CN208555988U - Bolt is integrally machined lathe - Google Patents
Bolt is integrally machined lathe Download PDFInfo
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- CN208555988U CN208555988U CN201820973784.XU CN201820973784U CN208555988U CN 208555988 U CN208555988 U CN 208555988U CN 201820973784 U CN201820973784 U CN 201820973784U CN 208555988 U CN208555988 U CN 208555988U
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- 238000003754 machining Methods 0.000 claims abstract description 6
- 238000007789 sealing Methods 0.000 claims description 24
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- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical group [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 7
- 238000003780 insertion Methods 0.000 claims description 4
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Abstract
The utility model relates to a kind of bolts to be integrally machined lathe, be for solving to lack the integrated Vehicle Processing at bolt both ends in existing product, the low technical problem of the degree of automation and design.Its main points is to be connected between the first control cabinet of the lathe for machining and the second control cabinet by double end processing assembly, is connected at the top of the both ends of double end processing assembly by transmission assembly；Bolt part is sent one by one by shaking charging tray to grip block, first gripper cylinder clamps the bolt part in grip block, and it is pushed into the first processing collet of double end processing assembly by the first processing platform, one end of bolt part carries out chamfer machining by the head lathe mechanism of the first processing platform, bolt part after processing is completed is sent into transfer tube again by the first gripper cylinder, the bolt part of the simultaneous transmission pipe other end is released and is clamped by the second gripper cylinder, second feeding cylinder is moved down bolt part push-in the second processing collet, the bar portion lathe mechanism of second processing platform processes the other end external screw thread of bolt part.
Description
Technical field
It is that a kind of bolt is integrally machined lathe the utility model relates to bolt cutting lathe equipment.
Background technique
Bolt is a kind of cylindrical threaded fastener of adapted nut, (has externally threaded circle by head and screw rod
Cylinder) a kind of fastener dimerous, it need to cooperate with nut, for being fastenedly connected two parts for having through-hole.It uses
When, nut is screwed off from bolt, the two parts can be made to separate.The process equipment of existing screw, such as Chinese patent literature
The application number 201410712962.X of middle disclosure, data of publication of application 2015.04.01, a kind of denomination of invention " bolt processing one
Machine ", the bolt processing integrated machine include rack, stamping device, feeding mold base, conveying device, pure conveyer and workbench,
Pure conveyer is fixed on the upper right side of workbench, and conveying device is located at the lower left of pure conveyer, and conveying device is fixed
In the left upper end of workbench, rack and table vertical arrange that feeding mold base is located at the left side of conveying device, feeding mold base
It is fixed on the upper rear end of rack, stamping device is located at the front of feeding mold base, and stamping device is fixed on the top of rack
Front end.But above equipment is the punch process lathe of bolt, is not related to the Vehicle Processing of bolt.
Summary of the invention
To overcome above-mentioned deficiency, the purpose of this utility model is to provide a kind of bolt to this field to be integrally machined lathe, is made
Its integrated lathe processing equipment for solving to lack bolt both ends in existing similar product and the degree of automation are lower, and production is more
Inconvenient technical problem.The purpose is to what is be achieved through the following technical solutions.
