CN201375436Y - Electric fryer with functions of highly accurate temperature control, fuel saving and power saving - Google Patents
Electric fryer with functions of highly accurate temperature control, fuel saving and power saving Download PDFInfo
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- CN201375436Y CN201375436Y CN200920050191U CN200920050191U CN201375436Y CN 201375436 Y CN201375436 Y CN 201375436Y CN 200920050191 U CN200920050191 U CN 200920050191U CN 200920050191 U CN200920050191 U CN 200920050191U CN 201375436 Y CN201375436 Y CN 201375436Y
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Abstract
The utility model discloses an electric fryer with the functions of highly accurate temperature control and fuel and power saving. The electric fryer comprises a casing, a fryer, a cover, a fry basket and an electric heating tube; the fryer is arranged in the casing; the cover is arranged on the fryer; the fry basket is arranged in the fryer; and the electric heating tube is arranged in the fryer. The electric fryer further comprises a bimetallic strip type temperature controller and a heat conducting seal head which are movably connected with each other; the electric heating tube is in close contact with the heat conducting seal head; the bimetallic strip type temperature controller, the heat conducting seal head and the electric heating tube form a circuit loop, wherein, the bimetallic strip type temperature controller is used for sensing the heating temperature variation of the electric heating tube and controlling the on and off of the power supply by utilizing the kick of the bimetallic strip. The utility model adopts the bimetallic strip type temperature controller, so that the temperature sensitivity and the control accuracy are higher; the action temperature difference is smaller; the highly accurate temperature control function can be realized by matching the heat conducting seal head; and the reset heating temperature of the utility model is higher, thereby greatly improving the frying effect of food.
Description
Technical field
The utility model relates to a kind of cook utensil, is specifically related to a kind of deep frying pan.
Background technology
At present, deep frying pan is a family or restaurant cooking pot commonly used, it can carry out fried to food, produce fried foods such as fried chicken, chips, because the immersion deep frying pan has short, advantage such as the thermal efficiency is high, fried effective and frying oil life cycle is long of temperature-responsive time, its scope of application is the most extensive.But traditional immersion deep frying pan also has the following disadvantages:
1. be immersed in the oil owing to heating element heater, so be difficult to carry out the control of oil temperature, this is because existing oily temperature control system adopts air sac type structure, promptly be that the tubular metal body (being air bag) that will special liquid be housed is installed near the heating element heater, and be connected with the jettron that is installed in outside complaining and quarrel loudly with superfine metal fiber tube; The operation principle of oil temperature control system is: when the oily temperature rise in the fryer, liquid gasification in the air bag is expanded and is produced pressure, jettron is switched on or switched off, the pressure difference that different oily temperature causes air bag to produce, utilize this principle can realize controlling the warm purpose of oil, but there is following problem in this temperature control system:
(1) temperature control system comprises parts such as air bag, tracheae, baroswitch, and the accuracy of manufacture requires high, and therefore complex structure costs an arm and a leg; In early days, temperature control system is made by Europe mostly, and price surpasses 5 dollars, and in recent years, a lot of factories of China copy, though the price of imitation products is reduced to 3～4 dollars, cost is still higher;
(2) working method of this system is that the oil temperature is converted to minimum pressure by air bag, thus the control apparatus switch, but because the transmission of action distance is longer, cause the precision of oily temperature control lower;
(3) owing to be to transmit pressure by superfine metal thin tube, very easily collide during use, cause metal thin tube to damage, cause whole system out of control, performance is unreliable;
(4) jettron and accessory thereof need be installed in the bigger control box, make the deep frying pan complex structure, and volume is bigger, not only increase and make and cost of transportation, and use very inconvenience.
2. because heating is immersed in the oil, and when fry, the following oil of heating is not used,, therefore, cause a large amount of wastes of oil even the little food of fried amount all must make pasta be higher than heating.
