CN208223118U

CN208223118U - One cultivates peanut baking machine

Info

Publication number: CN208223118U
Application number: CN201820737745.XU
Authority: CN
Inventors: 张静; 纪广立
Original assignee: Guizhou Mei You Food Co Ltd
Current assignee: Guizhou Mei You Food Co Ltd
Priority date: 2018-05-17
Filing date: 2018-05-17
Publication date: 2018-12-11
Anticipated expiration: 2028-05-17

Abstract

The utility model belongs to peanut apparatus field more particularly to one cultivates peanut baking machine, including a drying unit；Drying unit is a closed body structure, is equipped with drying conveyor in drying unit, has entrance and escape pipe at the top of drying unit, the outside of drying unit is equipped with the electrocaloric effect being connected to drying unit bottom pipe, is equipped on drying conveyor and stirs brush.The technical effect of the utility model are as follows: the utility model stirs brush to setting on drying conveyor, it can constantly roll to peanut, while use external electrocaloric effect, peanut is dried using hot wind, the problem of electrothermal tube direct baking peanut in solving background technique, burned one side.

Description

One cultivates peanut baking machine

Technical field

It cultivates peanut baking machine the utility model relates to peanut apparatus field more particularly to one.

Background technique

Peanut is popular food, and common packed ripe peanut generally passes through immersion, boiling, drying course in the market, In baking process, routine techniques, such as a kind of utility model patent " baking machine " of CN201248631Y, CN107997201A Patent of invention " multilayer peanut baking machine " all directly toasts peanut using heating tube, has the following problems: peanut one side It is direct toasted by electrothermal tube, and another side causes peanut half to be scorched back to electrothermal tube, the other half moisture content also compares Greatly；Peanut leads to the partial moisture that can absorb environment while cooling, does not carry out UTILIZATION OF VESIDUAL HEAT IN without a dry cooling procedure.

Utility model content

It cultivates peanut baking machine in order to solve the above technical problems, the utility model provides one, the utility model passes through following Technical solution is achieved.

Provided by the utility model one cultivates peanut baking machine, including a drying unit；Drying unit is a closed cabinet Structure is equipped with drying conveyor in drying unit, there is entrance and escape pipe, the external peace of drying unit at the top of drying unit Equipped with the electrocaloric effect being connected to drying unit bottom pipe, it is equipped on drying conveyor and stirs brush.

The working principle of the utility model are as follows: peanut enters in drying unit by entrance, on drying conveyor slowly Movement, heat is dried or is directly installed on the bottom of drying unit by additional motor in electrocaloric effect, so that in electrocaloric effect Heat is transported to drying unit, and stir brush the peanut on drying conveyor is stirred so that the every one side of peanut all by It is hot uniform.

The technical effect of the utility model are as follows: the utility model stirs brush to setting on drying conveyor, can be constantly right Peanut rolls, while using external electrocaloric effect, is dried using hot wind to peanut, electric in solving background technique The problem of heat pipe direct baking peanut, burned one side.

Meanwhile in order to increase time of the peanut in drying equipment, and reduce the volume of drying equipment, the drying passes Send band at least there are two, upper and lower arranged in dislocation.

Further, in order to increase the rolling number of peanut, the brush that stirs on each drying conveyor is at least two It is a.

Further, in order to avoid occurring condensed fluid on drying unit inner wall, the escape pipe at least two, The top of the drying equipment of even setting.

Further, in order to solve the problems, such as that waste heat is unused, the utility model additionally provides preferred embodiment: further including collection Hot tank has a plurality of gas off-take inside heat-collecting box, and gas off-take is connect with escape pipe, other interior zones other than the gas off-take of heat-collecting box To collect hot-zone, collection hot-zone is connected to by pipeline with electrocaloric effect, which can absorb part of waste heat and enter electrocaloric effect, reduce use Electricity.

Further, in order to solve the problems, such as conventional drying unit without cooling equipment, the utility model is additionally provided preferably Scheme: further including cooling device, which is a closed body structure, and top right-hand side has a cooling entrance, and inside has cold But conveyer belt, left lower side have a coolant outlet, and the left side is connected with dehumidifier, blower in turn by pipeline；Cooling entrance and drying The bottom of device connects.

Further, in order to solve the problems, such as UTILIZATION OF VESIDUAL HEAT IN and electrocaloric effect power, pass through on the right of the cooling device Pipeline is connected to the collection hot-zone of heat-collecting box, with this by the wind of blower successively through inside apparatus for supercooling, heat-collecting box collection hot-zone, electricity Inside hot tank, drying unit, escape pipe, heat-collecting box, both can use the waste heat in cooling device, also can solve electrocaloric effect heat The dynamical problem of wind conveying.

Further, overhead gage is also equipped on the interior zone upper wall of the cooling device, on interior zone lower wall Lower baffle plate is installed, overhead gage, lower baffle plate intersection are mounted on a wall, and it is serpentine which, which can be such that the wind of cooling device moves towards, So that the cooling effect of peanut is more excellent.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

In figure: 100- drying unit, 101- drying conveyor, 102- stir brush, 103- entrance, 104- escape pipe, 105- Heat-collecting box, 106- electrocaloric effect, 200- cooling device, the cooling entrance of 201-, 202- cooling conveyer belt, 203- coolant outlet, 204- Blower, 205- dehumidifier, 206- overhead gage, 207- lower baffle plate.

