WO2024001204A1 - 制冷设备 - Google Patents

制冷设备 Download PDF

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Publication number
WO2024001204A1
WO2024001204A1 PCT/CN2023/075870 CN2023075870W WO2024001204A1 WO 2024001204 A1 WO2024001204 A1 WO 2024001204A1 CN 2023075870 W CN2023075870 W CN 2023075870W WO 2024001204 A1 WO2024001204 A1 WO 2024001204A1
Authority
WO
WIPO (PCT)
Prior art keywords
partition
groove
protrusion
inner tank
liner
Prior art date
Application number
PCT/CN2023/075870
Other languages
English (en)
French (fr)
Inventor
刘敏
王栋
王洪宇
Original Assignee
青岛海尔电冰箱有限公司
海尔智家股份有限公司
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 青岛海尔电冰箱有限公司, 海尔智家股份有限公司 filed Critical 青岛海尔电冰箱有限公司
Publication of WO2024001204A1 publication Critical patent/WO2024001204A1/zh

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Classifications

    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D11/00—Self-contained movable devices, e.g. domestic refrigerators
    • F25D11/02—Self-contained movable devices, e.g. domestic refrigerators with cooling compartments at different temperatures
    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D23/00—General constructional features
    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D23/00—General constructional features
    • F25D23/02—Doors; Covers
    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D23/00—General constructional features
    • F25D23/02—Doors; Covers
    • F25D23/028—Details
    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D23/00—General constructional features
    • F25D23/06—Walls
    • 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
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D29/00—Arrangement or mounting of control or safety devices

