CN209467732U - A kind of motor stator automatic connection machine conveying device - Google Patents
A kind of motor stator automatic connection machine conveying device Download PDFInfo
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- CN209467732U CN209467732U CN201920158804.2U CN201920158804U CN209467732U CN 209467732 U CN209467732 U CN 209467732U CN 201920158804 U CN201920158804 U CN 201920158804U CN 209467732 U CN209467732 U CN 209467732U
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- pallet
- jacking
- blocking mechanism
- assembly line
- cylinder
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Abstract
The utility model discloses a kind of motor stator automatic connection machine conveying devices, and the utility model relates to the technical field of motor production, especially a kind of motor stator automatic connection machine conveying devices.The benefit of the utility model: the utility model is provided with the first blocking mechanism and photoelectric sensor, when photoelectric sensor senses that the second blocking mechanism has pallet, first blocking mechanism can prevent pallet from entering, when the second blocking mechanism does not have pallet, first blocking mechanism can let pass, ensure that when process just at work when, be blocked at the first blocking mechanism cylinder by the pallet that comes of assembly line transport, so that various processes work is more orderly, normal work will not be influenced by other pallets；The case where keeping jacking more accurate, preventing pallet from turning on one's side, to protect pallet；When lifting body jacks pallet, block can prevent pallet from falling off；Realize that pallet can recycle transport on assembly line, to improve space utilization rate.
Description
Technical field
The utility model relates to the technical field of motor production, especially a kind of motor stator automatic connection machine conveying dress
It sets.
Background technique
As domestic economy grows at top speed, snafu change is had occurred in the life of the common people, thus to refrigerator, air-conditioning
The demand of equal household electrical appliances surges, and wherein small machine is the heart of this kind of household electrical appliances, therefore the demand of small machine is also quickly increased
Add.
Small machine is mainly made of stator and rotor, and wherein stator requires to carry out wiring processing, and the process of wiring processing is multiple
It is miscellaneous cumbersome, need the trimming by enameled wire, enameled wire high-frequency heating, enameled wire to scrape paint, stator lead-out wire component and enamel-cover
Line winding, scolding tin, etc. processes, therefore, it is necessary to carry out transport motor stator with assembly line.
Existing assembly line still has some problems in use:
1. existing assembly line can only play transport effect when in use, when the processing speed of a certain procedure is slower,
Multiple palletized transports to the procedure can be formed blocking, pallet can block the lifting body jacked, thus shadow by assembly line
It rings lifting body normally to go up and down, or even damage lifting body, meanwhile, it also will affect the normal work of the process.
2. assembly line is continual transport due at work, at palletized transport to certain procedure, lifting body is needed
When jacking to pallet, for lifting body during jacking, pallet is still in forward movement, therefore producing cannot
The problem of accurate jacking pallet, leads to pallet rollover.
2. existing assembly line is by palletized transport to certain procedure, pallet is jacked up by lifting body, but jack
When, due to the jack-up fast speed of jacking cylinder, pallet generates biggish impact force upwards, it may occur that the phenomenon that rollover, shadow
Ring the normal work of process.
Utility model content
The purpose of this utility model is that solve the above-mentioned problems and provides a kind of motor stator automatic connection machine use
Conveying device.
A kind of motor stator automatic connection machine conveying device, including upper assembly line, dirty waterline, lifting body, work
Frame, pallet, pallet lift mechanism, the falsework are fixedly connected with the upper assembly line and dirty waterline being arranged in parallel up and down, on
The direction of transfer of assembly line and dirty waterline is on the contrary, the upper assembly line and dirty waterline are placed with the support mobile with assembly line
Disk installs pallet elevating mechanism, if the side of the upper assembly line is provided between the upper assembly line and the both ends of down-flow water
Arterial highway process, upper assembly line all install the first resistance for stopping pallet to flow through at every procedure other than handwork
Retaining device and the second blocking mechanism, every procedure install the first blocking mechanism before, and installation second is set after every procedure and is stopped
Mechanism is provided with the photoelectric sensor for incuding pallet, first resistance between the first blocking mechanism and the second blocking mechanism
The lifting body for jacking pallet is additionally provided between retaining device and the second blocking mechanism, lifting body, which is provided with, prevents pallet
The block of ejection, the block are mounted on the side of assembly line.
Preferably, the upper assembly line and dirty waterline are made of delivery chain and flow line bracket, flow line bracket
Upper installation and transportation chain, delivery chain are connected with first servo motor, and the delivery chain is driven by first servo motor.