Specific embodiment

Be described further below the technical solution of the utility model, but claimed range be not limited to it is described.

As shown in Figure 1 one cultivates peanut baking machine, including a drying unit 100；Drying unit 100 is a closed cabinet Structure is equipped with drying conveyor 101 in drying unit 100, and entrance 103 and escape pipe 104 are arranged at the top of drying unit 100, The outside of drying unit 100 is equipped with the electrocaloric effect 106 being connected to 100 bottom of drying unit, is equipped on drying conveyor 101 Stir brush 102.Peanut enters in drying unit by entrance, slowly moves on drying conveyor, and heat is logical in electrocaloric effect It crosses additional motor blowing or is directly installed on the bottom of drying unit, so that heat is transported to drying unit in electrocaloric effect, heat Wind dries peanut, the electrothermal tube direct baking peanut in solving background technique, and stirs brush to drying conveyor On peanut stirred so that the every one side of peanut is all heated evenly, solve the problems, such as burned one side,.

In certain embodiments, drying conveyor 101 at least there are two, upper and lower arranged in dislocation, the present embodiment is selected as four A, which can increase time of the peanut in drying equipment, and reduce the volume of drying equipment.

In certain embodiments, brush 102 at least two is stirred on each drying conveyor 101, originally implements selection It is four, the rolling number of peanut can be increased, so that peanut is uniformly heated.

In certain embodiments, can be to avoid there is condensate liquid on drying unit inner wall in escape pipe 104 at least two Body, the present embodiment are selected as 6.

In certain embodiments, the drying unit 100 further includes heat-collecting box 105, have inside heat-collecting box 105 it is a plurality of go out Air flue, gas off-take are connect with escape pipe 104, other interior zones are collection hot-zone other than the gas off-take of heat-collecting box 105, and collection hot-zone is logical Piping is connected to electrocaloric effect 106, which can absorb part of waste heat and enter electrocaloric effect, reduces electricity consumption.

In certain embodiments, which further includes cooling device 200, which is a closed cabinet knot Structure, top right-hand side have a cooling entrance 201, and there is cooling conveyer belt 202 in inside, and left lower side has a coolant outlet 203, and the left side passes through pipe Road is connected with dehumidifier 205, blower 204 in turn；Cooling entrance 201 is connect with the bottom of drying unit 100.

In certain embodiments, the right of the cooling device 200 is connected by the collection hot-zone of pipeline and heat-collecting box 105 It is logical, with this by the wind of blower successively through inside apparatus for supercooling, heat-collecting box collection hot-zone, electrocaloric effect, inside drying unit, outlet Pipe, heat-collecting box, both can use the waste heat in cooling device, also can solve the dynamical problem of electrocaloric effect hot wind conveying.

In certain embodiments, it is also equipped with overhead gage 206 on the interior zone upper wall of the cooling device 200, it is interior Lower baffle plate 207 is installed, overhead gage 206, the intersection of lower baffle plate 207 are mounted on a wall, which can make cold on the lower wall of portion region But the wind trend of device is serpentine, so that the cooling effect of peanut is more excellent.

Claims

1. baking machine of cultivating peanut, including a drying unit (100), it is characterised in that: the drying unit (100) is one close The body structure closed, drying unit (100) is interior to be equipped with drying conveyor (101), and drying unit has entrance at the top of (100) (103) and escape pipe (104), the outside of drying unit (100) are equipped with the electric heating being connected to drying unit (100) bottom pipe Case (106) is equipped on drying conveyor (101) and stirs brush (102).

2. peanut baking machine as described in claim 1, it is characterised in that: the drying conveyor (101) at least there are two, Upper and lower arranged in dislocation.

3. peanut baking machine as described in claim 1, it is characterised in that: stirring on each drying conveyor (101) Brush (102) at least two.

4. peanut baking machine as described in claim 1, it is characterised in that: the escape pipe (104) at least two.

5. peanut baking machine as described in claim 1, it is characterised in that: the drying unit (100) further includes heat-collecting box (105), there is a plurality of gas off-take inside heat-collecting box (105), gas off-take is connect with escape pipe (104), the gas off-take of heat-collecting box (105) Other interior zones are collection hot-zone in addition, and collection hot-zone is connected to by pipeline with electrocaloric effect (106).

6. peanut baking machine as described in claim 1, it is characterised in that: the device further includes cooling device (200), the cooling Device (200) is a closed body structure, and top right-hand side has one cooling entrance (201), and inside has cooling conveyer belt (202), left Have a coolant outlet (203) below, the left side is connected with dehumidifier (205), blower (204) in turn by pipeline；Cooling entrance (201) it is connect with the bottom of drying unit (100).

7. peanut baking machine as claimed in claim 6, it is characterised in that: pass through pipe on the right of the cooling device (200) Road is connected to the collection hot-zone of heat-collecting box (105).

8. peanut baking machine as claimed in claim 6, it is characterised in that: on the interior zone of the cooling device (200) It is also equipped with overhead gage (206), is equipped on interior zone lower wall lower baffle plate (207) on wall, overhead gage (206), lower baffle plate (207) intersect and be mounted on a wall.