CN206187925U - Spool promotes directional conveying mechanism at a high speed - Google Patents
Spool promotes directional conveying mechanism at a high speed Download PDFInfo
- Publication number
- CN206187925U CN206187925U CN201621027226.1U CN201621027226U CN206187925U CN 206187925 U CN206187925 U CN 206187925U CN 201621027226 U CN201621027226 U CN 201621027226U CN 206187925 U CN206187925 U CN 206187925U
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- China
- Prior art keywords
- spool
- lifting
- material road
- conveying mechanism
- rejecting
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Abstract
Spool promotes directional conveying mechanism at a high speed belongs to spinning machine technical field, including spool feed bin, a hoist mechanism, the straight conveying mechanism of spool reason, for the second time hoist mechanism, big spool mechanism and orientation system reject, the spool promotes through a hoist mechanism and the 2nd hoist mechanism two -stage, has promoted the hoist speed of spool greatly to and make realization spool orientation at the uniform velocity carry, improved reason pipe efficiency, promoting big spool accurate reject of in -process through having the winding on the tail yarn, beat the mechanism through adopting to hit when big spool is rejected, great improved processing speed is compared with the cylinder structure, and simple structure, adopt the spool main aspects rolling speed physical principle faster than spool tip at the directional in -process of spool, just adopt the angle after optimizing to make the spool roll with maximum angle but can not make spool and directional raceway produce the relative slip, drawn in the next procedure fast in the time of on the conveyer belt is rolled to the spool main aspects, realized the spool and combed directed function fast.
Description
Technical field
The utility model belongs to technical field of textile machine, and especially lifting orientation conveying mechanism has at a high speed with a kind of spool
Close.
Background technology
The automatic winder that textile enterprise uses, spool out is all falling in storage area under control, for spinning frame of being in a mess
On spool be the small taper body in the big one end in one end, and color often exists various, when these spools are reused, needs
Will be according to the difference of color, categorised collection, so that next time uses, it is also desirable to which the big spool that will be wound with remaining yarn is rejected, current one
A little small-sized textile enterprise typically manually go sorting to make in order, and efficiency is low, and labour intensity is big, and production cost is high, and some big enterprises
Industry is using reason tube apparatus, but the reason tube apparatus reason pipe speed on existing market is slower, is typically only capable to realize per minute 30~60
Pipe, and be to use cylinder form during the rejecting of big spool, reaction speed is slower, and accuracy rate is not high, will not twine easily
It is taken as big spool to reject around the spool of remaining yarn, and card pipe occurs during the rejecting of big spool, and by spool size
End is relatively low towards the speed of consistent arrangement.Therefore, the applicant devises one kind, and lifting conveying, color separation recognition accuracy are high at a high speed
And the automatic tube sorting and packing machine for making vanning in order, feeding is lifted in course of conveying soon and end direction can be greatly held to adapt to tube sorting and packing machine
The need for consistent orientation is conveyed, applicant devise it is a kind of by being lifted twice, spool manage the yarn of direct join spool automatic reversing
Lifting orients conveying mechanism to pipe at a high speed.
Utility model content
The purpose of this utility model is intended to adaptation tube sorting and packing machine spool can at a high speed be lifted feeding, spool automatic reversing and oriented
The need for conveying, there is provided it is a kind of by being lifted twice, spool reason straight and spool automatic reversing, the spool of conveying at a high speed carry at a high speed
Rise orientation conveying mechanism.
