CN214950433U

CN214950433U - Laver drying equipment

Info

Publication number: CN214950433U
Application number: CN202120933311.9U
Authority: CN
Inventors: 陈进车
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-04-30
Filing date: 2021-04-30
Publication date: 2021-11-30
Anticipated expiration: 2031-04-30

Abstract

A laver drying device comprises a heating device, heating tube and baking house, the firing equipment produces the heat and transmits to the baking house in through heating tube, the baking house includes high temperature baking house and low temperature baking house, the high temperature baking house includes high temperature upper strata and high temperature lower floor, the low temperature baking house includes low temperature upper strata and low temperature lower floor, be separated from top to bottom through the high temperature interlayer between high temperature upper strata and the high temperature lower floor, both ends respectively are equipped with a high temperature through-hole around the high temperature interlayer, be equipped with the high temperature fan in the high temperature upper strata, high temperature upper strata front end links to each other with heating tube, high temperature lower floor front end is equipped with the export, be separated from top to bottom through the low temperature interlayer between low temperature upper strata and the low temperature lower floor, both ends respectively are equipped with a low temperature through-hole around the low temperature interlayer, be equipped with the low temperature fan in the low temperature upper strata, low temperature upper strata front end is equipped with the air exit, low temperature upper strata rear end is equipped with the cold wind import, low temperature lower floor front end is equipped with the import, be equipped with the passageway of intercommunication between high temperature lower floor rear end and the low temperature lower floor rear end.

Description

Laver drying equipment

Technical Field

The utility model relates to a laver drying equipment especially relates to a large-scale laver drying equipment.

Background

Application number is 202011080311.5, and the name is laver drying equipment discloses laver drying equipment, including firing equipment, pipeline and baking house, firing equipment production heat passes through the pipeline and transmits to the baking house in, the baking house is equipped with the high temperature room outward, and the baking house includes first baking house and second baking house, first baking house and second baking house all are equipped with air-supply line, qianmen, air inlet window, exhaust window, conveyer belt, circulating fan and a plurality of supporter, still are equipped with the air door between first baking house and the second baking house, the air-supply line is linked together with the high temperature room, still is equipped with the shielding plate between the air-supply line of first baking house and the air-supply line of second baking house, the intercommunication between shielding plate control air-supply line and the high temperature room, laver drying equipment of this kind of structure though can realize energy-conservation, processing save time, the effectual effect of finished product processing, nevertheless need switch over the wind direction of the air inlet between two baking houses and the air-out, certain requirements are required for a fan motor and manual operation, and the requirement of simple processing operation cannot be met.

Disclosure of Invention

The utility model discloses the technical problem that will solve is: provides the laver drying equipment which has the advantages of energy conservation, time-saving processing, good processing effect of finished products and simple processing operation.

In order to solve the technical problem, the utility model discloses a following technical scheme: laver drying equipment, including heating equipment, heating pipeline and baking house, heating equipment produces the heat and transmits to the baking house in through heating pipeline, the baking house includes high temperature baking house and low temperature baking house, high temperature baking house includes high temperature upper strata and high temperature lower floor, low temperature baking house includes low temperature upper strata and low temperature lower floor, separate from top to bottom through the high temperature interlayer between high temperature upper strata and the high temperature lower floor, both ends respectively are equipped with a high temperature through-hole around the high temperature interlayer, and high temperature upper strata and high temperature lower floor are linked together through two high temperature through-holes, are equipped with the high temperature fan in the high temperature upper strata, and high temperature upper strata front end links to each other with heating pipeline, high temperature lower floor front end is equipped with the export, separate from top to bottom through the low temperature interlayer between low temperature upper strata and the low temperature lower floor, both ends respectively are equipped with a low temperature through-hole around the low temperature interlayer, and low temperature upper strata and low temperature lower floor are linked together through two low temperature through-holes, the low temperature fan is arranged in the low temperature upper layer, the air outlet is formed in the front end of the low temperature upper layer, the cold air inlet is formed in the rear end of the low temperature upper layer, the inlet is formed in the front end of the low temperature lower layer, and a passageway communicated with the rear end of the high temperature lower layer is formed between the rear end of the high temperature lower layer and the rear end of the low temperature lower layer.

