CN208178185U - A kind of press machine - Google Patents
A kind of press machine Download PDFInfo
- Publication number
- CN208178185U CN208178185U CN201820686228.4U CN201820686228U CN208178185U CN 208178185 U CN208178185 U CN 208178185U CN 201820686228 U CN201820686228 U CN 201820686228U CN 208178185 U CN208178185 U CN 208178185U
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- sliding block
- upper mold
- rotation axis
- spring
- bar
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Abstract
The utility model relates to a kind of press machines, including pedestal, lathe bed, sliding block are male, sliding block is female and upper mold, and the fixed side for being placed in pedestal upper end of lathe bed, sliding block mother is connected to the side of lathe bed, and is located at the top of pedestal；In the male sliding slot for being placed in sliding block mother of sliding block, and vertical direction is carried out along sliding block mother and is moved；Upper mold is placed in the lower end of sliding block public affairs, and in the lower end of the fixedly embedded sliding block public affairs of upper part；Upper mold is driven to carry out punching press to workpiece during sliding block public affairs vertical shift；It further include automatic material connection device, automatic material connection device is installed on the side of lathe bed, and the lower section of Workpiece transfer to upper mold is carried out punching press automatically by automatic material connection device, or the workpiece after upper mold punching press is transferred out to the lower section of upper mold.Compared with the prior art, the utility model structure is simple, and equipment cost is low, can precisely complete splicing feeding.
Description
Technical field
The utility model relates to machine tool technology field, in particular to a kind of press machine.
Background technique
Press machine in the prior art, in the technical solution for being related to automatic material connection equipment, there are multiple deficiencies: structure
Complexity, equipment cost is high, can not precisely complete splicing feeding.
Utility model content
The purpose of the utility model is to provide a kind of press machine, the technical problem to be solved is that: structure is complicated, equipment
It is at high cost, it can not precisely complete splicing feeding.
The utility model solve above-mentioned technical problem technical solution it is as follows: a kind of press machine, including pedestal, lathe bed,
Sliding block is male, sliding block is female and upper mold, and the fixed side for being placed in the pedestal upper end of the lathe bed, the sliding block mother is connected to the bed
The side of body, and it is located at the top of the pedestal；In the male sliding slot for being placed in the sliding block mother of the sliding block, and it is female along the sliding block
It is mobile to carry out vertical direction；Under the upper mold is placed in the lower end of the sliding block public affairs, and the fixedly embedded sliding block of upper part is public
In end；The upper mold is driven to carry out punching press to workpiece during the sliding block public affairs vertical shift；It further include automatic material connection device,
The automatic material connection device is installed on the side of the lathe bed, and the automatic material connection device automatically will be under Workpiece transfer to upper mold
Fang Jinhang punching press, or the workpiece after the upper mold punching press is transferred out to the lower section of upper mold.
Further, the automatic material connection device includes bearing block, rotation axis, rotating bar, arc expeller, connecting rod,
One spring and pulp-collecting box, the bearing block is placed on the sliding block mother, and is fixedly connected with the sliding block mother；The rotation axis
Upper end is rotatably protruded into the bearing block, and the lower end of the rotation axis extends downward close to pedestal；The arc expeller
It is fixedly connected with sliding block public affairs；One end of the rotating bar is connect with the lower part of the rotation axis, the other end be close to the arc
The arc lower end surface of expeller；One end of first spring is connect with lathe bed, and one end of the connecting rod is connect with pulp-collecting box,
The other end is connect with the other end of first spring, and the middle part of the connecting rod is connect with the lower part of the rotation axis；
The sliding block is male to be moved straight down along sliding block mother, and the arc expeller is driven to move straight down；The arc
It drives the rotating bar to be rotated counterclockwise around rotation axis in shape expeller moving process, while rotation axis being driven to be turned
Dynamic, the rotation axis moves away from the lower section of the upper mold by connecting rod drive pulp-collecting box, while connecting rod stretches the first bullet
Spring；
The sliding block is male to be moved straight up along sliding block mother, and the arc expeller is driven to move straight up；Described turn
Lever is rotated clockwise under the first spring effect in tensional state around rotation axis, while rotation axis being driven to be turned
Dynamic, the rotation axis is moved to the lower section of the upper mold by connecting rod drive pulp-collecting box.