Therefore, the utility model uses following technical scheme：Lifting orients conveying mechanism to spool at a high speed, it is characterized in that, institute
The conveying mechanism stated includes that spool feed bin, first hoisting mechanism, spool are managed straight conveying mechanism, second hoisting mechanism, big spool and picked
Except mechanism and attitude reference device, spool feed bin is fixedly mounted by a frame, and described first hoisting mechanism includes the first lifting material
Road and driving first lift the first lifting drive mechanism of material road ascending motion, and the first lifting material road inclines the machine described in being installed on
On frame, the lower end of the first lifting material road is stretched into described spool feed bin, as the port of export on rear side of the upper end of the first lifting material road,
The bottom interval distance of the first lifting material road is provided with the spool supporting plate of cross direction profiles, and the first lifting drive mechanism drives first to carry
Rising material road ascending motion makes the spool in spool feed bin enter spool supporting plate with the first lifting material road ascending motion；Described spool
Managing straight conveying mechanism includes deflector apron, the first transverse conveying mechanism and storage Guan Dou, and the first transverse conveying mechanism includes that first is horizontal
To conveying material road and the first transversal driving mechanism for driving the first lateral transfer material road transverse movement, the first lateral transfer material road
It is arranged in described frame, used as input, the input is located at the first described lifting material for one end of the first horizontal material road
First port of export for lifting material road is accepted in the rear side lower section of road upper end, and described deflector apron is arranged at the described first horizontal material road
The side of input is simultaneously oppositely arranged with the port of export of the described first lifting material road, makes spool from the port of export of the first lifting material road
Spool is fallen into the first horizontal material road and the center line of spool can be made in transverse direction when on into the first horizontal material road,
The other end of the described first horizontal material road as output end, storage pipe bucket accept the output end, spool is entered from output end
Enter to store up in Guan Dou and make each spool axially in the same direction to arrangement, storage Guan Dou is provided with an outlet spout；Described second hoisting mechanism
The second lifting drive mechanism of material road ascending motion is lifted including the second lifting material road and driving second, the second lifting material road passes through
Mounting bracket support is installed and is inclined to set, and the lower end of the second lifting material road accepts the outlet pipe of the storage Guan Dou as entrance point
Mouthful, spacing distance is provided with multiple blend stops on the material road bottom of the second lifting material road, spool is formed between two neighboring blend stop and is held
Support chamber, spool support chamber described in each can only one spool of support, make spool conveying uniform good, the second described lifting material
The upper end in road is lifted in making the neat entrance next process at the uniform velocity of spool as the port of export by second hoisting mechanism；It is described
Big spool rejecting mechanism include big spool inductor, reject hit agency and big spool recovery approach, big spool inductor, pick
Except hit agency sets gradually along the direction of motion of the described second lifting material road, big spool inductor is arranged at second lifting
The side of material road, described big spool recovery approach fixed installation, the upper end import of big spool recovery approach is hit with the rejecting
Branch construction is beaten in the both sides of the described second lifting material road, rejecting hit agency includes mounting blocks, rejects striking rod and drive peace
The rejecting impact motor of dress block rotation, rejects impact motor and is fixedly installed in the second lifting material road by a motor mounting plate
Side, reject striking rod one end and be fixedly connected on the mounting blocks, the other end overhangs setting and the end conduct axially outward
Impact end is rejected, when rejecting striking rod rotates to certain angle, the upper end of impact end and the big spool recovery approach is rejected
Import is corresponding;Described attitude reference device includes orientation raceway and orientation conveying mechanism, and orientation raceway is obliquely installed in described
On mounting bracket, the port of export of the second lifting material road is accepted in the upper end for orienting raceway, when spool is rolled on raceway is oriented, by
In the rolling speed of the rolling speed more than spool small end at the big end of spool, therefore spool is set to be automatically converted to yarn in rolling process
Pipe is small end up the big end down；Described orientation conveying mechanism includes the second horizontal material road, two guide plates, drives second laterally to expect
The lower end of the orientation raceway is accepted in second transversal driving mechanism of road transverse movement, second horizontal material road one end, and described leads
It is divided into the top both sides of the described second horizontal material road to plate, two guide plates are in splayed, two one end in larger distance are towards institute
The lower end of orientation raceway is stated, two one end in small distance form spool directional feeding mouthful with the second horizontal material road other end.
