CN205293748U - Negative pressure is degassed with ultrasonic wave and is steeped glue solution heat -preserving container - Google Patents

Abstract

The utility model discloses a negative pressure is degassed with ultrasonic wave and is steeped glue solution heat -preserving container, including insulation tank, bung, water jet air ejector, circulating pipe, controlling means, the bung is installed on the staving, and the bung top is equipped with the manhole, the staving includes inner barrel body, outer staving, zone of heating and heat preservation, even there are a plurality of cooling tubes on the zone of heating, inner barrel body internally mounted has supersonic generator, the inner barrel body bottom is equipped with the drain pipe, even there is first main trachea on the bung, there is second owner trachea terminal company of first main trachea, second owner trachea links to each other with water jet air ejector, and water jet air ejector installs on the circulating pipe, installs the water pump on the circulating pipe. The utility model discloses a heat -preserving container links to each other water jet air ejector with being indirect for pressure decrease in the heat -preserving container, the discharge of the interior air of glue solution improves production efficiency with higher speed, supersonic generator installs in inner barrel body for the air speed of spilling over from the glue solution.

Description

A kind of negative pressure and ultrasound wave degassing bubble glue heat-preserving container

[technical field]

This utility model relates to the technical field of capsule, particularly the technical field of glue heat-preserving container.

[background technology]

In the production process of existing capsule, the quality of glue is directly connected to the quality of capsule finished product, so glue operation is the critical process of capsule manufacture, when preparing glue, first by original gelatin after changing glue tank internalization glue, glue is dispensed in each glue heat-preserving container, add pigment as required to stir, it is configured to the glue of different colours, but in being dispensed into heat-preserving container process, there is bubble, if being directly entered capsule manufacture workshop to use, the capsule produced has substantial amounts of bubble, cause that capsule is scrapped, so needing the removal of bubbles in glue after stirring, existing factory learns through test of many times, glue stands more than four hours bubbles at the temperature of 60 DEG C��70 DEG C and can automatically get rid of. more existing factory adopts opened type heat-preserving container to contain the glue after stirring, making glue temperature be maintained at 60 DEG C��70 DEG C, time of repose is longer, is unfavorable for the raising of production efficiency, easily make the dust in air, foreign material be mixed in glue simultaneously, affect glue quality.

[utility model content]

The purpose of this utility model solves the problems of the prior art exactly, it is proposed to a kind of negative pressure and ultrasound wave degassing bubble glue heat-preserving container, it is possible to increase the air velocity of discharge in glue.

For achieving the above object, the utility model proposes a kind of negative pressure and ultrasound wave degassing bubble glue heat-preserving container, including insulation staving, bung, water jet air ejector, circulation pipe, control device, described bung is arranged on staving, bung top is provided with manhole, manhole is provided with capping, capping is provided with hagioscope, bung is provided with pressure-control valve, some pulleys are installed bottom described staving, described staving includes inner drum, exterior bowl, zone of heating and heat-insulation layer, described inner drum is inside exterior bowl, zone of heating and heat-insulation layer is had between inner drum and exterior bowl, heat-insulation layer is in the outside of zone of heating, described zone of heating is connected with some radiating tubes, radiating tube stretches into inside inner drum, described inner drum is internally installed supersonic generator, it is provided with drain pipe bottom described inner drum, the drain pipe other end is outside staving, described bung is connected with the first main trachea, described first main trachea end is connected with the second main trachea, second main trachea is provided with the first control valve and pressure inductor, the sidewall of the second main trachea is connected with auxiliary tube, auxiliary tube is provided with auxiliary valve, described second main trachea is connected with water jet air ejector, water jet air ejector is arranged on circulation pipe, circulation pipe end is connected with circulatory pool, circulation pipe head end stretches in circulatory pool, circulation pipe is provided with water pump, described first controls valve, auxiliary valve, pressure inductor, water pump is all connected with control device.

As preferably, described first main trachea and bung are integral type structure, and the first main trachea is provided with the second control valve.

As preferably, described pressure inductor controls valve closer to the first main trachea than first.

As preferably, in funnel-form bottom described inner drum, drain pipe is connected with the bottom centre of inner drum.

