CN201322431Y - Super energy-saving electric heater and bath major energy-saving system matched with various water heaters - Google Patents

Abstract

Discloses are a super energy-saving electric heater and a bath major energy-saving system matched with various water heaters, in particular to a heat-storage heat-insulated water tank and a dry tank, wherein a double-casing recovery bath waste water waste heat system, a mini-size immersible pump, a pump well and a pump well shell thereof are arranged in the dry tank, in a house, pipe, tank, valve, device network system with a bathroom (a tube) with a screen door and curtain walls in the characteristics of double-bushing base structure, the water tank is provided a free scale formation main electric heat supplementing assembly, or double bushings combined in a base are matched with various existing water heaters to realize the waste water and waste heat recovery in a way of preheating a water source.

Description

More than half energy conserving system of super energy-saving electric water heater and the supporting bath usefulness of various water heater

The utility model relates to more than half energy conserving system technology of a kind of super energy-saving electric water heater and the supporting bath usefulness of various water heater, especially is provided with super to imitate energy-conservation heat-storage heat-preserving water pot and various existing water heater is supporting and realize that waste water residual heat reclaims room, pipe, jar, valve, device net system that the bath room (bathtub) of the screen door curtain wall of two sleeve pipe understructure features of utilizing with the preheating water source type makes up.

At present, known bath wash equipment and technology mostly be office just and optimized the use value function innovation that bathing space and degree of convenience improve, not having any is the development trend of design objective with energy-conservation.The energy-conservation progress of existing water heater technology also can only be one to several percentage points and be to be slowly to develop the construction cycle with more than ten years.In addition, about the low ebb of electric heating poultry thermal technology merely on the hot working efficiency angle, not only be that joint money is not energy-conservation, wasted heat energy on the contrary; Solar energy is become a reality by the solar water heater utilization after the life bath thermal source, exists urgent power saving as a rule; All do not exist power saving of equal importance exceptionally as for natural gas water heater and biogas, liquefied gas, fuel oil, coal burning water heater or even underground heat, Carnot cycle heat pump, industrial exhaust heat exchanged heat hydrophone etc.Accelerate according to current global urbanization process, various water heaters will enter the characteristics of each family of city dweller, and (have French Institute for Demographic Studies to report, the whole world to 2006 year urban population has reached 3,300,000,000 people, surpasses 60% of world's total population.Such as, the urbanization process during China's Eleventh Five-Year Plan is planned to 1 15) ... the water heater energy-saving potential is huge.No matter be big low capacity and degree of intelligence height, no matter low ebb accumulation of energy electric heater or Instant heating type high-power water heater, no matter be the bath room that consumes with the various energy (some hotels and condition each of resident family occupy objective standard chamber room and the glass screen door wall formula of taking advantage of shape all is housed bathes the room) now preferably, no matter also habits and customs how, all use water heaters, the water temperature of general bathing all is to be adjusted between 39～41 ℃, and only a cascading water is descended through human body, and its cooling extent is only about 2 ℃.From the hot working efficiency angle analysis, the bathing thermal efficiency of water heater only has 6～10%, all the other heats of 90～94% completely taken away by waste water as waste heat and do not have extremely any recycling may ... the generality waste heat waste of whole nation household, and be the global standardized heating rate of abandoning more than 90% bar none, we can say, more waste heat energy than water heater bathing never again in the world.The water heater that China has now in operation and nearly 3 years planted agent's demands has nearly more than 300,000,000 (extensions) approximately, amount to about about 3,000 kilocalories of heat consumption average every every day, whole nation water heater power consumption is amounted to standard coal and is about about 180,000 tons of every days, if can make each water heater that energy-conservation about 80% effect is all arranged, the annual potentiality of economizing on coal in the whole nation are exactly 50,000,000 tons more than, can reduce the carbon dioxide greenhouse gas discharge capacity near 1.18 hundred million tons, be equivalent to approximately China's nineteen ninety CO2 emission statistics total amount has been reduced about 5.6%, being equivalent to global greenhouse gases again amounts to the carbon dioxide total yield and has reduced about 5/10000ths (according to theory analysis, 3,200,000,000 tons of carbon dioxide equivalents of every minimizing just can make global greenhouse gases subtract and reduce one percentage point).As seen the energy-saving equipment of the shower waste water residual heat recycling of water heater is supporting extremely urgent!

The purpose of this utility model is: by to present operation and just at the unified supporting bath of the present utility model room of various water heaters or the bathtub equipment of production and sales, a large amount of recovery waste heats also utilize among the bathing process, realize energy-conservation effect more than 80%, realize comprehensive innovation that use value and resource reclaim.

