CN206527329U

CN206527329U - It is a kind of to decouple the overweight mould of machine

Info

Publication number: CN206527329U
Application number: CN201720170432.6U
Authority: CN
Inventors: 梁富; 梁振进; 叶能
Original assignee: GUANGZHOU DIE AND MOULD MANUFACTURING Co Ltd
Current assignee: GUANGZHOU DIE AND MOULD MANUFACTURING Co Ltd
Priority date: 2017-02-23
Filing date: 2017-02-23
Publication date: 2017-09-29
Anticipated expiration: 2027-02-23

Abstract

The overweight mould of upper machine can be decoupled the utility model discloses a kind of, including the dynamic model and cover half being mutually arranged, dynamic model includes that the base module and main body module of cooperation can be connected, base module on main body module with being respectively equipped with lifting portion, push pedal component is slidably connected on main body module, base module is provided with that can pass through the recess of push pedal component, and base module is provided with location division, and main body module is provided with the aligned portions corresponding with location division.The module of cooperation can be connected by the way that dynamic model is divided into two, dynamic model is enabled to complete lifting in the case of the load-bearing scope no more than crane, staff is set more easily to complete the alignment of two modules with combining with aligned portions by the location division that is respectively provided in two modules, two integral modules both can guarantee that safety and stability was reliable when upper machine is connected, and also can guarantee that safe ready is split before lower machine.The utility model is applied to mould applications.

Description

It is a kind of to decouple the overweight mould of machine

Technical field

The utility model is related to mould applications, more particularly to a kind of to decouple the overweight mould of machine.

Background technology

Mold weight is result in, it is necessary to mold design is obtained sturdy because some products are larger, and according to products characteristics Beyond the crane weight capacity scope of die casting factory client.For example, the crane capacity of client's crane is 20T, and mould dynamic model side Mould weight is 24.2T, and cover half side form weight is 14.2T, and dynamic model side is completely out of the crane capacity of driving.The production of client's upper mould need from The outer slinging work for employing loop wheel machine to complete upper stamping die tool is, it is necessary to which vacating space to external loop wheel machine to park, in addition it is also necessary to spend Manpower empties place, and time-intensive, expensive is laborious.

Utility model content

In order to solve the above problems, the purpose of this utility model, which is that offer is a kind of, can decouple the overweight mould of machine, Dynamic model can be split into the module of two entirety so that the two integral modules are no more than crane load-bearing scope.

The technical scheme that the utility model is used is：It is a kind of to decouple the overweight mould of machine, including be mutually arranged Dynamic model and cover half, the dynamic model includes connecting with merging the base module and main body module that can split, the base Module slidably connects push pedal component with being respectively equipped with main body module on lifting portion, the main body module, the base module Provided with can make the recess that push pedal component is passed through, the base module is provided with location division, the main body module be provided with The corresponding aligned portions in location division.

As the further improvement of such scheme, the base module includes pedestal and is capable of the support of supportive body module Portion, supporting part is connected on pedestal, and the location division is located on supporting part.

As the further improvement of such scheme, the supporting part include top lower cushion block module and bottom can be The support bridge that support base module is stood up when base module does not go up machine, the location division is respectively provided at lower cushion block module and support bridge Top.

As the further improvement of such scheme, the main body module includes main body, and the main body is provided with and can be hooked Upper cushion block in lower cushion block module, the aligned portions are respectively provided at the bottom of main body and upper cushion block.

As the further improvement of such scheme, be removably connected with the main body can supportive body module traverse or The support feet stood up.

As the further improvement of such scheme, the location division is the trapezoidal trapezoidal bar in section, and the aligned portions are With the dovetail groove of trapezoidal bar phase configuration.

As the further improvement of such scheme, the push pedal component is located at below upper cushion block, is set on the main body module There is the latch segment that can limit push pedal component slippage.

The beneficial effects of the utility model are：The utility model can connect the mould of cooperation by the way that dynamic model is divided into two Block so that dynamic model can complete lifting in the case of the load-bearing scope no more than crane, by being respectively provided in two modules Location division and aligned portions staff is more easily completed the alignments of two modules with combining, two integral modules can Ensure that when upper machine is connected safety and stability is reliable, also can guarantee that safe ready is split before lower machine, moreover it is possible to parked after convenient lower machine and Maintenance.

Brief description of the drawings

The utility model is further illustrated with embodiment below in conjunction with the accompanying drawings.

Fig. 1 is the positive axonometric drawing of the utility model base module；

Fig. 2 is the reverse axonometric drawing of the utility model base module；

Fig. 3 is the vertical axonometric drawing of the utility model main body module；

Fig. 4 is that the utility model main body module swings to axonometric drawing.

Embodiment

As Figure 1-Figure 4 can decouple the overweight mould of machine, including the dynamic model being mutually arranged with and it is (not shown) Cover half, dynamic model includes connecting the base module 1 and main body module 2, base module 1 and main body module that can be split with merging It is respectively equipped with 2 and lifting portion (not shown), push pedal component 21 is slidably connected on main body module 2, base module 1 is provided with energy Enough recesses 11 through push pedal component 21, base module 1 is provided with location division, and main body module 2 is provided with corresponding with location division Aligned portions.The present embodiment can connect the module of cooperation by the way that dynamic model is divided into two so that dynamic model can no more than Lifting is completed in the case of the load-bearing scope of crane, work people is made by the location division and aligned portions that are respectively provided in two modules Member more easily completes the alignment of two modules with combining, and two integral modules both can guarantee that the safety and stability when upper machine is connected Reliably, it also can guarantee that safe ready is split before lower machine, moreover it is possible to park and maintain after convenient lower machine.

