CN205536050U - Stove is fried to cylinder - Google Patents
Stove is fried to cylinder Download PDFInfo
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- CN205536050U CN205536050U CN201620389894.2U CN201620389894U CN205536050U CN 205536050 U CN205536050 U CN 205536050U CN 201620389894 U CN201620389894 U CN 201620389894U CN 205536050 U CN205536050 U CN 205536050U
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- frying pan
- cylinder
- operating board
- stove
- frying
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Abstract
The utility model discloses a stove is fried to cylinder, including the operation panel, being provided with a plurality of independent setting's frying pan on the operation panel, each frying pan slope sets up and can lie in every corresponding position in frying pan bottom on the operation panel and be provided with the furnace end respectively around self axis rotation under the drive of power drive device. The utility model discloses a stove is fried to cylinder and controlling means can satisfy the multiple food of the system of frying simultaneously, but many stir -fry stoves of one person's concurrent operation, the cost of using manpower sparingly, and the time is saved, can fry the multiple food of system simultaneously, the stir -fry quality can be guaranteed to turn over by the timer, and energy is saved, it normally has a dinner to satisfy client, through electric conductivity heat sink and solar heat collection device and can satisfy the oil smoke and get rid of, can satisfy energy make full use of again, the present invention has the advantages of easy use, recovery cleaning is convenient, high efficiency, the small household multiple -effect heat pump system saves resources, high energy utilization rate, characteristics such as good reliability.
Description
Technical field
This utility model relates to cooking apparatus field, and a kind of cylinder fries stove.
Background technology
Hotel cook cooking instrument and mode mainly have two classes at present, one class is to use traditional pot container, pot is heated by the thermal source such as naked light or electric heating, in being stirred pot by staff, food materials stir-fry, and particularly when frying chicken, duck or Other Meat goods, need first made by meat products half-mature or stew well with pressure cooker, process time and cycle are longer, it is difficult to ensure that quickly supply client orders edible, i.e. loses time, again waste of manpower；Equations of The Second Kind is made by specially designed automatic cooking boiler, this kind equipment can be got involved without staff and just can complete to stir-fry food materials, but in place of at present the most this kind of automatic cooking boiler there is also some shortcomings, such as equipment troublesome poeration, inconvenient to the daily clean and maintenance of equipment, stir-fry poor effect etc. to part food materials.
Summary of the invention
Problem to be solved in the utility model is to overcome above-mentioned the deficiencies in the prior art, it is provided that a kind of save human cost, save process time, the cylinder that easy to use, capacity usage ratio is high fries stove.
In order to solve the problems referred to above, this utility model by the following technical solutions:
A kind of cylinder fries stove, including operating board, being provided with several frying pans being independently arranged on operating board, each frying pan is obliquely installed and can be positioned at position corresponding bottom each frying pan under the driving of Power Drive Unit on own axis, operating board and is respectively arranged with burner.
The following is this utility model the further of such scheme is optimized:
The axis of several frying pans is located along the same line and keeps at a certain distance away and is arranged side by side.
The work surface of operating board is horizontal plane, and the angle of inclination between axis and the work surface of operating board of described frying pan is 30～60 degree.
Angle of inclination between axis and the work surface of operating board of described frying pan is 45 degree.
Being provided with several plectrums for the food materials that stir-fry inside frying pan on excircle, several plectrums keep at a certain distance away and are uniformly arranged.
The operating board position corresponding with each frying pan is separately installed with the fixing seat for supporting frying pan, the rear end of frying pan is installed with rotation seat, described rotation seat is rotationally connected with fixing seat, when rotation seat rotates relative to fixing seat, frying pan can be driven to turn forward and can be poured out by the food in frying pan.
Power Drive Unit includes the rotating shaft that the bottom centre with frying pan is connected, and is installed with driving motor in rotation seat, drives the power output shaft of motor to be connected with rotating shaft transmission.
On operating board, the position near front side is provided with the control device for controlling Power Drive Unit and burner, and this control device includes controller, motor switch, intervalometer and the combustion gas regulation switch being arranged on operating board.
