CN208003376U - A kind of feather ball collection arrangement - Google Patents
A kind of feather ball collection arrangement Download PDFInfo
- Publication number
- CN208003376U CN208003376U CN201820247877.4U CN201820247877U CN208003376U CN 208003376 U CN208003376 U CN 208003376U CN 201820247877 U CN201820247877 U CN 201820247877U CN 208003376 U CN208003376 U CN 208003376U
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- CN
- China
- Prior art keywords
- conveyer belt
- shuttlecock
- baffle
- wind turbine
- belt
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Abstract
The application discloses a kind of feather ball collection arrangement, including motor-driven carrier, wind turbine, a left side in shuttlecock training place, before, right side is respectively fixed with conveyer belt, wind turbine is fixed on the trolley, it is provided with the guide plate extended downwardly on the downside of motor-driven carrier, guide plate is slidably connected with guide groove, the guide groove is arranged in shuttlecock training place along the longitudinal direction, on the conveyer belt conveyer belt baffle is both provided in a side far from shuttlecock training place, and baffle is adjustable relative to the angle of inclination size of conveyer belt, the shuttlecock to fly out is blocked when being collected for realizing shuttlecock, the shuttlecock of collection is from right conveyer belt, preceding conveyer belt, the sequence movement of left conveyer belt is collected, realize the wind turbine cleaning of shuttlecock, the automatic collecting device of conveyer belt automatic transporting.
Description
Technical field
The utility model is related to a kind of feather ball collection arrangements, belong to sporting equipment field.
Background technology
Shuttlecock is favored, shuttlecock training since it is not limited by indoor and outdoor place by many sports enthusiasts
Make to use a large amount of shuttlecocks, and it is a great problem that shuttlecock is collected after the completion of training, especially shuttlecock guild hall need through
Shuttlecock scattered on the ground is often cleared up, it is main at present using the shuttlecock being scattered on the ground manually is picked up, it constantly repeats to pick up dynamic
Make, it is time-consuming and laborious, especially the health for cleaning personnel is had adverse effect on.
The application drives wind turbine walking, motor-driven carrier that shuttlecock training place is provided with guider using motor-driven carrier,
Control easy to automate；Conveyer belt is arranged in the direction of periphery three of shuttlecock training place, realizes the automatic collection of shuttlecock;
It is provided with baffle on conveyer belt, prevents shuttlecock from flying out shuttlecock training place.The baffle angle being arranged on conveyer belt is adjustable, receives
Baffle is in vertical state when collecting shuttlecock, and after the completion of collection, shutter on a moving belt, improves safety；Three conveyer belts
The direction of motion and mutual height setting realize shuttlecock be finally collected in together；Wind turbine height is less than on the downside of badminton net
The height on side facilitates wind turbine to pass through badminton net.
Invention content
The purpose of this utility model mostly uses greatly the artificial defect picked up and collected for existing shuttlecock, provides a kind of electronic
Trolley fixes wind turbine movement, the guide groove of shuttlecock training court is oriented to, the shuttlecock automatic collecting device that conveyer belt is collected.
The utility model solves this technical problem and adopts the technical scheme that：A kind of feather ball collection arrangement, including electricity
Dynamic trolley 1, left conveyer belt 2, preceding conveyer belt 3, right conveyer belt 4, wind turbine 5, the left conveyer belt 2, preceding conveyer belt 3, right transmission
Wind turbine 5 is fixed on the motor-driven carrier in the left side, front side, right side for being separately fixed at shuttlecock training place 100 with 4, electronic small
1 downside of vehicle is provided with the guide plate 102 extended downwardly, and guide plate 102 is slidably connected with guide groove 1001, shuttlecock training place
100 are arranged the guide groove 1001 along the longitudinal direction.
On the left conveyer belt 2 left conveyer belt baffle 201, forward pass are provided in a side far from shuttlecock training place
Send conveyer belt baffle 301 before being provided in a side far from shuttlecock training place on band 3, separate on 4 conveyer belt of right conveyer belt
It is provided with right conveyer belt baffle 401 in a side of shuttlecock training place, the shuttlecock to fly out is blocked when being collected for shuttlecock.