The purpose of this utility model is to realize like this; Heat-storage heat-preserving water pot as the electric heater main body of waste heat recovery adopts ZL2004101008346 patent of invention convective heat exchange principle, (Da Qu is a water pot to divide size two districts in jar, the sub-district is for doing jar), be provided with two sleeve pipes in the sub-district, the outer tube closure of one end of pipe is worn a jar access waste water Micropump, pump (being located within the pump sump) fetches the waste water extraction tube, inner sleeve is then closed to pass outer tube and passes dividing plate and feed water cooling tube in the concurrent heating electric heater, and pipe is to pass in the electric heater conduction oil closed in itself current are soaked body to award the attached spiral heating of satellite (non-scaling) of heat and award heat back (current) but lead to water pot and hold the pool and make the equal normal water supply of jar interior depth water level; Outside dried jar that the other end of two sleeve pipes passes, closed leading to of export-oriented outer tube port removed blow-off line, and inner sleeve port closure connects running water pipe; Establish concurrent heating electrical equipment and safety system in the water pot and open the hot-water line interface in the bottom; Doing jar interior two sleeve pipes is outward heat-insulation layer; Hot-water line connects the flow of hot water control valve, and the straight-through needlebath head of single tube.Like this, in water pot, fill in the water, open the concurrent heating appliances power source earlier and set 39～41 ℃ constant straight bath water gear, waiting to enter holding stage just can open the flow of hot water control valve and directly bathe pouring, restart Micropump, pump push away that waste heat waste water enters that inner sleeve in two sleeve pipes in doing jar is flowed through outward and the sewage draining exit that arrives (being that running water is reverse just at the right time in the inner sleeve at this moment absorbs heat and the intensification of level level successively in effluent stream, when enter in the water pot near sewage initial temperature index), about 35～37 ℃, very fast liter was 3～5 ℃ behind the process concurrent heating electrical equipment automatic heat patching in running water entered in the water pot by the inner sleeve mouth behind two sleeve preheatings ... so just, can realize more than half purpose of energy saving.In order to satisfy supporting improved needs of various water heaters and various suitable type conceptual design, bathe house system and be being provided with the screen door curtain wall and bathe top, room (or being provided with the bathtub that the lifting flexible plastic hangs tube) and establish top layer and divide into the waste heat recovery base, the interlayer of base is built-in with two sleeve pipes, the interior central port of the dish of its outer tube is led to the comb mouth of a river at base seat surface center and is coiling to outer external port is unique sewage draining exit that bath wastewater comes from the comb mouth of a river that draws, be inner sleeve from what walk inwards outward in mouthful, pipe central port closure in the dish of outer tube passes; Inner sleeve draws running water and passes inner sleeve and award heat by bath wastewater in the outer tube and be preheated to stream, flows out to receive after two sleeve pipes to enter the preheating water flow pipes; The preheating water flow pipes is passed base and divide two-tube making progress in the perpendicular interlayer of bathing the room curtain wall.Bathe the room and establish top layer, be provided with heat-storage heat-preserving water pot and main electric heater (be provided with down in the device by hot water pipe and penetrate hot water is upwards drawn in closed water supply through the hot-water line closure water-cooled coil pipe and heating and filling opening) in the super heavy parting quasi-adiabatic heat-insulation layer of top layer; Jar draws flow of hot water house steward Guan He, and to prolong pipe respectively downward through the curtain wall interlayer, the flow of hot water pipe connects the flow of hot water control valve, house steward connects preheating tributary valve respectively and divides two-tube correspondence to connect that heat accumulation is gone into a jar hot water valve, supporting hot water is gone into pot valve again, heat accumulation is gone into a jar hot water valve and is prolonged pipe two and lead in main electric heater and straight bath water valve, and valve prolongs pipe again to collaborate in the flow of hot water control valve with the preheating flow control valve and four-way prolongs latent pipe that pipe leads to bath roof portion center in top layer and the needlebath head of trickle in the room; The inner sleeve that preheating tributary valve connects lower bottom base prolongs one of pipe threeway; In addition, connect logical merit preheating water stop valve and the internal valve of holding concurrently of three reduction of fractions to a common denominators under the hot water pipe of main electric heater draws; The connection pipe is established threeway and is prolonged the entry port that pipe leads to supporting water heater between double merit preheating water stop valve and the supporting tributary of preheating water valve.So system schema has the some kinds of power-save operations of suiting measures to different conditions in accordance with the time and the place, in water pot, store up to such an extent that hot water is full, that regulates flow of hot water control valve and preheating flow control valve during bathing flows to multiple constant current flow from initial adjustment, then obtains the equivalent bathing water according to existing all kinds of water heaters energy-conservation 80% above normal temperature (39～41 ℃) index naturally; Anhydrous in jar, adjust then that the first stream of main water heater is high-power waits from 39～41 ℃ of gears of temperature control to bathe after first a strand needlebath head intend that a waste water residual heat is stable and reclaim constant current, adjust back under the small-power gear of main electric heater and just can save energy 80% with first-class water yield bathing; In jar, stored up to have expired and waited the preheating water that concurrent heating heats up, then can connect the power supply of concurrent heating electric heater in advance or in being badly in need of, open preheating tributary valve, the supporting tributary of preheating water valve, the merit preheating water stop valve of holding concurrently in the lump, can promptly can realize energy-conservation 80% above bathing behind the suitable retaining of high or low power adjustment at random at main electric heater; In jar, store up 39～41 ℃ of normal insulation water, also can open preheating tributary valve, the supporting tributary of preheating water valve in the lump, the merit preheating water stop valve of holding concurrently, can main electric heater at random high or low power transfer

