WO2006028032A1 - Heat releasing article - Google Patents

Heat releasing article Download PDF

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Publication number
WO2006028032A1
WO2006028032A1 PCT/JP2005/016223 JP2005016223W WO2006028032A1 WO 2006028032 A1 WO2006028032 A1 WO 2006028032A1 JP 2005016223 W JP2005016223 W JP 2005016223W WO 2006028032 A1 WO2006028032 A1 WO 2006028032A1
Authority
WO
WIPO (PCT)
Prior art keywords
heat
fin
radiating
metal wire
gap
Prior art date
Application number
PCT/JP2005/016223
Other languages
French (fr)
Japanese (ja)
Inventor
Mitsuo Honma
Original Assignee
Jisouken Co., Ltd.
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 Jisouken Co., Ltd. filed Critical Jisouken Co., Ltd.
Priority to JP2006535730A priority Critical patent/JP4303754B2/en
Publication of WO2006028032A1 publication Critical patent/WO2006028032A1/en

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Classifications

    • A—HUMAN NECESSITIES
    • A42—HEADWEAR
    • A42C—MANUFACTURING OR TRIMMING HEAD COVERINGS, e.g. HATS
    • A42C5/00—Fittings or trimmings for hats, e.g. hat-bands
    • A42C5/04—Ventilating arrangements for head coverings
    • A—HUMAN NECESSITIES
    • A42—HEADWEAR
    • A42B—HATS; HEAD COVERINGS
    • A42B3/00—Helmets; Helmet covers ; Other protective head coverings
    • A42B3/04—Parts, details or accessories of helmets
    • A42B3/28—Ventilating arrangements
    • A42B3/285—Ventilating arrangements with additional heating or cooling means
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
    • A43B13/18—Resilient soles
    • A43B13/187—Resiliency achieved by the features of the material, e.g. foam, non liquid materials
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C7/00—Parts, details, or accessories of chairs or stools
    • A47C7/62—Accessories for chairs
    • A47C7/72—Adaptations for incorporating lamps, radio sets, bars, telephones, ventilation, heating or cooling arrangements or the like
    • A47C7/74—Adaptations for incorporating lamps, radio sets, bars, telephones, ventilation, heating or cooling arrangements or the like for ventilation, heating or cooling
    • A47C7/742—Adaptations for incorporating lamps, radio sets, bars, telephones, ventilation, heating or cooling arrangements or the like for ventilation, heating or cooling for ventilating or cooling
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G9/00—Bed-covers; Counterpanes; Travelling rugs; Sleeping rugs; Sleeping bags; Pillows
    • A47G9/10—Pillows
    • A47G9/1036—Pillows with cooling or heating means

