle cannot meet substantially, thus causes the second-rate of most of traditional shuttle, also causes the shuttlecock price of quality better higher, thus, the popularity rate of badminton is also subject to certain impact.
In addition, in the process making bulb and feather respectively, although there is the participation of machine.But, the feather made is plugged on bulb, this most key ring, but be all rely on to make by hand, need feather one is inserted on bulb, and, add glue at 16 between feather and bulb, and glue need a cure time; When after its solidification, then on the hair bar of 16 feathers, be wound around two diatoms.In order to this two diatom can be relatively fixed on the ad-hoc location of mao bar, meanwhile, there is certain supporting role to hair bar, need the glue coating more than two times on two diatoms, and be often coated with a glue, all need certain cure time.So, the time that the making of a shuttlecock expends well imagines, the low of shuttlecock make efficiency is also well imagined.
But traditional shuttle manufacture craft is except inefficiency, and more serious problem is that quality cannot be guaranteed.Feather is plugged on bulb seems and is easy to, but problem is: when grafting, can not ensure that the tapering of shuttlecock is relatively consistent, can not ensure that the high-quality green tea spacing in the same horizontal line of every two adjacent feathers is consistent, can not ensure that the angle of adjacent two feather blades is consistent.And the problem of these keys is all consider the key index of a shuttlecock quality, but in traditional shuttlecock manufacturing process, the intuition of workman and experience can only be relied on to control.
Therefore, the difference in quality of the shuttlecock that the workman of different skill level makes is very large, even if there is larger difference in the capital of shuttlecock that same workman makes at different time.
In addition, in traditional shuttle manufacture craft, two requisite steps are also had to be exactly kinking and applying glue.Kinking is plugged on after on bulb at feather, in order to the spacing keeping the hair of every two adjacent feathers to obstruct on same parallel is consistent, and control the tapering of shuttlecock body, cross winding on the hair stalk of feather is needed to reach the standard grade to form a reinforced rib, a shuttlecock generally has two reinforced ribs, that is have twice kinking, make all feathers form a more stable cone like this; Applying glue is after kinking, and to the hair stalk of feather and the Plug Division of bulb, and the joint portion glue of hair stalk and reinforced rib is solidified, and hair is obstructed and bulb, and hair stalk and reinforced rib closely bond together, and finally form a shuttlecock.
Kinking and applying glue are also rely on by hand substantially completely, the low of its efficiency is also well imagined, but maximum problem still cannot ensure the quality of shuttlecock, in the process of kinking, workman just roughly to think that tapering meets the requirements just passable, the spacing of feather hair stalk on same parallel is also through range estimation and feels roughly the same just passable; In the process of applying glue, workman is with the Plug Division of brush to the hair of feather stalk and bulb, and the joint portion brush coating of hair stalk and reinforced rib, whether brush coating even, and institute's glue consumption number, the full experience by workman and intuition, so, often there is the overweight and unbalanced situation of badminton ball body.
Because traditional shuttlecock manufacture craft relies on manual substantially, its production efficiency is very low, and also cannot be guaranteed by the quality of the shuttlecock made.
In order to overcome the above-mentioned shortcoming of traditional shuttle, the applicant in first Chinese patent application 200910044168.1,201010226568.7,201110028436.8 and 201110418724.4, the applicant discloses a kind of syllogic shuttlecock.This syllogic shuttlecock comprises a bulb, and one plants mao frame and one group of feather.This syllogic shuttlecock has that flight stability is good, feather degree of utilization is high, long service life, productive costs are low, feather is easy to the advantages such as replacing.
The applicant in first Chinese patent application 201110418724.4 and 201210291487.4, the method for making of the applicant to syllogic shuttlecock discloses.Relative to the method for making of traditional shuttle, the production process of syllogic shuttlecock is simplified, reject rate is low.Meanwhile, syllogic shuttlecock can be completed by machine operation manufacture.This machine method for making can not only improve the production efficiency of shuttlecock, and can ensure the quality of shuttlecock.
Relative to traditional shuttle, this syllogic shuttlecock has significant advantage.But, still have many customers also not understand the place of the advantage of this syllogic shuttlecock at present.Even some customer does not also know the existence of syllogic shuttlecock.This one of them reason is, being inconvenient to of shuttlecock is carried with, to such an extent as to this syllogic shuttlecock with clear superiority can not to be recommended friend at one's side by good approach by many customers.