Used as the supplement to above-mentioned technical proposal and perfect, the utility model also includes following technical characteristic.
The bottom of the first described lifting material road is the first lifting conveyer belt, and the first lifting conveyer belt two ends pass through respectively
Two synchronous pulley tensioning support installations form conveyor belt loop, wherein a synchronous pulley is by the first described lifting drive mechanism
Drive rotation.
Further, the both sides of described first lifting conveyer belt are respectively arranged with side shield and avoid spool from dropping to spool material
Outside storehouse.
Described spool manages straight conveying mechanism also includes the full induction installation of material being arranged on the storage Guan Dou, the full sensing of material
Device includes two sensors to matching somebody with somebody, and two sensors are respectively arranged at the both sides of the storage Guan Dou and set to penetrating relatively
Put, when spool store up Guan Dou in spool into two sensorses to penetrating in the range of when, sensor by signal feed back to control system
System, control system controls the first hoisting mechanism pause lifting or slows down lifting speed, by again normal after certain hour
Work；
The bottom of the second described lifting material road is the second lifting conveyer belt, and the second lifting conveyer belt two ends pass through respectively
Two synchronous pulley tensioning support installations form conveyor belt loop, wherein a synchronous pulley is by the second described lifting drive mechanism
Drive rotation.
Described rejecting striking rod is evenly arranged with four along the circumference defence line of the mounting blocks, is rotated by 90 ° hits every time
Beat once, improve impact efficiency.
Further, the rejecting impact end of described rejecting striking rod is provided with rejecting impact block, and it is bullet to reject impact block
Gonosome, prevents from producing damage to the end of spool.
Described horizontal material road includes conveyer belt and two synchronous pulleys, and two synchronous pulleys are supported by support shaft respectively pacifies
Loaded on described mounting bracket, conveyer belt is set in be formed on two described synchronous pulleys has bilevel transverse onveyer
Loop, the support shaft of described one of synchronous pulley drives rotation with described transversal driving mechanism.
Described transversal driving mechanism is motor.
The utility model can reach following beneficial effect：1. spool is lifted by two-stage, greatly improves carrying for spool
Lifting speed, and the orientation for realizing spool is at the uniform velocity conveyed, the processing speed of 160 ~ 240 pipe per minute has been reached, greatly improve
Reason tube efficiency, with prominent substantial effect；2. accurately picked by the way that the big spool of tail yarn will be wound with lifting process
Remove, solve card spool and big spool treatment validity phenomenon not high；3. by using hit agency when big spool is rejected,
Processing speed is substantially increased compared with air cylinder structure, and simple structure, treatment high speed are effectively；4. adopted in spool orientation process
With the big end rolling speed of the spool physical principle faster than spool small end, and the angle after optimization is used spool is rolled with maximum angle
Move but spool slip relative with orientation raceway generation will not be made, lower road is quickly pulled into when the big end of spool is rolled on conveyer belt
Operation, realizes the function of the quick combing orientation of spool, solves the slow bottleneck of combing spool directed velocity.
Brief description of the drawings
Fig. 1 is schematic diagram of the present utility model.
Fig. 2 is other direction schematic diagram of the present utility model.
Fig. 3 is the generalized section of storage Guan Dou described in the utility model.
1 spool feed bin；2 frames；3 first lifting material roads；4 spool supporting plates；5 first horizontal material roads；6 first lifting driving machines
Structure；7 deflector aprons；8 blend stops；9 second lifting material roads；10 orientation raceways；11 guide plates；12 second horizontal material roads；13 baffle plates；14
Output channel；15 mounting brackets；16 rejecting mechanisms；17 storage Guan Dou；The full induction installation of 18 material;19 spools.
Specific embodiment
Specific embodiment of the present utility model is described in detail below in conjunction with the accompanying drawings.