Definitions

  • the present invention relates to a heat dissipation article such as a cushion cushion having heat dissipation.
  • the bag body is separated into a plurality of storage chambers so as to be in contact with each other at the center of the bag body, and at least a pair of openings smaller than the body portion are provided in the hollow body portion.
  • a cushion is provided in which the filler made of greaves is accommodated in each accommodation chamber.
  • Patent Document 2 an approximately parallel plane cooling flow passage formed in the vicinity of a portion of the elastic member in contact with the body, an inflow port through which air flows into the cooling flow passage, and An outlet for allowing air to flow out of the cooling passage, an electric fan provided on the inlet side or the outlet side, and a connecting flow passage provided between the electric fan and the cooling passage, Cooling that cools the body by dissipating the heat generated by physical strength by increasing the temperature gradient with the body by circulating the ambient air at a temperature lower than the body temperature almost parallel to the body surface in the cooling flow passage.
  • the mattress is listed!
  • Patent Document 1 Japanese Patent Laid-Open No. 9299190
  • Patent Document 2 International Publication WO01Z015573
  • the present invention can exhibit high heat dissipation and air permeability,
  • the purpose is to provide various heat dissipating products such as cushions that do not require the use of a fan or other device.
  • the present invention is wound into a metal wire cacoil shape to form a winding unit, and the whole is continuously formed flat, and adjacent winding units are displaced from each other.
  • a radiating fin having a gap and a contact portion, and an exterior body having a contact surface on which a heat radiating body is placed and housing the radiating fin, wherein the radiating fin is disposed along the contact surface,
  • a bedding having a heat radiation path portion that promotes heat transfer to at least the heat radiating body.
  • the heat dissipating fins having a large surface area obtained by using the coiled metal wire are housed inside the bedding exterior body, they are received from the contact surface of the bedding with the heat sink. It is possible to efficiently transfer heat to the heat dissipation path and dissipate heat. In addition, heat is conducted to the entirety of the heat radiating fins through the close contact portion of the winding unit, and the heat radiating performance is improved. Furthermore, since the air gap of the radiating fin has air permeability, the heat conducted to the entire radiating fin is released. Since the heat radiating path is provided adjacent to the heat radiating fins, heat is released to the outside of the bedding and heat retention is prevented.
  • the radiating fin is obtained by continuously forming a coiled metal wire in a flat shape, and has flexibility, so that the force is dispersed when the radiated body is placed.
  • the coil shape is not limited to the one wound in a circular shape, but includes various shapes such as a polygon such as a triangle or a rectangle, an ellipse or a star.
  • the bedding is a concept including pillows, mattresses, cushions, and the like.
  • the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is formed in a flat and continuous manner, and adjacent winding units are displaced from each other.
  • a heat radiating fin having a contact portion and an exterior body having a contact surface on which a heat radiating body is placed and housing the heat radiating fin on a filler, the heat radiating fin being disposed along the contact surface.
  • a floor slip prevention mat having a heat radiation path portion that promotes heat transfer with at least the heat radiating body.
  • the present invention provides a winding unit formed by winding a metal wire rod coil into a coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other.
  • a heat dissipating fin having a gap portion and a contact portion; and a substantially horseshoe-shaped exterior body that houses the heat dissipating fin and covers a toilet seat, and a flat surface of the heat dissipating fin is a heat radiation of the exterior body.
  • It is a toilet seat cover having a heat radiation path portion that is arranged so as to be parallel to a seating surface on which the body is placed and promotes heat transfer with at least the heat radiating body.
  • the heat dissipating fin having a large surface area obtained by using the coiled metal wire is housed inside the horseshoe-shaped exterior body serving as the toilet seat cover, so that the person using the toilet seat The heat from can be efficiently radiated and a comfortable feeling of use can be obtained.
  • heat is conducted to the entirety of the heat radiating fins through the close contact portion of the winding unit, and the heat radiating performance is improved.
  • air permeability is also improved.
  • the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is formed flat continuously, and adjacent winding units are displaced from each other.
  • a heat dissipating fin having a contact portion and an exterior body that accommodates the heat dissipating fin and covers a backrest portion or a seat surface of the chair, and the exterior body includes an attachment structure for attaching to the chair, the heat dissipating fin Is a chair cover that is disposed along a contact surface of the exterior body in contact with the heat radiating body and has a heat radiation path portion that promotes heat transfer with at least the heat radiating body.
  • the heat dissipating fin having a large surface area obtained by using the coiled metal wire is housed in the exterior body serving as the chair cover, so that heat from the person using the chair is obtained.
  • the heat can be efficiently radiated and a comfortable feeling of use can be obtained.
  • heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and heat dissipating performance is improved.
  • gap part of a radiation fin it becomes a highly breathable chair cover.
  • the present invention provides a winding unit formed by winding a metal wire rod S coil, and the entire winding unit is continuously formed in a flat belt shape, and adjacent winding units are displaced from each other.
  • a hat comprising a heat dissipating fin having a gap portion and a contact portion, a crown portion covering the head portion, and a folded portion attached along the inner peripheral edge of the crown portion, the hat being provided on the crown portion of the folded portion It is a cap having a heat radiation path part that promotes heat transfer with at least the head, wherein the heat radiation fins are arranged along the facing side.
  • the winding unit is formed by winding the metal wire rod S into a coil shape, and the whole is continuously formed in a flat belt shape, and adjacent winding units are displaced from each other.
  • a hat provided with a radiating fin having a gap portion and a contact portion, and a crown portion that accommodates the radiating fin and covers the head, wherein the radiating fin is disposed along an inner peripheral edge of the crown portion; It is a cap having a heat radiation path portion that promotes heat transfer with at least the head.
  • the heat radiation fin having a large surface area obtained by using the coiled metal wire is housed along the crown portion of the cap, the heat received by the head force is efficiently outside. It is possible to transfer heat to and dissipate heat. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. In addition, air permeability is ensured by the gaps of the radiating fins.
  • the present invention is a hermet comprising a protective member that covers an outer side and a buffer member provided inside the protective member, and is wound around a metal wire material in a coiled form.
  • the heat dissipating fins which are continuously formed flat as a whole and have adjacent gap units displaced from each other and having gap portions and contact portions, are formed on the inner surface of the buffer member from the top to the periphery. It is a helmet that is provided with a force.
  • the heat radiation fin having a large surface area obtained by using the coiled metal wire is provided on the cushioning member of the helmet, the heat received from the head is efficiently transferred to the outside, It is possible to dissipate heat.
  • heat is conducted to the entire heat radiation fin through the close contact portion of the winding unit, and the heat radiation performance is improved. Further, the air permeability is ensured by the gap portion of the auxiliary heat fin.
  • a winding unit is formed by winding the metal wire rod S into a coil shape.
  • the whole is continuously formed in a flat band shape, and adjacent winding units are displaced from each other so that the heat dissipating fin has a gap and a contact part, and the heat dissipating fin is provided and the elastic ring is in contact with the head.
  • a hair band comprising a band body, and a plurality of the heat dissipating fins arranged in a circumferential direction along the inner peripheral surface of the band body, and having a heat radiation path portion that promotes heat transfer with at least the head. It is.
  • the heat dissipating fin having a large surface area obtained by using the coiled metal wire is provided on the band main body, and the heat received from the head is efficiently transferred to the outside to be dissipated. Is possible.
  • heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved.
  • air permeability is ensured by the gaps of the radiating fins.
  • the present invention is a shoe including a nol and an upper member that is fixed on the nol and covers a foot surface, and a metal wire rod is formed in a coil shape on the upper portion of the upper member.
  • This is a shoe in which a winding unit is formed by being rotated and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having a gap portion and a contact portion.
  • the present invention is a shoe comprising a nol and an upper member fixed on the nol and covering a foot surface, wherein a metal wire is wound in a coil shape on a toe portion of the upper member.
  • the winding unit is formed and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having gap portions and contact portions.
  • the present invention is a shoe comprising a nol and an upper member fixed on the nol and covering a foot surface, wherein a metal wire is wound in a coil shape on a heel portion of the upper member.
  • a winding unit is formed and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having gap portions and contact portions.
  • the upper member is provided with a large-surface-area radiating fin obtained by using a coiled metal wire, so that heat received from the inside of the upper part can be efficiently transferred to the outside. It is possible to dissipate heat. In addition, it is released through the close contact part of the winding unit. Heat is conducted to the entire heat fin, and the heat dissipation performance is improved. Furthermore, air permeability is ensured by the gaps of the radiating fins.
  • the present invention is configured such that the winding unit is formed by being wound into a metal wire rod S coil shape, and the entire winding unit is continuously formed flat, and adjacent winding units are displaced from each other.
  • An insole comprising a radiating fin having a gap and a contact portion and an insole body in which flat surfaces of the radiating fin are provided in parallel.
  • the present invention provides a winding unit in which a winding unit is formed by being wound in the shape of a metal wire rod S coil, and the entire winding unit is formed flat and the adjacent winding units are displaced from each other. And a heat radiating fin having a contact part and a protective member for covering and fixing the affected part, wherein the heat radiating fin is disposed along the inner side surface of the protective member, and at least heat transfer between the heat affected part and the affected part.
  • the heat radiation fins having a large surface area obtained by using the coiled metal wire are arranged inside the cast, the heat staying on the body side can be efficiently transferred and radiated. Is possible.
  • heat is conducted to the entire heat radiation fin through the close contact portion of the winding unit, and the heat radiation performance is improved. Furthermore, the gaps of the heat dissipating fins make a cast with excellent air permeability.
  • the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is continuously formed flat. And a heat-cooled sheet comprising at least one radiating fin having a contact portion and an attachment structure member for fixing the radiating fin to a heat radiating member.
  • the heat radiation fins having a large surface area obtained by using the coiled metal wire constitute the heat-cooled sheet, so that the heat of the body can be efficiently transferred and radiated. Become.
  • heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved.
  • the air radiating fin gaps allow for a highly breathable seat. Can be obtained.
  • the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is continuously formed flat. And a plurality of heat dissipating fins having contact portions, and a thawing sheet formed in a planar shape so as to place an object to be thawed and having a larger area than the object to be thawed.
  • the heat radiation fin having a large surface area obtained by using the coiled metal wire can efficiently transfer and dissipate the heat of the object placed on the base material. Become.
  • heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved.
  • the present invention provides a winding unit in which a winding unit is formed by winding a metal wire rod S coil, and the entire winding unit is formed in a flat shape, and adjacent winding units are displaced from each other to form a gap. And a heat radiating fin having a contact portion, and an exterior body having a larger area than the personal computer when the heat radiating fin is accommodated and mounting a computer, and at least promotes heat transfer with the personal computer.
  • a heat dissipation sheet for a personal computer having a heat dissipation path.
  • the present invention provides a metal wire rod coiled into an S-coil shape to form a winding unit and continuously formed flat as a whole, and adjacent winding units are displaced from each other to form a gap.
  • a plurality of heat dissipating fins having a contact portion are connected to each other, and are formed in a planar shape so as to place a personal computer, and are a heat dissipating sheet for a personal computer having a larger area than the personal computer.
  • the heat dissipating fin having a large surface area obtained by using the coiled metal wire can efficiently transfer the heat of the personal computer and dissipate the heat.
  • heat is conducted to the entire radiating fin through the close contact portion of the winding unit, improving the heat radiating performance.
  • the winding unit is formed by being wound into a metal wire rod S coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other.
  • a heat dissipating fin having a gap portion and a contact portion is arranged along the inner surface of a substantially cylindrical metal member for inserting a wine bottle, and is configured to promote heat transfer with at least the wine bottle. It is a wine cooler.
  • the winding unit is formed by being wound into a metal wire rod S coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other.
  • a radiating fin having a gap portion and a contact portion is a jacket provided between the outer surface and the lining, and the lining contacts the heat radiating body and promotes heat transfer between at least the heat radiating body.
  • the heat radiation fin having a large surface area obtained by using the coiled metal wire is embedded in the jacket, and the heat staying on the body side can be efficiently transferred to the outside to be radiated. It becomes possible.
  • heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved.
  • the air gap fins provide a jacket with excellent air permeability.
  • various heat radiating articles such as beddings and floor slip mats according to the present invention provide a heat radiating fin having a large surface area obtained by winding a metal wire in a coil shape with a heat radiating member. Because it is provided in the heat dissipation path that promotes heat transfer, high heat dissipation and air permeability can be obtained. Moreover, since the metal wire wound by the coil shape is used, it has flexibility and can follow the deformation
  • FIG. 1 is a perspective view of a bedding according to Embodiment (1) of the present invention.
  • FIG. 2 is a plan view of FIG.
  • FIG. 3 is a cross-sectional view taken along line AA showing the use state of the bedding according to the embodiment (1).
  • FIG. 4 (a) Enlarged view of heat dissipating fins. (b) It is CC sectional drawing of (a).
  • FIG. 5 is a cross-sectional view taken along the line BB in FIG.
  • FIG. 6 is a plan view of the bedding according to the embodiment (2) of the present invention.
  • FIG. 7 is a plan view of a bedding according to Embodiment (3) of the present invention.
  • FIG. 8 is a perspective view of a bedding according to Embodiment (4) of the present invention.
  • 9 A perspective view of the floor slip prevention mat according to the embodiment (5) of the present invention.
  • FIG. 10 is a sectional view taken along the line DD in FIG.
  • FIG. 11 is a perspective view of a toilet seat cover according to Embodiment (6) of the present invention.
  • FIG. 12 is a cross-sectional view taken along line EE in FIG.
  • FIG. 13 A perspective view of a chair cover according to Embodiment (7) of the present invention.
  • FIG. 14 is a sectional view taken along line FF in FIG.
  • ⁇ 15 A perspective view of a cap according to Embodiment (8) of the present invention.
  • FIG. 16 is a cross-sectional view taken along line GG in FIG.
  • FIG. 17 A cross-sectional view of a cap according to Embodiment (9) of the present invention.
  • FIG. 18 is a perspective view of a helmet according to Embodiment (10) of the present invention.
  • FIG. 19 is a cross-sectional view taken along line H—H in FIG.
  • FIG. 20 is a perspective view of a hair band according to Embodiment (11) of the present invention.
  • FIG. 21 is a sectional view taken along the line J J in FIG.
  • FIG. 22 is a KK cross-sectional view of FIG.
  • FIG. 23 is a perspective view of a shoe according to Embodiment (12) of the present invention.
  • FIG. 24 is a sectional view taken on line L L in FIG.
  • FIG. 25 is a perspective view of a shoe according to Embodiment (13) of the present invention.
  • FIG. 26 is a cross-sectional view taken along line MM in FIG. 25.
  • FIG. 27 is a perspective view of a shoe according to Embodiment (14) of the present invention.
  • FIG. 28 is a sectional view taken along line NN in FIG. 27.
  • FIG. 30 is a cross-sectional view taken along the line PP in FIG. 29.
  • FIG. 31 is a perspective view of a cast according to Embodiment (16) of the present invention.
  • FIG. 32 is a cross-sectional view taken along the line Q-Q in FIG.
  • FIG. 33 is a plan view of a heat-cooled sheet according to Embodiment (17) of the present invention.
  • ⁇ 34 A perspective view of a thawing sheet according to Embodiment (18) of the present invention.
  • FIG. 35 is a perspective view of a heat dissipation sheet for a personal computer according to Embodiment (19) of the present invention.
  • FIG. 36 is a cross-sectional view taken along line RR in FIG. 35.
  • ⁇ 37 A perspective view of a heat dissipating sheet for a personal computer according to Embodiment (20) of the present invention.
  • ⁇ 38 A cross-sectional view of a wine cooler according to Embodiment (21) of the present invention.
  • ⁇ 39 A perspective view of a jacket according to Embodiment (22) of the present invention.
  • FIG. 40 is a cross-sectional view taken along the line S—S in FIG. 39.
  • FIGS. 1 to 5 show a cushion as a bedding.
  • the cushion 1A includes a plurality of radiating fins 11 formed of a coil-shaped metal wire rod and an exterior body 21 that houses the plurality of radiating fins 11.
  • the heat radiating fins 11 are arranged along the seating surface 21a on which the person of the exterior body 21 sits.
  • the seating surface 21a is a contact surface on which the heat sink is placed.
  • the outer body 21 is provided with a hole 22 and serves as a heat release path portion that promotes heat transfer with the heat radiating body.
  • a cushioning material 23 is provided inside the exterior body 21.
  • the heat dissipating fin 11 is formed by winding a metal wire into a coil shape to form a winding unit, and the whole is continuously formed flat, and adjacent winding units l la, l
  • the ibs are displaced from each other and have gaps 112 and contact parts 113.
  • a coiled metal wire l lx wound in a left-handed manner, a coiled metal wire 1 ly wound in a right-handed manner, and a length el in the width direction and a length e2 in the longitudinal direction Misaligned by the distance and combined It is.
  • the metal wires llx and lly are formed flatly.
  • the heat radiation fins 11 are formed by combining the coiled metal wires llx and lly wound in different directions, so that the metal wires llx and lly are densely formed to improve heat conductivity and heat dissipation. Performance is also improved. Further, since the left-handed and right-handed metal wire materials llx and lly are intertwined, the shape of the radiating fin 11 is stable, and the coil does not stretch due to strength or the like when the coil is continuously rolled.
  • the metal wires llx and lly are formed in a flat shape, and the winding units lla and lib intersect with each other while being displaced in the width direction and the longitudinal direction to form the gap portion 112 and the contact portion 113. Since the metal wires llx and lly are formed flat, the contact area of the contact portion 113 where the winding units are in contact with each other is increased. As a result, heat is quickly conducted to the entire heat release fin 11 through the contact portion 113.
  • the surface area of the entire heat dissipating fin 11 is larger than that of a heat dissipating fin using a flat plate or the like, and thus high heat dissipating performance can be obtained.
  • the gaps 112 are formed in the gaps between the metal wires llx and lly in the radiating fins 11, the contact area between the metal wires llx and lly and the outside air is particularly large. For this reason, the air gap portion 112 functions as a vent hole through which air or the like flows, and heat can be quickly released to the outside.
  • the contact portion 113 in which the winding units lla and lib are in contact with each other can be fixed as described later, but may not be fixed.
  • the heat dissipation fin 11 is very flexible, so that when used in a bedding such as a cushion, the body pressure can be well dispersed. .
  • the contact portions 113 where the winding units lla and lib are in contact with each other are connected to each other by means of soldering, soldering, adhesive, adhesive, vibration welding, flash welding, or the like. Can be fixed so as not to leave. Since the contact portion 113 is fixed, the winding units lla and lib are securely adhered to each other, and the entire radiating fin 11 is not stretched against deformation and mechanical stability is improved. In addition, the thermal conductivity through the contact part 113 is also improved.
  • a protective member 114 is attached to the end portion of the radiation fin 11. By attaching the protective member 11 4, the metal wires llx and lly are fixed at the end, so the shape is lost. Will not occur.
  • the material of the protective member 114 include metal materials such as aluminum, copper, silver, and gold, or alloys of these with nickel, magnesium, zinc, and key. Copper-based and aluminum-based materials are preferably used because of their excellent thermal conductivity. In particular, an aluminum-based material is preferably used because it is excellent in thermal conductivity and flexibility, is lightweight, and is low in cost.
  • the metal wire wound in a coil shape can be formed into a flat shape by crushing it by a known means such as rolling.
  • a long heat radiation fin can be obtained by continuously rolling a coil fed in one direction. At this time, it is preferable to appropriately set the rolling pressure, the rolling angle, etc. so that the adjacent winding units are properly adhered to each other.
  • the heat radiating fin 11 can be made of various metal materials. Specific examples include metal materials such as aluminum, copper, silver, and gold, or alloys of these with nickel, magnesium, zinc, and key. Copper-based and aluminum-based materials are preferably used because of their excellent thermal conductivity. In particular, aluminum-based materials are preferably used because they are excellent in thermal conductivity and flexibility, are lightweight, and are low in cost.
  • a corrosion-resistant metal can be used as the material of the metal wire lx, lly of the heat radiating fin 11, a corrosion-resistant metal can be used. Depending on the application, it may be used in a corrosive environment and is suitable for such cases. Examples of corrosion-resistant metals include titanium, its alloys, and stainless steel.
  • the metal wires l lx and l ly constituting the heat radiating fin 11 can be subjected to surface treatment in order to enhance thermal conductivity and corrosion resistance, if necessary.
  • Specific examples include copper plating and silver plating.
  • aluminum or an alloy thereof it is preferable to subject the surface to an anodic acid coating treatment (alumite treatment).
  • alumite treatment an anodic acid coating treatment
  • a known process can be adopted as a treatment method.
  • an acid film is formed by performing electrolysis in a liquid such as oxalic acid, sulfuric acid, phosphoric acid, etc., using the treated product as an anode. Can be formed. It should be noted that any force having so-called white alumite and black alumite can be applied to the anodic acid coating treatment.
  • a coating film containing a fly can be formed on the surface of the metal wire lx, lly, if necessary.
  • soft magnetic ferrite soft ferrite
  • hard magnetic ferrite hard ferrite
  • general substances such as acrylic resin and silicone resin can be used without particular limitation.
  • a heat-radiating coating film is formed on the surfaces of the metal wires l lx and l ly to quickly dissipate the heat conducted through the radiation fins 11 to the outside as needed. Can do.
  • a coating film can be formed from a paint containing various pigments having a heat radiation effect. Examples of pigments include carbon black, alumina, zirconia, titania, silica, dinorecon, magnesia, yttria (Y 2 O), cordierite (2MgO '2Al O-5Si
  • the amount of the pigment in the paint can be appropriately set according to the desired thermal radiation, and generally about 10 to 90 wt% is appropriate for the dry mass of the coating film.
  • binders that are preferably resistant to deterioration by heat include acrylic resin, silicone resin, urethane resin, polyester resin, and fluorine resin.
  • the appropriate thickness of the heat-radiating coating is 1-50 m. If it is less than 1 ⁇ m, the heat radiation effect becomes small, which is not preferable.
  • the diameter of the radiating fin 11 (the width of the flat surface 111) can be set as appropriate according to the required radiating performance without being particularly limited. In general, as the diameter increases, the surface area increases and heat dissipation improves. Specifically, it depends on each bedding, but a few mn! ⁇ A few centimeters is appropriate.
  • the exterior body 21 since it is necessary to diffuse heat through the air to the gaps 112 of the radiating fins 11, those having air permeability are generally preferred, and synthetic fibers and natural fibers are preferred.
  • a textile fabric is used.
  • synthetic fibers various fibers such as rayon, tencel, acetate, polyester and the like can be used.
  • natural fibers various fibers such as cotton, hemp, wool and silk can be used.
  • a woven fabric of fibers is used, and a gap 212 is formed as a heat radiation path 12 between the fibers 211.
  • the gap 212 acts as a heat dissipation path 12 that promotes heat transfer with the heat radiating body.
  • the thickness of the exterior body 21 is thin in order to promote heat transfer with the heat radiating body!
  • the thickness of the exterior body 21 is 0.02mn! About 2 mm is preferable. If it is thinner than 0.02 mm, the strength of the outer casing 21 will be low, and it may be torn when used. On the other hand, if it is thicker than 2mm, heat transfer to and from the heat sink will be reduced.
  • a hole 22 is provided in the seating surface 21 a of the exterior body 21 as the heat dissipation path portion 12.
  • the hole 22 has an elliptical shape having a length b and a width c.
  • the width c of the hole 22 is longer than the width a of the radiating fin 11, and a gap portion 222 where the radiating fin 11 is not provided and a radiating fin exposed portion 223 are formed. For this reason, the heat conducted to the radiating fin 11 is released to the outside of the exterior body 21 through the gap 222 of the hole 22 that is not limited to the gap 112 of the radiating fin 11.
  • the hole 22 is formed so that the length b is longer than the width c, and the exposed area of the radiating fin 11 is large, so that the contact area between the radiating fin 11 and the heat sink is increased.
  • the size and number of holes can be set as appropriate.
  • the hole in the center part of the cushion, which is the sitting position can be made larger than the periphery, or the number of holes in the center part can be increased to increase the The degree of exposure may be increased.
  • the cushioning material 23 is filled in the exterior body 21, and a general filling material such as cotton, feathers, buckwheat husks or low-resilience urethane foam can be used.
  • a plurality of the heat dissipating fins 11 described above are housed inside the exterior body 21, arranged in parallel, and sewn at a predetermined position to obtain a target bedding.
  • the belt-shaped heat release fins 11 are arranged so as to protrude in the longitudinal direction of the central partial force of the cushion that is the sitting position. For this reason, the heat transmitted from the body d, which is a heat radiating body, is quickly radiated by the end force protruding in the longitudinal direction.
  • the arrangement method of the radiation fins 11 can be set as appropriate, for example, the radiation fins 11 may be arranged so as to cross each other.
  • the radiating fins 11 are formed from the holes 22 provided in the seat surface 21a. Exposed and in direct contact with body d, which is a heat sink. Subsequently, the heat of the body d is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. The heat conducted to the entire radiation fin 11 is diffused from the gap portion 112 of the radiation fin 11 and passes through the gap portion 212 formed between the hole 22 of the exterior body 21 and the fiber 211 as the radiation path portion 12. Through the exterior body 21.
  • the heat dissipating fins 11 bend flexibly with respect to a direction perpendicular to the flat surface 111 in particular, so that they can be easily deformed according to the shape of various beddings. As shown in FIG. 3, when a person sits down, the body pressure can be well distributed following the movement of the body, and a comfortable feeling of use can be obtained. In addition, since the metal wires 11 x and l ly wound in a left-handed manner and a right-handed manner are intertwined, the shape of the radiating fin 11 is stable and does not lose its shape when used for bedding.
  • FIG. 6 is a plan view of the bedding according to the embodiment (2) of the present invention.
  • the bedding 1B is a seat cushion on which a person or the like sits, similarly to the above-described embodiment (1), and is configured by housing the radiating fins 11 in the exterior body 24. And the exterior body 24 uses what crossed the fiber bundle alternately. A stitch 25 is formed between the fiber bundles as the heat release path 12 that promotes heat transfer with the heat radiating body. In addition, a cushioning material is provided inside the exterior body 24.
  • the size and number of stitches 25 can be appropriately set by selecting the number and thickness of each fiber bundle. For example, the stitch of the center part of the seat cushion that is the sitting position will be larger than the surrounding Similarly, the number of fiber bundles may be reduced.
  • the radiating fins 11 are exposed from the stitches 25 provided on the seating surface. Direct contact with a body. Subsequently, the heat of the body d is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire heat radiation fin 11 is released to the outside of the exterior body 24 through the gaps 112 of the heat radiation fin 11 and the stitches 25 functioning as the heat radiation path portion 12.
  • the heat radiating fins 11 bend flexibly in a direction perpendicular to the flat surface 111 in particular, they can be easily deformed according to the shape of various cushions. And when a person sits down, it can follow the movement of the body and distribute the body pressure well to obtain a comfortable feeling of use.
  • the area of the heat radiation path can be increased with the same strength.
  • FIG. 7 is a perspective view of a cushion according to Embodiment (3) of the present invention.
  • the radiating fins 11 housed in the exterior body 24 are arranged so as to cross each other.
  • the configuration of 4 conforms to the embodiment (2).
  • the same effects as those of the embodiment (2) are obtained.
  • the heat dissipating fins 11 bend flexibly in the direction perpendicular to the flat surface, and by crossing the heat dissipating fins 11 at the center of the cushion 1C, the body pressure is dispersed, coupled with high heat dissipation. A comfortable feeling can be obtained.
  • FIG. Figure 8 shows the It is a perspective view of the bedding based on Ming's embodiment (4).
  • the bedding 1D is a pillow on which a person puts his / her head, and includes a heat radiating fin 11 formed of a coiled metal wire and an exterior body 26 that houses the heat radiating fin 11.
  • the heat radiating fins 11 are arranged along the contact surface 26a on which the person's head of the outer body 26 is placed.
  • the contact surface 26a is provided with a hole 27, which acts as a heat dissipation path 12 that promotes heat transfer with the heat sink.
  • the exterior body 26 has a substantially planar lower surface 26b and a contact surface 26a having an uneven shape. Further, the size and number of the holes 27 provided in the seating surface 26a can be set as appropriate, but the size is reduced to a predetermined size so that the hair is not entangled with the heat radiation fin 11. It is preferable to do. Moreover, it is preferable to use a mesh-like thing which has innumerable holes.
  • the radiating fin 11 is exposed from the hole 27 provided in the seating surface 26a in various usage forms such as sleeping or sitting by a person, Direct contact with the body. Subsequently, the heat of the body is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 26 through the gap portion 112 of the radiation fin 11 and the hole 27 constituting the radiation path portion 12. For this reason, heat does not stay in the exterior body 21, and a comfortable feeling of use can be obtained.
  • the heat dissipating fins 11 bend flexibly in a direction perpendicular to a flat surface in particular, they can be easily deformed and used according to the uneven shape of various beddings. And it can follow the movement of the body, disperse the body pressure well, and obtain a comfortable feeling of use.
  • the cushioning material 23 is accommodated in the exterior body, and the bedding is configured without using the cushioning material. It is also possible.
  • FIG. 9 is a plan view of the floor slip prevention mat according to the embodiment (5).
  • the bedsore prevention mat needs to maintain a dry state by dispersing body pressure in order to prevent the occurrence of pressure ulcers.
  • An air mat is one of the conventional mats for preventing bedsores. The air is sent to the vinyl with a compressor and continuously inflated. The small air holes in the mat are always exhausted to dry the body.
  • a floor slip prevention mat has a drawback in that it requires air to be sent by a compressor, resulting in a large facility.
  • Examples of other floor slip prevention mats include those using urethane or various gels. However, these bedsore prevention mats are mainly intended to disperse body pressure and have a problem of low air permeability.
  • an object of the present invention is to provide a bed slip prevention mat that has high body pressure dispersibility and air permeability and does not require the use of a separate device such as a compressor. .
  • the floor slip prevention mat 1E includes a plurality of radiating fins 11 made of a coiled metal wire and an exterior body 28 that houses the radiating fins 11 therein. Prepare. And the radiation fin 11 is arrange
  • the contact surface 28a is a contact surface on which the heat sink is placed.
  • a hole 31 is provided in the exterior body 28 to constitute a heat radiation path portion 12 that promotes heat transfer with the heat radiating body.
  • a filler 29 is provided in the exterior body 28, and a core 30 for maintaining the shape of the mat is provided at the center of the filler 29. It has been. Further, a wire 283 for holding the shape of the mat is also provided at the corner portion of the exterior body 28.
  • a plurality of the radiating fins 11 are provided along the contact surface 28a close to the body f, and a plurality of flat surfaces 111 are arranged in parallel with the contact surface 28a of the mat. Then, as shown in FIGS. 9 and 10, it is preferably provided on the back portion 281 and the waist portion 282 which are the main contact portions with the body f. At this time, a plurality of radiating fins 11 provided on the back 281 and the waist 282 are crossed. By disposing, body pressure can be evenly distributed not only in one direction but also in the surface direction. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • the filler 29 and the core material 30 a material having flexibility so as to disperse body pressure can be appropriately employed.
  • the filler 29 can be a low-resilience urethane foam or a core material 30.
  • a foamed polyurethane material having a higher elastic modulus is preferably used.
  • the heat radiation path portion 12 is configured by a hole 31 provided in the contact surface 28a of the exterior body 28.
  • the size and number of the holes 31 can be set as appropriate.
  • the holes provided in the back part 281 and the waist part 282 that are the main contact parts with the body f are made larger than the surroundings, The exposure of the radiating fin 11 may be increased by increasing the number.
  • the bedsore prevention mat 1E according to this embodiment (5) when used by pressure ulcer patients, the heat release fins 11 bend freely according to the body, and the body pressure is well dispersed to prevent bedsores. can do. In particular, since the heat dissipating fins 11 are provided so as to cross each other, the body pressure can be uniformly distributed in the surface direction to prevent bed slip.
  • the radiating fin 11 is exposed from the hole 31 provided in the contact surface 28a, and is in direct contact with the body f which is a heat radiating member. Then, the heat of the body f is transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire heat radiating fin 11 is released to the outside of the exterior body 21 through the gap portion 112 of the heat radiating fin 11 and the hole 31 which is the heat radiating path portion 12.
  • the radiating fins 11 are provided in cross contact with each other, it is possible to transfer heat in the surface direction through the contact portion between the radiating fins 11 with the heat of the body f. As a result, the patient's heat can be quickly dissipated, and the affected area can be prevented from being stuffy and kept clean.
  • the configuration of the floor slip prevention mat 1E is not limited to the examples of FIGS. 9 and 10, and various configurations may be adopted on condition that the radiating fins 11 are housed inside the outer package. it can.
  • a silicone gel sheet is laminated inside the filler It is done.
  • a plurality of heat dissipating fins 11 are arranged on the back part 281 and the waist part 282.For example, along the direction in which the body pressure is distributed to the elbow part, etc., where floor slippage is likely to occur. Therefore, the radiation fins 11 can be arranged.
  • FIG. 11 is a perspective view of a toilet seat cover 1F according to Embodiment (6).
  • a toilet seat cover used instead of a heating toilet seat can be used.
  • a toilet seat cover has a problem such as stuffiness when used in summer, so it was often removed in summer.
  • an object of the present invention is to provide a toilet seat cover having high heat dissipation and air permeability that does not get steamed even when used in summer in view of the above-described conventional situation.
  • This toilet seat cover 1F is configured by housing the radiating fins 11 on which the coil-shaped metal wire rods are also formed in a substantially horseshoe-shaped exterior body 32.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • the toilet seat g is covered with the exterior body 32, and the heat radiating fins 11 are arranged so that the flat surface 111 thereof is parallel to the seat surface 32a of the exterior body 32.
  • the heat radiating fins 11 are bent with respect to the direction parallel to the flat surface 111 and arranged along the shape of the exterior body.
  • the exterior body 32 is formed of a piled fabric obtained from the yarns 321 and 322.
  • the exterior body 32 has innumerable voids 323 in the raised portion, and constitutes the heat radiation path portion 12 that promotes heat transfer with the heat radiating body.
  • the radiating fin 11 is easily bent even in a direction parallel to the flat surface, it can be easily followed along the outer body 32 having a substantially horseshoe shape. It becomes.
  • the heat of the person using the toilet seat g is transmitted to the radiating fin 11 that also serves as the metal wire rod, and is quickly transferred to the entire radiating fin 11 through the connection portion 113 of the heat radiating fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 32 through the gap 112 of the radiation fin 11 and the gap 323 of the exterior body 32.
  • FIG. 13 is a perspective view of the chair cover 1G according to the embodiment (7).
  • an object of the present invention is to provide a chair cover having high heat dissipation and air permeability without being steamed even in summer.
  • This chair cover 1G accommodates the heat radiating fins 11 on which the coil-shaped metal wire rods are also formed inside the exterior bodies 33A and 33B that cover the back portion of the chair h and the seat surface portion. It is roughly structured. A plurality of radiating fins 11 are arranged along a contact surface 33a that comes into contact with a heat radiating body such as a human body of the exterior bodies 33A and 33B. Further, the contact surface 33a with the heat radiating member is provided with a hole 34, which constitutes a heat radiating path portion 12 that promotes heat transfer with the heat radiating member. Note that.
  • the configuration of the radiating fin 11 itself conforms to the above embodiment (1).
  • the exterior bodies 33A and 33B are provided with an attachment structure portion 331 for attachment to the seat surface or backrest of the chair h.
  • an attachment structure portion various means such as an elastic body such as rubber, a string, and a hook-and-loop fastener can be used.
  • the surface area when the metal wire is flattened is large when a person sits! Since the radiating fin 11 is exposed from the hole 34 provided in the contact surface 33a, the radiating fin 11 is in direct contact with the body, which is the heat radiating body, and the heat of the body is quickly transmitted to the radiating fin 11. Then, the heat of the body can be transmitted to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entirety of the heat radiating fin 11 is released to the outside of the exterior bodies 33A and 33B through the gaps 112 of the heat radiating fin 11 and the holes 34 constituting the heat radiating path portion 12.
  • FIG. 15 and FIG. 16 show an embodiment (8) of the present invention.
  • Figure 15 shows the form of this implementation. It is a perspective view of the cap which concerns on a state (8).
  • an object of the present invention is to provide a hat that has high heat dissipation and air permeability and that sufficiently releases heat.
  • the cap 1H includes a crown portion 35 that covers the head portion and a collar portion 36, and is configured by attaching a folded portion 37 along the inner peripheral edge portion 352a of the crown portion 35.
  • a heat radiating fin 11 on which a coil-shaped metal wire rod is also formed is provided along the circumferential direction with respect to the side 37a of the folded portion 37 facing the crown portion 35.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • the folded portion 37 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the heat radiating body.
  • a breathable mesh is used for the peripheral portion 352 of the crown portion 35, and a heat dissipation path portion in which the gap portion of the mesh releases heat transferred from the heat dissipation fin 11 to the outside of the cap 1H. Acts as.
  • the folded-back portion 37 attached along the inner peripheral edge of the crown portion 35 contacts the forehead portion of the person.
  • the heat of the person's forehead is provided in the folded portion 37 and is transmitted to the heat radiating fins 11 through the mesh voids constituting the heat radiating path.
  • the heat conducted to the radiating fin 11 is quickly transmitted to the entire radiating fin 11 through the contact portion 113.
  • the heat transmitted to the entirety of the radiating fin 11 is released to the outside of the cap 1H through the gap portion 112 of the radiating fin 11 and the gap portion of the crown portion that also has mesh force.
  • the forehead part of the human body has a particularly large amount of heat generation, but it is possible to quickly dissipate heat by wearing the cap of the present embodiment.
  • the forehead portion has a particularly large amount of perspiration, but the hot air diffuses through the voids 112 of the heat dissipating fins 11, so that moisture such as sweat does not vaporize.
  • the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
  • the heat dissipating fins 11 can be bent in a direction perpendicular to the flat surface, the heat dissipating fins 11 can follow the deformation of the cap well.
  • FIG. 17 is a cross-sectional view of the cap 1J according to this embodiment (9).
  • Hat 1J is the same as that of Embodiment (8), in which radiating fin 11 is provided along the inner peripheral edge 352a of crown 35, and does not have a folded portion.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • Other configurations such as the material of the crown portion 35 are in accordance with the above embodiment (8).
  • FIG. 18 is a perspective view of the helmet 1K according to this embodiment (10).
  • an object of the present invention is to provide a helmet having high heat dissipation and air permeability.
  • the helmet 1K is schematically configured by a protection member 38 that covers the outside, and a buffer member 39 provided inside the protection member 38.
  • a plurality of heat radiation fins 11 are attached in the direction from the top 391 to the peripheral edge 392 of the buffer member 39 so as to be along the inner side surface 39a of the buffer member 39.
  • a covering member 40 is provided further inside the radiating fin 11.
  • other configurations such as the material of the heat radiating fin 11 conform to the above embodiment (1).
  • the protective member 38 is for covering the outermost side when worn on the human body, and is a reinforced plastic. There will be equal power. Further, the buffer member 39 is provided inside the protective member 38 and also serves as a foam member. Further, the covering member 40 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the heat radiating member. In addition to the mesh, it is also possible to configure the heat dissipation path by providing holes or the like.
  • a cavity j is formed near the top of the head.
  • the heat retained in the cavity j is conducted to the radiating fin 11 through the gap of the covering member 40.
  • the heat dissipating fins 11 are provided from the top portion 391 toward the peripheral portion 392 so that heat is quickly transferred to the peripheral portion 392 and released to the outside of the helmet 1K.
  • the radiating fin 11 is attached along the inner surface of the buffer member 39 from the top 391 toward the peripheral 392. From the center of the top to the periphery The heat dissipating fins 11 may be arranged radially by directing the part 392.
  • FIG. 20 is a perspective view of the hairband according to this embodiment (11).
  • an object of the present invention is to provide a hair band having sufficient heat dissipation and air permeability.
  • Hair band 1L includes heat dissipating fins 11 formed of a coil-shaped metal wire, and an elastic ring-shaped band main body 41 that houses heat dissipating fins 11.
  • a plurality of heat dissipating fins 11 are arranged in the circumferential direction so that the flat surface 111 is along the inner peripheral surface, and a plurality of heat dissipating fins 11 are provided on the band body 40.
  • the radiating fins 11 are stitched together to form a bag body in which the radiating fins 11 are stored.
  • the other configuration, such as the material of the radiating fin 11, conforms to the above embodiment (1).
  • a hole 41a is provided in the inner surface 41a that comes into contact with the head when worn on the head, so that the radiating fin 11 is exposed from the hole 41la. It is composed. Further, the hole 411a constitutes a heat radiation path portion 12 that promotes heat transfer with the heat radiating body. Furthermore, the outer side surface 41b to be externally provided is similarly provided with a 41 lb hole, which acts as a path for releasing heat to the outside of the hair band 1L.
  • the ring-shaped band main body 41 can be made of a breathable mesh or the like.
  • the heat radiating fins 11 are exposed from the holes 41 la provided in the inner side surface 41a, and the head that is a heat radiating body. Contact directly. Subsequently, the heat of the head is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the heat radiating fin 11 is released to the outside of the hairband main body 41 through the gap 112 of the heat radiating fin 11 and the hole 4 ib provided on the outer surface 4 lb.
  • heat dissipating fins 11 are provided along the circumferential direction of the elastic hair band body, it can be easily expanded and contracted when worn on the head.
  • the heat dissipating fins 11 are flexibly bent especially in the direction perpendicular to the flat surface 111 and easily deformed according to usage conditions such as mounting and dismounting, so that a comfortable feeling of use can be obtained.
  • FIG. 23 is a perspective view of a shoe according to this embodiment (12).
  • an object of the present invention is to provide a shoe having high heat dissipation and high heat dissipation performance even when the shoe is used for a long time.
  • the shoe 1M mainly includes a sole 42 and an upper member 43 that is fixed on the sole 42 and covers the surface of the foot.
  • a heat radiating fin 11 formed of a coiled metal wire is attached in parallel to the contact surface that contacts the foot of the upper part 431.
  • the other configuration such as the material of the heat dissipating fin 11 conforms to the above embodiment (1).
  • the upper portion 431 uses a mesh having air permeability, and the gap portion of the mesh acts as a heat radiation path portion for releasing heat to the outside of the shoe 1M.
  • the mesh it is also possible to configure the heat dissipation path by providing holes or the like.
  • the heat dissipating fins 11 provided on the upper part 431 should be fixed so that the metal wire rods are not separated from each other by means of welding or the like, with the contact portions 113 in which the winding units are in contact with each other. Is preferred. In this way, even when severe deformation is applied to the upper part 431 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
  • the radiating fin 11 is provided on the contact surface in contact with the foot of the upper part 431, so that the heat of the foot, which is the radiating member, is efficiently transferred to the radiating fin 11. Can conduct. Then, heat can be transferred to the entire radiation fin 11 via the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh.
  • FIG. 25 is a perspective view of a shoe according to this embodiment (13).
  • the radiating fins 11 that can also obtain a coiled metal wire force are attached along the inner surface of the toe portion 432 of the upper member 43. Specifically, the toe portion 432 is provided at a portion where the reinforcing portion 434 does not exist.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • the toe portion 432 of the upper member 43 uses a mesh having air permeability, and the gap portion of the mesh acts as a heat radiation path portion that releases heat to the outside of the shoe 1N .
  • the mesh it is possible to function with the heat dissipation path by providing holes.
  • the heat dissipating fins 11 provided on the toe portion 432 have the winding units in contact with each other. It is preferable to fix the contact portions so that the metal wires are not separated by means such as welding. In this way, even when a severe deformation is applied to the upper member 43 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
  • the heat dissipating fins 11 are provided on the contact surface of the toe portion 432 that comes into contact with the toes of the foot. Heat can be conducted to the fin 11. Then, heat can be transferred to the entire heat radiation fin 11 through the contact portion 113 of the heat radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh. For this reason, the toe portion 432 is particularly likely to retain heat, but can quickly be released to the outside of the shoe 1N without retaining heat.
  • the toes of the toes are well secreted, such as sweat. Hot air diffuses through the gaps 112 of the heat dissipating fins 11, and moisture such as sweat does not evaporate.
  • the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
  • FIG. 27 is a perspective view of a shoe according to this embodiment (14).
  • the radiating fins 11 formed from a coiled metal wire are attached to the upper member 433. Specifically, the radiating fins 11 are provided along the inner surface of the cushioning material 436 provided on the inner surface of the flange 433. The inner side surface of the cushioning material 436 is a contact surface that comes into contact with the buttocks of the foot.
  • the other configuration such as the material of the heat dissipating fin 11 conforms to the above embodiment (1).
  • the collar 433 of the upper member 43 is generally made of leather, synthetic resin or the like.
  • the flange 433 is provided with a hole 437 to maintain air permeability, and acts as a heat dissipation path.
  • the cushioning material 436 uses a mesh having air permeability, and the void portion of the mesh acts as a heat radiation path portion that releases heat to the outside of the shoe 1P.
  • the heat dissipation path portion function by providing holes or the like in a woven fabric made of synthetic fiber or natural fiber.
  • the heat dissipating fins 11 provided in the flange part 433 preferably fix the contact parts where the winding units are in contact with each other so that the metal wires are not separated by means such as welding. Yes. In this way, even when severe deformation is applied to the buttocks 433 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
  • the radiating fins 11 are provided on the contact surface that comes into contact with the heel portion of the heel portion 433. Heat can be efficiently conducted to the radiation fin 11. Then, heat can be transferred to the entire radiation fin 11 via the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh. For this reason, the heel part 433 is particularly likely to retain heat, but can quickly be released to the outside of the shoe 1P without retaining heat.
  • FIG. 29 is a plan view of an insole according to this embodiment (15).
  • the insole 1Q is generally configured by a radiating fin 11 formed by a coiled metal wire rod and an insole body 45 provided with the radiating fin 11.
  • a covering member 46 is provided so as to cover the radiating fins 11, and is fixed by sewing at end portions 451 and 4 61 of the insole body 45 and the covering member 46.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • the covering member 46 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the sole, which is a heat radiating body. And the radiation fin 11 is exposed from the space
  • the radiating fin 11 provided in the insole body 45 it is preferable to fix the contact portions where the winding units are in contact with each other so that the metal wires are not separated by means such as welding. In this way, even if the insole 1Q undergoes severe deformation due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
  • the insole 1Q according to the embodiment (15) is used in shoes. According to this embodiment, when the foot is worn, the radiating fins 11 are exposed from the voids of the mesh of the covering member 46, and are in direct contact with the sole, which is the heat radiating member. Heat is transferred to the radiation fin 11.
  • FIG. 31 is a perspective view of a cast according to this embodiment (16).
  • the cast was often used for a long time, and the stuffiness at the site of the cast was often a problem.
  • Examples of casts for preventing stuffiness include those using rayon fibers having high water absorption.
  • an object of the present invention is to provide a cast that has high heat dissipation and air permeability and has a sufficient anti-steaming effect.
  • the cast 1R is schematically configured by disposing heat radiating fins 11 formed from a coiled metal wire rod inside a protective member 47 for covering and fixing the affected area.
  • a protective member 47 for covering and fixing the affected area.
  • the flat surface 111 of the radiating fins 11 is arranged along the inner side surface 47b of the cast 1R.
  • other structures such as a material of the radiation fin 11, it applies to said Embodiment (1).
  • the protective member 47 general plaster, hydraulic polyester material, or the like can be used as the protective member 47.
  • the radiating fin 11 when providing the radiating fin 11, for example, the radiating fin 11 is previously embedded in a cloth having good air permeability, and the cloth 1 is applied to the affected area, and then the material of the cast 1R is molded and cured. Can do.
  • the protective member 47 is provided with hook-and-loop fasteners 472 and 471 at the ends of the outer surface 47 and the inner surface 47b so that the cast 1R can be attached and detached.
  • the heat is diffused by the heat dissipating fins 11 made of a heat-powered coil-shaped metal wire confined inside the cast 1R and quickly radiated.
  • the cast 1R is securely fixed to the affected area via the radiation fin 11, air flows through the gap, so that the inside of the cast 1R can be kept cool and clean.
  • the other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
  • FIG. 33 shows a heat-cooled sheet according to Embodiment (17) of the present invention.
  • FIG. 33 is a plan view of the heat-cooled sheet according to this embodiment (17).
  • a sheet using a gel is conventionally known.
  • the heat-cooled sheet using this gel is configured such that the gel absorbs and releases heat.
  • gel does not have sufficient heat dissipation performance, it has to be replaced after it has been used for a certain period of time.
  • an object of the present invention is to provide a heat-cooled sheet that has high heat dissipation and air permeability and can maintain the effect for a long time.
  • the heat-cooled sheet 1S is schematically configured by including a plurality of heat radiation fins 11 formed of a coiled metal wire force and an attachment structure member 48 for fixing the heat radiation fins 11 to the heat radiating member. Has been. In addition, about other structures, such as a material of the radiation fin 11, it applies to said Embodiment (1).
  • the mounting structure member 48 is composed of a fixing member 481 and a connection member 482 of the radiating fins 11.
  • a fixing member 481 a hook-and-loop fastener 483, a hook or the like can be used.
  • the connecting member 482 an elastic member such as rubber is preferably used.
  • the radiating fins 11 are in direct contact with the forehead of the human body. And is fixed by the mounting structure member 48. According to this embodiment, the heat generated by the person's forehead is transmitted to the radiation fins 11 that are in direct contact. The heat transmitted to the heat radiating fin 11 is transmitted to the entire heat radiating fin through the contact portion 113 of the heat radiating fin. Since the gap 112 of the radiating fin 11 has air permeability, heat is released into the air through the gap 112.
  • FIG. 34 is a perspective view of the thawing sheet 1T according to this embodiment (18).
  • a thawing sheet As a thawing sheet, a sheet using a carbonaceous ceramic having high thermal conductivity is conventionally known. This thawing sheet using carbonaceous ceramic is thawing by heat exchange at the contact surface with the object to be thawed. However, when such a sheet is used, there is a problem that the surface area is not sufficient, so that thawing cannot be performed quickly. In addition, there is a problem that the material is expensive. Further, as other thawing sheets, those made of flat aluminum plates are conventionally known. However, since it is a flat plate, it has a problem that its surface area is small and it is insufficient to obtain heat for thawing.
  • an object of the present invention is to provide a thawing sheet having a high surface area and capable of thawing an object to be thawed quickly.
  • the thawing sheet 1T has a schematic configuration in which a plurality of heat dissipating fins 11 formed by a coiled metal wire rod are connected and arranged. Specifically, a plurality of heat radiation fins 11 arranged in parallel are connected by a metal wire 49.
  • the thawing sheet 1T has a large area with respect to the thawing target object m.
  • Other configurations such as the material of the heat radiating fin 11 conform to the above embodiment (1).
  • the object to be thawed m is placed and used on the top surface of the thawing sheet 1T.
  • the heat radiation fin 11 has a large surface area, a large amount of heat from the outside air is generated on the surface of the radiating fin 11. It will be transmitted to the surface.
  • the heat transmitted to the surface of the radiating fin 11 is transmitted to the central portion of the radiating fin 11 on which the object to be thawed m is placed due to the temperature gradient.
  • the heat dissipating fins 11 have the contact portions 113, heat is quickly transmitted.
  • the heat accumulated in the center of the radiating fin 11 is given to the object to be thawed m and is quickly thawed.
  • the drip leaks from the object to be thawed.
  • the radiating fin 11 has the gap 112
  • the drip can be discharged to the lower surface of the thawing sheet 1T. For this reason, it is possible to defrost without leaving a drip on the thawing sheet 1T.
  • the plurality of heat dissipating fins 11 are connected using a metal wire, but soldering, soldering, adhesive, adhesive, vibration welding, flashing, etc.
  • Each radiating fin 11 can be fixed so as not to be separated by means such as welding.
  • FIG. 35 is a perspective view of the personal computer heat-dissipating sheet 1 U according to this embodiment (19).
  • a heat-dissipating sheet for a personal computer a sheet in which a gel is encapsulated in the exterior is known.
  • the heat dissipation sheet for personal computers using this gel is configured so that the gel absorbs and releases heat.
  • gel does not have sufficient heat dissipation performance, it has to be replaced after it has been used for a certain period of time.
  • the present invention has an object to provide a heat dissipation sheet for a personal computer having high heat dissipation and air permeability and capable of maintaining heat dissipation over a long period of time.
  • the heat radiating sheet 1U for personal computers is roughly configured by housing the heat radiating fins 11 formed of a coil-shaped metal wire force in a substantially rectangular outer casing 50.
  • the flat surface of the heat radiating fin 11 is arranged so as to be parallel to the contact surface 50a of the exterior body 50 with the personal computer.
  • the exterior body 50 is sewn at an intermediate position so that it can be folded in half with respect to the longitudinal direction, and is divided into two bag bodies 50A and 50B.
  • the heat dissipating fins 11 are arranged in the bags 50A and 50B, and are sewn and fixed to the exterior body 50.
  • the direction in which the radiation fins 11 are arranged is provided along the longitudinal direction of the exterior body.
  • the exterior body 50 is provided with a hole 501 between the PC body n which is a heat sink.
  • the heat dissipating path section 12 that promotes heat transfer is constructed.
  • the personal computer heat radiation sheet 1U of the above-described embodiment uses the personal computer body placed on the contact surface 50a.
  • the radiating fin 11 is exposed from the hole 501 provided in the contact surface 50a of the exterior body 50, and the PC main body n force, which is the radiating body, is also directly transferred to the heat.
  • the heat of the personal computer main body n is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11.
  • the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 50 through the gap 112 of the radiation fin 11 and the hole 501 acting as the radiation path portion 12. For this reason, the heat generated from the personal computer main body n is quickly dissipated from the lower surface, and it is possible to prevent an excessive temperature rise of the personal computer main body n.
  • the radiating fin 11 is sewn and fixed to the exterior body 50.
  • the exterior body 50 is sewn at regular intervals to form a bag body.
  • One radiating fin 11 can be arranged in each bag.
  • FIG. 37 is a perspective view of a personal computer heat dissipation sheet IV according to this embodiment (20).
  • the heat dissipating sheet IV for a personal computer has a schematic structure in which a plurality of heat dissipating fins 11 formed from a coiled metal wire rod are connected and arranged. Specifically, a plurality of radiating fins 11 arranged in parallel are connected by a metal wire 51.
  • a sheet having a large area with respect to the computer main body n is used as the personal computer heat dissipation sheet 1 V. Further, the heat radiating fins 11 are arranged so that the PC body n is placed and protrudes in the direction of the partial force length.
  • the other structures such as a material of the radiation fin 11, it applies to said Embodiment (1).
  • the personal computer heat radiation sheet IV of this embodiment is used with the personal computer main body n placed on the upper surface thereof.
  • the heat generated from the PC main body is transmitted to the heat release fin 11 that is in direct contact.
  • the heat transferred to the heat radiating fin 11 is transferred to the entire heat radiating fin through the contact portion 11 3 of the heat radiating fin. Since the gap 112 of the radiating fin 11 has air permeability, heat is released into the air through the gap 112.
  • the heat release sheet for PC IV force Nosocon main body has a larger surface area than n, so it can be easily put into the air. Heat can be released.
  • the radiating fins 11 are in direct contact with the personal computer main body n, it is possible to obtain the same degree of radiating performance in a small area as compared with the heat radiating sheet for a notebook computer of the above embodiment (19).
  • the plurality of heat dissipating fins 11 are connected using a metal wire, but soldering, soldering, adhesive, adhesive, vibration welding, flashing, etc.
  • Each radiating fin 11 can be fixed so as not to be separated by means such as welding.
  • FIG. 38 is a cross-sectional view of the wine cooler 1W according to this embodiment (21).
  • a cylindrical one using stainless steel or aluminum is known as a wine cooler.
  • a wine bottle is stored in an inner tube, and the outside is cooled by ice to cool the wine bottle.
  • the inner surface of the cylinder of the wine cooler was flat and did not carry enough cold energy to cool the wine bottle.
  • an object of the present invention is to provide a wine cooler having a high cooling effect.
  • the radiating fins 11 formed of a coiled metal wire are arranged on the inner surface 521 of the substantially cylindrical metal member 52 for inserting the wine bottle P. It is roughly structured. Note that the flat surface of the radiating fin 11 is disposed so as to be parallel to the inner surface 521 of the metal member 52.
  • the heat radiation fin 11 can be fixed to the inner surface by means of soldering, soldering, adhesive, adhesive, vibration welding, flash welding, or the like. Other configurations such as the material of the fin 11 conform to the above embodiment (1).
  • the metal member 52 has a reverse taper shape by being directed toward the bottom surface 522. Further, the bottom surface 522 of the metal member 52 is provided with a convex portion 523 that fits into the concave portion of the bottom portion of the wine bottle p.
  • the wine cooler 1W when the wine cooler 1W is immersed in ice water or the like, cold heat is transferred to the metal member 52, and a coil with a large surface area provided along the inner surface 521 of the metal member 52 is provided. Conducted to the heat dissipating fin 11 which is also a metal wire rod. And since the radiating fin 11 has a large surface area, the heat is quickly diffused and inserted into the inner surface 521 of the wine cooler 1W. The entered wine bottle P is quickly cooled.
  • the radiating fins 11 provided on the inner surface 521 of the metal member 52 are formed by flattening a coiled metal wire, and serve as a spring when the wine bottle 1W is inserted. It functions and the wine bottle p is securely fixed to the inner surface of the wine cooler 1W. For this reason, even when the wine cooler 1W falls down, the wine bottle p does not pop out of the wine cooler 1W.
  • FIG. 39 is a view of the jacket according to this embodiment (22).
  • an object of the present invention is to provide a jacket that can exhibit high heat dissipation and air permeability and that does not require the use of a device such as a conductive fan.
  • the jacket IX is schematically configured by radiating fins 11 formed of a coil-shaped metal wire force embedded between the outer surface 53 and the lining 54 of the jacket.
  • the lining 54 is provided with a hole 56, which constitutes the heat dissipation path 12 that promotes heat transfer with the heat sink.
  • a hole 55 is provided in the outer surface 53, and it acts as a heat release path part for releasing heat to the outside of the jacket IX. It is also possible to use a breathable mesh or the like for the outer material 53 and the lining material 54.
  • the size and number of holes 55 and 56 provided in the outer surface 53 and the lining 54 of the jacket IX can be appropriately set.
  • the holes 56 provided in the back side portion etc. where heat is easily accumulated It is also possible to increase the degree of exposure of the radiating fins 11 by making it larger than the surrounding area, or by providing a larger number.
  • the holes 55 and 56 are provided as the heat dissipation path, but the heat dissipation path 12 can also be configured by using a mesh-like fabric having high air permeability.
  • the radiating fins 11 are exposed from the holes 56 provided in the lining 54, and the heat radiated The body is in direct contact with the body, and heat is transferred to the radiation fins 11. Further, the heat inside the jacket is also transferred to the radiation fin 11 exposed from the hole 56. Then, the heat is efficiently transferred to the entire heat dissipating fin 11 through the contact portion 113 of the heat dissipating fin 11. Further, the heat conducted to the entirety of the radiating fin 11 is released to the outside of the jacket IX through the gap 112 of the radiating fin 11 and the hole 55 provided in the outer surface 53. For this reason, a comfortable feeling of use can be obtained without causing the body heat to stay inside the jacket.
  • the jacket of the present invention is suitably used as work clothes used in factories and the like. Many work clothes are relatively thick, and the physical strength of the work sheds a lot of heat and sweat, but using the jacket IX of this embodiment can provide a comfortable feeling during work. .
  • the metal wire wound in the shape of a circular coil is used.
  • the present invention is not limited to this. That is, a coiled metal wire wound in various shapes such as a polygon such as a triangle and a rectangle, an ellipse, and a star other than a circle can be used.
  • a coiled metal wire wound in a square shape is used, adjacent winding units overlap each other, increasing the contact area and increasing thermal conductivity. Rise.
  • a coiled metal wire wound in a complicated shape such as a star shape is used, the heat dissipation performance is improved because the surface area is increased.
  • a metal wire having a circular cross section is used, but a metal wire having a deformed surface may be used.
  • the deformed surface includes (a) polygonal shape, (b) star shape, (c) wire shape by twisting multiple metal wires, (d) rectangular shape (tape shape)
  • various shapes can be adopted.
  • the star shape, the wire shape and the like have a particularly complicated shape force, and the surface area is increased, so that the heat release performance is improved.
  • it is possible to form a flaw in the deformed surface by forming a flaw in the wire material such as a wire flaw.

