CN206929785U - Air-cooled slag-draining device - Google Patents

Abstract

Ash cooling device is the utility model is related to, specifically a kind of air-cooled slag-draining device of hazardous waste disposal industry.Including support meanss, dispersing device, cooling device, breaker, blanking device is turned round, air-cooled slag-draining device is arranged on below dual firing chamber by support meanss, and it is sequentially connected dispersing device, cooling device, breaker and revolution blanking device from top to bottom；Dispersing device includes housing, motor, transmission mechanism, power transmission shaft, toothrow, cooling device includes cooling air inlet, air supply duct, intake stack, air inlet and cooling housing, lime-ash after the burning of the utility model dual firing chamber is after dispersing device is broken up, avoid material and glue wall and caking phenomenon, increase material and be distributed on air supply duct both sides up and down with cooling down the contact surface of wind, intake stack, cooling wind fully contacts with material, improve cooling effectiveness, reduce energy resource consumption, simple in construction, good cooling results.

Description

Air-cooled slag-draining device

Technical field

It the utility model is related to ash cooling device, the air-cooled deslagging dress of specifically a kind of hazardous waste disposal industry Put.

Background technology

At present in danger wastes CIU, the lime-ash after dual firing chamber burns takes the mode of water cooling to be cooled down mostly After discharge, this mode water consumption is big, and needs to set single circulation, and water content is high in the lime-ash after cooling, no Beneficial to follow-up landfill disposal；Some systems use the air-cooled lime-ash type of cooling, but for lime-ash viscosity it is strong, be also easy to produce caking In the case of, cool down wind and lime-ash contact area is small, cooling effect is bad.

The content of the invention

The utility model aims to solve the problem that above mentioned problem, and the viscous wall of material and caking phenomenon, increasing are avoided the occurrence of so as to provide one kind Big material and the air-cooled slag-draining device for cooling down the contact area of wind, improving cooling effectiveness, reducing energy resource consumption.

The utility model solves described problem, and the technical scheme of use is：

A kind of air-cooled slag-draining device, including support meanss, dispersing device, cooling device, breaker, revolution blanking dress Put, air-cooled slag-draining device is arranged on below dual firing chamber by support meanss, and it is sequentially connected dispersing device from top to bottom, cooling Device, breaker and revolution blanking device；

Dispersing device includes housing, motor, and transmission mechanism, power transmission shaft, toothrow, transmission mechanism is by sprocket wheel and chain group Into, staggered toothrow is installed on power transmission shaft, power transmission shaft is connected with transmission mechanism, motor drive sprocket and chain, make Inputted for the power of power transmission shaft, drive drive axis；

Cooling device includes cooling air inlet, air supply duct, intake stack, air inlet and cooling housing, cooling air inlet The side of cooling housing is arranged on, is connected with air supply duct, air supply duct, which is surround, is arranged in cooling hull outside, on air supply duct Lower both sides are evenly equipped with some intake stacks, and intake stack enters cooling enclosure interior by cooling down the air inlet on housing；

Lime-ash after cooling is after breaker is broken, via revolution blanking device discharge.

Using the utility model of above-mentioned technical proposal, compared with prior art, the characteristics of it is protruded, is：

1. the lime-ash after dual firing chamber's burning after dispersing device is broken up, avoids material and glues wall and caking phenomenon, increase The contact surface of material and cooling wind.

2. blast pipe is distributed on ajutage both sides up and down, cooling wind fully contacts with material, improves cooling effectiveness, reduces Energy resource consumption.

Preferably, the further technical scheme of the utility model is：

Toothrow is cylindricality or truncated cone-shaped structure.

Brief description of the drawings

Fig. 1 is the utility model embodiment structural representation；

Fig. 2 is the main structure diagram of cooling device.

Fig. 3 is A-A cross section structure diagrams in Fig. 2.

Fig. 4 is the overlooking the structure diagram of dispersing device.

In figure：Dual firing chamber 1；Support meanss 2；Dispersing device 3；Cooling device 4；Breaker 5；Turn round blanking device 6； Motor 7；Transmission mechanism 8；Housing 9；Power transmission shaft 10；Toothrow 11；Air supply duct 12；Intake stack 13；Cooling air inlet 14；It is cold But housing 15；Air inlet 16.