No matter be traditional shuttle or syllogic shuttlecock, its feather is all relatively fragile element.The feather of shuttlecock is easily because being subject to the collision, friction etc. of foreign object and damaged.So customer is difficult to a shuttlecock directly to load in handbag, pocket or the knapsack carried with.
Traditional Badmintons holder can hold shuttlecock and play certain protective effect to the shuttlecock held in the inner, but mostly traditional Badmintons holder is to be designed to hold multiple shuttlecock, is inconvenient to hold single shuttlecock.And for syllogic shuttlecock, its service life is longer and hold damageable part most due to it--feather is convenient to change, so many customers are without the need to carrying multiple shuttlecock.The Badmintons holder of the multiple shuttlecock of traditional accommodation takes up room greatly, is not easy to carry.
In addition, traditional Badmintons holder has cylindrical container space.When receiving shuttlecock, multiple shuttlecock need to stack in it to form a shape adapted with this cylindrical container space by customer, so just can make to be contained in that shuttlecock in the phase is stable holds in it.Even if the multiple shuttlecocks in this traditional shuttle cylinder stack to form a shape adapted with this cylindrical container space in it, the position that the plurality of shuttlecock is supported is the outward flange of the feather of the plurality of shuttlecock substantially.Feather is the most easily damaged parts of shuttlecock, so this Badmintons holder is not still desirable shuttlecock storing apparatus.
Traditional Badmintons holder is made up of opaque material, so the shuttlecock held in it is only removed and is just demonstrated afterwards.Day by day pursuing in efficiency, the easily modern life, when only having displaying demand, unnecessary to open, take out, put into closed pair customer be a kind of loaded down with trivial details operation.
Utility model content
An advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the portable exhibiting device of this syllogic shuttlecock can be received single syllogic shuttlecock and provide stable support to this syllogic shuttlecock.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the portable exhibiting device of this syllogic shuttlecock can be protected this syllogic shuttlecock.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, a wherein closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock be accommodated in the portable exhibiting device of this syllogic shuttlecock can well be shown.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the portable exhibiting device of this syllogic shuttlecock can provide stable support to the bulb of this syllogic shuttlecock.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device; wherein the portable exhibiting device of this syllogic shuttlecock can according to the angle of inclination of the feather of this syllogic shuttlecock and direction for the feather of this syllogic shuttlecock provides stable support; to disperse the interaction force between the feather of this syllogic shuttlecock and the portable exhibiting device of this syllogic shuttlecock; the feather of this syllogic shuttlecock is better protected, and then this syllogic shuttlecock is better protected.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device; wherein the portable exhibiting device of this syllogic shuttlecock for this syllogic shuttlecock provides one can by the spatial accommodation sealed; to prevent the pollutantss such as dust from polluting this syllogic shuttlecock, and then this syllogic shuttlecock is made to be subject to better protection.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the portable exhibiting device of this syllogic shuttlecock can conveniently be hung on other article that is applicable to hanging the portable exhibiting device of this syllogic shuttlecock.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the size of the portable exhibiting device of this syllogic shuttlecock can the Demand Design different according to customer be different sizes.
Another advantage of the present utility model is to provide a kind of syllogic shuttlecock portable exhibiting device, and wherein the portable exhibiting device of this syllogic shuttlecock can be connected to the belongings such as key, hand baggage in the one mode of removably connecting.
By description below, other advantage of the present utility model and feature will become apparent, and can be accomplished with combination by the means particularly pointed out in claims.
According to the utility model, aforementioned and other object and advantage can be realized by the portable exhibiting device of a kind of syllogic shuttlecock, wherein the portable exhibiting device of this syllogic shuttlecock comprises a shuttlecock supporting component and a shuttlecock retaining element, wherein this shuttlecock supporting member defines a shuttlecock accommodation space, the one syllogic shuttlecock being accommodated in this accommodation space of this supporting member, wherein the size and dimension of this shuttlecock accommodation space and the size and dimension of this syllogic shuttlecock adapt, wherein at a closure state of the portable exhibiting device of this syllogic shuttlecock, this shuttlecock retaining element is arranged at this shuttlecock supporting member, this syllogic shuttlecock to be held in this shuttlecock accommodation space of this shuttlecock supporting component, wherein this shuttlecock supporting component is made up of transparent material, wherein this shuttlecock retaining element is made up of transparent material.
Preferably, this shuttlecock supporting component comprises a bulb supporting member and the side wall support element that be connected integrated with this bulb supporting member.