Landscapes

  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Otolaryngology (AREA)
  • Pulmonology (AREA)
  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Materials Engineering (AREA)
  • Bedding Items (AREA)
  • Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
  • Toilet Supplies (AREA)
  • Professional, Industrial, Or Sporting Protective Garments (AREA)
  • Mattresses And Other Support Structures For Chairs And Beds (AREA)
  • Helmets And Other Head Coverings (AREA)
  • Invalid Beds And Related Equipment (AREA)
  • Thermotherapy And Cooling Therapy Devices (AREA)

Abstract

Heat releasing articles such as a cushion capable of developing high heat-releasing property and permeability and eliminating the need of separately using devices such as an electric fan. The cushion comprises heat-releasing fins (11) in which a metal wire is wound in a coiled state to form winding units, the entire part thereof is continuously formed flat, and the adjacent winding units are displaced from each other to form space parts (112) and contact parts (113) and an external body (21) having a contact surface for placing a heat-released body thereon and storing the heat-releasing fins (11). The cushion is so formed that the heat-releasing fins (11) are disposed along the contact surface and comprises a heat-releasing route part (12) prompting heat transfer at least between the heat-releasing fins and the heat-released body.

Description

明 細 書  Specification
放熱用品  Heat dissipation article
技術分野  Technical field
[0001] 本発明は、放熱性を有する座布団等の、放熱用品に関する。  [0001] The present invention relates to a heat dissipation article such as a cushion cushion having heat dissipation.
背景技術  Background art
[0002] 従来、放熱性を向上させた座布団等の、様々な放熱用品が知られている。これによ り、例えば座布団に長く座っていても汗ばんで衣服が濡れたりすることなぐ快適な状 態で使用できるようにするものである。  [0002] Conventionally, various heat radiating articles such as cushions with improved heat dissipation are known. This makes it possible to use it in a comfortable state, for example, even when sitting on a cushion for a long time without sweating and getting the clothes wet.
例えば、（特許文献 1)には、袋体の中心部で接するようにして袋体内を複数の収容 室に分離させると共に、中空状の胴部にこの胴部より小さな少なくとも一対の開口部 が設けられた榭脂製の充填材を各収容室内に収容させた座布団が記載されている。  For example, in (Patent Document 1), the bag body is separated into a plurality of storage chambers so as to be in contact with each other at the center of the bag body, and at least a pair of openings smaller than the body portion are provided in the hollow body portion. A cushion is provided in which the filler made of greaves is accommodated in each accommodation chamber.
[0003] また、（特許文献 2)には、弾性部材の上の体に接する部分の近傍に形成されたほ ぼ平行平面状の冷却流通路と、冷却流通路に空気を流入させる流入口と、冷却流 通路から空気を流出させる流出口と、流入口側又は流出口側に設けられた電動ファ ンと、電動ファンと冷却流通路との間に設けられた接続流通路とを有し、電動ファン により、体温よりも温度の低い周囲の空気を冷却流通路において体表とほぼ平行に 流通させることによって体との温度勾配を大きくし、体力 発せられる熱を放熱して体 を冷却する冷却敷布団が記載されて!ヽる。  [0003] Further, in Patent Document 2, an approximately parallel plane cooling flow passage formed in the vicinity of a portion of the elastic member in contact with the body, an inflow port through which air flows into the cooling flow passage, and An outlet for allowing air to flow out of the cooling passage, an electric fan provided on the inlet side or the outlet side, and a connecting flow passage provided between the electric fan and the cooling passage, Cooling that cools the body by dissipating the heat generated by physical strength by increasing the temperature gradient with the body by circulating the ambient air at a temperature lower than the body temperature almost parallel to the body surface in the cooling flow passage. The mattress is listed!
[0004] 上記の各製品は、空気を流通させることによってある程度の放熱性は得られるが、 十分な性能ではなぐまた電動ファン等の大掛力りな装置が必要である等の問題もあ つた。そのため、複雑な装置を用いずに放熱性をさらに高めた放熱部材の開発が望 まれていた。  [0004] Each of the products described above can obtain a certain degree of heat dissipation by circulating air, but it has a problem that it does not have sufficient performance and requires a large force device such as an electric fan. Therefore, the development of a heat radiating member with further improved heat radiating performance without using a complicated device has been desired.
[0005] 特許文献 1 :特開平 9 299190号公報  Patent Document 1: Japanese Patent Laid-Open No. 9299190
特許文献 2 :国際公開 WO01Z015573号公報  Patent Document 2: International Publication WO01Z015573
発明の開示  Disclosure of the invention
発明が解決しょうとする課題  Problems to be solved by the invention
[0006] そこで本発明は、上記従来の状況に鑑み、高い放熱性、通気性を発揮でき、電動 ファン等の装置を別途使用する必要がない、座布団等の各種放熱用品を提供するこ とを目的とする。 [0006] In view of the above conventional situation, the present invention can exhibit high heat dissipation and air permeability, The purpose is to provide various heat dissipating products such as cushions that do not require the use of a fan or other device.
課題を解決するための手段  Means for solving the problem
[0007] 上記課題を解決するため、本発明は、金属線材カコイル状に卷回されて卷回単位 が形成されるとともに全体が扁平に連続形成され、隣接する卷回単位が相互に位置 ずれして空隙部と接触部を有する放熱フィンと、被放熱体をのせる接触面を有し前 記放熱フィンを収納する外装体とを備え、前記放熱フィンが前記接触面に沿って配 置され、少なくとも前記被放熱体との間で熱伝達を促す放熱経路部を有する寝具を 提供する。  [0007] In order to solve the above-mentioned problem, the present invention is wound into a metal wire cacoil shape to form a winding unit, and the whole is continuously formed flat, and adjacent winding units are displaced from each other. A radiating fin having a gap and a contact portion, and an exterior body having a contact surface on which a heat radiating body is placed and housing the radiating fin, wherein the radiating fin is disposed along the contact surface, Provided is a bedding having a heat radiation path portion that promotes heat transfer to at least the heat radiating body.
[0008] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが寝具の外装体の内部に収納されるので、寝具の被放熱体との接触面から受 ける熱を効率良く放熱経路部に伝熱し、放熱することが可能となる。また、卷回単位 の密着している部位を介して放熱フィンの全体に熱が伝導し、放熱性能が向上する 。さらに、放熱フィンの空隙部が通気性を有するので、放熱フィン全体に伝導した熱 が放出される。放熱フィンに隣接して放熱経路部が設けられているため、寝具の外部 へと熱が放出され、熱の滞留が防止される。  [0008] According to the above configuration, since the heat dissipating fins having a large surface area obtained by using the coiled metal wire are housed inside the bedding exterior body, they are received from the contact surface of the bedding with the heat sink. It is possible to efficiently transfer heat to the heat dissipation path and dissipate heat. In addition, heat is conducted to the entirety of the heat radiating fins through the close contact portion of the winding unit, and the heat radiating performance is improved. Furthermore, since the air gap of the radiating fin has air permeability, the heat conducted to the entire radiating fin is released. Since the heat radiating path is provided adjacent to the heat radiating fins, heat is released to the outside of the bedding and heat retention is prevented.
また、放熱フィンは、コイル状の金属線材を扁平に連続形成して得られるもので、柔 軟性を有するため、被放熱体をのせた場合に力が分散される。  In addition, the radiating fin is obtained by continuously forming a coiled metal wire in a flat shape, and has flexibility, so that the force is dispersed when the radiated body is placed.
なお、ここでコイル状とは、円形に巻いたものに限定されるものではなぐ三角形や 四角形等の多角形、楕円形あるいは星形等の種々の形状を含んだものをいう。また 、ここでいう寝具とは、枕、敷き布団、座布団等を含む概念である。  Here, the coil shape is not limited to the one wound in a circular shape, but includes various shapes such as a polygon such as a triangle or a rectangle, an ellipse or a star. The bedding here is a concept including pillows, mattresses, cushions, and the like.
[0009] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部と接 触部を有する放熱フィンと、被放熱体をのせる接触面を有し前記放熱フィンを充填材 の上に収納する外装体とを備え、前記放熱フィンが前記接触面に沿って配置され、 少なくとも前記被放熱体との間で熱伝達を促す放熱経路部を有する床ずれ防止マツ トである。  [0009] In addition, the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is formed in a flat and continuous manner, and adjacent winding units are displaced from each other. And a heat radiating fin having a contact portion and an exterior body having a contact surface on which a heat radiating body is placed and housing the heat radiating fin on a filler, the heat radiating fin being disposed along the contact surface. A floor slip prevention mat having a heat radiation path portion that promotes heat transfer with at least the heat radiating body.
[0010] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが床ずれ防止マットの外装体の内部に収納されるので、床ずれ防止マットの被 放熱体との接触面から受ける熱を効率良く放熱経路部に伝熱し、放熱することが可 能となる。また、卷回単位の密着している部位を介して放熱フィンの全体に熱が伝導 し、放熱性能が向上する。そして、空隙部を通して空気が流通するため、褥瘡部位で の菌の繁殖が防止され、清潔な状態が保たれる。 [0010] According to the above configuration, heat dissipation with a large surface area obtained by using a coiled metal wire. Since the fins are housed inside the exterior body of the floor slip prevention mat, the heat received from the contact surface with the heat sink of the floor slip prevention mat can be efficiently transferred to the heat dissipation path and can be dissipated. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. In addition, since air flows through the gap, the propagation of bacteria at the pressure ulcer site is prevented, and a clean state is maintained.
[0011] さらに、本発明は、金属線材カ sコイル状に卷回されて卷回単位が形成されるととも に全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及 び接触部を有する放熱フィンと、前記放熱フィンを収納し便座を被覆する略々馬蹄 状の外装体とを備え、前記放熱フィンの扁平に形成された面が前記外装体の被放熱 体をのせる座面と平行になるように配置され、少なくとも前記被放熱体との間で熱伝 達を促す放熱経路部を有する便座カバーである。  [0011] Further, the present invention provides a winding unit formed by winding a metal wire rod coil into a coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other. A heat dissipating fin having a gap portion and a contact portion; and a substantially horseshoe-shaped exterior body that houses the heat dissipating fin and covers a toilet seat, and a flat surface of the heat dissipating fin is a heat radiation of the exterior body. It is a toilet seat cover having a heat radiation path portion that is arranged so as to be parallel to a seating surface on which the body is placed and promotes heat transfer with at least the heat radiating body.
[0012] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、便座カバーとなる馬蹄状の外装体の内部に収納されるので、便座を使用 する人からの熱を効率良く放熱し、快適な使用感を得ることができる。また、卷回単位 の密着している部位を介して放熱フィンの全体に熱が伝導し、放熱性能が向上する 。さらに、放熱フィンの空隙部を通して空気が流通するため、通気性も高まる。  [0012] According to the above configuration, the heat dissipating fin having a large surface area obtained by using the coiled metal wire is housed inside the horseshoe-shaped exterior body serving as the toilet seat cover, so that the person using the toilet seat The heat from can be efficiently radiated and a comfortable feeling of use can be obtained. In addition, heat is conducted to the entirety of the heat radiating fins through the close contact portion of the winding unit, and the heat radiating performance is improved. Furthermore, since air circulates through the space | gap part of a radiation fin, air permeability is also improved.
[0013] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンと、前記放熱フィンを収納し椅子の背もたれ部分または座 面を被覆する外装体とを備え、前記外装体は椅子に取り付けるための取付構造部を 有し、前記放熱フィンが前記外装体の被放熱体と接する接触面に沿って配置され、 少なくとも前記被放熱体との間で熱伝達を促す放熱経路部を有する椅子カバーであ る。  [0013] In addition, the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is formed flat continuously, and adjacent winding units are displaced from each other. And a heat dissipating fin having a contact portion and an exterior body that accommodates the heat dissipating fin and covers a backrest portion or a seat surface of the chair, and the exterior body includes an attachment structure for attaching to the chair, the heat dissipating fin Is a chair cover that is disposed along a contact surface of the exterior body in contact with the heat radiating body and has a heat radiation path portion that promotes heat transfer with at least the heat radiating body.
[0014] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、椅子カバーとなる外装体の内部に収納されるので、椅子を使用する人から の熱を効率良く放熱し、快適な使用感を得ることができる。また、卷回単位の密着し ている部位を介して放熱フィンの全体に熱が伝導し、放熱性能が向上する。さらに、 放熱フィンの空隙部を通して空気が流通するため、通気性の高 、椅子カバーとなる。 [0015] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平な帯状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙 部及び接触部を有する放熱フィンと、頭部を被覆するクラウン部と、前記クラウン部の 内側周縁に沿って取り付けられる折り返し部とを備えた帽子であって、前記折り返し 部の前記クラウン部に面する側に沿って前記放熱フィンが配置され、少なくとも前記 頭部との間で熱伝達を促す放熱経路部を有する帽子である。 [0014] According to the above configuration, the heat dissipating fin having a large surface area obtained by using the coiled metal wire is housed in the exterior body serving as the chair cover, so that heat from the person using the chair is obtained. The heat can be efficiently radiated and a comfortable feeling of use can be obtained. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and heat dissipating performance is improved. Furthermore, since air circulates through the space | gap part of a radiation fin, it becomes a highly breathable chair cover. [0015] In addition, the present invention provides a winding unit formed by winding a metal wire rod S coil, and the entire winding unit is continuously formed in a flat belt shape, and adjacent winding units are displaced from each other. A hat comprising a heat dissipating fin having a gap portion and a contact portion, a crown portion covering the head portion, and a folded portion attached along the inner peripheral edge of the crown portion, the hat being provided on the crown portion of the folded portion It is a cap having a heat radiation path part that promotes heat transfer with at least the head, wherein the heat radiation fins are arranged along the facing side.
[0016] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平な帯状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙 部及び接触部を有する放熱フィンと、前記放熱フィンを収納し頭部を被覆するクラウ ン部とを備えた帽子であって、前記クラウン部の内側周縁に沿って前記放熱フィンが 配置され、少なくとも前記頭部との間で熱伝達を促す放熱経路部を有する帽子であ る。 In the present invention, the winding unit is formed by winding the metal wire rod S into a coil shape, and the whole is continuously formed in a flat belt shape, and adjacent winding units are displaced from each other. A hat provided with a radiating fin having a gap portion and a contact portion, and a crown portion that accommodates the radiating fin and covers the head, wherein the radiating fin is disposed along an inner peripheral edge of the crown portion; It is a cap having a heat radiation path portion that promotes heat transfer with at least the head.
[0017] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、帽子のクラウン部に沿って収納されるので、頭部力 受ける熱を効率良く外 側に伝熱し、放熱することが可能となる。また、卷回単位の密着している部位を介して 放熱フィンの全体に熱が伝導し、放熱性能が向上する。さらに、放熱フィンの空隙部 によって通気性が確保される。  [0017] According to the above configuration, since the heat radiation fin having a large surface area obtained by using the coiled metal wire is housed along the crown portion of the cap, the heat received by the head force is efficiently outside. It is possible to transfer heat to and dissipate heat. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. In addition, air permeability is ensured by the gaps of the radiating fins.
[0018] また、本発明は、外側を覆う保護部材と、前記保護部材の内側に設けられる緩衝部 材とから構成されるへルメットであって、金属線材カコイル状に卷回されて卷回単位 が形成されるとともに、全体が扁平に連続形成され、隣接する卷回単位が相互に位 置ずれして空隙部及び接触部を有する放熱フィンが、前記緩衝部材の内面に頭頂 部から周縁部へ向力つて設けられてなるヘルメットである。  [0018] Further, the present invention is a hermet comprising a protective member that covers an outer side and a buffer member provided inside the protective member, and is wound around a metal wire material in a coiled form. The heat dissipating fins, which are continuously formed flat as a whole and have adjacent gap units displaced from each other and having gap portions and contact portions, are formed on the inner surface of the buffer member from the top to the periphery. It is a helmet that is provided with a force.
[0019] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、ヘルメットの緩衝部材に設けられるので、頭部から受ける熱を効率良く外側 に伝熱し、放熱することが可能となる。また、卷回単位の密着している部位を介して放 熱フィンの全体に熱が伝導し、放熱性能が向上する。さらに、補熱フィンの空隙部に よって通気性が確保される。  [0019] According to the above configuration, since the heat radiation fin having a large surface area obtained by using the coiled metal wire is provided on the cushioning member of the helmet, the heat received from the head is efficiently transferred to the outside, It is possible to dissipate heat. In addition, heat is conducted to the entire heat radiation fin through the close contact portion of the winding unit, and the heat radiation performance is improved. Further, the air permeability is ensured by the gap portion of the auxiliary heat fin.
[0020] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平な帯状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙 部及び接触部を有する放熱フィンと、前記放熱フィンが設けられ頭部と接触する伸縮 自在なリング状のバンド本体とを備え、前記放熱フィンが前記バンド本体の内周面に 沿うように円周方向に複数個配置され、少なくとも前記頭部との間で熱伝達を促す放 熱経路部を有するヘアバンドである。 [0020] Further, according to the present invention, a winding unit is formed by winding the metal wire rod S into a coil shape. The whole is continuously formed in a flat band shape, and adjacent winding units are displaced from each other so that the heat dissipating fin has a gap and a contact part, and the heat dissipating fin is provided and the elastic ring is in contact with the head. A hair band comprising a band body, and a plurality of the heat dissipating fins arranged in a circumferential direction along the inner peripheral surface of the band body, and having a heat radiation path portion that promotes heat transfer with at least the head. It is.
[0021] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンがバンド本体に設けられ、頭部から受ける熱を効率良く外側に伝熱し、放熱す ることが可能となる。また、卷回単位の密着している部位を介して放熱フィンの全体に 熱が伝導し、放熱性能が向上する。さらに、放熱フィンの空隙部によって通気性が確 保される。  [0021] According to the above configuration, the heat dissipating fin having a large surface area obtained by using the coiled metal wire is provided on the band main body, and the heat received from the head is efficiently transferred to the outside to be dissipated. Is possible. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. In addition, air permeability is ensured by the gaps of the radiating fins.
[0022] また、本発明は、ノールと、前記ノールの上に固着され足表面を覆うアッパー部材と を備えるシューズであって、前記アッパー部材の甲被部には、金属線材がコイル状 に卷回されて卷回単位が形成されるとともに全体が扁平に連続形成され、隣接する 卷回単位が相互に位置ずれして空隙部及び接触部を有する放熱フィンが設けられ てなるシューズである。  [0022] Further, the present invention is a shoe including a nol and an upper member that is fixed on the nol and covers a foot surface, and a metal wire rod is formed in a coil shape on the upper portion of the upper member. This is a shoe in which a winding unit is formed by being rotated and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having a gap portion and a contact portion.
[0023] また、本発明は、ノールと、前記ノールの上に固着され足表面を覆うアッパー部材と を備えるシューズであって、前記アッパー部材の爪先部には、金属線材がコイル状 に卷回されて卷回単位が形成されるとともに全体が扁平に連続形成され、隣接する 卷回単位が相互に位置ずれして空隙部及び接触部を有する放熱フィンが設けられ てなるシューズである。  [0023] Further, the present invention is a shoe comprising a nol and an upper member fixed on the nol and covering a foot surface, wherein a metal wire is wound in a coil shape on a toe portion of the upper member. In this shoe, the winding unit is formed and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having gap portions and contact portions.
[0024] また、本発明は、ノールと、前記ノールの上に固着され足表面を覆うアッパー部材と を備えるシューズであって、前記アッパー部材の踵部には、金属線材がコイル状に 卷回されて卷回単位が形成されるとともに全体が扁平に連続形成され、隣接する卷 回単位が相互に位置ずれして空隙部及び接触部を有する放熱フィンが設けられて なるシューズである。  [0024] Further, the present invention is a shoe comprising a nol and an upper member fixed on the nol and covering a foot surface, wherein a metal wire is wound in a coil shape on a heel portion of the upper member. In this shoe, a winding unit is formed and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having gap portions and contact portions.
[0025] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンがアッパー部材に設けられるので、甲被部の内側から受ける熱を効率良く外へ 伝熱し、放熱することが可能となる。また、卷回単位の密着している部位を介して放 熱フィンの全体に熱が伝導し、放熱性能が向上する。さらに、放熱フィンの空隙部に よって通気性が確保される。 [0025] According to the above configuration, the upper member is provided with a large-surface-area radiating fin obtained by using a coiled metal wire, so that heat received from the inside of the upper part can be efficiently transferred to the outside. It is possible to dissipate heat. In addition, it is released through the close contact part of the winding unit. Heat is conducted to the entire heat fin, and the heat dissipation performance is improved. Furthermore, air permeability is ensured by the gaps of the radiating fins.
[0026] そして、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるととも に全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及 び接触部を有する放熱フィンと、前記放熱フィンの扁平に形成された面が平行に設 けられる中敷き本体とから構成されてなる中敷きである。  [0026] Then, the present invention is configured such that the winding unit is formed by being wound into a metal wire rod S coil shape, and the entire winding unit is continuously formed flat, and adjacent winding units are displaced from each other. An insole comprising a radiating fin having a gap and a contact portion and an insole body in which flat surfaces of the radiating fin are provided in parallel.
[0027] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが中敷き本体に設けられるので、放熱フィンの空隙部によって通気性が確保さ れる。また、コイル状の金属線材を利用して得られた放熱フィンが凹凸形状を呈する ため、マッサージ効果が得られる。  [0027] According to the above configuration, since the heat sink fin having a large surface area obtained by using the coiled metal wire is provided in the insole body, air permeability is ensured by the gap portion of the heat sink fin. In addition, since the heat dissipating fin obtained by using the coiled metal wire has an uneven shape, a massage effect can be obtained.
[0028] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンと、患部を被覆し固定するための保護部材とを備え、前記 放熱フィンが前記保護部材の内側面に沿うように配置され、少なくとも前記患部との 間で熱伝達を促すように構成されてなるギプスである。  [0028] Further, the present invention provides a winding unit in which a winding unit is formed by being wound in the shape of a metal wire rod S coil, and the entire winding unit is formed flat and the adjacent winding units are displaced from each other. And a heat radiating fin having a contact part and a protective member for covering and fixing the affected part, wherein the heat radiating fin is disposed along the inner side surface of the protective member, and at least heat transfer between the heat affected part and the affected part. A cast that is configured to prompt.
[0029] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンがギプスの内側に配置されるため、体側に滞留する熱を効率良く伝熱し、放熱 することが可能となる。また、卷回単位の密着している部位を介して放熱フィンの全体 に熱が伝導し、放熱性能が向上する。さらに、放熱フィンの空隙部によって通気性の 優れたギプスとなる。  [0029] According to the above configuration, since the heat radiation fins having a large surface area obtained by using the coiled metal wire are arranged inside the cast, the heat staying on the body side can be efficiently transferred and radiated. Is possible. In addition, heat is conducted to the entire heat radiation fin through the close contact portion of the winding unit, and the heat radiation performance is improved. Furthermore, the gaps of the heat dissipating fins make a cast with excellent air permeability.
[0030] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンを少なくとも一つ以上と、前記放熱フィンを被放熱体に固 定するための取付構造部材とから構成されてなる熱冷ましシートである。  [0030] In addition, the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is continuously formed flat. And a heat-cooled sheet comprising at least one radiating fin having a contact portion and an attachment structure member for fixing the radiating fin to a heat radiating member.
[0031] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが熱冷ましシートを構成するため、体の熱を効率良く伝熱し、放熱することが可 能となる。また、卷回単位の密着している部位を介して放熱フィンの全体に熱が伝導 し、放熱性能が向上する。さらに、放熱フィンの空隙部によって通気性の優れたシー トが得られる。 [0031] According to the above configuration, the heat radiation fins having a large surface area obtained by using the coiled metal wire constitute the heat-cooled sheet, so that the heat of the body can be efficiently transferred and radiated. Become. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. In addition, the air radiating fin gaps allow for a highly breathable seat. Can be obtained.
[0032] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンを複数連結し、解凍対象物を載置するように面状に形成 され、前記解凍対象物よりも大きな面積を有する解凍シートである。  [0032] In addition, the present invention provides a winding unit in which a winding unit is formed by being wound into a metal wire rod S-coil shape, and the entire winding unit is continuously formed flat. And a plurality of heat dissipating fins having contact portions, and a thawing sheet formed in a planar shape so as to place an object to be thawed and having a larger area than the object to be thawed.
[0033] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、基材上に置かれた物の熱を効率良く伝熱し、放熱することが可能となる。ま た、卷回単位の密着している部位を介して放熱フィンの全体に熱が伝導し、放熱性 能が向上する。  [0033] According to the above configuration, the heat radiation fin having a large surface area obtained by using the coiled metal wire can efficiently transfer and dissipate the heat of the object placed on the base material. Become. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved.
[0034] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンと、前記放熱フィンが収納され、ノ ソコンを載置したときに 、前記パソコンよりも大きな面積を有する外装体とを備え、少なくとも前記パソコンとの 間で熱伝達を促す放熱経路部を有するパソコン用放熱シートである。  [0034] Further, the present invention provides a winding unit in which a winding unit is formed by winding a metal wire rod S coil, and the entire winding unit is formed in a flat shape, and adjacent winding units are displaced from each other to form a gap. And a heat radiating fin having a contact portion, and an exterior body having a larger area than the personal computer when the heat radiating fin is accommodated and mounting a computer, and at least promotes heat transfer with the personal computer. A heat dissipation sheet for a personal computer having a heat dissipation path.
[0035] また、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに 全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び 接触部を有する放熱フィンを複数連結し、パソコンを載置するように面状に形成され 、前記パソコンよりも大きな面積を有するパソコン用放熱シートである。  [0035] Further, the present invention provides a metal wire rod coiled into an S-coil shape to form a winding unit and continuously formed flat as a whole, and adjacent winding units are displaced from each other to form a gap. A plurality of heat dissipating fins having a contact portion are connected to each other, and are formed in a planar shape so as to place a personal computer, and are a heat dissipating sheet for a personal computer having a larger area than the personal computer.
[0036] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、パソコンの熱を効率良く伝熱し、放熱することが可能となる。また、卷回単位 の密着している部位を介して放熱フィンの全体に熱が伝導し、放熱性能が向上する  [0036] According to the above configuration, the heat dissipating fin having a large surface area obtained by using the coiled metal wire can efficiently transfer the heat of the personal computer and dissipate the heat. In addition, heat is conducted to the entire radiating fin through the close contact portion of the winding unit, improving the heat radiating performance.
[0037] さらに、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるととも に全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及 び接触部を有する放熱フィンが、ワインボトルを挿入するための略々円筒状の金属 部材の内側面に沿って配置され、少なくとも前記ワインボトルとの間で熱伝達を促す ように構成されてなるワインクーラーである。 [0037] Further, according to the present invention, the winding unit is formed by being wound into a metal wire rod S coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other. A heat dissipating fin having a gap portion and a contact portion is arranged along the inner surface of a substantially cylindrical metal member for inserting a wine bottle, and is configured to promote heat transfer with at least the wine bottle. It is a wine cooler.
[0038] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンが、ワインボトルの熱を効率良く伝熱し、放熱することが可能となる。また、卷回 単位の密着して 、る部位を介して放熱フィンの全体に熱が伝導し、放熱性能の高!ヽ ワインクーラーが得られる。 [0038] According to the above configuration, heat dissipation with a large surface area obtained by using a coiled metal wire. The fins can efficiently transfer and dissipate the heat of the wine bottle. Further, heat is conducted to the whole of the heat radiation fins through the close contact of the winding unit, so that a wine cooler with high heat radiation performance can be obtained.
