CN207431264U

CN207431264U - A kind of multi-cavity separate type hardware dies

Info

Publication number: CN207431264U
Application number: CN201721580189.1U
Authority: CN
Inventors: 王巍; 卢明; 杨杰
Original assignee: Dongguan Bai Shi Precision Die Casting Mould Co Ltd
Current assignee: Dongguan Bai Shi Precision Die Casting Mould Co Ltd
Priority date: 2017-11-20
Filing date: 2017-11-20
Publication date: 2018-06-01
Anticipated expiration: 2027-11-20

Abstract

The utility model discloses a kind of multi-cavity separate type hardware dies, including workbench, No.1 template is equipped on the left of the worktable upper surface, the No.1 template right lateral surface is machined with several to No.1 groove, the electric telescopic rod of telescopic end to the right is equipped with described in each pair in No.1 groove, it the worktable upper surface and is equipped on the right side of the No.1 template several to No.1 slide, No.1 sliding block is equipped with described in each pair on No.1 slide, No.1 sliding block upper surface described in each pair is equipped with push plate jointly, electric telescopic rod telescopic end is fixedly connected with corresponding push plate described in each pair, each push plate right lateral surface upper end is equipped with No.1 thimble, each push plate right lateral surface and it is equipped with No. two thimbles below No.1 thimble.The beneficial effects of the utility model are can disposably to make multiple molds when in use, improve efficiency, reduce the working time, and can change the shape of mold when making.

Description

A kind of multi-cavity separate type hardware dies

Technical field

The utility model is related to hardware dies fields, particularly a kind of multi-cavity separate type hardware dies.

Background technology

Hardware dies are in the industrial production, with various forcing presses and the specific purpose tool on forcing press, to pass through pressure Metal material is made the part or product of required shape, this specific purpose tool is referred to as hardware dies.

At present, in existing technology, in Application No. 201620279600.0, a kind of entitled separate type hardware dies Patent in, prevent part from damaging during demoulding, but can only disposably make a mold members when in use, no Multiple mold members can disposably be made, it is impossible to change the shape made when making.

To solve the above-mentioned problems, multiple molds can be disposably made when in use, are improved efficiency, are subtracted Lack the working time, and the shape of mold can be changed when making, change shape according to different needs, because This, it is necessary to design a kind of multi-cavity separate type hardware dies.

Utility model content

The purpose of this utility model is to solve the above-mentioned problems, to devise a kind of multi-cavity separate type hardware dies.

Realize that above-mentioned purpose the technical solution of the utility model is a kind of multi-cavity separate type hardware dies, including workbench, Be equipped with No.1 template on the left of the worktable upper surface, the No.1 template right lateral surface be machined with it is several to No.1 groove, often To being equipped with the electric telescopic rod of telescopic end to the right in the No.1 groove, the worktable upper surface and right positioned at No.1 template Side be equipped with it is several to No.1 slide, No.1 sliding block is equipped with described in each pair on No.1 slide, No.1 sliding block upper surface described in each pair Push plate is equipped with jointly, and electric telescopic rod telescopic end is fixedly connected with corresponding push plate described in each pair, and each push plate is right Side surface upper end is equipped with No.1 thimble, each push plate right lateral surface and is equipped with No. two tops below No.1 thimble Pin, each push plate right lateral surface and is equipped with No. three thimbles below No. two thimbles, each push plate right lateral surface And the electric pushrod of promote-side to the right is equipped with below No. three thimbles, each electric pushrod telescopic end is equipped with No. four Thimble, the worktable upper surface and is equipped with No. two templates, No. two template left-hand faces on the right side of each pair No.1 slide It is machined with No.1 port, No. two template right lateral surfaces and E is machined with below No.1 port forms cavity, the E shapes Left-hand face upper end is machined with No. two ports in forming cavity, and the E forms left-hand face lower end in cavity and is machined with No. three ports, The worktable upper surface and several No. two slides are equipped on the right side of No. two templates, each No. two slide upper surfaces are equal Equipped with No. two sliding blocks, each No. two sliding block upper surfaces are connected with No. three templates jointly, and No. three template right lateral surfaces add Work has several taper injection holes, No. three template left-hand faces and is machined with two positioned at each taper injection hole upper and lower Number groove is embedded with forming blocks in each No. two grooves.

The worktable upper surface and several rectangular apertures are machined on the right side of No. two templates, each No. two cunnings Between rail is respectively positioned on per two adjacent rectangular apertures.

Each No.1 thimble is stretched out by corresponding No.1 port, and each No. two thimbles are by corresponding No. two ports stretch out, and each No. three thimbles are stretched out by corresponding No. three ports, and each No. four thimbles pass through Corresponding No. four ports stretch out.

The workbench left-hand face is machined with electrical interface, and upper end is connected with top between the No.1 template and No. two templates Plate.

The taper injection hole, E formation cavities are corresponding with the position of rectangular aperture and quantity is consistent.

