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CN-224206772-U - Washing structure and electric appliance

CN224206772UCN 224206772 UCN224206772 UCN 224206772UCN-224206772-U

Abstract

The utility model relates to a washing structure and an electric appliance, and belongs to the field of electric appliances. The washing structure comprises an inner container, a plane filter, a water collector, a water collecting shell, a washing pump installation shell and a drainage pump installation shell, wherein the inner container is provided with a water collecting tank and a first installation opening, the plane filter is arranged on the inner container and covers the water collecting tank, the water collector comprises a water collecting shell, a washing pump installation shell and a drainage pump installation shell, the water collecting shell is arranged on the inner container and is installed in an adapting mode with the first installation opening, the water collecting shell is provided with a water collector cavity, the water collecting cavity is communicated with the water collecting tank, the washing pump installation shell and the drainage pump installation shell are arranged on the water collecting shell, the washing pump installation shell is provided with a washing pump water inlet communicated with the water collecting cavity, the drainage pump installation shell is provided with a drainage pump water inlet communicated with the water collecting cavity, and the water collecting shell, the washing pump installation shell and the drainage pump installation shell are integrally formed. According to the utility model, the water collecting shell, the washing pump mounting shell and the drainage pump mounting shell are integrally formed, so that the problems of multiple water leakage risk points and complex mounting structure are avoided.

Inventors

  • WEN JIONG

Assignees

  • 佛山市百斯特电器科技有限公司

Dates

Publication Date
20260508
Application Date
20250519

Claims (10)

  1. 1. A washing structure, characterized in that said washing structure comprises: The inner container (1), the inner container (1) is provided with a water collecting tank (101), a first mounting port (102) and an inner container water outlet (103), and the first mounting port (102) is positioned at the bottom of the water collecting tank (101); A planar filter (2), wherein the planar filter (2) is arranged on the liner (1) and covers the water collecting tank (101); A water collector (3), the water collector (3) comprises a water collecting shell (31), a washing pump mounting shell (32) and a drainage pump mounting shell (33), the water collecting shell (31) is arranged on the inner container (1) and is mounted in an adapting way with the first mounting opening (102), the water collecting shell (31) is provided with a water collecting cavity (303), the water collecting cavity (303) is communicated with the water collecting tank (101), the washing pump mounting shell (32) and the drainage pump mounting shell (33) are both arranged on the water collecting shell (31), the washing pump mounting shell (32) is provided with a washing pump water inlet (301) communicated with the water collecting cavity (303), the washing pump mounting shell (32) is used for being connected with a washing pump (5), the drainage pump mounting shell (33) is provided with a drainage pump water inlet (302) communicated with the water collecting cavity (303), and the drainage pump mounting shell (33) is used for being connected with a drainage pump (6); The water collecting shell (31), the washing pump mounting shell (32) and the drainage pump mounting shell (33) are integrally formed.
  2. 2. The washing structure according to claim 1, characterized in that the plane filter (2) is provided with a second mounting opening (201), further comprising a cylindrical filter (4), the cylindrical filter (4) being arranged on the plane filter (2) and passing through the second mounting opening (201), the portion of the cylindrical filter (4) passing through the second mounting opening (201) extending into the water collector chamber (303) after passing through the first mounting opening (102).
  3. 3. The washing structure of claim 1, wherein, The washing device further comprises a washing pump (5), wherein the washing pump (5) is arranged on the washing pump mounting shell (32) and is positioned at the washing pump water inlet (301), the washing pump (5) or the washing pump mounting shell (32) is provided with a washing pump water outlet (501), and the washing pump water inlet (301), the washing pump water outlet (501) and the liner water outlet (103) are sequentially communicated; and/or further comprising a drain pump (6), the drain pump (6) being arranged on the drain pump mounting housing (33) at the drain pump water inlet (302).
  4. 4. The washing structure according to claim 1, further comprising a heating element (7), wherein the inner container (1) is provided with a heating element mounting opening (104), and wherein the heating element (7) is arranged on the inner container (1) at the heating element mounting opening (104).
  5. 5. The washing structure of claim 4, wherein, The heating element mounting opening (104) is positioned at the bottom of the water collecting tank (101), the heating element mounting opening (104) is arranged adjacent to the first mounting opening (102), and the plane filter (2) covers the heating element (7); And/or the water outlet (103) of the inner container is arranged adjacent to the water collecting tank (101), the washing structure is provided with a door body, and the distance from the water collecting tank (101) to the door body is smaller than the distance from the water outlet (103) of the inner container to the door body.
  6. 6. The washing structure according to claim 1, wherein the washing pump mounting case (32) is provided on the liner water outlet (103), and the washing pump water inlet (301), the washing pump mounting case (32), and the liner water outlet (103) are sequentially communicated.
  7. 7. The washing structure of claim 6, wherein, The washing pump installation shell (32) and the drainage pump installation shell (33) are respectively arranged at two sides of the water collection shell (31), an extension line of a central shaft of the washing pump installation shell (32) is overlapped with an extension line of a central shaft of the drainage pump installation shell (33), and the extension lines of the central shaft of the washing pump installation shell (32) and the drainage pump installation shell (33) are perpendicular to each other; And/or the washing pump (5) is provided with a washing pump outlet (501), and the extension line of the central axis of the washing pump water inlet (301) is mutually perpendicular to the extension line of the central axis of the washing pump outlet (501); And/or be equipped with water inlet pipeline between water collecting shell (31) and washing pump installation shell (32), washing pump installation shell (32) are equipped with water outlet pipeline, water inlet pipeline is located on the extension line of the center pin of washing pump installation shell (32), water outlet pipeline's center pin's extension line with water inlet pipeline's center pin's extension line mutually perpendicular.
  8. 8. The washing structure according to claim 2, characterized in that the cylindrical filter (4) comprises a first filter portion (41), a second filter portion (42), a third filter portion (43), a fourth filter portion (44) and an annular housing (45), the second filter portion (42) being arranged on the planar filter (2), the first filter portion (41) and the third filter portion (43) being arranged on the second filter portion (42), the fourth filter portion (44) being arranged on the third filter portion (43), the first filter portion (41) having a level greater than the level of the planar filter (2), the water collector (3) being provided with the water collector cavity (303), the third filter portion (43) being arranged in the water collector cavity (303), the annular housing (45) being arranged on the third filter portion (43), the annular housing (45) being in communication with the water collector (3) with the water inlet pump (301), the annular housing (45) being in communication with the water inlet pump (301).
  9. 9. The washing structure of claim 8, wherein, The plane filter (2) is provided with a plurality of micropores, the outer side wall of the third filtering part (43) and the inner side wall of the water collector (3) form a filtering waterway, and a plurality of micropores, the water collecting tank (101), the filtering waterway and the washing pump water inlet (301) form a first channel; The first filtering part (41) is provided with a first filtering hole (401), the second filtering part (42) is provided with a second filtering hole (402), the third filtering part (43) is provided with a third filtering hole (403), the number of the first filtering hole (401), the second filtering hole (402) and the third filtering hole (403) is a plurality, and a plurality of the first filtering holes (401), a plurality of the second filtering holes (402), a plurality of the third filtering holes (403) and the washing pump water inlet (301) form a second channel; The fourth filtering part (44) is provided with a plurality of fourth filtering holes (404), and a third channel is formed by the plurality of first filtering holes (401), the plurality of second filtering holes (402), the plurality of fourth filtering holes (404) and the water inlet (302) of the drainage pump; the micropores, the water collection tank (101), the filtering waterway, the third filtering holes (403), the fourth filtering holes (404) and the water inlet (302) of the drainage pump form a fourth channel.
  10. 10. An electric appliance is characterized in that, the electric appliance comprises: A washing structure as claimed in any one of claims 1 to 9; the electric appliance body, the washing structure sets up on the electric appliance body.