[0039] さらに、本発明は、金属線材カ Sコイル状に卷回されて卷回単位が形成されるととも に全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及 び接触部を有する放熱フィンが、表地と裏地との間に設けられるジャケットであって、 前記裏地は被放熱体と接触するとともに、少なくとも前記被放熱体との間で熱伝達を 促す放熱経路部を有するジャケットである。  [0039] Further, according to the present invention, the winding unit is formed by being wound into a metal wire rod S coil shape, and the whole is continuously formed flat, and adjacent winding units are displaced from each other. A radiating fin having a gap portion and a contact portion is a jacket provided between the outer surface and the lining, and the lining contacts the heat radiating body and promotes heat transfer between at least the heat radiating body. A jacket having a heat dissipation path.
[0040] 上記構成によれば、コイル状の金属線材を利用して得られた表面積の大きい放熱 フィンがジャケットに埋め込まれ、体側に滞留する熱を効率良く外へ伝熱し、放熱す ることが可能となる。また、卷回単位の密着している部位を介して放熱フィンの全体に 熱が伝導し、放熱性能が向上する。さらに、放熱フィンの空隙部によって通気性の優 れたジャケットとなる。  [0040] According to the above configuration, the heat radiation fin having a large surface area obtained by using the coiled metal wire is embedded in the jacket, and the heat staying on the body side can be efficiently transferred to the outside to be radiated. It becomes possible. In addition, heat is conducted to the entire heat dissipating fin through the close contact portion of the winding unit, and the heat dissipating performance is improved. Furthermore, the air gap fins provide a jacket with excellent air permeability.
発明の効果  The invention's effect
[0041] 以上のように、本発明に係る寝具、床ずれマット等の各種の放熱用品は、金属線材 をコイル状に卷回して得られた大きな表面積を有する放熱フィンを、被放熱体との間 で熱伝達を促す放熱経路部に設けているため、高い放熱性、通気性を得ることがで きる。また、コイル状に卷回された金属線材を用いているため、柔軟性を有しており、 放熱用品全体の変形に対して良好に追従することができる。  [0041] As described above, various heat radiating articles such as beddings and floor slip mats according to the present invention provide a heat radiating fin having a large surface area obtained by winding a metal wire in a coil shape with a heat radiating member. Because it is provided in the heat dissipation path that promotes heat transfer, high heat dissipation and air permeability can be obtained. Moreover, since the metal wire wound by the coil shape is used, it has flexibility and can follow the deformation | transformation of the whole thermal radiation article favorably.
図面の簡単な説明  Brief Description of Drawings
[0042] [図 1]本発明の実施の形態（1)に係る寝具の斜視図である。 FIG. 1 is a perspective view of a bedding according to Embodiment (1) of the present invention.
[図 2]図 1の平面図である。  FIG. 2 is a plan view of FIG.
[図 3]実施の形態（1)に係る寝具の使用状態を表す A— A断面図である。  FIG. 3 is a cross-sectional view taken along line AA showing the use state of the bedding according to the embodiment (1).
[図 4] (a)放熱フィンの拡大図である。 (b) (a)の C— C断面図である。  [Fig. 4] (a) Enlarged view of heat dissipating fins. (b) It is CC sectional drawing of (a).
[図 5]図 1の B— B断面図である。  FIG. 5 is a cross-sectional view taken along the line BB in FIG.
[図 6]本発明の実施の形態（2)に係る寝具の平面図である。  FIG. 6 is a plan view of the bedding according to the embodiment (2) of the present invention.
[図 7]本発明の実施の形態（3)に係る寝具の平面図である。  FIG. 7 is a plan view of a bedding according to Embodiment (3) of the present invention.
[図 8]本発明の実施の形態 (4)に係る寝具の斜視図である。 圆 9]本発明の実施の形態（5)に係る床ずれ防止マットの斜視図である。 FIG. 8 is a perspective view of a bedding according to Embodiment (4) of the present invention. 9] A perspective view of the floor slip prevention mat according to the embodiment (5) of the present invention.
[図 10]図 9の D— D断面図である。 FIG. 10 is a sectional view taken along the line DD in FIG.
[図 11]本発明の実施の形態（6)に係る便座カバーの斜視図である。  FIG. 11 is a perspective view of a toilet seat cover according to Embodiment (6) of the present invention.
[図 12]図 11の E—E断面図である。 FIG. 12 is a cross-sectional view taken along line EE in FIG.
圆 13]本発明の実施の形態（7)に係る椅子カバーの斜視図である。 13] A perspective view of a chair cover according to Embodiment (7) of the present invention.
[図 14]図 13の F— F断面図である。 FIG. 14 is a sectional view taken along line FF in FIG.
圆 15]本発明の実施の形態 (8)に係る帽子の斜視図である。 圆 15] A perspective view of a cap according to Embodiment (8) of the present invention.
[図 16]図 15の G— G断面図である。 FIG. 16 is a cross-sectional view taken along line GG in FIG.
圆 17]本発明の実施の形態（9)に係る帽子の断面図である。 [17] A cross-sectional view of a cap according to Embodiment (9) of the present invention.
[図 18]本発明の実施の形態（10)に係るヘルメットの斜視図である。  FIG. 18 is a perspective view of a helmet according to Embodiment (10) of the present invention.
[図 19]図 16の H— H断面図である。  FIG. 19 is a cross-sectional view taken along line H—H in FIG.
[図 20]本発明の実施の形態（11)に係るヘアバンドの斜視図である。  FIG. 20 is a perspective view of a hair band according to Embodiment (11) of the present invention.
[図 21]図 20の J J断面図である。 FIG. 21 is a sectional view taken along the line J J in FIG.
[図 22]図 20の K K断面図である。 FIG. 22 is a KK cross-sectional view of FIG.
[図 23]本発明の実施の形態（12)に係るシューズの斜視図である。  FIG. 23 is a perspective view of a shoe according to Embodiment (12) of the present invention.
[図 24]図 23の L L断面図である。 FIG. 24 is a sectional view taken on line L L in FIG.
[図 25]本発明の実施の形態（13)に係るシューズの斜視図である。  FIG. 25 is a perspective view of a shoe according to Embodiment (13) of the present invention.
[図 26]図 25の M— M断面図である。 FIG. 26 is a cross-sectional view taken along line MM in FIG. 25.
[図 27]本発明の実施の形態（14)に係るシューズの斜視図である。  FIG. 27 is a perspective view of a shoe according to Embodiment (14) of the present invention.
[図 28]図 27の N— N断面図である。 FIG. 28 is a sectional view taken along line NN in FIG. 27.
圆 29]本発明の実施の形態（15)に係る中敷きの平面図である。 圆 29] A plan view of the insole according to the embodiment (15) of the present invention.
[図 30]図 29の P— P断面図である。 FIG. 30 is a cross-sectional view taken along the line PP in FIG. 29.
[図 31]本発明の実施の形態（16)に係るギプスの斜視図である。  FIG. 31 is a perspective view of a cast according to Embodiment (16) of the present invention.
[図 32]図 31の Q— Q断面図である。 FIG. 32 is a cross-sectional view taken along the line Q-Q in FIG.
[図 33]本発明の実施の形態（17)に係る熱冷ましシートの平面図である。  FIG. 33 is a plan view of a heat-cooled sheet according to Embodiment (17) of the present invention.
圆 34]本発明の実施の形態（18)に係る解凍シートの斜視図である。 圆 34] A perspective view of a thawing sheet according to Embodiment (18) of the present invention.
圆 35]本発明の実施の形態（19)に係るパソコン用放熱シートの斜視図である。 [35] FIG. 35 is a perspective view of a heat dissipation sheet for a personal computer according to Embodiment (19) of the present invention.
[図 36]図 35の R— R断面図である。 圆 37]本発明の実施の形態（20)に係るパソコン用放熱シートの斜視図である。 圆 38]本発明の実施の形態（21)に係るワインクーラーの断面図である 圆 39]本発明の実施の形態（22)に係るジャケットの斜視図である。 FIG. 36 is a cross-sectional view taken along line RR in FIG. 35. 圆 37] A perspective view of a heat dissipating sheet for a personal computer according to Embodiment (20) of the present invention.圆 38] A cross-sectional view of a wine cooler according to Embodiment (21) of the present invention. 圆 39] A perspective view of a jacket according to Embodiment (22) of the present invention.
[図 40]図 39の S— S断面図である。 FIG. 40 is a cross-sectional view taken along the line S—S in FIG. 39.
符号の説明 Explanation of symbols
1A、 IBゝ 1C、 ID 座布団  1A, IB ゝ 1C, ID cushion
IE 床ずれ防止マット  IE Bed slip prevention mat
IF 便座カバー  IF Toilet seat cover
1G 椅子カバー  1G chair cover
1Hゝ 1J 帽子  1H ゝ 1J hat
IK へノレメット  IK Henomet
1L ヘアバンド  1L hair band
1M、 1N、 IP シューズ  1M, 1N, IP shoes
1Q 中敷き  1Q insole
1R ギプス  1R cast
IS 熱冷ましシート  IS heat-cooled sheet
IT 解凍シート  IT thaw sheet
1U、 IV ノ ソコン放熱シート  1U, IV Heat sink sheet
1W ワインクーラー  1W wine cooler
IX シャケット  IX Shacket
11 放熱フィン  11 Radiation fin
111 扁平な面  111 Flat surface
112 空隙部  112 Cavity
113 接触部  113 Contact area
114 保護部材  114 Protective members
11a, l ib 卷回単位  11a, l ib
l lx 左巻きに卷回された金属線材 l lx metal wire wound left-handed
l iy 右巻きに卷回された金属線材 放熱経路部 外装体l iy Metal wire wound right-handed Heat dissipation path exterior
1 繊維1 fiber
2 空隙部a 座面2 Cavity a Seat
b 下面 b Bottom
穴 hole
1 空隙部1 Gap
2 放熱フィン露出部 緩衝材 外装体 編み目 外装体a 接触面b 下面 2 Exposed area of heat radiating material Buffer material Exterior body Knitting exterior body a Contact surface b Bottom surface
穴  hole
外装体 Exterior body
1 背中部1 back
2 腰部2 waist
3 ワイヤ3 wire
a 接触面b 下面 a Contact surface b Bottom surface
充填材  Filler
T才  T
穴  hole
外装体a 接触面b 下面 321、 322 糸 Exterior body a Contact surface b Bottom surface 321, 322 threads
323 空隙部 323 gap
33A、 33B 外装体33A, 33B exterior body
331 取付構造部331 Mounting structure
33a 接触面33a Contact surface
34 穴 34 holes
35 クラウン言 35 Crown
351 頭頂部351 Head
352 内側周縁部 352a 内側面 352 Inner peripheral edge 352a Inner side
36 つば部 36 collar
37 折り返し部37 Folding part
38 保護部材38 Protection member
39 緩衝部材39 Shock absorber
391 頭頂部391 The top of the head
392 内側周縁部392 Inner peripheral edge
40 カバー部材40 Cover member
41 ヘアバンド本体 41a 内側面41 Hair band body 41a Inside surface
41b 外側面 411、 411a、 411b 穴 41b Outside 411, 411a, 411b hole
42 ソール  42 sole
43 アッパー部材 43 Upper material
431 甲被部431 Upper
432 爪先部432 Toe
433 踵部 433
434 通気部 434 Vent
435 固定部 436 通気部材435 Fixed part 436 Ventilation member
437 穴 437 holes
44 底部材 44 Bottom member
45 中敷き本体45 Insole body
451 端部 451 end
46 被覆部材 46 Covering material
461 端部 461 edge
47 ギプス本体 47 Gypsum body
471、 472 面ファスナー471, 472 hook and loop fasteners
47a 外側面47a exterior
47b 内側面47b Inside surface
48 取付構造部材48 Mounting structure
481 接続部481 Connection
482 取付構造部482 Mounting structure
483 面ファスナー483 hook and loop fastener
49 金属線材49 Metal wire
50、 50A、 50B 外装体50, 50A, 50B exterior
50a 接触面50a Contact surface
50b 下面 50b bottom
501 穴  501 holes
51 金属線材 51 Metal wire
52 金属部材52 Metal parts
521 内側面521 inner surface
522 底面 522 Bottom
523 凸部  523 Convex
53 表地  53 dress material
54 裏地  54 Lining
55、 56 穴 a 幅 55, 56 holes a width
b 長さ  b Length
c 幅  c width
d 身体  d body
el, e2 長さ  el, e2 length
f 身体  f body
g 便座  g Toilet seat
h 椅子  h chair
i 頭部  i head
j 空洞部  j Cavity
k 足  k feet
m 解凍対象物  m Object to be thawed
n パソコン本体  n PC
P ワインボトル  P Wine bottle
発明を実施するための最良の形態  BEST MODE FOR CARRYING OUT THE INVENTION
[0044] 以下、実施の形態に基づいて本発明を詳細に説明する。  Hereinafter, the present invention will be described in detail based on embodiments.
まず、本発明の実施の形態（1)について図 1〜図 5に基づいて説明する。図 1〜図 5は、寝具として座布団を示す。  First, an embodiment (1) of the present invention will be described with reference to FIGS. 1 to 5 show a cushion as a bedding.
[0045] 座布団 1 Aは、コイル状の金属線材カゝら構成される複数の放熱フィン 11と、その複 数の放熱フィン 11を収納する外装体 21とを備える。放熱フィン 11は外装体 21の人 が座る座面 21aに沿って配置される。ここでは、座面 21aが、被放熱体をのせる接触 面となる。また、外装体 21には穴 22が設けられ、被放熱体との間で熱伝達を促す放 熱経路部となる。さらに、外装体 21の内部には緩衝材 23が設けられる。  [0045] The cushion 1A includes a plurality of radiating fins 11 formed of a coil-shaped metal wire rod and an exterior body 21 that houses the plurality of radiating fins 11. The heat radiating fins 11 are arranged along the seating surface 21a on which the person of the exterior body 21 sits. Here, the seating surface 21a is a contact surface on which the heat sink is placed. Further, the outer body 21 is provided with a hole 22 and serves as a heat release path portion that promotes heat transfer with the heat radiating body. Further, a cushioning material 23 is provided inside the exterior body 21.
[0046] 放熱フィン 11は、図 4に示すように、金属線材がコイル状に卷回されて卷回単位が 形成されるとともに全体が扁平に連続形成され、隣接する卷回単位 l la、 l ibが相互 に位置ずれして空隙部 112と接触部 113を有するものである。具体的には、左巻き に卷回されたコイル状の金属線材 l lxと、右巻きに卷回されたコイル状の金属線材 1 lyと力 幅方向に長さ el、長手方向に長さ e2の距離だけ位置ずれして組み合わさ れる。そして、各金属線材 llx、 llyを扁平に形成することによって作製されている。 放熱フィン 11は、それぞれ異なる向きに卷回されたコイル状の金属線材 llx、 llyが 組み合わさっているため、金属線材 llx、 llyが密集して密に形成され、熱伝導性が 向上し、放熱性能も向上する。また、左巻きおよび右巻きの金属線材 llx、 llyが絡 み合うため、放熱フィン 11の形態が安定し、コイルを連続的に圧延する際に強度等 の関係でコイルが伸びてしまうことがない。 As shown in FIG. 4, the heat dissipating fin 11 is formed by winding a metal wire into a coil shape to form a winding unit, and the whole is continuously formed flat, and adjacent winding units l la, l The ibs are displaced from each other and have gaps 112 and contact parts 113. Specifically, a coiled metal wire l lx wound in a left-handed manner, a coiled metal wire 1 ly wound in a right-handed manner, and a length el in the width direction and a length e2 in the longitudinal direction Misaligned by the distance and combined It is. The metal wires llx and lly are formed flatly. The heat radiation fins 11 are formed by combining the coiled metal wires llx and lly wound in different directions, so that the metal wires llx and lly are densely formed to improve heat conductivity and heat dissipation. Performance is also improved. Further, since the left-handed and right-handed metal wire materials llx and lly are intertwined, the shape of the radiating fin 11 is stable, and the coil does not stretch due to strength or the like when the coil is continuously rolled.
[0047] そして、金属線材 llx、 llyは扁平に形成され各卷回単位 lla、 libが相互に幅 方向と長手方向に位置ずれして交差して、空隙部 112と接触部 113を形成する。そ して、金属線材 llx、 llyとが扁平に形成されているため、各卷回単位が相互に接 触した接触部 113の接触面積が大きくなる。これにより、接触部 113を介して熱が放 熱フィン 11全体に速やかに伝導することとなる。また、コイル状の金属線材 llx、 lly 力も形成されるために、平板等を用いた放熱フィンと比較して放熱フィン 11全体の表 面積が大きくなり、したがって高い放熱性能を得ることができる。また、放熱フィン 11 には金属線材 llx、 llyの隙間に空隙部 112が形成されているため、、特に金属線 材 llx、 llyの外気との接触面積が大きい。このため、空隙部 112が空気等の流れ る通気孔として機能し、熱を速やかに外部へ放出することができる。  [0047] The metal wires llx and lly are formed in a flat shape, and the winding units lla and lib intersect with each other while being displaced in the width direction and the longitudinal direction to form the gap portion 112 and the contact portion 113. Since the metal wires llx and lly are formed flat, the contact area of the contact portion 113 where the winding units are in contact with each other is increased. As a result, heat is quickly conducted to the entire heat release fin 11 through the contact portion 113. Further, since the coiled metal wire llx and lly force are also formed, the surface area of the entire heat dissipating fin 11 is larger than that of a heat dissipating fin using a flat plate or the like, and thus high heat dissipating performance can be obtained. Further, since the gaps 112 are formed in the gaps between the metal wires llx and lly in the radiating fins 11, the contact area between the metal wires llx and lly and the outside air is particularly large. For this reason, the air gap portion 112 functions as a vent hole through which air or the like flows, and heat can be quickly released to the outside.
[0048] なお、各卷回単位 lla、 libが相互に接触した接触部 113は、後述のように固定す ることができるが、固定しなくても良い。接触部 113を固定しない場合には、放熱フィ ン 11の柔軟性に非常に優れるため、本実施例のように座布団等の寝具に用いた場 合には体圧を良好に分散することができる。  [0048] Note that the contact portion 113 in which the winding units lla and lib are in contact with each other can be fixed as described later, but may not be fixed. When the contact part 113 is not fixed, the heat dissipation fin 11 is very flexible, so that when used in a bedding such as a cushion, the body pressure can be well dispersed. .
[0049] なお、各卷回単位 lla、 libが相互に接触した接触部 113は、半田付け、半田メッ キ、接着剤、粘着剤、振動溶接、フラッシュ溶接等の手段により、接触した線材同士 が離れないように固定することができる。接触部 113が固定されることで、各卷回単位 lla、 libの相互の密着が確実に行われ、放熱フィン 11全体が変形に対して伸びき つたりせずに機械的安定性が向上し、また接触部 113を介した熱伝導性も向上する  [0049] It should be noted that the contact portions 113 where the winding units lla and lib are in contact with each other are connected to each other by means of soldering, soldering, adhesive, adhesive, vibration welding, flash welding, or the like. Can be fixed so as not to leave. Since the contact portion 113 is fixed, the winding units lla and lib are securely adhered to each other, and the entire radiating fin 11 is not stretched against deformation and mechanical stability is improved. In addition, the thermal conductivity through the contact part 113 is also improved.
[0050] また、放熱フィン 11の端部には、保護部材 114が取り付けられている。保護部材 11 4を取り付けることで、金属線材 llx、 llyが端部において固定されるため、形態崩れ を生じたりすることがない。保護部材 114の材質としては、アルミニウム、銅、銀、金等 の金属材料、またはこれらとニッケル、マグネシウム、亜鉛、ケィ素等との合金等を挙 げることができる。銅系やアルミニウム系の材料は熱伝導性に優れるため好適に用い られる。特に、アルミニウム系の材料は、熱伝導性と柔軟性に優れ、かつ軽量、低コ ストであるため好適に用いられる。 In addition, a protective member 114 is attached to the end portion of the radiation fin 11. By attaching the protective member 11 4, the metal wires llx and lly are fixed at the end, so the shape is lost. Will not occur. Examples of the material of the protective member 114 include metal materials such as aluminum, copper, silver, and gold, or alloys of these with nickel, magnesium, zinc, and key. Copper-based and aluminum-based materials are preferably used because of their excellent thermal conductivity. In particular, an aluminum-based material is preferably used because it is excellent in thermal conductivity and flexibility, is lightweight, and is low in cost.
[0051] コイル状に卷回された金属線材を扁平に形成するには、圧延等の公知の手段によ り押し潰すなどして行うことができる。また、一方向に送られるコイルを連続的に圧延 して、長尺状の放熱フィンを得ることもできる。このとき、隣接する卷回単位が相互に 適切に密着するように、圧延の圧力、圧延する角度等を適宜設定することが好ましい [0051] The metal wire wound in a coil shape can be formed into a flat shape by crushing it by a known means such as rolling. In addition, a long heat radiation fin can be obtained by continuously rolling a coil fed in one direction. At this time, it is preferable to appropriately set the rolling pressure, the rolling angle, etc. so that the adjacent winding units are properly adhered to each other.
[0052] 放熱フィン 11の材質は、種々の金属材カも構成することができる。具体的には、ァ ルミ-ゥム、銅、銀、金等の金属材料、またはこれらとニッケル、マグネシウム、亜鉛、 ケィ素等との合金等を挙げることができる。銅系やアルミニウム系の材料は熱伝導性 に優れるため好適に用いられる。特に、アルミニウム系の材料は、熱伝導性と柔軟性 に優れ、かつ軽量、低コストであるため好適に用いられる。 [0052] The heat radiating fin 11 can be made of various metal materials. Specific examples include metal materials such as aluminum, copper, silver, and gold, or alloys of these with nickel, magnesium, zinc, and key. Copper-based and aluminum-based materials are preferably used because of their excellent thermal conductivity. In particular, aluminum-based materials are preferably used because they are excellent in thermal conductivity and flexibility, are lightweight, and are low in cost.
[0053] また、放熱フィン 11の金属線材 l lx、 l lyの材質としては、耐蝕性の金属を用いる こともできる。用途によっては、腐食しやすい環境で使用される場合があるため、その ような場合に適している。耐蝕性の金属の例としては、チタン、及びその合金、ステン レスなどが挙げられる。  [0053] Further, as the material of the metal wire lx, lly of the heat radiating fin 11, a corrosion-resistant metal can be used. Depending on the application, it may be used in a corrosive environment and is suitable for such cases. Examples of corrosion-resistant metals include titanium, its alloys, and stainless steel.
[0054] また、放熱フィン 11を構成する金属線材 l lx、 l lyには、必要に応じて、熱伝導性 、耐蝕性を高めるために表面処理を施すことができる。具体的には、銅めつき、銀め つき等が挙げられる。また、アルミニウム又はその合金を素材とする場合には、表面に 陽極酸ィ匕皮膜処理 (アルマイト処理)を施すことが好ましい。これにより、耐蝕性が向 上するとともに、卷回単位の相互に密着する接触部の熱抵抗が低下し、全体の放熱 性をさらに高めることができる。処理の方法は、既知の工程を採用することができ、具 体的には、処理物を陽極として、シユウ酸や硫酸、リン酸等の液中で電解を行うことに より酸ィ匕皮膜を形成することができる。なお、陽極酸ィ匕皮膜処理には、いわゆる白色 アルマイトと黒色アルマイトとがある力 いずれも適用可能である。 [0055] また、金属線材 l lx、 l lyの表面には、必要に応じて、フ ライトを含む塗膜を形成 することもできる。これにより、フェライトが電磁波吸収能を有するため、全体として電 磁波を効果的に吸収する放熱フィン 11を得ることができる。特に、放熱フィン 11の表 面は金属線材力 構成するがゆえに凹凸形状であるため、電磁波が乱反射されて、 電磁波吸収の効果が相乗的に大きくなる。 [0054] In addition, the metal wires l lx and l ly constituting the heat radiating fin 11 can be subjected to surface treatment in order to enhance thermal conductivity and corrosion resistance, if necessary. Specific examples include copper plating and silver plating. In addition, when aluminum or an alloy thereof is used as a material, it is preferable to subject the surface to an anodic acid coating treatment (alumite treatment). As a result, the corrosion resistance is improved and the thermal resistance of the contact portions that are in close contact with each other in the winding unit is lowered, so that the overall heat dissipation can be further improved. A known process can be adopted as a treatment method. Specifically, an acid film is formed by performing electrolysis in a liquid such as oxalic acid, sulfuric acid, phosphoric acid, etc., using the treated product as an anode. Can be formed. It should be noted that any force having so-called white alumite and black alumite can be applied to the anodic acid coating treatment. [0055] In addition, a coating film containing a fly can be formed on the surface of the metal wire lx, lly, if necessary. As a result, since the ferrite has the ability to absorb electromagnetic waves, the heat dissipating fin 11 that effectively absorbs electromagnetic waves as a whole can be obtained. In particular, since the surface of the radiating fin 11 has an uneven shape because of its metal wire force, electromagnetic waves are irregularly reflected, and the effect of electromagnetic wave absorption is increased synergistically.
なお、フェライトとしては、軟磁性フェライト (ソフトフェライト）と、硬磁性フェライト (ハ ードフェライト）とが知られているが、いずれか一方を用いても良いし、複数種を混合 して用いても良い。また、フェライトを分散させるバインダーとしては、特に限定される ことなぐアクリル榭脂、シリコーン榭脂等の一般的な物質を用いることができる。  As the ferrite, soft magnetic ferrite (soft ferrite) and hard magnetic ferrite (hard ferrite) are known, but either one may be used or a plurality of types may be used in combination. . Moreover, as a binder for dispersing ferrite, general substances such as acrylic resin and silicone resin can be used without particular limitation.
[0056] さらに、金属線材 l lx、 l lyの表面には、必要に応じて、放熱フィン 11中を伝導す る熱を速やかに外部へ放熱するために、熱放射性の塗膜を形成することができる。 このような塗膜は、熱放射効果を有する種々の顔料を含有させた塗料から形成する ことができる。顔料の例としては、カーボンブラック、アルミナ、ジルコユア、チタ二了、 シリカ、ジノレコン、マグネシア、イットリア（Y O )、コージライト（2MgO' 2Al O - 5Si  [0056] Furthermore, a heat-radiating coating film is formed on the surfaces of the metal wires l lx and l ly to quickly dissipate the heat conducted through the radiation fins 11 to the outside as needed. Can do. Such a coating film can be formed from a paint containing various pigments having a heat radiation effect. Examples of pigments include carbon black, alumina, zirconia, titania, silica, dinorecon, magnesia, yttria (Y 2 O), cordierite (2MgO '2Al O-5Si
2 3 2 3 2 3 2 3
O )、チタン酸アルミニウム (Al O -TiO )等を挙げることができる。これらは、いずれO 2), aluminum titanate (Al 2 O 3 —TiO 2), and the like. These will eventually
2 2 3 2 2 2 3 2
かを単独で用いても良いし、複数を複合して用いても良い。また、塗料中の顔料の量 は、所望の熱放射性に応じて適宜設定することができ、一般には塗膜の乾燥質量に 対して 10〜90wt%程度が適当である。また、バインダーとしては、熱によって劣化し 難い物質が好ましぐ例として、アクリル榭脂、シリコーン榭脂、ウレタン榭脂、ポリエス テル榭脂、フッ素榭脂などが挙げられる。  These may be used alone or in combination. Further, the amount of the pigment in the paint can be appropriately set according to the desired thermal radiation, and generally about 10 to 90 wt% is appropriate for the dry mass of the coating film. Examples of binders that are preferably resistant to deterioration by heat include acrylic resin, silicone resin, urethane resin, polyester resin, and fluorine resin.
なお、熱放射性の塗膜の厚さは、 1〜50 mが適当である。 1 μ m未満であると、熱 放射効果が小さくなり好ましくない。  The appropriate thickness of the heat-radiating coating is 1-50 m. If it is less than 1 μm, the heat radiation effect becomes small, which is not preferable.
[0057] そして、放熱フィン 11の径 (扁平な面 111の幅）は、特に限定されることなぐ要求さ れる放熱性能に応じて適宜設定することができる。一般には、径が大きくなると表面 積が増加し、放熱性が向上する。具体的には、各寝具によっても異なるが、数 mn！〜 数 cm程度が適当である。  [0057] The diameter of the radiating fin 11 (the width of the flat surface 111) can be set as appropriate according to the required radiating performance without being particularly limited. In general, as the diameter increases, the surface area increases and heat dissipation improves. Specifically, it depends on each bedding, but a few mn! ~ A few centimeters is appropriate.
[0058] 次に、外装体 21としては、放熱フィン 11の空隙部 112に空気を通じて熱を拡散さ せる必要があるため、通気性を有するものが好ましぐ一般的には合成繊維、天然繊 維の織布が用いられる。合成繊維としては、レーヨン、テンセル、アセテート、ポリエス テル等の各種繊維を用いることができる。また、天然繊維としては、綿、麻、羊毛、絹 等の各種繊維を用いることができる。実施の形態（1)では、繊維の織布を用いており 、各繊維 211の間には放熱経路部 12として空隙部 212が構成されている。空隙部 2 12は被放熱体との間で熱伝達を促す放熱経路部 12として作用する。 [0058] Next, as the exterior body 21, since it is necessary to diffuse heat through the air to the gaps 112 of the radiating fins 11, those having air permeability are generally preferred, and synthetic fibers and natural fibers are preferred. A textile fabric is used. As synthetic fibers, various fibers such as rayon, tencel, acetate, polyester and the like can be used. As natural fibers, various fibers such as cotton, hemp, wool and silk can be used. In the embodiment (1), a woven fabric of fibers is used, and a gap 212 is formed as a heat radiation path 12 between the fibers 211. The gap 212 acts as a heat dissipation path 12 that promotes heat transfer with the heat radiating body.
[0059] また、外装体 21の厚さは、被放熱体との間での熱伝達を促すため薄!、方がよ!、。 [0059] In addition, the thickness of the exterior body 21 is thin in order to promote heat transfer with the heat radiating body!
具体的には、外装体 21の厚さは 0.02mn！〜 2mm程度が好ましい。 0.02mmより薄 い場合には、外装体 21の強度が低くなるため、使用した際に破れてしまう場合等が ある。また、 2mmより厚い場合には、被放熱体との間での熱伝達が低下するため好 ましくない。  Specifically, the thickness of the exterior body 21 is 0.02mn! About 2 mm is preferable. If it is thinner than 0.02 mm, the strength of the outer casing 21 will be low, and it may be torn when used. On the other hand, if it is thicker than 2mm, heat transfer to and from the heat sink will be reduced.
[0060] また、外装体 21の座面 21aには、放熱経路部 12として穴 22が設けられている。そ して、図 2に示すように、穴 22は長さ b、幅 cをもつ楕円形状を呈している。そして、穴 22の幅 cは、放熱フィン 11の幅 aに対して長く形成されており、放熱フィン 11が設けら れていない空隙部 222と放熱フィン露出部 223とが形成される。このため、放熱フィン 11に伝導した熱は、放熱フィン 11が有する空隙部 112だけではなぐ穴 22の空隙部 222を介して外装体 21の外部へと放出される。また、穴 22は、長さ bは幅 cに対して 長く形成されており放熱フィン 11の露出面積が大きくなつており、放熱フィン 11と被 放熱体との接触面積が大きくなるように構成されて 、る。  In addition, a hole 22 is provided in the seating surface 21 a of the exterior body 21 as the heat dissipation path portion 12. As shown in FIG. 2, the hole 22 has an elliptical shape having a length b and a width c. The width c of the hole 22 is longer than the width a of the radiating fin 11, and a gap portion 222 where the radiating fin 11 is not provided and a radiating fin exposed portion 223 are formed. For this reason, the heat conducted to the radiating fin 11 is released to the outside of the exterior body 21 through the gap 222 of the hole 22 that is not limited to the gap 112 of the radiating fin 11. Further, the hole 22 is formed so that the length b is longer than the width c, and the exposed area of the radiating fin 11 is large, so that the contact area between the radiating fin 11 and the heat sink is increased. And
なお、穴の大きさ、数は適宜設定することができ、例えば、座り位置である座布団の 中心部分の穴を周辺よりも大きくしたり、中心部分の穴の数を多くして放熱フィン 11 の露出度を高めたりしても良い。  The size and number of holes can be set as appropriate.For example, the hole in the center part of the cushion, which is the sitting position, can be made larger than the periphery, or the number of holes in the center part can be increased to increase the The degree of exposure may be increased.
[0061] また、緩衝材 23は、外装体 21の内部に充填されるものであり、綿、羽毛、そば殻等 、あるいは低反発ウレタンフォーム等の一般的な充填材を用いることができる。  [0061] Further, the cushioning material 23 is filled in the exterior body 21, and a general filling material such as cotton, feathers, buckwheat husks or low-resilience urethane foam can be used.
[0062] 以上の放熱フィン 11を、外装体 21の内部に複数個収納し、平行に並べて配置して 所定の位置を縫いつけることにより目的の寝具を得ることができる。そして、帯状の放 熱フィン 11は、座り位置である座布団の中心部分力 長手方向に突出するように配 置される。このため、被放熱体である身体 dから伝えられた熱は、長手方向に突出し た端部力 速やかに放熱されることとなる。 なお、放熱フィン 11の配置方法は適宜設定することができ、例えば放熱フィン 11を 交差させて配置するなどしてもょ 、。 [0062] A plurality of the heat dissipating fins 11 described above are housed inside the exterior body 21, arranged in parallel, and sewn at a predetermined position to obtain a target bedding. The belt-shaped heat release fins 11 are arranged so as to protrude in the longitudinal direction of the central partial force of the cushion that is the sitting position. For this reason, the heat transmitted from the body d, which is a heat radiating body, is quickly radiated by the end force protruding in the longitudinal direction. In addition, the arrangement method of the radiation fins 11 can be set as appropriate, for example, the radiation fins 11 may be arranged so as to cross each other.