When after can realize the energy-conservation equivalent bathing water that obtains more than 80% immediately; When adopting the valley power consumption heat accumulation, then can in jar, fill it up with cold water and heat at night, because heat accumulation water tank capacity of the present utility model is bigger than conventional accumulation of heat electric heater (about Yue Keda two hectolitres, if water temperature is 100 ℃ words, during bathing, open preheating flow control valve and flow of hot water control valve, just stream transfers to the needlebath head and drenches following water temperature to 39～41 ℃, intend effluent earlier, treat that first gang of spent hot water flow through after the two sleeve pipes of base, just can on waste heat recovery and the basis that utilizes, realize bathing water energy-conservation more than 80%, the water of heat accumulation that its two hectolitre is 100 ℃ can be blent the water of 39～41 ℃ bathing about 3200 liters, but power consumption remains three kilowatt-hours (200 liters of 100 ℃ of hot water are blent out 500 liters of bathing water at most routinely); When supporting be existing all types of water heater (as hot water such as solar energy, combustion gas, fuel oil, underground heat, the fire coal equipment of exerting oneself), join three mouthfuls outside the room and can realize energy-conservation equivalent bathing water more than 80% immediately just can only connect to bathe.Owing to adopted such scheme, this is novel has realized that the target of energy-conservation bathing is as follows: being that fractional energy savings is 80-95% under 5 ℃ the situation at the normal-temperature water temperature index, is that fractional energy savings is about 80% under 16-20 ℃ the situation at the normal-temperature water temperature index.No matter be to use heat energy form or supporting any existing water heater that is moving of any type, all realize energy-conservation about 80% bar none.

The utility model is described in further detail below in conjunction with Figure of description.

Fig. 1 is to cut open schematic diagram during the master of the big energy-saving water heater of first embodiment of the present utility model looks.

Fig. 2 is to cut open schematic diagram in the side-looking of second big energy-saving bathroom of embodiment of the present utility model.

Fig. 3 is to cut open schematic diagram during the master of the 3rd embodiment bathtub of the present utility model looks.

Fig. 4 is jar, pipe, valve, device, seat, pump, the room comprehensive network line chart of each example of the present utility model.

Fig. 5 is that structure (comprising being pipe network valve in the territory) schematic diagram cuts open in the office of main electric heater among Fig. 2.

Fig. 6 is that structure (comprising being pipe network valve in the territory) schematic diagram cuts open in the office of Fig. 1 concurrent heating electric heater.Fig. 7 is Fig. 1 Micropump pump case system architecture (comprising being pipe network valve in the territory) schematic diagram of diving under water.