Definitions

  • the present invention relates to the field of refrigeration technology, and in particular to a refrigeration equipment.
  • Refrigeration equipment with a partition assembly can not only separate a large space in the refrigeration equipment into two small spaces, but also separate the two spaces into spaces with different temperatures.
  • the separation marks of the current partition assembly are obvious. Especially after the door is opened and you look at the refrigeration equipment from front to back, you will see that the partition assembly divides the door frame into upper and lower parts, creating a sense of fragmentation and making the refrigeration equipment insufficient. Beautiful appearance affects consumers’ experience.
  • the object of the present invention is to provide a refrigeration equipment with better upper and lower consistency of the door frame, more beautiful appearance, and high support strength.
  • one embodiment of the present invention provides a refrigeration equipment, which includes a door frame, an inner pot, a refrigeration cavity surrounded by the inner pot, and a partition assembly fixedly connected to the inner pot.
  • the door frame surrounds the opening of the refrigeration cavity
  • the inner liner includes a left side wall and a right side wall.
  • the left side wall and the right side wall are provided with a front inner wall, an inner liner groove, and an inner liner groove in sequence from front to back.
  • the inner bag is convex, the distance between the front inner walls on the left and right sides is the same as the left and right width of the opening, and the distance between the ends of the inner bag grooves on the left and right sides that are far away from each other is greater than the distance between the left and right front inner walls of the inner bag.
  • the left and right width of the opening, and the distance between the mutually distant ends of the liner protrusions on the left and right sides are less than the left and right width of the opening;
  • the partition assembly includes a front end wall, a partition protrusion and a partition groove arranged sequentially from front to back on both left and right sides.
  • the front end wall is fitted to the front inner wall, and the partition protrusion is in contact with the partition protrusion.
  • the grooves of the inner tank cooperate with each other, and the grooves of the partition plate cooperate with the protrusions of the inner tank.
  • the inner tank further includes a rear side wall
  • the rear side wall includes a rear inner tank protrusion located at the same level as the inner tank protrusion
  • the partition assembly also includes a The rear liner protrusion matches the rear partition groove.
  • the inner tank groove includes a left inner tank groove and a right inner tank groove
  • the inner tank protrusion includes a left inner tank protrusion disposed behind the left inner tank groove.
  • a right liner protrusion disposed behind the right liner groove;
  • the partition groove includes a left partition groove that is matched with the left liner protrusion, and a right partition groove that is matched with the right liner protrusion.
  • the partition protrusion includes a The left partition plate protrusion is matched with the groove of the left inner bag, and the right partition plate protrusion is matched with the groove of the right inner bag.
  • the inner container includes several through holes, and the partition groove and/or the side wall of the partition bulge is provided with several third feeding openings aligned with the through holes.
  • the refrigeration equipment also includes an insulation member, and the insulation The plate assembly includes a main cavity, and the insulation member enters the main cavity through the feed port and the through hole.
  • the partition assembly further includes a feed cover, which passes through the through hole and the third feed port in order to connect the inner container and the partition assembly. Fixed connection.
  • the left liner protrusion, the right liner protrusion, and the rear liner protrusion are all provided with through holes, and the left partition groove and the right partition are provided with through holes. Both the groove and the rear partition groove are provided with the third feed port.
  • the refrigeration equipment further includes a bending seal
  • the bending seal includes a left seal disposed between the left liner protrusion and the left partition groove. a rear seal between the rear liner protrusion and the rear bulkhead groove, a right seal disposed between the right liner protrusion and the right bulkhead groove, the bent
  • the folding sealing member is provided with an opening aligned with the through hole.
  • the inner bag further includes a drainage groove, and the drainage groove is arranged behind the protrusion of the rear inner bag.
  • the partition assembly further includes an upper partition and a lower partition, the upper partition includes an upper wall and an upper side wall, and the lower partition includes a lower wall and a lower side wall;
  • the liner protrusion is embedded between the upper wall and the lower wall;
  • the upper wall, the lower wall, and the upper side wall or the lower side wall enclose the partition groove.
  • the refrigeration equipment further includes an upper air duct cover arranged above the partition assembly and a down air duct cover arranged below the partition assembly.
  • the upper air duct cover and the The downwind duct covers are all resisted against the partition assembly.
  • the present invention has the following beneficial effects: Since the distance between the front inner walls on the left and right sides is the same as the left and right width of the opening, and the front end wall and the front inner wall fit together, the partition assembly does not cut the door frame.
  • the door frame maintains consistency, and because the distance between the far-away ends of the inner tank grooves on the left and right sides is greater than the left and right width of the opening, the distance between the far-away ends of the left and right inner tank bulges is The distance between them is less than the left and right width of the opening, and the protrusions of the partition plate cooperate with the grooves of the inner tank, and the grooves of the partition plate cooperate with the protrusions of the inner tank, forming a staggered concave-convex matching structure, thereby improving the separation of the inner tank.
  • the support effect of the board components makes the upper and lower consistency of the door frame better and more beautiful, and the support strength is high.
  • Figure 1 is a partial structural schematic diagram of a refrigeration equipment according to an embodiment of the present invention
  • Figure 2 is an exploded schematic diagram of a partial structure of the refrigeration equipment according to an embodiment of the present invention.
  • Figure 3 is an exploded schematic diagram of a partition assembly according to an embodiment of the present invention.
  • Figure 4a is a schematic view of the separation of the main partition and the auxiliary partition according to an embodiment of the present invention
  • Figure 4b is a schematic diagram of the main partition and the auxiliary partition separated from another perspective according to an embodiment of the present invention.
  • Figure 5a is an exploded schematic view of the auxiliary partition from one perspective according to an embodiment of the present invention.
  • Figure 5b is an exploded schematic diagram of the auxiliary partition from another perspective according to an embodiment of the present invention.
  • Figure 6 is a schematic structural diagram of the refrigeration equipment with the auxiliary partition removed according to an embodiment of the present invention.
  • Figure 7a is a cross-sectional view of the main partition according to an embodiment of the present invention.
  • Figure 7b is a partial enlarged view of position A in Figure 7a;
  • Figure 8 is a schematic cross-sectional view of the upper partition and the lower partition according to an embodiment of the present invention.
  • Figure 9a is a schematic cross-sectional view of a refrigeration equipment according to an embodiment of the present invention.
  • Figure 9b is a partial enlarged view of B in Figure 9a;
  • Figure 10 is an isolated schematic diagram of the partition assembly, feed wiring cover and feed cover according to an embodiment of the present invention.
  • Figure 11 is a side view of a partition assembly according to an embodiment of the present invention.
  • Figure 12a is a schematic structural diagram of the feed wiring cover from one perspective according to an embodiment of the present invention.
  • Figure 12b is a schematic structural diagram of the feed wiring cover from another perspective according to an embodiment of the present invention.
  • Figure 13a is a schematic structural diagram of the feed cover from one perspective according to an embodiment of the present invention.
  • Figure 13b is a schematic structural diagram of the feed cover from another perspective according to an embodiment of the present invention.
  • Second feed port; 320 second wire inlet; 321, closed terminal; 330, first hook; 340, anti-overflow groove; 301, sealing ring; 400.
  • One embodiment of the present invention provides a refrigeration equipment with better upper and lower consistency of the door frame, more beautiful appearance, and high support strength.
  • the refrigeration equipment 1000 in this embodiment can be a refrigerator, a freezer, a vertical refrigerator, a wine cabinet, etc.
  • a refrigerator can be used as an example.
  • the refrigeration equipment 1000 includes a box body, an inner bladder 200 arranged in the box body, a door frame 205 surrounded by a connection between the inner bladder 200 and the box body, a refrigeration cavity surrounded by the inner bladder 200, and the door frame 205 surrounding the refrigeration cavity.
  • the refrigeration equipment 1000 also includes an opening 206 of the body and a door covering the opening 206.
  • the refrigeration equipment 1000 also includes a partition assembly 100 fixedly connected to the inner container 200.
  • the inner container 200 includes a pair of inner container side walls 201 arranged on the left and right.
  • the partition assembly 100 Fixed between the side walls 201 of the inner tank, as shown in Figures 1 and 2, the partition assembly 100 can divide the refrigeration cavity into two cavities.
  • the partition assembly 100 is defined to separate the refrigeration cavity into two upper and lower cavities, and the upper cavity and the lower cavity can also be distinguished.
  • the refrigerator is placed vertically on the ground, and the partition assembly 100 can be horizontally fixed to the inner container 200.
  • the direction of the door body relative to the inner container 200 is defined as front, and the opposite direction is defined as rear.
  • the direction of the user's left hand is left and the direction of the right hand is right.
  • Level is just a name definition and is not limited to a "level" in the physical sense; of course, in the preferred embodiment, the level can be parallel to the horizontal plane in physics.
  • the partition assembly 100 can be divided into upper and lower spaces, or left and right spaces, and can also include conventional refrigeration spaces or multi-functional hot and cold cabinets.
  • the present invention takes the partition assembly 100 that separates the upper and lower spaces and is used in a refrigerator as an example. Give a detailed explanation.
  • the partition assembly 100 of this embodiment includes a main partition 10 and an auxiliary partition 20, as shown in Figures 4a and 4b.
  • the main partition 10 includes a limiting part, an upper opening 101, a lower opening 102, and an accommodation space 130 that passes through the upper opening 101 and the lower opening 102.
  • the main partition 10 is used to be fixedly connected to the inner tank 200 of the refrigeration equipment 1000, such as As shown in Figure 3.
  • the auxiliary partition 20 can be fixed in the accommodation space 130 through the limiting portion, as shown in Figures 5a and 5b.
  • the partition assembly 100 has a first state and a second state.
  • the auxiliary partition 20 In the first state, the auxiliary partition 20 is accommodated in the accommodation space 130, and the auxiliary partition 20 simultaneously closes the upper opening 101 and the lower opening 102; in the second state, The auxiliary partition 20 is moved out of the accommodation space 130 .
  • the auxiliary partition 20 in the first state, can be fixedly connected to the main partition 10, in the second state, the auxiliary partition 20 can be separated from the main partition 10, and in the first state and In the second state, the main partition 10 is always fixedly connected to the inner container 200, which not only meets the requirements for disassembly and assembly of the auxiliary partition 20, but also can always fix the main partition 10 in a specific position, thus maintaining the stability of the refrigerator.
  • the auxiliary partition 20 and the main partition 10 jointly isolate the air flow between the upper cavity and the lower cavity, the temperature difference between the upper cavity and the lower cavity can be large, for example, the partition assembly
  • the cavity above 100 can be a refrigerator compartment
  • the cavity below the partition assembly 100 can be a freezer compartment, forming two compartments with huge temperature differences.
  • the second state since the auxiliary partition 20 is removed, the upper cavity and the lower cavity circulate air through the upper opening 101 and the lower opening 102, and the temperatures of the two tend to be consistent, forming chambers with the same temperature; or below The cold energy of the freezing chamber is transferred to the upper refrigerating chamber, which can quickly cool down the refrigerating chamber. After the cooling is completed, the auxiliary partition 20 is covered back to restore the state of the two temperature compartments. Among them, the second state is shown in Figure 6.
