CN208745222U - A kind of automation separation die device having dual-cooled function - Google Patents
A kind of automation separation die device having dual-cooled function Download PDFInfo
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- CN208745222U CN208745222U CN201821168000.2U CN201821168000U CN208745222U CN 208745222 U CN208745222 U CN 208745222U CN 201821168000 U CN201821168000 U CN 201821168000U CN 208745222 U CN208745222 U CN 208745222U
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Abstract
The utility model discloses a kind of automations for having dual-cooled function to separate die device, including support frame, ball-screw I, ball-screw II, axis I, axis II, axis III, bevel gear set I, bevel gear set II, bevel gear set III, bevel gear set IV, turbine, worm screw, servo motor, flange I, flange II, fixed disk, hydraulic cylinder, left mold, right mould tool and bed die tool；Has dual-cooled function, after the completion of mold separation, separate strong magnets I with strong magnets II, then rectangular cover is placed on to the top of support frame, it is attracted strong magnets III and strong magnets IV, by the rectangle enclosure in the outside of product, start condenser pipe finally by controller, cooling function can be realized, when needing to reinforce cooling effect, it can be by opening liquid nitrogen cooling tank, liquid nitrogen is discharged into rectangular cover, and observe the pressure of pressure gauge, until the pressure in rectangular cover has reached designated value, close liquid nitrogen cooling tank, the function of dual-cooled can be realized.
Description
Technical field
The utility model relates to machinery field more particularly to a kind of automation separation mold dresses for having dual-cooled function
It sets.
Background technique
After a variety production, mold needs take out from die sleeve, in the prior art in order to save production cost,
Mostly using the method manually tapped, not only inefficiency in this way is also easy to cause personal injury.
Application No. is mould separating devices described in CN201720485568.6 patent, although which save cost, sufficiently
Using original resource, avoid increasing resource input, but its function of not having automation separation mold, the scope of application are more narrow
Narrow, the manpower and time cost of consuming are more, and the device cannot carry out liquid nitrogen cooling to the product after new demoulding.
Application No. is a kind of automatic demoulding structures of mold described in CN201720781767.1 patent, although it can be realized
The automatic demoulding of moulding is greatly improved the demoulding efficiency of moulding, but its structure is extremely complex, and manufacturing cost is high, fits
With faciostenosis, do not have laborsaving and self-locking function, device dismounting is inconvenient, inconvenience cleaning and transport, and the device cannot be right
Product after new demoulding is rapidly cooled.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of tool for defect involved in background technique
The automation of standby dual-cooled function separates die device.
The utility model uses following technical scheme to solve above-mentioned technical problem:
A kind of automation separation die device having dual-cooled function, including support frame, ball-screw I, ball wire
Thick stick II, axis I, axis II, axis III, bevel gear set I, bevel gear set II, bevel gear set III, bevel gear set IV, turbine, worm screw, servo
Motor, flange I, flange II, fixed disk, hydraulic cylinder, left mold, right mould tool and bed die tool；
The ball-screw I and the ball-screw II are rotatably connected on by leading screw bearing I and leading screw bearing II respectively
The two sides on support frame as described above top, ball-screw I and ball-screw II are conllinear and horizontally disposed；
The axis I and the axis II are rotatably connected on the two sides of support frame by bearing respectively, and axis I is parallel and perpendicular with axis II
Straight arrangement；
The axis III is rotatably connected on the bottom of support frame by bearing, and axis III is horizontally disposed；
The servo motor is fixedly connected on the bottom of support frame, and the worm screw is solid by the axis of shaft coupling and servo motor
Fixed connection, the turbine are fixedly connected by key with the middle part of axis III, and worm screw engages with turbine；
The left end of the ball-screw I and the top of the axis I are connected by the bevel gear set I, the ball-screw
The top of II right end and the axis II is connected by the bevel gear set II, the left end of the bottom end of the axis I and the axis III
It is connected by the bevel gear set III, the bottom end of the axis II is connect with the right end of the axis III by the bevel gear set IV；
The flange I is threaded on ball-screw I, and the bottom end of flange I is slidably connected in the left sliding slot of support frame；