Among the figure 1, temperature automatically controlled, intelligent relay, the main electric heater of heating or electric heating (element) assembly (simple electric heating assembly or heating) of concurrent heating electric heater general name; 2, from temperature control, regularly/machinery control, intelligent relay, interior dress conduction oil media fluid, be soaked with closure in the liquid and go out the entry spiral coil, the body pipe pursues outward around the stretching heating wire, silk string system insulated porcelain sleeve crosses oil successively so that the heating of good cooling, the big energy-saving electric water heater of main heat of the ultralow thermic load heating of the horizontal, vertical lengthening tube of the non-scaling spiral of the main electric heater of 60～80 ℃ of normal pressure running parameters of design medium temperature (simple main electric heater or claim ultralow thermic load heating); 3, heat-storage heat-preserving in establish concurrent heating electrical equipment or in establish the dividing plate branch water arranged, do jar (do jar and be built-in with two casing recovery bathing waste heat systems), concurrent heating electric heater agent structure (simple water pot or heat-storage heat-preserving water pot or claim big energy-saving electric water heater); 4, the running water of inner sleeve external port is taken over (letter is the mouth of a river or running water pipe from the beginning); 5, the sewage outlet of outer tube external port (simple sewage outlet); 6, the bath sewage overcoat remaining hot water of the plastic-aluminum of two sleeve pipes or metal material is awarded hot export-oriented water flow pipes (simple outer tube); 7, cover preheating water flow pipes or tube bank (simple inner sleeve) in the running water of the metal material of two sleeve pipes is heated; What 8, miniature self priming pump or immersible pump pushed away that sewage advances jar prolongs and expands first mouthful of blowdown upwards (the simple comb mouth of a river) through the comb outer tube dish inner port that filters the mouth of a river or bathe the bathtub base comb network of rivers, room eye bath sewage of outer tube; 9, flow of hot water control valve; 10, preheating flow control valve; 11, heat accumulation is gone into a jar hot water valve; 12, supporting hot water is gone into pot valve; 13, preheating tributary valve; 14, the supporting tributary of preheating water valve; 15, the running water merit preheating water stop valve (letter hold concurrently merit preheating water stop valve) of holding concurrently; 16, lucite or the soft screen door (simple screen door) of moulding the door curtain made of cloth; 17, mantle hardboard plastics fixing or up and down telescopic lifting hang the bath room ectosome (simple ectosome or hang tube) in a bathing space; 18, rock wool or alumina silicate filler or the subsidiary compound somatoblast of all bodies 360 ° of all risk insurance temperature iron sheet (heat-insulation layer or title packing layer); 19, just or by the bath that retracting cylinder on the bathtub and fixed pulley halliard lifting cloth are removed wash the big energy-saving heat preserving of water transfer room (room is bathed in letter) by curtain wall screen door and top layer base office; 20, the closure of inner sleeve inner disc port is drawn the extension pipe (simple inner sleeve mouth) of two sleeve pipes; 21, flow shutoff valve is propped up in supporting preheating; 22, running water is by internal valve (simple internal valve); 23, automatic vent, air inlet, safety system (letter safety system); 24, from temperature control, regularly/machinery control, the horizontal, vertical lengthening of the large, medium and small three retaining power spirals of an intelligent relay ultralow thermic load heating, it is the big energy-conservation concurrent heating electrical equipment electric heating assembly (simple concurrent heating electric heater) of hydro-thermal for bath water that part is situated between in deep fat case (tank wall adopts air blanketing or the insulation of five glass drenches of wide-mouth vacuum flask formula vacuum interlayer, and the conduction oil operating temperature is limited in 60～80 ℃ of ease) and preheating current helix tube that oil conducts heat with the cool coil pipe spiral of water outward; 25, the built-in heat-storage heat-preserving water pot in top, main electric heater, insulation interlayer roof (simple top layer); 26, the two sleeve pipes of the built-in involute in bottom, gripper shoe, insulation interlayer base (simple base); 27, needlebath head; 28, hot water storage tank's main flow is come water pipe (simple flow of hot water pipe); 29, plastic plate finishing curtain wall (simple curtain wall); 30, export-oriented any one supporting existing water heater (simple supporting water heater) that moves; 31, water tank temperature pressure sensing system (simple sensing system); 32, supporting hot water is gone into jar pipe (letter supporting go into jar stream pipe); 33, wastewater flow control valve; 34, preheating tributary pipe; 35, water pot heat supply water flow pipes (simple hot water is for the stream pipe); 36, upward logical water heater cold water source or preheating water flow pipes (simple hot water pipe); 37, supporting water heater preheating water source capsule (simple supporting pre-heated flow pipe); 38, go into a jar cold water source, preheating water source, house steward thermal water source (jar house steward or house steward are gone in letter); 39, horizontal, vertical helical disk body and outer by around the stretching heating wire, silk in pipe successively string system insulated porcelain sleeve heating with the closed water-cooled flowing water coil pipe (simple water-cooled coil pipe) among the interior conduction oil liquid medium of the main electric heater that places; 40, preheating water flow pipes; 41, the flexible soft central shoring muscle (simple central shoring muscle) of moulding; 42, be with the folded soft plastic bath tub (simple bathtub) that hangs tube of moulding of formula of stretching; 43, telescopic hoist tube halliard (simple halliard); 44, fixed pulley; 45, invest the built-in Micropump protective case of tank body venting box (simple pump box); 46, exempt to blend the straight-through bath water single valve (bath water valve simply) of joining heat; 47, straight bath water stream four-way pipe (bathing water flow pipes simply); 48, blow-off pipe (road); 49, filling opening; 50, bathe room polywater fire hose non-return valve tube head ponding (or outdoor bathing place geodepression face is established radiation hair ditch, nest rubber suction cups) pond (simple tube head pond); 51, needlebath water flow pipes; 52, pure water or conduction oil, profit bit line (simple conduction oil or oil level line); 53, bathe the latent valve handle centralized arrangement district (the built-in valve in simple room district) of meta in the room; 54, the outer valve of running water (the outer valve of letter); 55, the logical outer tube heat exchange two closures two cover coil pipes of relative water in-out port (the two sleeve pipes of letter) in twos that are through at of the outer tube of three-dimensional layer of dish of spiral or blowdown of PROFILE IN PLANE CONTACT OF INVOLUTE layer dish and waste heat recovery simultaneously; 56, preheating water is straight, the tributary is two-tube (simple preheating double flowing tube); 57, do jar; Export-oriented supporting running water, preheating water, hot water three ports (letter is outer join three mouthfuls or claim the mouth of a river from the beginning); 58; 59, wall or draw mistress's water heater, boiler hot-water, solar water heater and join the single tube port to be connect of hot water (simple wall or be hot water port to be connect) outward outward; 60, the outer tube closure is worn the tank body external port and is docked that immersible pump extracts waste water assembly (simple Micropump) in the built-in self-priming pump sump; 61, negative pressure sucts waste water extraction tube (simple waste water extraction tube); 62, water, dried two jars of dividing plates (simple dividing plate); 63, water concurrent heating gravity is recycled into the mouth of a river (water inlet in the simple check) in the built-in stop valve type tongue piece water pot of outlet; 64, interior delivery port; 65, interior water arm; 66, buoyancy open immersible pump that gravity closes or on the suction piping of pump sump in the jar of peripheral hardware pipeline electric power loop float switch jar outside the buoyancy switch (simple buoyancy switch) of storing; 67, electric power loop switch and plug-in strip dead axle system (simple switch or dead axle); 68, air water two space water injection types are protected immersible pump high position or the built-in negative pressure self priming pump pump sump (simple pump sump) of equipment automatically; 69, vent valve; 70, pump sump flange; 71, water injection valve; 72, side, circle, ellipse negative pressure pump sump shell (simple pump sump shell); 73, wind phoenix entablature; 74, electric power loop; 75, bleed filling pipe.

