JP2014004351A - Portable mat and emergency supply using the same, and livingware - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a portable mat, when using the portable mat during an action in the open air or in emergency, capable of being used by quickly developing and expanding a heat insulator without any troublesome act and carried by quickly reducing and fixing the heat insulator without any troublesome act.SOLUTION: A heat insulator 2A (2Ab) of a portable mat 1Ab is formed of a plurality of small heat insulators 2 (2ab and 2a). A hook-and-loop fastener 4a and a hook-and-loop fastener 4b are fixed to positions where wall surfaces of the small heat insulators 2 (2ab and 2a) come into contact with each other, when the heat insulator 2A (2Ab) is folded into a bellows shape, and the plurality of small heat insulators 2 (2ab and 2a) are detachably joined together. A pair of holes are formed at a central part of the small heat insulator 2 (2ab) forming the upper end of the heat insulator 2A (2Ab), a belt 5 is passed through the holes, and the heat insulator 2A (2Ab) is worn around a human body, with the heat insulator 2A (2Ab) folded into a bellows shape.

Description

  The present invention relates to a portable mat.

Conventional portable mats are composed of a plurality of mats, and a handle is provided on the mat at the end, and the folded mat is tightened with a winding string to facilitate carrying.

In addition, a heat insulator such as a cushion is formed in a certain size so as to cover the buttock, a string, a belt, etc. are provided at the upper end of the heat insulator, and a string, When using a belt attached to the waist and covering the human body beyond that, it was possible to cover the human body with a feather or the like stored in a pocket provided in a heat insulator such as a cushion.

Utility Model Publication 6-221451 JP-A-9-187350 JP 2004-173517 A

However, according to the above technique, when using a portable mat while acting in the field, a plurality of winding cords or belts are removed to expand the heat insulator, and the heat insulator is removed from the storage bag or the pocket portion. It was accompanied by complicated actions such as removal.
Also, when shrinking, storing, and carrying these insulations, tighten them with multiple wrapping straps and belts, put them in a separate storage bag, or fold them into a pocket and store them in a size suitable for carrying. It was necessary to perform complicated actions such as. These actions were not suitable for urgent actions such as climbing or disasters.

Therefore, the present invention can be used by quickly expanding the insulator without any complicated action when using the portable mat in the field or in an emergency such as a disaster. It is an object of the present invention to provide a portable mat that can be carried by reducing the heat insulator quickly without performing a complicated action.

In order to achieve the above-mentioned object, the first invention is a portable mat constituted by a vertically long flat plate-like heat insulator, wherein a plurality of flat small heat insulators constituting the heat insulator and the small heat insulators are combined. A connecting portion to be connected, and a hook-and-loop fastener that fixes the small heat insulators when the heat insulator is folded in a vertical bellows shape, and the small heat insulators are detachable. It is a portable mat that is characterized.

The second invention is a portable mat comprising a pair of foldable small heat insulators at both lateral ends of at least one of the small heat insulators constituting the heat insulator.
A third aspect of the present invention is a portable mat, wherein the connecting portion is made of a base fabric.

The fourth invention comprises a square base cloth provided on the wall surface of the small heat insulator constituting the upper end of the heat insulator in order to detachably attach the portable mat to a belt,
It is a portable mat characterized in that the hook-and-loop fastener provided on the upper and lower parts of the base fabric is detachably joined.

According to a fifth aspect of the present invention, in the portable mat, the portable mat includes a hole formed in a center portion of at least one small heat insulator of the small heat insulator so that a belt can be inserted. It is.

A sixth invention is the portable mat according to claim 5, wherein the holes are at least a pair.
The seventh invention is a hook-and-loop fastener provided in the horizontal direction of the upper end portion and / or the lower end portion of the small heat insulator constituting the upper end portion of the heat insulator in order to connect the heat insulators in the vertical direction, or the heat insulation A portable mat comprising a hook-and-loop fastener provided in a horizontal direction of an upper end portion and / or a lower end portion of a small heat insulator constituting a lower end portion of a body.

The eighth invention is a portable mat comprising a hook-and-loop fastener provided in the vertical direction of the left end and / or right end of the small heat insulator in order to connect the heat insulator in the horizontal direction.

According to a ninth aspect of the present invention, there is provided a pair of incisions formed to such an extent that the belt formed in a vertical direction of a central portion of the small heat insulator can be easily inserted; A portable mat comprising a substantially square cutout formed by a cut made inside or outside.

A tenth aspect of the invention is a portable mat characterized in that the notches or gaps are provided in the horizontal direction at both ends of the small heat insulator from the pair of holes.
An eleventh aspect of the present invention is the portable mat, wherein the notch or the gap is formed in the inner horizontal direction from the pair of holes, and the belt can be easily inserted into the notch or the gap. is there.

The twelfth invention is a portable mat comprising notches formed at both ends of the small heat insulator.
A thirteenth invention is a portable mat comprising a metal plate fixed to one surface of at least one small heat insulator of the small heat insulator.

According to a fourteenth aspect of the present invention, there is provided a portable mat including a vertically long flat plate-like heat insulator, a plurality of flat small heat insulators that constitute the heat insulator, a connecting portion that connects the small heat insulators, and The portable mat is characterized in that the pair of holes are formed in the center of a plurality of small heat insulators.

A fifteenth aspect of the present invention is a portable mat characterized by comprising a heat insulator formed by connecting any two or more of the small heat insulators.
A sixteenth aspect of the present invention is a portable mat characterized in that at least one or more of the heat insulators are connected to each other.
The seventeenth invention is a portable mat, a rucksack provided with the portable mat, and a cooler fish rod.

As is clear from the above description, the present invention has the following effects.
According to the first invention, the vertically long flat plate-like heat insulator constituting the portable mat is constituted by a plurality of flat plate-like small heat insulators, and provided with a connecting portion for connecting the plurality of small heat insulators to each other. Since the plurality of small heat insulators are provided with surface fasteners, when the heat insulator is folded in a bellows shape, the plurality of small heat insulators are detachable.

Therefore, it is possible to fix the heat insulator in the folded state freely, and it is easy to reduce and expand the heat insulator, and to change the heat insulation effect or cushioning property of the heat insulator freely. Can be When the heat insulators are all folded in a bellows shape, the small heat insulators are joined together, and the height of the heat insulators can be reduced to the same height as that of the small heat insulators and fixed.

According to the second aspect of the present invention, since a pair of small heat insulators that can be folded are provided at both lateral ends of at least one flat heat insulator that constitutes a vertically long flat heat insulator, the horizontal direction Expansion became possible.

According to the third invention, the connecting portion that connects the plurality of small heat insulators is configured by the base cloth, and the base cloth can be fixed on one surface or both surfaces of the plurality of small heat insulators. The cushioning property can be changed, and at the same time, when the portable mat is laid on the ground, damage from protrusions and the like is prevented and the durability of the heat insulator is increased, so that the robustness of the portable mat is increased.

According to the fourth invention, since the rectangular base cloth is provided on the wall surface of the small heat insulator constituting the upper end portion of the heat insulator and the hook and loop fasteners are provided on the upper and lower parts of the base cloth, the belt can be carried from any part of the belt. The belt can be attached so that the mat can be freely attached and detached, and the vertical length of the base fabric can be changed depending on the position where the surface fasteners provided on the upper and lower portions of the base fabric are joined.

According to the fifth aspect of the present invention, at least one hole is formed in a central portion of at least one small heat insulator among the plurality of small heat insulators constituting the heat insulator so that the belt can be easily passed through the portable mat. Can be fixed to another belt, and the portable mat can be attached to the human body using this belt.

According to the sixth invention, since at least a pair of holes are formed in the central portion of at least one small heat insulator among the plurality of small heat insulators constituting the heat insulator, with a size that allows the belt to pass easily, Using this belt, the portable mat can be attached to the human body.

According to the seventh invention, the surface fastener provided in the horizontal direction of the upper end portion and / or the lower end portion of the small heat insulator constituting the upper end portion of the heat insulator, or the upper end of the small heat insulator constituting the lower end portion of the heat insulator. Since the hook-and-loop fastener is provided in the horizontal direction of the part and / or the lower end part, the portable mats can be connected in a detachable manner in the vertical direction. Can be combined detachably.

  According to the eighth aspect of the invention, since the surface fastener provided in the vertical direction of the left end portion and / or the right end portion of the small heat insulator is provided, the heat insulator can be detachably connected in the horizontal direction.

According to the ninth invention, a pair of cuts are formed in the vertical direction of the central portion of the small heat insulator to such an extent that the belt can be easily inserted, and further from the ends of the pair of cuts to the inside or outside in the horizontal direction. By making the cut, a substantially square cut-out portion is provided, and the belt can be easily inserted into the portable mat, so that the portable mat can be detachably attached to the human body.

According to the tenth aspect of the invention, the belt can be easily inserted into the portable mat since the horizontal slits at both ends of the small thermal insulator or the gaps are provided from the pair of holes of the small thermal insulator. It can be attached detachably.

According to the eleventh invention, since the inner horizontal direction is cut from the pair of holes of the small heat insulator or the gap is formed, the belt can be easily inserted into the portable mat, so that the portable mat can be detached from the human body. Can be attached.

According to the twelfth invention, since the notches are provided at both ends of the small heat insulator, when the heat insulator is folded, the location to be fixed by the belt is specified, and thus the small heat insulator is firmly fixed. Can do.

According to the thirteenth invention, since the metal plate is provided on one surface of at least one small heat insulator of the small heat insulator, the durability of the small heat insulator is further improved.
According to the fourteenth aspect of the present invention, in the portable mat formed of a vertically long flat plate-like heat insulator, the heat insulator is a flat plate, and a plurality of small heat insulators having a pair of holes formed in the central portion, and the plurality of small heat insulators. The portable mat can be attached to the human body through a belt through a pair of holes formed in the central portion of the plurality of small heat insulators.

According to the fifteenth invention, the portable mat is composed of a thermal insulator formed by connecting any two or more small thermal insulators among the small thermal insulators. It can be folded according to the usage.

According to the sixteenth aspect, since the heat insulating body of the portable mat is formed by connecting at least one heat insulating body, the heat insulating body forming the portable mat can be folded and used according to the purpose.

According to the seventeenth invention, since the backpack and the cooler fish kite are equipped with a portable mat,
The portable mat provided in the rucksack can be used for mountain climbing or disaster prevention, and the portable mat provided in the cooler fish kite can be used as heat insulation between the human body and the cooler fish kite or as a buttocks be able to.

The perspective view in the middle of the folding of the portable mat which shows 1st embodiment of this invention The side view in the middle of the folding of the portable mat which shows 1st embodiment of this invention The perspective view in the middle of the folding of the portable mat which shows 2nd embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 2nd embodiment of this invention. The developed mobile mat showing the third embodiment of the present invention (a) Plan view (b) XX sectional view (c) YY sectional view The expanded sectional view of the portable mat which shows a 4th embodiment of the present invention. The expanded side view of the portable mat which shows 5th embodiment of this invention The perspective view in the middle of the folding of the portable mat which shows 6th embodiment of this invention The side view in the middle of the folding of the portable mat which shows 6th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 6th embodiment of this invention. The perspective view in the middle of the folding of the portable mat which shows 7th embodiment of this invention The expanded top view of the portable mat which shows 8th embodiment of this invention The expanded top view of the portable mat which shows 9th embodiment of this invention The expanded top view of the portable mat which shows 10th Embodiment of this invention The expanded top view of the portable mat which shows 11th embodiment of this invention The perspective view by which the portable mat which shows 11th Embodiment of this invention was folded The perspective view of the state to which the portable mat which shows 11th Embodiment of this invention was connected. The expanded top view of the portable mat which shows 12th embodiment of this invention The perspective view of the portable mat which shows 12th embodiment of this invention The expanded top view of the portable mat which shows 13th embodiment of this invention The expanded top view of the portable mat which shows 14th embodiment of this invention The perspective view in the middle of the folding of the portable mat which shows 14th embodiment of this invention The perspective view by which the portable mat which shows 14th embodiment of this invention was folded The perspective view in the middle of the folding of the portable mat which shows 15th embodiment of this invention The expanded top view of the portable mat which shows 16th embodiment of this invention The perspective view in the middle of the folding of the portable mat which shows 16th embodiment of this invention Side view in the middle of folding portable mat showing sixteenth embodiment of the present invention The top view by which the portable mat which shows 17th embodiment of this invention was expand | deployed The perspective view in the middle of the folding of the portable mat which shows 17th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 17th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 17th embodiment of this invention The side view which shows the use condition of the portable mat which shows 18th embodiment of this invention The side view which shows the use condition of the portable mat which shows 18th embodiment of this invention The side view which shows the use condition of the portable mat which shows 19th embodiment of this invention The side view which shows the use condition of the portable mat which shows 20th embodiment of this invention The side view which shows the use condition of the portable mat which shows 21st embodiment of this invention The side view which shows the use condition of the portable mat which shows 22nd embodiment of this invention The side view which shows the use condition of the portable mat which shows 23rd embodiment of this invention The top view which shows the use condition of the portable mat which shows 23rd embodiment of this invention The side view which shows the use condition of the portable mat which shows 24th embodiment of this invention The top view by which the portable mat which shows 24th embodiment of this invention was expand | deployed The side view which shows the use condition of the portable mat which shows 25th embodiment of this invention. The perspective view which shows the use condition of the portable mat which shows 26th embodiment of this invention The side view which shows the use condition of the portable mat which shows 26th embodiment of this invention The side view which shows the use condition of the portable mat which shows 27th embodiment of this invention The side view which shows the use condition of the portable mat which shows 28th embodiment of this invention The side view which shows the use condition of the portable mat which shows 29th embodiment of this invention The side view which shows the use condition of the portable mat which shows 30th embodiment of this invention The side view which shows the use condition of the portable mat which shows 31st embodiment of this invention The side view which shows the use condition of the portable mat which shows 32nd embodiment of this invention The side view which shows the use condition of the portable mat which shows 33rd embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 34th embodiment of this invention The side view which shows the use condition of the portable mat which shows 34th embodiment of this invention The side view which shows the use condition of the portable mat which shows 35th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 36th embodiment of this invention The side view which shows the use condition of the portable mat which shows 36th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 37th embodiment of this invention The top view by which the portable mat which shows 37th embodiment of this invention was expand | deployed The perspective view which shows the use condition of the portable mat which shows 38th embodiment of this invention The top view by which the portable mat which shows 38th embodiment of this invention was expand | deployed The top view by which the portable mat which shows 39th embodiment of this invention was expand | deployed The perspective view which shows the use condition of the portable mat which shows 39th embodiment of this invention The perspective view which shows the use condition of the portable mat which shows 40th embodiment of this invention The top view by which the portable mat which shows 41st embodiment of this invention was expand | deployed The side view by which the portable mat which shows 41st embodiment of this invention was expand | deployed The top view by which the carrying mat which shows other embodiments was developed.

A first embodiment of the present invention is shown in FIGS.
FIG. 1 is a perspective view of a portable mat 1A showing a first embodiment of the present invention, and FIG. 2 is a side view of the portable mat 1A showing the first embodiment.
As shown in FIGS. 1 and 2, the portable mat 1 </ b> A is composed of a vertically long plate-like heat insulator 2 </ b> A, and the heat insulator 2 </ b> A is a high-density foam such as foamed polyethylene, high-density polyethylene foam, foamed urethane, or foamed rubber. The heat insulating material is formed of a plurality of horizontally long rectangular flat plate-shaped small heat insulators 2 (2a) and a connecting portion R (Ra).

The heat insulator 2A has a small thickness so that the small heat insulator 2 (2a) bends in the vertical direction and the wall surfaces of the small heat insulator 2 (2a) can come into contact with each other. A plurality of small heat insulators 2 (2a) are formed by making constant incisions 3 alternately at the same height in the horizontal direction, and a plurality of small heat insulators 2 (2a) are connected to each other. Connecting portions R (Ra) are formed at alternating positions on the front and back sides of the end.

When a plurality of small heat insulators 2 (2a) are connected in the vertical direction by these connecting portions R (Ra), and the heat insulator 2A is folded in a vertical bellows shape, the small heat insulators 2 (2a) are connected to each other. Square hook-and-loop fasteners 4a and hook-and-loop fasteners 4b are fixed alternately to the upper and lower ends of the wall surface where the wall surfaces are combined with an adhesive or a high-frequency welder, and the hook-and-loop fastener 4a and hook-and-loop fastener 4b are joined. The portable mat 1A is folded into a bellows shape by joining the plurality of small heat insulators 2 (2a) that are formed and connected to each other so as to be detachable.

A second embodiment of the present invention is shown in FIGS.
FIG. 3 is a perspective view showing a portable mat 1Ab according to a second embodiment of the present invention, and FIG. 4 is a perspective view showing a use state in which the portable mat 1Ab showing the second embodiment is attached to the waist of a human body.

As shown in FIG. 3, the portable mat 1Ab is constituted by a vertically long flat plate-like heat insulator 2A (2Ab), and the heat insulator 2A (2Ab) forms an upper end portion of the heat insulator 2A (2Ab), and a pair is formed at the central portion. A horizontally long rectangular flat plate-like small heat insulator 2 (2ab) in which a vertically long hole na is formed, a plurality of horizontally long rectangular flat plate-shaped small heat insulators 2 (2a), and these small heat insulators 2 (2a, 2ab) is formed from a connecting portion R (Ra).

In the horizontal direction of the wall surface of the heat insulator 2A (2Ab), the small heat insulator 2 (2ab) bends in the vertical direction and remains thin enough to contact the wall surface of the small heat insulator 2 (2a) to be connected. By making a constant cut 3, a small heat insulator 2 (2ab) is formed, and at the same time, a connecting portion R (Ra) is formed between the small heat insulator 2 (2ab) and the small heat insulator 2 (2a). The small heat insulator 2 (2ab) and the small heat insulator 2 (2a) are connected in the vertical direction.

Small heat insulation in which square hook-and-loop fasteners 4a are fixed with an adhesive or a high-frequency welder at both ends of the upper end of the wall surface of the small heat insulator 2 (2ab) forming the upper end of the heat insulator 2A (2Ab). A hook-and-loop fastener 4b is fixed to both ends of the lower end of the body 2 (2a), and the small heat insulator 2 (2a) and the small heat insulator 2 (2ab) to be connected are detachably joined, and the heat insulator 2A (2Ab) The mobile mat 1Ab is folded into a bellows shape by detachably joining the plurality of small heat insulators 2 (2a, 2ab) connected and formed.

The portable mat 1Ab is such that a pair of vertically long holes na formed in the center of the small heat insulator 2 (2ab) that forms the upper end of the heat insulator 2A (2Ab) can be taken on the waist of the human body. The formed belt 5 is passed, and as shown in FIG. 4, the portable mat 1Ab is attached to the human body, and the heat insulating body 2A (2Ab) is all carried in a state of being folded in a bellows shape in the vertical direction. Other embodiments of the portable mat 1Ab are exactly the same as the portable mat 1A in the first embodiment.

A third embodiment of the present invention is shown in FIG.
FIG. 5 is a (a) plan view, (b) XX sectional view, and (c) YY sectional view of a portable mat 1B showing a second embodiment of the present invention.
As shown in FIG. 5 (a), the portable mat 1B is composed of a vertically long plate-like heat insulator 2B, and the heat insulator 2B is formed from a sheet material such as polychlorinated polyester, polyester, nylon or the like into a hollow structure such as inflatable. A small heat insulator 2 (2b) having a plurality of horizontally long rectangular flat plate hollow structures formed of a heat insulating material or a heat insulating material in which a foam such as polyurethane or TPU foam is inserted as a core material in the hollow of the heat insulating material And the connecting portion R (Rb).

As shown in FIGS. 5 (a) and 5 (b), two sheet materials on the front side and the back side are formed into a vertically long rectangle, and the edges thereof are pressure-bonded. A plurality of connecting portions R (Rb) are formed by pressure-bonding the coating of the sheet material on the front side and the back side at the same vertical interval in the horizontal direction, as shown in FIG. The air passages 6 are formed at both ends of the connecting portion R (Rb) by being crimped with at least a lateral width narrower than that of the heat insulating body 2B, and left and right, and a plurality of flat plate-like hollow structures are formed at the same time. The small heat insulator 2 (2b) is formed, and the plurality of small heat insulators 2 (2b) are connected by the connecting portion R (Rb).

When the heat insulator 2B is folded in a bellows shape, air from the air plug 7 provided at the upper end of the heat insulator 2B is air to the extent that the walls of the plurality of small heat insulators 2 (2b) are combined in the hollow of the heat insulator 2B. Filled through each air passage 6, the connecting portion R (Rb) is formed with a vertical width such that the wall surfaces of the small heat insulators 2 (2 b) are combined.

When the heat insulating body 2B is folded in a bellows shape, the air in such a degree that the walls of the small heat insulating bodies 2 (2b) are combined in the hollow of the flat heat insulating body 2B is filled, and a plurality of flat small heat insulating bodies 2 (2b), a square hook-and-loop fastener 4a and a square hook-and-loop fastener 4b are alternately fixed to the upper and lower ends of the wall surface by an adhesive or a high-frequency welder. The hook-and-loop fastener 4b is joined, the plurality of small heat insulators 2 (2b) connected to form the heat insulator 2B are detachably joined, and the portable mat 1B is folded into a bellows shape.

When the heat insulating body 2B filled with air to the extent that the wall surfaces of the small heat insulating bodies 2 (2b) are combined in the hollow of the vertically long rectangular flat heat insulating body 2B is folded in a bellows shape, a plurality of The wall surfaces of the rectangular flat plate-like small heat insulator 2 (2b) are combined, and the height of the heat insulator 2B can be reduced to the same height as that of the small heat insulator 2 (2b). When pulled out, the thickness of the plurality of small heat insulators 2 (2b) is reduced to the thickness of the sheet material on the front side and the back side, and at the same time, the thickness of the heat insulator 2B is fixed in a thin state.