The flange II is threaded on ball-screw II, and the bottom end of flange II is slidably connected at the right rail of support frame
It is interior；
The hydraulic cylinder is fixedly connected on the middle part on the top of support frame vertically, the bottom end of the fixed disk and hydraulic cylinder
Top is fixedly connected；
The left mold is connect with the right end of flange I, and the right mould tool connect with the left end of flange II, the bed die have and
The top of fixed disk connects；
It is also fixedly connected with support plate on the side wall of support frame as described above, rectangular cover, the square are connected with below support plate
The top of shape cover is fixedly connected with strong magnets I, and the bottom end of support plate is fixedly connected with strong magnets II, the strong magnets I
It is attracted with the strong magnets II；
Strong magnets III, the middle part on support frame as described above top have been respectively fixedly connected on four sides of the rectangular cover bottom end
Equipped with rectangle annular groove, the inside of the rectangle annular groove is fixedly connected with strong magnets IV, the strong magnets III and the strength
Magnet IV is attracted；
Condenser pipe is fixedly connected on the inner top surface of the rectangular cover；
The top of the rectangular cover is additionally provided with screw thread mouth, and the screw thread mouth is connected with cooling tank by threaded tube, described
Cooling tank is specially liquid nitrogen cooling tank.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case, the flange I and the flange II are L-type structure, and the right end of flange I and the left end of flange II are equipped with slot, Zuo Mo
The right end of the left end of tool and right mould tool is respectively equipped with plate, and the plate is slidably connected in the slot.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case, the top of the fixed disk are equipped with thread groove, and the bottom end of the bed die tool is equipped with stud, the stud and the thread groove spiral shell
Line connection.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case, the inner sidewall on support frame as described above are equipped with range sensor, and the range sensor is corresponding with right mould tool, the side of support frame
Controller is also connected on wall, the controller is electrically connected with range sensor, hydraulic cylinder, servo motor respectively.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
The side wall of case, support frame as described above is equipped with several tool boxes.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case, the top of support frame as described above are additionally provided with strut, and the strut is equipped with headlamp, and the headlamp is electrically connected with the controller.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case, the threaded tube are equipped with pressure gauge, and the condenser pipe is electrically connected with the controller.
The die device further side of optimization is separated as a kind of automation for having dual-cooled function of the utility model
Case is respectively equipped with rectangular opening on two opposite side walls of the rectangular cover, has been respectively fixedly connected in described two rectangular openings
Transparent observing eyeglass.
The utility model compared with the prior art by using the above technical solution, has following technical effect that
1. realizing the function of automation separation mold, when device works, starting servo motor, worm screw nibble with turbine first
It closes transmission belt moving axis III to rotate, by bevel gear set III and bevel gear IV, band moving axis I and axis II rotate axis III respectively, axis I and axis
II drives ball-screw I and ball-screw II to rotate by bevel gear set I and bevel gear set II respectively, ball-screw I and ball
Lead screw II drives flange I and II relative rectilinear of flange mobile respectively, separates left mold and right mould tool, then range sensor detects
Signal is simultaneously passed to controller by the real time position of right mould tool, and controller judges whether right mould tool has arrived at designated position, if
It is, then controller control servo motor stopping movement finally starting hydraulic cylinder and bed die tool is driven to be moved downward to controller setting
Position be realize mold be automatically separated the course of work；Wherein turbine, worm-drive have self-locking function and labour-saving function
Can, it substantially increases the stability of device work and reduces the power consumption of servo motor, extend the service life of device, improve
Working efficiency；The apparatus structure is simple and manufacturing cost is low, applied widely.