As shown in Fig. 1 ~ Fig. 3, the utility model include spool feed bin 1, first hoisting mechanism 3, spool manage straight conveying mechanism,
Second hoisting mechanism, big spool rejecting mechanism 16 and attitude reference device, spool feed bin 1 are fixedly mounted by a frame 2, and described
One hoisting mechanism 3 includes the first lifting material road and drives the first the first lifting drive mechanism 6 for lifting material road ascending motion, first
Lifting material road is inclined and is installed in described frame 2, and the lower end of the first lifting material road is stretched into described spool feed bin 1, and first
The upper end rear side of material road is lifted as the port of export, the bottom interval distance of the first lifting material road is provided with the spool support of cross direction profiles
Plate 4, the bottom of the first lifting material road is the first lifting conveyer belt, and the first lifting conveyer belt two ends pass through two Timing Belts respectively
Wheel tensioning support installation forms conveyor belt loop, wherein a synchronous pulley drives rotation by the first described lifting drive mechanism 6,
The both sides of the first described lifting conveyer belt are respectively arranged with side shield and avoid spool from dropping to outside spool feed bin 1, the first lifting
Drive mechanism 6 is motor, and motor drives first to lift material road ascending motion makes the spool in spool feed bin 1 enter spool supporting plate 4
With the first lifting material road ascending motion；Described spool manage straight conveying mechanism include deflector apron 7, the first transverse conveying mechanism,
Store up pipe bucket 17 and expect full induction installation 18, the first transverse conveying mechanism includes the first lateral transfer material road and drives first horizontal stroke
To the first transversal driving mechanism of conveying material road transverse movement, the first lateral transfer material road is arranged in described frame 2, and first
Used as input, the rear side lower section that the input is located at the first described lifting material road upper end accepts for one end of horizontal material road 5
The port of export of one lifting material road, described deflector apron 7 be arranged at the side of the described first horizontal input of material road 5 and with it is described
The port of export of the first lifting material road is oppositely arranged, and spool is entered in the first horizontal material road 5 from the port of export of the first lifting material road
When spool is fallen into the first horizontal material road 5 and the center line of spool can be made in laterally, the described first horizontal material
The other end in road 5 as output end, storage pipe bucket 17 accept the output end, spool is entered in storage pipe bucket 17 simultaneously from output end
Make each spool axially in the same direction to arrangement, storage pipe bucket 17 is provided with an outlet spout；Described second hoisting mechanism is carried including second
Rise material road 9 and drive the second the second lifting drive mechanism for lifting the ascending motion of material road 9, the second lifting material road 9 to pass through mounting bracket
15 supports are installed and are inclined to set, and the lower end of the second lifting material road 9 accepts the outlet spout of the storage pipe bucket 17 as entrance point,
Spacing distance is provided with multiple blend stops on the material road bottom of the second lifting material road 9, and spool support is formed between two neighboring blend stop
Chamber, spool support chamber described in each can only one spool of support, make spool conveying uniform good, the second described lifting material road
Used as the port of export, the bottom of the second lifting material road 9 is the second lifting conveyer belt, the second lifting conveyer belt two ends point for 9 upper end
Support installation not being tensioned by two synchronous pulleys and forming conveyor belt loop, the second lifting drive mechanism is motor, and motor shaft drives
A dynamic wherein synchronous pulley, is lifted in making the neat entrance next process at the uniform velocity of spool by second hoisting mechanism；Described
Big spool rejecting mechanism 16 includes big spool inductor, rejects hit agency and big spool recovery approach, big spool inductor, picks
Except hit agency sets gradually along the direction of motion of the described second lifting material road 9, big spool inductor is arranged at described second and carries
Rise the side of material road 9, described big spool recovery approach fixed installation, upper end import and the rejecting of big spool recovery approach
Hit agency is divided into the both sides of the second lifting material road 9, and rejecting hit agency includes mounting blocks, rejects striking rod and driving
The rejecting impact motor of mounting blocks rotation, rejects impact motor and is fixedly installed in the second lifting material by a motor mounting plate
The side in road 9, rejects striking rod one end and is fixedly connected on the mounting blocks, and the other end overhangs set and end work axially outward