The utility model provides a laver drying equipment's beneficial effect is: the high-temperature drying room and the low-temperature drying room are arranged, so that low-temperature pre-drying of wet laver can be realized, pre-dried dry laver is transferred from the low-temperature drying room to the high-temperature drying room through a passageway, high-temperature drying of finished products is carried out, concretely, heat is input from heating equipment through a heating pipeline in a high-temperature upper layer of the high-temperature drying room, then the heat enters a high-temperature lower layer through a high-temperature through hole in the front end of a high-temperature interlayer, the pre-dried dry laver in the high-temperature lower layer is subjected to high-temperature drying of finished products, meanwhile, under the action of a high-temperature fan, air at the rear end of the high-temperature lower layer enters the high-temperature upper layer through a high-temperature through hole in the rear end of the high-temperature interlayer, and then enters the high-temperature lower layer through a high-temperature through hole in the front end of the high-temperature interlayer together with the heat input by the heating pipeline, and ready high-temperature internal circulation is realized The low-temperature internal circulation is realized in the low-temperature drying room under the action of the low-temperature fan, the air flow direction of the low-temperature internal circulation flows from the rear end of the low-temperature lower layer to the front end of the low-temperature lower layer, then flows into the low-temperature upper layer through the low-temperature through hole at the front end of the low-temperature interlayer, as a large amount of water vapor is generated in the process of pre-drying wet laver in the low-temperature lower layer, partial water vapor is discharged from the air outlet at the front end of the low-temperature upper layer after entering the low-temperature upper layer, meanwhile, a part of water vapor flows towards the rear end of the low-temperature upper layer through the low-temperature fan, and then enters the rear end of the low-temperature lower layer through the low-temperature through hole at the rear end of the low-temperature interlayer to form low-temperature internal circulation, and the cold air inlet at the rear end of the low-temperature upper layer can input external cold air to cool the air flowing from the high-temperature drying room to ensure that the low-temperature drying room reaches proper temperature, the laver drying equipment with the structure only needs to move laver, the exchange between the high-temperature drying room and the low-temperature drying room is realized without switching the heating pipeline, the structure is simpler and more convenient, and the processing operation is simpler.

Further, all be equipped with the conveyer belt in high temperature lower floor and the low temperature lower floor, be equipped with the supporter on the conveyer belt, intraformational conveyer belt conveys backward by the import under the low temperature, and intraformational conveyer belt conveys toward the export by the rear end under the high temperature, passageway department is equipped with the passageway conveyer belt, the passageway conveyer belt conveys toward high temperature lower floor rear end by low temperature lower floor rear end, through the transmission of conveyer belt, makes the supporter remove more convenient laborsaving.

Furthermore, the heating pipeline is provided with an adjusting fan, the adjusting fan controls the speed of heat transmission of the heating equipment into the drying room through the heating pipeline, and the temperature in the high-temperature drying room is reasonably controlled through the adjusting fan.

The laver drying device provided by the present invention will be described in further detail with reference to the accompanying drawings and embodiments.

Drawings

Fig. 1 is a schematic structural diagram of the laver drying device provided by the utility model.

Fig. 2 is a schematic view of the structure of fig. 1 with the top of the drying room removed.

Fig. 3 is a schematic view of the structure of fig. 1 with the high temperature upper layer and the low temperature upper layer removed.