  • the inner liner 200 of the existing refrigerator needs to be individually blister-molded to contain multiple storage space cavities, and the multiple inner liner 200 are connected through a center beam. Since the center beam that separates multiple spaces has a certain thickness, the volume of the entire refrigerator will be reduced. decrease. And when using this embodiment, the inner container 200 only needs to be blister-molded to form a large cavity, and then the partition assembly 100 separates several small cavities, so that the refrigerator with the same volume has a larger volume.
  • the partition assembly 100 may need to be disassembled or its shape adjusted.
  • the height of the refrigerator is about 1.8m to 2m.
  • the partition assembly 100 of this embodiment since the main partition 10 is always fixedly connected to the inner tank 200, after the auxiliary partition 20 is removed, the connection method between the partition assembly 100 and the inner tank 200 does not change. Stable support for the box is still maintained, so the disassembly and assembly of the auxiliary partition 20 does not affect the overall structural strength of the refrigeration equipment 1000, thus solving the problem of insufficient strength caused when the partition assembly 100 is disassembled and assembled.
  • the main partition 10 includes an upper partition 11, and the limiting portion includes a step portion 19.
  • the upper partition 11 surrounds the upper opening 101, and the step portion 19 is arranged around the upper opening 101, and The upper partition 11 is indented in the horizontal direction, and the auxiliary partition 20 resists the step portion 19 .
  • the auxiliary partition 20 can be placed into the accommodation space 130 from top to bottom until it lands on the step portion 19 .
  • the main partition 10 also includes a lower partition 12 connected to the upper partition 11. As shown in Figures 4a to 5b and 8, the lower partition 12 surrounds the lower opening 102, and the upper partition 11 includes a rear fitting portion 191.
  • the lower partition 12 includes a front engaging portion.
  • the auxiliary partition 20 includes a rear engaging portion 222 provided at its rear end and a front engaging portion 221 provided at its front end.
  • the main partition 10 includes a rear engaging portion 191 engaged with the rear engaging portion 222 and a front engaging portion 191 engaged with the rear engaging portion 222 .
  • the front snap-in part 221 is snap-connected.
  • the rear engaging portion 222 of the auxiliary partition 20 is engaged with the rear fitting portion 191 of the main partition 10, and the front fitting portion 221 of the auxiliary partition 20 is engaged with the main partition 10.
  • the front engaging portion of the partition 10 is engaged, and the staggered engagement form makes the connection more stable.
  • a sealing layer 27, such as sealing cotton, can be provided between the auxiliary partition 20 and the main partition 10, thereby reducing the air flow in the upper and lower chambers and reducing heat exchange. Improve sealing.
  • the main partition 10 includes a main cavity 120 enclosed between the upper partition 11 and the lower partition 12 , and a circuit module disposed in the main cavity 120 .
  • the circuit module includes wiring terminals, and the auxiliary partition 20 It includes an auxiliary cavity 25, a refrigeration and heating element 23 disposed in the auxiliary cavity 25, and a terminal connected to the refrigeration and heating element 23; in the first state, the male terminal is electrically connected to the terminal.
  • the auxiliary partition 20 also includes an upper cover 21 and a lower cover 22. As shown in Figures 5a and 5b, the upper cover 21 and the lower cover 22 enclose the auxiliary cavity 25. The lower surface of the upper cover 21 A refrigeration and heating element 23 is provided.
  • the refrigeration heating element 23 is an electric heating wire used for temperature compensation of the upper refrigerator compartment. The refrigeration heating element 23 can be attached to the bottom surface of the upper cover 21 .
  • the auxiliary partition 20 also includes a connector cavity 26 surrounded by the lower cover 22 and a closing cover 24 that closes the connector cavity 26.
  • the terminals are arranged in the connector cavity 26 and the closing cover 24 Detachably connected to the lower cover 22. By opening the closing cover 24, the female terminal and the male terminal are connected.
  • Both the main cavity 120 and the auxiliary cavity 25 are filled with insulation parts.
  • the main partition 10 includes a main feed port connected to the main cavity 120.
  • the auxiliary partition 20 includes a auxiliary feed port 310 connected to the auxiliary cavity 25.
  • the insulation parts can It is a kind of foam material that is filled into the cavity in the form of foam.
  • the thermal insulation parts are filled into the main cavity 120 through the main feed port, and the thermal insulation parts are filled into the auxiliary cavity 25 through the auxiliary feed opening 310 .
  • the auxiliary partition 20 can be foamed outside through the auxiliary feed port 310 and then placed in the main partition 10 , or it can be placed in the main partition 10 and foamed together with the main partition 10 .
  • the thermal insulation performance of the partition assembly 100 is improved, which is beneficial to forming a larger temperature difference between the upper cavity and the lower cavity.
  • a water collecting tank 210 is provided on the upper surface of the upper cover 21. Since the temperature difference between the upper cavity and the lower cavity can be huge, the water collecting tank 210 can prevent condensation water generated in the upper cavity from flowing into the freezing chamber below, thereby collecting condensation. The effect of dew.
  • the partition assembly 100 also includes an upper partition 11 and a lower partition 12 .
  • the main partition 10 includes an upper partition 11 and a lower partition 12 .
  • the upper partition 11 includes an upper wall 111 and an upper side wall 112
  • the lower partition 12 includes a lower wall 121 and a lower side wall 122; the upper side wall 112 and the lower side wall 122 are arranged relatively parallel and fixedly connected, and the upper wall 111 and the lower wall 121.
  • the main cavity 120 is enclosed by the upper side wall 112 or the lower side wall 122 inside, and the partition groove 18 and partition protrusion 17 for connecting the inner tank 200 are enclosed by the outer side.
  • the side wall 122 surrounds the main feed opening, which is used to fill the main cavity 120 with insulation components.
  • the upper side wall 112 and the lower side wall 122 can be fixedly connected through a buckle structure.
  • the upper partition 11 and the lower partition 12 can be produced separately, for example, by injection molding. They can be produced separately using materials with higher strength. Both the upper partition 11 and the lower partition 12 can be designed and made into more complex structures, for example.
  • the partition groove 18 and the partition protrusion 17 are thus more stable in the later assembly with the inner tank 200 and avoid structural deformation.
  • the insulation parts enter the main cavity 120 through the main feed port, which can make the insulation
  • the parts not only play the role of thermal insulation, but also play the role of fixedly connecting the inner tank 200 and the partition assembly 100, which improves the strength of the connection, thereby making the seams smaller after being installed on the refrigeration equipment 1000, and making it stable and reliable for long-term use. , beautiful structure improves consumer experience.
  • the liner 200 includes a pair of liner side walls 201, namely the left side wall and the right side wall.
  • the left side wall and the right side wall are provided with a front inner wall 204, a liner groove 203 and an liner protrusion 202 in sequence from front to back.
  • the distance between the front inner walls 204 on the left and right sides is the same as the left and right width of the opening 206
  • the distance between the ends of the inner tank grooves 203 on the left and right sides that are far away from each other is greater than the left and right width of the opening 206.
  • the distance between the ends of the side liner protrusions 202 that are far away from each other is less than the left and right width of the opening 206 .
  • the partition assembly 100 includes a front end wall 16, a partition protrusion 17 and a partition groove 18 which are arranged sequentially from front to back on both left and right sides.
  • the groove 203 cooperates, and the partition groove 18 cooperates with the liner protrusion 202.
  • the liner protrusion 202 is embedded in the partition groove 18
  • the partition protrusion 17 is embedded in the liner groove 203 .
  • the shape of the partition groove 18, as shown in Figures 2, 4a, 4b, 7a, 9a, and 10, is inwardly recessed and has a generally U-shaped structure.
  • the liner protrusion 202 is shown in Figure 2 or 9a.
  • the convex part of the liner protrusion 202 is inserted into the U-shaped partition groove 18 to form a concave and convex structure to support the partition assembly 100; similarly, for the liner concave
  • the inner tank groove 203 is as shown in 2 or 9a, and the partition protrusion 17 is inserted into the inner tank groove 203.
  • the inner wall 204 fits tightly, so the partition assembly 100 does not cut the door frame 205 apart.
  • the door frame 205 maintains consistency and forms a staggered concave and convex matching structure, thereby improving the support effect of the inner bladder 200 on the partition assembly 100, and then The upper and lower consistency of the door frame 205 is better, more beautiful, and the support strength is high.
  • the inner tank groove 203 includes a left inner tank groove and a right inner tank groove
  • the inner tank protrusion 202 includes a left inner tank protrusion 2021 arranged behind the left inner tank groove, and a left inner tank protrusion 2021 arranged behind the right inner tank groove.
  • the partition groove 18 includes a left partition groove 181 mated with the left liner protrusion 2021, and a right partition groove mated with the right liner protrusion 2023.
  • the partition protrusion 17 includes a left partition protrusion 17 that is matched with the left inner tank groove, and a right partition protrusion 17 that is matched with the right inner tank groove.
  • the liner 200 also includes a rear side wall, which includes a rear liner protrusion 2022 located at the same level as the liner protrusion 202.
  • the partition assembly 100 also includes a rear bulkhead recess that cooperates with the rear liner protrusion 2022. slot 182.
  • a drainage groove 2024 can be further formed by blister molding. As shown in Figures 2 and 6, the drainage groove 2024 is provided behind the rear liner protrusion 2022 to facilitate the refrigerator compartment. The condensed water is discharged, and the formation of the rear liner protrusion 2022 makes it possible to set up the drainage groove 2024.
  • a drainage channel 2024 is provided behind the 100.
  • the liner 200 is formed by blister molding and has a high upper and lower height
  • the partition assembly 100 and the liner 200 are first installed together, and the liner side walls on the left and right sides of the liner 200 are 201 can be slightly deformed to the left and right sides to allow the partition assembly 100 to be inserted through.
  • the left partition groove 181 is inserted into the left inner bag protrusion 2021
  • the right partition groove 183 is inserted into the right inner bag protrusion 2023 until the partition assembly 100 is pushed in to the bottom.
  • the rear partition groove 182 is inserted into the rear liner protrusion 2022.
  • the right partition protrusion 17 is embedded in the right liner groove, and the left partition protrusion 17 is embedded in the left liner groove.
  • the front end wall 16 on the left side of the partition assembly 100 is in contact with the front inner wall 204 on the left side of the liner side wall 201
  • the front end wall 16 on the right side of the partition assembly 100 is in contact with the front end wall 16 on the right side of the liner side wall 201.
  • the inner wall 204 fits the front end wall 16 .
  • the liner 200 resumes its deformation, and the distance between the left front inner wall 204 and the right front inner wall 204 of the liner side wall 201 is the width of the opening 206 of the liner 200 .
  • the following sealing ring 301 and bending seal 401 are also provided between the partition assembly 100 and the inner tank 200 to ensure the sealing between the partition assembly 100 and the inner tank 200. .
  • feed wiring covers 300 and feed covers 400 are connected to the left and right sides of the inner tank 200.
  • feed covers 400 are connected to the rear side, three in the figure.
  • the thermal insulation component may be made of foam material.
  • the feed cover 400 and the feed wiring cover 300 are both provided with feed ports, which can be used to allow the foam material to enter the main cavity 120 through the feed ports.
  • box shell of the refrigeration equipment 1000 and the inner tank 200 are assembled, and then foaming is performed between the box and the inner tank 200, and the foamed material will enter the partition assembly 100 at the same time.
  • the support for the partition assembly 100 comes from at least four aspects of fixation:
  • the foam material between the box body and the liner 200 is connected to the foam material in the main partition 10 at the same time, and the liner 200 and the partition assembly 100 are fixed together through the foam material.
  • the foam material resists the gaps that may occur with the partition assembly 100 due to deformation when the box and inner bladder 200 expand and contract due to thermal expansion and contraction, and avoid flash seams;
  • the bile groove 203 forms a force that hinders the movement of the partition assembly 100 in upward, forward and backward directions.
  • the main feed port includes a first feed port 1131 and a third feed port 1211.
  • the upper side wall 112 and/or the lower side wall 122 includes an extended edge surrounding the first feed port 1131 and a third feed port surrounding the third feed port.
  • the extension wall 124 of 1211, the extension edge and the extension wall 124 are all embedded in the holes on the inner bladder 200. Fill the insulation parts separately from multiple inlets to ensure good support and connection in all directions.