Further, the sliding block mother corresponds to the male two sides of the sliding block and is provided with locating piece, the middle part of the sliding block public affairs
It is provided with and extends transversely through the first public perforation of sliding block, be provided in first perforation and make bar, the both ends for making bar edge respectively
The both ends of first perforation are stretched out, and correspond the lower section for being in two locating pieces；
The second perforation arranged vertically is provided in the upper mold, biperforate upper end and first perforation connect
Logical, lower end is connected to the type chamber that the upper mold lower end surface is arranged；The liftout being vertically movable is provided in second perforation
Bar；The ejector beam is vertically movable to contacting in first perforation and described makes bar；The second bullet is set on the ejector beam
Spring, the upper end of the second spring contact the chuck that the ejector beam top is provided with, and the lower end of the second spring contradicts institute
State the boss being arranged in the middle part of the second perforation；
The sliding block is male to be moved straight up along sliding block mother, makes bar described in drive and upper mold moves straight up；The cunning
When block public affairs are moved up in place, two locating piece air exercise bars generate resistance, and the bar of beating pushes the ejector beam, the top
Material bar, which moves down, protrudes into that the type is intracavitary, releases to the workpiece after the intracavitary punching press of the type, so that the workpiece after punching press is fallen
To pulp-collecting box.
The beneficial effects of the utility model are: structure is simple, equipment cost is low, can precisely complete splicing feeding.
Detailed description of the invention
Fig. 1 is a kind of one schematic diagram of implementation of press machine of the utility model；
Fig. 2 is a kind of two schematic diagram of implementation of press machine of the utility model；
Fig. 3 is a kind of structural schematic diagram of press machine of the utility model.
In attached drawing, parts list represented by the reference numerals are as follows:
1, pedestal, 2, lathe bed, 3, sliding block public affairs, 4, sliding block mother, 5, upper mold；6, automatic material connection device, 6.1, bearing block,
6.2, rotation axis, 6.3, rotating bar, 6.4, arc expeller, 6.5, connecting rod, the 6.6, first spring, 6.7, pulp-collecting box；7, fixed
Position block, 8, beat bar, 9, ejector beam, 10, second spring, 11, workpiece.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
As shown in Figure 1 to Figure 3, a kind of press machine, including pedestal 1, lathe bed 2, sliding block are male 3, sliding block mother 4 and upper mold 5, institute
The fixed side for being placed in 1 upper end of pedestal of lathe bed 2 is stated, the sliding block mother 4 is connected to the side of the lathe bed 2, and is located at institute
State the top of pedestal 1；The sliding block male 3 is placed in the sliding slot of the sliding block mother 4, and carries out vertical direction along the sliding block mother 4
It is mobile；The upper mold 5 is placed in the lower end of the sliding block public affairs 3, and in the lower end of the fixedly embedded sliding block public affairs 3 of upper part；Institute
State public 3 vertical shifts of sliding block drives the upper mold 5 to carry out punching press to workpiece 11 in the process；It further include automatic material connection device 6, it is described
Automatic material connection device 6 is installed on the side of the lathe bed 2, and workpiece 11 is transferred to upper mold 5 automatically by the automatic material connection device 6
Lower section carries out punching press, or the workpiece 11 after 5 punching press of upper mold is transferred out to the lower section of upper mold 5.
In above-described embodiment, the automatic material connection device 6 includes bearing block 6.1, rotation axis 6.2, rotating bar 6.3, arc
Expeller 6.4, connecting rod 6.5, the first spring 6.6 and pulp-collecting box 6.7, the bearing block 6.1 are placed on the sliding block mother 4, and
It is fixedly connected with the sliding block mother 4；The upper end of the rotation axis 6.2 is rotatably protruded into the bearing block 6.1, and described turn
The lower end of moving axis 6.2 extends downward close to pedestal 1；The arc expeller 6.4 is fixedly connected with sliding block public affairs 3；The rotating bar
6.3 one end is connect with the lower part of the rotation axis 6.2, the other end and the arc lower end for being close to the arc expeller 6.4
Face；One end of first spring 6.6 is connect with lathe bed 2, and one end of the connecting rod 6.5 is connect with pulp-collecting box 6.7, the other end
It is connect with the other end of first spring 6.6, and the middle part of the connecting rod 6.5 is connect with the lower part of the rotation axis 6.2；
The sliding block male 3 moves straight down along sliding block mother 4, and the arc expeller 6.4 is driven to move straight down；Institute
It states and the rotating bar 6.3 is driven to be rotated counterclockwise in 6.4 moving process of arc expeller around rotation axis 6.2, drive simultaneously
Rotation axis 6.2 is rotated, and the rotation axis 6.2 drives pulp-collecting box 6.7 to move away from the upper mold 5 by connecting rod 6.5
Lower section, while connecting rod 6.5 stretches the first spring 6.6；
The sliding block male 3 moves straight up along sliding block mother 4, and the arc expeller 6.4 is driven to move straight up；Institute
It states rotating bar 6.3 to be rotated clockwise under the first spring 6.6 effect in tensional state around rotation axis 6.2, while band
Turn moving axis 6.2 is rotated, and the rotation axis 6.2 drives pulp-collecting box 6.7 to be moved to the upper mold 5 by connecting rod 6.5
Lower section.
