CN205597042U - A oven device for processing is smoked to tealeaves - Google Patents

Abstract

The utility model discloses an oven device for processing is smoked to tealeaves, including stoving mechanism and the heat emergence mechanism that is used for holding tealeaves, it puts the frame to be equipped with in stoving mechanism's the box, put rotatable the fixing in the box of frame, be equipped with the baffle of laying on its inner wall in the box, be equipped with a plurality of gas vents on the baffle, set up fuel on the casing of heat emergence mechanism and go into the thorax mouth, the fuel combustion chamber sets up in the casing, it has a plurality of heat transfer pipes of bending to be equipped with on the fuel combustion chamber, the department of bending of heat transfer pipe is equipped with the deposition cover, the deashing mouth has been seted up on the casing, deposition cover and the butt joint of deashing mouth. Compared with the prior art, the utility model discloses changed traditional mechanical structure, it needs manual turnning and the problem stronger to artifical dependence to have overcome among the traditional baking oven, and the department of bending and the deposition that utilize the heat transfer pipe simultaneously are covered with the effect and clear away the smoke and dust, have product simple structure, and the quality of tealeaves has been guaranteed to the advantage that facilitates the use to it produces efficiency to have improved steam.

Description

A kind of baking oven device baking processing for Folium Camelliae sinensis

[technical field]

This utility model belongs to the technical field of tea-processing equipment, and particularly a kind of baking for Folium Camelliae sinensis is processed Baking oven device.

[background technology]

China is the native place of tea, tea making, the most thousand of years history of drinking tea, and famous-object is assembled, and principal item has green Tea, black tea, oolong tea, scented tea, Ramulus et Folium Mussaendae Pubescentis, yellow tea, postfermented tea.The tea polyphenols that contains in Folium Camelliae sinensis, catechin, Chlorophyll, caffeine, aminoacid, vitamins and other nutritious components are the most more, to anti-aging, anti-cancer, anticancer, Sterilization, antiinflammatory etc. have special-effect.

Folium Camelliae sinensis is with suitable And Development of Tea Shoot as raw material, and through completing, kneading, the typical process process such as drying manufactures Form.Tea leaf drier uses burning particles burning thus produces the mode of heat at present is baking oven offer heat Gas, the structure of this kind of hot-air generating furnace is generally arranged on the burner hearth in housing, and burner hearth is provided with For the opening of heat output, this opening is directly connected to baking oven by pipeline, but burning particles is in burning The steam produced is mingled with substantial amounts of black flue dust, this steam is directly used in drying tea leaves, it will sooting Folium Camelliae sinensis to be processed, reduces tea leaf quality, and time in this kind of tea leaf drier, Folium Camelliae sinensis is placed in baking oven It cannot be carried out rotating, therefore to make Folium Camelliae sinensis bake uniformly, operator need the most manual stirring, Working (machining) efficiency is the highest and quality is unstable.

[utility model content]

The purpose of this utility model solves the problems of the prior art exactly, proposes one and adds for Folium Camelliae sinensis baking The baking oven device of work, it is possible to eliminate the flue dust that fuel combustion produces, and make Folium Camelliae sinensis bake uniformly, reduce artificial Dependency, convenient operation, improve product quality and production efficiency.

For achieving the above object, the utility model proposes a kind of baking oven device baking processing for Folium Camelliae sinensis, Including drying mechanism and heat generating mechanism for accommodating Folium Camelliae sinensis, described heat generating mechanism is for for described Drying mechanism provides heat, and described drying mechanism includes having the air inlet being connected with described heat generating mechanism Casing, be provided with the laying rack for placing Folium Camelliae sinensis in described casing, described laying rack is rotating to be fixed on In the hollow cavity of casing, in described casing, it is provided with the dividing plate being laid on its inwall, described dividing plate and casing Between there is the steam passage gaps connected with air inlet, described dividing plate is provided with some for putting to described The air vent of steam discharged by frame, and described heat generating mechanism includes housing and the fuel combustion being contained in housing Thorax, described housing is offered fuel and enters thorax mouth, in described fuel combustion thorax is horizontally set on housing and with described Fuel enters the docking of thorax mouth, and described fuel combustion thorax is provided with the heat conveying pipe with some bendings, described heat Amount conveying pipe is connected with air inlet, and the bending part of described heat conveying pipe is provided with dust stratification cover, and described housing is opened Being provided with cleaning door, described dust stratification cover docks with described cleaning door.

As preferably, described fuel combustion thorax is provided with collector mat, described heat conveying pipe and described collector mat Connect, described heat conveying pipe has the bending part that bending angle is 180 degree.

As preferably, described heat conveying pipe top is provided with the second dust stratification cover, and described housing offers second Cleaning door, described second cleaning door and the docking of the second dust stratification cover, described second dust stratification cover offers with described The heat delivery port that in drying mechanism, air inlet connects.

