CN208680415U - A kind of magnet ring coiling tin soldering machine - Google Patents
A kind of magnet ring coiling tin soldering machine Download PDFInfo
- Publication number
- CN208680415U CN208680415U CN201821071886.9U CN201821071886U CN208680415U CN 208680415 U CN208680415 U CN 208680415U CN 201821071886 U CN201821071886 U CN 201821071886U CN 208680415 U CN208680415 U CN 208680415U
- Authority
- CN
- China
- Prior art keywords
- magnet ring
- cylinder
- plate
- coiling
- driving
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Manufacture Of Motors, Generators (AREA)
Abstract
The utility model discloses a kind of magnet ring coiling tin soldering machines, the tin soldering machine includes magnet ring coiling tin soldering equipment, magnet ring is sent into magnet ring slot through magnet ring feeding mechanism, it is driven thread feeding mechanism simultaneously, magnet ring wire is sent into annulus mechanism, annulus mechanism is to the magnet ring coiling in magnet ring slot, reshaping device is sent by Ban Liao mechanism after magnet ring coiling, since the magnet ring wire on the magnet ring after coiling is irregular, and length needs to cut off, reshaping device is straightened and is cut off to magnet ring wire, form unified shape, magnet ring wire after shaping is sent into jig by feed mechanism, jig successively rotates scolding tin positional stations with disk, soldering mechanism, magnet ring guiding mechanism, cover heat-shrink tube station, thermal contracting mechanism, magnet ring unloading mechanism, magnet ring unloading mechanism removes the magnet ring on jig, and it is sent into the receiving mechanism for being placed in magnet ring unloading mechanism side, entire movement is completed.The utility model realization, which can be synchronized, carries out coiling and scolding tin to magnet ring, substantially increases production efficiency and production capacity.
Description
Technical field
The utility model relates to tin soldering machines, particularly relate to a kind of magnet ring coiling tin soldering machine.
Background technique
It is typically all to operate using manually that tradition, which carries out coiling to magnet ring, and not only speed is slow for artificial coiling, also results in
The large labor intensity and labour cost of worker is high.
Later, occur some semiautomatic winding machines on the market, although realizing automatic winding, it can not be synchronized to magnetic
Ring carries out scolding tin, its coiling and the different process of soldering operation Xu Fen bis- and the different equipment of separated platform is caused to carry out,
Not but still it can not solve the problems, such as that production efficiency is low low with production capacity, the purchase height for also resulting in enterprise is at high cost, and it is big not meet enterprise
The requirement of scale mass production.
Utility model content
Aiming at the shortcomings in the prior art, the technical problem to be solved by the present invention is to provide a kind of magnet ring coilings
Tin soldering machine.
In order to solve the above technical problems, the utility model is realized by following scheme: a kind of magnet ring coiling tin soldering machine, it should
Tin soldering machine includes left side rack and right side rack and the magnet ring coiling scolding tin being set in the left side rack and right side rack dress
It sets, the magnet ring coiling tin soldering equipment includes:
Seat connects a vibrator, passes through the vibration of vibrator in the magnet ring vibrating disk in the rack of right side, the magnet ring vibrating disk
It is dynamic that magnet ring is delivered to magnet ring feeding mechanism；
Be set to magnet ring feeding mechanism side, for the annulus mechanism to magnet ring coiling, the annulus mechanism side
The transmission thread feeding mechanism of line sending is provided on the rack plate body in portion, the transmission thread feeding mechanism send magnet ring wire to the annulus machine
On structure；
Magnet ring after coiling is taken out to from magnet ring feeding mechanism and is sent into the Ban Liao mechanism of magnet ring reshaping device；
It is straightened for carrying out shaping to the magnet ring lead-out wire after coiling, cutoff process and is set to and described removes material mechanism end
The magnet ring reshaping device of side；
For seat in the disk mechanism in the rack of left side, the disk mechanism includes that disk and one can drive the of disc rotary
Two motors are provided with several magnet ring clamping fixtures along the disk border；
Feed mechanism for opening the clamping opening of magnet ring clamping fixture；
Be placed in the scolding tin positioning mechanism of the lower station of feed mechanism, the scolding tin positioning mechanism by device for spreading to magnet ring into
Row positioning；
It is placed in the soldering mechanism of the lower station of the scolding tin positioning mechanism, which is used to weld the magnet ring on jig
Tin；
Magnet ring guiding mechanism is placed in next station of soldering mechanism, for cooperating the magnet ring correcting after scolding tin below
Pyrocondensation station；
Heat-shrink tube precompressed mechanism is placed in the lower station of the magnet ring guiding mechanism, is used for the welding position on magnet ring
It is inserted in heat-shrink tube, what heat-shrink tube precompressed mechanism neighbour side was respectively arranged with push heat-shrink tube send heat-shrink tube mechanism, for cutting off
The pyrocondensation cutting-off mechanism of heat-shrink tube；
Thermal contracting mechanism is placed in next station of heat-shrink tube precompressed mechanism, for carrying out pyrocondensation to the magnet ring for putting on heat-shrink tube
Processing；
Magnet ring unloading mechanism is placed in next station of the thermal contracting mechanism, is used for the magnet ring discharging after pyrocondensation；
Receiving mechanism, is placed in the discharge pit of the magnet ring unloading mechanism, and the magnet ring unloaded enters in receiving warehouse.
Further, the vibrating disk is equipped with discharge port, has straight guide frame in the discharge outlet horizontal connection, described directly to lead
Rail gantry is equipped with magnet ring deflector chute, and discharge end is connected with oblique guide frame diagonally downward, and the oblique guide erection is equipped with to be led with magnet ring
The oblique deflector chute that hopper communicates is provided with magnet ring supporting plate below oblique guide frame lower end, and the end of the magnet ring supporting plate is set
It is equipped with magnet ring clamping opening, wherein one end is connected on a sliding block, and sliding block is arranged on a sliding rail, and sliding block is connected by a telescopic rod
One telescopic device；
The sliding rail is arranged on bottom plate, which is provided with gear mounting blocks, is arranged on the gear mounting blocks
There are two gear side by side, one of gear is driving gear shaft, another is passive to engage with the driving gear shaft
Gear shaft, the driving gear shaft are connected with lower gear by a connecting rod, have nibbled a driving gear, institute on the upside of the lower gear
It states driving gear shaft and is connected with first motor, be engaged with gear on the upside of the driving gear；
The gear is connected with compression gear by a connecting rod, and the compression gear is set on a compact heap, pressure
Tight block connects side plate by a sliding block, and side plate is vertically connected on bottom plate；
The circular groove being provided on the axis body of the driving gear shaft and passive tooth wheel shaft on same straight line, between two circular grooves
One V-shaped groove is formed at top, and the magnet ring is placed in V-shaped groove by magnet ring supporting plate.