Preferably, the pallet lift mechanism includes crane, lifting cylinder, lifting platform, lift platform, the second servo
Motor, conveyer belt, transmission chain, guide rod, gear, blend stop, connector, the crane installation connecting element, the crane
The top connection gear of lifting cylinder is flexibly connected with lifting cylinder by connector, also is provided with tooth at the top of the crane
Wheel, the gear connect transmission chain, the gear and transmission chain engagement, and one end of transmission chain and the top of crane are solid
Fixed connection, the other end of transmission chain are fixedly connected with the top of lift platform, the lower section mounting lifting platform of the lift platform,
Second servo motor and conveyer belt are installed on the lifting platform, the blend stop for blocking pallet is additionally provided on the lifting platform,
Second servo motor connects horizontally disposed conveyer belt, and crane has also been fixedly connected with vertical guide rod, lifting platform and guiding
Bar is slidably connected.
Preferably, the lifting body includes jacking connecting plate, jacking bottom plate, jacking cylinder, the jacking connecting plate
It is fixedly connected with flow line bracket, the bottom end for jacking connecting plate is fixedly connected with jacking bottom plate, and jacking bottom plate installs jacking cylinder, jacking
The top of cylinder is fixedly connected with supporting block, and supporting block and jacking bottom plate are also provided with jacking guide post, the jacking guide post
Top be fixedly connected with supporting block, jack the other end of guide post and be fixedly connected at the top of jacking bottom plate, the supporting block
There is jacking upper plate, the opposite sides edge for jacking upper plate is respectively equipped with locating piece, and the jacking upper plate is equipped with height and is greater than positioning
The positioning column of block.
Preferably, the tray upper surface is equipped with vertical plate, and wired slotware, institute is bolted in the top of the vertical plate
It states wire casing part and is carved with several wire casings for being used to block stator wiring, the tray surface is also provided with limit hole.
Preferably, first blocking mechanism and the second blocking mechanism are by mechanism shell, stop cylinder, stopper group
At stopper, the stopper and mechanism is arranged in the top of installation stop cylinder inside the mechanism shell, the stop cylinder
Housing hinge.
Preferably, copper block is fixedly connected at the top of the stop cylinder, the copper block is close to the side of stopper
Face is in inclined-plane.
The good effect of the utility model is as follows:
1. the utility model is provided with the first blocking mechanism and photoelectric sensor, when photoelectric sensor senses the second blocking
When there is pallet in mechanism, the first blocking mechanism can prevent pallet from entering, when the second blocking mechanism does not have pallet, the first blocking mechanism
Can let pass, ensure that when process just at work when, the first blocking mechanism cylinder is blocked in by the pallet that comes of assembly line transport
Place will not be influenced normal work so that various processes work is more orderly by other pallets.
2. the utility model is provided with the second blocking mechanism, when the pallet to be come by assembly line transport is jacked
When, pallet is stopped, prevents pallet from continuing to move along, jacked convenient for lifting body, made by the jacking of the second blocking mechanism
More accurate, the case where preventing pallet from turning on one's side must be jacked, to protect pallet.
3. the utility model is provided with block, when lifting body jacks pallet, block can prevent pallet from falling off.
4. the crane of the utility model connects lifting cylinder by connector, so that lifting cylinder is being jacked and is being bounced back
When, connector is able to drive lifting cylinder and swings, so as to offset lifting platform during lifting cylinder works
To the active force of lifting cylinder, lifting cylinder is protected, to improve the service life of lifting cylinder.
5. the utility model is provided with upper assembly line and dirty waterline, realize that pallet can recycle transport on assembly line,
To improve space utilization rate.
Detailed description of the invention
Fig. 1 is the top view of the utility model.
Fig. 2 is the structural schematic diagram of upper assembly line and dirty waterline.
Fig. 3 is lifting body structural schematic diagram.
Fig. 4 is the main view of pallet lift mechanism.
Fig. 5 is the side view of pallet lift mechanism.
Fig. 6 is tray structure diagram.
Fig. 7 is the first blocking mechanism and the second blocking mechanism and upper assembly line attachment structure schematic diagram.
Fig. 8 is the schematic diagram of internal structure of the first blocking mechanism and the second blocking mechanism.
Structural schematic diagram when Fig. 9 is the first blocking mechanism and the blocking of the second blocking mechanism.
