CN209735985U - Environment-friendly glass fiber dryer for producing glass fiber covered wire - Google Patents

Abstract

The utility model relates to an environment-friendly glass silk drying-machine that production glass silk envelope curve was used, including stoving case, trunk line, suction fan and industrial air purifier, its characterized in that: still including the charcoal groove and the flue gas collection mechanism that have active carbon placed inside, the stoving case constitute by stoving case shell, hot plate and heat dissipation grate net, all be provided with the hot plate on the inside top surface of shell, bottom surface and side, be provided with the heat dissipation grate net of inlaying the dress in stoving case side on the hot plate on the bottom surface, placed the charcoal groove on heat dissipation grate net the mechanism is collected to be provided with the flue gas jointly on the both sides wall of stoving case and front and back both ends, and each collection pipeline in the flue gas collection mechanism all is connected in the trunk line of arranging stoving case upper portion in, has the suction fan at the end connection of trunk line, has industrial air purifier through the pipe connection on the suction fan. The utility model discloses structural design scientific and reasonable has safe and reliable, purifying environment, reinforcing to the collection effect of flue gas, the advantage of easily realizing.

Description

Environment-friendly glass fiber dryer for producing glass fiber covered wire

Technical Field

The utility model belongs to wire rod processing equipment field relates to a glass silk drying-machine, especially an environment-friendly glass silk drying-machine that production glass silk envelope curve was used.

Background

The glass fiber covered wire is one of the main products in electromagnetic wire products, and has wide application and great market demand. Before producing the glass fiber covered wire, the surface of the glass fiber needs to be coated with a curing agent, and then the glass fiber coated with the curing agent is placed in a drying box for drying. In the baking process, the organic solvent in the curing agent begins to volatilize, a large amount of harmful gas, smoke, ointment and pungent smell are generated, the surrounding environment is seriously polluted, and the threat to the human health is caused.

In order to improve the situation, industrial air purification equipment is adopted in the industry, but because the drying box is in an open design, the effective collection of smoke dust and smell cannot be realized, and the air purification effect is not ideal; in addition, before the glass fiber is not completely dried, the curing agent coated on the surface of the glass fiber can drop downwards, and a large amount of curing agent is accumulated in the drying box in the past, so that after the glass fiber is heated, the curing agent can emit smell with higher pungent smell concentration than that generated by simply heating the curing agent on the glass fiber, and the health of workers is seriously influenced.

through a search for a patent publication, no patent publication that is the same as the present patent application is found.

Disclosure of Invention

An object of the utility model is to provide an environmental protection type glass silk drying-machine that production glass silk envelope curve was used that structural design scientific and reasonable, safe and reliable, purifying environment, reinforcing were to the collection effect of flue gas, easily realize.

The utility model provides a its technical problem realize through following technical scheme:

The utility model provides an environment-friendly glass silk drying-machine that production glass silk envelope curve was used, includes stoving case, trunk line, suction fan and industrial air purifier, its characterized in that: still including the charcoal groove and the flue gas collection mechanism that have active carbon placed inside, the stoving case constitute by stoving case shell, hot plate and heat dissipation grate net, stoving case shell set up the square tubular structure of import and export respectively for both ends around, all be provided with the hot plate on the inside top surface of shell, bottom surface and side, be provided with the heat dissipation grate net of inlaying the dress in stoving case side on the hot plate on the bottom surface, placed the charcoal groove on heat dissipation grate net the mechanism is collected to being provided with the flue gas jointly on the both sides wall of stoving case and front and back both ends, each collection pipeline on the mechanism is collected to the flue gas all connects in the trunk line of arranging stoving case upper portion in, has the suction fan at the end connection of trunk line, has industrial air purifier through the pipe connection on the suction fan.

The flue gas collecting mechanism consists of an in-box flue gas collecting unit and an air curtain flue gas collecting unit, the in-box flue gas collecting unit consists of side wall pipes, a first collecting pipe and a second collecting pipe which are transversely arranged on the side wall of the drying box at intervals in a penetrating manner, the side wall pipes which are oppositely arranged up and down are connected with the first collecting pipe together, and the first collecting pipe is connected to the main pipeline through the second collecting pipe; the air curtain flue gas collecting unit mainly comprises an air blower, an upper air outlet, a lower air inlet and a bottom pipe, wherein the upper air outlet is arranged at the upper parts of the inlet and the outlet at the two ends of the drying box, the lower air inlet is arranged at the bottom of the drying box opposite to the upper air outlet, the bottom pipe is arranged at the bottom of the lower air inlet, and the bottom pipe is connected with the first collecting pipe through a connecting pipe.

The utility model discloses an advantage and beneficial effect do:

1. According to the environment-friendly glass fiber dryer for producing glass fiber covered wires, the dropped curing agent can be collected in the carbon tank through the arrangement of the carbon tank, the volatile smell of the curing agent is absorbed through the activated carbon in the carbon tank, and after a batch of glass fibers are processed, the carbon tank can be pulled out to clean the activated carbon stained with the curing agent according to the degree of the dropped curing agent, so that the problem that the residual curing agent volatilizes toxic gas again is solved, and the volatilization concentration is reduced; simultaneously, through the setting of incasement flue gas collecting element, can carry out fine collection to the flue gas of incasement, through the setting of air curtain flue gas collecting element, make open-ended stoving case reach confined effect, the wind that blows off is collected by connecting the wind gap down, prevents volatilizing of smuggleing the toxic gas secretly.

2. The utility model has the advantages of scientific and reasonable structural design, have safe and reliable, purifying environment, reinforcing to the collection effect of flue gas, easily realize, be an environment-friendly glass fiber drying-machine that production glass fiber covered wire used that has higher novelty.

