CN206896751U - Badminton head processing unit (plant) - Google Patents
Badminton head processing unit (plant) Download PDFInfo
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- CN206896751U CN206896751U CN201621440158.1U CN201621440158U CN206896751U CN 206896751 U CN206896751 U CN 206896751U CN 201621440158 U CN201621440158 U CN 201621440158U CN 206896751 U CN206896751 U CN 206896751U
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- 238000012545 processing Methods 0.000 title claims abstract description 48
- 230000009471 action Effects 0.000 claims abstract description 52
- 238000009434 installation Methods 0.000 claims description 36
- 210000003746 feather Anatomy 0.000 claims description 30
- 238000001514 detection method Methods 0.000 claims description 13
- 238000000034 method Methods 0.000 claims description 7
- 230000008569 process Effects 0.000 claims description 6
- 239000002699 waste material Substances 0.000 claims description 4
- 238000003860 storage Methods 0.000 claims description 3
- 230000008859 change Effects 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 6
- 238000003754 machining Methods 0.000 description 6
- 230000015572 biosynthetic process Effects 0.000 description 5
- 238000004519 manufacturing process Methods 0.000 description 5
- 239000011148 porous material Substances 0.000 description 4
- 239000000084 colloidal system Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 230000036541 health Effects 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 238000009987 spinning Methods 0.000 description 2
- 230000003068 static effect Effects 0.000 description 2
- 239000003292 glue Substances 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 230000008447 perception Effects 0.000 description 1
- 238000012805 post-processing Methods 0.000 description 1
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Abstract
The utility model provides a badminton head processing unit (plant), including：One job platform；With an action generating means, action generating means is used to be processed the bulb of shuttlecock, to form an at least function trough in the bulb, wherein, the action generating means further comprises：One limiting and fixing device, it provides at least one spacing fixed bit, and at least one bulb is placed in the spacing fixed bit, to fix and keep the bulb in a preset state；With an operation device, the limiting and fixing device is arranged at the job platform with the operation device, and the function trough is used for the connection decorated the bulb or built for the bulb and other components.
Description
Technical field
It the utility model is related to a machining on spherical end device, more particularly to a badminton head processing unit (plant).
Background technology
With the continuous improvement of people's living standard and health perception, increasing people starts to select to join in free time
Add physical training, to build up health.Numerous exercise events includes confrontation type games project and non-confrontation type games project, wherein
Especially to resist the non-contact type games project in class (sports events for not having during participation body contact) by joyous
Meet, such as badminton.This kind of motion mode of such as badminton is not substantially limited by the field, and is participating in
During body between each participant can't be in contact, high safety, and participant is in whole activity
The severity of confrontation is very easy to be grasped and controlled, and can have the function that each position taken exercises, so that
Badminton progressively develop into all welcome motion mode loved by all of men and women, old and young.
Various shuttlecocks are to carry out one of most basic outfit of badminton, and either traditional two-period form shuttlecock is also
It is the three-stage shuttlecock of emerging newest rise.However, in face of the shuttlecock market that demand increasingly expands, the production of shuttlecock is but still
Depend on the input of manual work.The weight of badminton head, the taper of feather, bow these all directly determine feather
Flight path of the ball in flight course, and the artifact put into production process, due to that can not avoid being produced in manual work
The raw error caused by fatigue, detection method etc. and the deviation of measurement scale so that the product of shuttlecock product goes out yield
And product yield is largely rather limited.Therefore, automation is easy to the equipment of shuttlecock Product processing urgently
It is suggested.
Utility model content
A purpose of the present utility model is to provide a shuttlecock processing unit (plant), in badminton head Surface Machining shape
Into to an at least link slot.
A purpose of the present utility model is to provide a shuttlecock processing unit (plant), in badminton head Surface Machining shape
Into to an at least link slot, so that the feather part with shuttlecock is connected to form two-period form shuttlecock.
A purpose of the present utility model is to provide a shuttlecock processing unit (plant), in badminton head Surface Machining shape
Into to an at least link slot, so that the plant hair frame with shuttlecock is connected to form three-stage shuttlecock.
Link slot another purpose of the present utility model is to provide a badminton head processing unit (plant), the badminton ball
Head processing unit (plant) is able to automatically be processed the bulb, so as to reduce the input of human resources.
