CN208555744U - Capillary brass pipe lathe for machining - Google Patents
Capillary brass pipe lathe for machining Download PDFInfo
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- CN208555744U CN208555744U CN201820974307.5U CN201820974307U CN208555744U CN 208555744 U CN208555744 U CN 208555744U CN 201820974307 U CN201820974307 U CN 201820974307U CN 208555744 U CN208555744 U CN 208555744U
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Abstract
The utility model relates to a kind of capillary brass pipe lathe for machining, be for solving existing similar product capillary brass pipe both ends pulling mouth and the flaring equipment processed automatically of one simultaneously, the lower technical problem of the degree of automation and design.The lathe for machining is equipped with shaking charging tray, and capillary brass pipe part is sent into necking processing head by the first gripper cylinder, and the first processing platform carries out the processing of the capillary brass pipe part other end to the second processing platform is sent into after one end processing of capillary brass pipe part；Its main points is to be connected between the first control cabinet of the lathe for machining and the second control cabinet by transmission assembly, the first processing platform is equipped between the necking processing combination and charging shake table of first control cabinet, expanding unit is the second processing platform, and transfer tube is equipped between the first cylinder block and the second cylinder block；The first motor axle clamp head of necking processing combination is equipped with necking processing head, and the second motor shaft collet of expanding unit is equipped with expanding head, and the expanding unit below expanding head is equipped with blow tank.
Description
Technical field
The utility model relates to the nozzle process equipments of capillary brass pipe, are a kind of capillary brass pipe lathe for machining.
Background technique
Capillary brass pipe is a kind of copper, copper alloy capillary made of brass or characteristic copper pipe, and outer diameter is generally in 0.5mm-
3mm, internal diameter are mainly used for the high-accuracy instrument such as the refrigeration equipments such as household electric refrigerator or automobile generally between 0.3mm-2.5mm
Table, to meet the refrigerant system requirement of different operating condition and different refrigerating capacitys.Such capillary brass pipe in process one
As need to carry out pulling mouth processing and expanding after, the shrinkage cavity and reaming for meeting requirement could be formed, as Chinese patent is literary
Offer the application number 201110114770.5 of middle disclosure, data of publication of application 2011.10.26, denomination of invention " makes in a kind of air-conditioning device
Method for machining reduced copper capillary tube ".Such capillary brass pipe is in pulling mouth processing and expanding, as draped over one's shoulders in Chinese patent literature
The application number 201710096756.4 of dew, data of publication of application 2017.06.09, denomination of invention " manufacturing method of pulling mouth copper pipe ", but
Lack in existing similar product and meet the automatic equipment that capillary brass pipe both ends pulling mouth is integrally machined with flaring, while existing similar production
Product working efficiency and the degree of automation are lower, more inconvenient using operation.
Summary of the invention
To overcome above-mentioned deficiency, the purpose of this utility model is that a kind of capillary brass pipe lathe for machining is provided to this field, is made
It solves existing similar product and lacks capillary brass pipe both ends pulling mouth and the flaring equipment that one is processed automatically simultaneously, and automation
Degree is lower, the more inconvenient technical problem of use.The purpose is to what is be achieved through the following technical solutions.
