CN209371374U - Semiconductor heat booster with reheating function - Google Patents

Abstract

The utility model proposes a kind of semiconductor heat boosters with reheating function, including heater housings, heater housings are equipped with inlet and outlet, intake chamber is equipped with inside heater housings, water-supplying chamber and hot and cold water switch room, hot and cold water is equipped with cold-hot water exchange device in switch room, it is communicated between hot and cold water switch room and intake chamber and is fixed with more first connection aluminum pipes, the first semiconductor heating sheet is equipped between adjacent two first connections aluminum pipe, heat conductive silica gel is filled between every one first connection aluminum pipe and the first semiconductor heating sheet, hot and cold water switch room is communicated with more second with water-supplying chamber and connect aluminum pipe, the second semiconductor heating sheet is equipped between adjacent two second connections aluminum pipe, heat conductive silica gel is filled between every one second connection aluminum pipe and the second semiconductor heating sheet, the utility model has and can carry out The characteristics of cold and hot water coke slurry, water power are kept completely separate, the thermal efficiency is high, heating effect is good and long service life.

Description

Semiconductor heat booster with reheating function

Technical field

The utility model relates to heating installation technical fields, more particularly, to a kind of semiconductor with reheating function Heater.

Background technique

Electric heater be it is a kind of electric energy is filled into the device that changes into as thermal energy, electric heater is small in size, it is pollution-free, without discharge, without making an uproar Sound, it is more environmentally friendly, it is cheap, easy to use, have become the common heating installation of people at present, in existing electric heater In, most of electrical bars fast using heating speed are heated.

Existing electric heater electrical bar is primarily present following problems: first is that electrical bar is placed directly in water when heated, The phenomenon that will appear electric leakage after long-time use, safety is bad；Second be electrical bar power consumption it is very big, hold in poor contact It is easy to cause fire；Third is that the service life of electrical bar is shorter, will appear electric wire aging, contact oxidation etc. after long-time use Problem.

Therefore, it is necessary to a kind of semiconductor heat boosters with reheating function for being able to solve the above problem.

Utility model content

The utility model proposes a kind of semiconductor heat boosters with reheating function, and hot and cold water friendship can be carried out by having It changes, the characteristics of water power is kept completely separate, the thermal efficiency is high, heating effect is good and long service life.

The technical solution of the utility model is achieved in that

One end of semiconductor heat booster with reheating function, including heater housings, the heater housings is set There are the inlet and outlet being arranged above and below, one end inside the heater housings is equipped with the intake chamber being arranged above and below and water outlet Room, the intake chamber are connected to the water inlet, and the water-supplying chamber is connected to the water outlet, inside the heater housings The other end is equipped with a hot and cold water switch room, and there are two cold and hot water coke slurry arranged side by side dresses for installation in the hot and cold water switch room It sets, forms primary heating room between the hot and cold water switch room and the intake chamber, be fixed with more in the primary heating room First connection aluminum pipe disposed in parallel up and down, the both ends of each first connection aluminum pipe respectively with the intake chamber and described Hot and cold water switch room is connected to, and is equipped with the first semiconductor heating sheet between adjacent two first connection aluminum pipes, each described First connection aluminum pipe and the first semiconductor heating sheet between be filled with heat conductive silica gel, the hot and cold water switch room with it is described Second heating chamber is formed between water-supplying chamber, and about more the second connection aluminium disposed in parallel are fixed in the reheating room The both ends of pipe, each second connection aluminum pipe are connected to the water-supplying chamber and the hot and cold water switch room respectively, and adjacent two The second semiconductor heating sheet is equipped between second connection aluminum pipe described in root, each second connection aluminum pipe and described the second half Heat conductive silica gel is filled between conductor heating sheet.

As a kind of perferred technical scheme, it is respectively and fixedly provided with a first support bar in each first connection aluminum pipe, often It is arranged at intervals with several first spoilers in one first support bar, each first spoiler is with described first Support rod is at an acute angle close to one end of the intake chamber.

As a kind of perferred technical scheme, it is respectively and fixedly provided with a second support bar in each second connection aluminum pipe, often It is arranged at intervals with several second spoilers in one second support bar, each second spoiler is with described second Support rod is at an acute angle close to one end of the hot and cold water switch room.

As a kind of perferred technical scheme, the cold-hot water exchange device includes being fixed in the hot and cold water switch room The horizontal mounting plate in portion, the two sides of the horizontal mounting plate are respectively arranged with an intake tunnel and an exhalant canal, each The intake tunnel is connected to the corresponding exhalant canal, is provided with a horizontally disposed choked flow in each exhalant canal Bar, the exhalant canal are connected to the horizontal sliding cavity being set in the horizontal mounting plate, one end sliding of the choked flow bar It is mounted in the horizontal sliding cavity.

