CN206787034U

CN206787034U - A kind of electric calorifie installation

Info

Publication number: CN206787034U
Application number: CN201720706274.1U
Authority: CN
Inventors: 邝继伍
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-06-18
Filing date: 2017-06-18
Publication date: 2017-12-22
Anticipated expiration: 2027-06-18

Abstract

The utility model discloses a kind of electric calorifie installation, including heat conducting pipe, electric heating tube, sealing gasket, closure；Its heat conducting pipe is provided with through hole, cavity, inlet opening, apopore, center fixing hole, external stability hole；Through hole is divided into interior bone, outer through holes by its cavity.A kind of electric calorifie installation of the utility model can be balanced by peripheral temperature, is not easy to bear water dew, and is easy to disassemble cleaning, easy to maintenance, because using heat conduction tube body, as heat transfer component, simple in construction, heating effect is good；And the setting to heat conducting pipe current, it is possible to reduce heat energy scatters and disappears to external environment, preferably can be absorbed to the waste heat of electric heating tube, reduces and position is depended on to outside causes to damage, using effect is more preferable.

Description

A kind of electric calorifie installation

Technical field

It the utility model is related to electric heater technical field, and in particular to a kind of electric heater unit.

Background technology

The cup-shaped electric heater used at present in electric heater, the surface loading of its interior heater is very big, uses Cheng Zhong, incrustation scale is easily produced, as shown in figure 1, its incrustation scale can be such that the heat energy in electric heating tube is added from being dispersed into well In the water of heat, therefore using effect can decline comparatively fast, but also after being wrapped up because of electric heating tube by incrustation scale, heat energy can not be in time Distribute, the local temperature in heating tube can be also easily damaged because higher, and due to using cup-shaped electric heater, its is cold Water is entered by one end, and hot water flows out from the other end so that and the temperature of cup-shaped electric heater water inlet end remains relatively low temperature, The features such as easily condensation, and cup are difficult to disassemble cleaning, and electric heating tube changes difficulty, and maintenance cost is high.

Utility model content

The utility model provides a kind of electric calorifie installation, and heat transfer component is used as using heat conduction tube body, heat it is more uniform, Electric calorifie installation appearance dew condensation phenomenon can be reduced, and reduces the phenomenon of heating reclaimed water fouling.

A kind of electric calorifie installation of the utility model, including heat conducting pipe, electric heating tube, sealing gasket, closure；On the heat conducting pipe Provided with through hole, cavity, inlet opening, apopore, center fixing hole, external stability hole；Its cavity by through hole be divided into interior bone, Outer through holes.

The interior bone, the initial and end end of outer through holes are respectively equipped with front breach, back side breach, and the center is fixed Sealing gasket, closure can be anchored on the front and the back side of heat conducting pipe through fastener by hole, external stability hole；The inlet opening, After outer through holes, interior bone, apopore and front breach, the sealed pad of back side breach, seal cap sealing, it can be formed closed Water stream channel.

The outer through holes are connected through the front breach on the structure muscle A on heat conducting pipe with interior bone；The water outlet Interface channel is provided with hole, its interface channel is drawn by the side of apopore, avoids front breach on structure muscle B, lead to and lead The outer wall of heat pipe.

The water inlet pipe is drawn by inlet opening from the side wall of heat conducting pipe, and outlet pipe is by apopore through interface channel from heat conducting pipe Side wall draw；Electric heating tube is provided with the cavity, its electric heating tube is set to light radiation pipe, and electric heating tube can be out of cavity Dismounting and change；The outer through holes are set to two circles, and interior bone is set to a circle or two circles.

Heat conducting pipe outboard structure muscle B location is provided with thermal component, temperature sensing part fixed bit.The heat conducting pipe side structure muscle B location can also be provided with temperature sensing hole, for more accurately temperature control.

Interior bone is set to two circles, and the water in the outer through holes flows through the front breach on structure muscle A, first leads to inner ring Interior bone leads to outer ring interior bone again, is connected through apopore with interface channel.

Interior bone is set to two circles, and the water in the outer through holes flows through the front breach on structure muscle A, first leads to outer ring Interior bone leads to inner ring interior bone again, is connected through apopore with interface channel.

Above technical scheme can be seen that a kind of electric calorifie installation of the utility model can be balanced by peripheral temperature, is not easy Bear water dew, and be easy to disassemble cleaning, it is easy to maintenance, due to using heat conduction tube body as heat transfer component, it is simple in construction, add Thermal effect is good；And the setting to heat conducting pipe current, it is possible to reduce heat energy scatters and disappears to external environment, preferably can add to electricity The waste heat of heat pipe is absorbed, and is reduced and position is depended on to outside is caused to damage, using effect is more preferable.

