CN207547933U - I welding devices - Google Patents
I welding devices Download PDFInfo
- Publication number
- CN207547933U CN207547933U CN201721526235.XU CN201721526235U CN207547933U CN 207547933 U CN207547933 U CN 207547933U CN 201721526235 U CN201721526235 U CN 201721526235U CN 207547933 U CN207547933 U CN 207547933U
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- CN
- China
- Prior art keywords
- machining position
- chute feeder
- pieces
- bottom plate
- pushing block
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- 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.)
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Abstract
The utility model discloses a kind of I welding devices, including feed device, pusher groove, right pusher, machining position, positioning device and welder；Feed device is equipped with chute feeder, and chute feeder is obliquely installed；Pusher groove is set on the lower end of chute feeder, and is connected with chute feeder；Right pusher is set on the first end of pusher groove, and including right pushing block and right delivery device, delivery device drives right pushing block to be slided in pusher groove；Machining position is set on the second end of pusher groove；Positioning device corresponds to machining position setting, arranges I pieces so that multiple I pieces marshallings positioned at machining position；Welder is correspondingly arranged on the outside of machining position, and welding is positioned at multiple I pieces of machining position.The utility model I welding devices be automatically performed I pieces choose, adjustment and welding, process velocity faster, working efficiency higher.
Description
Technical field
The utility model is related to arrive welder field, a kind of I welding devices are especially related to.
Background technology
EI transformers are a kind of in electronic transformer, are defined according to iron core shape, because of the iron core of EI transformers
By " E " matrix and " " matrix stacks up I, therefore is called EI transformers.EI transformers are usually power frequency (low frequency) transformation
Device (50HZ or 60HZ)；Power transformer and as certain audio-frequency transformers on sound equipment are also EI.Traditional I pieces Welder
It is by hand to be put workpiece on the table by worker as flow, by hand by the front and rear pressing of workpiece, starts left side cylinder by workpiece
Left side flattens, and starts top cylinder and flattens the top of workpiece, manual welding, it the shortcomings that be that speed is slow, working efficiency is low.
Utility model content
The main purpose of the utility model is to provide welding efficiency high I welding devices.
The utility model proposes a kind of I welding devices, including feed device, pusher groove, right pusher, machining position,
Positioning device and welder；Feed device is equipped with chute feeder, and chute feeder is obliquely installed；Pusher groove is set on the lower end of chute feeder,
And it is connected with chute feeder；Right pusher is set on the first end of pusher groove, including right pushing block and right delivery device, delivery device band
Right pushing block is moved to slide in pusher groove；Machining position is set on the second end of pusher groove；Positioning device corresponds to machining position setting, arranges I
Piece is so that multiple I pieces marshallings positioned at machining position；Welder is correspondingly arranged on the outside of machining position, and welding is positioned at machining position
Multiple I pieces.
Further, the bottom of pusher groove and the bottom of chute feeder be in the same plane.
Further, pusher groove is equipped with notch in machining position；Positioning device includes left located crush device, rear located crush
Device and upper located crush device；Left located crush device is opposite with right pusher, is being located at second end along pusher groove direction
Outside, including left pushing block and left delivery device, left delivery device drives left pushing block so that left pushing block supports the I positioned at machining position
The left side of piece；Located crush device is opposite with notch in machining position afterwards, including rear pushing block and rear delivery device, rear delivery device band
Pushing block after dynamic, so that rear pushing block supports the rear side of the I pieces positioned at machining position；Upper located crush device includes upper casting die and upper casting die
Lead agency, upper casting die are set on above machining position, and upper casting die lead agency drives upper casting die to move up and down.
Further, bottom plate is further included；Bottom plate is obliquely installed；Chute feeder is set on above bottom plate, and chute feeder is tilted along bottom plate
Direction is set；Right pusher, machining position, welder, left located crush device and rear located crush device are set on bottom plate.
