JP-2026076090-A - Heat shock prevention coat

Abstract

[Problem] The problem is heat shock, which occurs when the body gets cold in a cold changing room or bathroom during bathing, causing a sudden increase in blood pressure, and then when entering a warm bathtub, causing a sudden drop in blood pressure. This invention provides a cold-weather coat to address this issue. [Solution] This is a thermal coat for use when moving between a warm room or personal room in the house and the bathroom, instead of using a cold changing room. You wear the thermal coat while keeping your underwear on, and then take off the coat in the bathroom and shower in your underwear. This prevents a sudden rise in blood pressure due to the cold and a sudden drop in blood pressure when entering the bathtub, thus avoiding heat shock. When leaving the bathroom, dry your body with a face towel, put on the thermal coat, and move to a warm room or your own room to change. [Selection Diagram] Figure 2

Inventors

• 積 義樹

Assignees

• 積 義樹

Dates

Publication Date

20260511

Application Date

20241023

Claims (2)

1. A heat shock prevention coat that uses water-repellent material on the outside and cotton or thermal material on the inside, covering the entire neck to minimize gaps, covering down to the ankles, and fastening the front with buttons or Velcro, or closing the front without buttons.
2. A heat shock prevention coat according to claim 1, wherein the inner material is cotton or a safe electric heating material.

Description

This invention relates to an indoor thermal coat used to prevent heat shock. There are very few indoor winter coats available to protect against heat shock. Similar garments include wearable blankets or long, warm coats for going out. Japanese Patent Publication No. 2006-207103 Diagram of the heat shock prevention coating according to the present inventionDiagram showing the use of a heat shock prevention coating.a, b Example of a coat hanger designed to prevent heat shockExample of use of a heat shock prevention coat in the bathroom with a hanger rack. Figure 2 shows an embodiment of the present invention. In Figure 1, the material of the protective coat uses a towel fabric or thermal fabric on the back of a water-repellent fabric, covering the neck, wrists, and ankles and tightening it, and fastening the front with buttons or Velcro, with the aim of minimizing contact between the outside air and the skin and preventing the body from getting cold. In the bathroom, it can be folded compactly with a single touch as shown in Figure 3, and hung in a position where it will not get wet as shown in Figure 4. Alternatively, all the buttons on the front could be removed, creating a design that can be slipped over the head in a closed state, eliminating the need to fasten buttons. Figure 3 shows how to use multiple long and short straps sewn onto the back of a winter coat at arbitrary positions to create a hanger, allowing it to be hung in a dry location. Instead of the hanger rod shown in Figure 4, adhesive or magnetic hanger hooks can also be attached to walls, ceilings, or other surfaces at any desired location. Furthermore, the materials can be safely combined with thermal insulation materials and heated innerwear materials.