When using this utility model, food materials are put in frying pan, open combustion gas regulation switch and be passed through combustion gas, light burner and regulate flame size to frying pan heat, by motor switch start drive motor, drive frying pan rotate, simultaneously by rotary timer timing, now control valve is connection；At the end of the time on intervalometer, controller controls to drive motor stalls, and controls electric controller by control valve closedown, now combustion gas is obstructed, fray-out of flame on burner, and then combustion gas regulation switch cuts out by cook, by rotating rotation seat, food is poured out, then be carried out.
Another kind of optimize: being provided above lampblack absorber what cylinder fried stove, lampblack absorber is arranged on body of wall, and lampblack absorber is provided with electric conductivity heat sink, near the position solar energy heat collector of lampblack absorber on body of wall；
Electric conductivity heat sink includes being arranged on the electric conductivity heat absorption layer of side in smoke exhaust ventilator cover body, and lampblack absorber is provided with battery and charging assembly and electronic control system.
Solar energy heat collector includes being arranged on the solar energy heating below lampblack absorber outlet, power generation plate, and solar energy heating, power generation plate are provided with the power generation plate for generating, is provided with several collecting plates head and the tail connection in solar energy heating, power generation plate；
On body of wall, the position near lampblack absorber is provided with thermophore, and the lower section of thermophore is provided with reservoir, and the lower section of liquid pump is provided with liquid pump, and reservoir is built with the phase change medium of liquid, and the top of the external side of smoke exhaust ventilator cover is around being provided with a circle air heat exchanger.
When cylinder fries stove in use, by lampblack absorber, cylinder is fried the oil smoke eliminating of stove generation, electric conductivity heat sink is fried the heat of stove generation and is charged the battery by absorbing cylinder, solar energy heat collector is also charged the battery by power generation plate when sunlight irradiates simultaneously, liquid pump is started working simultaneously, the phase change medium promoting liquid enters collecting plate by pipeline, collecting plate absorbs solar energy and is converted into heat energy, heat energy makes it vaporize to become gas by heat transfer heating phase change medium, this gas respectively enters in thermophore and air heat exchanger by pipeline, and with the heat-storage medium of thermophore, air forced heat-exchanging releases heat liquefaction for liquid, this liquid enters back into liquid pump by reservoir and completes a circulation；The accumulation of heat by a period of time on the daytime, when in night or when there is no sunlight, liquid pump promotes the phase change medium of liquid to enter thermophore by pipeline, heat-storage medium in thermophore releases heat energy, heat energy makes it vaporize to become gas by heat transfer heating phase change medium, this gas enters air heat exchanger by pipeline, heat liquefaction is released for liquid with air forced heat-exchanging, this liquid enters back into liquid pump by reservoir and completes a circulation, heat is provided for electric conductivity heat absorption layer, increase battery charge capacity, realize blower fan and utilize heat energy, the electric energy that solar energy converts rotates, reduce the waste of energy.
This utility model is fried stove by cylinder and controls parch numerous food while that device disclosure satisfy that, one people can operate multiple stage simultaneously and fry stove, save human cost, time-consuming, can simultaneously parch numerous food, intervalometer ensure that the quality that stir-fries, save the energy, meet client normally to have dinner, by electric conductivity heat sink and solar energy heat collector and disclosure satisfy that oil smoke is got rid of, disclosure satisfy that again energy makes full use of, have that easy to use, maintenance clean is convenient, efficiency is high, economize on resources, the feature such as capacity usage ratio height, good reliability.
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of this utility model embodiment 1；
Accompanying drawing 2 is the left view of this utility model embodiment 1；
Accompanying drawing 3 is the structure for amplifying schematic diagram in accompanying drawing 1 at A；
Accompanying drawing 4 is the structure for amplifying schematic diagram in accompanying drawing 2 at B；
Accompanying drawing 5 is the structural representation of this utility model embodiment 2.