4 front end of right conveyer belt is higher than left conveyer belt 2 higher than the right end of preceding conveyer belt 3, the left end of preceding conveyer belt 3
Front end, right conveyer belt 4 are driven from the front to the back, and preceding conveyer belt 3 is driven from right to left, and left conveyer belt 2 is driven from the front to the back.
On the left conveyer belt 2 left conveyer belt baffle 201, forward pass are provided in a side far from shuttlecock training place
Send conveyer belt baffle 301 before being provided in a side far from shuttlecock training place on band 3, separate on 4 conveyer belt of right conveyer belt
The structure that right conveyer belt baffle 401 is provided in a side of shuttlecock training place is：It is provided with the right side on the right conveyer belt 4
The structure of baffle angle adjusting apparatus, right shell body angular adjustment apparatus is separate shuttlecock training place 100 and edge on right conveyer belt 4
Side upper hinge in the front-back direction connects right 401 1 sides of conveyer belt baffle, and block is fixedly connected on right conveyer belt baffle 401
402, link block 402 passes through the projecting shaft hinge connection of axis pin 403 and electric pushrod 404,404 shell of electric pushrod and support shaft
405 rotation connections, support shaft 405 are fixed on the edge of right conveyer belt 4, and support shaft 405 is arranged along the longitudinal direction, by electronic
The angle adjustment of the right conveyer belt baffle of the flexible realization of push rod 404 401；
It is also respectively arranged with right baffle-plate angular adjustment apparatus, front apron angle on the left conveyer belt 2, preceding conveyer belt 3
Adjusting apparatus, and it is identical as the right shell body angular adjustment apparatus structure being arranged on right conveyer belt 4.
The motor-driven carrier includes trolley tablet 101, guide plate 102, synchronous belt 103, belt wheel 1, vehicle motor
105, belt wheel 2 106, trolley shaft 107,101 uper side surface of trolley tablet fix wind turbine 5,101 downside of trolley tablet
Surface middle part is provided with the guide plate 102 extended downwardly, is arranged below the trolley there are four wheel, the first two wheel is distinguished
Be fixed on the left and right ends of trolley shaft 107,107 fixed pulley 2 106 of trolley shaft, belt wheel 2 106 by synchronous belt 103 with
Belt wheel 1 forms V belt translation, and belt wheel 1 is fixed on the output shaft of vehicle motor 105, and vehicle motor 105 is fixed on small
The lower surface of vehicle tablet 101, for driving trolley to walk along the longitudinal direction.
The air outlet of the wind turbine 5 is located at front side, and air outlet 501 is in fan-shaped setting in the horizontal direction.
The fan-shaped central angle of air outlet 501 is 135 degree.
The motor-driven carrier 1 and 5 height of wind turbine being installed on it are less than the lower edge height of badminton net, with convenient
Motor-driven carrier 1 passes through with wind turbine 5.
The right conveyer belt 4, preceding conveyer belt 3, left conveyer belt 2 are electric conveyor belt.
The wind turbine 5 is electric fan.
The advantageous effect of the application：
1. the application drives wind turbine walking, motor-driven carrier that shuttlecock training place is provided with guiding dress using motor-driven carrier
It sets, it is easy to accomplish automation control；
2. conveyer belt is arranged in the direction of the periphery of shuttlecock training place three, the automatic collection of shuttlecock is realized;On conveyer belt
It is provided with baffle, prevents shuttlecock from flying out shuttlecock training place；
3. the baffle angle being arranged on conveyer belt is adjustable, baffle is in vertical state when collecting shuttlecock, collects and completes
Afterwards, shutter on a moving belt, improves safety；
4. the direction of motion of three conveyer belts and the setting of mutual height realize that shuttlecock is finally collected in together；
5. wind turbine height is less than the height of badminton net lower side, wind turbine is facilitated to pass through badminton net.
Description of the drawings
Fig. 1 is the structure diagram one of feather ball collection arrangement.
Fig. 2 is the structure diagram two of feather ball collection arrangement.
Fig. 3 is motor-driven carrier guiding mechanism schematic diagram.