Further, bottom plate angle regulator is further included；Bottom plate one end is hinged with rack below, the other end and bottom
Plate angle regulator connects；Bottom plate angle regulator drives one end of bottom plate to rise or fall.
Further, feed device includes the first directing plate, the second directing plate, flattening mechanism, magnetic mechanism, expeller；
First directing plate is set along bottom plate inclined direction；Second directing plate is parallel with the first directing plate, the first directing plate, the second directing plate
Chute feeder is enclosed with bottom plate；Flattening mechanism is set on above chute feeder, flattens the I pieces in chute feeder；Magnetic mechanism corresponds to feeding
Slot is set below bottom plate；Expeller is set in chute feeder.
Further, flattening mechanism includes idler wheel mechanism and forming machanism；The lower pressure wheel of idler wheel mechanism including lower end and with
The hinged turning rolls of lower pressure wheel, lower pressure wheel are located above chute feeder；Forming machanism includes two parallel briquettings and connection briquetting
Briquetting frame, briquetting the one end mutually met with I piece moving directions be equipped with lead-in chamfered；Briquetting movement side in chute feeder in I pieces
To positioned at lower pressure wheel rear.
Further, pusher groove is made of third directing plate and the 4th directing plate and bottom plate enclosing, third directing plate and the
Four directing plates are arranged in parallel.
Further, there are two upper casting die is set, two upper casting dies are mutually parallel, upper casting die where pusher groove outside plane and
It is vertical with pusher groove；Welder welds I pieces along gap between two upper casting dies.
Further, left pushing block is equipped with I piece clamp systems towards one end of machining position, and clamp system includes two clampings
Block.
The utility model I welding devices be automatically performed I pieces choose, adjustment and welding, process velocity faster, working efficiency
Higher.
Description of the drawings
Fig. 1 is the overlooking the structure diagram of one embodiment of the utility model I welding devices；
Fig. 2 is the structure diagram of one embodiment of the utility model I welding devices；
Fig. 3 is the enlarged drawing of Fig. 2 centre circles A.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to limit this
Utility model.
With reference to Fig. 1-3, one embodiment of the utility model I welding devices, including feed device 1, pusher groove 2, right push
Device 3, machining position 8, positioning device and welder 4；Feed device 1 is equipped with chute feeder 13, and chute feeder 13 is obliquely installed；Pusher
Slot 2 is set on the lower end of chute feeder 13, and is connected with chute feeder 13；Right pusher 3 is set on the first end of pusher groove 2, including the right side
Pushing block 31 and right delivery device 32, delivery device drive right pushing block 31 to be slided in pusher groove 2；Machining position 8 is set on pusher groove 2
Second end；Positioning device corresponds to machining position 8 and sets, and arranges I pieces so that multiple I pieces marshallings positioned at machining position 8；Welding dress
It puts 4 and is correspondingly arranged at 8 outside of machining position, welding is positioned at multiple I pieces of machining position 8.The bottom of pusher groove 2 and the bottom of chute feeder 13
In the same plane.
At work, I pieces can be manually or mechanically put into chute feeder 13, and I pieces are edge-on in chute feeder 13 and along feeding
13 direction of slot stacks gradually to form I piece queues；Since chute feeder 13 is inclined, the queue of I pieces is glided along 13 bottom of chute feeder, and
Enter pusher groove 2 along chute feeder 13 and finally support the pusher groove 2 and export opposite side wall with chute feeder 13；Later, right pushing block
31 push the I pieces of respective numbers to reach machining position 8, the I piece structures of the respective numbers along pusher groove 2 under the drive of right delivery device 32
Into an I piece group, prevent I pieces from continuing to glide at this point, feed device 1 limits I pieces；Coordinate pusher groove 2 in 8 positioning device of machining position
Bottom surface and side wall by machining position 8 I pieces arrange compress, be aligned the I pieces of each stacking, then by welder 4 to layer
Folded I pieces weld to obtain I sheet, after I sheet is welded, 4 return of right pusher 3, positioning device and welder, and feeding dress
Put limitation of 1 relieving to I pieces in chute feeder 13；Above-mentioned action is repeated to obtain I sheet I welding devices 4.
