CN203409961U

CN203409961U - Improved hot nozzle injection mold

Info

Publication number: CN203409961U
Application number: CN201320415809.1U
Authority: CN
Inventors: 陆建峰
Original assignee: TAICANG SHANGYANG MACHINERY Co Ltd
Current assignee: TAICANG SHANGYANG MACHINERY Co Ltd
Priority date: 2013-07-14
Filing date: 2013-07-14
Publication date: 2014-01-29
Anticipated expiration: 2023-07-14

Abstract

The utility model belongs to the technical field of molds and particularly discloses an improved hot nozzle injection mold. The improved hot nozzle injection mold comprises an upper mold seat module, a positioning module, a nozzle module, a first heating module, a first fixing plate module, a second heating plate module, a male mold module, a female mold module, a through hole, a second fixing plate module, a header module, a clamp plate module, an elastic module and a lower mold seat module; the first fixing plate module, the second fixing plate module, the clamp plate module and the lower mold seat module are sequentially arranged below the upper mold seat module; the positioning module, the nozzle module and the first heating module are arranged in the middle of the upper mold seat module; the female module is symmetrically arranged below the male mold module; the through holes are formed in the male mold module and the female mold module respectively; one end of the header module is fixed on the clamp plate module, the other end of the header module is connected with the female mold module; one end of the elastic module is fixed on the clamp plate module, and the other end of the elastic module is connected with the second fixing plate module. The improved hot nozzle injection mold has the advantages of high simplicity in operation, high convenience in maintenance, low manufacturing cost and high easiness in popularization.

Description

A kind of improved hot nozzle injection mold

Technical field

The utility model relates to injection mold technical field, is specifically related to a kind of improved hot nozzle injection mold.

Background technology

Known from institute, for line position injection mold in generally utilizing in the ， manufacturing enterprise that improves product quality and production efficiency, to produce, its operating efficiency is high, easy to operate; And the injection molding molding cycle of thermoplastic is short, production efficiency is high, melt is little to the wearing and tearing of mould, in large quantity complicated, the picture on surface of forming shape and mark is clear, dimensional accuracy is high plastic.

But existing Design of Dies is unreasonable, production efficiency product percent of pass low and that produce is low, thereby has indirectly increased the production infusion of financial resources cost of enterprise, and its irrational design simultaneously also directly causes the shortening in its service life.

Therefore,, based on the problems referred to above, the utility model provides a kind of improved hot nozzle injection mold.

Utility model content

Utility model object: the purpose of this utility model is to solve the deficiencies in the prior art, provides a kind of improved hot nozzle injection mold, enhances productivity and drops into the production cost of product percent of pass ,Di enterprise, meets mould fine finishining standard.

Technical scheme: a kind of improved hot nozzle injection mold, comprises upper bolster module, locating module, nozzle module, the first heating module, the first fixed head module, the second heating plate module, punch module, die module, through hole, the second fixed head module, the module of rushing to summit, clamping plate module, elastic module and die shoe module; Described upper bolster module below sets gradually the first fixed head module, the second fixed head module, clamping plate module and die shoe module; Described locating module, nozzle module and the first heating module are arranged in the middle of upper bolster module, and wherein nozzle module is positioned at locating module, and the first heating module is positioned at nozzle module one side; Described punch module below is symmetrical arranged die module, and wherein through hole is separately positioned in punch module and die module; The described module one end of rushing to summit is fixed in clamping plate module, and the other end runs through the second fixed head module and is connected with die module; Described elastic module one end is fixed in clamping plate module, and the other end runs through and is connected with the second fixed head module.

Between preferred described each module, by alignment pin or standing screw, be fixedly connected with, the quantity of alignment pin or standing screw is 15-20.

Preferred described nozzle module adopts metal-made to obtain.

Preferred described number of openings is 4.

Preferred described elastic module adopts disk spring.