[0063] 実施の形態（1)に係る座布団 1Aによれば、図 3に示すように、人が寝る、座る等の 各種使用形態において、放熱フィン 11が座面 21aに設けられた穴 22から露出してお り、被放熱体である身体 dと直接接触する。続いて、放熱フィン 11の接触部 113を介 して、身体 dの熱は効率良く放熱フィン 11の全体に伝熱される。そして、放熱フィン 1 1全体に伝導した熱は、放熱フィン 11の空隙部 112から拡散し、放熱経路部 12であ る外装体 21の穴 22及び繊維 211の間に形成された空隙部 212を介して外装体 21 の外部へと放出される。  [0063] According to the cushion 1A according to the embodiment (1), as shown in Fig. 3, in various usage forms such as a person sleeping or sitting, the radiating fins 11 are formed from the holes 22 provided in the seat surface 21a. Exposed and in direct contact with body d, which is a heat sink. Subsequently, the heat of the body d is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. The heat conducted to the entire radiation fin 11 is diffused from the gap portion 112 of the radiation fin 11 and passes through the gap portion 212 formed between the hole 22 of the exterior body 21 and the fiber 211 as the radiation path portion 12. Through the exterior body 21.
[0064] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0064] Further, since hot air diffuses through the gaps 112 of the radiating fin 11 and moisture such as sweat is vaporized, it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0065] そして、放熱フィン 11は、特に扁平な面 111に垂直な方向に対して柔軟に屈曲す るため、各種寝具の形状に応じて容易に変形させて用いることが可能である。そして 、図 3に示すように、人が座った際には、体の動きに追従し体圧を良好に分散して快 適な使用感を得ることができる。また、左巻きおよび右巻きに卷回された金属線材 11 x、 l lyが絡み合うため、放熱フィン 11の形態が安定し、寝具に用いた際にも形崩れ することがない。  [0065] The heat dissipating fins 11 bend flexibly with respect to a direction perpendicular to the flat surface 111 in particular, so that they can be easily deformed according to the shape of various beddings. As shown in FIG. 3, when a person sits down, the body pressure can be well distributed following the movement of the body, and a comfortable feeling of use can be obtained. In addition, since the metal wires 11 x and l ly wound in a left-handed manner and a right-handed manner are intertwined, the shape of the radiating fin 11 is stable and does not lose its shape when used for bedding.
[0066] 続いて、本発明の実施の形態（2)に係る寝具について、図 6に基づいて説明する。  [0066] Next, the bedding according to Embodiment (2) of the present invention will be described with reference to FIG.
図 6は、本発明の実施の形態（2)に係る寝具の平面図である。  FIG. 6 is a plan view of the bedding according to the embodiment (2) of the present invention.
[0067] 寝具 1Bは、上記実施の形態（1)と同様に、人などが座る座布団であり、放熱フィン 11を外装体 24に収納して構成されている。そして、外装体 24は、繊維束を交互に交 差させたものを用いている。各繊維束の間には、被放熱体との間で熱伝達を促す放 熱経路部 12として、編み目 25が形成される。また、外装体 24の内部には緩衝材が 設けられる。  [0067] The bedding 1B is a seat cushion on which a person or the like sits, similarly to the above-described embodiment (1), and is configured by housing the radiating fins 11 in the exterior body 24. And the exterior body 24 uses what crossed the fiber bundle alternately. A stitch 25 is formed between the fiber bundles as the heat release path 12 that promotes heat transfer with the heat radiating body. In addition, a cushioning material is provided inside the exterior body 24.
[0068] なお、放熱フィン 11自体の構成等は上記実施の形態（1)に準ずる。また、編み目 2 5の大きさ、個数等は各繊維束の本数、太さ等を選択することで適宜設定することが できる。例えば、座り位置である座布団の中心部分の編み目を周辺よりも大きくなるよ うに、各繊維束の数を少なくしたりしても良い。 It should be noted that the configuration and the like of the radiating fin 11 itself are in accordance with the above embodiment (1). Further, the size and number of stitches 25 can be appropriately set by selecting the number and thickness of each fiber bundle. For example, the stitch of the center part of the seat cushion that is the sitting position will be larger than the surrounding Similarly, the number of fiber bundles may be reduced.
[0069] 実施の形態（2)に係る寝具によれば、人が寝る、座る等の各種使用形態において 、放熱フィン 11が座面に設けられた編み目 25から露出しており、被放熱体である身 体と直接接触する。続いて、放熱フィン 11の接触部 113を介して、身体 dの熱は効率 良く放熱フィン 11の全体に伝熱される。そして、放熱フィン 11全体に伝導した熱は、 放熱フィン 11の空隙部 112、及び放熱経路部 12として機能する編み目 25を介して 外装体 24の外部へと放出される。  [0069] According to the bedding according to the embodiment (2), in various usage forms such as sleeping or sitting on a person, the radiating fins 11 are exposed from the stitches 25 provided on the seating surface. Direct contact with a body. Subsequently, the heat of the body d is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire heat radiation fin 11 is released to the outside of the exterior body 24 through the gaps 112 of the heat radiation fin 11 and the stitches 25 functioning as the heat radiation path portion 12.
[0070] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0070] Further, since hot air diffuses through the gaps 112 of the radiating fin 11 and moisture such as sweat evaporates, it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0071] そして、放熱フィン 11は、特に扁平な面 111に垂直な方向に対して柔軟に屈曲す るため、各種座布団の形状に応じて容易に変形させて用いることが可能である。そし て、人が座った際には、体の動きに追従し体圧を良好に分散して快適な使用感を得 ることがでさる。  [0071] Since the heat radiating fins 11 bend flexibly in a direction perpendicular to the flat surface 111 in particular, they can be easily deformed according to the shape of various cushions. And when a person sits down, it can follow the movement of the body and distribute the body pressure well to obtain a comfortable feeling of use.
[0072] そして、放熱経路部編み目 25が形成したメッシュ状のものをが形成されて 、るため [0072] And, in order to form a mesh-like thing formed by the heat dissipation path portion stitch 25,
、外装体 21に穴 22を設けた実施の形態（1)と比較して、同じ強度で放熱経路部の 面積を大きくすることが可能となる。 As compared with the embodiment (1) in which the outer body 21 is provided with the holes 22, the area of the heat radiation path can be increased with the same strength.
[0073] 次に、実施の形態（3)に係る座布団について図 7に基づいて説明する。図 7は、本 発明の実施の形態（3)に係る座布団の斜視図である。 Next, a cushion according to Embodiment (3) will be described with reference to FIG. FIG. 7 is a perspective view of a cushion according to Embodiment (3) of the present invention.
[0074] この寝具 1Cの場合には、実施の形態（2)の座布団 1Bにおいて、外装体 24の内部 に収納する放熱フィン 11を交差させて配置して 、る。 [0074] In the case of this bedding 1C, in the cushion 1B of the embodiment (2), the radiating fins 11 housed in the exterior body 24 are arranged so as to cross each other.
[0075] なお、放熱フィン 11自体の構成等は上記実施の形態（1)に準ずる。また、外装体 2Note that the configuration and the like of the radiating fin 11 itself are the same as those in the above-described embodiment (1). In addition, exterior body 2
4の構成は、実施の形態（2)に準ずる。 The configuration of 4 conforms to the embodiment (2).
[0076] 実施の形態（3)に係る座布団 1Cによれば、上記実施の形態（2)と同様の効果を奏 する。そして、放熱フィン 11は、特に扁平な面に垂直な方向に対して柔軟に屈曲す るため、座布団 1Cの中心で放熱フィン 11を交差させることにより、体圧が分散され、 高い放熱性と相まって快適な使用感を得ることができる。 [0076] According to the cushion 1C according to the embodiment (3), the same effects as those of the embodiment (2) are obtained. The heat dissipating fins 11 bend flexibly in the direction perpendicular to the flat surface, and by crossing the heat dissipating fins 11 at the center of the cushion 1C, the body pressure is dispersed, coupled with high heat dissipation. A comfortable feeling can be obtained.
[0077] 次に、実施の形態 (4)に係る寝具について図 8に基づいて説明する。図 8は、本発 明の実施の形態 (4)に係る寝具の斜視図である。 Next, the bedding according to Embodiment (4) will be described with reference to FIG. Figure 8 shows the It is a perspective view of the bedding based on Ming's embodiment (4).
[0078] 寝具 1Dは、人が頭をのせる枕であって、コイル状の金属線材から形成される放熱 フィン 11と、その放熱フィン 11を収納する外装体 26とを備える。放熱フィン 11は、外 装体 26の人の頭をのせる接触面 26aに沿って配置される。そして、接触面 26aには 穴 27が設けられており，被放熱体との間で熱伝達を促す放熱経路部 12として作用 する。 The bedding 1D is a pillow on which a person puts his / her head, and includes a heat radiating fin 11 formed of a coiled metal wire and an exterior body 26 that houses the heat radiating fin 11. The heat radiating fins 11 are arranged along the contact surface 26a on which the person's head of the outer body 26 is placed. The contact surface 26a is provided with a hole 27, which acts as a heat dissipation path 12 that promotes heat transfer with the heat sink.
[0079] なお、放熱フィン 11自体の構成等は上記実施の形態（1)に準ずる。また、外装体 2 6は略々平面状の下面 26bと、凹凸形状を呈する接触面 26aとを有する。また、座面 26aに設けられた穴 27は、穴の大きさ、数は適宜設定することができるが、放熱フィ ン 11に髪の毛が絡んだりすることがな 、ように所定の大きさに小さくすることが好まし い。また、無数の穴を有するメッシュ状のものを用いたりすることが好ましい。  It should be noted that the configuration and the like of the radiating fin 11 itself are the same as in the above embodiment (1). The exterior body 26 has a substantially planar lower surface 26b and a contact surface 26a having an uneven shape. Further, the size and number of the holes 27 provided in the seating surface 26a can be set as appropriate, but the size is reduced to a predetermined size so that the hair is not entangled with the heat radiation fin 11. It is preferable to do. Moreover, it is preferable to use a mesh-like thing which has innumerable holes.
[0080] 実施の形態 (4)に係る寝具によれば、人が寝る、座る等の各種使用形態において 、放熱フィン 11が座面 26aに設けられた穴 27から露出しており、被放熱体である身 体と直接接触する。続いて、放熱フィン 11の接触部 113を介して、身体の熱は効率 良く放熱フィン 11の全体に伝熱される。そして、放熱フィン 11全体に伝導した熱は、 放熱フィン 11の空隙部 112、及び放熱経路部 12を構成する穴 27を介して外装体 2 6の外部へと放出される。このため、外装体 21の内部に熱が滞留することがなく快適 な使用感を得ることができる。  [0080] According to the bedding according to the embodiment (4), the radiating fin 11 is exposed from the hole 27 provided in the seating surface 26a in various usage forms such as sleeping or sitting by a person, Direct contact with the body. Subsequently, the heat of the body is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 26 through the gap portion 112 of the radiation fin 11 and the hole 27 constituting the radiation path portion 12. For this reason, heat does not stay in the exterior body 21, and a comfortable feeling of use can be obtained.
[0081] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0081] Further, since hot air diffuses through the gaps 112 of the radiating fin 11 and moisture such as sweat is vaporized, it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0082] さらに、放熱フィン 11は、特に扁平な面に垂直な方向に対して柔軟に屈曲するた め、各種寝具の凹凸形状等に応じて容易に変形させて用いることが可能である。そし て、体の動きに追従し、体圧を良好に分散して快適な使用感を得ることができる。  [0082] Furthermore, since the heat dissipating fins 11 bend flexibly in a direction perpendicular to a flat surface in particular, they can be easily deformed and used according to the uneven shape of various beddings. And it can follow the movement of the body, disperse the body pressure well, and obtain a comfortable feeling of use.
[0083] なお、上記実施の形態（1)〜 (4)にお 、ては、外装体の中に緩衝材 23を収納して V、るが、緩衝材を用いな 、で寝具を構成することも可能である。  [0083] In the above-described embodiments (1) to (4), the cushioning material 23 is accommodated in the exterior body, and the bedding is configured without using the cushioning material. It is also possible.
[0084] なお、上記実施の形態（1)〜(4)においては、寝具として座布団、枕を例として示し たが、敷布団、マットレス、等各種寝具について同様に実施することができる。 [0085] 続いて、本発明の実施の形態（5)について図 9、 10に基づき説明する。図 9は、実 施の形態（5)に係る床ずれ防止マットの平面図である。 In the above embodiments (1) to (4), a cushion and a pillow are shown as examples of bedding, but various beddings such as a mattress and a mattress can be similarly implemented. [0085] Next, the embodiment (5) of the present invention will be described with reference to Figs. FIG. 9 is a plan view of the floor slip prevention mat according to the embodiment (5).
[0086] 床ずれ防止マットとしては、褥瘡の発生を防止するために、体圧を分散させ乾燥し た状態を保つ必要がある。従来力もある床ずれ防止マットとしては、エアーマットが挙 げられる。ビニールに空気をコンプレッサーで送り、持続的に膨らまして使用するもの で、マットに設けられた複数の小さな空気穴力も空気が常に排出され身体の乾燥を 行うものである。しかしながら、このような床ずれ防止マットは、空気をコンプレッサー で送る必要があり、設備が大がかりになるという欠点があった。  [0086] The bedsore prevention mat needs to maintain a dry state by dispersing body pressure in order to prevent the occurrence of pressure ulcers. An air mat is one of the conventional mats for preventing bedsores. The air is sent to the vinyl with a compressor and continuously inflated. The small air holes in the mat are always exhausted to dry the body. However, such a floor slip prevention mat has a drawback in that it requires air to be sent by a compressor, resulting in a large facility.
[0087] また、他の床ずれ防止マットの例としては、ウレタンや各種ゲルを用いたものが挙げ られる。しかし、これらの床ずれ防止マットは、体圧の分散を主な目的としたものであり 、通気性が低いという問題点があった。  [0087] Examples of other floor slip prevention mats include those using urethane or various gels. However, these bedsore prevention mats are mainly intended to disperse body pressure and have a problem of low air permeability.
[0088] そこで、本発明では、上記従来の状況に鑑み、高い体圧分散性と通気性をもち、別 途コンプレッサーなどの装置を使用する必要がない床ずれ防止マットを提供すること を目的とする。  Therefore, in view of the above-described conventional situation, an object of the present invention is to provide a bed slip prevention mat that has high body pressure dispersibility and air permeability and does not require the use of a separate device such as a compressor. .
[0089] 本発明の実施の形態（5)に係る床ずれ防止マット 1Eは、コイル状の金属線材から 構成される複数の放熱フィン 11と、その放熱フィン 11を内部に収納する外装体 28と を備える。そして、放熱フィン 11が外装体 28の人が寝る際等に接触する接触面 28a に沿って配置される。ここでは、接触面 28aが、被放熱体をのせる接触面となる。また 、外装体 28には穴 31が設けられ、被放熱体との間で熱伝達を促す放熱経路部 12を 構成する。  The floor slip prevention mat 1E according to the embodiment (5) of the present invention includes a plurality of radiating fins 11 made of a coiled metal wire and an exterior body 28 that houses the radiating fins 11 therein. Prepare. And the radiation fin 11 is arrange | positioned along the contact surface 28a which contacts when the person of the exterior body 28 sleeps. Here, the contact surface 28a is a contact surface on which the heat sink is placed. In addition, a hole 31 is provided in the exterior body 28 to constitute a heat radiation path portion 12 that promotes heat transfer with the heat radiating body.
[0090] 具体的には、図 10に示すように、外装体 28の内部には充填材 29が設けられ、その 充填材 29の中心にはマットの形状を保持するための芯材 30が備えられている。さら に、外装体 28のコーナー部にも、マットの形状を保持するためのワイヤー 283が設け られている。  Specifically, as shown in FIG. 10, a filler 29 is provided in the exterior body 28, and a core 30 for maintaining the shape of the mat is provided at the center of the filler 29. It has been. Further, a wire 283 for holding the shape of the mat is also provided at the corner portion of the exterior body 28.
[0091] そして、放熱フィン 11は、身体 fに近い接触面 28aに沿って設けられ、扁平な面 11 1がマットの接触面 28aと平行になるように複数個配置されている。そして、図 9、 10 に示すように、身体 fとの主な接触部となる背中部 281、腰部 282等に設けることが好 ましい。この際、背中部 281、腰部 282等に設けた複数の放熱フィン 11を交差させて 配置することで、一方向だけではなく面方向に体圧を均一に分散することが可能とな る。なお、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に 準ずる。 [0091] A plurality of the radiating fins 11 are provided along the contact surface 28a close to the body f, and a plurality of flat surfaces 111 are arranged in parallel with the contact surface 28a of the mat. Then, as shown in FIGS. 9 and 10, it is preferably provided on the back portion 281 and the waist portion 282 which are the main contact portions with the body f. At this time, a plurality of radiating fins 11 provided on the back 281 and the waist 282 are crossed. By disposing, body pressure can be evenly distributed not only in one direction but also in the surface direction. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
[0092] また、充填材 29、芯材 30の材質は体圧を分散できるように柔軟性を有するものを 適宜採用することができ、例えば充填材 29として低反発ウレタンフォーム、芯材 30と してはより弾性率の高い発泡ポリウレタン材等が好適に用いられる。  [0092] Further, as the material of the filler 29 and the core material 30, a material having flexibility so as to disperse body pressure can be appropriately employed. For example, the filler 29 can be a low-resilience urethane foam or a core material 30. For example, a foamed polyurethane material having a higher elastic modulus is preferably used.
[0093] また、放熱経路部 12が外装体 28の接触面 28aに設けた穴 31により構成されてい る。なお、穴 31の大きさ、数は適宜設定することができ、例えば、身体 fとの主な接触 部となる背中部 281、腰部 282等に設けられた穴を周辺より大きくしたり、穴の数を多 くして放熱フィン 11の露出度を高めたりしても良い。  Further, the heat radiation path portion 12 is configured by a hole 31 provided in the contact surface 28a of the exterior body 28. The size and number of the holes 31 can be set as appropriate.For example, the holes provided in the back part 281 and the waist part 282 that are the main contact parts with the body f are made larger than the surroundings, The exposure of the radiating fin 11 may be increased by increasing the number.
[0094] この実施の形態（5)に係る床ずれ防止マット 1Eは、褥瘡患者が使用した場合、放 熱フィン 11が体に合わせて自在に屈曲し、体圧を良好に分散して床ずれを防止する ことができる。そして、特に放熱フィン 11が交差して設けられているため、体圧を面方 向に均一に分散して床ずれを防止することができる。  [0094] The bedsore prevention mat 1E according to this embodiment (5), when used by pressure ulcer patients, the heat release fins 11 bend freely according to the body, and the body pressure is well dispersed to prevent bedsores. can do. In particular, since the heat dissipating fins 11 are provided so as to cross each other, the body pressure can be uniformly distributed in the surface direction to prevent bed slip.
[0095] また、放熱フィン 11が接触面 28aに設けられた穴 31から露出しており、被放熱体で ある身体 fと直接接触する。そして、放熱フィン 11の接触部 113を介して、身体 fの熱 は放熱フィン 11の全体に伝熱される。そして、放熱フィン 11全体に伝導した熱は放 熱フィン 11の空隙部 112及び放熱経路部 12である穴 31を介して外装体 21の外部 へと放出される。そして、特に放熱フィン 11が交差接触して設けられているため、身 体 f力もの熱を放熱フィン 11同士の接触部を介して面方向に熱を伝えることが可能と なる。これにより、患者の熱を速やかに放熱し、患部の蒸れを防いで清潔な状態に保 つことができる。  [0095] In addition, the radiating fin 11 is exposed from the hole 31 provided in the contact surface 28a, and is in direct contact with the body f which is a heat radiating member. Then, the heat of the body f is transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire heat radiating fin 11 is released to the outside of the exterior body 21 through the gap portion 112 of the heat radiating fin 11 and the hole 31 which is the heat radiating path portion 12. In particular, since the radiating fins 11 are provided in cross contact with each other, it is possible to transfer heat in the surface direction through the contact portion between the radiating fins 11 with the heat of the body f. As a result, the patient's heat can be quickly dissipated, and the affected area can be prevented from being stuffy and kept clean.
[0096] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0096] Further, since hot air diffuses through the gaps 112 of the radiating fin 11 and moisture such as sweat is vaporized, it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0097] また、床ずれ防止マット 1Eの構成は、図 9、 10の例に限定されるものではなぐ外 装体の内部に放熱フィン 11を収納することを条件として種々の構成を採用することが できる。例えば、充填材の内側にシリコーンゲルのシートを積層させる場合等が挙げ られる。さら〖こ、図 9では、複数個の放熱フィン 11を背中部 281や腰部 282に配置し ているが、例えば、他にも床ずれを生じ易い肘部等に、体圧を分散させる方向に沿つ て放熱フィン 11を配置することもできる。 Further, the configuration of the floor slip prevention mat 1E is not limited to the examples of FIGS. 9 and 10, and various configurations may be adopted on condition that the radiating fins 11 are housed inside the outer package. it can. For example, when a silicone gel sheet is laminated inside the filler It is done. In FIG. 9, a plurality of heat dissipating fins 11 are arranged on the back part 281 and the waist part 282.For example, along the direction in which the body pressure is distributed to the elbow part, etc., where floor slippage is likely to occur. Therefore, the radiation fins 11 can be arranged.
[0098] 続いて、本発明の実施の形態（6)について図 11及び図 12に基づき説明する。図 1 1は、実施の形態（6)に係る便座カバー 1Fの斜視図である。  Next, an embodiment (6) of the present invention will be described with reference to FIGS. 11 and 12. FIG. 11 is a perspective view of a toilet seat cover 1F according to Embodiment (6).
[0099] 従来、便座カバーとしては、暖房便座の代わりとして用いる、パイル地を用いたもの が挙げられる。し力しながら、このような便座カバーは夏場に使用した際には蒸れる などの問題点があるため、夏場においては取り外されることが多力つた。  [0099] Conventionally, as the toilet seat cover, a toilet seat cover used instead of a heating toilet seat can be used. However, such a toilet seat cover has a problem such as stuffiness when used in summer, so it was often removed in summer.
[0100] そこで、本発明では、上記従来の状況に鑑み、夏場に使用した際にも蒸れることが なぐ高い放熱性、通気性を有する便座カバーを提供することを目的とする。  [0100] Therefore, an object of the present invention is to provide a toilet seat cover having high heat dissipation and air permeability that does not get steamed even when used in summer in view of the above-described conventional situation.
[0101] この便座カバー 1Fは、コイル状の金属線材カも形成される放熱フィン 11を、略々 馬蹄状の外装体 32に収納することにより構成されている。なお、放熱フィン 11の材質 等、その他の構成については上記実施の形態（1)に準ずる。便座 gは外装体 32によ つて被覆され、放熱フィン 11はその扁平な面 111を外装体 32の座面 32aと平行にな るように配置されている。そして、放熱フィン 11は、扁平な面 111と平行方向に対して 屈曲され、外装体の形状に沿って配置される。  This toilet seat cover 1F is configured by housing the radiating fins 11 on which the coil-shaped metal wire rods are also formed in a substantially horseshoe-shaped exterior body 32. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1). The toilet seat g is covered with the exterior body 32, and the heat radiating fins 11 are arranged so that the flat surface 111 thereof is parallel to the seat surface 32a of the exterior body 32. The heat radiating fins 11 are bent with respect to the direction parallel to the flat surface 111 and arranged along the shape of the exterior body.
[0102] また、外装体 32は、糸 321、 322から得られるパイル状に起毛された生地により形 成されている。そして、外装体 32は起毛された部分に無数の空隙部 323を有し、被 放熱体との間で熱伝達を促す放熱経路部 12を構成する。  [0102] The exterior body 32 is formed of a piled fabric obtained from the yarns 321 and 322. The exterior body 32 has innumerable voids 323 in the raised portion, and constitutes the heat radiation path portion 12 that promotes heat transfer with the heat radiating body.
[0103] この実施の形態では、放熱フィン 11が扁平な面と平行な方向に対しても容易に屈 曲するため、略々馬蹄状を呈する外装体 32に沿って容易に追従させることが可能と なる。また、便座 gを使用する人の熱は、金属線材カもなる放熱フィン 11に伝わり、放 熱フィン 11の接続部 113を介して放熱フィン 11の全体に速やかに伝熱される。そし て、放熱フィン 11全体に伝導した熱は、放熱フィン 11の空隙部 112、外装体 32の空 隙部 323を介して外装体 32の外部へと放出される。  [0103] In this embodiment, since the radiating fin 11 is easily bent even in a direction parallel to the flat surface, it can be easily followed along the outer body 32 having a substantially horseshoe shape. It becomes. In addition, the heat of the person using the toilet seat g is transmitted to the radiating fin 11 that also serves as the metal wire rod, and is quickly transferred to the entire radiating fin 11 through the connection portion 113 of the heat radiating fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 32 through the gap 112 of the radiation fin 11 and the gap 323 of the exterior body 32.
[0104] また、放熱フィン 11の空隙部 112、外装体 32の空隙部 323を通して熱気が拡散し 汗などの水分が気化するため、蒸れたりすることがない。また、水分の気化熱によりフ インが冷却されるため快適な使用感を得ることができる。 [0105] 次に、本発明の実施の形態（7)について図 13及び図 14に基づき説明する。図 13 は、実施の形態（7)に係る椅子カバー 1Gの斜視図である。 [0104] Further, since hot air diffuses and moisture such as sweat evaporates through the gap 112 of the radiating fin 11 and the gap 323 of the outer package 32, it does not stuffy. In addition, since the fins are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained. Next, an embodiment (7) of the present invention will be described with reference to FIG. 13 and FIG. FIG. 13 is a perspective view of the chair cover 1G according to the embodiment (7).
[0106] 椅子カバーとしては、従来力も繊維力もなる織布等を用いたものが知られているが 、通気性などを考慮したものはなぐ長時間使用した際には蒸れることが多ぐ特に夏 場においては湿気のため雑菌が繁殖するという問題点があった。  [0106] As chair covers, those using woven fabrics that have both conventional strength and fiber strength are known, but those that take air permeability into account are often steamed when used for a long time. There was a problem that germs propagated in the field due to moisture.
[0107] そこで、本発明では、上記従来の状況に鑑み、夏場においても蒸れることなく高い 放熱性、通気性を有する椅子カバーを提供することを目的とする。  [0107] In view of the above-described conventional situation, an object of the present invention is to provide a chair cover having high heat dissipation and air permeability without being steamed even in summer.
[0108] この椅子カバー 1Gは、コイル状の金属線材カも形成される放熱フィン 11を、椅子 h の背もたれ部分や、座面部分を被覆する外装体 33A、 33Bの内部に収納することに よって概略構成されている。そして、外装体 33A、 33Bの人体等の被放熱体と接触 する接触面 33aに沿って、複数の放熱フィン 11が配置される。そして、被放熱体との 接触面 33a〖こは穴 34が設けられており、被放熱体との間で熱伝達を促す放熱経路 部 12を構成する。なお。放熱フィン 11自体の構成等は上記実施の形態（1)に準ず る。  [0108] This chair cover 1G accommodates the heat radiating fins 11 on which the coil-shaped metal wire rods are also formed inside the exterior bodies 33A and 33B that cover the back portion of the chair h and the seat surface portion. It is roughly structured. A plurality of radiating fins 11 are arranged along a contact surface 33a that comes into contact with a heat radiating body such as a human body of the exterior bodies 33A and 33B. Further, the contact surface 33a with the heat radiating member is provided with a hole 34, which constitutes a heat radiating path portion 12 that promotes heat transfer with the heat radiating member. Note that. The configuration of the radiating fin 11 itself conforms to the above embodiment (1).
[0109] また、外装体 33A、 33Bには、椅子 hの座面、または背もたれなどに取り付けるため の取付構造部 331が備えられている。取付構造部としては、ゴムなどの弾性体、紐、 面ファスナー等の各種手段を用いることができる。  [0109] Further, the exterior bodies 33A and 33B are provided with an attachment structure portion 331 for attachment to the seat surface or backrest of the chair h. As the mounting structure portion, various means such as an elastic body such as rubber, a string, and a hook-and-loop fastener can be used.
[0110] 実施の形態（7)に係る椅子カバー 1Gによれば、図 13、 14に示すように、人が座つ た場合にぉ ヽて、金属線材が扁平に形成された表面積の大き!、放熱フィン 11が接 触面 33aに設けられた穴 34から露出されるため、被放熱体である身体と直接接触し 、身体の熱が速やかに放熱フィン 11に伝わる。そして、放熱フィン 11の接触部 113 を介して、身体の熱は放熱フィン 11全体へ伝えることができる。そして、放熱フィン 11 の全体に伝導した熱は、放熱フィン 11の空隙部 112、及び放熱経路部 12を構成す る穴 34を介して外装体 33A、 33Bの外部へと放出される。  [0110] According to the chair cover 1G according to the embodiment (7), as shown in FIGS. 13 and 14, the surface area when the metal wire is flattened is large when a person sits! Since the radiating fin 11 is exposed from the hole 34 provided in the contact surface 33a, the radiating fin 11 is in direct contact with the body, which is the heat radiating body, and the heat of the body is quickly transmitted to the radiating fin 11. Then, the heat of the body can be transmitted to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entirety of the heat radiating fin 11 is released to the outside of the exterior bodies 33A and 33B through the gaps 112 of the heat radiating fin 11 and the holes 34 constituting the heat radiating path portion 12.
[0111] また、放熱フィン 11の空隙部 112、及び放熱経路部 12を構成する穴 34を通して熱 気が拡散し、汗などの水分が気化するため蒸れたりすることがない。また、水分の気 化熱により放熱フィンが冷却されるため、快適な使用感を得ることができる。  [0111] Further, heat diffuses through the gaps 112 of the heat radiating fins 11 and the holes 34 constituting the heat radiating path 12, and moisture such as sweat does not evaporate, so that it does not stuffy. In addition, since the radiation fins are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0112] さらに、本発明の実施の形態（8)を図 15及び図 16に示す。図 15は、この実施の形 態 (8)に係る帽子の斜視図である。 Furthermore, FIG. 15 and FIG. 16 show an embodiment (8) of the present invention. Figure 15 shows the form of this implementation. It is a perspective view of the cap which concerns on a state (8).
[0113] 従来、通気性を向上させた帽子としては、メッシュ性の素材等を用いて通気性を向 上させた帽子が知られている。し力しながら、ただ単にメッシュ性の素材を用いただけ では、熱の放出を十分に促すことができないという問題点があった。  Conventionally, as a hat with improved air permeability, a hat with improved air permeability using a mesh material or the like is known. However, there is a problem that simply using a mesh material cannot sufficiently release heat.
[0114] そこで、本発明では、上記従来の状況に鑑み、高い放熱性、通気性を有し、熱の放 出が十分に行われる帽子を提供することを目的とする。  [0114] In view of the above-described conventional situation, an object of the present invention is to provide a hat that has high heat dissipation and air permeability and that sufficiently releases heat.
[0115] この帽子 1Hは、頭部を覆うクラウン部 35と、つば部 36とを備え、クラウン部 35の内 側周縁部 352aに沿って折り返し部 37が取り付けられて構成されている。そして、コィ ル状の金属線材カも形成される放熱フィン 11が、折り返し部 37のクラウン部 35に面 する側 37aに対して円周方向に沿って設けられている。なお、放熱フィン 11の材質 等、その他の構成については上記実施の形態（1)に準ずる。  [0115] The cap 1H includes a crown portion 35 that covers the head portion and a collar portion 36, and is configured by attaching a folded portion 37 along the inner peripheral edge portion 352a of the crown portion 35. A heat radiating fin 11 on which a coil-shaped metal wire rod is also formed is provided along the circumferential direction with respect to the side 37a of the folded portion 37 facing the crown portion 35. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
[0116] また、折り返し部 37は、通気性を有するメッシュを用いており、メッシュの空隙部が 被放熱体との間で熱伝達を促す放熱経路部を構成する。そして、クラウン部 35の周 縁部 352についても同様に通気性を有するメッシュが用いられており、メッシュの空 隙部が放熱フィン 11の伝わった熱を帽子 1Hの外部へと放出する放熱経路部として 作用する。なお、メッシュ以外にも、穴等を設けることにより経路部と機能させることも 可能である。  [0116] Further, the folded portion 37 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the heat radiating body. Similarly, a breathable mesh is used for the peripheral portion 352 of the crown portion 35, and a heat dissipation path portion in which the gap portion of the mesh releases heat transferred from the heat dissipation fin 11 to the outside of the cap 1H. Acts as. In addition to the mesh, it is possible to function as a path portion by providing a hole or the like.