In sum; because there are the problems referred to above in the gasbag-type of traditional immersion deep frying pan oil temperature control system; for many years; people have carried out many-sided continuous reform to the structure of deep frying pan and have attempted; but produce little effect; though, also there are many related art scheme to obtain patent protection at present, do not see commercially available commodity so far yet and occur.
The utility model content
The purpose of this utility model is to provide the deep frying pan of a kind of simple in structure, low cost of manufacture, high precision temperature control, fuel-economizing power saving.
The purpose of this utility model realizes by following technical measures: a kind of high precision temperature control, the deep frying pan of fuel-economizing power saving, comprise housing, complain and quarrel loudly, pot cover, fried basket and electrothermal tube, described fryer is arranged in the housing, pot cover is arranged on the fryer, fried basket is arranged in the fryer, electrothermal tube is arranged on the inside of fryer, it is characterized in that also including bimetal chip thermostat and heat conduction seal head, described bimetal chip thermostat and heat conduction seal head flexibly connect, described electrothermal tube closely contacts with the heat conduction seal head, described bimetal chip thermostat, constitute a circuit loop between heat conduction seal head and the electrothermal tube, wherein bimetal chip thermostat is used to experience the variation of electrothermal tube heating-up temperature, and utilizes the break-make of the kick of bimetal leaf with the control power supply.
The utility model adopts existing bimetal chip thermostat, this temperature controller according to the rising-heat contracting-cold principle, makes the bimetal leaf bending in the temperature controller by heat conduction seal head direct detection oil temperature, reach escape and connection in the predetermined temperature range, thereby realize the purpose of control oil temperature; Because the temperature sensitivity and the control accuracy of bimetal chip thermostat are higher, therefore the action temperature difference of bimetal chip thermostat is less, according to the contrast test result, the existing gasbag-type temperature control system action temperature difference is about 18 ℃, and the action temperature difference of the utility model temperature controller only is about 5 ℃, and, when food being put into fryer when fried, the heating-up temperature that resets of the present utility model is higher 12～15 ℃ than the heating-up temperature that resets of prior art, therefore the utility model can shorten the fried time of food greatly, improve the fried effect of food, make the fried food crisp outside and soft inside that goes out, mouthfeel is better, and it is poor thoroughly to have solved the existing sensitiveness of gasbag-type temperature control system, delay of response, control accuracy is hanged down and is reached defectives such as performance is unreliable.
Bimetal chip thermostat and heat conduction seal head flexibly connect, and bimetal chip thermostat can carry out dismounting from the heat conduction seal head, and its volume is little, in light weight, and is easy to use.
As a kind of embodiment of the present utility model, described heat conduction seal head is fixed on the bottom sidewall of described fryer, have connector on the sidewall of heat conduction seal head corresponding shell, this connector is used for the usefulness of bimetal chip thermostat and the flexible connection of heat conduction seal head; Described heat conduction seal head comprises an installation base plate, the middle part of described installation base plate is provided with a heat conduction sleeve vertical with its plate face, the nozzle of described heat conduction sleeve one end is opened on the plate face of described installation base plate, the other end then seals, and blind end is towards the inside of complaining and quarrel loudly, on described installation base plate and the both sides that are positioned at described heat conduction sleeve be respectively equipped with the heat pipe that penetrates described installation base plate plate face; Two pipe ends of described electrothermal tube are respectively equipped with conductive pin, this two pipe end is sleeved in the described heat pipe, and described conductive pin is stretched out outside the body of heat pipe, respectively as the electric current input and output side of electrothermal tube, the temperature-sensing probe of described bimetal chip thermostat closely is plugged in the described heat conduction sleeve, and described conductive pin then is plugged in the conductive jack on the described bimetal chip thermostat with turning circuit.
The utility model can be realized the plug in construction of temperature controller and electrothermal tube, when using temperature controller is inserted in the corresponding jack, and finishing using directly temperature controller to be taken off gets final product.
