CN206009632U - Punching press notebook base plate blank lifts localization machine - Google Patents
Punching press notebook base plate blank lifts localization machine Download PDFInfo
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- CN206009632U CN206009632U CN201620936460.XU CN201620936460U CN206009632U CN 206009632 U CN206009632 U CN 206009632U CN 201620936460 U CN201620936460 U CN 201620936460U CN 206009632 U CN206009632 U CN 206009632U
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Abstract
The utility model discloses a kind of punching press notebook base plate blank lifts localization machine, including left location-plate, right positioning slide plate, front apron, backboard, prelocalization plate, rear position plate, lifting location-plate, wearing plate, lifting mechanism, positioning cylinder and hoisting mechanism；The positioning through hole of one rectangular configuration is set on positioning table, the wearing plate mounting groove of rectangular configuration is set on positioning table and near the right side of positioning through hole, wearing plate is embedded in wearing plate mounting groove, and the upper surface of wearing plate is equal with the upper surface of positioning table.Four sides of notebook base plate blank are positioned using left location-plate, right positioning slide plate, prelocalization plate and rear position plate, lifting mechanism and lifting location-plate make a notebook base plate blank topmost reach the optimum position that the sucker of manipulator is drawn, whole process is realized being automatically brought into operation, it is accurately positioned, substantially increases production efficiency.
Description
Technical field
The utility model is related to a kind of blank transporter, more particularly to a kind of punching press notebook base plate blank lifting positioning
Machine.
Background technology
At present, the work flow of notebook base plate is：It is first cut into and the sizable base plate of notebook base plate, i.e. base
Material prepares；Then blank is transported on blank transferring platform, the sucker absorption blank using manipulator is on first pressing equipment
Just shape punching press is carried out, the blank base plate after first punching press is drawn onto next pressing equipment by the same sucker for recycling manipulator
Punching press through hole is carried out on mould, notebook base plate final molding so after the punching press of tens of times.
In prior art, the transferring platform of notebook base plate blank mainly includes a base plate and a positioning table, positioning
Platform is horizontally set on the top of base plate by four support columns.Four locating pieces are provided with positioning table, and four locating pieces set
The position at four angles of rectangle is put, the inner side of locating piece arranges support level, and top is flared out.Blank is consigned by transport vehicle
One side of transferring platform is arrived, then operating personnel with the hands embrace a folded blank to positioning table, first put one and determine at four
On the block of position, four angles of blank are placed just on the support level on the inside of locating piece, and such blank is just accurately positioned, machine
The sucker of tool hand is drawn the position of blank and is just accurately locked, and the sucker of manipulator is accurately placed on punching press after drawing blank
On mould, such notebook base plate blank has just accurately been placed in diel, and then operator personnel are being put
Putting a blank, operation, the high labor intensive of operating personnel, and inefficiency is iteratively repeated on locating piece, so.
Utility model content
For above-mentioned the shortcomings of the prior art, the utility model provides a kind of realization and transports automatically, from
Move and be accurately positioned, labour intensity is low, the punching press notebook base plate blank lifting localization machine of high working efficiency.
