CN202912835U

CN202912835U - Forming die for glass bottle

Info

Publication number: CN202912835U
Application number: CN 201220536179
Authority: CN
Inventors: 周如其; 黄伟; 贝颖腾
Original assignee: ZHOUSHAN PUTUO HONGYU MOLD CO Ltd
Current assignee: ZHOUSHAN PUTUO HONGYU MOLD CO Ltd
Priority date: 2012-10-10
Filing date: 2012-10-10
Publication date: 2013-05-01
Anticipated expiration: 2022-10-10

Abstract

The utility model provides a forming die for a glass bottle. A die cavity adopts a flat cavity structure and consists of a bottleneck cavity, a bottle body tapered cavity and a bottle body cavity, wherein the bottle body tapered cavity is arranged at the upper part of the bottle body cavity; the bottleneck cavity is arranged at the upper part of the bottle body tapered cavity; the edges of all the cavities are connected through arc surfaces; a ring-shaped chain projection is arranged on the bottle body tapered cavity; and the ring-shaped chain projection is chain-shaped and arranged horizontally. According to the utility model, a base is stably connected with a left die body and a right die body, and an Nb-containing alloy layer coats the surface of the die cavity, so that the forming frequency during bottle manufacturing can reach more than 5000 times. The forming die can be used for directly manufacturing specially-structured bottles and the quality of the processed bottles is guaranteed. The forming die has the characteristics that the structure is simple, the forming frequency is high, and the manufactured bottles are unique in style and novel in form and are suitable for being used as high-grade liquor bottles.

Description

The forming mould of glass bottle

Technical field the utility model relates to a kind of forming mould of glass bottle, specifically relates to a kind of mould of processed glass bottle, belongs to technical field of glass dies.

The mould that background technology is used for the making Glass Containers is a lot, it is 200810123447.2 Chinese patent " a kind of mould of processing glass container " such as the patent No., comprise a pair of half module opposite each other and the bed die that is configured in the bottom of a pair of half module, the short transverse at the middle part of a side that faces each other of a pair of half module respectively offers die cavity, characteristics are: respectively offer one in the both sides of the short transverse of described die cavity and vacuumize groove, the lateral margin of the bed die core of described bed die offer equate with the described quantity that vacuumizes groove and with the ventilating pit that vacuumizes groove and communicate, and the central authorities of bed die core offer a centre hole that is used for the vacuum extractor pipeline connection, and this centre hole also communicates with described ventilating pit.This mould generally all is applicable to the regular Glass Containers of shape, yet some high-grade bottles are higher to the modeling requirement of bottle, have special shaping style, and this need just to require a kind of forming mould that matches of exploitation.

Summary of the invention the utility model provides a kind of forming mould of glass bottle of novelty, adopts the curved-surface structure technology, with the glass bottle unique style that realizes manufacturing, the purpose of bottle modern design.

The technical solution adopted in the utility model is:

A kind of forming mould of glass bottle, comprise left die body opposite each other and right die body, and the base that is configured in left die body and right die body bottom, the involutory side inwall of left die body and right die body has die cavity separately, the upper outside of left die body and right die body is provided with the lug of being convenient to clamping, left die body and right die body by the dimensional fits clamping to being combined on the base, the upper periphery of described base is provided with annular slot, the inboard, lower end of described left die body and described right die body is provided with corresponding annular lip, on left die body and right die body, be provided with a plurality of louvres along the die cavity parallel longitudinal, described louvre is several layers and arranges along even circumferential, described die cavity is the flat-section cavity configuration, by the bottleneck chamber, bottle conical cavity and bottle chamber consist of, be the bottle conical cavity on top, described bottle chamber, the top of described bottle conical cavity is the bottleneck chamber, and each cavity edge is connected by arc surface, be provided with annular chain projection on the bottle conical cavity, annular chain projection is that chain form is the horizontal structure spread configuration.

The surface of described die cavity is covered with the ferrocolumbium layer that contains niobium.