2. mold use separate structure, it is easy to disassemble, cleaning and transport, left mold and right mould tool respectively by plate,
The cooperation of slot is connect with flange I and flange II, and bed die tool is connect by helicitic texture with fixed disk, and convenient for disassembly and assembly, connection can
It leans on, improves work efficiency；
3. having illumination functions and convenient for place tool, it is respectively equipped with headlamp and tool box on the support frame, realizes
The function of illumination and the tool that needs can be placed in tool box；
4. having dual-cooled function, after the completion of mold separation, rectangular cover is removed from support plate first, makes strong magnetic
Iron I is separated with strong magnets II, then rectangular cover is placed on to the top of support frame, inhales strong magnets III and strong magnets IV
It closes, by the rectangle enclosure in the outside of product, starts condenser pipe finally by controller, cooling function can be realized, work as needs
When reinforcing cooling effect, liquid nitrogen can be discharged into rectangular cover, and observe the pressure of pressure gauge, directly by opening liquid nitrogen cooling tank
Pressure in rectangular cover has reached designated value, closes liquid nitrogen cooling tank, the function of dual-cooled can be realized；
5. having observation structure, transparent observing eyeglass is equipped on the side wall of rectangular cover, for observing inside rectangular cover
Product form.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that the utility model does not install dual-cooled functional unit；
Fig. 2 is the structural schematic diagram that plate is connect with slot；
Fig. 3 is the structural schematic diagram that dual-cooled functional unit is connect with support frame；
Wherein, 1- support frame, 2- ball-screw I, 3- ball-screw II, 4- axis I, 5- axis II, 6- axis III, 7- bevel gear set
I, 8- bevel gear set II, 9- bevel gear set III, 10- bevel gear set IV, 11- turbine, 12- worm screw, 13- servo motor, 14- flange
I, 15- flange II, 16- fixed disk, 17- hydraulic cylinder, the left mold of 18-, 19- right mould tool, 20- bed die tool, 21- leading screw bearing I,
22- leading screw bearing II, the left sliding slot of 23-, 24- right rail, 25- slot, 26- plate, 27- thread groove, 28- stud, 29- distance pass
Sensor, 30- controller, the tool box 31-, 32- headlamp, 33- strut, 34- support plate, 35- rectangular cover, 36- strong magnets I,
37- strong magnets II, 38- strong magnets III, 39- rectangle annular groove, 40- strong magnets IV, 41- condenser pipe, 42- threaded tube,
43- cooling tank, 44- pressure gauge, 45- rectangular opening, 46- transparent observing eyeglass.
Specific embodiment
The technical solution of the utility model is described in further detail with reference to the accompanying drawing:
As shown in Figure 1 to Figure 3, a kind of automation separation die device having dual-cooled function, including support frame 1,
Ball-screw I 2, ball-screw II 3, axis I 4, axis II 5, axis III 6, bevel gear set I 7, bevel gear set II 8, bevel gear set III 9, cone
Gear set IV 10, turbine 11, worm screw 12, servo motor 13, flange I 14, flange II 15, fixed disk 16, hydraulic cylinder 17, left mold
18, right mould tool 19 and bed die tool 20；The ball-screw I 2 and the ball-screw II 3 pass through leading screw bearing I 21 and silk respectively
Thick stick support II 22 is rotatably connected on the two sides on 1 top of support frame as described above, ball-screw I 2 and ball-screw II 3 is conllinear and horizontal cloth
It sets；The axis I 4 and the axis II 5 are rotatably connected on the two sides of support frame 1 by bearing respectively, and axis I 4 is parallel and perpendicular with axis II 5
Straight arrangement；The axis III 6 is rotatably connected on the bottom of support frame 1 by bearing, and axis III 6 is horizontally disposed；The servo motor 13
It is fixedly connected on the bottom of support frame 1, the worm screw 12 is fixedly connected by shaft coupling with the axis of servo motor 13, the turbine
11 are fixedly connected by key with the middle part of axis III 6, and worm screw 12 engages with turbine 11；The left end of the ball-screw I 2 and the axis
I 4 top is connected by the bevel gear set I 7, and the right end of the ball-screw II 3 and the top of the axis II 5 are described in
Bevel gear set II 8 connects, and the bottom end of the axis I 4 is connect with the left end of the axis III 6 by the bevel gear set III 9, the axis
II 5 bottom end is connect with the right end of the axis III 6 by the bevel gear set IV 10；The flange I 14 is threaded in ball
On lead screw I 2, the bottom end of flange I 14 is slidably connected in the left sliding slot 23 of support frame 1；The flange II 15 is threaded in rolling
On ballscrew II 3, the bottom end of flange II 15 is slidably connected in the right rail 24 of support frame 1；The hydraulic cylinder 17 is fixed vertically
It is connected to the middle part on the top of support frame 1, the bottom end of the fixed disk 16 is fixedly connected with the top of hydraulic cylinder 17；The left mould
Tool 18 is connect with the right end of flange I 14, and the right mould tool 19 is connect with the left end of flange II 15, the bed die tool 20 and fixed disk
16 top connection.Inner sidewall on support frame as described above 1 is equipped with range sensor 29, and the range sensor 29 has with right mould
19 is corresponding, is also connected with controller 30 on the side wall of support frame 1, the controller 30 respectively with range sensor 29, hydraulic cylinder
17, servo motor 13 is electrically connected.