As a kind of improvement of the present utility model, described heat conduction seal head is fixed on the bottom sidewall of described fryer by nut and outer fastener, described outer fastener is positioned on the lateral wall of fryer, described installation base plate then is positioned on the madial wall of fryer, described outer fastener is platy structure, and laterally dock with described installation base plate, offer three through holes on the described outer fastener, described through hole to offer the position corresponding with the mouth of pipe of the nozzle of described heat conduction sleeve, heat pipe respectively, the port of described heat pipe external part is provided with external screw thread, and described nut is screwed on this external screw thread.
The utility model uses nut and outer fastener that the heat conduction seal head is pressed on the sidewall of fryer, plays firm effect.
As improvement of the present utility model, offer annular seal groove on the plate face edge of described installation base plate, the notch of described annular seal groove is relative with the madial wall of described fryer, be provided with high-temperature seal ring in the described annular seal groove, described high-temperature seal ring is squeezed between the madial wall of described annular seal groove and fryer by nut.High-temperature seal ring can bear oily hot high temperature, can realize the sealing fully of complaining and quarrel loudly, prevent deep fat flow out complain and quarrel loudly outside.
As further improvement of the utility model, described heat pipe is arranged in the internal diameter of part of fryer greater than the external diameter of connected electrothermal tube, forms annular space between the inwall of heat pipe and the outer wall of electrothermal tube, is filled with high-temperature seal adhesive in this annular space.High-temperature seal adhesive has guaranteed the sealing of electrothermal tube and heat pipe, prevents that deep fat from overflowing from the slit between the two.
As improvement of the present utility model, the bottom of described fryer and the bottom of described fried basket all are contraction-like, form up big and down small stepped construction, the bottom surface of the step of described fried basket is overlapped on the table top of step of fryer, and the bottom of described fried basket is sleeved in the bottom cavity of described fryer.
Compare with traditional immersion fryer, the fryer of the utility model stepped construction has reduced the oil mass of submergence electrothermal tube, so the use amount that can save edible oil, practice shows, adopts same food to carry out when fried, and fryer of the present utility model is complained and quarrel loudly with traditional immersion and compared, can save with oil about 18%, simultaneously, also be applicable to fried a small amount of food, realize the purpose that economize on electricity is fuel-efficient.
As further improvement of the utility model, described heat conduction seal head is by the aluminum alloy materials die cast, and the inner surface of described heat pipe contacts with the intimate of described electrothermal tube.When dry-fire condition appears in electrothermal tube (pasta in complaining and quarrel loudly is lower than electrothermal tube or does not have oil), its surface temperature sharply raises, the heat of electrothermal tube passes to the heat conduction sleeve rapidly by heat pipe, and be passed on the temperature-sensing probe of temperature controller, cause temperature controller with dump, avoiding electrothermal tube to damage, and the accident such as on fire that prevents to burn takes place.
As improvement of the present utility model, the lower chamber of described fryer is rectangular build, and described heat conduction seal head, electrothermal tube are arranged on the bottom of this chamber.During heating, deep fat is stopped by sidewall, and minimizing is flowed to the bottom of a pan horizontal direction, increases upwards flowing pressure, causes deep fat directly to rush at by deep-fried food, and cold oil then flows to electrothermal tube from both sides, realizes heat exchange, improves fried effect; In addition, heat conduction seal head, electrothermal tube are arranged on the bottom of fryer lower chamber, have guaranteed to complain and quarrel loudly when taking out from housing, and parts such as outer fastener, conductive pin can not touch housing, thereby convenient the taking-up complained and quarrel loudly.