Fig. 4 is fan outlet structural schematic diagram.
Fig. 5 is motor-driven carrier structural schematic diagram.
Fig. 6 is transmission cover plate angle-regulation structure schematic diagram.
Fig. 7 is connection diagram between peripheral three conveyer belts in shuttlecock place.
Specific implementation mode
Reference numeral:1 it is motor-driven carrier, 2 be left conveyer belt, 3 be preceding conveyer belt, 4 be right conveyer belt, 5 is wind turbine, 201
Conveyer belt baffle before being for left conveyer belt baffle, 301,401 be right conveyer belt baffle, 402 be link block, 403 be axis pin, 404
It is support shaft for electric pushrod, 405,101 be trolley tablet, 102 be guide plate, 103 be synchronous belt, 104 is belt wheel one, 105
For vehicle motor, 106 be belt wheel two, 107 be trolley shaft, 501 be fan outlet, 100 be shuttlecock training place, 1001 be
Guide groove.
In conjunction with Fig. 1-7, a kind of feather ball collection arrangement, including motor-driven carrier 1, left conveyer belt 2, preceding conveyer belt 3, right transmission
Band 4, wind turbine 5, left conveyer belt baffle 201, preceding conveyer belt baffle 301, right conveyer belt baffle 401, link block 402, axis pin 403,
Electric pushrod 404, support shaft 405, described 2 for left conveyer belt, 3 be preceding conveyer belt, 4 be it is right transmission be separately fixed at shuttlecock
Left side, front side, the right side of training place 100, and rear side need trainer frequently by and be not provided with conveyer belt.
The motor-driven carrier includes trolley tablet 101, guide plate 102, synchronous belt 103, belt wheel 1, vehicle motor
105, belt wheel 2 106, trolley shaft 107,101 uper side surface of trolley tablet fix wind turbine 5,101 downside of trolley tablet
Surface middle part is provided with the guide plate 102 extended downwardly, and guide plate 102 is slidably connected with guide groove 1001, shuttlecock training place
100 are arranged the guide groove 1001 along the longitudinal direction, for realizing the guiding of motor-driven carrier 5, setting below the trolley
There are four wheel, the first two wheel is separately fixed at the left and right ends of trolley shaft 107,107 fixed pulley two of trolley shaft
106, belt wheel 2 106 forms V belt translation by synchronous belt 103 and belt wheel 1, and belt wheel 1 is fixed on vehicle motor 105
On output shaft, vehicle motor 105 is fixed on the lower surface of trolley tablet 101, for driving trolley to walk along the longitudinal direction.
The air outlet of the wind turbine 5 is located at front side, and air outlet 501 is in fan-shaped setting in the horizontal direction, fan-shaped
Central angle is 135 degree.
Right shell body angular adjustment apparatus is provided on the right conveyer belt 4, the structure of right shell body angular adjustment apparatus is
Side upper hinge on right conveyer belt 4 far from shuttlecock training place 100 and along the longitudinal direction connects right 401 1, conveyer belt baffle
Side is fixedly connected with block 402, the projecting shaft that link block 402 passes through axis pin 403 and electric pushrod 404 on right conveyer belt baffle 401
Hinge connection, 404 shell of electric pushrod are rotatablely connected with support shaft 405, and support shaft 405 is fixed on the edge of right conveyer belt 4,
Support shaft 405 is arranged along the longitudinal direction, is adjusted by the angle of the right conveyer belt baffle of the flexible realization of electric pushrod 404 401.
It is also respectively arranged with right baffle-plate angular adjustment apparatus, front apron angle on the left conveyer belt 2, preceding conveyer belt 3
Adjusting apparatus, and it is identical as the right shell body angular adjustment apparatus structure being arranged on right conveyer belt 4.
4 front end of right conveyer belt is higher than left conveyer belt 2 higher than the right end of preceding conveyer belt 3, the left end of preceding conveyer belt 3
Front end, right conveyer belt 4 are driven from the front to the back, and preceding conveyer belt 3 is driven from right to left, and left conveyer belt 2 is driven from the front to the back, are realized and are received
After the shuttlecock of collection can be transmitted to left conveyer belt 2 along the transmission route of right conveyer belt 4, preceding conveyer belt 3, left conveyer belt 2
End, the right conveyer belt 4, preceding conveyer belt 3, left conveyer belt 2 are electric conveyor belt, and the wind turbine 5 is electric fan.