The arrangement achieves the functions of automation separation mold, when device works, start servo motor 13, worm screw 12 first
It is rotated with 11 engaged transmission band moving axis III 6 of turbine, axis III 6 is by bevel gear set III 9 and bevel gear IV 10 respectively with I 4 He of moving axis
Axis II 5 rotates, and axis I 4 and axis II 5 drive ball-screw I 2 and ball-screw by bevel gear set I 7 and bevel gear set II 8 respectively
II 3 rotations, ball-screw I 2 and ball-screw II 3 drive flange I 14 and II 15 relative rectilinear of flange mobile respectively, separate left mould
Tool 18 and right mould tool 19, then range sensor 29 detects the real time position of right mould tool 19 and signal is passed to controller 30,
Controller 30 judges whether right mould tool 19 has arrived at designated position, stops moving if so, controller 30 controls servo motor 13
Make, finally starting hydraulic cylinder 17, which drives bed die tool 20 to be moved downward to 30 setting position of controller, realizes automatic point of mold
From the course of work；Wherein turbine 11, the transmission of worm screw 12 have self-locking function and labour-saving function, substantially increase device work
Stability and reduce the power consumption of servo motor 13, extend the service life of device.
Support plate 34 is also fixedly connected on the side wall of support frame as described above 1, the lower section of support plate 34 is connected with rectangular cover 35,
The top of the rectangular cover 35 is fixedly connected with strong magnets I 36, and the bottom end of support plate 34 is fixedly connected with strong magnets II 37,
The strong magnets I 36 are attracted with the strong magnets II 37；It is respectively fixedly connected on four sides of 35 bottom end of rectangular cover
There are strong magnets III 38, the middle part on 1 top of support frame as described above is equipped with rectangle annular groove 39, and the inside of the rectangle annular groove 39 is fixed to be connected
Strong magnets IV 40 are connected to, the strong magnets III 38 and the strong magnets IV 40 are attracted；The inner top surface of the rectangular cover 35
On be fixedly connected with condenser pipe 41；The top of the rectangular cover 35 is additionally provided with screw thread mouth, and the screw thread mouth passes through threaded tube 42
It is connected with cooling tank 43, the cooling tank 43 is specially liquid nitrogen cooling tank.The threaded tube 42 is equipped with pressure gauge 44, described
Condenser pipe 41 is electrically connected with controller 30.It is respectively equipped with rectangular opening 45 on two opposite side walls of the rectangular cover 35, it is described
Transparent observing eyeglass 46 has been respectively fixedly connected in two rectangular openings 45.
