CN209246540U

CN209246540U - Dedusting drying equipment before a kind of foodstuff preservation

Info

Publication number: CN209246540U
Application number: CN201821933690.6U
Authority: CN
Inventors: 蓝文文
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-22
Filing date: 2018-11-22
Publication date: 2019-08-13
Anticipated expiration: 2028-11-22

Abstract

The utility model is suitable for agricultural technology field, provide dedusting drying equipment before a kind of foodstuff preservation, including casing assembly and processing assembly, the casing assembly includes cabinet, feed hopper, stock guide, heat transfer plate, discharge nozzle and dust cleaning case, the feed hopper is fixedly connected on the cabinet, the feed hopper is located at the lateral surface of the cabinet, and the stock guide is fixedly connected on the feed hopper；The heating wire can be heated to the box house, so that the inside of the entire cabinet is full of heat, and then realization is to the heating and dehumidification of grain, the blower be located at the stock guide lower section and the right opposite into dust hood, it is described into dust hood or the right end of the heat transfer plate to blow into light and small dust, to which grain and dust be separated, the collecting bag of strip is that cloth bag can collect dust in the air draft for wherein and not influencing the vacuum cleaner, dust is collected, and prevents the pollution to ambient enviroment.

Description

Dedusting drying equipment before a kind of foodstuff preservation

Technical field

The utility model belongs to dedusting drying equipment before agricultural technology field more particularly to a kind of foodstuff preservation.

Background technique

Particulate matter is removed from dusty gas to reduce the technical measures that it is discharged to atmosphere, dust-laden industrial waste gas or generation In mechanical processes such as the crushing of solid matter, screening, conveying, explosions, or results from burning, high-temperature fusion and chemical reaction and waited Journey, the former contains, and granularity is big, chemical component dust identical with former solid matter, and the latter contains small granularity, chemical property and life There is other flue dust at its substance, the generation of particulate matter can be reduced by improving production technology and combustion technology, and deduster is used extensively In dust and flue dust that control has generated.

Currently on the market when large granary storage grain, is dried, the moisture content in grain is dropped to Meet storage standard, otherwise the excessive grain of moisture content is unfavorable for storing, damage apt to deteriorate, to cause to waste, in grain In the process for eating drying, a large amount of dust can be generated, if not handling will be directly discharged in ambient enviroment, to ring around Cause environmental pollution in border.

Utility model content

The utility model provides dedusting drying equipment before a kind of foodstuff preservation, it is intended to solve large granary storage grain when It waits, is dried, the moisture content in grain is dropped to and meets storage standard, otherwise the excessive grain of moisture content is unfavorable In storage, damage apt to deteriorate, to cause to waste, in the process of grain heat-drying, a large amount of dust can be generated, if not Processing will be directly discharged in ambient enviroment, cause environmental pollution to ambient enviroment.

The utility model is realized in this way dedusting drying equipment before a kind of foodstuff preservation, including casing assembly and processing Component, the casing assembly include cabinet, feed hopper, stock guide, heat transfer plate, discharge nozzle and dust cleaning case, and the feed hopper is fixed It is connected to the cabinet, the feed hopper is located at the lateral surface of the cabinet, and the stock guide is fixedly connected on the feed hopper, The stock guide is located at the lower end of the feed hopper, and the heat transfer plate is fixedly connected on the cabinet, and the heat transfer plate is located at institute State the inner bottom surface of cabinet, the discharge nozzle and the dust cleaning case are fixedly connected in the cabinet, the discharge nozzle and described are removed Dirt case is located at the two sides of the cabinet, and the processing assembly includes blower, into dust hood, vacuum cleaner, collecting bag and heating wire, The blower and it is described be fixedly connected with into dust hood in the cabinet, the blower and described be located at the cabinet into dust hood Opposite lateral surface, the vacuum cleaner are fixedly connected on described into dust hood, and the vacuum cleaner is located at described into dust hood lateral surface, institute State heating wire and be fixedly connected on the cabinet, the heating wire is located at the bottom surface of the cabinet, the blower, the vacuum cleaner and The heating wire is electrically connected at external power supply.

Preferably, the stock guide is set as tilting, and the length of the stock guide is the half of the cabinet length.

Preferably, the blower is located at the stock guide lower end, and the blower is located at the right opposite into dust hood.

Preferably, the collecting bag is set as strip cloth bag, and the collecting bag is set in one end of the vacuum cleaner.

Preferably, the heat transfer plate is set as tilting, and the top of the slope of the heat transfer plate is located on the extended line of the stock guide, The left end of the heat transfer plate is longer than right end.

Preferably, the heat transfer plate and the tank floor form cavity, and the inside of the cavity contains the electric heating Silk.