It is preferred that, with reference to Fig. 1 and Fig. 2, base module 1 includes pedestal 12 and is capable of the supporting part 13 of supportive body module 2, Supporting part 13 is connected on pedestal 1, and location division is located on supporting part 13.

It is preferred that, the lower cushion block module 131 of supporting part 13 including top and bottom can base module 1 not on machine when The support bridge 132 that support base module 1 is stood up, location division is respectively provided at the top of lower cushion block module 131 and support bridge 132.

Pedestal 12 is " returning " shape structure, the " u "-shaped structure that lower cushion block module 131 is made up of a horizontal block and two vertical blocks Location division is designed with the top of cube, two vertical blocks, " returning " word mouthful of pedestal 12 is connected with " U " word mouthful of lower cushion block module 131 The recess 11 on base module 1 is constituted, support bridge 132 is longitudinally disposed two pieces of cubes of plates below pedestal 12 and horizontal block, branch The top for supportting a part for bridge 132 supports pedestal 12 and horizontal block simultaneously, and the top of another part is location division.

It is preferred that, with reference to Fig. 3 and Fig. 4, main body module 2 includes main body 23, and main body 23, which is provided with, can ride against supporting part Upper cushion block 24 on 13, aligned portions are respectively provided at the bottom of main body 23 and upper cushion block 24.Upper cushion block 24 is fixedly connected on main body 23 The top of side, push pedal component 21 is located at the lower section of upper cushion block 24.Main body 23 and the bottom of upper cushion block 24 are designed with aligned portions, main The aligned portions 222 of the bottom of body 23 and the location division 141 at the top of support bridge 132 coordinate, and the aligned portions 221 of the upper bottom of cushion block 24 are with The location division 142 at the top of cushion block module 131 coordinates.

It is preferred that, being removably connected with main body 23 being capable of the traverse of supportive body module 2 or the support feet 25 that stands up.Due to The volume of main body module 2, weight are larger, and support feet 25 can prevent main body module 2 to be placed on not during machine behind ground due to certainly Body weight causes the circuit that weares and teares or break, and support feet 25 can make the traverse of main body module 2, support feet with the upper mating reaction of cushion block 24 25 independent roles can make main body module 2 is vertical to put.In the lifting of main body module 2 before machine, staff will be first by support feet 25 Disassemble.

It is preferred that, location division 141,142 is the trapezoidal trapezoidal bar in section, and aligned portions 221,222 are to match with trapezoidal bar The dovetail groove put.The location division of trapezium structure and aligned portions can make main body module 2 and base module 1 in connection procedure more Easily positioning, is effectively prevented sideslip.

It is preferred that, push pedal component 21 includes being located at the push pedal of the upper lower section of cushion block 24, and push pedal is slided with main body module 2 to be connected, Push pedal can install the mounting hole of push rod provided with some, and main body module 2, which is provided with, can limit the latch segment 26 of push pedal slip, The one end of latch segment 26 is detachably connected in main body 23, and detachably insertion is connected in push pedal the other end, makes main body 23 and push pedal Formed and be rigidly connected between component 21, be in order to prevent that push pedal slides main body module 2 during machine in lifting, in main body mould Block 2 is completed after upper machine, and staff disassembles latch segment 26.

The method of the upper machine of overweight mould partition as Figure 1-4, using the upper machine that can decouple in above-described embodiment Overweight mould, is first arranged on required position, then lifting main body module 2, in lifting main body module by crane by base module 1 Before 2, staff dismantles the connecting screw between main body 23 and support feet 25, and installation locking block 26 in advance；Subsequent main body Module 2 is lifted by crane, and staff manually adjusts the position of main body module 2 so that aligned portions and base module 1 on main body module 2 On location division mutually agree with, by connecting screw firm banking module 1 and main body module 2, subsequent staff is by latch segment 26 Dismounting, completes the installation of dynamic model.

Certainly, the utility model is not limited to above-mentioned embodiment, and those skilled in the art are without prejudice to originally Equivalent variations or replacement can be also made on the premise of spirit, these equivalent modifications or replacement are all contained in the application right It is required that in limited range.

Claims

1. a kind of can decouple the overweight mould of machine, it is characterised in that：Including the dynamic model and cover half being mutually arranged, the dynamic model Merge the base module and main body module that can split including that can connect to match somebody with somebody, the base module with setting respectively on main body module Have and push pedal component is slidably connected on lifting portion, the main body module, the base module, which is provided with, can wear push pedal component The recess crossed, the base module is provided with location division, and the main body module is provided with the aligned portions corresponding with location division.

2. the overweight mould of machine can be decoupled according to claim 1, it is characterised in that：The base module includes pedestal Supporting part with being capable of supportive body module, supporting part is connected on pedestal, and the location division is located on supporting part.

3. the overweight mould of machine can be decoupled according to claim 2, it is characterised in that：The supporting part includes top Lower cushion block module and bottom can base module not on machine when the support bridge that stands up of support base module, the position portion The top of lower cushion block module and support bridge is not located at.

4. the overweight mould of machine can be decoupled according to claim 3, it is characterised in that：The main body module includes master Body, the main body is provided with that can ride against the upper cushion block in lower cushion block module, and the aligned portions are respectively provided at main body and upper pad The bottom of block.

5. the overweight mould of machine can be decoupled according to claim 4, it is characterised in that：It is detachably connected in the main body Having being capable of supportive body module traverse or the support feet that stands up.

6. the overweight mould of upper machine can be decoupled according to any one of claim 1 to 5, it is characterised in that：The location division For the trapezoidal trapezoidal bar in section, the aligned portions are the dovetail groove with trapezoidal bar phase configuration.

7. the overweight mould of upper machine can be decoupled according to claim 4 or 5, it is characterised in that：The push pedal component is located at Below upper cushion block, the main body module, which is provided with, can limit the latch segment of push pedal component slippage.