Have a dual-cooled function, after the completion of mold separation, first remove rectangular cover 35 from support plate 34, makes strength
Magnet I 36 is separated with strong magnets II 37, then rectangular cover 35 is placed on to the top of support frame 1, make strong magnets III 38 with
Strong magnets IV 40 are attracted, and by 35 sets of the rectangular cover outsides in product, start condenser pipe 41, Ji Keshi finally by controller 30
Liquid nitrogen can be discharged into rectangular cover 35 by opening liquid nitrogen cooling tank 43 when needing to reinforce cooling effect by now cooling function
It is interior, and the pressure of pressure gauge 44 is observed, until the pressure in rectangular cover 35 has reached designated value, liquid nitrogen cooling tank 43 is closed, i.e.,
The function of dual-cooled can be achieved.Have observation structure, transparent observing eyeglass 46 is equipped on the side wall of rectangular cover 35, for seeing
Examine the product form inside rectangular cover 35.
The flange I 14 and the flange II 15 are L-type structure, and the right end of flange I 14 and the left end of flange II 15 are equal
Equipped with slot 25, the right end of the left end of left mold 18 and right mould tool 19 is respectively equipped with plate 26, and the plate 26 is slidably connected at
In the slot 25.The top of the fixed disk 16 is equipped with thread groove 27, and the bottom end of the bed die tool 20 is equipped with stud 28, described
Stud 28 is threadedly coupled with the thread groove 27.Mold uses separate structure, easy to disassemble, cleaning and transport, left mold 18
It is connect respectively by the cooperation of plate 26, slot 25 with flange I 14 and flange II 15 with right mould tool 19, bed die tool 20 passes through screw thread
Structure is connect with fixed disk 16, convenient for disassembly and assembly, and connection is reliable, is improved work efficiency.
The side wall of support frame as described above 1 is equipped with several tool boxes 31.The top of support frame as described above 1 is additionally provided with strut 33, institute
Strut 33 is stated equipped with headlamp 32, the headlamp 32 is electrically connected with controller 30.Have illumination functions and convenient for placing work
Tool, headlamp 32 and tool box 31 are respectively equipped on support frame 1, the function of illumination is realized and can place in tool box 31
The tool needed.
Based on above-mentioned, the utility model realizes the function of automation separation mold, when device works, starting servo first
Motor 13, worm screw 12 and 11 engaged transmission band moving axis III 6 of turbine rotate, and axis III 6 passes through bevel gear set III 9 and IV 10 points of bevel gear
Not band moving axis I 4 and axis II 5 rotates, and axis I 4 and axis II 5 drive ball-screw I by bevel gear set I 7 and bevel gear set II 8 respectively
2 and ball-screw II 3 rotate, ball-screw I 2 and ball-screw II 3 drive flange I 14 and the shifting of II 15 relative rectilinear of flange respectively
It is dynamic, left mold 18 and right mould tool 19 are separated, then range sensor 29 detects the real time position of right mould tool 19 and transmits signal
To controller 30, controller 30 judges whether right mould tool 19 has arrived at designated position, if so, controller 30 controls servo electricity
13 stopping of machine movement, finally starting hydraulic cylinder 17, which drives bed die tool 20 to be moved downward to 30 setting position of controller, realizes mould
Tool is automatically separated the course of work；Wherein turbine 11, the transmission of worm screw 12 have self-locking function and labour-saving function, greatly improve
The stability of device work and the power consumption for reducing servo motor 13, extend the service life of device；Mold is using separation
Formula structure, easy to disassemble, cleaning and transport, left mold 18 and right mould tool 19 pass through the cooperation and method of plate 26, slot 25 respectively
Orchid I 14 and flange II 15 connect, and bed die tool 20 is connect by helicitic texture with fixed disk 16, and convenient for disassembly and assembly, connection is reliable, improve
Working efficiency；Have illumination functions and be convenient for place tool, headlamp 32 and tool box 31 are respectively equipped on support frame 1,
It realizes the function of illumination and the tool of needs can be placed in tool box 31.