Preferably, this bulb supporting member comprises a bulb bearing surface, and wherein this bulb bearing surface defines a bulb containing cavities of this shuttlecock accommodation space, and wherein the shape and size of this bulb containing cavities and the shape and size of this syllogic shuttlecock adapt.
Preferably, this bulb supporting member also comprises a bearing edge, wherein this side wall support element is from the outward-dipping extension of this bearing edge integration, and wherein side wall support element is consistent with the angle of inclination of the feather of this syllogic shuttlecock and direction from this edge integration angle of outward-dipping extension.
Preferably, the portable exhibiting device of this syllogic shuttlecock also comprises the first Connection Element that an integration is arranged at this bulb supporting member of described shuttlecock supporting component, and wherein this Connection Element defines a connecting bore.
Deformable ground, the portable exhibiting device of this syllogic shuttlecock also comprises the first Connection Element that an integration is arranged at described shuttlecock retaining element, and wherein this Connection Element defines a connecting bore.
Preferably, the portable exhibiting device of this syllogic shuttlecock also comprises second Connection Element removably connected with this first Connection Element.
By the understanding to description subsequently and accompanying drawing, the further object of the utility model and advantage will be fully demonstrated.
These and other objects of the present utility model, characteristics and advantages, by following detailed description, accompanying drawing and claim are fully demonstrated.
Accompanying drawing explanation
Fig. 1 is the block diagram of the portable exhibiting device of a syllogic shuttlecock according to one first preferred implementation of the present utility model.
Fig. 2 is the exploded view of the portable exhibiting device of this syllogic shuttlecock according to this first preferred implementation of the present utility model.
Fig. 3 illustrates a shuttlecock retaining element of a shuttlecock supporting component according to the portable exhibiting device of this syllogic shuttlecock of this first preferred implementation of the present utility model and the portable exhibiting device of this syllogic shuttlecock.
Fig. 4 is the lateral plan of a syllogic shuttlecock of the portable exhibiting device of this syllogic shuttlecock according to this first preferred implementation of the present utility model.
Detailed description of the invention
Following description is disclosed to make those skilled in the art can manufacture and use the utility model.The preferred embodiment provided in following description is only as the example that it will be apparent to those skilled in the art and amendment, and it does not form the restriction to the utility model scope.The General Principle defined in following description is applied to other embodiment, optionally substitutes with can not deviating from the utility model spirit and utility model scope, amendment, equivalent implement and apply.
With reference to the Fig. 1 to Fig. 4 of the accompanying drawing, the portable exhibiting device of a syllogic shuttlecock according to one first preferred implementation of the present utility model is illustrated.The portable exhibiting device of this syllogic shuttlecock comprises shuttlecock supporting component 10, shuttlecock retaining element 20 and a syllogic shuttlecock 30.This shuttlecock supporting component 10 can provide stable support to this syllogic shuttlecock 30.This shuttlecock retaining element 20 is fixed on this shuttlecock supporting component 10 by stable for this syllogic shuttlecock 30 being supported in this shuttlecock supporting component 10.
This shuttlecock supporting member 10 defines a shuttlecock accommodation space 100.This syllogic shuttlecock 30 is incorporated in this accommodation space 100 of this supporting member 10.It is worth mentioning that, the size and dimension of this shuttlecock accommodation space 100 and the size and dimension of this syllogic shuttlecock 30 adapt.This shuttlecock retaining element 20 folding can be arranged at this shuttlecock supporting component 10, thus the portable exhibiting device of this syllogic shuttlecock is transformed between a closure state and an open mode, wherein at this closure state at the portable exhibiting device of this syllogic shuttlecock, this shuttlecock retaining element 20 is arranged at this shuttlecock supporting member 10, this syllogic shuttlecock 30 is supported by this shuttlecock supporting component 10, so this syllogic shuttlecock 30 is held in this shuttlecock accommodation space 100 of this shuttlecock supporting component 10.