A fourth embodiment of the present invention is shown in FIG. FIG. 6 is a cross-sectional view showing the portable mat 1C.
As shown in FIG. 6, the portable mat 1 </ b> C is composed of a vertically long rectangular flat plate-like heat insulator 2 </ b> C, and the heat insulator 2 </ b> C includes a plurality of horizontally long rectangular flat plate-like small heat insulators 2 (2 c) and connecting portions R (Rc). Formed from. The heat insulating body 2C is formed in a vertically long rectangular bag body by sewing the base fabric 8 or the like, and a plurality of horizontally long rectangular flat plate-like foam bodies are inserted from the opening of the bag body. A plurality of small heat insulators 2 (2c) are formed by stitching the front and back base fabrics 8 of the bag body.

In this case, the plurality of small heat insulators 2 (2c) are folded in the vertical direction, and there are gaps 9 enough to fit the wall surfaces of the small heat insulators 2 (2c) between the plurality of small heat insulators 2 (2c). In a state of being maintained, the base fabric 8 between the plurality of foams is sewn by sewing or the like, whereby the plurality of small heat insulators 2 (2c) and the connecting portion R (Rc) are formed at the same time, and the openings are formed. The heat insulating body 2C in which the base fabric 8 is sewn into a rectangular flat plate shape is formed by sewing and closing the bag.

When the heat insulator 2C is folded in a vertical bellows shape, the rectangular hook-and-loop fastener 4a and the hook-and-loop fastener 4b are bonded to the upper and lower ends of the wall surface where the wall surfaces of the small heat insulators 2 (2c) are combined, or The high frequency welder is alternately fixed on the front side and the back side, the surface fastener 4a and the surface fastener 4b are joined, and a plurality of small heat insulators 2 (2c) connected to form a heat insulator 2C are detachably joined. The portable mat 1C is folded into a bellows shape.

A fifth embodiment of the present invention is shown in FIG. FIG. 7 is a side view showing the portable mat 1D.
As shown in FIG. 7, the portable mat 1D is composed of a vertically long rectangular flat plate-like heat insulator 2D, and the heat insulator 2D is a heat insulator made of a mesh material such as polyester, and has a plurality of horizontally long rectangular flat plate-like small pieces. It is formed from the heat insulator 2 (2d) and the connecting portion R (Rd).

A plurality of horizontally long rectangular flat plate-shaped small heat insulators 2 (2d) forming a rectangular flat plate-shaped heat insulator 2D and a plurality of small heat insulators 2 (2d) are combined with the top small holes, and the front side and the back side are alternately arranged. In addition, a rectangular base cloth 8 along the horizontal longitudinal direction of the lower end of the wall surface of the small heat insulator 2 (2d) and the horizontal longitudinal direction of the upper end of the wall surface of the small heat insulator 2 (2d) to be connected. Is fixed with an adhesive or the like to form a connecting portion R (Rd), and a plurality of small heat insulators 2 (2d) are connected to each other to form a heat insulator 2D made of a mesh material.

  When the heat insulator 2D is folded in a bellows shape, the square hook-and-loop fastener 4a and the square hook-and-loop fastener 4b are attached to both ends of the upper lower portion of the wall surface where the wall surfaces of the small heat insulators 2 (2d) are joined by an adhesive or the like The portable mat 1D is folded in a bellows shape by being fixed alternately on the front side and the back side and detachably joining the plurality of small heat insulators 2 (2d).

A sixth embodiment of the present invention is shown in FIG. 8, FIG. 9, and FIG.
FIG. 8 is a perspective view of a portable mat 1E showing a sixth embodiment of the present invention, FIG. 9 is a side view of the portable mat 1E, and FIG. 10 is a usage state showing a state in which the portable mat 1E is attached to the waist of a human body. It is a perspective view shown.

  As shown in FIG. 8, the portable mat 1E is composed of a vertically long flat plate-like heat insulator 2E, and is formed of a heat-insulating material such as foamed polyethylene, high-density polyethylene foam, foamed urethane, or foamed rubber, A horizontally long rectangular flat small heat insulator 2 (2eb) forming the upper end of the heat insulator 2E and a plurality of horizontally long rectangular flat small heat insulators 2 (2e) connected to the small heat insulator 2 (2eb) And a base fabric 8 and a connecting portion R (Rd).

The heat insulating body 2E is composed of upper and lower heat insulating bodies, and the upper heat insulating body forms a top end portion of the heat insulating body 2E and a pair of vertically long holes na is formed in the central portion. The heat insulator 2 (2eb) is connected to the horizontally long rectangular flat plate-shaped small heat insulator 2 (2e), and the lower heat insulator is connected to a pair of horizontally long rectangular flat small heat insulators 2 (2e). It is formed by connecting a heat insulator and a lower heat insulator.

As shown in FIG. 9, the heat insulator that forms the upper part of the heat insulator 2E is connected to the lower edge of the small heat insulator 2 (2eb) that forms the upper end of the heat insulator 2E, and the small heat insulator 2 (2eb). The base fabric 8 woven with polyamide fibers such as nylon or aramid fiber in the state where the upper ends of the small heat insulators 2 (2e) are joined together is the back side of the two small heat insulators 2 (2eb, 2e) Are fixed with adhesive or the like, and at the same time, a connecting portion R (Rd) is formed between the two small heat insulators 2 (2eb, 2e), and the two small heat insulators 2 (2eb, 2e) are formed. ) Are connected.

The heat insulator that forms the lower part of the heat insulator 2E is woven with polyamide fibers such as nylon or aramid fiber in a state where the lower end and upper end of the two small heat insulators 2 (2e, 2e) are combined. The base fabric 8 is fixed to the entire wall surface on the back side of the two small heat insulators 2 (2e, 2e) with an adhesive or the like, and at the same time, the connecting portion R between the two small heat insulators 2 (2e, 2e). (Rd) is formed, and the two small heat insulators 2 (2e, 2e) are connected.

  The lower end edge of the small heat insulator 2 (2e) that forms the lower part of the small heat insulator 2 (2eb, 2e) of the heat insulator that forms the upper part of the heat insulator 2E, and the small heat insulation of the heat insulator that forms the lower part of the heat insulator 2E The upper end edge of the small heat insulator 2 (2e) forming the upper part of the body 2 (2e, 2e) is combined to form the lower part of the small heat insulator 2 (2eb, 2e) of the heat insulator constituting the upper part of the heat insulator 2E The horizontal direction of the lower end of the front side of the small heat insulator 2 (2e) and the front side of the small heat insulator 2 (2e) forming the upper part of the small heat insulator 2 (2e, 2e) of the heat insulator constituting the lower part of the heat insulator 2E A rectangular base fabric 8 woven with polyamide fibers such as nylon or aramid fibers is fixed in the horizontal direction at the upper end, and a connecting portion R (Rd) is formed to form an insulating portion constituting the upper portion of the heat insulating body 2E. Breakage that constitutes the lower part of the body's small thermal insulator 2 (2eb, 2e) and the thermal insulator 2E Small thermal insulator 2 (2e, 2e) of the body is connected, insulation 2E is formed.

As shown in FIG. 9, when the heat insulator 2E is folded in a vertical bellows shape, the horizontal longitudinal direction of the upper end portion of the wall surface of the small heat insulator 2 (2eb) that forms the upper end portion of the heat insulator 2E A hook-and-loop fastener 4c is fixedly provided, and a hook-and-loop fastener 4d is fixedly provided along the horizontal longitudinal direction of the lower end portion of the wall surface of the small heat insulator 2 (2e) connected to the small heat insulator 2 (2eb).

Furthermore, the surface fastener 4c and the surface fastener 4d are attached to the front side by an adhesive or a high frequency welder along the horizontal longitudinal direction of the upper end or the lower end of the wall where the walls of the plurality of small heat insulators 2 (2e) are combined. By alternately fixing the back side, the surface fastener 4c and the surface fastener 4d are joined, and a plurality of small heat insulators 2 (2eb, e) connected to form the heat insulator 2E are detachably joined together. The portable mat 1E is folded into a bellows shape.

As shown in FIG. 10, the heat insulator 2E is folded into a bellows shape, and the surface fastener 4c and the surface fastener 4d fixed to the wall surfaces of the plurality of small heat insulators 2 (2e) are joined to each other. (2e, 2eb) are detachably joined to each other, the heat insulator 2E is fixed in various states, and is formed in the center of the small heat insulator 2 (2eb) constituting the upper end of the heat insulator 2E. The belt 5 is inserted into the pair of holes na and the portable mat 1E is attached to the human body.

A seventh embodiment of the present invention is shown in FIG. FIG. 11 is a perspective view of a portable mat 1F showing a seventh embodiment of the present invention.
As shown in FIG. 11, the portable mat 1F is composed of a vertically long flat plate-like heat insulator 2F and a belt 5. The heat insulator 2F is a high density foam such as foamed polyethylene, high density polyethylene foam, foamed urethane, or foamed rubber. The heat insulating material is formed of a plurality of horizontally long rectangular flat plate-shaped small heat insulators 2 (2f) and a connecting portion R (Ra).

At the same height in the horizontal direction alternately from the inside and outside of the wall surface of the heat insulator 2F, the small heat insulator 2 (2f) bends in the vertical direction, and the wall surfaces of the small heat insulators 2 (2f) can contact each other. A plurality of small heat insulators 2 (2f) are formed by making a constant cut 3 while leaving the thin wall to the extent.

A pair of holes na is provided in the center of the wall surface of the plurality of small heat insulators 2 (2f) forming the heat insulator 2F. These holes na are formed in a certain length so that they can be attached to the waist, and are long enough to allow the buckle BK of the belt 5 provided with buckles BK at both ends to pass easily. It is formed.

The wall surface of the heat insulating body 2F is alternately cut from the inner side and the outer side in the horizontal direction by leaving a thin wall at the end portion, so that the inner side and the outer side of the end portion of the small edge where the small heat insulating bodies 2 (2f) are connected to each other. The connecting portions R (Ra) are formed at alternate positions. A plurality of small heat insulators 2 (2f) are connected by these connecting portions R (Ra) to form a heat insulator 2F.

The belt 5 provided in the small heat insulator 2 (2f) that forms the lower end of the heat insulator 2F and the buckles BK provided at both ends of the belt 5 are all a pair of holes provided in the plurality of small heat insulators 2 (2f). The portable mat 1 </ b> F is attached to the human body by passing the na through the belt 5 and attaching the belt 5 to the waist.

An eighth embodiment of the invention is shown in FIG. FIG. 12 is a plan view of a portable mat 1G showing an eighth embodiment of the present invention.
As shown in FIG. 12, the portable mat 1G is composed of a vertically long flat plate-like heat insulating body 2G and a belt 5. The heat insulating body 2G is formed from a sheet material such as polychlorinated polyester, polyester, nylon or the like into a hollow structure such as inflatable. A small heat insulator 2 (2 g) having a hollow structure of a plurality of horizontally long rectangular flat plates formed of a heat insulating material or a heat insulating material in which a foam such as polyurethane or TPU foam is inserted as a core material in the hollow of the heat insulating material And the connecting portion R (Rb).

Two sheets of material on the front and back sides are formed into a vertically long rectangle, and the heat insulating body 2G formed by crimping the edges of the sheet material has a flat coating on the front and back sheets. A plurality of connecting portions R (Ra) are formed by being crimped at the same vertical interval in the direction, and are crimped in a state where at least a lateral width is narrower than that of the heat insulating body 2G and a uniform gap is left and right. Thus, air passages 6 are formed at both ends of these connecting portions R (Rb), and at the same time, a plurality of plate-shaped hollow structure small heat insulators 2 (2g) are formed, and the plurality of small heat insulators 2 (2g) are formed. It is connected by a connecting portion R (Rb).

When the flat heat insulating body 2G is folded in a bellows shape, the air of such a degree that the wall surfaces of the plurality of small plate heat insulating bodies 2 (2g) are combined in the hollow of the heat insulating body 2G is at the upper end of the heat insulating body 2G. Filled through the air passages 6 from the provided air plugs 7, the connecting portions R (Rb) are formed in a vertical size such that the wall surfaces of the plurality of flat-shaped small heat insulators 2 (2 g) are combined.

A pair of holes na is provided on the wall surface of the plurality of flat small heat insulators 2 (2g) forming the flat heat insulator 2G. These holes na are formed in a certain length so that they can be attached to the waist, and are long enough to allow the buckle BK of the belt 5 provided with buckles BK at both ends to pass easily. A pair of holes na is formed on the wall surfaces of the plurality of small heat insulators 2 (2g) that are formed, and the two sheet materials on the front and back surfaces of the vertically long holes na are pressed together. Is formed.

A belt 5 provided in a pair of holes na formed in the wall surface of the small heat insulator 2 (2g) forming the lower end of the flat plate-like heat insulator 2G, and a buckle BK provided at both ends of the belt 5, The portable mat 1G is attached to the human body by passing the belt 5 to the waist by passing through all the pair of holes na provided in the small thermal insulators 2 (2g) having a plurality of flat plate-like hollow structures.

A ninth embodiment of the present invention is shown in FIGS.
FIG. 13 is a perspective view of a portable mat 1H showing a ninth embodiment of the present invention, FIG. 14 is a perspective view of a heat insulator 2A showing this embodiment, and FIG. 15 is a developed heat insulator 2A showing this embodiment. It is a top view.

As shown in FIG. 13, the portable mat 1H includes a vertically long flat plate-like connecting heat insulator 11A and a belt 5, and the connecting heat insulator 11A is formed by connecting a pair of heat insulators 2A. The pair of heat insulators 2A is composed of the same components as the heat insulator 2A in the first embodiment. As shown in FIG. 14, when the heat insulator 2A is folded in a bellows shape, the horizontal direction of the upper end portion and the lower end portion of the wall surface on which the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A becomes the outside A pair of rectangular hook-and-loop fasteners 4c are fixed with an adhesive, a high-frequency welder or the like along the longitudinal direction.

As shown in FIG. 13, when the heat insulator 2A is folded in a bellows shape, the horizontal direction of the upper end portion and the lower end portion of the wall surface outside the small heat insulator 2 (2a) that forms the lower end portion of the heat insulator 2A A pair of hook-and-loop fasteners 4d are provided in the longitudinal direction.
When the heat insulator 2A is folded in a bellows shape, the horizontal longitudinal direction of the upper end portion of the wall surface that is the inner side of the small heat insulator 2 (2a) that forms the lower end portion of the heat insulator 2A or the center portion of the upper end fore edge In addition, a base fabric 8 that is a horizontally long rectangle and has a width that is at least the sum of the thickness of the edge of the small heat insulating body 2 (2a) and the vertical width of the hook-and-loop fastener 4d and that has a horizontal width of the hook-and-loop fastener 4d or more is adhesive. It is fixed at.

Further, in a state where the base fabric 8 is hung down outside the small heat insulator 2 (2a) forming the lower end portion of the heat insulator 2A, the base fabric 8 extends along the horizontal longitudinal direction of the lower end portion outside the base fabric 8. The rectangular hook-and-loop fastener 4d is fixed by sewing or an adhesive.

When the heat insulator 2A is folded in a bellows shape, the small heat insulator 2 (2a) that forms the lower end of the heat insulator 2A is laterally long along the horizontal longitudinal direction of the center of the lower end of the wall surface. A base fabric 8 formed in a rectangular shape and having a size of at least the surface fastener 4d is fixed with an adhesive or the like, and the surface fastener 4d is fixed with an adhesive or the like along the longitudinal direction of the base fabric 8 in the horizontal direction. Is done.

As shown in FIG. 15, at the upper end portion of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A at the center portion of the back surface of the belt 5 formed with a certain length that can be attached to the waist. A rectangular hook-and-loop fastener 4d formed with a fixed length corresponding to the fixed hook-and-loop fastener 4c is fixed by sewing or the like, and the upper end of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A. The belt 5 is detachably provided to the heat insulator 2A by being joined to the surface fastener 4c fixed to the heat insulator 2A.

As shown in FIG. 13, when a pair of heat insulators 2A are connected in a accordion-like folded state, they are provided at the upper end of the small heat insulator 2 (2a) that forms the lower end of one heat insulator 2A. The small thermal insulator 2 (2a) that forms the lower end of the thermal insulator 2A in a state where the base cloth 8 is hung down outside the small thermal insulator 2 (2a) that forms the lower end of the thermal insulator 2A. The upper and lower end portions of the outer wall surface of the small heat insulator 2 (2a) forming the upper end portion of the other heat insulator 2A connected to the hook and loop fasteners 4d provided at the upper and lower end portions of the outer wall surface By joining with the hook-and-loop fastener 4c provided on the joint, the connecting heat insulator 11A is detachably formed, and the portable mat 1H is formed at the same time.

Although not shown in the drawing, when the pair of heat insulators 2A are connected in the unfolded state, a base provided at the lower end of the small heat insulator 2 (2a) that forms the lower end of one heat insulator 2A. The surface fastener 4d fixed in the horizontal direction of the cloth 8 and the surface fastener 4c provided at the upper end of the small heat insulator 2 (2a) forming the upper end of the other heat insulator 2A are joined and detached. The connecting heat insulator 11A is freely formed, and the portable mat 1H is formed at the same time.

A tenth embodiment of the present invention is shown in FIG. FIG. 16 is a plan view of a portable mat 1Ac showing the tenth embodiment of the invention.
As shown in FIG. 16, the portable mat 1Ac is composed of a vertically long flat plate-like connecting heat insulator 11B and a belt 5, and the connecting heat insulating body 11B is a vertically long flat plate-like heat insulating body 2F constituting the upper portion and a vertically long portion constituting the lower portion. The plate-shaped heat insulator 2A (2Ac).

The heat insulator 2F constituting the upper part of the connection heat insulator 11B is composed of the same components as the heat insulator 2F shown in the seventh embodiment, and the heat insulator 2A (2Ac) constituting the lower part of the connection heat insulator 11B has an upper end. The small heat insulator 2 (2ac) to be formed and a plurality of small heat insulators 2 (2a) connected to the small heat insulator 2 (2ac) are formed.

The connecting heat insulator 11B has a vertically long flat plate shape in which a horizontally long small rectangular heat insulator 2 (2f) forming a lower end of a vertically long flat plate heat insulating body 2F constituting the upper portion forms a lower portion of the connecting heat insulating body 11B. The small heat insulator 2 (2f) and the small heat insulator when folded in the vertical direction of the wall of the horizontally long rectangular flat small heat insulator 2 (2ac) that forms the upper end of the heat insulator 2A (2Ac) 2 (2ac) wall surfaces are left thin enough to be in contact with each other, and a cut 3 is made in the horizontal direction of the wall surface, so that the connecting portion R (Ra) is formed, and at the same time, the heat insulator 2F and the heat insulator 2A (2Ac) is connected to form a connected heat insulator 11B.

The small heat insulator 2 (2ac) forming the upper end portion of the heat insulator 2A (2Ac) constituting the lower part of the connection heat insulator 11B is bent in the vertical direction and can contact the wall surface of the small heat insulator 2 (2a). In addition, a thin portion is left and a cut 3 is formed between the small heat insulator 2 (2a) connected to the small heat insulator 2 (2ac), and at the same time, a connecting portion R (Ra) is formed.

A pair of cuts 3b are made in the vertical direction at the lower end of the central portion of the wall surface of the small heat insulator 2 (2ac) forming the upper end of the heat insulator 2A (2Ac), and further, the cuts 3b from the lower ends of the cuts 3b. By making the cut 3c in the horizontal direction at the lower end, a substantially square cutout K is formed.

A pair of square hook-and-loop fasteners 4a are fixed to both ends of the lower end portion of the wall surface of the cutout portion K with an adhesive or the like, and the small heat insulator 2 (2ac) that forms the upper end portion of the heat insulator 2A (2Ac) When folded in the vertical direction, fixed to the wall surface of the cutout portion K of the small heat insulator 2 (2ac) above the wall surface of the small heat insulator 2 (2a) connected to the small heat insulator 2 (2ac) A pair of square hook-and-loop fasteners 4b are fixed to the portions that come into contact with the pair of hook-and-loop fasteners 4a, and a substantially rectangular cutout K is provided on the heat insulator 2A (2Ac) so as to be openable and closable. The cut-out portion K is provided.

The lower end of the cut-out portion K is pushed out to the side opposite to the paper surface of FIG. 13, and is formed with a certain length so that it can be attached to the waist in the gap (9) formed between the cut-out portion K and the wall surface of the small heat insulator 2 (2ac). Then, the belt 5 provided with the buckle BK at both ends is inserted from below the back side, and the belt 5 is passed through the pair of cuts 3b.

A small heat insulator 2 (a hook and loop fastener 4a fixed to both ends of the upper end of the small heat insulator 2 (2ac) forming the upper end of the heat insulator 2A (2Ac) is connected to at least the small heat insulator 2 (2ac). 2a), the cut-out portion K is pushed back to the small heat insulator 2 (2ac) in a state where it is joined to the hook-and-loop fastener 4b fixed at both ends at the lower end of the cut-out portion K. The pair of hook-and-loop fasteners 4b provided on the wall surface of the small heat insulator 2 (2a) connected to the pair of hook-and-loop fasteners 4a and the small heat insulator 2 (2ac) are joined to the belt 5 to the connecting heat insulator 11B. Is detachably provided, and at the same time, the belt 5 is detachably provided on the portable mat 1Ac.

A pair of buckles BK provided at both ends of the belt 5 provided in the small heat insulator 2 (2ac) that forms the upper end of the heat insulator 2A (2Ac) in a state where the heat insulator 2F is folded in a bellows shape. Are passed through a pair of vertically long holes na formed in the center of all the small heat insulators 2 (2f) of the heat insulator 2F, the belt 5 is passed through the heat insulator 2F, and the belt 5 is attached to the waist. As a result, the portable mat 1Ac is attached to the human body. The other components of the heat insulator 2A (2Ac) are the same components as the heat insulator 2A in the first embodiment, and the components of the heat insulator 2F are the same components as the heat insulator 2F in the seventh embodiment.

