JP2020037934A - Device for blowing air flow and attachment device - Google Patents

Abstract

To provide a device equipped with an attachment part that can be attached to a fabric product except a string and an air blowing part in a device for blowing an air flow.SOLUTION: There is provided a device including an attachment part 622 that can be attached to a fabric product selected from a group consisting of clothes, a shirt, a towel, a neckerchief, a scarf, a hood, a bandana, a fabric product to be impregnated with water, and a fabric product in which a water-absorbing polymer is put, and an air blowing part 301 supported by the attachment part, in which the air blowing part blows an air flow in a state that the attachment part 622 is supported by the fibric product mounted on a human body. This device can exhibit an effect that it can be attached to fabric products except a string.SELECTED DRAWING: Figure 2

Description

  The present disclosure relates to a device for blowing airflow and a mounting device.

  The blower described in Patent Document 1 can be attached to and detached from a ring-shaped string, and is hung by the string.

JP 2014-58915 A

  The blower disclosed in Patent Literature 1 has a disadvantage that it is difficult to attach the blower to a cloth product other than a cord. Accordingly, it is an object to provide an apparatus having an attachment portion and a blower portion that can be attached to a cloth product other than a string.

Claim 1 is "
Clothes, shirts, towels, stalls,
Neckerchief, scarf, hood, bandana,
A mounting portion that can be attached to a cloth product selected from the group consisting of a cloth product for containing water and a cloth product containing a water-absorbing polymer;
A blower supported by the mounting part;
With
A device in which the blower blows airflow in a state in which the attachment is supported by the cloth product worn on the human body.

Claim 2 is "
Further comprising at least one wind direction adjusting unit of the mounting unit;
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The blower can blow the airflow to the wind direction adjuster,
The blower can blow the airflow to an outer portion of the mounting portion, and
The apparatus according to claim 1, wherein the airflow direction adjustment unit guides the airflow to the inside of the cloth product in the state where the attachment portion is supported by the cloth product worn on the human body.

Claim 3 is "
Further comprising at least one wind direction adjusting unit of the mounting unit;
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The blower can blow the airflow to the wind direction adjuster,
In the state where the attachment portion is supported by the cloth product worn on the human body, the blower can blow the airflow to an outer surface of the cloth product, and
The apparatus according to claim 1, wherein the airflow direction adjustment unit guides the airflow to the inside of the cloth product in the state where the attachment portion is supported by the cloth product worn on the human body.

Claim 4 is "
At least one wind direction adjusting section of the mounting section;
A holding part provided in the mounting part,
A movable section provided between the holding section and the blower section,
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The holding unit can hold the cloth product,
The direction of the airflow can be adjusted by moving the movable part, and
The apparatus according to claim 1, wherein the airflow direction adjustment unit guides the airflow to the inside of the cloth product in the state where the attachment portion is supported by the cloth product worn on the human body.

Claim 5 is "
At least one wind direction adjusting section of the mounting section;
At least one contact portion of the mounting portion;
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
In the state where the attachment portion is supported by the cloth product worn on the human body, the wind direction adjustment unit guides the airflow to the inside of the cloth product, and
The device according to claim 1, wherein the airflow guided by the wind direction adjustment unit passes between the attachment unit and the surface in a state where the contact unit is in contact with the surface of the human body.

Claim 6 is "
At least one wind direction adjusting section of the mounting section;
At least one contact portion of the mounting portion;
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
In the state where the attachment portion is supported by the cloth product worn on the human body, the wind direction adjustment unit guides the airflow to the inside of the cloth product, and
2. The airflow guided by the wind direction adjustment unit in a state where the contact unit is in contact with a surface of another cloth product worn on the human body, passes between the attachment unit and the surface. 3. Device ”.

Claim 7 is "
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting portion,
The blower is detachable from the mounting part, and
2. The apparatus according to claim 1, wherein the air blower is capable of blowing the airflow to the cloth product while the attachment portion is supported by the cloth product worn on the neck of the human body. 3.

Claim 8 is "
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The air blower can blow the airflow to the cloth product in a state in which the air blower supported by the attachment portion supported by the cloth product worn on the neck of the human body is not in contact with the cloth product. Item 1).

Claim 9 is "
A moving section provided between the mounting section and the blower section;
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting portion,
The direction of the airflow can be adjusted by moving the movable part, and
In a state in which the air blower supported by the attachment portion supported by the cloth product worn on the neck of the human body is not in contact with the clothes worn on the human body, the blower blows the airflow through the cloth product. The device according to claim 1, which can blow air to the device.

Claim 10 is "
The cloth products include towel, stall, neckerchief, scarf, hood, bandana,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting part, and
The cloth product and the mounting portion are slid with each other by pulling the cloth product and the mounting portion in opposite directions while the mounting portion is supported by the cloth product worn on the head of the human body. The device according to claim 1, wherein the distance between the blower and the head of the human body is adjustable.
However, the head is a portion above the neck of the human body, and the head includes the neck.

Claim 11 is "
The cloth products include towel, stall, neckerchief, scarf, hood, bandana,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting part, and
The device according to claim 1, wherein a left portion and a right portion of the attachment portion hold a left end portion and a right end portion of the cloth product, respectively.

Claim 12 is "
A hole shape forming part for forming at least one hole shape;
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer, and
2. The apparatus according to claim 1, wherein the air blower is capable of blowing the airflow to the cloth product while the cloth product worn on the neck of the human body is passing through the hole shape forming unit. 3.

Claim 13 is "
The water is prevented from flowing into the blower from the cloth product while the attachment portion is supported by the cloth product worn on the human body after the cloth product contains water. Device described in 1. above.

Claim 14 is "
A holding part provided in the mounting part,
A slidable movable portion provided between the holding portion and the blower portion,
Is further provided,
The cloth products are clothes, shirts,
A cloth product selected from the group consisting of
The holding unit can hold the cloth product, and
2. The apparatus according to claim 1, wherein the height of the air blowing unit is adjustable by sliding the movable unit while the attachment unit is supported by an edge of the cloth product worn on the human body. 3. .
A fifteenth aspect is a "mounting device comprising the mounting portion used for the device according to any one of the second to fourteenth aspects".

  Apparatus according to any one of claims 1 to 14, wherein the apparatus comprises "clothing, shirt, towel, stall, neckerchief, scarf, hood, bandana, cloth for containing water, and cloth containing water-absorbing polymer. And a blower unit that can be attached to a cloth product selected from the group consisting of: Thus, the problem is solved.