[0117] この実施形態によれば、帽子を頭部 iに装着した際には、クラウン部 35の内側周縁 に沿って取り付けられる折り返し部 37は、人の額部分に接触する。そして、人の額部 分が有する熱は、折り返し部 37に設けられ、放熱経路部を構成するメッシュの空隙 部を介して放熱フィン 11へと伝えられる。放熱フィン 11に伝導した熱は、接触部 113 を介して、放熱フィン 11の全体に速やかに伝わる。そして、放熱フィン 11の全体に伝 わった熱は、放熱フィン 11の空隙部 112、及びメッシュ力もなるクラウン部の空隙部を 介して帽子 1Hの外部へと放出される。このため、人の身体において額部分は特に発 熱量が多いが、本実施の形態の帽子を装着することにより、速やかに放熱することが 可能となる。  [0117] According to this embodiment, when the cap is attached to the head i, the folded-back portion 37 attached along the inner peripheral edge of the crown portion 35 contacts the forehead portion of the person. The heat of the person's forehead is provided in the folded portion 37 and is transmitted to the heat radiating fins 11 through the mesh voids constituting the heat radiating path. The heat conducted to the radiating fin 11 is quickly transmitted to the entire radiating fin 11 through the contact portion 113. Then, the heat transmitted to the entirety of the radiating fin 11 is released to the outside of the cap 1H through the gap portion 112 of the radiating fin 11 and the gap portion of the crown portion that also has mesh force. For this reason, the forehead part of the human body has a particularly large amount of heat generation, but it is possible to quickly dissipate heat by wearing the cap of the present embodiment.
[0118] また、人の身体において額部分は特に発汗量が多いが、放熱フィン 11の空隙部 1 12を通して熱気が拡散し、汗などの水分が気化するため蒸れたりすることがない。ま た、水分の気化熱により放熱フィン 11が冷却されるため、快適な使用感を得ることが できる。さらに、放熱フィン 11は扁平な面に垂直な方向へ屈曲自在であるため、帽子 の変形に良好に追従することができる。 [0118] In the human body, the forehead portion has a particularly large amount of perspiration, but the hot air diffuses through the voids 112 of the heat dissipating fins 11, so that moisture such as sweat does not vaporize. Ma In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained. Further, since the heat dissipating fins 11 can be bent in a direction perpendicular to the flat surface, the heat dissipating fins 11 can follow the deformation of the cap well.
[0119] さらに、本発明の実施の形態（9)を図 17に基づいて説明する。図 17は、この実施 の形態（9)〖こ係る帽子 1Jの断面図である。  Furthermore, the embodiment (9) of the present invention will be described with reference to FIG. FIG. 17 is a cross-sectional view of the cap 1J according to this embodiment (9).
[0120] 帽子 1Jは、実施の形態（8)の帽子において、放熱フィン 11が、クラウン部 35の内側 周縁部 352aに沿うように設けられており、折り返し部を有しない構成となっている。な お、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に準ずる 。また、クラウン部 35の材質等、その他の構成については上記実施の形態 (8)に準 ずる。  [0120] Hat 1J is the same as that of Embodiment (8), in which radiating fin 11 is provided along the inner peripheral edge 352a of crown 35, and does not have a folded portion. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1). Other configurations such as the material of the crown portion 35 are in accordance with the above embodiment (8).
[0121] この実施形態によれば、上記実施の形態 (8)と同様の効果を奏する。そして、特に 折り返し部が存在せず、放熱フィン 11が直接人体の額部分に直接接触するため、額 部分の熱を速やかに放熱フィン 11に伝えることが可能となる。  [0121] According to this embodiment, the same effect as in the above embodiment (8) can be obtained. In addition, since there is no folded portion and the radiating fin 11 directly contacts the forehead portion of the human body, the heat of the forehead portion can be quickly transmitted to the radiating fin 11.
[0122] 続いて、本発明の実施の形態（10)を図 18及び図 19に示す。図 18は、この実施の 形態（10)〖こ係るヘルメット 1Kの斜視図である。  [0122] Next, embodiment (10) of the present invention is shown in FIGS. FIG. 18 is a perspective view of the helmet 1K according to this embodiment (10).
[0123] 従来、通気性を向上させたヘルメットとしては、外側を覆う保護部材に穴を設けたも の、緩衝部材に通気性を有する素材を用いたもの等が知られている。しかしながら、 いずれの場合においても、十分な放熱性能は得られず使用の際に、蒸れるなどの問 題点があった。  Conventionally, as a helmet with improved air permeability, there are known helmets using a material having air permeability as a cushioning member with a hole provided in a protective member covering the outside. However, in any case, sufficient heat dissipation performance was not obtained, and there were problems such as stuffiness during use.
[0124] そこで、本発明は上記従来の状況に鑑み、高い放熱性と通気性を有するヘルメット を提供することを目的とする。  [0124] In view of the above-described conventional situation, an object of the present invention is to provide a helmet having high heat dissipation and air permeability.
[0125] ヘルメット 1Kは、外側を覆う保護部材 38と、保護部材 38の内側に設けられる緩衝 部材 39とから概略構成されている。そして、放熱フィン 11が、緩衝部材 39の内側面 39aに沿うように、緩衝部材 39の頭頂部 391から周縁部 392に向かった方向に複数 個取り付けられている。そして、放熱フィン 11のさらに内側には、被覆部材 40が設け られている。なお、放熱フィン 11の材質等、その他の構成については上記実施の形 態（1)に準ずる。  [0125] The helmet 1K is schematically configured by a protection member 38 that covers the outside, and a buffer member 39 provided inside the protection member 38. A plurality of heat radiation fins 11 are attached in the direction from the top 391 to the peripheral edge 392 of the buffer member 39 so as to be along the inner side surface 39a of the buffer member 39. A covering member 40 is provided further inside the radiating fin 11. In addition, other configurations such as the material of the heat radiating fin 11 conform to the above embodiment (1).
[0126] 保護部材 38は、人体に装着した際に最も外側を覆うためのもので強化プラスチック 等力もなる。また、緩衝部材 39は、保護部材 38の内側に設けられ発泡部材等カもな る。さらに、被覆部材 40は、通気性を有するメッシュを用いており、メッシュの空隙部 が被放熱体との間で熱伝達をを促す放熱経路部を構成する。なお、メッシュ以外にも 、穴等を設けることにより放熱経路部を構成することも可能である。 [0126] The protective member 38 is for covering the outermost side when worn on the human body, and is a reinforced plastic. There will be equal power. Further, the buffer member 39 is provided inside the protective member 38 and also serves as a foam member. Further, the covering member 40 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the heat radiating member. In addition to the mesh, it is also possible to configure the heat dissipation path by providing holes or the like.
[0127] ヘルメット 1Kを頭部 iに装着した際には、図 19に示すように頭頂部付近には空洞部 jを生じる。本実施の形態によれば、空洞部 jに滞留した熱は、被覆部材 40の空隙部 を介して放熱フィン 11に伝導する。そして、放熱フィン 11は頭頂部 391から周縁部 3 92に向力つて設けられており、熱が速やかに周縁部 392まで伝わりへルメット 1Kの 外部へと放出される。 [0127] When the helmet 1K is attached to the head i, as shown in FIG. 19, a cavity j is formed near the top of the head. According to the present embodiment, the heat retained in the cavity j is conducted to the radiating fin 11 through the gap of the covering member 40. The heat dissipating fins 11 are provided from the top portion 391 toward the peripheral portion 392 so that heat is quickly transferred to the peripheral portion 392 and released to the outside of the helmet 1K.
[0128] なお、上記実施の形態（10)では、放熱フィン 11が、頭頂部 391から周縁部 392へ 向かって、緩衝部材 39の内側面に沿って取り付けられている力 頭頂部の中心から 周縁部 392に向力つて放射状に放熱フィン 11を配置しても良い。  In the embodiment (10), the radiating fin 11 is attached along the inner surface of the buffer member 39 from the top 391 toward the peripheral 392. From the center of the top to the periphery The heat dissipating fins 11 may be arranged radially by directing the part 392.
[0129] 次に、本発明の実施の形態（11)を図 20〜図 22に基づいて説明する。図 20は、こ の実施の形態（11)に係るヘアバンドの斜視図である。  [0129] Next, an embodiment (11) of the present invention will be described with reference to Figs. FIG. 20 is a perspective view of the hairband according to this embodiment (11).
[0130] ヘアバンドとしては、従来、綿やポリエステル等の繊維力 なるパイル地を利用した ものが知られている。しかしながら、このようなヘアバンドでは十分な放熱性能が得ら れな 、と!/、う問題点があった。  [0130] As a hair band, one using a pile fabric having a fiber strength such as cotton or polyester has been known. However, such a hair band has a problem that sufficient heat dissipation performance cannot be obtained!
[0131] そこで、本発明では上記従来の状況に鑑み、十分な放熱性と通気性を有するヘア バンドを提供することを目的とする。  [0131] Therefore, in view of the above-described conventional situation, an object of the present invention is to provide a hair band having sufficient heat dissipation and air permeability.
[0132] 実施の形態（11)に係るヘアバンド 1Lは、コイル状の金属線材から形成される放熱 フィン 11と、放熱フィン 11を収納する伸縮自在なリング状のバンド本体 41とを備える 。そして、放熱フィン 11は扁平に形成された面 111が前記内周面に沿うように円周方 向に複数個配置される、そして、バンド本体 40には、複数個設けられた放熱フィン 11 が位置ずれしないように、各放熱フィン 11の間が縫合され、各放熱フィン 11が収納さ れる袋体が構成される。なお、放熱フィン 11の材質等、その他の構成については上 記実施の形態（1)に準ずる。  [0132] Hair band 1L according to embodiment (11) includes heat dissipating fins 11 formed of a coil-shaped metal wire, and an elastic ring-shaped band main body 41 that houses heat dissipating fins 11. A plurality of heat dissipating fins 11 are arranged in the circumferential direction so that the flat surface 111 is along the inner peripheral surface, and a plurality of heat dissipating fins 11 are provided on the band body 40. In order not to be displaced, the radiating fins 11 are stitched together to form a bag body in which the radiating fins 11 are stored. The other configuration, such as the material of the radiating fin 11, conforms to the above embodiment (1).
[0133] また、バンド本体 41には、頭部に装着した際に頭部と接触する内側面 41aには穴 4 1 laが設けられており、放熱フィン 11が穴 41 laから露出するように構成されて 、る。 また、穴 411aは被放熱体との間で熱伝達を促す放熱経路部 12を構成する。さら〖こ、 外部にする外側面 41bについても同様に穴 41 lbが設けられており、ヘアバンド 1L の外側へ熱を放出する経路部として作用する。なお、リング状のバンド本体 41には、 通気性を有するメッシュ等を用いることも可能である。 [0133] Further, in the band body 41, a hole 41a is provided in the inner surface 41a that comes into contact with the head when worn on the head, so that the radiating fin 11 is exposed from the hole 41la. It is composed. Further, the hole 411a constitutes a heat radiation path portion 12 that promotes heat transfer with the heat radiating body. Furthermore, the outer side surface 41b to be externally provided is similarly provided with a 41 lb hole, which acts as a path for releasing heat to the outside of the hair band 1L. The ring-shaped band main body 41 can be made of a breathable mesh or the like.
[0134] 本実施の形態によれば、ヘアバンド 1Lを頭部に装着した際に、放熱フィン 11が内 側面 41aに設けられた穴 41 laから露出しており、被放熱体である頭部と直接接触す る。続いて、放熱フィン 11の接触部 113を介して、頭部の熱は効率よく放熱フィン 11 の全体に伝熱される。そして、放熱フィン 11の全体に伝導した熱は、放熱フィン 11の 空隙部 112、及び外側面 4 lbに設けられた穴 4 l ibを介してヘアバンド本体 41の外 部へ放出される。 [0134] According to the present embodiment, when the hair band 1L is attached to the head, the heat radiating fins 11 are exposed from the holes 41 la provided in the inner side surface 41a, and the head that is a heat radiating body. Contact directly. Subsequently, the heat of the head is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the heat radiating fin 11 is released to the outside of the hairband main body 41 through the gap 112 of the heat radiating fin 11 and the hole 4 ib provided on the outer surface 4 lb.
[0135] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0135] Further, hot air diffuses through the gaps 112 of the radiating fins 11, and moisture such as sweat does not vaporize because it evaporates. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0136] さらに、伸縮自在なヘアバンド本体に、円周方向に沿って複数個の放熱フィン 11を 設けているため頭部に装着する際にも容易に伸縮させることが可能となっている。ま た、放熱フィン 11は、特に扁平な面 111に垂直な方向に対して柔軟に屈曲し、装着 、脱着等の使用状態に応じて容易に変形するため、快適な使用感を得ることができ る。  [0136] Furthermore, since a plurality of heat dissipating fins 11 are provided along the circumferential direction of the elastic hair band body, it can be easily expanded and contracted when worn on the head. In addition, the heat dissipating fins 11 are flexibly bent especially in the direction perpendicular to the flat surface 111 and easily deformed according to usage conditions such as mounting and dismounting, so that a comfortable feeling of use can be obtained. The
[0137] さらに、本発明の実施の形態（12)を図 23及び図 24に基づいて説明する。図 23は 、この実施の形態（12)に係るシューズの斜視図である。  Furthermore, the embodiment (12) of the present invention will be described with reference to FIG. 23 and FIG. FIG. 23 is a perspective view of a shoe according to this embodiment (12).
[0138] シューズとしては、通気性を有するメッシュ素材などをアッパー部材に使用したもの が知られている。し力しながら、シューズの通気性を高くしただけでは十分ではなぐ 特に長時間使用した場合にはシューズの中が蒸れてしまうという問題点があった。  [0138] As shoes, those using a breathable mesh material or the like as an upper member are known. However, it is not enough just to increase the breathability of the shoes, especially when used for a long time, there is a problem that the inside of the shoes gets muddy.
[0139] 上記従来の状況に鑑み、本発明では、長時間シューズを使用した際にも蒸れること カ ヽ高 、放熱性能を有するシューズを提供することを目的とする。  [0139] In view of the above-described conventional situation, an object of the present invention is to provide a shoe having high heat dissipation and high heat dissipation performance even when the shoe is used for a long time.
[0140] シューズ 1Mは、ソール 42と、ソール 42の上に固着され足表面を覆うアッパー部材 43とから主に構成されている。そして、コイル状の金属線材から形成される放熱フィ ン 11が甲被部 431の足と接触する接触面に対して平行に取り付けられている。なお 、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に準ずる。 [0140] The shoe 1M mainly includes a sole 42 and an upper member 43 that is fixed on the sole 42 and covers the surface of the foot. A heat radiating fin 11 formed of a coiled metal wire is attached in parallel to the contact surface that contacts the foot of the upper part 431. In addition The other configuration such as the material of the heat dissipating fin 11 conforms to the above embodiment (1).
[0141] そして、甲被部 431は、通気性を有するメッシュを用いており、メッシュの空隙部が シューズ 1Mの外部へ熱を放出する放熱経路部として作用する。なお、メッシュ以外 にも、穴等を設けることにより放熱経路部を構成することも可能である。  [0141] Further, the upper portion 431 uses a mesh having air permeability, and the gap portion of the mesh acts as a heat radiation path portion for releasing heat to the outside of the shoe 1M. In addition to the mesh, it is also possible to configure the heat dissipation path by providing holes or the like.
[0142] また、甲被部 431に設ける放熱フィン 11は、上述のように、卷回単位が相互に接触 した接触部 113を、溶接等の手段によって金属線材同士が離れないように固定する ことが好ましい。このようにすると、足の動きによって甲被部 431に激しい変形が加わ つた場合にも、放熱フィン 11が伸びきつたりせずに柔軟に追従することができる。  [0142] Further, as described above, the heat dissipating fins 11 provided on the upper part 431 should be fixed so that the metal wire rods are not separated from each other by means of welding or the like, with the contact portions 113 in which the winding units are in contact with each other. Is preferred. In this way, even when severe deformation is applied to the upper part 431 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
[0143] 本実施の形態によれば、放熱フィン 11が甲被部 431の足と接触する接触面に設け られて ヽるので、被放熱体である足の熱を効率良く放熱フィン 11へと伝導することが できる。そして、放熱フィン 11の接触部 113を介して、放熱フィン 11全体へ伝熱する ことができる。放熱フィン 11の全体に伝導した熱は、放熱フィン 11の空隙部 112、及 びメッシュの空隙部を介してシューズの外部へと放出される。  [0143] According to the present embodiment, the radiating fin 11 is provided on the contact surface in contact with the foot of the upper part 431, so that the heat of the foot, which is the radiating member, is efficiently transferred to the radiating fin 11. Can conduct. Then, heat can be transferred to the entire radiation fin 11 via the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh.
[0144] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0144] Further, since hot air diffuses through the gap 112 of the radiating fin 11 and moisture such as sweat is vaporized, it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0145] さらに、本発明の実施の形態（13)に係るシューズを図 25及び図 26に基づいて説 明する。図 25は、この実施の形態（13)に係るシューズの斜視図である。  [0145] Furthermore, a shoe according to Embodiment (13) of the present invention will be described with reference to Figs. FIG. 25 is a perspective view of a shoe according to this embodiment (13).
[0146] シューズ 1Nは、上記実施の形態（12)のシューズにおいて、コイル状の金属線材 力も得られる放熱フィン 11がアッパー部材 43の爪先部 432の内側面に沿って取り付 けられている。具体的には、爪先部 432において、補強部 434が存在しない部位に 設けられている。なお、放熱フィン 11の材質等、その他の構成については上記実施 の形態（1)に準ずる。  [0146] In the shoe 1N, in the shoe of the above embodiment (12), the radiating fins 11 that can also obtain a coiled metal wire force are attached along the inner surface of the toe portion 432 of the upper member 43. Specifically, the toe portion 432 is provided at a portion where the reinforcing portion 434 does not exist. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
[0147] そして、アッパー部材 43の爪先部 432は、通気性を有するメッシュを用いており、メ ッシュの空隙部がシューズ 1Nの外部へ熱を放出する放熱経路部として作用する。な お、メッシュ以外にも、穴等を設けることにより放熱経路部と機能させることも可能であ る。 [0147] The toe portion 432 of the upper member 43 uses a mesh having air permeability, and the gap portion of the mesh acts as a heat radiation path portion that releases heat to the outside of the shoe 1N . In addition to the mesh, it is possible to function with the heat dissipation path by providing holes.
[0148] 爪先部 432に設ける放熱フィン 11は、上述のように、卷回単位が相互に接触した 接触部を、溶接等の手段によって金属線材同士が離れないように固定することが好 ましい。このようにすると、足の動きによってアッパー部材 43に激しい変形が加わった 場合にも、放熱フィン 11が伸びきつたりせずに柔軟に追従することができる。 [0148] As described above, the heat dissipating fins 11 provided on the toe portion 432 have the winding units in contact with each other. It is preferable to fix the contact portions so that the metal wires are not separated by means such as welding. In this way, even when a severe deformation is applied to the upper member 43 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
[0149] 実施の形態（13)に係るシューズによれば、放熱フィン 11が爪先部 432の足の爪先 と接触する接触面に設けられているので、被放熱体である爪先の熱を効率良く放熱 フィン 11へと伝導することができる。そして、放熱フィン 11の接触部 113を介して、放 熱フィン 11全体へ伝熱することができる。放熱フィン 11の全体に伝導した熱は、放熱 フィン 11の空隙部 112、及びメッシュの空隙部を介してシューズの外部へと放出され る。このため、爪先部 432は特に熱が滞留しやすいが、熱を滞留させることなく速や かにシューズ 1Nの外部へと放出することが可能となる。  [0149] According to the shoe of the embodiment (13), the heat dissipating fins 11 are provided on the contact surface of the toe portion 432 that comes into contact with the toes of the foot. Heat can be conducted to the fin 11. Then, heat can be transferred to the entire heat radiation fin 11 through the contact portion 113 of the heat radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh. For this reason, the toe portion 432 is particularly likely to retain heat, but can quickly be released to the outside of the shoe 1N without retaining heat.
[0150] また、足の爪先は汗等よく分泌する力 放熱フィン 11の空隙部 112を通して熱気が 拡散し、汗などの水分が気化するため蒸れたりすることがない。また、水分の気化熱 により放熱フィン 11が冷却されるため、快適な使用感を得ることができる。  [0150] In addition, the toes of the toes are well secreted, such as sweat. Hot air diffuses through the gaps 112 of the heat dissipating fins 11, and moisture such as sweat does not evaporate. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0151] さらに、本発明の実施の形態（14)に係るシューズを図 27及び図 28に基づいて説 明する。図 27は、この実施の形態（14)に係るシューズの斜視図である。  [0151] Furthermore, a shoe according to Embodiment (14) of the present invention will be described with reference to Figs. FIG. 27 is a perspective view of a shoe according to this embodiment (14).
[0152] シューズ 1Pは、上記実施の形態（12)のシューズにおいて、コイル状の金属線材か ら形成される放熱フィン 11がアッパー部材の踵部 433に取り付けられている。具体的 には、放熱フィン 11が踵部 433の内側面に設けられた緩衝材 436の内側面に沿つ て設けられている。緩衝材 436の内側面は、足の踵部と接触する接触面となる。なお 、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に準ずる。  [0152] In the shoe 1P, in the shoe of the above embodiment (12), the radiating fins 11 formed from a coiled metal wire are attached to the upper member 433. Specifically, the radiating fins 11 are provided along the inner surface of the cushioning material 436 provided on the inner surface of the flange 433. The inner side surface of the cushioning material 436 is a contact surface that comes into contact with the buttocks of the foot. The other configuration such as the material of the heat dissipating fin 11 conforms to the above embodiment (1).
[0153] アッパー部材 43の踵部 433は、一般的に皮革、合成樹脂等が用いられる。そして、 踵部 433には、通気性を保っために穴 437が設けられており、放熱経路として作用 する。また、緩衝材 436は、通気性を有するメッシュを用いており、メッシュの空隙部 がシューズ 1Pの外部へ熱を放出する放熱経路部として作用する。なお、メッシュ以外 にも、合成繊維や天然繊維カゝらなる織布等に穴等を設けることにより放熱経路部と機 會させることち可會である。  [0153] The collar 433 of the upper member 43 is generally made of leather, synthetic resin or the like. The flange 433 is provided with a hole 437 to maintain air permeability, and acts as a heat dissipation path. Further, the cushioning material 436 uses a mesh having air permeability, and the void portion of the mesh acts as a heat radiation path portion that releases heat to the outside of the shoe 1P. In addition to the mesh, it is possible to make the heat dissipation path portion function by providing holes or the like in a woven fabric made of synthetic fiber or natural fiber.
[0154] 踵部 433に設ける放熱フィン 11は、上述のように、卷回単位が相互に接触した接 触部を、溶接等の手段によって金属線材同士が離れないように固定することが好まし い。このようにすると、足の動きによって踵部 433に激しい変形が加わった場合にも、 放熱フィン 11が伸びきつたりせずに柔軟に追従することができる。 [0154] As described above, the heat dissipating fins 11 provided in the flange part 433 preferably fix the contact parts where the winding units are in contact with each other so that the metal wires are not separated by means such as welding. Yes. In this way, even when severe deformation is applied to the buttocks 433 due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching.
[0155] 実施の形態（14)に係るシューズ 1Pによれば、放熱フィン 11が踵部 433の足の踵 部と接触する接触面に設けられて ヽるので、被放熱体である踵部 433の熱を効率良 く放熱フィン 11へと伝導することができる。そして、放熱フィン 11の接触部 113を介し て、放熱フィン 11全体へ伝熱することができる。放熱フィン 11の全体に伝導した熱は 、放熱フィン 11の空隙部 112、及びメッシュの空隙部を介してシューズの外部へと放 出される。このため、踵部 433は特に熱が滞留しやすいが、熱を滞留させることなく速 やかにシューズ 1Pの外部へと放出することが可能となる。  [0155] According to the shoe 1P according to the embodiment (14), the radiating fins 11 are provided on the contact surface that comes into contact with the heel portion of the heel portion 433. Heat can be efficiently conducted to the radiation fin 11. Then, heat can be transferred to the entire radiation fin 11 via the contact portion 113 of the radiation fin 11. The heat conducted to the entirety of the radiating fin 11 is released to the outside of the shoe through the gap 112 of the radiating fin 11 and the gap of the mesh. For this reason, the heel part 433 is particularly likely to retain heat, but can quickly be released to the outside of the shoe 1P without retaining heat.
[0156] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0156] Further, hot air diffuses through the gaps 112 of the radiating fin 11, and moisture such as sweat is vaporized, so that it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0157] さらに、本発明の実施の形態（15)に係る中敷き 1Qを図 29及び図 30に基づいて 説明する。図 29は、この実施の形態（15)に係る中敷きの平面図である。  [0157] Further, an insole 1Q according to the embodiment (15) of the present invention will be described with reference to Figs. FIG. 29 is a plan view of an insole according to this embodiment (15).
[0158] 中敷き 1Qは、コイル状の金属線材カゝら形成される放熱フィン 11と、放熱フィン 11が 設けられる中敷き本体 45とから概略構成されてなる。そして、放熱フィン 11を覆うよう に被覆部材 46が設けられ、中敷き本体 45と被覆部材 46のそれぞれの端部 451、 4 61において縫い付けて固定されている。なお、放熱フィン 11の材質等、その他の構 成については上記実施の形態（1)に準ずる。  [0158] The insole 1Q is generally configured by a radiating fin 11 formed by a coiled metal wire rod and an insole body 45 provided with the radiating fin 11. A covering member 46 is provided so as to cover the radiating fins 11, and is fixed by sewing at end portions 451 and 4 61 of the insole body 45 and the covering member 46. The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
[0159] また、被覆部材 46は、通気性を有するメッシュを用いており、メッシュの空隙部が被 放熱体である足裏との間で熱伝達を促進する放熱経路部を構成する。そして、メッシ ュの空隙部からは放熱フィン 11が露出している。なお、メッシュ以外にも、合成繊維 や天然繊維カゝらなる織布等に穴等を設けることにより放熱経路部と機能させることも 可能である。  [0159] Further, the covering member 46 uses a mesh having air permeability, and the gap portion of the mesh constitutes a heat radiation path portion that promotes heat transfer with the sole, which is a heat radiating body. And the radiation fin 11 is exposed from the space | gap part of a mesh. In addition to the mesh, it is possible to function as a heat dissipation path by providing a hole or the like in a woven fabric made of synthetic fiber or natural fiber.
[0160] 中敷き本体 45に設ける放熱フィン 11は、上述のように、卷回単位が相互に接触し た接触部を、溶接等の手段によって金属線材同士が離れないように固定することが 好ましい。このようにすると、足の動きによって中敷き 1Qに激しい変形が加わった場 合にも、放熱フィン 11が伸びきつたりせずに柔軟に追従することができる。 [0161] 実施の形態（15)に係る中敷き 1Qは、シューズの中に入れて用いる。本実施の形 態によれば、足を装着した場合には、放熱フィン 11が被覆部材 46のメッシュの空隙 部から露出しており、被放熱体である足裏と直接接触して足裏の熱が放熱フィン 11 に伝熱する。その際、足裏の中でも踵部と爪先部において接触する。続いて、放熱フ イン 11の接触部 113を介して、足裏の熱が放熱フィン 11の全体に伝熱される。そし て、放熱フィン 11全体に伝導した熱は、放熱フィン 11の空隙部 112、及び被覆部材 46に設けられた放熱経路部を介して中敷き 1Qの外部へと放出される。この際、足裏 の中でも土踏まずの部分は中敷き 1Qと接触しないため、熱の放出が容易に行われ る。中敷き 1Q力も放出された熱は、足とシューズの隙間やシューズに設けられた空 隙部などを介してシューズの外部へと放出される。このため、熱を滞留させることなく 速やかに中敷き 1Qの外部へと放出することが可能となる。 [0160] In the radiating fin 11 provided in the insole body 45, as described above, it is preferable to fix the contact portions where the winding units are in contact with each other so that the metal wires are not separated by means such as welding. In this way, even if the insole 1Q undergoes severe deformation due to the movement of the foot, the radiating fin 11 can follow flexibly without stretching. [0161] The insole 1Q according to the embodiment (15) is used in shoes. According to this embodiment, when the foot is worn, the radiating fins 11 are exposed from the voids of the mesh of the covering member 46, and are in direct contact with the sole, which is the heat radiating member. Heat is transferred to the radiation fin 11. In that case, it contacts in a buttocks part and a toe part also in a sole. Subsequently, the heat of the soles is transferred to the entire radiating fin 11 through the contact portion 113 of the radiating fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the insole 1Q through the gap 112 of the radiation fin 11 and the heat radiation path provided in the covering member 46. At this time, the part of the sole of the sole does not come into contact with the insole 1Q, so heat can be easily released. Insole The heat released as 1Q force is released to the outside of the shoe through the gap between the foot and the shoe and the space provided in the shoe. For this reason, it is possible to quickly release the insole to the outside of 1Q without causing heat to stay.
[0162] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。そして、水分の気化熱により放熱フィン 11が冷却される ため、快適な使用感を得ることができる。さらには、コイル状の金属線材を利用して得 られた放熱フィン 11が凹凸形状を呈するため、マッサージ効果が得られる。  [0162] Further, hot air diffuses through the gap 112 of the radiating fin 11, and moisture such as sweat is vaporized, so that it does not stuffy. And since the radiation fin 11 is cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained. Furthermore, since the radiating fins 11 obtained using the coiled metal wire have an uneven shape, a massage effect can be obtained.
[0163] 続いて、本発明の実施の形態（16)に係るギプスを図 31及び図 32に基づいて説明 する。図 31は、この実施の形態（16)に係るギプスの斜視図である。  Next, a cast according to Embodiment (16) of the present invention will be described with reference to FIGS. 31 and 32. FIG. 31 is a perspective view of a cast according to this embodiment (16).
[0164] ギプスは長時間使用することが多くギプス装着部位での蒸れが問題となることが多 かった。蒸れを防止するためのギプスとして、吸水性の高いレーヨン繊維等を用いた ものが挙げられる。また、他にも通気性を有するメッシュ素材などを用いるものが挙げ られるが、いずれも十分な蒸れ防止効果を有するものではな力つた。  [0164] The cast was often used for a long time, and the stuffiness at the site of the cast was often a problem. Examples of casts for preventing stuffiness include those using rayon fibers having high water absorption. In addition, there are other materials that use a breathable mesh material, but none of them has a sufficient anti-steaming effect.
[0165] そこで、本発明では上記従来の状況に鑑み、高 、放熱性、通気性を有し、十分な 蒸れ防止効果を有するギプスを提供することを目的とする。  [0165] In view of the above-described conventional situation, an object of the present invention is to provide a cast that has high heat dissipation and air permeability and has a sufficient anti-steaming effect.
[0166] このギプス 1Rは、コイル状の金属線材カゝら形成される放熱フィン 11が、患部を被覆 し固定するための保護部材 47の内側に配置されて概略構成されている。放熱フィン 11を設ける際には、放熱フィン 11の扁平に形成された面 111がギプス 1Rの内側面 4 7bに沿うように配置される。なお、放熱フィン 11の材質等、その他の構成については 上記実施の形態（1)に準ずる。 [0167] 保護部材 47としては、一般的な石膏や水硬性のポリエステル材等を用いることがで きる。また、放熱フィン 11を設ける際には、例えば放熱フィン 11を予め通気性の良い 布に埋め込んでおき、その布を患部にあてがった上にギプス 1Rの材料を成形硬化さ せる等して行うことができる。そして、保護部材 47は、端部に外側面 47と内側面 47b の端部に面ファスナー 472、 471が設けられておりギプス 1Rが脱着可能となるように 構成されている。 [0166] The cast 1R is schematically configured by disposing heat radiating fins 11 formed from a coiled metal wire rod inside a protective member 47 for covering and fixing the affected area. When the radiating fins 11 are provided, the flat surface 111 of the radiating fins 11 is arranged along the inner side surface 47b of the cast 1R. In addition, about other structures, such as a material of the radiation fin 11, it applies to said Embodiment (1). [0167] As the protective member 47, general plaster, hydraulic polyester material, or the like can be used. In addition, when providing the radiating fin 11, for example, the radiating fin 11 is previously embedded in a cloth having good air permeability, and the cloth 1 is applied to the affected area, and then the material of the cast 1R is molded and cured. Can do. The protective member 47 is provided with hook-and-loop fasteners 472 and 471 at the ends of the outer surface 47 and the inner surface 47b so that the cast 1R can be attached and detached.
[0168] この実施形態によれば、ギプス 1Rの内側にこもった熱力 コイル状の金属線材から なる放熱フィン 11によって拡散され、速やかに放熱される。また、放熱フィン 11を介し てギプス 1Rが患部に確実に固定されつつも、空隙部によって空気が流動するため、 ギプス 1Rの内側を涼しく清潔に保つことができる。  [0168] According to this embodiment, the heat is diffused by the heat dissipating fins 11 made of a heat-powered coil-shaped metal wire confined inside the cast 1R and quickly radiated. In addition, while the cast 1R is securely fixed to the affected area via the radiation fin 11, air flows through the gap, so that the inside of the cast 1R can be kept cool and clean.
なお、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に準 ずる。  The other configuration such as the material of the radiating fin 11 conforms to the above embodiment (1).
[0169] 次に、本発明の実施の形態（17)に係る熱冷ましシートを図 33に示す。図 33は、こ の実施の形態（17)に係る熱冷ましシートの平面図である。  [0169] Next, FIG. 33 shows a heat-cooled sheet according to Embodiment (17) of the present invention. FIG. 33 is a plan view of the heat-cooled sheet according to this embodiment (17).
[0170] 熱冷ましシートとしては、従来ゲルを用いたものが知られている。このゲルを用いた 熱冷ましシートは、ゲルが熱を吸収、放出するように構成されている。しかしながら、 ゲルは十分な放熱性能をもたないため、一定時間使用した後は取り替える必要があ るという問題点があった。 [0170] As a heat-cooled sheet, a sheet using a gel is conventionally known. The heat-cooled sheet using this gel is configured such that the gel absorbs and releases heat. However, since gel does not have sufficient heat dissipation performance, it has to be replaced after it has been used for a certain period of time.
[0171] そこで、本発明は上記従来の状況に鑑み、高い放熱性と通気性を有し、長時間に わたって効果を持続できる熱冷ましシートを提供することを目的とする。 [0171] In view of the above-described conventional situation, an object of the present invention is to provide a heat-cooled sheet that has high heat dissipation and air permeability and can maintain the effect for a long time.
[0172] 熱冷ましシート 1Sは、コイル状の金属線材力 形成される複数の放熱フィン 11と、 その放熱フィン 11を被放熱体に固定するための取付構造部材 48とを備えることによ つて概略構成されている。なお、放熱フィン 11の材質等、その他の構成については 上記実施の形態（1)に準ずる。 [0172] The heat-cooled sheet 1S is schematically configured by including a plurality of heat radiation fins 11 formed of a coiled metal wire force and an attachment structure member 48 for fixing the heat radiation fins 11 to the heat radiating member. Has been. In addition, about other structures, such as a material of the radiation fin 11, it applies to said Embodiment (1).
[0173] 取付構造部材 48は、固定部材 481と放熱フィン 11との接続部材 482とから構成さ れている。固定部材 481は面ファスナー 483、ホック等を用いることができる。また、 接続部材 482としては、ゴム等の弾性部材が好ましく用いられる。 [0173] The mounting structure member 48 is composed of a fixing member 481 and a connection member 482 of the radiating fins 11. As the fixing member 481, a hook-and-loop fastener 483, a hook or the like can be used. Further, as the connecting member 482, an elastic member such as rubber is preferably used.
[0174] この実施の形態の熱冷ましシート 1Sは、放熱フィン 11が直接人体の額に接触する ように頭部に装着され、取付構造部材 48により固定される。この実施の形態によれば 、人の額力も発する熱は直接接触する放熱フィン 11に伝わる。そして、放熱フィン 11 に伝わった熱は、放熱フィンの接触部 113を介して放熱フィン全体に伝わる。そして 、放熱フィン 11の空隙部 112が通気性を有するため、空隙部 112を介して空気中へ と熱が放出される。 [0174] In the heat-cooled sheet 1S of this embodiment, the radiating fins 11 are in direct contact with the forehead of the human body. And is fixed by the mounting structure member 48. According to this embodiment, the heat generated by the person's forehead is transmitted to the radiation fins 11 that are in direct contact. The heat transmitted to the heat radiating fin 11 is transmitted to the entire heat radiating fin through the contact portion 113 of the heat radiating fin. Since the gap 112 of the radiating fin 11 has air permeability, heat is released into the air through the gap 112.
[0175] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱により放熱フィン 11が冷却されるた め、快適な使用感を得ることができる。  [0175] Further, hot air diffuses through the gap 112 of the radiating fin 11, and moisture such as sweat is vaporized, so that it does not stuffy. In addition, since the heat radiation fins 11 are cooled by the heat of vaporization of moisture, a comfortable feeling of use can be obtained.
[0176] 次に、本発明の実施の形態（18)に係る解凍シート 1Tを図 34に基づいて説明する 。図 34は、この実施の形態（18)に係る解凍シート 1Tの斜視図である。  Next, the thawing sheet 1T according to Embodiment (18) of the present invention will be described with reference to FIG. FIG. 34 is a perspective view of the thawing sheet 1T according to this embodiment (18).
[0177] 解凍シートとしては、従来高熱伝導性を有する炭素質系のセラミックを用いたものが 知られている。この炭素質系セラミックを用いた解凍シートは、解凍対象物との接触 面で熱交換により解凍するものである。し力しながら、このようなシートを用いた場合、 表面積が十分でな 、ため解凍を速やかに行うことができな 、と 、う問題点があった。 また、材質が高価なものであるという問題点があった。さらに、他の解凍シートとして は、アルミニウムの平板からなるものが従来知られている。しかしながら、平板である ため表面積が小さく解凍のための熱を得るのが不十分であるという問題点があった。  [0177] As a thawing sheet, a sheet using a carbonaceous ceramic having high thermal conductivity is conventionally known. This thawing sheet using carbonaceous ceramic is thawing by heat exchange at the contact surface with the object to be thawed. However, when such a sheet is used, there is a problem that the surface area is not sufficient, so that thawing cannot be performed quickly. In addition, there is a problem that the material is expensive. Further, as other thawing sheets, those made of flat aluminum plates are conventionally known. However, since it is a flat plate, it has a problem that its surface area is small and it is insufficient to obtain heat for thawing.
[0178] そこで、本発明は上記従来の状況に鑑み、高い表面積を有し、速やかに解凍対象 物を解凍することのできる解凍シートを提供することを目的とする。  [0178] In view of the above-described conventional situation, an object of the present invention is to provide a thawing sheet having a high surface area and capable of thawing an object to be thawed quickly.
[0179] 解凍シート 1Tは、コイル状の金属線材カゝら形成される放熱フィン 11が、複数連結し て配置されて概略構成されている。具体的には、平行に並べられた複数の放熱フィ ン 11が金属線材 49により連結されている。そして、解凍シート 1Tは、解凍対象物 m に対して大きな面積を有するものを用いている。なお、放熱フィン 11の材質等、その 他の構成については上記実施の形態（1)に準ずる。  [0179] The thawing sheet 1T has a schematic configuration in which a plurality of heat dissipating fins 11 formed by a coiled metal wire rod are connected and arranged. Specifically, a plurality of heat radiation fins 11 arranged in parallel are connected by a metal wire 49. The thawing sheet 1T has a large area with respect to the thawing target object m. Other configurations such as the material of the heat radiating fin 11 conform to the above embodiment (1).
[0180] 本実施の形態では、解凍シート 1Tの上面に解凍対象物 mを載置して用いる。この 実施の形態によれば、外気の熱が直接解凍対象物 mに伝わるだけではなぐ放熱フ イン 11を介して解凍対象物 mの底面力もも熱を伝えることが可能となる。具体的には 、放熱フィン 11が大きな表面積を有するため、多くの外気の熱が放熱フィン 11の表 面に伝わることとなる。そして、放熱フィン 11の表面に伝わった熱は、温度勾配により 解凍対象物 mの載置された放熱フィン 11の中央部にに伝わる。この際、放熱フィン 1 1は接触部 113を有するため、速やかに熱が伝えられる。そして、放熱フィン 11の中 央部に集積した熱は、解凍対象物 mに与えられ、速やかに解凍される。 [0180] In the present embodiment, the object to be thawed m is placed and used on the top surface of the thawing sheet 1T. According to this embodiment, not only the heat of the outside air is directly transmitted to the object to be thawed m but also the bottom force of the object to be thawed m can transmit heat through the heat radiation fin 11. Specifically, since the radiating fin 11 has a large surface area, a large amount of heat from the outside air is generated on the surface of the radiating fin 11. It will be transmitted to the surface. The heat transmitted to the surface of the radiating fin 11 is transmitted to the central portion of the radiating fin 11 on which the object to be thawed m is placed due to the temperature gradient. At this time, since the heat dissipating fins 11 have the contact portions 113, heat is quickly transmitted. The heat accumulated in the center of the radiating fin 11 is given to the object to be thawed m and is quickly thawed.
[0181] また、解凍が進むにつれて解凍対象物からはドリップが漏出するが、放熱フィン 11 は、空隙部 112を有するため解凍シート 1Tの下面にドリップを排出することができる 。このため、解凍シート 1T上にドリップを残することなく解凍することが可能となる。  [0181] Further, as the thawing progresses, the drip leaks from the object to be thawed. However, since the radiating fin 11 has the gap 112, the drip can be discharged to the lower surface of the thawing sheet 1T. For this reason, it is possible to defrost without leaving a drip on the thawing sheet 1T.
[0182] なお、上記実施の形態（18)では、複数の放熱フィン 11の連結は、金属線材を用い て行われているが、半田付け、半田メツキ、接着剤、粘着剤、振動溶接、フラッシュ溶 接などの手段により、各放熱フィン 11を離れないように固定することができる。  [0182] In the above embodiment (18), the plurality of heat dissipating fins 11 are connected using a metal wire, but soldering, soldering, adhesive, adhesive, vibration welding, flashing, etc. Each radiating fin 11 can be fixed so as not to be separated by means such as welding.
[0183] 次に、本発明の実施の形態（19)に係るパソコン用放熱シート 1Uを図 35及び図 36 に基づいて説明する。図 35は、この実施の形態（19)に係るパソコン用放熱シート 1 Uの斜視図である。  Next, a personal computer heat dissipation sheet 1U according to the embodiment (19) of the present invention will be described with reference to FIGS. 35 and 36. FIG. FIG. 35 is a perspective view of the personal computer heat-dissipating sheet 1 U according to this embodiment (19).
[0184] パソコン用放熱シートとしては、従来外装体内にゲルを内包したものが知られてい る。このゲルを用いたパソコン用放熱シートは、ゲルが熱を吸収、放出するように構成 されている。し力しながら、ゲルは十分な放熱性能をもたないため、一定時間使用し た後は取り替える必要があるという問題点があった。  [0184] As a heat-dissipating sheet for a personal computer, a sheet in which a gel is encapsulated in the exterior is known. The heat dissipation sheet for personal computers using this gel is configured so that the gel absorbs and releases heat. However, since gel does not have sufficient heat dissipation performance, it has to be replaced after it has been used for a certain period of time.
[0185] そこで、本発明は上記従来の状況に鑑み、高い放熱性、通気性を有し、長時間に わたって放熱性能を維持することが可能なパソコン用放熱シートを提供することを目 的とする。  [0185] In view of the above-described conventional situation, the present invention has an object to provide a heat dissipation sheet for a personal computer having high heat dissipation and air permeability and capable of maintaining heat dissipation over a long period of time. And
[0186] パソコン用放熱シート 1Uは、コイル状の金属線材力 形成される放熱フィン 11が、 略々長方形状の外装体 50に収納されることによって概略構成されて 、る。放熱フィ ン 11の扁平に形成された面が外装体 50のパソコンとの接触面 50aと平行になるよう に配置される。具体的には、外装体 50は、長手方向に対して二つ折りできるように中 間位置が縫い付けられ、二つの袋体 50A、 50Bに分割されている。そして、放熱フィ ン 11は各袋体 50A、 50B内に配置され、外装体 50に対して縫いつけて固定される。 この際、放熱フィン 11の配置する方向は、外装体の長手方向に沿って設けられてい る。また、外装体 50には、穴 501が設けられ、被放熱体であるパソコン本体 nとの間 で熱伝達を促す放熱経路部 12を構成する。 [0186] The heat radiating sheet 1U for personal computers is roughly configured by housing the heat radiating fins 11 formed of a coil-shaped metal wire force in a substantially rectangular outer casing 50. The flat surface of the heat radiating fin 11 is arranged so as to be parallel to the contact surface 50a of the exterior body 50 with the personal computer. Specifically, the exterior body 50 is sewn at an intermediate position so that it can be folded in half with respect to the longitudinal direction, and is divided into two bag bodies 50A and 50B. The heat dissipating fins 11 are arranged in the bags 50A and 50B, and are sewn and fixed to the exterior body 50. At this time, the direction in which the radiation fins 11 are arranged is provided along the longitudinal direction of the exterior body. In addition, the exterior body 50 is provided with a hole 501 between the PC body n which is a heat sink. The heat dissipating path section 12 that promotes heat transfer is constructed.
[0187] 上記実施の形態のパソコン用放熱シート 1Uは、その接触面 50aにパソコン本体を 載置用いる。この実施の形態によれば、放熱フィン 11は、外装体 50の接触面 50aに 設けられた穴 501から露出しており、被放熱体であるパソコン本体 n力も直接熱伝達 される。続いて、放熱フィン 11の接触部 113を介して、パソコン本体 nの熱は効率よく 放熱フィン 11の全体に伝熱される。そして、放熱フィン 11全体に伝導した熱は、放熱 フィン 11の空隙部 112、及び放熱経路部 12として作用する穴 501を介して外装体 5 0の外部へと放出される。このため、パソコン本体 nから発する熱は、下面より速やか に放熱され、ノ ソコン本体 nの過度の温度上昇を防ぐことが可能となる。  [0187] The personal computer heat radiation sheet 1U of the above-described embodiment uses the personal computer body placed on the contact surface 50a. According to this embodiment, the radiating fin 11 is exposed from the hole 501 provided in the contact surface 50a of the exterior body 50, and the PC main body n force, which is the radiating body, is also directly transferred to the heat. Subsequently, the heat of the personal computer main body n is efficiently transferred to the entire radiation fin 11 through the contact portion 113 of the radiation fin 11. Then, the heat conducted to the entire radiation fin 11 is released to the outside of the exterior body 50 through the gap 112 of the radiation fin 11 and the hole 501 acting as the radiation path portion 12. For this reason, the heat generated from the personal computer main body n is quickly dissipated from the lower surface, and it is possible to prevent an excessive temperature rise of the personal computer main body n.
[0188] なお、上記実施の形態（19)においては、放熱フィン 11が外装体 50に対して縫い つけて固定されているが、外装体 50を一定間隔おきに縫い付けて袋体を形成し、各 袋体に放熱フィン 11を一つずつ配置することもできる。  [0188] In the above embodiment (19), the radiating fin 11 is sewn and fixed to the exterior body 50. However, the exterior body 50 is sewn at regular intervals to form a bag body. One radiating fin 11 can be arranged in each bag.
[0189] 次に、本発明の実施の形態（20)に係るパソコン用放熱シート IVを図 37に基づい て説明する。図 37は、この実施の形態（20)に係るパソコン用放熱シート IVの斜視 図である。  [0189] Next, a personal computer heat dissipation sheet IV according to Embodiment (20) of the present invention will be described with reference to FIG. FIG. 37 is a perspective view of a personal computer heat dissipation sheet IV according to this embodiment (20).
[0190] パソコン用放熱シート IVは、コイル状の金属線材カゝら形成される放熱フィン 11が、 複数連結して配置されて概略構成されている。具体的には、平行に並べられた複数 の放熱フィン 11が金属線材 51により連結されている。そして、パソコン用放熱シート 1 Vは、ノ ソコン本体 nに対して大きな面積を有するものを用いている。また、放熱フィン 11はパソコン本体 nが載置されて 、る部分力 長さ方向に突出するように配置されて なる。なお、放熱フィン 11の材質等、その他の構成については上記実施の形態（1) に準ずる。  [0190] The heat dissipating sheet IV for a personal computer has a schematic structure in which a plurality of heat dissipating fins 11 formed from a coiled metal wire rod are connected and arranged. Specifically, a plurality of radiating fins 11 arranged in parallel are connected by a metal wire 51. As the personal computer heat dissipation sheet 1 V, a sheet having a large area with respect to the computer main body n is used. Further, the heat radiating fins 11 are arranged so that the PC body n is placed and protrudes in the direction of the partial force length. In addition, about the other structures, such as a material of the radiation fin 11, it applies to said Embodiment (1).
[0191] この実施の形態のパソコン用放熱シート IVは、その上面にパソコン本体 nを載置し て用いる。この実施の形態によれば、パソコン本体から発する熱は直接接触する放 熱フィン 11に伝わる。そして、放熱フィン 11に伝わった熱は、放熱フィンの接触部 11 3を介して放熱フィン全体に伝わる。そして、放熱フィン 11の空隙部 112が通気性を 有するため、空隙部 112を介して空気中へと熱が放出される。この際、パソコン用放 熱シート IV力 ノ ソコン本体 nよりも大きな表面積を有するため、容易に空気中へと 熱を放出することができる。特に、放熱フィン 11がパソコン本体 nと直接接触するため 、上記実施の形態（19)のノ ソコン用放熱シートと比較して小さな面積で同程度の放 熱性能を得ることができる。 [0191] The personal computer heat radiation sheet IV of this embodiment is used with the personal computer main body n placed on the upper surface thereof. According to this embodiment, the heat generated from the PC main body is transmitted to the heat release fin 11 that is in direct contact. The heat transferred to the heat radiating fin 11 is transferred to the entire heat radiating fin through the contact portion 11 3 of the heat radiating fin. Since the gap 112 of the radiating fin 11 has air permeability, heat is released into the air through the gap 112. At this time, the heat release sheet for PC IV force Nosocon main body has a larger surface area than n, so it can be easily put into the air. Heat can be released. In particular, since the radiating fins 11 are in direct contact with the personal computer main body n, it is possible to obtain the same degree of radiating performance in a small area as compared with the heat radiating sheet for a notebook computer of the above embodiment (19).
[0192] なお、上記実施の形態（20)では、複数の放熱フィン 11の連結は、金属線材を用い て行われているが、半田付け、半田メツキ、接着剤、粘着剤、振動溶接、フラッシュ溶 接などの手段により、各放熱フィン 11を離れないように固定することができる。  [0192] In the above embodiment (20), the plurality of heat dissipating fins 11 are connected using a metal wire, but soldering, soldering, adhesive, adhesive, vibration welding, flashing, etc. Each radiating fin 11 can be fixed so as not to be separated by means such as welding.
[0193] 次に、本発明の実施の形態（21)に係るワインクーラー 1Wを図 38に基づいて説明 する。図 38は、この実施の形態（21)に係るワインクーラー 1Wの断面図である。  Next, a wine cooler 1W according to Embodiment (21) of the present invention will be described with reference to FIG. FIG. 38 is a cross-sectional view of the wine cooler 1W according to this embodiment (21).
[0194] 従来、ワインクーラーとしては、ステンレスやアルミニウム等を用いた円筒状のものが 知られている。ワインボトルを内管に収納し、外部を氷により冷却する等してワインボト ルを冷却するものである。し力しながら、ワインクーラーの円筒内側面は平面であり、 ワインボトルを冷却するために十分な冷熱が伝わるものではな力つた。  [0194] Conventionally, as a wine cooler, a cylindrical one using stainless steel or aluminum is known. A wine bottle is stored in an inner tube, and the outside is cooled by ice to cool the wine bottle. However, the inner surface of the cylinder of the wine cooler was flat and did not carry enough cold energy to cool the wine bottle.
[0195] そこで、本発明は上記従来の状況に鑑み、高い冷却効果を有するワインクーラーを 提供することを目的とする。  [0195] In view of the above-described conventional situation, an object of the present invention is to provide a wine cooler having a high cooling effect.
[0196] ワインクーラー 1Wは、コイル状の金属線材から形成される放熱フィン 11が、ワイン の瓶 Pを挿入するための略々円筒状の金属部材 52の内側面 521に配置されることに よって概略構成されている。なお、放熱フィン 11の扁平に形成された面が金属部材 5 2の内側面 521と平行になるように配置される。そして、放熱フィン 11の内側面への 固定は、半田付け、半田メツキ、接着剤、粘着材、振動溶接、フラッシュ溶接などの手 段により行うことができる。なお、フィン 11の材質等、その他の構成については上記 実施の形態（1)に準ずる。  [0196] In the wine cooler 1W, the radiating fins 11 formed of a coiled metal wire are arranged on the inner surface 521 of the substantially cylindrical metal member 52 for inserting the wine bottle P. It is roughly structured. Note that the flat surface of the radiating fin 11 is disposed so as to be parallel to the inner surface 521 of the metal member 52. The heat radiation fin 11 can be fixed to the inner surface by means of soldering, soldering, adhesive, adhesive, vibration welding, flash welding, or the like. Other configurations such as the material of the fin 11 conform to the above embodiment (1).
[0197] 具体的には、金属部材 52は、底面 522に向力つて逆テーパー状を呈している。そ して、金属部材 52の底面 522には、ワインボトル pの底部の凹部と嵌合する凸部 523 が設けられる。  [0197] Specifically, the metal member 52 has a reverse taper shape by being directed toward the bottom surface 522. Further, the bottom surface 522 of the metal member 52 is provided with a convex portion 523 that fits into the concave portion of the bottom portion of the wine bottle p.
[0198] この実施の形態によれば、ワインクーラー 1Wは氷水等に浸すと、冷熱が金属部材 52に伝熱し、さらに金属部材 52の内側面 521に沿って設けられた表面積の大きなコ ィル状の金属線材カもなる放熱フィン 11に伝導する。そして、放熱フィン 11は大きな 表面積を有するため、熱が速やかに拡散され、ワインクーラー 1Wの内側面 521に挿 入されたワインボトル Pは速やかに冷却される。 [0198] According to this embodiment, when the wine cooler 1W is immersed in ice water or the like, cold heat is transferred to the metal member 52, and a coil with a large surface area provided along the inner surface 521 of the metal member 52 is provided. Conducted to the heat dissipating fin 11 which is also a metal wire rod. And since the radiating fin 11 has a large surface area, the heat is quickly diffused and inserted into the inner surface 521 of the wine cooler 1W. The entered wine bottle P is quickly cooled.
[0199] また、金属部材 52の内側面 521に設けられた放熱フィン 11は、コイル状の金属線 材を扁平にして形成されたものであり、ワインボトル 1Wが挿入される際に、スプリング として機能し、ワインボトル pがワインクーラー 1Wの内側面に確実に固定される。この ため、ワインクーラー 1Wが倒れた場合などにおいても、ワインボトル pがワインクーラ 一 1W力 飛び出ることがない。  [0199] In addition, the radiating fins 11 provided on the inner surface 521 of the metal member 52 are formed by flattening a coiled metal wire, and serve as a spring when the wine bottle 1W is inserted. It functions and the wine bottle p is securely fixed to the inner surface of the wine cooler 1W. For this reason, even when the wine cooler 1W falls down, the wine bottle p does not pop out of the wine cooler 1W.
[0200] また、本発明の実施の形態（22)に係るジャケットを図 39及び図 40に基づいて説 明する。図 39は、この実施の形態（22)に係るジャケットの図である。  [0200] The jacket according to the embodiment (22) of the present invention will be described with reference to Figs. FIG. 39 is a view of the jacket according to this embodiment (22).
[0201] 従来の放熱性を向上させたジャケット、衣服としては、弾性部材の上の体に接する 部分の近傍に形成されたほぼ平行平面状の冷却流通路と、冷却流通路に空気を流 入させる流入口と、冷却流通路から空気を流出させる流出口と、流入口側又は流出 口側に設けられた電動ファンと、電動ファンと冷却流通路との間に設けられた接続流 通路とを有し、電動ファンにより、体温よりも温度の低い周囲の空気を冷却流通路に おいて体表とほぼ平行に流通させることによって体との温度勾配を大きくし、体から 発せられる熱を放熱して体を冷却する冷却衣服が知られている。しかしながら、上述 のような製品は、空気を流通させることによってある程度の放熱性は得られる力 十 分な性能ではなぐまた伝導ファンなどの大が力りな装置が必要であるという問題点 があった。そのため、複雑な装置を用いずに放熱性をジャケットの開発が望まれてい た。  [0201] As a conventional jacket or garment with improved heat dissipation, a substantially parallel flat cooling flow passage formed in the vicinity of the portion of the elastic member in contact with the body, and air is introduced into the cooling flow passage. An inlet for discharging air from the cooling flow passage, an electric fan provided on the inlet side or the outlet side, and a connection flow passage provided between the electric fan and the cooling flow passage. It has an electric fan to increase the temperature gradient with the body by circulating ambient air having a temperature lower than the body temperature in the cooling flow passage substantially parallel to the body surface, and dissipates the heat generated from the body. Cooling clothing that cools the body is known. However, the products as described above have a problem that a large amount of power such as a conduction fan is required as well as sufficient performance to obtain a certain degree of heat dissipation by circulating air. Therefore, it was desired to develop a jacket with heat dissipation without using a complicated device.
[0202] そこで本発明は、上記従来の状況に鑑み、高い放熱性、通気性を発揮でき、伝導 ファン等の装置を別途使用する必要がないジャケットを提供することを目的とする。  Accordingly, an object of the present invention is to provide a jacket that can exhibit high heat dissipation and air permeability and that does not require the use of a device such as a conductive fan.
[0203] ジャケット IXは、コイル状の金属線材力 形成される放熱フィン 11が、ジャケットの 表地 53と裏地 54との間に埋め込まれて概略構成されている。そして、裏地 54には穴 56が設けられており、被放熱体との間で熱伝達を促進する放熱経路部 12を構成す る。また、表地 53には穴 55が設けられており、ジャケット IXの外側へ熱を放出する放 熱経路部として作用する。なお、表地 53と裏地 54には、通気性を有するメッシュ等を 用いることも可能である。  [0203] The jacket IX is schematically configured by radiating fins 11 formed of a coil-shaped metal wire force embedded between the outer surface 53 and the lining 54 of the jacket. The lining 54 is provided with a hole 56, which constitutes the heat dissipation path 12 that promotes heat transfer with the heat sink. In addition, a hole 55 is provided in the outer surface 53, and it acts as a heat release path part for releasing heat to the outside of the jacket IX. It is also possible to use a breathable mesh or the like for the outer material 53 and the lining material 54.
[0204] なお、放熱フィン 11の材質等、その他の構成については上記実施の形態（1)に準 ずる。また、放熱フィン 11の埋め込む位置は、背側部等の特に熱がこもりやすい位置 に、体の動きが制限されな 、方向に沿って設けることが好ま U、。 [0204] Other configurations such as the material of the radiating fin 11 are the same as those in the embodiment (1). Sway. In addition, it is preferable to place the radiating fins 11 along the direction where the movement of the body is not restricted, especially on the back side where heat can be trapped.
[0205] また、ジャケット IXの表地 53と裏地 54に設けられた穴 55及び 56の大きさ、数は適 宜設定することができ、例えば、熱がこもりやすい背側部等に設けられる穴 56を周辺 よりも大きくしたり、数多く設けることなどにより放熱フィン 11の露出度を高めたりしても 良い。また、本実施の形態では、放熱経路部として、穴 55、 56を設けたが、高い通 気性を有するメッシュ状の生地を用いることで放熱経路部 12を構成することも可能で ある。 [0205] In addition, the size and number of holes 55 and 56 provided in the outer surface 53 and the lining 54 of the jacket IX can be appropriately set. For example, the holes 56 provided in the back side portion etc. where heat is easily accumulated It is also possible to increase the degree of exposure of the radiating fins 11 by making it larger than the surrounding area, or by providing a larger number. In the present embodiment, the holes 55 and 56 are provided as the heat dissipation path, but the heat dissipation path 12 can also be configured by using a mesh-like fabric having high air permeability.
[0206] 実施の形態（22)に係るジャケット IXによれば、ジャケット IXを身体の上半身に装 着した際に、放熱フィン 11が裏地 54に設けられた穴 56から露出しており、被放熱体 である身体と直接接触し、放熱フィン 11に伝熱される。また、ジャケット内部の熱も穴 56から露出した放熱フィン 11に伝熱される。そして、放熱フィン 11の接触部 113を介 して、効率よく放熱フィン 11の全体に伝熱される。さらに、放熱フィン 11の全体に伝 導した熱は、放熱フィン 11の空隙部 112、及び表地 53に設けられた穴 55を介してジ ャケット IXの外部へ放出される。このため、ジャケットの内部に身体の熱が滞留するこ とがなぐ蒸れたりせず快適な使用感を得ることができる。  [0206] According to the jacket IX according to the embodiment (22), when the jacket IX is mounted on the upper body of the body, the radiating fins 11 are exposed from the holes 56 provided in the lining 54, and the heat radiated The body is in direct contact with the body, and heat is transferred to the radiation fins 11. Further, the heat inside the jacket is also transferred to the radiation fin 11 exposed from the hole 56. Then, the heat is efficiently transferred to the entire heat dissipating fin 11 through the contact portion 113 of the heat dissipating fin 11. Further, the heat conducted to the entirety of the radiating fin 11 is released to the outside of the jacket IX through the gap 112 of the radiating fin 11 and the hole 55 provided in the outer surface 53. For this reason, a comfortable feeling of use can be obtained without causing the body heat to stay inside the jacket.
[0207] また、放熱フィン 11の空隙部 112を通して熱気が拡散し、汗などの水分が気化する ため蒸れたりすることがない。また、水分の気化熱によりフィンが冷却されるため、快 適な使用感を得ることができる。  [0207] Further, since hot air diffuses through the gaps 112 of the radiating fin 11 and moisture such as sweat is vaporized, it does not stuffy. In addition, since the fins are cooled by the heat of vaporization of moisture, a comfortable feeling can be obtained.
[0208] また、本発明のジャケットは、工場などで用いられる作業着として好適に用いられる 。作業着は比較的厚手のものが多ぐまた作業時には身体力 多くの熱や汗を発散 するが、本実施の形態のジャケット IXを用いることにより、作業時にも快適な使用感 を得ることができる。  [0208] Further, the jacket of the present invention is suitably used as work clothes used in factories and the like. Many work clothes are relatively thick, and the physical strength of the work sheds a lot of heat and sweat, but using the jacket IX of this embodiment can provide a comfortable feeling during work. .
[0209] なお、上記実施の形態（1)〜（22)では、円形のコイル状に卷回される金属線材を 用いているが、これに限定されるものではない。すなわち、円形以外にも三角形や四 角形等の多角形、楕円形、星形等の種々の形状に卷回されたコイル状の金属線材 を用いることができる。四角形に卷回されたコイル状の金属線材を用いた場合には隣 接する卷回単位が線と線で重なり合 、、密着する面積が大きくなるため熱伝導性が 高まる。また、星型等の複雑な形状に卷回されたコイル状の金属線材を用いた場合 には、表面積が大きくなるため放熱性能が向上する。 [0209] In the above embodiments (1) to (22), the metal wire wound in the shape of a circular coil is used. However, the present invention is not limited to this. That is, a coiled metal wire wound in various shapes such as a polygon such as a triangle and a rectangle, an ellipse, and a star other than a circle can be used. When a coiled metal wire wound in a square shape is used, adjacent winding units overlap each other, increasing the contact area and increasing thermal conductivity. Rise. In addition, when a coiled metal wire wound in a complicated shape such as a star shape is used, the heat dissipation performance is improved because the surface area is increased.
なお、上記実施の形態（1)〜（22)では、金属線材として断面が円形状のものを用 いているが、異形面に形成されたものを用いても良い。異形面としては、（a)多角形 状のもの、（b)星形状のもの、（c)複数の金属線を撚つてワイヤ状としたもの、（d)長 方形状 (テープ状)のもの等のように、種々の形状を採用することが可能である。特に 、星型状、ワイヤ状のもの等は特に複雑な形状力 なり、表面積が大きくなるため放 熱性能が向上する。また、ワイヤきず等のように線材にきずを形成して異形面に形成 することも可會である。  In the above embodiments (1) to (22), a metal wire having a circular cross section is used, but a metal wire having a deformed surface may be used. The deformed surface includes (a) polygonal shape, (b) star shape, (c) wire shape by twisting multiple metal wires, (d) rectangular shape (tape shape) As described above, various shapes can be adopted. In particular, the star shape, the wire shape and the like have a particularly complicated shape force, and the surface area is increased, so that the heat release performance is improved. Further, it is possible to form a flaw in the deformed surface by forming a flaw in the wire material such as a wire flaw.