A kind of bolt is integrally machined lathe, and the charging shake table of the lathe for machining is equipped with shaking charging tray, and shaking charging tray passes through pipeline
It being connect with the feedblock of the first processing platform, the bolt part of feedblock is sent into the first processing collet by the first gripper cylinder, the
One processing platform is equipped with head lathe mechanism, and head lathe mechanism is sent into the second processing platform after processing to bolt part one end, then
It is sent into the second processing collet by the second gripper cylinder, the second processing platform is equipped with bar portion lathe mechanism, bar portion lathe mechanism pair
The other end of bolt part is processed；Its structure designing points is that the charging shake table is set to the outer of the first control cabinet of side
Side Jiao Chu, the symmetrical other side of the first control cabinet are equipped with the second control cabinet being oppositely arranged, the first control cabinet and the second control
It is connected between cabinet by double end processing assembly, i.e. the first processing seat of double end processing assembly side is fixed on the first control cabinet, double
Second processing seat of the head processing assembly other side is fixed on the second control cabinet, and the first processing seat of double end processing assembly and second add
By transmission fixture hookup connection between work seat, the first console side of transmission fixture hookup is equipped with the first processed clip
Head, transmission fixture hookup the second console side be equipped with second processing collet, double end processing assembly first processing seat and
The top of second processing seat is connected by transmission assembly, and the first processing platform of the first processing collet alignment is equipped with the first clamping gas
Cylinder, the first gripper cylinder are set to grip block, are equipped with feedblock above the processing groove of grip block, and the processing groove of grip block is and spiral shell
One upper side of feedhole of the corresponding T-shaped groove of spigot shape, feedblock is equipped with hole sprue, the electricity of hole sprue and feeding motor
Arbor connection, feedhole are connect by pipeline with shaking charging tray, and the top of the first processing platform is equipped with the first feeding of transmission assembly
First dynamic iron core of cylinder, the first feeding cylinder is connect with tube seat block, and the first feeding cylinder is set to by the first cylinder block
One processing seat, the second feeding cylinder of the other side are set to the second processing seat by the second cylinder block, and the of the second feeding cylinder
Two dynamic iron cores are connect with pipe block, and the lower section of pipe block is equipped with the second gripper cylinder, the through-hole of the second gripper cylinder and pipe block
Alignment is equipped with transfer tube between the first cylinder block and the second cylinder block.To which bolt part is delivered to feedblock by shaking charging tray
Feedhole, feeding motor are sent bolt part one by one to the processing groove of grip block, and the first gripper cylinder clamps the spiral shell in grip block
Spigot, and be pushed into the first processing collet of double end processing assembly by the first processing platform, one end of bolt part passes through first
The head lathe mechanism of processing platform carries out chamfer machining, and bolt part after processing is completed is moved to the by the first processing platform
The lower section of one feeding cylinder, the tube seat block of the first feeding cylinder is aligned with the bolt part of the first processing collet, after processing for the first time
Bolt part by the first gripper cylinder be sent into tube seat block, the first feeding cylinder drive tube seat block reset to transfer tube nozzle,
And while bolt part is pushed into transfer tube, the through-hole of the bolt part push-in pipe block of the transfer tube other end, the second clamping gas
Cylinder clamps bolt part, and the second feeding cylinder is moved down bolt part push-in the second processing collet, the bar of the second processing platform
Lathe mechanism, portion processes the other end external screw thread of bolt part.
First processing platform is equipped with the first two-axis table, i.e. the first y-axis motor of the first two-axis table passes through motor
Axis is connect with one end of the first y-axis screw rod, and the first y-axis pedestal of the first y-axis screw rod other end is equipped with the first y-axis bearing, the first y
First y-axis pedestal of axial filament bar two sides is symmetrically arranged with the first y-axis sliding rail, and the first y-axis slide is connect with the first y-axis sliding rail, the first y
The first x-axis sliding rail that axis slide is provided symmetrically, the first y-axis slide between symmetrical first x-axis sliding rail are equipped with the first x-axis silk
Bar, the motor axis connection of one end of the first x-axis screw rod and the first x-axis motor, the other end of the first x-axis screw rod and the first x-axis are sliding
The first x-axis bearing connection of seat, the first x-axis slide connect with symmetrically arranged first x-axis sliding rail, and the first x-axis slide is equipped with the
One platform board, the first y-axis sliding rail and the first x-axis sliding rail present it is lower it is vertical be staggered, the first platform board is equipped with head lathe machine
Structure and grip block.To drive the head lathe mechanism and grip block movement on the first processing platform by the first processing platform,
Meet the needs of Working position and displaced position.