The quantity of I pieces is limited by pusher groove 2 and 31 width of right pushing block in I sheet, the thickness of I pieces substantially with right pushing block 31
Width is equal.
The utility model I welding devices 4 be automatically performed I pieces adjustment and I pieces welding, process velocity faster, working efficiency
Higher.
In the present embodiment, pusher groove 2 is equipped with notch in machining position 8；Positioning device include left located crush device 51, after
Located crush device 52 and upper located crush device 53；Left located crush device 51 and right pusher 3 are opposite, along pusher groove
2 directions are located at the outside of second end, and including left pushing block 511 and left delivery device 512, left delivery device 512 drives left pushing block 511
So that left pushing block 511 supports the left side of the I piece groups positioned at machining position 8；Located crush device 52 is in machining position 8 and notch phase afterwards
It is right, including rear pushing block 521 and rear delivery device 522, pushing block 521 after rear delivery device 522 drives, so that rear pushing block 521 is supported
Positioned at the rear side of the I piece groups of machining position 8；Upper located crush device 53 includes upper casting die 531 and upper casting die lead agency, upper casting die
531 are set on 8 top of machining position, and upper casting die lead agency drives upper casting die 531 to move up and down.
Before right pushing block 31 pushes an I pieces group to reach machining position 8, left delivery device 512 drives left pushing block 511 to reach
The left side of machining position 8, also, pushing block 521 after the rear drive of delivery device 522, so that rear pushing block 521 is supported positioned at machining position 8
Rear side；Left pushing block 511, rear pushing block 521, the bottom surface of pusher groove 2 and side surround the slot of limiting I piece groups, pusher groove 2 second jointly
The bottom surface at end is machining position 8；Later, right pushing block 31 pushes the I piece groups of respective numbers to reach in the slot；Later, under upper casting die 531
Pressure；Right pushing block 31, left pushing block 511, rear pushing block 521, the bottom surface of pusher groove 2 and side and upper casting die 531 support I respectively together
The right side of piece group, a left side, it is rear, under, front and upper side face, be aligned each I pieces of I piece groups.
In the present embodiment, I welding devices 4 further include bottom plate 6；Bottom plate 6 is obliquely installed；Chute feeder 13 is set on bottom plate 6
Top, chute feeder 13 are set along 6 inclined direction of bottom plate；Right pusher 3, machining position 8, welder 4, left located crush device
51 and rear located crush device 52 be set on bottom plate 6 on.
I welding devices 4 further include bottom plate angle regulator 61；6 one end of bottom plate and rack 7 below are hinged, separately
One end is connect with bottom plate angle regulator 61；Bottom plate angle regulator 61 drives one end of bottom plate 6 to rise or fall, and then
The angle of inclination of regulating base board 6.In some embodiments, bottom plate angle regulator 61 includes screw rod transmission bar 611 and guide post
Mechanism 612, screw rod transmission bar 611 and guide post mechanism 612 all connecting bottom boards 6, screw rod transmission bar 611 run through and with the lower section of bottom plate 6
Rack 7 be threadedly coupled, the one end that can drive bottom plate 6 by screw rod transmission bar 611 moves up or down, so adjust bottom
The angle of inclination of plate 6；Guide post mechanism 612, which plays the role of stable bottom plate 6, prevents bottom plate 6 from deviating.
