CN109262264A - Plug assembles equipment and ground connection terminal feeding device - Google Patents
Plug assembles equipment and ground connection terminal feeding device Download PDFInfo
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- CN109262264A CN109262264A CN201811422942.3A CN201811422942A CN109262264A CN 109262264 A CN109262264 A CN 109262264A CN 201811422942 A CN201811422942 A CN 201811422942A CN 109262264 A CN109262264 A CN 109262264A
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- Prior art keywords
- block
- cylinder
- feeding
- plate
- limited block
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
- B23P21/004—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units passing two or more work-stations whilst being composed
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
- B23P19/004—Feeding the articles from hoppers to machines or dispensers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/001—Article feeders for assembling machines
- B23P19/007—Picking-up and placing mechanisms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/008—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes the parts being continuously transported through the machine during assembling or disassembling
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Specific Conveyance Elements (AREA)
Abstract
The present invention relates to the full automatic production equipment fields of plug.It is grounded terminal feeding device, including ground connection terminal feeding concussion disk, feeder pipe, transfer block, feeding block, the second pusher cylinder, jacking cylinder and expects pipe mounting blocks.Ground connection terminal feeding device solves the deficiency that conventional ground connection terminal feeding needs flip cover, advantage is to be inserted directly into ground connection terminal from the bottom up by jacking cylinder, it is more convenient, procedure of processing is less, bad product rate caused by reducing because of operation error, keep the percent of automatization of equipment higher, yield rate is higher.
Description
Technical field
The present invention relates to the full-automatic assembling equipment of the full automatic production equipment field of plug, especially plug.
Background technique
Plug includes shell and installation sheet mounted thereto, is grounded terminal, lug plate, binding block and limited block, existing
The assembling process of plug is that shell is placed on fixture, and the above-mentioned component of goodbye is mounted on shell, passes through the detection confirmation that is powered
After plug assembling is qualified, sealing plate is installed on shell and obtains finished product plug.Existing for the assembling equipment and technique of existing plug not
Foot is: 1. fixtures only play the effect gripped, and the device for being related to shell conveying can not accurately convey shell, after causing
Continuous machining yield is low；2. limited block and binding block feeding and fastening are difficult, machining yield is low；3. lug plate automatic charging
It can not identify direction, cause loading efficiency low, influence packaging efficiency；4. ground connection terminal needs to assemble from bottom to top, therefore
It needs to overturn shell when ground connection terminal feeding and assembling, not only assembly is troublesome but also installation accuracy is difficult to ensure；It is i.e. existing to set
It is standby to there is a problem of that each component feeding is troublesome, be difficult to realize automatic assembling and packaging efficiency is low.
Summary of the invention
It is an object of the present invention to provide a kind of feedings and easy to assembly, the high ground connection terminal feeding dress of assembling effect
It sets；It is a further object to provide the plugs of a kind of accurate feeding, full-automatic assembling and assembly efficiency and high yield rate
Assemble equipment.
To achieve the goals above, the technical solution used in the present invention is: being grounded terminal feeding device, including ground connection
Terminal feeding shakes disk, feeder pipe, transfer block, feeding block, the second pusher cylinder, jacking cylinder and expects pipe mounting blocks；
The discharge end of ground connection terminal feeding concussion disk is connected with the feed end of feeder pipe, and expects pipe mounting blocks connect feeder pipe, expects pipe
Mounting blocks are equipped with longitudinal hole, and the discharge end of feeder pipe is inserted into longitudinal hole；It is horizontal that the lower part of expects pipe mounting blocks is equipped with second
To through slot, shifts block and moved in the second lateral through slot, shift and be provided on block and the matched transfer hole in feeder pipe bottom end, ground connection
Ground connection terminal in terminal feeding concussion disk is fallen into transfer hole by feeder pipe；Feeding block is located at below transfer block, feeding block
It is equipped with position and the transfer matched feeding hole in hole；Second pusher cylinder is transversely mounted in feeding block, the second pusher cylinder
It conveys axis connection and shifts block, the second pusher cylinder mobilization block transverse shifting；Jacking cylinder is vertically installed in feeding block, top
It rises cylinder position of output axle and passes through feeding hole, jacking cylinder output shaft is for pushing up ground connection terminal C；
Ground connection terminal feeding device is fallen in ground connection terminal feeding concussion disk by feeder pipe in use, being grounded terminal C, and second
Pusher cylinder mobilization block is mobile until transfer hole is in feeder pipe underface, the ground line in ground connection terminal feeding concussion disk
Column is fallen into transfer hole；Then the second pusher cylinder mobilization block continues to move to, until transfer hole, feeding hole and jacking cylinder
Output shaft is on same longitudinal straight line, and jacking cylinder ramps up, jacking cylinder output shaft push ground connection terminal C from the bottom up into
Enter to be grounded in terminal mounting hole A.
Plug assembles equipment, including rack and shell feeding device mounted thereto, conveying device, buckling component feeding
Device, lug plate feeding device, installation sheet feeding device, printing equipment, pressing device and above-mentioned ground connection terminal feeding device；
The discharge end of shell feeding device is connected with the feed end of conveying device, and buckling component feeding device, connects lug plate feeding device
Ground terminal feeding device and installation sheet feeding device are arranged successively along conveying device feed end to direction of discharge；It is grounded on terminal
Material concussion disk and feeding block are fixed on the rack.
