CN208034856U - A kind of silicagel pad process units - Google Patents

Abstract

The utility model discloses a kind of silicagel pad process units, including workbench, the worktable upper surface quadrangle is machined with No.1 circular groove, it is equipped with the upward electrohydraulic cylinder of telescopic end in each No.1 circular groove, the telescopic end of each electrohydraulic cylinder is connected with top plate jointly, the top plate lower surface is machined with No.1 groove, in the No.1 groove No.1 vertical chute is machined on the left of upper surface, in the No.1 groove No. two vertical chutes are machined on the right side of upper surface, the No.1 vertical chute, rear is equipped with No.1 motor-driven carrier in No. two vertical chutes, controller is equipped in the rectangular enclosure, the controller and electrical interface, each electrohydraulic cylinder, No.1 motor-driven carrier, No. two motor-driven carriers, No. three motor-driven carriers are electrical connected.The utility model has the beneficial effects that different moving platens can be replaced, moving platen can be fixed according to various sizes of moving platen size, silicagel pad of different shapes can be produced, versatility is stronger.

Description

A kind of silicagel pad process units

Technical field

The utility model is related to silicagel pad process units field, especially a kind of silicagel pad process units.

Background technology

Silicagel pad is the more a kind of product of the market demand in silica gel product.There is certain tension, flexibility, excellent Insulating properties, pressure resistance, high temperature resistant is low temperature resistant, chemical property stabilization, Environmental Safety, free from extraneous odour, and food grade silicone pad has nontoxic nothing Taste, not soluble in water and any solvent are a kind of green products of high activity.

Currently, in existing technology, application No. is 201720345448.6, a kind of entitled silicagel pad process units Patent in, effectively the silicagel pad processed can be cooled down, accelerate shaping speed, do not improve working efficiency, but not Silicagel pad of different shapes can be produced, versatility is not strong, and different silicagel pad molds can not be fixed on device.

To solve the above-mentioned problems, the utility model designs in the No.1 groove on surface under the top plate and is machined with No.1 respectively Vertical chute, No. two vertical chutes, each No.1 motor-driven carrier, No. two motor-driven carriers can No.1 vertical chute, No. two Sliding in vertical chute, to drive No.1 slide plate, No. two slide plates to be moved forward and backward, No.1 slide plate, No. two slide plate lower surfaces add Work has horizontal concrete chute, each pair of No. three motor-driven carriers that can be slided in horizontal concrete chute, and each No. three motor-driven carriers may be implemented Sliding all around can change the position of each No. three motor-driven carriers to fix dynamic model according to the size of different moving platens Plate；Moving platen can be changed to different templates, cut silicagel pad of different shapes, and versatility is stronger, can disposably produce more A silicagel pad；Therefore, it is necessary to design a kind of silicagel pad process units.

Utility model content

Purpose of the utility model is to solve the above problems, devise a kind of silicagel pad process units.

Realize that above-mentioned purpose the technical solution of the utility model is a kind of silicagel pad process units, including workbench, it is described Worktable upper surface quadrangle is machined with No.1 circular groove, and it is upward that telescopic end is equipped in each No.1 circular groove The telescopic end of electrohydraulic cylinder, each electrohydraulic cylinder is connected with top plate jointly, and the top plate lower surface is machined with No.1 Groove, is machined with No.1 vertical chute in the No.1 groove on the left of upper surface, processing on the right side of upper surface in the No.1 groove There are No. two vertical chutes, rear is equipped with No.1 motor-driven carrier, the No.1 in the No.1 vertical chute, No. two vertical chutes Front is equipped with No. two motor-driven carriers in vertical chute, No. two vertical chutes, and each No.1 motor-driven carrier lower surface is common It is connected with No.1 slide plate, each No. two motor-driven carrier lower surfaces are connected with No. two slide plates jointly, the No.1 slide plate, No. two Slide plate lower surface is machined with horizontal concrete chute, and a pair of No. three motor-driven carriers, the top plate are equipped in each horizontal concrete chute Lower section be equipped with moving platen, the moving platen lower surface be equipped with several round cutters, the moving platen lower surface be machined with often A corresponding No. two circular grooves of round cutter are each equipped with electric telescopic rod in No. two circular grooves, described The right surface of moving platen is machined with electrical interface, and the electrical interface is electrical connected with each electric telescopic rod, left in the workbench Side is machined with rectangular enclosure, is equipped with controller in the rectangular enclosure, the controller and electrical interface, each electrohydraulic cylinder, No.1 motor-driven carrier, No. two motor-driven carriers, No. three motor-driven carriers are electrical connected.