As a kind of perferred technical scheme, the water inlet and the heater housings are welding, the heater case The outer wall of body is equipped with first annular inserting groove, and the bottom of the first annular inserting groove is equipped with first annular convex distracted, the first ring Connected in star and second annular groove, the first annular groove and second annular groove are separately positioned on described first annular convex distracted Two sides, the end of the water inlet is equipped with that third annular groove, the second convex annular is distracted and third convex annular is distracted, second ring The convex distracted and distracted two sides for being separately positioned on the third annular groove of third convex annular of shape, described in the first annular convex distracted insertion In third annular groove, in the distracted insertion first annular groove of the second convex annular, distracted insertion second ring of third convex annular In connected in star, an inner wall of the first annular inserting groove is mutually abutted against with the inner wall of the water inlet, the first annular grafting The first welded gaps are formed between another inner wall of slot and the outer wall of the water inlet, are filled with weldering in first welded gaps Material.

As a kind of perferred technical scheme, the water outlet and the heater housings are welding, the heater case The outer wall of body is equipped with the second annular inserting groove, and the bottom of the described second annular inserting groove is equipped with the convex distracted, Fourth Ring of fourth annular It is convex distracted that connected in star and the 5th annular groove, the fourth annular groove and the 5th annular groove are separately positioned on the fourth annular Two sides, the end of the water outlet is equipped with that the 6th annular groove, the 5th convex annular is distracted and the 6th convex annular is distracted, the five rings Shape is convex distracted and the distracted two sides for being separately positioned on the 6th annular groove of the 6th convex annular, described in the convex distracted insertion of fourth annular In 6th annular groove, in the distracted insertion fourth annular groove of the 5th convex annular, the distracted insertion five rings of the 6th convex annular In connected in star, the inner wall of the inner wall and the water outlet of the described second annular inserting groove is mutually abutted against, the described second annular grafting The second welded gaps are formed between another inner wall of slot and the outer wall of the water outlet, are filled with weldering in second welded gaps Material.

As a kind of perferred technical scheme, the both ends of each first connection aluminum pipe are with the primary heating room The outer wall of welding, the primary heating room is equipped with third annular inserting groove, and the bottom of the third annular inserting groove is set Have first annular positioning groove, the second circular orientation groove and a third circular orientation groove, the second circular orientation groove and Third circular orientation groove is respectively arranged at the two sides of the first annular positioning groove, the end at first connection aluminum pipe both ends Portion is equipped with the first annular limit plate being set in third annular inserting groove, and the end of the first annular limit plate is set Have first annular convex distracted, the convex distracted and third circular orientation of the second circular orientation is convex distracted, second circular orientation it is convex distracted and Third circular orientation is convex distracted to be respectively arranged at the distracted two sides of the first annular convex, the first annular distracted insertion of convex The first annular positioning groove, convex distracted insertion the second circular orientation groove of the second circular orientation, the third ring The distracted insertion third circular orientation groove of shape convex, an inner wall of the third annular inserting groove connect aluminium with described first The outer wall of pipe mutually abuts against, and is formed between another inner wall of the third annular inserting groove and the outer wall of the first annular limit plate Third welded gaps, the third welded gaps are interior to be filled with solder.

As a kind of perferred technical scheme, the both ends of each second connection aluminum pipe are with the second heating chamber The outer wall of welding, the second heating chamber is equipped with fourth annular inserting groove, and the bottom of the fourth annular inserting groove is set Have a fourth annular positioning groove, the 5th annular positioning groove and the 6th circular orientation groove, the described 5th annular positioning groove and 6th circular orientation groove is respectively arranged at the two sides of the fourth annular positioning groove, the end at second connection aluminum pipe both ends Portion is equipped with second annular stop plate being set in fourth annular inserting groove, and the end of second annular stop plate is set Have fourth annular convex distracted, the 5th annular convex is distracted and the 6th circular orientation is convex distracted, the described 5th annular convex it is distracted with 6th circular orientation is convex distracted to be respectively arranged at the distracted two sides of the fourth annular convex, the distracted insertion of fourth annular convex The fourth annular positioning groove, the described 5th annular positioning groove of the annular distracted insertion the described 5th of convex, the 6th ring Distracted insertion the 6th circular orientation groove of shape convex, an inner wall of the fourth annular inserting groove connect aluminium with described second The outer wall of pipe mutually abuts against, and is formed between another inner wall of the fourth annular inserting groove and the outer wall of second annular stop plate 4th welded gaps, the 4th welded gaps are interior to be filled with solder.

As a kind of perferred technical scheme, the length of each first semiconductor heating sheet is connect with described first The length of aluminum pipe is identical, and each second semiconductor heating sheet is identical as the second connection length of aluminum pipe.