An eleventh embodiment of the present invention is shown in FIG. FIG. 17 is a plan view of a portable mat 1K showing the eleventh embodiment of the present invention.
As shown in FIG. 17, the portable mat 1K is composed of a vertically long flat plate-like hollow structure heat insulator 11C and a belt 5, and the connected heat insulator 11C has a vertically long flat plate-shaped hollow heat insulator 2G that forms the upper part. And a vertically long flat plate-shaped hollow structure heat insulator 2B (2Bb) constituting the lower portion, and a connecting portion R (Rbb) for connecting the heat insulator 2G and the heat insulator 2B (2Bb).

The heat insulator 2G constituting the upper part of the connection heat insulator 11C is composed of the same components as the heat insulator 2G shown in the eighth embodiment, and the heat insulator 2B (2Bb) constituting the lower part of the connection heat insulator 11C has an upper end. Small heat insulator 2 (2bb) to be formed, a plurality of small heat insulators 2 (2b) connected to the small heat insulator 2 (2bb), a small heat insulator 2 (2bb), and a plurality of small heat insulators 2 (2b) ) Are formed from connecting portions R (Rb) that connect each other.

The lower end of the small heat insulator 2 (2g) that forms the lower end of the heat insulator 2G that forms the upper part of the connection heat insulator 11C, and the upper end of the heat insulator 2B (2Bb) that forms the lower part of the link heat insulator 11C are formed. The heat insulation 2G and the heat insulation 2B (2Bb) are formed at the same time by pressing all of the horizontal widths of the coatings of the two sheet materials on the top and bottom of the small heat insulation 2 (2bb). The connecting portion R (Rbb) is formed, and the heat insulator 2G and the heat insulator 2B (2Bb) are connected to form a connected heat insulator 11C.

In the connecting portion R (Rbb), the small heat insulator 2 (2g) that forms the lower end portion of the heat insulator 2G and the small heat insulator 2 (2bb) that forms the upper end portion of the heat insulator 2B (2Bb) are folded in the vertical direction. In such a case, the small heat insulating body 2 (2g) and the small heat insulating body 2 (2bb) are pressure-bonded with a vertical width such that the wall surfaces are in contact with each other.

The small heat insulator 2 (2bb) forming the upper end of the heat insulator 2B (2Bb) constituting the lower part of the coupled heat insulator 11C is bent in the vertical direction and can contact the wall surface of the small heat insulator 2 (2b). In the state where the coating portion R (Rb) is formed by pressing the coating of the two sheet materials on the front side and the back side in the horizontal direction, leaving a uniform gap on the left and right with a narrower width than at least the heat insulator 2B By pressure bonding, air passages 6 are formed at both ends of the connecting portion R (Rb), and the small heat insulator 2 (2bb) and the small heat insulator 2 (2b) are connected by the connecting portion R (Rb).

A pair of cuts 3b are made in the vertical direction at the lower end of the central portion of the small heat insulator 2 (2bb) forming the upper end of the heat insulator 2B (2Bb), and further, the small heat insulator is formed from the lower ends of the pair of cuts 3b. Incisions 3c are made in the horizontal direction at both ends of 2 (2bb), and the edges of the two sheet materials on the front and back surfaces of the incisions 3b and 3c are pressure-bonded, so that the heat insulator 2B (2Bb A pair of substantially rectangular cutouts K are formed at both ends of the small heat insulator 2 (2bb) that forms the upper end of.

A square hook-and-loop fastener 4a is fixed to the lower end portions of the pair of cutout portions K with an adhesive or the like, and the small heat insulating body 2 (2bb) forming the upper end portion of the heat insulating body 2B (2Bb) is folded in the vertical direction below. Of the small heat insulating body 2 (2b) that contacts the cutout portion K of the small heat insulating body 2 (2bb) that forms the upper end of the heat insulating body 2B (2Bb) and is connected to the small heat insulating body 2 (2bb). A pair of square hook-and-loop fasteners 4b are fixed to the wall surface with an adhesive or the like, and the hook-and-loop fastener 4a and the hook-and-loop fastener 4b are joined to each other so that a pair of substantially rectangular cutouts K can be opened and closed on the connection heat insulator 11B. Provided.

Since all the lateral widths of the connecting heat insulator 11B are crimped, the inflow of air into the heat insulator 2G and the heat insulator 2B (2Bb) is blocked, and a plurality of small heat insulators from the air plug 7 formed at the upper end of the heat insulator 2G. 2 (2g) is filled with air to the extent that the walls of the two (2g) are combined, or the wall surfaces of the plurality of small heat insulators 2 (2bb, 2b) from the air plug 7 formed at the upper end of the heat insulator 2B (2Bb) The air is filled to such an extent that

Air in such a degree that the wall surfaces of the small heat insulators 2 (2b, 2bb) are combined is filled in the hollow of the heat insulator 2B (2Bb), the lower ends of the pair of cutout portions K are pulled forward, and the pair of cutout portions K and A belt 5 formed with a fixed length enough to be attached to the waist is inserted into a gap (9) formed on the wall surface of the small heat insulator 2 (2bb) and a buckle BK is provided at both ends from below the cutout K. Then, the belt 5 is passed through the pair of cutout portions K.

Small heat insulator 2 (connected to the surface fastener 4a and the small heat insulator 2 (2bb) fixed to both ends of the upper end of the small heat insulator 2 (2bb) forming at least the upper end of the heat insulator 2B (2Bb). 2b), the pair of cutout portions K are pushed back to the wall surface of the small heat insulator 2 (2bb) by joining the surface fasteners 4b fixed to both ends of the lower end of the lower end of 2b). A pair of surface fasteners 4b provided on the wall surface of the small heat insulator 2 (2b) connected to the provided surface fastener 4a and the small heat insulator 2 (2bb) are joined, and the belt 5 is attached to the connection heat insulator 11C. Thus, the belt 5 is detachably provided on the portable mat 1K.

A pair of buckles BK provided at both ends of the belt 5 provided in the small heat insulator 2 (2bb) that forms the upper end portion of the heat insulator 2B (2Bb) in a state where the heat insulator 2G is all folded in a bellows shape. Are passed through a pair of holes na formed in the center of all the plurality of small heat insulators 2 (2g) of the heat insulator 2G, the belt 5 is passed through the heat insulator 2G, and the belt 5 is attached to the waist. Thus, the portable mat 1K is attached to the human body. The other components of the heat insulator 2B (2Bb) are the same components as the heat insulator 2B in the third embodiment, and the components of the heat insulator 2G are the same components as the heat insulator 2G in the eighth embodiment.

A twelfth embodiment of the present invention is shown in FIGS.
18 is a plan view of a portable mat 1L showing a twelfth embodiment of the present invention, and FIG. 19 is a perspective view showing that the portable mat 1L is folded.
As shown in FIG. 18, the portable mat 1L is composed of a vertically long flat plate-like hollow structure connecting heat insulator 11D and a belt 5, and the connecting heat insulator 11D is a vertically long flat plate-shaped hollow heat insulator 2G constituting the upper part. And a vertically long flat plate-shaped heat insulating body 2B (2Bc) constituting the lower part.

The heat insulator 2G constituting the upper part of the connection heat insulator 11D is composed of the same components as the heat insulator 2G shown in the eighth embodiment, and the heat insulator 2B (2Bc) constituting the lower part of the connection heat insulator 11D has an upper end portion. The small heat insulator 2 (2bc) to be formed and a plurality of small heat insulators 2 (2b) connected to the small heat insulator 2 (2bc) are formed.

As shown in FIG. 18, a rectangular hook-and-loop fastener 4d is fixed in the longitudinal direction in the horizontal direction at the lower end on the front side of the small heat insulating body 2 (2g) forming the lower end portion of the heat insulating body 2G constituting the upper portion of the connecting heat insulating body 11D. A rectangular hook-and-loop fastener 4c is provided along the horizontal longitudinal direction of the upper end of the back surface of the small heat insulating body 2 (2bc) that is provided and forms the upper end portion of the heat insulating body 2B (2Bc) constituting the lower portion of the connecting heat insulating body 11D. It is fixed by an adhesive or the like, and the surface fastener 4c and the surface fastener 4d are joined together to form a connected heat insulator 11D, and the heat insulator 2B (2Bc) and the heat insulator 2G are detachably joined.

The small heat insulator 2 (2bc) that forms the upper end of the heat insulator 2B (2Bc) has two front and back sides so that it can contact the wall surface of the small heat insulator 2 (2b) that is bent and connected in the vertical direction. By connecting the coating of the sheet material of the sheet in the horizontal direction, the connecting portion R (Rb) is formed, and it is crimped in a state in which an even gap is left and right with a narrower width than at least the heat insulator 2B. Air passages 6 are formed at both ends of the connecting portion R (Rb), and the small heat insulator 2 (2bc) and the small heat insulator 2 (2b) are connected by the connecting portion R (Rb).

The buckles BK provided at both ends of the belt 5 can be easily inserted into the center of the small heat insulator 2 (2bc) that forms the upper end of the heat insulator 2B (2Bc) that forms the lower part of the connection heat insulator 11D. A pair of vertically elongated holes na are formed, and a cut 3b is made from the lower end of these holes na toward the vertical direction of the lower end of the small heat insulator 2 (2bc).

Further, a cut 3c is made in the horizontal direction from the lower end of the pair of cuts 3b to the lower end direction of the cuts 3b, and the edges of the two elongated sheet na, the cut 3b, the front surface of the cut 3c, and the back of the two sheet materials. As a result of pressure bonding, a pair of vertically elongated holes na and a substantially rectangular cutout K are formed at the center of the small heat insulator 2 (2bc) that constitutes the upper end of the heat insulator 2B (2Bc).

A rectangular hook-and-loop fastener 4a is fixed to both ends of the lower end portion of the rear surface of the cutout portion K with an adhesive or the like, and the small heat insulator 2 (2bc) that forms the upper end portion of the heat insulator 2B (2Bc) is in the vertical direction below. The small heat insulator 2 (2bc) that contacts the cutout K of the small heat insulator 2 (2bc) that forms the upper end of the heat insulator 2B (2Bc) and is connected to the small heat insulator 2 (2bc). A pair of square hook-and-loop fasteners 4b are fixed to the wall surface of 2b) with an adhesive or the like, and the hook-and-loop fastener 4a and the hook-and-loop fastener 4b are joined together so that the heat insulator 2B (2Bc) can be opened and closed in a substantially square shape. A portion K is provided, and at the same time, a substantially rectangular cutout portion K is provided in the connection heat insulator 11D so as to be freely opened and closed.

Air in such a degree that the wall surfaces of the small heat insulators 2 (2b, 2bc) are combined is filled in the hollow of the heat insulator 2B (2Bc), the lower end of the cutout portion K is pulled forward, and the cutout portion K and the small heat insulator 2 A belt 5 having a fixed length enough to be attached to the waist is formed in the gap (9) formed on the wall surface of (2bc), and a buckle BK is provided at both ends. The belt 5 is inserted into the pair of holes na from below. Passed.

A small heat insulator 2 (connected to a surface fastener 4a and a small heat insulator 2 (2bc) fixed to both ends of the upper end of the small heat insulator 2 (2bc) forming at least the upper end of the heat insulator 2B (2Bc). The small heat insulator 2 connected to the pair of surface fasteners 4a provided at the lower end portion of the cutout portion K and the small heat insulator 2 (2bc) are joined to the hook and loop fasteners 4b fixed to both ends of the lower end of 2b). By joining the pair of hook-and-loop fasteners 4b provided on the wall surface of (2b), the belt 5 is detachably provided on the heat insulator 2B (2Bc), and at the same time, the belt 5 is detachable on the connection heat insulator 11B. Provided.

The left and right front and back ends of the plurality of small heat insulators 2 (2g) forming the heat insulator 2G or the plurality of small heat insulators 2 (2b, 2bc) forming the heat insulator 2B (2Bc) A vertically long hook-and-loop fastener 4e and a hook-and-loop fastener 4f are fixedly provided in the vertical direction of the intermediate position.

As shown in FIG. 19, the heat insulator 2G (2Bc) constituting the upper part of the connection heat insulator 11D and the heat insulator 2B (2Bc) constituting the lower part of the connection heat insulator 11D are folded into a bellows shape, and the upper end of the heat insulator 2B (2Bc). The belt 5 is passed through the cut-out portions K provided at both ends of the small heat insulator 2 (2bc) forming the portion, and is formed at the center of the plurality of small heat insulators 2 (2g) forming the heat insulator 2G. Buckles BK provided at both ends of the belt 5 are passed through the pair of vertically long holes na, respectively, and the portable mat 1L is attached to the waist of the human body.

In this case, the heat insulator 2B (2Bc) constituting the lower part of the connecting heat insulator 11D is a hook-and-loop fastener that is fixed to the upper and lower alternate upper and lower ends where the wall surfaces of the plurality of small heat insulators 2 (2b) are combined. 4a and the hook-and-loop fastener 4b can be freely folded, and the heat insulator 2G constituting the upper part of the connection heat insulator 11D is a pair of vertically long holes formed at the center of the plurality of small heat insulators 2 (2g). The portable mat 1L is firmly fixed to the waist of the human body by the action of na and the belt 5.

The other embodiment of the heat insulating body 2B (2Bc) constituting the lower part of the connection heat insulating body 11D is exactly the same as the heat insulating body 2B in the third embodiment, and the other embodiment of the heat insulating body 2G constituting the upper part of the connection heat insulating body 11D. The embodiment is exactly the same as the heat insulator 2G in the eighth embodiment.

A thirteenth embodiment of the present invention is shown in FIG. FIG. 20 is a plan view in which a portable mat 1M showing a thirteenth embodiment of the present invention is developed.
As shown in FIG. 20, the portable mat 1M includes a vertically long flat plate-like connecting heat insulator 11E and a belt 5, and the connecting heat insulator 11E includes a vertically long flat plate heat insulator 2F (2Fb) and a lower portion. It is comprised from the longitudinally long flat-shaped heat insulating body 2A which comprises.

A heat insulating body 2F (2Fb) that constitutes the upper part of the connecting heat insulating body 11E is a triangular notch 10a at the center of both ends of the heat insulating body 2F configured by the same components as the heat insulating body 2F shown in the seventh embodiment. The gap 9 is formed with such a width that the belt 5 can be easily inserted from the apex of the notch 10a toward the side surfaces of the pair of vertically long holes na.

A triangular notch 10a provided at both ends of the plurality of small heat insulators 2 (2fb) and a pair of holes na provided at the center of the plurality of small heat insulators 2 (2fb) are connected by a pair of gaps 9. Thus, the hook-and-loop fastener 4h is fixed along the horizontal direction of the lower end edge of the small heat insulator 2 (2fb) that forms the lower end of the heat insulator 2F (2Fb).

The vertically long flat plate-shaped heat insulator 2A constituting the lower part of the connection heat insulator 11E is composed of the same components as the heat insulator 2A shown in the first embodiment, and is a small heat insulator 2 (forming the upper end of the heat insulator 2A ( A hook-and-loop fastener 4j is fixed along the horizontal direction of the top edge of 2a).

The hook-and-loop fastener 4h provided at the lower end of the heat insulator 2F (2Fb) constituting the upper part of the connection heat insulator 11E and the hook-and-loop fastener 4j provided at the upper end of the heat insulator 2A constituting the lower part of the link heat insulator 11E are detachable. The heat insulating body 2A and the heat insulating body 2F (2Fb) are detachably bonded to each other, thereby forming the connection heat insulating body 11E.

A belt 5 having a rectangular hook-and-loop fastener 4c fixed in the horizontal direction above the wall surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A with an adhesive or the like, and buckles BK provided at both ends. A rectangular hook-and-loop fastener 4d corresponding to the rectangular hook-and-loop fastener 4c provided on the upper surface of the wall surface of the small heat insulator 2 (2a) is fixed with an adhesive or the like in the central portion in the horizontal direction. The surface fastener 4c and the surface fastener 4d are detachably joined, whereby the belt 5 is detachably provided on the heat insulator 2A, and at the same time, the belt 5 is detachably provided on the connection heat insulator 11E.

When the connection heat insulator 11E is folded in a bellows shape, the belt 5 provided on the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A has the upper end or the lower end of both ends of the belt 5 connected to the heat insulator. 11E is pressed against the small openings of the triangular cutouts 10a formed at both ends of the plurality of small heat insulators 2 (2fb) forming the heat insulator 2F (2Fb) constituting the upper portion of 11E, and is connected to the pair of holes na. The belt 5 is passed through the heat insulating body 2F (2Fb) by being inserted into the gap 9 and further inserted into a pair of holes na formed in the center of the plurality of small heat insulating bodies 2 (2fb), and the belt is attached to the waist. By attaching 5, the portable mat 1 </ b> M is attached to the human body.

A fourteenth embodiment of the present invention is shown in FIGS. FIG. 21 is a plan view showing that the portable mat 1Ad showing the fourteenth embodiment of the present invention is unfolded, FIG. 22 is a perspective view of the portable mat 1Ad being folded, and FIG. 23 is a folded portable mat 1Ad. It is a perspective view which shows this.

As shown in FIG. 21, the portable mat 1Ad is composed of a vertically long flat plate-like heat insulator 2A (2Ad), and the heat insulator 2A (2Ad) is a high-density foam such as foamed polyethylene, high-density polyethylene foam, and foamed urethane. Alternatively, it is a vertically long rectangular plate formed of a heat insulating material of foamed rubber, and is formed of a plurality of horizontally long rectangular plate-shaped small heat insulators 2 (2ad) and connecting portions R (Ra).

As shown in FIG. 22, the small heat insulator 2 (2ad) bends in the vertical direction, leaving a thin wall so that the wall surfaces of the small heat insulator 2 (2ad) can contact each other, and the heat insulator 2A (2Ad) A plurality of small heat insulators 2 (2ad) are formed by making constant cuts 3 alternately at the same height in the horizontal direction from the inside and outside of the wall surface.

As shown in FIG. 21 and FIG. 22, the belt 5 is formed in a size that can be easily inserted into the upper and lower portions of both end portions of the plurality of small heat insulators 2 (2ad) forming the heat insulator 2A (2Ad). The horizontally elongated holes nb are formed, and triangular cutouts 10a are formed at the upper and lower ends of both end portions of the plurality of small heat insulators 2 (2ad).

From the apex of these triangular cutouts 10a, the belt 5 can be easily formed in the vertical direction of the upper and lower surfaces of the horizontally elongated holes nb formed at the upper and lower ends of both ends of the small heat insulator 2 (2ad). A gap 9 is formed so that it can be inserted into the upper and lower ends of the plurality of small thermal insulators 2 (2ad), and triangular notches 10a provided at the upper and lower ends of the small thermal insulators 2 (2ad) and both ends of the multiple small thermal insulators 2 (2ad) A hole nb formed in a horizontally long shape at the upper and lower portions of each is connected by a gap 9.

As shown in FIG. 23, in a state where all the heat insulators 2A (2Ad) are folded in a bellows shape, a pair of horizontally long shapes provided at the upper and lower ends of both ends of the plurality of small heat insulators 2 (2ad) The upper end or the lower end of the belt 5 is inserted into a pair of gaps 9 provided in the vertical direction from the apex of the triangular notch 10a toward the hole nb, and the ends of the plurality of small heat insulators 2 (2ad) are inserted. The belt 5 is inserted into both ends of the portable mat 1Ad in a pair of horizontally long holes nb provided at the upper and lower ends.
Other components of the portable mat 1Ad are the same as the portable mat 1A in the first embodiment.

A fifteenth embodiment of the present invention is shown in FIG. FIG. 24 is a perspective view in the middle of folding the portable mat 1P showing the fifteenth embodiment of the present invention.
As shown in FIG. 24, the portable mat 1P is composed of a vertically long flat plate-like heat insulator 2H, and the heat insulator 2H is a horizontally long rectangular plate-like two or more small heat insulators 2 (2cb, 2f, 2ab, 2a). And the connecting portion R (Ra, Rd). In the small heat insulator 2 (2cb) forming the upper end of the heat insulator 2H, the base fabric 8 is sewn to a horizontally long rectangular plate-like flat bag body, and a gel-like flat plate material is inserted into the core material. A pair of vertically long holes na are formed in the center of the body 2 (2cb).

The small heat insulator 2 (2f, 2ab, 2a) forming the other heat insulator 2H is formed of a heat insulating material such as foamed polyethylene, high density polyethylene foam, foamed urethane, or foamed rubber, and the inside of the wall surface. The small heat insulator 2 (2f, 2ab, 2a) bends in the vertical direction at the same height alternately from the outside in the horizontal direction, and remains constant so that the wall surfaces of the small heat insulators can contact each other. The small heat insulator 2 (2f, 2ab, 2a) is formed by making the notch 3 of the above, and at the same time, between these small heat insulator 2 (2f) and the small heat insulator 2 (2ab), the small heat insulator 2 ( 2ab) and the small heat insulator 2 (2a), a connecting portion R (Ra) is formed.

The small thermal insulator 2 (2f) connected to the small thermal insulator 2 (2cb) is the small thermal insulator 2 (2f) of the same embodiment as the seventh embodiment, and the horizontal direction of the lower end of the small thermal insulator 2 (2cb) And the rectangular base fabric 8 is fixed in the horizontal direction at the upper end of the small heat insulator 2 (2f) to form a connecting portion R (Rd), and the small heat insulator 2 (2cb) and the small heat insulator 2 ( 2f) are linked. The small heat insulator 2 (2ab, 2a) connected to the small heat insulator 2 (2f) is the same component as the small heat insulator 2 (2ab, 2a) in the second embodiment.

A sixteenth embodiment of the present invention is shown in FIG. 25, FIG. 26, and FIG. FIG. 25 is a plan view in which the portable mat 1Q showing the sixteenth embodiment of the present invention is developed, FIG. 26 is a perspective view in the middle of folding the portable mat 1Q, and FIG. 27 is a side view in the middle of folding the portable mat 1Q. FIG.
As shown in FIG. 25, the portable mat 1Q is composed of a T-shaped flat plate-like connecting heat insulator 11F, and is connected to a horizontally long rectangular flat plate heat insulator 2A (2Ae) constituting the upper portion of the connecting heat insulator 11F. The heat insulating body 11F includes a vertically long rectangular flat plate-shaped heat insulating body 2A that constitutes a lower portion of the heat insulating body 11F, and a connecting portion R (Rd) that connects the heat insulating bodies 2A (2Ae) and the heat insulating body 2A.

