CN209478794U

CN209478794U - A kind of high glaze low stress foaming molding mold

Info

Publication number: CN209478794U
Application number: CN201920055806.9U
Authority: CN
Inventors: 张栋
Original assignee: Shenzhen Huan Mao Digital Technology Co Ltd
Current assignee: Shenzhen Huan Mao Digital Technology Co Ltd
Priority date: 2019-01-14
Filing date: 2019-01-14
Publication date: 2019-10-11
Anticipated expiration: 2029-01-14

Abstract

The utility model discloses a kind of high glaze low stress foaming molding molds, including main body and cleaning mechanism, the middle part of the main body is connected with clamping plate in two sides up and down, and center line intersects between main body and clamping plate, the inside of the clamping plate is provided with bolt column, the two sides up and down of the main body are equipped with spring stack, and fit closely between the upper and lower ends inner wall of main body and the inside inner wall of spring stack, and the cleaning mechanism is installed on the middle part of main body.The high glaze low stress foaming molding mold, pass through activity of the bolt column between clamping plate and main body, so as to dismantle the components in clamping plate and cleaning mechanism in main body, and the foaming mould after just processing can be detected, so as to avoid between mold, there are raw materials, and the mold component haveing damage can be replaced, and by bolt column in main body and the activity between cleaning mechanism, so as to carry out die surface using wiping, and the glossiness of main body can be enhanced.

Description

A kind of high glaze low stress foaming molding mold

Technical field

The utility model relates to foaming molding mold technical field, specially a kind of high glaze low stress is foamed into pattern Tool.

Background technique

Foaming molding mold is applied than wide, and efficiency is than high, and the mold of foaming is exactly plastic foaming mould, will Foaminess resin is directly inserted in mold, its melted by heating is made, and forms gas-liquid saturated solution, by nucleation, is formed a large amount of Small complex, complex increase, and foam plastic are made, there are three types of common foaming methods: physical blowing method, chemical blowing process and machine Tool foaming, but there is also certain uneven drawbacks on surface, it is therefore desirable to structural improvement is carried out to foaming molding mold.

Foaming molding mold in the market, there are some processing clouts for mould inside, so as to influence the surface of product Quality, and inner components are easy to happen damage during processing, to be easy the surface of injury foaming molding mold, and interior Portion does not have specific regulating mechanism, thus the problem of be easy to causeing inner components to wear, and be easy between molds and products Lead to the problem of friction.

Utility model content

The purpose of this utility model is to provide a kind of high glaze low stress foaming molding molds, to solve above-mentioned background skill The foaming molding mold in the market proposed in art, there are some processing clouts for mould inside, so as to influence the table of product Face quality, and inner components are easy to happen damage during processing, so that it is easy the surface of injury foaming molding mold, and Inside is without specific regulating mechanism, thus the problem of be easy to causeing inner components to wear, and be easy molds and products it Between lead to the problem of friction.

To achieve the above object, the utility model provides the following technical solutions: a kind of high glaze low stress is foamed into pattern The middle part of tool, including main body and cleaning mechanism, the main body is connected with clamping plate, and center line between main body and clamping plate in two sides up and down Intersection, the inside of the clamping plate are provided with bolt column, and the two sides up and down of the main body are equipped with spring stack, and main body is upper and lower It is fitted closely between both ends inner wall and the inside inner wall of spring stack, the cleaning mechanism is installed on the middle part of main body, the spring The two sides up and down of column are fixed with partition, and to be fixedly connected between spring stack and partition, the two sides up and down of the partition are equipped with The two sides up and down of snap-gauge, the snap-gauge are provided with backplate, and to be flexibly connected between backplate and snap-gauge, the snap-gauge is close to backplate Side be connected with buckle column, and be provided with adjusting rod in the middle part of the buckle column to be flexibly connected between backplate and buckle column, The main body is welded with regulating mechanism close to one end of clamping plate.

Preferably, it is fitted closely between the inside inner wall of the bolt column and the inside inner wall of clamping plate, and main body passes through spiral shell Hitching post and clamping plate are configured to detaching structure.

Preferably, to be fixedly connected between the partition and snap-gauge, and spring stack is configured to elasticity by partition and snap-gauge Structure.

Preferably, it to be flexibly connected between buckle column and the adjusting rod, and buckles column and passes through adjusting rod and regulating mechanism As buckle structure.

Preferably, the cleaning mechanism includes clearing up cotton plate, movable plate and sliding slot, on the inside middle part of the cleaning mechanism Lower two sides are fixed with sliding slot, and cleaning mechanism is connected with movable plate close to the side of sliding slot, and are living between movable plate and sliding slot Dynamic connection, the upper and lower ends of the movable plate are welded with cleaning cotton plate, and clear up cotton plate and be configured to sliding with sliding slot by movable plate Dynamic structure.