The utility model beneficial effect is:

Owing to adopted the forming mould of glass bottle of the present utility model, base and left die body and right die body stable connection, the surface of die cavity is covered with the alloy layer that contains niobium simultaneously, so that the moulding number of times when making bottle can reach more than 5000 times, can directly make by this shaping mould and to have special formed bottle, and at shaping mould louvre is set, so that the bottle quality after the processing is guaranteed, the forming mould of glass bottle of the present utility model has: simple in structure, the moulding number of times is high, the bottle unique style of making, modern design is applicable to the characteristics of high-grade drinks bottle.

Description of drawings

Fig. 1: be structural representation of the present utility model;

Fig. 2: be the side-view of Fig. 1;

Fig. 3: the structural representation of the bottle of making for the utility model;

Fig. 4: be the side-view of Fig. 3.

Among Fig. 1: 1, left die body 2, right die body 3, base 4, die cavity 5, lug

31, annular slot 41, bottleneck chamber 42, bottle conical cavity 43, bottle chamber

Among Fig. 2: 6, louvre

Embodiment

Such as Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, below in conjunction with accompanying drawing the utility model is described in further detail.

The forming mould of glass bottle comprises: left die body 1, right die body 2, base 3, die cavity 4 and lug 5.

Base 3 comprises: annular slot 31 structures.

Die cavity 4 comprises: bottleneck chamber 41, bottle conical cavity 42 and bottle chamber 43 structures.

Bottle conical cavity 42 comprises: annular chain projection cube structure.

In forming mould, be provided with a louvre 6.

The forming mould of glass bottle, comprise a pair of shape left die body 1 and the right die body 2 opposite each other under the use state that coexist mutually, and the base 3 that is configured in left die body 1 and right die body 2 bottoms, left die body 1 and right die body 2 involutory side inwalls have die cavity 4 separately, the upper outside of left die body 1 and right die body 2 is provided with the lug 5 of being convenient to clamping, left die body 1 and right die body 2 by the dimensional fits clamping to being combined on the base 3, the upper periphery of described base 3 is provided with annular slot 31, the inboard, lower end of described left die body 1 and described right die body 2 is provided with corresponding annular lip, so that stable connection is reliable.

Be provided with a plurality of louvres 6 along die cavity 4 parallel longitudinals on left die body 1 and right die body 2, described louvre 6 is several layers along the even circumferential arrangement, to increase speed of cooling.

Described die cavity 4 is the flat-section cavity configuration, consisted of by bottleneck chamber 41, bottle conical cavity 42 and bottle chamber 43, be bottle conical cavity 42 on 43 tops, described bottle chamber, the top of described bottle conical cavity 42 is bottleneck chamber 41, each cavity edge is connected by arc surface, be provided with annular chain projection on the bottle conical cavity 42, annular chain projection is that chain form is the horizontal structure spread configuration.

The surface of described die cavity 4 is covered with the ferrocolumbium layer that contains niobium, so that the moulding number of times when making bottle can reach more than 5000 times.

Like this, the surface forming of making the bottle of moulding has annular chain projection, can Paste Product trade mark and pattern on 43 surfaces, bottle chamber, and bottle has distinguished style characteristic in moulding, can be used for the bottle manufacturing of High Grade Liquor.

Claims

1. the forming mould of a glass bottle, comprise left die body opposite each other and right die body, and the base that is configured in left die body and right die body bottom, the involutory side inwall of left die body and right die body has die cavity separately, the upper outside of left die body and right die body is provided with the lug of being convenient to clamping, left die body and right die body by the dimensional fits clamping to being combined on the base, the upper periphery of described base is provided with annular slot, the inboard, lower end of described left die body and described right die body is provided with corresponding annular lip, on left die body and right die body, be provided with a plurality of louvres along the die cavity parallel longitudinal, described louvre is several layers and arranges along even circumferential, it is characterized in that: described die cavity is the flat-section cavity configuration, by the bottleneck chamber, bottle conical cavity and bottle chamber consist of, be the bottle conical cavity on top, described bottle chamber, the top of described bottle conical cavity is the bottleneck chamber, each cavity edge is connected by arc surface, be provided with annular chain projection on the bottle conical cavity, annular chain projection is that chain form is the horizontal structure spread configuration.

2. the forming mould of glass bottle according to claim 1, it is characterized in that: the surface of described die cavity is covered with the ferrocolumbium layer.