The working method of the utility model is as follows:
1) start servo motor 13, worm screw 12 and 11 engaged transmission band moving axis III 6 of turbine rotate, and axis III 6 passes through bevel gear
Band moving axis I 4 and axis II 5 rotate respectively for group III 9 and bevel gear IV 10, and axis I 4 and axis II 5 pass through bevel gear set I 7 and cone tooth respectively
Wheel group II 8 drives ball-screw I 2 and ball-screw II 3 to rotate, and ball-screw I 2 and ball-screw II 3 drive flange I 14 respectively
It is mobile with II 15 relative rectilinear of flange, separate left mold 18 and right mould tool 19；
2) range sensor 29 detects the real time position of right mould tool 19 and signal is passed to controller 30, and controller 30 is sentenced
Whether disconnected right mould tool 19 has arrived at designated position, if so, controller 30 controls 13 stopping of servo motor movement；
3) starting hydraulic cylinder 17 drive bed die tool 20 be moved downward to 30 setting position of controller realize mold oneself
Dynamic mask work process；
4) rectangular cover 35 is removed from support plate 34, separates strong magnets I 36 with strong magnets II 37；
5) rectangular cover 35 is placed on to the top of support frame 1, is attracted strong magnets III 38 and strong magnets IV 40, by square
35 sets of the shape cover outsides in product；
6) condenser pipe 41 is started by controller 30, cooling function can be realized, it, can when needing to reinforce cooling effect
By opening liquid nitrogen cooling tank 43, liquid nitrogen is discharged into rectangular cover 35, and observe the pressure of pressure gauge 44, until in rectangular cover 35
Pressure reached designated value, close liquid nitrogen cooling tank 43, the function of dual-cooled can be realized.
Those skilled in the art can understand that unless otherwise defined, all terms used herein (including skill
Art term and scientific term) there is meaning identical with the general understanding of those of ordinary skill in the utility model fields
Justice.It should also be understood that those terms such as defined in the general dictionary should be understood that with upper with the prior art
The consistent meaning of meaning hereinafter, and unless defined as here, will not with idealization or meaning too formal come
It explains.
Above-described specific embodiment, to the purpose of this utility model, technical scheme and beneficial effects carried out into
One step is described in detail, it should be understood that being not used to limit the foregoing is merely specific embodiment of the present utility model
The utility model processed, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done,
It should be included within the scope of protection of this utility model.
Claims (8)
1. a kind of automation separation die device for having dual-cooled function, which is characterized in that including support frame (1), ball
Lead screw I (2), ball-screw II (3), axis I (4), axis II (5), axis III (6), bevel gear set I (7), bevel gear set II (8), cone tooth
Wheel group III (9), bevel gear set IV (10), turbine (11), worm screw (12), servo motor (13), flange I (14), flange II (15),
Fixed disk (16), hydraulic cylinder (17), left mold (18), right mould tool (19) and bed die tool (20)；
The ball-screw I (2) and the ball-screw II (3) pass through leading screw bearing I (21) and leading screw bearing II (22) respectively
The two sides on support frame as described above (1) top are rotatably connected on, ball-screw I (2) and ball-screw II (3) are conllinear and horizontally disposed；
The axis I (4) and the axis II (5) are rotatably connected on the two sides of support frame (1), axis I (4) and axis II by bearing respectively
(5) it arranges in parallel and vertically；
The axis III (6) is rotatably connected on the bottom of support frame (1) by bearing, and axis III (6) is horizontally disposed；The servo motor
(13) it is fixedly connected on the bottom of support frame (1), the worm screw (12) connects by the way that shaft coupling and the axis of servo motor (13) are fixed
It connects, by being fixedly connected in the middle part of key and axis III (6), worm screw (12) engages the turbine (11) with turbine (11)；
The left end of the ball-screw I (2) and the top of the axis I (4) are connected by the bevel gear set I (7), the ball
The top of the right end of lead screw II (3) and the axis II (5) is connected by the bevel gear set II (8), the bottom end of the axis I (4)
It is connect with the left end of the axis III (6) by the bevel gear set III (9), the bottom end of the axis II (5) and the axis III (6)
Right end is connected by the bevel gear set IV (10)；The flange I (14) is threaded on ball-screw I (2), flange I
(14) bottom end is slidably connected in the left sliding slot (23) of support frame (1)；The flange II (15) is threaded in ball-screw
On II (3), the bottom end of flange II (15) is slidably connected in the right rail (24) of support frame (1)；