Preferably, buckling component feeding device includes limited block feed mechanism, binding block feed mechanism, buckling component folder
Take manipulator mechanism and assembling mechanism；
Limited block feed mechanism, binding block feed mechanism and buckling component gripping manipulator mechanism are respectively fixed on the machine frame；Limit
The discharge port position of position block feed mechanism and binding block feed mechanism is matched with assembling mechanism；Limited block feed mechanism is used for limit
Position block F is transported on assembling mechanism, and binding block feed mechanism is used to binding block E be transported to assembling mechanism, and assembling mechanism is used
In limited block F and binding block E are assembled into buckling component；Buckling component gripping manipulator mechanism is used for the button on assembling mechanism
Seaming element is inserted into shell A；
Limited block feed mechanism includes limited block feeding concussion disk, limited block reclaiming plate and the first support；The concussion of limited block feeding
Disk and the first support are fixed on the rack；Limited block reclaiming plate is fixed on the first support；Limited block reclaiming plate is equipped with limit
Block blow tank, the width of limited block blow tank and the maximum width of limited block F match；Limited block reclaiming plate feed end and limit
Block feeding shakes the discharge end linking of disk, discharge end and the assembling mechanism linking of limited block reclaiming plate；Limited block feeding shakes disk
Interior limited block F is delivered to assembling mechanism by limited block reclaiming plate；
Binding block feed mechanism includes binding block feeding concussion disk, binding block reclaiming plate and the second support；The concussion of binding block feeding
Disk and binding block upper flitch are fixed on the rack；Binding block reclaiming plate is fixed on the second support；Binding block reclaiming plate is equipped with
Binding block blow tank, the width of binding block blow tank and the width of binding block match；Binding block reclaiming plate feed end and fastening
Block feeding shakes the discharge end linking of disk, discharge end and the assembling mechanism linking of binding block reclaiming plate；Binding block feeding shakes disk
Interior binding block is delivered to assembling mechanism by binding block reclaiming plate；
Assembling mechanism includes limited block feeding plate, scraping wings, push cylinder, the first rotary cylinder, turntable, binding block blowing
Plate, pusher column and feeding plate；
Limited block feeding plate, the first rotary cylinder and push cylinder are mounted on the rack；Limited block feeding plate and limited block discharge
The discharge end of plate is connected, and limited block feeding plate is equipped with the first semicircular indentations, is equipped with limited block sense in the first semicircular indentations
Device is answered, limited block inductor is used to detect the groove F on limited block F；Scraping wings is in above limited block feeding plate；On scraping wings
Equipped with the first notch, the length of the first notch and the length of limited block F match, the discharging of the first notch and limited block reclaiming plate
End linking；The output axis connection scraping wings of push cylinder, push cylinder drive scraping wings to move back and forth；
Binding block feeding plate is connected with the discharge end of binding block reclaiming plate；It is semicircular scarce that binding block feeding plate is equipped with second
Mouthful, the second semicircular notch and the first semicircular indentations diameter is identical and opposite docking；Feeding plate is placed on binding block vertically
On feeding plate；First longitudinal direction through slot and the first lateral through slot are provided on feeding plate, the first lateral through slot is in feeding plate bottom；
The upper end of first longitudinal direction through slot and the discharge end linking of binding block reclaiming plate, the lower end of first longitudinal direction through slot and the first lateral through slot
Connection；Pusher column passes through the first lateral through slot and moves in the first lateral through slot；
Turntable is connected on the first rotary cylinder, and the first rotary cylinder drives turntable rotation, and turntable section is in and first
The circle of semicircular indentations diameter matches；Turntable is between the first semicircular indentations and the second semicircular indentations, turntable
It is equipped with limiting slot, the length of limiting slot and the length matching of limited block F；
The output axis connection pusher column and scraping wings of push cylinder, push cylinder drive pusher column and scraping wings linkage；
Buckling component gripping manipulator mechanism includes the 5th cylinder, cylinder fixed seat, cylinder mounting plate, the first telescopic cylinder, the
Four sliding rails, clamping cylinder and clamping jaw；Cylinder fixed seat is fixed on the rack；5th cylinder is secured transverse in cylinder fixed seat；
4th sliding rail is connected laterally in cylinder fixed seat by sliding block；Cylinder mounting plate is fixed on the 4th sliding rail, the 5th cylinder
Axis connection cylinder mounting plate is exported, the 5th cylinder drives cylinder mounting plate mobile；First telescopic cylinder is vertically fixed in cylinder peace
In loading board；The flexible axis connection clamping cylinder of first telescopic cylinder, the first telescopic cylinder drive clamping cylinder mobile；Clamping cylinder
Lower end be equipped with gripper mounting bar, clamping jaw is mounted on clamping jaw mounting bar.
Using the ground connection terminal feeding device of above-mentioned technical proposal, solves conventional ground connection terminal feeding and need to overturn shell
The deficiency of body, advantage are to be inserted directly into ground connection terminal from the bottom up by jacking cylinder, and more convenient, procedure of processing is less, subtracts
Bad product rate caused by lacking because of operation error, keeps the percent of automatization of equipment higher, yield rate is higher.Using above-mentioned technical proposal
Plug the advantages of assembling equipment be accurate feeding, full-automatic assembling and assembly efficiency and high yield rate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the embodiment of the present invention.
Fig. 2 is the structural schematic diagram of plug.
Fig. 3 is the structural schematic diagram of shell feeding device.
Fig. 4 is the configuration schematic diagram of conveying device.
Fig. 5 is the configuration schematic diagram of moving assembly.
Fig. 6 is the configuration schematic diagram of transport assembly.
Fig. 7 is the configuration schematic diagram of buckling component feeding device.
Fig. 8 is the configuration schematic diagram of assembling mechanism.
Fig. 9 is the configuration schematic diagram of buckling component gripping manipulator mechanism.
Figure 10 is the configuration schematic diagram of lug plate feeding device.
Figure 11 is the configuration schematic diagram that lug plate draws manipulator mechanism.
Figure 12 is the configuration schematic diagram of pressing device.
Figure 13 is the configuration schematic diagram of printing equipment.
Figure 14 is the configuration schematic diagram for being grounded terminal feeding device.
Figure 15 is the configuration schematic diagram of installation sheet feeding device.
Specific embodiment
The present invention is described further with embodiment with reference to the accompanying drawings of the specification.
As shown in Figure 1, plug assembles equipment, including rack 9 and shell feeding device 1 mounted thereto, conveying device
2, buckling component feeding device 3, lug plate feeding device 4, ground connection terminal feeding device 5, installation sheet feeding device 6, printing dress
Set 7 and pressing device 8.The discharge end of shell feeding device 1 is connected with the feed end of conveying device 2, buckling component feeding device
3, lug plate feeding device 4, ground connection terminal feeding device 5 and installation sheet feeding device 6 are along 2 feed end of conveying device to discharge end
Direction is arranged successively.Lug plate feeding device 4 is two groups.
As shown in Fig. 2, plug includes shell A and installation sheet B mounted thereto, ground connection terminal C, lug plate D, binding block
E and limited block F.Shell A be equipped with rectangular patch piece mounting hole A01, ground connection terminal mounting hole A02, installation sheet mounting groove A03 and
Buckling component installation seam A04.Installation sheet B is equipped with circular mounting hole, and installation sheet B is put into the mounting groove A03 of shell A.Ground connection
The upper end terminal C is equipped with connecting column C1, and connection column diameter C1 is matched with circular mounting hole and the ground connection aperture terminal mounting hole A02, even
It connects in the circular mounting hole on column C1 insertion ground connection terminal mounting hole A02 and installation sheet B.Lug plate D is two, the top lug plate D
The middle part that portion is equipped with the folding ear D1, lug plate D that protrude outwardly is equipped with chuck D2, and the bottom section of lug plate D is in rectangle, lug plate
In the bottom insertion rectangular patch piece mounting hole A01 of D.The lower part of binding block E is equipped with semicircle fixture block E1.Limited block F is in a strip shape,
The middle part of limited block F, which is equipped with, is inserted into limit with the matched groove F1 of semicircle fixture block E1, the semicircle fixture block E1 of the lower part binding block E
In the groove F1 of block F, buckling component is formed, buckling component is inserted into buckling component installation seam A04.
Shell feeding device 1 is for transporting shell A to conveying device 2.Buckling component feeding device 3 is used for binding block E
It fastens and assembles with limited block F, and buckling component is transported on the shell A of 2 feed end of conveying device.Lug plate feeding device 4
Shell A for lug plate D being transported in conveying device 2.Terminal feeding device 5 is grounded ground connection terminal C is used to transport
On shell A on to conveying device 2.Installation sheet feeding device 6 is used for shell A installation sheet being transported in conveying device 2.
Printing equipment 7 is used to number be printed upon shell A.Pressing device 8 is that two, one and ground connection terminal feeding device 5 are connected,
For compressing the ground connection terminal C in shell A, another and installation sheet feeding device 6 are connected, for compressing the installation in shell A
Piece B.