FIG. 13 is a diagram of a device in which a blower 301 supported by the attachment portion 622 blows airflow in a state where the attachment portion 622 is supported by a collar 621 of a jacket 620, which is a cloth product worn on a human body 609. (Examples 1, 3) It is a figure of the electric fan 300 provided with the attachment part 622 provided with the arm 623 and the wing 624, and the blowing part 301. (Examples 1 and 2) The airflow blown by the blower 301 hits both the wings 624 of the mounting portion 622 having the arms 623, which are the holding portions 623 that hold the outerwear 620, and the wings 644 of the mounting portion 642 that holds the helmet 640. FIG. The arrow indicating the airflow blown from the blower 301 is painted in gray. (Examples 1, 3) The back and right sides showing that the airflow blown from the blower 301 passes through the cavity 633 formed between the inner part 627 of the arm 623, which is the holding part 623 holding the collar 621 of the jacket 620, and the human body 609. FIG. The arrow indicating the airflow blown from the blower 301 is painted in gray. (Example 1) Rear and bottom views showing that the airflow blown from the blower 301 passes through a cavity 633 formed between the inner part 627 of the arm 623 of the attachment part 622 holding the collar 621 of the jacket 620 and the human body 609. It is. The arrow indicating the airflow blown from the blower 301 is painted in gray. (Example 1) It is a figure showing that the airflow blown toward the wing 624 passes through the cavity 633, passes through the gap 634 or the hole 637, and flows out of the jacket 620. Although the outerwear 620 is not shown in FIG. 6, the attachment portion 622 holds the collar 621 of the outerwear 620. The arrows indicating the airflow inside the outerwear 620 are painted gray. (Example 1) It is a front view of the attachment part 622. (Example 1-4) It is a left view of the attachment part 622. (Example 1-4) It is a rear view of the attachment part 622. (Example 1-4) FIG. 10 is a sectional view taken along line AA ′ of a mounting portion 622 illustrated in FIG. 9. The cross section 680 indicating that the inner surface 631 of the inner portion 627 of the arm 623 has a generally concave or U-shaped surface 639 is painted gray. (Examples 1 and 2) It is a top view of the attachment part 622. (Example 1-4) It is a bottom view of the attachment part 622. (Example 1-4) It is an exploded view of the attachment part 622. (Example 1-4) FIG. 9 is a diagram illustrating the movement of a movable portion between an outer portion 626 of an arm 623 that is a holding portion 623 of an attachment portion 622 and a blower 301. (Examples 1, 2, 4) It is a figure showing that opening and closing can be performed between the outer part 626 of arm 623 which is holding part 623 of attachment part 622, and inner part 627. (Examples 1 and 2) FIG. 11 is a diagram illustrating a state in which the electric fan 300 stands on the desk surface 600 with three feet 632 provided on the attachment portion 622 in contact with the desk surface 600. (Examples 1 and 2) FIG. 9 is a diagram showing that an airflow blown by a blower unit 301 flows into a gap 635 between a head of a human body 609 and a helmet 640. (Examples 1, 3, 4) FIG. 14 is a diagram showing that the rod-shaped body 308 can be attached to and detached from the support unit 210 with the attachment unit 622 attached to the collar 621. (Example 1) In a state where the airflow blown from the blower unit 301 supported by the attachment unit 622 supported by the towel 700 attached to the neck of the head of the human body 609 is blown toward the neck of the head, the towel FIG. 7 is a diagram showing that water contained in the air blower is prevented from flowing into the blower. (Examples 2 and 3) FIG. 4 is a diagram illustrating a positional relationship between an entire shape of a towel 700 or a stall 700 and an end 703. The end 703 is painted gray. (Example 2) It is a figure explaining the whole shape of head width 720 or bandana 720, and positional relationship of end 723. The end 723 is painted gray. (Example 2) Scarf 740, neckerchief 740, cloth product 740 to be worn around the neck, cloth product 740 for containing water to be vaporized, cloth product 740 containing a water-absorbing polymer, or cloth product 740 containing a water-absorbing polymer. 743 is a view for explaining the positional relationship of FIG. The bag 760 can contain a water-absorbing polymer. The end 743 is painted gray. (Example 2) It is a perspective view in the state where attachment part 622 was hung by towel 700, bandana 720, or scarf 740. (Example 2) FIG. 14 is a perspective view of a state in which a mounting portion 622 is hung by a towel 700. (Example 2) FIG. 14 is a perspective view of a state in which a mounting portion 622 is hung by a towel 700. (Example 2) It is a figure showing that towel 700 and attachment part 622 mutually slide by pulling towel 700 and attachment part 622 in mutually opposite directions in a state where attachment part 622 is supported by towel 700. (Example 2) It is a figure which shows that the distance between the blowing part 301 and the neck of a head can be adjusted by sliding the towel 700 and the attachment part 622 mutually. (Example 2) It is the front view and back view in the state where attachment part 622 was hung by towel 700. Each of the ends 703 is held by an outer portion 626 and an inner portion 627 of the arm 623. The left part 622L and the right part 622R of the attachment part 622 hold the left end 703L and the right end 703R of the towel 700, respectively. The attachment portion 622 holds the left end 703L and the right end 703R of the towel 700 symmetrically. In this case, the arm 623 is a holding unit 623 that holds the towel 700. (Example 2) It is the front view and back view in the state where attachment part 622 was hung by towel 700. Each of the ends 703 of the towel 700 passes through each of the holes 638. The left part 622L and the right part 622R of the attachment part 622 hold the left end 703L and the right end 703R of the towel 700, respectively. The attachment portion 622 holds the left end 703L and the right end 703R of the towel 700 symmetrically. In this case, the hole shape forming part 638 that forms the hole 638 is a holding part 638 that holds the towel 700. (Example 2) FIG. 4 is a front view of a mounting portion 642 that holds an edge 641 of the helmet 640 illustrated in FIG. 1. (Example 1) FIG. 31 is a sectional view taken along line BB ′ of FIG. 30. The cross section is painted gray. (Example 1) FIG. 3 is a perspective view of a mounting portion 642 that holds an edge 641 of the helmet 640 illustrated in FIG. 1. (Example 1) FIG. 3 is a perspective view of a mounting portion 642 that holds an edge 641 of the helmet 640 illustrated in FIG. 1. (Example 1) FIG. 13 is a perspective view illustrating a front, a plane, and a left side surface of the mounting portion 622 illustrated in FIGS. (Example 1-4) FIG. 13 is a perspective view illustrating a front surface, a bottom surface, and a left side surface of the mounting portion 622 illustrated in FIGS. 7 to 12. (Example 1-4) FIG. 13 is a perspective view illustrating a rear surface, a flat surface, and a left side surface of the mounting portion 622 illustrated in FIGS. 7 to 12. (Example 1-4) FIG. 13 is a perspective view illustrating a back surface, a bottom surface, and a left side surface of the mounting portion 622 illustrated in FIGS. 7 to 12. (Example 1-4)

  Apparatuses X1 to X14, which are embodiments disclosed in Examples 1 to 4, include "clothes, shirts, worn cloth products, towels, stalls, neckerchiefs, scarves, hoods, bandanas, cloth worn around the neck, vaporization. An apparatus having an attachment part and a blower part which can be attached to a cloth product selected from the group consisting of a cloth product for containing water to be made to absorb water, a cloth product containing a water-absorbing polymer, and a cloth product containing a water-absorbing polymer. ". Therefore, each of these devices overcomes "the drawback of the device described in Patent Document 1 which is difficult to attach to a cloth product other than a string".

Further, the inventive steps of the devices X1 to X14, which are the embodiments disclosed in Examples 1 to 4, will be described in detail below by comparing with the following Reference Documents 1 to 6.
Reference 1: Japanese Patent Application Laid-Open No. 2006-46310 Reference 2: Chinese Patent Application Publication No. 107532603 Reference 3: Japanese Patent Application Laid-Open No. 2013-253590 Reference 4: International Publication Number WO2015 / 025359
Reference 5: United States Design Patent No. : US D824,012 S
Reference 6: JP-A-2008-135997

  The first embodiment discloses devices X1 to X6 which are embodiments using clothes, shirts, and the like. The second embodiment discloses apparatuses X7 to X12 which are embodiments using towels, neckerchiefs, scarves, hoods, bandanas and the like. Example 3 discloses an apparatus X13 which is an embodiment using a cloth product containing water. Example 4 discloses an apparatus X14 which is an embodiment using clothes, shirts and the like. In the fifth embodiment, a mounting device X15 including a mounting portion 622 used for any one of the devices X1 to X14 is disclosed. The devices that can be used in the present invention are not limited to the devices X1 to X15. Devices that can be used in the present invention need not have all the effects of devices X1 to X15. The mounting portion usable in the present invention is not limited to the mounting portion 622 according to the embodiment described below. The mounting portion usable in the present invention does not need to have all the effects of the mounting portion 622. The electric fan that can be used in the present invention is not limited to electric fan 300 according to the embodiment described below. A fan that can be used in the present invention need not have all the effects that fan 300 has.

  FIG. 1 shows an attachment section 622 that can be attached to a cloth product 620 (clothing, shirt, outerwear, worn cloth article, etc.), and a blower section 301 supported by the attachment section 622. This is an embodiment of the device in which the blower 301 blows airflow in a state where the attachment part 622 is supported by the cloth product 620 worn on 609. The cloth product 620 worn on the human body 609 is worn on the human body 609.

  The structure of the attachment 622 is disclosed in FIGS. 7 to 12 and 34 to 37. In the embodiment shown in FIG. 1, a mounting portion 622 supporting the blower 301 is hung on a collar 621 of the outerwear 620. The outerwear 620 is a wearing object. The outerwear 620 is a cloth product that can be worn. The jacket 620 is clothing. A shirt can be worn as outerwear 620. A shirt is a cloth product that can be worn on the upper part. The inside of the jacket 620 is a space between the jacket 620 and the human body 609. The inside of the wearing object is a space between the wearing object and the human body. The gap 636 between the jacket 620 and the human body 609 is inside the jacket 620. In this disclosure, a "collar" is an edge provided on a jacket to expose a head from the jacket. For example, the edge of the hole for passing the head through the T-shirt is also a collar.

  In this disclosure, human body 609 wears outerwear 620 and helmet 640. However, the human body 609 does not necessarily need to wear the helmet 640. When the human body 609 does not wear the helmet 640, the effects related to the helmet 640 may not necessarily be obtained.

  In the embodiment shown in FIG. 2, the mounting portion 622 includes an arm 623 that is a holding portion 623. Arm 623 holds rim 621 or collar 621 of outerwear 620. The arm 623 includes an outer portion 626 and an inner portion 627. The inner part 627 is inserted between the jacket 620 and the human body 609. When the human body 609 wears underwear 655 (which is another cloth product different from the outerwear 620) between the human body 609 and the outerwear 620, the inner part 627 of the arm 623 is attached to the outerwear 620 and the underwear. 655 or between the underwear 655 and the human body 609.

  In this disclosure, "outerwear" is a fabric product. "Underwear" is a cloth product worn between the outerwear and the human body. The human body does not necessarily have to wear underwear. Embodiments in this disclosure are described in further detail below.

  The inner part 627 of the arm 623 contacts the outerwear 620 or the underwear 655 from inside the outerwear 620. The outer portion 626 of the arm 623 contacts the outer jacket 620 from outside the outer jacket 620.

  The holding portion 622 holds the collar 621 by holding, pinching, pinching, clipping, or fixing the jacket 620 from the outside and inside of the jacket 620 with the arm 623 that is the holding portion 623 of the attachment portion 622. I do. For this reason, the attachment part 622 can be easily attached to and detached from the outerwear 620 while the human body 609 wears the outerwear 620. When the arm 623 holds the outerwear 620, the arm 623 is the holding portion 623. When the arm 623 holds the jacket 620, the arm 623 may be regarded as the holding portion 623. When the arm 623 holds the outerwear 620, the arm 623 may be regarded as the holding portion 623. When the arm 623 grips the outerwear 620, the arm 623 may be regarded as the grip portion 623. When the arm 623 clips the outerwear 620, the arm 623 may be regarded as the clip portion 623.

  The attachment part 622 shown in FIG. 2 includes a wing 624 that is a wind direction adjustment part.

  Arm 623 supports wing 624. In the embodiment shown in FIG. 2, the connecting portion 683 between the outer portion 626 of the arm 623 and the inner portion 627 of the arm 623 supports the wing 624.

  As shown in FIG. 2, the mounting portion 622 supports the blower 301. The blower 301 is supported by the outer portion 626 of the arm 623. The blower 301 is supported by the outer portion 626 of the arm 623 via the support portion 210 rotatably or rotatably provided on the outer portion 626 of the arm 623.