Preferably, this shuttlecock accommodation space 100 has one for by this shuttlecock accommodation space 100 and the extraneous opening 101 be connected.At this closure state of the portable exhibiting device of this syllogic shuttlecock, this accommodation space 100 of this supporting member 10 is closed by this shuttlecock retaining element 20.That is, at this closure state of the portable exhibiting device of this syllogic shuttlecock, this opening 101 of this accommodation space 100 of this supporting member 10 is closed by this shuttlecock retaining element 20.At this closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock 30 being held in this accommodation space 100 of this supporting member 10 is closed in this accommodation space 100 of this supporting member 10 by this shuttlecock retaining element 20.That is, at this closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock 30 is by the enclosure space being firmly held in this supporting member 10 and being formed with this shuttlecock retaining element 20.At this closure state of the portable exhibiting device of this syllogic shuttlecock; this syllogic shuttlecock 30 being held in the enclosure space that this supporting member 10 is formed with this shuttlecock retaining element 20 is subject to the protection of this shuttlecock supporting component 10 and this shuttlecock retaining element 20; to prevent extraneous pollutants, this syllogic shuttlecock 30 is polluted; thus protect this syllogic shuttlecock 30 further, extend its service life.
As shown in Figure 2, in this open mode of the portable exhibiting device of this syllogic shuttlecock, this opening 101 of this accommodation space 100 is opened, this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 can be removed from this opening 101 of this accommodation space 100, thus conveniently this syllogic shuttlecock 30 is taken out displaying.
In this open mode of the portable exhibiting device of this syllogic shuttlecock, this shuttlecock retaining element 20 is separated with this shuttlecock supporting member 10, thus this opening 101 of this accommodation space 100 is fully opened, this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 can be taken out displaying easily from this opening 101 of this accommodation space 100.
It is worth mentioning that, in this open mode of the portable exhibiting device of this syllogic shuttlecock, this shuttlecock retaining element 20 can be separated completely with this shuttlecock supporting member 10 and also can partly be separated.
This shuttlecock retaining element 20 of the portable exhibiting device of this syllogic shuttlecock, with can be that part is separable between this shuttlecock supporting member 10 be connected, also can be complete separable connection.Any connection mode that the portable exhibiting device of this syllogic shuttlecock can be made to change between closure state and this open mode is all within scope of the present utility model.Those skilled in the art should be understood that, any connection mode that can realize this function is all within scope of the present utility model, and this should not be regarded as the restriction to the utility model content and scope.
Preferably, this shuttlecock supporting component 10 is made up of transparent material, thus this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 can better be shown.Even if at this closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 also can be in sight through this supporting member 10, thus shown.
This shuttlecock retaining element 20 is made up of transparent material, thus this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 can better be shown.Even if at this closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 also can be in sight through this shuttlecock retaining element 20, thus shown.
It is worth mentioning that, this supporting member 10 of the portable exhibiting device of this syllogic shuttlecock and this shuttlecock retaining element 20 are made by transparent material, even if so at this closure state of the portable exhibiting device of this syllogic shuttlecock, this syllogic shuttlecock 30 being accommodated in this accommodation space 100 of this supporting member 10 also can be in sight with this shuttlecock retaining element 20 through this supporting member 10, thus this syllogic shuttlecock 30 being closed in this accommodation space 100 of this supporting member 10 also can obtain omnibearing displaying.
The portable exhibiting device of this syllogic shuttlecock also comprises one first Connection Element 40, and wherein this first Connection Element 40 defines a connecting bore 41.This connecting bore 41 can make the portable exhibiting device of this syllogic shuttlecock be connected with external items such as key rings easily.Such as, by this connecting bore 41, the portable exhibiting device of this syllogic shuttlecock can separablely by the key, hand baggage etc. carried with customer to be easily firmly connected, and facilitates customer to show the portable exhibiting device of this syllogic shuttlecock and this syllogic shuttlecock 30 thereof whenever and wherever possible.By this connecting bore 41, the portable exhibiting device of this syllogic shuttlecock can be connected with suspension gear, the portable exhibiting device of this syllogic shuttlecock is hung on the occasion and position that are applicable to hanging displaying, to show the portable exhibiting device of this syllogic shuttlecock.
Preferably, this first Connection Element 40 is integrated this bulb supporting member 11 being arranged at this shuttlecock supporting component 10.One of value is carried, and this first Connection Element 40 also can be integrated the other parts being arranged at this shuttlecock supporting component 10.This first Connection Element 40 can also be integrated and be arranged at this shuttlecock retaining element 20.Those skilled in the art should be understood that, this should not be regarded as the restriction to the utility model content and scope, any can realize this function setting position and mode all within scope of the present utility model.
As shown in Figure 2, this syllogic shuttlecock 30 comprises a bulb 31, one group of feather 33 and a connecting device 32.This bulb 31 links into an integrated entity with this feather 33 by this connecting device 32.