Each No. three motor-driven carrier lower surfaces are threaded groove, the moving platen quadrangle be equipped with each No. three corresponding connectors of motor-driven carrier, each connector upper surface are machined with corresponding with corresponding thread groove Tapped through hole, be equipped with screw in each thread groove and corresponding tapped through hole.

It is equipped with cuboid at left and right sides of the worktable upper surface, each cuboid apparent surface is machined with three Number vertical chute is equipped with bottom plate between each cuboid, and described bottom plate or so surface is equipped with sliding block, each sliding block Slided in corresponding No. three vertical chutes.

The plate upper surface is machined with No. two grooves.

The workbench left surface is equipped with commercial power interface, and the controller is electrical connected with commercial power interface.

Several control buttons, the controller and the electrical phase of each control button are equipped on the right side of the workbench front surface Even.

A kind of silicagel pad process units made using the technical solution of the utility model, can replace different dynamic models Moving platen can be fixed according to various sizes of moving platen size, can produce silicagel pad of different shapes, versatility by plate It is relatively strong.

Description of the drawings

Fig. 1 is a kind of structural schematic diagram of silicagel pad process units described in the utility model；

Fig. 2 is a kind of front view of silicagel pad process units described in the utility model；

Fig. 3 is a kind of left view sectional view of silicagel pad process units described in the utility model；

In figure, 1, workbench；2, electrohydraulic cylinder；3, top plate；4, No.1 vertical chute；5, No. two vertical chutes；6, one Number motor-driven carrier；7, No. two motor-driven carriers；8, No.1 slide plate；9, No. two slide plates；10, horizontal concrete chute；11, No. three motor-driven carriers； 12, moving platen；13, round cutter；14, electric telescopic rod；15, electrical interface；16, rectangular enclosure；17, controller；18, it connects Body；19, screw；20, cuboid；21, No. three vertical chutes；22, bottom plate；23, sliding block；24, commercial power interface；25, control button.

Specific implementation mode

The utility model is specifically described below in conjunction with the accompanying drawings, as shown in Figs. 1-3, a kind of silicagel pad process units, Including workbench 1,1 upper surface quadrangle of the workbench is machined with No.1 circular groove, in each No.1 circular groove It is equipped with the upward electrohydraulic cylinder 2 of telescopic end, the telescopic end of each electrohydraulic cylinder 2 is connected with top plate 3 jointly, described 3 lower surface of top plate is machined with No.1 groove, is machined with No.1 vertical chute 4 in the No.1 groove on the left of upper surface, and described one No. two vertical chutes 5 are machined on the right side of upper surface in number groove, rear is equal in 4, No. two vertical chutes 5 of the No.1 vertical chute Equipped with No.1 motor-driven carrier 6, front is equipped with No. two motor-driven carriers 7 in 4, No. two vertical chutes 5 of the No.1 vertical chute, often A 6 lower surface of No.1 motor-driven carrier is connected with No.1 slide plate 8 jointly, and each 7 lower surface of No. two motor-driven carriers is common No. two slide plates 9 are connected with, 8, No. two 9 lower surfaces of slide plate of the No.1 slide plate are machined with horizontal concrete chute 10, each transverse direction A pair of No. three motor-driven carriers 11 are equipped in sliding slot 10,3 lower section of the top plate is equipped with moving platen 12,12 lower surface of the moving platen Equipped with several round cutters 13,12 lower surface of the moving platen is machined with No. two circles corresponding with each round cutter 13 Connected in star is each equipped with electric telescopic rod 14 in No. two circular grooves, and 12 right surface of the moving platen is machined with electricity and connects Mouth 15, the electrical interface 15 is electrical connected with each electric telescopic rod 14, and left side is machined with rectangular enclosure in the workbench 1 16, the rectangular enclosure 16 is interior to be equipped with controller 17, the controller 17 and electrical interface 15, each electrohydraulic cylinder 2, No.1 electricity The dynamic motor-driven carrier 11 of motor-driven carrier 7, three of trolley 6, two is electrical connected；Each 11 lower surface of No. three motor-driven carriers is equal It is threaded groove, 12 4 jiaos of the moving platen is equipped with connector 18 corresponding with each No. three motor-driven carriers 11, often A 18 upper surface of the connector is machined with and the corresponding tapped through hole of corresponding thread groove, each thread groove With screw 19 is equipped in corresponding tapped through hole；It is equipped with cuboid 20, Mei Gesuo at left and right sides of 1 upper surface of the workbench It states 20 apparent surface of cuboid and is machined with No. three vertical chutes 21, bottom plate 22 is equipped between each cuboid 20, it is described 22 or so surface of bottom plate is equipped with sliding block 23, the sliding in corresponding No. three vertical chutes 21 of each sliding block 23；It is described 22 upper surface of bottom plate is machined with No. two grooves；1 left surface of the workbench is equipped with commercial power interface 24, the controller 17 and alternating current Interface 24 is electrical connected；Several control buttons 25, the controller 17 and each control are equipped on the right side of 1 front surface of the workbench Button 25 is electrical connected.