The charging shake table of a kind of capillary brass pipe lathe for machining, 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 capillary brass pipe part of feedblock is sent into necking processing head by the first gripper cylinder,
First processing platform carries out adding for the capillary brass pipe part other end to the second processing platform is sent into after one end processing of capillary brass pipe part
Work；Its structure designing points is that the charging shake table is set at the outboard end angle of the first control cabinet of side, the first control cabinet
The symmetrical other side is equipped with the second control cabinet being oppositely arranged, and is connected between the first control cabinet and the second control cabinet by transmission assembly
It connects, i.e. first cylinder block of transmission assembly one end is set to the first motor seat of the necking processing combination of the first control cabinet other side
Top, the second cylinder block of the transmission assembly other end are set to the second motor cabinet of the expanding unit of the second control cabinet side
Top is equipped with the first processing platform between the necking processing combination and charging shake table of the first control cabinet, and expanding unit is
Second processing platform is equipped with transfer tube between the first cylinder block and the second cylinder block；The first motor axle clamp of necking processing combination
Head is equipped with necking processing head, and the first processing platform being aligned with necking processing head is equipped with the first gripper cylinder, the first gripper cylinder
It is set to grip block, is equipped with feedblock above the processing groove of grip block, the processing groove with grip block is capillary brass pipe part shape pair
The linear type groove answered, one upper side of feedhole of feedblock are equipped with hole sprue, the motor axis connection of hole sprue and feeding motor,
Feedhole is connect by pipeline with shaking charging tray, and the top of the first processing platform is equipped with the first feeding cylinder of transmission assembly, and first
First dynamic iron core of feeding cylinder is connect with tube seat block, and the second dynamic iron core of the second feeding cylinder is connect with pipe block, pipe block
Lower section be equipped with the second gripper cylinder, the second gripper cylinder is aligned with the through-hole of pipe block, the second motor of expanding unit
Axle clamp head is equipped with expanding head, and the expanding unit below expanding head is equipped with blow tank.To which capillary brass pipe part is logical
The feedhole that shaking charging tray is delivered to feedblock is crossed, feeding motor is sent one by one to the processing groove of grip block, the clamping of the first gripper cylinder
The firmly capillary brass pipe part in grip block, and be pushed into the necking processing head of drop-head processing combination and contracted by the first processing platform
Mouth processing, capillary brass pipe part after processing is completed is sent into transfer tube by the first gripper cylinder, and capillary brass pipe part is pushed into biography
While in defeated pipe, the capillary brass pipe part of the transfer tube other end is pushed into the second gripper cylinder, and the second gripper cylinder clamps release
Capillary brass pipe part, the second feeding cylinder, which moves down, processes capillary brass pipe part push-in expanding head.
The second control cabinet of lower section of the expanding head is equipped with water tank, is equipped with filter screen in the case mouth of water tank, water tank
Side is equipped with vibrating motor.Consequently facilitating the capillary brass pipe part after processing is collected by the filter screen that blow tank falls into water tank,
And tentatively considered to be worth doing miscellaneous separation and cleaning.
First processing platform is equipped with the first two-axis table, i.e. the y-axis motor of the first two-axis table passes through motor shaft and y
One end of axial filament bar connects, and the y-axis pedestal of the y-axis screw rod other end is equipped with y-axis bearing, and the y-axis pedestal of y-axis screw rod two sides is symmetrically set
There is y-axis sliding rail, y-axis slide is connect with y-axis sliding rail, the x-axis sliding rail that y-axis slide is provided symmetrically, between symmetrical x-axis sliding rail
Y-axis slide is equipped with x-axis screw rod, one end of x-axis screw rod and the motor axis connection of x-axis motor, and the other end and x-axis of x-axis screw rod are sliding
The x-axis bearing connection of seat, x-axis slide are connect with symmetrically arranged x-axis sliding rail, and x-axis slide is equipped with the first platform board, y-axis sliding rail
Lower vertical be staggered is presented with x-axis sliding rail.Above structure is convenient for driving on the first gripper cylinder by the first processing platform
Capillary brass pipe is mobile, and is pushed into drop-head processing combination and carries out necking processing.
First processing platform side first motor seat of the necking processing combination is equipped with the collet block of the quartering, collet block
It is connect by motor set with the first motor in first motor seat, necking is equipped in the first motor seat being aligned with collet block folder hole
The first motor axis connection of first motor in processing head, necking processing head and first motor seat, first motor pass through motor set pair
The slide opening of setting is claimed to be fixed in first motor seat, the first motor seat side of necking processing combination is equipped with cylinder valve, cylinder valve
It drives the collet block on first motor axis to realize by motor set to open and close up.To which necking processing head is driven by cylinder valve
First motor in first motor seat is moved forward and backward, after realizing that collet drives folder hole opening to clamp capillary brass pipe part by motor set
While income in first motor seat, the necking processing head in first motor seat is driven to rotate by first motor, hair in collet
The nozzle of thin copper pipe fitting carries out necking.