In order to solve above-mentioned technical problem, the utility model employs following technical scheme：
Punching press notebook base plate blank lifting localization machine includes base plate, positioning table, left location-plate, right positioning slide plate, front
Plate, backboard, prelocalization plate, rear position plate, lifting location-plate, the wearing plate of rectangular configuration, lifting mechanism, positioning cylinder and hang
Mounting mechanism；The positioning table is horizontally set on the top of base plate by support column；
The positioning through hole of one rectangular configuration is set on the positioning table, on the positioning table and near positioning through hole right side
The front and back sides for arranging the wearing plate mounting groove of rectangular configuration, the upper surface of the positioning table and close positioning through hole are respectively provided with
Locating piece；The upper surface of the wearing plate is respectively provided with chute near both sides in front and back, and the wearing plate is embedded in wearing plate installation
In groove, the upper surface of the wearing plate is equal with the upper surface of positioning table；
The left location-plate is fixedly installed on positioning table, the left surface phase of the right flank of left location-plate and positioning through hole
Flat；
The front apron is fixedly installed on positioning table and the front side near positioning table, is vertically arranged and leads on the front apron
To through hole III, the guide through hole III is made up of macropore and aperture；The prelocalization plate be arranged on front apron and positioning through hole it
Between and be slidably matched with positioning table, be vertically arranged guide post I on the leading flank of the prelocalization plate, be cased with the guide post I
Spring I, is slidably matched in the insertion of the guide post I guide through hole III and with the aperture in guide through hole III, and the one of the spring I
On prelocalization plate, the other end of spring I puts in guide through hole III and is pressed in the step of formation between macropore and aperture side pressure
On；The bottom rear of the prelocalization plate arranges draw-in groove I corresponding with the locating piece on front side of positioning through hole；The prelocalization
After the draw-in groove I of plate is stuck on corresponding locating piece, the trailing flank of prelocalization plate is equal with the leading flank of positioning through hole；The front
The rear portion of plate arranges solenoid mounting groove I, inlays solenoid I in the solenoid mounting groove I；
The backboard is fixedly installed on positioning table and the rear side near positioning table, is vertically arranged and leads on the backboard
To through hole IV, the guide through hole IV is made up of macropore and aperture；The rear position plate be arranged on backboard and positioning through hole it
Between and be slidably matched with positioning table, the trailing flank of the rear position plate is vertically arranged guide post II, is cased with the guide post II
Spring II, is slidably matched in the insertion of the guide post II guide through hole IV and with the aperture in guide through hole IV, the spring II
One end be pressed on rear position plate, the other end of spring II puts in guide through hole IV and is pressed in and formed between macropore and aperture
On step；The front side bottom of the rear position plate arranges draw-in groove II corresponding with the locating piece on rear side of positioning through hole；Described
After the draw-in groove II of rear position plate is stuck on corresponding locating piece, the leading flank of rear position plate is equal with the trailing flank of positioning through hole；
The anterior of the backboard arranges solenoid mounting groove II, inlays solenoid II in the solenoid mounting groove II；
The right positioning slide plate is placed on wearing plate, and the forward rear side in bottom of the right positioning slide plate is respectively provided with cunning
Wheel, the pulley of the right positioning slide plate two bottom sides are located in the chute of respective side respectively and are coordinated with corresponding slide；
The positioning cylinder is arranged on positioning table and near right side, and the piston rod of the positioning cylinder is connected with right positioning slide plate, institute
When stating the high order end that right positioning slide plate moves to chute, the left surface of right positioning slide plate is equal with the right flank of positioning through hole；
The lifting location-plate is rectangular configuration, lifts location-plate and is located in positioning through hole and slides with the inwall of positioning through hole
Dynamic cooperation；The lifting mechanism includes that motor, decelerator, gear, tooth bar and guide rail, the guide rail are vertically arranged on base plate simultaneously
The lower section of lifting location-plate is located at, the tooth bar is vertically installed on guide rail and is slidably matched with guide rail in the vertical direction, institute
State the power output shaft of motor to be connected with the power input shaft of decelerator, power output shaft of the gear installed in decelerator
On, wheel and rack is engaged；
The hoisting mechanism includes pillar I, pillar II, support arm and electric block；The pillar I is vertically arranged in base plate
Above and behind positioning table, the pillar II is vertically arranged in the top of pillar I and is rotatably assorted with pillar I, described
One end of brace is fixed on pillar I, and the other end of support arm is protruded horizontally up；The electric block is on support arm.
As a kind of preferred version of the present utility model, air operated reversing valve, institute are set in the air inlet pipe of the positioning cylinder
Solenoid I, solenoid II, motor and air operated reversing valve are stated by PLC control.
As another kind of preferred version of the present utility model, use for operating personnel near rear side setting on the base plate
Seat, arranges power control button near seat on the positioning table.