To reject impact end, reject striking rod and be evenly arranged with four along the circumference defence line of the mounting blocks, be rotated by 90 ° hit every time
Beat once, each described rejecting impact end for rejecting striking rod is provided with rejecting impact block, and it is elastomer to reject impact block,
Prevent from producing the end of spool damage, rejecting striking rod is corresponding with the upper end import of the big spool recovery approach, and material is full
Induction installation 18 is arranged on the storage pipe bucket 17, and the full induction installation 18 of material includes two sensors to matching somebody with somebody, this two biographies
Sensor is respectively arranged at the both sides of the storage pipe bucket 17 and relatively to penetrating setting, when spool of the spool in storage pipe bucket 17 enters two
Sensor to penetrating in the range of when, signal is fed back to control system by sensor, and control system controls the first hoisting mechanism 3
Pause lifting slows down lifting speed, by normal work again after certain hour；Described attitude reference device includes orientation raceway
10 are obliquely installed in the upper end undertaking institute on described mounting bracket 15, orienting raceway 10 with orientation conveying mechanism, orientation raceway 10
The port of export of the second lifting material road 9 is stated, when spool is rolled on raceway 10 is oriented, because the rolling speed at the big end of spool is more than yarn
The rolling speed of pipe small end, therefore it is small end up the big end down spool is automatically converted to spool in rolling process；Described
Orient the second horizontal stroke that conveying mechanism includes the second horizontal material road 12, two guide plates 11, drives the second horizontal transverse movement of material road 12
To drive mechanism, the lower end of the orientation raceway 10 is accepted in second horizontal one end of material road 12, and the second described horizontal material road 12 is wrapped
The second transverse onveyer and two synchronous pulleys are included, two synchronous pulleys are supported by support shaft be installed on described mounting bracket respectively
On 15, the second transverse onveyer is set on two described synchronous pulleys to be formed, and there is bilevel second lateral transfer to take back
Road, the second transversal driving mechanism is motor, and motor drives the support shaft rotation of one of synchronous pulley, described guide plate 11
It is divided into the top both sides of the described second horizontal material road 12, two guide plates 11 are in splayed, two one end in larger distance are towards institute
The lower end of orientation raceway 10 is stated, two one end in small distance form spool directional feeding mouthful with the second horizontal other end of material road 12,
The spool directional feeding mouthful is connected with an output channel 14, and output channel 14 is connected with next procedure, and described spool orientation is sent
A baffle plate 13 is provided with above material mouth, can prevent spool from being jumped out from top, spool is smoothly entered from spool directional feeding mouthful
Enter output channel 14, horizontal material road includes conveyer belt and two support roll shafts.
During utility model works, rambling spool 19 is placed into spool feed bin 1, under the first lifting material road
The entrance point at end enters with the ascending motion of spool supporting plate 4 in the first lifting material road from the port of export of the first lifting material road upper end
The input of lateral transfer material road, in the presence of the lateral transfer material road of deflector apron 7 and high-speed motion, spool 19 is quick
Reason direct join enters in storage pipe bucket 17, and the spool 19 in storage pipe bucket 17 is in unanimously axially horizontally set, the spool in storage pipe bucket 17
19 entrance points for entering the second lifting material road 9 from the outlet spout of storage pipe bucket 17, the spool for making spool 19 be located between two blend stops holds
Support chamber big spool, yarn are rejected by rejecting hit agency in the lifting process of the second lifting material road 9 by second lift, spool
Pipe 10 is output to the entrance point of orientation raceway 10 in the port of export of the second lifting material road 9, and spool 19 is in inclined orientation raceway
Rolled in 10, due to the rolling speed of the rolling speed more than spool small end at the big end of spool, therefore make spool in rolling process
It is automatically converted to spool small end up the big end down, now, spool corrects greatly the port of export positioned at orientation raceway 10, due to horizontal stroke
To conveyor belt loop under the drive of motor revolution at a high speed, when spool it is big termination contact transverse onveyer when, spool 19 is quick
Convey at a spool directional feeding mouthful and be admitted to transfer passage and be delivered to subsequent processing, make directed velocity fast.