First control cabinet side of the expanding unit is equipped with the second motor, and the second motor shaft of the second motor passes through
Connecting piece in second motor cabinet is connect with expanding head.Above structure is that motor drives expanding head to realize capillary brass pipe
The embodiment of part flaring, the structure is relatively simple, convenient for the replacement and maintenance of expanding head.
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 capillary brass pipe flaring and the automatic equipment that is integrally machined of necking uses, ex hoc genus anne product structure
It improves.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model.
Fig. 2 is the part configuration schematic diagram of Fig. 1, and the component of the second control cabinet is omitted in figure.
Fig. 3 is the first processing platform part configuration schematic diagram of Fig. 2.
Fig. 4 is the schematic perspective view of Fig. 3.
Figure number and title: 1, first control cabinet, 2, charging shake table, the 3, first processing platform, 301, y-axis motor,
302, y-axis sliding rail, 303, y-axis slide, 304, x-axis motor, 305, x-axis sliding rail, 306, x-axis slide, the 307, first platform board,
308, the first gripper cylinder, 309, feeding motor, 4, transmission assembly, the 401, first feeding cylinder, the 402, first cylinder block, 403,
Transfer tube, the 404, second feeding cylinder, the 405, second cylinder block, the 406, second gripper cylinder, 5, necking processing combination, 6, expansion
Mouth processing combination, 7, vibrating motor, 8, water tank, the 9, second control cabinet.
Specific embodiment
Now in conjunction with attached drawing, the utility model structure is further described.As Figure 1-Figure 4, 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 capillary copper of feedblock
Pipe fitting is sent into necking processing head by the first gripper cylinder 308, and the first processing platform is sent after processing to one end of capillary brass pipe part
Enter the second processing platform, carries out the processing of the capillary brass pipe part other end.Its specific structure is as follows: charging shake table is set to side
At the outboard end angle of first control cabinet 1, the symmetrical other side of the first control cabinet is equipped with the second control cabinet 9 for being oppositely arranged, and first
It is connected between control cabinet and the second control cabinet by transmission assembly 4, i.e. first cylinder block 402 of transmission assembly one end is set to the
At the top of the first motor seat of the necking processing combination 5 of the one control cabinet other side, the second cylinder block 405 of the transmission assembly other end is set
Be placed at the top of the second motor cabinet of the expanding unit 6 of the second control cabinet side, the necking processing combination of the first control cabinet with
It feeds and is equipped with the first processing platform between shake table, expanding unit is the second processing platform, the first cylinder block and the second gas
Transfer tube 403 is equipped between cylinder seat.The first motor axle clamp head of necking processing combination is equipped with necking processing head, with necking processing head
First processing platform of alignment is equipped with the first gripper cylinder, and the first gripper cylinder is set to grip block, in the processing groove of grip block
Side is equipped with feedblock, is the corresponding linear type groove of capillary brass pipe part shape, the feedhole of feedblock with the processing groove of grip block
One upper side is equipped with hole sprue, the motor axis connection of hole sprue and feeding motor 309, and feedhole is connected by pipeline and shaking charging tray
Connect, the top of the first processing platform is equipped with the first feeding cylinder 401 of transmission assembly, the first dynamic iron core of the first feeding cylinder with
The connection of tube seat block, the second dynamic iron core of the second feeding cylinder are connect with pipe block, and the lower section of pipe block is equipped with the second gripper cylinder
406, the second gripper cylinder is aligned with the through-hole of pipe block, and the second motor shaft collet of expanding unit is equipped with expanding
Head, the expanding unit below expanding head are equipped with blow tank.The second control cabinet of lower section of expanding head is equipped with water tank
8, the case mouth of water tank is interior to be equipped with filter screen, and the side of water tank is equipped with vibrating motor 7.