Of the present utility model have the technical effect that：Hoisting mechanism hangs a pile notebook base plate blank for having overlapped wear-resisting
On plate, solenoid I and solenoid II are powered, and solenoid I adsorbs prelocalization plate so as to move forward, solenoid II
Absorption rear position plate so as to be moved rearwards by, while the piston rod of positioning cylinder promotes right positioning slide plate to be moved to the left, and then promotes
The notebook base plate blank being placed on wearing plate so as to slide on the lifting location-plate in positioning through hole, I He of solenoid
II power-off of solenoid, prelocalization plate are moved rearwards by the presence of spring I, and rear position plate is in the presence of spring II to reach
Dynamic, four sides of notebook base plate blank are positioned by left location-plate, right positioning slide plate, prelocalization plate and rear position plate,
PLC controlled motor is rotated, and is moved on tooth bar, and then drives shifting on whole notebook base plate blank, and the sucker of manipulator is every
A notebook base plate blank is siphoned away, a step on gear driven tooth bar, is moved, makes a notebook base plate blank topmost reach machine
The optimum position that the sucker of tool hand is drawn, whole process can achieve to be automatically brought into operation, and automatically accurate to notebook base plate blank
Positioning, greatly reduces labour intensity, greatly improves production efficiency.
Description of the drawings
Fig. 1 is the structural representation that punching press notebook base plate blank lifts localization machine；
Structural representations of the Fig. 2 for positioning table；
Structural representations of the Fig. 3 for wearing plate；
Fig. 4 is the structural representation of front apron, prelocalization plate and positioning table assembling；
Structural representations of the Fig. 5 for front apron；
Structural representations of the Fig. 6 for prelocalization plate；
Fig. 7 is the structural representation of backboard, rear position plate and positioning table assembling；
Structural representations of the Fig. 8 for backboard；
Structural representations of the Fig. 9 for rear position plate；
Figure 10 is the structural representation for lifting location-plate on lifting mechanism.
In figure, 1 base plate；2 positioning tables；3 support columns；4 left location-plates；5 right positioning slide plates；6 front aprons；
7 backboards；8 prelocalization plates；9 rear position plates；10 lifting location-plates；12 wearing plates；13 positioning cylinders；15—
Positioning through hole；16 wearing plate mounting grooves；17 locating pieces；20 chutes；21 guide through hole III；22 guide posts I；23—
Spring I；24 draw-in grooves I；25 solenoids I；26 guide through hole IV；27 guide posts II；28 springs II；29 draw-in grooves
Ⅱ；30 solenoids II；31 pulleys；32 motors；33 decelerators；34 gears；35 tooth bars；36 guide rails；
37 seats；38 power control buttons；42 pillars I；43 pillars II；44 support arms；45 electric blocks；46 is flat
Spherical bearing.
Specific embodiment
With reference to the accompanying drawings and detailed description the utility model is described in further detail.
In description of the present utility model, term "front", "rear", "left", "right", " on ", D score indicate orientation or position
The relation of putting is based on orientation shown in the drawings or position relationship, is for only for ease of description the utility model and simplifies description.
As shown in figure 1, punching press notebook base plate blank lifting localization machine includes base plate 1, positioning table 2, left location-plate 4, the right side
Positioning slide plate 5, front apron 6, backboard 7, prelocalization plate 8, rear position plate 9, the wearing plate of lifting location-plate 10, rectangular configuration
12nd, lifting mechanism, positioning cylinder 13 and hoisting mechanism.Positioning table 2 is horizontally set on the top of base plate 1 by support column 3.
The positioning through hole 15 of one rectangular configuration is set on positioning table 2, is set on positioning table 2 and near the right side of positioning through hole 15
The wearing plate mounting groove 16 of rectangular configuration is put, as shown in Fig. 2 the upper surface of positioning table 2 and the side in front and back near positioning through hole 15
Face is respectively provided with locating piece 17 (in the present embodiment, the upper surface of positioning table 2 and the front side setting two near positioning through hole 15
17) rear side of locating piece 17, the upper surface of positioning table 2 and close positioning through hole 15 is also provided with two locating pieces.Wearing plate 12
Upper surface is respectively provided with chute 20 near both sides in front and back, as shown in Figure 3.Wearing plate 12 is embedded in wearing plate mounting groove 16, resistance to
The upper surface of nog plate 12 is equal with the upper surface of positioning table 2.