  As shown in FIG. 3, a mounting portion 622 having an arm 623 and a wing 624 is supported by a jacket 620. The blower 301 supported by the outer portion 626 of the arm 623 of the mounting portion 622 supported by the jacket 620 is supported by the jacket 620. Since the blowing section 301 is not in contact with the jacket 620, water contained in the jacket 620 is prevented from flowing into the blowing section 301 even when the jacket 620 is wetted with water. Even when the outerwear 620 is wet with water, the blower 301 continues blowing the air current without causing the blower 301 to break down due to the water.

  The wings 624 of the attachment portion 622 are arranged on the edge 621 or the collar 621 of the jacket 620. The wind direction adjusting surface 625 of the wing 624 serving as the wind direction adjusting unit is directed to the blowing unit 301. The wing 624 is disposed between the blower 301 and the human body 609 (for example, a neck or a head or a back or an upper body).

  The mounting portion 642 including the arm 643 and the wing 644 is supported by the helmet 640. 1 and 3, the mounting portion 642 supported by the helmet 640 does not support the blower. The helmet 640 is worn. Helmet 640 is a headwear. The structure of the mounting portion 642 is disclosed in FIGS.

  As shown in FIG. 3, an inner portion 647 of an arm 643 holding an edge 641 of a helmet 640, which is a wearable object worn by the head of the human body 609, is inserted between the helmet 640 and the head of the human body 609.

  The inner portion 647 of the arm 643 contacts the helmet 640 from inside the helmet 640. The outer portion 646 of the arm 643 contacts the helmet 640 from outside the helmet 640.

  The holding portion 642 holds the rim 641 by holding, pinching, pinching, clipping, or fixing the helmet 640 from outside and inside of the helmet 640 with the arm 643 of the mounting portion 642. Therefore, the mounting portion 642 can be easily attached to and detached from the helmet 640 while the human body 609 is wearing the helmet 640. Further, the attachment portion 642 can be attached or fixed to the helmet 640.

  As shown in FIG. 3, the wing 644 of the attachment portion 642 is disposed below the edge 641 of the helmet 640. The wind direction adjusting surface 645 of the wing 644 serving as the wind direction adjusting unit is directed to the blowing unit 301. The wing 644 is located between the human body 609 (neck or head) and the blower 301. The blower 301 is arranged at a position away from the helmet 640, and blows the airflow blown by the blower 301 toward the wing 644.

  The blower 301 is disposed outside the outerwear 620, and directs the airflow blown by the blower 301 to the wing 624 and the human body 609 (neck and head) at the same time.

  As shown in FIGS. 2 and 3, the supporting unit 210 supports the blowing unit 301 so that the angle of the blowing unit 301 is inclined with respect to the outer surface 628, and the airflow is blown obliquely upward from the blowing unit 301. For this reason, the direction of the airflow after the airflow blown by the blower 301 hits the outer surface 628 of the outer portion 626 of the arm 623 tends to be upward. This embodiment has an effect that the wind easily reaches the face and head of the human body 609.

  In the embodiment shown in FIG. 3, the airflow blown by the blower 301 supported by the collar 621 of the jacket 620 is changed by the wing 624 of the attachment 622 holding the jacket 620 and the attachment 642 holding the helmet 640. To both wings 644 at the same time.

  As shown in FIG. 3, the wing 624 is disposed on the edge 621 of the jacket 620 or the arm 623 holding the collar 621. The airflow blown from the blower 301 hits the wind direction adjustment surface 625 of the wing 624. A part of the airflow is guided to the inside of the jacket 620 by the wings 624.

  As shown in FIG. 3, the airflow blown from the blower section 301 is applied to the outer surface 628 of the outer portion 626 that holds the edge 621 or the collar 621 of the outer jacket 620 from the outside of the outer jacket 620 and the outer jacket 620 around the outer surface 628. At the same time against both of the outer surfaces. As a result, a part of the airflow is blown to the outer surface of the jacket 620.

  As shown in FIG. 3, the wing 644 is disposed below the arm 643 that holds the edge 641 of the helmet 640. The airflow blown from the blower 301 hits the wind direction adjustment surface 645 of the wing 644. A portion of the airflow is directed inside the helmet 640 by the wings 644.

  As shown in FIG. 3, the airflow blown from the blower 301 is applied to both the outer surface 648 of the outer portion 646 that holds the edge 641 of the helmet 640 from the outside of the helmet 640 and the outer surface of the helmet 640 around the outer surface 648. Hit at the same time. This directs a portion of the airflow to the outer surface of the helmet 640. This cools the helmet 640 from both the inside and outside surfaces of the helmet 640.

  As shown in FIG. 3, airflow that has not hit any of the wings 624/644 or the outer portion 626/646 or the jacket 620 or the helmet 640 goes straight on and hits the neck or head of the human body 609.

  The above embodiments are described as "inside the jacket 620", "outside surface of the jacket 620", "inside the helmet 640", "outside surface of the helmet 640" and "human body exposed between the jacket 620 and the helmet 640". 609 ”is a fan 300 that can simultaneously blow airflow from one blower 301. In addition, when the helmet 640 is not worn on the head of the human body 609, the above-described embodiment uses the “inside of the outerwear 620”, “the outer surface of the outerwear 620”, and “the outer surface of the outerwear 620”. The fan 300 is capable of simultaneously blowing airflow from one blower 301 to the “head”.

  Even when the gap 635 between the helmet 640 and the head of the human body 609 is narrow, this embodiment has the effect of increasing the amount of airflow flowing into the inside of the helmet 640 by the mounting portion 642.

  The attachment portion 642 shown in FIG. 3 is located between the head hair and the blower 301. Therefore, the presence of the attachment portion 642 may prevent the hair from coming into contact with the blower 301. Therefore, this embodiment has an effect of preventing the hair from being entangled with the impeller 302 of the blowing unit 301.

  The mounting portion 642 holding the helmet 640 shown in FIG. 3 is light because it does not support the blower 301. For this reason, compared to the blower described in Reference 3 in which the helmet needs to support the blower, the embodiment shown in FIG. 3 reduces the burden on the neck supporting the head wearing the helmet 640. Has an effect.

  As shown in FIGS. 4 and 5, at least one foot 632 is provided as a contact portion at the end of the inner portion 627 of the arm 623. The inner surface 631 of the inner portion 627 of the arm 623 of the mounting portion 622 of the electric fan 300 has a generally concave or U-shaped surface 639 toward the human body 609.

  When the foot 632 is brought into contact with the surface of the human body 609 and the electric fan 300 holds the rim 621 or the collar 621 of the jacket 620, a cavity 633 is formed between the human body 609 and the inner surface 631. The airflow blown from the blower 301 hits the wind direction adjusting surface 625 of the wing 624 and is guided to the cavity 633.

  A cavity 633 is formed between the underwear 655 and the inner surface 631 when the fan 632 contacts the surface of the underwear 655 and the electric fan 300 holds the edge 621 or the collar 621 of the outerwear 620. The airflow blown from the blower 301 hits the wind direction adjusting surface 625 of the wing 624 and is guided to the cavity 633.

  As shown in FIG. 6, the airflow that has flowed into the cavity 633 flows out of the jacket 620 by passing through the hole 637 of the foot 632. Further, the airflow that has flowed into the cavity 633 flows out of the jacket 620 by passing through the gap 634 between the plurality of feet 632. As a result, the airflow passes through the cavity 633 as shown in FIG.

  Wings 624 increase the amount of airflow flowing into cavity 633. Wings 624 allow a large amount of airflow to be directed inside jacket 620.

  7 to 12 are drawings of the mounting portion 622. FIG. 7 to 12, the length of the inner portion 627 of the arm 623 of the attachment portion 622 is further extended, and the cavity 633 through which the airflow passes is further extended to the lower part of the back of the human body 609. It can also reach deep.

  In addition, the cooling agent is stored in the inner portion 627 of the arm 623, and the cooled airflow can be guided to the inside of the jacket 620 by changing the cooling agent to cool the airflow passing through the cavity 633.

  In yet another possible modification, the water flow through the cavity 633 is cooled by the heat of vaporization of the water contained in the water-absorbing polymer member by storing the water-absorbing polymer member in the inner portion 627 of the arm 623. it can. As a result, the cooled airflow can be guided inside the jacket 620. Further, a water supply tank can be provided in the mounting portion 622, and the mounting portion 622 can be changed so that the water stored in the water supply tank is vaporized inside the cavity 633. For example, a change for supplying water to the water-absorbing polymer or a change for spraying water into the cavity 633 is possible.

  FIG. 13 is an exploded view of the electric fan 300. The support portion 210 is provided on the outer surface 628 of the outer portion 626 of the arm 623 of the attachment portion 622. The support unit 210 includes a movable unit 215. The support section 210 includes a movable section 215 that is rotatable by fitting a shaft of the rod holding section 244 of the support section 210 into a hole 233 serving as a bearing of the movable section 215.

  A rod-shaped body 308 rotatably and slidably inserted into the rod holding surface 245 of the rod holding section 244 of the support section 210 supports the blower section 301. The blower 301 is supported by a rod 308 via a hinge 307 so as to be able to swing. The blower 301 is rotatably, slidably, butterflyably, and detachably supported from the attachment 622.

  As shown in FIG. 13, the electric motor 303 provided in the blower 301 is electrically connected to a chargeable lithium-ion battery 304 serving as a power supply provided inside the rod 308 via an electric conductor 312. You. The impeller 302 included in the fan guard 305 of the blower 301 is driven by the power of the battery 304 to blow air. The battery 304 is stored in the rod 308 by the lid 310 of the battery case, and the power supply to the electric conductor 312 is controlled by a switch 309 provided on the rod 308.

  The fan 300 shown in FIG. 14 includes four movable portions 324/325/326/327 between the blower 301 and the outer portion 626 of the arm 623. By moving these, the direction of the airflow from the blower 301 can be adjusted.

