CN207449579U - Fluid heat transfer component - Google Patents

Fluid heat transfer component Download PDF

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Publication number
CN207449579U
CN207449579U CN201720597974.1U CN201720597974U CN207449579U CN 207449579 U CN207449579 U CN 207449579U CN 201720597974 U CN201720597974 U CN 201720597974U CN 207449579 U CN207449579 U CN 207449579U
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CN
China
Prior art keywords
fluid
section
flow path
valve block
hole
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201720597974.1U
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Chinese (zh)
Inventor
不公告发明人
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhejiang Sanhua Intelligent Controls Co Ltd
Original Assignee
Hangzhou Sanhua Research Institute Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hangzhou Sanhua Research Institute Co Ltd filed Critical Hangzhou Sanhua Research Institute Co Ltd
Priority to US16/337,092 priority Critical patent/US11285781B2/en
Priority to EP17870379.9A priority patent/EP3540352B1/en
Priority to KR1020197010089A priority patent/KR102206182B1/en
Priority to PCT/CN2017/110106 priority patent/WO2018086553A1/en
Priority to JP2019520357A priority patent/JP6828151B2/en
Priority to CN201780074652.1A priority patent/CN110073164B/en
Priority to PL17870379.9T priority patent/PL3540352T3/en
Application granted granted Critical
Publication of CN207449579U publication Critical patent/CN207449579U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
    • B60H1/00—Heating, cooling or ventilating [HVAC] devices
    • B60H1/00271—HVAC devices specially adapted for particular vehicle parts or components and being connected to the vehicle HVAC unit
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
    • B60H1/00—Heating, cooling or ventilating [HVAC] devices
    • B60H1/00271—HVAC devices specially adapted for particular vehicle parts or components and being connected to the vehicle HVAC unit
    • B60H1/00278—HVAC devices specially adapted for particular vehicle parts or components and being connected to the vehicle HVAC unit for the battery
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
    • B60H1/00—Heating, cooling or ventilating [HVAC] devices
    • B60H1/32—Cooling devices
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D9/00—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall
    • F28D9/0031—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits for one heat-exchange medium being formed by paired plates touching each other
    • F28D9/0037—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits for one heat-exchange medium being formed by paired plates touching each other the conduits for the other heat-exchange medium also being formed by paired plates touching each other
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D9/00—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall
    • F28D9/0093—Multi-circuit heat-exchangers, e.g. integrating different heat exchange sections in the same unit or heat-exchangers for more than two fluids
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D9/00—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall
    • F28D9/04—Heat-exchange apparatus having stationary plate-like or laminated conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits being formed by spirally-wound plates or laminae
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
    • B60H1/00—Heating, cooling or ventilating [HVAC] devices
    • B60H1/00271—HVAC devices specially adapted for particular vehicle parts or components and being connected to the vehicle HVAC unit
    • B60H2001/00307—Component temperature regulation using a liquid flow
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/80—Technologies aiming to reduce greenhouse gasses emissions common to all road transportation technologies
    • Y02T10/88—Optimized components or subsystems, e.g. lighting, actively controlled glasses

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  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Valve Housings (AREA)
  • Cooling Or The Like Of Electrical Apparatus (AREA)

Abstract

The utility model discloses fluid heat transfer component, including fluid control module and fluid heat transfer module, fluid control module includes matrix part and valve hole part, matrix part includes Base body and cover, Base body and cover assembling are fixed, Base body has installation cavity, valve hole part is at least partially disposed at installation cavity, valve hole part includes the first valve block, second valve block and transmission parts, first valve block, second valve block is located inside installation cavity, transmission parts are fixedly installed with second valve block, transmission parts include limiting section, cover includes /V recess portion, first stopper section and the second stopper section, limiting section is at least partially disposed at /V recess portion, transmission parts are located at first position, at least part of limiting section is abutted with the first stopper section, transmission parts are located at the second position, at least part of limiting section is abutted with the second stopper section；The utility model fluid heat transfer component reduces pipeline arrangement, overall structure compact and higher to flow degree of regulation.

Description

Fluid heat transfer component
Technical field
Fluid heat transfer portion the utility model is related to fluid heat transfer field more particularly to applied to vehicle heat management system Part.
Background technology
Vehicle heat management system is from the system integration and whole angle, plans as a whole heat, engine or battery and vehicle Between relation, the system that heat transfer is controlled and optimized using comprehensive means, can according to driving operating mode and environmental condition, from It is dynamic to adjust intensity of cooling to ensure that cooled object is operated in optimum temperature range, so as to optimize the environmental-protecting performance of vehicle and energy saving Effect, while improve vehicle operational safety and driver comfort etc..But zero used in existing vehicle heat management system Component is general and vehicle is separately installed, and each parts installation space occupies greatly, and needs many pipelines.
Utility model content
The purpose of this utility model is to provide a kind of fluid heat transfer components, reduce pipeline arrangement, and overall structure is compact tight It gathers.
To achieve the above object, adopt the following technical scheme that：A kind of fluid heat transfer component, including fluid control module and stream Body heat exchange module, the fluid control module and fluid heat transfer module fixed setting, the fluid heat transfer module are at least wrapped Include first fluid connection chamber and connect chamber with second fluid, the first fluid connect chamber connected with the second fluid chamber mutually every From and the first fluid connection cavity fluid connect cavity fluid heat exchange with the second fluid；
The fluid control module includes matrix part and valve hole part, and described matrix component includes Base body and lid Body, the Base body and cover assembling are fixed, and the Base body has installation cavity, and the valve hole part is at least partly Positioned at the installation cavity, the valve hole part includes the first valve block, the second valve block and transmission parts, first valve block, second Valve block is located at the installation cavity, and the transmission parts are fixedly installed with second valve block or /V is set, and second valve Piece can be rotated with the transmission parts, and first valve block is fixedly installed with the Base body or /V is set；
The cover includes through hole, and the transmission parts pass through the through hole, and the transmission parts include limiting section, the limit Position portion is located at the installation cavity, and the cover includes /V recess portion, the first stopper section and the second stopper section, the limiting section The /V recess portion is at least partially disposed at, the operating position of the transmission parts includes first position and the second position, the biography When dynamic component is located at the first position, at least part of the limiting section is abutted with first stopper section, the driving section When part is located at the second position, at least part of the limiting section is abutted with second stopper section；
The Base body includes at least the first import of fluid, fluid first outlet, and the Base body includes at least the One flow path, second flow path, first import of fluid are connected with the first flow path, the fluid first outlet and described second Fluid communication, the fluid first outlet connect chamber connection with the first fluid；Second valve block can rotate, the peace It behave affectedly and the flow for the fluid for entering second flow path is turned on or be not turned on or changed with the second flow path.
The above-mentioned technical proposal of the utility model includes fluid control module and fluid heat transfer module, fluid heat transfer component set Into the function of having fluid communication and fluid heat transfer, pipeline arrangement is reduced, installation space that is compact-sized and occupying is smaller.It flows simultaneously Body control module is provided with limiting section and /V recess portion so that transmission parts turn round between first position and the second position, with compared with Adequately control enters the flow of fluid in fluid heat transfer module.
Description of the drawings
Fig. 1 is a kind of dimensional structure diagram of specific embodiment of the utility model；
Fig. 2 is the perspective exploded view of structure shown in Fig. 1；
Fig. 3 is the dimensional structure diagram of fluid heat transfer module in Fig. 1；
Fig. 4 is the stereochemical structure decomposing schematic representation of fluid control module in Fig. 1；
Fig. 5 is the dimensional structure diagram of first fluid control device in Fig. 1；
Fig. 6 is the partial schematic sectional view of first fluid control device shown in Fig. 5；
Fig. 7 is the floor map and diagrammatic cross-section of first fluid control device in Fig. 1；
Fig. 8 is the schematic diagram of the first matrix part of first fluid control device in Fig. 1；
Fig. 9 is the perspective exploded view of the first valve hole part of first fluid control device in Fig. 1；
Figure 10 is the first valve block, the schematic diagram of the second valve block of the first valve hole part in Fig. 9；
Figure 11 is the structure diagram of the transmission parts of the first valve hole part in Fig. 9；
Figure 12 is the perspective exploded view of transmission parts shown in Figure 11；
Figure 13 is another visual angle schematic diagram of driving section shown in Figure 12；
Figure 14 is the structure diagram of the first cover described in Figure 11；
Figure 15 is the partial schematic sectional view of second fluid control device in Fig. 1；
Figure 16 is another visual angle schematic diagram of second fluid control device in Fig. 1；
Figure 17 is the stereochemical structure decomposing schematic representation of another embodiment of fluid heat transfer module；
Figure 18-Figure 22 is the schematic top plan view under the first valve block and a kind of different conditions of embodiment of the second valve block；
Figure 23 is the front schematic view of fluid heat transfer module in Fig. 1；
Figure 24 is along the schematic cross-sectional view in A-A faces in Figure 23；
Figure 25 is along the schematic cross-sectional view in B-B faces in Figure 23.
Specific embodiment
The schematic diagram of fluid heat transfer component 10 is illustrated with reference to Fig. 1-Fig. 4, Fig. 1.Fluid heat transfer component 10 can be used for vehicle In heat management system, such as new-energy automobile, hybrid vehicle or fuel-engined vehicle.Fluid heat transfer component 10 is controlled including fluid Module 2 and fluid heat transfer module 1, fluid control module 2 and the assembling of fluid heat transfer module 1 are fixed, such as are connected through a screw thread solid Determine mode.
Fluid heat transfer module 1 includes at least one heat exchange core body 11 and at least one mounting blocks 13, heat exchange core body 11 and peace It fills the assembling of block 13 to fix, such as is fixed by welding manner.Mounting blocks 13 include the second installation side 135 and first and install side 136, heat exchange core body 11 includes the 3rd installation side 117, and fluid control module 1 includes the 4th installation side 218, the second installation side Portion 135 and the 3rd installs the assembling of side 117 and fixes, such as by being welded and fixed mode.It installs the first installation side 136 and the 4th The assembling of side 218 is fixed, such as by welding, being threadedly coupled fixed or other fixed forms.Fluid heat transfer module 1 and fluid control Molding block 2 integrates, more compact compact in structure, and enters from fluid control module 2 in fluid heat transfer module 1 Fluid can carry out heat exchange with fluid in fluid heat transfer module 1, and fluid control module 2 can use the control of fluid flow in the inner.
With reference to Figure 23-Figure 25, fluid heat transfer module 1 includes first fluid first interface 131, first fluid second interface 111st, second fluid first interface 132 and second fluid second interface 112, first fluid first interface 131 may be disposed at installation Block 13, first fluid second interface 111 may be disposed at heat exchange core body 11 or mounting blocks 13, and second fluid first interface 132 can Being arranged at mounting blocks 13, either 11 second fluid second interface 112 of heat exchange core body may be disposed at mounting blocks 13 or heat exchange core body 11 (as shown in figure 17, Figure 17 shows the structure diagram of fluid heat transfer module 1 ').Fluid heat transfer component 10 includes at least first Fluid passageway 101, second fluid passage, the 3rd fluid passageway 103, the first fluid passage 101 are at least partially disposed at institute Fluid control module 2 is stated, the first fluid passage 101 is at least partially disposed at the fluid heat transfer module 1, the second Body passage is at least partially disposed at the fluid control module 2, and being at least partially disposed at for the 3rd fluid passageway 103 is described Fluid heat transfer module 1.
As a kind of embodiment, fluid heat transfer module 1 includes a heat exchange core body 11, is described below for convenience, herein Heat exchange core body is defined as the first heat exchange core body 11, and the first heat exchange core body 11 includes first fluid connection chamber 14 and connected with second fluid It is mutually isolated that chamber 15, wherein first fluid connection chamber 14 connects chamber 15 with second fluid, in first fluid connection chamber 14, second In body connection chamber 15 in the case of fluid temperature (F.T.) difference, fluid connects stream in chamber 15 with second fluid in first fluid connection chamber 14 Heat exchange can be achieved in body in the first heat exchange core body 11.First fluid connection chamber 14 includes the first duct 113 and the second duct 114, the first duct 113 is connected with the second duct 114, and second fluid connection chamber 15 includes the 3rd duct 115 and the 4th duct 116, the 3rd duct 115 is connected with the 4th duct 116.Certainly, fluid heat transfer module may also include the second heat exchange core body, and second changes Hot core and the assembling of the first heat exchange core body are fixed.
First heat exchange core body 11 includes multiple plates being stacked, and each plate includes the first aperture 1101, the second hole Mouthful the 1102, the 3rd aperture 1103 and the 4th aperture 1104, the first aperture 1101 alignment on each plate form the first duct 113, The second aperture 1102 on each plate, which is alignd, forms the second duct 114, and the 3rd aperture 1103 alignment on each plate forms the 3rd Duct 115, the 4th aperture 1104 alignment on each plate form the 4th duct 116, the first heat exchange core body 11 generally cuboid Structure, the first duct 113, the second duct 114, the 3rd duct 115, the 4th duct 116 are located at the neighbouring of the first heat exchange core body 11 Corner location.
Mounting blocks 13 set the first fluid first interface 131, and the first heat exchange core body 11 sets the first fluid Two interfaces 111, second fluid first interface 132 and second fluid second interface 112, wherein first fluid first interface 131 with First duct 113 connects, and first fluid second interface 111 is connected with the second duct 114, second fluid first interface 132 and Three ducts 115 connect, and second fluid second interface 112 is connected with the 4th duct 116.
With reference to Fig. 2-8, fluid control module 2 includes at least first fluid control device 21, first fluid control device 21 It (is described below for convenience, first fluid import herein is also known as the first import of first fluid including at least first fluid import 2162), first fluid first outlet 2163, first fluid control device 21 include at least first flow path 2165a, second flow path 2165b, the first import of first fluid 2162 are connected with first flow path 2165a, first fluid first outlet 2163 and second flow path 2165b is connected, and first fluid first outlet 2163 is connected with the first fluid first interface 131 of mounting blocks 13, in this way, first-class Body passage 101 goes out including the first import of first fluid 2162, first flow path 2165a, second flow path 2165b, first fluid first Mouth 2163, first fluid first interface 131, the first duct 113, the second duct 114, first fluid second interface 111.
Below by taking structure shown on scheming as an example, first fluid control device 21 includes first fluid import (for convenience of hereafter Description, first fluid import herein is also known as the first import 2162 of first fluid), it is first fluid first outlet 2163, first-class Body second outlet 2164, first fluid control device 21 include at least first flow path 2165a, second flow path 2165b, the 3rd stream Road 2165c, the first import of first fluid 2162 are connected with first flow path 2165a, first fluid first outlet 2163 and second Road 2165b is connected, and first fluid second outlet 2164 is connected with the 3rd flow path 2165c, first fluid first outlet 2163 and peace Dress block 13 first fluid first interface 131 connect, in this way, first fluid passage 101 include the first import of first fluid 2162, First flow path 2165a, second flow path 2165b, first fluid first outlet 2163, first fluid first interface 131, the first duct 113rd, the second duct 114, first fluid second interface 111；Second fluid passage includes the first import of first fluid 2162, first Flow path 2165a, the 3rd flow path 2165c, first fluid second outlet 2164；3rd fluid passageway 103 includes second fluid first Interface 132, the 3rd duct 115, the 4th duct 116, second fluid second interface 112.Fluid can be in first fluid passage 101 Fluid carries out heat exchange in 3rd fluid passageway 103, and fluid can be through first fluid control device in first fluid passage 101 The adjusting control of flow in 21 progress flow path conductings, flow path switching and flow path.
Herein, first fluid control device 21 is metal material, in particular aluminum material, heat exchange core body and mounting blocks 13 be metal material, in particular aluminum material.With reference to reference to Fig. 2, Fig. 4, the fluid heat transfer component 10 includes isolated part 3, Sealed set between first fluid control device 21 and mounting blocks 13, isolated part 3 is at least provided with connection aperture 33, connecting hole Mouth 33 is connected with first fluid first interface 131, and connection aperture 33 is connected with first fluid first outlet 2163, connects aperture 33 Size be greater than or equal to first fluid first interface 131 and first fluid first outlet 2163, such fluid flowing through isolation During component, larger resistance will not be subject to due to isolated part, so that influencing fluid flow performance.
The fluid control module 2 includes the first mounting hole 2168, and first mounting hole 2168 runs through the fluid control Molding block 2, the isolated part 3 include the second mounting hole 34, and second mounting hole 34 runs through the isolated part 3, described Mounting blocks 13 include the 3rd mounting hole 134, first mounting hole 2168, the second mounting hole 34,134 position phase of the 3rd mounting hole Corresponding, the fluid heat transfer component 10 includes fixing piece 5, and the fixing piece 5 stretches into first mounting hole 2168, second and installs Hole 34, the 3rd mounting hole 134, and the assembling of the fluid control module 2, the isolated part 3, the mounting blocks 13 is fixed.Such as This, the assemblings such as fluid control module 2, isolated part 3, mounting blocks 13 are fixed, and can avoid welding the bad poor sealing brought Situation.
With reference to Fig. 1-Figure 14, first fluid control device 21 includes matrix part 211, valve hole part 212 and control unit 213, matrix part 211 includes Base body 216 and cover 217, and Base body 216 has installation cavity 2161, installation cavity 2161 With construction opening 2161a, valve hole part 212 inserts the installation cavity 2161 from the construction opening 2161a, and at least partly The installation cavity 2161 is contained in, at least a portion and the control unit 213 of valve hole part 212 are mechanically connected；Base described further Seat main body 216 is respectively arranged with 217 phase of cover assembling and sealed set, the specifically Base body 216 with cover 217 The two by screw elements can be assembled and be relatively fixed setting, described matrix component 211 and control unit to realize by screw mounting hole Part 213 is assembled also by thread connecting mode.
Base body 216 sets first import of first fluid 2162, first fluid first outlet 2163, first fluid Second outlet 2164, first flow path 2165a, second flow path 2165b and the 3rd flow path 2165c, first flow path 2165a, second Flow path 2165b, the 3rd flow path 2165c are connected with installation cavity 2161.Valve hole part 212 includes the first valve block 2121, the second valve Piece 2122 and transmission parts 9, Base body 216 have positioned at the first opening 2166a of 2161 side of installation cavity and positioned at peace Behave affectedly 2161 bottoms second opening 2166b and the 3rd opening 2166c, wherein first flow path 2165a with first opening 2166a company Logical, second flow path 2165b is connected with the second opening 2166b, and the 3rd flow path 2165c is connected with the 3rd opening 2166c, second flow path Depth of the 2165b from the 3rd flow path 2165c in Base body 216 is different.Second valve block 2122 turns on installation cavity 2161 and the Two flow path 2165b and/or the 3rd flow path 2165c, i.e. second flow path 2165b can pass through the second valve block 2122 with installation cavity 2161 Connection, the 3rd flow path 2165c can be connected with installation cavity 2161 by the second valve block 2122, and including second flow path 2165b, the The situation that three flow path 2165c are connected simultaneously with installation cavity 2161.First opening 2166a is located at the first valve block and/or the second valve block One side, the second opening 2166b, the 3rd opening 2166c be located at the opposite side of the first valve block and/or the second valve block, specifically, the One opening is located at the of the first valve block positioned at side where the fourth face of the second valve block, the second opening 2166b, the 3rd opening 2166c Side where on one side.At least one flow path includes bending part in second flow path 2165b, the 3rd flow path 2165c.So so that first When fluid control device is with fluid heat transfer module assembled, the interface of first fluid control device can avoid the knot of fluid heat transfer module Structure so that the structure of fluid heat transfer component is more compact, structure is more succinct, and subsequent structural is facilitated to install.
2161 substantially cylindrical of installation cavity, the second opening 2166b, the 3rd opening 2166c are located at 2161 bottom of installation cavity, First valve block 2121, the second valve block 2122 are with disc format.First valve block 2121, the second valve block 2122 are located in installation cavity 2161 Portion, and the first valve block 2121 includes the first face 2121d and the second face 2121e that are oppositely arranged, the first face 2121d and Base body 216 contact sealed sets or by setting sealing element and sealed set, the second face 2121e of the first valve block 2121 and the second valve The contact of piece 2122 is set.First valve block 2121 includes first through hole 2121a and the second through hole 2121b, first through hole 2121a and the Two opening 2166b connections, first through hole 2121a sizes are greater than or equal to the second opening 2166b, the second through hole 2121b and the 3rd Be open 2166c connections, and the second through hole 2121b sizes are greater than or equal to the 3rd opening 2166c.Second valve block 2122 includes at least one The size of a intercommunicating pore 2122a, intercommunicating pore 2122a are not more than first through hole 2121a, and the size of intercommunicating pore 2122a is no more than the Two through hole 2121b.First through hole 2121a, the shape of the second through hole 2121b are approximately semicircle, circular or other shapes.
As other alternatives, first valve block, the second valve block can be non-circular, and the first valve block wall portion is with stating First through hole and the second through hole are provided between installation cavity side wall, first through hole and the second open communication, first through hole size are big In or equal to the second opening, the second through hole and the 3rd open communication, the second clear size of opening is more than or equal to the 3rd opening.Described At least one intercommunicating pore is provided between two valve block wall portions and the installation cavity side wall, the size of the intercommunicating pore is not more than first Through hole, the size of the intercommunicating pore are not more than the second through hole.In the rotary course of the second valve block, intercommunicating pore can be with first through hole Whether connection or not, can also connect with the second through hole, not connect.
In a kind of specific embodiment, first fluid control device 21 includes diaphragm seal 214, the first valve block 2121 The first face 2121d and Base body 216 by 214 sealed set of diaphragm seal, diaphragm seal 214 connects with 2161 bottom of installation cavity Touch and sealed set, diaphragm seal 214 have isolation part 2141, third through-hole 2143 and fourth hole 2144, third through-hole 2143, Fourth hole 2144 is isolated by isolation part 2141, and third through-hole 2143 is connected with the first opening 2166a, third through-hole 2143 Size is more than the second opening 2166b, and fourth hole 2144 is connected with the 3rd opening 2166c, and 2144 size of fourth hole is more than the Three opening 2166c.Third through-hole 2143 aligns setting with first through hole 2121a, 2144 and second 2121b pairs of through hole of fourth hole It is neat to set.Wherein, third through-hole 2143, the shape of fourth hole 2144 are approximately semicircle, ellipse or other shapes.Certainly It is less than the second opening 2166b in third through-hole 2143, first through hole size, the second through hole, 2144 size of fourth hole are less than the It is also possible in the case of three opening 2166c.
For make diaphragm seal 214 2161 bottom position of installation cavity fix and with the registration of the first valve block 2121, sealing Piece 214 has positioning through hole 2142, and positioning through hole 2142 is located at 2141 region of isolation part, and the first valve block 2121 has first to determine Position hole 2121c, the position of the first location hole 2121c are corresponding with the position of positioning through hole 2142.Valve hole part 212 includes positioning Pin 2124, shop bolt 2124 is located at the first location hole 2121c and positioning through hole 2142, so that 214 and first valve of diaphragm seal Piece 2121 is fixed.
More specifically, Base body 216 has the second location hole 2160 positioned at 2161 bottom of installation cavity, the second positioning 2160 position of hole is corresponding with the position of positioning through hole 2142.Such as shown in figure 8, positioning through hole 2142 is two, second is fixed Position hole 2160 is open for two and positioned at the second opening 2166b, the 3rd on the line of symmetry of 2166c or neighbouring symmetrical line position, institute It states shop bolt 2124 and is located at the first location hole 2121c, 2142 and second location hole 2160 of positioning through hole.
Certainly, positioning through hole or one are not circular a, positioning through hole in positioning through hole shape Also the first valve block and Base body registration be may be such that, do not shifted.
The quantity of positioning through hole 2142 can be two or more, so that diaphragm seal 214, the first valve block 2121 and installation cavity The fixation of 2161 bottoms is accurate, and ensures first through hole 2121a, the second through hole 2121b and the second opening 2166b, the 3rd opening The position of 2166c aligns.After such setting, the perforate of positioning through hole 2142 does not influence third through-hole on diaphragm seal 214 relatively 2143 are set with the size of fourth hole 2144 so that third through-hole 2143, the circulating face of fourth hole 2144 on diaphragm seal 214 Product is larger, is conducive to maintain properties of product.
Second valve block 2122 includes the 3rd face 2122b that is oppositely arranged and fourth face 2122c, and the 3rd of the second valve block 2122 the Face 2122b is contacted with the second face 2121e of the first valve block 2121 and sealed set, the 3rd face 2122b edges of the second valve block 2122 Second face 2121e of the first valve block 2121 is rotated, that is to say, that second valve block 2122 is movable valve block, compared with this First valve block 2121 described in two valve blocks 2122 is as being relatively fixed valve block, and second valve block 2122 is along the of the first valve block 2121 Two face 2121e carry out rotary motion, can reduce the required space of actuating length while ensureing and switching intercommunicating pore 2122a, Be conducive to small product size.The roughness of 3rd face 2122b of second valve block 2122 is less than or equal to second valve block 2122 The second face 2121e, the roughness of the first face 2121d of first valve block 2121 is less than or equal to first valve block 2121 Second face 2121e, wherein the 3rd face 2122b of the second face 2121e of the first valve block 2121, the second valve block 2122 is as contact Rubbing surface, roughness requirements are relatively high, by repeatedly designing and testing repeatedly, the second face of first valve block 2121 The surface roughness of 2121e is more than the table of 0.03 μm of the 3rd face 2122b for being less than 0.5 μm and/or second valve block 2122 Surface roughness be more than 0.03 μm be less than 0.5 μm, such as surface roughness for 0.03 μm, 0.04 μm, 0.05 μm, 0.06 μm, 0.07 μm, 0.08 μm, 0.09 μm, 0.1 μm, 0.2 μm, 0.3 μm, 0.4 μm, 0.45 μm, in 0.485 μm or above range other It anticipates numerical value, it is ensured that it is sealed between the first valve block 2121, the second valve block 2122, such as to liquid communication media implementation interior sealing, It prevents interior leakage and influences to carry out circulation medium control performance, relatively, the first face 2121d, the second valve of the first valve block 2121 The fourth face 2122c of piece 2122 is as non-rubbing surface, and roughness requirements are relatively low, to reduce manufacture cost.
Specifically, valve hole part 212 includes locating shaft 2125, and locating shaft 2125 is independently arranged with transmission parts, the first valve Piece 2121 includes the first limit hole 2121f, and the second valve block 2122 includes the second limit hole 2122d, the first limit hole 2121f, the It is at least one for non-through hole in two limit hole 2122d, locating shaft 2125 be at least partially disposed at the first limit hole 2121f and Second limit hole 2122d.In this way, it is at least one for non-through hole in the first limit hole 2121f, the second limit hole 2122d, such as This fluid is not easy to flow through from limit hole, influences the efficiency of flow-rate adjustment, and locating shaft is independently arranged with transmission parts, convenient for fixed Position axis fabricates and so that the fixed setting or /V of transmission parts and the second valve block setting are more accurate, avoids because of driving section Second valve block caused by part mismachining tolerance and installation cavity, the first valve block mismate, so that influencing the essence of volume control device True flow control.
As a kind of specific embodiment, as shown in Figure 10, the second valve block 2122 includes two intercommunicating pore 2122a, and two A intercommunicating pore 2122a is symmetrical arranged with respect to the second limit hole 2122d, and two intercommunicating pore 2122a sizes are identical, intercommunicating pore 2122a shapes may be configured as fan-shaped, circular, bar shaped or other are variously-shaped.Certainly, the intercommunicating pore on the second valve block 2122 2122a can be multiple, and the sum of hole area of multiple intercommunicating pore 2122a is not more than the hole area of first through hole 2121a, Duo Gelian The sum of hole area of through hole 2122a is not more than the hole area of the second through hole 2121b.It, can be by it when so can guarantee switched path In certain shut/separate completely all the way.
First valve block 2121, the second valve block 2122 are ceramic valve plate or valve metal film, so each valve block wearability It is high, fusing point is high, hardness is high, not oxidizable at high temperature, such as ceramic valve plate and to acid, alkali, salt with good anticorrosive energy Power, therefore, the Reusability under long-time different temperatures, ceramic valve plate or valve metal film can be kept good sealing effectiveness, phase It is not easy aging phenomenon occur for rubber material, it is ensured that volume control device performance.
Control unit 213 is capable of providing driving force, which drives 9 spinning movement of transmission parts, specifically, driving section Part 9 with respect to matrix part 211 can rotary motion, herein, transmission parts with respect to matrix part can rotary motion include biography Dynamic component in matrix part clockwise or counterclockwise.Transmission parts 9 are fixedly installed with the second valve block 2122 or /V is set It puts, that is, control unit 213 drives the second valve block 2122 to act by transmission parts 9, the second valve block 2122 is with transmission in other words 9 rotary motion of component.9 one end of transmission parts is mechanically connected with control unit 213, and with 211 sealed set of matrix part, transmission 9 other end of component is relatively fixed with the second valve block 2122 and is connected.Under the drive of transmission parts 9, the second valve block 2122 plays open and close It closes, adjust first through hole 2121a on the first valve block 2121, the aperture size of the second through hole 2121b；So adjust first fluid First import 2162 is assigned to the flow proportional of first fluid first outlet 2163 and first fluid second outlet 2164, specifically When the first through hole 2121a, the second through hole 2121b are opened simultaneously, during the aperture increase of first through hole 2121a, the second through hole When the aperture reduction or the aperture increase of the second through hole 2121b of 2121b, the aperture of first through hole 2121a reduces.
The operating position of the transmission parts 9 includes first position and the second position, and transmission parts 9 can be with respect to matrix part 211 rotary motions between the first location and the second location, specifically, the second valve block 2122 exist compared with the first valve block 2121 It is acted between first position and the second position, when the second valve block 2122 is located at first position, second valve block 2122 conducting the One through hole 2121a, second flow path 2165b, and end the second through hole 2121b of conducting, the 3rd flow path 2165c, when the second valve block 2122 when being located at the second position, which turns on the second through hole 2121b, the 3rd flow path 2165c, and ends conducting First through hole 2121a, second flow path 2165b.Further, in 2122 action process of the second valve block, when second valve block 2122 to first position when, the first through hole 2121a is opened to maximum opening, the aperture of the second through hole 2121b is zero, at this time The circulation area of first through hole 2121a reaches maximum, the circulation area of second through hole 2121b reaches minimum；When described When two valve blocks 2122 arrive the second position, the aperture of the first through hole 2121a is zero, the second through hole 2121b is opened to most Big aperture, the circulation area of first through hole 2121a reaches minimum at this time, the circulation area of the second through hole 2121b reaches maximum； When second valve block 2122 is acted between first, second position, the first through hole 2121a, the second through hole 2121b are same When open, the sum of aperture of the aperture of the first through hole 2121a and the second through hole 2121b is equal to first through hole 2121a Full gate (i.e. maximum opening) or the second through hole 2121b full gate (i.e. maximum opening), i.e., both the sum of circulation area Equal to first through hole 2121a, the second through hole 2121b maximum flow areas of any one, so as to the volume control device energy Enough realize carries out working media pro rate, and sealed set between the first valve block 2121, the second valve block 2122, can very big journey Product hermeticity energy is promoted on degree, prevents working media from being revealed between the first valve block 2121, the second valve block 2122；With first The first through hole 2121a of valve block 2121, the second through hole 2121b the increaseing or decreasing of circulation area during, working media stream Amount is stepped up or reduces, and during first through hole 2121a, the second through hole 2121b are closed or opened, can preferably make stream The opening characteristic of member control apparatus keeps relatively uniform with closing property, in system operation, carries out flow system flow adjusting when property Can relatively it stablize.
With reference to Figure 11-Figure 14, transmission parts 9 include the first driving section 922, the second driving section 912, first driving section 922nd, the second driving section 912 is located at 9 opposite end of transmission parts, the second driving section 912 and the transmission of the control unit 213 Output section is for example engaged assembling by interior external splines and is relatively fixed to realize.
As a kind of specific embodiment, transmission parts 9 include connector 92, driving member 91, the main body of driving member 91 Portion 911 and one end of the connector 92 mutually assembles and the two is relatively fixed, the connector 92 set the first driving section 922, First driving section 922 is fixedly installed with second valve block 2122 or /V is set, and the driving member 91 sets second to pass Dynamic portion 912, second driving section 912 protrudes outward from the main part 911 and extends outside described matrix component 211.Matrix Component 211 has through hole 2171, passes through for second driving section 912 and extends outside matrix part 211；The transmission parts 9 Limiting section 9113 is further included, which is located in installation cavity 2161, and matrix part 211 forms /V recess portion 2172, the One stopper section 2173 and the second stopper section 2174, limiting section 9113 is at least partially disposed at the /V recess portion 2172, in the biography Under the drive of dynamic output section, the transmission parts 9 are revolved between the first location and the second location compared with matrix part 211 Transhipment is dynamic, and when the transmission parts 9 are located at first position, the limiting section 9113 is abutted against with the first stopper section 2173, when When the transmission parts 9 turn to the second position, the limiting section 9113 is abutted against with the second stopper section 2174, can be by described in Transmission parts 9 relatively accurately /V between first, second position.Second driving section 912 and the limiting section 9113 It can be provided separately and phase assembly and connection, it certainly also can be such as the second driving section of present embodiment 912 and 9113 one of limiting section It is formed, is integrally formed the limiting section 9113, the second driving section 912 by the transmission parts 9, which reaches Restraining position can the accurate transmission to the second driving section 912, and then pass to transmission system, the movement of limiting section 9113 can be promoted Accuracy, be compared to 9113 and second driving section 912 of limiting section open set structure, can /V in time, avoid hysteresis limit Position and influence Flow Adjusting Performance, since limiting section 9113 is arranged in matrix part 211, the second driving section 912 is arranged on base It outside body component 211, is spaced from each other by described matrix component 211, can eliminate that limiting section 9113 is subject in transmission process rushes It hits, the moment pause during /V can be reduced relatively, excess impact is caused to gear train assembly.
One of the driving member 91 and the connector 92 has location indentations 913, another is with positioning fool proof portion 921, in present embodiment, the driving member 91 with location indentations 913, connector 92 with positioning fool proof portion 921, can also The connector 92 provides location indentations, the driving member 91 provides positioning fool proof portion, along the axial direction side of the transmission parts 9 To the positioning fool proof portion 921 is assembled with 913 phase of location indentations and the two is relatively fixed, and the location indentations are with determining Position fool proof portion is formed with the anti-error distribution structure that can be mutually located.
Transmission parts include connector 92 and driving member 91, and the two assembles to form transmission parts with assembling form, connector 92 and driving member 91 can slightly be moved on the axial direction along spool, when ensureing that valve hole part and matrix part assemble, effectively protect 92 and second valve block fixation of connector is demonstrate,proved, prevents from causing leakproofness between the second valve block and the first valve block because of machine error It sets, the stability enhanced product performance.
In present embodiment, fluid heat transfer component 10 includes at least following working condition,
The first working condition：The first flow path 2165a is not connected with the second flow path 2165b, described first-class Road 2165a is connected with the 3rd flow path 2165c；
Second of working condition：The first flow path 2165a is connected with the second flow path 2165b, the first flow path 2165a is not connected with the 3rd flow path 2165c；
The third working condition：The first flow path 2165a simultaneously with the second flow path 2165b, the 3rd flow path 2165c Connection.
It is worth noting that, only go out in first fluid control device including the first import of first fluid, first fluid first In the case of mouth, first flow path, second flow path, the fluid heat transfer component includes at least following working condition,
The first working condition：The first flow path is not connected with the second flow path；
Second of working condition：The first flow path is connected with the second flow path, flows into fluid flow in second flow path It is controlled and can be adjusted by the first valve hole part；
The third working condition：4th flow path and the 5th fluid communication, flow into fluid flow in the 5th flow path It is controlled and can be adjusted by the second valve hole part；
4th kind of working condition：4th flow path is not connected with the 5th flow path.
With reference to Figure 18-Figure 22, under each working condition of fluid control device, the second valve block is made due to mechanism driven With rotational motion, when it turns to different position, different working conditions will be formed, wherein, shown in Figure 18-Figure 22 Valve block is a kind of specific embodiment of the utility model, is not considered as the limitation to the utility model.With reference to Figure 22, the second valve The intercommunicating pore 2122a of piece and the first through hole of the first valve block are correspondingly arranged, and intercommunicating pore 2122a completely with first through hole 2121a Connection so that fluid is logical into first from intercommunicating pore (i.e. 100% ratio) completely from after the 3rd opening 2166c enters installation cavity Hole, herein, this state are also referred to as full gate, at this point, first flow path 2165a is connected with second flow path 2165b, first Flow path 2165a is not connected with the 3rd flow path 2165c, and first fluid passage 101 includes the first import of fluid, first flow path, installation Chamber, intercommunicating pore, first through hole, second flow path, fluid first outlet, first fluid connection chamber, in the first fluid passage 101 Fluid connects cavity fluid heat exchange with the second fluid；The second fluid passage includes the first import of fluid, installation cavity, institute Second fluid passage is stated to be blocked by second valve block, the second fluid passage not with the 3rd fluid communication.
With reference to Figure 19, the second valve block position to rotate about 30 ° counterclockwise in Figure 18 for the second valve block, intercommunicating pore 2122a A part (about 30%) connected with the second through hole, a part (about 70%) of intercommunicating pore 2122a is connected with first through hole, with reality It is now distributed from the 3rd opening into the fluid in proportions of installation cavity to first through hole, the second through hole, and and then from the first opening, the Two openings are left, at this point, first flow path 2165a is connected with second flow path 2165b, the 3rd flow path 2165c, but second flow path The flow that 2165b, the 3rd flow path 2165c are assigned to is different.With reference to Figure 20, the second valve block with respect to the second valve block position in Figure 23 with Counterclockwise during about 60 ° of rotation, area that intercommunicating pore 2122a is connected with first through hole is substantially equal to intercommunicating pore 2122a and second and leads to The area of hole connection, in this way, the fluid from the 3rd opening into installation cavity respectively enters first through hole with the ratio of approximate equality With the second through hole, i.e. the fluid that first through hole, the second through hole have 50% flow enters, at this point, first flow path 2165a and the Two flow path 2165b, the 3rd flow path 2165c are connected, but the flow that second flow path 2165b, the 3rd flow path 2165c are assigned to is not Together.With reference to Figure 21, the second valve block second valve block position in Figure 20 is continued to rotate about 60 ° counterclockwise, and intercommunicating pore 2122a is about 70% area is connected with the second through hole, and about 30% areas of intercommunicating pore 2122a are connected with first through hole, intercommunicating pore 2122a about 70% Area is connected with the second through hole, can so be entered from the 3rd opening into the fluid of installation cavity with 30%, 70% pro rate First through hole, the second through hole, contribute to the control of flow, at this point, first flow path 2165a and second flow path 2165b, the 3rd flow path 2165c is connected, but the flow that second flow path 2165b, the 3rd flow path 2165c are assigned to is different.In this way, the first fluid leads to Road 101 include the first import of fluid, first flow path, installation cavity, intercommunicating pore, first through hole, second flow path, fluid first outlet, First fluid connects chamber, and the first fluid inner fluid passage connects cavity fluid heat exchange with the second fluid；Described second Fluid passageway includes the first import of fluid, installation cavity, intercommunicating pore, the second through hole, the 3rd flow path, fluid second outlet, the company Through hole becomes, the intercommunicating pore and described second with the area that the first through hole connects with the rotational angle of second valve block The area of through hole connection becomes with the rotational angle of second valve block.
With reference to Figure 22, the second valve block second valve block position in Figure 21 continues to rotate about 30 ° counterclockwise, connects at this time 2122a about 100% areas in hole are connected with the second through hole, i.e. intercommunicating pore 2122a with the second through hole is connected or is referred to as complete completely Aperture fully enters the second through hole, at this point, first flow path from the fluid of the 3rd opening into installation cavity through intercommunicating pore 2122a 2165a is connected with the 3rd flow path 2165c, and first flow path 2165a is not connected with second flow path 2165b, and first fluid passage 101 wraps The first import of fluid, first flow path, installation cavity are included, the first fluid passage is blocked by second valve block, described first-class Body passage does not connect chamber connection with the first fluid；The second fluid passage includes the first import of fluid, installation cavity, connection Hole, the second through hole, the 3rd flow path, fluid second outlet.
The transmission output section of the control unit 213 can be that the transmission parts 9 provide driving force, second transmission Portion 912 is mechanically connected with the transmission output section, can smoothly realize that power transfers.
Further, the driving member 91 includes main part 911, and main part 911 includes pivot part 9111, connecting portion 9112, which pivots with matrix part 211 coordinates, and matrix part 211 has set corresponding with the pivot part 9111 The pivot auxiliary section 2175 put, the pivot auxiliary section 2175 have the pivot recess portion 2179 for accommodating the pivot part, the pivot recess portion 2179 are connected with the through hole 2171, and 9111 outside of pivot part is mutually pivoted with 2175 inside of pivot auxiliary section matches somebody with somebody It closes；The connecting portion 9112 is integrally formed with pivot part 9111 and forms step-like setting, specifically, the pivot part 9111 For cylindric setting, the connecting portion 9112 is set for column, and the peripheral length of pivot part 9111 is less than the connecting portion 9112 peripheral length, the limiting section 9113 are integrally formed with 9112 a part of side of connecting portion, the fluid control dress It puts and further includes sealing element, described matrix component 211 has integrally protruded out clamping protrusion 2176, and it is convex which is held in the clamping 2176 peripheral side of portion so as to seal matrix part 211, prevents fluid media (medium) to outward leakage.
The limiting section 9113 includes the first extension 9114 and/or the second extension 9115, wherein first extension Portion 9114 is radially outward protruded out along the connecting portion 9112, second extension 9115 from connecting portion this described 9112 and/or First extension 9114 is protruded out towards 2172 direction of /V recess portion, for example, towards the vertical direction protrude out setting or Person protrudes upward setting with the direction that the vertical direction slightly has angle, and first extension 9114, the second extension 9115 are at least One is engaged with the /V recess portion 2172 and can be realized to 9 /V of transmission parts, and the clamping protrusion 2176 is located at described The peripheral side of limiting section 9113, the clamping protrusion 2176 are protruded out with the pivot auxiliary section 2175 towards homonymy, if necessary, than Such as when the clamping protrusion 2176 is with the 9113 gap very little of limiting section, which can be to limiting section 9113 peripheral sides carry out /V, prevent the limiting section 9113 from deviating.Limiting section 9113 described in present embodiment includes the first backstop Auxiliary section 9116, the second counter stopper portion 9117, and the first counter stopper portion 9116, the second counter stopper portion are integrally formed in The circumferentially arranged both ends of the limiting section 9113, specifically, the limiting section 9113 are from 91 side of driving member into single convex block Shape extends, and the first counter stopper portion 9116, the second counter stopper portion 9117 are 9113 liang of lateral surfaces of the limiting section or the limit Position portion 9113 is the first convex block, the second convex block protruded out from 91 side of driving member, i.e. is separately set between first, second convex block It puts, first convex block, the inside of the second convex block is relatively close and faces to set, first convex block, the outside phase of the second convex block To away from and back to setting, the first counter stopper portion 9116 is the outside of first convex block, the second counter stopper portion 9117 be the outside of second convex block, when the transmission parts 9 are located at first position, the first counter stopper portion 9116 It is abutted against with the first stopper section 2173, when the transmission parts 9 turn to the second position clockwise or counterclockwise, institute The second counter stopper portion 9117 is stated to abut against with the second stopper section 2174.When the transmission output section drives transmission parts 9 to be located at When first position or the second position, accordingly the transmission parts 9 drive the second valve block 2122 to open or close the recirculation hole, The transmission output section moves between the first position, the second position, and first valve block 2121 is compared with the second valve block 2122 complete to be opened to the actuating length of closing.
In present embodiment, described matrix component 211 includes Base body 216 and cover 217,216 shape of Base body Into there is the installation cavity 2161, second driving section 912 extends outwardly from the cover 217, the pivot auxiliary section 2175 217 one side of cover is integrally formed in, and is protruded out along the vertical direction towards the installation cavity 2161, first stopper section 2173 are integrally formed with 2175 peripheral side of pivot auxiliary section, second stopper section 2174 and 2175 periphery of pivot auxiliary section Side is integrally formed, and the /V recess portion 2172 is formed at the pivot auxiliary section peripheral side, and the /V recess portion 2172 extension shape Into the region between first stopper section 2173, the second stopper section 2174.Cover 217, which integrally protrudes out, sets the clamping protrusion 2176, which is held in clamping 2176 peripheral side of protrusion, so as to sealing cover body 217 and Base body 216, anti-fluid stopping Body medium is to outward leakage.There is 9118 and/or second curved surface 9119 of first surface inside and outside the limiting section 9113 respectively, it is described 2172 both sides of /V recess portion are respectively formed with the first confined planes 2177, the second confined planes 2178, first stopper section 2173 with First confined planes 2177, the second confined planes 2178 are intersecting to be set, 2174 and first confined planes 2177, second of the second stopper section Confined planes 2178 are intersecting to be set, the first surface 9118, the second curved surface 9119 respectively with the /V recess portion 2172 first Confined planes 2177, the second confined planes 2178 are oppositely arranged.
Transmission parts 9 include elastic component 93, and described 93 one end of elastic component is clamped with the driving member 91, the elastic component 93 One end is clamped with the connector 92, and the relatively described connector 92 of the driving member 91 can move axially.Specifically, the transmission Part 91 includes clamping portion 9120, and the clamping portion 9120 is wholely set with the main part 911, and the clamping portion 9120 is described in Main part 911 is protruded out towards 92 direction of connector, and the 9120 side diameter of clamping portion is less than the main part 911 side diameters, one end of the elastic component 93 are connected and fixed with the clamping portion 9120.
Connector 92 includes body part 923, boss portion 924, auxiliary section 925, and the one end of the body part 923 stretches into institute Main part 911 is stated, the boss portion 924 is wholely set with the body part 923, and the boss portion 924 is from the body part 923 protrude out towards the radial directions of the transmission parts 9, and one end of the elastic component 93 is connected and fixed with the boss portion 924. The auxiliary section 925 is wholely set with the body part 923, and the auxiliary section 925 is from the body part 923 towards the biography The radial direction extension of dynamic component 9, and extend along the axial direction of the transmission parts 9, the second valve block includes locating slot 2122d, at least part of the auxiliary section 925 protrude into the locating slot 2122d of second valve block 2122 for auxiliary section With the /V of the second valve block, and the auxiliary section 925 is fixedly installed with second valve block 2122.More specifically, the company Fitting 92 includes positive stop lug boss 926, and the positive stop lug boss 926 is integrally protruded out from the periphery of the boss portion 924, and the /V 926 one end of boss is wholely set with the auxiliary section 925, and the positive stop lug boss 926 includes small diameter portion 9261, the path Portion 9261 is located at the end for being relatively distant from the auxiliary section 925.
To ensure to connect by auxiliary section 925 between 92 and second valve block 2122 of connector so that the second valve block 2122 Side wall is arranged in parallel with 2161 side wall of installation cavity, ensure sealing performance between the two, the auxiliary section for two or two with On, the body part 923 includes inside contracting portion 9231, and the portion of inside contracting is described to inside contract portion 9231 and described second between auxiliary section Leave gap between valve block 2122, contribute to being accurately positioned for connector 92 and the second valve block, effectively avoid it is because of connector plus The positioning of connector is not accurate caused by work error, such as connector easily tilts due to error, causes accurately to control Rotational angle；The driving member 91, connector 92, the peripheral dimension of elastic component 93 are less than second valve block 2122.
In present embodiment, fluid heat transfer component 10 includes at least following working condition,
The first working condition：The first flow path 2165a is not connected with the second flow path 2165b, described first-class Road 2165a is connected with the 3rd flow path 2165c；
Second of working condition：The first flow path 2165a is connected with the second flow path 2165b, the first flow path 2165a is not connected with the 3rd flow path 2165c；
The third working condition：The first flow path 2165a simultaneously with the second flow path 2165b, the 3rd flow path 2165c Connection.
As other embodiment, fluid control module 2 includes first fluid control device 21 and second fluid control dress 22 are put, first fluid control device 21 and second fluid control device 22 are separately set, first fluid control device 21 and fluid The assembling of heat exchange module 1 is fixed, and second fluid control device 22 is fixed with the assembling of fluid heat transfer module 1, such as is connected through a screw thread Fixed form.With reference to Fig. 2, first fluid control device 21 includes the 4th installation side 218, the 4th installation side 218 and installation First installation side 136 assembling of block 13 is fixed.Second fluid control device 22 includes the 4th installation side 218, the 4th installation Side 218 and the first installation side 136 assembling of mounting blocks 13 are fixed.
Mounting blocks 13 set the first fluid first interface 131, second fluid first interface 132, the first heat exchange core body 11 set the first fluid second interface 111 and second fluid second interface 112, wherein first fluid first interface 131 with First duct 113 connects, and first fluid second interface 111 is connected with the second duct 114, second fluid first interface 132 and Three ducts 115 connect, and second fluid second interface 112 is connected with the 4th duct 116.
First fluid control device 21 is with reference to structure above.It is described below for convenience, herein first fluid control device 21 Including matrix part 211, valve hole part 212, other parts such as control unit 213 title before unified come titled with " first " Signal difference.Unification illustrates area titled with " second " before the title of similar parts included by second fluid control device 22 Not, but for valve hole part 212, to avoid title excessively cumbersome, the subclass parts title of valve hole part 212 is not subject to area Not.
With reference to Fig. 2, Figure 15, Figure 16, second fluid control device 22 includes at least second fluid import (for convenience of hereafter retouching State, second fluid import herein is also known as the first import 2214 of second fluid), second fluid first outlet 2215, the 4th flow path, 5th flow path 2218, second fluid the first import 2214 and the 4th fluid communication, second fluid first outlet 2215 and the 5th flow Road 2218 connects.By taking structure shown on scheming as an example, second fluid control device 22 include second fluid second outlet 2216, second Fluid control device 22 includes at least the 4th flow path, the 5th flow path 2218, the 6th flow path 2219, the first import of second fluid 2214 With the 4th fluid communication, second fluid first outlet 2215 is connected with the 5th flow path 2218, second fluid second outlet 2216 with 6th flow path 2219 connects, and second fluid first outlet 2215 is connected with the second fluid first interface 132 of mounting blocks 13, such as This, the 3rd fluid passageway 103 includes second fluid the first import 2214, the 4th flow path, the 5th flow path 2218, second fluid first Outlet 2215, second fluid first interface 132, the 3rd duct 115, the 4th duct 116, second fluid second interface 112；The Four fluid passageways 104 include second fluid the first import 2214, the 4th flow path, the 6th flow path 2219, second fluid second outlet 2216.In this way, two fluid control devices integrate simultaneously with fluid heat transfer module 1, first fluid control device can incite somebody to action Working media from same import is proportionally assigned to different outlets, makes into the working media of fluid heat transfer module 1 Flow is controllable, and the working media from same import can be proportionally assigned to different outlets by second fluid control device, be made Flow into the working media of fluid heat transfer module 1 is controllable, so can accurately control relatively and carry out heat through fluid heat transfer module The temperature of the fluid left after exchange, flow.The embodiment can be carried out at the same time flow to two kinds of fluids into heat exchange core body Control so that it is controllable in the heat exchange of the in vivo fluid of heat exchange core, it is made to contribute to the realization with its result that exchanges heat.It is first-class simultaneously Member control apparatus and second fluid control device are arranged at fluid heat transfer module the same side so that and pipe arrangement is more succinct, Overall structure is more compact and compact.
Second fluid control device 22 includes the second matrix part 221, the second valve hole part 222 and the second control unit 223, the second matrix part 221 includes the second Base body 2211 and the second cover 2212, and the second Base body 2211 has the Two installation cavitys 2213, the second installation cavity 2213 have construction opening 2213a, and the second valve hole part 222 is opened from the described second installation Mouth 2213a inserts second installation cavity 2213, and is at least partially housed in second installation cavity 2213, the second valve hole part 222 At least a portion be mechanically connected with the second control unit 223；Second Base body 2211 described further and the described second lid 2212 phase of body assembles and sealed set, and specifically 2211 and second cover 2212 of the second Base body is respectively arranged with screw peace Hole is filled, the two can be assembled by screw elements and be relatively fixed setting to realize, second matrix part 221 and second controls Component 223 is assembled also by thread connecting mode.
Second Base body 2211 sets first import of second fluid 2214, second fluid first outlet 2215, Two fluid second outlets 2216, the 4th flow path, the 5th flow path 2218 and the 6th flow path 2219.Second valve hole part 222 includes First valve block 2121, the second valve block 2122 and transmission parts 9, the second Base body 2212, which has, is located at 2213 side of the second installation cavity The 4th opening (not shown) in portion and the 5th opening 2220b and the 6th opening 2220c positioned at 2213 bottom of the second installation cavity, Wherein the 4th flow path and the 4th open communication, the 5th flow path 2218 are connected with the 5th opening 2220b, the 6th flow path 2219 and the 6th Be open 2220c connections, and depth of the 4th flow path from the 5th flow path 2218 in the second Base body 2211 is different.Second valve block 2122 the second installation cavitys 2213 of conducting and the 4th flow path and/or the 5th flow path 2218, i.e. the 4th flow path can be with the second installation cavitys 2213 are connected by the second valve block 2122, and the 5th flow path 2218 can be connected with the second installation cavity 2213 by the second valve block 2122, And situation about being connected simultaneously with the second installation cavity 2213 including the 4th flow path, the 5th flow path 2218.
It should be noted that：Above example is merely to illustrate the utility model and not limits described by the utility model Technical solution, such as isotropy defines to "front", "rear", "left", "right", " on ", " under ", although this specification reference The above embodiments have been carried out being described in detail to the utility model, still, it will be understood by those of ordinary skill in the art that, Person of ordinary skill in the field still can be mutually combined the utility model, change or equivalent substitution, and one Technical solution and its improvement for the spirit and scope for not departing from the utility model are cut, the right that should all cover in the utility model is wanted In the range of asking.

Claims (10)

1. a kind of fluid heat transfer component, including fluid control module and fluid heat transfer module, the fluid control module and described Fluid heat transfer module is fixedly installed, and the fluid heat transfer module includes at least first fluid connection chamber and connects chamber with second fluid, First fluid connection chamber connects that chamber is mutually isolated and the first fluid connects cavity fluid and institute with the second fluid State second fluid connection cavity fluid heat exchange；
The fluid control module includes matrix part and valve hole part, and described matrix component includes Base body and cover, institute It states Base body and cover assembling is fixed, the Base body has installation cavity, and the valve hole part is at least partially disposed at The installation cavity, the valve hole part include the first valve block, the second valve block and transmission parts, first valve block, the second valve block Positioned at the installation cavity, the transmission parts are fixedly installed with second valve block or /V is set, and the second valve block energy It is rotated with the transmission parts, first valve block is fixedly installed with the Base body or /V is set；
The cover includes through hole, and the transmission parts pass through the through hole, and the transmission parts include limiting section, the limiting section Positioned at the installation cavity, and the cover includes /V recess portion, the first stopper section and the second stopper section, and the limiting section is at least Part is located at the /V recess portion, and the operating position of the transmission parts includes first position and the second position, the driving section When part is located at the first position, at least part of the limiting section is abutted with first stopper section, the transmission parts position When the second position, at least part of the limiting section is abutted with second stopper section；
The Base body includes at least the first import of fluid, fluid first outlet, and the Base body includes at least first-class Road, second flow path, first import of fluid are connected with the first flow path, the fluid first outlet and the second flow path Connection, the fluid first outlet connect chamber connection with the first fluid；Second valve block can rotate, the installation cavity It turns on or is not turned on the second flow path or change the flow into the fluid of second flow path.