Left location-plate 4 is fixedly installed on positioning table 2, the left surface phase of the right flank of left location-plate 4 and positioning through hole 15
Flat, as shown in Figure 1.
As shown in Figure 4,5, 6, front apron 6 is fixedly installed on positioning table 2 and the front side near positioning table 2, on front apron 6
(in the present embodiment, 21) front apron 6 is provided with guide through hole III by the left and right sides, is oriented to be vertically arranged guide through hole III 21
Through hole III 21 is made up of macropore and aperture.Prelocalization plate 8 is arranged between front apron 6 and positioning through hole 15 and is slided with positioning table 2
Dynamic coordinate, be vertically arranged guide post I 22 on the leading flank of prelocalization plate 8 (in the present embodiment, on the leading flank of prelocalization plate 8
Be vertically arranged with two guide through hole, III 21 one-to-one two guide posts I 22), spring I 23 is cased with guide post I 22, is led
Insert in guide through hole III 21 to bar I 22 and be slidably matched with the aperture in guide through hole III 21, before one end of spring I 23 is pressed in
On location-plate 8, the other end of spring I 23 puts in guide through hole III 21 and is pressed on the step that formed between macropore and aperture.
The bottom rear of prelocalization plate 8 is arranged with the 17 corresponding draw-in groove I 24 of locating piece on front side of positioning through hole 15 (in the present embodiment
In, the bottom rear of prelocalization plate 8 is arranged and two locating pieces, 17 corresponding two draw-in grooves I on front side of positioning through hole 15
24).The rear portion of front apron 6 arranges solenoid mounting groove I, inlays solenoid I 25, work as electromagnetism in solenoid mounting groove I
After coil I 25 is powered, the absorption prelocalization of solenoid I 25 plate 8 moves forward prelocalization plate 8；When I 25 power-off of solenoid
Afterwards, prelocalization plate 8 is moved rearwards by the presence of spring I 23, and the draw-in groove I 24 of prelocalization plate 8 is stuck on corresponding locating piece 17,
The trailing flank of prelocalization plate 8 is equal with the leading flank of positioning through hole 15.
As shown in Fig. 7,8,9, backboard 7 is fixedly installed on positioning table 2 and the rear side near positioning table 2, on backboard 7
(in the present embodiment, 26) backboard 7 is respectively provided with guide through hole IV by the left and right sides, is oriented to logical to be vertically arranged guide through hole IV 26
Hole IV 26 is made up of macropore and aperture.Rear position plate 9 is arranged between backboard 7 and positioning through hole 15 and is slided with positioning table 2
Coordinate, (in the present embodiment, on the trailing flank of rear position plate 9 vertically the trailing flank of rear position plate 9 is vertically arranged guide post II 27
Arrange with two guide through hole, IV 26 one-to-one two guide posts II 27), on guide post II 27, be cased with spring II 28, be oriented to
It is slidably matched in the insertion of bar II 27 guide through hole IV 26 and with the aperture in guide through hole IV 26, after one end of spring II 28 is pressed in
On location-plate 9, the other end of spring II 28 puts in guide through hole IV 26 and is pressed on the step that formed between macropore and aperture.
The front side bottom of rear position plate 9 is arranged with the 17 corresponding draw-in groove II 29 of locating piece on rear side of positioning through hole 15 (in this enforcement
In example, the front side bottom of rear position plate 9 is arranged and two locating pieces, 17 corresponding two draw-in grooves on rear side of positioning through hole 15
Ⅱ29).The anterior of backboard 7 arranges solenoid mounting groove II, inlays solenoid II 30 in solenoid mounting groove II.When
Solenoid II 30 is powered, and solenoid II 30 adsorbs rear position plate 9, is moved rearwards by rear position plate 9；When solenoid II 30
Power-off, rear position plate 9 are moved forward in the presence of spring II 28, and the draw-in groove II 29 of rear position plate 9 is stuck in corresponding locating piece
On 17, the leading flank of rear position plate 9 is equal with the trailing flank of positioning through hole 15.
