CN105889996A - Integrated energy-saving cookware with carbon fiber quartz heating tubes - Google Patents

Integrated energy-saving cookware with carbon fiber quartz heating tubes Download PDF

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Publication number
CN105889996A
CN105889996A CN201610434468.0A CN201610434468A CN105889996A CN 105889996 A CN105889996 A CN 105889996A CN 201610434468 A CN201610434468 A CN 201610434468A CN 105889996 A CN105889996 A CN 105889996A
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CN
China
Prior art keywords
plate
pan
carbon fiber
pot seat
thermal insulation
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201610434468.0A
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Chinese (zh)
Inventor
罗建华
Original Assignee
罗建华
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Filing date
Publication date
Application filed by 罗建华 filed Critical 罗建华
Priority to CN201610434468.0A priority Critical patent/CN105889996A/en
Publication of CN105889996A publication Critical patent/CN105889996A/en
Pending legal-status Critical Current

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Classifications

    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47JKITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J27/00Cooking-vessels
    • A47J27/004Cooking-vessels with integral electrical heating means
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47JKITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J36/00Parts, details or accessories of cooking-vessels
    • A47J36/24Warming devices
    • A47J36/2444Drinking cups with heating means
    • A47J36/2461Drinking cups with heating means with electrical heating means
    • A47J36/2466Drinking cups with heating means with electrical heating means with integral heating means
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24CDOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
    • F24C15/00Details
    • F24C15/14Spillage trays or grooves
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24CDOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
    • F24C7/00Stoves or ranges heated by electric energy
    • F24C7/06Arrangement or mounting of electric heating elements
    • F24C7/067Arrangement or mounting of electric heating elements on ranges
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24CDOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
    • F24C7/00Stoves or ranges heated by electric energy
    • F24C7/08Arrangement or mounting of control or safety devices
    • F24C7/082Arrangement or mounting of control or safety devices on ranges, e.g. control panels, illumination
    • F24C7/083Arrangement or mounting of control or safety devices on ranges, e.g. control panels, illumination on tops, hot plates
    • HELECTRICITY
    • H05ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05BELECTRIC HEATING; ELECTRIC LIGHTING NOT OTHERWISE PROVIDED FOR
    • H05B3/00Ohmic-resistance heating
    • H05B3/10Heater elements characterised by the composition or nature of the materials or by the arrangement of the conductor
    • H05B3/12Heater elements characterised by the composition or nature of the materials or by the arrangement of the conductor characterised by the composition or nature of the conductive material
    • H05B3/14Heater elements characterised by the composition or nature of the materials or by the arrangement of the conductor characterised by the composition or nature of the conductive material the material being non-metallic

Abstract

The invention discloses an integrated energy-saving cookware with carbon fiber quartz heating tubes. The integrated energy-saving cookware is mainly characterized in that the lower portion of a bottom plate of a pan is provided with an upper inner cavity, and the high-efficiency energy-saving carbon fiber quartz heating tubes in a quantity of 3-7 are uniformly distributed in the upper inner cavity; an input terminal block at the front end of each carbon fiber quartz heating tube is connected with an output terminal block of a smart plate through wires; a fixed end at the front end of each carbon fiber quartz heating tube is fastened to a third thermal insulation seal plate through a nut, a left end wall plate, a front end wall plate and a rear end wall plate of the upper inner cavity of the lower portion of the bottom plate are provided with second thermal insulation seal plates respectively, and a first thermal insulation seal plate is arranged on the lower end surface of the bottom plate of the pan; the pan, a pan seat and a pan seat bottom seal plate are fixedly and hermetically connected into a whole through bolts; the upper surface of the bottom plate of the pan is provided with a hard and smooth ceramic crystal coating. The integrated energy-saving cookware with the carbon fiber quartz heating tubes has advantages of quickness in heating, high heating temperature, energy saving, improvement of cooking efficiency and increase of economic benefits, and power consumption is reduced by 30% as compared with that of an electric stove and an induction cooker.