The heat insulator 2A (2Ae) constituting the upper part of the connecting heat insulator 11F is a horizontally long rectangular flat plate formed of a heat-insulating material such as foamed polyethylene, high-density polyethylene foam, foamed urethane, or foamed rubber. , A horizontally long rectangular flat plate-shaped small heat insulator 2 (2ae) that forms the center of the heat insulator 2A and has a metal plate Me fixed on the back surface, and a pair of rectangular plate-shaped small heat insulators 2 that form both ends ( 2af) and a pair of connecting portions R (Ra).

As shown in FIG. 26, the heat insulating body 2A (2Ae) constituting the upper part of the connecting heat insulating body 11F is a small one in which a pair of small heat insulating bodies 2 (2af) forming both ends are bent in the horizontal direction to form a central portion. By leaving a pair of cuts 3 in the vertical direction of both ends, leaving a thin wall to the extent that it can come into contact with the wall surface of the heat insulator 2 (2ae), the horizontally long rectangular plate-shaped small heat insulator 2 (2ae) ) And a pair of small heat insulators 2 (2af) in the form of a square plate, and at the same time, the pair of connecting portions R (Ra) of the pair of small heat insulators 2 (2af) at both ends of the small heat insulator 2 (2ae) A metal plate Me is fixed to the back side of the small heat insulator 2 (2ae) that is formed in the vertical direction between them and forms the center of the heat insulator 2A (2Ae).

As shown in FIG. 25, the hook-and-loop fastener 4a is fixed to the upper and lower end portions outside the pair of small heat insulators 2 (2af) that form both ends of the heat insulator 2A (2Ae) constituting the upper portion of the connection heat insulator 11F. Two pairs of hook-and-loop fasteners 4b are fixed to the upper and lower ends of the central portion of the wall surface of the small thermal insulator 2 (2ae) that is provided and forms the central portion of the thermal insulator 2A (2Ae). When the pair of small heat insulators 2 (2af) is folded in the inner horizontal direction, the hook-and-loop fastener 4a and the heat insulator 2A (2Ae) provided at the upper and lower end portions on the outer side of the pair of small heat insulators 2 (2af). The two pairs of hook-and-loop fasteners 4b provided at the upper and lower ends of the central portion of the wall surface of the small thermal insulator 2 (2ae) forming the central portion of the thermal body 2A (2Ae) are detachably joined to each other. A pair of small heat insulators 2 (2af) are detachably joined to the small heat insulator 2 (2ae) forming the central portion of the heat insulator 2A (2Ae).

The horizontal direction of the lower end of the small heat insulator 2 (2ae) that forms the center of the heat insulator 2A (2Ae) that forms the upper part of the connection heat insulator 11F and the upper end of the heat insulator 2A that forms the lower part of the link heat insulator 11F A base fabric 8 formed in a horizontally long rectangle is fixed along the horizontal direction of the upper end of the small heat insulator 2 (2a) to be formed, and a connecting portion R (Rd) is formed to insulate the heat insulator 2A (2Ae). The body 2A is connected.

In this case, as shown in FIG. 27, the base fabric 8 that forms the connecting portion R (Rd) has at least the thickness of the edge of the small thermal insulator 2 (2af) that forms both ends of the thermal insulator 2A (2Ae). It is provided between the heat insulating body 2A (2Ae) and the heat insulating body 2A constituting the connection heat insulating body 11F in a state where the gap 9 is formed. The components of the heat insulator 2A are the same components as the heat insulator 2A in the first embodiment.

The seventeenth embodiment of the present invention is shown in FIG. 28, FIG. 29, FIG. 30, and FIG.
28 is a plan view in which the portable mat 1R showing the seventeenth embodiment of the present invention is developed, FIG. 29 is a perspective view from the back side of the portable mat 1R being folded, and FIG. 30 is a usage state of the portable mat 1R. FIG. 31 is a perspective view showing a use state of the portable mat 1R.

  As shown in FIGS. 28 and 29, the portable mat 1R is composed of a T-shaped flat plate-like connecting heat insulator 11G, and is made of a high-density foam such as foamed polyethylene, high-density polyethylene foam, foamed urethane, or foamed rubber. It is formed of a material in which the base fabric 8 is fixed on the entire surface of one side of the heat insulating material.

The connecting heat insulator 11G has a horizontally long rectangular flat plate heat insulator 2E (2Eb) constituting the upper end, a horizontally long inverted T-shaped heat insulator 2E (2Ec) constituting the intermediate portion, and a lower end portion. The vertically long rectangular flat plate-shaped heat insulator 2E (2Ed), the connecting portion R (Rd) connecting the heat insulator 2E (2Eb) and the heat insulator 2E (2Ec), the heat insulator 2E (2Eb), and the heat insulator 2E It is comprised from the connection part R (Rd) which connects (2Eb).

The horizontally long rectangular flat plate-shaped heat insulator 2E (2Eb) that constitutes the upper end portion of the connecting heat insulator 11G includes a rectangular small heat insulator 2 (2ee) that forms the central portion, and both ends of the small heat insulator 2 (2ee). A vertically long rectangular small heat insulator 2 (2ef) connected to the portion, and a pair of vertically long rectangular small heat insulators 2 (2eg) connected to the outer ends of the pair of small heat insulators 2 (2ef). A pair of vertically long rectangular small heat insulators 2 (2eh) connected to the outer ends of the pair of small heat insulators 2 (2eg), and a plurality of small heat insulators 2 (2ee, 2ef, 2eg), 2eh) is formed from a connecting portion R (Rd) that connects the two.

  A small edge on the side surface of both ends of the small heat insulator 2 (2ee) forming the central portion of the heat insulator 2E (2Eb) and a small edge on the inner side surface of the pair of small heat insulators 2 (2ef) are combined, and the small heat insulator 2 (2ee, 2ef) with the cut ends of the base fabric 8 fixed to all the wall surfaces being joined together, both ends on the back side of the small heat insulator 2 (2ee) and the inside of the back side of the pair of small heat insulators 2 (2ef) A vertically long rectangular base cloth 8 is fixed in the vertical direction of the end of each of the two, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

The small edge of the outer end of the pair of small heat insulators 2 (2ef) and the small edge of the inner side of the pair of small heat insulators 2 (2eg) are aligned, and is fixed to the entire wall surface of the small heat insulator 2 (2ef, 2eg). In a state where the cut edges of the provided base fabric 8 are combined, the vertical direction of the outer end on the back side of the pair of small heat insulators 2 (2ef) and the inner end on the back side of the pair of small heat insulators 2 (2eg) In addition, a vertically long rectangular base cloth 8 is fixed, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

The small edge of the outer end of the pair of small heat insulators 2 (2eg) and the small edge of the inner side of the pair of small heat insulators 2 (2eh) are aligned, and is fixed to the entire wall surface of the small heat insulator 2 (2eg, 2eh). In the state where the cut edges of the provided base fabric 8 are combined, the vertical direction of the outer end on the back side of the pair of small heat insulators 2 (2eg) and the inner end on the back side of the pair of small heat insulators 2 (2eh) In addition, a vertically long rectangular base cloth 8 is fixed, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

  A small heat insulator 2 (2ee) that forms the center of the heat insulator 2E (2Eb), a small heat insulator 2 (2ef) at both ends, a pair of small heat insulators 2 (2ef), and a pair of small heat insulators 2 (2eg) Alternatively, the pair of small heat insulators 2 (2eg) and the pair of small heat insulators 2 (2eh) are connected by a connecting portion R (Rd) formed at each end portion to form a heat insulator 2E (2Eb). .

  A pair of square hook-and-loop fasteners 4k are fixed at intermediate positions of the pair of small heat insulators 2 (2eh) forming both ends of the heat insulator 2E (2Eb), and are connected to the pair of small heat insulators 2 (2eh). A round hole n is formed at the center of the intermediate position of the small heat insulator 2 (2eg), and a square hook-and-loop fastener 4a is fixed at the center of the upper end.

A pair of small heat insulators 2 (2ef) connected to both ends of the small heat insulator 2 (2ee) forming the central portion of the heat insulator 2E (2Eb) is connected to the pair of small heat insulators 2 (2eg). In the state where the small heat insulators 2 (2eg) are connected to the pair of small heat insulators 2 (2eh), the upper and lower horizontal portions on the back side of the three pairs of small heat insulators 2 (2ef, 2eg, 2eh) connected to each other Two pairs of rectangular hook-and-loop fasteners 4c are fixed in the direction, a rectangular reflector H is fixed in the vertical direction at the center of the pair of small heat insulators 2 (2ef), and the central position of the small heat insulator 2 (2ee) The reflector H is fixed in the horizontal direction.

A horizontally long inverted T-shaped flat plate-shaped heat insulator 2E (2Ec) that constitutes an intermediate portion of the coupled heat insulator 11G includes a rectangular small heat insulator 2 (2ej) that forms the center of the heat insulator 2E (2Ec). The pair of vertically long rectangular small heat insulators 2 (2ek) connected to both ends of the small heat insulator 2 (2ej) and the outer ends of the pair of small heat insulators 2 (2ek) A pair of small heat insulators 2 (2em), a pair of small heat insulators 2 (2en) connected to the lower end outside the pair of small heat insulators 2 (2em), and these small heat insulators 2 (2ej) 2ek, 2em, 2en) are connected to each other.

  A small edge on the side surface of both end portions of the small heat insulator 2 (2ej) forming the central portion of the heat insulator 2E (2Ec) and a small edge on the inner side surface of the pair of small heat insulators 2 (2ek) are combined. (2ej, 2ek) with the cut edges of the base fabric 8 fixed to all the wall surfaces being joined together, both ends on the back side of the small heat insulator 2 (2ej) and the inside of the back side of the pair of small heat insulators 2 (2ek) A vertically long rectangular base cloth 8 is fixed in the vertical direction of the end of each of the two, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

The small edge of the outer end of the pair of small heat insulators 2 (2ek) and the small edge of the inner end of the pair of small heat insulators 2 (2em) are aligned, and is fixed to the entire wall surface of the small heat insulator 2 (2ek, 2em). In the state where the cut edges of the provided base fabric 8 are combined, the vertical direction of the outer end on the back side of the pair of small heat insulators 2 (2ek) and the inner end on the back side of the pair of small heat insulators 2 (2em) In addition, a vertically long rectangular base cloth 8 is fixed, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

The lower edge of the outer side of the pair of small heat insulators 2 (2em) and the inner edge edge of the pair of small heat insulators 2 (2en) are combined and fixed to the entire wall surface of the small heat insulator 2 (2em, 2en). In the state where the cut edges of the base fabric 8 are combined, in the vertical direction of the outer lower part on the back side of the pair of small heat insulators 2 (2em) and the inner end on the back side of the pair of small heat insulators 2 (2en), A vertically long rectangular base cloth 8 is fixed, and a connecting portion R (Rd) is formed at a portion where the vertically long rectangular base cloth 8 is fixed.

  A small heat insulator 2 (2ej) forming a central portion of the heat insulator 2E (2Ec), a small heat insulator 2 (2ek) at both ends, a pair of small heat insulators 2 (2ek), and a pair of small heat insulators 2 (2em) Alternatively, the pair of small heat insulators 2 (2em) and the pair of small heat insulators 2 (2en) are connected by a connecting portion R (Rd) formed at each end portion to form a heat insulator 2E (2Ec). .

  A small heat insulator that forms a central portion of the heat insulator 2E (2Ec) by fixing a square hook-and-loop fastener 4k to the center portion of the pair of small heat insulators 2 (2en) that form both ends of the heat insulator 2E (2Ec). A pair of small heat insulators 2 (2 ek) connected to both ends of 2 (2 ej) and a pair of small heat insulators 2 (2 em) connected to the outer end of the small heat insulator 2 (2 ek) and the small heat insulation A circular hole n is formed at the middle position of the inner end of the body 2 (2em), and in the horizontal direction of the middle position of the small heat insulator 2 (2ej) that forms the center of the heat insulator 2E (2Ec) A reflector H is fixed.

Rectangular hook-and-loop fasteners 4db are fixed in the horizontal direction at the upper and lower portions of the pair of small heat insulators 2 (2ek) connected to both ends of the small heat insulator 2 (2ej) forming the center of the heat insulator 2E (2Ec). Two pairs of hook-and-loop fasteners provided on the pair of small heat insulators 2 (2ek) in the horizontal direction of the upper and lower portions of the pair of small heat insulators 2 (2em) connected to both ends of the small heat insulator 2 (2ek) Two pairs of rectangular hook-and-loop fasteners 4dc are fixed in a state where they are aligned with the cut end of 4db.

A vertically long rectangular flat plate-shaped heat insulator 2E (2Ed) constituting the lower end portion of the connecting heat insulator 11G is a horizontally long rectangular flat plate-shaped small heat insulator 2 (2ed) forming the upper end portion of the heat insulator 2E (2Ed). A horizontally long rectangular flat small heat insulator 2 (2ec) that forms an intermediate portion, a horizontally long rectangular flat small heat insulator 2 (2eb) that forms a lower end portion, and these small heat insulators 2 (2ed, 2ec, 2eb) It is comprised from the connection part R (Rd) which connects.

The lower end edge of the small heat insulator 2 (2ed) forming the upper end portion of the heat insulator 2E (2Ed) and the upper end edge of the small heat insulator 2 (2ec) forming the intermediate portion of the heat insulator 2E (2Ed) are combined, With the cut edges of the base fabric 8 fixed to all the wall surfaces of the small heat insulator 2 (2ed, 2ec) being aligned, the lower end of the back side of the small heat insulator 2 (2ed) and the small heat insulator 2 (2ec) A connecting portion R (Rd) is formed between the small heat insulator 2 (2ed) and the small heat insulator 2 (2ec) by fixing the horizontally long rectangular base fabric 8 in the horizontal direction of the upper end portion on the back side, The small heat insulator 2 (2ed) and the small heat insulator 2 (2ec) are connected.

In a state where the lower end edge of the small heat insulator 2 (2ec) that forms the intermediate portion of the heat insulator 2E (2Ed) and the upper edge edge of the small heat insulator 2 (2eb) that forms the lower end portion of the heat insulator 2E (2Ed) are combined. The base fabric 8 is fixed to all the wall surfaces of the small heat insulator 2 (2ec) and the small heat insulator 2 (2eb), and the connecting portion R (between the small heat insulator 2 (2ec) and the small heat insulator 2 (2eb) is provided. Rd) is formed, and the small heat insulator 2 (2ec) and the small heat insulator 2 (2eb) are connected.

The small heat insulator 2 (2ed) forming the upper end portion of the heat insulator 2E (2Ed) is formed in a state where a pair of horizontally long holes nb are arranged in parallel vertically at both ends of the upper end. A rectangular hook-and-loop fastener 4b is fixed to the part, hook-and-loop fasteners 4a are fixed to both ends of the upper part on the back side, and a reflector H is fixed to the horizontal direction at the intermediate position.

The small heat insulator 2 (2ec) that forms the intermediate part of the heat insulator 2E (2Ed) is formed with a triangular notch 10a at both ends and a pair of vertically elongated holes na at the center, A gap 9 is formed in the horizontal direction from the side surface of the hole na toward the apexes of the pair of triangular cutouts 10a, the hook-and-loop fastener 4a is fixed to both ends of the upper end, and the hook-and-loop fastener 4b is fixed to both ends of the lower end of the back surface. Is fixed.

The small heat insulator 2 (2eb) that forms the lower end of the heat insulator 2E (2Ed) and is connected to the small heat insulator 2 (2ec) that forms the intermediate portion of the heat insulator 2E (2Ed) A reflector is fixed, a pair of vertically long holes na are formed in the center, a horizontally long rectangle at the lower end and a rectangular hook-and-loop fastener 4b are fixed at both upper ends, and a horizontally long rectangle on the back side. The base fabric 8 on which the surface fastener 4c is fixed is fixed.

The horizontal direction of the lower end on the back side of the small heat insulator 2 (2ee) that forms the central portion of the heat insulator 2E (2Eb) that constitutes the upper end portion of the connection heat insulator 11G, and the heat insulator that constitutes the intermediate portion of the connection heat insulator 11G 2E (2Ec) the center of the small heat insulator 2 (2ej) forming a central portion in the horizontal direction of the upper end on the back side, at least the gap between the small edge of the heat insulator 2E (2Eb) and the small hole of the heat insulator 2E (2Ec) In a state where the rectangular base fabric 8 is fixed, a connecting portion R (Rd) is formed, and an intermediate between the heat insulating body 2E (2Eb) and the connecting heat insulating body 11G constituting the upper end portion of the connecting heat insulating body 11G. The heat insulator 2E (2Ec) which comprises a part is connected.

The horizontal direction of the lower end of the small heat insulator 2 (2ej) that forms the center of the heat insulator 2E (2Ec) that constitutes the intermediate portion of the connection heat insulator 11G and the heat insulator 2E (2Ed that constitutes the lower end of the link heat insulator 11G ), The horizontally long rectangular base fabric 8 is fixed in the horizontal direction at the center of the upper end of the small heat insulator 2 (2ed) forming the upper end portion of the small heat insulator 2 (2ed) to form the connecting portion R (Rd), and the heat insulator 2E (2Eb). ) And the heat insulator 2E (2Eb) are connected by the connecting portion R (Rd).

The heat insulator 2E (2Eb) and the heat insulator 2E (2Ec) are connected by the connecting portion R (Rd), and the heat insulator 2E (2Ec) and the heat insulator 2E (2Ed) are connected by the connecting portion R (Rd). The connection heat insulator 11G is formed, and the portable mat 1R is formed.

As shown in FIG. 29, when the portable mat 1R is folded, the small heat insulator 2 (2eh) that forms both ends of the heat insulator 2E (2Eb) that constitutes the upper end of the connection heat insulator 11G, and the pair of these A pair of small thermal insulators 2 (2eg) connected to the small thermal insulators 2 (2eh) are folded in the horizontal direction on the back side to form both ends of the thermal insulator 2E (2Ec) constituting the intermediate part of the coupled thermal insulators 11G. The pair of small heat insulators 2 (2en) and the pair of small heat insulators 2 (2em) connected to the pair of small heat insulators 2 (2en) are folded in the horizontal direction on the back side.

In the said state, as shown in FIG. 28, a pair of small heat insulation connected with a pair of small heat insulation 2 (2eh) which forms the both ends of the heat insulation 2E (2Eb) which comprises the upper end part of the connection heat insulation 11G. A hook-and-loop fastener 4a provided at the center of the upper end of the body 2 (2eg) is connected to a small heat insulator 2 (2en) that forms both ends of a heat insulator 2E (2Ec) that constitutes an intermediate portion of the connecting heat insulator 11G. The hook-and-loop fastener 4dc provided in the horizontal direction below the pair of small heat insulators 2 (2em) is joined, so that the heat insulator 2E (2Eb) constituting the upper end portion of the connection heat insulator 11G as shown in FIG. ) And the heat insulator 2E (2Ec) constituting the intermediate portion of the connecting heat insulator 11G are detachably joined in a state of being folded into a quadrangular cube.

A pair of hook-and-loop fasteners 4a and a heat insulator 2E (2Ed) provided at both ends of the upper portion of the small heat insulator 2 (2ed) forming the upper end of the heat insulator 2E (2Ed) constituting the lower end of the connection heat insulator 11G A pair of hook-and-loop fasteners 4b provided at both ends of the lower part of the small heat insulator 2 (2ec) that forms the intermediate part of the small heat insulator 2 (2ed) and the small heat insulator 2 (2ec) are detachable. Be joined.

Furthermore, as shown in FIG. 28, the hook-and-loop fastener 4a provided at both ends of the upper end of the small heat insulator 2 (2ec) forming the intermediate portion of the heat insulator 2E (2Ed) constituting the lower end portion of the connection heat insulator 11G. And the hook-and-loop fastener 4b provided at both ends of the upper portion of the base fabric 8 fixed to the lower end of the small heat insulator 2 (2eb) that forms the lower end of the heat insulator 2E (2Ed) are joined together. (2ec) and the small heat insulator 2 (2eb) are detachably joined, so that the heat insulator 2E (2Ed) constituting the lower end portion of the connecting heat insulator 11G is detachable in a state of being folded into a square cube shape. Be joined.

As shown in FIG. 29, from the state where the heat insulator 2E (2Eb) constituting the upper part of the connection heat insulator 11G and the heat insulator 2E (2Ec) constituting the intermediate part of the connection heat insulator 11G are folded and joined to each other. Further, with the small heat insulator 2 (2ed, 2ec, 2eb) of the heat insulator 2E (2Ed) constituting the lower portion of the connected heat insulator 11G being joined, as shown in FIG. A heat insulator 2E (2Ec) that forms an intermediate portion between the hook-and-loop fastener 4b provided at the lower ends of the small heat insulator 2 (2ed) that forms the upper end of the heat insulator 2E (2Ed) and the connecting heat insulator 11G The surface fastener 4db provided in the horizontal direction above the pair of small heat insulators 2 (2ek) forming the central portion of the heat sink 2E (2Ec) and the heat insulator 2E (2Ed) are joined. Connected insulation Coupling insulation 11G constituting the 1G (2S, 2S, 2S) is detachably joined to a square cubic.

As shown in FIG. 30, when the portable mat 1R is attached to a human body, the portable mat 1R is a small thermal insulator 2 (which forms an intermediate portion of the thermal insulator 2E (2Ed) that forms the lower end of the connection thermal insulator 11G. 2ec), a belt 5 is passed through a pair of vertically long holes na provided at the center of the pair, and a pair of shoulder belts 5S have small heat insulators 2 (2ed) whose tips form the upper ends of the heat insulator 2E (2Ed). Are respectively passed through and fixed to a pair of horizontally long holes nb provided at both ends of the upper end of the belt.