Compared with prior art, the utlity model has following significant effect:
(1) the utility model adopts bimetal chip thermostat, compares with the gasbag-type temperature controller that tradition adopts, and its control accuracy height, the action temperature difference are less, and fried effective, makes the fried food crisp outside and soft inside that goes out, and mouthfeel is better;
(2) the utility model adopts general plug-in type bimetal strip thermostat, thereby has saved the complain and quarrel loudly control box of employed larger volume of traditional electrical, thereby the utility model is simple in structure, can make manufacturing cost reduce about 30%～40%;
(3) bimetal chip thermostat can be installed and removed from the pot body, and its volume is little, in light weight, uses more convenient;
(4) since bimetal chip thermostat according to the rising-heat contracting-cold principle, make the bimetal leaf bending in the temperature controller, reach escape and connection in the predetermined temperature range, avoided existing gasbag-type temperature controller shortcoming out of control easily, so the utility model performance be more reliable:
(5) fryer of up big and down small stepped construction and fried basket can make the oil mass that reduces the submergence electrothermal tube, realize fuel-efficient purpose, and can shorten the fried time, save electric energy;
(6) lower chamber of Zha Guoing is rectangular build, can improve heat, cold oil convection current, improves fried effect;
(7) adopt high-temperature seal ring and high-temperature seal adhesive, it is external to have avoided edible oil to be spilled over to pot, has strengthened sealing property of the present utility model.
Description of drawings
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.
Fig. 1 is an overall structure schematic diagram of the present utility model;
Fig. 2 is the structure enlarged diagram of the utility model heat conduction seal head;
Fig. 3 is the structure enlarged diagram of bimetal chip thermostat;
Fig. 4 is the structural representation of complaining and quarrel loudly;
Fig. 5 is the structural representation of fried basket.
The specific embodiment
As shown in Figure 1.A kind of immersion deep frying pan of the utility model, comprise housing 1, complain and quarrel loudly 2, pot cover 7, fried basket 3 and electrothermal tube 4, fryer 2 is arranged in the housing 1, pot cover 7 is arranged on the fryer 2, fried basket 3 is arranged in the fryer 2, electrothermal tube 4 is arranged on the bottom of fryer 2, also comprise bimetal chip thermostat 5 and heat conduction seal head 6, heat conduction seal head 6 is by the aluminum alloy materials die cast, heat conduction seal head 6 is fixed on the bottom sidewall of fryer 2 by nut 8 and outer fastener 9, heat conduction seal head 6 comprises an installation base plate 62, installation base plate 6 is positioned on the madial wall of fryer 2, the middle part of installation base plate 62 is provided with a heat conduction sleeve 63 vertical with its plate face, heat conduction sleeve 63 length are 60mm, the nozzle of heat conduction sleeve 63 1 ends is opened on the plate face of installation base plate 62, the other end then seals, and blind end is towards complaining and quarrel loudly 2 inside, on installation base plate 62 and the both sides that are positioned at heat conduction sleeve 63 be respectively equipped with the heat pipe 64 that penetrates installation base plate 62 plate faces; Two pipe ends of electrothermal tube 4 are respectively equipped with conductive pin 41, this two pipe end is sleeved in the heat pipe 64, the inner surface of heat pipe 64 contacts with the intimate of electrothermal tube 4, and 41 of conductive pin are stretched out outside the body of heat pipe 64, respectively as the electric current input and output side of electrothermal tube 4; Outer fastener 9 is positioned on the lateral wall of fryer 2, outer fastener 9 is platy structure, and laterally dock with installation base plate 62, offer three through holes on the outer fastener 9, this through hole to offer the position corresponding with the mouth of pipe of the nozzle of heat conduction sleeve 63, heat pipe 64 respectively, the port of heat pipe 64 external parts is provided with external screw thread 61, and nut 8 is screwed on the external screw thread 61, heat conduction seal head 6 firmly is pressed on the sidewall of fryer 2.Have connector 10 on the sidewall of heat conduction seal head 6 corresponding shell 1, this connector 10 is used for using when bimetal chip thermostat 5 inserts heat conduction seal head 6.