Using above-mentioned technical proposal, the utility model has the following beneficial effects:

Due to the semiconductor heat booster with reheating function, including intake chamber, water-supplying chamber, hot and cold water switch room, One connection aluminum pipe, the first semiconductor heating sheet, the second connection aluminum pipe and the second semiconductor heating sheet, when in use, cold water from into The mouth of a river enters in intake chamber, then flows into the first connection aluminum pipe, and the heat of the first semiconductor heating sheet passes through the first connection Aluminum pipe conducts water supply, realizes primary heating function, and the water by primary heating is flowed into hot and cold water switch room, by once adding The water of heat is flowed into the second connection aluminum pipe in reheating room, and the heat of the second semiconductor heating sheet passes through the second connection aluminium Pipe conducts water supply, realizes reheating function, and the water of reheating is flowed into water-supplying chamber, finally flows out via water outlet, realizes Quickly heating, during heating, semiconductor heating sheet is not contacted with water, is realized complete water power isolation, is avoided the occurrence of leakage The problem of electricity, booster, so that the safety of the utility model is improved, and the service life of semiconductor is very long, thus greatly The service life of the utility model is extended greatly；Thermal conductive silicon is filled between first connection aluminum pipe and the first semiconductor heating sheet Glue is filled with heat conductive silica gel between the second connection aluminum pipe and the second semiconductor heating sheet, and during heating, heat conductive silica gel can Completely to give the heat transfer of semiconductor heating sheet to connection aluminum pipe, to improve the thermal efficiency of the utility model.

Due to it is every one first connection aluminum pipe and it is every one second connection aluminum pipe in be respectively equipped with several first spoilers and Second spoiler, every one first spoiler is at an acute angle close to one end of intake chamber with first support bar, every one second spoiler At an acute angle close to one end of hot and cold water switch room with second support bar, cold water is when flowing through connection aluminum pipe, close to the cold of tube wall For water close to semiconductor heating plate pipe, temperature after heating is high, flows directly out connection aluminum pipe, the cold water far from tube wall is by spoiler Obstruction is heated at tube wall so that the cold water far from tube wall is also flowed to, and the aluminum pipe of outflow connection later, the cold water made adds Heat area increases, and substantially increases the heating effect of the utility model.

It is installed in hot and cold water switch room there are two cold-hot water exchange device arranged side by side, cold water is flowed by primary heating After in hot and cold water switch room, hot and cold water switch room is mounted horizontally plate and is divided into two chambers up and down, and water level is in cavity of resorption when beginning When lower chambers have expired, the intake tunnel of horizontal mounting plate bottom, water jet propulsion choked flow are flowed into positioned at the water of lower chambers for room Bar slides in horizontal sliding cavity, so that intake tunnel is connected to exhalant canal, water is flowed into upper chamber, the indoor water of epicoele The intake tunnel being flowed at the top of horizontal mounting plate again, water jet propulsion choked flow bar slide in horizontal sliding cavity, so that water inlet is logical Road is connected to exhalant canal, and water is flowed into bottom chamber, realizes the exchange of water flow, to make not heat in primary heating room The different water of uniform temperature, is adequately merged in hot and cold water switch room, makes the temperature of the water entered in reheating room Degree is consistent, avoids the occurrence of the situation that temperature is excessively high or temperature is inadequate and occurs, improves the heating effect of the utility model, simultaneously The problem of the second connection aluminum pipe high temperature low temperature alternately passes through the booster of appearance is also avoided, to improve the peace of the utility model Quan Xing.

Since inlet and outlet and heater housings are welding, and welding structure is identical, in welding, will intake Mouth and water outlet are inserted into annular inserting groove, and are made in first annular convex distracted insertion third annular groove, the second convex annular In distracted insertion first annular groove, in the distracted insertion second annular groove of third convex annular, convex distracted the 6th annular of insertion of fourth annular In groove, in the distracted insertion fourth annular groove of the 5th convex annular, in the 6th convex annular the 5th annular groove of distracted insertion, in the first weldering It connects filled with solder in gap and the second welded gaps, and each convex annular is distracted and annular groove makes inlet and outlet It is avoided out with heater housings accurate positioning so that weld be made to be not susceptible to deformation or displacement when by external force The problem of existing weld seam snaps leak, substantially increases the reliability of welding, extends the service life of the utility model.