Description

Carbon fiber quartz heating tube integral energy-saving pot Stove
Technical field
The present invention relates to cooker technical field, particularly to carbon fiber quartz heating tube integral energy-saving pot and stove.
Background technology
Existing pot and heating furnace are separate, and conventional electric furnace has electric furnace and electromagnetic oven, when pot is placed on electric furnace cook or cook time, owing to there is a certain distance between the bottom of a pan and electric furnace heating wire, the heat energy that electric furnace heating wire sends can not be absorbed by pot completely, and heat utilization efficiency is low, power consumption;The heat energy of electric furnace is converted by electric furnace heating wire by electric energy, makees, with wire, the electric furnace that electric furnace heating wire makes and cooks or cook extremely power consumption.
When pot is placed on electromagnetic oven cook or cook time, although the bottom of a pan directly can contact with the boiler face of electromagnetic oven, food in pot is boiled or cooks by the heat energy being converted at the bottom of metal pan by the electromagnetic field that electromagnetic oven produces, but electromagnetic oven heating speed is slow, the heating temp of pot is low, the vegetable soup water frying out with electromagnetic oven is many, and electromagnetic oven can not meet the requirement of quick-fried dish;The heat energy of electromagnetic oven is to be changed into electromagnetic field by electric energy, then by electromagnetic field through be converted at the bottom of metal pan, cooks with electromagnetic oven or cook the most extremely power consumption.
Summary of the invention
It is an object of the invention to improve the deficiency of prior art, it is provided that a kind of can quickly heat, heating-up temperature is high, the carbon fiber quartz heating tube integral energy-saving pot and stove of the electricity consumption of ratio electric furnace and electromagnetic oven saving 30%, energy-conservation, raising cooking efficiency and economic benefit.
The technical scheme is that the carbon fiber quartz heating tube integral energy-saving pot and stove being made up of pan, carbon fiber quartz heating tube, the first wire, the first partiting thermal insulation sealing plate, the second wire, intelligent plate, privates, touch sensitive display, plug, privates, pot seat bottom shrouding, pot seat, sealing plate, sealing ring, the second partiting thermal insulation sealing plate and the 3rd partiting thermal insulation sealing plate, the bottom of the bottom of a pan plate of pan is provided with internal cavity, is provided with 3~7 uniform efficient, energy-conservation carbon fiber quartz heating tubes in upper internal cavity.
The input wires terminal of described carbon fiber quartz heating tube front end and the upper end of the first wire link together, the lower end of the first wire that the input wires terminal of every carbon fiber quartz heating tube front end is connected is each passed through after the first round tube hole of the first partiting thermal insulation sealing plate together with the second conductor in parallel, the middle part of the second wire links together with the upper end of privates, and the lower end of privates welds together with the output wiring terminal of intelligent plate.
Described intelligent plate is located in the lower internal cavity of pot seat, the intelligent-induction contact of intelligent plate front portion is towards the outer inclined-plane of the front end wallboard of pot seat, and load in the rectangular through holes of front end wallboard of pot seat, on the interior inclined-plane of the front end wallboard that intelligent plate screw is fastened on pot seat, together with the rear portion of the touch sensitive display on the outer inclined-plane of the front end wallboard that the intelligent-induction contact of intelligent plate is sealed in pot seat with firm gluing is adjacent to, the intelligent-induction contact of intelligent plate is corresponding with the touch function keys of touch sensitive display.
The input wires terminal of described intelligent plate welds together with the upper right side of privates, and privates pass the sealing Kong Houyu plug of the sealing ring in the second round tube hole of pot seat left end bottom and link together.
The fixing end nut of described carbon fiber quartz heating tube front end is fastened on the 3rd partiting thermal insulation sealing plate, on the boss of the right-hand member wallboard that the 3rd partiting thermal insulation sealing plate screw is fastened on the upper internal cavity of plate bottom, the bottom of a pan.