The belt 5 is passed through a pair of vertically long holes na provided at the center of the small heat insulator 2 (2eb) that forms the lower end of the heat insulator 2E (2Ed), and is fixed at the position of the waist on the front of the human body. .
As shown in FIGS. 28 and 30, the heat insulator 2E (2Ec) constituting the intermediate portion of the connected heat insulator 11G has two pairs of small heat insulators 2 (the small heat insulator 2 (2ej) covers the back of the head and is connected). 2ek, 2em) bends in the horizontal direction of the left and right of the head to cover the side of the human body, and a pair of small thermal insulators 2 (2en) bend in the horizontal direction in front of the head to cover the lower face. The surface fastener 4k fixed to the small heat insulator 2 (2en) and the surface fastener 4kb fixed to both ends of the base fabric 8 are detachably joined so that the heat insulator 2E (2Ec) is attached to the head. Is fixed.

In the heat insulator 2E (2Eb) constituting the upper end portion of the connection heat insulator 11G, the small heat insulator 2 (2ee) covers the top and the three pairs of small heat insulators 2 (2ef, 2eg, 2h) are temporal portions of the human body. A hook-and-loop fastener 4k fixed to a pair of small heat insulators 2 (2eh) and a hook-and-loop fastener 4kb fixed to both ends of the base fabric 8 are detachably joined. Thus, the heat insulator 2E (2Eb) is fixed to the head.

At this time, as shown in FIG. 28, two pairs of hook-and-loop fasteners 4c provided on the back side of the three pairs of small heat insulators 2 (2ef, 2eg, 2eh) forming both ends of the heat insulator 2E (2Eb) are insulated. Two pairs of hook-and-loop fasteners 4db provided horizontally in the upper and lower portions of a pair of small heat insulators 2 (2ek) connected to both ends of the small heat insulator 2 (2ej) forming the center of the body 2E (2Ec) And a pair of small surface heat insulators 2 (2 ek) connected to the pair of small heat insulators 2 (2 em) and two pairs of hook-and-loop fasteners 4 dc provided in the horizontal direction at the upper and lower portions of the pair of small heat insulators 2 (2 ek). The heat insulator 2E (2Eb) and the heat insulator 2E (2Ec) are fixed by detachably joining the body 2E (2Eb) and the heat insulator 2E (2Eb).

As shown in FIG. 31, the portable mat 1R is a small heat insulator 2 (2eb) that forms the lower end portion of the heat insulator 2E (2Ed) that constitutes the lower end portion of the connection heat insulator 11G in a state where the portable mat 1R is folded in a square cube shape. The portable mat 1R is carried by passing the belt 5 through a pair of vertically long holes na provided at the center of the body and attaching it to the waist of the human body.

  By deploying the heat insulating body 2E (2Ed) that forms the lower end of the connection heat insulator 11G with the portable mat 1R attached to the waist of the human body, it can be used as a buttocks, and all of the connection heat insulators 11G can be used. It can be used as a mat for disaster prevention, including a disaster hood. In addition, a square cubic pillow is formed in a state where the heat insulating body 2E (2Eb) constituting the upper end portion of the connecting heat insulating body 11G and the heat insulating body 2E (2Ec) constituting the intermediate portion are folded, and the portable mat 1R is a half body with a pillow. The portable mat 1R can be used as a float regardless of the form.

  Further, the hook-and-loop fastener 4c fixed in the horizontal direction of the base cloth 8 provided at the lower end of the portable mat 1R and the portable in the first, second, third, fourth, fifth, sixth, and ninth embodiments. By connecting with a pair of hook-and-loop fasteners 4a or 4c provided at the upper ends of the mats 1A, 1B, 1C, 1D, 1E, 1F, 1G, the mobile mat 1R and the mobile mats 1A, 1B, 1C, 1D, 1E, 1F and 1G are connected and can be used as a simple mat for the whole body.

The eighteenth embodiment of the present invention is shown in FIGS. FIG. 32 is a side view showing a state in which the portable mat 1A showing the eighteenth embodiment of the present invention is attached to the rucksack S, and FIG. 33 is a side view showing that the portable mat 1A attached to the rucksack S is developed. is there.
The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, the portable mat 1A is folded in a bellows shape, and the heat insulating body 2A is placed in the horizontal direction. A pair of hook-and-loop fasteners 4c are fixed in the longitudinal direction of the upper and lower end portions of the surface of the small heat insulator 2 (2a) forming the upper end portion of the lower end.

As shown in FIG. 32, the rucksack S is composed of a rucksack body S1 and a pair of shoulder belts 5S fixed to the inner wall surface of the rucksack body S1. A pair of hook-and-loop fasteners 4d are fixed by sewing or the like along the horizontal longitudinal direction of both inner and outer ends where the pair of shoulder belts 5S on the bottom surface of the rucksack main body S1 formed in a bag shape with cloth or the like is provided. The

Horizontal direction of the upper end of the surface of the small heat insulator 2 (2a) forming the upper end of the surface fastener 4d and the heat insulator 2A provided along the horizontal longitudinal direction of the outer end of the bottom surface of the rucksack main body S1. The hook-and-loop fastener 4c provided along the longitudinal direction is joined, and furthermore, the hook-and-loop fastener 4d provided along the horizontal longitudinal direction of the inner end of the bottom surface of the rucksack body S1 and the upper end of the heat insulator 2A The backpack S and the portable mat 1A are detachably joined by joining the hook-and-loop fastener 4c provided along the horizontal longitudinal direction of the lower end portion of the surface of the small heat insulating body 2 (2a) forming the.

As shown in FIG. 33, the portable mat 1A in this embodiment includes a hook-and-loop fastener 4c and a backpack provided in the longitudinal direction of the upper and lower ends of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. A plurality of small heat insulators connected to the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A in a state where a pair of hook-and-loop fasteners 4d provided in the longitudinal direction of both end portions of the bottom surface of S are joined. 2 (2a) can be unfolded or folded in a bellows-like manner.

Therefore, even when the backpack is carried, the portable mat 1A can be easily expanded, reduced, or stored, and is effective even in an emergency. In addition, when the heat insulator 2A is deployed and used, the small heat insulator 2 (2a) can be easily stacked and used, so adjustment of cushioning or expansion range covering the human body can be easily adjusted. can do.

A nineteenth embodiment of the present invention is shown in FIG. FIG. 34 is a side view showing a state in which the portable mat 1A showing the nineteenth embodiment of the present invention is attached to the rucksack S. As shown in FIG.
The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, the portable mat 1A is folded in a bellows shape, and the heat insulating body 2A is placed in the horizontal direction. A pair of hook-and-loop fasteners 4c are fixed in the longitudinal direction in the horizontal direction of the upper and lower ends of the surface of the small heat insulator 2 (2a) that forms the upper end of each.

As shown in FIG. 34, the rucksack S is composed of the same components as the rucksack S shown in the eighteenth embodiment, and the rucksack body S1 constituting the body of the rucksack S has a pair of inner shoulder belts 5S fixed thereto. A rectangular base fabric 8 is fixed along the horizontal longitudinal direction of the lower end of the wall surface, and a hook-and-loop fastener 4d is fixed along the horizontal longitudinal direction of the lower end portion of the base fabric 8. A hook-and-loop fastener 4d is fixed in the horizontal longitudinal direction outside the bottom surface of S1.

Small heat insulator 2 that forms the upper end portion of the surface fastener 4d fixed to the base cloth 8 provided in the longitudinal direction of the lower end of the wall surface provided with the pair of shoulder belts 5S inside the rucksack main body S1 and the heat insulator 2A. A hook-and-loop fastener 4c provided in the horizontal longitudinal direction of the upper end portion of the surface of (2a) is joined, and a hook-and-loop fastener 4d provided along the horizontal longitudinal direction of the outer end portion of the bottom surface of the rucksack main body S1. And the hook-and-loop mat 1A are attached and detached by joining the hook-and-loop fastener 4a provided in the longitudinal direction in the horizontal direction at the lower end of the surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A. Joined freely.

The portable mat 1A according to this embodiment includes a hook-and-loop fastener 4c provided in the longitudinal direction in the horizontal direction at the lower end portion of the surface of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A, and the outer side of the bottom surface of the rucksack body S1. Since the hook-and-loop fastener 4d provided in the longitudinal direction of the horizontal direction is detached, the small heat insulating body 2 (2a) forming the upper end portion of the heat insulating body 2A can be expanded downward. It can be used in a range longer than the portable mat 1A in the embodiment. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

A twentieth embodiment of the present invention is shown in FIG. FIG. 35 is a side view showing a state in which the portable mat 1A showing the twentieth embodiment of the invention is attached to the rucksack S. As shown in FIG.
The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, the portable mat 1A is folded in a bellows shape, and the heat insulating body 2A is placed in the horizontal direction. A rectangular base cloth 8 is fixed along the horizontal longitudinal direction of the upper end of the surface of the small heat insulator 2 (2a) forming the upper end of the base, and the horizontal longitudinal direction of the upper end of the base cloth 8 is fixed. The hook-and-loop fastener 4c is fixedly installed along the horizontal longitudinal direction of the lower end portion of the surface of the small heat insulating body 2 (2a) forming the upper end portion of the heat insulating body 2A.

As shown in FIG. 35, the rucksack S is composed of the same components as the rucksack S shown in the eighteenth embodiment, and the bottom of the inner wall surface provided with the pair of shoulder belts 5S of the rucksack body S1 is horizontal. The hook-and-loop fastener 4d is fixed in the longitudinal direction of the direction, and the hook-and-loop fastener 4d is fixed in the longitudinal direction in the horizontal direction at the outer end of the bottom surface of the rucksack main body S1.

The portable mat 1A is folded in a bellows shape and the heat insulator 2A is placed in the horizontal direction, and is provided in the longitudinal direction in the horizontal direction at the lower end of the wall surface on which the pair of shoulder belts 5S of the backpack body S1 is provided. The upper surface of the base fabric 8 provided in the horizontal longitudinal direction of the upper end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the surface fastener 4d and the heat insulating body 2A is provided in the horizontal longitudinal direction. The hook-and-loop fastener 4c is joined.

Furthermore, the horizontal longitudinal direction of the lower end part of the surface of the small heat insulator 2 (2a) which forms the upper end part of the hook-and-loop fastener 4d provided in the horizontal direction outside the bottom surface of the rucksack main body S1 and the heat insulator 2A. The back fastener S and the portable mat 1A are detachably joined by joining the hook-and-loop fastener 4c fixed to the base.

The portable mat 1A according to this embodiment has a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A and a horizontal outer surface of the bottom surface of the backpack body 1. By removing the hook-and-loop fastener 4d fixed in the direction, the small heat insulating body 2 (2a) that forms the upper end of the heat insulating body 2A can be developed downward. It can be used in a range that is longer than the mat 1A. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

A twenty-first embodiment of the present invention is shown in FIG. FIG. 36 is a side view showing a state in which the portable mat 1A showing the twenty-first embodiment of the present invention is attached to the rucksack S. FIG.
The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, the portable mat 1A is folded in a bellows shape, and the heat insulating body 2A is placed in the horizontal direction. The surface fastener 4c is fixed in the horizontal longitudinal direction of the lower end of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A, and the small heat insulator 2 (2a) that forms the lower end of the heat insulator 2A. A hook-and-loop fastener 4c is fixed in the longitudinal direction in the horizontal direction at the lower end of the bottom surface.

As shown in FIG. 36, the rucksack S is composed of the same components as the rucksack S shown in the eighteenth embodiment, and is provided at the lower end of the wall surface on which the pair of shoulder belts 5S inside the rucksack main body S1 is fixed. A horizontally long rectangular base fabric 8 is fixed along the longitudinal direction of the horizontal direction, and a hook-and-loop fastener 4d is fixed in the horizontal longitudinal direction at the lower end of the base fabric 8 so that the outer side of the bottom surface of the rucksack main body S1. A hook-and-loop fastener 4d is fixed along the longitudinal direction of the end in the horizontal direction.

A hook-and-loop fastener 4d and a heat insulator provided at the lower end of the base fabric 8 in a state where the base fabric 8 fixed to the lower end of the wall surface provided with the pair of shoulder belts 5S inside the backpack body S1 is suspended. The hook-and-loop fastener 4c provided in the longitudinal direction of the horizontal direction of the lower end part of the bottom face of the small heat insulator 2 (2a) forming the lower end part of 2A is joined.

Furthermore, the surface fastener 4c provided in the horizontal longitudinal direction of the lower end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulating body 2A and the horizontal longitudinal direction outside the bottom surface of the rucksack body S1. By joining the surface fastener 4d provided on the backpack S, the backpack S and the portable mat 1A are joined detachably.

The portable mat 1A according to this embodiment has a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A and a horizontal surface outside the bottom surface of the rucksack body 1. By removing the hook and loop fastener 4d fixed in the direction, the vertical length of the base fabric 8 fixed to the lower end of the wall surface provided with the pair of shoulder belts 5S inside the backpack body S1 is included. Since the heat insulator 2A can be developed, it can be used in a range that is longer than the portable mat 1A in the eighteenth embodiment. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

A twenty-second embodiment of the present invention is shown in FIG. FIG. 37 is a side view showing a state in which the portable mat 1A showing the twenty-second embodiment of the present invention is attached to the rucksack S. As shown in FIG.
The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, the portable mat 1A is folded in a bellows shape, and the heat insulating body 2A is placed in the horizontal direction. A hook-and-loop fastener 4c is fixed along the horizontal longitudinal direction of the top edge of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A, and the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. A hook-and-loop fastener 4c is fixed along the horizontal longitudinal direction of the lower end portion of the surface.

As shown in FIG. 37, the rucksack S is composed of the same components as the rucksack S shown in the eighteenth embodiment, and the longitudinal length of the lower end portion of the wall surface provided with the pair of shoulder belts 5S of the rucksack main body S1. A horizontally long rectangular base cloth 8 is fixed along the direction, a hook-and-loop fastener 4d is fixed along the horizontal longitudinal direction of the lower end of the base cloth 8, and the outer end of the bottom surface of the rucksack body S1. A hook-and-loop fastener 4d is fixed in the longitudinal direction.

The portable mat 1A is folded in a bellows shape and the heat insulator 2A is placed in the horizontal direction, and is provided in the longitudinal direction in the horizontal direction at the lower end of the wall surface on which the pair of shoulder belts 5S of the backpack body S1 is provided. A hook-and-loop fastener 4c provided in the horizontal longitudinal direction of the upper end edge of the small heat insulator 2 (2a) forming the upper end portion of the heat insulating body 2A and the surface fastener 4d fixed to the lower end portion of the base fabric 8 is provided. Be joined.

Furthermore, the horizontal longitudinal direction of the lower end part of the surface of the small heat insulator 2 (2a) which forms the upper end part of the hook-and-loop fastener 4d provided in the horizontal direction outside the bottom surface of the rucksack main body S1 and the heat insulator 2A. By attaching the hook-and-loop fastener 4c fixed to the backpack, the backpack S and the portable mat 1A are detachably joined.

The portable mat 1A according to this embodiment has a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A and a horizontal surface outside the bottom surface of the rucksack body 1. By removing the hook-and-loop fastener 4d fixed in the direction, the small heat insulating body 2 (2a) that forms the upper end of the heat insulating body 2A can be developed, so that the portable mat 1A according to the eighteenth embodiment can be used. Can be used in a vertically long range. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

A twenty-third embodiment of the present invention is shown in FIGS. FIG. 38 is a side view showing a state in which the portable mat 1H showing the twenty-third embodiment of the present invention is detachably attached to the rucksack S, and FIG. 39 shows the portable mat showing the twenty-third embodiment of the present invention. It is the top view by which 1H was expand | deployed.

As shown in FIG. 38, the rucksack S is composed of the same components as the rucksack S of the eighteenth embodiment, and the horizontal direction of the lower end portion of the wall surface on which the pair of shoulder belts 5S inside the rucksack main body S1 is fixed. A horizontally long rectangular base fabric 8 is fixed along the longitudinal direction of the base fabric 8, and a hook-and-loop fastener 4 c is fixed in the longitudinal direction in the horizontal direction at the lower end of the base fabric 8. A pair of hook-and-loop fasteners 4d are fixed in the horizontal longitudinal direction.

As shown in FIG. 39, the portable mat 1H includes the same components as the portable mat 1H shown in the ninth embodiment. The portable mat 1H is composed of a connection heat insulator 11A, and the connection heat insulator 11A is formed of a pair of heat insulators 2A. These heat insulators 2A are composed of the same components as the heat insulator 2A shown in the first embodiment, and extend along the horizontal direction of the upper end of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. The base cloth 8 is fixed and a rectangular surface fastener 4d corresponding to the base cloth 8 is fixed in the longitudinal direction.

A hook-and-loop fastener 4c is fixed along the longitudinal direction of the lower end portion of the surface of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A, and the small heat insulator 2 (2a) that forms the lower end portion of the heat insulator 2A. The surface fastener 4d is fixed in the horizontal direction at the upper end portion of the bottom surface, and the surface fastener 4c is fixed in the horizontal direction at the lower end portion.

As shown in FIG. 38, the connecting heat insulator 11A constituting the portable mat 1H has a pair of heat insulators 2A folded in a bellows shape and placed horizontally, and the lower end portion of one heat insulator 2A constituting the upper portion is arranged. The small heat insulator 2 (the surface fastener 4d provided at the upper end portion of the bottom surface of the small heat insulator 2 (2a) to be formed and the surface fastener 4c provided at the lower end portion form the lower end portion of the other heat insulator 2A ( 2a) is alternately joined to the hook-and-loop fastener 4d and the hook-and-loop fastener 4c provided on the bottom surface, and the pair of heat insulators 2A are connected in a detachable manner in the form of a square cube to form the connection heat insulator 11A.

In this state, it is provided in the longitudinal direction in the horizontal direction of the base fabric 8 fixed to the upper end portion of the surface of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A. The hook-and-loop fastener 4c provided on the base cloth 8 fixed along the longitudinal direction of the horizontal direction of the lower end portion of the wall surface provided with the pair of shoulder belts 5S inside the backpack body S1 is joined. The

Furthermore, the hook-and-loop fastener 4c provided in the longitudinal direction of the horizontal direction of the lower end part of the surface of the small heat insulating body 2 (2a) which forms the upper end part of the heat insulating body 2A constituting the upper part of the connecting heat insulating body 11A and the backpack body S1 The back fastener S and the portable mat 1H are detachably joined by joining the surface fasteners 4d provided in the horizontal longitudinal direction outside the bottom surface.

The portable mat 1H of this embodiment includes a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A. The small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A can be expanded downward by removing the hook-and-loop fastener 4d fixed in the horizontal direction outside the bottom surface of the rucksack main body S1. Therefore, it can be used in a range longer than the portable mat 1A in the eighteenth embodiment. Other effects of the portable mat 1H in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

As shown in FIG. 38, the base fabric fixed in the longitudinal direction in the horizontal direction of the upper end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A. 8 is fixed to the base fabric 8 provided along the horizontal longitudinal direction of the lower end portion of the wall surface on which the hook-and-loop fastener 4d provided in the longitudinal direction and the pair of shoulder belts 5S inside the rucksack body S are fixed. The formed surface fastener 4c is detached.

Furthermore, the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A constituting the upper portion of the hook and loop fastener 4d and the connecting heat insulator 11A provided in the horizontal longitudinal direction of the outer end portion of the bottom surface of the rucksack main body S1. The portable mat 1H is removed from the rucksack S by releasing the hook-and-loop fastener 4c provided at the lower end of the surface.

Surface fasteners (4c, 4d) provided at the upper and lower end portions of the bottom surface of the small heat insulator 2 (2a) forming the lower end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A of the portable mat 1H in this state. The hook-and-loop fasteners (4c, 4d) provided at the upper and lower ends of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A constituting the lower part of the connecting heat insulator 11A are removed.

As shown in FIG. 39, the hook-and-loop fastener 4c fixed in the horizontal direction of the lower end portion of the small heat insulator 2 (2a) that forms the lower end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A and the connection heat insulator. The hook-and-loop fastener 4d fixed in the horizontal direction of the upper end portion of the base fabric 8 provided at the upper end of the small heat insulator 2 (2a) forming the upper portion of the heat insulator 2A constituting the lower portion of 11A is joined. The portable mat 1H can be used as a simple mat by joining the pair of heat insulators 2A so as to be detachable and connecting the pair of heat insulators 2A in an unfolded state.

A twenty-fourth embodiment of the present invention is shown in FIGS. FIG. 40 is a side view showing a state in which the portable mat 1S showing the twenty-fourth embodiment of the present invention is attached to the rucksack S, and FIG. 41 is a plan view showing that the portable mat 1S is developed.
As shown in FIG. 40, the portable mat 1S is composed of a connection heat insulator 11H, and the connection heat insulator 11H is composed of a heat insulator 2A constituting the lower part and a heat insulator 2D constituting the upper part.

As shown in FIG. 40, the rucksack S is composed of the same components as the rucksack S in the eighteenth embodiment, and the rucksack main body S1 is perpendicular to both ends of the upper part of the inner wall surface on which the pair of shoulder belts 5S are fixed. A rectangular hook-and-loop fastener 4f is fixed by sewing or the like along the direction, and a hook-and-loop fastener 4e is fixed by sewing or the like along the vertical longitudinal direction of both lower ends, and the horizontal direction of the outer end portion of the bottom surface The hook-and-loop fastener 4d is fixed by sewing or the like along the longitudinal direction.

As shown in FIG. 41, the heat insulating body 2D is composed of the same components as the heat insulating body 2D in the fifth embodiment, and both ends of the central portion of the wall surface of the small cut body 2 (2d) that forms the upper portion of the heat insulating body 2D. A vertical rectangular hook-and-loop fastener 4e is fixed in the vertical direction, and a vertical rectangular hook-and-loop fastener 4f is fixed in the vertical direction at both ends of the central portion of the wall surface of the small heat insulating body 2d forming the lower part of the heat insulating body 2D. Is done.

A base cloth 8 is fixed by sewing or an adhesive along the longitudinal direction of the lower end of the small heat insulator 2 (2d) forming the lower part of the heat insulator 2D. A hook-and-loop fastener 4d is fixedly attached.