Further, the annulus mechanism includes one first mounting plate, the first telescopic device, the second telescopic device, 2 rotations
Rotary device, first mounting plate are provided with C-shaped notch, and the first pressure holding cylinder of pressure holding magnet ring wire is provided on front side of notch,
The first pressure holding cylinder is installed in a supporting block, which is connected on the first mounting plate, the supporting block side
It is connected with the first telescopic rod, the first telescopic rod other end connects the first telescopic device, is provided on first telescopic rod
Magnet ring wire perforation, magnet ring wire are penetrated from perforation, enter the coiling syringe needle on the left of supporting block, coiling syringe needle opposite side, setting
There is Wire Winding head, 2 rotating devices are set to the side of first mounting plate, are the first rotating device, respectively
Two rotating devices, two rotating devices are used to for magnet ring wire being directed into the magnet ring wire perforation of the first telescopic rod, in the second rotation
Rotary device side is provided with the second telescopic device, and what second telescopic device was used to control magnet ring wire collapses straight state；
The transmission thread feeding mechanism is set on one first bottom plate, is provided with double magnet ring wire discharge plates, double magnet rings
Line discharge plate is connected on the crossbeam of side by connecting rod, and is provided with wire column on the upside of connection boom end, is set on wire column
It is equipped with wire guide, the first rolling assemblies are provided on front side of the crossbeam of side, are provided with the second rolling assemblies, institute on front side of the first rolling assemblies
State the first rolling assemblies, the magnet ring wire that the second rolling assemblies are used to come out wire guide is clamped and pulled, second rolling assemblies
It is connected with the second motor by drive rod, the first rolling assemblies are passive guide roller, the first bottom plate side edge to be provided with leading truck,
Leading truck setting is provided with coaxial left guide rod, right guide rod in mounting post, in left guide rod there are two symmetrical mounting post
Outer end is connected with left directive wheel, and right guide rod outer end is connected with right directive wheel；
The long track that the Ban Liao mechanism includes a long track frame, is set on the long track frame, on the long track
Be provided with it is several remove material robot device, this remove material robot device include at least following several structures:
First remove material robot device, removes on material frame and can move on long track including removing material frame, being arranged in
First cylinder driver is set to the horizontal air cylinder clamping piece and connected vertically with horizontal air cylinder clamping piece removed on the outside of material frame
Vertical cylinder clamping piece；
Second removes material robot device, including remove material frame, be arranged in remove material top of the trellis telescopic device and with flexible dress
The slide block assembly of driving portion connection is set, on removing material frame side plate sliding rail, horizontal connection has extension bracket, preceding for slide block assembly setting
It stretches pedestal lower end and is connected with cylinder, cylinder lower end is connected with clamping part；
Third removes material robot device, including removing material frame, being arranged in and remove the cylinder mounting base for expecting top of the trellis, cylinder mounting base
On be equipped with and be vertically arranged cylinder, be vertically arranged cylinder driving portion connection sliding block, sliding block side is arranged on the sliding rail removed on material frame plate body, should
Sliding block leading flank is connected with a plate body, and plate body leading flank lower part is equipped with L-type block, and L-type block is obliquely installed, and lateral surface is connected with
Clamping cylinder, clamping cylinder driving portion are connected with clamping part.
Further, the magnet ring reshaping device includes the second cylinder mounting plate, is arranged on the second cylinder mounting plate
Second cylinder, the straight block in the second cylinder driving portion side of being connected with, the straight block front side in side are connected with riser, and riser upper end is equipped with water
Safety loading board, third cylinder is provided on horizontal mounting plate, and the straight block lower end of side connects a L-type plate, is connected on front side of L-type plate
Thread cutter, the third cylinder front side are provided with the supporting rod for clamping coiling magnet ring；
The thread cutter includes being placed in being vertically arranged tangent line piece, installing L-type plate, the magnet ring wire straightening for being vertically arranged tangent line piece for top
5th cylinder of frame and the 4th cylinder of driving straightening frame lifting, driving tangent line piece lifting, the 5th cylinder driving portion court
On, driving portion connection is vertically arranged tangent line piece；
Thread cutter tangent line side is provided with waste material line and receives box.
Further, the feed mechanism includes Z axis cylinder mount frame, the X-axis cylinder of Z axis cylinder, installation Z axis cylinder,
The Z axis cylinder driving portion is connected with L-type block, and L-type block upper end is horizontally installed with X-axis cylinder, and X-axis cylinder upper end is provided with
The mobile drive rod of X-direction, drive rod is in a slide opening, the L-type flute profile pore-forming that slide opening is opened by two Z-shaped plates, two Z-shaped plates
Side is separately mounted to the side of X-axis cylinder.
Further, the scolding tin positioning mechanism includes scolding tin location and installation bracket, the 6th cylinder, the 7th cylinder, described
Scolding tin positioning mechanism riser side is provided with level board, and level board lower end is connected with the driving portion of the 6th cylinder by telescopic rod,
7th cylinder is vertically arranged the side for being installed on top L-type plate, and lower end is connected with clamping part；
The soldering mechanism includes X-axis driving mechanism and Z axis driving mechanism, and the X-axis driving mechanism includes that X-axis level is stretched
Compression apparatus, the first Z-direction drive cylinder, and the X-axis horizontal telescopic device is mounted on a L-type mounting blocks, the L-type mounting blocks lower end
Face is connected to the driving portion of the first Z-direction driving cylinder, and the driving portion of the X-axis horizontal telescopic device is connected with magnet ring wire X axis
Weld part；It is provided with cylinder mounting plate in the Z axis driving mechanism, is provided with the 8th cylinder, institute in the middle part of cylinder mounting plate lower end
It states the 8th cylinder driving portion and connects a horizontal mounting plate, horizontal mounting plate outer end lower end surface is equipped with first motor, first electricity
The driving portion of machine is connected with a circular block, and the eccentric position of the circular block is connected with a deflecting bar, and the deflecting bar other end connects
It is connected to sliding block, sliding block is arranged on a sliding rail, and slip front is connected with Y-axis weld part.
Further, the magnet ring guiding mechanism includes the correcting lifting of correcting bracket, the entire correcting bracket lifting of driving
Cylinder and the 9th cylinder for being placed in the correcting cradle top, the 9th cylinder driving portion, which is connected with, is vertically arranged mounting blocks, erects
It sets and is connected with second on the outside of mounting blocks and is vertically arranged cylinder, described second, which is vertically arranged cylinder lower end, is provided with magnet ring is rotated by 90 ° so as to heat
The correcting collet of contracting.