Bimetal chip thermostat 5 is a prior art products, itself and heat conduction seal head 6 are for flexibly connecting, has shaft-like temperature-sensing probe 51 on the front end face of bimetal chip thermostat 5, this temperature-sensing probe 51 is suitable with heat conduction sleeve 63, temperature-sensing probe 51 closely is plugged in the heat conduction sleeve 63, also offer two conductive jacks 52 on the front end face of bimetal chip thermostat 5, and be positioned at the both sides of temperature-sensing probe 51, provide the electrode of power supply in the conductive jack 52, be shaped as the spring leaf of general socket, conductive pin 41 is plugged in the conductive jack 52, and press on spring leaf, bimetal chip thermostat 5, constitute a circuit loop between heat conduction seal head 6 and the electrothermal tube 4, the rear end of bimetal chip thermostat 5 is connected with power line 53, and it is connected with working power, thus the conducting entire circuit, bimetal chip thermostat 5 is used to experience the variation of electrothermal tube heating-up temperature, and utilizes the break-make of the kick of bimetal leaf with the control power supply.Bimetal chip thermostat 5 plugs together together by connector on the housing 1 10 and heat conduction seal head 6 when inserting.
Because heat conduction seal head 6 is by the aluminum alloy materials die cast, its surface temperature sharply raises when dry-fire condition appears in electrothermal tube 4, the heat of electrothermal tube 4 passes to heat conduction sleeve 63 rapidly by heat pipe 64, and be passed on the temperature-sensing probe 51 of temperature controller 5, make the action of temperature controller generation with dump, avoiding electrothermal tube to damage, and the accident such as on fire that prevents to burn takes place; Heat conduction seal head 6 also can be made by the good material of heat transfer properties such as copper.
Offer annular seal groove on the plate face edge of installation base plate 62, the notch of annular seal groove is relative with the madial wall of fryer 2, be provided with high-temperature seal ring in the annular seal groove, this high-temperature seal ring is squeezed between the madial wall of annular seal groove and fryer 2 by nut 8; Heat pipe 64 is arranged in the external diameter of the internal diameter of 2 the part of complaining and quarrel loudly greater than connected electrothermal tube 4, form annular space between the outer wall of the inwall of heat pipe 64 and electrothermal tube 4, be filled with high-temperature seal adhesive in this annular space, the axial length of this annular space is 10mm, radial width is 3mm, and promptly the filling thickness of high-temperature seal adhesive is 3mm, and the length of filling is 10mm, 2 the sealing fully that can realize complaining and quarrel loudly prevents that deep fat from flowing out.
The bottom of the bottom of fryer 2 and fried basket 3 all is contraction-like, form up big and down small annular step ladder type structure, the bottom surface of the step 31 of fried basket 3 is overlapped on the table top of 2 the step 21 of complaining and quarrel loudly, the bottom of fried basket 3 then is sleeved in the bottom cavity of fryer 2, in the present embodiment, the lower chamber of fryer 2 is rectangular build, electrothermal tube 4, heat conduction seal head 6 all is positioned at the bottom of this chamber, when edible oil is heated, the lower chamber of rectangular build can strengthen cold, the convection current of deep fat improves fried effect, simultaneously, can also reduce the oil mass of submergence electrothermal tube 4, when the user only needs fried a small amount of food, a for example fried fish, fried in the general bottom chamber that only need be placed on fried basket, significantly reduced with oil mass and shortened the fried time, realized the fuel-economizing purpose of power saving.The width of 2 step 21 of complaining and quarrel loudly is 30mm, and to guarantee to complain and quarrel loudly 2 when taking out from housing 1, parts such as outer fastener 9, conductive pin 41 can not touch housing 1, thus convenient the taking-up.
The course of work of the present utility model is: bimetal chip thermostat 5 is inserted in the heat conduction seal head 6, at this moment, temperature-sensing probe 51 closely is sleeved in the heat conduction sleeve 63,41 of conductive pin are plugged in the conductive jack 52, heat conduction seal head 6 all is immersed in the oil with electrothermal tube 4, the oil temperature is given temperature-sensing probe 51 by 63 conduction of heat conduction sleeve, and the temperature of electrothermal tube 4 is also transmitted by heat pipe 64, and temperature-sensing probe 51 is given in conduction; Bimetal chip thermostat 5 is provided with the adjusting knob 54 that is used for design temperature, and in the time of in reaching predetermined temperature range, the bimetal leaf bending realizes escape and the break-make of connecting with the control power supply, carries out oily temperature control; When the pasta in the fryer 2 was lower than electrothermal tube 4 or does not have oil, the surface temperature of electrothermal tube 4 sharply raise, and heat is passed to rapidly on the temperature-sensing probe 51 of temperature controller 5, and temperature controller is realized the anti-dry function with dump.
