CN208374692U - A kind of process equipment of part punching and slabbing - Google Patents
A kind of process equipment of part punching and slabbing Download PDFInfo
- Publication number
- CN208374692U CN208374692U CN201820938470.6U CN201820938470U CN208374692U CN 208374692 U CN208374692 U CN 208374692U CN 201820938470 U CN201820938470 U CN 201820938470U CN 208374692 U CN208374692 U CN 208374692U
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- pair
- spindle motor
- saddle
- guide rails
- seat
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Abstract
The utility model discloses the process equipments of a kind of part punching and slabbing, including pedestal, the base upper surface rear is equipped with three spindle motor seat of No.1, the three spindle motor seat front surface of No.1 is equipped with No.1 anticollison block, No.1 screw rod is equipped in the No.1 anticollison block, three shaft tail end seat of No.1 is equipped in front of the base upper surface, a pair of of No.1 guide rail is equipped in front of the base upper surface, a pair of No.1 guide rail upper surface slidably connects No.1 sliding block, each No.1 sliding block upper surface is equipped with saddle jointly, the saddle upper surface is equipped with a pair of No. two guide rails, a pair of No. two guide rails slidably connect No. two sliding blocks, saddle upper surface right end and it is located between a pair of No. two guide rails and is equipped with three spindle motor plates, the saddle upper surface and be located at three spindle motor plate left-hand faces be equipped with No. two three spindle motor seats.The utility model has the beneficial effects that having the characteristics that speed is fast, rigidity is good, precision is high, highly reliable, easy to operate, handsome in appearance.
Description
Technical field
The utility model relates to part manufacture field, the process equipment of especially a kind of part punching and slabbing.
Background technique
Lathe can complete the Milling Process of drilling, reaming, bore hole, dissected valley slot and plane；It can be with small diameter milling knife to mill
The boring instead of macropore is cut, with profile control mode milling plane, frame-shaped planar, the plane in hole and arbitrary surface；It can also be into
The higher hole system processing of row coordinate precision, is the works such as medium-sized machinery, engineering machinery, rolling stock, mining equiment, steel, military project
The essential process equipment of industry department, but speed is not fast enough when in use, rigidity is not good enough, and it is inconvenient for operation, it makes
Unsightly, efficiency is not high enough for type.
It to solve the above-mentioned problems, can speed be fast when in use, rigidity is good, precision is high, highly reliable, operation side
Just, handsome in appearance, high-efficient, therefore, the process equipment for designing a kind of part punching and slabbing is necessary.
Utility model content
Purpose of the utility model is to solve the above problems, devise the processing of a kind of part punching and slabbing
Equipment.
Realize that above-mentioned purpose the technical solution of the utility model is a kind of process equipment of part punching and slabbing,
Including pedestal, the base upper surface rear is equipped with three spindle motor seat of No.1, and the three spindle motor seat front surface of No.1 is equipped with one
Number anticollison block is equipped with No.1 screw rod in the No.1 anticollison block, is equipped with three shaft tail end seat of No.1, institute in front of the base upper surface
It states and is equipped with a pair of of No.1 guide rail in front of base upper surface, a pair of No.1 guide rail upper surface slidably connects No.1 sliding block,
Each No.1 sliding block upper surface is equipped with saddle jointly, and the saddle upper surface is equipped with a pair of No. two guide rails, a pair described two
Number guide rail slidably connects No. two sliding blocks, saddle upper surface right end and is located between a pair of No. two guide rails and is equipped with three axis electricity
Machine plate, the saddle upper surface and is located at three spindle motor plate left-hand faces and is equipped with No. two three spindle motor seats, No. two three axis electricity
Base left-hand face is equipped with No. two three axis equipped with No. two screw rods, saddle upper surface left end and between a pair of No. two guide rails
Tail end seat, No. two three shaft tail end seat right lateral surfaces are equipped with No. two anticollison blocks, and each No. two sliding block upper surfaces are set jointly
There is a workbench, the base upper surface and is located at saddle rear and is equipped with column, the column front surface is equipped with a pair of No. three guide rails,
Slidably connect No. three sliding blocks on a pair of No. three guide rails, column front surface upper end and be located at a pair of No. three guide rails it
Between be equipped with No. three three spindle motor seats, the column upper surface and be located at No. three three spindle motor seat upper surfaces and be equipped with compensating cylinder support,
The compensating cylinder upper surface of support be equipped with compensating cylinder, No. three three spindle motor seat lower surfaces be equipped with No. three anticollison blocks, described three
It is equipped with No. three screw rods in number three spindle motor seats, below the column front surface and is located between a pair of No. three guide rails and is equipped with No. three three
Shaft tail end seat, each No. three slider fronts are connected with spindle box jointly, surface and are located at left and right sides of the spindle box
Each No. three sliding block corresponding positions are equipped with sliding block adjustment block, and direct-coupled electrical machinery seat is equipped in front of the spindle box upper surface, described straight
Join and is equipped with direct-connected main shaft in motor cabinet.
