CN201873618U

CN201873618U - Reaction tank for machining frosted glass

Info

Publication number: CN201873618U
Application number: CN2010206414262U
Authority: CN
Inventors: 申利丰
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-04
Filing date: 2010-12-04
Publication date: 2011-06-22
Anticipated expiration: 2020-12-04

Abstract

The utility model discloses a reaction tank for machining frosted glass, which comprises a tank body and a liquid supply pipe which injects material liquid into the tank body, wherein the tank body consists of two end walls, two side walls and a pond bottom, and the upper edges of the two side walls of the tank body are respectively provided with an arc or circular overflowing edge; and a rubber roller is arranged between the two end walls of the tank body, and the top end of the rubber roller is in parallel with or is slightly lower than the peaks of the two overflowing edges. The edge of the glass can be sealed without any adhesive tapes, so that the whole plane of the glass can be frosted or cleaned, therefore, the waste is reduced, and the use ratio of the glass is improved. The reaction tank can be matched with a glass transporting device driven by the rubber roller, the assembly line work can be realized, and the glass can not be damaged caused by carrying, so that the production efficiency and the yield are improved. The reaction tank can further be applied to machining matte glass only by changing chemical liquid in the tank body.

Description

The reaction tank that is used for mat glass processing

Technical field

The utility model relates to a kind of processing unit (plant) of mat glass, especially a kind of reaction tank that is used for mat glass processing.

Background technology

At present the mat glass of being sold on the domestic market (claiming emulsifying glass again) is to become translucent with the surface working that chemical process will common clear plate glass, and certain hidden effect is played in seeing through of minimizing light.

The working method of traditional single face mat glass is: 1, tape: two sheet glass are stacked together, with adhesive tape sealing all around, prevent that liquid from immersing; Two faces of two glass outsides then will be processed into the frosting face; 2, clean: with the crane shelf of slinging, the chemical cleaning solution of glass being put into service sink soaks, and removes the spot of glass surface; 3, frosting (chemical corrosion): with crane glass is put into frosted liquid, hang out after after a while and pause for some time, the frosted liquid that carries is back in the frosting pond; 4, clean behind the frosting: the chemical cleaning solution that the glass behind the frosting is put into service sink with crane soaks, and removes the frosted liquid that glass surface adheres to, and hangs out with hydraulic giant then and rinses well; 5, remove adhesive tape, dry or dry after promptly finish.In the above-mentioned working method, can also be according to the decorative pattern of the mat glass of required manufacturing, before the frosting at the glass surface pad pasting.

There is following weak point in the working method of this mat glass: 1, often occur immersing two blocks of glass of rubber belt sealing because of the rubber belt sealing imprecision causes frosted liquid, cause two blocks of glass to be the situation of unacceptable product; 2, transfer or be easy to generate when slinging glass breakage with crane; 3, glass need move between service sink, frosting pond, can't work continuously, and production efficiency is lower; 4, because of with around the rubber belt sealing glass, the edge that can cause glass can't frosting because of sealing, frosting not partly need be removed in use, thereby be caused waste.

The mechanical production line that Chinese patent application 03240093.4 provides a kind of horizontally placing process to produce mat glass, this production line utilize rubber roll to carry glass, make glass pass apparatus for coating and washing unit, thereby realize the serialization operation.This patent application does not provide the structure of apparatus for coating and washing unit, and traditional apparatus for coating and washing unit structure are comparatively complicated, and prolonged application chemical reagent (frosted liquid, scavenging solution), causes it fragile.

The utility model content

The technical problems to be solved in the utility model provide a kind of can be effectively to glass surface frosting, cleaning, and the reaction tank that is used for mat glass processing simple in structure.

For solving the problems of the technologies described above, the utility model includes the feed pipe that injects feed liquid in pond body and the Xiang Chiti, and the pond body constitutes at the bottom of by end walls, two side and pond, and its improvements are: the upper edge of body two side, pond is equipped with arc or circular bleeding edge; Be provided with rubber roll between the body end walls of pond, the summit of concordant ratio with the summit of bleeding edge in the top of rubber roll or bleeding edge is low slightly.

Feed pipe described in the utility model is positioned at the middle and lower part of pond body; Have spray hole on feed pipe, spray hole is positioned at the bottom of feed pipe or is respectively in two side lower parts of feed pipe.

The utility model is provided with the flow-stopping plate of inclination at last between at the bottom of two side and the pond; Described flow-stopping plate is flat board or arc.