Compared with prior art, the utility model has the beneficial effects that dedusting before a kind of foodstuff preservation of the utility model Drying equipment can be heated by the way that the heating wire is arranged to the box house, so that the entire cabinet Inside is full of heat, and then realizes that both grain directly contacted in order to prevent for the design of the heat transfer plate to the heating and dehumidification of grain The heating wire is scorched, and is separated also for by dust and grain, and the blower is located at the lower section of the stock guide and described Into the right opposite of dust hood, the grain slided from the stock guide and dust blow raising, so that light and small dust be blown Into described into dust hood or the right end of the heat transfer plate is to separate grain and dust, the damage and deterioration that grain is aqueous is avoided With the separation of dust, the collecting bag of strip is that dust collection can wherein and not influenced the vacuum cleaner by cloth bag Air draft, dust are collected, and prevent the pollution to ambient enviroment.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is that wind component structure diagram is adjusted in the utility model；

Fig. 3 is the tail structure schematic diagram of the utility model；

In figure: 1- casing assembly, 11- cabinet, 12- feed hopper, 13- stock guide, 14- heat transfer plate, 15- discharge nozzle, 16- are removed Dirt case, 2- processing assembly, 21- blower, 22- are into dust hood, 23- vacuum cleaner, 24- collecting bag, 25- heating wire.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: dedusting drying equipment before a kind of foodstuff preservation, packet Casing assembly 1 and processing assembly 2 are included, casing assembly 1 includes cabinet 11, feed hopper 12, stock guide 13, heat transfer plate 14, discharge nozzle 15 and dust cleaning case 16, feed hopper 12 is fixedly connected on cabinet 11, and feed hopper 12 is located at the lateral surface of cabinet 11, and stock guide 13 is fixed It is connected to feed hopper 12, stock guide 13 is located at the lower end of feed hopper 12, and heat transfer plate 14 is fixedly connected on cabinet 11, and heat transfer plate 14 In the inner bottom surface of cabinet 11, discharge nozzle 15 and dust cleaning case 16 are fixedly connected in cabinet 11, and discharge nozzle 15 and dust cleaning case 16 are distinguished Positioned at the two sides of cabinet 11, processing assembly 2 includes blower 21, into dust hood 22, vacuum cleaner 23, collecting bag 24 and heating wire 25, wind It machine 21 and is fixedly connected with into dust hood 22 in cabinet 11, blower 21 and is located at the opposite lateral surface of cabinet 11 into dust hood 22, Vacuum cleaner 23 is fixedly connected on into dust hood 22, and vacuum cleaner 23 is located at into 22 lateral surface of dust hood, and heating wire 25 is fixedly connected on cabinet 11, heating wire 25 is located at the bottom surface of cabinet 11, and blower 21, vacuum cleaner 23 and heating wire 25 are electrically connected at external power supply.

In the present embodiment, it can be internally heated to cabinet 11 by the way that heating wire 25 is arranged, so that entirely The inside of cabinet 11 is full of heat, and then realizes to the heating and dehumidification of grain, avoids the damage and deterioration of grain, the receipts of strip Collection bag 24 can contain many dusts, and the design of cloth bag can collect dust in the row for wherein and not influencing vacuum cleaner 23 Wind is collected the dust contained in grain, prevents the pollution to ambient enviroment.

In the present embodiment, by the way that the design of heat transfer plate 14 is arranged, both grain had directly contacted 25 quilt of heating wire in order to prevent It is burned, it is separated also for by dust and grain, blower 21 is located at the lower section of stock guide 13 and the right opposite into dust hood 22, can be with The grain slided from stock guide 13 and dust blow raising, to light and small dust is blown into dust hood 22, or heat transfer The right end of plate 14 is to separate grain and dust, and when in use, external power supply is successfully connected, and starting heating wire 25 first is to case Body 11 is internally heated, and subsequent start-up blower 21 upsets the air in cabinet 11, so that hot-air is vaporized entire Inside cabinet 11, then start vacuum cleaner 23, and grain is poured into from feed hopper 12, grain slides into stock guide with feed hopper 12 On 13, fall under the action of stock guide 13, the dust of a part of lighter in weight is blown by blower 21 during the falling process In dust hood 22, be then discharged in collecting bag 24 by vacuum cleaner 23, another part under the effect of blower 21 to right avertence, under fall on heat transfer The right end of plate 14 enters in dust cleaning case 16, grain due to heavier, under fall on the left end of heat transfer plate 14, thus from 15 row of discharge nozzle Out, the collection for carrying out grain is dusted grain and dries so that grain is convenient for storage, and is collected and avoids to dust The pollution of bottom ambient enviroment.

Further, stock guide 13 is set as tilting, and the length of stock guide 13 is the half of 11 length of cabinet；Blower 21 Positioned at 13 lower end of stock guide, and blower 21 is located at the right opposite into dust hood 22.

In the present embodiment, by the way that inclined stock guide 13 is arranged, facilitate the landing of grain and blowing for blower 21 The position of place and collection is provided, blower 21 is located at the lower section of stock guide 13 and the right opposite into dust hood 22, can will be from leading The grain and dust that flitch 13 slides blow raising, so that light and small dust is blown into dust hood 22 or heat transfer plate 14 Right end is laid a good foundation to separate grain and dust for grain and separating for dust.