Embodiment of the present utility model is not limited thereto; according to foregoing of the present utility model; ordinary skill knowledge and customary means according to this area; heat conduction seal head in the utility model also has other embodiment; therefore do not breaking away under the above-mentioned basic fundamental thought of the utility model prerequisite; the utility model can also be made modification, replacement or the change of other various ways, all drops within the utility model rights protection scope.
Claims (8)
1, a kind of high precision temperature control, the deep frying pan of fuel-economizing power saving, comprise housing (1), complain and quarrel loudly (2), pot cover (7), fried basket (3) and electrothermal tube (4), described fryer (2) is arranged in the housing (1), pot cover (7) is arranged on the fryer (2), fried basket (3) is arranged in the fryer (2), electrothermal tube (4) is arranged on the inside of fryer (2), it is characterized in that: also include bimetal chip thermostat (5) and heat conduction seal head (6), described bimetal chip thermostat (5) flexibly connects with heat conduction seal head (6), described electrothermal tube (4) closely contacts with heat conduction seal head (6), described bimetal chip thermostat (5), constitute a circuit loop between heat conduction seal head (6) and the electrothermal tube (4), wherein bimetal chip thermostat (5) is used to experience the variation of electrothermal tube heating-up temperature, and utilizes the break-make of the kick of bimetal leaf with the control power supply.
2, the deep frying pan of high precision temperature control according to claim 1, fuel-economizing power saving, it is characterized in that: described heat conduction seal head (6) is fixed on the bottom sidewall of described fryer (2), have connector (10) on the sidewall of heat conduction seal head (6) corresponding shell (1), this connector (10) is used for the usefulness of bimetal chip thermostat (5) and heat conduction seal head (6) flexible connection; Described heat conduction seal head (6) comprises an installation base plate (62), the middle part of described installation base plate (62) is provided with a heat conduction sleeve (63) vertical with its plate face, the nozzle of described heat conduction sleeve (63) one ends is opened on the plate face of described installation base plate (62), the other end then seals, and blind end is towards the inside of complain and quarrel loudly (2), goes up and the both sides that are positioned at described heat conduction sleeve (63) are respectively equipped with the heat pipe (64) that penetrates described installation base plate (62) plate face at described installation base plate (62); Two pipe ends of described electrothermal tube (4) are respectively equipped with conductive pin (41), this two pipe end is sleeved in the described heat pipe (64), and described conductive pin (41) is stretched out outside the body of heat pipe (64), respectively as the electric current input and output side of electrothermal tube (4), the temperature-sensing probe (51) of described bimetal chip thermostat (5) closely is plugged in the described heat conduction sleeve (63), and described conductive pin (41) then is plugged in the conductive jack (52) on the described bimetal chip thermostat (5) with turning circuit.
3, high precision temperature control according to claim 2, the deep frying pan of fuel-economizing power saving, it is characterized in that: described heat conduction seal head (6) is fixed on the bottom sidewall of described fryer (2) by nut (8) and outer fastener (9), described outer fastener (9) is positioned on the lateral wall of fryer (2), described installation base plate (62) then is positioned on the madial wall of fryer (2), described outer fastener (9) is platy structure, and laterally dock with described installation base plate (62), offer three through holes on the described outer fastener (9), described through hole offer the position respectively with the nozzle of described heat conduction sleeve (63), the mouth of pipe of heat pipe (64) is corresponding, the port of described heat pipe (64) external part is provided with external screw thread (61), and described nut (8) is screwed on the external screw thread (61).
4, the deep frying pan of high precision temperature control according to claim 3, fuel-economizing power saving, it is characterized in that: offer annular seal groove on the plate face edge of described installation base plate (62), the notch of described annular seal groove is relative with the madial wall of described fryer (2), be provided with high-temperature seal ring in the described annular seal groove, described high-temperature seal ring is squeezed between the madial wall of described annular seal groove and fryer (2) by nut (8).
