阅读说明：本技术 一种日用陶瓷的模具系统 (mould system for domestic ceramics ) 是由 唐红殿 甄活强 骆建军 于 2019-11-25 设计创作，主要内容包括：一种日用陶瓷的模具系统,包括工作时相互扣合的前模和后模,还包括水源和气源；还包括内腔冲洗系统；内腔冲洗系统包括连通于气源主管路的前模清洗管和后模清洗管,前模清洗管连通于所述前模的模体,后模清洗管连通于后模的模体；水源主管路通过前模供水支路连通于所述前模清洗管的中部,所述前模供水支路安装有前模供水气梭阀；水源主管路通过后模供水支路连通于所述后模清洗管的中部,所述前模供水支路安装有前模供水气梭阀。本发明的目的在于提出一种日用陶瓷的树脂模具清模脱模系统,该装置能够有控制的清洗模具,保证模具的清洁度；辅助模具内泥坯顺利脱模,提高生产效率。(mould system for domestic ceramics comprises a front mould, a rear mould, a water source, an air source and an inner cavity flushing system, wherein the front mould and the rear mould are mutually buckled during working, the inner cavity flushing system comprises a front mould cleaning pipe and a rear mould cleaning pipe which are communicated with an air source main pipeline, the front mould cleaning pipe is communicated with a mould body of the front mould, the rear mould cleaning pipe is communicated with a mould body of the rear mould, the water source main pipeline is communicated with the middle part of the front mould cleaning pipe through a front mould water supply branch, a front mould water supply air shuttle valve is arranged on the front mould water supply branch, the water source main pipeline is communicated with the middle part of the rear mould cleaning pipe through a rear mould water supply branch, and a front mould water supply air shuttle valve is arranged on the front mould water supply branch.)

The mould system for the domestic ceramics of types comprises a front mould and a rear mould which are mutually buckled during working, and also comprises a water source and an air source, and is characterized by also comprising an inner cavity flushing system;

the inner cavity flushing system comprises a front mold cleaning pipe and a rear mold cleaning pipe which are communicated with a main gas source pipeline, the front mold cleaning pipe is communicated with a mold body of the front mold, and the rear mold cleaning pipe is communicated with a mold body of the rear mold;

a front mold pressure reducing valve and a front mold air shuttle valve are sequentially arranged on the pipeline of the front mold cleaning pipe from the upstream to the downstream, and a rear mold pressure reducing valve and a rear mold air shuttle valve are sequentially arranged on the pipeline of the rear mold cleaning pipe from the upstream to the downstream;

the water source main pipeline is communicated with the middle part of the front mould cleaning pipe through a front mould water supply branch, the front mould water supply branch is provided with a front mould water supply air shuttle valve, and the water source main pipeline is communicated with the middle part of the rear mould cleaning pipe through a rear mould water supply branch; and the rear mould water supply branch is provided with a rear mould water supply air shuttle valve, and the front mould water supply branch is provided with a front mould water supply air shuttle valve.

2. The mould system for domestic ceramics according to claim 1, further comprising an external flushing system, wherein the external flushing system comprises an external cleaning gas pipe communicated with the gas source main pipeline, the external cleaning gas pipe is provided with an external cleaning pressure reducing valve and an external cleaning gas shuttle valve, and the downstream end of the external cleaning gas pipe is communicated with a front mould cleaning branch and a rear mould cleaning branch;

a front mold air shuttle valve is installed at the downstream of the front mold cleaning branch, and a nozzle is installed at the downstream end of the front mold cleaning branch; a rear mold air shuttle valve is arranged at the downstream of the rear mold cleaning branch; the downstream end of the rear mould cleaning branch is provided with a nozzle;

the water source main pipeline is respectively communicated with the front mould cleaning branch and the rear mould cleaning branch through an external cleaning branch, and the external cleaning branch is provided with an external water route air shuttle valve.

3. The domestic ceramic mold system according to claim 1, further comprising a demolding gas pipe, wherein the demolding gas pipe is communicated with the gas source main pipeline, the demolding gas pipe is provided with a demolding gas pipe pressure reducing valve, and the demolding gas pipe is respectively communicated with the front mold demolding gas pipe and the rear mold demolding gas pipe;

the front mold demolding air pipe is communicated with the front mold and is provided with a front mold demolding air shuttle valve; the rear mold demolding air pipe is communicated with the rear mold, and a rear mold demolding air shuttle valve is installed on the rear mold demolding air pipe.

4. The mould system for domestic ceramics according to claim 1, wherein said water source main line is connected with a water supply bypass, said water supply bypass is provided with a water valve.

5. The ceramic daily mold system according to claim 1, wherein an air passage valve and an air passage triplet are installed at a position upstream of the air supply main passage.

6. The ceramic daily mold system according to claim 1, wherein a manual water main valve is installed at an upstream position of the water main pipeline.

Technical Field

The invention relates to the technical field of daily ceramic production, in particular to a grouting system of a daily ceramic grouting machine.