It is further, described that send heat-shrink tube mechanism include sending heat-shrink tube rack, being set to described send in heat-shrink tube rack
Directive wheel and it is set to the heat-shrink tube reel for sending heat-shrink tube rack end, is wound with pyrocondensation on the heat-shrink tube reel
Pipe, the heat-shrink tube are directed in heat-shrink tube precompressed mechanism by directive wheel；
Heat-shrink tube precompressed mechanism include pre-compression stand, the 5th telescopic device being set at the top of pre-compression stand and with
Second sliding block of the 5th telescopic device connection, second sliding block bottom surface connect on the slide rail, and its underpart vertical second is slided
T-type briquetting is provided on Block direction, T-type briquetting front end side is provided with rectangular briquetting；
The pyrocondensation cutting-off mechanism includes that the tenth cylinder for being placed in bottommost and the tenth cylinder upper end driving portion connect
The cutting bracket connect, the downside electricity for being set to the upside motor cut off on rear side of bracket, being set on rear side of the cutting bracket
Machine and disconnecting device, the upside motor driving part are provided with driving wheel, and there are two follower, two quilts for driving wheel connection
Driving wheel front end is stretched two shafts, two shaft front ends settings there are two and shape roll shaft, be provided with gap between two roll shafts,
The gap is for clamping a cutting plate；It is additionally provided with the 11st cylinder, the 12nd cylinder on front side of the cutting bracket, the described 11st
Cylinder lower end is connected with the second clamping part, and on one bracket of the 12nd cylinder horizontal connection, folder portion is arranged in front end.
Further, the thermal contracting mechanism includes pyrocondensation bracket, the third telescopic device for being set to pyrocondensation cradle top, institute
It states third telescopic device driving portion and is connected with sliding block, on a sliding rail, sliding rail is set on pyrocondensation rack side plate sliding block bottom surface seat,
Sliding block lateral surface is equipped with pyrocondensation device.
Further, the magnet ring unloading mechanism include material returned bracket, the U-shaped frame for being installed on material returned cradle top side,
The discharging device being installed on U-shaped frame, the discharging device include the 4th telescopic device, the 5th telescopic device, and the described 4th stretches
Compression apparatus is horizontally installed on the side plate of U-shaped frame, and driving portion is connected with material returned bracket, and the 5th telescopic device is vertically put
It sets, lower end driving portion is connected with slide plate, and skateboard bottom is placed on a sliding rail, and slide plate leading flank is connected with the 13rd gas being vertically arranged
Cylinder, the 13rd cylinder driving portion being vertically arranged are connected with the 4th folder portion；
The receiving mechanism is provided with receiving warehouse, the skewed slot connecting with receiving warehouse, the lateral plate for being connected to receiving warehouse bottom,
The lateral plate is connected to the driving portion of 1 the 14th cylinder, is sent into the receiving warehouse after the 4th folder portion clamping magnet ring.
Compared with the existing technology, the beneficial effects of the utility model are: the utility model is realized coiling processing and welded
Tin processes two different process step combinations together, and achieving can synchronize to magnet ring progress coiling and scolding tin, substantially increases
Production efficiency and production capacity, and its coiling precision height and coiling effect are good, it is more convenient to use, quick, meet enterprise and criticizes on a large scale
Quantify the requirement of production.
Detailed description of the invention
Fig. 1 is the utility model magnet ring coiling tin soldering machine complete machine structure top view；
Fig. 2 is the utility model magnet ring coiling tin soldering machine complete machine structure side view；
Fig. 3 is the utility model magnet ring feeding machine structure figure；
Fig. 4 is the clamping magnet ring push structure of Fig. 3；
Fig. 5 is the utility model annulus mechanism structure schematic diagram；
Fig. 6 is that the utility model is driven thread feeding mechanism structural schematic diagram；
Fig. 7 is that the utility model removes material mechanism structure schematic diagram；
Fig. 8 is the utility model magnet ring reshaping device structural schematic diagram；
Fig. 9 is the utility model feed mechanism structural schematic diagram；
Figure 10 is the utility model disk mechanism structural schematic diagram；
Figure 11 the utility model scolding tin positioning mechanism structural schematic diagram；
Figure 12 the utility model soldering mechanism structural schematic diagram；
Figure 13 is that the utility model send heat-shrink tube mechanism structural schematic diagram；
Figure 14 is the utility model heat-shrink tube precompressed mechanism structural schematic diagram；
Figure 15 is the utility model pyrocondensation cutting-off mechanism structural schematic diagram；
Figure 16 is the utility model thermal contracting mechanism structural schematic diagram；
Figure 17 is the utility model magnet ring unloading mechanism structural schematic diagram；
Figure 18 is the utility model receiving mechanism structural schematic diagram.
Specific embodiment
The preferred embodiment of the utility model is described in detail with reference to the accompanying drawing, so that the advantages of the utility model
It can be easier to be readily appreciated by one skilled in the art with feature, to make the protection scope of the utility model apparent clear
Define.
Attached drawing 1-18 is please referred to, a kind of magnet ring coiling tin soldering machine of the utility model, which includes left side rack 200
With right side rack 100 and the magnet ring coiling tin soldering equipment being set in the left side rack 200 and right side rack 100, described in
Magnet ring coiling tin soldering equipment includes:
Seat connects a vibrator, passes through vibration in the magnet ring vibrating disk 400 in right side rack 100, the magnet ring vibrating disk 400
Magnet ring 300 is delivered to magnet ring feeding mechanism 1 by the vibration of dynamic device；
Be set to 1 side of magnet ring feeding mechanism, for the annulus mechanism 2 to magnet ring coiling, the annulus mechanism 2
The transmission thread feeding mechanism 4 of line sending is provided on the rack plate body of side, the transmission thread feeding mechanism 4 send magnet ring wire to the circle
On ring mechanism 2；
Magnet ring after coiling is taken out from magnet ring feeding mechanism 1 and is sent into the Ban Liao mechanism 3 of magnet ring reshaping device 5；
It is straightened for carrying out shaping to the magnet ring lead-out wire after coiling, cutoff process and is set to 3 end of the Ban Liao mechanism
The magnet ring reshaping device 5 in end side portion；
For seat in the disk mechanism 14 in left side rack 200, the disk mechanism 14 includes that disk and one can drive disk
Second motor of rotation, is provided with several magnet ring clamping fixtures 142 along the disk border；
Feed mechanism 6 for opening the clamping opening of magnet ring clamping fixture 142；
It is placed in the scolding tin positioning mechanism 7 of the lower station of feed mechanism 6, the scolding tin positioning mechanism 7 is by device for spreading to magnetic
Ring is positioned；
It is placed in the soldering mechanism 8 of the lower station of the scolding tin positioning mechanism 7, which is used for the magnetic on jig
Boxing tin；
Magnet ring guiding mechanism 9 is placed in next station of soldering mechanism 8, for the magnet ring correcting after scolding tin to cooperate after
The pyrocondensation station in face；
Heat-shrink tube precompressed mechanism 10-2 is placed in the lower station of the magnet ring guiding mechanism 9, is used for the welding on magnet ring
Heat-shrink tube is inserted at position, and what heat-shrink tube precompressed mechanism 10-2 neighbour side was respectively arranged with push heat-shrink tube send heat-shrink tube mechanism
10-1, the pyrocondensation cutting-off mechanism 10-3 for cutting off heat-shrink tube；
Thermal contracting mechanism 11, are placed in next station of heat-shrink tube precompressed mechanism 10-2, for put on the magnet ring of heat-shrink tube into
Row pyrocondensation processing；
Magnet ring unloading mechanism 13 is placed in next station of the thermal contracting mechanism 11, is used for the magnet ring discharging after pyrocondensation；
Receiving mechanism 12, is placed in the discharge pit of the magnet ring unloading mechanism 13, and the magnet ring unloaded enters in receiving warehouse.