Preferably, the regulating mechanism includes threaded post, mould plate and limit plate, and the inside middle part of the regulating mechanism is solid Surely there is mould plate, and fitted closely between the inside inner wall of regulating mechanism and the inside inner wall of mould plate, the four of the mould plate It is provided with threaded post week, and to be flexibly connected between threaded post and mould plate, the external surrounding connection of the regulating mechanism is limited Position plate, and to be fixedly connected between regulating mechanism and limit plate, and regulating mechanism is configured to spiral shell by threaded post and mould plate Line structure.

Compared with prior art, the beneficial effects of the utility model are as follows:

1, the utility model main body is configured to detaching structure by bolt column and clamping plate, and spring stack passes through partition and snap-gauge It is configured to elastic construction, by activity of the bolt column between clamping plate and main body, so as to dismantle the clamping plate in main body and clear The components in mechanism are managed, and the foaming mould after just processing can be detected, so as to avoid between mold There are raw materials, and can replace to the mold component haveing damage, and by bolt column main body and with cleaning mechanism it Between activity, so as to carry out die surface using wiping, and the glossiness of main body can be enhanced, pass through main body and backplate Between spring stack, so as to by partition and snap-gauge protection between backplate, and by spring stack elasticity so as to will Partition and snap-gauge are extruded between main body and backplate, and can reduce external impact pressure, so as to protect in main body Component structural, and the two sides glossiness of main body can be protected, so as to improve the quality of product.

2, the utility model buckle column becomes buckle structure by adjusting rod and regulating mechanism, and clears up cotton plate and pass through activity Plate and sliding slot are configured to slide construction, by activity of the buckle column between adjusting rod and backplate, so as to buckle backplate Between adjusting rod and regulating mechanism, and backplate can be buckled in the two sides of main body, so as to protect the internal junction of main body Structure, and regulating mechanism can be buckled between main body and backplate, so as to increase the regulatory function of foaming molding mold, lead to Activity of the movable plate between sliding slot and cleaning mechanism is crossed, is carried out between main body and cleaning mechanism so as to make to clear up cotton plate It horizontally slips, and the clout between foaming molding mold can be cleared up, so as to prevent clout to be mixed in sliding slot and descaling machine Between structure.

3, the utility model regulating mechanism is configured to helicitic texture by threaded post and mould plate, by turning regulating mechanism In threaded post, so as to adjust the connection between mould plate and regulating mechanism, and can be to the mould plate in regulating mechanism Carry out abrasion replacement, so as to improve the surface quality of product, and can prevent processing when inner components damage, and And collocation passes through activity of the bolt column between clamping plate and main body, so as to carry out internal lubrication addition to foaming molding mold It adjusts, and is capable of the surface quality of enhanced foaming molding die.

Detailed description of the invention

Fig. 1 is the utility model schematic diagram of internal structure；

Fig. 2 is the utility model testing agency structural schematic diagram；

Fig. 3 is the utility model regulating mechanism structural schematic diagram.

In figure: 1, main body；2, bolt column；3, clamping plate；4, cleaning mechanism；401, cotton plate is cleared up；402, movable plate；403, sliding Slot；5, spring stack；6, partition；7, backplate；8, snap-gauge；9, column is buckled；10, adjusting rod；11, regulating mechanism；1101, threaded post； 1102, mould plate；1103, limit plate.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of high glaze low stress foaming molding mold, Including main body 1 and cleaning mechanism 4, the middle part of main body 1 is connected with clamping plate 3, and center line between main body 1 and clamping plate 3 in two sides up and down Intersection, the inside of clamping plate 3 is provided with bolt column 2, closely pastes between the inside inner wall of bolt column 2 and the inside inner wall of clamping plate 3 It closes, and main body 1 is configured to detaching structure by bolt column 2 and clamping plate 3, passes through work of the bolt column 2 between clamping plate 3 and main body 1 It is dynamic, so as to dismantle the components in clamping plate 3 and cleaning mechanism 4 in main body 1, and can be to the foaming after just processing Mold is detected, and there are raw materials so as to avoiding between mold, and can replace to the mold component haveing damage, and And by bolt column 2 in main body 1 and the activity between cleaning mechanism 4, so as to carry out die surface using wiping, and The glossiness of main body 1 can be enhanced, the two sides up and down of main body 1 are equipped with spring stack 5, and the upper and lower ends inner wall and bullet of main body 1 It is fitted closely between the inside inner wall of spring column 5, cleaning mechanism 4 is installed on the middle part of main body 1, and cleaning mechanism 4 includes cleaning cotton plate 401, the inside middle part of movable plate 402 and sliding slot 403, cleaning mechanism 4 is fixed with sliding slot 403 in two sides up and down, and cleaning mechanism 4 leans on The side of nearly sliding slot 403 is connected with movable plate 402, and to be flexibly connected between movable plate 402 and sliding slot 403, movable plate 402 Upper and lower ends are welded with cleaning cotton plate 401, and clear up cotton plate 401 and be configured to slide construction by movable plate 402 and sliding slot 403, By activity of the movable plate 402 between sliding slot 403 and cleaning mechanism 4, so as to make to clear up cotton plate 401 in main body 1 and clear It is slid left and right between reason mechanism 4, and the clout between foaming molding mold can be cleared up, so as to prevent clout to be mingled with Between sliding slot 403 and cleaning mechanism 4, the two sides up and down of spring stack 5 are fixed with partition 6, and are between spring stack 5 and partition 6 It is fixedly connected, the two sides up and down of partition 6 are equipped with snap-gauge 8, are fixedly connected between partition 6 and snap-gauge 8, and spring stack 5 passes through Partition 6 and snap-gauge 8 are configured to elastic construction, by the spring stack 5 between main body 1 and backplate 7, so as to by partition 6 and card Plate 8 is protected between backplate 7, and passes through the elasticity of spring stack 5 so as to which partition 6 and snap-gauge 8 are extruded in main body 1 and backplate It between 7, and can reduce external impact pressure, so as to protect the component structural in main body 1, and main body can be protected 1 two sides glossiness, so as to improve the quality of product；