The characteristics of the present embodiment be machined with respectively in the No.1 groove of 3 lower surface of top plate No.1 vertical chute 4, No. two vertical chutes 5,6, No. two motor-driven carriers 7 of each No.1 motor-driven carrier can be vertical sliding in No.1 vertical chute 4, two Sliding in slot 5, to drive 8, No. two slide plates 9 of No.1 slide plate to be moved forward and backward, 8, No. two 9 lower surfaces of slide plate of No.1 slide plate process Have a horizontal concrete chute 10, each pair of No. three motor-driven carriers 11 can the sliding in horizontal concrete chute 10, may be implemented each No. three it is electronic The sliding of trolley 11 all around, can be changed according to the size of different moving platens 12 position of each No. three motor-driven carriers 11 come Fix moving platen 12；Moving platen 12 can be changed to different templates, cut silicagel pad of different shapes, and versatility is stronger, Multiple silicagel pads can disposably be produced；Different moving platens can be replaced, can will be moved according to various sizes of moving platen size Template is fixed, and silicagel pad of different shapes can be produced, and versatility is stronger.

In the present embodiment, four JZX-22F2Z relays and several JZX- are installed first at the present apparatus free time 22F2Z relays, the quantity of several JZX-22F2Z relays is identical as the quantity of several electric telescopic rods 14, and alternating current is connect The output end of mouth 24 is connected with the input terminal of YNK-02 controllers 17 by conducting wire, and the output end of controller 17 passes through conducting wire point Not with several relays, electrical interface 15, the motor-driven carrier 7, three of each No.1 motor-driven carrier 6, two motor-driven carrier 11, control The input terminal of button 25 is connected, those skilled in the art again by several relays respectively with each electrohydraulic cylinder 2, electric expansion The included solenoid valve connection of bar 14；It is all made of inside each No.1 motor-driven carrier 11 of motor-driven carrier 7, three of motor-driven carrier 6, two One piece of eight AT89S52 drives special chip group as control core power source, using integrated stepper motor；People from this field After member is programmed by controller 17, the job order of each electrical part of fully controllable system, concrete operating principle is as follows：Use when It waits, commercial power interface 24 is connected into power supply, control controller 17 by several control buttons 25,12 4 jiaos of moving platen is equipped with connection Body 18,11 lower surface of each No. three motor-driven carriers are threaded groove, 18 upper surface of each connector be machined with it is right It is equipped with screw 19 in the corresponding tapped through hole of thread groove answered, each thread groove and corresponding tapped through hole, it can be with Moving platen 12 is connected by connector 18 with each No. three motor-driven carriers 11,12 lower surface of moving platen is cut equipped with several circles Bottom plate 22 is inserted by each sliding block 23 in each No. three vertical chutes 21, positive silicon is placed in No. two grooves by cutter 13 Rubber cushion, controller 17 control the shortening of each electrohydraulic cylinder 2, top plate 3 are driven to push, and each round cutter 13 is by full wafer silica gel Pad is cut into small silicagel pad, again takes out bottom plate 22 after cutting, changes another piece of bottom plate 22 and repeats to cut；3 lower surface of top plate No.1 groove in be machined with 4, No. two vertical chutes 5 of No.1 vertical chute respectively, each No.1 motor-driven carrier 6, two is electronic Trolley 7 can slide in 4, No. two vertical chutes 5 of No.1 vertical chute, before driving 8, No. two slide plates 9 of No.1 slide plate After move, 8, No. two 9 lower surfaces of slide plate of No.1 slide plate are machined with horizontal concrete chute 10, and each pair of No. three motor-driven carriers 11 can be Sliding, may be implemented the sliding of each No. three motor-driven carriers 11 all around in horizontal concrete chute 10, can be according to different moving platens 12 size changes the position of each No. three motor-driven carriers 11 to fix moving platen 12；Moving platen 12 can be changed to different Template cuts silicagel pad of different shapes, and versatility is stronger, can disposably produce multiple silicagel pads；12 lower surface of moving platen adds Work has No. two circular grooves corresponding with each round cutter 13, and electric telescopic rod is equipped in each No. two circular grooves 14,12 right surface of moving platen is machined with electrical interface 15, and commercial power interface 15 is electrical connected with each electric telescopic rod 14, is cutting Afterwards, each electric telescopic rod 14 extends, and is stretched out by corresponding round cutter 13, can prevent the silicagel pad residual after cutting On 13 inner wall of round cutter.