Brief description of the drawings

Fig. 1 is cup-shaped electric heater structure schematic diagram；

Fig. 2 is the utility model electric calorifie installation positive structure schematic；

Fig. 3 is the utility model electric calorifie installation structure schematic diagram；

Fig. 4 is the utility model electric calorifie installation stereogram；

Fig. 5 is the utility model electric calorifie installation decomposition texture schematic diagram.

Embodiment

Below in conjunction with the accompanying drawing in the utility model, the technical scheme in the embodiment of the utility model is made further Description：

As shown in Figure 2, Figure 3, Figure 4, a kind of electric calorifie installation provided by the utility model, including heat conducting pipe 1, electric heating tube, Sealing gasket 6, closure 7；The heat conducting pipe 1 is provided with through hole, cavity 5, inlet opening 111, apopore 121, center fixing hole 41, External stability hole 42.

Through hole is divided into interior bone 22, outer through holes 21 by the cavity 5 on the heat conducting pipe 1, its interior bone 22, outer The initial and end end of portion's through hole 21 is respectively equipped with front breach 31, back side breach 32；Its center fixing hole 41, external stability hole 42 pass through Sealing gasket 6, closure 7 are anchored on the front and the back side of heat conducting pipe 1 by fastener；The inlet opening 111, outer through holes 21, After interior bone 22, apopore 121 seal with front breach 31, the sealed pad 6 of back side breach 32, closure 7, formed closed Water stream channel.

Electric heating tube is provided with the cavity 5, electric heating tube transfers thermal energy to heat conducting pipe, and heat conducting pipe transfers thermal energy to Current on heat conducting pipe in through hole.

Front breach 31 on structure muscle A13 of the outer through holes 21 through heat conducting pipe 1 is connected with interior bone 22.

Interface channel is provided with the apopore 121, its interface channel is drawn by the outside of apopore 121, in structure muscle Avoid front breach 31 on B14 and lead to the outer wall of heat conducting pipe 1 being connected with outlet pipe 12.The structure muscle A13, structure muscle B14 The structural integrity of heat conducting pipe 1 can not only be made, while current connection function can be played, enhancing heat energy transmission can also be played Effect.

The both sides of the structure muscle B14 are provided with outer through holes 21, in addition to interface channel are all heat conducting pipe on its structure muscle B14 1 entity, its heat-transfer rate faster, preferably can pass to partial heat energy in outer through holes 21；The heat of its lost part It can recycle, hot loss of energy will not be caused, the temperature of the current flowed through on interface channel can also be better balanced.

It is understood that the current on apopore 121, due to waste heat supply temperature it is too high when, when more than 55 degree, and enter water temperature Partial heat energy when its current passes through interface channel, faster can be transferred to outer through holes by degree within 25 degree by structure muscle B14 Current on 21, make output water flow temperature will not moment it is too high.

Work as normal use, within 45 degree, its heat energy transmission slows down the water flow temperature on interface channel, therefore current pass through Heat energy loss is smaller during interface channel, using effect is influenceed smaller.

The water inlet pipe 11 is drawn by inlet opening 111 from the side wall of heat conducting pipe 1 to be connected with supply equipment, the outlet pipe 12 are connected through interface channel by apopore 121 from the side wall extraction of heat conducting pipe 1 with water equipment.

The side structure muscle B14 positions of heat conducting pipe 1 are provided with thermal component and temperature sensing part fixed bit, the thermal component installation Onto the side wall construction muscle B14 positions of heat conducting pipe 1.Heat energy caused by thermal component can be absorbed by the current on heat conducting pipe 1, Because the structure muscle B14 positions of heat conducting pipe 1 are entity, heat energy transmission is more accelerated than other positions, and temperature sensing part is installed on this, can More effectively to realize the control that water flow temperature is exported to electric calorifie installation.The temperature sensing part is close to connecting pipeline structure muscle B14 Position is installed, and the thermal component is installed close to the structure muscle B14 positions of the water inlet end of apopore 121.

In order to realize more accurately temperature control, the side structure muscle B14 positions of heat conducting pipe 1 can also be provided with temperature and visit Gaging hole, temperature-sensitive sticker is placed in interior.

The outer through holes 21 are set to two circles, and interior bone 22 is set to a circle or two circles.

The outer through holes 21 of the heat conducting pipe 1 are set to two circles, can reduce the temperature of the outer wall of heat conducting pipe 1, it is possible to reduce electricity During thermal use, the heat energy of heat conducting pipe 1 outwards scatters and disappears, while also increases the water stream channel on heat conducting pipe 1.