Since the both ends of every one first connection aluminum pipe and primary heating room are welding, the both ends of every one second connection aluminum pipe It is welding with second heating chamber, and welding structure is identical, in welding, the first annular distracted first annular positioning of insertion of convex Groove, the second circular orientation the second circular orientation groove of convex distracted insertion, the convex distracted insertion third circular orientation of third circular orientation are recessed Slot, the distracted insertion fourth annular positioning groove of fourth annular convex, the 5th annular positioning groove of the annular distracted insertion the 5th of convex, 6th circular orientation the 6th circular orientation groove of convex distracted insertion, filled with weldering in third welded gaps and the 4th welded gaps Material, and each convex annular is distracted and annular groove makes each water pipe and water inlet water storage cavity and water outlet water storage cavity accurate positioning, from And weld is made to be not susceptible to deformation or displacement when by external force, the problem of weld seam snaps leak is avoided the occurrence of, greatly The reliability for improving welding greatly, extends the service life of the utility model.

Since the length of every one first semiconductor heating sheet is identical as the first connection length of aluminum pipe, every 1 the second half is led Body heating sheet is identical as the second connection length of aluminum pipe, makes cold water during flowing through the steamer of water pipe, semiconductor heating plate Guan Junke is heated, and heating surface (area) (HS is increased, to substantially increase the heating effect of the utility model.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the schematic enlarged-scale view in Fig. 1 at A；

Fig. 3 is the schematic enlarged-scale view in Fig. 1 at B；

Fig. 4 is the schematic enlarged-scale view in Fig. 1 at C；

Fig. 5 is the schematic enlarged-scale view in Fig. 1 at D；

Fig. 6 is the schematic enlarged-scale view in Fig. 1 at E.

Wherein: 1, heater housings；2, water inlet；3, water outlet；4, intake chamber；5, water-supplying chamber；6, hot and cold water switch room； 7, primary heating room；8, the first connection aluminum pipe；9, the first semiconductor heating sheet；10, second heating chamber；11, the second connection aluminum pipe； 12, the second semiconductor heating sheet；13, first support bar；14, the first spoiler；15, second support bar；16, the second spoiler； 17, horizontal mounting plate；18, intake tunnel；19, exhalant canal；20, choked flow bar；21, horizontal sliding cavity；22, first annular grafting Slot；23, first annular convex distracted；24, first annular groove；25, second annular groove；26, third annular groove；27, the second ring Shape is convex distracted；28, third convex annular is distracted；29, the first welded gaps；30, the second annular inserting groove；31, fourth annular is convex distracted；32, Fourth annular groove；33, the 5th annular groove；34, the 6th annular groove；35, the 5th convex annular is distracted；36, the 6th convex annular is distracted； 37, the second welded gaps；38, third annular inserting groove；39, first annular positioning groove；40, the second circular orientation groove；41, Third circular orientation groove；42, first annular limit plate；43, first annular convex is distracted；44, the second circular orientation is convex distracted； 45, third circular orientation is convex distracted；46, third welded gaps；47, fourth annular inserting groove；48, fourth annular positioning groove；49, 5th annular positioning groove；50, the 6th circular orientation groove；51, the second annular stop plate；52, fourth annular convex is distracted； 53, the 5th annular convex is distracted；54, the 6th circular orientation is convex distracted；55, the 4th welded gaps；56, heat conductive silica gel.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in Figure 1, the semiconductor heat booster with reheating function, including heater housings 1, heater housings 1 One end be equipped with the water inlet 2 and water outlet 3 that are arranged above and below, one end inside heater housings 1 is equipped with the water inlet being arranged above and below Room 4 and water-supplying chamber 5, intake chamber 4 are connected to water inlet 2, and water-supplying chamber 5 is connected to water outlet 3, another inside heater housings 1 End is equipped with a hot and cold water switch room 6, and installation is cold and hot there are two cold-hot water exchange device arranged side by side in hot and cold water switch room 6 Primary heating room 7 is formed between water coke slurry room 6 and intake chamber 4, and about more disposed in parallel the are fixed in primary heating room 7 The both ends of one connection aluminum pipe 8, every one first connection aluminum pipe 8 are connected to intake chamber 4 and hot and cold water switch room 6 respectively, and adjacent two Root first connects and is equipped with the first semiconductor heating sheet 9 between aluminum pipe 8, and every one first connection aluminum pipe 8 and the first semiconductor heat It is filled with heat conductive silica gel 56 between piece 9, forms second heating chamber 10, reheating between hot and cold water switch room 6 and water-supplying chamber 5 Be fixed in room 10 about more it is disposed in parallel second connection aluminum pipes 11, it is every one second connection aluminum pipe 11 both ends respectively with Water-supplying chamber 5 is connected to hot and cold water switch room 6, is equipped with the second semiconductor heating sheet between adjacent two second connections aluminum pipe 11 12, heat conductive silica gel 56 is filled between every one second connection aluminum pipe 11 and the second semiconductor heating sheet 12.