  By moving at least one of the four movable parts 324/325/326/327 between the blower 301 and the outer part 626 of the arm 623, the blower 301 is moved to the wing 624, which is a wind direction adjuster. The direction of the airflow blown is adjusted. Thus, the amount of airflow guided to the cavity 633 by the wind direction adjustment unit is adjusted. This makes it easy to adjust the amount of airflow guided to the inside of the jacket 620.

  At the same time, moving at least one of the four movable parts 324/325/326/327 between the blower 301 and the outer part 626 of the arm 623 from the blower 301 to the outer surface of the jacket 620. The direction of the airflow blown toward is adjusted. This makes it easier to adjust the amount of airflow that hits the outer surface of the jacket 620.

  There is a slidable portion (the movement indicated by the arrow 326 in FIG. 14) between the blower 301 and the outer portion 626 of the arm 623. Thereby, when the attachment portion 622 holds the collar 621 of the outerwear 620 as shown in FIG. 1, 3 or 17, the height of the air blowing portion 301 can be adjusted by sliding the slidable portion 326.

  A change to increase or decrease the number of movable parts between the blower 301 and the outer part 626 of the arm 623 may be made. The movable section that may be provided between the blower section 301 and the attachment section 622 is not limited to the above-described embodiment. Any form available to those skilled in the art may be used as the movable part.

  As shown in FIG. 15, the arm 623 of the mounting portion 622 is made of an elastic member. By applying a moderate force 687, the space 686 between the outer part 626 and the inner part 627 of the arm 623 can be opened and closed.

  By using an elastic member for the arm 623, it is possible to adjust so that a wearer sandwiched between the clips of the arm 623 is pressed with an appropriate pressure. A polymer or metal may be used as a material for use as a member of the arm 623. As shown in FIG. 15, the arm 623 can be manufactured by injection molding as a single polymer part. Alternatively, the arm 623 can be manufactured by molding the outer part 626 and the inner part 627 as separate parts and combining the parts, as in the clip of FIG. Also, the pressure between the outer part 626 and the inner part 627 can be increased by adding a metal spring.

  Examples of the polymer include polyethylene, polypropylene, nylon, polystyrene, polyvinyl chloride, polymethyl methacrylate, polytetrafluoroethylene, polycarbonate, polyethylene terephthalate, AS resin, ABS resin, ethylene copolymer, acetal resin, cellulose acetate resin, and polyurethane. , TPU resin, thermoplastic resin, thermoplastic polyurethane elastomer, silicone rubber, synthetic rubber, natural rubber and the like are preferably used. More preferably, the mounting portion 622 is manufactured using polypropylene, nylon, polyvinyl chloride, or ABS resin. Optimally, the arm 623 is made of polypropylene and the support 210 is made of ABS resin.

  In the embodiment shown in FIG. 16, a fan 300 including a blower 301 supported on an arm 623 supported by a foot 632 that contacts the desk 600 stands on the desk 600. By moving the movable portion shown in FIG. 14, the direction of the blower 301 can be directed to any direction.

  When the fan 632 is brought into contact with the desk surface 600 and the electric fan 300 stands on the desk surface 600, a cavity 633 is formed between the inner surface 631 of the inner portion 627 of the arm 623 and the desk surface 600. The airflow blown by the blowing unit 301 is guided to the cavity 633 by the wing 624 serving as a wind direction adjusting unit, so that the airflow is applied to the desk surface 600 directly below the electric fan 300. As a result, this embodiment has the effect of cooling or drying almost the entire desk surface 600.

  The helmet 640 illustrated in FIG. 17 is a helmet 640 to which the mounting portion 642 that holds the helmet 640 illustrated in FIG. 3 is not attached. When the gap 635 between the helmet 640 and the head of the human body 609 is sufficiently wide, a part of the airflow blown from the blower 301 hits the rear head of the human body 609 and rises into the gap 635. I do. At this time, the occiput plays the role of a wing 644 serving as a wind direction adjusting unit.

  In the embodiment shown in FIG. 17, by attaching the attachment portion 622 to the collar 621, the air blowing portion 301 is arranged at a position higher than the collar 621 of the jacket 620.

  In the embodiment shown in FIG. 17, the blower 301 blows airflow from a position near the edge 641 of the helmet 640 toward the edge 641. For this reason, even in the case of FIG. 17 using the electric fan 300 without using the mounting portion 642, it is possible to guide the airflow to the inside of the helmet 640.

  In the embodiment shown in FIG. 17, the helmet 640 does not support either the mounting portion 642 or the air blowing portion 301, so that the helmet 640 does not become heavy at all. For this reason, the embodiment shown in FIG. 17 reduces the burden on the neck that supports the head wearing the helmet 640, as compared with the blower described in Reference 3 in which the helmet needs to support the blower. Has an effect.

  In the embodiment shown in FIG. 17, the airflow blown by the blower 301 supported by the attachment portion 622 supported by the collar 621 of the jacket 620 worn by the human body 609 and the helmet 640 worn by the head of the human body 609 It flows into the gap 635 between the heads. Thus, the airflow is guided to the inside of the helmet 640.

  In the embodiment shown in FIG. 18, a fan 300 including a blower 301 supported by a rod 308 detachably supported by a support 210 of an attachment 622 holding a collar 621 of a jacket 620 worn by a human body 609. By detaching the rod-shaped body 308 from the support part 210 with the attachment part 622 attached to the collar 621, a hand-held portable electric fan 616 having the rod-shaped body 308 as a hand-held part is obtained.

  FIGS. 30 to 33 show the structure of the mounting portion 642 for holding the edge 641 of the helmet 640 shown in FIG. A generally concave or U-shaped surface 639 extending from the wind direction adjustment surface 645 of the curved wing 644 of the mounting portion 642 forms a cavity 633 between the helmet 640 and the mounting portion 642 for airflow to pass.

  Accordingly, this embodiment has an effect that the airflow blown from the blower unit 301 is stably guided to the inside of the helmet 640.

  The method of attaching the attachment portion 642 to the helmet 640 is not limited to the method of attaching to the edge 641 like a clip.

  For example, the attachment portion 642 may be attached to the helmet 640 via an adhesive member or a tape. Alternatively, a method of attaching or suspending the attachment portion 642 to a member inside the helmet 640 or a belt for fixing the helmet 640 to the head may be used. Further, a cloth-like body or a sheet-like body locked to a member inside the helmet 640 may be used as the wind direction adjusting unit. Further, a cloth-like body or a sheet-like body suspended from a member inside the helmet 640 may be used as the wind direction adjusting unit. Further, a cloth-like body or a sheet-like body suspended from a belt for fixing the helmet 640 to the head may be used as the wind direction adjusting unit.

  The shape of the edge 641 of the helmet 640 may be provided as a wind direction adjustment unit for guiding the airflow blown from the blowing unit 301 supported by the collar 621 of the jacket 620 into the helmet 640.

  The arm 623/643 supported by the wearable body 609 has an inner surface 629/631/649/651 and an outer surface 628/630/648/650.

  Of the surfaces of the arms 623/643 supported by the wearing object worn by the human body 609, the inner surface 629/631/649/651 faces the direction of the human body 609.

  Outer surfaces 628/630/648/650 of the surfaces of the arms 623/643 supported by the wearing object worn by the human body 609 are surfaces facing in the opposite direction to the human body 609.

  The part 626/646 of the arm 623/643, which is arranged outside the wear when the arm 623/643 is supported by the wear, is referred to as the "outer part of the arm".

  When the arm 623/643 is supported by the wear, the portion 627/647 of the arm 623/643 arranged inside the wear is referred to as the "arm inner portion".

  When the arm 623/643 holds the edge 621/641 or the collar 621 of the wear, the portion 626/646 of the arm 623/643 arranged outside the wear is referred to as the "outer part of the arm".

  When the arm 623/643 holds the edge 621/641 or the collar 621 of the wear, the portion 627/647 of the arm 623/643 arranged inside the wear is referred to as the "inner part of the arm".

  When the arm 623/643 holds the wear, the wear is between the inner surface 629/649 of the outer portion 626/646 of the arm 623/643 and the outer surface 630/650 of the inner portion 627/647 of the arm 623/643. Is held.

  With the inner surface 629/649 of the outer part 626/646 of the arm 623/643 in contact with the edge 621/641 or the collar 621 of the wearable object, the arm 623/643 holds the edge 621/641 or the collar 621 of the wearable object. Hold.

  With the outer surface 630/650 of the inner part 627/647 of the arm 623/643 in contact with the edge 621/641 or the collar 621 of the wearable object, the arm 623/643 holds the edge 621/641 or the collar 621 of the wearable object. Hold.

  The blower 301 is supported from the outer portion 626 of the arm 623 so that the blow direction can be adjusted.

  The electric fan 300 includes a wing 624 that is a curved plate-like body wind direction adjustment unit. The shape of the wind direction adjusting section is not limited to this embodiment. As the wind direction adjusting unit, a curved plate-like body, a tubular body such as a bent pipe, a tubular body such as a flexible hose, a nozzle having a curved surface, a wall for changing the direction of airflow, or the like may be used. The arm 623 of the electric fan 300 supports the wing 624.

  The wind direction adjusting surface 625 of the wing 624 guides the airflow generated by the blower 301 from outside the jacket 620 to inside the jacket 620. The wings 624/644 divide the airflow generated by the blower 301 into a main stream and a substream.

  The main stream is an air stream that does not hit the wind direction adjusting surface 625/645 of the wing 624/644. The main stream hits the outer surface of the wearable object and the portion (face, neck and head) of the human body 609 exposed to the outside of the wearable object.

  The side stream is an air stream that hits the wind direction adjusting surface 625/645 of the wing 624/644. The moving direction of the sub flow is changed by the wind direction adjusting surface 625/645 of the wing 624/644.