In Fig. 1, circumference heat-storage heat-preserving water pot 3 inner-use clapboards 62 are done jar 63 every being divided into Zuo Da district water pot 3 and right sub-district, establish an outer tube 6 and inner sleeve 7 in dried jar 63 and penetrate pipe 6 laterally coils layer for the spiral of union body two sleeve pipes 55, pipe 55 right-hand member dextrad passes that jar external port of 63 its pipes 6 is closed to be sewage draining exit 5, connects running water pipe 4 and receives the outer valve 54 of running water and manage 7 external port closure; Pipe 7 closures on pipe 55 the disk body left port pass the horizontal pipe that prolongs of outer tube 6 and left-hand and pass dividing plate 62 correspondences and be opened on that jar 3 bottoms over against concurrent heating electric heater 24 hold pools in the water pot 3, what the then closed folding of the left port of the outer tube 6 of this end was gone up 72 li on direct pump sump shell comes water Micropump 60, pump 60 draw waste water extraction tube 61 through outer tube 6 and final sewer to blow-off pipe 48; The seated connection mouth of hot water for stream pipe 35 offered in water pot 3 left side of going to the bottom downwards, mouthful or the direct heat flow control valve 9 and the logical needlebath head 27 that continues, it is 23 that safety is established on the top of water pot 3; Jar 63 peripheries are established heat-insulation layer 18; Do the space outside the pipe 55 in the jar 63 or fill out extraordinary insulation material.

In Fig. 2, on establish top layer 25, divide into base 26 and become the circumference conformal to bathe the space of the bathing of tolerating towards others in room 19 in conjunction with 29 innings of left front screen door in middle part and right back curtain walls.26 of bases go up the center downwards over against and the inner mouth of a river part of the outer tube 6 of the two sleeve pipes 55 of unique feeding establish the comb mouth of a river 8, mouthful 8 drainings along the outer tube 6 of two sleeve pipes 55 along coiling to the sewage draining exit 5 of pipe 6 external port of pipe dish; And 5 closures of blurting out penetrate pipe 6 is inner sleeve 7, pipe 7 connects the running water water flowing in dish external port closure and is the mouth of a river 4 from the beginning, mouthfuls 4 stimulate the menstrual flow pipe 7 water flowings along dish to manage 55 the inners again the left-hand closure pass the pipe 6 comb mouth of a river 8 set and continue and prolong pipe and cross base 26 and vertically take advantage of in left back curtain wall 29 and establish three in the interlayer of angle and connect preheating tributary pipe 34 and preheating water flow pipes 40 and set up preheating flow control valve 10 and preheating tributary valve 13 separately and concentrate corresponding to other nine valves and come all valve handles of middle part storehouse of diving and establish wicket or the latent valve set in the built-in valve in room district 53 of bright handle over against the seating plane center; In external base 26 mezzanine spaces of two sleeve pipes 55, add and fill out rock wool or alumina silicate heat-insulation layer 18; Bathe room 19 right front half cycle arc formulas and establish screen door 16, in left back or flat or angle or arc establish curtain wall 29, vertically between wall 29 and the ectosome 17 lay each pipe and each valve is put in corresponding district 53, going up corresponding the diving of row in the district 53 puts hot water five valves and (flow of hot water control valve 9 is arranged successively, heat accumulation is gone into jar hot water valve 11, supporting hot water is gone into pot valve 12, the straight valve 46 of bathing, supporting flow shutoff valve 21), distinguishing corresponding latent waste heat cold water five valves of putting of 55 interior rows down (has the preheating current to wither successively and saves valve 10, preheating tributary valve 13, the supporting tributary of preheating valve 14, double merit preheating water stop valve 15, internal valve 22 is arranged in addition in the district 55 and is set up outer valve 54; Interior and its 11 valve (9,11,12,46,21,10,13,14,15,22,54) of wall 29 interlayers, upwards draw eight pipelines altogether, top layer 25 is gone in the road, wherein have supporting default outer of three extroversions to join three mouthful 57, all the other five (wherein one is water supply pipe) horizontal right connecting houses 19 tops are gone up the top of the needlebath head 27 of center and are gone by the heat-storage heat-preserving water pot 3 of heat-insulation layer 18 parcels and main electric heater 2; Jars 3 for have an area of normal pressure moulding at random and in be provided with concurrent heating electric heater 24 and open to atmosphere safety is 23, the access port of hot water for stream pipe 35 opened in jars 3 left sides of going to the bottom, house steward 38 intake is opened on the right side of going to the bottom, and enters the mouth over against concurrent heating electric heater 24.

In Fig. 3, the bathtub 22 of circumference conformal is established interlayer base 26 at the bottom of the basin, and 26 of seats are gone up the center and are provided with the comb mouth of a river 8 over against the inner mouth of a river of the outer tube 6 of two sleeve pipes 55 downwards, the sewage draining exit 5 of the unique port of pipe 6 to dish along pipe 55 of mouthful 8 drainings; And along mouth 5 closures penetrate the pipe 6 be inner sleeve 7, pipe 7 dish external port are closed to be connected and is the mouth of a river 4 from the beginning, mouthful 4 water flowings along dish to manage 55 the inners prolong again pipe closed pass pipe 6 also the left-hand heat-insulation layer 18 that drew base 26 pass basin 42 in the left side and continue and connect preheating water flow adjustment valve 10 with soft preheating water flow pipes 40; Connection Guan Bingtong goes with the needlebath head 27 directly over the bottom set seat 26 between valve 10 and the flow of hot water control valve 9; Valve 9 prolongs goes up hot water for pipe 35, pipe 35 logical heat-storage heat-preserving water pots 3; Basin 22 socket retracting cylinders 17 suitable for reading, tube are established some central shoring muscle 41 in 17 and are made of the simple and easy bath room of can lifting cloth removing 19 two to three fixed pulley 44 rail system halliards 43 over against the needlebath head 27 of top.