Meanwhile first processing platform be equipped with the first two-axis table, i.e. the y-axis motor 301 of the first two-axis table passes through motor
Axis is connect with one end of y-axis screw rod, and the y-axis pedestal of the y-axis screw rod other end is equipped with y-axis bearing, the y-axis pedestal of y-axis screw rod two sides
It is symmetrically arranged with y-axis sliding rail 302, y-axis slide 303 is connect with y-axis sliding rail, the x-axis sliding rail 305 that y-axis slide is provided symmetrically, right
The y-axis slide between x-axis sliding rail is claimed to be equipped with x-axis screw rod, one end of x-axis screw rod and the motor axis connection of x-axis motor 304, x-axis silk
The other end of bar is connect with the x-axis bearing of x-axis slide, and x-axis slide 306 is connect with symmetrically arranged x-axis sliding rail, and x-axis slide is set
There is the first platform board 307, y-axis sliding rail and x-axis sliding rail present lower vertical be staggered.First processing platform of necking processing combination
Side first motor seat is equipped with the collet block of the quartering, and collet block is connected by the first motor in motor set and first motor seat
It connects, necking processing head, necking processing head and in first motor seat first is equipped in the first motor seat being aligned with collet block folder hole
The first motor axis connection of motor, first motor are fixed in first motor seat by the symmetrically arranged slide opening of motor set, necking
The first motor seat side of processing combination is equipped with cylinder valve, and cylinder valve drives the collet block on first motor axis real by motor set
It now opens and closes up.First control cabinet side of expanding unit is equipped with the second motor, and the second motor shaft of the second motor is logical
The connecting piece crossed in the second motor cabinet is connect with expanding head.The first gas of two sides of first feeding cylinder and the second feeding cylinder
Cylinder seat, the second cylinder block are respectively symmetrically equipped with guiding axis loop bar.
In use, capillary brass pipe part is placed in shaking charging tray, as the vibration of shaking charging tray enters the first processing platform one by one,
I.e. capillary brass pipe part falls into grip block, x-axis motor and the y-axis electricity of the first processing platform by the feeding motor of sprue side one by one
While machine drives capillary brass pipe part to be aligned with the first processing collet, the cylinder valve of necking processing combination drives collet block to open,
Capillary brass pipe part is pushed into the collet block of first motor axle clamp head by the first gripper cylinder, and first motor drives in first motor seat
The rotation of necking processing head, necking processing head carries out necking processing to one end of capillary brass pipe part.After processing is completed, the first feeding
Cylinder drives tube seat block to be displaced downwardly to below capillary brass pipe part, and the first processing collet unclamps capillary brass pipe part, and capillary brass pipe part is fallen into
Tube seat block, tube seat block is resetted by the first feeding cylinder, and is pushed into transfer tube.Second feeding cylinder of the transfer tube other end drives
Pipe block is promoted, and capillary brass pipe part is released and passes through the clamping of the second gripper cylinder, and the second feeding cylinder drives the second gripper cylinder
It moves down, and is moved to the alignment of expanding head, the other end of capillary brass pipe is pushed into expanding head by the second gripper cylinder
While, expanding head drives rotation by the second motor, and capillary brass pipe part carries out expanding by expanding head, adds
Capillary brass pipe part after the completion of work is fallen into water tank by coming out slot.
Claims (7)
1. the charging shake table (2) of a kind of capillary brass pipe lathe for machining, the lathe for machining is equipped with shaking charging tray, shaking charging tray passes through pipeline
It is connect with the feedblock of the first processing platform (3), the capillary brass pipe part of feedblock is sent into necking by the first gripper cylinder (308)
It is another to carry out capillary brass pipe part to the second processing platform is sent into after one end processing of capillary brass pipe part for processing head, the first processing platform
The processing of one end；It is characterized in that charging shake table (2) is set at the outboard end angle of the first control cabinet of side (1), the
The symmetrical other side of one control cabinet is equipped with the second control cabinet (9) being oppositely arranged, and leads between the first control cabinet and the second control cabinet
Transmission assembly (4) connection is crossed, i.e. first cylinder block (402) of transmission assembly one end is set to the necking of the first control cabinet other side
At the top of the first motor seat of processing combination (5), the second cylinder block (405) of the transmission assembly other end is set to the second control cabinet one
At the top of second motor cabinet of the expanding unit (6) of side, between the necking processing combination and charging shake table of the first control cabinet
Equipped with the first processing platform (3), expanding unit is the second processing platform, is equipped between the first cylinder block and the second cylinder block
Transfer tube (403)；The first motor axle clamp head of necking processing combination is equipped with necking processing head, first be aligned with necking processing head
Processing platform is equipped with the first gripper cylinder (308), and the first gripper cylinder is set to grip block, is equipped with above the processing groove of grip block
Feedblock, the processing groove of grip block are linear type groove corresponding with capillary brass pipe part shape, on the feedhole side of feedblock
Side is equipped with hole sprue, the motor axis connection of hole sprue and feeding motor (309), and feedhole is connect by pipeline with shaking charging tray, the
The top of one processing platform is equipped with the first feeding cylinder (401) of transmission assembly, the first dynamic iron core and pipe of the first feeding cylinder
Geosynclinal block connection, the second dynamic iron core of the second feeding cylinder are connect with pipe block, and the lower section of pipe block is equipped with the second gripper cylinder
(406), the second gripper cylinder is aligned with the through-hole of pipe block, and the second motor shaft collet of expanding unit is equipped with expanding
Head, the expanding unit below expanding head are equipped with blow tank.