In figure: 1-operating board；2-frying pan；3-plectrum；4-rotation seat；5-fixes seat；6-burner；7-bell；8-bell handle；10-motor switch；11-intervalometer；12-combustion gas regulation switch；13-supporting leg；14-shelf；15-rotating shaft；16-drives motor；17-electric wire；18-metal props up stay tube；19-hinge；20-the first gas hose；21-electric controller；22-motor-operated control valve；23-the second gas hose；24-controller；25-combustion gas is responsible for；26-fastening bolt；27-connects sheet；28-coupling bar；29-first connects metal tube；30-second connects metal tube；31-installing rack；32-lampblack absorber；33-electric conductivity heat absorption layer；34-solar energy heating, power generation plate；35-blower fan；36-battery and charging assembly；37-electronic control system；38-liquid pump；39-thermophore；40-reservoir；41-air heat exchanger；42-body of wall.
Detailed description of the invention
Implement 1, as shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of cylinder fries stove, including operating board 1, several frying pans 2 being independently arranged it are provided with on operating board 1, each frying pan 2 is obliquely installed and can be positioned at corresponding position bottom each frying pan 2 under the driving of Power Drive Unit on own axis, operating board 1 and is respectively arranged with burner 6.
The axis of several frying pans 2 described is located along the same line and keeps at a certain distance away and is arranged side by side.
The work surface of described operating board 1 is horizontal plane, and the angle of inclination between axis and the work surface of operating board 1 of frying pan 2 is 30～60 degree, and this angle of inclination is best angle when 45 degree, it is simple to food is heated evenly.
Angle of inclination between axis and the work surface of operating board 1 of described frying pan 2 is 45 degree.
Being provided with several plectrums 3 for the food materials that stir-fry inside described frying pan 2 on excircle, several plectrums 3 keep at a certain distance away and are uniformly arranged.
Described operating board 1 position corresponding with each frying pan 2 is separately installed with the fixing seat 5 for supporting frying pan 2, the rear end of frying pan 2 is installed with rotation seat 4, it is rotationally connected by hinge 19 between described rotation seat 4 and fixing seat 5, when rotation seat 4 rotates relative to fixing seat 5, frying pan 2 can be driven to turn forward and the food in frying pan 2 can be poured out.
Described hinge 19 is fastenedly connected by fastening bolt 26 respectively with rotation seat 4, fixing seat 5.
Described Power Drive Unit includes that the bottom centre with frying pan 2 is by being connected the rotating shaft 15 that sheet 27 connects, driving motor 16 it is installed with in rotation seat 4, the power output shaft driving motor 16 is in transmission connection with rotating shaft 15, drives the electric wire 17 of electrical connection on motor 16 pass operating board 1 and extend into the lower section of operating board 1.
The upper end of described frying pan 2 is provided with the bell 7 of indent, and the center on bell 7 is provided with the bell handle 8 being easy to take.
On described rotation seat 4, the position near frying pan 2 one end is provided with coupling bar 28, and the metal that coupling bar 28 is sealedly connected with S type props up stay tube 18, and metal props up the other end of stay tube 18 and connects with burner 6 sealing.
Described coupling bar 28 has been threaded connection the first connection metal tube 29, first coupling part through rotation seat 4 with hinge 19, the one end connecting metal tube 29, and sealing is communicated with the first gas hose 20, the first gas hose 20 extend into the lower section of operating board 1 through operating board 1.
On described operating board 1, the position near front side is provided with the control device for controlling Power Drive Unit and burner 6, and this control device includes controller 24, motor switch 10, intervalometer 11 and the combustion gas regulation switch 12 being arranged on operating board 1.
Being positioned at the position below controller 24 on described operating board 1 and be installed with combustion gas supervisor 25, combustion gas supervisor 25 connects with combustion gas regulation switch 12 respectively, and combustion gas regulation switch 12 is also communicated with the second gas hose 23.
The lower section of described operating board 1 is provided with control valve 22 by installing rack 31, control valve 22 be provided above electric controller 21, the two ends of control valve 22 are tightly connected with first gas hose the 20, second gas hose 23 respectively by the second connection metal tube 30.
Described motor switch 10, intervalometer 11, electric controller 21 and electric wire 17 electrically connect with controller 24 respectively.