The saddle lower surface is equipped with No.1 feed screw nut, and the No.1 screw rod is located in No.1 feed screw nut, the work
Make platform lower surface equipped with No. two feed screw nuts, No. two screw rods are located in No. two feed screw nuts, and the spindle box rear surface is set
There are No. three feed screw nuts, No. three screw rods are located in No. three feed screw nuts.
The saddle upper surface and it is located between a pair of No. two guide rails and is equipped with lower dee.
No.1 screw rod front end is located in three shaft tail end seat of No.1, and No. two screw rod left ends are located at No. two three shaft tail ends
In seat, No. three screw lower ends are located in No. three three shaft tail end seats.
The three shaft tail end seat front surface of No.1 is equipped with precision bearing lock nut.
Using the process equipment of a kind of part punching and slabbing of the technical solution of the utility model production, there is speed
The features such as degree is fast, rigidity is good, precision is high, highly reliable, easy to operate, handsome in appearance.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the process equipment of part punching and slabbing described in the utility model；
Fig. 2 is a kind of main view of the pedestal of the process equipment of part punching and slabbing described in the utility model；
Fig. 3 is a kind of main view of the saddle of the process equipment of part punching and slabbing described in the utility model；
Fig. 4 is a kind of main view of the workbench of the process equipment of part punching and slabbing described in the utility model；
Fig. 5 is a kind of main view of the column of the process equipment of part punching and slabbing described in the utility model；
Fig. 6 is a kind of main view of the spindle box of the process equipment of part punching and slabbing described in the utility model；
In figure, 1, pedestal；2, three spindle motor seat of No.1；3, No.1 anticollison block；4, No.1 screw rod；5, three shaft tail end of No.1
Seat；6, No.1 guide rail；7, No.1 sliding block；8, saddle；9, No. two guide rails；10, No. two sliding blocks；11, three spindle motor plate；12, No. two
Three spindle motor seats；13, No. two screw rods；14, No. two three shaft tail end seats；15, No. two anticollisions；16, workbench；17, column；18, three
Number guide rail；19, No. three sliding blocks；20, No. three three spindle motor seats；21, compensating cylinder support；22, compensating cylinder；23, No. three anticollison blocks；
24, No. three screw rods；25, No. three three shaft tail end seats；26, spindle box；27, sliding block adjustment block；28, direct-coupled electrical machinery seat；29, direct connection master
Axis；30, No.1 feed screw nut；31, No. two feed screw nuts；32, No. three feed screw nuts；33, lower dee；34, precision bearing is locked
Tight nut.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawing, as shown in figures 1 to 6, a kind of part punching and plane milling
The process equipment cut, including pedestal 1, the 1 upper surface rear of pedestal are equipped with three spindle motor seat 2 of No.1, three axis of the No.1 electricity
2 front surface of base is equipped with No.1 anticollison block 3, and No.1 screw rod 4,1 upper surface of the pedestal front are equipped in the No.1 anticollison block 3
A pair of of No.1 guide rail 6 is equipped with equipped with three shaft tail end seat 5 of No.1, in front of 1 upper surface of pedestal, on a pair of No.1 guide rail 6
Surface slidably connects No.1 sliding block 7, and each 7 upper surface of No.1 sliding block is equipped with saddle 8, table on the saddle 8 jointly
Face is equipped with a pair of No. two guide rails 9, and a pair of No. two guide rails 9 slidably connect No. two sliding blocks 10, and 8 upper surface of saddle is right
It holds and is located between a pair of No. two guide rails 9 equipped with three spindle motor plates 11,8 upper surface of saddle and positioned at three spindle motor plates, 11 left side
Side surface is equipped with No. two three spindle motor seats 12, and 12 left-hand face of No. two three spindle motor seats is equipped with No. two screw rods 13, the saddle
8 upper surface left ends of seat and it is located between a pair of No. two guide rails 9 and is equipped with No. two three shaft tail end seats 14, No. two three shaft tail end seats 14
Right lateral surface is equipped with No. two anticollison blocks 15, and 10 upper surface of each No. two sliding blocks is equipped with workbench 16 jointly, on the pedestal 1
Surface and it is located at 8 rear of saddle and is equipped with column 17,17 front surface of column is equipped with a pair of No. three guide rails 18, and a pair of described No. three
Slidably connect No. three sliding blocks 19 on guide rail 18, the 17 front surface upper end of column and being located between a pair of No. three guide rails 18 is set