A kind of multi-cavity separate type hardware dies made using the technical solution of the utility model, can be when in use Multiple molds can be disposably made, improve efficiency, reduces the working time, and can change mold when making Shape.

Description of the drawings

Fig. 1 is a kind of structure diagram of multi-cavity separate type hardware dies described in the utility model；

Fig. 2 is the front view after a kind of expansion of multi-cavity separate type hardware dies described in the utility model；

Fig. 3 is a kind of top view of multi-cavity separate type hardware dies described in the utility model；

In figure, 1, workbench；2nd, No.1 template；3rd, electric telescopic rod；4th, No.1 slide；5th, No.1 sliding block；6th, push plate；7、 No.1 thimble；8th, No. two thimbles；9th, No. three thimbles；10th, electric pushrod；11st, No. four thimbles；12nd, No. two templates；13rd, E formation type Chamber；14th, No. two slides；15th, No. two sliding blocks；16th, No. three templates；17th, taper injection hole；18th, forming blocks；19th, rectangular aperture； 20th, electrical interface；21st, top plate.

Specific embodiment

The utility model is specifically described below in conjunction with the accompanying drawings, as shown in Figs. 1-3, a kind of multi-cavity separate type hardware mould Tool including workbench 1, is equipped with No.1 template 2 on the left of 1 upper surface of workbench, 2 right lateral surface of No.1 template is machined with It is several that the electric telescopic rod 3 of telescopic end to the right is equipped with described in each pair in No.1 groove to No.1 groove, on the workbench 1 It surface and is equipped with positioned at the right side of No.1 template 2 several to No.1 slide 4, is equipped with No.1 sliding block described in each pair on No.1 slide 4 5,5 upper surface of No.1 sliding block described in each pair jointly be equipped with push plate 6,3 telescopic end of electric telescopic rod described in each pair with it is corresponding Push plate 6 is fixedly connected, and each 6 right lateral surface upper end of push plate is equipped with No.1 thimble 7, each 6 right lateral surface of push plate And be equipped with No. two thimbles 8 positioned at the lower section of No.1 thimble 7, each 6 right lateral surface of push plate and positioned at No. two 8 lower sections of thimbles Equipped with No. three thimbles 9, each 6 right lateral surface of push plate and promote-side to the right electronic is equipped with positioned at No. three 9 lower sections of thimbles Push rod 10, each 10 telescopic end of electric pushrod are equipped with No. four thimbles 11,1 upper surface of workbench and positioned at each pair one 4 right side of number slide is equipped with No. two templates 12, and 12 left-hand face of No. two templates is machined with No.1 port, No. two templates 12 It right lateral surface and E is machined with below the No.1 port forms cavity 13, the E forms left-hand face upper end processing in cavity 13 There are No. two ports, the E forms left-hand face lower end in cavity 13 and is machined with No. three ports, 1 upper surface of workbench and position Several No. two slides 14 are equipped in No. two 12 right sides of template, each 14 upper surface of No. two slides is equipped with No. two sliding blocks 15, each 15 upper surface of No. two sliding blocks is connected with No. three templates 16 jointly, and 16 right lateral surface of No. three templates is machined with Several taper injection holes 17,16 left-hand face of No. three templates and are machined with positioned at each 17 upper and lower of taper injection hole No. two grooves are each embedded with forming blocks 18 in No. two grooves；1 upper surface of workbench and positioned at No. two templates 12 Right side is machined with several rectangular apertures 19, and each No. two slides 14 are respectively positioned on per two adjacent rectangular apertures 19 it Between；Each No.1 thimble 7 is stretched out by corresponding No.1 port, and each No. two thimbles 8 pass through corresponding two Number port stretches out, and each No. three thimbles 9 are stretched out by corresponding No. three ports, and each No. four thimbles 11 pass through Corresponding No. four ports stretch out；1 left-hand face of workbench is machined with electrical interface 20, the No.1 template 2 and No. two templates Upper end is connected with top plate 21 between 12；The taper injection hole 17, E formed cavity 13 it is corresponding with the position of rectangular aperture 19 and Quantity is consistent.

The characteristics of the present embodiment is that entering corresponding E by each taper injection hole 17 forms in cavity 13, then E is formed in cavity 13 and is filled up, disposable Multi-step injection molding is realized, improves efficiency, 7, No. four thimbles 11 of No.1 thimble are No. three Template 16 promotes to the right, and then No. four thimbles 11 under the action of electric pushrod 10 stretch and go back to the left, No. two thimbles 8, three E is formed the mold that injection is completed in cavity 13 and promoted to the right by thimble 9, and the part of injection formed is made to fall out of corresponding rectangular aperture 19 It falls, the forming blocks 18 for E being formed 13 corresponding No. three 16 left-hand faces of template of cavity are taken out, and can thus change mould The shape of tool, it is possible to realize the injection of other shapes, can disposably make multiple molds when in use, improve Efficiency reduces the working time, and can change the shape of mold when making.