Second processing platform is equipped with the second two-axis table, i.e. the second y-axis motor of the second two-axis table passes through motor
Axis is connect with one end of the second y-axis screw rod, and the second y-axis pedestal of the second y-axis screw rod other end is equipped with the second y-axis bearing, the 2nd y
Second y-axis pedestal of axial filament bar two sides is symmetrically arranged with the second y-axis sliding rail, and the second y-axis slide is connect with the second y-axis sliding rail, the 2nd y
The second x-axis sliding rail that axis slide is provided symmetrically, the second y-axis slide between symmetrical second x-axis sliding rail are equipped with the second x-axis silk
Bar, the motor axis connection of one end of the second x-axis screw rod and the second x-axis motor, the other end of the second x-axis screw rod and the second x-axis are sliding
The second x-axis bearing connection of seat, the second x-axis slide connect with symmetrically arranged second x-axis sliding rail, and the second x-axis slide is equipped with the
Two platform boards, the second y-axis sliding rail and the second x-axis sliding rail present it is lower it is vertical be staggered, the second platform board is equipped with bar portion lathe machine
Structure.To drive the bar portion lathe mechanism on the second processing platform mobile by the second processing platform, meet Working position and position
The needs of pan position.
The feeding track of the shaking charging tray is equipped with the insertion hole of bolt part, is equipped with gear above the insertion hole of feeding track and scrapes
Plate.To which bolt part guarantees that one end is sent to the feedhole at the sprue of hole by the way that inserted mode is defeated, keeping off scraper plate will be on feeding track
It is not inserted into bolt part and further scrapes and drop back into shaking charging tray.
The grip block of first gripper cylinder is equipped with rotary cylinder and bolt head distance-sensor, the i.e. processing of grip block
Slot two sides are symmetrically arranged with bolt head distance-sensor, and the processing groove of grip block is I-shaped connected in star, that is, pass through bolt head distance perception
It answers device to judge that the head of bolt part is located at the position of processing groove, and drives spill spin block to rotate adjustment bolt part by rotary cylinder
Process one end.To judge the head position of bolt part by bolt head distance-sensor, and is driven and rotated by rotary cylinder
Block rotation meets the requirement that bolt part direction is judged by the first gripper cylinder.
The transmission fixture hookup of the double end processing assembly include be coupled cylinder, connecting joint, the first joint for sealing connecting,
Second joint for sealing connecting, the first processing collet are connected by the first high-voltage tube, connecting joint and the first sealing in the first processing seat
Connector connection, the second processing collet are connect by the second high-voltage tube in the second processing seat with the second joint for sealing connecting, and first is close
It seals connector and the second joint for sealing connecting is connected with each other, the first processing seat, the symmetrical other end are fixed in one end of connecting joint
Connected with the high-pressure air pipe for being coupled cylinder, be coupled ring cavity in the high-pressure air pipe and connecting joint of cylinder and the first high-voltage tube,
Second high-voltage tube, the first joint for sealing connecting, the second joint for sealing connecting communicate.To which the first processing collet and the second processing collet are logical
High pressure gas drive is crossed when being displaced outwardly, the folder hole of collet opens, when taking in high-voltage tube, the folder hole fishbolt part of collet.
The first cylinder block of two sides, the second cylinder block of first feeding cylinder and the second feeding cylinder are respectively symmetrically equipped with
Guiding axis loop bar.Further stabilization when above structure is convenient for the first feeding cylinder and mobile the second feeding cylinder.
First control cabinet is linked together with the second control cabinet.
The structure design of the utility model is reasonable, operates with simply, high degree of automation, work efficiency is high, stability, peace
Good perfection；It is suitable as the Vehicle Processing of bolt both ends be integrally machined lathe use, ex hoc genus anne product structure improve.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model.
Fig. 2 is the overlooking structure diagram of Fig. 1.
Fig. 3 is the part configuration schematic diagram of Fig. 1.
Fig. 4 is the first processing platform part configuration schematic diagram of Fig. 1.
Fig. 5 is the schematic perspective view of Fig. 4.
Fig. 6 is the double end processing assembly part configuration schematic diagram of Fig. 1.