  • the upper partition 11 includes a first adapter
  • the lower partition 12 includes a second adapter connected to the first adapter.
  • the first adapter and the second adapter are provided on the upper partition 11 and the lower partition. At the junction of the plates 12 , the cooperation of the first adapter and the second adapter restricts the insulation part to be located in the main cavity 120 .
  • one of the first fitting part and the second fitting part is set as the fitting groove 152 , and the other is set as the fitting edge 151 embedded in the fitting groove 152 .
  • At least part of the structure of the mating groove 152 and the mating edge 151 is disposed around the main cavity 120 .
  • at least part of the structure of the mating groove 152 and the mating edge 151 is arranged around the accommodation space 130.
  • the upper side wall 112 of the upper partition 11 forms the mating edge 151
  • the lower side of the lower partition 12 forms the mating edge 151.
  • a mating groove 152 is formed inside the wall 122; the edge of the lower partition 12 surrounding the lower opening 102 also forms a mating edge 151, and a mating groove 152 is formed inside the upper opening 101 of the upper partition 11.
  • the main partition 10 includes a first feed port 1131 and a first wire inlet 1132 provided on the side.
  • the first feed port 1131 is used to fill the insulation parts into the main cavity 120.
  • the first wire inlet 1132 is used for filling the insulation parts into the main cavity 120.
  • the electric wire 500 is passed through to supply power to the display module 14, the refrigeration heating element 23, and the front heating element 1322 in the partition assembly 100.
  • the first feed port 1131 and the first wire inlet 1132 are both arranged at the position of the partition protrusion 17.
  • the inner tank groove 203 is provided with holes aligned with the first feed port 1131 and the first wire inlet 1132.
  • the inner tank The wire 500 between 200 and the box enters the first wire inlet 1132, and the foam material between the inner container 200 and the box enters the first inlet 1131, as shown in Figure 2.
  • the partition assembly 100 also includes a display module 14 .
  • the display module 14 is disposed in the display slot 110 .
  • the display module 14 includes a display line passing through the first cable inlet 1132 and a display screen 141 disposed above the main partition 10 and disposed upward.
  • the wire 500 passes through the wiring hole and extends into the display slot 110.
  • the wiring hole is only for the wire 500 to pass through, but the foam material cannot pass through, so that the main cavity 120 can be filled with insulation parts, but the display slot 110 is not filled with insulation parts. , thereby ensuring that the circuit structure in the display module 14 is not foamed and affects the display effect.
  • the upper partition 11 also includes a main wire inlet connecting the display slot 110 and the main cavity 120.
  • the heating circuit passes through the first wire inlet 1132 and the main wire inlet in sequence, and is connected to the front heating element 1322 through the main cavity 120. Only wire 500 can pass through the main cable inlet, not the insulation parts.
  • the display screen 141 is disposed in front of the upper opening 101 .
  • the partition assembly 100 has more functions, and the partition assembly 100 can realize the functions of disassembly, assembly, and display at the same time.
  • the upper surface of the upper partition 11 that is not covered by the display module 14 is located on the same plane as the upper surface of the display module 14 . In this way, the overall consistency is better, and the upper surface of the upper partition 11 and the upper surface that is not covered by the display module 14 can be placed on the same plane. The same object is placed on the upper surface covered by module 14.
  • the partition assembly 100 also includes a feed cable cover 300.
  • the feed cable cover 300 includes a second feed port 310 and a second cable feed port 320.
  • the second feed port 310 is aligned with the first feed port 1131.
  • the second wire inlet 320 is aligned with the first wire inlet 1132.
  • the second wire inlet 320 is connected to the closed terminal 321.
  • the closed terminal 321 includes a wiring hole for passing the wire 500.
  • the feed wiring cover 300 is connected to the main partition 10 The connection is fixed, and a clamping space for clamping the inner bladder 200 is provided between the feed wiring cover 300 and the main partition 10 .
  • the wire 500 can enter the partition assembly 100 through the first wire inlet 1132 and the second wire inlet 320, so that the partition assembly 100 can be energized, so that the intelligent display, cooling, heating, etc. of the partition assembly 100 of this structure can be realized. Possibly, it improves the consumer experience.
  • the feed cable cover 300 can firmly fix the inner tank 200 and the main partition 10 together, thereby improving the stability of the structure.
  • the upper partition 11 and/or the lower partition 12 includes an extending edge extending outward
  • the feed routing cover 300 includes an anti-overflow groove 340 that cooperates with the extending edge.
  • the edge is inserted into the anti-overflow groove 340.
  • the extension side includes an upper extension side 113 of the upper partition 11 extending outward, and a lower extension side 123 of the lower partition 12 extending outward.
  • the upper extension side 113 is inserted into the lower extension side 123.
  • the upper extension side 113 and the lower extension side The sides 123 respectively surround the first feed port 1131 and the first wire inlet 1132.
  • Both the extension edge and the overflow prevention groove 340 are annular, and are arranged annularly outside the first feed port 1131 and the first wire inlet 1132 .
  • the matching structure of the upper extending edge 113 and the lower extending edge 123 makes the upper partition 11 and the lower partition 12 more closely connected, and the structural strength is high; the matching structure of the annular extending edge and the anti-overflow groove 340 can avoid overflow. Form a complete sealing structure.
  • the feed wiring cover 300 includes a first engaging part, the main partition 10 includes a first matching part, and the first engaging part is engaged and connected to the first matching part.
  • the first engaging member is configured as the first hook 330 extending into the first feed port 1131
  • the first matching member is configured as the first inner wall in the first feed port 1131
  • the first hook 330 engages on the first inner wall.
  • the first hook 330 includes two upper and lower groups, which are respectively engaged with the upper first inner wall and the lower first inner wall to stably connect.
  • a sealing ring 301 is provided in the clamping space. As shown in Figure 3 or 10, the sealing ring 301 is sleeved on the outside of the extended edge.
  • the sealing ring 301 can be a rubber ring or foamed cotton, which plays a role in preventing glue overflow and sealing.
  • the main partition 10, the feed wiring cover 300 and the inner tank 200 are all provided with bolt holes.
  • the bolts pass through the feed wiring cover 300 and the inner tank 200 in sequence and then connect to the main partition 10.
  • the four components of the main partition 10, the feed wiring cover 300, the inner tank 200 and the sealing ring 301 are tightly connected together through bolts.
  • the first hook 330 can also be used to securely connect the liner 200 to the partition assembly 100 first to play a pre-fixing role, and then fix it with bolts. When the bolts are fixed, the structure is more stable, so the first hook 330 The setting makes it easier for employees to assemble bolts and improves production efficiency.
  • the partition assembly 100 also includes a front cover 131. As shown in Figures 7a to 9b, the main cavity 120 enclosed by the upper partition 11 and the lower partition 12 has a front opening 140 in front, and the front cover 131 closes the front opening 140.
  • the partition assembly 100 further includes a heating module 132 that includes a front heating element 1322 disposed on the rear surface of the front cover 131 .
  • the front heating element 1322 can be used to solve the problem of condensation occurring at the large temperature difference between the upper and lower cavities at the front end of the partition assembly 100. Therefore, the front heating element 1322 is attached behind the front cover 131 to generate heat.
  • the heating module 132 also includes a front-end heating circuit 1321 connected to the front-end heating element 1322. As shown in FIG. 3 or 7b, the front-end heating circuit 1321 is powered by the wire from the first wire inlet 1132.
  • the upper partition 11 and the lower partition 12 enclose an annular groove 1401 surrounding the front opening 140.
  • the front cover 131 includes an annular retaining ring 1311 for inserting into the annular groove 1401.
  • the annular groove 1401 is fixedly connected to the annular retaining ring 1311, such as As shown in Figures 7b, 8, and 9b.
  • the lower partition 12 includes a lighting slot 150.
  • the partition assembly 100 includes a lighting module 134 disposed in the lighting slot 150.
  • the lighting module 134 includes a lighting circuit passing through the first cable inlet 1132. , and a downward lighting lighting member, the partition assembly 100 also includes a lighting cover 133 for closing the lighting slot 150, and the lighting cover 133 is configured as a transparent member.
  • the lighting module 134 emits upwards, and the lighting cover 133 is set downwards, so that the lighting module 134 illuminates downwards, so that the partition assembly 100 also has a lighting function, and because the light emitting method is strip-shaped diffuse reflection, the lighting effect is more beautiful. .
  • the left liner bulge 2021, the right liner bulge 2023, and the rear liner bulge 2022 are all provided with through holes 2025.
  • the side walls of the partition groove 18 and/or the partition bulge 17 are provided with a number of through holes 2025.
  • the left partition groove 181, the right partition groove 183, and the rear partition groove 182 are all provided with a third feed port 1211, that is, the upper side wall 112 and the lower side wall 122 are both provided with a third feed port 1211, and the insulation member enters the main cavity 120 through the third feed port 1211 and the through hole 2025.
  • the partition assembly 100 also includes a feed cover 400.
  • the feed cover 400 includes a fourth feed port 410.
  • the fourth feed port 410 is aligned with the third feed port 1211.
  • the cover 400 passes through the through hole 2025 and the third feed port 1211 in sequence, and the inner tank 200 and the partition assembly 100 are fixedly connected.
  • the feed cover 400 is fixedly connected to the main partition 10 , and the feed cover 400 and the main partition 10 are fixedly connected.
  • a clamping space for clamping the inner bladder 200 is provided therebetween.
  • the heat preservation parts can enter the main cavity 120 through the third feed port 1211 and the fourth feed port 410, so that the heat preservation parts do not It only plays the role of heat preservation, and also plays the role of fixedly connecting the inner tank 200 and the partition assembly 100, improving the strength of the connection, and the feed cover 400 can firmly fix the inner tank 200 and the main partition 10 together. Improved structural stability.
  • the refrigeration equipment 1000 also includes a bending seal 401.
  • the bending seal 401 includes a left seal disposed between the left liner protrusion 2021 and the left partition groove 181, a left seal disposed between the rear liner protrusion 2022 and the rear partition.
  • the rear seal between the plate grooves 182, the right seal between the right liner protrusion 2023 and the right partition groove 18318, the bent seal 401 is provided with an opening aligned with the third feed port 1211 Hole 4011.
  • the feed cover 400 includes a second engaging part, the main partition 10 includes a second fitting part, and the second engaging part is engaged and connected to the second fitting part.
  • the second engaging member is configured as a second hook 430 extending into the third feed port 1211.
  • the second matching member is configured as a second inner wall in the third feed port 1211.
  • the second hook 430 is engaged with the second hook 430. inner wall.
  • the extension wall 124 protrudes outward in a direction away from the main cavity 120 to be firmly connected to the inner pot 200 and the feed cover 400 .
  • the feed cover 400 includes a positioning slot 420 for partially receiving the extension wall 124 .
  • the outer positioning groove 420 includes a left positioning groove 420 and a right positioning groove 420.
  • the second hook 430 includes a second left hook 430 and a second right hook 430.
  • the left positioning groove 420 is disposed on the left side of the second left hook 430.
  • the right positioning groove 420 is provided on the right side of the second right hook 430, and is stably connected and supported from the left and right sides.
  • the refrigeration equipment 1000 also includes an upper air duct cover arranged above the partition assembly 100 and a lower air duct cover arranged below the partition assembly 100. Both the upper air duct cover and the lower air duct cover are resisted by the partition assembly 100. In this way, the partition assembly 100 is supported by the air duct cover from above and below simultaneously, so that the support effect is better and the ability to resist deformation is better.
  • this embodiment has the following beneficial effects:
  • the partition assembly 100 does not cut the door frame 205 apart, and the door frame 205 maintains consistency.
  • the distance between the far-away ends of the grooves of the left and right liner 200 is greater than the left and right width of the opening 206
  • the distance between the convex ends of the left and right liner 200 that are far away from each other is less than
  • the supporting effect on the partition assembly 100 then makes the door frame 205 more consistent up and down, more beautiful and with high support strength.