As shown in figure 3, shell feeding device 1 includes pallet 15, first motor 11, conveyer belt 12, shell pinboard 13
With the first cylinder 14, first motor 11 and conveyer belt 12 are connected on pallet 15, and shell pinboard 13 and the first cylinder 14 connect
It connects on the discharge end of pallet 15.
First motor 11 connects conveyer belt 12, and shell A is on conveyer belt 12, and shell A is on the conveyor belt 12 from feed end
It is mobile to discharge end.The discharge end linking of the feed end and conveyer belt 12 of shell pinboard 13, and shell pinboard 13 and transmission
Band 12 is vertically arranged, the discharge end of shell pinboard 13 and the feed end linking of conveying device 2.First cylinder, 14 position and transmission
Band 12 and shell pinboard 13 match, and the first cylinder 14 will be on the shell A push-in shell pinboard 13 on 12 discharge end of conveyer belt.
The width of shell pinboard 13 and the length of shell match.
When shell feeding device 1 acts, first motor 11 drives the shell A on conveyer belt 12 to be moved to the discharging of conveyer belt 12
When end, the first cylinder 14 is by the shell A push-in shell pinboard 13 on 12 discharge end of conveyer belt, and shell A is from shell pinboard
13 enter the feed end of conveying device 2.
Shell feeding device 1 solves the problems, such as shell A feeding entanglement, and sequentially shell A is promoted by the first cylinder 14
The feed end of conveying device 2 makes shell A sequentially enter conveying device 2, and the carry out for facilitating conveying device 2 to drive shell A is subsequent
Stepping processing.
As shown in figure 4, conveying device 2 includes moving assembly 20 and transport assembly 21.The setting of transport assembly 21 is in mobile group
On part 20, moving assembly 20 drives transport assembly 21 to act.Shell feeding device 1 is continuously to convey shell A feeding, defeated
Sending device 2 is reciprocal step-by-step movement conveying shell A.
As shown in figure 5, moving assembly 20 include bottom plate 200, the second cylinder 201, the first sliding rail 202, the first sliding block 203,
Pushing plate 204 and third cylinder 205.Bottom plate 200 is fixed in rack 9, and the second cylinder 201 and the first sliding rail 202 are fixed on bottom
On plate 200.Pushing plate 204 is connected on the first sliding rail 202 by the first sliding block 203, and the second cylinder 201 connects pushing plate 204,
Second cylinder 201 drives pushing plate 204 mobile, and third cylinder 205 is fixed on pushing plate 204.
When moving assembly 20 acts, the second cylinder 201 drives pushing plate 204 and third cylinder 205 along the first sliding rail 202
Return transverse shifting.
As shown in fig. 6, transport assembly 21 includes transport board 210, blanking track 211, mounting plate 212, blend stop 213, fixes
Block 214, the second sliding rail 215 and the second sliding block 216.
Transport board 210 is mounted in rack 9, and transport board 210 is parallel and be oppositely arranged two, 210 section of transport board
It is L-shaped.The feed end of one of transport board 210 is equipped with notch 217, the discharge end linking of notch 217 and shell pinboard 13.
The discharge end of transport board 210 connects blanking track 211.Shell A enters fortune by notch 217 from the discharge end of shell pinboard 13
It send on plate 210, shell A is mobile from feed end to discharge end between two transport boards 210.
Mounting plate 212 is between two transport boards 210, sets that there are six equidistant regularly arranged stations on mounting plate 212.
Six stations are the first station 2130, second station 2131,3rd station 2132, the 4th station 2133, the 5th station respectively
2134 and the 6th station 2135, corresponding first station 2130 in 3 position of buckling component feeding device, two groups of lug plate feeding devices 4
Position respectively corresponds second station 2131 and 3rd station 2132, and ground connection 5 position of terminal feeding device corresponds to the 4th station 2133,
6 position of installation sheet feeding device corresponds to the 5th station 2134, corresponding 6th station 2135 in 7 position of printing equipment.
Blend stop 213 is six groups, and respectively with six groups of station location matches on mounting plate 212, i.e. one group of gear is arranged in each station
Item 213.Every group of blend stop 213 is two, and the distance between two blend stops 213 and the length of shell A match, and blend stop 213 is used for
It is mobile to limit shell A, i.e., blend stop 213 is mobile from the feed end of transport board 210 to discharge end for blocking shell A.Second sliding rail
215 are arranged on mounting plate 212, and the second sliding block 216 is housed on second sliding rail 215, and the second sliding block 216 is connected to pushing plate 204
On, it is transverse shifting that the second cylinder 201, which drives pushing plate 204 and the movement of mounting plate 212,.The output axis connection of third cylinder 205
Mounting plate 212, third cylinder 205 drive mounting plate 212 to move longitudinally up and down.
Fixed block 214 is two groups, and position respectively corresponds the 4th station 2133 and the 5th station 2134.Under fixed block 214
Portion is connected in transport board 210, and the top of fixed block 214 is equipped with towards stretching in transport board 210 and moves upwards for limiting shell
Convex block 2140.The convex block 2140 on 214 top of fixed block is bent towards on the inside of transport board 210, and shell is just blocked in the part of bending
Two sides of the body A when transport board 210 rises, be raised above the shell A at corresponding station will not at work.
The working principle of conveying device 2: shell A enters between two transport boards 210 from shell pinboard 13, third cylinder
205, toward rising, drive the blend stop 213 on mounting plate 212 to block upwards in the shell in transport board 210 at first station 2130
A, it is mobile from the feed end of transport board 210 to discharge end that the second cylinder 201 drives mounting plate 212, and drives shell A by the first work
Position 2130 is moved in second station 2131, while the shell in former second station 2131 is moved to 3rd station 2132, former the
Shell on four stations 2133 is moved to the 5th station 2134, the shell on former 5th station 2134 is moved to the 6th station
2135, the shell on former 6th station 2135 is fallen along blanking track 211.Then, third cylinder 205 falls, and keeps blend stop 213 de-
The second cylinder 201 resets past withdraw of pushing plate 21 to shrinking away from theshell body A simultaneously, and so on, cycle operation.
Conveying device 2 solves automation equipment and transports location of workpiece inaccuracy and the horizontal and vertical position shell A not
Accurate problem accurately controls the position of shell horizontally by the blend stop in conveying device 2, accurate by fixed block 214
The position of shell in the longitudinal direction is controlled, the precision of processing is improved.
As shown in fig. 7, buckling component feeding device 3 includes limited block feed mechanism 30, binding block feed mechanism 31, fastens
Component gripping manipulator mechanism 35 and assembling mechanism 34.
Limited block feed mechanism 30, binding block feed mechanism 31 and buckling component gripping manipulator mechanism 35 are separately fixed at
In rack 9.The discharge port position of limited block feed mechanism 30 and binding block feed mechanism 31 is matched with assembling mechanism 34.Limited block
Feed mechanism 30 is used to limited block F be transported to assembling mechanism 34, and binding block feed mechanism 31 is for being transported to binding block E
On assembling mechanism 34, assembling mechanism 34 is used to limited block F and binding block E be assembled into buckling component.Buckling component clamping is mechanical
Mobile phone structure 35 is for the buckling component on assembling mechanism 34 to be inserted into the shell A at the first station 2130.