The utility model is preferably in described feed pipe and is provided with bulb apparatus; The described bulb apparatus that goes is to be communicated with level pipe on the feed pipe, and the caliber of level pipe is communicated with vapor pipe greater than the caliber of feed pipe in the upper end of level pipe, and vapor pipe is provided with valve.

The utility model can be as service sink and the frosting pond in the mat glass processing, and its use is: feed liquid (scavenging solution, frosted liquid etc.) is continued to be injected in the body of pond by liquid feed device, and feed liquid is full of Chi Tihou and flows out from the two side; Because of the bleeding edge of side wall upper part is arc or circle, thereby make the intravital liquid level in pond keep horizontality; Sheet glass or mat glass move on the top of pond body under the effect of carrying roller; The sheet glass that moves or the lower plane of the glass behind the frosting contact with frosted liquid or scavenging solution, thereby realize the frosting of glass or the cleaning of the glass behind the frosting.

Adopt the beneficial effect that technique scheme produced to be: the utility model does not need the edge of rubber belt sealing glass, can make the whole plane of glass realize frosting or cleaning, thereby reduce waste, has improved the utilization ratio of glass.

The utility model can match with the glass conveyer device of rubber roll transmission, is provided with a plurality of on the integral production line or organizes the utility model more, utilizes the processes such as cleaning behind cleaning, frosting and the frosting before the utility model is realized glass frosting; So both can realize pipelining, and avoid the glass breakage that causes because of moving, thereby enhance productivity and yield rate.

The utility model also can be used in the processing of inferior light glass, only needs to change the intravital chemical liquid in pond.

Description of drawings

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail:

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is body square section, a utility model pond structural representation;

Fig. 3 is the structural representation of feed pipe in the body of the utility model pond.

Embodiment

Shown in Fig. 1,2, the reaction tank that originally is used for mat glass processing includes the pond body; The pond body is a cuboid, by constituting at the bottom of front bulkhead 6, aft end bulkhead 1, left side wall 11, right side wall 2 and the pond.In body middle and lower part, pond, be provided with feed pipe 10 along pond body long side direction, the input terminus of feed pipe 10 stretches out front bulkhead 6, and is connected with liquid feed device; Shown in Figure 3, have spray hole 12 being positioned on the intravital feed pipe 10 in pond, feed liquid (scavenging solution, frosted liquid) can enter feed pipe 10 from liquid feed device like this, and flow in the reaction tank from spray hole 12, can realize the injection feed liquid that continues in the body of pond like this; Also can adopt other modes in the body of pond, to inject feed liquid, as injecting or inject from body top, pond by flexible pipe from pond body bottom.

The pond body of this reaction tank is a cuboid, can cause the feed liquid of corner, body bottom, pond to flow slowly like this; And the feed liquid in the mat glass processing is formulated by chemical reagent, easily precipitation; So in use pile up sedimentary chemical reagent at corner location, cause feed liquid to make full use of and the difficulty of pond body cleaning through regular meeting.For improving above-mentioned situation, this reaction tank is provided with the flow-stopping plate 4 of inclination between at the bottom of two side and the pond; This flow-stopping plate 4 can be flat board or the arc between branch is listed at the bottom of the left side wall 11 of body both sides, pond and the pond, and flat board between at the bottom of right side wall 2 and the pond or arc; Also can be that two ends are connected with left side wall 11, right side wall 2, arc top and the structure that is connected at the bottom of the pond; Can certainly directly camber will be done at the bottom of the pond.Spray hole 12 in this reaction tank on the feed pipe is positioned at the bottom of feed pipe 10 or is respectively in two side lower parts of feed pipe 10, and the feed liquid in the feed pipe 10 can be by spray hole 12 downward or side-lower ejections like this, and the feed liquid of ejection is upwards rolled at the bottom of the pond; Flow-stopping plate 4 matches for being obliquely installed the feed liquid that makes it with rolling, and has effectively eliminated the existence of corner, has reduced the delay of feed liquid, thereby has avoided being detained the precipitation that causes because of feed liquid, makes the pond body be more prone to cleaning.