It is separately provided for supporting the supporting leg 13 of operating board 1 at corner, described operating board 1 lower end, between supporting leg 13, is respectively arranged with the two-layer shelf 14 for placing articles.
When using this utility model, food materials are put in frying pan 2, open combustion gas regulation switch 12 and be passed through combustion gas, light burner 6 and regulate flame size and heat to frying pan 2, started by motor switch 10 and drive motor 16, driving frying pan 2 to rotate, simultaneously by rotary timer 11 timing, now control valve 22 is connection；At the end of the intervalometer 11 upper time, controller 24 controls to drive motor 16 to stop operating, and control electric controller 21 control valve 22 is closed, now combustion gas is obstructed, fray-out of flame on burner 6, then cook is by combustion gas regulation switch 12 closedown, is poured out by food by rotating rotation seat 4, then is carried out.
Embodiment 2, as it is shown in figure 5, in above-described embodiment 1, is provided above lampblack absorber 32 what cylinder fried stove, and lampblack absorber 32 is arranged on body of wall 42, and lampblack absorber 32 is provided with electric conductivity heat sink, near the position solar energy heat collector of lampblack absorber 32 on body of wall 42.
Described electric conductivity heat sink includes the electric conductivity heat absorption layer 33 being arranged on inside lampblack absorber 32 cover body, is provided with sensor in electric conductivity heat absorption layer 33, for detecting the characteristics such as the temperature of electric conductivity heat absorption layer 33, electric current.
Battery and charging assembly 36 and electronic control system 37 are installed on described lampblack absorber 32.
Described solar energy heat collector includes being arranged on the solar energy heating below lampblack absorber 32 outlet, power generation plate 34, power generation plate for generating is installed on solar energy heating, power generation plate 34, several collecting plates head and the tail connection are installed in solar energy heating, power generation plate 34.
On described body of wall 42, the position near lampblack absorber 32 is provided with thermophore 39, and the lower section of thermophore 39 is provided with reservoir 40, and the lower section of liquid pump 38 is provided with liquid pump 38, and reservoir 40 is built with the phase change medium of liquid.
Top outside described lampblack absorber 32 cover body is around being provided with a circle air heat exchanger 41.
One end of described collecting plate respectively with thermophore 39 upper end, air heat exchanger 41 connects, the upper end of thermophore 39 also connects with air heat exchanger 41, the lower end of liquid pump 38 connects with the other end, the lower end of thermophore 39 of collecting plate respectively, the upper end of liquid pump 38 connects with the lower end of reservoir 40, and the upper end of reservoir 40 connects with lower end, the lower end of thermophore 39 of air heat exchanger 41 respectively.
On described lampblack absorber 32, the position near air outlet is provided with blower fan 5.
Described electronic control system 37 electrically connects with electric conductivity heat absorption layer 33, solar energy heating, power generation plate 34, battery and charging assembly 36, blower fan 35, liquid pump 38 respectively.
When cylinder fries stove in use, by lampblack absorber 32, cylinder is fried the oil smoke eliminating of stove generation, electric conductivity heat sink is fried the heat of stove generation and is charged the battery by absorbing cylinder, solar energy heat collector is also charged the battery by power generation plate when sunlight irradiates simultaneously, liquid pump 38 is started working simultaneously, the phase change medium promoting liquid enters collecting plate by pipeline, collecting plate absorbs solar energy and is converted into heat energy, heat energy makes it vaporize to become gas by heat transfer heating phase change medium, this gas respectively enters in thermophore 39 and air heat exchanger 41 by pipeline, and with the heat-storage medium of thermophore 39, air forced heat-exchanging releases heat liquefaction for liquid, this liquid enters back into liquid pump 38 by reservoir 40 and completes a circulation；The accumulation of heat by a period of time on the daytime, when in night or when there is no sunlight, liquid pump 38 promotes the phase change medium of liquid to enter thermophore 39 by pipeline, heat-storage medium in thermophore 39 releases heat energy, heat energy makes it vaporize to become gas by heat transfer heating phase change medium, this gas enters air heat exchanger 41 by pipeline, heat liquefaction is released for liquid with air forced heat-exchanging, this liquid enters back into liquid pump 12 by reservoir 14 and completes a circulation, heat is provided for electric conductivity heat absorption layer 33, increase battery charge capacity, realize blower fan 35 and utilize heat energy, the electric energy that solar energy converts rotates, reduce the waste of resource.
