Abstract: An electric component mounting unit for an air-conditioned garment, which is used in combination with a garment body having a fan opening and which is mounted on a body, includes a fan which takes air from outside into the garment body, a mounter which mounts the fan on the body, and a fan attacher which attaches the fan to the mounter. The fan includes a fan-side linker which links the fan with the fan opening.

Abstract: An air-conditioned clothing for use with a helmet which can be used when the helmet is worn as well as when the helmet is not worn, includes a clothing main body, at least one fan, an air blow-out unit, a guide sheet and an attachment unit. The air is made to flow through an air flow path by the at least one fan and the flowing air evaporates sweat coming out from a body to cool the body with heat of evaporation and in a case where the helmet is worn, the air which blows out from the air blow-out unit is guided to the helmet by the guide sheet and taken into the helmet from an air intake which is formed between an inner edge of the helmet and the head of the user in order to circulate the air inside the helmet.

Abstract: An air-conditioning clothing is disclosed. The clothing includes a cloth portion covering an upper part and an arm portion of the body and guiding air in a space between the cloth portion and the body or an underwear along a surface of the body or the underwear. An air blower takes in air from outside and forcedly generates a flow of the air in the space. An air discharge is provided on a collar of the cloth portion and discharges the air to the outside. An air-leakage preventer is provided on a lower sleeve edge of the cloth portion and prevents leakage of the air flowing in the space to the outside through the lower sleeve edge. A sheet-shaped air discharger is provided at a predetermined portion in the vicinity of the lower sleeve edge of the cloth portion and discharges the air flowing in the space to the outside.

Abstract: Provided is a portable rechargeable power supply device such that major accidents such as from overcharging due to a hazard prevention means being damaged by rain water, or the like can be prevented from occurring. This portable rechargeable power supply device comprises a lithium-ion battery (11), an assembled circuit board (20), and a case (40). Two terminals (31a, 31b), a hazard prevention circuit unit (26), and the like, are provided on the assembled circuit board (20). A terminal housing case portion (416) of the case (40) houses a first portion of the assembled circuit board (20), which is provided with the two terminals (31a, 31b). A main body housing case portion (417) of the case (40) houses the lithium-ion battery (11), and a second portion of the assembled circuit board (20), which is provided with the hazard prevention circuit unit (26), and the like.

Abstract: An air-circulating mat for a seating device is disclosed. At a lower end part of a bag-shaped body, an opening portion for mounting an air blower is formed. A spacer ensures an air path through which the air flows inside the bag-shaped body and is contained in the bag-shaped body. This spacer is made of plastic and includes a plurality of convex parts and a plurality of flexible connection portions with flexibility for connecting the adjacent convex parts. At an upper end part on the right side of the bag-shaped body is an air circulating portion for discharging the air flowing through the air path to the outside. A battery containing portion for containing a battery that supplies electric power to the air blower is provided so as to continue to a predetermined end portion of the spacer located on a back portion side of a user in use.

Abstract: An air circulator which is attached to a sheet member and which is for generating an air flow from one side of the sheet member to another side of the sheet member includes a fan main body and a ring member for attaching the fan main body to the sheet member. The fan main body includes a hollow cylinder unit, a flange formed on the cylinder unit, a motor fixing unit, a motor fixated to the motor fixing unit, a wing attached to a rotating shaft of the motor and first engaging units formed on outer surfaces of first parts of the cylinder unit, the first parts forming a pair and facing each other. The ring member includes second engaging units which are formed on inner surfaces of second parts that form a pair, the second parts facing each other, and which engage with the first engaging units.

Abstract: An air-conditioned clothing for use with a helmet which can be used when the helmet is worn as well as when the helmet is not worn, includes a clothing main body, at least one fan, an air blow-out unit, a guide sheet and an attachment unit. The air is made to flow through an air flow path by the at least one fan and the flowing air evaporates sweat coming out from a body to cool the body with heat of evaporation and in a case where the helmet is worn, the air which blows out from the air blow-out unit is guided to the helmet by the guide sheet and taken into the helmet from an air intake which is formed between an inner edge of the helmet and the head of the user in order to circulate the air inside the helmet.

Abstract: An air-conditioning clothing is disclosed. The clothing includes a cloth portion covering an upper part and an arm portion of the body and guiding air in a space between the cloth portion and the body or an underwear along a surface of the body or the underwear. An air blower takes in air from outside and forcedly generates a flow of the air in the space. An air discharge is provided on a collar of the cloth portion and discharges the air to the outside. An air-leakage preventer is provided on a lower sleeve edge of the cloth portion and prevents leakage of the air flowing in the space to the outside through the lower sleeve edge. A sheet-shaped air discharger is provided at a predetermined portion in the vicinity of the lower sleeve edge of the cloth portion and discharges the air flowing in the space to the outside.

Abstract: An air-circulating mat for a seating device is disclosed. At a lower end part of a bag-shaped body, an opening portion for mounting an air blower is formed. A spacer ensures an air path through which the air flows inside the bag-shaped body and is contained in the bag-shaped body. This spacer is made of plastic and includes a plurality of convex parts and a plurality of flexible connection portions with flexibility for connecting the adjacent convex parts. At an upper end part on the right side of the bag-shaped body is an air circulating portion for discharging the air flowing through the air path to the outside. A battery containing portion for containing a battery that supplies electric power to the air blower is provided so as to continue to a predetermined end portion of the spacer located on a back portion side of a user in use.

Abstract: A sheet having a fan-mounting part for mounting a fan is provided. The fan includes a fan body including a cylinder part and a protrusion which is disposed on the cylinder part protruding in a direction substantially perpendicular to a side face of the cylinder part and an engaging member which is fitted on an outer side of the cylinder part and is thus attached to the fan body so as to be opposite the protrusion. The sheet having the fan-mounting part includes a sheet member and a non-stretchable flat ring-shaped reinforcing section. The sheet member has an open hole for receiving the cylinder part of the fan. The reinforcing section has an opening with substantially the same shape as an outer edge of the cylinder part of the fan.

Abstract: Provided is a portable rechargeable power supply device such that major accidents such as from overcharging due to a hazard prevention means being damaged by rain water, or the like can be prevented from occurring. This portable rechargeable power supply device comprises a lithium-ion battery (11), an assembled circuit board (20), and a case (40). Two terminals (31a, 31b), a hazard prevention circuit unit (26), and the like, are provided on the assembled circuit board (20). A terminal housing case portion (416) of the case (40) houses a first portion of the assembled circuit board (20), which is provided with the two terminals (31a, 31b). A main body housing case portion (417) of the case (40) houses the lithium-ion battery (11), and a second portion of the assembled circuit board (20), which is provided with the hazard prevention circuit unit (26), and the like.