Description

Washing structure and electric appliance Technical Field The utility model relates to the field of electric appliances, in particular to a washing structure and an electric appliance. Background In the prior art, a plurality of connecting pipelines of a water path system in a washing electric appliance are arranged, so that a plurality of water leakage risk points exist. Meanwhile, each part of the washing electric appliance is required to be independently designed with a mounting bracket, a positioning structure and a fixing assembly, so that the assembly process is complicated, the manual operation difficulty and the error probability are increased, the production efficiency is low, and the manufacturing cost is increased. In addition, the distributed component layout lacks systematic planning, and each component is forced to reserve a large amount of redundant space for adapting an independent installation structure, so that the internal structure of the whole machine is loose, the miniaturization design is difficult to realize, and the requirement of modern home on intensive space utilization cannot be met. Disclosure of utility model Accordingly, it is necessary to provide a washing structure and an electric appliance for solving the problems of a large number of connection pipes of a waterway system and a complicated installation structure of parts in the washing appliance. The washing structure comprises an inner container, a plane filter, a water collector, a washing pump mounting shell and a drainage pump mounting shell, wherein the inner container is provided with a water collecting tank, a first mounting opening and an inner container water outlet, the first mounting opening is arranged at the bottom of the water collecting tank, the plane filter is arranged on the inner container and covers the water collecting tank, the water collector comprises a water collecting shell, a washing pump mounting shell and a drainage pump mounting shell, the water collecting shell is arranged on the inner container and is mounted in an adapting mode with the first mounting opening, the water collecting shell is provided with a water collector cavity, the water collecting tank cavity is communicated with the water collecting tank, the washing pump mounting shell and the drainage pump mounting shell are both arranged on the water collecting shell, the washing pump mounting shell is provided with a washing pump water inlet communicated with the water collecting tank cavity and is used for being connected with a washing pump, the drainage pump mounting shell is provided with a water inlet communicated with the water collecting shell cavity, the drainage pump mounting shell is used for being connected with the drainage pump, and the drainage pump mounting shell, the drainage pump and the drainage pump mounting shell and the drainage pump are integrally formed. The above-mentioned washing structure that has disclosed, in traditional washing electrical apparatus, because waterway system connecting tube is many, the risk point that causes leaking is more, and each spare part needs to set up the mounting structure alone and fix, leads to mounting structure complicacy, and each part structural distribution is unreasonable for the complete machine volume is great. The water collecting shell, the washing pump installation shell and the drainage pump installation shell are integrally formed, and are integrated into a unified cavity structure, so that an intermediate connecting pipeline is completely omitted. The water flow can be directly communicated with the water inlets of the washing pump and the drainage pump through the water collector cavity of the water collecting shell, so that an uninterrupted straight-through waterway is formed, the problems of bending of the traditional pipeline, loosening of the joint and the like are avoided, the water flow resistance and the water leakage risk are obviously reduced, and the washing water circulation and the sewage drainage process are more stable and efficient. Meanwhile, the structure adopts the process of integrally forming the water collecting shell, the washing pump mounting shell and the drainage pump mounting shell, and all functional modules have no physical splicing gaps, so that the sealing short plate of the traditional structure is eliminated fundamentally. The water collecting tank at the bottom of the inner container is used as a converging center of the washing water, and the inclined tank bottom is provided with a first mounting opening for guiding the washing water to quickly flow to the tank bottom, so that the water flow is prevented from being detained at the bottom of the inner container to form dead angles. The design shortens the transmission path of the washing water from the inner container to the water collector, and can realize the rapid collection and circulation of the washing water by matching with the cavity of the water collector, thereby improvin