As preferably, described dividing plate surrounds on the sidewall and roof of casing and is formed drying inner chamber, described every Plate forms a steam passage gaps being interconnected, described air inlet and steam with sidewall and the roof of casing Passage gaps connects.

As preferably, the top of described casing offers and dries the moisture exhausting port of inner space.

As preferably, described laying rack is rotationally connected through the two ends up and down of rotary shaft with casing, at the bottom of described casing Portion is provided with and the driving motor of described rotary shaft drive connection.

As preferably, the inwall of described casing is provided with insulating layer of asbestos.

The beneficial effects of the utility model: fuel of the present utility model enters thorax mouth for throwing in fuel combustion thorax The burning particles that thermal discharge produces, burning particles burns in fuel combustion thorax, produces with flue dust and heat Flue gas, this flue gas be discharged into heat conveying pipe in, flue dust by heat conveying pipe bending part constantly deposit And then stick in dust stratification cover, and this flue dust can be taken out by cleaning door, convenient for cleaning, cigarette during being somebody's turn to do Flue dust in gas is effectively eliminated, so that clean and cleaning steam is defeated to casing by air inlet Entering, this steam converges in steam passage gaps, air vent carry out defeated to the Folium Camelliae sinensis being placed on laying rack Sending, laying rack is by constantly rotating so that Folium Camelliae sinensis is baked uniform, stable, compared with prior art, and this reality Change traditional mechanical structure with novel, overcome convection oven needs manually stir and to artificial dependency relatively Strong problem, utilizes the bending part of heat conveying pipe and dust stratification to be covered with effect and remove flue dust simultaneously, has product knot Structure is simple, the convenient advantage used, it is ensured that the quality of Folium Camelliae sinensis, and improves steam generation efficiency.

Feature of the present utility model and advantage will combine accompanying drawing by embodiment and be described in detail.

[accompanying drawing explanation]

Fig. 1 is structural representation of the present utility model；

In figure: 1-air inlet, 2-casing, 3-laying rack, 4-dividing plate, 5-steam passage gaps, 6-aerofluxus Mouth, 7-housing, 8-fuel combustion thorax, 9-fuel enter thorax mouth, 10-heat conveying pipe, 11-dust stratification cover, 12- Cleaning door, 13-collector mat, 14-the second dust stratification cover, 15-the second cleaning door, 16-heat delivery port, 17-arrange Wet mouth, 18-drive motor, 19-insulating layer of asbestos.

[detailed description of the invention]

With reference to Fig. 1, this utility model includes the drying mechanism for accommodating Folium Camelliae sinensis and heat generating mechanism, described Heat generating mechanism is for providing heat for described drying mechanism, and described drying mechanism includes having and described heat The casing 2 of the air inlet 1 that amount generating mechanism connects, is provided with the laying rack for placing Folium Camelliae sinensis in described casing 2 3, in the rotating hollow cavity being fixed on casing 2 of described laying rack 3, in described casing 2, it is provided with laying The dividing plate 4 on wall within it, has the steam circulation connected with air inlet 1 between described dividing plate 4 and casing 2 Gap 5, described dividing plate 4 is provided with some air vents 6 for discharging steam to described laying rack 3, described Heat generating mechanism includes housing 7 and the fuel combustion thorax 8 being contained in housing 7, and described housing 7 is offered Fuel enters thorax mouth 9, and in described fuel combustion thorax 8 is horizontally set on housing 7 and with described fuel, to enter thorax mouth 9 right Connecing, described fuel combustion thorax 8 is provided with the heat conveying pipe 10 with some bendings, described heat conveying pipe 10 are connected with air inlet 1, and the bending part of described heat conveying pipe 10 is provided with dust stratification cover 11, described housing 7 On offer cleaning door 12, described dust stratification cover 11 docks with described cleaning door 12.After using such scheme, Fuel enters thorax mouth 9 and is firing for the burning particles that input heat in fuel combustion thorax 8 produces, burning particles Burning in material combustion chamber 8, produce with flue dust and the flue gas of heat, this flue gas is discharged in heat conveying pipe 10, Flue dust constantly deposits and then sticks in dust stratification cover 11 by the bending part of heat conveying pipe 10, by clearly This flue dust can be taken out by ash mouth 12, convenient for cleaning, and during being somebody's turn to do, the flue dust in flue gas is effectively eliminated, So that clean and cleaning steam is inputted to casing 2 by air inlet 1, this steam converges in thermal current In logical gap 5, air vent 1 carrying to the Folium Camelliae sinensis being placed on laying rack 3, laying rack 3 passes through Constantly rotate so that Folium Camelliae sinensis is baked uniformly, stablized.