A kind of optimal technical scheme of the present embodiment: the vibrating disk 400 is equipped with discharge port, connects in the discharge outlet level
It is connected to straight guide frame 101, the straight guide frame 101 is equipped with magnet ring deflector chute, and discharge end is connected with oblique guide frame diagonally downward
102, the oblique guide frame 102 is provided with the oblique deflector chute communicated with magnet ring deflector chute, and the oblique guide frame is set below lower end
It is equipped with magnet ring supporting plate 1071, the end of the magnet ring supporting plate 1071 is provided with magnet ring clamping opening, and wherein one end is connected to a sliding block
On, sliding block is arranged on a sliding rail, and sliding block connects a telescopic device 107 by a telescopic rod；
The sliding rail is arranged on bottom plate, which is provided with gear mounting blocks, is arranged on the gear mounting blocks
There are two gear side by side, one of gear is driving gear shaft 1061, another is to nibble with the driving gear shaft 1061
The passive tooth wheel shaft 1062 of conjunction, the driving gear shaft 1061 are connected with lower gear 104, the lower gear by a connecting rod
A driving gear 105 has been nibbled in 104 upsides, and 105 axis connection of driving gear has a first motor 103, on the driving gear 105
Side is engaged with gear 108；
The gear 108 is connected with compression gear by a connecting rod, and the compression gear is set on a compact heap,
Compact heap connects side plate by a sliding block, and side plate is vertically connected on bottom plate；
The circular groove being provided on the axis body of the driving gear shaft 1061 and passive tooth wheel shaft 1062 on same straight line, two circles
One V-shaped groove is formed at the top between slot, and the magnet ring 300 is placed in V-shaped groove by magnet ring supporting plate 1071.
A kind of optimal technical scheme of the present embodiment: the annulus mechanism 2 is flexible including one first mounting plate 208, first
206,2 device 201, the second telescopic device rotating devices, first mounting plate 208 are provided with C-shaped notch, before notch
Side is provided with the first pressure holding cylinder of pressure holding magnet ring wire, and the first pressure holding cylinder is installed in a supporting block, the supporting block side
It is connected on the first mounting plate 208, the supporting block side is connected with the first telescopic rod 202, and first telescopic rod 202 is another
End connects the first telescopic device 201, and magnet ring wire perforation is provided on first telescopic rod 202, and magnet ring wire is penetrated from perforation, into
Enter the coiling syringe needle 203 on the left of supporting block, 203 opposite side of coiling syringe needle is provided with Wire Winding head 204,2 rotations
Rotary device is set to the side of first mounting plate 208, is the first rotating device 205, the second rotating device 207 respectively, and two
A rotating device is used to for magnet ring wire being directed into the magnet ring wire perforation of the first telescopic rod 202, in the second rotating device 207
Side is provided with the second telescopic device 206, and what second telescopic device 206 was used to control magnet ring wire collapses straight state；
The transmission thread feeding mechanism 4 is set on one first bottom plate 403, is provided with double magnet ring wire discharge plates 406, should
Double magnet ring wire discharge plates 406 are connected on the crossbeam of side by connecting rod, and are provided with wire column on the upside of connection boom end, are led
It is provided with wire guide on terminal, the first rolling assemblies 408 are provided on front side of the crossbeam of side, are provided with second on front side of the first rolling assemblies
Rolling assemblies 405, the magnet ring wire that first rolling assemblies 408, the second rolling assemblies 405 are used to come out wire guide, which clamps, to be drawn
Dynamic, second rolling assemblies 405 are connected with the second motor 401 by drive rod, and the first rolling assemblies 408 are passive guide roller, institute
403 side edge of the first bottom plate is wanted to be provided with leading truck, leading truck setting is provided with same there are two symmetrical mounting post in mounting post
Left guide rod, the right guide rod of axis are connected with left directive wheel 404 in left guide rod outer end, and right guide rod outer end is connected with the right side and leads
To wheel 402；
The Ban Liao mechanism 3 includes a long track frame 301, the long track 303 being set on the long track frame 301, institute
State be provided on long track 303 it is several remove material robot device 304, this remove material robot device 304 include at least it is following several
Structure:
First removes material robot device, including remove material frame, be arranged in remove material frame on and can be moved on long track 303
The first cylinder driver, be set to the horizontal air cylinder clamping piece removed on the outside of material frame and vertical with horizontal air cylinder clamping piece connect
Vertical cylinder clamping piece；
Second removes material robot device, including remove material frame, be arranged in remove material top of the trellis telescopic device and with flexible dress
The slide block assembly of driving portion connection is set, on removing material frame side plate sliding rail, horizontal connection has extension bracket, preceding for slide block assembly setting
It stretches pedestal lower end and is connected with cylinder, cylinder lower end is connected with clamping part；
Third removes material robot device, including removing material frame, being arranged in and remove the cylinder mounting base for expecting top of the trellis, cylinder mounting base
On be equipped with and be vertically arranged cylinder, be vertically arranged cylinder driving portion connection sliding block, sliding block side is arranged on the sliding rail removed on material frame plate body, should
Sliding block leading flank is connected with a plate body, and plate body leading flank lower part is equipped with L-type block, and L-type block is obliquely installed, and lateral surface is connected with
Clamping cylinder, clamping cylinder driving portion are connected with clamping part.
A kind of optimal technical scheme of the present embodiment: the magnet ring reshaping device 5 exists including the second cylinder mounting plate, setting
The second cylinder 501 on second cylinder mounting plate, the 501 straight block in the driving portion side of being connected with of the second cylinder, the straight block front side in side connect
It is connected to riser, riser upper end is equipped with horizontal mounting plate, third cylinder 507 is provided on horizontal mounting plate, under the straight block of side
One L-type plate of end connection, L-type plate front side are connected with thread cutter, clamping coiling magnet ring are provided on front side of the third cylinder 507
Supporting rod 502；
The thread cutter includes being placed in being vertically arranged tangent line piece 506, installing L-type plate, the magnet ring wire for being vertically arranged tangent line piece for top
5th cylinder 504 of straightening frame and the 4th cylinder of driving straightening frame lifting, driving tangent line piece lifting, the 5th cylinder
Upward, driving portion connection is vertically arranged tangent line piece 506 to 504 driving portions；
Thread cutter tangent line side is provided with waste material line and receives box 505.