When in use, cold water enters in intake chamber 4 from water inlet 2, then flows into the first connection aluminum pipe 8, the first half The heat of conductor heating sheet 9 conducts water supply by the first connection aluminum pipe 8, primary heating function is realized, by the water of primary heating It being flowed into hot and cold water switch room 6, the water by primary heating is flowed into the second connection aluminum pipe 11 in second heating chamber 10, The heat of second semiconductor heating sheet 12 conducts water supply by the second connection aluminum pipe 11, realizes reheating function, reheating Water be flowed into water-supplying chamber 5, finally via water outlet 3 flow out, realize quickly heating, during heating, the first semiconductor adds Backing 9 and the second semiconductor heating sheet 12 do not contact with water, realize complete water power isolation, avoid the occurrence of electric leakage, booster The problem of, so that the safety of the utility model is improved, and the service life of semiconductor is very long, to substantially prolong The service life of the utility model, moreover, being filled with thermal conductive silicon between the first connection aluminum pipe 8 and the first semiconductor heating sheet 9 Glue 56 is led filled with heat conductive silica gel 56 during heating between second connection aluminum pipe 11 and the second semiconductor heating sheet 12 Hot silica gel 56 completely can give the heat transfer of semiconductor heating sheet to connection aluminum pipe, to improve the heat of the utility model Efficiency.

Wherein, be respectively and fixedly provided with a first support bar 13 in every one first connection aluminum pipe 8, in each first support bar 13 between Every being provided with several the first spoilers 14, every one first spoiler 14 is with first support bar 13 close to one end of intake chamber 4 It is at an acute angle.

A second support bar 15 is respectively and fixedly provided in every one second connection aluminum pipe 11, interval is set in each second support bar 15 Several the second spoilers 16 are equipped with, every one second spoiler 16 is with second support bar 15 close to the one of hot and cold water switch room 6 It holds at an acute angle.

In cold water when flowing through connection aluminum pipe, for the cold water close to tube wall close to semiconductor heating plate pipe, temperature after heating is high, Flow directly out connection aluminum pipe, obstruction of the cold water by spoiler far from tube wall so that the cold water far from tube wall also flow to it is close It is heated at tube wall, the aluminum pipe of outflow connection later, the heating surface (area) (HS of the cold water made increases, and substantially increases the utility model Heating effect.

As shown in Fig. 2, cold-hot water exchange device includes the horizontal mounting plate 17 for being fixed on 6 middle part of hot and cold water switch room, water The two sides of safety loading board 17 are respectively arranged with an intake tunnel 18 and an exhalant canal 19, each intake tunnel 18 with it is corresponding Exhalant canal 19 is connected to, and a horizontally disposed choked flow bar 20, exhalant canal 19 and setting are provided in each exhalant canal 19 It is connected in the horizontal sliding cavity 21 in horizontal mounting plate 17, one end of choked flow bar 20 is slidably mounted in horizontal sliding cavity 21, cold For water after primary heating is flowed into hot and cold water switch room 6, it is upper and lower two that hot and cold water switch room 6, which is mounted horizontally plate 17 to be divided to, Chamber, water level when lower chambers have expired, is flowed into 17 bottom of horizontal mounting plate positioned at the water of lower chambers in lower chambers when beginning Intake tunnel 18, water jet propulsion choked flow bar 20 slides in horizontal sliding cavity 21, so that intake tunnel 18 and exhalant canal 19 Connection, water are flowed into upper chamber, and the indoor water of epicoele is flowed into the intake tunnel 18 at 17 top of horizontal mounting plate again, and water flow pushes away Dynamic choked flow bar 20 slides in horizontal sliding cavity 21, so that intake tunnel 18 is connected to exhalant canal 19, water is flowed into lower chambers It is interior, the exchange of water flow is realized, so that the water for keeping the temperature of the non-homogeneous heating in primary heating room 7 different, is handed in hot and cold water Change room 6 adequately to be merged, keep the temperature of the water entered in second heating chamber 10 consistent, avoid the occurrence of temperature it is excessively high or The inadequate situation of temperature occurs, and improves the heating effect of the utility model, while also avoiding 11 high temperature of the second connection aluminum pipe Low temperature alternately passes through the problem of booster of appearance, to improve the safety of the utility model.

As shown in figure 3, water inlet 2 and heater housings 1 are welding, the outer wall of heater housings 1 is equipped with first annular Inserting groove 22, the bottom of first annular inserting groove 22 is equipped with first annular convex distracted 23, first annular groove 24 and the second annular is recessed Slot 25, first annular groove 24 and second annular groove 25 are separately positioned on first annular convex distracted 23 two sides, the end of water inlet 2 Portion is equipped with third annular groove 26, the second convex annular distracted 27 and third convex annular distracted 28, the second convex annular distracted 27 and third annular Convex distracted 28 are separately positioned on the two sides of third annular groove 26, and first annular convex distracted 23 are inserted into third annular groove 26, and second It is first annular to insert in the distracted 28 insertion second annular groove 25 of third convex annular in the distracted 27 insertion first annular groove 24 of convex annular One inner wall of access slot 22 is mutually abutted against with the inner wall of water inlet 2, another inner wall of first annular inserting groove 22 and the outer wall of water inlet 2 Between form the first welded gaps 29, be filled with solder in the first welded gaps 29.