Limited block feed mechanism 30 includes limited block feeding concussion disk 301, limited block reclaiming plate 302 and the first support 303.
Limited block feeding concussion disk 301 and the first support 303 are fixed in rack 9.Limited block reclaiming plate 302 is fixed on the first support
On 303.Limited block reclaiming plate 302 is equipped with limited block blow tank, the width of limited block blow tank and the maximum width of limited block F
Match.The discharge end linking of 302 feed end of limited block reclaiming plate and limited block feeding concussion disk 301, limited block reclaiming plate 302
Discharge end and assembling mechanism 34 be connected.It is defeated by limited block reclaiming plate 302 that limited block feeding shakes the limited block F in disk 301
It send to assembling mechanism 34.
Binding block feed mechanism 31 includes binding block feeding concussion disk 310, binding block reclaiming plate 311 and the second support 312.
Binding block feeding concussion disk 310 and binding block upper flitch 311 are fixed in rack 9.Binding block reclaiming plate 311 is fixed on second
On seat 312.Binding block reclaiming plate 311 is equipped with binding block blow tank, the width of binding block blow tank and the width phase of binding block
Matching.The discharge end linking of 311 feed end of binding block reclaiming plate and binding block feeding concussion disk 310, binding block reclaiming plate 311
Discharge end and assembling mechanism 34 are connected.Binding block in binding block feeding concussion disk 310 is delivered to by binding block reclaiming plate 311
Assembling mechanism 34.
As shown in figure 8, assembling mechanism 34 includes limited block feeding plate 340, scraping wings 341, the rotation of push cylinder 342, first
Rotaring cylinder 343, turntable 344, binding block feeding plate 345, pusher column 346 and feeding plate 347.
Limited block feeding plate 340, the first rotary cylinder 343 and push cylinder 342 are mounted on the rack.Limited block feeding plate
340 are connected with the discharge end of limited block reclaiming plate 302, limited block feeding plate 340 be equipped with the first semicircular indentations 3401, first
Limited block inductor is equipped in semicircular indentations 3401, limited block inductor is used to detect the groove F1 on limited block F.Scraping wings
341 in 340 top of limited block feeding plate.Scraping wings 341 is equipped with the first notch 3411, the length and limit of the first notch 3411
The length of position block F matches, the discharge end linking of the first notch 3411 and limited block reclaiming plate 302.The output of push cylinder 342
Axis connection scraping wings 341, push cylinder 342 drive scraping wings 341 to move back and forth.
Binding block feeding plate 345 is connected with the discharge end of binding block reclaiming plate 311.Binding block feeding plate 345 is equipped with the
Two semicircular notches 3450, the second semicircular notch 3450 are identical with 3401 diameter of the first semicircular indentations and opposite right
It connects.Feeding plate 347 is placed on vertically on binding block feeding plate 345.First longitudinal direction through slot and the first cross are provided on feeding plate 347
To through slot, the first lateral through slot is in 347 bottom of feeding plate.The upper end of first longitudinal direction through slot and going out for binding block reclaiming plate 311
Expect end linking, the lower end of first longitudinal direction through slot is connected to the first lateral through slot.Pusher column 346 passes through the first lateral through slot first
It is moved in lateral through slot.
Turntable 344 is connected on the first rotary cylinder 343, and the first rotary cylinder 343 drives turntable 344 to rotate, rotation
344 section of turntable is in the circle with 3401 diameter matches of the first semicircular indentations.Turntable 344 is in the first semicircular indentations
3401 and second between semicircular indentations 3450, and turntable 344 is equipped with limiting slot, the length of limiting slot and the length of limited block F
Degree matching.
The output axis connection pusher column 346 and scraping wings 341 of push cylinder 342, push cylinder 342 drive pusher column 346
It links with scraping wings 341.
When assembling mechanism 34 acts, limited block is delivered on limited block feeding plate 340 by limited block reclaiming plate 302.It fastens
Block is delivered on binding block feeding plate 345 by binding block reclaiming plate 311 by feeding plate 347, and 346 front end of pusher column is located at first
On rear side of lateral through slot.
First notch 3411 of scraping wings 341 limits limited block F, and push cylinder 342 drives scraping wings 341 to turntable
344 is mobile, and limited block is shifted onto the limiting slot of turntable 344, the movement of the limiting slot limitation limited block of turntable 344.
The groove F1 of limited block inductor detection limited block F in first semicircular indentations 3401 whether against binding block feeding plate 345,
For binding block feeding plate 345 without opposite, the first rotary cylinder 343 drives limited block to rotate 180 °；Binding block feeding plate 345 is pair
, the first rotary cylinder 343 is failure to actuate.Push cylinder 342 drives pusher column 346 to push binding block mobile to turntable 344, together
When scraping wings 341 reset, binding block is moved on turntable 344, and is snapped together with limited block, form buckling component, with
Afterwards, the first rotary cylinder 343 drives buckling component to be rotated by 90 °, and the buckling component on buckling component and shell A is made to install seam A04
On same lateral straight line, buckling component gripping manipulator mechanism 35 clamps buckling component and is directly inserted into buckling component installation
Stitch A04.
As shown in figure 9, buckling component gripping manipulator mechanism 35 includes the 5th cylinder 320, cylinder fixed seat 321, cylinder
Mounting plate 322, the first telescopic cylinder 323, the 4th sliding rail 324, clamping cylinder 330 and clamping jaw 331.Cylinder fixed seat 321 is fixed
In rack 9.5th cylinder 320 is secured transverse in cylinder fixed seat 321.4th sliding rail 324 is connected laterally at by sliding block
In cylinder fixed seat 321.Cylinder mounting plate 322 is fixed on the 4th sliding rail 324, the output axis connection cylinder of the 5th cylinder 320
Mounting plate 322, the 5th cylinder 320 drive cylinder mounting plate 322 mobile.First telescopic cylinder 323 is vertically fixed in cylinder installation
On plate 322.The flexible axis connection clamping cylinder 330 of first telescopic cylinder 323, the first telescopic cylinder 323 drive clamping cylinder 330
It is mobile.The lower end of clamping cylinder 330 is equipped with gripper mounting bar, and clamping jaw 331 is mounted on clamping jaw mounting bar, and clamping cylinder 330 can
To drive clamping jaw 331 to clamp or put down buckling component.
When buckling component gripping manipulator mechanism 35 acts, the 5th cylinder 320 drives the first telescopic cylinder 323 and clamping gas
Cylinder 330 is moved at turntable 344 along 324 transverse shifting of the 4th sliding rail, and the first telescopic cylinder 323 drives clamping cylinder 330 vertical
To movement, the clamping jaw 331 in clamping cylinder 330 clamps the buckling component on turntable 344.