In figure: 1, upper assembly line, 2, dirty waterline, 3, lifting body, 301, jacking connecting plate, 302, jacking bottom plate,
303, jacking cylinder, 304, supporting block, 305, jacking guide post, 306, jacking upper plate, 307 locating pieces, 308, positioning column, 4, work
Make frame, 5, pallet, 501, vertical plate, 502, wire casing part, 503, wire casing, 504, limit hole, 6, pallet lift mechanism, 601, lifting
Frame, 602, lifting cylinder, 603, lifting platform, 604, lift platform, the 605, second servo motor, 606, conveyer belt, 607, transmission
Chain, 608, guide rod, 609, gear, 610, blend stop, 611, connector, the 7, first blocking mechanism, the 8, second blocking mechanism, 9,
Photoelectric sensor, 10, block, 11, delivery chain, 12, flow line bracket, 13, first servo motor, 14, mechanism shell, 15,
Stop cylinder, 16, stopper, 17, copper block.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
It please refers to shown in Fig. 1-9, a kind of motor stator automatic connection machine conveying device, including upper assembly line 1, down-flow water
Line 2, lifting body 3, falsework 4, pallet 5, pallet lift mechanism 6, the falsework 4 is fixedly connected to be arranged in parallel up and down
The direction of transfer of upper assembly line 1 and dirty waterline 2, upper assembly line 1 and dirty waterline 2 is on the contrary, the upper assembly line 1 and flow down
Waterline 2 is placed with the pallet 5 mobile with assembly line, installs pallet lift between the upper assembly line 1 and the both ends of down-flow water 2
Mechanism 6, the side of the upper assembly line 1 are provided with several procedures, and upper assembly line 1 is in the per pass work other than handwork
It is fitted with the first blocking mechanism 7 and the second blocking mechanism 8 for stopping pallet to flow through at sequence, the is installed before every procedure
One blocking mechanism 7, every procedure sets the second blocking mechanism 8 of installation later, between the first blocking mechanism 7 and the second blocking mechanism 8
It is provided with the photoelectric sensor 9 for incuding pallet, is additionally provided between first blocking mechanism 7 and the second blocking mechanism 8
For jacking the lifting body 3 of pallet, lifting body 3 is provided with the block 10 for preventing pallet from ejecting, and the block 10 is mounted on
The side of upper assembly line 1, when lifting body 3 jacks pallet 5, block 10 can prevent pallet 5 from falling off.
As a kind of technical optimization scheme of the utility model, the upper assembly line 1 and dirty waterline 2 are by delivery chain
11 and flow line bracket 12 form, installation and transportation chain 11 on flow line bracket 12, delivery chain 11 is connected with the first servo electricity
Machine 13, the delivery chain 11 is driven by first servo motor 13, so that pallet 5 can be moved along delivery chain 11
It is dynamic, realize that pallet 5 can recycle transport on assembly line, to improve space utilization rate.
The pallet lift mechanism 6 include crane 601, lifting cylinder 602, lifting platform 603, lift platform 604,
Second servo motor 605, conveyer belt 606, transmission chain 607, guide rod 608, gear 609, blend stop 610, connector 611, institute
601 installation connecting element 611 of crane is stated, the crane 601 is flexibly connected by connector 611 with lifting cylinder 602, described
Crane 601 installs lifting cylinder 602, and the top of the top connection gear 609 of lifting cylinder 602, the crane 601 is also set
There is gear 609, the gear 609 connects transmission chain 607, and the gear 609 and transmission chain 607 engage, transmission chain 607
One end be fixedly connected with the top of crane 601, the top of the other end of transmission chain 607 and lift platform 604 is fixed to be connected
It connects, the lower section mounting lifting platform 603 of the lift platform 604, the second servo motor 605 is installed on the lifting platform 603 and passes
Band 606 is sent, the second servo motor 605 connects horizontally disposed conveyer belt 606, is additionally provided on the lifting platform 603 for keeping off
The firmly blend stop 610 of pallet 5, the second servo motor 605 drives conveyer belt 606 to rotate, so that 606 synchronous drive pallet 5 of conveyer belt
Move forward, when the transport of pallet 5 is to the middle position of lifting platform 603, blend stop 610 can resist pallet 5, prevent pallet 5 after
Continuous move forward falls from lifting platform 603, protects pallet 5 and is that position of the pallet 5 on lifting platform 603 is more stable,
Crane 601 has also been fixedly connected with vertical guide rod 608, and lifting platform 603 and guide rod 608 are slidably connected, lifting cylinder
602 stretch, and when lifting cylinder 602 is bounced back, the gear 609 at 602 top of lifting cylinder pulls downward on transmission chain
607, simultaneously as gear 609 and transmission chain 607 engage, gear 609 can change the direction of motion of transmission chain 607,
Transmission chain 607 is enabled to pull lifting platform 603 and lift platform 604, while lifting platform 603 and guiding in vertical direction
Bar 608 is slidably connected, so that lifting platform 603 moves straight up, when lifting cylinder 602 jacks, lifting platform 603 and lifting platform
Frame 604 is since gravity pulls downward on transmission chain 607, simultaneously as lifting cylinder 602 slowly jacks, 602 top of lifting cylinder
Gear 609 pull transmission chain 607, so that lifting cylinder 602 can play speed limit to lifting platform 603 and lift platform 604
Effect, lifting platform 603 and lift platform 604 are slowly moved straight down, also, lifting cylinder 602 is pushing up
When rising and bouncing back, connector 611 is able to drive lifting cylinder 602 and swings, so as to offset 602 work of lifting cylinder
Lifting platform 603 protects lifting cylinder 602, to improve lifting cylinder 602 to the active force of lifting cylinder 602 during work
Service life.