As shown in figure 4, water outlet 3 and heater housings 1 are welding, the outer wall of heater housings 1 is equipped with the second annular Inserting groove 30, it is recessed that the bottom of the second annular inserting groove 30 is equipped with fourth annular convex distracted 31, fourth annular groove 32 and the 5th annular Slot 33, fourth annular groove 32 and the 5th annular groove 33 are separately positioned on convex distracted 31 two sides of fourth annular, the end of water outlet 3 Portion is equipped with the 6th annular groove 34, the 5th convex annular distracted 35 and the 6th convex annular distracted 36, the 5th convex annular distracted 35 and the 6th annular Convex distracted 36 are separately positioned on the two sides of the 6th annular groove 34, and fourth annular convex distracted 31 is inserted into the 6th annular groove 34, and the 5th In the distracted 35 insertion fourth annular groove 32 of convex annular, in the 6th convex annular the 5th annular groove 33 of distracted 36 insertion, the second annular is inserted One inner wall of access slot 30 is mutually abutted against with the inner wall of water outlet 3, another inner wall of the second annular inserting groove 30 and the outer wall of water outlet 3 Between form the second welded gaps 37, be filled with solder in the second welded gaps 37.

When welding water inlet 2 and water outlet 3, water inlet 2 and water outlet 3 are inserted into annular inserting groove, and is made In first annular convex distracted 23 insertion third annular groove 26, in the distracted 27 insertion first annular groove 24 of the second convex annular, third ring In the convex distracted 28 insertion second annular groove 25 of shape, in fourth annular the 6th annular groove 34 of convex distracted 31 insertion, the 5th convex annular is distracted In 35 insertion fourth annular grooves 32, in the 6th convex annular the 5th annular groove 33 of distracted 36 insertion, in 29 He of the first welded gaps Solder is filled in second welded gaps 37, and each convex annular is distracted and annular groove makes water inlet 2 and water outlet 3 and adds Hot 1 accurate positioning of device shell avoids the occurrence of weldering so that weld be made to be not susceptible to deformation or displacement when by external force The problem of seam snaps leak, substantially increases the reliability of welding, extends the service life of the utility model.

As shown in figure 5, the both ends and primary heating room 7 of every one first connection aluminum pipe 8 are welding, primary heating room 7 Outer wall is equipped with third annular inserting groove 38, and the bottom of third annular inserting groove 38 is equipped with first annular positioning groove 39, Second circular orientation groove 40 and third circular orientation groove 41, the second circular orientation groove 40 and third circular orientation groove 41 The two sides of first annular positioning groove 39 are respectively arranged at, the end at the first connection 8 both ends of aluminum pipe, which is equipped with, is set to third ring The end of first annular limit plate 42 in shape inserting groove 38, first annular limit plate 42 is equipped with first annular convex distracted 43, Second circular orientation convex distracted 44 and third circular orientation convex distracted 45, the second circular orientation convex distracted 44 and third circular orientation convex distracted 45 The two sides of first annular convex distracted 43 are respectively arranged at, first annular convex distracted 43 is inserted into first annular positioning groove 39, Second circular orientation the second circular orientation groove 40 of convex distracted 44 insertion, the convex distracted 45 insertion third circular orientation of third circular orientation are recessed Slot 41, the outer wall that an inner wall of third annular inserting groove 38 connect aluminum pipe 8 with first mutually abut against, third annular inserting groove 38 it is another Third welded gaps 46 are formed between one inner wall and the outer wall of first annular limit plate 42, are filled with weldering in third welded gaps 46 Material.