Detailed Description

As shown in fig. 1-3, the laver drying device provided by the present invention comprises a heating device, a heating pipeline 4 and a drying room 1, wherein the heat generated by the heating device is transmitted into the drying room 1 through the heating pipeline, the drying room 1 comprises a high temperature drying room 2 and a low temperature drying room 3, the high temperature drying room 2 comprises a high temperature upper layer 21 and a high temperature lower layer 22, the low temperature drying room 3 comprises a low temperature upper layer 31 and a low temperature lower layer 32, the high temperature upper layer 21 and the high temperature lower layer 22 are vertically separated by a high temperature interlayer 23, the front and rear ends of the high temperature interlayer 23 are respectively provided with a high temperature through hole 24, the high temperature upper layer 21 and the high temperature lower layer 22 are communicated through two high temperature through holes 24, a high temperature fan 25 is arranged in the high temperature upper layer 21, the front end of the high temperature upper layer 21 is connected with the heating pipeline 4, the front end of the high temperature lower layer 22 is provided with an outlet 5, the low temperature upper layer 31 and the low temperature lower layer 32 are vertically separated by a low temperature interlayer 33, the front end and the rear end of the low-temperature interlayer 33 are respectively provided with a low-temperature through hole 34, the low-temperature upper layer 31 and the low-temperature lower layer 32 are communicated through the two low-temperature through holes 34, a low-temperature fan 35 is arranged in the low-temperature upper layer 31, the front end of the low-temperature upper layer 31 is provided with an air outlet 36, the rear end of the low-temperature upper layer 31 is provided with a cold air inlet 37, the front end of the low-temperature lower layer 32 is provided with an inlet 6, a passageway 7 communicated with the rear end of the high-temperature lower layer 22 and the rear end of the low-temperature lower layer 32 is provided with a conveyor belt 9, the conveyor belt 9 is provided with a storage rack 8, the conveyor belt 9 in the low-temperature lower layer 32 is conveyed backwards from the inlet 6, the conveyor belt 9 in the high-temperature lower layer 22 is conveyed from the rear end to the outlet 5, a passageway conveyor belt 10 is arranged at the position of the passageway 7, the passageway conveyor belt 10 is conveyed from the rear end of the low-temperature lower layer 32 to the rear end of the high-temperature lower layer 22, the heating pipeline 4 is provided with an adjusting fan, the regulating fan controls the speed of heat transfer from the heating device into the drying room 1 through the heating pipeline 4.

Claims

1. The utility model provides a laver drying equipment, includes firing equipment, heating tube (4) and baking house (1), and firing equipment produces heat and transmits its characterized in that to baking house (1) in through heating tube: the drying room (1) comprises a high-temperature drying room (2) and a low-temperature drying room (3), the high-temperature drying room (2) comprises a high-temperature upper layer (21) and a high-temperature lower layer (22), the low-temperature drying room (3) comprises a low-temperature upper layer (31) and a low-temperature lower layer (32), the high-temperature upper layer (21) and the high-temperature lower layer (22) are vertically separated from each other through a high-temperature interlayer (23), the front end and the rear end of the high-temperature interlayer (23) are respectively provided with a high-temperature through hole (24), the high-temperature upper layer (21) and the high-temperature lower layer (22) are communicated through two high-temperature through holes (24), a high-temperature fan (25) is arranged in the high-temperature upper layer (21), the front end of the high-temperature upper layer (21) is connected with a heating pipeline (4), the front end of the high-temperature lower layer (22) is provided with an outlet (5), the low-temperature upper layer (31) and the low-temperature lower layer (32) are vertically separated from each other through a low-temperature interlayer (33), both ends respectively are equipped with a low temperature through-hole (34) around low temperature interlayer (33), and low temperature upper strata (31) and low temperature lower floor (32) are linked together through two low temperature through-holes (34), are equipped with low temperature fan (35) in low temperature upper strata (31), and low temperature upper strata (31) front end is equipped with air exit (36), and low temperature upper strata (31) rear end is equipped with cold wind import (37), low temperature lower floor (32) front end is equipped with import (6), is equipped with passageway (7) of intercommunication between high temperature lower floor (22) rear end and low temperature lower floor (32) rear end.

2. The laver drying apparatus of claim 1, wherein: all be equipped with conveyer belt (9) in high temperature lower floor (22) and low temperature lower floor (32), be equipped with supporter (8) on conveyer belt (9), conveyer belt (9) in low temperature lower floor (32) are by import (6) backward conveying, and conveyer belt (9) in high temperature lower floor (22) are by rear end toward export (5) conveying, passageway (7) department is equipped with passageway conveyer belt (10), passageway conveyer belt (10) are by low temperature lower floor (32) rear end toward high temperature lower floor (22) rear end conveying.

3. The laver drying apparatus of claim 1, wherein: the heating device is characterized in that an adjusting fan is arranged on the heating pipeline (4), and the adjusting fan controls the speed of heat transmission of the heating device into the drying room (1) through the heating pipeline (4).