This connecting device 32 comprises plants mao device 321, for being connected in one with this feather 33 by this bulb 31.Described mao device 321 of planting comprises one group and plants mao bar 3211.The quantity of this quantity and this feather 33 of planting mao bar 3211 adapts.Each is planted mao bar 3211 and is connected with feather described in one 33 and described bulb 10.
Described bulb 31, in ball crown type, it is preset with a group slot 311, for planting mao bar 3211 described in grafting.The quantity of this slot 311 and this quantity of planting mao bar 3211 adapt.
Each root feather 33 has one mao of stalk 331 and a workprint 332, the length of described workprint 332 is identical with the workprint of traditional shuttle feather, described hair stalk 331 accounts for the 15-25% of whole feather length, shorter than traditional shuttle hair stalk, thus, the lower end of the hair of described feather 33 stalk 331 is planted described in connecing and plant mao bar 3211, to form half similar artificial feather of natural feather that one and traditional shuttle use, in other words, exactly with described in plant mao bar 3211 and replace traditional shuttle institute to use one section of hair of feather lower end to obstruct, make used by making traditional shuttle feather can be cut into two even more than two by this, also has the feather that some do not meet traditional shuttle require because hair obstructs, as shorter in hair stalk, more bending, or more tiny hair stalk etc., all can by plant receive described in plant in mao bar 3211 to form one and half artificial feathers, so can improve the degree of utilization of natural feather, a traditional shuttlecock probably needs the feather of the feather of two geese or a duck to make, and the utility model shuttlecock only needs the feather of a goose or half duck.It is worth mentioning that described feather 33 can be made.
Because described mao bar 3211 of planting can be made in mold pressing, have good conformability, whole thicknesses of planting mao bar that namely a shuttlecock is used, sinuousness, toughness can be consistent, thus overcomes the shortcoming of traditional shuttle feather hair stalk conformability difference; Mao bar 3211 is planted again described in using, by the low requirement to natural feather, especially the requirement to feather hair stalk is reduced, no longer need traditional shuttle use the length of feather, more goose feather or duck feather can be used, even a tradition natural feather can be cut into two feathers 33, drastically increases the degree of utilization of feather raw material.
It is worth mentioning that, size according to this syllogic shuttlecock 30 of the portable exhibiting device of this syllogic shuttlecock of the present utility model can be designed as the measure-alike standard size syllogic shuttlecock 30 with traditional shuttle, also can be designed to different from traditional shuttlecock size according to the needs of customer.After the standard size syllogic shuttlecock 30 measure-alike with traditional shuttle is taken out by this accommodation space 100 from the portable exhibiting device of this syllogic shuttlecock, can arrange in pairs or groups with traditional badminton racquet and use.Customer can be had sports and amusement and recreation by this standard size syllogic shuttlecock 30.Certainly, this standard size syllogic shuttlecock 30 also can be incorporated in this accommodation space 100 of this supporting member 10 of the portable exhibiting device of this syllogic shuttlecock, together forms the complete portable exhibiting device of this syllogic shuttlecock with this shuttlecock retaining element 20.This complete portable exhibiting device can not only provide protection, conveniently be carried for this standard size syllogic shuttlecock 30, and can show this standard size syllogic shuttlecock 30.
As shown in Figure 4, each feather 33 of this syllogic shuttlecock 30 has an outward flange 339.This bulb 31 of this syllogic shuttlecock 30 comprises a top 319.This group outward flange 331 of this group feather 33 defines a maximum dimension D of this syllogic shuttlecock 30
max.This plane residing for group outward flange 331 to this bulb 31 this top 319 between vertical distance define a high H of this syllogic shuttlecock 30.
This syllogic shuttlecock 30 can also be designed to the small size syllogic shuttlecock 30 less than traditional shuttle size.After this small size syllogic shuttlecock 30 is taken out by this accommodation space 100 from the portable exhibiting device of this syllogic shuttlecock, the shuttlecock that can use as applicable children.The size of this small size syllogic shuttlecock 30 can carry out being designed to different specifications according to the age of children and height, was had sports and the needs of amusement and recreation by this small size syllogic shuttlecock 30 to meet children.Certainly, this small size syllogic shuttlecock 30 can be incorporated in this accommodation space 100 of this supporting member 10 of the portable exhibiting device of this syllogic shuttlecock equally, together forms the complete portable exhibiting device of this syllogic shuttlecock with this shuttlecock retaining element 20.This complete portable exhibiting device can not only provide protection, conveniently be carried for this small size syllogic shuttlecock 30, and can show this small size syllogic shuttlecock 30.