Abstract

一种制冷设备（1000），包括门框（205）、内胆（200）、由内胆（200）围出的制冷腔体、以及与内胆（200）固定连接的隔板组件（100），门框（205）围出制冷腔体的敞口（206），内胆（200）左右两侧的前内壁（204）之间的距离与敞口（206）的左右宽度相同，且隔板组件（100）的前端壁（16）与内胆（200）的前内壁（204）贴合，所以隔板组件（100）没有将门框（205）切分开，门框（205）保持了一致性，且隔板凸起（17）与内胆凹槽（203）配合，隔板凹槽（18）与内胆凸起（202）配合，形成了交错的凹凸配合的结构。

Description

制冷设备 技术领域
本发明涉及制冷技术领域，尤其涉及一种制冷设备。
背景技术
带有隔板组件的制冷设备，隔板组件不仅可以将制冷设备内的大空间分隔为成两个小空间，还可以在分隔的同时将两个空间分隔成不同的温度空间。但是目前的隔板组件的分隔痕迹明显，尤其是门体打开后，从前向后看制冷设备时，会看到隔板组件将门框也分成了上下两部分，形成了割裂感，使制冷设备不够美观，影响了消费者的使用体验。但若要使门框不被割裂，例如隔板组件通过螺钉与内胆连接，隔板组件的连接强度又要受到影响，不能更好的连接和支撑隔板组件，尤其是当隔板组件上放置重物时，这种将门框上下割裂的结构更能支撑住隔板组件。
发明内容
为解决现有技术中门框被隔板组件上下分隔的问题，本发明的目的在于提供一种门框上下一致性更好更美观且支撑强度高的制冷设备。
为实现上述发明目的，本发明一实施方式提供一种制冷设备，包括门框、内胆、由所述内胆围出的制冷腔体、以及与所述内胆固定连接的隔板组件，所述门框围出所述制冷腔体的敞口，所述内胆包括左侧壁和右侧壁，所述左侧壁和所述右侧壁从前向后均依次设置前内壁、内胆凹槽和内胆凸起，左右两侧的所述前内壁之间的距离与所述敞口的左右宽度相同，左右两侧的所述内胆凹槽的相互远离的端部之间的距离大于所述敞口的左右宽度，左右两侧的所述内胆凸起的相互远离的端部之间的距离小于所述敞口的左右宽度；
所述隔板组件包括左右两边均从前向后均依次设置的前端壁、隔板凸起和隔板凹槽，所述前端壁与所述前内壁贴合，所述隔板凸起与所述内胆凹槽配合，所述隔板凹槽与所述内胆凸起配合。
作为本发明的进一步改进，所述内胆还包括后侧壁，所述后侧壁包括与所述内胆凸起位于同一水平高度的后内胆凸起，所述隔板组件还包括与所述后内胆凸起配合的后隔板凹槽。
作为本发明的进一步改进，所述内胆凹槽包括左内胆凹槽和右内胆凹槽，所述内胆凸起包括设置于所述左内胆凹槽后方的左内胆凸起、设置于所述右内胆凹槽后方的右内胆凸起；
所述隔板凹槽包括与所述左内胆凸起配接的左隔板凹槽、与所述右内胆凸起配接的右隔板凹槽，所述隔板凸起包括与所述左内胆凹槽配接的左隔板凸起、与所述右内胆凹槽配接的右隔板凸起。
作为本发明的进一步改进，所述内胆包括若干个通孔，所述隔板凹槽和/或所述隔板凸起的侧壁设置若干个与所述通孔对齐的第三进料口，所述制冷设备还包括保温件，所述隔 板组件包括主腔体，所述保温件穿过所述进料口和所述通孔进入所述主腔体。
作为本发明的进一步改进，所述隔板组件还包括进料盖，所述进料盖依次穿过所述通孔和所述第三进料口、将所述内胆和所述隔板组件固定连接。
作为本发明的进一步改进，所述左内胆凸起、所述右内胆凸起、所述后内胆凸起均设置所述通孔，所述左隔板凹槽、所述右隔板凹槽、所述后隔板凹槽均设置所述第三进料口。
作为本发明的进一步改进，所述制冷设备还包括弯折密封件，所述弯折密封件包括设置于所述左内胆凸起和所述左隔板凹槽之间的左密封件、设置于所述后内胆凸起和所述后隔板凹槽之间的后密封件、设置于所述右内胆凸起和所述右隔板凹槽之间的右密封件，所述弯折密封件上设置与所述通孔对齐的开孔。
作为本发明的进一步改进，所述内胆还包括排水槽，所述排水槽设置于所述后内胆凸起的后方。
作为本发明的进一步改进，所述隔板组件还包括上隔板和下隔板，所述上隔板包括上壁和上侧壁，所述下隔板包括下壁和下侧壁；
所述内胆凸起嵌在所述上壁和所述下壁之间；
所述上壁和所述下壁、以及所述上侧壁或所述下侧壁，合围出所述隔板凹槽。
作为本发明的进一步改进，所述制冷设备还包括设置于所述隔板组件上方的上风道盖板、设置于所述隔板组件下方的下风道盖板，所述上风道盖板和所述下风道盖板均抵持于所述隔板组件。
与现有技术相比，本发明具有以下有益效果：由于左右两侧的前内壁之间的距离与敞口的左右宽度相同，且前端壁与前内壁贴合，所以隔板组件没有将门框切分开，门框保持了一致性，又由于左右两侧的内胆凹槽的相互远离的端部之间的距离大于敞口的左右宽度，左右两侧的内胆凸起的相互远离的端部之间的距离小于述敞口的左右宽度，且隔板凸起与内胆凹槽配合，隔板凹槽与内胆凸起配合，形成了交错的凹凸配合的结构，从而提高了内胆对隔板组件的支撑效果，继而使得门框上下一致性更好更美观且支撑强度高。
附图说明
图1是本发明一实施例的制冷设备的部分结构示意图；
图2是本发明一实施例的制冷设备的部分结构爆炸示意图；
图3是本发明一实施例的隔板组件的爆炸示意图；
图4a是本发明一实施例的主隔板和副隔板分离的其一视角的示意图；
图4b是本发明一实施例的主隔板和副隔板分离的另一视角的示意图；
图5a是本发明一实施例的副隔板的的其一视角爆炸示意图；
图5b是本发明一实施例的副隔板的的另一视角爆炸示意图；
图6是本发明一实施例的制冷设备移除副隔板的结构示意图；
图7a是本发明一实施例的主隔板的剖视图；
图7b是图7a中A处的局部放大图；
图8是本发明一实施例的上隔板和下隔板的剖视示意图；
图9a是本发明一实施例的制冷设备的剖视示意图；
图9b是图9a中B处的局部放大图；
图10是本发明一实施例的隔板组件、进料走线盖和进料盖的分离示意图；
图11是本发明一实施例的隔板组件的侧视图；
图12a是本发明一实施例的进料走线盖的其一视角的结构示意图；
图12b是本发明一实施例的进料走线盖的另一视角的结构示意图；
图13a是本发明一实施例的进料盖的其一视角的结构示意图；
图13b是本发明一实施例的进料盖的另一视角的结构示意图；
其中，1000、制冷设备；100、隔板组件；10、主隔板；101、上开口；102、下开口；110、显示槽；120、主腔体；130、容置空间；140、前开口；1401、环形槽；150、照明槽；11、上隔板；111、上壁；112、上侧壁；113、上延伸边；1131、第一进料口；1132、第一进线口；12、下隔板；121、下壁；1211、第三进料口；122、下侧壁；123、下延伸边；124、延伸壁；131、前盖板；1311、环形挡圈；132、加热模组；1321、前端加热电路；1322、前端加热件；133、照明盖；134、照明模组；14、显示模组；141、显示屏；151、配接边；152、配接槽；16、前端壁；17、隔板凸起；18、隔板凹槽；181、左隔板凹槽；182、后隔板凹槽；183、右隔板凹槽；19、台阶部；191、后配合部；20、副隔板；21、上盖板；210、集水槽；22、下盖板；221、前配合部；222、后卡合部；223、副进料口；23、冷藏加热件；24、封闭盖；25、副腔体；26、插接件腔体；27、密封层；200、内胆；201、内胆侧壁；202、内胆凸起；2021、左内胆凸起；2022、后内胆凸起；2023、右内胆凸起；2024、排水槽；2025、通孔；203、内胆凹槽；204、前内壁；205、门框；206、敞口；300、进料走线盖；310、第二进料口；320、第二进线口；321、封闭端子；330、第一卡勾；340、防溢槽；301、密封圈；400、进料盖；410、第四进料口；420、定位槽；430、第二卡勾；401、弯折密封件；4011、开孔；500、电线。
具体实施方式
以下将结合附图所示的具体实施方式对本发明进行详细描述。但这些实施方式并不限制本发明，本领域的普通技术人员根据这些实施方式所做出的结构、方法、或功能上的变换均包含在本发明的保护范围内。
应该理解，本文使用的例如“上”、“上方”、“下”、“下方”等表示空间相对位置的术语是出于便于说明的目的来描述如附图中所示的一个单元或特征相对于另一个单元或特征的关系。空间相对位置的术语可以旨在包括设备在使用或工作中除了图中所示方位以外的不同方位。
本发明一实施例提供一种门框上下一致性更好更美观且支撑强度高的制冷设备。
本实施例的制冷设备1000，可以是冰箱、冷柜、立式冷藏柜、酒柜等，下文的实施例 可以以冰箱为例进行说明。制冷设备1000包括箱体、设置于箱体内的内胆200、内胆200和箱体的连接处围出的门框205、由内胆200围出的制冷腔体、门框205围出所述制冷腔体的敞口206、覆盖敞口206的门体，制冷设备1000还包括与内胆200固定连接的隔板组件100，内胆200包括左右设置的一对内胆侧壁201，隔板组件100固定在内胆侧壁201之间，如图1和2所示，隔板组件100可以将制冷腔体分隔为两个腔体。
为清楚地表达本实施例中所描述的位置与方向，在本实施例中，定义隔板组件100可以将制冷腔体分隔为上下两个腔体，上腔体和下腔体的区分也可以参照重力的方向，此时，冰箱竖直放置于地面上，隔板组件100可以水平地与内胆200固定，门体相对于内胆200的方向为前，反方向定义为后，以用户从前向后面向敞口206为例，用户的左手方向为左，右手方向为右。水平仅为一种名称定义，并不限定为物理学意义上的“水平”；当然，在优选的本实施例中，水平可以平行于物理学中的水平面。
另外，隔板组件100可以分隔为上下空间，也可以是左右空间，也包括常规的制冷空间或者多功能的冷热柜，本发明以分隔上下空间、应用在冰箱中的隔板组件100为例进行详细的说明。
本实施例的隔板组件100，包括主隔板10和副隔板20，如图4a和4b所示。主隔板10包括限位部、上开口101、下开口102、以及贯穿上开口101和下开口102的容置空间130，主隔板10用于与制冷设备1000的内胆200固定连接，如图3所示。副隔板20可通过限位部固定于容置空间130内，如图5a和5b所示。
隔板组件100具有第一状态和第二状态，于第一状态，副隔板20容置于容置空间130内，副隔板20同时封闭上开口101和下开口102；于第二状态，副隔板20从容置空间130内移出。
本发明的隔板组件100在第一状态下，副隔板20可以与主隔板10固定连接，在第二状态下，副隔板20可以与主隔板10分离，而在第一状态和第二状态中，主隔板10始终与内胆200固定连接，既满足副隔板20拆装的使用的需求，又可以将主隔板10始终固定在特定位置，保持了冰箱的稳定性。
在第一状态下，由于副隔板20和主隔板10共同隔绝了上腔体和下腔体之间的气流流通，所以上腔体和下腔体的温差可以很大，例如隔板组件100上方的腔体可以是冷藏室，隔板组件100下方的腔体可以是冷冻室，形成两个温度差异巨大的间室。
在第二状态下，由于移除了副隔板20，所以上腔体和下腔体通过上开口101和下开口102气流流通，两者温度趋于一致，形成相同温度的间室；或者下方的冷冻室的冷量传递到上方的冷藏室，可以使冷藏室快速降温，待降温完成后盖回副隔板20，恢复两个温度间室的状态。其中，第二状态如图6所示。
下面再结合背景技术，对于现有的双开门冰箱、三门冰箱、法式冰箱等进行说明。现有冰箱的内胆200需要单独吸塑出多个储物空间的腔体，通过中梁使多个内胆200连接，由于分隔多个空间的中梁具有一定厚度，会使整个冰箱的容积减小。而当使用本实施例的 隔板组件100时，内胆200只需要吸塑出一个大的腔体，再由隔板组件100分隔出若干个小的腔体，使得相同体积的冰箱容积更大。
进一步地，使用过程中，用户可能会有需要使制冷间室快速制冷的需求、或者长期的整体制冷的功能需求，这样隔板组件100可能会有需要拆卸或调整其形态。但是，冰箱的高度大概在1.8m～2m左右，当内胆200只有一个大的腔体时，这个高度下若取出隔板组件100，冰箱的两个侧壁无法形成稳定地支撑，使得冰箱出现侧壁弯曲损坏的问题，所以现有隔板组件100无法移除，否则不能满足整体结构强度的力学性能的要求。
而本实施例的隔板组件100，由于主隔板10始终与内胆200固定连接，所以在取下副隔板20后，隔板组件100与内胆200的连接方式并没有发生变化，可以仍然保持对箱体的稳定支撑，所以副隔板20的拆装不影响制冷设备1000整体的结构强度，继而解决了在拆装隔板组件100时带来的强度不足问题。
进一步地，如图4a和8所示，主隔板10包括上隔板11，限位部包括台阶部19，上隔板11围出上开口101，台阶部19环上开口101一周设置、且形成上隔板11的水平方向的缩进，副隔板20抵持于台阶部19。副隔板20可以从上向下放入到容置空间130内，直到落在台阶部19上。
另外，主隔板10还包括与上隔板11连接的下隔板12，如图4a～5b和8所示，下隔板12围出下开口102，上隔板11包括后配合部191，下隔板12包括前卡合部。副隔板20包括设置于其后端的后卡合部222、以及设置于其前端的前配合部221，主隔板10包括与后卡合部222卡接的后配合部191、以及与前配合部221卡接的前卡合部。这样，当副隔板20安装在容置空间130内时，副隔板20的后卡合部222与主隔板10的后配合部191卡接，副隔板20的前配合部221与主隔板10的前卡合部卡接，相互交错的卡接形式使得连接更加稳定。
另外，当副隔板20安装在主隔板10内后，副隔板20与主隔板10之间可以设置密封层27，如密封棉，从而减少上下腔体的气流流通，减少热交换，提高密封性。
主隔板10包括由上隔板11和下隔板12之间合围出的主腔体120、以及设置于主腔体120内的电路模组，电路模组包括接线公端，副隔板20包括副腔体25、设置于副腔体25内的冷藏加热件23、以及与冷藏加热件23连接的接线母端；于第一状态，接线公端电连接于接线母端。
进一步地，副隔板20还包括上盖板21和下盖板22，如图5a和5b所示，上盖板21和下盖板22合围出副腔体25，上盖板21的下表面设置冷藏加热件23。冷藏加热件23是用于对上方的冷藏室进行温度补偿的电加热丝，冷藏加热件23可以贴敷在上盖板21的底面。
副隔板20还包括由下盖板22围出的插接件腔体26、以及封闭插接件腔体26的封闭盖24，接线母端设置于插接件腔体26内，封闭盖24可拆卸连接于下盖板22。通过打开封闭盖24实现接线母端和接线公端的插接。
主腔体120和副腔体25内部均填充保温件，主隔板10包括连通主腔体120的主进料口，副隔板20包括连通副腔体25副进料口310，保温件可以是一种发泡料，通过发泡的形式填充进腔体内。保温件通过主进料口填充进主腔体120，保温件通过副进料口310填充进副腔体25。副隔板20可以在外面通过副进料口310发泡后，再放入主隔板10内，也可以放在主隔板10内，与主隔板10一同发泡。提高了隔板组件100的保温性能，从而有利于上腔体和下腔体形成更大的温差。
上盖板21的上表面设置集水槽210，由于上腔体和下腔体可以温差巨大，集水槽210可以防止上腔体产生的凝露水时流到下方的冷冻室中，起到收集凝露水的作用。
隔板组件100还包括上隔板11和下隔板12，具体地，是主隔板10包括上隔板11和下隔板12。上隔板11包括上壁111和上侧壁112，下隔板12包括下壁121和下侧壁122；上侧壁112与下侧壁122相对平行设置且固定连接，上壁111和下壁121、以及上侧壁112或下侧壁122的内部合围出主腔体120、外部侧面合围出用于连接内胆200的隔板凹槽18和隔板凸起17，上侧壁112和下侧壁122围出主进料口，主进料口用于向主腔体120内填充保温件。上侧壁112和下侧壁122可以通过卡扣结构固定连接。
上隔板11和下隔板12可以分别生产，例如分别注塑成型，可以使用强度更高的材料单独生产，上隔板11和下隔板12都可以设计制作成更复杂的结构，例如制作出隔板凹槽18和隔板凸起17，从而在后期与内胆200的装配中更加稳固，避免了结构的变形，另一方面保温件通过主进料口进入主腔体120，可以使保温件不仅起到保温的作用，还起到固定连接内胆200和隔板组件100的作用，提高了连接的强度，继而可以使得安装于制冷设备1000上后拼缝更小，且长期使用稳定可靠，结构美观提高消费者的使用体验。
内胆200包括一对内胆侧壁201，也就是左侧壁和右侧壁，左侧壁和右侧壁从前向后均依次设置前内壁204、内胆凹槽203和内胆凸起202，左右两侧的前内壁204之间的距离与敞口206的左右宽度相同，左右两侧的内胆凹槽203的相互远离的端部之间的距离大于敞口206的左右宽度，左右两侧的内胆凸起202的相互远离的端部之间的距离小于敞口206的左右宽度。
隔板组件100包括左右两边均从前向后均依次设置的前端壁16、隔板凸起17和隔板凹槽18，前端壁16与前内壁204贴合，隔板凸起17与内胆凹槽203配合，隔板凹槽18与内胆凸起202配合。具体地，是内胆凸起202嵌入隔板凹槽18内，隔板凸起17嵌入内胆凹槽203内。
隔板凹槽18的形状，如图2、4a、4b、7a、9a、10所示，向内凹陷，大致呈U形的结构。内胆凸起202如图2或9a所示，内胆凸起202的凸起部位插入U形的隔板凹槽18中，形成凹凸结构对隔板组件100支撑；同样地，对于内胆凹槽203和隔板凸起17而言，内胆凹槽203如2或9a所示，隔板凸起17插入内胆凹槽203中，通过内胆200和隔板组件100的凹槽和凸起的相互交替，形成了稳定的支撑。
由于左右两侧的前内壁204之间的距离与敞口206的左右宽度相同，且前端壁16与前 内壁204贴合，所以隔板组件100没有将门框205切分开，门框205保持了一致性，且形成了交错的凹凸配合的结构，从而提高了内胆200对隔板组件100的支撑效果，继而使得门框205上下一致性更好更美观且支撑强度高。
如图9a所示，内胆凹槽203包括左内胆凹槽和右内胆凹槽，内胆凸起202包括设置于左内胆凹槽后方的左内胆凸起2021、设置于右内胆凹槽后方的右内胆凸起2023；隔板凹槽18包括与左内胆凸起2021配接的左隔板凹槽181、与右内胆凸起2023配接的右隔板凹槽183，隔板凸起17包括与左内胆凹槽配接的左隔板凸起17、与右内胆凹槽配接的右隔板凸起17。
内胆200还包括后侧壁，后侧壁包括与内胆凸起202位于同一水平高度的后内胆凸起2022，隔板组件100还包括与后内胆凸起2022配合的后隔板凹槽182。
设置后内胆凸起2022和后隔板凹槽182的配合，一方面提高了内胆200和隔板组件100连接的稳定性，使得内胆200从左、右、后三个方向支撑隔板组件100，如图9a所示。另一方面在设置了后内胆凸起2022后，可以进一步地通过吸塑形成排水槽2024，如图2和6所示，排水槽2024设置于后内胆凸起2022的后方，便于冷藏室的冷凝水排出，后内胆凸起2022的形成使排水槽2024的设置成为了可能，而现有的隔板组件100的结构中，由于不存在后内胆凸起2022，无法在隔板组件100的后方再设置排水槽2024。
由于内胆200是通过吸塑成型的，且上下高度较高，所以在安装的过程中，先将隔板组件100与内胆200安装在一起，内胆200的左右两侧的内胆侧壁201可以向左右两边稍许的变形，容隔板组件100插入通过。在隔板组件100插入的过程中，左隔板凹槽181插入到左内胆凸起2021上，右隔板凹槽183插入到右内胆凸起2023上，直到隔板组件100推入到底部后，后隔板凹槽182插入到后内胆凸起2022上，此时右隔板凸起17嵌入到右内胆凹槽中，左隔板凸起17嵌入到左内胆凹槽中，且隔板组件100左侧的前端壁16与内胆侧壁201左侧的前内壁204前端壁16贴合，隔板组件100右侧的前端壁16与内胆侧壁201右侧的前内壁204前端壁16贴合。此时，内胆200恢复形变，内胆侧壁201的左前内壁204和右前内壁204的距离即为内胆200的敞口206的宽度。
另外在隔板组件100安装的过程中，隔板组件100与内胆200之间还设置有下文的密封圈301和弯折密封件401，以保障隔板组件100与内胆200之间的密封。然后在内胆200外侧安装下文的进料走线盖300和进料盖400，内胆200的左侧和右侧均连接若干个进料走线盖300和进料盖400，内胆200的后侧连接若干个进料盖400，图中为3个。保温件可以是发泡料，进料盖400和进料走线盖300上均设置进料口，可以用于使发泡料通过进料口进入到主腔体120内。
最后再将制冷设备1000的箱体外壳与内胆200组装，然后对箱体和内胆200之间发泡，发泡料同时会进入隔板组件100内。
最终，对隔板组件100的支撑，尤其是对主隔板10的支撑，至少有来自四个方面的固定：
(1)发泡料凝固后，箱体和内胆200之间的发泡料同时连接着主隔板10内的发泡料，通过发泡料将内胆200和隔板组件100固定在一起，发泡料抵抗箱体和内胆200热胀冷缩时因变形与隔板组件100可能产生的缝隙，避免出现闪缝；
(2)通过进料走线盖300和进料盖400，将内胆200和隔板组件100固定连接在一起，且进料走线盖300和进料盖400均在多个方向设置多个，从各个方向拉住内胆200和隔板组件100，避免了闪缝的出现；
(3)内胆凸起202和隔板凹槽18的配合，隔板组件100的上壁111抵持在内胆凸起202的上方，使内胆凸起202直接形成对隔板组件100的向上支撑；
(4)内胆凹槽203与隔板凸起17的配合，隔板组件100的下壁121抵持在内胆凹槽203的上方，使内胆凹槽203直接形成对隔板组件100的向上支撑；