Another object of the present utility model is to provide a badminton head processing unit (plant), the badminton head processing dress
Put and be able to fix and keep the bulb, so as to ensure the following process to the bulb, to improve product in a preset state and go out
Yield.
Another object of the present utility model is to provide a badminton head processing unit (plant), the badminton head processing dress
Put and be able to automatic rejection and processing waste material caused by the bulb, without manually removing, so as to ensure the ball
On the basis of the processing quality of head, the input of human resources is further reduced.
To realize object above, the utility model provides a badminton head processing unit (plant), including：
One job platform；With
One action generating means, action generating means is used to be processed the bulb of shuttlecock, with the bulb-type
Into an at least link slot, wherein, the action generating means further comprises：
One limiting and fixing device, the limiting and fixing device provide at least one spacing fixed bit, at least one bulb quilt
The spacing fixed bit is placed in, to fix and keep the bulb in a preset state；With
One operation device, the limiting and fixing device is arranged at the job platform with the operation device, described
Form a working position between limiting and fixing device and the operation device, the operation device in the working position to the ball
Head is processed the condition of contact to be formed with feather part.
Preferably, the job platform further comprises：
Certain job platform；With
One dynamic job platform, the dynamic job platform are alternatively provided at the inside for determining job platform or outer
Portion, and the relative motion of job platform generation can be determined with described, the limiting and fixing device and the operation device are selectively
Be mounted respectively in the dynamic job platform and it is described determine job platform, the operation device and be placed in the spacing fixation
The bulb in position with the dynamic job platform and the relative motion determine between job platform in the working position and
Inoperative switches between position.
Preferably, the operation device further comprises：
One supporting frame part, the supporting frame part, which is movably fixedly installed in, described determines job platform；
One installation action part, the installation action part are rotatably installed on the supporting frame part, and can be with institute
State the movement of supporting frame part；With
One operation cutter head, the operation cutter head are installed in the installation action part, and with the installation action part and
At least one of action of the supporting frame part and act, with the work of the supporting frame part and the installation action part
The bulb is processed to form the link slot with lower, wherein, the supporting frame part can move up and down, and the installation is dynamic
Workpiece rotatable movement.
Preferably, the operation device further comprises：
One supporting frame part, the supporting frame part, which is movably fixedly installed in, described determines job platform；
One installation action part, the installation action part are installed in the supporting frame part, and with the supporting frame
The motion of part and move；With
One operation cutter head, the operation cutter head are installed in the installation action part, and the limiting and fixing device is mounted
In the dynamic job platform, to be processed as the supporting frame part is moved in the working position to the bulb, its
In, the supporting frame part can move in the direction of principal axis of space six.
Preferably, the link slot is formed at the bulb surface, plants trichophore for bulb incrustation, or for one to pacify
Two sections of feather portion formation for filling shuttlecock is shuttlecock, or is used to be connected to form three sections with the plant hair frame of shuttlecock for an inserting groove
Formula shuttlecock.
Preferably, the operation device further comprises a detection piece, and the detection piece, which is installed in, described determines operation horizontal
Platform, it is whether corresponding to detect the position of the bulb of the position of the operation cutter head with being placed in the spacing fixed bit, if
It is then to allow the operation cutter head to be processed operation to the bulb, if it is not, then sending alarm.
Preferably, the operation cutter head has an operation chamfering, and the operation chamfering is formed at the knife of the operation cutter head
Sword edge, using while the operation cutter head acts on the bulb and formed as the link slot of inserting groove, in described
Connect trench bottom and form a fixing groove, for coordinating the plant hair frame with positioning convex, by making the positioning convex be placed in institute
State the connection reinforced in fixing groove between the bulb and plant hair frame.
Preferably, the operation cutter head has at least one to accommodate position, and the receiving position is to be formed at the operation cutter head knife
The fossaperturate of sword, described in while the operation cutter head processes the bulb and forms the link slot, temporarily storage is formed
Bulb waste material caused by link slot.
Preferably, it is described to determine relative rotary motion be present between job platform and the dynamic job platform.
Preferably, to be detachably connected between the operation cutter head and the installation action part, to be changed not needed for
The same operation cutter head.
Brief description of the drawings
It is a Split type structure schematic diagram of a three-stage shuttlecock as shown in Figure 1A.
It is a Split type structure schematic diagram of a two-period form shuttlecock as shown in Figure 1B.
It is a Split type structure schematic diagram of another three-stage shuttlecock as shown in Figure 1 C.