When the electric heating tube power is relatively small, only 5KW or following, the interior bone 22 on the heat conducting pipe 1 is set For a circle, its body interval of heat conducting pipe 1 and structure muscle A13, structure muscle B14 can meet the diffusion transmission of electric heating tube waste heat, Outlet pipe 12 moment leaving water temperature will not be caused too high.

The electric heating tube is not by volumetric constraint, or when power is relatively large, when reaching 5KW or more, in order to reach More preferable using effect, the interior bone 22 of the heat conducting pipe 1 are set to two circles, so can be by the water in outer ring interior bone 22 Flow temperature, the current being transmitted to rapidly in inner ring interior bone 22 so that in outer ring interior bone 22, inner ring interior bone 22 Water flow temperature tends to balance, and can effectively prevent that waste heat damages to user of service caused by electric calorifie installation.

Interior bone 22 is set to two circles, and the water in the outer through holes 21 flows through front breach 31 and leads to inner ring interior bone 22 lead to outer ring interior bone 22 again, are connected through apopore 121 with interface channel, or the water in outer through holes 21 flows through Front breach 31 leads to outer ring interior bone 22 and leads to inner ring interior bone 22 again, is connected through apopore 121 with interface channel.

Embodiment

Cold water is flowed into the inlet opening 111 of heat conducting pipe 1 by water inlet pipe 11, then is flowed to by inlet opening 111 through back side breach 32 In outer through holes 21, then by outer layer outer through holes 21 internal layer outer through holes 21 are flowed to, then led to by structure muscle A13 front breach 31 Internally through hole 22, then apopore 121 is flowed to by interior bone 22.

When current flow through heat conducting pipe 1, the heat energy on electric heating tube passes to the body of heat conducting pipe 1, and heat conducting pipe 1 is again by heat energy The interior bone 22 on heat conducting pipe 1, the current in outer through holes 21 are conducted to, are finally led to by apopore 121 through interface channel The outside of heat conducting pipe 1 exports hot water from outlet pipe 12.

Claims

1. a kind of electric calorifie installation, including heat conducting pipe（1）, electric heating tube, sealing gasket（6）, closure（7）, it is characterised in that：Heat conduction Pipe（1）It is provided with through hole, cavity（5）, inlet opening（111）, apopore（121）, center fixing hole（41）, external stability hole （42）, the cavity（5）Through hole is divided into interior bone（22）, outer through holes（21）；Its interior bone（22）, outer through holes （21）Initial and end end be respectively equipped with front breach（31）, back side breach（32）；The center fixing hole（41）, external stability hole （42）Through fastener by sealing gasket（6）, closure（7）It is anchored on heat conducting pipe（1）Front and the back side；The inlet opening （111）, outer through holes（21）, interior bone（22）, apopore（121）With front breach（31）, back side breach（32）It is sealed Pad（6）, closure（7）After sealing, closed water stream channel is formed；

The outer through holes（21）Through heat conducting pipe（1）On structure muscle A（13）Front breach（31）With interior bone（22）Phase Connection；Apopore（121）Interior to be provided with interface channel, its interface channel is by apopore（121）Side draw, in structure muscle B （14）On avoid front breach（31）, lead to heat conducting pipe（1）Outer wall；Water inlet pipe（11）By inlet opening（111）From heat conducting pipe（1） Side wall draw, outlet pipe（12）By apopore（121）Through interface channel from heat conducting pipe（1）Side wall draw；

The cavity（5）Interior to be provided with electric heating tube, its electric heating tube is set to light radiation pipe, and electric heating tube can be from cavity（5）It is interior Dismounting and change；The outer through holes（21）It is set to two circles, interior bone（22）It is set to a circle either two circles.

A kind of 2. electric calorifie installation according to claim 1, it is characterised in that：Heat conducting pipe（1）Outboard structure muscle B（14）Position is set There are thermal component, temperature sensing part fixed bit.

A kind of 3. electric calorifie installation according to claim 2, it is characterised in that：Heat conducting pipe（1）Side structure muscle B（14）Position is set There is temperature sensing part exploration hole.

A kind of 4. electric calorifie installation according to claim 1, it is characterised in that：Interior bone（22）It is described outer when being set to two circles Portion's through hole（21）Interior water flows through structure muscle A（13）On front breach（31）First lead to inner ring interior bone（22）Lead to again outer Enclose interior bone（22）, through apopore（121）It is connected with interface channel.

A kind of 5. electric calorifie installation according to claim 1, it is characterised in that：Interior bone（22）It is described outer when being set to two circles Portion's through hole（21）Interior water flows through structure muscle A（13）On front breach（31）First lead to outer ring interior bone（22）In leading to again Enclose interior bone（22）, through apopore（121）It is connected with interface channel.