The two sides up and down of snap-gauge 8 are provided with backplate 7, and to be flexibly connected between backplate 7 and snap-gauge 8, snap-gauge 8 is close to backplate 7 side is connected with buckle column 9, and to be flexibly connected between backplate 7 and buckle column 9, the middle part of buckle column 9 is provided with adjusting rod 10, main body 1 is welded with regulating mechanism 11 close to one end of clamping plate 3, and regulating mechanism 11 includes threaded post 1101,1102 and of mould plate The inside middle part of limit plate 1103, regulating mechanism 11 is fixed with mould plate 1102, and the inside inner wall and model of regulating mechanism 11 Fitted closely between the inside inner wall of plate 1102, the surrounding of mould plate 1102 is provided with threaded post 1101, and threaded post 1101 with To be flexibly connected between mould plate 1102, the external surrounding of regulating mechanism 11 is connected with limit plate 1103, and regulating mechanism 11 and To be fixedly connected between limit plate 1103, and regulating mechanism 11 is configured to screw thread knot by threaded post 1101 and mould plate 1102 Structure, by turning the threaded post 1101 in regulating mechanism 11, so as to adjust between mould plate 1102 and regulating mechanism 11 Connection, and abrasion replacement can be carried out to the mould plate 1102 in regulating mechanism 11, so as to improve the surface quality of product, And inner components are damaged when can prevent processing, and are arranged in pairs or groups and passed through work of the bolt column 2 between clamping plate 3 and main body 1 It is dynamic, it is adjusted so as to carry out internal lubrication addition to foaming molding mold, and be capable of the surface matter of enhanced foaming molding die Amount buckles to be flexibly connected between column 9 and adjusting rod 10, and buckles column 9 and be configured to card with regulating mechanism 11 by adjusting rod 10 Buckle structure, by activity of the movable plate 402 between sliding slot 403 and cleaning mechanism 4, so as to make to clear up cotton plate 401 in master It is slid left and right between body 1 and cleaning mechanism 4, and the clout between foaming molding mold can be cleared up, so as to prevent Clout is mixed between sliding slot 403 and cleaning mechanism 4.