It is respectively equipped with the second partiting thermal insulation sealing plate on the left end wallboard of upper internal cavity, front end wallboard and the rear end wallboard of described plate bottom, the bottom of a pan, and is fastened on the left end wallboard of upper internal cavity, front end wallboard and rear end wallboard with screw respectively.
The lower end of described pan is provided with the first partiting thermal insulation sealing plate, the lower end of the first partiting thermal insulation sealing plate is provided with pot seat, during assembling, surrounding at the first upper and lower end face of partiting thermal insulation sealing plate uniformly brushes the glue of high intensity, together with the surrounding bottom surface of pan being fastened and connected with the surrounding of the first partiting thermal insulation sealing plate and the surrounding upper surface of pot seat with screw again, pan and pot seat are fastened and connected integral.
The lower end of described pot seat is provided with sealing plate, the lower end of sealing plate is provided with a pot seat bottom shrouding, during assembling, surrounding at the upper and lower end face of sealing plate uniformly brushes the glue of high intensity, together with the surrounding of upper and lower with sealing plate for the surrounding bottom surface of pot seat end face and the surrounding upper surface of pot seat bottom shrouding being fastened and connected with screw again, pan, pot seat and pot seat bottom shrouding are fastened and connected integral.
Uniformly brushing the glue of high intensity during the circular arc shrinkage pool in the second round tube hole loading pot seat left end bottom of the surface, external diameter border of described sealing ring, privates are through the glue instilling high intensity when sealing hole in the hole sealing hole of sealing ring.
The top, outer face at the left and right two ends of described pan is provided with the handle of symmetry, and the top, outer face at two ends left and right with pan respectively, the lower end of handle is firmly bonded together.
The upper surface of the bottom of a pan plate of described pan is provided with hard, smooth Tao Jing thin layer.
The present invention compared with prior art has following distinguishing feature and good effect: the present invention is provided with internal cavity in the bottom of the bottom of a pan plate of pan, is provided with 3~7 uniform efficient, energy-conservation carbon fiber quartz heating tubes in upper internal cavity.Carbon fiber quartz heating tube is that one is different from wire, the high-tech product of the traditional heating such as electromagnetism, there is power headroom big, high temperature resistant, high heat energy power is strong, service life is long, electric conversion efficiency is high, energy-saving effect is notable, the excellent properties such as health environment-friendly, the present invention uses carbon fiber quartz heating tube to heat, mainly the carbon fiber exothermic part of carbon fiber quartz heating tube is black body material, in electric-thermal transfer process, electric conversion efficiency reaches more than 95%, compare nickel chromium triangle, the materials such as tungsten can save energy 30% as the heater of heater, under equal-wattage, higher 30 DEG C than nickel chromium triangle metal electric heating pipe radiation temperature, higher 15 DEG C than tungsten molybdenum wire quartz electrothermal tube.The present invention can quickly heat, heating-up temperature is high, ratio electric furnace and the electricity consumption of electromagnetic oven saving 30%, energy-conservation, raising cooking efficiency and economic benefit.
The input wires terminal of carbon fiber quartz heating tube front end and the upper end of the first wire are linked together by the present invention, the lower end of the first wire connected by the input wires terminal of every carbon fiber quartz heating tube front end is each passed through after the first round tube hole of the first partiting thermal insulation sealing plate together with the second conductor in parallel, the middle part of the second wire is linked together with the upper end of privates, the output wiring terminal of the lower end of privates with intelligent plate is welded together;Intelligent plate is located in the lower internal cavity of pot seat, by intelligent-induction contact anterior for intelligent plate towards the outer inclined-plane of the front end wallboard of pot seat, and load in the rectangular through holes of front end wallboard of pot seat, on the interior inclined-plane of the front end wallboard that intelligent plate screw is fastened on pot seat, together with the rear portion of the touch sensitive display on the outer inclined-plane of the front end