There are No. three three spindle motor seats 20,17 upper surface of column and is located at No. three three spindle motor seats, 20 upper surfaces and is equipped with compensating cylinder support
21,21 upper surface of compensating cylinder support is equipped with compensating cylinder 22, and 20 lower surface of No. three three spindle motor seats is equipped with No. three anticollisions
Block 23, No. three three spindle motor seats 20 are interior equipped with No. three screw rods 24,17 front surface of the column lower section and positioned at No. three a pair of
No. three three shaft tail end seats 25 are equipped between guide rail 18,19 front surface of each No. three sliding blocks is connected with spindle box 26, institute jointly
It states 26 left and right sides surface of spindle box and is located at 19 corresponding position of each No. three sliding blocks and be equipped with sliding block adjustment block 27, the spindle box
It is equipped with direct-coupled electrical machinery seat 28 in front of 26 upper surfaces, is equipped with direct-connected main shaft 29 in the direct-coupled electrical machinery seat 28；8 lower surface of saddle
Equipped with No.1 feed screw nut 30, the No.1 screw rod 4 is located in No.1 feed screw nut 30, and 16 lower surface of workbench is equipped with two
Number feed screw nut 31, No. two screw rods 13 are located in No. two feed screw nuts 31, and 26 rear surface of spindle box is equipped with No. three silks
Thick stick nut 32, No. three screw rods 24 are located in No. three feed screw nuts 32；8 upper surface of saddle and it is located at a pair of No. two guide rails
Lower dee 33 is equipped between 9；4 front end of No.1 screw rod is located in three shaft tail end seat 5 of No.1,13 left end of No. two screw rods
In No. two three shaft tail end seats 14,24 lower end of No. three screw rods is located in No. three three shaft tail end seats 25；Three axis of No.1
5 front surface of tail end seat is equipped with precision bearing lock nut 34.
The characteristics of the present embodiment is that workbench 16 is enterprising by No. two guide rails 9 of No. two sliding blocks 10 in 8 upper surface of saddle
Row left and right moves back and forth, to carry out moving left and right position, No.1 of the saddle 8 by No.1 sliding block 7 in 1 upper surface of pedestal to part
It is moved forward and backward on guide rail 6, to be moved forward and backward to the position of workbench 16, spindle box 26 is by No. three sliding blocks 19 vertical
It is moved up and down on No. three guide rails 18 of 17 front surface of column, moves up and down spindle box 26, and No. three three spindle motors
Three spindle motors work on seat 20, moves up and down No. three screw rods 24 by No. three feed screw nuts 32, makes on spindle box 26
Lower movement, and move when, can be more stable, in this way when processing to part, passes through about 26 spindle box
It is mobile, so that the direct-coupled electrical machinery in direct-coupled electrical machinery seat 28 work, fastening means processes part, have speed it is fast, rigidly it is good,
The features such as precision is high, highly reliable, easy to operate, handsome in appearance.
In the present embodiment, when use device, when carrying out punching or slabbing to part, pass through
Part is placed on workbench 16, workbench 16 carries out a left side by No. two sliding blocks 10 on No. two guide rails 9 of 8 upper surface of saddle
The right side moves back and forth, and to carry out moving left and right position to part, and is worked by three spindle motors on No. two three spindle motor seats 12,
No. two screw rods 13 are made, convenient for moving left and right, to make workbench 16 in the process of moving also can be very steady by No. two feed screw nuts 31
Fixed, saddle 8 is moved forward and backward on the No.1 guide rail 6 of 1 upper surface of pedestal by No.1 sliding block 7, to the position of workbench 16
It sets and is moved forward and backward, and saddle 8 makes No.1 screw rod 4 by one by the three spindle motors work on three spindle motor seat 2 of No.1
Number feed screw nut 30 makes saddle 8 in the process of moving also can be very stable, spindle box 26 passes through No. three sliding blocks convenient for being moved forward and backward
19 move up and down on No. three guide rails 18 of 17 front surface of column, move up and down spindle box 26, and No. three three
Three spindle motors work on spindle motor seat 20, moves up and down No. three screw rods 24 by No. three feed screw nuts 32, makes main shaft
Case 26 moves up and down, and move when can be more stable, in this way when processing to part, passes through spindle box
26 move up and down, and so that the direct-coupled electrical machinery in direct-coupled electrical machinery seat 28 is worked, fastening means processes part.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of them part may be made, and belong to the utility model
Protection scope within.