In Fig. 4, open and close logical running water pipe 4 logical inner sleeve 7 closures from internal valve 54 and pass sewage draining exit 5 and two sleeve pipe 26 left sides and be adopted as a child and connect preheating water flow pipes 40 on branchs and the preheating tributary manages 34; Pipe 34 is established threeway and is upwards established preheating tributary valve 13 respectively and establish the supporting tributary of preheating water valve 14 left, the horizontal left siphunculus of valve 14 connects holds concurrently merit preheating water stop valve 15 and establishes that threeway connects upwards that flow shutoff valve 21 wildcards cover water heater 30 is propped up in supporting preheating and the supporting economizer bank 37 that goes, valve 15 continues that horizontal siphunculus connects internal valve 22 left and establishes threeway and upwards connect cold and hot water flow pipes 36 straight-through main electric heaters 2, and valve 22 continuous horizontal left siphunculus connect outer valve 54 and what establish threeway connection downwards is water flow pipes 4 from the beginning; Pipe 40 upwards connects preheating flow control valve 9, and the horizontal left siphunculus of valve 9 connects 3 times logical flow of hot water pipes 35 of diversion jar and flow of hot water control valve 10 down, and 9 on valve 10 and valve are established threeway and upwards led directly to needlebath water flow pipes 51 and reach to needlebath head 27; The device 2 on top and device 30 draw down flow of hot water pipe 28 respectively and supportingly go into that jar pipe 32 is corresponding again to connect that heat accumulation is gone into jar hot water valve 11 and supporting hot water is gone into pot valve 12, common house steward 38 after valve 11 and the valve 12, pipe 38 is established threeway again and is tapped into preheating tributary pipe 34 and always upwards enter the adding within the concurrent heating pool of jar concurrent heating electric heater 24 of bottom, 3 right sides all; Pipe 28 is established threeway and is prolonged pipe at the upstream side on the left side of valve 11 and connects straight bath water valve 46, upwards receives straight bath water flow pipes 47 behind the valve 46 and continues in the connection pipe of valve 9 horizontal logical valves 10 and communicate and can directly go up needlebath water flow pipes 51 and go.

In Fig. 5, it is 23 for the only built-in water-cooling coil pipe 39 of relative closure and the space body of electric heating assembly 1 that the main electric heater 2 of circumference main body is established filling opening 49 and safety on being, fills it up with the pure water medium in the body in right amount.Water-cooled coil pipe 39 penetrates the cold and hot water flow pipes 36 of external current in device 2 bottom closures, the pipe 39 flow of hot water pipes 28 that water delivery is flowed in device 2 top closures pass outside.

In Fig. 6, it is 23 to be relative closed only water-cooled coil pipes 39 and the heating 2 media heat transfer that herewith is dipped in the electric heating assembly 1 under circling round again on the pipe 39 dish type spirals within the conduction oil 52 that the concurrent heating electric heater 24 of perpendicular rectangular circle is established filling opening 49 and safety on being, the flow of hot water pipes 28 of pipe 39 water delivery stream in device 24 top closures pass outside and establish in delivery port 64, manage about 39 water pot 3 bottom four-way formulas outside device 24 each and horizontally draw an interior water arm 65 and establish water inlet in the check.Establishing filling opening 49 on the device 24 is 23 with safety.

In Fig. 7, establish headroom and wind phoenix entablature 73 in the pump sump of square, round, ellipse container body 68, establish switch dead axle 67, mouthful 73 logical ball floats of dividing into float switch 66 on mouthfuls 73; It under the mouth 73 hydrospace that connects by pump sump flange 70, between in about opened waste water extraction tube 61 and water injection valve 71 respectively, Micropump 60 is established in the bottom, pump 60 is dived in water and closedly to be led to the outer tube 6 of 72 external pairs of sleeve pipes of pump sump shell 55 and go, and pipe 6 installs bleed filling pipe 75 and returns within the logical pump sump shell 72; The anodal insulation of the power line of pump 60 closure is passed shell 72, and switch 67 is gone here and there in well 68 in the insulation closure of formation pump 60 and passed the outside loop 74 of shell 72.