In the present embodiment, first, that installs model Mitsubishi PLC FX1S-30MR-001 at the free time of device can The controller of programming, the output terminal of controller pass through the conducting wire input terminal with 8 electric telescopic rods, 3,4 electric pushrods 10 respectively It is connected, is powered on by electrical interface 20, concrete operations is as follows, and when in use, No. three templates 16 are in No. two sliding blocks 15 Under the action of slided on several No. two slides 4 left side, No. three templates 16 is made to touch No. two templates 12, then to each It is molded in taper injection hole 17, entering corresponding E by each taper injection hole 17 forms in cavity 13, then E It is formed in cavity 13 and filled up, realize disposable Multi-step injection molding, improve efficiency, after injection formed, 2 right lateral surface of No.1 template Each pair electric telescopic rod 3 is stretched to the right, and each push plate 6 is made to be slided to the right by No.1 sliding block 5 on each pair No.1 slide 4, is made Each No.1 thimble 7, two 9, No. four thimbles 11 of the thimble of thimble 8, three by corresponding No.1 port, No. two ports, No. three Port, No. four ports stretch out, and 7, No. four thimbles 11 of No.1 thimble to the right promote No. three templates 16, and then No. four thimbles 11 are in electricity It stretches and goes back to the left under the action of dynamic push rod 10,8, No. three thimbles 9 of No. two thimbles form E on the mold that injection is completed in cavity 13 It promotes to the right, the part of injection formed is made to drop down out of corresponding rectangular aperture 19, and when injection mold, it can be The forming blocks 18 that E forms 13 corresponding No. three 16 left-hand faces of template of cavity are taken out, and can thus change the shape of mold, It can realize the injection of other shapes.

Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art Personnel embody some variations that some of which part may be made the principle of the utility model, belong to the utility model Protection domain within.

Claims

1. a kind of multi-cavity separate type hardware dies, including workbench (1), which is characterized in that on the left of workbench (1) upper surface Equipped with No.1 template (2), No.1 template (2) right lateral surface is machined with several to No.1 groove, No.1 groove described in each pair It is inside equipped with the electric telescopic rod (3) of telescopic end to the right, workbench (1) upper surface and is set on the right side of No.1 template (2) Have several to No.1 slide (4), be equipped with No.1 sliding block (5) described in each pair on No.1 slide (4), No.1 sliding block described in each pair (5) upper surface is equipped with push plate (6) jointly, and electric telescopic rod (3) telescopic end described in each pair is fixed with corresponding push plate (6) to be connected It connects, each push plate (6) right lateral surface upper end is equipped with No.1 thimble (7), each push plate (6) right lateral surface and is located at No. two thimbles (8) are equipped with below No.1 thimble (7), each push plate (6) right lateral surface and below No. two thimbles (8) Be equipped with No. three thimbles (9), each push plate (6) right lateral surface and be equipped with below No. three thimbles (9) promote-side to Right electric pushrod (10), each electric pushrod (10) telescopic end are equipped with No. four thimbles (11), on the workbench (1) Surface and No. two templates (12) are equipped on the right side of each pair No.1 slide (4), No. two templates (12) left-hand face is machined with No.1 port, No. two templates (12) right lateral surface and is machined with E below the No.1 port and forms cavity (13), the E It forms cavity (13) interior left-hand face upper end and is machined with No. two ports, the E forms the interior left-hand face lower end processing of cavity (13) There are No. three ports, workbench (1) upper surface and several No. two slides (14) are equipped on the right side of No. two templates (12), often A No. two slides (14) upper surface is equipped with No. two sliding blocks (15), and each No. two sliding blocks (15) upper surface connects jointly There are No. three templates (16), No. three templates (16) right lateral surface is machined with several taper injection holes (17), No. three moulds Plate (16) left-hand face and No. two grooves are machined with positioned at each taper injection hole (17) upper and lower, each No. two grooves Inside it is embedded with forming blocks (18).

A kind of 2. multi-cavity separate type hardware dies according to claim 1, which is characterized in that workbench (1) upper table Face and several rectangular apertures (19) are machined on the right side of No. two templates (12), each No. two slides (14) are respectively positioned on often Between two adjacent rectangular apertures (19).

A kind of 3. multi-cavity separate type hardware dies according to claim 1, which is characterized in that each No.1 thimble (7) stretched out by corresponding No.1 port, each No. two thimbles (8) are stretched out by corresponding No. two ports, each No. three thimbles (9) are stretched out by corresponding No. three ports, and each No. four thimbles (11) pass through corresponding No. four Port stretches out.

4. a kind of multi-cavity separate type hardware dies according to claim 1, which is characterized in that on the left of the workbench (1) Surface is machined with electrical interface (20), and upper end is connected with top plate (21) between the No.1 template (2) and No. two templates (12).

A kind of 5. multi-cavity separate type hardware dies according to claim 1 or 2, which is characterized in that the taper injection hole (17), E formation cavities (13) are corresponding with the position of rectangular aperture (19) and quantity is consistent.