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

Adopt a kind of improved hot nozzle injection mold of the present utility model, this mould structure injecting products precision reasonable in design, that save the required raw materials consumption of mould and its production is higher; The service life (increasing 6-12 month) and the processing efficiency (increasing 15-20%) that have improved on the one hand mould, also improved the qualification rate of manufacturing product on the other hand, reduced the input of business capital cost; The utility model is simple to operate, easy to maintenance simultaneously, production cost is low, easily popularization.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model embodiment;

Wherein, in figure, sequence number is as follows: 1-upper bolster module, 2-locating module, 3-nozzle module, 4-the first heating module, 5-the first fixed head module, 6-the second heating plate module, 7-punch module, 8-die module, 9-through hole, 10-bis-fixed head modules, 11-rush to summit module, 12-clamping plate module, 13-elastic module, 14-die shoe module.

The specific embodiment

Below in conjunction with specific embodiment, a kind of improved hot nozzle injection mold described in the utility model is elaborated:

A kind of improved hot nozzle injection mold as shown in Figure 1, comprises upper bolster module 1, locating module 2, nozzle module 3, the first heating module 4, the first fixed head module 5, the second heating plate module 6, punch module 7, die module 8, through hole 9, the second fixed head module 10, the module of rushing to summit 11, clamping plate module 12, elastic module 13 and die shoe module 14; Upper bolster module 1 below sets gradually the first fixed head module 5, the second fixed head module 10, clamping plate module 12 and die shoe module 14; Locating module 2, nozzle module 3 and the first heating module 4 are arranged in the middle of upper bolster module 1, and wherein nozzle module 3 is positioned at locating module 2, the first heating modules 4 and is positioned at nozzle module 3 one sides; Punch module 7 belows are symmetrical arranged die module 8, and wherein through hole 9 is separately positioned in punch module 7 and die module 8; The module of rushing to summit 11 one end are fixed in clamping plate module 12, and the other end runs through the second fixed head module 10 and is connected with die module 8; Elastic module 13 one end are fixed in clamping plate module 12, and the other end runs through and is connected with the second fixed head module 10.

Preferred nozzle module 3 adopts metal-made to obtain.

Preferred through hole 9 quantity are 4.

Preferred elastic module 13 adopts disk spring.

The above is only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, do not departing under the prerequisite of the utility model principle; can also make some improvement, these improvement also should be considered as protection domain of the present utility model.

Claims

1. an improved hot nozzle injection mold, is characterized in that: comprise upper bolster module (1), locating module (2), nozzle module (3), the first heating module (4), the first fixed head module (5), the second heating plate module (6), punch module (7), die module (8), through hole (9), the second fixed head module (10), the module of rushing to summit (11), clamping plate module (12), elastic module (13) and die shoe module (14); Described upper bolster module (1) below sets gradually the first fixed head module (5), the second fixed head module (10), clamping plate module (12) and die shoe module (14); Described locating module (2), nozzle module (3) and the first heating module (4) are arranged in the middle of upper bolster module (1), and wherein nozzle module (3) is positioned at locating module (2), and the first heating module (4) is positioned at nozzle module (3) one sides; Described punch module (7) below is symmetrical arranged die module (8), and wherein through hole (9) is separately positioned in punch module (7) and die module (8); It is upper that the described module of rushing to summit (11) one end is fixed on clamping plate module (12), and the other end runs through the second fixed head module (10) and is connected with die module (8); It is upper that described elastic module (13) one end is fixed on clamping plate module (12), and the other end runs through and is connected with the second fixed head module (10).

2. a kind of improved hot nozzle injection mold according to claim 1, is characterized in that: between described each module, by alignment pin or standing screw, be fixedly connected with, the quantity of alignment pin or standing screw is 15-20.

3. a kind of improved hot nozzle injection mold according to claim 1, is characterized in that: described nozzle module (3) adopts metal-made to obtain.

4. a kind of improved hot nozzle injection mold according to claim 1, is characterized in that: described through hole (9) quantity is 4.

5. a kind of improved hot nozzle injection mold according to claim 1, is characterized in that: described elastic module (13) adopts disk spring.