CN203824289U - Efficient ash removing device of honeycomb briquette dryer - Google Patents

Abstract

An efficient ash removing device of a honeycomb briquette dryer comprises a machine body, a feeding inlet, a combustion chamber, a support, a conveying belt, a drying chamber, a concrete arch, a heat preservation layer, a suction tube, a discharging opening, an ash removing device body and an exhaust device, the ash removing device body is arranged on the left side of the bottom of the machine body and comprises an ash removing hopper, a sieve plate, a residue outlet, an induced draft fan and a tube barrel A, the top of the ash removing hopper is connected with a bottom plate of the machine body, the sieve plate with sieve holes is arranged inside the ash removing hopper to be in an inclined state, the residue outlet is formed in the side wall of the ash removing hopper, one side of the residue outlet is aligned at the inclined sieve plate, the induced draft fan is arranged at the bottom of the ash removing hopper, the tube barrel A is connected with the bottom of the ash removing hopper, and the exhaust device is arranged on the left side of the ash removing device body. The exhaust device comprises an exhaust hopper and a tube barrel B, the top of the exhaust hopper is connected with the bottom plate of the machine body, and the purity of honeycomb briquette after two-time ash removing can be greatly improved.

Description

The efficient ash handling equipment of honeycomb briquette dryer

technical field:

The utility model relates to mechanical appurtenances, and the efficient ash disposal that is specifically related to a kind of honeycomb briquette dryer is put.

background technology:

Honeycomb briquette dryer is to dry the requisite machine of honeycomb briquette, traditional dryer can only simply be dried, can not accomplish the catharsis on honeycomb briquette, honeycomb briquette can produce a lot of dusts in the process of drying, these dusts can not be discharged drying chamber the very first time, thereby dust can be fallen on honeycomb briquette, on honeycomb briquette, can produce the very thick dust of one deck, dust can not get the long-time rear impurity that forms of cleaning of the very first time, the purity that can affect honeycomb briquette, provides a kind of new technical scheme in order to solve technique scheme spy.

utility model content:

The purpose of this utility model is the weak point existing in order to overcome above-mentioned prior art, and a kind of efficient ash handling equipment of honeycomb briquette dryer is provided, and it is easy to use, simple to operate, be easy to large-scale promotion application.

The technical solution adopted in the utility model is: a kind of efficient ash handling equipment of honeycomb briquette dryer, comprise body, charging aperture, combustion chamber, conveyer belt, drying chamber, concrete arch, heat-insulation layer, aspiration channel, discharging opening, ash handling equipment and air exhausting device, heat-insulation layer is positioned at the top of body, concrete arch is positioned under heat-insulation layer, the inner cavity forming of concrete arch is drying chamber, aspiration channel is positioned at drying chamber top, and the two-port of aspiration channel communicates with drying chamber inside, two ends, drying chamber left and right are respectively equipped with discharging opening and charging aperture, the inner bottom side of drying chamber is provided with conveyer belt, conveyer belt below is provided with combustion chamber, left side, combustion chamber is provided with ash handling equipment, ash handling equipment comprises ash disposal funnel, sieve plate, residue outlet, air-introduced machine and pipe bucket A, described ash disposal funnel top is connected with organism soleplate, the described sieve plate that is provided with sieve aperture is positioned at the inside of ash disposal funnel and becomes heeling condition, described residue outlet is positioned on the sidewall of ash disposal funnel, one side of residue outlet is alignd with inclination sieve plate bottom, described air-introduced machine is positioned at ash disposal funnel bottom, described pipe bucket A is connected with the bottom of ash disposal funnel, described air exhausting device is positioned at the left side of ash handling equipment, air exhausting device comprises air draft funnel and pipe bucket B, described air draft funnel top is connected with organism soleplate, described pipe bucket B is connected with the bottom of air draft funnel, pipe bucket B communicates with pipe bucket A.

The beneficial effects of the utility model are: honeycomb briquette arrives charging aperture by conveyer belt, enter in drying chamber from charging aperture, because drying chamber below is provided with combustion chamber, therefore honeycomb briquette can pass through combustion chamber heating, drying, in the process of drying, may produce fracture owing to being heated by some honeycomb briquette, having residue and dust occurs, therefore will residue and the dust of fracture be removed by ash handling equipment, so can produce downward suction and dust and residue can be sucked by being provided with air-introduced machine air-introduced machine with ash handling equipment bottom, dust and residue can arrive sieve plate simultaneously, due to the small volume of dust, therefore can pass through smoothly sieve plate, then can discharge by pipe bucket A, the volume of residue is larger, therefore can not pass through sieve plate, because sieve plate tilts, therefore the residue that volume is larger can arrive residue exit by the sieve plate tilting, residue can export discharge by residue, complete ash disposal for the first time, honeycomb briquette arrives air exhausting device by conveyer belt, air exhausting device can carry out secondary ash disposal to honeycomb briquette, the honeycomb briquette purity obtaining by twice ash disposal can improve greatly.