Embodiment：

With reference to embodiment, the utility model is described in further detail, and purpose, which is only that, more fully understands the utility model Content, therefore, the cited case are not intended to limit the scope of protection of the utility model.

Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, a kind of air-cooled slag-draining device, including support meanss 2, dispersing device 3, cooling dress 4, breaker 5, revolution blanking device 6 are put, air-cooled slag-draining device is arranged on the lower section of dual firing chamber 1, support by support meanss 2 Device is steel construction piece.

Dispersing device 3 includes housing 9, motor 7, and transmission mechanism 8, power transmission shaft 10, toothrow 11, transmission mechanism 8 is by sprocket wheel Formed with chain, power transmission shaft 10 is connected with transmission mechanism 8, the drive sprocket of motor 7 and chain, and the power as power transmission shaft 10 is defeated Enter, driving power transmission shaft 10 rotates, and staggered toothrow 11 is provided with power transmission shaft 10, toothrow 11 is cylindricality or truncated cone-shaped knot Structure, during work, after danger wastes lime-ash is burnt by dual firing chamber 1, generally solid-state or semisolid, via in dispersing device 3 Toothrow 11 is broken up and power transmission shaft 10 is rotated after extruding, and can avoid material caking and wall sticking phenomenon, increases the volume of lime-ash, together When add with cooling wind contact area.

Cooling device 4 includes cooling air inlet 14, air supply duct 13, intake stack 12, air inlet 16 and cooling housing 15, Cooling air inlet 14 is connected, air supply duct 13 surround and is arranged in cooling shell positioned at the side of cooling housing 15 with air supply duct 13 The outside of body 15, air supply duct are evenly equipped with some intake stacks 12 in both sides about 13, and intake stack 12 is by cooling down on housing 15 Air inlet 14 enters the inside of cooling housing 15, and wind is cooled down during work and enters air supply duct 13 by cooling air inlet 14, via entering Wind pipeline 12 enters inside cooling housing 15, and lime-ash is cooled down simultaneously from upper and lower both direction, wind is cooled down and lime-ash is abundant Contact increases, and improves cooling effect, and the lime-ash after cooling is after breaker 5 further crushes, via the revolution row of blanking device 6 Go out.

Lime-ash after the burning of the utility model dual firing chamber 1 avoids material and glues wall and caking now after dispersing device 3 is broken up As increasing material with cooling down the contact surface of wind, intake stack 12 is distributed on air supply duct, and about 13 both sides, cool down wind and material Fully contact, improves cooling effectiveness, reduces energy resource consumption, simple in construction, good cooling results.

The preferably feasible embodiment of the utility model is the foregoing is only, not thereby limits to power of the present utility model Sharp scope, all equivalence changes made with the utility model specification and its accompanying drawing content, is both contained in of the present utility model Within interest field.

Claims (2)

1. a kind of air-cooled slag-draining device, including support meanss, dispersing device, cooling device, breaker, revolution blanking dress Put, it is characterised in that：Air-cooled slag-draining device is arranged on below dual firing chamber by support meanss, and it is sequentially connected from top to bottom beats It is in bulk to put, cooling device, breaker and revolution blanking device；

Dispersing device includes housing, motor, and transmission mechanism, power transmission shaft, toothrow, transmission mechanism is made up of sprocket wheel and chain, passes Staggered toothrow is installed, power transmission shaft is connected with transmission mechanism, motor drive sprocket and chain, as transmission on moving axis The power input of axle, drives drive axis；

Cooling device includes cooling air inlet, air supply duct, intake stack, air inlet and cooling housing, cooling air inlet and set In the side of cooling housing, it is connected with air supply duct, air supply duct, which is surround, is arranged in cooling hull outside, two above and below air supply duct Side is evenly equipped with some intake stacks, and intake stack enters cooling enclosure interior by cooling down the air inlet on housing；

Lime-ash after cooling is after breaker is broken, via revolution blanking device discharge.

2. air-cooled slag-draining device according to claim 1, it is characterised in that：Toothrow is cylindricality or truncated cone-shaped structure.