The wind direction adjusting surface 625 of the wing 624 changes the moving direction of the sub-stream to guide the sub-stream into the cavity 633, and the sub-stream is guided to the inside of the wearable article.

  In a state where the outerwear 620 provided with the collar 621 held by the arm 623 is worn by the human body 609, the airflow generated by the blower 301 supported by the arm 623 is applied to the wind direction adjusting surface 625 of the wing 624, A sub-stream of airflow is directed inside jacket 620.

  In a state where the outerwear 620 provided with the collar 621 held by the arm 623 is worn by the human body 609, the airflow generated by the blower 301 supported by the arm 623 is applied to the wind direction adjusting surface 645 of the wing 644, A sidestream of the airflow is directed inside the helmet 640.

  The wing 624 has a shape for guiding the substream of the airflow to the hole 638 by changing the direction of the substream of the airflow.

  The wing 624 has a shape for guiding the substream of the airflow into the cavity 633 by changing the direction of the substream of the airflow. The presence of the wings 624/644 makes it possible to stably guide the substream of the airflow inside the jacket 620 or the helmet 640.

  In the embodiment shown in FIG. 1, the blower 301 is supported by the mounting portion 622 without directly contacting either the human body 609 or the jacket 620 attached to the human body 609. Accordingly, this embodiment has an effect of preventing the blower 301 from coming into contact with the sweat even when the jacket 620 is wet with sweat permeating the human body 609 into the jacket 620.

(Comparison with References)

  The device described in Reference Document 1 can blow airflow between the underwear and the human body from the pipe by drawing a pipe connected to a blower from the opening of the underwear to the inside of the underwear.

The device described in Reference 2 can blow airflow while being supported by the towel or the clothes by holding a towel or the collar of the clothes with a clip.

  However, the device described in Reference 1 includes "a two-step method of hanging a fan on clothes using a fan mounting portion, and then pulling a pipe inside the clothes to secure a ventilation path into the clothes. The disadvantage is that work is required. " This is called a defect D1.

  Furthermore, the device described in References 1 and 2 has the following disadvantage: "Since it is not possible to simultaneously apply wind to both the inside and the outside of the clothes, the evaporation of water from the clothes wet with sweat is not promoted from both sides of the clothes. There is. This is called defect D2.

  Furthermore, the device described in Reference Document 1 has a "defect that the distribution of the amount of airflow blown into the clothes and the amount of airflow blown out of the clothes cannot be adjusted". This is called defect D3.

  Furthermore, the device described in Reference 2 has a "defect that it is not possible to simultaneously apply wind to both the inside of the clothes and the human body (head) exposed to the outside of the clothes". This is called defect D4.

  Furthermore, the device described in Reference Document 2 has a "defect that the air blowing unit is in contact with the human body or clothes wet with sweat, so that sweat easily permeates the air blowing unit and easily causes a failure". . This is called defect D5.

(Explanation of inventive step based on comparison with references)
The device X1 according to the embodiment disclosed above includes “
Clothing 620, shirt 620, towel 700, stall 700,
Neckerchief 740, Scarf 740, Hood 720, Bandana 720
, Cloth 700/720/740 for containing water, and cloth 740 containing a water-absorbing polymer
A mounting portion 622 that can be mounted on a cloth product selected from the group consisting of
A blower section 301 supported by the mounting section 622;
With
A device in which the blower 301 blows airflow while the attachment 622 is supported by the cloth product worn on the human body 609. "

A single operation of pinching the collar of the cloth product by the attachment portion simultaneously achieves “support of the device by the human body” and “securing a path of airflow to the human body exposed to the outside of the cloth product”. Is enabled by the device X1.

The device X2 according to the embodiment disclosed above includes “
At least one wind direction adjusting section 624 of the mounting section 622
Further comprising: a cloth 620; and a shirt 620.
A cloth product selected from the group consisting of
The blower 301 can blow the airflow to the wind direction adjuster 624,
The blower 301 can blow the airflow to an outer portion 626 of the mounting portion 622, and
The "apparatus according to the apparatus X1", wherein the wind direction adjusting section 624 guides the airflow to the inside of the cloth product in the state where the attachment portion 622 is supported by the cloth product worn on the human body 609.

In one operation of sandwiching the collar of the cloth product by the attachment portion, “support of the device by the human body”, “securing a path of airflow to the human body exposed to the outside of the cloth product”, and “the cloth The apparatus X2 enables simultaneous achievement of "securing an airflow path to the inside of the product" and "securing an airflow path to the outer surface of the cloth product".

  Device X2 overcomes the disadvantages D1, D2, D4 and D5 described above. Therefore, the device X2 has an inventive step over the reference document.

The apparatus X3 according to the embodiment disclosed above includes “
At least one wind direction adjusting section 624 of the mounting section 622
Further comprising: a cloth 620; and a shirt 620.
A cloth product selected from the group consisting of
The blower 301 can blow the airflow to the wind direction adjuster 624,
In the state where the attachment portion 622 is supported by the cloth product worn on the human body 609, the blower 301 can blow the airflow to the outer surface of the cloth product, and
The "apparatus according to the apparatus X1", wherein the wind direction adjusting section 624 guides the airflow to the inside of the cloth product in the state where the attachment portion 622 is supported by the cloth product worn on the human body 609.

In one operation of sandwiching the collar of the cloth product by the attachment portion, “support of the device by the human body”, “securing a path of airflow to the human body exposed to the outside of the cloth product”, and “the cloth The apparatus X3 makes it possible to simultaneously achieve "securing an airflow path to the inside of the product" and "securing an airflow path to the outer surface of the cloth product".

  Device X3 overcomes the disadvantages D1, D2, D4 and D5 described above. Therefore, the device X3 has an inventive step over the reference document.

The apparatus X4 according to the embodiment disclosed above includes “
At least one wind direction adjusting section 624 of the mounting section 622;
A holding portion 623 provided on the mounting portion 622;
A movable section 215/307/324/325/326/327 provided between the holding section 623 and the blower section 301;
Is further provided,
The cloth product is a clothes 620 and a shirt 620
A cloth product selected from the group consisting of
The holding portion 623 can hold the cloth product,
By moving the movable portion 215/307/324/325/326/327, the direction of the airflow can be adjusted, and
The "apparatus according to the apparatus X1", wherein the wind direction adjusting section 624 guides the airflow to the inside of the cloth product in the state where the attachment portion 622 is supported by the cloth product worn on the human body 609.

In one operation of sandwiching the collar of the cloth product by the attachment portion, “support of the device by the human body”, “securing a path of airflow to the human body exposed to the outside of the cloth product”, and “the cloth Apparatus that simultaneously achieves "securing an airflow path to the inside of the product", "adjusting the amount of airflow to the inside of the fabric", and "adjusting the amount of airflow to the outer surface of the fabric". X4 makes this possible.

  Device X4 overcomes the disadvantages D1, D2, D3, D4, and D5 described above. Therefore, the device X4 has an inventive step over the reference.

The device X5 according to the embodiment disclosed above includes “
At least one wind direction adjusting section 624 of the mounting section 622;
At least one contact portion 632 of the mounting portion 622;
Is further provided,
The cloth product is a clothes 620 and a shirt 620
A cloth product selected from the group consisting of
In the state where the attachment part 622 is supported by the cloth product worn on the human body 609, the wind direction adjustment part 624 guides the airflow to the inside of the cloth product, and
The “apparatus according to the apparatus X1”, wherein the airflow guided by the wind direction adjustment unit 624 passes between the attachment unit 622 and the surface in a state where the contact unit 632 is in contact with the surface of the human body 609 ”.

In one operation of sandwiching the collar of the cloth product by the attachment portion, “support of the device by the human body”, “securing a path of airflow to the human body exposed to the outside of the cloth product”, and “the cloth `` Securing an airflow path inside the product '', `` Securing an airflow path between the human body and underwear worn by the human body '', and `` Preventing sweat in the space between the human body and the mounting portion '' Can be achieved simultaneously with the device X5.

  Device X5 overcomes the disadvantages D1, D4 and D5 described above. Therefore, the device X5 has an inventive step over the reference document.

The device X6 according to the embodiment disclosed above includes “
At least one wind direction adjusting section 624 of the mounting section 622;
At least one contact portion 632 of the mounting portion 622;
Is further provided,
The cloth product is a clothes 620 and a shirt 620
A cloth product selected from the group consisting of
In the state where the attachment part 622 is supported by the cloth product worn on the human body 609, the wind direction adjustment part 624 guides the airflow to the inside of the cloth product, and
The device X1 in which the airflow guided by the wind direction adjustment unit 624 passes between the attachment unit 622 and the surface while the contact unit 632 is in contact with the surface of another cloth product worn on the human body 609. Device described in 1. above.

In one operation of sandwiching the collar of the cloth product by the attachment portion, “support of the device by the human body”, “securing a path of airflow to the human body exposed to the outside of the cloth product”, and “the cloth "Securing the airflow path inside the product", "Securing the airflow path between the cloth product and the underwear worn by the human body", and "Preventing sweat in the space between the human body and the mounting portion" At the same time is enabled by the device X6.

  Device X6 overcomes the disadvantages D1, D4 and D5 described above. Therefore, the device X6 has an inventive step over the reference document.

  FIG. 19 shows cloth products (towels, neckerchiefs, scarves, hoods, bandanas, stalls, circle stalls, cloth products around the neck, cloth products on the shoulders, cloth products containing water to be vaporized, and water-absorbing polymer. And a blower 301 supported by the mounting portion 622. The mounting portion 622 includes a mounting portion 622 that can be mounted on the human body 609. This is an embodiment of a device in which the blower 301 blows airflow while the 622 is supported. The cloth product worn on the human body 609 is the cloth product worn on the human body.

  In the embodiment disclosed herein, a description will be given using a “towel” as a representative of the cloth products listed above. In the following description, "towel" is referred to as "necker chief", "scarf", "hood", "bandana", "stall", "circle stall", "cloth product to hang on shoulder", "cloth product to wear around neck". The same effect can be obtained by replacing with any one of "cloth product for containing water to be vaporized", "cloth product containing water-absorbing polymer", and "cloth product containing water-absorbing polymer". Cloth products that can be practically used as towels, such as "Tenugi" in Japan, are towels.

  Generally, the towel or stall has a rectangular shape as shown in a towel 700 in FIG. However, towels and stalls that may be used as the cloth product of the present embodiment are not limited to rectangles. Stall is a generic term for cloth products used around the neck or around the shoulder.

  As the hood or the bandana, a square cloth product or a folded cloth product may be used as shown in FIG. In addition, a cloth product having a shape that fits the shape of the head of the human body or a cloth product that has been processed so as to be easily worn on the head may be used as a headband or a bandana. The hood or bandana that can be used as the cloth product of the present embodiment is not limited to the shape shown in FIG. Bandana is a generic term for cloth products used around the head. Hood is a generic term for cloth products used over the head.

  As the scarf or neckerchief, a cloth product that can be easily worn around the neck can be used. For example, a cloth product having the shape shown in FIG. 22 may be used as a scarf or neckerchief because it is easily wound around the neck. For example, by storing the water-absorbing polymer in the bag-like portion 760 of the cloth product shown in FIG. 22, a “cloth product containing the water-absorbing polymer” or a “cloth product containing the water-absorbing polymer” can be manufactured. The scarf or neckerchief that can be used as the fabric product of the present embodiment is not limited to the shape shown in FIG.

  As a material of the towel 700 and the jacket 620, a textile fabric is preferably used. Fibers that may be used for the towel 700 and the outerwear 620 include plant fibers such as cotton and hemp, animal fibers such as silk, wool, alpaca and cashmere, regenerated fibers such as rayon and cupra, and semi-synthetic materials such as acetate. Fibers and synthetic fibers such as polyester, acrylic, polyethylene terephthalate, and nylon are used. Cotton is optimally used as the vegetable fiber. Polyester is optimally used as the synthetic fiber. The fibers that may be used as the material of the towel 700 and the jacket 620 are not limited to the above. Using these materials, a "cloth product for containing water to be vaporized" can be manufactured. Further, a nonwoven fabric may be used as the towel 700 and the outerwear 620.

  As the water-absorbing polymer, any polymer may be used as long as it has a high water retention function. For example, a sodium polyacrylate superabsorbent polymer is optimally used as the water absorbent polymer. In addition, starch or cellulose and a water-soluble monomer containing a hydrophilic group such as a carboxyl group or a sulfonic acid group and / or a monomer that becomes water-soluble by hydrolysis, and a crosslinking agent are polymerized as essential components, and necessary polymerization is performed. And a water-absorbing polymer obtained by carrying out hydrolysis. By enclosing the water-absorbing polymer in the form of particles or fine powder and enclosing the same in a cloth product, the water-absorbing efficiency of the polymer can be increased and water can be absorbed in a short time. For example, by referring to Reference Document 4, it is possible to manufacture “cloth products for containing water to be vaporized”, “cloth products containing a water-absorbing polymer”, and “cloth products containing a water-absorbing polymer”. it can.

  The center 701 of the towel 700 shown in FIG. 20 is located at the center of gravity of the towel 700. The distance 704 from the center 701 of the towel 700 to the end 703 is 15 cm.

  The length 705 of the end 703 of the towel 700 shown in FIG. 20 is longer than 10 cm. The embodiment has the effect that the fan 300 can be easily attached to the towel 700 if the length 705 is longer than 15 cm. When the length 705 is longer than 20 cm, the embodiment has an effect that the fan 300 can be easily slid at the end 703. For this reason, the embodiment has an effect that the distance from the blower 300 to the neck of the human body 609 can be adjusted.

  The width 711 of the towel 700 that can be used as a face towel is generally 5 cm or more, and most of the commercially available face towels are 15 cm or more and 45 cm or less, and the average is about 34 cm.

  The length 710 of the towel 700 that can be used as a face towel is generally 40 cm or more, and most of the commercially available face towels are 50 cm or more and 90 cm or less, and the average is about 76 cm. As the towel 700 used in this embodiment, a commercially available face towel is optimally used.

  In this embodiment, using a commercially available average face towel as the towel 700 facilitates mounting the fan 300 on the towel 700 and also allows the fan 300 and the towel 700 to slide together. For this reason, the embodiment has the effect of making it easy to adjust the distance from the blower 301 to the neck of the human body 609.

  19 to 29, the two ends 703 are painted gray. This is for the purpose of clearly illustrating the positional relationship between the two end portions 703. In the actual towel 700, the intermediate portion 702 and the end portion 703 need not be separately coated.

  When the middle part 702 of the towel 700 is hung on the neck of the human body 609, the left and right ends 703 of the towel 700 are arranged so as to hang down in front of the chest of the human body 609. The towel 700 hung on the neck is a cloth product worn on the neck. The cloth product worn on the neck is worn on the neck. The cloth product worn on the neck is worn on the human body.

  As the mounting portion 622 used in this embodiment, the mounting portion 622 shown in FIGS. 7 to 12 is optimally used. As the electric fan 300 including the attachment portion 622 and the air blowing portion 301, the electric fan 300 shown in FIGS. 13 to 16 is optimally used.

  As shown in FIGS. 19 to 27, the left and right ends 703 of the towel 700 are passed through the holes 638 symmetrically provided on the upper left and upper right of the mounting portion 622, respectively. By providing two holes 638 symmetrically, it is easy to pass each of the end portions 703 through each hole 638. The two passed end portions 703 support the mounting portion 622 symmetrically. Thus, the two ends 703 support the fan 300 in a well-balanced manner.

  As shown in FIG. 2, the hole 638 is formed by the arm 623, the foot 632, and the wing 624 of the mounting portion 622, and the hole 638 has a length of about 1 cm and a width of about 4 cm. In another embodiment, one hole with a width of about 1 cm and a width of about 8 cm may be substituted for the two holes 638 by performing a modification that removes a wall separating the two holes 638. In this case, by passing both ends 703 through this one hole, the two ends 703 also support the fan 300. The hole shape forming part 638 formed by the arm 623, the foot 632, and the wing 624 defines the shape of the hole 638. The hole shape forming portion 638 is a portion that forms at least one hole shape in the electric fan 300. The hole shape forming portion 638 is a portion through which the towel 700 passes. The shape of the hole formed by the hole shape forming part 638 is not limited to the shape of the hole 638 shown in FIG. The hole formed by the hole shape forming part 638 may be located anywhere on the mounting part 622, the blowing part 301, the support part 210, or the fan 300.

  Thereby, as shown in FIG. 29, when the end 703 of the towel 700 which is a commercially available face towel (about 34 cm in width and about 76 cm in length) is passed through the hole 638, the hole 638 tightens the end 703. . By this tightening, a frictional force is generated between the end 703 and the hole 638, so that the hole-shaped forming portion 638 is stably supported by the end 703 of the towel 700.

  When a sufficient frictional force cannot be obtained between the end 703 and the hole 638, for example, when a thin cloth product is used as the towel 700, as shown in FIGS. Is held by the arm 623. Thus, the embodiment has an effect that the attachment portion 623 is firmly supported from both the two ends 703 of the towel 700.

  Thus, by hanging each of the holes 638 of the mounting portion 622 from each of the left and right ends 703 of the towel 700, the mounting portion 622 is detachably supported by the towel 700.

  As shown in FIG. 19, the towel 700 is hung from the neck by passing the neck of the human body 609 through the ring structure formed by the towel 700 and the mounting portion 622. This embodiment has the effect that the blower 301 is hung by the towel 700 hung on the neck of the human body 609 by the attachment part 622 supported by the towel 700 supporting the blower 301.

  As shown in FIG. 19, the orientation of the attachment portion 622 is stabilized by the foot 632 (or contact portion) of the attachment portion 622 contacting the surface of the outerwear 620 worn by the human body 609 or the surface of the end portion 703 of the towel 700. Become

  This embodiment has a synergistic effect of the above-described effects, in which the airflow blown from the blower 301 of the electric fan 300 supported by the towel 700 is stably blown toward the neck of the human body 609 and the towel 700. As another possible embodiment, the rod-shaped body 308 may be replaced with a cylindrical body described in Reference 5. The devices X1 to X14 may be manufactured by providing the mounting portion 622 with a supporting portion 210 having a shape capable of detachably supporting the cylindrical frame. Further, the device may be manufactured by providing a shape having characteristics equivalent to those of the mounting portions described in the devices X1 to X14 to the cylindrical body described in Reference 5.

  As shown in FIGS. 26 and 27, the end portion 703 and the mounting portion 622 are pulled in opposite directions by manually applying a force greater than the frictional force acting between the end portion 703 and the hole 638. And the mounting portion 622 slide with each other. This embodiment has an effect that the distance between the blower 301 and the neck of the human body 609 can be adjusted.

  By applying the airflow blown from the blowing unit 301 to the towel 700 containing water, vaporization of the water contained in the towel 700 is promoted. The amount of heat taken from the towel 700 is increased by the promotion of vaporization. Therefore, the cooling of the towel 700 is promoted by the airflow. Thereby, the effect of cooling the neck on which the towel 700 is hung is increased. Further, the airflow hitting the towel 700 is also cooled by the vaporization of water. Therefore, this embodiment has an effect that the human body 609 is cooled by both the cooled airflow and the cooled towel 700.

  As shown in FIGS. 23 to 25, the blower section 301 and the mounting section 622 can be easily separated. Therefore, when the towel 700 is immersed in water so that the towel 700 contains water, the blower 301 can be removed from the towel 700. As a result, this embodiment prevents an accident that the blower 301 is accidentally wetted.

(Explanation of inventive step based on comparison with references)
The mobile mooring body 29 of the device described in FIG. 8 of Reference 6 can slidably suspend a mobile phone from a hanging string. However, when the string of the device described in FIG. 8 of Reference Document 6 is wet with water, water dripping from the string may flow into a mobile phone which is an electronic device, and the mobile phone may be broken.
It is difficult to replace the string of the device described in FIG. Towels can contain more water than strings. If the wet towel and the mobile mooring body are slid with each other, the mobile mooring body squeezes the towel by tightening the towel, so that the squeezed water tends to drip onto the mobile phone.
On the other hand, the blower 301 of the embodiment shown in FIGS. 19 to 29 does not contact the towel 700. This prevents the water contained in the towel 700 from flowing into the blower 301. Blowers 301 of devices X7 to X12, which are embodiments described below, do not get wet with water dripping from towel 700. Therefore, even when the towel 700 is wet with water, the blower 301 continues blowing airflow without failure of the blower 301 by water. Hereinafter, this effect of preventing water inflow is referred to as "waterproof effect".
That is, the devices X7 to X12 solve the novel problem of "preventing water from flowing into the fan from the towel for hanging the fan around the neck". The inventors of Reference 2 have not yet come up with the need to prevent the flow of water from the wet towel into the fan. Therefore, the devices X7 to X12 are inventive compared to the devices described in the references 2 or 6.

The device X7 according to the embodiment disclosed above includes “
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The cloth product is detachable from the mounting portion 622,
The blower 301 is detachable from the attachment 622, and
The apparatus according to the apparatus X1, wherein the air blower 301 can blow the airflow to the cloth product while the attachment part 622 is supported by the cloth product worn on the neck of the human body 609. "
The device X1 is described in detail in the first embodiment.

  Due to the waterproof effect described in the above paragraph 0157, even when the cloth product is wet with water, the device X7 continues to blow air without causing the blower 301 to break down with water. Therefore, the device X7 has an inventive step as compared with the device described in Reference Document 2 or 6. Further, the device X7 has the following remarkable effects.

  Generally, it is more difficult to attach a fan to the end of a wet cloth product such as a water-containing towel than to attach a fan to a dry string described in FIG.

  Generally, a towel is wider and thicker than a string. For this reason, it is much more difficult to put a towel into a narrow hole or a narrow gap by hand using human hands than to put a string. Water can flow into the fan, especially if the towels are wet with water.

  For example, as shown in FIG. 19, when the work of passing a towel having a width and a thickness through the hole 638 of the mounting portion 622 or the work of holding the towel between the outer portion 626 and the inner portion 627 is performed. Since the human hand grasping the width and thickness of the towel collides with the blower 301, the above operation is much more difficult than attaching the string. In particular, when the towel is wet with water, the water squeezed from the towel may flow into the fan by squeezing the towel with a hand.

  The device X7 overcomes the above difficulties by having a double detachment function of “the towel 700 is detachable from the attachment portion 622 and the blower 301 is detachable from the attachment portion 622”. As shown in FIGS. 23 to 25, the device X7 enables the wet towel 700 to support the mounting portion 622 with the blower portion 301 detached from the mounting portion 622.

  Thus, this embodiment has a remarkable effect of facilitating and securing the mounting operation. It is difficult to predict this effect from Patent Document 1. Therefore, the device X7 has an inventive step.

  In addition, this embodiment has an effect of removing the risk of accidentally dropping the blower unit 301 during the mounting operation. Installing a wide and thick wet towel is much more difficult than installing a dry string. In particular, the water makes the mounting portion 622 slippery. For this reason, the risk of dropping the attachment portion 622 and the blower 301 during this work is significantly reduced by removing the blower 301 that is likely to hinder the work.

  In addition, this embodiment has an effect of preventing an accident of wetting the blower unit 301 with water during the work of wetting the towel 700 attached to this embodiment with water by the double detachment function.

  As shown in FIGS. 23 to 25, the towel 700 is firmly fixed to the mounting portion 622. In general, there is a disadvantage that the attaching and detaching operations between the towel and the attaching portion take time. The disadvantage is overcome by the double detachment function of the device X7.

  That is, the blower 301 can be easily removed from the attachment 622 without removing the towel 700 from the attachment 622. Thus, this embodiment has an effect that the work of wetting the towel 700 with water can be easily performed without wetting the blower unit 301 with water.

  Furthermore, even if the operation of wetting the towel 700 with water is repeated many times, the state where the attachment portion 622 is firmly attached to the towel 700 is maintained. For this reason, this embodiment has the effect of greatly improving the safety of drop prevention.

The device X8 according to the embodiment disclosed above includes “
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The attachment portion 622 supported by the cloth product worn on the neck of the human body 609
The apparatus according to the apparatus X1, wherein the blower 301 is capable of blowing the airflow to the cloth in a state where the blower 301 supported by the blower is not in contact with the cloth.

  The effects of the device X8 are as follows.

  The blower 301 of the electric fan 300 includes “electronic parts that should not be wetted” such as the electric motor 303. Therefore, when the towel 700 is wet with water, a sufficient distance needs to be maintained between the blower 301 and the towel 700 so that the water contained in the towel 700 does not contact the blower 301.

  As shown in FIG. 19, the device X8 has a mounting portion 622 between the towel 700 and the blower 301. Thus, the blower 301 is indirectly supported by the towel 700 via the attachment 622 without directly contacting the towel 700. That is, the blower 301 is supported by the mounting portion 622 such that the blower 301 is kept away from the towel 700. For this reason, this embodiment has an effect of preventing water contained in the towel 700 from flowing into the blower unit 301.

  On the other hand, in the electric fan shown in FIG. 21 of Reference 2, the main body including the blower is in direct contact with the towel. For this reason, the electric fan described in Reference 2 may be damaged by water flowing from the towel to the blower. The inventors of Reference 2 have not yet come up with the need to prevent the flow of water from the wet towel into the fan.

  Therefore, the device X8 having the feature that “the blower is not in contact with the cloth product” is more inventive than the fan described in Reference 2.

The device X9 according to the embodiment disclosed above includes “
And a movable portion 215/307/324/325/326/327 provided between the attachment portion 622 and the blower 301.
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The cloth product is detachable from the mounting portion 622,
By moving the movable portion 215/307/324/325/326/327, the direction of the airflow can be adjusted, and
The attachment portion 622 supported by the cloth product worn on the neck of the human body 609
The apparatus according to the apparatus X1, wherein the blower 301 is capable of blowing the airflow to the cloth product in a state where the blower 301 supported by the blower 301 is not in contact with the clothing 620 worn on the human body 609.

  The effects of the device X9 are as follows.

  As shown in FIG. 19, the water contained in the towel 700 is vaporized by attaching the fan 300 of the device X9 to the towel 700 hung on the neck of the user. When the user sits in front of the desk 600, the fan 300 can be removed from the towel 700, and the fan 300 can be placed on the desk 600 as shown in FIG. At this time, the presence of the movable portion of the device X9 allows the blower 301 to be directed to the towel 700 hung on the neck of the user. Thereby, the water contained in the towel 700 continues to be vaporized.

  As described above, the device X9 can blow airflow to the towel 700 worn on the user's neck by the above two methods. Thus, this embodiment has the effect of greatly reducing the burden on the user's neck.

  That is, this embodiment has the effect of "continuously promoting the vaporization of water contained in the towel 700 without imposing a load on the neck of the user sitting at the desk 600 by the weight of the electric fan 300".

  Further, as shown in FIG. 19, the blower 301 is supported without contacting an outerwear 620 (this is clothing 620) worn on the human body 609. Thus, even when the water contained in the towel 700 soaks into the outerwear 620 and the outerwear 620 is wet with water, the effect of preventing the blower 301 from contacting the water contained in the outerwear 620 can be obtained. This embodiment has.

  In contrast, the fan described in Reference 2 directly contacts the outerwear worn by the user. For this reason, the electric fan described in Reference 2 has a drawback that water contained in the jacket easily flows into the electric fan. Also, it is difficult for the electric fan described in Reference 2 placed on the desk to adjust the direction of air blowing toward the towel placed on the neck of the user sitting at the desk. For this reason, the fan described in Reference 2 needs to be kept attached to the towel around the user's neck even when the user sits at the desk. For this reason, the fan described in Reference 2 has a drawback that the weight of the fan continues to be applied to the neck of the user.

  It is difficult to imagine the above effects from the fan described in Reference 2. Therefore, the device X9 has an inventive step.

The apparatus X10 according to the embodiment disclosed above has a “
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Hood 720, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The cloth product is detachable from the mounting portion 622, and
The cloth product and the mounting portion 622 are pulled by pulling the cloth product and the mounting portion 622 in mutually opposite directions while the mounting portion 622 is supported by the cloth product worn on the head of the human body 609. Are mutually slidable to adjust the distance between the blower 301 and the head of the human body 609. " However, the head is a portion above the neck of the human body and includes the neck.

  According to the waterproofing effect described in the above paragraph 0157, the device X10 that can slide the blowing unit 301 without wetting the blowing unit 301 with water even when the cloth product is wet with water is described in Reference Document 2 or 6. It has an inventive step compared to the device. Further, the device X10 has the following remarkable effects.