Shown in Fig. 1,2, this reaction tank is equipped with arcual bleeding edge 3 in the upper edge of pond body left side wall 11, right side wall 2, bleeding edge 3 also can be circular or other have the shape of radian, as long as guarantee change flow direction that feed liquid can be not rapid when bleeding edge 3 flows out, make the liquid level of feed liquid in the body of pond guarantee horizontality.The end walls of pond body is higher than the summit of bleeding edge or concordant with the summit of bleeding edge in this reaction tank, overflows from the overflow limit 3 of two side to guarantee the intravital feed liquid in pond, but not overflows from end walls.

Shown in Fig. 1,2, this reaction tank is provided with rubber roll 5 between the body end walls of pond, and the top of rubber roll 5 is concordant with the summit of bleeding edge 3; The top of rubber roll 5 also can a little higher than bleeding edge 3 the summit, as long as when guaranteeing that glass moves under rubber roll drives, the lower plane of glass can contact feed liquid, realize the cleaning or the frosting of glass are got final product.

This reaction tank is provided with liquid withdrawal system in the both sides of pond body; Liquid withdrawal system can be accumulator tank, pond for recovering or recycling bin, is used to reclaim the feed liquid of overflowing, and feed liquid can be recycled, and cuts the waste.The output terminal of the described feed pipe of this reaction tank by valve control be back to pond for recovering or, be back to pond for recovering by valve control behind at least 2 reaction tanks of feed pipe series connection; Feed liquid can form dynamic circulation between liquid feed device, feed pipe and pond for recovering like this, prevents the obstruction of feed liquid precipitation.

Shown in Figure 1, this reaction tank is provided with bulb apparatus on feed pipe 10; The described bulb apparatus that goes is to be communicated with level pipe 9 on the feed pipe 10, and the caliber of level pipe 9 is communicated with vapor pipe 7 greater than the caliber of feed pipe 10 in the upper end of level pipe 9, and vapor pipe is provided with valve 8.Like this, feed liquid because the caliber of level pipe 9 is thicker, reduces the pressure of feed liquid, flow velocity when the level pipe 9, and the bubble in the feed liquid, and is discharged in vapor pipe through vapor pipe 7 time to feed liquid top at the little situation float downward of slug flow speed, pressure.Described vapor pipe 7 preferably is communicated with liquid withdrawal system, to reclaim with the effusive feed liquid of bubble, cuts the waste.

Claims

1. reaction tank that is used for mat glass processing, it includes the feed pipe that injects feed liquid in pond body and the Xiang Chiti, and the pond body constitutes at the bottom of by end walls, two side and pond, and it is characterized in that: the upper edge of body two side, pond is equipped with arc or circular bleeding edge; Be provided with rubber roll between the body end walls of pond, the top of rubber roll is concordant with the summit of bleeding edge or lower slightly than the summit of bleeding edge.

2. the reaction tank that is used for mat glass processing according to claim 1, it is characterized in that: described feed pipe is positioned at the middle and lower part of pond body, has spray hole on feed pipe.

3. the reaction tank that is used for mat glass processing according to claim 2, it is characterized in that: described spray hole is positioned at the bottom of feed pipe or is respectively in two side lower parts of feed pipe.

4. the reaction tank that is used for mat glass processing according to claim 3 is characterized in that: the flow-stopping plate that is provided with inclination between at the bottom of two side and the pond; Described flow-stopping plate is flat board or arc.

5. be used for the reaction tank of mat glass processing according to described any one of claim 1-4, it is characterized in that: the both sides at the pond body are provided with liquid withdrawal system.

6. the reaction tank that is used for mat glass processing according to claim 5, it is characterized in that: the output terminal of described feed pipe is back to liquid withdrawal system by valve control, or is back to liquid withdrawal system by valve control behind at least 2 reaction tanks of feed pipe series connection.

7. the reaction tank that is used for mat glass processing according to claim 5, it is characterized in that: described liquid withdrawal system is accumulator tank, pond for recovering or recycling bin.

8. be used for the reaction tank of mat glass processing according to described any one of claim 1-4, it is characterized in that: the end walls of pond body is higher than the summit of bleeding edge.

9. be used for the reaction tank of mat glass processing according to described any one of claim 1-4, it is characterized in that: described feed pipe is provided with bulb apparatus; The described bulb apparatus that goes is to be communicated with level pipe on the feed pipe, and the caliber of level pipe is communicated with vapor pipe greater than the caliber of feed pipe in the upper end of level pipe, and vapor pipe is provided with valve.

10. the reaction tank that is used for mat glass processing according to claim 9 is characterized in that: vapor pipe is communicated with liquid withdrawal system.