As shown in FIG. 40, the hook-and-loop fastener 4c provided in the horizontal longitudinal direction of the upper end portion of the surface of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A forms the lower portion of the heat insulator 2D. The heat insulator 2D and the heat insulator 2A are detachably joined to each other by joining with a surface fastener 4d provided at the lower part of the base fabric 8 fixed to the lower end of the small heat insulator 2 (2d). The portable mat 1S is formed at the same time as is formed.

The hook-and-loop fastener 4f provided at both ends of the upper surface of the wall surface of the backpack body S1 provided with the pair of shoulder belts 5S and the both ends of the wall surface of the small heat insulator 2 (2d) forming the upper portion of the heat insulator 2D. A pair of hook-and-loop fasteners 4e and both ends of the wall surface of the small heat insulator 2d forming the lower portion of the heat insulator 2D and the hook-and-loop fastener 4e provided at both lower ends of the wall surface provided with the pair of shoulder belts 5S of the backpack body S1. The horizontal length of the lower end of the surface of the small heat insulator 2 (2a) that forms the upper end of the surface fastener 4f, the surface fastener 4d provided outside the bottom surface of the backpack main body S1, and the heat insulator 2A. The portable mat 1S is detachably joined to the backpack S by joining the surface fasteners 4c fixed in the direction.

The portable mat 1S of this embodiment includes a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A constituting the lower portion of the connection heat insulator 11H. By removing the hook-and-loop fastener 4d fixed in the horizontal direction outside the bottom surface of the rucksack main body S1, the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A can be expanded downward. Therefore, it can be used in a range longer than the portable mat 1A in the eighteenth embodiment. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the eighteenth embodiment.

When the portable mat 1S is removed from the rucksack S and the connection heat insulator 11H is folded in a bellows shape, the mobile mat 1S is fixed to both ends of the upper portion of the wall surface of the small heat insulator 2 (2d) that forms the upper portion of the heat insulator 2D. By joining the square hook-and-loop fastener 4a and the square hook-and-loop fastener 4b fixed to both ends of the lower portion of the wall surface of the small heat insulator 2 (2d) constituting the lower portion of the heat insulator 2D, the small heat insulator 2 is joined. (2d) are joined detachably, and the heat insulator 2D is folded detachably.

Furthermore, the lower end of the surface of the small heat insulator 2 (2a) forming the hook and loop fastener 4f provided in the vertical direction of both ends of the wall surface of the small heat insulator 2d forming the lower part of the heat insulator 2D and the upper end of the heat insulator 2A. The hook-and-loop fastener 4c provided in the part is joined detachably, and the connection heat insulator 11H is folded into a quadrangular cubic shape.

The connecting heat insulator 11H constituting the portable mat 1S is composed of a heat insulator 2D that forms the upper part and a heat insulator 2A that forms the lower part, and the heat insulator 2D that forms the upper part is a small heat insulator 2 (2d formed of a mesh material). 2d) are connected to each other, and air can be passed between the backpack and the human body. Therefore, when there is perspiration from the human body, there is an effect of suppressing the perspiration.

Further, the heat insulator 2A constituting the lower part of the connection heat insulator 11H has the same effect as that of the eighteenth embodiment. When the heat insulator 2A is not necessary, a hook-and-loop fastener 4d provided at the outer end of the bottom surface of the rucksack main body S1 and a lower end portion of the surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A The provided surface fastener 4c is detached.

Furthermore, the surface fastener 4d provided in the lower part of the base fabric 8 fixed to the lower end of the small heat insulator 2 (2d) that forms the lower end portion of the heat insulator 2D and the small heat insulator that forms the upper end portion of the heat insulator 2A. The heat insulator 2A can be detached from the backpack S and used by detaching the hook-and-loop fastener 4c provided at the upper end of the surface 2 (2a) and detaching the heat insulator 2A from the connection heat insulator 11H.

The portable mat 1S can be removed from the backpack S and used as a simple mat. As shown in FIG. 40, a pair of surfaces provided in the vertical direction at both ends of the small heat insulator 2 (2d) forming the upper portion of the heat insulator 2D constituting the upper portion of the connecting heat insulator 11H constituting the portable mat 1S. The pair of hook-and-loop fasteners 4f provided in the vertical direction at both ends of the upper portion of the fastener 4e and the rucksack main body S1 are detached.

In that state, a pair of hook-and-loop fasteners 4f provided in the vertical direction at both ends of the small heat insulator 2 (2d) forming the lower portion of the heat insulator 2D constituting the upper portion of the connection heat insulator 11H and the lower portion of the rucksack body S1. A pair of hook-and-loop fasteners 4e provided in the vertical direction of both ends are separated.

Further, a hook-and-loop fastener 4c provided in the longitudinal direction of the lower end portion of the surface of the small heat insulating body 2 (2a) forming the upper end portion of the heat insulating body 2A constituting the lower portion of the connecting heat insulating body 11H and the outer side of the bottom surface of the rucksack body S1. By removing the hook-and-loop fastener 4d provided in the longitudinal direction at the end of the mobile mat 1S, the portable mat 1S can be used as a simple mat by unfolding the connecting heat insulator 11H as shown in FIG.

A twenty-fifth embodiment of the present invention is shown in FIG. FIG. 42 is a side view showing a state in which the portable mat 1A showing the twenty-fifth embodiment of the present invention is detachably attached to the rucksack S. FIG. The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 42, the rucksack S is composed of the same components as the rucksack S in the eighteenth embodiment, and in the horizontal longitudinal direction of the lower end portion of the wall surface provided with the pair of shoulder belts 5S of the rucksack main body S1. A laterally long rectangular base cloth 8 is fixedly provided, and a hook-and-loop fastener 4d is provided in the horizontal longitudinal direction of the lower end portion of the base cloth 8. The portable mat 1A includes the same components as the portable mat 1A in the first embodiment.

The vertically long rectangular flat plate-shaped heat insulator 2A is folded in a bellows shape and placed in the vertical direction, and the horizontal length of the upper end of the surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A. A base fabric 8 is fixed in the direction, and a hook-and-loop fastener 4c is fixed in the horizontal longitudinal direction of the upper portion of the base fabric 8.

A hook-and-loop fastener 4d fixed to a lower end portion of a base cloth 8 provided in a longitudinal direction of a horizontal direction of a lower end portion of a wall surface provided with a pair of shoulder belts 5S of the rucksack main body S1 and an upper end portion of a heat insulator 2A are formed. The backpack S and the portable mat 1A are detached by joining the hook-and-loop fastener 4c fixed in the horizontal direction of the base fabric 8 provided in the horizontal longitudinal direction of the upper end of the small heat insulator 2 (2a) Joined freely.

The effect of the portable mat 1A in this embodiment is the same as that of the portable mat 1A in the nineteenth, twenty-first, twenty-first, and twenty-second embodiments.
The portable mat 1A in this embodiment is detached from the backpack S, and a similar portable mat 1A is joined to connect the pair of portable mats 1A so that they can be used as a simple mat.

The horizontal direction of the base fabric 8 provided in the longitudinal direction in the horizontal direction of the upper end portion of the small heat insulating body 2 (2a) that unfolds the pair of mobile mats 1A and forms the upper end portion of the heat insulating body 2A of the one mobile mat 1A. A pair of surface fasteners 4c fixed to both ends of the lower end of the small heat insulating body 2 (2a) forming the lower end of the heat insulating body 2A of the other portable mat 1A is joined together. The portable mat 1A is connected.

A twenty-sixth embodiment of the present invention is shown in FIGS. 43 shows a twenty-sixth embodiment of the present invention, in which a portable mat 1A is detachably attached to the cooler fish rod B, and FIG. 44 is a portable mat 1A that is detachable from the cooler fish rod B. It is a side view of the attached state. The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 43, the cooler fish carp B includes a cooler fish carp body B1 formed of a chemical synthetic fiber material such as vinylon, polyester, nylon, etc., the cooler fish carp upper lid B2 constituting the upper part, and the cooler fish carp body It is comprised from a pair of belt ring 5b fixed to the upper part of the inner wall surface of B1. As shown in FIG. 44, the cooler fish carp body B1 constituting the cooler fish carp B showing this embodiment has a pair of hook-and-loop fasteners 4d along the longitudinal direction of both the inner and outer ends of the bottom surface, or a high frequency It is fixed with a welder.

With the portable mat 1A folded in a bellows shape and the heat insulator 2A placed horizontally, the upper and lower ends of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A A pair of hook-and-loop fasteners 4c provided along the horizontal longitudinal direction and a pair of hook-and-loop fasteners 4d provided in the horizontal longitudinal direction at both inner and outer ends of the bottom surface of the cooler fish carp body B1 are joined. Thus, the portable mat 1A and the cooler fish bowl B are detachably joined.

1 A of portable mats are the longitudinal direction of the surface upper and lower end part of the surface of the small heat insulator 2 (2a) which forms the upper end part of the hook-and-loop fastener 4d provided in the longitudinal direction of the both ends of the bottom face of the cooler fish body B1, and the heat insulating body 2A A plurality of small heat insulators 2 (2a) connected to the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A can be detachably attached in a bellows shape with the surface fastener 4c provided on the heat sink 2A being joined. Can be unfolded or folded.

Therefore, even when the cooler fish kite B is attached to the human body, the portable mat 1A can be easily expanded, reduced or stored, and is effective even in an emergency. In addition, when the heat insulator 2A is deployed and used, the small heat insulator 2 (2a) can be used in an overlapping manner, so that adjustment of cushioning or an expansion range covering the human body can be easily adjusted. Can do.

A twenty-seventh embodiment of the present invention is shown in FIG.
FIG. 45 is a side view showing a 27th embodiment of the present invention in a state in which the portable mat 1A is detachably attached to the cooler fish carp B.
The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 45, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and the cooler fish rod body B1 constituting the main body of the cooler fish rod B A rectangular base cloth 8 is provided along the horizontal longitudinal direction of the lower end of the wall surface to which the pair of belt rings 5b are fixed, and the surface fastener is provided along the horizontal longitudinal direction of the lower end portion of the base cloth 8. 4d is fixedly provided, and a hook-and-loop fastener 4d is provided in the horizontal longitudinal direction outside the bottom surface of the cooler fish body B1.

In the state where the portable mat 1A is folded in a bellows shape and the heat insulator 2A is placed in the horizontal direction, it is based on the longitudinal direction of the lower end of the wall surface provided with the pair of belt rings 5b inside the cooler fish body B1. A cloth 8 is provided, and is provided in the longitudinal direction in the horizontal direction of the upper end of the surface of the small heat insulator 2 (2a) that forms the upper end of the surface fastener 4d fixed to the lower end of the base cloth 8 and the heat insulator 2A. The small surface insulator 4 which joins the formed surface fastener 4c and forms the upper end part of the surface fastener 4d provided along the horizontal longitudinal direction of the outer edge part of the bottom face of the cooler fish body B1 and the heat insulator 2A. (2a) The surface fastener 4c provided in the lower end part of the surface is joined, and the cooler fish cake B and the portable mat 1A are joined detachably.

The portable mat 1A according to this embodiment has a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A, and the horizontal outside the bottom surface of the cooler fish rod body B1. Since the hook-and-loop fastener 4d fixed in the direction is detached, the small heat insulating body 2 (2a) that forms the upper end portion of the heat insulating body 2A can be developed downward, so in the twenty-sixth embodiment. It can be used in a range that is longer than the portable mat 1A. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the twenty-sixth embodiment.

An twenty-eighth embodiment of the present invention is shown in FIG.
FIG. 46 is a side view of a state in which the portable mat 1A showing the twenty-eighth embodiment of the present invention is detachably attached to the cooler fish carp B.
The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 46, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and is a wall surface provided with a pair of belt rings 5b of the cooler fish rod body B1. A hook-and-loop fastener 4d is fixed in the longitudinal direction in the horizontal direction at the lower end, and a hook-and-loop fastener 4d is fixed in the horizontal longitudinal direction at the outer end of the bottom surface of the cooler fish body B1.

In a state where the portable mat 1A is folded in a bellows shape and the heat insulating body 2A is placed in the horizontal direction, the lower end of the wall surface on which the pair of belt rings 5b of the cooler fish carp body B1 is provided is arranged in the horizontal longitudinal direction. The surface provided in the longitudinal direction of the base fabric 8 fixed in the longitudinal direction in the horizontal direction of the upper end portion of the surface of the small thermal insulator 2 (2a) that forms the upper end portion of the provided surface fastener 4d and the thermal insulator 2A The fastener 4c is joined.

Furthermore, the horizontal fastener 4d provided in the horizontal longitudinal direction outside the bottom surface of the cooler fish body B1 and the lower end of the surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A in the horizontal direction. By joining the surface fastener 4c fixed in the longitudinal direction, the cooler fish carp B and the portable mat 1A are detachably joined.

The portable mat 1A according to this embodiment has a hook-and-loop fastener 4c fixed in the horizontal direction at the lower end of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A, and the horizontal outside the bottom surface of the cooler fish rod body B1. Since the hook-and-loop fastener 4d fixed in the direction is detached, the small heat insulating body 2 (2a) that forms the upper end portion of the heat insulating body 2A can be developed downward, so in the twenty-sixth embodiment. It can be used in a range that is longer than the portable mat 1A. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the twenty-sixth embodiment.

A twenty-ninth embodiment of the present invention is shown in FIG.
FIG. 47 is a side view of a state in which the portable mat 1A showing the twenty-ninth embodiment of the present invention is detachably attached to the cooler fish carp B.
The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 47, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and a pair of belt rings 5b inside the cooler fish rod body B1 are fixed. A horizontally long rectangular base cloth 8 is provided along the horizontal longitudinal direction of the lower end portion of the wall surface, and a hook-and-loop fastener 4d is fixed in the horizontal longitudinal direction of the lower end portion of the base cloth 8 to cooler fish. A hook-and-loop fastener 4d is fixed along the horizontal longitudinal direction of the outer end of the bottom surface of the collar body B1.

The portable mat 1A is folded in a bellows shape, and the heat insulator 2A is horizontally placed, and is fixed to the lower end of the wall surface provided with the pair of belt rings 5b inside the cooler fish body B1. In the state where the base fabric 8 is hung down, the horizontal fastener 4d provided at the lower end portion of the base fabric 8 and the lower end portion of the bottom surface of the small heat insulator 2 (2a) forming the lower end portion of the heat insulator 2A are arranged in the horizontal direction. A hook-and-loop fastener 4c provided in the longitudinal direction is joined.

Further, a hook-and-loop fastener 4c provided in the horizontal longitudinal direction of the lower end portion of the surface of the small heat insulating body 2 (2a) forming the upper end portion of the heat insulating body 2A and the horizontal direction outside the bottom surface of the cooler fish carp body B1. By joining the surface fastener 4d provided in the longitudinal direction, the cooler fish carp B and the portable mat 1A are detachably joined.

The portable mat 1A of this embodiment has a horizontal fastener 4c fixed to the lower end of the surface of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A and the horizontal direction outside the bottom surface of the cooler fish carp body B1. By disengaging the hook and loop fastener 4d fixed to the heat insulator 2A including the base fabric 8 fixed to the lower end of the wall surface provided with the pair of belt rings 5b inside the cooler fish carp body B1. Since it can expand | deploy downward, it can be used in the range longer than the portable mat 1A in 26th embodiment. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the twenty-sixth embodiment.

A thirtieth embodiment of the present invention is shown in FIG.
FIG. 48 is a side view of a state in which the portable mat 1A showing the thirtieth embodiment of the present invention is detachably attached to the cooler fish carp B.
The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 48, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and is a wall surface provided with a pair of belt rings 5b of the cooler fish rod body B1. A horizontally long rectangular base cloth 8 is provided along the horizontal longitudinal direction of the lower end part, and a hook-and-loop fastener 4d is fixed along the horizontal longitudinal direction of the lower end part of the base cloth 8, and the cooler fish rod body A hook-and-loop fastener 4d is fixed in the longitudinal direction in the horizontal direction at the outer end of the bottom surface of B1.

In the state where the portable mat 1A is folded in a bellows shape and the heat insulator 2A is placed in the horizontal direction, the horizontal longitudinal direction of the lower end portion of the wall surface provided with the pair of belt rings 5b of the cooler fish carp body B1 A hook-and-loop fastener provided in the longitudinal direction in the horizontal direction of the upper end edge of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A and the surface fastener 4d fixed to the lower end portion of the base fabric 8 provided in 4c is joined.

Furthermore, the horizontal longitudinal direction of the lower end part of the small heat insulator 2 (2a) that forms the upper end part of the surface fastener 4d and the heat insulator 2A provided in the horizontal longitudinal direction outside the bottom surface of the cooler fish carp body B1. When the hook-and-loop fastener 4c fixed to is attached, the cooler fish cake B and the portable mat 1A are detachably joined.

The portable mat 1A of this embodiment is a horizontal fastener 4c fixed in the longitudinal direction of the lower end portion of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A and the horizontal outside the bottom surface of the cooler fish rod body B1. Since the hook-and-loop fastener 4d fixed in the direction is detached, the small heat insulating body 2 (2a) that forms the upper end portion of the heat insulating body 2A can be developed downward, so in the twenty-sixth embodiment. It can be used in a range that is longer than the portable mat 1A. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the twenty-sixth embodiment.

A thirty-first embodiment of the present invention is shown in FIG. FIG. 49 is a side view showing a state in which the portable mat 1H is detachably attached to the cooler fish carp B according to the thirty-first embodiment of the present invention.

As shown in FIG. 49, the cooler fish carp B is composed of the same components as the cooler fish carp B of the twenty-sixth embodiment, and a pair of belt rings 5b inside the cooler fish carp body B1 are fixed. A horizontally long rectangular base cloth 8 is provided along the horizontal longitudinal direction of the lower end portion of the wall surface, and a hook-and-loop fastener 4c is fixedly provided in the horizontal longitudinal direction of the lower end portion of the base cloth 8, so A pair of hook-and-loop fasteners 4d are fixed in the horizontal longitudinal direction of both the inner and outer ends of the bottom surface of the main body B1.

As shown in FIG. 49, the portable mat 1H is composed of the same components as the portable mat 1H shown in the twenty-third embodiment, and the pair of heat insulators 2A is a pair of heat insulators shown in the twenty-third embodiment. It is formed by detachably connecting in the same embodiment as 2A.

A hook-and-loop fastener 4c provided in the longitudinal direction in the horizontal direction of the lower end portion of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A and the bottom surface of the cooler fish rod body B1. The horizontal fastener 4d provided in the longitudinal direction of the outer horizontal direction is joined and the upper end of the surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A constituting the upper portion of the connection heat insulator 11A is horizontal. Of the lower end of the wall surface provided with the hook-and-loop fastener 4d provided in the longitudinal direction of the back end of the base fabric 8 fixed in the longitudinal direction and the pair of belt rings 5b inside the cooler fish rod body B1. By joining the hook-and-loop fastener 4c provided in the longitudinal direction of the base cloth 8 fixed along the longitudinal direction in the horizontal direction, the cooler fish rod B and the portable mat 1H are joined detachably.

The portable mat 1H of this embodiment has a horizontal fastener 4c fixed in the horizontal direction at the lower end portion of the small heat insulator 2 (2a) that forms the upper end portion of the heat insulator 2A and a horizontal surface outside the bottom surface of the cooler fish carp body B1. By removing the hook-and-loop fastener 4d fixed in the direction, the small heat insulating body 2 (2a) that forms the upper end of the heat insulating body 2A can be developed downward, so in the twenty-sixth embodiment. It can be used in a range that is longer than the portable mat 1A. Other effects of the portable mat 1A in this embodiment are the same as those of the portable mat 1A in the twenty-sixth embodiment.

When the portable mat 1H is used after being removed from the cooler fish bowl B, the embodiment is the same as the embodiment of the portable mat 1H shown in the twenty-third embodiment.

A thirty-second embodiment of the present invention is shown in FIG. FIG. 50 is a side view showing a state in which the portable mat 1A showing the thirty-second embodiment of the present invention is detachably attached to the cooler fish carp B. The portable mat 1A includes the same components as the portable mat 1A shown in the first embodiment.

As shown in FIG. 50, the cooler fish carp B is composed of the same components as the cooler fish carp B in the twenty-sixth embodiment, and is provided at the lower end of the wall surface on which the pair of belt rings 5b of the cooler fish carp body B1 is provided. A horizontally long rectangular base fabric 8 is fixed along the horizontal longitudinal direction, and a hook-and-loop fastener 4d is provided in the horizontal longitudinal direction at the lower end of the base fabric 8.

The vertically long rectangular flat plate-like heat insulator 2A constituting the portable mat 1A is folded in a bellows shape and placed in the vertical direction, and the upper end of the surface of the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A. The base fabric 8 is fixed in the horizontal longitudinal direction, and the hook-and-loop fastener 4c is fixed in the horizontal longitudinal direction of the upper end portion of the base fabric 8.

A hook-and-loop fastener 4d provided in the horizontal longitudinal direction of the lower end portion of the base cloth 8 fixed in the horizontal longitudinal direction of the lower end portion of the wall surface provided with the pair of belt rings 5b of the cooler fish body B1; The surface fastener 4c fixed in the horizontal direction of the base fabric 8 provided in the horizontal longitudinal direction of the upper end of the small heat insulating body 2 (2a) that forms the upper end of the heat insulating body 2A is joined, so that the cooler The fish bowl B and the portable mat 1A are joined detachably.

The effect of the portable mat 1A in this embodiment is the same as that of the portable mat 1A in the 27th, 28th, 29th, and 30th embodiments.
The portable mat 1A in this embodiment can be detached from the cooler fish kite B, and a similar portable mat 1A can be connected and used as a simple mat.

A hook-and-loop fastener 4c fixed in the longitudinal direction of the horizontal direction of the upper end of the small heat insulator 2 (2a) that expands the pair of heat insulators 2A and forms the upper end of one heat insulator 2A and the other heat insulator A pair of portable mats 1A are connected by joining surface fasteners 4b fixed to both ends of the lower end of the small heat insulator 2 (2a) forming the lower end of 2A.

A thirty-third embodiment of the present invention is shown in FIG.
FIG. 51 is a side view of a state in which the portable mat 1Ab showing the thirty-third embodiment of the present invention is detachably attached to the cooler fish carp B. As shown in FIG. 51, the portable mat 1Ab is composed of the same components as the portable mat 1Ab shown in the second embodiment, and the portable mat 1Ab is composed of a heat insulator 2A (2Ab).

The cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and the horizontal direction of the upper and lower ends of the wall surface of the cooler fish rod body B1 provided with a pair of belt rings 5b. A hook-and-loop fastener 4d is fixed in the longitudinal direction, and a hook-and-loop fastener 4c is fixed in the horizontal longitudinal direction of the outer end of the bottom surface of the cooler fish carp body B1.

As shown in FIG. 51, a pair of vertically long holes na are formed in the center of the small heat insulator 2 (2ab) that forms the upper end of the heat insulator 2A (2Ab), and the small heat insulator 2 (2ab) A hook-and-loop fastener 4c is fixed in the horizontal longitudinal direction of the upper and lower ends, and further, the horizontal longitudinal length of the outer end of the small heat insulator 2 (2a) connected to the small heat insulator 2 (2ab). A hook-and-loop fastener 4d is fixed in the direction.

A pair of belt rings 5b provided on the side surface of the cooler fish rod body B1 is provided in a pair of vertically long holes na provided on the wall surface of the small heat insulator 2 (2ab) that forms the upper end of the heat insulator 2A (2Ab). Provided in the longitudinal direction of the upper and lower end portions of the wall surface of the small heat insulator 2 (2ab) with the small heat insulator 2 (2ab) inserted and forming the upper end portion of the heat insulator 2A (2Ab) standing vertically The pair of hook-and-loop fasteners 4c and the pair of hook-and-loop fasteners 4d provided on the wall surface of the cooler fish body B1 are joined.

Further, a hook-and-loop fastener 4c provided along the horizontal longitudinal direction of the outer end of the bottom surface of the cooler fish rod body B1 and the outer side of the small heat insulator 2 (2a) contacting the bottom surface of the cooler fish rod body B1. The cooler fish bowl B and the portable mat 1Ab are detachably joined by joining the surface fasteners 4d provided in the longitudinal direction of the end in the horizontal direction.

In the portable mat 1Ab, a small heat insulator 2 (2ab) forming the upper end of the heat insulator 2A (2Ab) is provided on a wall surface on which a pair of belt rings 5b of the cooler fish carp body B1 of the cooler fish carp B are fixed. Therefore, when the cooler fish rod B is attached to the human body by passing the belt through the pair of belt rings 5b, the body temperature of the human body is hardly transmitted to the cooler fish rod B.

Another effect of the portable mat 1Ab of this embodiment is that the longitudinal length of the outer end of the small heat insulator 2 (2a) connected to the small heat insulator 2 (2ab) that forms the upper end of the heat insulator 2A (2Ab). The surface fastener 4d provided in the direction and the surface fastener 4c provided in the longitudinal direction outside the bottom surface of the cooler fish body B1 are detached, and provided on the back surface and the both ends of the surface of the plurality of small heat insulators 2 (2a). The plurality of small heat insulators 2 (2a) are developed by removing the hook-and-loop fasteners (4a, 4b), and have the same effect as the portable mat 1A in the twenty-sixth embodiment.

A thirty-fourth embodiment of the present invention is shown in FIGS.
52 is a perspective view showing that the portable mat 1Ag according to the thirty-fourth embodiment of the present invention is detachably attached to the cooler fish rod B, and FIG. 53 is a diagram showing that the portable mat 1Ag is detachable from the cooler fish rod B. It is a side view which shows having been attached.

As shown in FIG. 52, the portable mat 1Ag is composed of a heat insulator 2A (2Ag), and the heat insulator 2A (2Ag) is a small heat insulator 2 (2ag) that forms the upper end of the heat insulator 2A (2Ag). It is formed from a plurality of small heat insulators 2 (2a) connected to the small heat insulator 2 (2ag).

The small heat insulator 2 (2ag) bends in the vertical direction, leaving a thin wall to the extent that the wall surfaces of the small heat insulator 2 (2a) can come into contact with each other, and constant in the horizontal direction of the wall surface of the heat insulator 2A (2Ag) When the cut 3 is made, the small heat insulator 2 (2ag) and the small heat insulator 2 (2a) are formed. At the same time, a connecting portion R (Ra) is formed between the small heat insulator 2 (2ag) and the small heat insulator 2 (2a), and the small heat insulator 2 (2ag) and the plurality of small heat insulators 2 (2a) are connected. The

As shown in FIG. 52, the pair of belt rings 5b provided on the inner side of the cooler fish carp B1 in a state where the small heat insulator 2 (2ag) forming the upper end portion of the heat insulator 2A (2Ag) is set up vertically. A pair of vertically long rectangular cutouts 10b corresponding to is formed in the vertical direction from the upper end of the small heat insulator 2 (2ag).

As shown in FIGS. 52 and 53, a vertically long rectangular hook-and-loop fastener 4m is fixed in the vertical direction at the center of the inner wall surface of the small heat insulator 2 (2ag) that forms the upper end of the heat insulator 2A (2Ag). Then, the hook-and-loop fastener 4d is fixed in the longitudinal direction in the horizontal direction at the outer end of the small heat insulator 2 (2a) connected to the small heat insulator 2 (2ag). Other components of the portable mat 1Ag are the same components as the portable mat 1A in the first embodiment.

The cooler fish carp B is composed of the same components as the cooler fish carp B in the twenty-sixth embodiment, and is a vertically long rectangle in the center of the wall surface of the cooler fish carp body B1 provided with a pair of belt rings 5b. The hook-and-loop fastener 4n is fixed, and the hook-and-loop fastener 4c is fixed in the longitudinal direction in the horizontal direction of the outer end of the bottom surface of the cooler fish carp body B1.

A pair of belt rings provided on the side surface of the cooler fish carp body B1 in a pair of vertically long rectangular notches 10b formed on the wall surface of the small heat insulator 2 (2ag) that forms the upper end of the heat insulator 2A (2Ag) 5b is inserted, and the small heat insulator 2 (2Ag) that forms the upper end of the heat insulator 2A (2Ag) in a state where the small heat insulator 2 (2ag) that stands vertically 2ag), the vertically long hook-and-loop fastener 4m provided in the vertical direction of the central portion of the wall surface and the vertical long hook-and-loop fastener 4n provided in the vertical direction of the central portion of the wall surface of the cooler fish body B1 are joined.

Further, as shown in FIG. 53, a hook-and-loop fastener 4c provided in the longitudinal direction in the horizontal direction of the outer end of the bottom surface of the cooler fish carp body B1, and a small heat insulator 2 (2a) in contact with the hook-and-loop fastener 4c. The cooler fish rod B and the portable mat 1Ag are detachably joined by joining the hook-and-loop fastener 4d provided in the longitudinal direction in the horizontal direction at the outer end portion of the cooler.

  As shown in FIG. 52, a pair of vertically long rectangular notches 10b are formed on the wall surface of the small heat insulator 2 (2ag) that forms the upper end of the heat insulator 2A (2Ag). Even when the belt is passed through the pair of belt rings 5b provided, the small heat insulator 2 (2ag) that forms the upper end of the heat insulator 2A (2Ag) is inserted between the cooler fish rod B and the belt 5. it can.

Furthermore, the vertically long rectangular hook-and-loop fastener 4m provided in the vertical direction of the central portion of the wall surface of the small heat insulator 2 (2ag) and the vertically long rectangular shape provided in the vertical direction of the central portion inside the cooler fish carp body B1. Since the hook-and-loop fastener 4n is joined, it is easy to detachably attach the portable mat 1Ag to the cooler fish rod B with the small heat insulator 2 (2ag) forming the upper end of the heat insulator 2A (2Ag) standing vertically. Can be. Other effects of the portable mat 1Ag of this embodiment are the same as the effects of the portable mat 1Ab in the thirty-third embodiment.

A thirty-fifth embodiment of the present invention is shown in FIG.
FIG. 54 is a side view showing that the portable mat 1A according to the thirty-fifth embodiment of the present invention is detachably attached to the cooler fish carp B. Cooler fish carp B It is comprised with the same component as the cooler fish carp B in 26th embodiment.

As shown in FIG. 54, the portable mat 1A includes a belt 5 and a heat insulator 2A, and the belt 5 has a rectangular hook-and-loop fastener 4d fixed in the longitudinal direction of the center portion. The portable mat 1A is composed of the same components as the portable mat 1A shown in the first embodiment, and is arranged in the horizontal direction at the center of the upper portion of the inner wall surface of the small thermal insulator 2 (2a) that forms the upper end of the thermal insulator 2A. A rectangular hook-and-loop fastener 4c is fixed at a position corresponding to the hook-and-loop fastener 4d provided on the belt 5, and the longitudinal direction of the outer end of the small heat insulator 2 (2a) that contacts the bottom surface of the cooler fish body B1 A hook-and-loop fastener 4d is fixedly attached.

With the small heat insulator 2 (2a) forming the upper end of the heat insulator 2A standing vertically, the belt 5 is passed between a pair of belt rings 5b provided on the wall surface of the cooler fish carp body B1, The surface fastener 4c provided in the horizontal direction above the wall surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A and the surface fastener 4d provided in the horizontal direction in the center portion of the belt 5 are joined. .

Furthermore, the surface fastener 4c provided in the horizontal longitudinal direction of the outer edge of the bottom surface of the cooler fish rod body B1 and the small heat insulator 2 (2a) in contact with the bottom surface of the cooler fish rod body B1 of the heat insulator 2A. The cooler fish rod B and the portable mat 1Ad are detachably joined by joining the hook-and-loop fastener 4d provided in the horizontal longitudinal direction of the outer end.

A hook-and-loop fastener 4c is fixed to a location corresponding to the hook-and-loop fastener 4d provided in the belt 5 in the horizontal direction at the center of the upper wall of the small heat insulator 2 (2a) forming the upper end of the portable mat 1A. Since the hook-and-loop fastener 4d corresponding to the hook-and-loop fastener 4c is fixed in the horizontal direction of the belt 5, the portable mat 1A and the cooler fish rod B are detached even when the belt 5 is passed through the pair of belt rings 5b. Joined freely. Other effects of the portable mat 1A of this embodiment are the same as the effects of the portable mat 1Ab in the thirty-third embodiment.

A thirty-sixth embodiment of the present invention is shown in FIGS.
55 is a perspective view showing that the portable mat 1Ah according to the thirty-sixth embodiment of the present invention is detachably attached to the cooler fish rod B, and FIG. 56 is a detachable portable mat 1Ah to the cooler fish rod B. It is a side view which shows having been attached. As shown in FIG. 55, the portable mat 1Ah includes a belt 5 and a heat insulator 2A (2Ah), and the heat insulator 2A (2Ah) includes a small heat insulator 2 (2ah) that forms the upper end portion, and the small heat insulator 2 It is formed from a plurality of small heat insulators 2 (2a) connected to (2ah).

The small heat insulator 2 (2ah) bends in the vertical direction, leaving a thin wall so that the wall surfaces of the small heat insulator 2 (2ah) and the small heat insulator 2 (2a) can contact each other, and the heat insulator 2A (2Ah) The small insulative body 2 (2ah, 2a) is formed by making a constant cut 3 in the horizontal direction of the wall surface, and at the same time connected between the small insulative body 2 (2ah) and the small insulative body 2 (2a). Part R (Ra) is formed, and the small heat insulator 2 (2ah) and the plurality of small heat insulators 2 (2a) are connected.

The folded heat insulating body 2A (2Ah) is placed in the horizontal direction, and the small heat insulating body 2 (2ah) forming the upper end of the heat insulating body 2A (2Ah) is in an L-shaped state in which the small heat insulating body 2A (2Ah) stands vertically. A pair of vertically long holes na are formed in the central part of the upper part of the wall surface of the body 2 (2ah), and cut in the vertical direction from the lower end of the pair of holes na to the lower end of the small heat insulator 2 (2ah) 3b (9) The cuts 3c (9) are made from the lower ends of the pair of cuts 3b (9) toward the horizontal direction at both ends of the small heat insulator 2 (2ah), so that both ends of the small heat insulator 2 (2ah) are formed. A pair of substantially square cutouts K is formed.

As shown in FIG. 56, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and the horizontal length of the outer end portion of the bottom surface of the cooler fish rod body B1. A hook-and-loop fastener 4c is fixed along the direction, and rectangular hook-and-loop fasteners 4a are fixed to both ends of the upper end of the small heat insulator 2 (2ah) forming the upper end of the heat insulator 2A (2Ah). Square hook-and-loop fasteners 4b are fixed to both ends on the outside of the surface of the small heat insulator 2 (2a) connected to the body 2 (2ah).

As shown in FIG. 55, the heat insulating body 2A folded in a bellows shape in a state where the belt 5 formed with a certain length that can be attached to the waist is passed through the pair of belt rings 5b of the cooler fish carp B. The small heat insulator 2 (2ah) that forms the upper end of (2Ah) is set up vertically, and the pair of cutouts K are pulled forward or pushed out toward the back, so that the small heat insulator 2 (2ah) A gap 9 is formed between the pair of cutout portions K, the belt 5 is inserted into the pair of gaps 9, and a pair of belt rings 5b are simultaneously inserted into the pair of vertically long holes na.

Furthermore, as shown in FIG. 56, the small heat insulator 2 (2ah) that forms the hook and loop fastener 4c provided in the longitudinal direction of the outer edge of the bottom surface of the cooler fish carp body B1 and the upper end of the heat insulator 2A (2Ah). The pair of hook-and-loop fasteners 4b fixed to both ends of the small heat insulator 2 (2a) connected to the portable mat 1Ah and the cooler fish rod B are detachably joined.

Other components of the portable mat 1Ah are the same components as the portable mat 1A in the first embodiment. Since cut portions K are provided at both ends of the small heat insulator 2 (2ah) that forms the upper end of the portable mat 1Ah, the portable mat 1Ah can be used even when the belt 5 is passed through the belt ring 5b constituting the cooler fish rod B. And the cooler fish bowl B are detachably joined. Other effects of the portable mat 1Ah of this embodiment are the same as those of the portable mat 1Ab in the thirty-third embodiment.

A thirty-seventh embodiment of the present invention is shown in FIGS. 57 is a perspective view showing a state in which the portable mat 1Ak showing the thirty-seventh embodiment of the present invention is detachably attached to the cooler fish rod B, and FIG. 58 is a plan view of the portable mat 1Ak of this embodiment. is there.

As shown in FIG. 57, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and is fixed to the wall surface of the cooler fish rod body B1 constituting the cooler fish rod B. In a state where the belt 5 is passed through the pair of belt rings 5b, the small heat insulator 2 (2ak) that forms the upper end portion of the heat insulator 2A (2Ak) that constitutes the vertically long portable mat 1Ak is vertically In the standing state, the cooler fish carp B and the portable mat 1Ae are detachably joined.

As shown in FIG. 58, a vertically long, flat plate-shaped portable mat 1Ak is composed of a heat insulator 2A (2Ak), and the heat insulator 2A (2Ak) is a small heat insulator 2 (which forms the upper end of the heat insulator 2A (2Ak). 2ak) and a plurality of small heat insulators 2 (2a) connected to the small heat insulator 2 (2ak).

The small heat insulator 2 (2ak) bends in the vertical direction, leaving a thin wall so that the wall surfaces of the small heat insulator 2 (2ak) and the small heat insulator 2 (2a) can contact each other, and the heat insulator 2A (2Ak) A small insulative body 2 (2ak, 2a) is formed by making a constant cut 3 in the horizontal direction of the wall surface. At the same time, a connecting portion R (Ra) is formed between the small heat insulator 2 (2ak) and the small heat insulator 2 (2a), and the small heat insulator 2 (2ak) and the plurality of small heat insulators 2 (2a) are connected. The

The small heat insulator 2 (2ak) forming the upper end of the heat insulator 2A (2Ak) has a pair of notches 10c formed at both ends of the upper wall surface, and a horizontally elongated hole nb on the wall surface between these notches 10c. Is formed. Other components of the portable mat 1Ak are the same components as the portable mat 1A in the first embodiment.

As shown in FIG. 57, the upper end of the heat insulator 2A (2ak) in a state where the belt 5 is passed through a pair of belt rings 5b fixed to the wall surface of the cooler fish carp body B1 constituting the cooler fish carp B. The small heat insulating body 2 (2ak) that forms the vertical direction, and a belt ring 5b provided on the wall surface of the cooler fish carp body B1 is formed in a pair of cuts 10c provided at both ends of the small heat insulating body 2 (2ak). Inserted.

Next, in a state where the upper end portions of the small heat insulator 2 (2ak) forming the upper end portion of the belt 5 and the heat insulator 2A (2Ak) are combined, the pair of notches 10c of the small heat insulator 2 (2ak) A rectangular base cloth 8 is passed through a horizontally elongated hole nb provided between them, rectangular hook-and-loop fasteners 4c and 4d provided at both ends of the base cloth 8 are joined, and the belt 5 and the heat insulator 2A (2Ak). By fixing the small heat insulator 2 (2ak) that forms the upper end of the fish rod B, the fish carp B and the heat insulator 2A (2Ak) are connected.

Further, the cooler fish carp body of the small heat insulator 2 (2a) connected to the surface fastener 4c provided in the horizontal longitudinal direction of the outer end of the bottom surface of the cooler fish carp B and the small heat insulator 2 (2ak) By joining the surface fasteners 4b provided at both ends on the outer side in contact with the bottom surface of B1, the cooler fish rod B and the portable mat 1Ak are detachably joined.

  Even if the cooler fish rod B is in a state where the belt 5 is passed through a pair of belt rings 5b fixed to the cooler fish rod body B1, the small insulator 2 (which forms the upper end of the insulator 2A (2Ak)) A belt ring 5b provided on the wall surface of the cooler fish carp B1 is inserted into a pair of notches 10c formed at both ends of the upper end of 2ak), and a horizontally long shape formed at the upper center of the small heat insulator 2 (2ak). A base cloth 8 having hook and loop fasteners 4c and 4d fixed to both ends is inserted into the hole nb, the belt 5 and the small heat insulator 2 (2ak) are joined, and the portable mat 1Ak is detachable from the cooler fish rod B. Can be joined. Other effects of the portable mat 1Ak of this embodiment are the same as those of the portable mat 1Ab in the thirty-third embodiment.

The thirty-eighth embodiment of the present invention is shown in FIGS. 59 is a perspective view showing a state in which the portable mat 1Am showing the thirty-eighth embodiment of the present invention is detachably attached to the cooler fish rod B, and FIG. 60 is a plan view of the portable mat 1Am of this embodiment. is there.

As shown in FIG. 59, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and is fixed to the wall surface of the cooler fish rod body B1 constituting the cooler fish rod B. In a state where the belt 5 is passed through the pair of belt rings 5b, the small heat insulating body 2 (2am) forming the upper end portion of the heat insulating body 2A (2Am) constituting the vertically long flat-plate portable mat 1Am is vertically In the standing state, the cooler fish carp B and the portable mat 1Am are detachably joined.

As shown in FIG. 60, a vertically long flat portable mat 1Am is composed of a heat insulator 2A (2Am), and the heat insulator 2A (2Am) is a small heat insulator 2 (forming the upper end of the heat insulator 2A (2am). 2am) and a plurality of small heat insulators 2 (2a) connected to the small heat insulator 2 (2am).

The small thermal insulator 2 (2am) bends in the vertical direction, leaving a thin wall to the extent that the wall surfaces of the small thermal insulator 2 (2am) and the small thermal insulator 2 (2a) can come into contact with each other. The small heat insulator 2 (2am, 2a) is formed by making a fixed cut 3 in the horizontal direction of the wall surface. At the same time, a connecting portion R (Ra) is formed between the small heat insulator 2 (2am) and the small heat insulator 2 (2a), and the small heat insulator 2 (2am) and the plurality of small heat insulators 2 (2a) are connected. The

The small heat insulator 2 (2am) that forms the upper end of the heat insulator 2A (2Am) has a pair of vertically long rectangular cutouts 10b formed at both ends of the upper end, and is formed at the upper part of the wall surface of the small heat insulator 2 (2am). A pair of horizontally long holes nb are formed at upper and lower positions between the pair of notches 10b. Other components of the portable mat 1Am are the same components as the portable mat 1A in the first embodiment.

As shown in FIG. 59, the cooler fish carp B is composed of the same components as in the twenty-sixth embodiment, and the belt 5 is passed through a pair of belt rings 5b fixed to the wall surface of the cooler fish carp body B1. In the state, a small heat insulator 2 (2am) that forms the upper end of the heat insulator 2A (2Am) is vertically set up, and a pair of cuts 10b provided at both ends of the small heat insulator 2 (2am) is provided with a cooler fish rod. A belt ring 5b provided on the wall surface of the main body B1 is inserted.

In this state, a pair of horizontally long shapes provided between the belt 5 and a pair of notches 10b formed at both ends of the small heat insulator 2 (2am) that forms the upper end of the heat insulator 2A (2Am). The rectangular base fabric 8 is passed through the hole nb, and the rectangular hook-and-loop fasteners 4c and 4d provided at both ends of the base fabric 8 are joined, so that the belt 5 and the upper end of the heat insulator 2A (2Am) are joined. The small heat insulator 2 (2am) that forms is fixed, and the fish carp B and the heat insulator 2A (2Am) are connected.

Further, the cooler fish rod B of the small heat insulator 2 (2a) connected to the surface fastener 4c provided in the horizontal longitudinal direction of the outer end portion of the bottom surface of the cooler fish rod B and the small heat insulator 2 (2am). By joining the hook-and-loop fasteners 4b provided at both ends on the outside in contact with the bottom surface, the cooler fish rod B and the portable mat 1Am are detachably joined.

As shown in FIG. 59, the cooler fish carp B has the upper end of the heat insulator 2A (2Am) even when the belt 5 is passed through a pair of belt rings 5b fixed to the cooler fish carp body B1. The belt ring 5b provided on the wall surface of the cooler fish rod B1 is inserted into a pair of notches 10b formed at both ends of the upper end of the small heat insulator 2 (2am) to be formed, and the upper portion of the small heat insulator 2 (2am) A base fabric 8 having hook and loop fasteners 4c and 4d fixed to both ends is inserted into a pair of horizontally long holes nb formed in the center of the belt, and the belt 5 and the small heat insulator 2 (2ak) are joined together to form a portable mat. 1Ak can be detachably joined to the cooler fish bowl B. Other effects of the portable mat 1Am of this embodiment are the same as those of the portable mat 1Ab in the thirty-third embodiment.

A 39th embodiment of the present invention is shown in FIGS. 61 is a plan view of the back surface of the portable mat 1A showing the 39th embodiment of the present invention, and FIG. 62 is a perspective view showing an embodiment in which the portable mat 1A of this embodiment is attached to a human body.

As shown in FIG. 61, the portable mat 1A of this embodiment is composed of the same components as the portable mat 1A shown in the first embodiment, and is a small thermal insulator 2 (2a) that forms the upper end of the thermal insulator 2A. A rectangular base cloth 8 is fixed to the upper part of the center of the back wall, and a rectangular hook-and-loop fastener 4c is fixed to the upper end of the back of the base cloth 8 in the horizontal direction. A rectangular hook-and-loop fastener 4e is fixed in the direction.

As shown in FIG. 62, in a state where the portable mat 1A of this embodiment is folded, the rectangular hook-and-loop fastener 4c provided in the upper part of the heat insulator 2A and provided in the horizontal direction of the upper end part and both ends or the center of the lower part. The belt 5 is sandwiched by the base fabric 8 in a state in which the surface fastener 4e provided in the vertical direction is on the inside.

At that time, the base fabric 8 is attached to the belt 5 by combining the surface fastener 4c provided in the horizontal direction of the upper end portion of the base fabric 8 and the surface fastener 4e provided in both ends of the lower portion of the base fabric 8 or in the central vertical direction. The portable mat 1A is detachably attached to the belt at the same time.

In this case, even when the belt 5 is attached to the waist of the human body, the portable mat 1A can be detachably attached, and further, the belt 5 is sandwiched between the base cloths 8 and the lower part of the base cloth 8 can be attached. The vertical length of the base fabric 8 depends on the vertical position at which the rectangular surface fastener 4e provided at both ends or the center of the vertical fastener 4e and the surface fastener 4c provided in the horizontal direction at the upper end of the base fabric 8 are joined. You can change that.

FIG. 63 shows a forty embodiment of the invention. FIG. 63 is a perspective view showing a state in which the portable mat 1C showing the forty embodiment of the present invention is detachably attached to the cooler fish carp B.

The portable mat 1C is composed of the same components as the portable mat 1C shown in the fourth embodiment, and the heat insulator 2C (2Cb) is connected to a plurality of horizontally long heat insulators 2 (2cc) forming the upper end. It is formed of a rectangular flat plate-shaped small heat insulator 2 (2c) and a connecting portion R (Rc). As shown in the fourth embodiment, in the heat insulator 2C (2Cb), the base fabric 8 is formed into a vertically long rectangular bag by sewing or the like, and a plurality of horizontally long rectangular flat plates are formed from the opening of the bag. The foam is inserted, and the base fabric 8 on the front and back of the bag body between the plurality of foams is stitched to form a plurality of small heat insulators 2 (2cc, 2c).

As shown in FIG. 63, the cooler fish rod B is composed of the same components as the cooler fish rod B shown in the twenty-sixth embodiment, and is fixed to the wall surface of the cooler fish rod body B1 constituting the cooler fish rod B. In a state where the belt 5 is passed through the pair of belt rings 5b, the small heat insulator 2 (2cc) forming the upper end portion of the heat insulator 2C (2Cb) constituting the vertically long flat-plate-shaped portable mat 1C is vertically In the standing state, the cooler fish carp B and the portable mat 1C are detachably joined.

The small heat insulator 2 (2 cc) forming the upper end of the heat insulator 2C (2Cb) has a foam in which a pair of vertically long rectangular cutouts 10b are formed at both ends of the upper end, and is sewn with the base fabric 8, and the small heat insulator A vertical rectangular rectangular fastener 4c is fixed to the center of a pair of cutouts 10b formed in the upper end edge of the wall 2 of the body 2 (2cc), and the lower end, or the center The lower part of the base fabric 8 to which the rectangular surface fastener 4e is fixed is fixed in the vertical direction.

Further, the pair of cutouts 10b of the small heat insulator 2 (2cc) forming the upper end of the heat insulator 2C (2Cb) is provided on the inner wall surface of the cooler fish carp body B1, and the belt 5 is passed through. In a state where the pair of belt rings 5b is inserted and the belt 5 is sandwiched between the base cloths 8, both ends of the lower part of the base cloth 8 or rectangular hook-and-loop fasteners 4e fixed vertically in the center and the upper ends of the base cloths The rectangular hook-and-loop fastener 4c fixed in the horizontal direction of the part is joined.

Further, the cooler fish rod B of the small heat insulator 2 (2c) connected to the surface fastener 4c provided in the horizontal longitudinal direction of the outer end portion of the bottom surface of the cooler fish rod B and the small heat insulator 2 (2cc). By joining the hook-and-loop fasteners 4b provided at both lower end portions in contact with the bottom surface, the cooler fish rod B and the portable mat 1Cb are detachably joined.

As shown in FIG. 63, the cooler fish carp B is detachably attached to the portable mat 1C even when the belt 5 is passed through a pair of belt rings 5b fixed to the cooler fish carp body B1. B can be attached.
Other effects of the portable mat 1C of this embodiment are the same as those of the portable mat 1Ab in the thirty-third embodiment.

A forty-first embodiment of the present invention is shown in FIGS. 64 is a plan view showing that the belt 5 is attached to the portable mat 1A showing the forty-first embodiment of the present invention, and FIG. 65 shows the belt 5 attached to the portable mat 1A showing the forty-first embodiment of the present invention. It is a side view which shows having been attached.

As shown in FIG. 64, the portable mat 1A of this embodiment is composed of the same components as the portable mat 1A shown in the first embodiment, and is a small thermal insulator 2 (2a) that forms the upper end of the thermal insulator 2A. A rectangular base cloth 8 is fixed to the upper part of the center of the back wall, and a hook-and-loop fastener 4p having hooks and loops in the vertical direction from both ends of the surface of the base cloth 8 or from the upper end to the lower end of the center. Is fixed.

A hook-and-loop fastener 4p having both a hook and a loop is fixed in the horizontal direction at the center of the belt 5, and the hook-and-loop fastener 4p is fixed in the vertical direction from both ends of the surface of the base fabric 8 or from the upper end to the lower end of the center. And the hook-and-loop fastener fixed in the horizontal direction at the center of the belt 5 are joined together so that the portable mat 1A is detachably joined to the belt 5.

As shown in FIG. 65, since the surface fastener 4p is fixed in the horizontal direction at the center of the belt 5, the portable mat 1A can be attached to the belt 5 without the belt 5 being sandwiched between the base cloths 8.
Therefore, the length of the base fabric 8 need not be at least twice the width of the belt 5.

The hook-and-loop fastener 4p fixed in the horizontal direction in the center of the belt 5 and the both ends of the surface of the base fabric, or the hook-and-loop fastener 4p fixed in the vertical direction from the upper end to the lower end of the center, The mat 1A is fixed to the belt 5 and is attached detachably at the same time.

“Other embodiment 1”

In the seventeenth embodiment, as shown in FIG. 28, FIG. 29, and FIG. 30, the flat connecting heat insulator 11G that forms the T-shaped portable mat 1R is the heat insulator 2E (2Eb) that constitutes the upper part. ), A heat insulator 2E (2Ec) that constitutes an intermediate portion, and a heat insulator 2E (2Ed) that constitutes a lower end, and these heat insulators 2E (2Eb, 2Ec, 2Ed) are all mounted on a single-side wall surface. 8 is fixedly formed, but in another embodiment, the heat insulator 2E (2Eb, 2Ec, 2Ed) constituting the connecting heat insulator 11G is the heat insulator in the fourth embodiment shown in FIG. It may be formed by sewing the base fabric 8 like the body 2C.

  The horizontally long rectangular flat plate-shaped heat insulating body 2E (2Eb) constituting the upper end portion of the portable mat 1R is formed into a horizontally long rectangular flat plate bag body by sewing or the like, and is vertically long from the opening of the bag body. A plurality of rectangular flat plate-like foams are inserted, and the base fabric 8 on the front and back sides of the bag body is stitched to form a plurality of vertically long rectangular flat plate-like small heat insulators 2 (2ee, 2ej, 2eg, 2eh). At the same time, a connecting portion R (Rc) that connects these small heat insulators 2 (2ee, 2ej, 2eg, 2eh) is formed, the opening is sewn, and the bag body is closed, whereby the heat insulator 2E (2Eb ) Is formed.

The horizontally long inverted T-shaped flat plate-shaped heat insulator 2E (2Ec) constituting the intermediate portion of the portable mat 1R is formed into a horizontally long rectangular flat bag by sewing or the like, and the opening of this bag A plurality of vertically elongated rectangular flat plate-like foams are inserted from the portion, and the base fabric 8 on the front and back sides of the bag body is stitched, whereby a plurality of vertically long rectangular flat plate-like small heat insulators 2 (2ej, 2ek, 2em) are obtained. The inner side surface is sewn on the back side of the small heat insulator 2 (2en) formed and sewn to the bottom of the both ends with a square foam with the base fabric 8, and at the same time, these small heat insulators 2 (2ej, 2ek, 2em, 2en) is formed, a connecting portion R (Rc) is formed, the opening is sewn, and the bag body is closed, whereby the heat insulator 2E (2Eb) is formed.
The

A vertically long rectangular open plate-like heat insulating body 2E (2Ed) constituting the lower end portion of the portable mat 1R is formed into a vertically long rectangular flat bag by sewing or the like, and is horizontally long from the opening of the bag. A plurality of rectangular flat plate-like foams are inserted, and a plurality of vertically long rectangular flat plate-like small heat insulators 2 (2ed, 2ec, 2eb) are formed by sewing the base fabric 8 on the front and back of the bag body, At the same time, a connecting portion R (Rc) that connects these small heat insulators 2 (2ee, 2ej, 2eg, 2eh) is formed, the opening is sewn, and the bag body is closed, whereby the heat insulator 2E (2Ed) is formed. It is formed.
“Other embodiment 2”

In the seventeenth embodiment, as shown in FIG. 28, FIG. 29, and FIG. 30, the flat connecting heat insulator 11G that forms the T-shaped portable mat 1R is the heat insulator 2E (2Eb) that constitutes the upper part. ), Which is composed of a heat insulator 2E (2Ed) constituting the lower end portion, and these heat insulators 2E (2Eb, 2Ed) are provided with square hook-and-loop fasteners 4a or 4b fixed on both the front and back wall surfaces. In the form, the hook-and-loop fastener 4a or 4b may not be fixed to both the front and back wall surfaces of the heat insulator 2E (2Eb, 2Ed) constituting the connection heat insulator 11G.
“Other embodiment 3”

In the 39th embodiment, as shown in FIG. 61, the base fabric 8 fixed to the wall surface of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A is Rectangular hook-and-loop fasteners 4c were fixed in the horizontal direction, and rectangular hook-and-loop fasteners 4e were fixed in the lower ends or at the center in the vertical direction.

However, in another embodiment, the base fabric 8 has a rectangular hook-and-loop fastener 4c fixed in the horizontal direction at the lower end, and a rectangular hook-and-loop fastener 4e fixed in the upper ends or in the vertical direction at the center. Things can be used.
“Other embodiment 4”

Alternatively, in another embodiment, the base fabric 8 may have a plurality of rectangular hook-and-loop fasteners 4c fixed in the upper horizontal direction and a plurality of rectangular hook-and-loop fasteners 4d fixed in the lower horizontal direction. good.
“Other embodiment 5”

Alternatively, in another embodiment, the base fabric 8 may have a rectangular surface fastener 4c fixed in the upper horizontal direction and a rectangular surface fastener 4d fixed in the lower horizontal direction.
“Other embodiment 6”

Alternatively, in another embodiment, the base fabric 8 has rectangular hook-and-loop fasteners 4e fixed to the upper ends or the center in the vertical direction, and rectangular hook-and-loop fasteners 4f to the lower ends or the center in the vertical direction. It may be fixed.
“Other embodiment 7”

In the thirty-ninth embodiment, as shown in FIG. 61, the base fabric 8 is a single square base fabric on the upper part of the central portion of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. 8 is fixed, but in another embodiment, as shown in FIG. 66, the base fabric 8 is vertically long above the center of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. The rectangular base fabric 8 may be fixed.

As shown in FIG. 66, the pair of base fabrics 8 fixed to the upper portion of the central portion of the small heat insulator 2 (2a) forming the upper end portion of the heat insulator 2A has a rectangular surface fastener 4c that is rectangular in the horizontal direction of the upper end portion. Is fixed, and rectangular hook-and-loop fasteners 4e are fixed in the vertical direction at both ends of the lower part.
“Other embodiment 8”

Alternatively, in another embodiment, the base fabric 8 has two vertically long base fabrics 8 fixed to the upper part of the central portion of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. The rectangular hook-and-loop fastener 4c may be fixed in the horizontal direction at the lower end of the base fabric 8, and the rectangular hook-and-loop fastener 4e may be fixed in the vertical direction at both ends of the upper portion.
“Other embodiment 9”

Alternatively, in another embodiment, the base fabric 8 has two vertically long base fabrics 8 fixed to the upper part of the central portion of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. The plurality of rectangular hook-and-loop fasteners 4c may be fixed in the upper horizontal direction of the base fabric 8, and the plurality of rectangular hook-and-loop fasteners 4d may be fixed in the lower horizontal direction.
“Other embodiment 10”

Alternatively, in another embodiment, the base fabric 8 has two vertically long base fabrics 8 fixed to the upper part of the central portion of the small heat insulator 2 (2a) that forms the upper end of the heat insulator 2A. The rectangular hook-and-loop fastener 4c may be fixed in the horizontal direction at the upper part of the base fabric 8, and the rectangular hook-and-loop fastener 4d may be fixed in the horizontal direction at the lower part.

In the first embodiment to the forty-first embodiment of the present invention, the detachable joint between the small heat insulators or the heat insulators in the connection heat insulator, the backpack or the cooler fish rod and the heat insulator, or the connection heat insulator In the detachable joining or the detachable joining of the belt 5 and the heat insulator, the joining parts are surface fasteners (4a, 4b, 4c, 4d, 4db, 4e, 4f, 4h, 4j), and have different symbols. Although the fastener is detachable, in other embodiments, the joining part may be a button, a magnet, a special adhesive, or the like.

Outdoor use of disaster prevention mats, mountain climbing, walking, camping, picnics, farming, fishing, hunting, etc. can be considered.

In particular, the portable mat according to the seventeenth embodiment of the present invention is a disaster prevention mat that protects the back of the human body including the buttocks, the simple mat, and the disaster prevention hood from the state that it is attached to the body in the shape of a horizontally long rectangular cube. The form can be easily changed by changing the form, and the utility value as a multipurpose mat for disaster prevention is high, and there are four main purposes.

The first purpose of use is that the mobile mat floats in water regardless of the shape, and humans are said to float with a buoyancy of one tenth of the weight, and the mobile mat of the present invention has sufficient buoyancy. Therefore, it is effective for tsunami countermeasures as a float.

The second purpose of use is to easily change the shape of a mobile phone mat that remains attached to the body from the shape of a rectangular rectangular cube that is optimal for carrying to the shape of a buttocks in a disaster place where there is a sudden change. In addition, the mobile mat that is still attached to the body can be easily changed from the shape as a buttocks to the shape of a horizontally-long rectangular cube that is optimal for carrying. Useful for resting during evacuation.

The third purpose of use is a backside that includes a disaster prevention hood from the shape of a horizontally-long rectangular cube that is optimal for carrying a portable mat that remains attached to the body in a disaster place that changes suddenly, or the shape of a buttocks. It can be easily changed to the shape of a disaster prevention mat that protects the mobile phone, and the mobile mat that is still attached to the body is a rectangular rectangle that is ideal for carrying from the shape of the disaster prevention mat including the disaster prevention hood. Since it can be easily changed to the shape of a cube or the shape of a buttocks, the portable mat can be used as a disaster prevention mat including a disaster prevention hood.

The fourth purpose of use is a horizontally long rectangular cube shape, buttocks shape, or disaster prevention hood that is optimal for carrying a portable mat that remains attached to the body in an evacuation area that changes suddenly during a disaster. The shape of the disaster prevention mat including the pillow can be easily changed to the shape of the simple mat including the pillow. Since it can be easily changed to the shape of a rectangular quadrangular cube, the shape of a buttocks, or the shape of a disaster prevention mat including a disaster prevention hood, the portable mat can be used as a simple mat including a pillow.

  The heat insulator 2F (2Fb) in the thirteenth embodiment of the present invention is optimal as an auxiliary mat for the portable mat in the seventeenth embodiment, and a plurality of small heat insulators 2 (2fb) forming the heat insulator 2F (2Fb). The belt 5 shown in FIG. 30 of the seventeenth embodiment is passed through the vertically elongated hole na formed in the central portion of), and is fixed on the front surface of the human body, so as to further increase buoyancy. When a plurality of small thermal insulators 2 (2fb) that are used as floats and form the thermal insulator 2F (2Fb) are used in an expanded state, they are used as a mat for disaster prevention that protects at least the front of the human body. The

1A, 1Ab, 1Ac, 1Ad, 1Ag, 1Ah, 1Ak, 1Am, 1B, 1C, 1Cb,

1D, 1E, 1F, 1G, 1H, 1K, 1L, 1M, 1P, 1Q, 1R, 1S

Mobile mat 2A, 2A (2Ab, 2Ac, 2Ad, 2Ae, 2Ag, 2Ah, 2Ak,

2Am), 2B, 2B (2Bb, 2Bc), 2C, 2C (2Cb), 2D, 2E,

2E (2Eb, 2Ec, 2Ed), 2F, 2F (2Fb), 2G, 2H

2 (2a, 2ab, 2ac, 2ad, 2ae, 2af, 2ag, 2ah, 2ak,

2am, 2b, 2bb, 2bc, 2c, 2cb, 2cc, 2d, 2e, 2eb, 2ec,

2ed, 2ee, 2ef, 2eg, 2eh, 2ej, 2ek, 2em, 2en, 2f,

2fb, 2g) Small thermal insulator 3, 3b, 3c cut 4a, 4b, 4c, 4d,

4db, 4dc, 4e, 4f, 4h, 4j, 4k, 4kb, 4m, 4n, 4p

Surface fastener 5 Belt 5S Shoulder belt 5b Belt ring 6 Air passage

7 Air plug 8 Base cloth 9 Crevice 10a, 10b, 10c Notch 11A,

11B, 11C11D, 11E, 11F, 11G, 11H Connection heat insulator K Cutout

R (Ra, Rb, Rbb, Rc, Rd) Connecting part BK Buckle n, na, nb Hole

S rucksack S1 rucksack body Me metal plate B cooler fish bowl B1

Cooler fish bowl body B2 Cooler fish bowl top cover H Reflector P Pocket

Claims (17)

In a portable mat composed of a vertically long plate-shaped heat insulator,
A plurality of plate-shaped small heat insulators constituting the heat insulator;
A connecting portion for connecting the small heat insulators;
A portable mat, comprising: a hook-and-loop fastener that secures the small heat insulators when the heat insulators are folded in a vertical bellows shape, and the small heat insulators are detachable. The portable mat according to claim 1, further comprising a pair of foldable small heat insulators at both lateral ends of at least one of the small heat insulators constituting the heat insulator. The portable mat according to claim 1 or 2, wherein the connecting portion is made of a base fabric. In order to detachably attach the portable mat to a belt, a rectangular base cloth provided on the wall surface of the small heat insulator constituting the upper end of the heat insulator is provided.
The portable mat according to any one of claims 1 to 3, wherein the hook-and-loop fastener provided on an upper part and a lower part of the base fabric is detachably joined. 4. The portable mat according to claim 1, further comprising a hole formed in a central portion of at least one small heat insulator of the small heat insulator so that the belt can be inserted. The portable mat as described in any one of them. The portable mat according to claim 5, wherein the holes are at least a pair. In order to connect the heat insulators in the vertical direction, a hook-and-loop fastener provided in the horizontal direction of the upper end portion and / or the lower end portion of the small heat insulator constituting the upper end portion of the heat insulator, or the lower end portion of the heat insulator. The portable mat according to any one of claims 1 to 6, further comprising a hook-and-loop fastener provided in a horizontal direction at an upper end portion and / or a lower end portion of a small heat insulator. 8. A hook-and-loop fastener provided in the vertical direction of the left end and / or right end of the small heat insulator to connect the heat insulator in the horizontal direction. The portable mat according to item. A pair of cuts formed to such an extent that the belt made in the vertical direction of the central portion of the small heat insulator can be easily inserted;
An incision made from the end of the incision further inside or outside in the horizontal direction;
The portable mat according to any one of claims 1 to 8, further comprising a substantially square cutout portion formed of The portable mat according to any one of claims 6 to 8, wherein the notch or the gap is provided in a horizontal direction at both ends of the small heat insulator from the pair of holes. 9. The notch or the gap is formed in the inner horizontal direction from the pair of holes, and the belt can be easily inserted into the notch or the gap. The portable mat according to one item. The portable mat according to any one of claims 1 to 11, further comprising notches formed at both ends of the small heat insulator. The portable mat according to any one of claims 1 to 12, further comprising a metal plate fixed to one surface of at least one small heat insulator of the small heat insulator. In a portable mat composed of a vertically long plate-shaped heat insulator,
A plurality of plate-shaped small heat insulators constituting the heat insulator;
A connecting portion for connecting the small heat insulators;
The portable mat, wherein the pair of holes are formed in a central portion of the plurality of small heat insulators. A portable mat comprising a heat insulator formed by connecting two or more kinds of small heat insulators according to claim 1. A portable mat, comprising at least one or more of the heat insulators according to claim 1 connected to each other. A portable mat, a rucksack equipped with the same, and a cooler fish kite.