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 which part may be made, and belong to the utility model Protection domain within.

Claims (6)

1. a kind of silicagel pad process units, including workbench（1）, which is characterized in that the workbench（1）Upper surface quadrangle adds Work has No.1 circular groove, and the upward electrohydraulic cylinder of telescopic end is equipped in each No.1 circular groove（2）, Mei Gesuo State electrohydraulic cylinder（2）Telescopic end be connected with top plate jointly（3）, the top plate（3）Lower surface is machined with No.1 groove, described In No.1 groove No.1 vertical chute is machined on the left of upper surface（4）, No. two are machined on the right side of upper surface in the No.1 groove Vertical chute（5）, the No.1 vertical chute（4）, No. two vertical chutes（5）Interior rear is equipped with No.1 motor-driven carrier（6）, institute State No.1 vertical chute（4）, No. two vertical chutes（5）Interior front is equipped with No. two motor-driven carriers（7）, each the No.1 is electronic Trolley（6）Lower surface is connected with No.1 slide plate jointly（8）, each No. two motor-driven carriers（7）Lower surface is connected with two jointly Number slide plate（9）, the No.1 slide plate（8）, No. two slide plates（9）Lower surface is machined with horizontal concrete chute（10）, each transverse direction Sliding slot（10）Inside it is equipped with a pair of No. three motor-driven carriers（11）, the top plate（3）Lower section is equipped with moving platen（12）, the moving platen （12）Lower surface is equipped with several round cutters（13）, the moving platen（12）Lower surface is machined with and each round cutter （13）Corresponding No. two circular grooves are each equipped with electric telescopic rod in No. two circular grooves（14）, the dynamic model Plate（12）Right surface is machined with electrical interface（15）, the electrical interface（15）With each electric telescopic rod（14）It is electrical connected, institute State workbench（1）Interior left side is machined with rectangular enclosure（16）, the rectangular enclosure（16）It is interior to be equipped with controller（17）, the control Device（17）With electrical interface（15）, each electrohydraulic cylinder（2）, No.1 motor-driven carrier（6）, No. two motor-driven carriers（7）, No. three it is electronic Trolley（11）It is electrical connected.

2. a kind of silicagel pad process units according to claim 1, which is characterized in that each No. three motor-driven carriers （11）Lower surface is threaded groove, the moving platen（12）Quadrangle is equipped with and each No. three motor-driven carriers（11）Relatively The connector answered（18）, each connector（18）Upper surface is machined with logical with the corresponding screw thread of corresponding thread groove Hole is each equipped with screw in the thread groove and corresponding tapped through hole（19）.

3. a kind of silicagel pad process units according to claim 1, which is characterized in that the workbench（1）Upper surface is left Right both sides are equipped with cuboid（20）, each cuboid（20）Apparent surface is machined with No. three vertical chutes（21）, often A cuboid（20）Between be equipped with bottom plate（22）, the bottom plate（22）Left and right surface is equipped with sliding block（23）, each described Sliding block（23）In corresponding No. three vertical chutes（21）Interior sliding.

4. a kind of silicagel pad process units according to claim 1 or 3, which is characterized in that the bottom plate（22）Upper surface It is machined with No. two grooves.

5. a kind of silicagel pad process units according to claim 1, which is characterized in that the workbench（1）Left surface is set There is commercial power interface（24）, the controller（17）With commercial power interface（24）It is electrical connected.

6. a kind of silicagel pad process units according to claim 1, which is characterized in that the workbench（1）Front surface is right Side is equipped with several control buttons（25）, the controller（17）With each control button（25）It is electrical connected.