Further, collecting bag 24 is set as strip cloth bag, and collecting bag 24 is set in one end of vacuum cleaner 23.

In the present embodiment, many dusts, the design of cloth bag can be contained by the way that the collecting bag 24 of strip is arranged Dust can be collected in the air draft for wherein and not influencing vacuum cleaner 23, the dust contained in grain is collected, is prevented pair The pollution of ambient enviroment.

Further, heat transfer plate 14 is set as tilting, and the top of the slope of heat transfer plate 14 is located on the extended line of stock guide 13, heat transfer The left end of plate 14 is longer than right end.

In the present embodiment, by the way that the design of heat transfer plate 14 is arranged, both grain had directly contacted 25 quilt of heating wire in order to prevent It is burned, it is separated also for by dust and grain, the left end of heat transfer plate 14 is longer than right end, when facilitating the whereabouts of grain and dust It collects respectively, realizes the purpose of categorised collection.

Further, heat transfer plate 14 and 11 bottom surface of cabinet form cavity, and the inside of cavity contains heating wire 25.

In the present embodiment, cavity is formed by setting heat transfer plate 14 and 11 bottom surface of cabinet, the inside of cavity contains The design of heating wire 25, cavity prevents, and grain directly contacts heating wire 25, prevents grain contact heating wire 25 from being burnt and being made At the damage of heating wire 25.

The working principle and process for using of the utility model: after the utility model installs, equipment is accessed into external electrical Source, first starting heating wire 25 are internally heated cabinet 11, and subsequent start-up blower 21 disturbs the air in cabinet 11 Disorderly, so that hot-air is vaporized inside entire cabinet 11, then start vacuum cleaner 23, and grain is poured into from feed hopper 12, grain Food slides on stock guide 13 with feed hopper 12, falls under the action of stock guide 13, during the falling process a part of weight Lighter dust is blown into dust hood 22 by blower 21, is then discharged in collecting bag 24 by vacuum cleaner 23, another part is in blower To right avertence under 21 effects, under fall on the right end of heat transfer plate 14 and enter in dust cleaning case 16, grain due to heavier, under fall on heat transfer plate 14 left end carries out the collection of grain to be discharged from discharge nozzle 15.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims

1. dedusting drying equipment before a kind of foodstuff preservation, it is characterised in that: described including casing assembly (1) and processing assembly (2) Casing assembly (1) includes cabinet (11), feed hopper (12), stock guide (13), heat transfer plate (14), discharge nozzle (15) and dust cleaning case (16), the feed hopper (12) is fixedly connected on the cabinet (11), and the feed hopper (12) is located at the outer of the cabinet (11) Side, the stock guide (13) are fixedly connected on the feed hopper (12), and the stock guide (13) is located at the feed hopper (12) Lower end, the heat transfer plate (14) is fixedly connected on the cabinet (11), and the heat transfer plate (14) is located at the cabinet (11) Inner bottom surface, the discharge nozzle (15) and the dust cleaning case (16) are fixedly connected in the cabinet (11), the discharge nozzle (15) The two sides of the cabinet (11) are located at the dust cleaning case (16),

The processing assembly (2) includes blower (21), into dust hood (22), vacuum cleaner (23), collecting bag (24) and heating wire (25), The blower (21) and it is described be fixedly connected with into dust hood (22) in the cabinet (11), the blower (21) and described into dust hood (22) be located at the opposite lateral surface of the cabinet (11), the vacuum cleaner (23) be fixedly connected on it is described into dust hood (22), For the vacuum cleaner (23) into dust hood (22) lateral surface described in, the heating wire (25) is fixedly connected on the cabinet (11), The heating wire (25) is located at the bottom surface of the cabinet (11), the blower (21), the vacuum cleaner (23) and the heating wire (25) it is electrically connected at external power supply.

2. dedusting drying equipment before a kind of foodstuff preservation as described in claim 1, it is characterised in that: the stock guide (13) sets It is set to inclination, and the length of the stock guide (13) is the half of the cabinet (11) length.

3. dedusting drying equipment before a kind of foodstuff preservation as described in claim 1, it is characterised in that: the blower (21) is located at Stock guide (13) lower end, and the blower (21) is located at the right opposite into dust hood (22).

4. dedusting drying equipment before a kind of foodstuff preservation as described in claim 1, it is characterised in that: the collecting bag (24) sets It is set to strip cloth bag, the collecting bag (24) is set in one end of the vacuum cleaner (23).

5. dedusting drying equipment before a kind of foodstuff preservation as described in claim 1, it is characterised in that: the heat transfer plate (14) sets It is set to inclination, the top of the slope of the heat transfer plate (14) is located on the extended line of the stock guide (13), a left side for the heat transfer plate (14) It holds longer than right end.

6. dedusting drying equipment before a kind of foodstuff preservation as described in claim 1, it is characterised in that: the heat transfer plate (14) and Cabinet (11) bottom surface forms cavity, and the inside of the cavity contains the heating wire (25).