In the present embodiment, feed device 1 includes the first directing plate 11, the second directing plate 12, flattening mechanism, magnetic machine
Structure, expeller 14；First directing plate 11 is set along 6 inclined direction of bottom plate；Second directing plate 12 is parallel with the first directing plate 11, the
One directing plate 11, the second directing plate 12 enclose chute feeder 13 with bottom plate 6；Flattening mechanism is set on 13 top of chute feeder, and leveling is sent
I pieces in hopper 13；Magnetic mechanism corresponds to chute feeder 13 set on 6 lower section of bottom plate；Expeller 14 is set in chute feeder 13.Expeller
14 are set on above I pieces, are affected by gravity expeller 14 and I pieces below is pushed to move down, additionally it is possible to prevent I pieces from tilting, I pieces is made to exist
It is close to during downslide with adjacent I pieces, reduces error probability when right pushing block 31 pushes away I piece groups；I piece groups are pushed in right pushing block 31
When being slided along pusher groove 2, magnetic mechanism generates the I pieces in 13 exit of suction adsorption chute feeder, makes I pieces stopping in chute feeder 13 outer
Stream.
Flattening mechanism includes idler wheel mechanism 151 and forming machanism 152；Idler wheel mechanism 151 includes the lower pressure wheel 1511 of lower end
With the turning rolls 1512 hinged with lower pressure wheel 1511, lower pressure wheel 1511 is located at 13 top of chute feeder；Forming machanism 152 includes two
Parallel briquetting 1521 and the briquetting frame 1522 of connection briquetting 1521, briquetting 1521 are set in the one end mutually met with I piece moving directions
There is lead-in chamfered；In I pieces, the direction of motion in chute feeder 13 is located at 1511 rear of lower pressure wheel to briquetting 1521.The I in chute feeder 13
Piece enters before pusher groove 2, and by lower pressure wheel 1511 and briquetting 1521, lower pressure wheel 1511 pushes I pieces protruding upward, makes I
Piece can enter 1521 lower section of briquetting, further pushing convex I pieces by briquetting 1521, preventing because of indivedual I pieces mistakes
Cause to run not smooth situation in protruding upward.
In the present embodiment, pusher groove 2 is made of 21 and the 4th directing plate 22 of third directing plate and the enclosing of bottom plate 6.It can be with
By adjusting 22 spacing of third directing plate 21 and the 4th directing plate, I piece quantity in I piece groups is adjusted.
There are two upper casting die 531 is set, two upper casting dies 531 are mutually parallel, and upper casting die 531 is outside 2 place plane of pusher groove
It is and vertical with pusher groove 2；Welder 4 welds I pieces along gap between two upper casting dies.
Left pushing block 511 is equipped with the clamp system of I pieces towards one end of machining position 8, and clamp system includes two gripping blocks
5111, when clamping I pieces, two gripping blocks 5111 are respectively arranged on the front-end and back-end of I piece groups.When arranging I piece groups, clamping machine
Structure clamps I piece groups, after I sheet machines, can take I sheet by machining position 8 out of, and then by manually or mechanically hand by I
Sheet, which is removed, is moved to the next position.
The utility model I welding devices 4 are automatically performed I pieces and choose, adjust and weld, and process velocity faster, imitate by work
Rate higher.
The above is only the preferred embodiment of the present invention, and it does not limit the scope of the patent of the present invention,
Every equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is directly or indirectly transported
Used in other related technical areas, it is equally included in the patent within the scope of the utility model.
Claims (10)
1. a kind of I welding devices, which is characterized in that including：
Feed device, equipped with chute feeder, the chute feeder is obliquely installed；
Pusher groove is connected set on the lower end of the chute feeder, and with the chute feeder；
Right pusher, set on the first end of the pusher groove, including right pushing block and right delivery device, the delivery device drives
The right pushing block slides in the pusher groove；
Machining position, set on the second end of the pusher groove；
Positioning device, the corresponding machining position setting arrange I pieces so that multiple I pieces arrangements positioned at the machining position are whole
Together；
Welder is correspondingly arranged on the outside of the machining position, and welding is positioned at multiple I pieces of the machining position.
2. I welding devices according to claim 1, which is characterized in that the bottom of the pusher groove and the chute feeder
Bottom in the same plane.
