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CN-122004552-A - Clothing refrigerating device

CN122004552ACN 122004552 ACN122004552 ACN 122004552ACN-122004552-A

Abstract

The application discloses a clothing refrigerating device, which belongs to the technical field of clothing refrigeration and comprises a clothing body and a cooling structure arranged on the clothing body and used for actively refrigerating and cooling in clothing, wherein the cooling structure comprises front refrigerating modules respectively arranged on two sides of the chest of the clothing body and rear refrigerating modules arranged on the back of the clothing body. This clothing refrigerating plant forms the whole domain refrigeration overall arrangement through preceding refrigeration module and back refrigeration module, and the cooling is even, can avoid human front and back body temperature sensing to be poor too big, effectively promotes refrigeration efficiency and dresses the comfort level, relies on preceding semiconductor refrigeration piece and back semiconductor refrigeration piece to directly provide the cold source simultaneously, adopts the air current to take cold direct blowing mode, and the cooling effect is stronger, more lasting, and the cooperation adopts the clothing body separation external heat from heat dissipation surface fabric, reduces cold volume loss, prolongs the duration when promoting refrigeration efficiency, provides comfortable, safe, stable individual thermal management experience for the wearer.

Inventors

  • Sheng Wanqian

Assignees

  • 温州又宇电气有限公司

Dates

Publication Date
20260512
Application Date
20260327

Claims (10)

  1. 1. A clothing refrigerating device comprises a clothing body (1) and a cooling structure (2) which is arranged on the clothing body (1) and used for actively refrigerating and cooling the clothing; The cooling structure (2) is characterized by comprising a front refrigerating module and a rear refrigerating module, wherein the front refrigerating module and the rear refrigerating module are respectively arranged at two sides of the chest of the clothing body (1), and the rear refrigerating module is arranged at the back of the clothing body (1); The front refrigeration module comprises a front packaging piece (21) arranged in front of the chest of the clothing body (1), a front semiconductor refrigeration piece (22) arranged in the front packaging piece (21), and a double-fan airflow assembly (23) arranged on the front packaging piece (21) and used for driving airflow to flow through the front semiconductor refrigeration piece (22) for in-clothing air supply circulation and external heat dissipation; The back refrigeration module comprises a back packaging piece (24) arranged at the back position of the clothing body (1), a back semiconductor refrigeration piece (25) arranged in the back packaging piece (24) and a single-fan airflow assembly (26) arranged in the back packaging piece (24) and used for driving airflow to flow through the back semiconductor refrigeration piece (25) for in-clothing air supply and external heat dissipation; The front semiconductor refrigerating sheet (22) and the rear semiconductor refrigerating sheet (25) are at least provided with two groups; The garment body (1) is made of self-heat-dissipation fabric.
  2. 2. The clothing refrigeration device of claim 1, wherein the clothing body (1) is fastened with a dismounting piece (4) for accommodating the front refrigeration module, and the dismounting piece (4) is a silica gel sleeve or a rubber sleeve.
  3. 3. The clothing refrigeration device of claim 2, wherein the front packaging member (21) comprises an inner shell (211) arranged in the disassembling member (4) and an outer shell (212) arranged in the disassembling member (4) and fixedly connected with one side of the bottom of the inner shell (211), the front semiconductor refrigeration piece (22) penetrates through the inner shell (211) and the outer shell (212) and is fixedly arranged in the inner shell (211) and the outer shell (212), the cold end of the front semiconductor refrigeration piece (22) is positioned in the inner shell (211), and the hot end of the front semiconductor refrigeration piece (22) is positioned in the outer shell (212).
  4. 4. A garment refrigeration apparatus as set forth in claim 3 wherein said dual fan airflow assembly (23) comprises a cold side fan (231) fixedly mounted within said inner shell (211) and located at a position above the cold side of said front semiconductor refrigeration sheet (22) for drawing in the air inside the garment body (1), an inner air intake (232) open on the side of said inner shell (211) remote from the outer shell (212) and located at the side of said cold side fan (231) for communicating with the inside of said garment body (1), an inner air outlet (233) open on said inner shell (211) and located at a position below the cold side of said front semiconductor refrigeration sheet (22) for delivering cold air into said garment body (1), a hot side fan (234) fixedly mounted within said outer shell (212) and located at a position below the hot side of said front semiconductor refrigeration sheet (22) for drawing in the outside air, an outer air intake (235) open on the side of said outer shell (212) remote from the inner shell (211) and located at the side of said fan (234) for communicating with the outside, and an outer air outlet (236) open on said outer shell (212) and located at a position for exhausting heat to the outside.
  5. 5. Garment refrigeration device according to claim 1, characterized in that the garment body (1) is provided with a pocket (3) at the back position for the front refrigeration module to accommodate.
  6. 6. The garment cooler of claim 5, wherein said rear enclosure (24) comprises a housing (241) disposed within said pocket (3), said rear semiconductor refrigeration panel (25) being fixedly mounted within said housing (241).
  7. 7. The garment refrigeration device according to claim 6, wherein the single-fan airflow assembly (26) comprises a circulating fan (261) fixedly installed in the shell (241) and located below the rear semiconductor refrigeration piece (25) and used for sucking external air, a hot channel (262) and a cold channel (263) which are formed in the shell (241) and located above the corresponding circulating fan (261) and used for being communicated with the hot end and the cold end of the rear semiconductor refrigeration piece (25), a main air inlet (264) formed in the shell (241) and located on one side of the circulating fan (261) and used for being communicated with the outside, a hot air outlet (265) formed in the shell (241) and located above the hot end of the rear semiconductor refrigeration piece (25) and a cold air outlet (266) formed in the shell (241) and located above the cold end of the rear semiconductor refrigeration piece (25) and used for being conveyed into the garment body (1).
  8. 8. The garment refrigeration device according to claim 1, wherein the heat sinks are fixedly mounted on the hot ends of the front semiconductor refrigeration piece (22) and the rear semiconductor refrigeration piece (25).
  9. 9. The garment cooler according to claim 3 or 6, wherein the inner walls of the inner shell (211), the outer shell (212) and the housing (241) are filled with heat insulating cotton.
  10. 10. The garment refrigeration device according to claim 1, wherein a ventilation fan (5) is fixedly arranged on the front side of the garment body (1), and the ventilation fan (5) is located below the front packaging piece (21).