In above-described embodiment, the two sides of the corresponding sliding block male 3 of the sliding block mother 4 are provided with locating piece 7, the cunning
The middle part of block public affairs 3 is provided with the first perforation for extending transversely through sliding block public affairs 3, is provided in first perforation and makes bar 8, described to make bar
Both ends of 8 both ends respectively along first perforation are stretched out, and correspond the lower section for being in two locating pieces 7；
The second perforation arranged vertically, biperforate upper end and first perforation are provided in the upper mold 5
Connection, lower end is connected to the type chamber that 5 lower end surface of upper mold is arranged；The top being vertically movable is provided in second perforation
Expect bar 9；The ejector beam 9 is vertically movable to contacting in first perforation and described makes bar 8；It is set on the ejector beam 9
Second spring 10, the upper end of the second spring 10 contact the chuck that 9 top of ejector beam is provided with, the second spring
10 lower end contradicts the boss that second perforation middle part is arranged；
The sliding block male 3 moves straight up along sliding block mother 4, makes bar 8 described in drive and upper mold 5 moves straight up；Institute
When stating sliding block public affairs 3 and moving up in place, two locating pieces 7 bars 8 of fighting each other generate resistances, and the bar 8 of beating pushes the liftout
Bar 9, the ejector beam 9, which moves down, protrudes into that the type is intracavitary, releases to the workpiece 11 after the intracavitary punching press of the type, so that punching press
Workpiece 11 afterwards is fallen in pulp-collecting box 6.7.
Implement the technical program:
When sliding block male 3 moves in place straight down along sliding block mother 4, the sliding block public affairs 3 drive the upper mold 5 straight down
Punching press is carried out to workpiece 11；The sliding block male 3 moves straight up along sliding block mother 4 after the completion of punching press, drives the arc pusher
Block 6.4 moves straight up；The rotating bar 6.3 in tensional state the first spring 6.6 effect under around rotation axis 6.2 into
Row rotates clockwise, while rotation axis 6.2 being driven to be rotated, and the rotation axis 6.2 drives pulp-collecting box by connecting rod 6.5
6.7 are moved to the lower section of the upper mold 5；
When the sliding block public affairs 3 move up in place, two air exercise of locating pieces 7 bars 8 generate resistance, described to make bar 8
Push the ejector beam 9, the ejector beam 9, which moves down, protrudes into that the type is intracavitary, to the workpiece 11 after the intracavitary punching press of the type
It releases, so that the workpiece 11 after punching press is fallen in pulp-collecting box 6.7；
The sliding block male 3 moves straight down along sliding block mother 4, and the arc expeller 6.4 is driven to move straight down；Institute
It states and the rotating bar 6.3 is driven to be rotated counterclockwise in 6.4 moving process of arc expeller around rotation axis 6.2, drive simultaneously
Rotation axis 6.2 is rotated, and the rotation axis 6.2 drives pulp-collecting box 6.7 to remove the upper mold 5 counterclockwise by connecting rod 6.5
Lower section, while connecting rod 6.5 stretch the first spring 6.6 so that the first spring 6.6 accumulate elastic potential energy；It is back and forth run with this,
It realizes and the lower section of Workpiece transfer to upper mold 5 is subjected to punching press automatically, or the workpiece after 5 punching press of upper mold is transferred out
The lower section of mould 5, present apparatus structure is simple, and equipment cost is low, can precisely complete splicing feeding.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (3)
1. a kind of press machine, it is characterised in that: including pedestal (1), lathe bed (2), sliding block male (3), sliding block female (4) and upper mold
(5), the fixed side for being placed in the pedestal (1) upper end of the lathe bed (2), the sliding block female (4) are connected to the lathe bed (2)
Side, and it is located at the top of the pedestal (1)；The sliding block male (3) is placed in the sliding slot of the sliding block female (4), and along described
It is mobile that sliding block mother (4) carries out vertical direction；The upper mold (5) is placed in the lower end of the sliding block public (3), and upper part is fixedly embedded
In the lower end of the sliding block public (3)；The upper mold (5) is driven to carry out workpiece during public (3) vertical shift of the sliding block
Punching press；Further include automatic material connection device (6), the automatic material connection device (6) is installed on the side of the lathe bed (2), it is described from
The lower section of Workpiece transfer to upper mold (5) is carried out punching press automatically by dynamic material-receiving device (6), or by the work after the upper mold (5) punching press
Part is transferred out the lower section of upper mold (5).