As a kind of technical optimization scheme of the utility model, the lifting body 3 includes jacking connecting plate 301, top
Bottom plate 302, jacking cylinder 303 are risen, the jacking connecting plate 301 is fixedly connected with flow line bracket 12, jacking connecting plate 301
Bottom end is fixedly connected with jacking bottom plate 302, and jacking bottom plate 302 installs jacking cylinder 303, and the top of jacking cylinder 303 is fixedly connected
There is supporting block 304, supporting block 304 and jacking bottom plate 302 are also provided with jacking guide post 305, the top of the jacking guide post 305
End is fixedly connected with supporting block 304, and the other end of jacking guide post 305 runs through jacking bottom plate 302, the top of the supporting block 304
It is fixedly connected with jacking upper plate 306, the opposite sides edge for jacking upper plate is respectively equipped with locating piece 307, and the jacking upper plate is set
There is height to be greater than the positioning column 308 of locating piece 307, when lifting body 3 needs to jack, jacking cylinder 303 drives link block 304
Jacking upwards, since link block 304 is connect with jacking upper plate 306, so that 304 synchronous drive of link block jacking upper plate 306 is upward
Jacking, locating piece 307 are used to block the pedestal of pallet 5, and positioning column 308 passes through the limit hole 504 of pallet 5, realizes stable top
It rises, preventing pallet 5, there is a situation where turn on one's side during jacking.
As a kind of technical optimization scheme of the utility model, 5 upper surface of pallet is equipped with vertical plate 501, described vertical
Wired slotware 502 is bolted in the top of plate 501, and the wire casing part 502 is carved with several for blocking the line of stator wiring
Slot 503,5 surface of pallet are also provided with limit hole 504, and the limit hole 504 is used to cooperate the positioning column 308 of lifting body 3.
As a kind of technical optimization scheme of the utility model, first blocking mechanism 7 and the second blocking mechanism 8 by
Mechanism shell 14, stop cylinder 15, stopper 16 form, and stop cylinder 15, the blocking are installed inside the mechanism shell 14
Stopper 16 is arranged in the top of cylinder 15, and the stopper 16 and mechanism shell 14 are hinged, and the first blocking mechanism 7 and second stops
When mechanism 8 needs to stop pallet, stop cylinder 15 jacks upwards, pushes stopper 16 to rotate, so that 16 exposure mechanism of stopper
Shell 14, the height of stopper 16 are greater than the height of pallet 5, and stopper 16 resists pallet 5, prevents pallet 5 from continuing to move along.
As a kind of technical optimization scheme of the utility model, the top of the stop cylinder 15 is fixedly connected with copper gear
Block 17, the copper block 17 close to the side of stopper 16 be in inclined-plane, it is described when stop cylinder 16 jack when, copper block 17 it is oblique
Face can agree with the side of stopper 16, convenient for stopper 16 rotate, meanwhile, copper block 17 also can exposure mechanism shell 14,
To pallet into blocking.