wallboard that the intelligent-induction contact of intelligent plate is sealed in pot seat with firm gluing is adjacent to, the intelligent-induction contact making intelligent plate is corresponding with the touch function keys of touch sensitive display.During the cooking, if the function key in touch touch sensitive display, the present invention just can need the regulation heating-up temperature to pan according to various, both can with cooking rice, boil dried bean noodles, cooking noodle, Baoshang, the pot that makes a fire, water boil live fish, again can be with fried egg, fried fish, pan-fried bread, can be multiple functional, easy to use with fried peanuts and various food and the various dish of quick-fried, energy-conservation, raising cooking efficiency and economic benefit.
The fixing end nut of carbon fiber quartz heating tube front end is fastened on the 3rd partiting thermal insulation sealing plate by the present invention, on the boss of the right-hand member wallboard that the 3rd partiting thermal insulation sealing plate screw is fastened on the upper internal cavity of plate bottom, the bottom of a pan;It is respectively equipped with the second partiting thermal insulation sealing plate on the left end wallboard of the upper internal cavity in plate bottom, the bottom of a pan, front end wallboard and rear end wallboard, and is fastened on the left end wallboard of upper internal cavity, front end wallboard and rear end wallboard with screw respectively.Carbon fiber quartz heating tube is fixed on the 3rd partiting thermal insulation sealing plate, does not contacts with metal, will not leak electricity, use safety;Forward and backward left and right and hermetically sealed heat insulation, the sealing thermal insulation of bottom partiting thermal insulation sealing plate of the carbon fiber quartz heating tube thermal treatment zone in the upper internal cavity of plate bottom, the bottom of a pan, heat will not lose, all heats only heat at the bottom of pan, energy-conservation, raising cooking efficiency and economic benefit.
The present invention is provided with the first partiting thermal insulation sealing plate in the lower end of pan, it is provided with pot seat in the lower end of the first partiting thermal insulation sealing plate, during assembling, surrounding at the first upper and lower end face of partiting thermal insulation sealing plate uniformly brushes the glue of high intensity, together with the surrounding bottom surface of pan being fastened and connected with the surrounding of the first partiting thermal insulation sealing plate and the surrounding upper surface of pot seat with screw again, pan and pot seat are fastened and connected integral;It is provided with sealing plate in the lower end of pot seat, a pot seat bottom shrouding it is provided with in the lower end of sealing plate, during assembling, surrounding at the upper and lower end face of sealing plate uniformly brushes the glue of high intensity, together with the surrounding of upper and lower with sealing plate for the surrounding bottom surface of pot seat end face and the surrounding upper surface of pot seat bottom shrouding being fastened and connected with screw again, pan, pot seat and pot seat bottom shrouding are fastened and connected integral;Uniformly brushing the glue of high intensity during the circular arc shrinkage pool in the second round tube hole loading pot seat left end bottom of the surface, external diameter border of sealing ring, privates are through the glue instilling high intensity when sealing hole in the hole sealing hole of sealing ring.Pan and pot seat are fastened and connected integral by the present invention; pot should be looked for look for the worry of heating furnace again when eliminating the cooking; during cleaning pot, the lower internal cavity of pot seat and the upper internal cavity of pan will not be intake; can protect intelligent plate and carbon fiber quartz heating tube will not cause because of being got wet by water malfunctioning, burn and leak electricity; extend intelligent plate and the service life of carbon fiber quartz heating tube; use safety, energy-conservation, raising cooking efficiency and economic benefit.
The present invention is provided with hard, smooth Tao Jing thin layer at the upper surface of the bottom of a pan plate of pan.Tao Jing is formed by ceramic high temperature sintering, and heat transfer is fast, hard, wear-resisting, service life is long, smooth, non-stick pan, nontoxic, safety, energy-conservation, improve cooking efficiency and economic benefit.
Accompanying drawing explanation
The concrete structure of the present invention is given by below example and accompanying drawing thereof.