Figure number and title: 1, the first control cabinet, 2, charging shake table, the 3, first processing platform, the 301, first y-axis electricity
Machine, the 302, first y-axis sliding rail, the 303, first y-axis slide, the 304, first x-axis motor, the 305, first x-axis sliding rail, the 306, the first x
Axis slide, the 307, first platform board, the 308, first gripper cylinder, 309, feeding motor, 4, transmission assembly, the 401, first feeding gas
Cylinder, the 402, first cylinder block, 403, transfer tube, the 404, second feeding cylinder, the 405, second cylinder block, the 406, second clamping gas
Cylinder, 5, double end processing assembly, the 501, first processing collet, the 502, first processing seat, 503, connection cylinder, 504, connecting joint,
505, the first joint for sealing connecting, the 506, second joint for sealing connecting, the 507, second processing seat, the 508, second processing collet, 6, second
Processing platform, the 7, second control cabinet.
Specific embodiment
Now in conjunction with attached drawing, the utility model structure is further described.As shown in figs 1 to 6, the lathe for machining into
Expect that shake table 2 is equipped with shaking charging tray, shaking charging tray is connect by pipeline with the feedblock of the first processing platform 3, the bolt part of feedblock
It is sent into the first processing collet 501 by the first gripper cylinder 308, the first processing platform is equipped with head lathe mechanism, head lathe
Mechanism is sent into the second processing platform 6 after processing to bolt part one end, then is sent into the second processing collet by the second gripper cylinder 406
508, the second processing platform is equipped with bar portion lathe mechanism, and bar portion lathe mechanism processes the other end of bolt part.It is specific
Structure is as follows: charging shake table is set at the outboard end angle of the first control cabinet of side 1, and the symmetrical other side of the first control cabinet is set
There is the second control cabinet 7 being oppositely arranged, is connected between the first control cabinet and the second control cabinet by double end processing assembly 5, i.e., it is double
First processing seat 501 of head processing assembly side is fixed on the first control cabinet, the second processing seat of the double end processing assembly other side
507 are fixed on the second control cabinet, are coupled between the first processing seat of double end processing assembly and the second processing seat by being driven fixture
Device connection.The the first console side for being driven fixture hookup is equipped with the first processing collet, the second control of transmission fixture hookup
Platform side processed is equipped with the second processing collet 508, passes through biography at the top of the first processing seat of double end processing assembly and the second processing seat
Defeated component 4 connects, and the first processing platform 3 of the first processing collet alignment is equipped with the first gripper cylinder.The setting of first gripper cylinder
Feedblock is equipped with above grip block, the processing groove of grip block, the processing groove of grip block is corresponding with bolt part shape T-shaped
One upper side of feedhole of groove, feedblock is equipped with hole sprue, the motor axis connection of hole sprue and feeding motor 309, feedhole
It is connect by pipeline with shaking charging tray.The top of first processing platform is equipped with the first feeding cylinder 401 of transmission assembly, the first feeding
First dynamic iron core of cylinder is connect with tube seat block, and the first feeding cylinder is set to the first processing seat by the first cylinder block 402, separately
Second feeding cylinder 404 of side is set to the second processing seat, the dynamic iron of the second of the second feeding cylinder by the second cylinder block 405
Core is connect with pipe block, and the lower section of pipe block is equipped with the second gripper cylinder, and the second gripper cylinder is aligned with the through-hole of pipe block, the
Transfer tube 403 is equipped between one cylinder block and the second cylinder block.
The transmission fixture hookup of double end processing assembly includes being coupled cylinder 503, the sealed connection of connecting joint 504, first
First 505, second joint for sealing connecting 506, the first processing collet pass through the first high-voltage tube, the connecting joint in the first processing seat 502
It is connect with the first joint for sealing connecting, the second high-voltage tube and the second sealing that the second processing collet is processed in seat 507 by second connect
Connector connection, the first joint for sealing connecting and the second joint for sealing connecting are connected with each other, and the first processing is fixed in one end of connecting joint
Seat, the symmetrical other end are connected with the high-pressure air pipe for being coupled cylinder, the ring cavity being coupled in the high-pressure air pipe and connecting joint of cylinder,
And first high-voltage tube, the second high-voltage tube, the first joint for sealing connecting, the second joint for sealing connecting communicate.First feeding cylinder and
The first cylinder block of two sides, the second cylinder block of two feeding cylinders are respectively symmetrically equipped with guiding axis loop bar.