The working principle of buckling component feeding device 3: limited block F is transported to limited block and put by limited block feed mechanism 30
On flitch 340, push cylinder 342 drives scraping wings 341 toward withdrawing, and scraping wings 341 drives on limited block F to turntable 344
In limiting slot, whether limited block inductor detects the groove F1 on limited block F against the direction of binding block feeding plate 345, does not have
It is opposite, the first rotary cylinder 343 drive limited block F rotate 180 °, be it is opposite, the first rotary cylinder 343 is failure to actuate.On binding block
Binding block E is transported in the first longitudinal direction through slot of feeding plate 347 by material mechanism 31, and binding block E sequentially falls vertically and arrives bottom end
In first lateral through slot, push cylinder 342 drives pusher column 346 forward, and binding block E is shifted onto turntable 344 by pusher column 346
Place snaps together the groove F1 among the semicircle fixture block E1 and limit F block of the lower end binding block E, forms buckling component, button
After the completion of conjunction, the first rotary cylinder 343 is rotated by 90 ° counterclockwise, and the buckling component on buckling component and shell A is made to install seam A04
On same lateral straight line, clamping cylinder 330 clamps buckling component, then the buckling component on buckling component insertion shell A is pacified
In dress seam A04.
It is difficult that buckling component feeding device 3 solves the problems, such as that limited block F and binding block E is fastened, and passes through the first rotary pneumatic
The position and direction of cylinder 343 and limiting slot regulation, limitation limited block F, feeding plate 347 change the direction of binding block E, make to fasten more
Precisely and quickly.Solve the problems, such as that limited block F needs different cylinders to drive with binding block E feeding opportunity difference, by same
The linkage of one cylinder realizes the substep feeding of limited block F and binding block E, makes more reasonable structure, and space occupancy rate is lower, saves
Cost.Solve the problems, such as that buckling component needs direction of rotation until and on the same lateral straight line of buckling component installation seam A04, leading to
343 rotary fastening component of the first rotary cylinder is crossed, it is more more convenient efficiently than installing rotating device on a robotic arm.Solves limit
Block F and binding block E substep are attached to the problem that precision is not high, error-prone in shell A, by assembling mechanism 34 limited block F and button
It closes block E and is assembled into buckling component, then manipulator is directly inserted into buckling component in shell A, precision and has higher success rate.
Lug plate feeding device 4 is that structure is two groups identical, and two bottoms lug plate D is respectively used to be inserted into shell A
In upper rectangular patch piece mounting hole A01.
As shown in Figure 10, lug plate feeding device 4 includes that lug plate shakes disc mechanism 40, the second rotary cylinder 41, wiring
Piece pushing plate 42, the 6th cylinder 43, lug plate draw manipulator mechanism 48 and spill spin block 46.
Lug plate, which shakes disc mechanism 40, the second rotary cylinder 41, the 6th cylinder 43 and lug plate, draws manipulator mechanism 48
It is separately fixed in rack 9.
The discharge port of lug plate concussion disc mechanism 40 is connected with lug plate pushing plate 42.Lug plate D is shaken by lug plate
Disc mechanism 40 is transported on lug plate pushing plate 42.Lug plate draws manipulator mechanism 48 and lug plate is used to be inserted into shell A
On lug plate mounting hole A01 in.
It includes lug plate feeding concussion disk 401, lug plate reclaiming plate 403 and the second support that lug plate, which shakes disc mechanism 40,
402.Lug plate feeding concussion disk 401 and the second support 402 are fixed in rack 9, and lug plate reclaiming plate 403 is fixed on second
On seat 402.Lug plate reclaiming plate 403 is equipped with lug plate blow tank, the width and lug plate D width phase of lug plate blow tank
Match.Lug plate feeding shakes the lug plate D in disk 401 and is conveyed by lug plate reclaiming plate 403.
46 position of spill spin block is matched with 403 discharge end of lug plate reclaiming plate, and spill spin block 46 is equipped with longitudinal rectangular channel, longitudinal
The shape of rectangular channel and the bottom end matching of connection sheet D.The rotation axis connection spill spin block 46 of second rotary cylinder 41, the second rotary pneumatic
Cylinder 41 drives spill spin block 46 to rotate.The conveying axis connection lug plate pushing plate 42 of 6th cylinder 43,42 position of line piece pushing plate with
The discharge end of lug plate reclaiming plate 403 matches, and the 6th cylinder 43 drives 42 transverse shifting of lug plate pushing plate, lug plate pushing plate
42 push to the lug plate of 403 discharge end of lug plate reclaiming plate in longitudinal rectangular channel on spill spin block 46.Lug plate pushing plate
42 be equipped with matched the carryings notch 420 of chuck D2 in the middle part of lug plate D, carry at notch 420 equipped with lug plate inductor,
Lug plate inductor is used to detect the position of chuck D2 in the middle part of lug plate D.
Lug plate shakes disc mechanism 40 in use, lug plate pushing plate 42 is by the wiring of 403 discharge end of lug plate reclaiming plate
Piece pushes in longitudinal rectangular channel on spill spin block 46.Lug plate inductor detects the position of chuck D2, in the middle part of lug plate D
Chuck D2, which rides over, to be carried on notch 420, then lug plate position is accurate, and the chuck D2 in the middle part of lug plate D does not ride over carrying and lacks
On mouth 420, the second rotary cylinder 41 controls spill spin block 46 and rotates 180 °, keeps lug plate position correct.Lug plate draws manipulator
Before drawing the correct lug plate in position, lug plate needs to rotate 90 again, makes in the angle and shell of lug plate for mechanism 48
The direction rectangular patch piece mounting hole A01 it is consistent with angle, rotated again without manipulator.
As shown in figure 11, it includes pedestal 480, the first pusher cylinder 481, cylinder installation that lug plate, which draws manipulator mechanism 48,
Plate 482, the second telescopic cylinder 483 and the first sucker 484.Pedestal 480 is fixed in rack 9, and the first pusher cylinder 481 is fixed on
In first base 480, the conveying axis connection cylinder mounting plate 482 of the first pusher cylinder 481,481 band of the first pusher cylinder is taken offence
Cylinder mounting plate 482 is mobile.Second telescopic cylinder 483 is fixed on cylinder mounting plate 482, the conveying axis of the second telescopic cylinder 483
The first sucker 484 is connected, the second telescopic cylinder 483 drives the first sucker 484 mobile.First sucker 484 is sucked on turntable 46
Lug plate D at the top of folding ear D1, and the bottom lug plate D is inserted into the lug plate mounting hole A01 on shell A.
Lug plate feeding device 4 is in use, lug plate concussion disc mechanism 40 send lug plate D by the second reclaiming plate 47
The lug plate of 403 discharge end of lug plate reclaiming plate is pushed to longitudinal rectangular channel on spill spin block 46 by material, lug plate pushing plate 42
Interior, specifically the 6th cylinder 43 drives lug plate pushing plate 42 that the bottom lug plate D is moved to longitudinal rectangle on spill spin block 46
In slot, the second rotary cylinder 41 adjusts the direction of lug plate.Then lug plate draws the first sucker 484 on manipulator mechanism 48
The folding ear D1 on the top lug plate D is sucked and in the bottom lug plate D insertion rectangular patch piece mounting hole A01.