It is illustrated in figure 2 the overall structure diagram of a preferred embodiment of utility model badminton head processing unit (plant).
It is the profile of an operation cutter head of utility model badminton head processing unit (plant) as shown in Figure 3A.
The operation cutter head for a preferred embodiment of utility model badminton head processing unit (plant) one cuts open as shown in Figure 3 B
Face figure.
It is illustrated in figure 4 shuttlecock made of the preferred embodiment using the utility model badminton head processing unit (plant)
The part-structure profile for the three-stage shuttlecock that bulb is made.
It is illustrated in figure 5 the three-dimensional knot of the alternative of a preferred embodiment of novel badminton machining on spherical end device used
Structure schematic diagram.
Embodiment
It is specific according to claim of the present utility model and specification disclosure of that, the technical solution of the utility model
As described below.
It is the structure of three-stage shuttlecock as shown in Figure 1A, wherein the three-stage shuttlecock is planted including a bulb 100, one
Hair frame 200 and one feather portion 300.
The bulb 100, its is hemispherical, has a connecting portion 101, an impact portion 102 and is located at the connection
One inserting groove 103 in portion 101.The plant hair frame 200 has a bulb connecting portion 201, a feather connecting portion 202 and is located at
One group of plant pore 203 of the feather connecting portion 202, wherein the bulb connecting portion 201 for planting hair frame 200 be inserted into and
Every inserting groove 103 of the bulb 100 is held in, the hair stalk of the feather 301 in the feather portion 300 is respectively inserted and protected
Every plant pore 203 of the plant hair frame 200 is held in, to form the three-stage shuttlecock.Preferably, the inserting groove
103 bottom has fixing groove 1031 described in a fixing groove 105 to be connected with the inserting groove 103.The low side for planting hair frame 200
Portion has a positioning protrusion 204, and the shape of the positioning convex 204 is consistent with the groove profile of the fixing groove 105.So as to work as institute
State when planting hair frame 200 and being installed in the inserting groove 301, the positioning convex 204 will be placed in the fixing groove 105, be entered
And reinforce the connection planted between hair frame 200 and the inserting groove 301.
It is understood that every feather 301 and the bulb in the feather portion 300 of the three-stage shuttlecock
100 are not connected directly, but are linked together by the plant hair frame 200, by such mode, on the one hand cause length
The shorter feather 301 of degree could be used for manufacturing the three-stage shuttlecock, so as to reduce the three-stage shuttlecock
Cost, on the other hand cause the feather portion 300 every feather 301 taper it is consistent so that the three-stage
Shuttlecock has good uniformity, need not be carried out between every feather 301 of three-stage shuttlecock described in another further aspect
Kinking operates, so as to improve the production efficiency of the three-stage shuttlecock.
It is the structure of two-period form shuttlecock as shown in Figure 1B, wherein the two-period form shuttlecock includes a bulb 100 and one
Feather portion 300.
The bulb 100, its is hemispherical, has a connecting portion 101, an impact portion 102 and is located at the connection
One group of plant trichophore 104 in portion 101.The hair stalk of the feather 301 in the feather portion 300 is inserted into and is held in the bulb 100
Per the plant trichophore 104, to form the two-period form shuttlecock.
It is the structure with the shuttlecock for planting hair frame as shown in Figure 1 C, wherein described include one with the shuttlecock for planting hair frame
Bulb 100, one plants hair frame 200 and a feather portion 300.
The bulb 100, its is hemispherical, has a connecting portion 101, an impact portion 102, an inserting groove 103 and one
Group plants trichophore 104, wherein the inserting groove 103 and every plant trichophore 104 are located at the connecting portion 101 respectively.The plant
Hair frame 200 has a bulb connecting portion 201, a feather connecting portion 202 and one group of plant for being located at the feather connecting portion 202
Pore 203, wherein the bulb connecting portion 201 for planting hair frame 200 is inserted into and be held in the every described of the bulb 100
Inserting groove 103, the feather 301 in the feather portion 300 hair stalk through be held in per it is described plant pore 203 so that the plumage
The end of the hair stalk of hair 301 is inserted into the plant trichophore 104 of the bulb 100, is formed described with the feather for planting hair frame
Ball.It will be appreciated by those skilled in the art that for the three-stage shuttlecock disclosed in Figure 1A and Fig. 1 C, institute
The plant hair frame 203 provided with the shuttlecock for planting hair frame is stated to be inserted into and be held in for guarantee per the plant trichophore
The taper of 104 every feather 301, so that it is guaranteed that described consistent after the completion of by manufacture with the shuttlecock for planting hair frame
Property.