Meanwhile first processing platform be equipped with the first two-axis table, i.e. the first y-axis motor 301 of the first two-axis table passes through
Motor shaft is connect with one end of the first y-axis screw rod, and the first y-axis pedestal of the first y-axis screw rod other end is equipped with the first y-axis bearing,
First y-axis pedestal of the first y-axis screw rod two sides is symmetrically arranged with the first y-axis sliding rail 302, and the first y-axis slide 303 and the first y-axis are sliding
Rail connects, the first x-axis sliding rail 305 that the first y-axis slide is provided symmetrically, and the first y-axis between symmetrical first x-axis sliding rail is sliding
Seat be equipped with the first x-axis screw rod, the motor axis connection of one end of the first x-axis screw rod and the first x-axis motor 304, the first x-axis screw rod
The other end is connect with the first x-axis bearing of the first x-axis slide, and the first x-axis slide 306 connects with symmetrically arranged first x-axis sliding rail
Connect, the first x-axis slide is equipped with the first platform board 307, the first y-axis sliding rail and the first x-axis sliding rail present it is lower it is vertical be staggered, the
One platform board is equipped with head lathe mechanism and grip block.According to above-mentioned first processing platform structure, the second processing platform 6 also is provided with
Similar two-dimensional stage structure, specific as follows: the second processing platform is equipped with the second two-axis table, i.e. the second of the second two-axis table
Y-axis motor is connect by motor shaft with one end of the second y-axis screw rod, and the second y-axis pedestal of the second y-axis screw rod other end is equipped with the
Two y-axis bearings, the second y-axis pedestal of the second y-axis screw rod two sides are symmetrically arranged with the second y-axis sliding rail, the second y-axis slide and the 2nd y
Axis sliding rail connects, the second x-axis sliding rail that the second y-axis slide is provided symmetrically, the second y-axis between symmetrical second x-axis sliding rail
Slide be equipped with the second x-axis screw rod, the motor axis connection of one end of the second x-axis screw rod and the second x-axis motor, the second x-axis screw rod
The other end is connect with the second x-axis bearing of the second x-axis slide, and the second x-axis slide is connect with symmetrically arranged second x-axis sliding rail,
Second x-axis slide is equipped with the second platform board, the second y-axis sliding rail and the second x-axis sliding rail present it is lower it is vertical be staggered, the second platform
Plate is equipped with bar portion lathe mechanism.
In use, bolt part is placed in shaking charging tray, as the vibration of shaking charging tray enters the first processing platform, i.e. spiral shell one by one
Spigot falls into grip block, the first x-axis motor of the first processing platform and the first y-axis electricity by the feeding motor of sprue side one by one
Machine drives bolt part to be aligned with the first processing collet, and passes through the first gripper cylinder push-in the first processing collet, the first processed clip
Head clamps the bar portion of bolt part, and the first x-axis motor of the first processing platform and the first y-axis motor drive head lathe mechanism extremely
The front of bolt part processes the head of bolt part, and after processing is completed, the first feeding cylinder drives tube seat block to be displaced downwardly to spiral shell
Below spigot, the first processing collet unclamps bolt part, and bolt part falls into tube seat block, and tube seat block is resetted by the first feeding cylinder,
And it is pushed into transfer tube.Second feeding cylinder of the transfer tube other end drives pipe block to be promoted, and bolt part is released and passes through the second folder
Cylinder clamping is held, the second feeding cylinder drives the second gripper cylinder to move down, and is moved to the alignment of the second processing collet, bolt
Part passes through the second gripper cylinder push-in the second processing collet, the second processed clip head clamping bolt part, the 2nd x of the second processing platform
Spindle motor and the second y-axis motor drive bar portion lathe mechanism to be moved in front of the second processing collet, and the second processing collet is to bolt
The bar portion of part is processed, and the head of the bolt part and bar portion can complete the process.