Claims (9)
1. lifting orients conveying mechanism to spool at a high speed, it is characterised in that：Described conveying mechanism includes spool feed bin, the first lifting
Mechanism, spool manage straight conveying mechanism, second hoisting mechanism, big spool rejecting mechanism and attitude reference device, and spool feed bin passes through a machine
Frame is fixedly mounted, and described first hoisting mechanism includes the first lifting material road and drives first to lift the first of material road ascending motion
Lifting drive mechanism, the first lifting material road is inclined and is installed in described frame, and the first lower end for lifting material road is stretched into described
In spool feed bin, used as the port of export, the bottom interval distance of the first lifting material road is provided with the upper end rear side of the first lifting material road
The spool supporting plate of cross direction profiles；Described spool manages straight conveying mechanism includes deflector apron, the first transverse conveying mechanism and storage pipe
Bucket, the first transverse conveying mechanism includes the first lateral transfer material road and drives the first of the first lateral transfer material road transverse movement
Transversal driving mechanism, the first lateral transfer material road is arranged in described frame, one end of the first horizontal material road as input,
First port of export for lifting material road is accepted in the rear side lower section that the input is located at the first described lifting material road upper end, and described leads
It is oppositely arranged in the side of the described first horizontal material road input and with the port of export of the described first lifting material road to baffle plate setting,
The other end of the described first horizontal material road accepts the output end as output end, the storage pipe bucket of institute, stores up Guan Dou and be provided with one
The mouth of pipe；Described second hoisting mechanism includes the second lifting material road and drives the second the second lifting for lifting material road ascending motion to drive
Motivation structure, the second lifting material road is supported by mounting bracket to be installed and is inclined to set, and the lower end of the second lifting material road is used as import
The outlet spout of the storage Guan Dou is accepted at end, and spacing distance is provided with multiple blend stops on the material road bottom of the second lifting material road, adjacent
Spool support chamber is formed between two blend stops, the spool support chamber described in each can only one spool of support, described second carries
The upper end of material road is risen as the port of export；Described big spool rejecting mechanism includes big spool inductor, rejects hit agency and big
Spool recovery approach, big spool inductor, rejecting hit agency set gradually along the direction of motion of the described second lifting material road, greatly
Spool inductor is arranged at the side of the second lifting material road, and described big spool recovery approach fixed installation, big spool is returned
The upper end import for receiving passage is divided into the both sides of the second lifting material road with the rejecting hit agency, rejects hit agency bag
Include mounting blocks, reject striking rod and the rejecting impact motor of drive installation block rotation, reject impact motor and installed by a motor
Plate is fixedly installed in the side of the second lifting material road, rejects striking rod one end and is fixedly connected on the mounting blocks, another
Hold overhanging setting axially outward and the end is used as impact end is rejected, when rejecting striking rod rotates to certain angle, rejecting is impacted
End is corresponding with the upper end import of the big spool recovery approach;Described attitude reference device includes that orientation raceway and orientation are conveyed
Mechanism, orientation raceway is obliquely installed accepts going out for the second lifting material road in the upper end on described mounting bracket, orienting raceway
Mouth end；Described orientation conveying mechanism includes the second horizontal material road, two guide plates, drives the of the second horizontal material road transverse movement
The lower end of the orientation raceway is accepted in two transversal driving mechanisms, second horizontal material road one end, and described guide plate is divided into described
The top both sides of the second horizontal material road, two guide plates are in splayed, and two one end in larger distance are oriented under raceway towards described
End, two one end in small distance form spool directional feeding mouthful with the second horizontal material road other end.