Right positioning slide plate 5 is placed on wearing plate 12, and the forward rear side in bottom of right positioning slide plate 5 is respectively provided with pulley 31,
The pulley 31 of right positioning 5 two bottom sides of slide plate is located in the chute 20 of respective side respectively and is slidably matched with corresponding chute 20；
Positioning cylinder 13 is arranged on positioning table 2 and near right side, and the piston rod of positioning cylinder 13 is connected with right positioning slide plate 5, such as Fig. 1
Shown.When right positioning slide plate 5 moves to the high order end of chute 20, the left surface of right positioning slide plate 5 and the right side of positioning through hole 15
Face is equal.
Lifting location-plate 10 is rectangular configuration, lifting location-plate 10 be located in positioning through hole 15 and with positioning through hole 15 in
Wall is slidably matched.Lifting mechanism includes motor 32, decelerator 33, gear 34, tooth bar 35 and guide rail 36, as shown in Figure 10.Guide rail
36 lower sections for being vertically arranged on base plate 1 and being located at lifting location-plate 10, tooth bar 35 are vertically installed on guide rail 36 and and guide rail
36 in the vertical directions are slidably matched, and the power output shaft of motor 32 is connected with the power input shaft of decelerator 33, and gear 34 is pacified
It is mounted on the power output shaft of decelerator 33, gear 34 is engaged with tooth bar 35.
Air operated reversing valve, solenoid I 25, solenoid II 30,32 and of motor are set in the air inlet pipe of positioning cylinder 13
Air operated reversing valve is by PLC control.The seat 37 used for operating personnel, positioning table 2 are set near rear side on base plate 1
Upper close seat 37 arranges power control button 38.
Hoisting mechanism includes pillar I 42, pillar II 43, support arm 44 and electric block 45, as shown in Figure 1.Pillar I 42 is erected
Directly be arranged on base plate 1 and be located at positioning table 2 behind, pillar II 43 be vertically arranged in the top of pillar I 42 and with pillar I 42
Be rotatably assorted (in the present embodiment, pillar II 43 is rotatably assorted by plane bearing 46 and pillar I 42), and one end of support arm 44 is solid
It is scheduled on pillar I 42, the other end of support arm 44 is protruded horizontally up；Electric block 45 is on support arm 44.
During using punching press notebook base plate blank lifting localization machine, PLC starts, and hoisting mechanism will have been overlapped
A pile notebook base plate blank is hung on wearing plate 12.PLC control solenoid I 25 and solenoid II 30 are logical
Electricity, the absorption prelocalization of solenoid I 25 plate 8, moves forward prelocalization plate 8, and solenoid II 30 adsorbs rear position plate 9, makes
Rear position plate 9 is moved rearwards by, while the piston rod of positioning cylinder 13 promotes right positioning slide plate 5 to be moved to the left, and then promotes placement
Notebook base plate blank on wearing plate 12, makes notebook base plate blank slide into the lifting location-plate 10 in positioning through hole 15
On.II 30 power-off of solenoid I 25 and solenoid, prelocalization plate 8 are moved rearwards by the presence of spring I 23, rear position plate 9
Move forward in the presence of spring II 28, by left location-plate 4, right positioning slide plate 5,9 pairs of pens of prelocalization plate 8 and rear position plate
Four sides of note background plate blank material are positioned, and PLC controlled motor 32 is rotated, and motor 32 passes through 33 drive gear of speed changer
34 rotate, and move on gear 34 and then driving tooth bar 35, and the lifting location-plate 11 at the top of tooth bar 35 is also moved with, and then is driven whole
Move on individual notebook base plate blank, the sucker of manipulator often siphons away a notebook base plate blank, and gear 34 is with carry-over bar 35
A step is moved, makes a notebook base plate blank topmost reach the optimum position that the sucker of manipulator is drawn, whole process is real
Now it is automatically performed, and notebook base plate blank is accurately positioned automatically, greatly reduces labour intensity, greatly improve production
Efficiency.