Background

The gypsum mold slip casting process for producing domestic ceramic product is kinds of traditional main processes, and its principle is to utilize the capillary suction of gypsum mold to absorb the water content in the slurry.

The resin mould is characterized in that a high-pressure grouting system can be arranged to produce ceramic products due to the high water permeability and high strength of the resin mould, the production efficiency is improved, the principle of the high-pressure grouting is essentially pressure filter mechanisms, the resin mould is microporous filter materials, and the insides of the resin mould and the resin mould are all micro-tubes which are communicated with each other.

Disclosure of Invention

In view of the above defects, the invention aims to provide domestic ceramic resin mold cleaning and demolding systems, which can clean the mold in a controlled manner and ensure the cleanliness of the mold.

In order to achieve the purpose, the invention adopts the following technical scheme:

mould system for domestic ceramics comprises front and rear moulds which are buckled with each other during working, water source and air source, and a mould inner cavity flushing system;

the inner cavity flushing system comprises a front mold cleaning pipe and a rear mold cleaning pipe which are communicated with a main gas source pipeline, the front mold cleaning pipe is communicated with a mold body of the front mold, and the rear mold cleaning pipe is communicated with a mold body of the rear mold;

a front mold pressure reducing valve and a front mold air shuttle valve are sequentially arranged on the pipeline of the front mold cleaning pipe from the upstream to the downstream, and a rear mold pressure reducing valve and a rear mold air shuttle valve are sequentially arranged on the pipeline of the rear mold cleaning pipe from the upstream to the downstream;

the water source main pipeline is communicated with the middle part of the front mould cleaning pipe through a front mould water supply branch, and the front mould water supply branch is provided with a front mould water supply air shuttle valve; the water source main pipeline is communicated with the middle part of the rear mould cleaning pipe through a rear mould water supply branch, a rear mould water supply air shuttle valve is installed on the rear mould water supply branch, and a front mould water supply air shuttle valve is installed on the front mould water supply branch.

Preferably, the mold cleaning device further comprises an external flushing system, the external flushing system comprises an external cleaning air pipe communicated with the air source main pipeline, an external cleaning pressure reducing valve and an external cleaning air shuttle valve are mounted on the external cleaning air pipe, and a front mold cleaning branch and a rear mold cleaning branch are communicated with the downstream end of the external cleaning air pipe;

a front mold air shuttle valve is installed at the downstream of the front mold cleaning branch, and a nozzle is installed at the downstream end of the front mold cleaning branch; a rear mold air shuttle valve is arranged at the downstream of the rear mold cleaning branch, and a nozzle is arranged at the downstream end of the rear mold cleaning branch;

the water source main pipeline is respectively communicated with the front mould cleaning branch and the rear mould cleaning branch through an external cleaning branch, and the external cleaning branch is provided with an external water route air shuttle valve.

Preferably, the demolding device further comprises a demolding air pipe, wherein the demolding air pipe is communicated with the air source main pipeline, a demolding air pipe pressure reducing valve is installed on the demolding air pipe, and the demolding air pipe is respectively communicated with the front mold demolding air pipe and the rear mold demolding air pipe;

the front mold demolding air pipe is communicated with the front mold and is provided with a front mold demolding air shuttle valve; the rear mold demolding air pipe is communicated with the rear mold, and a rear mold demolding air shuttle valve is installed on the rear mold demolding air pipe.

, the water source main pipeline is communicated with a water supply bypass, and the water supply bypass is provided with a water valve.

, an air path valve and an air path triplet are installed at the upstream position of the air source main line.

, a manual main waterway valve is installed at the upstream position of the main water source pipeline.

The inner cavity flushing system has the beneficial effects that the inner cavity flushing system is arranged in the mold, so that the device can be quickly cleaned, the inner cavity flushing system in the scheme adopts the mode of the control valve , the mold is cleaned by water flow and air flow through the arranged pipeline, the mold is reversely flushed by the two modes, impurities clamped in the micro-tube in the mold can be cleaned, the cleanness degree of the mold is ensured, the mold can be in a better using state, smooth demolding of a mud blank is assisted, and the production efficiency is improved.

Drawings

Fig. 1 is a schematic diagram of the overall structure of embodiments of the present invention.

Wherein: the mold cleaning device comprises a front mold A, a rear mold B, an air source main pipeline 100, a front mold cleaning pipe 110, a front mold pressure reducing valve 111, a front mold air shuttle valve 112, a rear mold cleaning pipe 120, a rear mold pressure reducing valve 121, a rear mold air shuttle valve 122, an external cleaning air pipe 130, an external cleaning pressure reducing valve 131, an external cleaning air shuttle valve 132, a front mold cleaning branch 140, a front mold air shuttle valve 141, a rear mold cleaning branch 150, a rear mold air shuttle valve 151, a demolding air pipe 160, a demolding air pipe pressure reducing valve 161, a front mold demolding air pipe 162, a front mold demolding air shuttle valve 163, a rear mold demolding air pipe 164, a rear demolding air shuttle valve 165, a water source main pipeline 200, a front mold water supply branch 210, a front mold water supply air shuttle valve 211, a rear mold water supply branch 220, a rear mold water supply air shuttle valve 221, an external cleaning branch 230 and an external air shuttle valve 231.