3. I welding devices according to claim 1, which is characterized in that the pusher groove is equipped in the machining position and lacks
Mouthful；
The positioning device includes：
Left located crush device, it is opposite with the right pusher, it is being located at the outer of the second end along the pusher groove direction
Side, including left pushing block and left delivery device, the left delivery device drives the left pushing block so that the left pushing block is supported and is located at
The left side of the I pieces of the machining position；
Located crush device afterwards, it is opposite with the notch in the machining position, including rear pushing block and rear delivery device, the pusher
Mechanism is sent to drive the rear pushing block, so that pushing block supports the rear side of the I pieces positioned at the machining position after described；
Upper located crush device, including upper casting die and upper casting die lead agency, the upper casting die is set on above the machining position, institute
Stating casting die lead agency drives the upper casting die to move up and down.
4. I welding devices according to claim 3, which is characterized in that further include bottom plate；
The bottom plate, is obliquely installed；
The chute feeder is set on above the bottom plate, and the chute feeder is set along the bottom plate inclined direction；
The right pusher, machining position, welder, left located crush device and rear located crush device are set on the bottom plate
On.
5. I welding devices according to claim 4, which is characterized in that further include bottom plate angle regulator；
Described bottom plate one end is hinged with rack below, and the other end is connect with the bottom plate angle regulator；
The bottom plate angle regulator drives one end of the bottom plate to rise or fall.
6. I welding devices according to claim 4, which is characterized in that feed device includes：
First directing plate is set along the bottom plate inclined direction；
Second directing plate, parallel with first directing plate, first directing plate, the second directing plate and the bottom plate enclose
The chute feeder；
Flattening mechanism above the chute feeder, flattens the I pieces in the chute feeder；
Magnetic mechanism, the corresponding chute feeder are set below the bottom plate；
Expeller, in the chute feeder.
7. I welding devices according to claim 6, which is characterized in that the flattening mechanism includes：
Idler wheel mechanism, lower pressure wheel and the turning rolls hinged with the lower pressure wheel including lower end, the lower pressure wheel are located at described send
Above hopper；
Forming machanism, the briquetting frame including two parallel briquettings and the connection briquetting, the briquetting are moved with the I pieces
One end that direction is mutually met is equipped with lead-in chamfered；
In the I pieces, the direction of motion in the chute feeder is located at the lower pressure wheel rear to the briquetting.
8. I welding devices according to claim 4, which is characterized in that the pusher groove is by third directing plate and the 4th
Directing plate is enclosed with the bottom plate and is formed, and the third directing plate and the 4th directing plate are arranged in parallel.
9. I welding devices according to claim 3, which is characterized in that there are two the upper casting die is set, two it is described on
Casting die is mutually parallel, and the upper casting die is outside plane and vertical with the pusher groove where the pusher groove；The welder
The I pieces are welded along gap between two upper casting dies.
10. I welding devices according to claim 3, which is characterized in that the left pushing block is towards the one of the machining position
End is equipped with I piece clamp systems, and the clamp system includes two gripping blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721526235.XU CN207547933U (en) | 2017-11-14 | 2017-11-14 | I welding devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721526235.XU CN207547933U (en) | 2017-11-14 | 2017-11-14 | I welding devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207547933U true CN207547933U (en) | 2018-06-29 |
Family
ID=62679156
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721526235.XU Expired - Fee Related CN207547933U (en) | 2017-11-14 | 2017-11-14 | I welding devices |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207547933U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112475730A (en) * | 2020-11-24 | 2021-03-12 | 常熟市天银机电股份有限公司 | Welding platform structure of automatic static contact welding machine of motor starting protector |
-
2017
- 2017-11-14 CN CN201721526235.XU patent/CN207547933U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112475730A (en) * | 2020-11-24 | 2021-03-12 | 常熟市天银机电股份有限公司 | Welding platform structure of automatic static contact welding machine of motor starting protector |
| CN112475730B (en) * | 2020-11-24 | 2022-06-14 | 常熟市天银机电股份有限公司 | Welding platform structure of automatic static contact welding machine of motor starting protector |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180629 Termination date: 20211114 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |