CN106369821A - Tube-on-sheet heat exchanger type multi-split heap pump shower room - Google Patents
Tube-on-sheet heat exchanger type multi-split heap pump shower room Download PDFInfo
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- CN106369821A CN106369821A CN201610964616.XA CN201610964616A CN106369821A CN 106369821 A CN106369821 A CN 106369821A CN 201610964616 A CN201610964616 A CN 201610964616A CN 106369821 A CN106369821 A CN 106369821A
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- plate
- water
- heat
- deep gouge
- pipe
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H4/00—Fluid heaters characterised by the use of heat pumps
- F24H4/02—Water heaters
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B30/00—Heat pumps
- F25B30/06—Heat pumps characterised by the source of low potential heat
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Heat-Exchange Devices With Radiators And Conduit Assemblies (AREA)
Abstract
The invention relates to the technical field of shower rooms and in particular relates to a tube-on-sheet heat exchanger type multi-split heap pump shower room. The tube-on-sheet heat exchanger type multi-split heap pump shower room comprises a shower room body, at least two water mixing devices, a tap water charging pipe, tube-on-sheet heat exchangers, a hot water tank, a heat exchange water discharging pipe, a hot water discharging pipe, a waste water pond and a heat pump heating system, wherein the tap water charging pipe communicates with at least two water mixing devices; the heat exchange water discharging pipe communicates with the hot water tank; the hot water discharging pipe respectively communicates with the hot water tank and the water mixing devices. According to the tube-on-sheet heat exchanger type multi-split heap pump shower room disclosed by the invention, a multi-split water using structure is adopted; when a user takes a shower, generally the use of hot water and supplement of cold water are not synchronously performed; each water using place is provided with a tube-on-sheet heat exchanger for recycling the afterheat of waste water in time, and the recycled afterheat is used for preheating tap water; subsequently, the heat pump heating system is used for further absorbing the heat of the waste water in the waste water pond in order to heat the water in the hot water tank, and thus heat loss and waste of the waste water can be effectively prevented, and energy consumption for heating the tap water to the same temperature is reduced; the tube-on-sheet heat exchanger type multi-split heap pump shower room is energy-saving, environment-friendly and capable of lowering shower cost.
Description
Technical field
The present invention relates to shower house technical field, refer in particular to a kind of plate heat exchange of heat pipe formula one and drag many heat pumps shower house.
Background technology
Recycling to low-grade waste fluid energy, always energy-saving field research emphasis.At present, after people has taken a shower
Spent hot water directly drain.Though subsequently available waste water source heat pump etc. reclaims the heat of the waste water being discharged in waste water tank, due to
Radiating during discharge of wastewater, leads to a large amount of losses of heat and being greatly reduced of heat taste.The waste water that people has just taken a shower
At 35 DEG C about, the wastewater temperature that waste water source heat pump is collected just only has 25 DEG C about to temperature, causes heat waste, recovery value
Low.
At present, also there are some to be used for reclaiming the waste-heat recovery device of waste water, but due to being limited by structure, often go out
The problem now blocking.For example Chinese patent zl200810244379.5 discloses a kind of high-efficiency easy-cleaning sullage heat exchanger, its by
In sewage box body, the snakelike heat exchange tube of arrangement carries out heat exchange.Snakelike heat exchange tube needs to support, the support of snakelike heat exchange tube and snakelike
Heat exchanger tube itself all becomes the obstacle in heat exchanger sewage runner, especially easily causes hair, hair cream, dirt blocking and deposits, clearly
Wash frequency high, cleaning is also cumbersome, defect fairly obvious it is impossible to meet the demand using.
Content of the invention
The technical problem to be solved in the present invention is to provide a kind of plate heat exchange of heat pipe formula one to drag many heat pumps shower house, and it avoids heat
Measure loss and waste, the flowing of its waste water is smooth, be effectively prevented dirt the phenomenon such as blocks, deposits, being easy to clean and maintenance, energy-conservation
Environmental protection, and reduce the cost of shower.
In order to solve above-mentioned technical problem, the present invention adopts the following technical scheme that
A kind of plate heat exchange of heat pipe formula one drags many heat pumps shower house, including shower house body, is arranged in shower house body at least
The tap water water inlet pipe that two water admixing devices are connected with least two water admixing devices, also includes being correspondingly arranged at least two respectively
Heat exchange outlet pipe that plate heat exchange of heat pipe below individual water admixing device, the boiler for being filled with water are connected with boiler, respectively with heat
Hot water outlet pipe that water tank connects with water admixing device, for reclaiming the wastewater disposal basin of waste water and the heat for reclaiming waste water in wastewater disposal basin
Amount is with the heat pump heating system of the water in heat hot water case；Described plate heat exchange of heat pipe includes core body, and core body includes a plate, b plate, front
Shrouding and rear shrouding；A plate is provided with some a plate deep gouges side by side, and the back side of a plate deep gouge is that a plate deep gouge is raised；B plate is provided with and is sunk with a plate
Groove corresponding b plate deep gouge, the back side of b plate deep gouge is that b plate deep gouge is raised, and two adjacent b plate deep gouges are connected；
A plate deep gouge projection is arranged in b plate deep gouge and a plate deep gouge is raised has gap, a plate deep gouge and b plate deep gouge between
Raised and b plate deep gouge two ends are equipped with the structure of seal clearance, make the raised formation medium runner and b plate deep gouge between of a plate deep gouge；
Described front shrouding is respectively provided with the front end slot connecting adjacent a plate deep gouge and rear end slot, a plate deep gouge with rear shrouding
301st, front end slot 501 and rear end slot 701 composition waste water runner；Described tap water water inlet pipe and heat exchange outlet pipe respectively with medium flow field
The water inlet end in road connects with water side.
Wherein, current induction installation and flow control apparatus for water are also included, current induction installation is used for sensing hot water outlet pipe
Flow to the current of water admixing device；Flow control apparatus for water is used for controlling the break-make of current in medium runner.
Wherein, the waste pipe for waste water being introduced wastewater disposal basin, the water side of described waste pipe and waste water runner are also included
Connection；Described heat pump heating system includes the heat pump condenser being arranged in boiler, the thermo-compression evaporation being arranged in wastewater disposal basin
Compressor, the gas-liquid separator being connected with compressor and evaporator with heat pump respectively and heat pump that device is connected with heat pump condenser are steamed
Send out cold-producing medium throttling arrangement and the coolant filters being connected with this cold-producing medium throttling arrangement that device connects, this coolant filters
It is connected with heat pump condenser.
Wherein, described tap water water inlet pipe is connected with pond cleaning pipe, and pond cleaning pipe is provided with the first purge valve, pond
Cleaning pipe is connected with several fountain heads for spraying water to wastewater disposal basin.
Wherein, also include the heat exchanger cleaning pipe connecting with boiler, this heat exchanger cleaning pipe is provided with the second purge valve,
Heat exchanger cleaning pipe is connected with the Water outlet for supplying water to plate heat exchange of heat pipe.
Wherein, described a plate deep gouge is raised and b plate deep gouge two ends are welded, and makes a plate deep gouge raised and between b plate deep gouge two ends
Gap is sealed；B plate is provided with the deep gouge for connecting adjacent b plate deep gouge.
Preferably, the section of described medium runner is in crescent, and described crescent section is made up of multistage curve, this multistage
Curve includes being arranged at a plate external pressure curved section of a plate, a plate inner pressure curve being connected respectively with the two ends of this plate external pressure curved section
Section, be arranged at the b plate inner pressure curve section of b plate and the b plate external pressure curved section being connected respectively with the two ends of this b plate inner pressure curve section.
Preferably, also include being covered on the cover plate of a plate, cover plate is provided with leaking hole, is provided with drainage screen at leaking hole, described before
Shrouding is provided with the water leg for collecting the fluid flowing out in leaking hole, water leg and waste water flow passage.
Preferably, described core body is installed on cover plate by some fixture blocks.
Preferably, also include casing, described core body is installed in casing
Beneficial effects of the present invention:
The present invention drags many water-using structure using one, when people take a shower, typically all asynchronous carries out with water, at each
With being respectively provided with plate heat exchange of heat pipe at water, the waste heat of waste water is reclaimed immediately, be used for pre- hot tap-water, then adopted heat
Pump heating system is absorbed heat further to waste water in wastewater disposal basin, with the water in heat hot water case, effectively avoids waste water thermal loss
And waste, reduce the heating energy consumption at equal temperature for the tap water, its energy-conserving and environment-protective, and reduce the cost of shower.
Plate heat exchange of heat pipe of the present invention, arranges a plate deep gouge in a plate, arranges b plate deep gouge in b plate, and a plate and b plate are all adopted
Carry out enhanced heat exchange with plate plus ripple struction, the coefficient of heat transfer is high.A plate and b plate are combined into core body using plate tubular construction, and a plate sinks
The overall flatness of groove is good, and waste water flowing is smooth, and the coefficient of heat transfer effectively avoid dirt blocking, depositing and its causing is significantly
Degree reduction problem.
Plate heat exchange of heat pipe of the present invention, a plate deep gouge and b plate deep gouge are all set side by side with several, greatly increase useless
The heat exchange area of water and tap water, waste water and tap water circuitous flow, make tap water fully absorb heat.
Plate heat exchange of heat pipe of the present invention, some a plate deep gouges of a plate pass through front end slot and rear end slot connects so that a plate
The corner of deep gouge is Wheelchair Accessible, its transitions smooth, and the coefficient of heat transfer can be avoided dirt blocking, depositing and its causing is big
The problem of amplitude reduction.
Plate heat exchange of heat pipe of the present invention, carries out punching press etc. to a plate and b plate and can be obtained by corresponding deep gouge, its system
Make relatively easy, lower the cost producing.
Plate heat exchange of heat pipe of the present invention adopt a plate and b plate plate tubular construction, its Stability Analysis of Structures, long service life, and
It is easy to a plate deep gouge and medium runner are carried out, its maintenance cost is low.
The present invention independently reclaims waste water residual heat using plate heat exchange of heat pipe, replaces existing waste heat recovery immersion type structure, has
The wastewater temperature that avoids of effect loses, and improves the efficiency of waste heat recovery.
Brief description
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the perspective view of plate heat exchange of heat pipe described in the embodiment of the present invention one.
Fig. 3 is the stereochemical structure decomposing schematic representation of plate heat exchange of heat pipe described in the embodiment of the present invention one.
Fig. 4 is the perspective view of a plate described in the embodiment of the present invention one.
Fig. 5 is the perspective view of b plate described in the embodiment of the present invention one.
Fig. 6 is the perspective view of front shrouding described in the embodiment of the present invention one.
Fig. 7 is the perspective view of rear shrouding described in the embodiment of the present invention one.
Fig. 8 is the partial structural diagram in the section of plate heat exchange of heat pipe described in the embodiment of the present invention one.
Fig. 9 is the partial structural diagram in another kind of section of plate heat exchange of heat pipe described in the embodiment of the present invention one.
Figure 10 is the perspective view of plate heat exchange of heat pipe described in the embodiment of the present invention two.
Figure 11 is the stereochemical structure decomposing schematic representation of plate heat exchange of heat pipe described in the embodiment of the present invention two.
Figure 12 is the partial structural diagram in the section of plate heat exchange of heat pipe described in the embodiment of the present invention two.
Figure 13 is the perspective view of plate heat exchange of heat pipe described in the embodiment of the present invention three.
Figure 14 is the stereochemical structure decomposing schematic representation of plate heat exchange of heat pipe described in the embodiment of the present invention three.
Figure 15 is the perspective view of plate heat exchange of heat pipe described in the embodiment of the present invention four.
Figure 16 is the stereochemical structure decomposing schematic representation of plate heat exchange of heat pipe described in the embodiment of the present invention four.
Specific embodiment
For the ease of the understanding of those skilled in the art, the present invention is further said with accompanying drawing with reference to embodiment
Bright, the content not limitation of the invention that embodiment refers to.
Embodiment one.
As Fig. 1 to Fig. 9, a kind of plate heat exchange of heat pipe formula one is dragged many heat pumps shower house, including shower house body 1, is arranged at shower
The tap water water inlet pipe 3 that at least two water admixing devices 2 in room body 1 are connected with least two water admixing devices 2, is also included respectively
It is correspondingly arranged in the plate heat exchange of heat pipe 800 of at least two water admixing device 2 lower section, connect for the boiler 4 being filled with water and boiler 4
Logical heat exchange outlet pipe 5, the hot water outlet pipe 6 connecting with boiler 4 and water admixing device 2 respectively, the waste water for reclaiming waste water
Pond 9 and the heat pump heating system 01 with the water in heat hot water case 4 for the heat for reclaiming waste water in wastewater disposal basin 9；
Described plate heat exchange of heat pipe 800 includes core body 20, and core body 20 includes a plate 30, b plate 40, front shrouding 50 and rear shrouding 70；
A plate 30 is provided with some a plate deep gouges 301 side by side, and the back side of a plate deep gouge 301 is a plate deep gouge projection 302；B plate 40 is provided with and is sunk with a plate
The corresponding b plate deep gouge 401 of groove 301, the back side of b plate deep gouge 401 is b plate deep gouge projection 402, adjacent two b plate deep gouge 401 phases
Connection；
A plate deep gouge projection 302 be arranged in b plate deep gouge 401 and a plate deep gouge projection 302 and b plate deep gouges 401 between have
Gap, a plate deep gouge projection 302 and b plate deep gouge 401 two ends are equipped with the structure of seal clearance, make a plate deep gouge raised 302 and b plate
Form medium runner 60 between deep gouge 401；
Described front shrouding 50 is respectively provided with front end slot 501 and the rear end connecting adjacent a plate deep gouge 301 with rear shrouding 70
Groove 701, a plate deep gouge 301, front end slot 501 and rear end slot 701 composition waste water runner；Described tap water water inlet pipe 3 and heat exchange water outlet
Pipe 5 is connected with the water inlet end of medium runner 60 and water side respectively.
During practical application, described shower house body 1 can be provided with some compartments 11, and some compartments 11 can adopt plate or cloth
Material etc. is split to form to shower house body 1, and each compartment is equipped with a water admixing device 2 and plate heat exchange of heat pipe 800, is easy to
Multiple shower persons use.Water admixing device 2 includes water mixing valve, can also be arranged as required in gondola water faucet being connected with water mixing valve etc.,
It belongs to existing assembly, therefore repeats no more.After described a plate 30 and b plate 40 assembling, front shrouding 50 and rear shrouding 70 are respectively arranged at
A plate 30 and the two ends of b plate 40 assembly.
As needed, the gap at a plate deep gouge projection 302 and b plate deep gouge 401 two ends, example can be sealed using various ways
As using adhesive tape sealing and welded seal etc..In the present embodiment, provide a kind of preferred scheme, described a plate deep gouge projection 302 Hes
B plate deep gouge 401 two ends are welded, and during welding, can push the two ends of a plate 30 or will press on the two ends of b plate 40, make a plate 30
Two ends and the two ends of b plate 40 carry out contact type welding, so that the gap at a plate deep gouge projection 302 and b plate deep gouge 401 two ends
Sealed, and larger pressure can be born.Two adjacent b plate deep gouges 401 are connected, a plate deep gouge raised 302 and b
Gap between plate deep gouge 401 is also interconnected, and it becomes the medium runner 60 for circulate tap water or other media.It is situated between
The section in mass flow road 60 can adopt various shapes, runner as curved in u-shaped, circular flow channel, oval runner etc., is changed with adapting to difference
Required by thermal field.Adjacent a plate deep gouge 301 is mutually ganged up with rear end slot 701 by front end slot 501 so that some a plate deep gouges 301
Form waste water runner with front end slot 501 and rear end slot 701.Described front end slot 501 and rear end slot 701 are preferably u shape so that giving up
The flowing of water is more smooth.
During use, bather stands in shower house body 1 and takes a shower, and the waste water after shower flows into the waste water of plate heat exchange of heat pipe 800
In runner, tap water is flowed into medium runner 60 from tap water water inlet pipe 3, and the tap water in medium runner 60 absorbs a plate and sinks
The heat of waste water in groove 301, tap water and waste water carry out heat exchange, thus the heat reclaiming waste water carrys out pre- hot tap-water.Quilt
Tap water after preheating flows to boiler 4 from heat exchange outlet pipe 5.Waste water in waste water runner flows into wastewater disposal basin 9 after being absorbed heat
In, heat pump heating system 01 absorbs heat further to waste water in wastewater disposal basin 9, and the waste heat absorbing waste water carrys out water in heat hot water case 4.Heat
The hot water of water tank 4 is flowed at water admixing device 2 from hot water outlet pipe 6, and hot water is mixed with the cold water in tap water water inlet pipe 3
Close, take a shower to use.Water admixing device 2 of the present invention and plate heat exchange of heat pipe 800, at least provided with two, during practical application, mix
Water installations 2 respective panels heat exchange of heat pipe 800 is arranged on each and uses water spot, and its composition the multiple of bathing system use water spot.
The present invention drags many water-using structure using one, and when people take a shower, it is asynchronous that general hot water uses with cold water supplement
Carry out, be respectively provided with plate heat exchange of heat pipe 800 at each is with water and the waste heat of waste water is reclaimed immediately, be used for preheating certainly
Water, is then absorbed heat to waste water in wastewater disposal basin 9 further using heat pump heating system 01, with the water in heat hot water case 4, effectively
Avoid waste water thermal loss and waste, reduce the heating energy consumption at equal temperature for the tap water, its energy-conserving and environment-protective, and reduce
The cost taken a shower.
Plate heat exchange of heat pipe 800 compact conformation of the present invention, can be with miniaturization, so that installing and placing convenient, use
Flexibly, wide accommodation.
Plate heat exchange of heat pipe 800 of the present invention, arranges a plate deep gouge 301 in a plate 30, arranges b plate deep gouge in b plate 40
401, a plates 30 and b plate 40 all carry out enhanced heat exchange using plate plus ripple struction, and the coefficient of heat transfer is high.A plate 30 and b plate 40 adopt
Plate tubular construction is combined into core body 20, and the overall flatness of a plate deep gouge 301 is good, and waste water flowing is smooth, effectively avoids dirt and blocks up
Plug, the coefficient of heat transfer depositing and its causing are greatly lowered problem.
Plate heat exchange of heat pipe 800 of the present invention, a plate deep gouge 301 and b plate deep gouge 401 are all set side by side with several, greatly
Big heat exchange area, waste water and the tap water circuitous flow increasing waste water and tap water, makes tap water fully absorb heat.
Plate heat exchange of heat pipe 800 of the present invention, some a plate deep gouges 301 of a plate 30 pass through front end slot 501 and rear end slot
701 connect so that a plate deep gouge 301 corner be Wheelchair Accessible, its transitions smooth, can be avoided dirt blocking, deposition and
The problem that the coefficient of heat transfer that it causes is greatly lowered.
Plate heat exchange of heat pipe 800 of the present invention, carries out punching press etc. to a plate 30 and b plate 40 and can be obtained by sinking accordingly
Groove, it manufactures relatively easy, the cost that attenuating produces.
Plate heat exchange of heat pipe 800 of the present invention adopts a plate 30 and b plate 40 plate tubular construction, its Stability Analysis of Structures, service life
Long, and be easy to a plate deep gouge 301 and medium runner 60 are carried out, its maintenance cost is low.
The present invention independently reclaims waste water residual heat using plate heat exchange of heat pipe 800, replaces existing waste heat recovery immersion type structure,
Effectively avoid wastewater temperature loss, improve the efficiency of waste heat recovery.
In the present embodiment, also include current induction installation 7 and flow control apparatus for water 8, current induction installation 7 is used for induction heat
Water outlet pipe 6 flows to the current of water admixing device 2；Flow control apparatus for water 8 is used for controlling the break-make of current in medium runner 60.Specifically
, enter a current induction installation 7 is arranged on the pipeline of hot water in each water admixing device 2, this current induction installation 7 is used for feeling
Hot water whether should be had to flow in water admixing device 2.Each plate heat exchange of heat pipe 800 is provided with one and controls current in medium runner 60
The flow control apparatus for water 8 of break-make.During use, when current induction installation 7 has sensed that current flow to water admixing device 2, hot water quilt
Use, the waste water after use can flow in the waste water runner of plate heat exchange of heat pipe 800, now the corresponding current in water admixing device 2 lower section
Control device 8 is opened, and allows tap water carry out heat exchange by medium runner 60 with the waste water in waste water runner, thus to waste water
Heat reclaimed in real time.Further, in order to more preferably ensure the hydraulic pressure in boiler 4, not using the situation of hot water,
Control system 09 can be at least one flow control apparatus for water 8 of setting and is in open mode, so that tap water is flow in boiler 4.
It is of course also possible to separately draw a pipeline, in boiler 4, directly lead to tap water.Current induction installation 7 and flow control apparatus for water 8
Can not repeat using existing influenza device and switch valve to realize.
In the present embodiment, also include waste pipe 91, described waste pipe 91 and the waste water stream for waste water being introduced wastewater disposal basin 9
The water side connection in road；Heat pump condenser 02 that described heat pump heating system 01 includes being arranged in boiler 4, it is arranged at waste water
Compressor 07 that evaporator with heat pump 03 in pond 9 is connected with heat pump condenser 02, respectively with compressor 07 and evaporator with heat pump 03
The cold-producing medium throttling arrangement 05 that is connected with evaporator with heat pump 03 of gas-liquid separator 04 that connects and with this cold-producing medium throttling arrangement 05
The coolant filters 06 connecting, this coolant filters 06 is connected with heat pump condenser 02.
In the present embodiment, described tap water water inlet pipe 3 is connected with pond cleaning pipe 008, and pond cleaning pipe 008 is provided with
One purge valve 081, pond cleaning pipe 008 is connected with several fountain heads 082 for spraying water to wastewater disposal basin 9.Need to waste water
When pond 9 is carried out, open the first purge valve 081, in several fountain heads 082, water washes away to wastewater disposal basin 9, by waste water
Discharged, reached the dirt of deposition removing in wastewater disposal basin 9, hair etc..
In the present embodiment, also include the heat exchanger cleaning pipe 007 connecting with boiler 4, this heat exchanger cleaning pipe 007 sets
There is the second purge valve 071, heat exchanger cleaning pipe 007 is connected with the Water outlet 072 for supplying water to plate heat exchange of heat pipe 800.Need
When heat exchanger cleaning pipe 007 is carried out, open the second purge valve 071, the water in boiler 4 is from heat exchanger cleaning pipe 007
Water outlet 072 flow in the waste water runner of plate heat exchange of heat pipe 800, plate heat exchange of heat pipe 800 is carried out, remove waste water runner
Dirt, the foreign body such as hair, the waste water after cleaning entered in wastewater disposal basin 9 by waste pipe 91.
In the present embodiment, b plate 40 is provided with the deep gouge 400 for connecting adjacent b plate deep gouge 401.Described deep gouge includes heavy
Groove 407, on this, deep gouge 407 is located in the projection between adjacent b plate deep gouge 401.As shown in figure 8, when a plate deep gouge projection 302
When bottom surface is not contacted with b plate deep gouge 401, the only upper deep gouge 407 of setting one.As shown in figure 9, working as a plate deep gouge projection 302
Bottom surface when contacting with b plate deep gouge 401, described deep gouge also includes lower deep gouge 408, and b plate deep gouge 401 is by between a plate deep gouge projection 302
It is divided into two parts, so that adjacent b plate deep gouge 401 is connected using upper deep gouge 407 and lower deep gouge 408.So that a plate deep gouge is raised
Gap between 302 and b plate deep gouges 401 is also mutually ganged up, and obtains the medium runner 60 connecting, and its structure is simple, globality
Good, bearing capacity is strong.Certainly, according to use demand, b plate deep gouge 401 can also be ganged up using other modes, such as adopts above-mentioned
A plate deep gouge 301 gang up mode, to be ganged up using closing plate structure.
In the present embodiment, front shrouding 50 and rear shrouding 70 are respectively arranged with front slot 502 and rear slot 702, a plate 30 and b
After plate 40 assembling, two ends are plugged in front slot 502 and rear slot 702 respectively, and it installs simple, fixing reliability, and makes some a plates
Deep gouge 301 is docked completely with front end slot 501 and rear end slot 701.
In the present embodiment, described core body 20 is provided with some strengthening rib strips 80, some strengthening rib strips 80 be arranged at a plate 30 and/
Or b plate 40.Specifically, strengthening rib strip 80 can be welded on a plate 30 or b plate 40, or simultaneously on a plate 30 and b plate 40 all
So that core body 20 Stability Analysis of Structures, bearing capacity is strong for welding strengthening rib strip 80.
As shown in figure 8, in the present embodiment it is preferred that section of described medium runner 60 is in crescent, larger fluid is disturbed
Dynamic, increase the coefficient of heat transfer, strengthen the heat exchange of fluid.Described crescent section is made up of multistage curve, this multistage curve bag
Include a plate external pressure curved section 305 being arranged at a plate 30, buckle in a plate being connected with the two ends of this plate external pressure curved section 305 respectively
Line segment 306, the b plate inner pressure curve section 405 being arranged at b plate 40 and the b being connected with the two ends of this b plate inner pressure curve section 405 respectively
Plate external pressure curved section 406.Specifically, according to the size bearing pressure, multistage curve is set to inner pressure curve section and external pressure curve
Section, during design, is easy to the thickness of a plate 30 and b plate 40 is calculated, utilitarian design, rational thickness, it is to avoid produces design and lacks
Fall into, and avoid the waste of material, reduce the cost producing.Medium runner 60 adopts the pressure design of multistage inside or outside of curve simultaneously, can
Effectively reduce the resistance of fluid.
In the present embodiment, provide the computing formula calculating a plate or b plate thickness, the thickness of described a plate or b plate is:
When designing by external pressure
By during intrinsic pressure design
Wherein, p is core body fluid design pressure；
d1nEquivalent diameter for a plate external pressure curved section 305 or b plate external pressure curved section 406；
d2nEquivalent diameter for a plate inner pressure curve section 306 or b plate inner pressure curve section 405；
[σ] is the tensile strength of a plate external pressure curved section 305 or b plate external pressure curved section 406 material；
σ is a plate inner pressure curve section 306 or the tensile strength of b plate inner pressure curve section 405 material；
η is the safety coefficient of a plate inner pressure curve section 306 or b plate inner pressure curve section 405；
The average wall thickness of described meniscate medium runner 60
η3Tensile strength safety coefficient for meniscate medium runner 60 wall；Meniscate medium runner 60 equivalent diameter
d3=l/ π；Wherein, l is the girth of meniscate medium runner 60；
When actually used, the thickness of described a plate or b plate takes s1n、s2n、s3In maximum, and add safe clearance
a.Described safe clearance a is the coefficient being selected according to actual production demand.
Embodiment two.
As shown in Figure 10 to Figure 12, the present embodiment two and the difference of embodiment one are: described plate heat exchange of heat pipe 800
Also include the cover plate 10 being covered on a plate 30, cover plate 10 is provided with leaking hole 101, at leaking hole 101, be provided with drainage screen 102, described before
Shrouding 50 is provided with the water leg 503 for collecting the waste water flowing out in leaking hole 101, water leg 503 and waste water flow passage.
In the present embodiment, increase cover plate 10, this cover plate 10 is covered on a plate 30, thus sealing to a plate deep gouge 301.Real
During the application of border, cover plate 10 can be with the projection contacts of a plate 30 top surface it is also possible to not contact.Waste water after shower is from leaking hole 101
Flow into, after drainage screen 102 filters, be flowed in water leg 503, waste water is flowed into a plate deep gouge 301 from water leg 503 again
In carry out heat exchange.Connection between connection between described cover plate 10 and a plate 30, a plate 30 and b plate 40, all can basis
The different demands of bearing capacity, thus select welded seal or by adhesive tape press seal etc..In the present embodiment, described core body 20 leads to
Cross some fixture blocks 90 and be installed on cover plate 10.
In the present embodiment, increase cover plate 10 and a plate deep gouge 301 is sealed, drainage screen 102 filters to waste water, can
Remove the foreign bodies such as hair, prevent waste water runner from blocking.Adopt fixture block 90 that core body 20 is installed further, a plate 30 and b plate 40 assemble
Afterwards, its two ends some fixture blocks 90 clamping, it is easy for installation, fixing reliable.
Embodiment three.
As shown in Figure 13 to Figure 14, the present embodiment three is with the difference of embodiment two: described plate heat exchange of heat pipe 800
Also include casing 100, described core body 20 is installed in casing 100.During practical application, when core body 20 is installed on casing 100, casing
100 bottom surface can raised with b plate deep gouge 402 abut so that the fluid that surrounds with b plate deep gouge projection 402 in casing 100 of waste water
Flow in groove 200, as shown in figure 14.The bottom surface of casing 100 can not also abut b plate deep gouge raised 402 so that fluid is in b plate
Flow between 40 and casing 100.On the basis of above-described embodiment two, it is further added by casing 100, waste water can be introduced fluid slot
So that the tap water in medium runner 60 absorbs the heat of waste water in fluid slot 200 and a plate deep gouge 301 simultaneously in 200, its suction
Thermal effect is good, makes full use of the structure of core body 20 to carry out heat exchange.Certainly, according to demand, fluid slot 200 or a using
Plate deep gouge 301 all can be independently matched with medium runner 60 and carry out the heat exchange between waste water and tap water.
Example IV.
As shown in Figure 15 and Figure 16, the present embodiment four and the difference of embodiment three are: described core body 20 at least sets
It is equipped with two groups.In the present embodiment, multiple core bodys 20 are combined into combination core body 700, and this combination core body 700 is contained in casing 100.
Using the first water inlet pipe and water outlet pipe 001 and the second water inlet pipe and water outlet pipe 002, the medium runner 60 of each core body 20 is together in parallel, it is concentrated
Logical tap water.Meanwhile, connect the turnover joint 500 of logical waste water in casing 100, lead to waste water in casing 100, make combination core body 700
In tap water absorb waste water heat.It is of course also possible to the medium runner 60 of each core body 20 is together in series use.This reality
Apply in example, in addition to having the beneficial effect in embodiment three, multiple core bodys 20 are applied in combination by it, it is possible to increase the changing of heat exchanger
Heat.
In the present embodiment, some guide plates 600 that the flow direction that is provided with for convection cell in described casing 100 is guided,
Described core body 20 is installed on some guide plates 600.Core body 20 is fixed by guide plate 600, and guide plate 600 can be to casing
The flow direction of 100 waste water plays guide effect so as to flow in one direction.In addition, guide plate 600 plays installation and fixed core
The effect of body 20.
Above-described embodiment is the present invention preferably implementation, and in addition, the present invention can be realized with alternate manner,
Without departing from obvious replacement any on the premise of the technical program design all within protection scope of the present invention.
Claims (10)
1. a kind of plate heat exchange of heat pipe formula one drags many heat pumps shower house, including shower house body (1), is arranged in shower house body (1)
Tap water water inlet pipe (3) that at least two water admixing devices (2) are connected with least two water admixing devices (2) it is characterised in that: also
Including the plate heat exchange of heat pipe (800) being correspondingly arranged in respectively below at least two water admixing devices (2), the boiler for being filled with water
(4) the heat exchange outlet pipe (5) connecting with boiler (4), the hot water effluent connecting with boiler (4) and water admixing device (2) respectively
Manage (6), be used for reclaiming the wastewater disposal basin (9) of waste water and being used for reclaiming the heat of waste water in wastewater disposal basin (9) with heat hot water case (4)
Water heat pump heating system (01)；
Described plate heat exchange of heat pipe (800) includes core body (20), core body (20) include a plate (30), b plate (40), front shrouding (50) and
Shrouding (70) afterwards；A plate (30) is provided with some a plate deep gouge (301) side by side, and the back side of a plate deep gouge (301) is that a plate deep gouge is raised
(302)；B plate (40) is provided with b plate deep gouge (401) corresponding with a plate deep gouge (301), and the back side of b plate deep gouge (401) is b plate deep gouge
Raised (402), two adjacent b plate deep gouge (401) are connected；
A plate deep gouge projection (302) is arranged in b plate deep gouge (401) and between a plate deep gouge projection (302) and b plate deep gouge (401)
There is gap, a plate deep gouge projection (302) and b plate deep gouge (401) two ends are equipped with the structure of seal clearance, make a plate deep gouge projection
(302) form medium runner (60) and b plate deep gouge (401) between；Described front shrouding (50) and rear shrouding (70) are respectively equipped with use
In connecting the front end slot (501) of adjacent a plate deep gouge (301) and rear end slot (701), a plate deep gouge (301), front end slot (501) and after
End slot (701) forms waste water runner；Described tap water water inlet pipe (3) and heat exchange outlet pipe (5) respectively with medium runner (60)
Water inlet end connects with water side.
2. a kind of plate heat exchange of heat pipe formula one according to claim 1 drag many heat pumps shower house it is characterised in that: also include water
Stream induction installation (7) and flow control apparatus for water (8), current induction installation (7) is used for sensing hot water outlet pipe (6) flow direction mixed water dress
Put the current of (2)；Flow control apparatus for water (8) is used for controlling the break-make of current in medium runner (60).
3. a kind of plate heat exchange of heat pipe formula one according to claim 1 drag many heat pumps shower house it is characterised in that: also include use
In the waste pipe (91) that waste water introduces wastewater disposal basin (9), described waste pipe (91) is connected with the water side of waste water runner；
Heat pump condenser (02) that the inclusion of described heat pump heating system (01) is arranged in boiler (4), it is arranged at wastewater disposal basin (9)
Compressor (07) that interior evaporator with heat pump (03) is connected with heat pump condenser (02), steam with compressor (07) and heat pump respectively
Send out the cold-producing medium throttling arrangement (05) that the gas-liquid separator (04) that connects of device (03) is connected with evaporator with heat pump (03) and with this system
The coolant filters (06) that cryogen throttling arrangement (05) connects, this coolant filters (06) are with heat pump condenser (02) even
Connect.
4. a kind of plate heat exchange of heat pipe formula one according to claim 3 drag many heat pumps shower house it is characterised in that: described from the beginning
Water water inlet pipe (3) is connected with pond cleaning pipe (008), and pond cleaning pipe (008) is provided with the first purge valve (081), and pond is clear
Wash pipe (008) and be connected with several fountain heads (082) for spraying water to wastewater disposal basin (9).
5. a kind of plate heat exchange of heat pipe formula one according to claim 1 drag many heat pumps shower house it is characterised in that: also include with
The heat exchanger cleaning pipe (007) that boiler (4) connects, this heat exchanger cleaning pipe (007) is provided with the second purge valve (071), changes
Hot device cleaning pipe (007) is connected with the Water outlet (072) for supplying water to plate heat exchange of heat pipe (800).
6. a kind of plate heat exchange of heat pipe formula one according to claim 1 drag many heat pumps shower house it is characterised in that: described a plate
Deep gouge projection (302) and the welding of b plate deep gouge (401) two ends, make between a plate deep gouge projection (302) and b plate deep gouge (401) two ends
Gap is sealed；B plate (40) is provided with the deep gouge (400) for connecting adjacent b plate deep gouge (401).
7. a kind of plate heat exchange of heat pipe formula one according to claim 1 drag many heat pumps shower house it is characterised in that: described medium
The section of runner (60) is in crescent, and described crescent section is made up of multistage curve, and this multistage curve includes being arranged at a plate
(30) a plate external pressure curved section (305), a plate inner pressure curve section being connected with the two ends of this plate external pressure curved section (305) respectively
(306), it is arranged at b plate inner pressure curve section (405) of b plate (40) and be connected with the two ends of this b plate inner pressure curve section (405) respectively
B plate external pressure curved section (406).
8. a kind of plate heat exchange of heat pipe formula one according to claim 1 to 7 any one drags many heat pumps shower house, and its feature exists
In: also include the cover plate (10) being covered on a plate (30), cover plate (10) is provided with leaking hole (101), and leaking hole (101) place was provided with
Filter screen (102), described front shrouding (50) is provided with the water leg (503) for collecting the fluid flowing out in leaking hole (101), catchments
Groove (503) and waste water flow passage.
9. a kind of plate heat exchange of heat pipe formula one according to claim 8 drag many heat pumps shower house it is characterised in that: described core body
(20) it is installed on cover plate (10) by some fixture blocks (90).
10. a kind of plate heat exchange of heat pipe formula one according to claim 8 drag many heat pumps shower house it is characterised in that: also include
Casing (100), described core body (20) is installed in casing (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610964616.XA CN106369821A (en) | 2016-10-28 | 2016-10-28 | Tube-on-sheet heat exchanger type multi-split heap pump shower room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610964616.XA CN106369821A (en) | 2016-10-28 | 2016-10-28 | Tube-on-sheet heat exchanger type multi-split heap pump shower room |
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| Publication Number | Publication Date |
|---|---|
| CN106369821A true CN106369821A (en) | 2017-02-01 |
Family
ID=57894402
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610964616.XA Pending CN106369821A (en) | 2016-10-28 | 2016-10-28 | Tube-on-sheet heat exchanger type multi-split heap pump shower room |
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| CN (1) | CN106369821A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107255423A (en) * | 2017-07-11 | 2017-10-17 | 东莞市康源节能科技有限公司 | A kind of high-efficiency easy-cleaning sullage heat exchanger |
| CN107314564A (en) * | 2017-07-11 | 2017-11-03 | 东莞市康源节能科技有限公司 | A kind of high-efficiency easy-cleaning sullage source heat pump |
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| CN202562029U (en) * | 2012-03-21 | 2012-11-28 | 佛山市三角洲电器科技有限公司 | Quick heating type heat pump water heater capable of recycling shower waste heat |
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| JPH11153361A (en) * | 1997-11-21 | 1999-06-08 | Matsushita Electric Ind Co Ltd | Hot-water supplying bath unit |
| CN201059768Y (en) * | 2007-07-25 | 2008-05-14 | 张宪坤 | Double source double effect heat reclamation heat pump hot-water apparatus |
| CN201355156Y (en) * | 2008-10-10 | 2009-12-02 | 姜衍礼 | Heat pump unit capable of recovering waste water and residual heat |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107255423A (en) * | 2017-07-11 | 2017-10-17 | 东莞市康源节能科技有限公司 | A kind of high-efficiency easy-cleaning sullage heat exchanger |
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Application publication date: 20170201 |