Lug plate feeding device 4 solves the problems, such as that lug plate feeding is difficult to control direction, that is, solves conventional connections piece
The problem of feeding again is not recycled again to i.e. direct blanking in feeding direction, passes through lug plate inductor and the second rotary cylinder 41
Detection and regulation, so that the lug plate of anisotropy is rotated adjustment, lug plate D directly can be inserted into lug plate by manipulator
It is more more convenient efficiently than installing rotating device on a robotic arm in mounting hole A01.
As shown in figure 12, pressing device 8 is fixed in rack 9, and pressing device 8 includes lug plate hold-down mechanism 80 and installation
Piece hold-down mechanism 81.Lug plate hold-down mechanism 80 is located at the 4th station 2133, and lug plate hold-down mechanism 80 is used for lug plate
It is pressed in lug plate mounting hole A01.Installation sheet hold-down mechanism 81 is located at the 5th station 2134, and installation sheet hold-down mechanism 81 is used for
Installation sheet B is pressed in installation sheet mounting groove A03.
Lug plate hold-down mechanism 80 includes the second motor 800, the first mounting plate 801 and pressure plate 802.Second motor 800
It is fixed in rack 9 by mounting plate 801, the conveying axis connection pressure plate 802 of the second motor 800.Lug plate hold-down mechanism 80
For lug plate to be pressed in lug plate mounting hole A01.Installation sheet hold-down mechanism 81 is installed including third motor 810, second
Plate 812 and hold-down head 811, third motor 810 are fixed in rack 9 by the second mounting plate 812, the output of third motor 810
Axis connection hold-down head 811.Installation sheet hold-down mechanism 81 is for being pressed on installation sheet in installation sheet mounting groove A03.
As shown in figure 13, printing equipment 7 includes printing cylinder 70, cylinder mounting plate 71 and character code block 72.Print cylinder 70
It is fixed in rack 9.Printing equipment 7 is located at the 4th station 2133, for printing character code in shell A.Cylinder mounting plate 71
It is equipped with hole, the output shaft of printing cylinder 70 passes through the hole on cylinder mounting plate 71.Character code block 72 is located at cylinder mounting plate 71
On, the output shaft and character code block 72 for printing cylinder 70 connect, and printing cylinder 70 drives character code block 72 mobile.
Printing equipment is in use, shell A will not be toward rising by temporary fix of the fixed block 214 at the 4th station 2133
It rises.Printing cylinder 70 drives character code block 72 to rise, and character code block 72 is imprinted on shell A, completes work.
As shown in figure 14, ground connection terminal feeding device 5 includes ground connection terminal feeding concussion disk 50, feeder pipe 51, transfer
Block 52, feeding block 54, the second pusher cylinder 56, jacking cylinder 57 and expects pipe mounting blocks 58.
Ground connection terminal feeding concussion disk 50 and feeding block 54 are fixed in rack 9.It is grounded going out for terminal feeding concussion disk 50
Material end is connected with the feed end of feeder pipe 51, and expects pipe mounting blocks 58 connect feeder pipe 51, and expects pipe mounting blocks 58 are equipped with longitudinal logical
The discharge end in hole, feeder pipe 51 is inserted into longitudinal hole.The lower part of expects pipe mounting blocks 58 is equipped with the second lateral through slot, shifts block 52
Moved in the second lateral through slot, shift be provided on block 52 with the matched transfer hole 53 in 51 bottom end of feeder pipe, on ground connection terminal
Ground connection terminal in material concussion disk 50 is fallen into transfer hole 53 by feeder pipe 51.Feeding block 54 is located at 52 lower section of transfer block, on
Expect that block 54 is equipped with position and the transfer matched feeding hole 55 in hole 53.Second pusher cylinder 56 is transversely mounted in feeding block 54,
The conveying axis connection of second pusher cylinder 56 shifts block 52,56 mobilization block of the second pusher cylinder, 52 transverse shifting.Jack gas
Cylinder 57 is vertically installed in feeding block 54, and 57 position of output axle of jacking cylinder passes through feeding hole 55, and 57 output shaft of jacking cylinder is used
Terminal C is grounded in pushing up.
Ground connection terminal feeding device 5 in use, shell A be fixed at the 5th station block 214 fix will not toward rise
It rises.Ground connection terminal C is fallen in ground connection terminal feeding concussion disk 50 by feeder pipe 51,56 mobilization block of the second pusher cylinder
52 is mobile until transfer hole 53 is in immediately below feeder pipe 51, and the ground connection terminal in ground connection terminal feeding concussion disk 50 falls into transfer
In hole 53.Then 56 mobilization block 52 of the second pusher cylinder continues to move to, until transfer hole 53, feeding hole 55 and jacking cylinder
57 output shafts are on same longitudinal straight line, and jacking cylinder 57 ramps up, and 57 output shaft of jacking cylinder pushes ground connection terminal C under
Up enter in ground connection terminal mounting hole A02.
Ground connection terminal feeding device 5 solves conventional ground connection terminal feeding and needs flip cover, needs to add additional turn over
The problem of rotary device, is inserted directly into ground connection terminal by jacking cylinder 57 from the bottom up, and more convenient, procedure of processing is less, subtracts
Bad product rate caused by lacking because of operation error, keeps the percent of automatization of equipment higher, yield rate is higher.
As shown in figure 15, installation sheet feeding device 6 includes the second sucker 120, the 7th cylinder 121, installation sheet transfer block
122, installation sheet feeding concussion disk 123, third reclaiming plate 125, third push cylinder 126, second base 127 and the flexible gas of third
Cylinder 128.
Installation sheet feeding concussion disk 123 and second base 127 are fixed in rack 9.Installation sheet feeding shakes going out for disk 123
Expect the feed end linking of end and third reclaiming plate 125, installation sheet transfer block 122 is located at the discharge end of third reclaiming plate 125, installation
Piece transfer block 122, which is equipped with, sets hopper 124.Installation sheet feeding shakes the installation sheet B in disk 123 and passes through third push cylinder 126
It is transported to setting in hopper 124 on third reclaiming plate 125.The conveying axis connection installation sheet of 7th cylinder 121 shifts block 122, the
Seven cylinders 121 drive installation sheet transfer block 122 mobile.Third push cylinder 126 is fixed in second base 127, third push
The conveying axis connection third telescopic cylinder 128 of cylinder 126.The second sucker of conveying axis connection 120 of third telescopic cylinder 128, the
Three telescopic cylinders 128 drive the second sucker 120 mobile.Third push cylinder 126 drives third telescopic cylinder 128 and the second sucker
120 is mobile.
The working principle of installation sheet feeding device 6: installation sheet B is discharged out of installation sheet feeding concussion disk 123 by third
Plate 125 is set in hopper 124 into installation sheet transfer block 122, and the 7th cylinder 121 pushes installation sheet to shift block 122, the second sucker
120 are sucked installation sheet B, and third push cylinder 126 puts into the circular mounting hole on installation sheet B the connection of the ground connection upper end terminal C
In column C1, and put into installation sheet mounting groove A03 installation sheet B is attached to.