The motor-driven carrier 1 and 5 height of wind turbine being installed on it are less than the lower edge height of badminton net, with convenient
Motor-driven carrier 1 passes through with wind turbine 5.
When trainer, which needs to collect, is scattered in the shuttlecock on shuttlecock training place 100, right baffle-plate angle tune is controlled
Engagement positions, front apron angular adjustment apparatus, right shell body angular adjustment apparatus electric pushrod projecting shaft it is overhanging, make left conveyer belt
Baffle 201, preceding conveyer belt baffle 301, right conveyer belt baffle 401 are in vertical state, and control wind turbine 5 starts, vehicle motor 105
Rotation, under the guiding role that guide plate 102 and guide groove 1001 are slidably connected, motor-driven carrier 1 moves from back to front, shuttlecock
Shuttlecock in training place 100 moves to the periphery under the wind blows of wind turbine 5, conveyer belt baffle 201, preceding conveyer belt baffle
301, right conveyer belt baffle 401 blocks the shuttlecock to fly out, respectively falls in right conveyer belt 4, preceding conveyer belt 3, on left conveyer belt 2,
4 front end of right conveyer belt is higher than the front end of left conveyer belt 2 higher than the right end of preceding conveyer belt 3, the left end of preceding conveyer belt 3 simultaneously, and right
Conveyer belt 4 is driven from the front to the back, and preceding conveyer belt 3 is driven from right to left, and left conveyer belt 2 is driven from the front to the back, and shuttlecock is all fallen
On the shuttlecock training place 100 of the rear end of left conveyer belt 2, motor-driven carrier 1 is moved to front end, and shuttlecock collection finishes, electronic
Rear end, control right baffle-plate angular adjustment apparatus, front apron angular adjustment apparatus, right shell body angular adjustment apparatus are moved to after trolley 1
Electric pushrod projecting shaft retract, so that left conveyer belt baffle 201, preceding conveyer belt baffle 301, right conveyer belt baffle 401 is in
Horizontality is covered on left conveyer belt 2, preceding conveyer belt 3, right conveyer belt 4, prevent trainer from trampling conveyer belt, ensures instruction
Practice the safety of personnel.
Claims (8)
1. a kind of feather ball collection arrangement, including motor-driven carrier（1）, left conveyer belt（2）, preceding conveyer belt（3）, right conveyer belt（4）,
Wind turbine（5）, it is characterised in that：The left conveyer belt（2）, preceding conveyer belt（3）, right conveyer belt（4）It is separately fixed at shuttlecock
Training place（100）Left side, front side, right side, fix wind turbine on the motor-driven carrier（5）, motor-driven carrier（1）Downside is provided with
The guide plate extended downwardly（102）, guide plate（102）With guide groove（1001）It is slidably connected, shuttlecock training place（100）Before
The rear direction setting guide groove（1001）；
The left conveyer belt（2）It is provided with left conveyer belt baffle in upper a side far from shuttlecock training place（201）, forward pass
Send band（3）Conveyer belt baffle before being provided in upper a side far from shuttlecock training place（301）, right conveyer belt（4）It is upper separate
Right conveyer belt baffle is provided in a side of shuttlecock training place（401）, the feather to fly out is blocked when being collected for shuttlecock
Ball；
The right conveyer belt（4）Front end is higher than preceding conveyer belt（3）Right end, preceding conveyer belt（3）Left end be higher than left conveyer belt
（2）Front end, right conveyer belt（4）It is driven from the front to the back, preceding conveyer belt（3）It is driven from right to left, left conveyer belt（2）From the front to the back
Transmission.
2. feather ball collection arrangement according to claim 1, it is characterised in that：The left conveyer belt（2）Upper separate plumage
Left conveyer belt baffle is provided in a side of ball top training place（201）, preceding conveyer belt（3）The one of upper separate shuttlecock training place
Conveyer belt baffle before being provided on side（301）, right conveyer belt（4）It is provided with the right side in upper a side far from shuttlecock training place
Conveyer belt baffle（401）Structure be：The right conveyer belt（4）On be provided with right shell body angular adjustment apparatus, right shell body angle
The structure for spending adjusting apparatus is right conveyer belt（4）Upper separate shuttlecock training place（100）And side upper hinge along the longitudinal direction
Connect right conveyer belt baffle（401）One side, right conveyer belt baffle（401）On be fixedly connected with block（402）, link block（402）
Pass through axis pin（403）With electric pushrod（404）Projecting shaft hinge connection, electric pushrod（404）Shell and support shaft（405）Turn
Dynamic connection, support shaft（405）It is fixed on right conveyer belt（4）Edge on, support shaft（405）It is horizontally disposed with, leads to along the longitudinal direction
Cross electric pushrod（404）The right conveyer belt baffle of flexible realization（401）Angle adjustment；
The left conveyer belt（2）, preceding conveyer belt（3）On be also respectively arranged with right baffle-plate angular adjustment apparatus, front apron angle
Adjusting apparatus, and with right conveyer belt（4）The right shell body angular adjustment apparatus structure of upper setting is identical.
3. feather ball collection arrangement according to claim 1, it is characterised in that：The motor-driven carrier（1）Including trolley
Tablet（101）, guide plate（102）, synchronous belt（103）, belt wheel one（104）, vehicle motor（105）, belt wheel two（106）, trolley
Shaft（107）, the trolley tablet（101）Wind turbine is fixed in side surface（5）, trolley tablet（101）Setting in the middle part of downside surface
There is the guide plate extended downwardly（102）, there are four wheel, the first two wheel is separately fixed at trolley for the trolley lower section setting
Shaft（107）Left and right ends, trolley shaft（107）Fixed pulley two（106）, belt wheel two（106）Pass through synchronous belt（103）With
Belt wheel one（104）Form V belt translation, belt wheel one（104）It is fixed on vehicle motor（105）Output shaft on, vehicle motor（105）
It is fixed on trolley tablet（101）Lower surface, for driving trolley to walk along the longitudinal direction.
4. feather ball collection arrangement according to claim 1, it is characterised in that：The wind turbine（5）Air outlet be located at
Front side, and air outlet（501）It is in fan-shaped setting in the horizontal direction.
5. feather ball collection arrangement according to claim 4, it is characterised in that：Air outlet（501）Fan-shaped central angle is
135 degree.
6. according to claim 1-4 any one of them feather ball collection arrangements, it is characterised in that：The motor-driven carrier（1）
With the wind turbine being installed on it（5）Height is less than the lower edge height of badminton net, to facilitate motor-driven carrier（1）With wind turbine（5）
Pass through.
7. according to claim 1-4 any one of them feather ball collection arrangements, it is characterised in that：The right conveyer belt（4）,
Preceding conveyer belt（3）, left conveyer belt（2）For electric conveyor belt.
8. according to claim 1-4 any one of them feather ball collection arrangements, it is characterised in that：The wind turbine（5）For electricity
Dynamic wind turbine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820247877.4U CN208003376U (en) | 2018-02-12 | 2018-02-12 | A kind of feather ball collection arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820247877.4U CN208003376U (en) | 2018-02-12 | 2018-02-12 | A kind of feather ball collection arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208003376U true CN208003376U (en) | 2018-10-26 |
Family
ID=63885527
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820247877.4U Expired - Fee Related CN208003376U (en) | 2018-02-12 | 2018-02-12 | A kind of feather ball collection arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208003376U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112337063A (en) * | 2020-11-05 | 2021-02-09 | 安徽震雄新材料有限公司 | Automatic ball picking device in tennis match |
-
2018
- 2018-02-12 CN CN201820247877.4U patent/CN208003376U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112337063A (en) * | 2020-11-05 | 2021-02-09 | 安徽震雄新材料有限公司 | Automatic ball picking device in tennis match |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181026 Termination date: 20200212 |