2. a kind of press machine according to claim 1, it is characterised in that: the automatic material connection device (6) includes bearing
Seat (6.1), rotating bar (6.3), arc expeller (6.4), connecting rod (6.5), the first spring (6.6) and connects rotation axis (6.2)
Magazine (6.7), the bearing block (6.1) are placed on the sliding block female (4), and are fixedly connected with the sliding block female (4)；Described turn
The upper end of moving axis (6.2) is rotatably protruded into the bearing block (6.1), and the lower end of the rotation axis (6.2), which extends downwardly, to be leaned on
Nearly pedestal (1)；The arc expeller (6.4) is fixedly connected with sliding block public (3)；One end of the rotating bar (6.3) with it is described
The lower part of rotation axis (6.2) connects, the other end and the arc lower end surface for being close to the arc expeller (6.4)；First bullet
One end of spring (6.6) is connect with lathe bed (2), and one end of the connecting rod (6.5) is connect with pulp-collecting box (6.7), the other end and institute
The other end connection of the first spring (6.6) is stated, and the lower part of the middle part of the connecting rod (6.5) and the rotation axis (6.2) connects
It connects；
The sliding block male (3) moves straight down along sliding block female (4), and the arc expeller (6.4) is driven to move straight down；
The rotating bar (6.3) is driven to be rotated counterclockwise around rotation axis (6.2) in arc expeller (6.4) moving process,
Rotation axis (6.2) is driven to be rotated simultaneously, the rotation axis (6.2) drives pulp-collecting box (6.7) mobile by connecting rod (6.5)
Lower section far from the upper mold (5), while connecting rod (6.5) stretches the first spring (6.6)；
The sliding block male (3) moves straight up along sliding block female (4), and the arc expeller (6.4) is driven to move straight up；
The rotating bar (6.3) is turned under the first spring (6.6) effect in tensional state around rotation axis (6.2) clockwise
It is dynamic, while rotation axis (6.2) being driven to be rotated, the rotation axis (6.2) drives pulp-collecting box (6.7) by connecting rod (6.5)
It is moved to the lower section of the upper mold (5).
3. a kind of press machine according to claim 2, it is characterised in that: the corresponding sliding block of the sliding block female (4) is male
(3) two sides are provided with locating piece (7), are provided in the middle part of the sliding block public (3) and are extended transversely through the first of sliding block public (3) and wear
Hole, it is described first perforation in be provided with beat bar (8), the both ends for making bar (8) respectively along it is described first perforation both ends stretch out,
And correspond the lower section for being in two locating pieces (7)；
The second perforation arranged vertically is provided in the upper mold (5), biperforate upper end and first perforation connect
Logical, lower end is connected to the type chamber that the upper mold (5) lower end surface is arranged；The top being vertically movable is provided in second perforation
Expect bar (9)；The ejector beam (9) is vertically movable to contacting in first perforation and described beats bar (8)；The ejector beam (9)
On be set with second spring (10), the upper end of the second spring (10) contacts the chuck that the ejector beam (9) top is provided with,
The lower end of the second spring (10) contradicts the boss that second perforation middle part is arranged；
The sliding block male (3) moves straight up along sliding block female (4), makes bar (8) described in drive and upper mold (5) is moved straight up
It is dynamic；When the sliding block public (3) is moved up in place, two locating piece (7) air exercises bar (8) generate resistance, described to beat bar (8)
It pushes the ejector beam (9), the ejector beam (9), which moves down, protrudes into that the type is intracavitary, to the work after the intracavitary punching press of the type
Part is released, so that the workpiece after punching press is fallen in pulp-collecting box (6.7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820686228.4U CN208178185U (en) | 2018-05-09 | 2018-05-09 | A kind of press machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820686228.4U CN208178185U (en) | 2018-05-09 | 2018-05-09 | A kind of press machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208178185U true CN208178185U (en) | 2018-12-04 |
Family
ID=64429614
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820686228.4U Active CN208178185U (en) | 2018-05-09 | 2018-05-09 | A kind of press machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208178185U (en) |
-
2018
- 2018-05-09 CN CN201820686228.4U patent/CN208178185U/en active Active
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