Installation sheet feeding device 6 solves the problems, such as because of the direction of installation sheet B not pair install failure, installation sheet B into
Enter installation sheet transfer block 122 on set hopper 124, fix the direction of installation sheet B, make manipulator by installation sheet B be installed to
More convenient and quicker in installation sheet mounting groove A03 reduces bad product rate, promotes yield rate.
Plug assembling process is as follows:
Shell feeding, shell A are pushed at the first station 2130 of 2 feed end of conveying device on shell feeding device 1；
Buckling component feeding, limited block feed mechanism 30 are transported to limited block F on assembling mechanism 34, binding block feed mechanism 31
Binding block E is transported in assembling mechanism 34, limited block F and binding block E fastening is assembled into buckling component by assembling mechanism 34, is detained
Seaming element gripping manipulator mechanism 35 is inserted into buckling component in the installation seam of the buckling component on shell A A04；
Lug plate feeding, conveying device 2 are transported to shell A at second station 2131 and 3rd station 2132, and lug plate is drawn
Manipulator mechanism 48 is put into the lug plate D transported out by lug plate concussion disk in the lug plate mounting hole A01 on shell A；
Lug plate feeding is respectively charged into two pieces of lug plates in two times in two lug plate mounting hole A01；
Shell A is transported to the 4th station 2133 by printing and compression, conveying device 2, and character code is printed upon shell A by printing equipment 7
On；After the completion of printing, lug plate hold-down mechanism 80 compresses lug plate D；
It is grounded terminal feeding, then shell A is transported to the 5th station 2134 by conveying device 2, and ground connection terminal feeding device 5 connects
Ground terminal is inserted into the ground connection terminal mounting hole A02 on shell A；
Installation sheet feeding, conveying device 2 are transported to shell A at the 6th station 2135, and installation sheet feeding device 6 is ground connection terminal
It is fitted into the connecting column C1 of the upper end C in the circular mounting hole on installation sheet B, installation sheet hold-down mechanism 81 is pressed on installation sheet B
In installation sheet mounting groove A03；
Shell A is transported shell A after processing is completed by discharge end blanking track 25 by blanking, the second conveyer 2；Pass through
After the detection confirmation assembling product that is powered is qualified, sealing plate is installed on shell and obtains finished product plug.
The shell feeding device 1 of this patent solves the problems, such as shell A feeding entanglement, by the first cylinder 14 sequentially shell
Body A promote conveying device 2 feed end, so that shell A is sequentially entered conveying device 2, facilitate conveying device 2 drive shell A into
The subsequent stepping processing of row.Conveying device 2 solves automation equipment transport location of workpiece inaccuracy and shell A is laterally and vertical
The problem inaccurate to position accurately controls the position of shell horizontally by the blend stop in conveying device 2, passes through fixed block
The position of 214 accurate control shells in the longitudinal direction, improves the precision of processing.Buckling component feeding device 3 solve limited block F and
Binding block E fastens difficult problem, passes through the position and side of the first rotary cylinder 343 and limiting slot regulation, limitation limited block F
To feeding plate 347 changes the direction of binding block E, makes to fasten more precisely and quick.When solving limited block F and binding block E feeding
The problem of machine difference needs different cylinders to drive realizes the substep of limited block F and binding block E by the linkage of same cylinder
Feeding makes more reasonable structure, and space occupancy rate is lower, save the cost.It solves buckling component and needs direction of rotation until and button
Problem on the same lateral straight line of seaming element installation seam A04, by 343 rotary fastening component of the first rotary cylinder, than in machinery
Installation rotating device is more convenient efficiently on hand.Solving limited block F and binding block E substep, to be attached to precision in shell A not high, easily
Limited block F and binding block E are assembled into buckling component by assembling mechanism 34 by the problem of error, and then manipulator is fastening group
Part is directly inserted into shell A, precision and is had higher success rate.Lug plate feeding device 4 solve feeding device be difficult to control connect
The problem of line piece direction D, that is, solving conventional connections piece feeding direction, to i.e. direct blanking recycling, feeding is not asked again again
Topic, by the detection and regulation of lug plate inductor and the second rotary cylinder 41, allows the lug plate of anisotropy to rotate tune
Whole, manipulator can directly be inserted into lug plate D in lug plate mounting hole A01, than installing rotating device on a robotic arm more
Convenience and high-efficiency.Installation sheet feeding device 6 solves the problems, such as because of the direction of installation sheet B not pair install failure, installation sheet B into
Enter installation sheet transfer block 122 on set hopper 124, fix the direction of installation sheet B, make manipulator by installation sheet B be installed to
More convenient and quicker in installation sheet mounting groove A03 reduces bad product rate, promotes yield rate.
Claims (3)
1. being grounded terminal feeding device, it is characterised in that including ground connection terminal feeding concussion disk (50), feeder pipe (51), transfer
Block (52), feeding block (54), the second pusher cylinder (56), jacking cylinder (57) and expects pipe mounting blocks (58)；
The discharge end of ground connection terminal feeding concussion disk (50) is connected with the feed end of feeder pipe (51), expects pipe mounting blocks (58) connection
Feeder pipe (51), expects pipe mounting blocks (58) are equipped with longitudinal hole, and the discharge end of feeder pipe (51) is inserted into longitudinal hole；Expects pipe
The lower part of mounting blocks (58) is equipped with the second lateral through slot, and transfer block (52) is moved in the second lateral through slot, in transfer block (52)
It is provided with and passes through with the matched transfer hole (53) in feeder pipe (51) bottom end, the ground connection terminal that ground connection terminal feeding shakes in disk (50)
Feeder pipe (51) is fallen into transfer hole (53)；Feeding block (54) is located at below transfer block (52), and feeding block (54) is equipped with position
With transfer hole (53) matched feeding hole (55)；Second pusher cylinder (56) is transversely mounted on feeding block (54), and second pushes
The conveying axis connection of cylinder (56) shifts block (52), the second pusher cylinder (56) mobilization block (52) transverse shifting；Jack gas
Cylinder (57) is vertically installed on feeding block (54), and jacking cylinder (57) position of output axle passes through feeding hole (55), jacking cylinder
(57) output shaft is for pushing up ground connection terminal (C)；
Ground connection terminal feeding device (5) is in use, ground connection terminal (C) passes through feeder pipe in ground connection terminal feeding concussion disk (50)
(51) it falls, the second pusher cylinder (56) mobilization block (52) is mobile under transfer hole (53) is in feeder pipe (51) just
Side, ground connection terminal feeding shake the ground connection terminal in disk (50) and fall into transfer hole (53)；Then the second pusher cylinder (56) band
Turn is moved block (52) and is continued to move to, until transfer hole (53), feeding hole (55) and jacking cylinder (57) output shaft are in same vertical
To on straight line, jacking cylinder (57) is ramped up, and jacking cylinder (57) output shaft pushes ground connection terminal (C) to enter ground connection from the bottom up
In terminal mounting hole (A02).