This utility model is fried stove by cylinder and controls parch numerous food while that device disclosure satisfy that, one people can operate multiple stage simultaneously and fry stove, save human cost, time-consuming, can simultaneously parch numerous food, intervalometer ensure that the quality that stir-fries, save the energy, meet client normally to have dinner, by electric conductivity heat sink and solar energy heat collector and disclosure satisfy that oil smoke is got rid of, disclosure satisfy that again energy makes full use of, have that easy to use, maintenance clean is convenient, efficiency is high, economize on resources, the feature such as capacity usage ratio height, good reliability.
Claims (8)
1. a cylinder fries stove, including operating board (1), it is characterized in that: on operating board (1), be provided with several frying pans being independently arranged (2), each frying pan (2) is obliquely installed and can be positioned at corresponding position, each frying pan (2) bottom under the driving of Power Drive Unit on own axis, operating board (1) and is respectively arranged with burner (6).
A kind of cylinder the most according to claim 1 fries stove, it is characterised in that: the axis of several frying pans (2) is located along the same line and keeps at a certain distance away and is arranged side by side.
A kind of cylinder the most according to claim 1 and 2 fries stove, it is characterised in that: the work surface of operating board (1) is horizontal plane, and the angle of inclination between axis and the work surface of operating board (1) of described frying pan (2) is 30～60 degree.
A kind of cylinder the most according to claim 3 fries stove, it is characterised in that: the angle of inclination between axis and the work surface of operating board (1) of described frying pan (2) is 45 degree.
A kind of cylinder the most according to claim 3 fries stove, it is characterised in that: being provided with several plectrums (3) for the food materials that stir-fry on the excircle of frying pan (2) inner side, several plectrums (3) keep at a certain distance away and are uniformly arranged.
A kind of cylinder the most according to claim 3 fries stove, it is characterized in that: operating board (1) position corresponding with each frying pan (2) is separately installed with the fixing seat (5) for supporting frying pan (2), the rear end of frying pan (2) is installed with rotation seat (4), described rotation seat (4) is rotationally connected with fixing seat (5), when rotation seat (4) rotates relative to fixing seat (5), frying pan (2) can be driven to turn forward and the food in frying pan (2) can be poured out.
A kind of cylinder the most according to claim 6 fries stove, it is characterized in that: Power Drive Unit includes the rotating shaft (15) being connected with the bottom centre of frying pan (2), it is installed with driving motor (16) in rotation seat (4), drives the power output shaft of motor (16) to be in transmission connection with rotating shaft (15).
A kind of cylinder the most according to claim 7 fries stove, it is characterized in that: the upper position near front side of operating board (1) is provided with for controlling Power Drive Unit and the control device of burner (6), this control device includes controller (24), motor switch (10), intervalometer (11) and combustion gas regulation switch (12) being arranged on operating board (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620389894.2U CN205536050U (en) | 2016-05-04 | 2016-05-04 | Stove is fried to cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620389894.2U CN205536050U (en) | 2016-05-04 | 2016-05-04 | Stove is fried to cylinder |
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| Publication Number | Publication Date |
|---|---|
| CN205536050U true CN205536050U (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620389894.2U Active CN205536050U (en) | 2016-05-04 | 2016-05-04 | Stove is fried to cylinder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105805803A (en) * | 2016-05-04 | 2016-07-27 | 张泽华 | Roller frying furnace |
| DE202022102009U1 (en) | 2022-04-13 | 2022-06-29 | Manoj Kumar Mishra | Water powered cooker |
-
2016
- 2016-05-04 CN CN201620389894.2U patent/CN205536050U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105805803A (en) * | 2016-05-04 | 2016-07-27 | 张泽华 | Roller frying furnace |
| DE202022102009U1 (en) | 2022-04-13 | 2022-06-29 | Manoj Kumar Mishra | Water powered cooker |
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