Embodiment
It please refers to shown in Fig. 1-9, when in use, the delivery chain 11 of upper assembly line 1 and dirty waterline 2 passes through the present apparatus
First servo motor 13 drives, so that delivery chain 11 rotates, pallet 5 is placed in the right end of assembly line 1, i.e., upper assembly line 1
Feed inlet, by delivery chain 11 drive pallet 5 move to the left；
When 5 approach procedure of pallet, photoelectric sensor 9 incudes the second blocking mechanism 8 and does not stop pallet 5, the first resistance
Retaining device 7 is let pass, and when pallet 5 is moved at the second blocking mechanism 8, the stop cylinder 15 of the second blocking mechanism 8 is jacked, and stops gas
Cylinder 15 drives stopper 16 to be rotated up, so that stopper 16 resists pallet 5, prevents pallet 5 from moving forward, together
When lifting body 3 jacking cylinder 303 jack upwards, locating piece 307 blocks the pedestal of pallet 5, and positioning column 308 passes through pallet 5
Limit hole 504, realize stable jacking, prevent pallet 5 during jacking there is a situation where turning on one's side, jacking while,
Pallet 5 can be effectively protected in block 10, prevent pallet 5 from falling off.After pallet 5 jacks, which works；
When new pallet 5 is transported by upper assembly line 1 to the process, photoelectric sensor 9 incudes the second blocking mechanism
8 have blocking pallet 5, and the stop cylinder 15 of the first blocking mechanism 7 jacks, so that stopper 16 resists pallet 5, so that newly
Pallet 5 not can enter the process；
When the process after hours, the jacking cylinder 303 of lifting body 3 is retracted downwards, so that pallet 5 contacts again
The stop cylinder 15 of assembly line 1, the second blocking mechanism 8 is retracted downwards, and stopper 16 is rotated down, i.e., the second blocking mechanism 8 is right
Pallet 5 is let pass；
Pallet 5 is moved to the left end of assembly line 1, that is, goes up the discharge port of assembly line 1, the pallet lift mechanism 6 in left side
603 surface of lifting platform is flushed with upper assembly line 1, and pallet 5 transports on conveyer belt 606 along the delivery chain 11 of upper assembly line 1,
Second servo motor 605 drives conveyer belt 606 to rotate, and after the transport to the intermediate position of lifting platform 603 of pallet 5, passes through blend stop
610 pairs of pallets 5 carry out position-limiting action, prevent pallet 5 from falling from lifting platform 603, the second servo motor 605 shuts down, together
When, lifting cylinder 602 jacks upwards, and lifting platform 603 pulls transmission chain 607 to move downward, and passes through the guiding of guide rod 608
Effect, so that lifting platform 603 moves straight down, until lifting platform 603 is moved to the height of dirty waterline 2, the second servo electricity
Machine 605 drives conveyer belt 606 to rotate backward, by the transport of pallet 6 to the left end of dirty waterline 2, that is, the feed inlet for the waterline 2 that flows down,
Pallet 5 is moved to the right by the delivery chain 11 for the waterline 2 that flows down, and pallet lift mechanism 6 is resetted, and lifting cylinder 602 exists
When jacking and retraction, connector 611 is able to drive lifting cylinder 602 and swings, so as to offset lifting cylinder 602
Lifting platform 603 protects lifting cylinder 602, to improve lifting cylinder to the active force of lifting cylinder 602 during work
602 service life.
Pallet 5 is moved to the right end of dirty waterline 2, the pallet lift on right side by the delivery chain 11 for the waterline 2 that flows down
603 surface of lifting platform of structure 6 is flushed with dirty waterline 2, and pallet 5 transports conveyer belt along the delivery chain 11 of dirty waterline 2
On 606, the second servo motor 605 drives conveyer belt 606 to rotate, after the transport to the intermediate position of lifting platform 603 of pallet 5, the
Two servo motors 605 shut down, meanwhile, lifting cylinder 602 is retracted downwards, and lifting platform 603 pulls transmission chain 607 upward
Movement, by the guiding role of guide rod 608, so that lifting platform 603 moves straight up, until lifting platform 603 is moved to
The height of assembly line 1, the second servo motor 605 driving conveyer belt 606 rotate backward, and pallet 6 is transported to a left side for supreme assembly line 1
End, i.e., the feed inlet of upper assembly line 1, pallet lift mechanism 6 are resetted；
Pallet 5 can between upper assembly line 1, the waterline 2 that flows down continuous circulation conveying stator.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (7)
1. a kind of motor stator automatic connection machine conveying device, including upper assembly line, the waterline that flows down, lifting body, falsework,
Pallet, pallet lift mechanism, which is characterized in that the falsework is fixedly connected with the upper assembly line being arranged in parallel up and down and flows down
The direction of transfer of waterline, upper assembly line and dirty waterline is on the contrary, the upper assembly line and dirty waterline are placed with assembly line
Mobile pallet installs pallet elevating mechanism, the side of the upper assembly line between the upper assembly line and the both ends of down-flow water
Several procedures are provided with, upper assembly line is all installed for stopping pallet to flow through at every procedure other than handwork
The first blocking mechanism and the second blocking mechanism, the first blocking mechanism is installed before every procedure, installation is set after every procedure
Second blocking mechanism is provided with the photoelectric sensor for incuding pallet, institute between the first blocking mechanism and the second blocking mechanism
The lifting body being additionally provided between the first blocking mechanism and the second blocking mechanism for jacking pallet is stated, lifting body is provided with
The block for preventing pallet from ejecting, the block are mounted on the side of assembly line.