2. lifting orients conveying mechanism to spool according to claim 1 at a high speed, it is characterised in that：The first described lifting material
The bottom in road is the first lifting conveyer belt, and the first lifting conveyer belt two ends are tensioned support and install by two synchronous pulleys respectively
Conveyor belt loop is formed, wherein a synchronous pulley drives rotation by the first described lifting drive mechanism.
3. lifting orients conveying mechanism to spool according to claim 2 at a high speed, it is characterised in that：The first described lifting is defeated
The both sides of band are sent to be respectively arranged with side shield.
4. lifting orients conveying mechanism to the spool according to claim 1 or 3 at a high speed, it is characterised in that：Described spool reason
Straight conveying mechanism also includes the full induction installation of material being arranged on the storage Guan Dou, and the full induction installation of material includes two biographies to matching somebody with somebody
Sensor, two sensors are respectively arranged at the both sides of the storage Guan Dou and relatively to penetrating setting.
5. lifting orients conveying mechanism to spool according to claim 4 at a high speed, it is characterised in that：The second described lifting material
The bottom in road is the second lifting conveyer belt, and the second lifting conveyer belt two ends are tensioned support and install by two synchronous pulleys respectively
Conveyor belt loop is formed, wherein a synchronous pulley drives rotation by the second described lifting drive mechanism.
6. lifting orients conveying mechanism to spool according to claim 5 at a high speed, it is characterised in that：Described rejecting striking rod
Four are evenly arranged with along the circumference defence line of the mounting blocks, are rotated by 90 ° impact once every time.
7. lifting orients conveying mechanism to spool according to claim 6 at a high speed, it is characterised in that：Described rejecting striking rod
Rejecting impact end be provided with a rejecting impact block, reject impact block be elastomer.
8. lifting orients conveying mechanism to spool according to claim 7 at a high speed, it is characterised in that：Described horizontal material road bag
Conveyer belt and two synchronous pulleys are included, two synchronous pulleys are supported by support shaft be installed on described mounting bracket respectively, conveying
Band is set on two described synchronous pulleys to be formed has bilevel lateral transfer tape loop, and described is one of synchronous
The support shaft of belt wheel drives rotation with described transversal driving mechanism.
9. lifting orients conveying mechanism to spool according to claim 8 at a high speed, it is characterised in that：Described laterally driven machine
Structure is motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621027226.1U CN206187925U (en) | 2016-08-31 | 2016-08-31 | Spool promotes directional conveying mechanism at a high speed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621027226.1U CN206187925U (en) | 2016-08-31 | 2016-08-31 | Spool promotes directional conveying mechanism at a high speed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206187925U true CN206187925U (en) | 2017-05-24 |
Family
ID=58728168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621027226.1U Expired - Fee Related CN206187925U (en) | 2016-08-31 | 2016-08-31 | Spool promotes directional conveying mechanism at a high speed |
Country Status (1)
| Country | Link |
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| CN (1) | CN206187925U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108045890A (en) * | 2017-12-28 | 2018-05-18 | 浙江鼎盛汽车紧固件有限公司 | A kind of new type nut feed arrangement |
| CN109775236A (en) * | 2018-12-27 | 2019-05-21 | 珠海市明明机器人科技有限公司 | A kind of cushion rubber elevator |
-
2016
- 2016-08-31 CN CN201621027226.1U patent/CN206187925U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108045890A (en) * | 2017-12-28 | 2018-05-18 | 浙江鼎盛汽车紧固件有限公司 | A kind of new type nut feed arrangement |
| CN109775236A (en) * | 2018-12-27 | 2019-05-21 | 珠海市明明机器人科技有限公司 | A kind of cushion rubber elevator |
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Granted publication date: 20170524 Termination date: 20210831 |