2. capillary brass pipe lathe for machining according to claim 1, it is characterised in that the lower section second of the expanding head
Control cabinet (9) is equipped with water tank (8), and filter screen is equipped in the case mouth of water tank, and the side of water tank is equipped with vibrating motor (7).
3. capillary brass pipe lathe for machining according to claim 1, it is characterised in that first processing platform (3) is equipped with the
The 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 y-axis screw rod, y-axis screw rod
The y-axis pedestal of the other end is equipped with y-axis bearing, and the y-axis pedestal of y-axis screw rod two sides is symmetrically arranged with y-axis sliding rail (302), y-axis slide
(303) it is connect with y-axis sliding rail, the x-axis sliding rail (305) that y-axis slide is provided symmetrically, the y-axis slide between symmetrical x-axis sliding rail
Equipped with x-axis screw rod, one end of x-axis screw rod and the motor axis connection of x-axis motor (304), the other end and x-axis slide of x-axis screw rod
The connection of x-axis bearing, x-axis slide (306) connect with symmetrically arranged x-axis sliding rail, x-axis slide equipped with the first platform board (307),
Y-axis sliding rail and x-axis sliding rail present lower vertical be staggered.
4. capillary brass pipe lathe for machining according to claim 1, it is characterised in that the first of the necking processing combination (5)
Processing platform (3) side first motor seat is equipped with the collet block of the quartering, and collet block passes through in motor set and first motor seat
First motor connects, and necking processing head, necking processing head and the first electricity are equipped in the first motor seat being aligned with collet block folder hole
The first motor axis connection of first motor, first motor are fixed on first motor by the symmetrically arranged slide opening of motor set in base
In seat, the first motor seat side of necking processing combination is equipped with cylinder valve, and cylinder valve is driven on first motor axis by motor set
Collet block realize open and close up.
5. capillary brass pipe lathe for machining according to claim 1, it is characterised in that the first of the expanding unit (6)
Control cabinet (1) side is equipped with the second motor, and the second motor shaft of the second motor passes through connecting piece and flaring in the second motor cabinet
Processing head connection.
6. capillary brass pipe lathe for machining according to claim 1, 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.
7. capillary brass pipe lathe for machining according to claim 1, it is characterised in that first control cabinet (1) and the second control
Cabinet (9) processed is linked together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820974307.5U CN208555744U (en) | 2018-06-22 | 2018-06-22 | Capillary brass pipe lathe for machining |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820974307.5U CN208555744U (en) | 2018-06-22 | 2018-06-22 | Capillary brass pipe lathe for machining |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208555744U true CN208555744U (en) | 2019-03-01 |
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ID=65488488
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820974307.5U Active CN208555744U (en) | 2018-06-22 | 2018-06-22 | Capillary brass pipe lathe for machining |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208555744U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108687246A (en) * | 2018-06-22 | 2018-10-23 | 宁波赛夫科技有限公司 | Capillary brass pipe lathe for machining |
-
2018
- 2018-06-22 CN CN201820974307.5U patent/CN208555744U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108687246A (en) * | 2018-06-22 | 2018-10-23 | 宁波赛夫科技有限公司 | Capillary brass pipe lathe for machining |
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