2. a kind of motor stator automatic connection machine conveying device according to claim 1, it is characterised in that: described is upper
Assembly line and dirty waterline are made of delivery chain and flow line bracket, installation and transportation chain on flow line bracket, delivery chain
It is connected with first servo motor, the delivery chain is driven by first servo motor.
3. a kind of motor stator automatic connection machine conveying device according to claim 1, it is characterised in that: the support
Disk elevating mechanism includes crane, lifting cylinder, lifting platform, lift platform, the second servo motor, conveyer belt, transmission chain, leads
To bar, gear, blend stop, connector, the crane installation connecting element, the crane passes through connector and lifting cylinder activity
It connecting, the top connection gear of lifting cylinder, gear also is provided at the top of the crane, the gear connects transmission chain,
The gear and transmission chain engage, and are fixedly connected at the top of one end of transmission chain and crane, the other end of transmission chain
It is fixedly connected with the top of lift platform, the lower section mounting lifting platform of the lift platform, second is installed on the lifting platform and is watched
Motor and conveyer belt are taken, the second servo motor connects horizontally disposed conveyer belt, is additionally provided on the lifting platform for blocking
The blend stop of pallet, crane have also been fixedly connected with vertical guide rod, and lifting platform and guide rod are slidably connected.
4. a kind of motor stator automatic connection machine conveying device according to claim 1 or 2, it is characterised in that: described
Lifting body include jacking connecting plate, jacking bottom plate, jacking cylinder, the jacking connecting plate is fixedly connected with flow line bracket,
The bottom end of jacking connecting plate is fixedly connected with jacking bottom plate, and jacking bottom plate installs jacking cylinder, and the top of jacking cylinder is fixedly connected
There is supporting block, supporting block and jacking bottom plate are also provided with jacking guide post, and the top of the jacking guide post is fixedly connected with support
Block, the other end for jacking guide post are fixedly connected with jacking upper plate at the top of jacking bottom plate, the supporting block, jack upper plate
Opposite sides edge be respectively equipped with locating piece, the jacking upper plate is equipped with the positioning column that height is greater than locating piece.
5. a kind of motor stator automatic connection machine conveying device according to claim 1, it is characterised in that: the support
Disk upper surface is equipped with vertical plate, and wired slotware is bolted in the top of the vertical plate, and the wire casing part is carved with several for blocking
The firmly wire casing of stator wiring, the tray surface are also provided with limit hole.
6. a kind of motor stator automatic connection machine conveying device according to claim 1, it is characterised in that: described
One blocking mechanism and the second blocking mechanism are made of mechanism shell, stop cylinder, stopper, installation resistance inside the mechanism shell
Cylinder is kept off, stopper is arranged in the top of the stop cylinder, and the stopper and mechanism shell are hinged.
7. a kind of motor stator automatic connection machine conveying device according to claim 6, it is characterised in that: the resistance
Copper block is fixedly connected at the top of gear cylinder, the copper block is in inclined-plane close to the side of stopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920158804.2U CN209467732U (en) | 2019-01-30 | 2019-01-30 | A kind of motor stator automatic connection machine conveying device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920158804.2U CN209467732U (en) | 2019-01-30 | 2019-01-30 | A kind of motor stator automatic connection machine conveying device |
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| CN209467732U true CN209467732U (en) | 2019-10-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111470281A (en) * | 2020-04-18 | 2020-07-31 | 广东纵奇自动化股份有限公司 | Assembly line |
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2019
- 2019-01-30 CN CN201920158804.2U patent/CN209467732U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111470281A (en) * | 2020-04-18 | 2020-07-31 | 广东纵奇自动化股份有限公司 | Assembly line |
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