As preferably, described pressure-control valve is arranged on the middle part of bung, and pressure-control valve is internal with heat-preserving container to be connected.

The beneficial effects of the utility model: this utility model is by being indirectly connected to water jet air ejector and heat-preserving container so that the pressure in heat-preserving container reduces, accelerate the discharge of air in glue, improve production efficiency; Supersonic generator is arranged in inner drum, accelerates the speed that air overflows from glue; The setting of radiating tube is effectively increased the uniformity of firing rate and heating, accelerates the spilling of air; Pressure-control valve is arranged on bung so that outside air is not easily accessible in heat-preserving container, it is ensured that glue is not easily susceptible to pollute; The setting controlling device makes the process of air in whole removal glue automatically carry out, and reduces labor intensity, and automaticity is high; Pressure inside and outside heat-preserving container can be balanced by arranging of auxiliary tube before the first main trachea and the second main trachea separate.

Feature of the present utility model and advantage will be described in detail in conjunction with accompanying drawing by embodiment.

[accompanying drawing explanation]

Fig. 1 is the front view of a kind of negative pressure of this utility model and ultrasound wave degassing bubble glue heat-preserving container;

Fig. 2 is the partial sectional view of a kind of negative pressure of this utility model and ultrasound wave degassing bubble glue heat-preserving container.

In figure: 1-is incubated staving, 2-bung, 4-water jet air ejector, 5-controls device, 10-pulley, 11-inner drum, 12-exterior bowl, 13-zone of heating, 14-heat-insulation layer, 15-drain pipe, 19-radiating tube, 20-pressure-control valve, 21-manhole, 22-covers, 23-hagioscope, 29-supersonic generator, the main trachea of 31-first, the main trachea of 32-second, 35-second controls valve, 36-first controls valve, 37-auxiliary tube, 38-auxiliary valve, 40-circulation pipe, 41-water pump, 49-circulatory pool, 51-pressure inductor.

[detailed description of the invention]

Consult Fig. 1 and Fig. 2, this utility model one negative pressure and ultrasound wave degassing bubble glue heat-preserving container, including insulation staving 1, bung 2, water jet air ejector 4, circulation pipe 40, control device 5, described bung 2 is arranged on staving 1, bung 2 top is provided with manhole 21, manhole 21 is provided with capping 22, capping 22 is provided with hagioscope 23, bung 2 is provided with pressure-control valve 20, some pulleys 10 are installed bottom described staving 1, described staving 1 includes inner drum 11, exterior bowl 12, zone of heating 13 and heat-insulation layer 14, described inner drum 11 is inside exterior bowl 12, zone of heating 13 and heat-insulation layer 14 is had between inner drum 11 and exterior bowl 12, heat-insulation layer 14 is in the outside of zone of heating 13, described zone of heating 13 is connected with some radiating tubes 19, it is internal that radiating tube 19 stretches into inner drum 11, described inner drum 11 is internally installed supersonic generator 29, it is provided with drain pipe 15 bottom described inner drum 11, drain pipe 15 other end is outside staving 1, described bung 2 is connected with the first main trachea 31, described first main trachea 31 end is connected with the second main trachea 32, second main trachea 32 is provided with the first control valve 36 and pressure inductor 51, the sidewall of the second main trachea 32 is connected with auxiliary tube 37, auxiliary tube 37 is provided with auxiliary valve 38, described second main trachea 32 is connected with water jet air ejector 4, water jet air ejector 4 is arranged on circulation pipe 40, circulation pipe 40 end is connected with circulatory pool 49, circulation pipe 40 head end stretches in circulatory pool 49, circulation pipe 40 is provided with water pump 41, described first controls valve 36, auxiliary valve 38, pressure inductor 51, water pump 41 is all connected with control device 5, described first main trachea 31 and bung 2 are integral type structure, first main trachea 31 is provided with the second control valve 35, described pressure inductor 51 to the first controls valve 36 closer to the first main trachea 31, in funnel-form bottom described inner drum 11, drain pipe 15 is connected with the bottom centre of inner drum 11, described pressure-control valve 20 is arranged on the middle part of bung 2, pressure-control valve 20 is internal with heat-preserving container to be connected.