2. fluid heat transfer component according to claim 1, it is characterised in that：The Base body includes fluid second outlet With the 3rd flow path, the fluid second outlet and the 3rd fluid communication, second valve block turn on the installation cavity and institute State second flow path and/or the 3rd flow path, the installation cavity in the second flow path and/or the 3rd flow path at least It turns on all the way；
The fluid control module includes control unit, and the transmission parts have main part, the first driving section and the second transmission Portion, first driving section is wholely set with the main part or first driving section is separately set with the main part, First driving section is relatively fixed with second valve block, and second driving section is mechanically connected with the control unit, institute It states the second driving section to rotate with the control unit, second driving section protrudes outward from the main part and extends the base Outside body component, the limiting section is integrally formed in the part side of the main part or the limiting section is driven with described second Portion is separately set and assembly and connection, and the limiting section includes the first counter stopper portion, the second counter stopper portion, and described first stops Gear auxiliary section, the second counter stopper portion are integrally formed in the circumferentially arranged both ends of the limiting section.
3. fluid heat transfer component according to claim 2, it is characterised in that：The transmission parts have main part, described Limiting section is arranged in the part of its periphery of the main part around the main part central axis, and the limiting section is convex from the main part Stretch into the /V recess portion；
The transmission parts are with respect to described matrix component rotary motion, when the transmission parts are located at the first position, institute The first stopper section is stated to abut with the first counter stopper portion, when the transmission parts are located at the second position, described Two stopper sections are abutted with the second counter stopper portion.
4. fluid heat transfer component according to claim 1, it is characterised in that：The main part of the transmission parts includes pivoting Portion, connecting portion, the pivot part is pivoted with described matrix component to be coordinated, and described matrix component has set corresponding with the pivot part The pivot auxiliary section put, the pivot auxiliary section have the pivot recess portion for accommodating the pivot part, and the pivot recess portion leads to described Hole is connected, and coordinates on the outside of the pivot part with mutually being pivoted on the inside of the pivot auxiliary section；The connecting portion and the pivot part It is integrally formed and forms step-like setting.
5. fluid heat transfer component according to claim 4, it is characterised in that：The pivot part is cylindric setting, described Connecting portion be column set, and the peripheral length of the pivot part be less than the connecting portion peripheral length, the limiting section with A part of side of connecting portion is integrally formed, and the fluid control module further includes sealing element, and the cover has integrally protruded out Protrusion is clamped, which is held in the clamping protrusion peripheral side.
6. according to the fluid heat transfer component described in claim 1 or 2 or 3, it is characterised in that：The main part bag of the transmission parts Include connecting portion, the limiting section includes the first extension and/or the second extension, wherein first extension is along the connection Portion radially outward protrudes out, where second extension from the connecting portion and/or the first extension towards the /V recess portion Direction protrudes out, and the first extension, the second extension are at least one to be engaged with the /V recess portion.
7. the fluid heat transfer component according to any one of claim 2-5, it is characterised in that：The limiting section is described in Transmission parts side extends into single convex block shape, and the first counter stopper portion, the second counter stopper portion are two lateral surface of limiting section, Or the limiting section is the first convex block, the second convex block that are protruded out from the transmission parts side, between first, second convex block It separately sets, first convex block, the inside of the second convex block is relatively close and faces to set, first convex block, the second convex block Outside be relatively distant from and back to setting, the first counter stopper portion is the outside of first convex block, second backstop Auxiliary section is the outside of second convex block.
8. fluid heat transfer component according to claim 4, it is characterised in that：The transmission parts have main part, first Driving section and the second driving section, first driving section is wholely set with the main part or first driving section and institute It states main part to be separately set, first driving section is relatively fixed with second valve block, second driving section and the control Component mechanical connection processed, second driving section are rotated with the control unit, and second driving section is outside from the main part It protrudes out and extends outside described matrix component, second driving section extends outwardly from the cover, the pivot auxiliary section one Body is formed in the cover one side, and is protruded out along the transmission parts axial direction towards the installation cavity, first backstop Portion is integrally formed with the pivot auxiliary section peripheral side, and second stopper section is integrally formed with the pivot auxiliary section peripheral side, institute It states /V recess portion and is formed at the pivot auxiliary section peripheral side, and the /V recess portion is extended to form in first stopper section, the Two regions between stopper section.
9. fluid heat transfer component according to claim 5, it is characterised in that：Have first respectively inside and outside the limiting section Curved surface and/or the second curved surface, the /V recess portion both sides are respectively formed with the first confined planes, the second confined planes, and described first stops Stopper intersects setting with the first confined planes, the second confined planes, and second stopper section is intersected with the first confined planes, the second confined planes It sets, the first surface, the second curved surface are oppositely arranged respectively with the first confined planes of the /V recess portion, the second confined planes.
10. according to the fluid heat transfer component described in Claims 2 or 3 or 4 or 5 or 8 or 9, it is characterised in that：The fluid heat transfer Component includes at least first fluid passage, second fluid passage, the 3rd fluid passageway, at least part of the first fluid passage Positioned at the fluid control module, the first fluid passage is at least partially disposed at the fluid heat transfer module, and described first Fluid passageway includes the first import of first fluid, first flow path, installation cavity, second flow path, first fluid first outlet, first-class Body connects chamber, and the second fluid passage includes the first import of first fluid, first flow path, installation cavity, the 3rd flow path, first-class Body second outlet, second fluid connection chamber, the 3rd fluid passageway includes second fluid and connects chamber.
CN201720597974.1U 2016-11-09 2017-05-26 Fluid heat transfer component Active CN207449579U (en)

Priority Applications (7)

Application Number Priority Date Filing Date Title
US16/337,092 US11285781B2 (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly, and heat management system of vehicle
EP17870379.9A EP3540352B1 (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly, and heat management system of vehicle
KR1020197010089A KR102206182B1 (en) 2016-11-09 2017-11-09 Vehicle fluid heat exchange assembly and thermal management system
PCT/CN2017/110106 WO2018086553A1 (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly, and heat management system of vehicle
JP2019520357A JP6828151B2 (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly and vehicle heat management system
CN201780074652.1A CN110073164B (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly and vehicle thermal management system
PL17870379.9T PL3540352T3 (en) 2016-11-09 2017-11-09 Fluid heat exchange assembly, and heat management system of vehicle

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CN2016109867904 2016-11-09
CN201610986790 2016-11-09

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CN110411261B (en) * 2018-04-28 2021-08-27 浙江三花汽车零部件有限公司 Fluid heat exchange device and thermal management unit
CN112240404A (en) * 2019-07-18 2021-01-19 浙江三花汽车零部件有限公司 Control valve
CN113970263A (en) * 2020-07-25 2022-01-25 浙江三花汽车零部件有限公司 Heat exchange assembly and vehicle thermal management system
CN115218564B (en) * 2021-04-16 2024-06-11 浙江三花汽车零部件有限公司 Connecting device and integrated component
CN113883747B (en) * 2021-10-12 2023-03-28 艾泰斯热***研发（上海）有限公司 Refrigerant heat exchange device and indirect heat pump system
WO2024108484A1 (en) * 2022-11-24 2024-05-30 宁德时代(上海)智能科技有限公司 Flow channel integrated assembly and manufacturing method therefor, thermal management system, and vehicle

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JP3953377B2 (en) * 2002-07-16 2007-08-08 トヨタ自動車株式会社 Air conditioner
FR2943774B1 (en) * 2009-03-24 2013-12-20 Valeo Systemes Thermiques CONDENSER HAVING TWO HEAT EXCHANGE BLOCKS FOR AIR CONDITIONING CIRCUIT
CN102667276B (en) * 2009-10-22 2014-03-12 大金工业株式会社 Air conditioner
CN104296422B (en) * 2013-07-19 2018-04-20 浙江三花汽车零部件有限公司 Heat exchanger integrated package
CN202885112U (en) * 2012-10-30 2013-04-17 杭州三花研究院有限公司 Air conditioning system assembly component
CN109737778B (en) * 2014-08-27 2020-10-27 浙江三花汽车零部件有限公司 Heat exchanger
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