Preferably, the size of this syllogic shuttlecock 30 can be designed as between traditional shuttle standard size to traditional shuttle 1/3rd size.The shape of this syllogic shuttlecock 30 both can be identical with traditional shuttle with ratio, also can be different from traditional shuttle.This maximum dimension D of this syllogic shuttlecock 30
maxbe 25 ~ 66mm.This high H of this syllogic shuttlecock 30 is 32 ~ 84.5mm.Those skilled in the art should be understood that, any this syllogic shuttlecock 30 that can realize syllogic shuttlecock function all belongs to scope of the present utility model, and this should not be regarded as the restriction to the utility model content and scope.
Preferably, this maximum dimension D of this syllogic shuttlecock 30
maxfor 25mm.This high H of this syllogic shuttlecock 30 is 32mm.
Alternatively, this maximum dimension D of this syllogic shuttlecock 30
maxfor 33mm.This high H of this syllogic shuttlecock 30 is 42.2mm.
Alternatively, this maximum dimension D of this syllogic shuttlecock 30
maxfor 36mm.This high H of this syllogic shuttlecock 30 is 45mm.The diameter of the described connecting bore 41 of this first Connection Element 40 is 1.5 ~ 3mm.
Alternatively, this maximum dimension D of this syllogic shuttlecock 30
maxfor 36.3mm.This high H of this syllogic shuttlecock 30 is 46.5mm.
Alternatively, this maximum dimension D of this syllogic shuttlecock 30
maxfor 66mm.This high H of this syllogic shuttlecock 30 is 84.5mm.
This shuttlecock supporting component 10 comprises a bulb supporting member 11 and the side wall support element 12 that be connected integrated with this bulb supporting member 11.This bulb supporting member 11 can provide stable support to this bulb 31 of this syllogic shuttlecock 30.This side wall support element 12 can provide stable support to this connecting device 32 of this shuttlecock 30 and this group feather 33.
This bulb supporting member 11 comprises a bulb supporting walls 111, and wherein this bulb supporting walls 111 comprises bulb supporting walls inside face 1111 and a bulb supporting walls outside face 1112.This bulb supporting walls 111 defines a bulb containing cavities 102 of this shuttlecock accommodation space 100; wherein the shape and size of the shape and size of this bulb containing cavities 102 and this bulb 31 of this syllogic shuttlecock 30 adapt, and are protected while obtaining stable support to make this bulb 31 of this syllogic shuttlecock 30.Simultaneously, this bulb supporting walls 111 thickness uniformity of this bulb supporting member 11, consistent with the shape of 1111 of this bulb supporting walls inside face of the shape with this bulb supporting walls 111 that make this bulb supporting walls outside face 1112 of this bulb supporting walls 111, namely adapt with the shape of the outside face of this bulb 31 of this syllogic shuttlecock 30.Thus at this closure state of the portable exhibiting device of this syllogic shuttlecock, this bulb 31 being incorporated in this syllogic shuttlecock 30 of this accommodation space 100 can better be shown.
This bulb supporting member 11 also comprises a bearing edge 112, wherein this side wall support element 12 is from the integrated outward-dipping extension of this bearing edge 112, wherein side wall support element 12 from the angle of the integrated outward-dipping extension in this edge 112 and this connecting device 32 of this shuttlecock 30 and the angle of inclination of this group feather 33 and direction consistent, thus increase this side wall support element 12 and this connecting device 32 of this shuttlecock 30 and the area of contact of this group feather 33, thus make this connecting device 32 of this shuttlecock 30 and this group feather 33 obtain more stable support, be subject to better protection.The thickness uniformity of this side wall support element 12.Thus at this closure state of the portable exhibiting device of this syllogic shuttlecock, this connecting device 32 and this group feather 33 that are incorporated in this shuttlecock 30 of this accommodation space 100 can better be shown.
It is worth mentioning that, this connecting device 32 of this syllogic shuttlecock 30 partly cover by this bulb 31 of this syllogic shuttlecock 30.This feather 33 of this syllogic shuttlecock 30 partly cover by this connecting device 32 of this syllogic shuttlecock 30.At this closure state of the portable exhibiting device of this syllogic shuttlecock, combining this complete syllogic shuttlecock 30 can by complete displaying.