Claims

請求の範囲 The scope of the claims
[1] 金属線材カ sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部と接触部を有する放 熱フィンと、被放熱体をのせる接触面を有し前記放熱フィンを収納する外装体とを備 え、前記放熱フィンが前記接触面に沿って配置され、少なくとも前記被放熱体との間 で熱伝達を促す放熱経路部を有する寝具。  [1] Metal wire material s Coiled to form a winding unit, and the whole is continuously formed flat. Adjacent winding units are displaced from each other to have a gap and a contact portion. A heat dissipating fin and an exterior body having a contact surface on which the heat dissipating member is placed and housing the heat dissipating fin, wherein the heat dissipating fin is disposed along the contact surface and at least between the heat dissipating member; A bedding having a heat dissipation path that facilitates heat transfer.
[2] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部と接触部を有する放 熱フィンと、被放熱体をのせる接触面を有し前記放熱フィンを充填材の上に収納する 外装体とを備え、前記放熱フィンが前記接触面に沿って配置され、少なくとも前記被 放熱体との間で熱伝達を促す放熱経路部を有する床ずれ防止マット。  [2] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. A heat dissipating fin and an exterior body having a contact surface on which a heat radiating member is placed and housing the heat radiating fin on a filler, wherein the heat radiating fin is disposed along the contact surface, and at least the heat radiating A floor slip prevention mat having a heat dissipation path that promotes heat transfer with the body.
[3] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンと、患部を被覆し固定するための保護部材とを備え、前記放熱フィンが前 記保護部材の内側面に沿うように配置され、少なくとも前記患部との間で熱伝達を促 すように構成されてなるギプス。  [3] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap and a contact portion. A heat dissipating fin and a protective member for covering and fixing the affected part, wherein the heat dissipating fin is disposed along the inner surface of the protective member, and at least promotes heat transfer with the affected part. A cast made up of.
[4] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンを少なくとも一つ以上と、前記放熱フィンを被放熱体に固定するための取 付構造部材とから構成されてなる熱冷ましシート。  [4] Metal wire rod S is wound into an S-coil to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap and a contact portion. A heat-cooled sheet comprising at least one radiating fin and an attachment structure member for fixing the radiating fin to a heat radiating member.
[5] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンと、前記放熱フィンが収納され、パソコンを載置したときに、前記パソコンよ りも大きな面積を有する外装体とを備え、少なくとも前記パソコンとの間で熱伝達を促 す放熱経路部を有するパソコン用放熱シート。  [5] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap and a contact portion. A heat dissipation fin and an exterior body having a larger area than that of the personal computer when the heat dissipation fin is accommodated and a personal computer is placed, and at least a heat dissipation path portion that promotes heat transfer with the personal computer. A heat dissipation sheet for personal computers.
[6] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンを複数連結し、パソコンを載置するように面状に形成され、前記パソコンよ りも大きな面積を有するパソコン用放熱シート。 [6] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap and a contact portion. A plurality of radiating fins are connected and formed in a planar shape to place a personal computer. A heat-dissipating sheet for personal computers with a larger area.
[7] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンが、表地と裏地との間に設けられるジャケットであって、前記裏地は被放熱 体と接触するとともに、少なくとも前記被放熱体との間で熱伝達を促す放熱経路部を 有するジャケット。 [7] Metal wire rod S is wound into a coil shape to form a winding unit, and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. A jacket in which a radiating fin is provided between an outer surface and a lining, wherein the lining is in contact with a heat radiating body and has a heat radiating path portion that promotes heat transfer between at least the radiating body.
[8] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平な帯 状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を 有する放熱フィンと、頭部を被覆するクラウン部と、前記クラウン部の内側周縁に沿つ て取り付けられる折り返し部とを備えた帽子であって、前記折り返し部の前記クラウン 部に面する側に沿って前記放熱フィンが配置され、少なくとも前記頭部との間で熱伝 達を促す放熱経路部を有する帽子。  [8] Metal wire rod S is wound into a coil shape to form a winding unit, and the whole is continuously formed into a flat band, and adjacent winding units are displaced from each other so that a gap and a contact portion are formed. A hat having a radiating fin having a head, a crown portion covering the head portion, and a folded portion attached along the inner periphery of the crown portion, on the side of the folded portion facing the crown portion A hat having a heat radiation path portion that is disposed along the heat radiation fins and promotes heat transfer with at least the head.
[9] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平な帯 状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を 有する放熱フィンと、前記放熱フィンを収納し頭部を被覆するクラウン部とを備えた帽 子であって、前記クラウン部の内側周縁に沿って前記放熱フィンが配置され、少なく とも前記頭部との間で熱伝達を促す放熱経路部を有する帽子。  [9] Metal wire rod S is wound into a coil shape to form a winding unit and continuously formed into a flat strip as a whole, and adjacent winding units are displaced from each other so that a gap portion and a contact portion are formed. And a crown part that houses the radiation fin and covers the head part, wherein the radiation fin is disposed along the inner peripheral edge of the crown part, and at least the head part is provided. A hat having a heat dissipation path that promotes heat transfer between the cap and the cap.
[10] 外側を覆う保護部材と、前記保護部材の内側に設けられる緩衝部材とから構成さ れるヘルメットであって、金属線材がコイル状に卷回されて卷回単位が形成されると ともに、全体が扁平に連続形成され、隣接する卷回単位が相互に位置ずれして空隙 部及び接触部を有する放熱フィンが、前記緩衝部材の内面に頭頂部力 周縁部へ 向かって設けられてなるヘルメット。  [10] A helmet composed of a protective member covering the outside and a buffer member provided inside the protective member, wherein the metal wire is wound in a coil shape to form a winding unit, A helmet in which the whole is continuously formed flat, and adjacent winding units are displaced from each other so that heat-radiating fins having gap portions and contact portions are provided on the inner surface of the cushioning member toward the head portion force peripheral portion. .
[11] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平な帯 状に連続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を 有する放熱フィンと、前記放熱フィンが設けられ頭部と接触する伸縮自在なリング状 のバンド本体とを備え、前記放熱フィンが前記バンド本体の内周面に沿うように円周 方向に複数個配置され、少なくとも前記頭部との間で熱伝達を促す放熱経路部を有 するヘアバンド。 [11] Metal wire rod S is wound into a coil shape to form a winding unit and continuously formed into a flat strip as a whole, and adjacent winding units are displaced from each other so that a gap portion and a contact portion are formed. And a ring-shaped band body which is provided with the heat radiation fin and comes into contact with the head, and a plurality of the heat radiation fins are provided in a circumferential direction so as to be along the inner peripheral surface of the band main body. A hair band that is disposed and has a heat dissipation path that promotes heat transfer with at least the head.
[12] 金属線材カコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンと、前記放熱フィンの扁平に形成された面が平行に設けられる中敷き本体 とから構成されてなる中敷き。 [12] A radiating fin which is wound into a metal wire cacoil shape to form a winding unit and is continuously formed in a flat shape, and adjacent winding units are displaced from each other to have a gap and a contact portion. And an insole body in which flat surfaces of the radiating fins are provided in parallel.
[13] 金属線材カコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンを複数連結し、解凍対象物を載置するように面状に形成され、前記解凍 対象物よりも大きな面積を有する解凍シート。  [13] A radiating fin in which a winding unit is formed by being wound into a metal wire rod coil shape, and the entire winding unit is continuously formed flat, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. A thawing sheet having a larger area than the thawing object, the thawing object being formed in a planar shape so that the thawing object is placed.
[14] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンが、ワインボトルを挿入するための略々円筒状の金属部材の内側面に沿 つて配置され、少なくとも前記ワインボトルとの間で熱伝達を促すように構成されてな るワインクーラー。  [14] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. A wine cooler in which heat dissipating fins are arranged along an inner surface of a substantially cylindrical metal member for inserting a wine bottle, and are configured to promote heat transfer with at least the wine bottle.
[15] 金属線材カコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンと、前記放熱フィンを収納し便座を被覆する略々馬蹄状の外装体とを備え 、前記放熱フィンの扁平に形成された面が前記外装体の被放熱体をのせる座面と平 行になるように配置され、少なくとも前記被放熱体との間で熱伝達を促す放熱経路部 を有する便座カバー。  [15] A radiating fin that is wound into a metal wire coiled coil shape to form a winding unit and is continuously formed in a flat shape, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. And a substantially horseshoe-shaped exterior body that houses the radiation fin and covers the toilet seat, and the flat surface of the radiation fin is parallel to the seat surface on which the heat radiating body of the exterior body is placed. A toilet seat cover that has a heat radiation path portion that is arranged so as to promote heat transfer with at least the heat radiating body.
[16] 金属線材カ Sコイル状に卷回されて卷回単位が形成されるとともに全体が扁平に連 続形成され、隣接する卷回単位が相互に位置ずれして空隙部及び接触部を有する 放熱フィンと、前記放熱フィンを収納し椅子の背もたれ部分または座面を被覆する外 装体とを備え、前記外装体は椅子に取り付けるための取付構造部を有し、前記放熱 フィンが前記外装体の被放熱体と接する接触面に沿って配置され、少なくとも前記被 放熱体との間で熱伝達を促す放熱経路部を有する椅子カバー。  [16] Metal wire rod S is wound into a coil shape to form a winding unit and the whole is continuously formed flat, and adjacent winding units are displaced from each other to have a gap portion and a contact portion. A heat dissipating fin, and an external body that houses the heat dissipating fin and covers a backrest portion or a seating surface of the chair, wherein the exterior body includes an attachment structure for attaching to the chair, and the heat dissipating fin is the exterior body. The chair cover which is arrange | positioned along the contact surface which contact | connects the to-be-heat-dissipated body, and has a thermal radiation path part which accelerates | stimulates heat transfer between the said to-be-radiated body.
[17] ノールと、前記ノールの上に固着され足表面を覆うアッパー部材とを備えるシユー ズであって、前記アッパー部材の甲被部には、金属線材カ Sコイル状に卷回されて卷 回単位が形成されるとともに全体が扁平に連続形成され、隣接する卷回単位が相互 に位置ずれして空隙部及び接触部を有する放熱フィンが設けられてなるシューズ。 [17] A shoe comprising a knur and an upper member fixed on the knot and covering the surface of the foot, and the upper part of the upper member is wound in the form of a metal wire S coil. The turn unit is formed and the whole is continuously formed flat, and adjacent winding units are mutually connected. A shoe in which a heat dissipating fin having a gap portion and a contact portion is provided.
[18] ノールと、前記ノールの上に固着され足表面を覆うアッパー部材とを備えるシユー ズであって、前記アッパー部材の爪先部には、金属線材カ Sコイル状に卷回されて卷 回単位が形成されるとともに全体が扁平に連続形成され、隣接する卷回単位が相互 に位置ずれして空隙部及び接触部を有する放熱フィンが設けられてなるシューズ。  [18] A shoe comprising a knur and an upper member fixed on the knot and covering the surface of the foot, wherein the upper member has a toe portion wound with a metal wire S coil. A shoe in which a unit is formed and the whole is continuously formed flat, and adjacent winding units are displaced from each other and provided with heat radiation fins having a gap portion and a contact portion.
[19] ノールと、前記ノールの上に固着され足表面を覆うアッパー部材とを備えるシユー ズであって、前記アッパー部材の踵部には、金属線材がコイル状に卷回されて卷回 単位が形成されるとともに全体が扁平に連続形成され、隣接する卷回単位が相互に 位置ずれして空隙部及び接触部を有する放熱フィンが設けられてなるシューズ。  [19] A swivel comprising a knur and an upper member fixed on the knot and covering the surface of the foot, wherein a metal wire is wound in a coil shape on the buttocks of the upper member. Is formed, and the whole is continuously formed flat, and adjacent winding units are displaced from each other so that a radiating fin having a gap portion and a contact portion is provided.
PCT/JP2005/016223 2004-09-06 2005-09-05 Heat releasing article WO2006028032A1 (en)

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JP2014237919A (en) * 2009-05-07 2014-12-18 コロンビア・スポーツウェア・ノース・アメリカ・インコーポレーテッド Patterned thermal management material
JP2017043880A (en) * 2009-05-07 2017-03-02 コロンビア・スポーツウェア・ノース・アメリカ・インコーポレーテッド Patterned heat management material
JP2011078506A (en) * 2009-10-05 2011-04-21 Nomura Trading Co Ltd Cool feeling mat
JP2016215712A (en) * 2015-05-15 2016-12-22 ｉｄｅａｌｏｇｉｃｄｅｓｉｇｎ株式会社 Vehicular sofa bed
US10591226B2 (en) 2016-05-27 2020-03-17 Gwangju Institute Of Science And Technology Heat transfer device
KR101816654B1 (en) 2016-05-27 2018-01-09 광주과학기술원 Heat Transfer Device
JP2018015439A (en) * 2016-07-29 2018-02-01 伸介 尾関 Underside bedclothes
JP6342067B1 (en) * 2017-01-30 2018-06-13 株式会社宮本製作所 Pillow using solid metal particles mainly composed of magnesium as filler
WO2018138920A1 (en) * 2017-01-30 2018-08-02 株式会社宮本製作所 Pillow using magnesium based solid metal particles as filler
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US10786101B2 (en) 2017-01-30 2020-09-29 Miyamoto Corporation Pillow using magnesium based solid metal particles as filler
EP3664761A4 (en) * 2017-08-09 2021-04-14 American Sterilizer Company Pressure management warming headrest
GB2567163A (en) * 2017-10-03 2019-04-10 Shaw & Partners Ltd Support appliance
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