One preferred embodiment of the badminton head processing unit (plant) 10 of the utility model one, the badminton head processing unit (plant)
10 are used to process bulb 100 described above, for directly or indirectly will in the surface of the bulb 100 formation condition of contact
Feather is installed on the bulb 100, and formation is various to seek product.Specifically, the badminton head processing unit (plant) 10 is used to process
The connecting portion 101 of the bulb 100, the inserting groove 103 and/or the plant are formed with the connecting portion 101 in the bulb 100
Trichophore 104.It is understood that above-mentioned three-stage shuttlecock and two-period form shuttlecock are simply to illustrate that described in the utility model
The type for the bulb 100 that badminton head processing unit (plant) 10 can be processed, not to the badminton head processing unit (plant)
100 function is limited.That is, the badminton head processing unit (plant) 100 is processed to the bulb 100
Connecting portion 101, to create the bulb 100 and the feather portion 300 or the condition of contact planted between hair frame 200.
As shown in Fig. 2 the badminton head processing unit (plant) 10 includes a job platform 11 and an action generating means 12.
It is described action generating means 12 be installed in the job platform 11, with the auxiliary of the job platform 11 to the bulb
100 are processed.
The job platform 11 further comprises that certain job platform 111 and one moves job platform 112, the dynamic operation horizontal
Platform 112 be alternatively provided at it is described determine inside or outside job platform 111, the dynamic job platform 112 can be with institute
State and determine job platform 111 relative motion occurs, in the preferred embodiment, the dynamic job platform 112 and the tailor-made industry
It is able to that relative rotary motion occurs between platform 111.The action generating means 12 further comprises at least one spacing fixed dress
121 and an operation device 122 are put, the limiting and fixing device 121 is selectively installed in respectively with the operation device 122
The dynamic job platform 112 determines job platform 111 with described.In the preferred embodiment, the limiting and fixing device 121 is pacified
Loaded on the dynamic job platform 112, the operation device 122, which is installed in, described determines job platform 111.The spacing fixed dress
At least one spacing fixed bit 1211 of 121 offers is put, with the fixation bulb 100, and it is default to keep the bulb 100 to be held in one
State.The preset state of bulb refers to that the impact portion 102 of bulb contacts with the bottom of the spacing fixed bit 1211, bulb
The connecting portion 101 faces the operation device 122.The operation device 122 is used to be processed operation to the bulb 100, with
An at least link slot 110 is formed in the connecting portion 101 of the bulb 100, the link slot 110 is used for entering for the bulb 100
One step is processed, and such as forms various decorative patterns carve in the bulb 100, the bulb 100 is connected with other components.At this preferably
In embodiment, the link slot 110 formed is inserting groove 103.That is, in this preferred embodiment, to form the grafting
Exemplified by groove 103.The inserting groove 103 is installed on the bulb 100 for the plant hair frame 200, and institute is formed so as to further make
State three-stage feather ball product.Preferably, it is mounted respectively by the limiting and fixing device 121 and the operation device 122
Determine job platform 111 with described in the dynamic job platform 112 and be able to expeditiously realize that the processing to the bulb 100 is moved
Make.It is understood that the relative motion determined between job platform 111 and the dynamic job platform 112 must also think as
The directed movements such as linear motion, are equally improved the processing efficiency to the bulb 100.
As shown in Fig. 2 in the preferred embodiment, the badminton head processing unit (plant) 100 includes at least one limit
Position fixing device 121, i.e., described action generating means 12 are able to fixed at least two bulbs 100 and keep each bulb
100 in a preset state.The dynamic job platform 112 be preferably provided at it is described determine job platform 111, the action is also put down
Platform 112 determines job platform 111 and is able to rotate motion relative to described, that is to say, that the limiting and fixing device 121 is able to
The motion rotated against relative to the operation device 122, i.e., described bulb 100 will be made in the dynamic job platform 112
Relative to the operation device 122 it is in flow regime under, so as to be advantageous to each bulb 100 through the operation device 122
By first post-processing in the form of continuous productive process, the operating efficiency of the badminton head fixing device 10 is improved.