Claims (9)

1, more than half energy conserving system that a kind of super energy-saving electric water heater and the supporting bath of various water heater are washed, water pot (3) week is established heat-insulation layer (18), safety system (23) constitutes top layer (25) and curtain wall (29), screen door (16), ectosome or retracting cylinder (17) office becomes to bathe room (19), it is characterized in that: water pot (3) is established dividing plate (62) every being divided into water pot (3) and doing jar (63), establish an outer tube (6) and inner sleeve (7) in dried jar (63) and penetrate two sleeve pipes (55) that pipe (6) is the three-dimensional anyhow dish layer of the spiral of union body, pipe (55) passes that the external port of jar (63) its pipe (6) is closed to be sewage draining exit (5), and the external port closure of managing (7) connects running water pipe (4) and receives the outer valve (54) of running water; Pipe (7) closure of disk body of pipe (55) passes pipe (6) and prolongs pipe and pass dividing plate (62) correspondence and be opened in the water pot (3) appearance pool, jar (3) bottom over against concurrent heating electric heater (24), what the then closed folding of the port of sleeve pipe (6) was gone up direct pump sump shell (72) lining comes water Micropump (60), pump (60) draw waste water extraction tube (61) only through pipe (6) and final sewer to blow-off pipe (48); Or energy-saving electric water heater (3) main body is inserted bath room (19) greatly, and room (19) establish base (26) and inner disc is put two sleeve pipes (55), and pipe (55) is for wearing the spiral or the involute coil pipe body of inner sleeve (7) in the outer tube (6); Bathe and establish built-in valve district, room (53) within the room (19) in the middle part of the curtain wall (29), the district establishes five hot valves in (53) to be had flow of hot water control valve (9), heat accumulation to go into a jar hot water valve (11), supporting hot water to go into pot valve (12), straight bath water valve (46), supporting preheating and prop up flow shutoff valve (21), in establish five pre-hot valves preheating flow control valve (10), preheating tributary valve (13), the supporting tributary of preheating water valve (14) arranged, hold concurrently merit preheating water stop valve (15), internal valve (22), in establish cold property valve outer valve (54) arranged; Valve (54) in the district (53) and the downward common water flow pipes from the beginning (4) of valve (22), valve (13) and the downward common preheating of valve (14) tributary pipe (34), the logical downwards preheating water flow pipes (40) of pipe (10), the upwards logical hot water of valve (9) is for stream pipe (35), valve (9) continues with the multiple common spray water flow pipe (51) of valve (10) and leads to needlebath head (27), valve (9) continues with the common again straight bath water flow pipes of valve (10) (47) and connects straight bath water valve (46), valve (46) and valve (11) the common flow of hot water pipe (28) that makes progress, valve (11) and the upwards multiple common house steward (38) of valve (12), pipe (38) goes with managing (34) interflow and water flowing jar (3) again; Main thermoelectric water heater (2) and concurrent heating electric heater (24) all adopt built-in water-cooled coil pipe (39), are the current electric heaters of the unclean incrustation scale of the interior conduction oil heat conduction of receiver (2) only that only makes pipe (39) from flow of hot water pipe (28) by cold and hot water flow pipes entry.

2, more than half energy conserving system according to claim 1, its concrete feature is: the interior space of heat-storage heat-preserving water pot (3) is dried jar (63) by dividing plate (62) every an end or last next end, establish an outer tube (6) and inner sleeve (7) in dried jar (63) and penetrate pipe (6) laterally coils layer for the spiral of union body two sleeve pipes (55), one end correspondence of pipe (55) passes that the external port of jar (63) its pipe (6) is closed to be sewage draining exit (5) the effluent stream pipe (65) that runs in, and the external port closure of managing (7) connects running water pipe (4) and receives the outer valve (54) of running water; Pipe (7) closure on the disk body other end port of pipe (55) passes outer tube (6) and the corresponding horizontal pipe that prolongs passes dividing plate (62) correspondence and is opened in the water pot (3) and finally enters jar appearance pool of (3) bottom over against washing away concurrent heating electric heater (24), and the corresponding port of the outer tube of this end (6) then closure is folded down and wears the big energy-saving electric water heater that comes water Micropump (60) that jar (62) port is directly arranged in pump pump box (66) outward.

3, more than half energy conserving system according to claim 1, its concrete feature is: establish the main electric heater of heat-storage heat-preserving water pot (3) and non-scaling in the top layer (25) in bath room (19), establish concurrent heating electric heater (24) and closed water-cooled coil pipe (39) in jar (3); Establish in the base (26) under the room (19) involute dish system two sleeve pipes (55) or device (2) and jar (3) respectively separately with in establish the big energy-saving bathroom of base (26) the configuration moulding of two sleeve pipes (55).

4, more than half energy conserving system according to claim 1, its concrete feature is: bathe room (19) and stretch cloth by retracting cylinder (17) and contract and remove on the base (26) of bathtub (42), directly over cloth needlebath head (27), hang heat-storage heat-preserving water pot (3) on the side walls (59) again, establish concurrent heating electric heater (24) in jar (3); Establish the big energy-conservation bathtub of simple type of two sleeve pipes (55) in the base (26) under the room (19) in the basin (42).