Finally illustrate, above example is only unrestricted in order to the technical solution of the utility model to be described, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those within the art that, can be to this
The technical scheme of utility model is modified or equivalent, the objective and model without deviating from technical solutions of the utility model
Enclose, which all should be covered in the middle of right of the present utility model.
Claims (3)
1. punching press notebook base plate blank lifts localization machine, and including base plate (1) and positioning table (2), described positioning table (2) are by propping up
Dagger (3) is horizontally set on the top of base plate (1), it is characterised in that：Also include left location-plate (4), right positioning slide plate (5), front
Baffle plate (6), backboard (7), prelocalization plate (8), rear position plate (9), lifting location-plate (10), the wearing plate of rectangular configuration
(12), lifting mechanism, positioning cylinder (13) and hoisting mechanism；
Described positioning table (2) upper positioning through hole (15) for arranging a rectangular configuration, described positioning table (2) are above and near positioning through hole
(15) right side arranges the wearing plate mounting groove (16) of rectangular configuration, the upper surface of positioning table (2) and close positioning through hole
(15) front and back sides are respectively provided with locating piece (17)；The upper surface of wearing plate (12) is respectively provided with cunning near both sides in front and back
Groove (20), wearing plate (12) are embedded in wearing plate mounting groove (16), the upper surface of wearing plate (12) and positioning table
(2) upper surface is equal；
Left location-plate (4) are fixedly installed on positioning table (2), the right flank of left location-plate (4) and positioning through hole (15)
Left surface is equal；
Front apron (6) are fixedly installed on the front side of the upper and close positioning table (2) of positioning table (2), and described front apron (6) are upper to hang down
Straight setting guide through hole III (21), the guide through hole III (21) are made up of macropore and aperture；Prelocalization plate (8) are arranged on
It is slidably matched between front apron (6) and positioning through hole (15) and with positioning table (2), hangs down on the leading flank of prelocalization plate (8)
Straight setting guide post I (22), is cased with spring I (23) on the guide post I (22), the guide post I (22) inserts guide through hole
It is slidably matched in III (21) and with the aperture in guide through hole III (21), one end of the spring I (23) is pressed in prelocalization plate (8)
On, the other end of spring I (23) puts in guide through hole III (21) and is pressed on the step that formed between macropore and aperture；Described
The bottom rear of prelocalization plate (8) arranges draw-in groove I (24) corresponding with the locating piece (17) on front side of positioning through hole (15)；Institute
State prelocalization plate (8) draw-in groove I (24) be stuck in corresponding locating piece (17) upper after, the trailing flank of prelocalization plate (8) is logical with positioning
The leading flank in hole (15) is equal；The rear portion of front apron (6) arranges solenoid mounting groove I, the solenoid mounting groove I
Solenoid I (25) is inside inlayed；
Backboard (7) are fixedly installed on the rear side of the upper and close positioning table (2) of positioning table (2), and described backboard (7) are upper to hang down
Straight setting guide through hole IV (26), the guide through hole IV (26) are made up of macropore and aperture；Rear position plate (9) are arranged on
It is slidably matched between backboard (7) and positioning through hole (15) and with positioning table (2), the trailing flank of rear position plate (9) is vertical
Guide post II (27) is set, on the guide post II (27), is cased with spring II (28), the insertion of the guide post II (27) is oriented to logical
It is slidably matched in hole IV (26) and with the aperture in guide through hole IV (26), one end of the spring II (28) is pressed in rear position plate
(9), on, the other end of spring II (28) puts in guide through hole IV (26) and is pressed on the step that formed between macropore and aperture；
The front side bottom of rear position plate (9) arranges draw-in groove II corresponding with the locating piece (17) on rear side of positioning through hole (15)