The operation device 122 further comprises an at least operation cutter head 1221, an installation action part 1222 and a support
Frame member 1223, wherein, the supporting frame part 1223, which is installed in, described determines job platform 111, the operation cutter head 1221
The installation action part 1222 is installed on, the installation action part 1222 is movably installed on the supporting frame part 1223,
That is, the operation cutter head 1221 is installed in the supporting frame part 1223 by the installation action part 1222.Its
In, while the installation action part 1222 is installed on supporting frame part 1223, it is able to rotate on installation position, that is,
Say, the operation cutter head 1221 is rotatably mounted in the supporting frame part 1223 by the installation action part 1222.This
Outside, the supporting frame part 1223 is able at least move the installation action part 1222 in upper and lower two orientation, it is possible to understand that
It is that the operation cutter head 1221 is able to be rotating as the installation action part 1222 moves up and down.
It is noted that the operation cutter head 1221 is removably installed in the installation action part 1222, and then, when
When the operation cutter head 1221 damages or needs to change according to job requirements, only just ensured by the operation cutter head 1221
The badminton head processing unit (plant) 10 be again at can working condition, so as to ensure the badminton head processing unit (plant) 10
Practicality.
A working position 123, the spacing fixation are formed between the limiting and fixing device 121 and the operation device 122
Device 121 switches with the dynamic job platform 111 between the working position 123 and inoperative position.When the spacing fixation
When device 121 is in working position as the dynamic job platform 112 rotates, position and the work of the spacing fixed bit 1211
The position of industry cutter head 1221 is corresponding, that is to say, that when the limiting and fixing device 121 is located at the working position 123, is located at
Position where the bulb 100 of the spacing fixed bit 1211 is corresponding with the position of the operation cutter head 1221.Work as institute
When stating operation cutter head 1221 and being moved downward as the installation action part 1222 is rotating, the operation cutter head 1221 will act on
The connecting portion 101 of the bulb 100, more it is able to as the supporting frame part 1223 drives the installation action part 1222 and institute
Operation cutter head 1221 is stated to move down so that the operation cutter head 1221 continuingly act on the connecting portion 101 of the bulb 100 and
Form a link slot 110.Wherein, the depth of the link slot 110 is depending on that the operation cutter head 1221 acts on is described
The depth of the connecting portion 101 of bulb 100.It is understood that when the installation action part 1222 and the supporting frame part
Geo-stationary is kept between 1223, that is to say, that when the installation action part 1222 is installed on the supporting frame part 1223 not
It can choose to install, and the limiting and fixing device 121 can drive the bulb 100 to rotate while bulb 100 are secured the above,
Under such circumstances, the operation of connecting portion 101 that the operation cutter head 1221 is also accomplished in the bulb 100 forms the company
The operation of access slot 110.
In addition, when the connecting portion 101 of the bulb 100 needs to be formed the plant trichophore 104, i.e., described link slot 110
For the plant trichophore 104 when, the operation cutter head 1221 be able to it is cylindrical, and by successively in turn in the bulb 100
Connecting portion 101 forms the plant trichophore 104, or disposably forms multiple plant trichophores 104 and complete processing operation to the bulb.
Multiple institutes are formed when the operation cutter head 1221 needs to be processed making to the connecting portion 101 of the bulb 100 successively successively
When stating plant trichophore 104, the relative motion between the limiting and fixing device 121 and the operation device 122, especially relative rotation
Transhipment is dynamic, will expeditiously realize operation of the badminton head processing unit (plant) 10 to the bulb 100.
The operation cutter head 1221 further comprises a receiving position 12212, and the receiving position 12212 is to be formed at the work
The blade fossaperturate of industry cutter head 1221, when the operation cutter head 1221 continuingly act on the connecting portion 101 of the bulb 100 and shape
During into the interface 110, formed the discarded object of the bulb 100 caused by the interface 110 will be placed in it is described
Position 12212 is accommodated, and while the operation cutter head 1221 acts on connecting portion 101 of the bulb 100, or described in formation
Link slot 110 is carried over while leaving connecting portion 101 of the bulb 100.That is, the Rong Anwei 12212 is able to
The connecting portion 101 that the operation cutter head 1221 acts on the bulb 100 is provided and forms caused during the link slot 110 give up
Gurry, it is that caused discarded object is stranded in the link slot 110 so as to avoid the formation of the link slot 110, influences to described
The subsequent machining operations of bulb 100.