Concrete, described fuel combustion thorax 8 is provided with collector mat 13, described heat conveying pipe 10 and described collection Heat cover 13 connection, described heat conveying pipe 10 has the bending part that bending angle is 180 degree.Described heat Amount conveying pipe 10 top is provided with the second dust stratification cover 14, and described housing 7 offers the second cleaning door 15, institute State the second cleaning door 15 to dock with the second dust stratification cover 14, described second dust stratification cover 14 offers and described baking The heat delivery port 16 that in dry mechanism, air inlet 1 connects.Collector mat 13 can be by the warm in fuel combustion thorax 8 Amount is collected and leads in heat conveying pipe 10, and the bending part that heat carries pipe 10 is arranged to bending angle 180 Degree, it is possible to increase the elimination factor of flue dust.

Concrete, described dividing plate 4 surrounds on the sidewall and roof of casing 2 and is formed drying inner chamber, described Dividing plate 4 forms a steam passage gaps 5 being interconnected, described air inlet with sidewall and the roof of casing 2 1 connects with steam passage gaps 5.The top of described casing 2 offers and dries the moisture exhausting port of inner space 17.Described laying rack 3 is rotationally connected through the two ends up and down of rotary shaft with casing 2, sets bottom described casing 2 Have and the driving motor 18 of described rotary shaft drive connection.The inwall of described casing 2 is provided with insulating layer of asbestos 19.Laying rack 3 is driven by driving motor 18 and makes it can rotate along rotary shaft, hence in so that Folium Camelliae sinensis is constantly In rotation process, steam is constantly carried to Folium Camelliae sinensis from surrounding by air vent 6, so that drying tea leaves More uniform, and can be discharged outside casing 2 by moisture exhausting port 17 owing to drying the dampness produced.

Above-described embodiment is to explanation of the present utility model, is not to restriction of the present utility model, any to this Scheme after utility model simple transformation belongs to protection domain of the present utility model.

Claims (7)

1. null1. the baking oven device baking processing for Folium Camelliae sinensis，Including drying mechanism and heat generating mechanism for accommodating Folium Camelliae sinensis，Described heat generating mechanism is for providing heat for described drying mechanism，It is characterized in that: described drying mechanism includes the casing (2) with the air inlet (1) being connected with described heat generating mechanism，The laying rack (3) for placing Folium Camelliae sinensis it is provided with in described casing (2)，In the rotating hollow cavity being fixed on casing (2) of described laying rack (3)，The dividing plate (4) being laid on its inwall it is provided with in described casing (2)，There is between described dividing plate (4) with casing (2) the steam passage gaps (5) connected with air inlet (1)，Described dividing plate (4) is provided with some air vents (6) for discharging steam to described laying rack (3)，Described heat generating mechanism includes housing (7) and the fuel combustion thorax (8) being contained in housing (7)，Offer fuel on described housing (7) and enter thorax mouth (9)，Described fuel combustion thorax (8) is horizontally set in housing (7) and enters thorax mouth (9) with described fuel and docks，Described fuel combustion thorax (8) is provided with heat conveying pipe (10) with some bendings，Described heat conveying pipe (10) is connected with air inlet (1)，The bending part of described heat conveying pipe (10) is provided with dust stratification cover (11)，Cleaning door (12) is offered on described housing (7)，Described dust stratification cover (11) is docked with described cleaning door (12).
2. A kind of baking oven device baking processing for Folium Camelliae sinensis, it is characterized in that: described fuel combustion thorax (8) is provided with collector mat (13), described heat conveying pipe (10) is connected with described collector mat (13), and described heat conveying pipe (10) has the bending part that bending angle is 180 degree.
3. A kind of baking oven device baking processing for Folium Camelliae sinensis, it is characterized in that: described heat conveying pipe (10) top is provided with the second dust stratification cover (14), the second cleaning door (15) is offered on described housing (7), described second cleaning door (15) is docked with the second dust stratification cover (14), and described second dust stratification cover (14) offers the heat delivery port (16) being connected with air inlet (1) in described drying mechanism.
4. A kind of baking oven device baking processing for Folium Camelliae sinensis, it is characterized in that: described dividing plate (4) surrounds on the sidewall and roof of casing (2) and forms drying inner chamber, described dividing plate (4) forms a steam passage gaps (5) being interconnected with sidewall and the roof of casing (2), and described air inlet (1) connects with steam passage gaps (5).
5. A kind of baking oven device baking processing for Folium Camelliae sinensis, it is characterised in that: the top of described casing (2) offers and dries the moisture exhausting port (17) of inner space.
6. A kind of baking oven device baking processing for Folium Camelliae sinensis, it is characterized in that: described laying rack (3) is rotationally connected through the two ends up and down of rotary shaft with casing (2), described casing (2) bottom is provided with the driving motor (18) with described rotary shaft drive connection.
7. 7. a kind of baking oven device baking processing for Folium Camelliae sinensis as described in any one in claim 1 to 6, it is characterised in that: the inwall of described casing (2) is provided with insulating layer of asbestos (19).