A kind of optimal technical scheme of the present embodiment: the feed mechanism 6 includes Z axis cylinder 61, installation Z axis cylinder 61
Z axis cylinder mount frame, X-axis cylinder 62,61 driving portion of Z axis cylinder are connected with L-type block, and L-type block upper end is horizontally installed with X
Axis cylinder 62,62 upper end of X-axis cylinder are provided with the mobile drive rod 64 of X-direction, and drive rod 64 is in a slide opening, slide opening
The L-type flute profile pore-forming opened by two Z-shaped plates, two 63 sides of Z-shaped plate are separately mounted to the side of X-axis cylinder 62.
A kind of optimal technical scheme of the present embodiment: the scolding tin positioning mechanism 7 include scolding tin location and installation bracket 702,
6th cylinder 701, the 7th cylinder 703, the 7 riser side of scolding tin positioning mechanism are provided with level board, and level board lower end passes through
Telescopic rod is connected with the driving portion of the 6th cylinder 701, and the 7th cylinder 703 is vertically arranged the side for being installed on top L-type plate, under
End is connected with clamping part；
The soldering mechanism 8 includes X-axis driving mechanism and Z axis driving mechanism, and the X-axis driving mechanism includes X-axis level
Telescopic device 801, the first Z-direction drive cylinder 804, and the X-axis horizontal telescopic device 801 is mounted on a L-type mounting blocks, the L
Type mounting blocks lower end surface is connected to the driving portion of the first Z-direction driving cylinder 804, the driving portion of the X-axis horizontal telescopic device 801
It is connected with magnet ring wire X axis weld part；Cylinder mounting plate, cylinder mounting plate lower end middle part are provided in the Z axis driving mechanism
It is provided with the 8th cylinder 803,803 driving portion of the 8th cylinder connects a horizontal mounting plate, horizontal mounting plate outer end lower end surface
First motor 802 is installed, the driving portion of the first motor 802 is connected with a circular block, the eccentric position connection of the circular block
There is a deflecting bar, the deflecting bar other end is connected with sliding block, and sliding block is arranged on a sliding rail, and slip front is connected with the weldering of Y axis
Socket part.
A kind of optimal technical scheme of the present embodiment: the magnet ring guiding mechanism 9 includes correcting bracket 902, drives entirely
The correcting lifting cylinder 901 of correcting bracket lifting and the 9th cylinder 903 for being placed in 902 top of the correcting bracket, described the
Nine cylinders, 903 driving portion, which is connected with, is vertically arranged mounting blocks, is vertically arranged on the outside of mounting blocks and is connected with second and is vertically arranged cylinder 904, and described second
It is vertically arranged 904 lower end of cylinder and is provided with the correcting collet 905 being rotated by 90 ° magnet ring so as to pyrocondensation.
A kind of optimal technical scheme of the present embodiment: it is described send heat-shrink tube mechanism 10-1 include send heat-shrink tube rack 1011,
It is set to the directive wheel 1012 sent in heat-shrink tube rack 1011 and is set to and described send 1011 end of heat-shrink tube rack
Heat-shrink tube reel 1013 is wound with heat-shrink tube on the heat-shrink tube reel 1013, which is directed at institute by directive wheel 1012
It states on heat-shrink tube precompressed mechanism 10-2；
Heat-shrink tube precompressed mechanism 10-2 includes pre-compression stand 1024, is set to the 5th of the top of pre-compression stand 1024 and stretches
Compression apparatus 1021 and the second sliding block 1022 connecting with the 5th telescopic device 1021,1022 bottom surface of the second sliding block connect
It connects on the slide rail, T-type briquetting 1023,1023 front end of T-type briquetting is provided on vertical second sliding block, 1022 direction in its underpart
Side is provided with rectangular briquetting；
The pyrocondensation cutting-off mechanism 10-3 includes the tenth cylinder 1031 for being placed in bottommost and the tenth cylinder 1031
The cutting bracket 1036 of upper end driving portion connection, is set to the upside motor 1037 for being set to 1036 rear side of cutting bracket
Downside motor 1038 and disconnecting device on rear side of the cutting bracket, 1037 driving portion of upside motor are provided with actively
Wheel, there are two followers for driving wheel connection, and flexible two shafts in two follower front ends, there are two two shaft front ends settings
And the roll shaft 1035 of shape, gap is provided between two roll shafts 1035, and the gap is for clamping a cutting plate；The cutting bracket
1036 front sides are additionally provided with the 11st cylinder 1034, the 12nd cylinder 1032, and 1034 lower end of the 11st cylinder is connected with the
Two clamping parts 1033, on 1032 horizontal connection of the 12nd cylinder, one bracket, folder portion is arranged in front end.
A kind of optimal technical scheme of the present embodiment: the thermal contracting mechanism 11 includes pyrocondensation bracket 111, is set to pyrocondensation branch
The third telescopic device 112 of top of the trellis, 112 driving portion of third telescopic device are connected with sliding block, and sliding block bottom surface seat is sliding in one
On rail, sliding rail is set on pyrocondensation rack side plate, and sliding block lateral surface is equipped with pyrocondensation device 113.
A kind of optimal technical scheme of the present embodiment: the magnet ring unloading mechanism includes material returned bracket 131, is installed on the material returned
The U-shaped frame of 131 top-side of bracket, the discharging device being installed on U-shaped frame, the discharging device include the 4th telescopic device
132, the 5th telescopic device 135, the 4th telescopic device 132 are horizontally installed on the side plate of U-shaped frame, and driving portion is connected with
Material returned bracket, the 5th telescopic device 135 are vertically placed, and lower end driving portion is connected with slide plate, and it is sliding that skateboard bottom is placed in one
On rail, slide plate leading flank is connected with the 13rd cylinder 134 being vertically arranged, and 134 driving portion of the 13rd cylinder being vertically arranged is connected with
4th folder portion 133；
The receiving mechanism 12 is provided with receiving warehouse 122, the skewed slot connecting with receiving warehouse 122, is connected to 122 bottom of receiving warehouse
The lateral plate 123 in portion, the lateral plate are connected to the driving portion of 1 the 14th cylinder 121, send after the 4th folder portion 133 clamping magnet ring
Enter in the receiving warehouse 122.
The utility model, which is realized, processes coiling processing together with two different process step combinations with scolding tin, achieves
It can synchronize and coiling and scolding tin are carried out to magnet ring, substantially increase production efficiency and production capacity, and its coiling precision height and coiling effect
It is good, it is more convenient to use, quick, meet the requirement of enterprise's large-scale batch production.