It is understood that to form the link slot 110, the bulb 100 is excellent between the operation cutter head 1221
Selection of land is formed by the action rotated against, and rotating against between the bulb 100 and the operation cutter head 1221
Action is able to rotate by bulb 100, and the operation cutter head 1221 keeps geo-stationary, or the bulb 100 to keep relative
It is static, and the operation cutter head 1221 rotates, or exist between the bulb 100 and the operation cutter head 1221 opposite
Spinning movement is realized.That is, to form the link slot 110, the limiting and fixing device 121 and the operation cutter head
Mutual spinning movement between 1221 be present.In the preferred embodiment, the limiting and fixing device 121 keeps geo-stationary, and
The operation cutter head 1221 is then rotated, so as to form the link slot by acting on the connecting portion 101 of the bulb 100
110。
It is understood that when the bulb 100 is directed to two-period form shuttlecock, the operation cutter head 1221 is able to
It is designed to bar shape, by after the operation of connecting portion 101 of the bulb 100 forms the plant trichophore 104, continuing the plumage
The installation exercise in hair portion 200.
In the preferred embodiment, when the operation device 122 operation cutter head 1221 the bulb 100 connecting portion
After 101 operations obtain the link slot 110, the supporting frame part 1223, which will appear on the stage, rises the operation cutter head 1221, meanwhile,
The dynamic job platform 111 will be rotated, and the bulb for forming the link slot 110 is moved away from into the working position 123, so as to
The working position 123 is moved into next bulb 100 for waiting to be operated, so as to the operation of operation cutter head 1221.
Preferably, in the preferred embodiment, the operation device 122 of the badminton head processing unit (plant) 10 enters one
Step includes a detection piece 1224, and the detection piece 1224, which is installed on, described determines job platform 111.When there is the limiting and fixing device
121 when the action also enters the working position 123 under the movement of platform 112, and the detection piece 1224 is by automatic detection quilt
The position and the position of the operation cutter head 1221 for the bulb 100 fixed and be held in the spacing fixed bit 1211 are
It is no corresponding, if so, then will to carry out operation to the connecting portion 101 of the bulb 100 described to generate for the operation cutter head 1221
Link slot 110；If the position of the bulb is not in predeterminated position, the detection piece 1224 will send alarm, prevent simultaneously
The operation cutter head 1221 carries out operation to the connecting portion 101 of the bulb 100, to avoid due to the position of the bulb 100
It is incorrect and continue substandard products bulb caused by operation.
It is the schematic diagram of the operation cutter head 1221 as shown in Figure 3A, the blade of the operation cutter head 1221 is acted on
The connecting portion 101 of the bulb 100, the link slot 105 is formed with the connecting portion 101 in the bulb 100.Preferably, such as
Shown in Fig. 3 B and Fig. 4, in the preferred embodiment, the operation cutter head 1221, which has, falls a convex operation chamfering to side
12211, the operation chamfering 12211 is formed at the knife edge of the operation cutter head 1221.When the operation cutter head 1221 is made
While connecting portion 101 for the bulb 100 forms link slot 110, the operation chamfering 12211 is able to while shape
Into the fixing groove 105 in the bottom of the link slot 110, to coordinate the positioning convex 204, and in the plant hair frame 200
When being installed in the bulb 100 so that the positioning convex 204 is placed in the fixing groove 105.It is it is noted that logical
Cross and the positioning convex 204 is placed in the fixing groove 105, be able to further reinforce the plant hair frame 200 and the bulb
Connection between 100, it described will plant hair frame 200 and be securely mounted at the bulb 100.In addition, the fixing groove 105 can be used
The unnecessary user that the link slot 110 is put in storage reinforces the connection glue for planting hair frame 200 and the bulb 100
Body so that the plant hair frame 200 will not be squeezed out the link slot 110 because of the presence of unnecessary colloid, or be fixed in
During the link slot 110, the movement on position occurs because there is the presence of unnecessary colloid, influence the plant hair frame 200 with
Connection status between the bulb 100.
It is understood that according to the nature and characteristic for the material that the bulb 100 is made, the link slot 110 is also able to
By it is described effect cutter head 1221 apply pressure to the bulb 100 and formed.