Fig. 1 is the concrete structure schematic diagram of the carbon fiber quartz heating tube integral energy-saving pot and stove proposed according to the present invention.
Fig. 2 is the concrete structure A-A sectional view of the carbon fiber quartz heating tube integral energy-saving pot and stove proposed according to the present invention.
Fig. 3 is the concrete structure B-B sectional view of the carbon fiber quartz heating tube integral energy-saving pot and stove proposed according to the present invention.
In figure: 1-handle, 2-pan, 3-the bottom of a pan plate, the upper internal cavity of 4-, 5-carbon fiber quartz heating tube, 6-the first wire, 7-the first partiting thermal insulation sealing plate, 8-the second wire, 9-the first round tube hole, 10-front end wallboard, internal cavity under 11-, 12-intelligent plate, 13-privates, 14-touch sensitive display, 15-plug, 16-privates, 17-pot seat bottom shrouding, 18-pot seat, 19-sealing plate, 20-the second round tube hole, 21-sealing ring, 22-the second partiting thermal insulation sealing plate, 23-the 3rd partiting thermal insulation sealing plate, 24-boss, 25-rectangular through holes.
Detailed description of the invention
Below in conjunction with embodiment, the present invention is further illustrated.
Embodiment: as shown in drawings, by pan 2, carbon fiber quartz heating tube 5, first wire 6, first partiting thermal insulation sealing plate 7, second wire 8, intelligent plate 12, privates 13, touch sensitive display 14, plug 15, privates 16, pot seat bottom shrouding 17, pot seat 18, sealing plate 19, sealing ring 21, the carbon fiber quartz heating tube integral energy-saving pot and stove that second partiting thermal insulation sealing plate 22 and the 3rd partiting thermal insulation sealing plate 23 are constituted, the bottom of the bottom of a pan plate 3 of pan 2 is provided with internal cavity 4, be provided with in upper internal cavity 45 uniform efficient, energy-conservation carbon fiber quartz heating tube 5.
The input wires terminal of carbon fiber quartz heating tube 5 front end and the upper end of the first wire 6 link together, the lower end of the first wire 6 that the input wires terminal of every carbon fiber quartz heating tube 5 front end is connected is connected in parallel with the second wire 8 after being each passed through the first round tube hole 9 of the first partiting thermal insulation sealing plate 7, the middle part of the second wire 8 links together with the upper end of privates 13, and the lower end of privates 13 welds together with the output wiring terminal of intelligent plate 12.
Intelligent plate 12 is located in the lower internal cavity 11 of pot seat 18, the intelligent-induction contact of intelligent plate 12 front portion is towards the outer inclined-plane of the front end wallboard 10 of pot seat 18, and in the rectangular through holes 25 of the front end wallboard 10 loading pot seat 18, on the interior inclined-plane of the front end wallboard 10 that intelligent plate 12 is fastened on pot seat 18 with screw, together with the rear portion of the touch sensitive display 14 on the outer inclined-plane of the front end wallboard 10 that the intelligent-induction contact of intelligent plate 12 is sealed in pot seat 18 with firm gluing is adjacent to, the intelligent-induction contact of intelligent plate 12 is corresponding with the touch function keys of touch sensitive display 14.
The input wires terminal of intelligent plate 12 welds together with the upper right side of privates 16, and privates 16 pass the sealing Kong Houyu plug 15 of the sealing ring 21 in the second round tube hole 20 of pot seat 18 left end bottom and link together.
The fixing end nut of carbon fiber quartz heating tube 5 front end is fastened on the 3rd partiting thermal insulation sealing plate 23, on the boss 24 of the right-hand member wallboard that the 3rd partiting thermal insulation sealing plate 23 is fastened on the upper internal cavity 4 of the bottom of a pan plate 3 bottom with screw.
It is respectively equipped with the second partiting thermal insulation sealing plate 22 on the left end wallboard of the upper internal cavity 4 of the bottom of a pan plate 3 bottom, front end wallboard and rear end wallboard, and is fastened on the left end wallboard of upper internal cavity 4, front end wallboard and rear end wallboard with screw respectively.
The lower end of pan 2 is provided with the first partiting thermal insulation sealing plate 7, the lower end of the first partiting thermal insulation sealing plate 7 is provided with pot seat 18, during assembling, surrounding at the first upper and lower end face of partiting thermal insulation sealing plate 7 uniformly brushes the glue of high intensity, together with the surrounding bottom surface of pan 2 being fastened and connected with the surrounding of the first partiting thermal insulation sealing plate 7 and the surrounding upper surface of pot seat 18 with screw again, pan 2 and pot seat 18 are fastened and connected integral.
The lower end of pot seat 18 is provided with sealing plate 19, the lower end of sealing plate 19 is provided with a pot seat bottom shrouding 17, during assembling, surrounding at the upper and lower end face of sealing plate 19 uniformly brushes the glue of high intensity, together with the surrounding of upper and lower with sealing plate 19 for the surrounding bottom surface of pot seat 18 end face and the surrounding upper surface of pot seat bottom shrouding 17 being fastened and connected with screw again, pan 2, pot seat 18 and pot seat bottom shrouding 17 are fastened and connected integral.
Uniformly brushing the glue of high intensity during the circular arc shrinkage pool in the second round tube hole 20 loading pot seat 18 left end bottom of the surface, external diameter border of sealing ring 21, privates 16 are through the glue instilling high intensity when sealing hole in the hole sealing hole of sealing ring 21.
The top, outer face at the left and right two ends of pan 2 is provided with the handle 1 of symmetry, and the top, outer face at two ends left and right with pan 2 respectively, the lower end of handle 1 is firmly bonded together.
The upper surface of the bottom of a pan plate 3 of pan 2 is provided with hard, smooth Tao Jing thin layer.
Below in conjunction with the accompanying drawings the course of work of the present invention is specifically described.
nullThe specific works process one of the present invention: cooking noodle: by pan scrub,Plug is inserted in 220V supply socket,Power supply passes through plug、Privates are transported on intelligent plate," switch " in touch sensitive display is touched with hand,Power supply exports from intelligent plate,Pass through privates、Second wire and the first wire are transported on carbon fiber quartz heating tube,Carbon fiber quartz heating tube converts electric energy to heat energy immediately and heats the bottom of a pan plate," boiling " and " " in touch sensitive display is touched with hand,Carbon fiber quartz heating tube quickly carries out high-temperature heating to the bottom of a pan plate,After the water in the pan the bottom of a pan dryouies,Oil is added in pan,Add various dispensing after oil heat to stir-fry,Add mountain spring water,Cover pot cover,Water opens pot cover after opening、Add noodles,With bamboo chopstick, noodles are stirred out,Monosodium glutamate is added after noodles are ripe、Refined salt and other flavouring,Stir uniformly," switch " in touch sensitive display is touched with hand,After powering off.
nullThe course of work two of the present invention: non-refuelling fried egg in pot: by pan scrub,Plug is inserted in 220V supply socket,Power supply passes through plug、Privates are transported on intelligent plate," switch " in touch sensitive display is touched with hand,Power supply exports from intelligent plate,Pass through privates、Second wire and the first wire are transported on carbon fiber quartz heating tube,Carbon fiber quartz heating tube converts electric energy to heat energy immediately and heats the bottom of a pan plate," frying " and " " in touch sensitive display is touched with hand,Carbon fiber quartz heating tube quickly carries out low-temperature heat to the bottom of a pan plate,After the water in the pan the bottom of a pan dryouies,Egg is poured in pan,The most just egg is decocted,With bamboo chopstick, the monoblock egg decocted easily is picked up,Pot will not be glued," switch " in touch sensitive display is touched with hand,After powering off.
nullThe course of work three of the present invention: quick-fried beef: by pan scrub,Plug is inserted in 220V supply socket,Power supply passes through plug、Privates are transported on intelligent plate," switch " in touch sensitive display is touched with hand,Power supply exports from intelligent plate,Pass through privates、Second wire and the first wire are transported on carbon fiber quartz heating tube,Carbon fiber quartz heating tube converts electric energy to heat energy immediately and heats the bottom of a pan plate," quick-fried " and " " in touch sensitive display is touched with hand,Carbon fiber quartz heating tube quickly carries out high-temperature heating to the bottom of a pan plate,After the water in the pan the bottom of a pan dryouies,Oil is poured in pan,The beef will got ready during oil temperature height、Shredded ginger quickly stir-fries in pouring pot together into,Rapidly join green onion、Garlic、Scalded the dispensing such as vegetables of water、Monosodium glutamate、Refined salt quickly stir-fries uniformly," switch " in touch sensitive display is touched with hand,After powering off.

Claims (3)

1. carbon fiber quartz heating tube integral energy-saving pot and stove, by pan (2), carbon fiber quartz heating tube (5), first wire (6), first partiting thermal insulation sealing plate (7), second wire (8), intelligent plate (12), privates (13), touch sensitive display (14), plug (15), privates (16), pot seat bottom shrouding (17), pot seat (18), sealing plate (19), sealing ring (21), second partiting thermal insulation sealing plate (22) and the 3rd partiting thermal insulation sealing plate (23) are constituted, it is characterized in that: the bottom of the bottom of a pan plate (3) of pan (2) is provided with internal cavity (4), be provided with in upper internal cavity (4) 3~7 uniform efficient, energy-conservation carbon fiber quartz heating tube (5);
The input wires terminal of described carbon fiber quartz heating tube (5) front end and the upper end of the first wire (6) link together, the lower end of the first wire (6) that the input wires terminal of every carbon fiber quartz heating tube (5) front end is connected is each passed through first round tube hole (9) of the first partiting thermal insulation sealing plate (7) and is connected in parallel with the second wire (8) afterwards, the middle part of the second wire (8) links together with the upper end of privates (13), and the lower end of privates (13) welds together with the output wiring terminal of intelligent plate (12);
Described intelligent plate (12) is located in the lower internal cavity (11) of pot seat (18), the intelligent-induction contact of intelligent plate (12) front portion is towards the outer inclined-plane of the front end wallboard (10) of pot seat (18), and in the rectangular through holes (25) of the front end wallboard (10) loading pot seat (18), intelligent plate (12) screw is fastened on the interior inclined-plane of front end wallboard (10) of pot seat (18), together with the rear portion of the touch sensitive display (14) on the outer inclined-plane of the front end wallboard (10) that the intelligent-induction contact of intelligent plate (12) is sealed in pot seat (18) with firm gluing is adjacent to, the intelligent-induction contact of intelligent plate (12) is corresponding with the touch function keys of touch sensitive display (14);
The input wires terminal of described intelligent plate (12) welds together with the upper right side of privates (16), and privates (16) pass sealing Kong Houyu plug (15) of the sealing ring (21) in second round tube hole (20) of pot seat (18) left end bottom and link together;
The fixing end nut of described carbon fiber quartz heating tube (5) front end is fastened on the 3rd partiting thermal insulation sealing plate (23), on the boss (24) of the right-hand member wallboard that the 3rd partiting thermal insulation sealing plate (23) is fastened on the upper internal cavity (4) of the bottom of a pan plate (3) bottom with screw;
It is respectively equipped with the second partiting thermal insulation sealing plate (22) on the left end wallboard of upper internal cavity (4), front end wallboard and the rear end wallboard of described the bottom of a pan plate (3) bottom, and is fastened on the left end wallboard of upper internal cavity (4), front end wallboard and rear end wallboard with screw respectively.
Carbon fiber heating tube integral energy-saving pot the most according to claim 1, it is characterized in that: the lower end of pan (2) is provided with the first partiting thermal insulation sealing plate (7), the lower end of the first partiting thermal insulation sealing plate (7) is provided with pot seat (18), during assembling, on the first partiting thermal insulation sealing plate (7), the surrounding of lower surface uniformly brushes the glue of high intensity, together with the surrounding bottom surface of pan (2) being fastened and connected with the surrounding of the first partiting thermal insulation sealing plate (7) and the surrounding upper surface of pot seat (18) with screw again, pan (2) and pot seat (18) are fastened and connected integral;
The lower end of described pot seat (18) is provided with sealing plate (19), the lower end of sealing plate (19) is provided with a pot seat bottom shrouding (17), during assembling, surrounding at sealing plate (19) upper and lower end face uniformly brushes the glue of high intensity, together with the surrounding bottom surface of pot seat (18) being fastened and connected with the surrounding of sealing plate (19) upper and lower end face and the surrounding upper surface of pot seat bottom shrouding (17) with screw again, pan (2), pot seat (18) and pot seat bottom shrouding (17) are fastened and connected integral;
Uniformly brushing the glue of high intensity during the circular arc shrinkage pool in the second round tube hole (20) loading pot seat (18) left end bottom of the surface, external diameter border of described sealing ring (21), privates (16) are through the glue instilling high intensity when sealing hole in the hole sealing hole of sealing ring (21).
Carbon fiber heating tube integral energy-saving pot the most according to claim 1, it is characterized in that: the top, outer face at pan (2) left and right two ends is provided with the handle (1) of symmetry, top, outer face with pan (2) left and right two ends respectively, the lower end of handle (1) is firmly bonded together;
The upper surface of the bottom of a pan plate (3) of described pan (2) is provided with hard, smooth Tao Jing thin layer.
CN201610434468.0A 2016-06-19 2016-06-19 Integrated energy-saving cookware with carbon fiber quartz heating tubes Pending CN105889996A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201610434468.0A CN105889996A (en) 2016-06-19 2016-06-19 Integrated energy-saving cookware with carbon fiber quartz heating tubes

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201610434468.0A CN105889996A (en) 2016-06-19 2016-06-19 Integrated energy-saving cookware with carbon fiber quartz heating tubes

Publications (1)

Publication Number Publication Date
CN105889996A true CN105889996A (en) 2016-08-24

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201610434468.0A Pending CN105889996A (en) 2016-06-19 2016-06-19 Integrated energy-saving cookware with carbon fiber quartz heating tubes

Country Status (1)

Country Link
CN (1) CN105889996A (en)

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Application publication date: 20160824