For fully demonstrating the display function of the portable exhibiting device of this syllogic shuttlecock, bulb 31 is separable is connected for this connecting device 32 and this of this syllogic shuttlecock 30.Connecting device 32 is separable is connected for this feather 33 and this of this syllogic shuttlecock 30.In this open mode of the portable exhibiting device of this syllogic shuttlecock, can be separated from each other by this bulb 31 of this syllogic shuttlecock 30 of taking out from this accommodation space 100, this connecting device 32 and this feather 33, to form a released state of this syllogic shuttlecock 30.Be conducive to this syllogic shuttlecock 30 showing the portable exhibiting device of this syllogic shuttlecock better like this, enable customer better understand the structure of this syllogic shuttlecock 30, principle and advantage.
It is worth mentioning that, this bulb 31 of this syllogic shuttlecock 30 is firmly connected with between this connecting device 32.This connecting device 32 of this syllogic shuttlecock 30 is firmly connected with between this feather 33.Like this, as the shuttlecock of taking exercise, amusement uses, the advantage of this syllogic shuttlecock 30 in actual using process can also be shown after this syllogic shuttlecock 30 is taken out from this accommodation space 100.
This shuttlecock retaining element 20 of the portable exhibiting device of this syllogic shuttlecock defines a card hair position 21.At this closure state of the portable exhibiting device of this syllogic shuttlecock, this outward flange 331 of this group feather 33 of this syllogic shuttlecock 30 is firmly secured to this card hair position 21, is better fixed to make this syllogic shuttlecock 30 of the portable exhibiting device of this syllogic shuttlecock.
Those skilled in the art can understand shown in accompanying drawing to be only to example of the present utility model instead of restriction with the utility model embodiment described above.
Can see that the utility model object can fully effectively be completed thus.For explaining that this embodiment of the utility model function and structure principle has been absolutely proved and described, and the utility model is not by the restriction based on the change on these embodiment basis.Therefore, the utility model comprises all modifications be encompassed within appended claims book claimed range and spirit.
Claims (10)
1. the portable exhibiting device of syllogic shuttlecock, is characterized in that, comprising:
One syllogic shuttlecock, wherein said syllogic shuttlecock comprises a bulb, one group of feather and a connecting device, and described bulb and described feather link into an integrated entity by wherein said connecting device;
One shuttlecock supporting component, wherein said shuttlecock supporting component definition one is for receiving the accommodation space of described syllogic shuttlecock, the shape and size of wherein said accommodation space and the shape and size of described syllogic shuttlecock adapt, wherein said shuttlecock supporting component comprises one for the bulb supporting member of the described bulb of syllogic shuttlecock described in stable support and a side wall support element tilting to extend from the integration of described bulb supporting member, the described connecting device of the angle and direction that wherein said side wall support element tilts to extend from described bulb supporting member and described syllogic shuttlecock and described feather relative to the angle of inclination of described bulb and direction consistent, thus make the described connecting device of described syllogic shuttlecock and described feather obtain stable support, with
One shuttlecock retaining element, wherein said shuttlecock retaining element folding can be arranged at described shuttlecock supporting component, thus the portable exhibiting device of described syllogic shuttlecock is changed between a closure state and an open mode;
Wherein, described shuttlecock supporting component is made up of transparent material;
Wherein, described shuttlecock retaining element is made up of transparent material.
2. the portable exhibiting device of syllogic shuttlecock according to claim 1, the described connecting device of wherein said syllogic shuttlecock comprises one for what described bulb and described feather are connected in one and plants a mao device, a wherein said mao device of planting comprises one group and plants a mao bar, the quantity of wherein said quantity and described feather of planting mao bar adapts, wherein plant mao bar described in each to be connected with feather described in one and described bulb, wherein said bulb is ball crown type, wherein said bulb is preset with a group slot, for planting a mao bar described in grafting, quantity and the described quantity of planting mao bar of wherein said slot adapt.
3. the portable exhibiting device of syllogic shuttlecock according to claim 2, described in each of wherein said syllogic shuttlecock, feather has an outward flange, the described bulb of wherein said syllogic shuttlecock comprises a top, and the described outward flange of wherein said feather defines a maximum dimension D of described syllogic shuttlecock
max, the plane that wherein said outward flange defines to described ball described top between vertical distance define a high H of described syllogic shuttlecock, the described maximum dimension D of wherein said syllogic shuttlecock
maxbe 25 ~ 66mm, the described high H of wherein said syllogic shuttlecock is 32 ~ 84.5mm.