Working principle: for a kind of this kind of high glaze low stress foaming molding mold, by movable plate 402 in sliding slot Activity between 403 and cleaning mechanism 4 is controlled between main body 1 and cleaning mechanism 4 so as to make to clear up cotton plate 401 Sliding, and the clout between foaming molding mold can be cleared up, so as to prevent clout to be mixed in sliding slot 403 and cleaning mechanism Between 4, by the spring stack 5 between main body 1 and backplate 7, so as to protect partition 6 and snap-gauge 8 between backplate 7, and By the elasticity of spring stack 5 so as to which partition 6 and snap-gauge 8 to be extruded between main body 1 and backplate 7, and it can reduce outside Impact pressure, so as to protect the component structural in main body 1, and the two sides glossiness of main body 1 can be protected, so as to The quality for enough improving product, by activity of the bolt column 2 between clamping plate 3 and main body 1, so as to dismantle the folder in main body 1 Components in plate 3 and cleaning mechanism 4, and the foaming mould after just processing can be detected, so as to avoid There are raw materials between mold, and can replace to the mold component haveing damage, and by bolt column 2 main body 1 and and Activity between cleaning mechanism 4 so as to carry out die surface using wiping, and can enhance the glossiness of main body 1, lead to The threaded post 1101 turned in regulating mechanism 11 is crossed, so as to adjust the connection between mould plate 1102 and regulating mechanism 11, And abrasion replacement can be carried out to the mould plate 1102 in regulating mechanism 11, so as to improve the surface quality of product, and energy Inner components are damaged when enough prevention processing, and are arranged in pairs or groups and passed through activity of the bolt column 2 between clamping plate 3 and main body 1, from And internal lubrication addition can be carried out to foaming molding mold and adjusted, and be capable of the surface quality of enhanced foaming molding die, lead to Activity of the buckle column 9 between adjusting rod 10 and backplate 7 is crossed, so as to which backplate 7 is buckled in adjusting rod 10 and regulating mechanism Between 11, and backplate 7 can be buckled in the two sides of main body 1, so as to protect the internal structure of main body 1, and can will adjusted Section mechanism 11 is buckled between main body 1 and backplate 7, and so as to increase the regulatory function of foaming molding mold, here it is one kind The working principle of high glaze low stress foaming molding mold.

The embodiments of the present invention are described although having been shown, it for the ordinary skill in the art, can These embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit with understanding, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims

1. a kind of high glaze low stress foaming molding mold, including main body (1) and cleaning mechanism (4), it is characterised in that: the master The middle part of body (1) is connected with clamping plate (3) two sides up and down, and center line intersects between main body (1) and clamping plate (3), the clamping plate (3) Inside be provided with bolt column (2), the two sides up and down of the main body (1) are equipped with spring stack (5), and main body (1) up and down It being fitted closely between both ends inner wall and the inside inner wall of spring stack (5), the cleaning mechanism (4) is installed on the middle part of main body (1), The two sides up and down of the spring stack (5) are fixed with partition (6), and to be fixedly connected between spring stack (5) and partition (6), described The two sides up and down of partition (6) are equipped with snap-gauge (8), and the two sides up and down of the snap-gauge (8) are provided with backplate (7), and backplate (7) with Between snap-gauge (8) for be flexibly connected, the snap-gauge (8) close to backplate (7) side be connected with buckle column (9), and backplate (7) with It buckles to be flexibly connected between column (9), is provided with adjusting rod (10) in the middle part of the buckle column (9), the main body (1) is close to folder One end of plate (3) is welded with regulating mechanism (11).

2. a kind of high glaze low stress foaming molding mold according to claim 1, it is characterised in that: the bolt column (2) it is fitted closely between the inside inner wall of inside inner wall and clamping plate (3), and main body (1) passes through bolt column (2) and clamping plate (3) It is configured to detaching structure.

3. a kind of high glaze low stress foaming molding mold according to claim 1, it is characterised in that: the partition (6) To be fixedly connected between snap-gauge (8), and spring stack (5) is configured to elastic construction by partition (6) and snap-gauge (8).

4. a kind of high glaze low stress foaming molding mold according to claim 1, it is characterised in that: the buckle column (9) to be flexibly connected between adjusting rod (10), and column (9) is buckled and are configured to card with regulating mechanism (11) by adjusting rod (10) Buckle structure.

5. a kind of high glaze low stress foaming molding mold according to claim 4, it is characterised in that: the cleaning mechanism It (4) include cleaning cotton plate (401), movable plate (402) and sliding slot (403), two sides above and below the inside middle part of the cleaning mechanism (4) It is fixed with sliding slot (403), and cleaning mechanism (4) is connected with movable plate (402) close to the side of sliding slot (403), and movable plate (402) to be flexibly connected between sliding slot (403), the upper and lower ends of the movable plate (402) are welded with cleaning cotton plate (401), And cleaning cotton plate (401) is configured to slide construction by movable plate (402) and sliding slot (403).

6. a kind of high glaze low stress foaming molding mold according to claim 4, it is characterised in that: the regulating mechanism It (11) include threaded post (1101), mould plate (1102) and limit plate (1103), the inside middle part of the regulating mechanism (11) is solid Surely have mould plate (1102), and closely pasted between the inside inner wall of regulating mechanism (11) and the inside inner wall of mould plate (1102) It closes, the surrounding of the mould plate (1102) is provided with threaded post (1101), and between threaded post (1101) and mould plate (1102) To be flexibly connected, the external surrounding of the regulating mechanism (11) is connected with limit plate (1103), and regulating mechanism (11) and limit To be fixedly connected between plate (1103), and regulating mechanism (11) is configured to spiral shell by threaded post (1101) and mould plate (1102) Line structure.