Drawings

FIG. 1 is a schematic structural view of the present invention (omitting a suction fan and an industrial air purifier);

fig. 2 is a schematic side view of the present invention (omitting the flue gas collecting unit in the box).

Reference numerals

1-a second collecting pipe, 2-a main pipeline, 3-a drying box, 4-a heating plate, 5-a carbon groove, 6-a heat dissipation grate net, 7-a bottom pipe, 8-a first collecting pipe, 9-a side wall pipe, 10-an upper air outlet, 11-an air blower and 12-a lower air outlet.

Detailed Description

The present invention will be described in further detail with reference to specific examples, which are provided for illustrative purposes only, and are not intended to be limiting, and the scope of the present invention should not be limited thereby.

The utility model provides an environment-friendly glass fiber dryer that production glass fiber covered wire was used, includes stoving case 3, trunk line 2, suction fan and industrial air purifier, its innovation part lies in: still including the charcoal groove 5 and the flue gas collection mechanism that have active carbon placed inside, the stoving case constitute by stoving case shell, hot plate 4 and heat dissipation grate 6, stoving case shell set up the square tubular structure of import and export respectively for both ends around, all be provided with the hot plate on the inside top surface of shell, bottom surface and side, be provided with the heat dissipation grate net of inlaying the dress in stoving case side on the hot plate on the bottom surface, placed the charcoal groove on heat dissipation grate net the mechanism is collected to being provided with the flue gas jointly on the both sides wall of stoving case and both ends around and, each collection pipeline on the mechanism is collected to the flue gas all connects in the trunk line of arranging stoving case upper portion in, has the suction fan at the end connection of trunk line, has industrial air purifier through the pipe connection on the suction fan.

The flue gas collecting mechanism consists of an in-box flue gas collecting unit and an air curtain flue gas collecting unit, the in-box flue gas collecting unit consists of side wall pipes 9, a first collecting pipe 8 and a second collecting pipe 1 which are transversely arranged on the side wall of the drying box at intervals in a penetrating manner, the side wall pipes which are oppositely arranged up and down are connected with the first collecting pipe together, and the first collecting pipe is connected to the main pipeline through the second collecting pipe; the air curtain flue gas collecting unit mainly comprises an air blower 11, an upper air outlet 10, a lower air outlet 12 and a bottom pipe 7, wherein the upper parts of the inlet and the outlet at the two ends of the drying box are provided with the upper air outlet, the bottom of the drying box, which is opposite to the upper air outlet, is provided with the lower air outlet, the bottom of the lower air outlet is provided with the bottom pipe, and the bottom pipe is connected with the first collecting pipe through a connecting pipe.

The utility model can collect the dripping curing agent into the carbon groove through the arrangement of the carbon groove, adsorb the volatile smell through the active carbon in the carbon groove, and after a batch of glass filaments are processed, the carbon groove can be pulled out to clean the active carbon stained with the curing agent according to the degree of dripping curing agent, thereby avoiding the problem that the residual curing agent volatilizes toxic gas again and reducing the volatilization concentration; simultaneously, through the setting of incasement flue gas collecting element, can carry out fine collection to the flue gas of incasement, through the setting of air curtain flue gas collecting element, make open-ended stoving case reach confined effect, the wind that blows off is collected by connecting the wind gap down, prevents volatilizing of smuggleing the toxic gas secretly.

although the embodiments of the present invention and the accompanying drawings are disclosed for illustrative purposes, those skilled in the art will appreciate that: various substitutions, changes and modifications are possible without departing from the spirit and scope of the present invention and the appended claims, and therefore, the scope of the present invention is not limited to the disclosure of the embodiments and the accompanying drawings.

Claims (2)

1. The utility model provides an environment-friendly glass silk drying-machine that production glass silk envelope curve was used, includes stoving case, trunk line, suction fan and industrial air purifier, its characterized in that: still including the charcoal groove and the flue gas collection mechanism that have active carbon placed inside, the stoving case constitute by stoving case shell, hot plate and heat dissipation grate net, stoving case shell set up the square tubular structure of import and export respectively for both ends around, all be provided with the hot plate on the inside top surface of shell, bottom surface and side, be provided with the heat dissipation grate net of inlaying the dress in stoving case side on the hot plate on the bottom surface, placed the charcoal groove on heat dissipation grate net the mechanism is collected to being provided with the flue gas jointly on the both sides wall of stoving case and front and back both ends, each collection pipeline on the mechanism is collected to the flue gas all connects in the trunk line of arranging stoving case upper portion in, has the suction fan at the end connection of trunk line, has industrial air purifier through the pipe connection on the suction fan.

2. The environment-friendly glass fiber dryer for producing glass fiber covered wires according to claim 1, wherein: the flue gas collecting mechanism consists of an in-box flue gas collecting unit and an air curtain flue gas collecting unit, the in-box flue gas collecting unit consists of side wall pipes, a first collecting pipe and a second collecting pipe which are transversely arranged on the side wall of the drying box at intervals in a penetrating manner, the side wall pipes which are oppositely arranged up and down are connected with the first collecting pipe together, and the first collecting pipe is connected to the main pipeline through the second collecting pipe; the air curtain flue gas collecting unit mainly comprises an air blower, an upper air outlet, a lower air inlet and a bottom pipe, wherein the upper air outlet is arranged at the upper parts of the inlet and the outlet at the two ends of the drying box, the lower air inlet is arranged at the bottom of the drying box opposite to the upper air outlet, the bottom pipe is arranged at the bottom of the lower air inlet, and the bottom pipe is connected with the first collecting pipe through a connecting pipe.