Claims (8)
1. a kind of bolt is integrally machined lathe, the charging shake table (2) of the lathe for machining is equipped with shaking charging tray, and shaking charging tray passes through pipeline
It is connect with the feedblock of the first processing platform (3), the bolt part of feedblock is sent into the first processing by the first gripper cylinder (308)
Collet (501), the first processing platform are equipped with head lathe mechanism, and head lathe mechanism is sent into second after processing to bolt part one end
Processing platform (6), then it is sent into the second processing collet (508) by the second gripper cylinder (406), the second processing platform is equipped with bar portion
Lathe mechanism, bar portion lathe mechanism process the other end of bolt part；It is characterized in that charging shake table (2) setting
At the outboard end angle of the first control cabinet of side (1), the symmetrical other side of the first control cabinet is equipped with the second control being oppositely arranged
Cabinet (7) is connected between the first control cabinet and the second control cabinet by double end processing assembly (5), i.e. double end processing assembly side
The first control cabinet is fixed in first processing seat (502), and the second processing seat (507) of the double end processing assembly other side is fixed on second
Control cabinet passes through transmission fixture hookup connection, transmission folder between the first processing seat of double end processing assembly and the second processing seat
The the first console side for having hookup is equipped with the first processing collet (501), is driven the second console side of fixture hookup
Equipped with the second processing collet (508), pass through transmission assembly at the top of the first processing seat of double end processing assembly and the second processing seat
(4) it connects, the first processing platform (3) of the first processing collet alignment is equipped with the first gripper cylinder (308), and the first gripper cylinder is set
It is placed in grip block, feedblock is equipped with above the processing groove of grip block, the processing groove of grip block is T word corresponding with bolt part shape
One upper side of feedhole of connected in star, feedblock is equipped with hole sprue, and the motor axis connection of hole sprue and feeding motor (309) is sent
Material hole is connect by pipeline with shaking charging tray, and the top of the first processing platform is equipped with the first feeding cylinder (401) of transmission assembly, the
First dynamic iron core of one feeding cylinder is connect with tube seat block, and the first feeding cylinder is set to first by the first cylinder block (402)
Seat is processed, the second feeding cylinder (404) of the other side is set to the second processing seat, the second feeding by the second cylinder block (405)
Second dynamic iron core of cylinder is connect with pipe block, and the lower section of pipe block is equipped with the second gripper cylinder (406), the second gripper cylinder with
The through-hole of pipe block is aligned, and is equipped with transfer tube (403) between the first cylinder block and the second cylinder block.
2. bolt according to claim 1 is integrally machined lathe, it is characterised in that first processing platform (3) is equipped with the
First y-axis motor (301) of one two-axis table, i.e. the first two-axis table is connect by motor shaft with one end of the first y-axis screw rod,
First y-axis pedestal of the first y-axis screw rod other end is equipped with the first y-axis bearing, the first y-axis pedestal pair of the first y-axis screw rod two sides
Claim to be equipped with the first y-axis sliding rail (302), the first y-axis slide (303) is connect with the first y-axis sliding rail, and the first y-axis slide is equipped with symmetrical
The first x-axis sliding rail (305) being arranged, the first y-axis slide between symmetrical first x-axis sliding rail are equipped with the first x-axis screw rod, the first x
The motor axis connection of one end of axial filament bar and the first x-axis motor (304), the other end of the first x-axis screw rod and the first x-axis slide
The connection of first x-axis bearing, the first x-axis slide (306) connect with symmetrically arranged first x-axis sliding rail, and the first x-axis slide is equipped with the
One platform board (307), the first y-axis sliding rail and the first x-axis sliding rail present it is lower it is vertical be staggered, the first platform board is equipped with head vehicle
Bed mechanism and grip block.