The utility model magnet ring is sent into magnet ring slot through magnet ring feeding mechanism, while being driven thread feeding mechanism and being sent into magnet ring wire
Annulus mechanism, annulus mechanism to the magnet ring coiling in magnet ring slot, after magnet ring coiling by Ban Liao mechanism be sent into reshaping device, due to around
The magnet ring wire on magnet ring after line is irregular, and length needs to cut off, and reshaping device is straightened and is cut off to magnet ring wire, shape
At unified shape, the magnet ring wire after shaping is sent into jig by feed mechanism, and jig is fixed to scolding tin with one station of disc rotary
Position station, scolding tin positional stations position magnet ring, and the jig where magnet ring after positioning rotates a station again, reach tin soldering machine
Structure, soldering mechanism carry out soldering operation to magnet ring wire.After the completion of scolding tin, since next station will carry out pyrocondensation, magnet ring angle is not
Together, need to be rotated by 90 ° magnet ring by magnet ring guiding mechanism, magnet ring is rotated by 90 °, with jig under a set of heat-shrink tube station,
Set heat-shrink tube station side edge, which is provided with, send heat-shrink tube mechanism, send heat-shrink tube mechanism that heat-shrink tube is sent into heat-shrink tube precompressed mechanism,
Heat-shrink tube precompressed mechanism presses heat-shrink tube on magnet ring wire, then cuts off heat-shrink tube by pyrocondensation cutting-off mechanism, puts on heat
Magnet ring after the draw enters thermal contracting mechanism with jig, and thermal contracting mechanism carries out pyrocondensation processing to heat-shrink tube, and pyrocondensation device herein is pair
Heat-shrink tube carries out heating pyrocondensation.Magnet ring after pyrocondensation is with jig to magnet ring unloading mechanism, and magnet ring unloading mechanism is by the magnetic on jig
Ring is removed, and is sent into the receiving mechanism for being placed in magnet ring unloading mechanism side, and entire movement is completed.
Above description is merely a prefered embodiment of the utility model, is not intended to limit the patent model of the utility model
Enclose, equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, or directly or
It connects and is used in other relevant technical fields, be also included in the patent protection scope of the utility model.
Claims (10)
1. a kind of magnet ring coiling tin soldering machine, which includes left side rack (200) and right side rack (100) and is set to described
Magnet ring coiling tin soldering equipment in left side rack (200) and right side rack (100), it is characterised in that: the magnet ring coiling scolding tin
Device includes:
Seat connects a vibrator, passes through in the magnet ring vibrating disk (400) on right side rack (100), the magnet ring vibrating disk (400)
Magnet ring (300) is delivered to magnet ring feeding mechanism (1) by the vibration of vibrator；
Be set to magnet ring feeding mechanism (1) side, for the annulus mechanism (2) to magnet ring coiling, the annulus mechanism
(2) the transmission thread feeding mechanism (4) of line sending is provided on the rack plate body of side, the transmission thread feeding mechanism (4) send magnet ring wire
On to the annulus mechanism (2)；
Magnet ring after coiling is taken out from magnet ring feeding mechanism (1) and is sent into the Ban Liao mechanism (3) of magnet ring reshaping device (5)；
It is straightened for carrying out shaping to the magnet ring lead-out wire after coiling, cutoff process and is set to Ban Liao mechanism (3) end
The magnet ring reshaping device (5) of side；
For seat in the disk mechanism (14) on left side rack (200), the disk mechanism (14) includes that disk and one can drive circle
Second motor of disc spins is provided with several magnet ring clamping fixtures (142) along the disk border；
Feed mechanism (6) for opening the clamping opening of magnet ring clamping fixture (142)；
It is placed in the scolding tin positioning mechanism (7) of feed mechanism (6) next station, which passes through device for spreading pair
Magnet ring is positioned；
It is placed in the soldering mechanism (8) of the next station of the scolding tin positioning mechanism (7), which is used for on jig
Magnet ring scolding tin；
Magnet ring guiding mechanism (9) is placed in next station of soldering mechanism (8), for the magnet ring correcting after scolding tin to cooperate after
The pyrocondensation station in face；
Heat-shrink tube precompressed mechanism (10-2) is placed in the next station of the magnet ring guiding mechanism (9), is used for the welding on magnet ring
Heat-shrink tube is inserted at position, and what heat-shrink tube precompressed mechanism (10-2) neighbour side was respectively arranged with push heat-shrink tube send heat-shrink tube mechanism
(10-1), the pyrocondensation cutting-off mechanism (10-3) for cutting off heat-shrink tube；
Thermal contracting mechanism (11) is placed in next station of heat-shrink tube precompressed mechanism (10-2), for put on the magnet ring of heat-shrink tube into
Row pyrocondensation processing；
Magnet ring unloading mechanism (13) is placed in next station of the thermal contracting mechanism (11), is used for the magnet ring discharging after pyrocondensation；
Receiving mechanism (12), is placed in the discharge pit of the magnet ring unloading mechanism (13), and the magnet ring unloaded enters in receiving warehouse.
2. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: the vibrating disk (400) is equipped with
Material mouth has straight guide frame (101) in the discharge outlet horizontal connection, and the straight guide frame (101) is equipped with magnet ring deflector chute, goes out
Material end be connected with diagonally downward oblique guide frame (102), the oblique guide frame (102) be provided with communicated with magnet ring deflector chute tiltedly lead
Hopper is provided with magnet ring supporting plate (1071) below oblique guide frame lower end, the end setting of the magnet ring supporting plate (1071)
There is magnet ring clamping opening, wherein one end is connected on a sliding block, and sliding block is arranged on a sliding rail, and sliding block passes through telescopic rod connection one
Telescopic device (107)；
The sliding rail is arranged on bottom plate, which is provided with gear mounting blocks, is provided with two on the gear mounting blocks
A gear side by side, one of gear are driving gear shaft (1061), another is to nibble with the driving gear shaft (1061)
The passive tooth wheel shaft (1062) of conjunction, the driving gear shaft (1061) is connected with lower gear (104) by a connecting rod, under described
It has been nibbled a driving gear (105) on the upside of gear (104), driving gear (105) axis connection has first motor (103), described
Gear (108) are engaged on the upside of driving gear (105)；
The gear (108) is connected with compression gear by a connecting rod, and the compression gear is set on a compact heap, pressure
Tight block connects side plate by a sliding block, and side plate is vertically connected on bottom plate；
The circular groove being provided on the axis body of the driving gear shaft (1061) and passive tooth wheel shaft (1062) on same straight line, two circles
One V-shaped groove is formed at the top between slot, and the magnet ring (300) is placed in V-shaped groove by magnet ring supporting plate (1071).
3. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: the annulus mechanism (2) includes one
First mounting plate (208), the first telescopic device (201), the second telescopic device (206), 2 rotating devices, first installation
Plate (208) is provided with C-shaped notch, and the first pressure holding cylinder of pressure holding magnet ring wire, the first pressure holding gas are provided on front side of notch
Cylinder is installed in a supporting block, which is connected on the first mounting plate (208), and the supporting block side is connected with first
Telescopic rod (202), the first telescopic rod (202) other end connect the first telescopic device (201), first telescopic rod
(202) magnet ring wire perforation is provided on, magnet ring wire is penetrated from perforation, enters the coiling syringe needle (203) on the left of supporting block, described
Coiling syringe needle (203) opposite side, is provided with Wire Winding head (204), and 2 rotating devices are set to first mounting plate
(208) side, is the first rotating device (205), the second rotating device (207) respectively, and two rotating devices are used for magnet ring
Line is directed into the magnet ring wire perforation of the first telescopic rod (202), and it is flexible that the second rotating device (207) side is provided with second
Device (206), what second telescopic device (206) was used to control magnet ring wire collapses straight state；
The transmission thread feeding mechanism (4) is set on one first bottom plate (403), is provided with double magnet ring wire discharge plates (406),
Double magnet ring wire discharge plates (406) are connected on the crossbeam of side by connecting rod, and are provided with conducting wire on the upside of connection boom end
Column is provided with wire guide on wire column, is provided with the first rolling assemblies (408) on front side of the crossbeam of side, sets on front side of the first rolling assemblies
It is equipped with the second rolling assemblies (405), first rolling assemblies (408), the second rolling assemblies (405) are for coming out wire guide
Magnet ring wire clamp and pull, second rolling assemblies (405) are connected with the second motor (401), the first roll shaft by drive rod
Component (408) is passive guide roller, the first bottom plate (403) side edge to be provided with leading truck, there are two symmetrical for leading truck setting
Mounting post is provided with coaxial left guide rod, right guide rod in mounting post, is connected with left directive wheel in left guide rod outer end
(404), right guide rod outer end is connected with right directive wheel (402)；
The Ban Liao mechanism (3) includes a long track frame (301), the long track being set on the long track frame (301)
(303), it is provided with several remove on the long track (303) and expects robot device (304), this removes material robot device (304) extremely
Less include following several structures:
First removes material robot device, removes on material frame and can move on long track (303) including removing material frame, being arranged in
First cylinder driver is set to the horizontal air cylinder clamping piece and connected vertically with horizontal air cylinder clamping piece removed on the outside of material frame
Vertical cylinder clamping piece；
Second removes material robot device, including remove material frame, be arranged in remove material top of the trellis telescopic device and with telescopic device drive
The slide block assembly of dynamic portion's connection, on removing material frame side plate sliding rail, horizontal connection has extension bracket, extension branch for slide block assembly setting
Frame lower end is connected with cylinder, and cylinder lower end is connected with clamping part；
Third removes material robot device, including removing material frame, being arranged in and remove the cylinder mounting base for expecting top of the trellis, pacifies in cylinder mounting base
Equipped with cylinder is vertically arranged, it is vertically arranged cylinder driving portion connection sliding block, sliding block side is arranged on the sliding rail removed on material frame plate body, the sliding block
Leading flank is connected with a plate body, and plate body leading flank lower part is equipped with L-type block, and L-type block is obliquely installed, and lateral surface is connected with clamping
Cylinder, clamping cylinder driving portion are connected with clamping part.
4. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: magnet ring reshaping device (5) packet
The second cylinder (501) for including the second cylinder mounting plate, being arranged on the second cylinder mounting plate, the second cylinder (501) driving
The straight block in the side of being connected with, portion, the straight block front side in side are connected with riser, and riser upper end is equipped with horizontal mounting plate, is arranged on horizontal mounting plate
Have third cylinder (507), the straight block lower end of side connects a L-type plate, is connected with thread cutter, the third gas on front side of L-type plate
The supporting rod (502) for clamping coiling magnet ring is provided on front side of cylinder (507)；
The thread cutter include be placed in top be vertically arranged tangent line piece (506), installation be vertically arranged tangent line piece L-type plate, magnet ring wire it is whole
5th cylinder (504) of straight frame and the 4th cylinder of driving straightening frame lifting, driving tangent line piece lifting, the 5th cylinder
(504) upward, driving portion connection is vertically arranged tangent line piece (506) to driving portion；
Thread cutter tangent line side is provided with waste material line and receives box (505).
5. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: the feed mechanism (6) includes Z axis
Cylinder (61), Z axis cylinder mount frame, the X-axis cylinder (62) for installing Z axis cylinder (61), Z axis cylinder (61) the driving portion connection
There is L-type block, L-type block upper end is horizontally installed with X-axis cylinder (62), and X-axis cylinder (62) upper end is provided with X-direction movement
Drive rod (64), drive rod (64) is in a slide opening, the L-type flute profile pore-forming that slide opening is opened by two Z-shaped plates, two Z-shaped plates (63)
Side is separately mounted to the side of X-axis cylinder (62).
6. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: scolding tin positioning mechanism (7) packet
Include scolding tin location and installation bracket (702), the 6th cylinder (701), the 7th cylinder (703), scolding tin positioning mechanism (7) riser one
Side is provided with level board, and level board lower end is connected with the driving portion of the 6th cylinder (701), the 7th cylinder by telescopic rod
(703) it is vertically arranged the side for being installed on top L-type plate, lower end is connected with clamping part；
The soldering mechanism (8) includes X-axis driving mechanism and Z axis driving mechanism, and the X-axis driving mechanism includes that X-axis level is stretched
Compression apparatus (801), the first Z-direction driving cylinder (804), the X-axis horizontal telescopic device (801) are mounted on a L-type mounting blocks,
The L-type mounting blocks lower end surface is connected to the driving portion of the first Z-direction driving cylinder (804), the X-axis horizontal telescopic device (801)
Driving portion be connected with magnet ring wire X axis weld part；Cylinder mounting plate, cylinder mounting plate are provided in the Z axis driving mechanism
The 8th cylinder (803) is provided in the middle part of lower end, the 8th cylinder (803) driving portion connects a horizontal mounting plate, is horizontally mounted
Plate outer end lower end surface is equipped with first motor (802), and the driving portion of the first motor (802) is connected with a circular block, the circle
The eccentric position of block is connected with a deflecting bar, and the deflecting bar other end is connected with sliding block, and sliding block is arranged on a sliding rail, sliding block
Front end is connected with Y-axis weld part.
7. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: magnet ring guiding mechanism (9) packet
It includes correcting bracket (902), the correcting lifting cylinder (901) that the entire correcting bracket of driving is gone up and down and is placed in the correcting bracket
(902) the 9th cylinder (903) at the top of, the 9th cylinder (903) driving portion, which is connected with, is vertically arranged mounting blocks, is vertically arranged outside mounting blocks
Side is connected with second and is vertically arranged cylinder (904), and described second, which is vertically arranged cylinder (904) lower end, is provided with magnet ring is rotated by 90 ° so as to heat
The correcting collet (905) of contracting.
8. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: described to send heat-shrink tube mechanism (10-1)
Including sending heat-shrink tube rack (1011), being set to the directive wheel (1012) sent on heat-shrink tube rack (1011) and be set to
The heat-shrink tube reel (1013) for sending heat-shrink tube rack (1011) end is wound with pyrocondensation on the heat-shrink tube reel (1013)
Pipe, the heat-shrink tube are directed in heat-shrink tube precompressed mechanism (10-2) by directive wheel (1012)；
Heat-shrink tube precompressed mechanism (10-2) includes pre-compression stand (1024), be set at the top of pre-compression stand (1024) the 5th
Telescopic device (1021) and the second sliding block (1022) being connect with the 5th telescopic device (1021), second sliding block
(1022) on the slide rail, its underpart is provided with T-type briquetting (1023) on vertical second sliding block (1022) direction, described for bottom surface connection
T-type briquetting (1023) front end side is provided with rectangular briquetting；
The pyrocondensation cutting-off mechanism (10-3) includes the tenth cylinder (1031) for being placed in bottommost and the tenth cylinder
(1031) the cutting bracket (1036) of upper end driving portion connection, the upside motor being set on rear side of cutting bracket (1036)
(1037), the downside motor (1038) and disconnecting device being set on rear side of the cutting bracket, the upside motor (1037)
Driving portion is provided with driving wheel, and there are two follower, flexible two shafts in two follower front ends, two axis for driving wheel connection
There are two the settings of bar front end and the roll shaft (1035) of shape, is provided with gap between two roll shafts (1035), the gap is for clamping
One cutting plate；It is additionally provided with the 11st cylinder (1034), the 12nd cylinder (1032) on front side of the cutting bracket (1036), described the
11 cylinders (1034) lower end is connected with the second clamping part (1033), one bracket of the 12nd cylinder (1032) horizontal connection
On, folder portion is arranged in front end.
9. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: the thermal contracting mechanism (11) includes heat
Contracting bracket (111), the third telescopic device (112) for being set to pyrocondensation cradle top, third telescopic device (112) driving portion
It is connected with sliding block, sliding block bottom surface seat is on a sliding rail, and sliding rail is set on pyrocondensation rack side plate, and sliding block lateral surface is equipped with pyrocondensation
Device (113).
10. a kind of magnet ring coiling tin soldering machine according to claim 1, it is characterised in that: the magnet ring unloading mechanism includes
Material returned bracket (131), the U-shaped frame for being installed on material returned bracket (131) top-side, the discharging device being installed on U-shaped frame, it is described
Discharging device includes the 4th telescopic device (132), the 5th telescopic device (135), and the 4th telescopic device (132) is horizontally mounted
In on the side plate of U-shaped frame, driving portion is connected with material returned bracket, and the 5th telescopic device (135) is vertically placed, and lower end is driven
Dynamic portion is connected with slide plate, and skateboard bottom is placed on a sliding rail, and slide plate leading flank is connected with the 13rd cylinder (134) being vertically arranged, institute
It states the 13rd cylinder (134) driving portion being vertically arranged and is connected with the 4th folder portion (133)；
The receiving mechanism (12) is provided with receiving warehouse (122), the skewed slot connecting with receiving warehouse (122), is connected to receiving warehouse
(122) the lateral plate (123) of bottom, the lateral plate are connected to the driving portion of 1 the 14th cylinder (121), the 4th folder portion
(133) it is sent into the receiving warehouse (122) after clamping magnet ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821071886.9U CN208680415U (en) | 2018-07-07 | 2018-07-07 | A kind of magnet ring coiling tin soldering machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821071886.9U CN208680415U (en) | 2018-07-07 | 2018-07-07 | A kind of magnet ring coiling tin soldering machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208680415U true CN208680415U (en) | 2019-04-02 |
Family
ID=65880009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821071886.9U Expired - Fee Related CN208680415U (en) | 2018-07-07 | 2018-07-07 | A kind of magnet ring coiling tin soldering machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208680415U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108856606A (en) * | 2018-07-07 | 2018-11-23 | 深圳市勇辉精密机械有限公司 | A kind of magnet ring coiling tin soldering machine |
| CN113314333A (en) * | 2021-05-17 | 2021-08-27 | 深圳市吉百顺科技有限公司 | Automatic inductance winding and tin soldering integrated machine |
| CN118061549A (en) * | 2024-04-22 | 2024-05-24 | 四川久远特种高分子材料技术有限公司 | Soldering tin ring pyrocondensation pipe integrated assembly machine |
-
2018
- 2018-07-07 CN CN201821071886.9U patent/CN208680415U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108856606A (en) * | 2018-07-07 | 2018-11-23 | 深圳市勇辉精密机械有限公司 | A kind of magnet ring coiling tin soldering machine |
| CN113314333A (en) * | 2021-05-17 | 2021-08-27 | 深圳市吉百顺科技有限公司 | Automatic inductance winding and tin soldering integrated machine |
| CN113314333B (en) * | 2021-05-17 | 2022-03-15 | 深圳市吉百顺科技有限公司 | Automatic change inductance wire winding all-in-one |
| CN118061549A (en) * | 2024-04-22 | 2024-05-24 | 四川久远特种高分子材料技术有限公司 | Soldering tin ring pyrocondensation pipe integrated assembly machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN208680415U (en) | A kind of magnet ring coiling tin soldering machine | |
| CN206370599U (en) | A kind of fully-automatic equipment for cutting out line wire stripping wicking bonding wire | |
| CN108856606A (en) | A kind of magnet ring coiling tin soldering machine | |
| CN111724989B (en) | Common mode inductance automatic coil winding machine | |
| CN110977235A (en) | Steel pipe installing support welding equipment | |
| CN215747073U (en) | Rounding welding machine | |
| CN212043202U (en) | Steel pipe installing support welding equipment | |
| CN104226845B (en) | Automatic distribution equipment and control method thereof | |
| CN108526723A (en) | A kind of pipe cutting machine tubing centralising device | |
| CN106216989B (en) | A kind of seat frame automatic assembling | |
| CN114453815A (en) | Welding operation table with welding position capable of being adjusted in real time for machining mechanical die parts | |
| CN207387054U (en) | Header sawing sheet chamfering all-in-one machine | |
| CN107791028B (en) | Collecting pipe cutting and chamfering integrated machine | |
| CN203526753U (en) | Wiring harness welding machine | |
| CN205732426U (en) | A kind of lead set automatic roll equipment | |
| CN213351168U (en) | Full-automatic spot welding machine for diaphragm capsule | |
| CN210413619U (en) | Clamp for producing dust collector parts | |
| CN113333939A (en) | Rounding welder and method of operating the same | |
| CN208292229U (en) | Automatic blanking device | |
| CN210060244U (en) | Quick assembling machine for lamp post flanges | |
| CN210335118U (en) | Automatic production line for grid plate | |
| CN208341953U (en) | The harness automatic welding needle system of full-automatic harness processing assembling equipment | |
| CN215316235U (en) | Automatic metal strip argon arc welding equipment | |
| CN218311582U (en) | Product welding workstation | |
| CN219233583U (en) | End plate bending equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190402 Termination date: 20210707 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |