CN101248960A

CN101248960A - Range/kitchen tool using solar/low ebb electric energy heat storage for kitchen work/heat supply water/heating and method thereof

Info

Publication number: CN101248960A
Application number: CNA2008100742788A
Authority: CN
Inventors: 郭永康; 郭卫康; 郭晓勤
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-04
Filing date: 2008-02-04
Publication date: 2008-08-27
Anticipated expiration: 2028-02-04
Also published as: CN101248960B

Abstract

The invention discloses kitchen ware for cooking, supplying hot water and heating by using solar energy or off-peak power heating storage and a method thereof. The invention aims to heat high temperature fluid by using solar energy or off-peak power heating storage, cooking and disinfecting tableware by using the high temperature fluid. The invention further provides a complete set of kitchen ware for boiling and supplying hot water and heating by combining the invented fluid heat exchange water heater in the prior art and a method thereof. The kitchen ware mainly comprises a high temperature fluid griddle bench, high temperature fluid multifunctional stove, a high temperature fluid multifunctional cooker, a high temperature fluid tableware disinfecting cabinet, a fluid heat exchange water heater, and an electricity heating and storing cabinet. The inventive method comprises the following steps of converting optical energy or off peak power to high temperature heat energy by using a solar energy condenser, heating the high temperature fluid to a certain high temperature, performing high-efficient heat preservation and storage, slowly releasing the high temperature fluid at different periods of time as required, and performing cooking, supplying boiled/hot water and heating. The inventive kitchen ware for cooking, supplying hot water and heating by using solar energy or off-peak power heating storage and the method thereof are especially suitable for rural and urban families.

Description

Solar energy/valley electricity heat accumulation is used for the kitchen range/kitchen tools and the method for cooking/heat supply water/heating

Technical field the present invention relates to two big efficient energy-saving and emission-reducing engineerings: kitchen range, kitchen tools and method that the efficient utilization of solar energy and the green of valley electricity are utilized.More particularly, it relates to and utilizes solar concentrator to change luminous energy or valley electricity into high temperature heat, heating high heated fluid stream to certain high temperature carries out high-efficiency insulated, store, again as required in the high heated fluid stream of different period slowly-releasings, can fry simultaneously the food materials of a plurality of cookers, fried, quick-fried, saute, fry in shallow oil, boil in water for a while, then dress with soy, vinegar, etc., steam, boil, stewing, stew, simmer, pot, burn, the shortening of the roasting multiple cooking method of class, can also finish the high-temperature sterilization of tableware, in conjunction with the fluid heat exchange water heater patented technology that we have invented before this, can also be advantageously used in for opening/hot water, the complete kitchen range of heating, kitchen tools and method.

Background technology is present, and all there are the too single deficiency of function of use in solar energy stove and solar water heater both at home and abroad: a large amount of all-glass vacuum tube water heaters that use can only provide hot water, take several thousand yuan and but can not cook; And solar energy stove also only can be single cook or cooking, can not do various food simultaneously, more can not provide hot water easily in large quantities.

In addition, in operation power, in the bigger period, be called network load " peak " period in the electrical network burden; In the less period, be called network load " low ebb " period in the electrical network burden.Many electrical networks are arranged, more serious short of electricity usually occurs in load " peak " period, the overloading running status just appears in electrical network.Serious power grid accident just takes place in electrical network such as long period overloading operation easily.One to evening, and electrical network enters " low ebb " operation period along with falling sharply of user power utilization amount.At this moment, utility personnel both had been difficult to a large amount of unnecessary electric energy in oneself net are dispatched away, can't temporarily store electric energy again, had to waste.

At this phenomenon, country has put into effect encouragement policy, widelys popularize the power-saving measures of " peak load shifting ", requires everybody by fair means or foul above-mentioned unnecessary electric energy of " low ebb " period to be fully utilized exactly.The way of metering user power consumption has at times been carried out in the area that has, and the electricity price preferential policy is carried out in " low ebb " period electricity consumption, only receives half electricity price, even is lower than half.

Though electric energy can not store, and electric energy is converted into heat energy, carry out but can storing after high-efficiency insulated.Therefore, use a kind of electric energy heating heat-storing device, unnecessary electric energy of " low ebb " period is converted into heat energy, high-efficiency insulated back makes it orderly release in " peak " period, be used for family's cooking and heating, can alleviate the short of electricity pressure of electrical network " peak " period effectively, can make full use of unnecessary electric energy of electrical network " low ebb " period again, also be the effective measures of further guaranteeing electric power netting safe running.This is not only the problem that enterprise or family benefit to some extent, cooperates country to do a good job of benefiting the nation and the people especially.

At present, both do not had on the market a kind ofly can do various food simultaneously, not only can high-temperature sterilization but also a whole set of solar energy stove, kitchen tools and the method for hot water and heating can be provided easily in large quantities; More do not have a kind ofly can change valley electricity into high temperature heat, as required in different period slowly-releasing high temperature heat, can do various food simultaneously again, not only can high-temperature sterilization but also can provide out in large quantities easily/a whole set of kitchen range, kitchen tools and the method for hot water and heating.

Summary of the invention purpose of the present invention will overcome deficiency of the prior art exactly, provide and both can utilize solar energy to change high temperature heat into, can change valley electricity into high temperature heat again, can do various food simultaneously in peak period, can carry out high-temperature sterilization to tableware again, in conjunction with our fluid heat exchange water heater patented technology of having invented before this, can also provide out easily/kitchen range, kitchen tools and the method for hot water and heating.

Kitchen range of the present invention, kitchen tools, mainly comprise high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace, high heated fluid stream multipurpose cooker, high heated fluid stream dishware disinfection cabinet, electric energy heating heat storage box etc., in order to provide out easily/hot water and heating, also must use the fluid heat exchange water heater patented technology that we have invented before this.

Now as follows to a whole set of kitchen range of the present invention, kitchen tools and technical scheme division.

A kind of high heated fluid stream frying pan kitchen range, it mainly is made up of stove, range panel, the bottom of a pan clevis layer concave surface, high heated fluid stream pipe, manual heat-resisting valve, button, regulating switch valve, annular fluid flow tube, liquid flow hole, heat-insulation layer etc.Central authorities at range panel, the tight the bottom of a pan clevis layer concave surface of one welding arranged, central authorities at the bottom concave surface of the bottom of a pan clevis layer concave surface, be welded with high heated fluid stream pipe, outer rim in the upper end of the bottom of a pan clevis layer concave surface, tightly be welded with an annular fluid flow tube, junction at annular fluid flow tube and the bottom of a pan clevis layer concave surface, have several liquid flow holes, the outer side at annular fluid flow tube tightly is welded with high heated fluid stream pipe, be connected with manual heat-resisting valve on the high heated fluid stream pipe, manual heat-resisting valve is realized automatic/hand control by button or regulating switch valve, at stove, range panel, gap between the clevis layer concave surface of the bottom of a pan is filled with resistant to elevated temperatures heat-insulation layer.

High heated fluid stream frying pan kitchen range, common top at clevis layer upper strata, the bottom of a pan concave surface, be provided with a bite activity frying pan, in the time of on movable frying pan places clevis layer upper strata, the bottom of a pan concave surface, the interface of the two does not tightly have the gap, and movable frying pan and clevis layer upper strata, the bottom of a pan concave surface should adopt heat-conductive characteristic good sheet metal is manufactured; In the top edge of clevis layer upper strata, the bottom of a pan concave surface, be connected with the anti-overflow pot circle that a circle protrudes in range panel, also be provided with the pot edge of dripping of the outside turnup of a circle at the edge suitable for reading of movable frying pan, on frying pan, also be provided with interior heat preservation cooker lid, outer heat preservation cooker lid.

A kind of high heated fluid stream multipurpose furnace, it is made of body of heater, fire door, inner bag, furnace chamber, cavity, high heated fluid stream pipe, steam channel, heat-insulation layer.High heated fluid stream multipurpose furnace can be the individual layer furnace chamber, also can combine by more than one multilayer furnace chamber, inner bag and inboard wall of furnace body firmly weld, make in it furnace chamber that forms the close good cleaning of liquid with fire door, its close good cavity of inwall formation liquid outer and body of heater, high heated fluid stream pipe respectively has an end and cavity firmly to weld, one of steam channel end is through inner bag, the other end is opened on the outside of body of heater, and the junction is firmly welding all, is provided with heat-insulation layer in the interlayer of body of heater and fire door.

High heated fluid stream multipurpose furnace, it can also be provided with observation window by fire door, can also in furnace chamber, be provided with chassis or barbecue rack, boil, boil in a covered pot over a slow fire, stew, simmer, stew, burn, bake class culinary art operation to adapt to, firmly welding between chassis and the inner bag, the welding body of chassis and inner bag firmly welds with inboard wall of furnace body again, above described chassis, be provided with the pan that matches with the chassis curved surface, pot cover is arranged above pan, be provided with heat-resisting handle at the edge of pan, the outer rim that also is included in chassis or inner bag is provided with the heat absorption fin.

A kind of high heated fluid stream multipurpose cooker, it is made of pot body, pot lid, interlayer inner bag, high heated fluid stream pipe, annular fluid flow tube, liquid flow hole, pan, heat absorption fin, heat-insulation layer.High heated fluid stream multipurpose cooker comprises polytypes such as meal pot or soup pot, the interlayer inner bag firmly is welded after with the metallic plate punching moulding again, the interlayer inner bag divides two kinds: the outside and bottom at the interlayer inner bag can be provided with the heat absorption fin, also the heat absorption fin can be set, upper end at the interlayer inner bag, tightly be welded with an annular fluid flow tube, junction at annular fluid flow tube and interlayer inner bag, have several liquid flow holes, outer side at annular fluid flow tube, tightly be welded with high heated fluid stream pipe, the bottom of interlayer inner bag also tightly is welded with the cavity of the straight-through interlayer inner bag of a high heated fluid stream pipe, the inboard of interlayer inner bag is provided with pan---pot for cooking rice or slaughterhouse, at pot body, be provided with heat-insulation layer in the interlayer of pot lid.

A kind of high heated fluid stream multipurpose cooker, it is made of pot body, pot lid, coil pipe inner bag, high heated fluid stream pipe, pan, heat-insulation layer, high heated fluid stream multipurpose cooker comprises polytypes such as meal pot or soup pot, the coil pipe inner bag is coiled to form by the good metal tube of ductility, the mouth of pipe at coil pipe two ends is drawn respectively from the bottom and the top of coil pipe inner bag, the inboard of coil pipe inner bag is provided with pan, and pan pot lid that disposes suitable for reading is provided with heat-insulation layer in the interlayer of pot body, pot lid.

A kind of high heated fluid stream dishware disinfection cabinet, it is made of cabinet, cabinet door, inner bag, cavity, disinfection room, shelf, high heated fluid stream pipe, steam channel, heat-insulation layer.Inner bag and cabinet inwall firmly weld, make in it disinfection room that forms the close good cleaning of liquid with the cabinet door, its inwall outer and cabinet forms the close good cavity of liquid, high heated fluid stream pipe respectively has an end and cavity firmly to weld, one of steam channel end is through inner bag, the other end is opened on the outside of cabinet, and the junction is firmly welding all, is provided with heat-insulation layer in the interlayer of cabinet and cabinet door.

A kind of electric energy heating heat storage box, it is made of casing, case lid, release of pressure pipe, inner bag, high heated fluid stream pipe, high-temperature-resistant thermal-insulation layer, polyurethane insulation coating, electric heater unit.Inner bag firmly is welded by the sheet metal with adequate thickness, the heat resistanceheat resistant seepage, inner bag firmly is welded with high heated fluid stream pipe, on case lid, be welded with the release of pressure pipe, inner courage one side is filled with the high-temperature-resistant thermal-insulation layer, be filled with polyurethane insulation coating by casing one side, be provided with electric heater unit near inner bag at the bottom of case, described electric heater unit is meant electrothermal furnace or for electric hot plate or be electrothermal tube.

A kind of solar energy heat build-up is used for the method for cooking/heat supply water/heating, and it is made up of parabolic condenser, receiver, heat storage box, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace or high heated fluid stream multipurpose cooker, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator, attemperater, high heated fluid stream pipe, heat-resisting pump, manual heat-resisting valve, water pump, manual water valve, temperature sensor A, temperature sensor B, automaton etc.It comprises following loop and circuit controls method:

(1), the high hot heat-transfer working medium of the receiver on the parabolic condenser is communicated with and forms the closed circuit of sealing with heat storage box by high heated fluid stream pipe;

(2), the high hot heat-transfer working medium of heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace by high heated fluid stream pipe;

(3), the high hot heat-transfer working medium of heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, high heated fluid stream dishware disinfection cabinet by high heated fluid stream pipe;

(4), the high hot heat-transfer working medium of heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, tubular type fluid heat exchange water heater by high heated fluid stream pipe;

(5), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater passes through water-supply-pipe, manual water valve is communicated with attemperater and form the closed circuit that seals;

(6), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater is communicated with and forms the closed circuit of sealing with radiator with water pump, manual water valve by water-supply-pipe;

(7), when carrying out the cooking operation, promptly open the manual heat-resisting valve in (2) loop, automaton instruction closes (3), the manual heat-resisting valve in (4) loop; When the cooking operation is finished, promptly close the manual heat-resisting valve in (2) loop, manually or the automaton instruction opens (3), the manual heat-resisting valve in (4) loop, (3) loop is set to 20～30 minutes from being opened to the time of closing; Water temperature control in (5) loop in the attemperater is set by automaton, the lower limit temperature control range, when automaton detects water temperature and is lower than under the design temperature in limited time by being located at temperature sensor A in the attemperater, automaton then instructs the manual heat-resisting valve of opening (4) loop, the manual water valve in (5) loop, water temperature in the tubular type fluid heat exchange water heater rises and forms circulation the water temperature in the attemperater is constantly risen with water in the attemperater, when rising to reach on the design temperature, the water temperature in the attemperater prescribes a time limit, automaton then instructs the manual water valve of cutting out (5) loop, makes the water temperature in the attemperater be incubated storage in awarding the controlling temperature scope;

(8), when needs heating, can by automaton be provided with the indoor temperature of need regulating on, the lower limit temperature control range, when automaton detects room temperature and is lower than under the design temperature in limited time by being located at indoor temperature sensor B, automaton then instructs the manual heat-resisting valve of opening (4) loop and the water pump and the manual water valve in (6) loop, high-temperature-hot-water and the water in the radiator in the tubular type fluid heat exchange this moment water heater form circulation, make the radiator intensification and impel room temperature to rise, when rising to reach on the design temperature, room temperature prescribes a time limit, automaton then instructs the water pump and the manual water valve of cutting out (6) loop, make radiator stop to heat up, so circulation can realize the automatic adjusting of room temperature;

(9), when the temperature in arbitrary loop in attemperater water temperature or heating room temperature two loops need continue to increase, the manual heat-resisting valve in (4) loop then is in all the time opens the dress attitude, when the temperature in attemperater water temperature or heating room temperature two loops all above design temperature in limited time, automaton then instructs the manual heat-resisting valve of cutting out (4) loop, tubular type fluid heat exchange this moment water heater then stops to heat up, when system carries out the cooking operation, automaton can instruct (4) loop to dodge automatically, the manual heat-resisting valve in temporary close (4) loop;

(10), when (2), when arbitrary loop is in running order in (3), (4) loop, heat-resisting pump then is in all the time opens the dress attitude, all loops all are in the state of finishing the work when (2), in (3), (4) loop---and when also claiming holding state, automaton then instructs closes manual heat-resisting valve in heat-resisting pump and (2), (3), (4) loop;

(11), the automaton of this claim indication, be meant the microcomputer-recognized intelligent control device or for programmable control unit or be relay control device;

(12), all connecting pipes are all carried out high-efficiency insulated processing through hunting leak after qualified: internal layer lays the high-temperature-resistant thermal-insulation layer, and skin is filled in polyurethane insulation coating;

(13), this method heat transmission working medium adopts cottonseed oil or modified conduction oil or nitrate heat conduction, adopts oil-rock heat reservoir or nitrate heat reservoir respectively.

A kind of valley electricity heat accumulation is used for the method for cooking/heat supply water/heating, and it heats heat storage box, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace or high heated fluid stream multipurpose cooker, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator, attemperater, high heated fluid stream pipe, heat-resisting pump, manual heat-resisting valve, water pump, manual water valve, temperature sensor A, temperature sensor B, temperature sensor C, automaton etc. by electric energy and forms.It comprises following loop and circuit controls method:

(1), control by automaton, low ebb (the timing automatic power-on of period of 0:00～8:00) is set, utilize the electric energy of low-valley interval to add the interior heat-transfer working medium of thermoelectric power heating heat storage box, period beyond 0:00～8:00 promptly cuts off the power supply automatically and stops heating, but possessing, system can realize the manually function of power supply under special circumstances, and be provided with in the heat-transfer working medium heating in the electric energy heating heat storage box by automaton, the lower limit temperature control range, when automaton detects heat accumulation heat-transfer working medium temperature and is lower than design temperature under and prescribes a time limit by being located at temperature sensor C in the electric energy heating heat storage box, automaton then instructs the electric heater unit energising to heat, when being higher than on the design temperature, heat accumulation heat-transfer working medium temperature prescribes a time limit, automaton then instructs the electric heater unit outage to stop to heat, make the high hot heat-transfer working medium in the electric energy heating heat storage box in awarding the control high temperature range, be incubated storage, in order to having enough heat energy to use in 0:00～8:00 period in addition;

(2), the high hot heat-transfer working medium of electric energy heating heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace by high heated fluid stream pipe;

(3), the high hot heat-transfer working medium of electric energy heating heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, high heated fluid stream dishware disinfection cabinet by high heated fluid stream pipe;

(4), the high hot heat-transfer working medium of electric energy heating heat storage box is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe of heat-resisting pump, manual heat-resisting valve, tubular type fluid heat exchange water heater by high heated fluid stream pipe;

(6), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater by water-supply-pipe and water pump, manual water valve, radiator is communicated with and form the closed circuit of sealing;

(7), when carrying out the cooking operation, promptly open the manual heat-resisting valve in (2) loop, automaton instruction closes (3), the manual heat-resisting valve in (4) loop; When the cooking operation is finished, promptly close the manual heat-resisting valve in (2) loop, automaton instruction unlatching (3), the manual heat-resisting valve in (4) loop, (3) loop is set to 20～30 minutes from being opened to the time of closing; Water temperature control in (5) loop in the attemperater is set by automaton, the lower limit temperature control range, when automaton detects water temperature and is lower than under the design temperature in limited time by being located at temperature sensor A in the attemperater, automaton then instructs the manual heat-resisting valve of opening (4) loop, the manual water valve in (5) loop, water temperature in the tubular type fluid heat exchange water heater rises and forms circulation the water temperature in the attemperater is constantly risen with water in the attemperater, when rising to reach on the design temperature, the water temperature in the attemperater prescribes a time limit, automaton then instructs the manual water valve of cutting out (5) loop, makes the water temperature in the attemperater be incubated storage in awarding the controlling temperature scope;

(8), when needs heating, can by automaton be provided with the indoor temperature of need regulating on, the lower limit temperature control range, when automaton detects room temperature and is lower than under the design temperature in limited time by being located at indoor temperature sensor B, automaton then instructs the manual heat-resisting valve of opening (4) loop and the water pump and the manual water valve in (6) loop, high-temperature-hot-water and the water in the radiator in the tubular type fluid heat exchange this moment water heater form circulation, make the radiator intensification and impel room temperature to rise, when rising to reach on the design temperature, room temperature prescribes a time limit, automaton then instructs the water pump and the manual water valve of cutting out (6) loop, make radiator stop to heat up, can realize the automatic adjusting of room temperature;

(14), the heat storage box that the solar energy heat build-up is used for the method for cooking/heat supply water/heating changes electric energy heating heat storage box into, can realize that fine day is used for cooking/heat supply water/heating with the solar energy heat build-up, meeting overcast and rainy is that available valley electricity heat accumulation is used for cooking/heat supply water/heating.

A whole set of solar energy of the present invention/valley electricity heat accumulation is used for the kitchen range/kitchen tools of cooking/heat supply water/heating and method compared with prior art, and its beneficial effect is:

1, solar energy is inexhaustible, nexhaustible regenerative resource, non-pollutant discharge, and the use field of widening solar energy in family life helps the energy-saving and emission-reduction in the whole world.

2, the electric energy of exploitation " low ebb " period is used for family's cooking, manufacture hot water and heating, can be peak load regulation network, can cut the waste the energy resources of saves valuable again.

No matter 3 utilize solar energy or the electric energy of development and use " low ebb " period, can both save the daily life spending significantly for common people.

4, a whole set of high heated fluid stream kitchen range, kitchen tools can cooking, again can heat supply water, heating, and one-object-many-purposes can solve present solar energy stove and the too single deficiency of solar water heater function of use; Can save common people's glove spending.

5, the research and development of a whole set of high heated fluid stream kitchen range, kitchen tools and method make and do various food, heat supply water, heating simultaneously and become possibility, compare with existing solar energy stove, can save for 50% cooking time, have made things convenient for the common people's life.

Description of drawings

The high heated fluid stream frying pan of Fig. 1 kitchen range master cutaway view.

The high heated fluid stream frying pan of Fig. 2 kitchen range sectional view.

The high heated fluid stream frying pan of Fig. 3 kitchen range vertical view.

The high heated fluid stream multipurpose furnace of Fig. 4 front elevation view.

The high heated fluid stream multipurpose furnace of Fig. 5 positive view.

The high heated fluid stream multipurpose furnace of Fig. 6 A---A cutaway view.

The high heated fluid stream multipurpose furnace of Fig. 7 chassis, heat absorption fin upward view.

The high heated fluid stream multipurpose cooker of Fig. 8 (the interlayer inner bag has the heat absorption fin-type) sectional view.

The high heated fluid stream multipurpose cooker of Fig. 9 (the interlayer inner bag does not have the heat absorption fin-type) sectional view.

The high heated fluid stream multipurpose cooker of Figure 10 (coil pipe inner bag type) sectional view.

The high heated fluid stream disinfection cabinet of Figure 11 positive view.

The high heated fluid stream disinfection cabinet of Figure 12 B-B cutaway view.

Figure 13 electric energy heating heat storage box positive view.

The heat build-up of Figure 14 solar energy is used for kitchen range, kitchen tools and the method schematic diagram of cooking/heat supply water/heating.

Figure 15 valley electricity heat accumulation is used for kitchen range, kitchen tools and the method schematic diagram of cooking/heat supply water/heating.

Figure 16 solar energy/valley electricity heat accumulation is used for the kitchen range/kitchen tools and the method schematic diagram of cooking/heat supply water/heating.

Figure 17 solar energy/valley electricity heat accumulation is used for the whole kitchen elevation of cooking/heat supply water/heating.

Among the figure: 1. stove, 2. range panel, 3. the bottom of a pan clevis layer concave surface, 4. high heated fluid stream pipe, 5. manual heat-resisting valve, 6. button, 7. regulating switch valve, 8. annular fluid flow tube, 9. liquid flow hole, 10. heat-insulation layer, 11. anti-overflow pot circles, 12. movable frying pans, the pot edge 13. drip, 14. interior heat preservation cooker lids, 15. outer heat preservation cooker lids, 16. body of heater, 17. fire doors, 18. inner bags, 19. furnace chamber, 20. cavitys, 21. steam channels, 22. observation window, 23. chassis, 24. barbecue racks, 25. inboard wall of furnace body, 26. pans, 27. pot covers, 28. heat-resisting handle, 29. heat absorption fins, 30. pot bodies, 31. pot lid, 32. interlayer inner bags, 33. pans, 34. the coil pipe inner bag, 35. pans, 36. cabinets, 37. cabinet door, 38. cavity, 39. disinfection rooms, 40. shelves, 41. casing, 42. case lid, 43. release of pressure pipes, 44. inner bags, 45. high-temperature-resistant thermal-insulation layer, 46. polyurethane insulation coating, 47. electric heater units, 48. parabolic condensers, 49. receiver, 50. temperature sensor A, 51. temperature sensor B, 52. temperature sensor C, 53. automaton, 54. heat-resisting pump, 55. water pumps, the manual water valve in 56. radiator loops, 57. heat storage box, 58. electric energy heating heat storage box, 59. radiators, 60. attemperaters, 61. the manual water valve in attemperater loop, 62. the manual heat-resisting valve of (2) closed circuit, the manual heat-resisting valve of 63. (3) closed circuits, the manual heat-resisting valve of 64. (4) closed circuits.

The specific embodiment is further described the present invention below in conjunction with the accompanying drawing and the specific embodiment.

A kind of high heated fluid stream frying pan kitchen range, it is mainly by stove 1, range panel 2, the bottom of a pan clevis layer concave surface 3, high heated fluid stream pipe 4, manual heat-resisting valve 5, button 6, regulating switch valve 7, annular fluid flow tube 8, liquid flow hole 9, heat-insulation layer 10 compositions such as grade.Central authorities at range panel 2, the tight the bottom of a pan clevis layer concave surface 3 of one welding arranged, central authorities at the bottom concave surface of the bottom of a pan clevis layer concave surface 3, be welded with high heated fluid stream pipe 4, outer rim in the upper end of the bottom of a pan clevis layer concave surface 3, tightly be welded with an annular fluid flow tube 8, in the junction of annular fluid flow tube 8 with the bottom of a pan clevis layer concave surface 3, have several liquid flow holes 9, outer side at annular fluid flow tube 8, tightly be welded with high heated fluid stream pipe 4, be connected with manual heat-resisting valve 5 on the high heated fluid stream pipe 4, manual heat-resisting valve 5 is by button 6 or regulating switch valve 7 controls, at stove 1, range panel 2, the gap between the bottom of a pan clevis layer concave surface 3 is filled with resistant to elevated temperatures heat-insulation layer 10.

The high heated fluid stream frying pan kitchen range of present embodiment, also in the top edge of clevis layer upper strata, the bottom of a pan concave surface 3, be connected with the anti-overflow pot circle 11 that a circle protrudes in range panel, top at clevis layer upper strata, the bottom of a pan concave surface 3, be provided with a bite activity frying pan 12, in the time of on movable frying pan 12 places clevis layer upper strata, the bottom of a pan concave surface 3, the interface of the two does not tightly have the gap; Also be provided with the pot edge 13 of dripping of the outside turnup of a circle at the edge suitable for reading of movable frying pan 12, heat preservation cooker lid 14, outer heat preservation cooker lid 15 on frying pan, also being provided with.

A kind of high heated fluid stream multipurpose furnace, it is by body of heater 16, fire door 17, inner bag 18, furnace chamber 19, cavity 20, high heated fluid stream pipe 4, steam channel 21, heat-insulation layer 10 constitutes, and the high heated fluid stream multipurpose furnace of present embodiment is combined by two furnace chambers, inner bag 18 firmly welds with inboard wall of furnace body 25, make in it furnace chamber 19 that forms the close good cleaning of liquid with fire door 17, its outer and the close good cavity 20 of inboard wall of furnace body 25 formation liquid, high heated fluid stream pipe 4 respectively has an end and cavity 20 firmly to weld, one of steam channel 21 end is through inner bag 18, the other end is opened on the outside of body of heater 16, and the junction is firmly welding all, is provided with heat-insulation layer 10 in the interlayer of body of heater 16 and fire door 17.

The high heated fluid stream multipurpose furnace of present embodiment, also on fire door 17, be provided with observation window 22, in furnace chamber 19, be provided with chassis 23 and barbecue rack 24, firmly welding between chassis 23 and the inner bag 18, the welding body of chassis 23 and inner bag 18 firmly welds with inboard wall of furnace body 25 again, above described chassis 23, be provided with the pan 26 that matches with the chassis curved surface, pot cover 27 is arranged above pan 26, be provided with heat-resisting handle 28 at the edge of pan 26, on the chassis 23 or the outer rim of inner bag 18 be provided with heat absorption fin 29.

A kind of high heated fluid stream multipurpose cooker, it is by pot body 30, pot covers 31, interlayer inner bag 32, high heated fluid stream pipe 4, annular fluid flow tube 8, liquid flow hole 9, pan 33,35, heat absorption fin 29, heat-insulation layer 10 constitutes, firmly be welded two kinds of interlayer inner bags 32 minutes after the 32 usefulness metallic plate punching moulding of interlayer inner bag again: the outside and bottom at interlayer inner bag 32 are provided with the heat absorption fin-type and the heat absorption fin-type are not set, and see Fig. 8 and Fig. 9, upper end at interlayer inner bag 32, tightly be welded with an annular fluid flow tube 8,, have several liquid flow holes 9 in the junction of annular fluid flow tube 8 with interlayer inner bag 23, outer side at annular fluid flow tube 8, tightly be welded with high heated fluid stream pipe 4, the bottom of interlayer inner bag 32 also tightly is welded with a high heated fluid stream pipe 4, and the inboard of interlayer inner bag 32 is provided with

pan

33,35, at pot body 30, pot covers in 31 the interlayer and is provided with heat-insulation layer 10.

A kind of high heated fluid stream multipurpose cooker, it is by pot body 30, and pot covers 31, coil pipe inner bag 34, high heated fluid stream pipe 4, pan 33, heat-insulation layer 10 constitutes, coil pipe inner bag 34 is coiled to form by the good metal tube of ductility, the mouth of pipe at coil pipe two ends is drawn respectively from the bottom and the top of coil pipe inner bag, and the inboard of coil pipe inner bag 34 is provided with pan 33, and pan 33 pots that dispose suitable for reading cover 31, at pot body 30, pot covers in 31 the interlayer and is provided with heat-insulation layer 10.

A kind of high heated fluid stream dishware disinfection cabinet, it is by cabinet 36, cabinet door 37, inner bag 18, cavity 38, disinfection room 39, shelf 40, high heated fluid stream pipe 4, steam channel 21, heat-insulation layer 10 constitutes, inner bag 18 firmly welds with cabinet inwall 25, make in it disinfection room 39 that forms the close good cleaning of liquid with cabinet door 37, its outer and the close good cavity 38 of cabinet inwall 25 formation liquid, high heated fluid stream pipe 4 respectively has an end and cavity 38 firmly to weld, one of steam channel 21 end is through inner bag 18, the other end is opened on the outside of cabinet 36, and the junction is firmly welding all, is provided with heat-insulation layer 10 in the interlayer of cabinet 36 and cabinet door 37.

A kind of electric energy heating heat storage box, it is by casing 41, case lid 42, release of pressure pipe 43, inner bag 44, high heated fluid stream pipe 4, high-temperature-resistant thermal-insulation layer 45, polyurethane insulation coating 46, electric heater unit 47 constitutes, and inner bag 44 firmly is welded by the carbon steel sheet material with adequate thickness, the heat resistanceheat resistant seepage, inner bag 44 firmly is welded with high heated fluid stream pipe 4, be welded with release of pressure pipe 43 on case lid 42, inner courage 44 1 sides are filled with high-temperature-resistant thermal-insulation layer 45, are filled with polyurethane insulation coating 46 by casing one side, near liner device electric heater unit 47 is arranged at the bottom of case, described electric heater unit 47 is to adopt electrothermal furnace.

A kind of solar energy heat build-up is used for the method for cooking/heat supply water/heating, it is by parabolic condenser 48, receiver 49, heat storage box 57, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator 59, high heated fluid stream pipe 4, heat-resisting pump 54, water pump 55, the manual water valve 56 in radiator loop, temperature sensor A50, temperature sensor B51, automaton 53, attemperater 60, the manual water valve 61 in attemperater loop, the manual heat-resisting valve 62 of (2) closed circuit, manual heat-resisting valve 64 compositions such as grade of manual heat-resisting valve 63, the (4) closed circuits of (3) closed circuit, it comprises following loop and circuit controls method:

(1), the high hot heat-transfer working medium of the receiver 49 on the parabolic condenser 48 is communicated with and forms the closed circuit of sealing with heat storage box 57 by high heated fluid stream pipe 4;

(2), the high hot heat-transfer working medium of heat storage box 57 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 62, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace by high heated fluid stream pipe 4;

(3), the high hot heat-transfer working medium of heat storage box 57 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 63, high heated fluid stream dishware disinfection cabinet by high heated fluid stream pipe 4;

(4), the high hot heat-transfer working medium of heat storage box 57 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 64, tubular type fluid heat exchange water heater by high heated fluid stream pipe 4;

(5), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater passes through water-supply-pipe, manual water valve 61 is communicated with attemperater 60 and form the closed circuit that seals;

(6), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater is communicated with and forms the closed circuit of sealing with radiator 59 with water pump 55, manual water valve 56 by water-supply-pipe;

(7), when carrying out the cooking operation, promptly open the manual heat-resisting valve 62 in (2) loop, automaton instruction closes (3), the manual heat-resisting valve 63,64 in (4) loop; When the cooking operation is finished, promptly close the manual heat-resisting valve 62 in (2) loop, automaton instruction unlatching (3), manual heat-resisting valve 63,64, the (3) loop, (4) loop are set to 20～30 minutes from being opened to the time of closing; Water temperature control in (5) loop in the attemperater 60 is set by automaton 53, the lower limit temperature control range, when automaton detects water temperature and is lower than under the design temperature in limited time by being located at temperature sensor A50 in the attemperater 60, automaton then instructs the manual heat-resisting valve 64 of opening (4) loop, the manual water valve 61 in (5) loop, water temperature in the tubular type fluid heat exchange water heater rises and forms circulation the water temperature in the attemperater is constantly risen with water in the attemperater 60, water temperature in attemperater 60 rises to reach on the design temperature and prescribes a time limit, automaton then instructs the manual water valve 61 of cutting out (5) loop, makes the water temperature in the attemperater be incubated storage in awarding the controlling temperature scope;

(8), when needs heating, can by automaton 53 be provided with the indoor temperature of need regulating on, the lower limit temperature control range, when automaton detects room temperature and is lower than under the design temperature in limited time by being located at indoor temperature sensor B51, automaton then instructs the manual heat-resisting valve 64 of opening (4) loop and the water pump 55 and the manual water valve 56 in (6) loop, high-temperature-hot-water in the tubular type fluid heat exchange this moment water heater and the water in the radiator 59 form circulation, make the radiator intensification and impel room temperature to rise, when rising to reach on the design temperature, room temperature prescribes a time limit, automaton then instructs the water pump 55 and the manual water valve 56 of cutting out (6) loop, make radiator 59 stop to heat up, so circulation can realize the automatic adjusting of room temperature;

(9), when the temperature in arbitrary loop in attemperater water temperature or heating room temperature two loops need continue to increase, 64 on the manual heat-resisting valve in (4) loop is in all the time opens the dress attitude, when the temperature in attemperater water temperature or heating room temperature two loops all above design temperature in limited time, the manual heat-resisting valve 64 that (4) loop is closed in 53 instructions of automaton, tubular type fluid heat exchange this moment water heater then stops to heat up, when system carries out the cooking operation, automaton can instruct (4) loop to dodge automatically, the manual heat-resisting valve 64 in temporary close (4) loop;

(10), when (2), when arbitrary loop is in running order in (3), (4) loop, 54 of heat-resisting pumps are in all the time opens the dress attitude, all loops all are in the state of finishing the work when (2), in (3), (4) loop---and when also claiming holding state, the manual heat-resisting valve 62 in heat-resisting pump 54 and (2), (3), (4) loop is closed in 53 instructions of automaton; 63,64;

(11), the automaton of present embodiment, be to adopt the microcomputer-recognized intelligent controller;

(13), this method heat transmission working medium adopts cottonseed oil heat conduction, adopts an oily rock heat reservoir.

A kind of valley electricity heat accumulation is used for the method for cooking/heat supply water/heating, it is by electric energy heating heat storage box 58, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator 59, high heated fluid stream pipe 4, heat-resisting pump 54, water pump 55, the manual water valve 56 in radiator loop, temperature sensor A50, temperature sensor B51, temperature sensor C52, automaton 53, attemperater 60, the manual heat-resisting valve 63 of manual heat-resisting valve 62, the (3) closed circuits of manual water valve 61, the (2) closed circuits in attemperater loop, manual heat-resisting valve 64 compositions such as grade of (4) closed circuit, it comprises following loop and circuit controls method:

(1), control by automaton, low ebb (the timing automatic power-on of period of 0:00～8:00) is set, utilize the electric energy of low-valley interval to add heat-transfer working medium in the thermoelectric power heating heat storage box 58, period beyond 0:00～8:00 promptly cuts off the power supply automatically and stops heating, but possessing, system can realize the manually function of power supply under special circumstances, and be provided with in the heat-transfer working mediums heating in the electric energy heating heat storage box 58 by automaton 53, the lower limit temperature control range, when automaton detects heat accumulation heat-transfer working medium temperature and is lower than under the design temperature and prescribes a time limit by being located at temperature sensor C52 in the electric energy heating heat storage box 58, the 47 energising heating of 53 instruction electric heater units of automaton, when being higher than on the design temperature, heat accumulation heat-transfer working medium temperature prescribes a time limit, 47 outages of 53 instruction electric heater units of automaton stop heating, make the high hot heat-transfer working medium in the electric energy heating heat storage box 58 in awarding the control high temperature range, be incubated storage, in order to having enough heat energy to use in 0:00～8:00 period in addition;

(2), the high hot heat-transfer working medium of electric energy heating heat storage box 58 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 62, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace by high heated fluid stream pipe 4;

(3), the high hot heat-transfer working medium of electric energy heating heat storage box 58 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 63, high heated fluid stream dishware disinfection cabinet by high heated fluid stream pipe 4;

(4), the high hot heat-transfer working medium of electric energy heating heat storage box 58 is communicated with and forms the closed circuit of sealing with the high heated fluid stream pipe 4 of heat-resisting pump 54, manual heat-resisting valve 64, tubular type fluid heat exchange water heater by high heated fluid stream pipe 4;

(6), the inlet tube and outlet tube on the tubular type fluid heat exchange water heater is communicated with and forms the closed circuit of sealing with water pump 55, manual water valve 56, radiator 59 by water-supply-pipe;

(7), when carrying out the cooking operation, promptly open the manual heat-resisting valve 62 in (2) loop, automaton 53 instruction closes (3), the manual heat-resisting valve 63,64 in (4) loop; When the cooking operation is finished, promptly close the manual heat-resisting valve 62 in (2) loop, automaton instruction unlatching (3), manual heat-resisting valve 63,64, the (3) loop, (4) loop are set to 20～30 minutes from being opened to the time of closing; Water temperature control in (5) loop in the attemperater is set by automaton, the lower limit temperature control range, when automaton 53 detects water temperature and is lower than under the design temperature in limited time by being located at temperature sensor A50 in the attemperater 60, automaton then instructs the manual heat-resisting valve 64 of opening (4) loop, the manual water valve 61 in (5) loop, water temperature in the tubular type fluid heat exchange water heater rises and forms circulation the water temperature in the attemperater is constantly risen with water in the attemperater 60, when rising to reach on the design temperature, the water temperature in the attemperater prescribes a time limit, automaton then instructs the manual water valve 61 of cutting out (5) loop, makes the water temperature in the attemperater be incubated storage in awarding the controlling temperature scope;

(8), when needs heating, can by automaton 53 be provided with the indoor temperature of need regulating on, the lower limit temperature control range, when automaton detects room temperature and is lower than under the design temperature in limited time by being located at indoor temperature sensor B51, automaton then instructs the manual heat-resisting valve 64 of opening (4) loop and the water pump 55 and the manual water valve 56 in (6) loop, high-temperature-hot-water in the tubular type fluid heat exchange this moment water heater and the water in the radiator 59 form circulation, make radiator 59 intensifications and impel room temperature to rise, when rising to reach on the design temperature, room temperature prescribes a time limit, automaton then instructs the water pump 55 and the manual water valve 56 of cutting out (6) loop, make radiator stop to heat up, can realize the automatic adjusting of room temperature;

(9), when the temperature in arbitrary loop in attemperater water temperature or heating room temperature two loops need continue to increase, 64 on the manual heat-resisting valve in (4) loop is in all the time opens the dress attitude, when the temperature in attemperater water temperature or heating room temperature two loops all above design temperature in limited time, automaton then instructs the manual heat-resisting valve 64 of cutting out (4) loop, tubular type fluid heat exchange this moment water heater then stops to heat up, when system carries out the cooking operation, automaton can instruct (4) loop to dodge automatically, the manual heat-resisting valve 64 in temporary close (4) loop;

(10), when (2), when arbitrary loop is in running order in (3), (4) loop, 54 of heat-resisting pumps are in all the time opens the dress attitude, all loops all are in the state of finishing the work when (2), in (3), (4) loop---when also claiming holding state, the manual heat-resisting valve 62 in heat-resisting pump 54 and (2), (3), (4) loop is closed in 53 instructions of automaton, 63,64;

(13), this method heat transmission working medium adopts nitrate heat conduction, employing nitrate heat reservoir.

Claims

1, a kind of high heated fluid stream frying pan kitchen range, it is mainly by stove, range panel, the bottom of a pan clevis layer concave surface, high heated fluid stream pipe, manual heat-resisting valve, button, regulating switch valve, the annular fluid flow tube, liquid flow hole, compositions such as heat-insulation layer, it is characterized in that, central authorities at range panel, the tight the bottom of a pan clevis layer concave surface of one welding arranged, central authorities at the bottom concave surface of the bottom of a pan clevis layer concave surface, be welded with high heated fluid stream pipe, outer rim in the upper end of the bottom of a pan clevis layer concave surface, tightly be welded with an annular fluid flow tube, junction at annular fluid flow tube and the bottom of a pan clevis layer concave surface, have several liquid flow holes, outer side at annular fluid flow tube, tightly be welded with high heated fluid stream pipe, be connected with manual heat-resisting valve on the high heated fluid stream pipe, manual heat-resisting valve is by button or regulating switch valve control, at stove, range panel, gap between the clevis layer concave surface of the bottom of a pan is filled with resistant to elevated temperatures heat-insulation layer.

2, high heated fluid stream frying pan kitchen range according to claim 1, it is characterized in that, it also is included in the top edge of clevis layer upper strata, the bottom of a pan concave surface, be connected with the anti-overflow pot circle that a circle protrudes in range panel, also be included in the top of clevis layer upper strata, the bottom of a pan concave surface, be provided with a bite activity frying pan, in the time of on movable frying pan places clevis layer upper strata, the bottom of a pan concave surface, the interface of the two does not tightly have the gap; Also be provided with the pot edge of dripping of the outside turnup of a circle at the edge suitable for reading of movable frying pan, on frying pan, also be provided with interior heat preservation cooker lid, outer heat preservation cooker lid.

3, a kind of high heated fluid stream multipurpose furnace, it is by body of heater, fire door, inner bag, furnace chamber, cavity, high heated fluid stream pipe, steam channel, heat-insulation layer constitutes, it is characterized in that, high heated fluid stream multipurpose furnace can be the individual layer furnace chamber, also can combine by more than one multilayer furnace chamber, inner bag and inboard wall of furnace body firmly weld, make in it furnace chamber that forms the close good cleaning of liquid with fire door, its inwall outer and body of heater forms the close good cavity of liquid, high heated fluid stream pipe respectively has an end and cavity firmly to weld, and one of steam channel is held through inner bag, and the other end is opened on the outside of body of heater, the junction is firmly welding all, is provided with heat-insulation layer in the interlayer of body of heater and fire door.

4, high heated fluid stream multipurpose furnace according to claim 3, it is characterized in that, it also is included in fire door and is provided with observation window, also be included in and be provided with chassis or barbecue rack in the furnace chamber, firmly welding between chassis and the inner bag, the welding body of chassis and inner bag firmly welds with inboard wall of furnace body again, above described chassis, be provided with the pan that matches with the chassis curved surface, pot cover is arranged above pan, be provided with heat-resisting handle at the edge of pan, the outer rim that also is included in chassis or inner bag is provided with the heat absorption fin.

5, a kind of high heated fluid stream multipurpose cooker, it is by pot body, pot lid, the interlayer inner bag, high heated fluid stream pipe, the annular fluid flow tube, liquid flow hole, pan, the heat absorption fin, heat-insulation layer constitutes, it is characterized in that, the interlayer inner bag firmly is welded after with the metallic plate punching moulding again, the interlayer inner bag divides two kinds: the outside and bottom at the interlayer inner bag are provided with the heat absorption fin-type and the heat absorption fin-type are not set, upper end at the interlayer inner bag, tightly be welded with an annular fluid flow tube, junction at annular fluid flow tube and interlayer inner bag, have several liquid flow holes, outer side at annular fluid flow tube, tightly be welded with high heated fluid stream pipe, the bottom of interlayer inner bag also tightly is welded with the cavity of the straight-through interlayer inner bag of a high heated fluid stream pipe, and the inboard of interlayer inner bag is provided with pan, at pot body, be provided with heat-insulation layer in the interlayer of pot lid.

6, a kind of high heated fluid stream multipurpose cooker, it is made of pot body, pot lid, coil pipe inner bag, high heated fluid stream pipe, pan, heat-insulation layer, it is characterized in that, the coil pipe inner bag is coiled to form by the good metal tube of ductility, the mouth of pipe at coil pipe two ends is drawn respectively from the bottom and the top of coil pipe inner bag, the inboard of coil pipe inner bag is provided with pan, and pan pot lid that disposes suitable for reading is provided with heat-insulation layer in the interlayer of pot body, pot lid.

7, a kind of high heated fluid stream dishware disinfection cabinet, it is made of cabinet, cabinet door, inner bag, cavity, disinfection room, shelf, high heated fluid stream pipe, steam channel, heat-insulation layer, it is characterized in that, inner bag and cabinet inwall firmly weld, make in it disinfection room that forms the close good cleaning of liquid with the cabinet door, its inwall outer and cabinet forms the close good cavity of liquid, high heated fluid stream pipe respectively has an end and cavity firmly to weld, one of steam channel end is through inner bag, the other end is opened on the outside of cabinet, the junction is firmly welding all, is provided with heat-insulation layer in the interlayer of cabinet and cabinet door.

8, a kind of electric energy heating heat storage box, it is by casing, case lid, the release of pressure pipe, inner bag, high heated fluid stream pipe, the high-temperature-resistant thermal-insulation layer, polyurethane insulation coating, electric heater unit constitutes, it is characterized in that, inner bag firmly is welded by the sheet metal with adequate thickness, the heat resistanceheat resistant seepage, inner bag firmly is welded with high heated fluid stream pipe, on case lid, be welded with the release of pressure pipe, inner courage one side is filled with the high-temperature-resistant thermal-insulation layer, be filled with polyurethane insulation coating by casing one side, be provided with electric heater unit near inner bag at the bottom of case, described electric heater unit is meant electrothermal furnace or for electric hot plate or for electrothermal tube.

9, a kind of solar energy heat build-up is used for the method for cooking/heat supply water/heating, it is characterized in that, it is made up of parabolic condenser, receiver, heat storage box, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace or high heated fluid stream multipurpose cooker, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator, attemperater, high heated fluid stream pipe, heat-resisting pump, manual heat-resisting valve, water pump, manual water valve, temperature sensor A, temperature sensor B, automaton etc., and it comprises following loop and circuit controls method:

(12), all connecting pipes are all carried out high-efficiency insulated processing through hunting leak after qualified: internal layer lays the high-temperature-resistant thermal-insulation layer, and skin is filled in polyurethane insulation coating.

10, a kind of valley electricity heat accumulation is used for the method for cooking/heat supply water/heating, it is characterized in that, it heats heat storage box, high heated fluid stream frying pan kitchen range, high heated fluid stream multipurpose furnace or high heated fluid stream multipurpose cooker, high heated fluid stream dishware disinfection cabinet, fluid heat exchange water heater, radiator, attemperater, high heated fluid stream pipe, heat-resisting pump, manual heat-resisting valve, water pump, manual water valve, temperature sensor A, temperature sensor B, temperature sensor C, automaton etc. by electric energy and forms, and it comprises following loop and circuit controls method:

(1), control by automaton, low-valley interval is set (usually in the timing automatic power-on of 0:00～8:00), utilize the electric energy of low-valley interval to add the interior heat-transfer working medium of thermoelectric power heating heat storage box, period beyond the low-valley interval promptly cuts off the power supply automatically and stops heating, but possessing, system can realize the manually function of power supply under special circumstances, and be provided with in the heat-transfer working medium heating in the electric energy heating heat storage box by automaton, the lower limit temperature control range, when automaton detects heat accumulation heat-transfer working medium temperature and is lower than design temperature under and prescribes a time limit by being located at temperature sensor C in the electric energy heating heat storage box, automaton then instructs the electric heater unit energising to heat, when being higher than on the design temperature, heat accumulation heat-transfer working medium temperature prescribes a time limit, automaton then instructs the electric heater unit outage to stop to heat, make the high hot heat-transfer working medium in the electric energy heating heat storage box in awarding the control high temperature range, be incubated storage, in order to having enough heat energy to use in the low-valley interval period in addition;

(13), the heat storage box that the solar energy heat build-up is used for the method for cooking/heat supply water/heating changes electric energy heating heat storage box into, can realize that fine day is used for cooking/heat supply water/heating with the solar energy heat build-up, meeting overcast and rainy is that available valley electricity heat accumulation is used for cooking/heat supply water/heating.