As shown in fig. 6, the both ends of every one second connection aluminum pipe 11 and second heating chamber 10 are welding, second heating chamber 10 Outer wall be equipped with fourth annular inserting groove 47, the bottom of fourth annular inserting groove 47 is equipped with fourth annular positioning groove 48, the 5th annular positioning groove 49 and the 6th circular orientation groove 50, the 5th annular positioning groove 49 and the 6th circular orientation are recessed Slot 50 is respectively arranged at the two sides of fourth annular positioning groove 48, and the end at the second connection 11 both ends of aluminum pipe, which is equipped with, is set to the The second annular stop plate 51 in four annular inserting grooves 47, it is distracted that the end of the second annular stop plate 51 is equipped with fourth annular convex 52, the 5th annular convex distracted 53 and the 6th circular orientation convex distracted 54, the 5th annular convex distracted 53 and the 6th circular orientation are convex Distracted 54 are respectively arranged at the two sides of fourth annular convex distracted 52, the distracted 52 insertion fourth annular positioning groove of fourth annular convex 48, the 5th annular positioning groove 49 of annular distracted 53 insertion the 5th of convex, it is fixed that the 6th circular orientation convex distracted 54 is inserted into the 6th annular Position groove 50, the outer wall that an inner wall of fourth annular inserting groove 47 connect aluminum pipe 11 with second mutually abut against, fourth annular inserting groove The 4th welded gaps 55 are formed between 47 another inner wall and the outer wall of the second annular stop plate 51, are filled out in the 4th welded gaps 55 Filled with solder.

When welding first connects aluminum pipe 8 and the second connection aluminum pipe 11, first annular distracted 43 insertion of convex is first annular Positioning groove 39, the second circular orientation the second circular orientation groove 40 of convex distracted 44 insertion, convex distracted 45 insertion the of third circular orientation Three annular positioning grooves 41, the distracted 52 insertion fourth annular positioning groove 48 of fourth annular convex, the 5th annular convex distracted 53 It is inserted into the 5th annular positioning groove 49, the 6th circular orientation the 6th circular orientation groove 50 of convex distracted 54 insertion, between third welding Solder is filled in gap 46 and the 4th welded gaps 55, and each convex annular is distracted and annular groove makes each water pipe and water inlet Water storage cavity and water outlet water storage cavity accurate positioning, so that weld is made to be not susceptible to deformation or displacement when by external force, The problem of weld seam snaps leak is avoided the occurrence of, the reliability of welding is substantially increased, extends the service life of the utility model.

In addition, the length of every one first semiconductor heating sheet 9 is identical as the first connection length of aluminum pipe 8, every one second Semiconductor heating sheet 12 is identical as the second connection length of aluminum pipe 11, makes cold water during flowing through the steamer of water pipe, partly leads Heating body plate Guan Junke is heated, and heating surface (area) (HS is increased, to substantially increase the heating effect of the utility model.

To sum up, the utility model proposes the semiconductor heat booster with reheating function, have can carry out it is cold and hot The characteristics of water coke slurry, water power are kept completely separate, the thermal efficiency is high, heating effect is good and long service life.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (9)

1. the semiconductor heat booster with reheating function, including heater housings, which is characterized in that the heater housings One end be equipped with the inlet and outlet that are arranged above and below, one end inside the heater housings is equipped with the water inlet being arranged above and below Room and water-supplying chamber, the intake chamber are connected to the water inlet, and the water-supplying chamber is connected to the water outlet, the heater case The other end in internal portion is equipped with a hot and cold water switch room, and there are two hot and cold waters arranged side by side for installation in the hot and cold water switch room Switch forms primary heating room, fixes in the primary heating room between the hot and cold water switch room and the intake chamber Have about more it is disposed in parallel first connection aluminum pipes, it is each it is described first connection aluminum pipe both ends respectively with the intake chamber It is connected to the hot and cold water switch room, is equipped with the first semiconductor heating sheet between adjacent two first connection aluminum pipes, often Heat conductive silica gel, the hot and cold water switch room are filled between the one first connection aluminum pipe and the first semiconductor heating sheet Second heating chamber is formed between the water-supplying chamber, and about more disposed in parallel second are fixed in the reheating room and is connected Aluminum pipe is connect, the both ends of each second connection aluminum pipe are connected to the water-supplying chamber and the hot and cold water switch room respectively, phase It is equipped with the second semiconductor heating sheet between adjacent two second connection aluminum pipes, each second connection aluminum pipe and described the Heat conductive silica gel is filled between two semiconductor heating sheets.

2. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that each described It is respectively and fixedly provided with a first support bar in one connection aluminum pipe, several the first resistances are arranged at intervals in each first support bar Flowing plate, each first spoiler are at an acute angle close to one end of the intake chamber with the first support bar.

3. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that each described It is respectively and fixedly provided with a second support bar in two connection aluminum pipes, several the second resistances are arranged at intervals in each second support bar Flowing plate, each second spoiler are at an acute angle close to one end of the hot and cold water switch room with the second support bar.

4. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that the hot and cold water Switch includes the horizontal mounting plate being fixed in the middle part of the hot and cold water switch room, and the two sides of the horizontal mounting plate are set respectively It is equipped with an intake tunnel and an exhalant canal, each intake tunnel is connected to the corresponding exhalant canal, Mei Yisuo It states and is provided with a horizontally disposed choked flow bar in exhalant canal, the exhalant canal and be set in the horizontal mounting plate Horizontal sliding cavity connection, one end of the choked flow bar is slidably mounted in the horizontal sliding cavity.

5. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that the water inlet It is welding with the heater housings, the outer wall of the heater housings is equipped with first annular inserting groove, described first annular The bottom of inserting groove is equipped with first annular convex distracted, first annular groove and second annular groove, the first annular groove and the Second ring groove is separately positioned on the first annular convex distracted two sides, the end of the water inlet be equipped with third annular groove, Second convex annular is distracted and third convex annular is distracted, and second convex annular is distracted and third convex annular is distracted is separately positioned on the third ring The two sides of connected in star, in the first annular convex distracted insertion third annular groove, the distracted insertion described first of the second convex annular In annular groove, in the distracted insertion second annular groove of third convex annular, an inner wall of the first annular inserting groove and institute The inner wall for stating water inlet mutually abuts against, and is formed between another inner wall of the first annular inserting groove and the outer wall of the water inlet One welded gaps, first welded gaps are interior to be filled with solder.

6. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that the water outlet It is welding with the heater housings, the outer wall of the heater housings is equipped with the second annular inserting groove, second annular The bottom of inserting groove is equipped with convex distracted, the fourth annular groove of fourth annular and the 5th annular groove, the fourth annular groove and the Five annular grooves are separately positioned on the convex distracted two sides of the fourth annular, the end of the water outlet be equipped with the 6th annular groove, 5th convex annular is distracted and the 6th convex annular is distracted, and the 5th convex annular is distracted and the 6th convex annular is distracted is separately positioned on the 6th ring The two sides of connected in star, in convex distracted insertion the 6th annular groove of the fourth annular, the distracted insertion the described 4th of the 5th convex annular In annular groove, in distracted insertion the 5th annular groove of the 6th convex annular, an inner wall of the described second annular inserting groove and institute The inner wall for stating water outlet mutually abuts against, and the is formed between another inner wall of the second annular inserting groove and the outer wall of the water outlet Two welded gaps, second welded gaps are interior to be filled with solder.

7. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that each described The both ends and the primary heating room of one connection aluminum pipe are welding, and the outer wall of the primary heating room is inserted equipped with third annular Access slot, the bottom of the third annular inserting groove are equipped with first annular positioning groove, the second circular orientation groove and third annular Positioning groove, the second circular orientation groove and third circular orientation groove are respectively arranged at the first annular positioning groove Two sides, it is described first connection aluminum pipe both ends end be equipped with the first annular limit being set in third annular inserting groove The end of plate, the first annular limit plate is distracted equipped with first annular convex, and the second circular orientation is convex distracted and third annular is fixed Position is convex distracted, second circular orientation is convex distracted and third circular orientation convex distracted to be respectively arranged at the first annular convex distracted Two sides, the first annular distracted insertion first annular positioning groove of convex, the convex distracted insertion institute of the second circular orientation State the second circular orientation groove, the convex distracted insertion third circular orientation groove of third circular orientation, the third annular The outer wall that one inner wall of inserting groove connect aluminum pipe with described first mutually abuts against, another inner wall of the third annular inserting groove and institute Formation third welded gaps between the outer wall of first annular limit plate are stated, are filled with solder in the third welded gaps.

8. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that each described The both ends of two connection aluminum pipes and the second heating chamber are welding, and the outer wall of the second heating chamber is inserted equipped with fourth annular Access slot, the bottom of the fourth annular inserting groove are equipped with fourth annular positioning groove, the 5th annular positioning groove and the 6th annular Positioning groove, the described 5th annular positioning groove and the 6th circular orientation groove are respectively arranged at the fourth annular positioning groove Two sides, it is described second connection aluminum pipe both ends end be equipped with the second annular stop being set in fourth annular inserting groove The end of plate, second annular stop plate is distracted equipped with fourth annular convex, and the 5th annular convex is distracted and the 6th annular is fixed Position is convex distracted, the 5th annular convex is distracted and the 6th circular orientation convex distracted to be respectively arranged at the fourth annular convex distracted Two sides, the distracted insertion fourth annular positioning groove of fourth annular convex, the described 5th distracted insertion institute of annular convex State the 5th annular positioning groove, convex distracted insertion the 6th circular orientation groove of the 6th circular orientation, the fourth annular The outer wall that one inner wall of inserting groove connect aluminum pipe with described second mutually abuts against, another inner wall of the fourth annular inserting groove and institute The 4th welded gaps of formation between the outer wall of the second annular stop plate are stated, are filled with solder in the 4th welded gaps.

9. the semiconductor heat booster according to claim 1 with reheating function, which is characterized in that each described The length of semiconductor heating sheet is identical as the first connection length of aluminum pipe, and each second semiconductor heating sheet is equal It is identical as the second connection length of aluminum pipe.