Description

Clothing refrigerating device Technical Field The application relates to the technical field of clothing refrigeration, in particular to a clothing refrigeration device. Background With the increasing of global climate warming and high-temperature operation scenes, the personal heat management and wearing refrigeration equipment has become key equipment for guaranteeing the thermal comfort of a human body, improving the working efficiency and preventing high Wen Zhongshu and heat shooting diseases in the scenes of outdoor operation, industrial production, commuter travel, sports fitness, medical care and health care and the like. The traditional air conditioning clothes mostly adopt an external air inlet, passive air cooling or single back refrigerating module structure, mainly rely on external air inflow and cooperate with a fan to realize evaporative heat dissipation, the refrigerating effect depends on the ambient temperature, a cold source cannot be actively generated, the cooling efficiency is low in a high-temperature and high-humidity environment, the single back refrigerating module structure enables a chest area to have no refrigerating configuration, the temperature sensing difference between the front body and the back body of a human body is large, the cooling is uneven, and the overall refrigerating coverage and the comfort are poor; In addition, the prior Chinese patent publication No. CN115336820A discloses an air conditioning garment. The cooling blowing modules with the structures of the cold insulation agent, the refrigerating fan and the like are arranged in front of and behind the air conditioning clothes body, so that hot air is cooled and then blown into the clothes, and the effect of rapidly cooling the body surface is achieved. Although the front and back of the air conditioning garment adopt the refrigeration module structure, the air conditioning garment relies on the cold insulation agent to cool down physically, the temperature of the air conditioning garment rises rapidly after the cold insulation agent absorbs heat, the air conditioning garment cannot continuously and stably refrigerate, the cooling effect of the air conditioning garment in a high-temperature environment is rapidly attenuated, repeated freezing or replacement is needed, the continuous cooling requirements of long-time high-temperature operation scenes such as the outdoor, factory buildings, production lines and medical care are difficult to meet, meanwhile, the conventional air conditioning garment is generally made of conventional garment fabrics, the conventional air conditioning garment has no active heat dissipation and heat insulation capacity, sunlight is directly radiated and external environment heat is easily conducted into the garment, the power consumption of the refrigerating device is high, the cooling loss is large, and stable and comfortable microclimate in the garment is difficult to maintain. Accordingly, the present application provides a garment refrigeration apparatus to solve the above-mentioned problems. Disclosure of Invention The application provides a clothes refrigerating device, and aims to solve the problems that the existing air conditioning clothes provided in the background art generally cannot actively and continuously refrigerate, is uneven in cooling, large in cooling capacity loss, cannot adapt to long-time high-temperature operation and the like. In order to achieve the aim, the application provides the technical scheme that the clothing refrigerating device comprises a clothing body and a cooling structure which is arranged on the clothing body and used for actively refrigerating and cooling the clothing; The cooling structure comprises a front refrigerating module and a rear refrigerating module, wherein the front refrigerating module and the rear refrigerating module are respectively arranged on two sides of the chest of the clothing body; The front refrigeration module comprises a front packaging piece arranged in front of the chest of the clothing body, a front semiconductor refrigeration piece arranged in the front packaging piece, and a double-fan airflow assembly arranged on the front packaging piece and used for driving airflow to flow through the front semiconductor refrigeration piece for in-clothing air supply circulation and external heat dissipation; The back refrigeration module comprises a back packaging piece arranged at the back position of the clothing body, a back semiconductor refrigeration piece arranged in the back packaging piece and a single-fan airflow assembly arranged in the back packaging piece and used for driving airflow to flow through the back semiconductor refrigeration piece for in-clothing air supply and external heat dissipation; the front semiconductor refrigerating sheet and the rear semiconductor refrigerating sheet are at least provided with two groups; The clothing body is made of self-cooling fabric, independent internal circulation