The hydraulic cylinder (17) is fixedly connected on the middle part on the top of support frame (1) vertically, the bottom end of the fixed disk (16) with
The top of hydraulic cylinder (17) is fixedly connected；
The left mold (18) connect with the right end of flange I (14), and the right mould tool (19) connect with the left end of flange II (15),
The bed die tool (20) connect with the top of fixed disk (16)；
It is also fixedly connected on the side wall of support frame as described above (1) support plate (34), support plate is connected with rectangular cover below (34)
(35), the top of the rectangular cover (35) is fixedly connected with strong magnets I (36), and the bottom end of support plate (34) is fixedly connected with by force
Power magnet II (37), the strong magnets I (36) and the strong magnets II (37) are attracted；
Strong magnets III (38), support frame as described above (1) top have been respectively fixedly connected on four sides of rectangular cover (35) bottom end
The middle part at end is equipped with rectangle annular groove (39), and the inside of the rectangle annular groove (39) is fixedly connected with strong magnets IV (40), described
Strong magnets III (38) and the strong magnets IV (40) are attracted；
Condenser pipe (41) are fixedly connected on the inner top surface of the rectangular cover (35)；
The top of the rectangular cover (35) is additionally provided with screw thread mouth, and the screw thread mouth is connected with cooling tank by threaded tube (42)
(43), the cooling tank (43) is specially liquid nitrogen cooling tank.
2. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
Flange I (14) and the flange II (15) are L-type structure, and the right end of flange I (14) and the left end of flange II (15) are equipped with
The right end of slot (25), the left end of left mold (18) and right mould tool (19) is respectively equipped with plate (26), plate (26) sliding
It is connected in the slot (25).
3. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
The top of fixed disk (16) is equipped with thread groove (27), and the bottom end of the bed die tool (20) is equipped with stud (28), the stud (28)
It is threadedly coupled with the thread groove (27).
4. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
Inner sidewall on support frame (1) is equipped with range sensor (29), and the range sensor (29) is corresponding with right mould tool (19), branch
Be also connected on the side wall of support (1) controller (30), the controller (30) respectively with range sensor (29), hydraulic cylinder
(17), servo motor (13) is electrically connected.
5. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
The side wall of support frame (1) is equipped with several tool boxes (31).
6. the automation separation die device according to claim 1 or 4 for having dual-cooled function, which is characterized in that
The top of support frame as described above (1) is additionally provided with strut (33), and the strut (33) is equipped with headlamp (32), the headlamp (32)
It is electrically connected with controller (30).
7. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
Threaded tube (42) is equipped with pressure gauge (44), and the condenser pipe (41) is electrically connected with controller (30).
8. the automation separation die device according to claim 1 for having dual-cooled function, which is characterized in that described
It is respectively equipped with rectangular opening (45) on two opposite side walls of rectangular cover (35), it is fixed respectively on described two rectangular openings (45) to connect
It is connected to transparent observing eyeglass (46).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821168000.2U CN208745222U (en) | 2018-07-23 | 2018-07-23 | A kind of automation separation die device having dual-cooled function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821168000.2U CN208745222U (en) | 2018-07-23 | 2018-07-23 | A kind of automation separation die device having dual-cooled function |
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| Publication Number | Publication Date |
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| CN208745222U true CN208745222U (en) | 2019-04-16 |
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| CN201821168000.2U Expired - Fee Related CN208745222U (en) | 2018-07-23 | 2018-07-23 | A kind of automation separation die device having dual-cooled function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108715011A (en) * | 2018-07-23 | 2018-10-30 | 芜湖福聚模具制造有限公司 | A kind of automation separation die device having dual-cooled function |
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2018
- 2018-07-23 CN CN201821168000.2U patent/CN208745222U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108715011A (en) * | 2018-07-23 | 2018-10-30 | 芜湖福聚模具制造有限公司 | A kind of automation separation die device having dual-cooled function |
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Granted publication date: 20190416 Termination date: 20190723 |