3. bolt according to claim 1 is integrally machined lathe, it is characterised in that second processing platform (6) is equipped with the
Second y-axis motor of two two-axis tables, i.e. the second two-axis table is connect by motor shaft with one end of the second y-axis screw rod, the 2nd y
Second y-axis pedestal of the axial filament bar other end is equipped with the second y-axis bearing, and the second y-axis pedestal of the second y-axis screw rod two sides is symmetrically arranged with
Second y-axis sliding rail, the second y-axis slide are connect with the second y-axis sliding rail, and the second x-axis that the second y-axis slide is provided symmetrically is sliding
Rail, the second y-axis slide between symmetrical second x-axis sliding rail are equipped with the second x-axis screw rod, one end of the second x-axis screw rod and the second x-axis
The motor axis connection of motor, the other end of the second x-axis screw rod are connect with the second x-axis bearing of the second x-axis slide, and the second x-axis is sliding
Seat is connect with symmetrically arranged second x-axis sliding rail, and the second x-axis slide is equipped with the second platform board, the second y-axis sliding rail and the second x-axis
Sliding rail present it is lower be vertically staggered, the second platform board be equipped with bar portion lathe mechanism.
4. bolt according to claim 1 is integrally machined lathe, it is characterised in that the feeding track of the shaking charging tray is equipped with
The insertion hole top in the insertion hole of bolt part, feeding track is equipped with gear scraper plate.
5. bolt according to claim 1 is integrally machined lathe, it is characterised in that the folder of first gripper cylinder (308)
Block is held equipped with rotary cylinder and bolt head distance-sensor, i.e. the processing groove two sides of grip block are symmetrically arranged with bolt head distance perception and answer
Device, the processing groove of grip block are I-shaped connected in star, i.e., judge that the head of bolt part is located at processing by bolt head distance-sensor
The position of slot, and pass through processing one end of rotary cylinder drive spill spin block rotation adjustment bolt part.
6. bolt according to claim 1 is integrally machined lathe, it is characterised in that the transmission of the double end processing assembly (5)
Fixture hookup includes being coupled cylinder (503), connecting joint (504), the first joint for sealing connecting (505), the second joint for sealing connecting
(506), the first processing collet (501) is connected by the first high-voltage tube, connecting joint and the first sealing in the first processing seat (502)
Connector connection, the second high-voltage tube and the second joint for sealing connecting that the second processing collet (508) is processed in seat (507) by second connect
It connects, the first joint for sealing connecting and the second joint for sealing connecting are connected with each other, and the first processing seat is fixed in one end of connecting joint, symmetrically
The other end be coupled cylinder high-pressure air pipe connect, the ring cavity being coupled in the high-pressure air pipe and connecting joint of cylinder, Yi Ji
One high-voltage tube, the second high-voltage tube, the first joint for sealing connecting, the second joint for sealing connecting communicate.
7. bolt according to claim 1 is integrally machined lathe, it is characterised in that first feeding cylinder (401) and
The first cylinder block of two sides (402), the second cylinder block (405) of two feeding cylinders (404) are respectively symmetrically equipped with guiding axis loop bar.
8. bolt according to claim 1 is integrally machined lathe, it is characterised in that first control cabinet (1) and the second control
Cabinet (7) processed is linked together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820973784.XU CN208555988U (en) | 2018-06-22 | 2018-06-22 | Bolt is integrally machined lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820973784.XU CN208555988U (en) | 2018-06-22 | 2018-06-22 | Bolt is integrally machined lathe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208555988U true CN208555988U (en) | 2019-03-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820973784.XU Withdrawn - After Issue CN208555988U (en) | 2018-06-22 | 2018-06-22 | Bolt is integrally machined lathe |
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| Country | Link |
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| CN (1) | CN208555988U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108746667A (en) * | 2018-06-22 | 2018-11-06 | 宁波赛夫科技有限公司 | Bolt is integrally machined lathe |
| CN113732708A (en) * | 2021-09-26 | 2021-12-03 | 广州科技职业技术大学 | Full-automatic processing equipment for chamfering and tapping of round pipe products |
-
2018
- 2018-06-22 CN CN201820973784.XU patent/CN208555988U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108746667A (en) * | 2018-06-22 | 2018-11-06 | 宁波赛夫科技有限公司 | Bolt is integrally machined lathe |
| CN108746667B (en) * | 2018-06-22 | 2024-05-31 | 宁波赛夫科技有限公司 | Bolt integrated processing lathe |
| CN113732708A (en) * | 2021-09-26 | 2021-12-03 | 广州科技职业技术大学 | Full-automatic processing equipment for chamfering and tapping of round pipe products |
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