Utility model works process:

This utility model one negative pressure is with ultrasound wave degassing bubble glue heat-preserving container in the course of the work, under the ultrasound wave sent at supersonic generator 29 and the heat effect of zone of heating 13, air quickly overflows in glue, in heat-preserving container, pressure raises, pressure-control valve 20 action, partial air in heat-preserving container overflows in bucket, after the pressure in heat-preserving container declines, pressure-operated valve 20 cuts out, after ultrasound wave degassing after a while is steeped, open the first control valve 36 and second and control valve 35, close auxiliary valve 38, start water pump 41, water jet air ejector 4 carries out evacuation, pressure in heat-preserving container is declined, accelerate the spilling of air in glue, for saves energy, in advance target vacuum is set on control device 5, when the vacuum that pressure inductor 51 detects is more than preset upper limit value, controlling device 5 makes the second control valve 35 close, water pump 41 is out of service, when the degree of hollowness that pressure inductor 51 detects is less than preset lower limit value, controlling device 5 makes water pump 41 restart, and open the second control valve 35, whole process is controlled by controlling device 5, labor intensity is low, after the work removing gas completes, opens auxiliary valve 38, make the air pressure in heat-preserving container keep consistent with extraneous, then the first main trachea 31 and the second main trachea 32 are separated.

Above-described embodiment is to explanation of the present utility model, is not to restriction of the present utility model, any scheme after this utility model simple transformation is belonged to protection domain of the present utility model.

Claims (5)

1. a negative pressure and ultrasound wave degassing bubble glue heat-preserving container, it is characterized in that: include insulation staving (1), bung (2), water jet air ejector (4), circulation pipe (40), control device (5), described bung (2) is arranged on staving (1), bung (2) top is provided with manhole (21), manhole (21) is provided with capping (22), capping (22) is provided with hagioscope (23), bung (2) is provided with pressure-control valve (20), described staving (1) bottom is provided with some pulleys (10), described staving (1) includes inner drum (11), exterior bowl (12), zone of heating (13) and heat-insulation layer (14), described inner drum (11) is internal at exterior bowl (12), zone of heating (13) and heat-insulation layer (14) is had between inner drum (11) and exterior bowl (12), heat-insulation layer (14) is in the outside of zone of heating (13), described zone of heating (13) is connected with some radiating tubes (19), it is internal that radiating tube (19) stretches into inner drum (11), described inner drum (11) is internally installed supersonic generator (29), described inner drum (11) bottom is provided with drain pipe (15), drain pipe (15) other end is outside at staving (1), described bung (2) is connected with the first main trachea (31), described first main trachea (31) end is connected with the second main trachea (32), second main trachea (32) is provided with the first control valve (36) and pressure inductor (51), the sidewall of the second main trachea (32) is connected with auxiliary tube (37), auxiliary tube (37) is provided with auxiliary valve (38), described second main trachea (32) is connected with water jet air ejector (4), water jet air ejector (4) is arranged on circulation pipe (40), circulation pipe (40) end is connected with circulatory pool (49), circulation pipe (40) head end stretches in circulatory pool (49), circulation pipe (40) is provided with water pump (41), described first controls valve (36), auxiliary valve (38), pressure inductor (51), water pump (41) is all connected with control device (5).

2. a kind of negative pressure as claimed in claim 1 and ultrasound wave degassing bubble glue heat-preserving container, it is characterized in that: described first main trachea (31) and bung (2) are integral type structure, and the first main trachea (31) is provided with the second control valve (35).

3. negative pressure as claimed in claim 1 a kind of and ultrasound wave degassing bubble glue heat-preserving container, it is characterised in that: described pressure inductor (51) than the first control valve (36) closer to the first main trachea (31).

4. a kind of negative pressure as claimed in claim 1 and ultrasound wave degassing bubble glue heat-preserving container, it is characterised in that: described inner drum (11) bottom is in funnel-form, and drain pipe (15) is connected with the bottom centre of inner drum (11).

5. a kind of negative pressure as claimed in claim 1 and ultrasound wave degassing bubble glue heat-preserving container, it is characterized in that: described pressure-control valve (20) is arranged on the middle part of bung (2), pressure-control valve (20) is internal with heat-preserving container to be connected.