An alternative of this preferred embodiment is illustrated in figure 5, in the preferred embodiment, the job platform 11A
For static setting, the action generating means 12A is arranged at the job platform 11A, and the operation device 122A's is described
Supporting frame 1223A is the robot arm device for being able to freely act in the direction of principal axis of space six, that is to say, that the installation is dynamic
The workpiece 1222A and operation cutter head 1221A will be as the supporting frame part 1223A be in the movement of the direction of principal axis of space six.So as to,
As long as the bulb 100 is fixed on into the spacing fixed bit 1211A, the operation cutter head 1221 will be with the supporting frame
Part 1223A moves in the direction of principal axis of space six.That is, it is fixed in the feelings of the receiving position 12212A in the bulb 100
Under condition, the operation cutter head 1221A is independently moved to the working position 123 and to same with the supporting frame part 1223A
The connecting portion 101 for the bulb 100 that sample is in the working position 123 is processed operation, forms the inserting groove 103A.
Wherein, the detection piece 1224A is used for the position relationship for detecting the cutter head 1221A and the connecting portion 101 of the bulb 100,
When the operation cutter head 1221A and the connecting portion 101 of the bulb 100 position are in correspondence position, the detection piece
1224A operates the operation cutter head 1221A is consent tacitlyed to the connecting portion 101 of the bulb 100, conversely, the detection piece
1224A will send alarm, to prevent the position of connecting portion 101 and the operation cutter head 1221A in the bulb 100 from failing phase
The inserting groove 103 formed in the case of corresponding can not meet the requirements, and generate operation substandard products, cause to waste.
The above enumerates for specific embodiment of the utility model, for the equipment and knot of wherein not detailed description
Structure, it should be understood that take the existing common apparatus in this area and universal method to be practiced.
The utility model above-described embodiment is only to illustrate that technical solutions of the utility model are used simultaneously, only the utility model
Technical scheme is enumerated, and is not limited to the technical solution of the utility model and its protection domain.Using equivalent technologies mean,
The improvement to the technical scheme disclosed in the utility model claims book and specification such as equivalent apparatus, which is considered to be, not to be had
Beyond the scope disclosed in the utility model claims book and specification.
Claims (10)
- A 1. badminton head processing unit (plant), it is characterised in that the badminton head processing unit (plant) includes：One job platform；WithOne action generating means, action generating means are used to be processed the bulb of shuttlecock, with the bulb formed to A few link slot, wherein, the action generating means further comprises：One limiting and fixing device, the limiting and fixing device provide at least one spacing fixed bit, and at least one bulb is placed in The spacing fixed bit, to fix and keep the bulb in a preset state；WithOne operation device, the limiting and fixing device is arranged at the job platform with the operation device, described spacing Form a working position between fixing device and the operation device, the operation device in the working position to the bulb in entering Row processing forms the link slot.
- 2. badminton head processing unit (plant) as claimed in claim 1, wherein, the job platform further comprises：Certain job platform；WithOne dynamic job platform, the dynamic job platform be alternatively provided at it is described determine inside or outside job platform, and The relative motion of job platform generation can be determined with described, the limiting and fixing device is selectively distinguished with the operation device Be installed on the dynamic job platform and it is described determine job platform, the operation device and be placed in the spacing fixed bit The bulb is as the dynamic job platform and the relative motion determined between job platform are in the working position and inoperative Switch between position.
- 3. badminton head processing unit (plant) as claimed in claim 2, wherein, the operation device further comprises：One supporting frame part, the supporting frame part, which is movably fixedly installed in, described determines job platform；One installation action part, the installation action part are rotatably installed on the supporting frame part, and can be with the branch Support frame member movement；WithOne operation cutter head, the operation cutter head are installed in the installation action part, and with the installation action part and described Supporting frame part it is at least one of action and act, with the presence of the supporting frame part and the installation action part The bulb is processed to form the link slot, wherein, the supporting frame part can move up and down, the installation action part Rotatable movement.
- 4. badminton head processing unit (plant) as claimed in claim 2, wherein, the operation device further comprises：One supporting frame part, the supporting frame part, which is movably fixedly installed in, described determines job platform；One installation action part, the installation action part are installed in the supporting frame part, and with the supporting frame part Move and move；WithOne operation cutter head, the operation cutter head are installed in the installation action part, and the limiting and fixing device is installed in institute Job platform is stated, to be processed as the supporting frame part is moved in the working position to the bulb, wherein, institute Stating supporting frame part can move in the direction of principal axis of space six.