4. the portable exhibiting device of syllogic shuttlecock according to claim 3, wherein said shuttlecock accommodation space has one for by described shuttlecock accommodation space and the extraneous opening be connected, wherein at this closure state of the portable exhibiting device of described syllogic shuttlecock, the described opening of the described accommodation space of described supporting member is closed by described shuttlecock retaining element, and the described syllogic shuttlecock being wherein held in the described accommodation space of described supporting member is closed in the described accommodation space of described supporting member by described shuttlecock retaining element.
5. the portable exhibiting device of syllogic shuttlecock according to claim 4, wherein in this open mode of the portable exhibiting device of described syllogic shuttlecock, the described opening of described accommodation space is opened, the described syllogic shuttlecock being wherein accommodated in the described accommodation space of described supporting member can be removed from the described opening of described accommodation space, thus convenient taking-up by described syllogic shuttlecock is shown.
6. the portable exhibiting device of syllogic shuttlecock according to claim 5, wherein said bulb supporting member comprises a bulb supporting walls, wherein said bulb supporting walls comprises a bulb supporting walls inside face and a bulb supporting walls outside face, wherein said bulb supporting walls defines a bulb containing cavities of described shuttlecock accommodation space, the shape and size of the shape and size of wherein said bulb containing cavities and the described bulb of described syllogic shuttlecock adapt, the described bulb supporting walls thickness uniformity of wherein said bulb supporting member, the thickness uniformity of wherein said side wall support element.
7. the portable exhibiting device of syllogic shuttlecock according to claim 6, the described connecting device of wherein said syllogic shuttlecock is connected with described bulb is separable, and the described feather of wherein said syllogic shuttlecock is connected with described connecting device is separable.
8. the portable exhibiting device of syllogic shuttlecock according to claim 7, the portable exhibiting device of wherein said syllogic shuttlecock also comprises the first Connection Element that an integration is arranged at described shuttlecock retaining element, and wherein said first Connection Element defines a connecting bore.
9. the portable exhibiting device of syllogic shuttlecock according to claim 8, the described maximum dimension D of wherein said syllogic shuttlecock
maxfor 36mm, the described high H of wherein said syllogic shuttlecock is 45mm, and the diameter of the described connecting bore of wherein said first Connection Element is 1.5 ~ 3mm.
10. the portable exhibiting device of syllogic shuttlecock according to claim 9, wherein said shuttlecock retaining element defines a card hair position, wherein at this closure state of the portable exhibiting device of described syllogic shuttlecock, the described outward flange of the described feather of described syllogic shuttlecock is firmly secured to described card hair position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520339465.XU CN204846780U (en) | 2015-05-22 | 2015-05-22 | Portable display device of syllogic badminton |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520339465.XU CN204846780U (en) | 2015-05-22 | 2015-05-22 | Portable display device of syllogic badminton |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204846780U true CN204846780U (en) | 2015-12-09 |
Family
ID=54737354
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520339465.XU Expired - Fee Related CN204846780U (en) | 2015-05-22 | 2015-05-22 | Portable display device of syllogic badminton |
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| CN (1) | CN204846780U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107303427A (en) * | 2016-04-21 | 2017-10-31 | 安徽三才体育用品有限公司 | Three-stage shuttlecock |
-
2015
- 2015-05-22 CN CN201520339465.XU patent/CN204846780U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107303427A (en) * | 2016-04-21 | 2017-10-31 | 安徽三才体育用品有限公司 | Three-stage shuttlecock |
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| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Portable display device of syllogic badminton Effective date of registration: 20190301 Granted publication date: 20151209 Pledgee: Revitalize the financing Company limited by guarantee in harmony with County Pledgor: ANHUI SANCAI SPORTS GOODS Co.,Ltd. Registration number: 2019340000118 |
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| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20200925 Granted publication date: 20151209 Pledgee: Revitalize the financing Company limited by guarantee in harmony with County Pledgor: ANHUI SANCAI SPORTS GOODS Co.,Ltd. Registration number: 2019340000118 |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Three stage portable display device for badminton Effective date of registration: 20201009 Granted publication date: 20151209 Pledgee: Revitalize the financing Company limited by guarantee in harmony with County Pledgor: ANHUI SANCAI SPORTS GOODS Co.,Ltd. Registration number: Y2020340000046 |
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| PC01 | Cancellation of the registration of the contract for pledge of patent right | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20231115 Granted publication date: 20151209 Pledgee: Revitalize the financing Company limited by guarantee in harmony with County Pledgor: ANHUI SANCAI SPORTS GOODS Co.,Ltd. Registration number: Y2020340000046 |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151209 |