2. plug assembles equipment, it is characterised in that including rack (9) and shell feeding device (1) mounted thereto, conveying dress
Set (2), buckling component feeding device (3), ground connection terminal feeding device (5), installation sheet feeding device (6), printing equipment (7),
Pressing device (8) and lug plate feeding device described in claim 1 (4)；The discharge end of shell feeding device (1) and conveying fill
Set (2) feed end linking, buckling component feeding device (3), lug plate feeding device (4), ground connection terminal feeding device (5) and
Installation sheet feeding device (6) is arranged successively along conveying device (2) feed end to direction of discharge；It is grounded terminal feeding and shakes disk
(50) it is fixed on rack (9) with feeding block (54).
3. plug according to claim 2 assembles equipment, it is characterised in that buckling component feeding device (3) includes limited block
Feed mechanism (30), binding block feed mechanism (31), buckling component gripping manipulator mechanism (35) and assembling mechanism (34)；
Limited block feed mechanism (30), binding block feed mechanism (31) and buckling component gripping manipulator mechanism (35) are fixed respectively
On rack (9)；The discharge port position of limited block feed mechanism (30) and binding block feed mechanism (31) and assembling mechanism (34)
Matching；Limited block feed mechanism (30) is for being transported to limited block (F) assembling mechanism (34), binding block feed mechanism (31)
For binding block (E) to be transported to assembling mechanism (34), assembling mechanism (34) is used for limited block (F) and binding block (E) group
Dress up buckling component；Buckling component gripping manipulator mechanism (35) is used to the buckling component on assembling mechanism (34) being inserted into shell
In body (A)；
Limited block feed mechanism (30) includes limited block feeding concussion disk (301), limited block reclaiming plate (302) and the first support
(303)；Limited block feeding concussion disk (301) and the first support (303) are fixed on rack (9)；Limited block reclaiming plate (302) is solid
It is scheduled on the first support (303)；Limited block reclaiming plate (302) be equipped with limited block blow tank, the width of limited block blow tank and
The maximum width of limited block (F) matches；Limited block reclaiming plate (302) feed end and limited block feeding shake going out for disk (301)
Expect end linking, discharge end and assembling mechanism (34) linking of limited block reclaiming plate (302)；Limited block feeding shakes in disk (301)
Limited block (F) be delivered to assembling mechanism (34) by limited block reclaiming plate (302)；
Binding block feed mechanism (31) includes binding block feeding concussion disk (310), binding block reclaiming plate (311) and the second support
(312)；Binding block feeding concussion disk (310) and binding block upper flitch (311) are fixed on rack (9)；Binding block reclaiming plate
(311) it is fixed on the second support (312)；Binding block reclaiming plate (311) is equipped with binding block blow tank, binding block blow tank
The width of width and binding block matches；The discharging of binding block reclaiming plate (311) feed end and binding block feeding concussion disk (310)
End linking, discharge end and assembling mechanism (34) linking of binding block reclaiming plate (311)；Binding block feeding shakes in disk (310)
Binding block is delivered to assembling mechanism (34) by binding block reclaiming plate (311)；
Assembling mechanism (34) includes limited block feeding plate (340), scraping wings (341), push cylinder (342), the first rotary cylinder
(343), turntable (344), binding block feeding plate (345), pusher column (346) and feeding plate (347)；
Limited block feeding plate (340), the first rotary cylinder (343) and push cylinder (342) are mounted on the rack；Limited block blowing
Plate (340) is connected with the discharge end of limited block reclaiming plate (302), and limited block feeding plate (340) is equipped with the first semicircular indentations
(3401), limited block inductor is equipped in the first semicircular indentations (3401), limited block inductor is for detecting limited block (F)
Groove (F1)；Scraping wings (341) is in above limited block feeding plate (340)；Scraping wings (341) is equipped with the first notch
(3411), the length of the first notch (3411) and the length of limited block (F) match, the first notch (3411) and limited block discharging
The discharge end of plate (302) is connected；The output axis connection scraping wings (341) of push cylinder (342), push cylinder (342) drive push away
Flitch (341) moves back and forth；
Binding block feeding plate (345) is connected with the discharge end of binding block reclaiming plate (311)；Binding block feeding plate (345) is equipped with
Second semicircular notch (3450), the second semicircular notch (3450) it is identical with the first semicircular indentations (3401) diameter and
Opposite docking；Feeding plate (347) is placed on binding block feeding plate (345) vertically；Feeding plate is provided with first longitudinal direction on (347)
Through slot and the first lateral through slot, the first lateral through slot are in feeding plate (347) bottom；The upper end of first longitudinal direction through slot and binding block
The discharge end of reclaiming plate (311) is connected, and the lower end of first longitudinal direction through slot is connected to the first lateral through slot；Pusher column (346) passes through
First lateral through slot moves in the first lateral through slot；
Turntable (344) is connected on the first rotary cylinder (343), and the first rotary cylinder (343) drives turntable (344) rotation
Turn, turntable (344) section is in the circle with the first semicircular indentations (3401) diameter matches；Turntable (344) is in first
Between semicircular indentations (3401) and the second semicircular indentations (3450), turntable (344) is equipped with limiting slot, the length of limiting slot
The length of degree and limited block (F) match；
The output axis connection pusher column (346) and scraping wings (341) of push cylinder (342), push cylinder (342) drive pusher column
(346) it links with scraping wings (341)；
Buckling component gripping manipulator mechanism (35) includes the 5th cylinder (320), cylinder fixed seat (321), cylinder mounting plate
(322), the first telescopic cylinder (323), the 4th sliding rail (324), clamping cylinder (330) and clamping jaw (331)；Cylinder fixed seat
(321) it is fixed on rack (9)；5th cylinder (320) is secured transverse on cylinder fixed seat (321)；4th sliding rail (324) is logical
Sliding block is crossed to be connected laterally on cylinder fixed seat (321)；Cylinder mounting plate (322) is fixed on the 4th sliding rail (324), the 5th gas
The output axis connection cylinder mounting plate (322) of cylinder (320), the 5th cylinder (320) drive cylinder mounting plate (322) mobile；First
Telescopic cylinder (323) is vertically fixed on cylinder mounting plate (322)；The flexible axis connection of first telescopic cylinder (323) clamps gas
Cylinder (330), the first telescopic cylinder (323) drive clamping cylinder (330) mobile；Pacify equipped with gripper the lower end of clamping cylinder (330)
Item is filled, clamping jaw (331) is mounted on clamping jaw mounting bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811422942.3A CN109262264A (en) | 2018-11-27 | 2018-11-27 | Plug assembles equipment and ground connection terminal feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811422942.3A CN109262264A (en) | 2018-11-27 | 2018-11-27 | Plug assembles equipment and ground connection terminal feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109262264A true CN109262264A (en) | 2019-01-25 |
Family
ID=65190841
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811422942.3A Pending CN109262264A (en) | 2018-11-27 | 2018-11-27 | Plug assembles equipment and ground connection terminal feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109262264A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110948225A (en) * | 2019-12-21 | 2020-04-03 | 杭州巧狮信息科技有限公司 | Rotatable inductive probe's equipment |
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| CN110948225A (en) * | 2019-12-21 | 2020-04-03 | 杭州巧狮信息科技有限公司 | Rotatable inductive probe's equipment |
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Application publication date: 20190125 |
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| WD01 | Invention patent application deemed withdrawn after publication |