brief description of the drawings:

Fig. 1 is the utility model structural representation.

detailed description of the invention:

With reference to Fig. 1, a kind of efficient ash handling equipment of honeycomb briquette dryer, comprise body, charging aperture 1, combustion chamber 2, conveyer belt 4, drying chamber 5, concrete arch 6, heat-insulation layer 7, aspiration channel 3, discharging opening 8, ash handling equipment and air exhausting device, heat-insulation layer 7 is positioned at the top of body, concrete arch 6 is positioned at heat-insulation layer 7 times, the inner cavity forming of concrete arch 6 is drying chamber 5, aspiration channel 3 is positioned at drying chamber 5 tops, and the two-port of aspiration channel 3 communicates with drying chamber 5 inside, drying chamber 5 two ends, left and right are respectively equipped with discharging opening 8 and charging aperture 1, the inner bottom side of drying chamber 5 is provided with conveyer belt 4, under conveyer belt, 4 sides are provided with combustion chamber 2, 2 left sides, combustion chamber are provided with ash handling equipment, ash handling equipment comprises ash disposal funnel 9, sieve plate 11, residue outlet 10, air-introduced machine 12 and pipe bucket A13, described ash disposal funnel 9 tops are connected with organism soleplate, the described sieve plate that is provided with sieve aperture 11 is positioned at the inside of ash disposal funnel 9 and becomes heeling condition, described residue outlet 10 is positioned on the sidewall of ash disposal funnel 9, one side of residue outlet 10 is alignd with inclination sieve plate 11 bottoms, described air-introduced machine 12 is positioned at ash disposal funnel 9 bottoms, described pipe bucket A13 is connected with the bottom of ash disposal funnel 9, described air exhausting device is positioned at the left side of ash handling equipment, air exhausting device comprises air draft funnel 14 and pipe bucket B15, described air draft funnel 14 tops are connected with organism soleplate, described pipe bucket B15 is connected with the bottom of air draft funnel 14, pipe bucket B13 communicates with pipe bucket A13.Honeycomb briquette arrives charging aperture 1 by conveyer belt 4, enter in drying chamber 5 from charging aperture 1, because drying chamber 5 belows are provided with combustion chamber 2, therefore honeycomb briquette can pass through combustion chamber 2 heating, dryings, in the process of drying, may produce fracture owing to being heated by some honeycomb briquette, having residue and dust occurs, therefore will residue and the dust of fracture be removed by ash handling equipment, so dust and residue can be sucked by being provided with the downward suction of air-introduced machine 12 air-introduced machines 12 meeting generations with ash handling equipment bottom, dust and residue can arrive sieve plate 11 simultaneously, due to the small volume of dust, therefore can pass through smoothly sieve plate 11, then can discharge by pipe bucket A14, the volume of residue is larger, therefore can not pass through sieve plate 11, because sieve plate 11 tilts, therefore the residue that volume is larger can arrive residue by the sieve plate 11 tilting and export 10 places, residue can export 10 discharges by residue, complete ash disposal for the first time, honeycomb briquette arrives air exhausting device by conveyer belt, air exhausting device can carry out secondary ash disposal to honeycomb briquette, the honeycomb briquette purity obtaining by twice ash disposal can improve greatly.

Claims (1)

1. the efficient ash handling equipment of a honeycomb briquette dryer, comprise body, charging aperture, combustion chamber, conveyer belt, drying chamber, concrete arch, heat-insulation layer, aspiration channel, discharging opening, ash handling equipment and air exhausting device, it is characterized in that: heat-insulation layer is positioned at the top of body, concrete arch is positioned under heat-insulation layer, the inner cavity forming of concrete arch is drying chamber, aspiration channel is positioned at drying chamber top, and the two-port of aspiration channel communicates with drying chamber inside, two ends, drying chamber left and right are respectively equipped with discharging opening and charging aperture, the inner bottom side of drying chamber is provided with conveyer belt, conveyer belt below is provided with combustion chamber, left side, combustion chamber is provided with ash handling equipment, ash handling equipment comprises ash disposal funnel, sieve plate, residue outlet, air-introduced machine and pipe bucket A, described ash disposal funnel top is connected with organism soleplate, the described sieve plate that is provided with sieve aperture is positioned at the inside of ash disposal funnel and becomes heeling condition, described residue outlet is positioned on the sidewall of ash disposal funnel, one side of residue outlet is alignd with inclination sieve plate bottom, described air-introduced machine is positioned at ash disposal funnel bottom, described pipe bucket A is connected with the bottom of ash disposal funnel, described air exhausting device is positioned at the left side of ash handling equipment, air exhausting device comprises air draft funnel and pipe bucket B, described air draft funnel top is connected with organism soleplate, described pipe bucket B is connected with the bottom of air draft funnel, pipe bucket B communicates with pipe bucket A.