另外，内胆凸起202、内胆凹槽203与隔板组件100之间的作用力，以及隔板组件100的下壁121与内胆凸起202、隔板组件100的上壁111与内胆凹槽203，形成阻碍隔板组件100向上、向前、向后方向运动的力。
主进料口包括第一进料口1131和第三进料口1211，上侧壁112和/或下侧壁122包括围出第一进料口1131的延伸边、围出第三进料口1211的延伸壁124，延伸边和延伸壁124均嵌入内胆200上的孔内。从多个进料口分别填充保温件，使各个方向都能很好的支撑连接。
上隔板11包括第一配接件，下隔板12包括与第一配接件连接的第二配接件，第一配接件和第二配接件设置于上隔板11和下隔板12的交接处，第一配接件和第二配接件的配合限制保温件位于主腔体120内。
具体地，第一配接件和第二配接件其一设置为配接槽152，另一设置为嵌入配接槽152的配接边151。
配接槽152和配接边151的至少部分结构环绕主腔体120设置。另外，配接槽152和配接边151的至少部分结构环绕容置空间130设置，如图8所示，上隔板11的上侧壁112形成配接边151，下隔板12的下侧壁122内部形成配接槽152；下隔板12围出下开口102的边也形成配接边151，上隔板11的上开口101内部形成配接槽152，也就是说，在上隔板11上既设置有配接槽152、也设置有配接边151，同样的下隔板12也是。这样交替的设置使得主腔体120的密封更加紧密，保温件无法从上隔板11和下隔板12的连接位置处溢出。
另外，主隔板10包括设置于侧面的第一进料口1131和第一进线口1132，第一进料口1131用于将保温件填充进主腔体120，第一进线口1132用于通入电线500，对隔板组件100内的显示模组14、冷藏加热件23、前端加热件1322供电。第一进料口1131和第一进线口1132都设置在隔板凸起17的位置，内胆凹槽203上设置有孔对齐第一进料口1131和第一进线口1132，内胆200与箱体之间的电线500进入第一进线口1132，内胆200与箱体之间的发泡料进入第一进料口1131，如图2所示。
在上隔板11的下方设置主腔体120，上隔板11的上方围出显示槽110，隔板组件100还包括显示模组14，显示模组14设置于显示槽110内，显示模组14包括穿过第一进线口1132的显示线路、以及设置于主隔板10的上方且向上设置的显示屏141。
电线500穿过走线孔伸入显示槽110内，走线孔仅供电线500通过，但发泡料无法通过，使得主腔体120内可以填充保温件，但显示槽110内不填充保温件，从而保障显示模组14内的电路结构不被发泡影响显示效果。上隔板11还包括连通显示槽110和主腔体120的主进线口，加热线路依次穿过第一进线口1132和主进线口，经主腔体120连接前端加热件1322。于主进线口处仅可以通过电线500，不能通过保温件。
显示屏141设置于上开口101的前方。这样一方面使隔板组件100具有了更多的功能，隔板组件100可以同时实现拆装、显示的作用，另一方面方便用户通过隔板组件100与制冷设备1000智能交互。
上隔板11的上表面未被显示模组14覆盖的上表面与显示模组14的上表面位于同一平面，这样整体一致性更好，且可以在显示模组14的上表面和未被显示模组14覆盖的上表面放置同一物品。
另外隔板组件100还包括进料走线盖300，进料走线盖300包括第二进料口310和第二进线口320，第二进料口310对齐第一进料口1131，第二进线口320对齐第一进线口1132，第二进线口320连接封闭端子321，封闭端子321包括用于穿过电线500的走线孔，进料走线盖300与主隔板10固定连接、且进料走线盖300和主隔板10之间设置用于夹持内胆200的夹持空间。
电线500可以通过第一进线口1132和第二进线口320进入隔板组件100内，从而可以给隔板组件100通电，使该结构的隔板组件100的智能显示、制冷、加热等成为可能，提升了消费者的使用体验。另外进料走线盖300可以将内胆200和主隔板10牢牢固定在一起，提升了结构的稳定性。
具体地，如图10和图11所示，上隔板11和/或下隔板12包括向外伸出的延伸边，进料走线盖300包括与延伸边配合的防溢槽340，延伸边插入防溢槽340内。延伸边包括上隔板11向外伸出的上延伸边113、下隔板12向外伸出的下延伸边123，上延伸边113插接于下延伸边123，上延伸边113和下延伸边123分别合围出第一进料口1131和第一进线口1132。延伸边和防溢槽340均呈环形，环设于第一进料口1131外侧和第一进线口1132外侧。
上延伸边113和下延伸边123的配合结构，使得上隔板11和下隔板12的连接更加紧密，结构强度高；环形的延伸边和防溢槽340的配合结构，可以避免溢料，形成完整的密封结构。
进料走线盖300包括第一卡合件，主隔板10包括第一配合件，第一卡合件卡合连接于第一配合件。具体地，第一卡合件设置为伸入第一进料口1131的第一卡勾330，第一配合件设置为第一进料口1131内的第一内壁，第一卡勾330卡合于第一内壁。如图9b或12b 所示，第一卡勾330包括上下两组，分别与上方的第一内壁和下方的第一内壁卡合，稳定连接。
另外，夹持空间内设置密封圈301，如图3或10所示，密封圈301套设于延伸边外侧。密封圈301可以是橡胶圈或发泡棉，起到防止溢胶、密封的作用。
如图10或12a所示，主隔板10、进料走线盖300及内胆200均设置螺栓孔，螺栓依次穿过进料走线盖300、内胆200后连接主隔板10。通过螺栓将主隔板10、进料走线盖300、内胆200和密封圈301四个部件紧密连接在一起。
第一卡勾330同时还可以用于先将内胆200与隔板组件100固定连接，起到预固定的作用，然后再用螺栓固定，螺栓固定的时候结构更加稳定，所以第一卡勾330的设置方便了员工的组装螺栓，提高了生产效率。
隔板组件100还包括前盖板131，如图7a～9b所示，上隔板11和下隔板12合围出的主腔体120前方具有前开口140，前盖板131封闭前开口140。隔板组件100还包括加热模组132，加热模组132包括设置于前盖板131的后表面的前端加热件1322。前端加热件1322可以用于解决在隔板组件100的前端的上下腔体的较大温差处产生凝露的问题，所以在前盖板131的后方贴设前端加热件1322产生热量。
加热模组132还包括连接前端加热件1322的前端加热电路1321，如图3或7b所示，前端加热电路1321通过第一进线口1132处进的线进行供电。
上隔板11和下隔板12合围出环前开口140的环形槽1401，前盖板131包括用于插入环形槽1401内的环形挡圈1311，环形槽1401固定连接于环形挡圈1311，如图7b、8、9b所示。
下隔板12包括照明槽150，如图7a～8所示，隔板组件100包括设置于照明槽150内的照明模组134，照明模组134包括穿过第一进线口1132的照明线路、以及向下照明的照明件，隔板组件100还包括用于封闭照明槽150的照明盖133，照明盖133设置为透明件。照明模组134向上发光，照明盖133向下设置，这样照明模组134向下方照明，使隔板组件100兼具有照明功能，且由于发光的方式为带状的漫反射，照明效果更美观。
左内胆凸起2021、右内胆凸起2023、后内胆凸起2022均设置通孔2025，如图2所示，隔板凹槽18和/或隔板凸起17的侧壁设置若干个与通孔2025对齐的第三进料口1211，具体地左隔板凹槽181、右隔板凹槽183、后隔板凹槽182均设置第三进料口1211，也就是上侧壁112和下侧壁122均设置第三进料口1211，保温件穿过第三进料口1211和通孔2025进入主腔体120。
另外隔板组件100还包括进料盖400，如图10、13a～13b所示，进料盖400包括第四进料口410，第四进料口410对齐第三进料口1211，进料盖400依次穿过通孔2025和第三进料口1211、将内胆200和隔板组件100固定连接，进料盖400与主隔板10固定连接、且进料盖400和主隔板10之间设置用于夹持内胆200的夹持空间。
保温件可以通过第三进料口1211和第四进料口410进入主腔体120，可以使保温件不 仅起到保温的作用，还起到固定连接内胆200和隔板组件100的作用，提高了连接的强度，以及进料盖400可以将内胆200和主隔板10牢牢固定在一起，提升了结构的稳定性。
制冷设备1000还包括弯折密封件401，弯折密封件401包括设置于左内胆凸起2021和左隔板凹槽181之间的左密封件、设置于后内胆凸起2022和后隔板凹槽182之间的后密封件、设置于右内胆凸起2023和右隔板凹槽18318之间的右密封件，弯折密封件401上设置与第三进料口1211对齐的开孔4011。
进料盖400包括第二卡合件，主隔板10包括第二配合件，第二卡合件卡合连接于第二配合件。第二卡合件设置为伸入第三进料口1211的第二卡勾430，第二配合件设置为第三进料口1211内的第二内壁，第二卡勾430卡合于第二内壁。
延伸壁124沿远离主腔体120方向向外凸出，从而与内胆200和进料盖400稳固地连接。进料盖400包括用于部分容置延伸壁124的定位槽420。外定位槽420包括左定位槽420和右定位槽420，第二卡勾430包括左第二卡勾430和右第二卡勾430，左定位槽420设置于左第二卡勾430的左侧，右定位槽420设置于右第二卡勾430的右侧，从左右两侧稳定的连接和支撑。
制冷设备1000还包括设置于隔板组件100上方的上风道盖板、设置于隔板组件100下方的下风道盖板，上风道盖板和下风道盖板均抵持于隔板组件100。这样从上方和下方同时依靠风道盖板支撑隔板组件100，使其支撑效果更好，抵抗变形的能力更好。
与现有技术相比，本实施例具有以下有益效果：
由于左右两侧的前内壁204之间的距离与敞口206的左右宽度相同，且前端壁16与前内壁204贴合，所以隔板组件100没有将门框205切分开，门框205保持了一致性，又由于左右两侧的内胆200凹槽的相互远离的端部之间的距离大于敞口206的左右宽度，左右两侧的内胆200凸起的相互远离的端部之间的距离小于述敞口206的左右宽度，且隔板凸起17与内胆200凹槽配合，隔板凹槽18与内胆200凸起配合，形成了交错的凹凸配合的结构，从而提高了内胆200对隔板组件100的支撑效果，继而使得门框205上下一致性更好更美观且支撑强度高。
应当理解，虽然本说明书按照实施方式加以描述，但并非每个实施方式仅包含一个独立的技术方案，说明书的这种叙述方式仅仅是为清楚起见，本领域技术人员应当将说明书作为一个整体，各实施方式中的技术方案也可以经适当组合，形成本领域技术人员可以理解的其他实施方式。
上文所列出的一系列的详细说明仅仅是针对本发明的可行性实施方式的具体说明，它们并非用以限制本发明的保护范围，凡未脱离本发明技艺精神所作的等效实施方式或变更均应包含在本发明的保护范围之内。

Claims (10)

  1. 一种制冷设备，包括门框、内胆、由所述内胆围出的制冷腔体、以及与所述内胆固定连接的隔板组件，所述门框围出所述制冷腔体的敞口，其特征在于，所述内胆包括左侧壁和右侧壁，所述左侧壁和所述右侧壁从前向后均依次设置前内壁、内胆凹槽和内胆凸起，左右两侧的前内壁之间的距离与所述敞口的左右宽度相同，左右两侧的所述内胆凹槽的相互远离的端部之间的距离大于所述敞口的左右宽度，左右两侧的所述内胆凸起的相互远离的端部之间的距离小于所述敞口的左右宽度；
    所述隔板组件包括左右两边均从前向后均依次设置的前端壁、隔板凸起和隔板凹槽，所述前端壁与所述前内壁贴合，所述隔板凸起与所述内胆凹槽配合，所述隔板凹槽与所述内胆凸起配合。
  2. 根据权利要求1所述的制冷设备，其特征在于，所述内胆还包括后侧壁，所述后侧壁包括与所述内胆凸起位于同一水平高度的后内胆凸起，所述隔板组件还包括与所述后内胆凸起配合的后隔板凹槽。
  3. 根据权利要求2所述的制冷设备，其特征在于，所述内胆凹槽包括左内胆凹槽和右内胆凹槽，所述内胆凸起包括设置于所述左内胆凹槽后方的左内胆凸起、设置于所述右内胆凹槽后方的右内胆凸起；
    所述隔板凹槽包括与所述左内胆凸起配接的左隔板凹槽、与所述右内胆凸起配接的右隔板凹槽，所述隔板凸起包括与所述左内胆凹槽配接的左隔板凸起、与所述右内胆凹槽配接的右隔板凸起。
  4. 根据权利要求3所述的制冷设备，其特征在于，所述内胆包括若干个通孔，所述隔板凹槽和/或所述隔板凸起的侧壁设置若干个与所述通孔对齐的第三进料口，所述制冷设备还包括保温件，所述隔板组件包括主腔体，所述保温件穿过所述进料口和所述通孔进入所述主腔体。
  5. 根据权利要求4所述的制冷设备，其特征在于，所述隔板组件还包括进料盖，所述进料盖依次穿过所述通孔和所述第三进料口、将所述内胆和所述隔板组件固定连接。
  6. 根据权利要求4所述的制冷设备，其特征在于，所述左内胆凸起、所述右内胆凸起、所述后内胆凸起均设置所述通孔，所述左隔板凹槽、所述右隔板凹槽、所述后隔板凹槽均设置所述第三进料口。
  7. 根据权利要求4所述的制冷设备，其特征在于，所述制冷设备还包括弯折密封件，所述弯折密封件包括设置于所述左内胆凸起和所述左隔板凹槽之间的左密封件、设置于所述后内胆凸起和所述后隔板凹槽之间的后密封件、设置于所述右内胆凸起和所述右隔板凹槽之间的右密封件，所述弯折密封件上设置与所述通孔对齐的开孔。
  8. 根据权利要求2所述的制冷设备，其特征在于，所述内胆还包括排水槽，所述排水槽设置于所述后内胆凸起的后方。
  9. 根据权利要求2所述的制冷设备，其特征在于，所述隔板组件还包括上隔板和下隔板，所述上隔板包括上壁和上侧壁，所述下隔板包括下壁和下侧壁；
    所述内胆凸起嵌在所述上壁和所述下壁之间；
    所述上壁和所述下壁、以及所述上侧壁或所述下侧壁，合围出所述隔板凹槽。
  10. 根据权利要求1所述的制冷设备，其特征在于，所述制冷设备还包括设置于所述隔板组件上方的上风道盖板、设置于所述隔板组件下方的下风道盖板，所述上风道盖板和所述下风道盖板均抵持于所述隔板组件。
PCT/CN2023/075870 2022-06-30 2023-02-14 制冷设备 WO2024001204A1 (zh)

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202158716U (zh) * 2011-07-18 2012-03-07 海尔集团公司 冰箱中隔板的固定结构及冰箱
CN206449992U (zh) * 2016-12-29 2017-08-29 青岛海尔特种电冰柜有限公司 组装式内胆组件、制冷设备用箱体及制冷设备
CN212775074U (zh) * 2020-07-13 2021-03-23 鲍东华 一种新型插接结构及其组合的abs塑料柜
CN115077180A (zh) * 2022-06-30 2022-09-20 青岛海尔电冰箱有限公司 隔板组件及制冷设备
CN218096814U (zh) * 2022-06-30 2022-12-20 青岛海尔电冰箱有限公司 制冷设备
CN218096812U (zh) * 2022-06-30 2022-12-20 青岛海尔电冰箱有限公司 制冷设备

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202158716U (zh) * 2011-07-18 2012-03-07 海尔集团公司 冰箱中隔板的固定结构及冰箱
CN206449992U (zh) * 2016-12-29 2017-08-29 青岛海尔特种电冰柜有限公司 组装式内胆组件、制冷设备用箱体及制冷设备
CN212775074U (zh) * 2020-07-13 2021-03-23 鲍东华 一种新型插接结构及其组合的abs塑料柜
CN115077180A (zh) * 2022-06-30 2022-09-20 青岛海尔电冰箱有限公司 隔板组件及制冷设备
CN218096814U (zh) * 2022-06-30 2022-12-20 青岛海尔电冰箱有限公司 制冷设备
CN218096812U (zh) * 2022-06-30 2022-12-20 青岛海尔电冰箱有限公司 制冷设备

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