Detailed Description

The technical solution of the present invention is further illustrated by the following detailed description with reference to the drawings.

As shown in figure 1, the mould system for domestic ceramics comprises a front mould A and a rear mould B which are mutually buckled during working, a water source, an air source, an inner cavity flushing system and a mould B, wherein the inner cavity flushing system comprises a water inlet, a water outlet and a water inlet;

the inner cavity flushing system comprises a front mold cleaning pipe 110 and a rear mold cleaning pipe 120 which are communicated with an air source main pipeline 100, the front mold cleaning pipe 110 is communicated with a mold body of the front mold A, and the rear mold cleaning pipe 120 is communicated with a mold body of the rear mold B;

a front mold pressure reducing valve 111 and a front mold air shuttle valve 112 are sequentially installed on the pipeline of the front mold cleaning pipe 110 from the upstream to the downstream direction, and a rear mold pressure reducing valve 121 and a rear mold air shuttle valve 122 are sequentially installed on the pipeline of the rear mold cleaning pipe 120 from the upstream to the downstream direction;

the water source main pipeline 200 is communicated with the middle part of the front mold cleaning pipe 110 through a front mold water supply branch 210, and the front mold water supply branch 210 is provided with a front mold water supply shuttle valve 211; the water source main pipe 200 is communicated with the middle part of the rear mold cleaning pipe 120 through a rear mold water supply branch 220, the rear mold water supply air shuttle valve 221 is installed on the rear mold water supply branch 220, and the front mold water supply air shuttle valve 211 is installed on the front mold water supply branch 210.

The inside of mould is equipped with the inner chamber rinse-system, makes the device rinse fast, and the inner chamber rinse-system in this scheme has adopted control valve 's mode, uses rivers and air current to rinse the mould through the pipeline of establishing, and what these two kinds of modes gone on the mould is the back flush, makes the impurity of card income in the microtube of mould can be cleared up out, guarantees the clean degree of mould, and then guarantees that the mould can be in the user state of preferred.

The mold cleaning device further comprises an external flushing system, wherein the external flushing system comprises an external cleaning air pipe 130 communicated with the air source main pipeline 100, an external cleaning pressure reducing valve 131 and an external cleaning air shuttle valve 132 are installed on the external cleaning air pipe 130, and a front mold cleaning branch 140 and a rear mold cleaning branch 150 are communicated with the downstream end of the external cleaning air pipe 130;

a front mold air shuttle valve 141 is installed at the downstream of the front mold cleaning branch 140, a nozzle is installed at the downstream end of the front mold cleaning branch 140, and a rear mold air shuttle valve 151 is installed at the downstream of the rear mold cleaning branch 150. A nozzle is arranged at the downstream end of the rear mold cleaning branch 150;

the water source main pipeline 200 is respectively communicated with the front mould cleaning branch pipeline 140 and the rear mould cleaning branch pipeline 150 through an external cleaning branch pipeline 230, and an external water route air shuttle valve 231 is installed on the external cleaning branch pipeline 230.

This scheme is to the outside rinse-system of mould setting, and the washing mode of adoption also is the mode that rivers combine the air current, makes the device when using, and inside and outside can all be washd to make the device ability all-roundly, obtain cleanly fast.

The demolding device further comprises a demolding air pipe 160, wherein the demolding air pipe 160 is communicated with the air source main pipeline 100, a demolding air pipe pressure reducing valve 161 is installed on the demolding air pipe 160, and the demolding air pipe 160 is respectively communicated with a front mold demolding air pipe 162 and a rear mold demolding air pipe 164;

the front mold stripping air pipe 162 is communicated with the front mold A, the front mold stripping air pipe 162 is provided with a front mold stripping air shuttle valve 163, the rear mold stripping air pipe 164 is communicated with the rear mold B, and the rear mold stripping air pipe 164 is provided with a rear mold stripping air shuttle valve 165.

The demoulding air pipe 160 in the scheme is used for blowing air to the mould body, so that a mud blank formed in the mould can be loosened relative to the mould, and the mud blank is convenient to take out of the mould; this scheme has adopted solitary drawing of patterns trachea 160, makes two functions of washing and drawing of patterns not disturbed each other.

In addition, an air path valve and an air path triplet are installed at an upstream position of the air source main line 100.

In addition, the water source main pipeline 200 is communicated with a water supply bypass, and the water supply bypass is provided with a water valve.

In addition, a manual waterway main valve is installed at an upstream position of the water source main pipeline 200.

The technical principle of the present invention is described above in connection with specific embodiments. The description is made for the purpose of illustrating the principles of the invention and should not be construed in any way as limiting the scope of the invention. Based on the explanations herein, those skilled in the art will be able to conceive of other embodiments of the present invention without inventive effort, which would fall within the scope of the present invention.