(29)；After the draw-in groove II (29) of rear position plate (9) is stuck in corresponding locating piece (17) above, the leading flank of rear position plate (9)
Equal with the trailing flank of positioning through hole (15)；The anterior of backboard (7) arranges solenoid mounting groove II, the electromagnetic wire
Solenoid II (30) is inlayed in circle mounting groove II；
Right positioning slide plate (5) is placed on wearing plate (12), and the forward rear side in bottom of right positioning slide plate (5) is set respectively
Put pulley (31), the pulley (31) of right positioning slide plate (5) two bottom sides be located in the chute (20) of respective side respectively and with
Corresponding chute (20) are slidably matched；Positioning cylinder (13) are arranged on positioning table (2) above and near right side, the positioning gas
The piston rod of cylinder (13) is connected with right positioning slide plate (5), when right positioning slide plate (5) moves to the high order end of chute (20),
The left surface of right positioning slide plate (5) is equal with the right flank of positioning through hole (15)；
Lifting location-plate (10) is rectangular configuration, lifts location-plate (10) and is located in positioning through hole (15) and and positioning through hole
(15) inwall is slidably matched；The lifting mechanism includes motor (32), decelerator (33), gear (34), tooth bar (35) and leads
Rail (36), guide rail (36) are vertically arranged in base plate (1) above and are located at the lower section of lifting location-plate (10), tooth bar (35)
It is vertically installed at guide rail (36) above and is slidably matched with guide rail (36) in the vertical direction, the power output shaft of motor (32)
It is connected with the power input shaft of decelerator (33), described gear (34) are arranged on the power output shaft of decelerator (33), gear
(34) engage with tooth bar (35)；
The hoisting mechanism includes pillar I (42), pillar II (43), support arm (44) and electric block (45)；The pillar I
(42) it is vertically arranged in base plate (1) above and is located at behind positioning table (2), the pillar II (43) is vertically arranged in pillar I
(42) top is simultaneously rotatably assorted with pillar I (42), and the one end of support arm (44) is fixed on pillar I (42), support arm
(44) the other end is protruded horizontally up；Described electric block (45) are on support arm (44).
2. punching press notebook base plate blank according to claim 1 lifts localization machine, it is characterised in that：The positioning cylinder
(13) air operated reversing valve, the solenoid I (25), solenoid II (30), motor (32) and pneumatic are set in air inlet pipe
Reversal valve is by PLC control.
3. punching press notebook base plate blank according to claim 1 lifts localization machine, it is characterised in that：Base plate (1)
The upper seat (37) used for operating personnel near rear side setting, described positioning table (2) are upper to arrange power supply control near seat (37)
Button (38) processed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620936460.XU CN206009632U (en) | 2016-08-25 | 2016-08-25 | Punching press notebook base plate blank lifts localization machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620936460.XU CN206009632U (en) | 2016-08-25 | 2016-08-25 | Punching press notebook base plate blank lifts localization machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206009632U true CN206009632U (en) | 2017-03-15 |
Family
ID=58251613
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620936460.XU Active CN206009632U (en) | 2016-08-25 | 2016-08-25 | Punching press notebook base plate blank lifts localization machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206009632U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108746400A (en) * | 2018-08-17 | 2018-11-06 | 宁波市拓欧金属制品有限公司 | A kind of stamping parts processing procedure automatic blanking device |
| CN110775800A (en) * | 2019-09-11 | 2020-02-11 | 青岛天能重工股份有限公司 | Novel gantry magnetic crane feeding table |
-
2016
- 2016-08-25 CN CN201620936460.XU patent/CN206009632U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108746400A (en) * | 2018-08-17 | 2018-11-06 | 宁波市拓欧金属制品有限公司 | A kind of stamping parts processing procedure automatic blanking device |
| CN110775800A (en) * | 2019-09-11 | 2020-02-11 | 青岛天能重工股份有限公司 | Novel gantry magnetic crane feeding table |
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