- 5. the badminton head processing unit (plant) as described in claim 3 or 4, wherein, the link slot is formed at the bulb table Face, for bulb incrustation, or it is shuttlecock to plant trichophore for one to install the feather portion of shuttlecock to form two sections, or is inserted for one Access slot is used to be connected to form three-stage shuttlecock with the plant hair frame of shuttlecock.
- 6. badminton head processing unit (plant) as claimed in claim 5, the operation device further comprises a detection piece, described Detection piece be installed in it is described determine job platform, with the institute detected the position of the operation cutter head Yu be placed in the spacing fixed bit Whether corresponding the position of bulb is stated, if so, then allowing the operation cutter head to be processed operation to the bulb, if it is not, then Send alarm.
- 7. badminton head processing unit (plant) as claimed in claim 6, wherein, the operation cutter head has an operation chamfering, institute State the knife edge that operation chamfering is formed at the operation cutter head, using the operation cutter head act on the bulb formed as While the link slot of inserting groove, a fixing groove is formed in the connection trench bottom, for coordinating with positioning convex Hair frame is planted, passes through the connection for making the positioning convex be placed in the fixing groove to reinforce between the bulb and plant hair frame.
- 8. badminton head processing unit (plant) as claimed in claim 6, wherein, the operation cutter head has at least one to accommodate position, The receiving position is the fossaperturate for being formed at the operation cutter head blade, and institute is formed to process the bulb in the operation cutter head While stating link slot, temporarily storage forms bulb waste material caused by the link slot.
- 9. badminton head processing unit (plant) as claimed in claim 8, described to determine to deposit between job platform and the dynamic job platform In relative rotary motion.
- 10. badminton head processing unit (plant) as claimed in claim 8, it is between the operation cutter head and the installation action part It is detachably connected, to change the different operation cutter heads needed for.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440158.1U CN206896751U (en) | 2016-12-26 | 2016-12-26 | Badminton head processing unit (plant) |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621440158.1U CN206896751U (en) | 2016-12-26 | 2016-12-26 | Badminton head processing unit (plant) |
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| CN206896751U true CN206896751U (en) | 2018-01-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621440158.1U Active CN206896751U (en) | 2016-12-26 | 2016-12-26 | Badminton head processing unit (plant) |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108555971A (en) * | 2018-04-10 | 2018-09-21 | 舒可士（深圳）科技有限公司 | Cutter head coupling mechanism |
| CN111603739A (en) * | 2020-05-14 | 2020-09-01 | 海宁世正贸易有限公司 | Badminton bulb punches and corrects auxiliary device with automatic dialling |
| CN111776724A (en) * | 2020-07-10 | 2020-10-16 | 安徽太阳体育用品有限公司 | Badminton ball head automatic feeding device |
| CN112451942A (en) * | 2020-10-12 | 2021-03-09 | 无为县海峰纸箱有限公司 | A adhesion repair equipment for foreskin in badminton processing |
-
2016
- 2016-12-26 CN CN201621440158.1U patent/CN206896751U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108555971A (en) * | 2018-04-10 | 2018-09-21 | 舒可士（深圳）科技有限公司 | Cutter head coupling mechanism |
| CN111603739A (en) * | 2020-05-14 | 2020-09-01 | 海宁世正贸易有限公司 | Badminton bulb punches and corrects auxiliary device with automatic dialling |
| CN111603739B (en) * | 2020-05-14 | 2021-06-01 | 海宁世正贸易有限公司 | Badminton bulb punches and corrects auxiliary device with automatic dialling |
| CN111776724A (en) * | 2020-07-10 | 2020-10-16 | 安徽太阳体育用品有限公司 | Badminton ball head automatic feeding device |
| CN112451942A (en) * | 2020-10-12 | 2021-03-09 | 无为县海峰纸箱有限公司 | A adhesion repair equipment for foreskin in badminton processing |
| CN112451942B (en) * | 2020-10-12 | 2022-06-17 | 无为县海峰纸箱有限公司 | A adhesion repair equipment for foreskin in badminton processing |
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Effective date of registration: 20191227 Address after: 248200 He County Economic Development Zone, Ma'anshan City, Anhui Province Patentee after: ANHUI SANCAI SPORTS GOODS CO., LTD. Address before: 243000 economic development zone, Ma'anshan, Anhui Patentee before: Dai Jianlin |