5, the deep frying pan of high precision temperature control according to claim 2, fuel-economizing power saving, it is characterized in that: described heat pipe (64) is arranged in the internal diameter of part of fryer (2) greater than the external diameter of connected electrothermal tube (4), form annular space between the outer wall of the inwall of heat pipe (64) and electrothermal tube (4), be filled with high-temperature seal adhesive in the annular space.
6, the deep frying pan of high precision temperature control according to claim 1 and 2, fuel-economizing power saving, it is characterized in that: the bottom of the bottom of described fryer (2) and described fried basket (3) all is contraction-like, form up big and down small stepped construction, the bottom surface of the step (31) of described fried basket (3) is overlapped on the table top of step (21) of fryer (2), and the bottom of described fried basket (3) is sleeved in the bottom cavity of described fryer (2).
7, the deep frying pan of high precision temperature control according to claim 2, fuel-economizing power saving is characterized in that: described heat conduction seal head (6) is by the aluminum alloy materials die cast, and the inner surface of described heat pipe (64) contacts with the intimate of described electrothermal tube (4).
8, the deep frying pan of high precision temperature control according to claim 6, fuel-economizing power saving is characterized in that: the lower chamber of described fryer (2) is rectangular build, and described heat conduction seal head (6), electrothermal tube (4) are arranged on the bottom of this chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920050191U CN201375436Y (en) | 2009-01-15 | 2009-01-15 | Electric fryer with functions of highly accurate temperature control, fuel saving and power saving |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920050191U CN201375436Y (en) | 2009-01-15 | 2009-01-15 | Electric fryer with functions of highly accurate temperature control, fuel saving and power saving |
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| CN201375436Y true CN201375436Y (en) | 2010-01-06 |
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| CN200920050191U Expired - Fee Related CN201375436Y (en) | 2009-01-15 | 2009-01-15 | Electric fryer with functions of highly accurate temperature control, fuel saving and power saving |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104284616A (en) * | 2012-04-04 | 2015-01-14 | 埃克森机械工贸有限公司 | Toasting apparatus with fixed and adjustable mechanical thermostats |
| CN104664279A (en) * | 2013-11-29 | 2015-06-03 | 青岛永通电梯工程有限公司 | Automatic chip processing device |
| CN104720629A (en) * | 2013-12-18 | 2015-06-24 | 青岛盛嘉信息科技有限公司 | Potato chip processing machine |
| CN106308567A (en) * | 2015-06-30 | 2017-01-11 | 浙江绍兴苏泊尔生活电器有限公司 | Temperature sensing device and electric frying pan |
| CN110279281A (en) * | 2018-03-19 | 2019-09-27 | 美的集团股份有限公司 | Heating component, cup assembly and food processor |
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2009
- 2009-01-15 CN CN200920050191U patent/CN201375436Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104284616A (en) * | 2012-04-04 | 2015-01-14 | 埃克森机械工贸有限公司 | Toasting apparatus with fixed and adjustable mechanical thermostats |
| CN104284616B (en) * | 2012-04-04 | 2016-08-31 | 埃克森机械工贸有限公司 | There is the fixing and apparatus for baking of adjustable mechanical thermostat |
| CN104664279A (en) * | 2013-11-29 | 2015-06-03 | 青岛永通电梯工程有限公司 | Automatic chip processing device |
| CN104720629A (en) * | 2013-12-18 | 2015-06-24 | 青岛盛嘉信息科技有限公司 | Potato chip processing machine |
| CN106308567A (en) * | 2015-06-30 | 2017-01-11 | 浙江绍兴苏泊尔生活电器有限公司 | Temperature sensing device and electric frying pan |
| CN110279281A (en) * | 2018-03-19 | 2019-09-27 | 美的集团股份有限公司 | Heating component, cup assembly and food processor |
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