5, more than half energy conserving system according to claim 1, its concrete feature is: from the continue inner sleeve (7) of logical two sleeve pipes (26) of the logical running water pipe (4) of internal valve (54), pipe (7) closure is passed sewage draining exit (5) and is continued that branch connects preheating water flow pipes (40) and (34) are managed in the preheating tributary; Logical respectively preheating tributary valve (13) of pipe (34) branch and the supporting tributary of preheating water valve (14), valve (14) siphunculus connects holds concurrently merit preheating water stop valve (15) and establishes three and connect that supporting preheating props up that flow shutoff valve (2) continues to lead to supporting water heater (30) and the supporting economizer bank (37) that goes, valve (15) continues that siphunculus connects internal valve (22) and establishes three and connect hot and cold water stream pipe (36) and directly lead to main electric heater (2), and the continuous siphunculus of valve (22) connects outer valve (54) and what establish the threeway connection is water flow pipes (4) from the beginning; Pipe (40) connects preheating flow control valve (9), and valve (9) siphunculus that continues connects the flow of hot water control valve (10) of diversion jar (3) through flow of hot water pipe (35), establishes the straight-through needlebath water flow pipes (51) of three-way converging between between valve (10) and the valve (9) to reach to needlebath head (27); The device on top (2) and device (30) draw down flow of hot water pipe (28) respectively and supportingly go into jar to manage that (32) are corresponding again connects that heat accumulation is gone into a jar hot water valve (11) and supporting hot water is gone into pot valve (12), valve (11) and valve (12) be back common house steward (38) again, and pipe (38) is established threeway again and fetched preheating tributary pipe (34) and always go into jar (3) all; Pipe (28) is established threeway and is prolonged pipe at valve (11) upstream side and connects straight bath water valve (46), and valve (46) is received straight bath water flow pipes (47) and continued in valve (9) and communicate with the connection pipe of valve (10) and pipe, valve, seat, device networking and seat, valve, pipe network road and valve, the pipe of the various water heater moulding of system support routine, the different structures that form a complete set of at device networking are washed in jar, valve, pipe, device, a networking or the big energy-conservation bath of UTILIZATION OF VESIDUAL HEAT IN of directly going the big energy-conservation bath of UTILIZATION OF VESIDUAL HEAT IN of needlebath water flow pipes (51) to wash the comprehensive moulding of system.

6, more than half energy conserving system according to claim 1, its concrete feature is: establish bid body and corresponding preheating water flow pipes thereof, valve of the base (26) of two sleeve pipe (55) flat bed dishes or the three-dimensional layer of pipe (55) in only adopting and connect the commercial supporting styling apparatus of various large, medium and small family expenses or outdoor bathing place that water heater (30) and big energy-saving residual-heat in the various existing uses reclaim.

7, more than half energy conserving system according to claim 1, its concrete feature is: the adapted bathtubs (42) that penetrate the various bath apparatus of some thin footpath inner sleeves (7) tube bank in the outer tube (6) of the two sleeve pipes (55) of employing, bathe room (19), do within jar (58) or the running water of various water heater configuration reclaims heat exchange body chassis (26) outer tube (6) borrow gesture automatic microgravity outflow structure and convection current feature with shower waste water residual heat or does outer tube (6) in jar (58) and drawn water by Micropump (60) and radiate a mao ditch in logical the establishing of bathroom collector pipe head vat (50) or ground, outdoor bathing place, the rubber suction cups formula pond (50) of nest and the heat-exchange device that comes water and promote the structure outside dried jar (58) of the corresponding end of water pot (3) that waste water outflow outflow or wall built-up or console mode put with certain pressure head and the shower waste water residual heat of moving feature is reclaimed.

8, more than half energy conserving system according to claim 3, its concrete feature is: be provided with ultralow thermic load heating (2) in the heat conduction fluid in the concurrent heating electric heater (24) and be after heating wire stretches successively string system insulated porcelain sleeve and by being around on the water-cooled coil pipe (39), device (24) tank wall is established air or vacuum interlayer insulation and filling opening (49) is established on top and safety system (23) herewith is dipped within the conduction oil (52) for relative closed only water-cooled coil pipe (39) and with the element (2) of managing under circling round again on (39) dish type spiral; Flow of hot water pipe (28) of pipe (39) water delivery stream in device (24) top closure passes outside is also established interior delivery port (64), and the not incrusted electric heater structure of automatic heat patching was gone into and gone out from mouth (64) in water arm (65) and the concurrent heating or the hot little merit production of the preheating water bath that utilizes immediately of master of establishing water inlet check in (63) in pipe (39) water pot (3) bottom four-way formula side in device (24) outside was drawn with the water body per os (63) in hot water or the water pot (3).

9, more than half energy conserving system according to claim 1, its concrete feature is: establish headroom phoenix entablature (73) in the pump sump of square, round, ellipse container body (68), establish switch dead axle (67) on the mouth (73), mouthful (73) are logical to be divided into the ball float of float switch (66) or goes up peripheral hardware float switch (66) in waste water extraction tube (61); It under the mouth (73) hydrospace that connects by pump sump flange (70), between in be connected with waste water extraction tube (61) and water injection valve (71), Micropump (60) is established in the bottom, pump (60) closure of diving in water is led to the outer tube (6) of external pair of sleeve pipe of pump case (72) (55) and is gone, and pipe (6) installs bleed filling pipe (75) and returns within the logical pump sump shell (72); The anodal insulation of the power line of pump (60) closure is passed shell (72), and switch (67) is gone here and there the high-order latent pump sump of putting in the device body (68) of immersible pump that the insulation closure that constitutes pump (60) in well (68) in passes the outside loop (74) of shell (72) and installed.

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