Claims (5)
1. the process equipment of a kind of part punching and slabbing, including pedestal (1), which is characterized in that table on the pedestal (1)
Face rear is equipped with three spindle motor seat (2) of No.1, and three spindle motor seat (2) front surface of No.1 is equipped with No.1 anticollison block (3), described
No.1 screw rod (4) are equipped in No.1 anticollison block (3), three shaft tail end seat (5) of No.1, institute are equipped in front of pedestal (1) upper surface
It states and is equipped with a pair of of No.1 guide rail (6) in front of pedestal (1) upper surface, a pair of No.1 guide rail (6) upper surface slidably connects
No.1 sliding block (7), each No.1 sliding block (7) upper surface are equipped with saddle (8) jointly, and saddle (8) upper surface is equipped with one
To No. two guide rails (9), a pair of No. two guide rails (9) slidably connect No. two sliding blocks (10), and saddle (8) upper surface is right
It holds and is located between a pair of No. two guide rails (9) equipped with three spindle motor plates (11), saddle (8) upper surface and positioned at three spindle motors
Plate (11) left-hand face is equipped with No. two three spindle motor seats (12), and No. two three spindle motor seat (12) left-hand faces are equipped with No. two silks
Bar (13), saddle (8) the upper surface left end and is located between a pair of No. two guide rails (9) and is equipped with No. two three shaft tail end seats (14),
No. two three shaft tail end seat (14) right lateral surfaces are equipped with No. two anticollison blocks (15), and each No. two sliding blocks (10) upper surface is total
Column (17) are equipped with equipped with workbench (16), pedestal (1) upper surface and positioned at saddle (8) rear, the column (17)
Front surface is equipped with a pair of No. three guide rails (18), slidably connects No. three sliding blocks (19), institute on a pair of No. three guide rails (18)
It states column (17) front surface upper end and is located between a pair of No. three guide rails (18) and be equipped with No. three three spindle motor seats (20), the column
(17) upper surface and it is located at No. three three spindle motor seat (20) upper surfaces and is equipped with compensating cylinder support (21), the compensating cylinder support (21)
Upper surface be equipped with compensating cylinder (22), No. three three spindle motor seat (20) lower surfaces be equipped with No. three anticollison blocks (23), described No. three
Equipped with No. three screw rods (24), column (17) the front surface lower section and positioned at a pair of No. three guide rails (18) in three spindle motor seats (20)
Between be equipped with No. three three shaft tail end seats (25), each No. three sliding blocks (19) front surface is connected with spindle box (26), institute jointly
It states surface at left and right sides of spindle box (26) and is equipped with sliding block adjustment block (27) positioned at each No. three sliding blocks (19) corresponding position, it is described
Direct-coupled electrical machinery seat (28) are equipped in front of spindle box (26) upper surface, are equipped with direct-connected main shaft (29) in the direct-coupled electrical machinery seat (28).
2. the process equipment of a kind of part punching and slabbing according to claim 1, which is characterized in that the saddle
(8) lower surface is equipped with No.1 feed screw nut (30), and the No.1 screw rod (4) is located in No.1 feed screw nut (30), the work
Platform (16) lower surface is equipped with No. two feed screw nuts (31), and No. two screw rods (13) are located in No. two feed screw nuts (31), described
Spindle box (26) rear surface is equipped with No. three feed screw nuts (32), and No. three screw rods (24) are located in No. three feed screw nuts (32).
3. the process equipment of a kind of part punching and slabbing according to claim 1, which is characterized in that the saddle
(8) upper surface and it is located between a pair of No. two guide rails (9) and is equipped with lower dee (33).
4. the process equipment of a kind of part punching and slabbing according to claim 1, which is characterized in that the No.1
Screw rod (4) front end is located in three shaft tail end seat (5) of No.1, and No. two screw rods (13) left end is located at No. two three shaft tail end seats (14)
Interior, No. three screw rods (24) lower end is located in No. three three shaft tail end seats (25).
5. the process equipment of a kind of part punching and slabbing according to claim 1, which is characterized in that the No.1
Three shaft tail end seat (5) front surfaces are equipped with precision bearing lock nut (34).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820938470.6U CN208374692U (en) | 2018-06-19 | 2018-06-19 | A kind of process equipment of part punching and slabbing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820938470.6U CN208374692U (en) | 2018-06-19 | 2018-06-19 | A kind of process equipment of part punching and slabbing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208374692U true CN208374692U (en) | 2019-01-15 |
Family
ID=64967181
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820938470.6U Expired - Fee Related CN208374692U (en) | 2018-06-19 | 2018-06-19 | A kind of process equipment of part punching and slabbing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208374692U (en) |
-
2018
- 2018-06-19 CN CN201820938470.6U patent/CN208374692U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190115 Termination date: 20200619 |