  FIG. 26 shows one of the mounting modes of the mounting portion 622 of the device X10 shown in FIG. Both ends 700 of the towel 700 pass through holes 638 in the attachment 622. Further, both ends 703 of the towel 700 are held by the arms 623 of the mounting portion 622. Therefore, even when the towel 700 and the attachment portion 622 are strongly pulled by the hand of the human body 609 in opposite directions, the towel 700 and the attachment portion 622 slide with each other without the attachment portion 622 detaching from the towel 700. You.

  In another mounting mode, shown in FIG. 28, both ends 703 of towel 700 are held by arm 623 without passing through hole 638. In this mode, even when the towel 700 and the attachment portion 622 are strongly pulled in the opposite directions, the towel 700 and the attachment portion 622 are slid with each other without detaching the attachment portion 622 from the towel 700.

  In another mode of installation, shown in FIG. 29, both ends 703 of towel 700 pass through hole 638 without being held by arm 623. In this mode, even when the towel 700 and the attachment portion 622 are strongly pulled in the opposite directions, the towel 700 and the attachment portion 622 are slid with each other without detaching the attachment portion 622 from the towel 700. In this mode, the hole shape forming part 632 that forms the hole 632 is the holding part 632 that holds the towel 700.

  In any of the above mounting modes, as shown in FIG. 27, “the towel 700 and the mounting portion 622 are moved in the opposite directions to each other while the mounting portion 622 is supported by the towel 700 worn on the head. The distance between the blower 301 and the head can be adjusted by sliding the towel 700 and the attachment part 622 mutually by pulling by hand ”(hereinafter, referred to as“ slide adjustment effect ”).

  When the towel 700 is thick, the attachment portions 622 of the devices X10 and X11 hold the towel 700 in the attachment mode described in paragraph 0148 and FIG. When the towel 700 is thin, the attachment section 622 holds the towel 700 in the attachment mode described in paragraph 0149 and FIG. By providing such two types of holding methods, the apparatuses X10 and X11 hold towels having various thicknesses (hereinafter, referred to as “thickness adjustment effect”).

  Further, the attachment portions 622 of the devices X10 and X11 hold the towel 700 detachably (hereinafter, referred to as “detachment effect”).

  On the other hand, the clip-type fan described in FIG. 21 of Reference 2 is a fan that can be attached to a towel hung on the neck. Both ends of the towel on the neck are overlapped in front of the chest to form a ring structure on the towel. The ring structure is fixed by fastening the overlapped portion with the clip of the electric fan. Thereby, the electric fan is hung on the neck.

  In FIG. 21 of Reference 2, the overlapping ends of the towel are clipped to generate a frictional force between the overlapping ends. The ring structure of the towel is maintained by this frictional force. If the overlapping position is slightly displaced from the clipping position, the frictional force does not work and the ring structure of the towel collapses.

  For this reason, in the clip-type electric fan described in FIG. 21 of Reference 2, if the position where the both ends of the towel overlap and the position of the clip that fastens them slightly deviate even slightly, the towel and the electric fan fall from the neck. There are drawbacks. Further, the drawback of the fan described in Reference 2 is that the ring structure is immediately collapsed when the fan and the towel are strongly pulled in opposite directions.

  Therefore, in the electric fan described in Reference 2, the distance between the electric fan and the neck is pulled by pulling the towel and the electric fan in opposite directions while keeping the fan supported from the towel on the neck. The disadvantage is that it is very difficult to adjust.

  Device X10 overcomes the above disadvantages. It is difficult to conceive of a device having the four effects (waterproof effect, slide adjustment effect, thickness adjustment effect, and attachment / detachment effect) of the device X10 from References 2 and 6. Therefore, the device X10 has an inventive step.

The device X11 according to the embodiment disclosed above includes “
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Hood 720, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The cloth product is detachable from the mounting portion 622, and
The left part 622L and the right part 622R of the attachment part 622 are the "apparatus according to the apparatus X1" that holds the left end 703L and the right end 703R of the cloth product, respectively.

  Due to the waterproofing effect described in the above paragraph 0157, the device X11 capable of adjusting the distance between the blowing unit 301 and the head without wetting the blowing unit 301 with water even when the cloth product is wetted with water. It has an inventive step as compared to the device described in Reference 2 or 6. Further, the device X11 has the following remarkable effects.

  As shown in FIGS. 26 to 29, the left portion 622L and the right portion 622R of the mounting portion 622 of the device X11 hold the left end 703L and the right end 703R of the towel 700, respectively.

  For this reason, the embodiment shown in FIGS. 26 to 27 can be used to adjust the distance between the blower 301 and the head by moving the mounting portion 622 up or down along the end 703 of the towel 700. (Hereinafter referred to as “distance adjustment effect”).

  As shown in FIG. 26, in the device X11, the mounting portion 622 supports the left and right ends 703 symmetrically without the left and right ends 703 of the towel 700 crossing each other. For this reason, this embodiment has an effect that even if the attachment portion 622 is moved up or down along the end 703 of the towel 700, the mechanical stability is not changed and the support is stably supported.

  On the other hand, in FIG. 21 of Reference 2, the left and right ends of the towel cross each other. Therefore, the clip of the fan does not hold the left and right ends of the towel symmetrically. (In FIG. 21 of Reference 2, the left end overlaps the right end in the crossed part, and the crossed part Is not symmetric). For this reason, in FIG. 21 of Reference 2, it is difficult to slide the fan up and down over the asymmetrical portion where the towel crosses.

  Device X11 overcomes the above disadvantages. It is difficult to conceive of a device that simultaneously has the four effects (waterproofing effect, distance adjusting effect, thickness adjusting effect, attaching / detaching effect) of the device X11 from References 2 and 6. Therefore, the device X11 has an inventive step.

The device X12 according to the embodiment disclosed above includes “
A hole shape forming part for forming at least one hole shape;
The cloth products are towel 700, stall 700, neckerchief 740,
Scarf 740, Bandana 720,
Fabric 700/720/740 for containing water, and fabric 740 containing water-absorbing polymer
A cloth product selected from the group consisting of
The apparatus according to the apparatus X1, wherein the air blower 301 can blow the airflow to the cloth product while the cloth product worn on the neck of the human body 609 is passing through the hole forming part.

Due to the waterproofing effect described in paragraph 0157 above, the device X12 that continues blowing without causing the blower 301 to break down with water even when the cloth product is wetted with water is compared with the device described in Reference 6. Be inventive. Further, the device X12 has the following remarkable effects.
As shown in FIGS. 23 to 27 and 29, the mounting portion 622 of the device X12 has a hole 638, and the towel 700 passes through the hole 638. Thus, even when the mounting portion 622 and the end portion 703 are pulled in opposite directions, the embodiment has an effect that the mounting portion 622 is not detached from the end portion 703 by the hole 638 (hereinafter, referred to as a “separation prevention effect”). Call).

  Further, as shown in FIG. 29, the mounting tool 622 is supported from the towel 700 by the hole 638 (hereinafter, referred to as “supporting effect”).

  Further, as shown in FIGS. 19 and 27, the hole 638 is located in front of the blower 301. The position of each end 703 is fixed in an appropriate position by each hole 638. Thus, the airflow blown from the blower 301 stably hits the end 703 exposed from the hole 638. As a result, the water contained in the towel 700 continues to be stably vaporized (hereinafter, referred to as “water vaporization stabilizing effect”).

  On the other hand, in the electric fan shown in FIG. 21 of Reference 2, an air outlet is located above the electric fan, and a clip is located below the electric fan. The towel is sandwiched between the lower clips. For this reason, it is difficult for the fan of Reference 2 to keep the towel positioned near the air outlet. Therefore, the fan of Reference 2 cannot blow air stably toward the towel. Therefore, the fan of Reference 2 cannot obtain the effect of stably promoting the vaporization of water.

  By appropriately determining the “size of the hole 638, the shape of the hole 638, and the position of the hole 638” of the device X12 as shown in FIG. 29, the present embodiment provides the “waterproof effect”, “separation prevention effect”, and “ The "supporting effect" and the "water vaporization stabilizing effect" can be simultaneously obtained. It is difficult to imagine these synergistic effects from the fan described in Reference 2. Therefore, the device X12 has an inventive step.

The device X13, which is the embodiment shown in FIGS.
The water is prevented from flowing into the blower 301 from the cloth product while the attachment portion 622 is supported by the cloth material attached to the human body 609 after the cloth product contains water. The device described in the device X1 ”.

The air blower 301 of the embodiment shown in FIGS. 1, 3, 17 and 19 is not in contact with the cloth product worn on the human body 609. A movable portion 215/307/324/325/326/327 is provided between the attachment portion 622 and the blower 301, and the blower 301 is separated from the cloth product. This prevents the water contained in the cloth product from flowing into the blower 301. Even when the cloth is wetted with water, the blower 301 of the device X13 does not get wet with water dripping from the cloth. Therefore, even when the cloth product is wet with water, the blower 301 continues to blow airflow without the blower 301 being broken down by water.
That is, the device X13 solves a new problem of "preventing water from flowing into a fan attached to a wet cloth product". The inventors of References 1 or 2 have not yet come to the need to prevent the flow of water from a wet towel or clothes into the fan. Therefore, the device X13 has an inventive step as compared with the device described in Reference Document 1 or 2.

The device X14 of the embodiment shown in FIG.
A holding portion 623 provided on the mounting portion 622;
A slidable movable portion 326 provided between the holding portion 623 and the air blowing portion 301,
Is further provided,
The cloth product is a clothes 620, a shirt 620,
A cloth product selected from the group consisting of
The holding part 623 can hold the cloth product, and
Edge 621 of the cloth product attached to the human body 609
The apparatus according to the apparatus X1, wherein the height of the air blowing unit 301 is adjustable by sliding the movable unit 326 in a state where the mounting unit 622 is supported.

  A slidable movable portion 326 (movement indicated by arrow 326 in FIG. 14) is provided between blower 301 and outer portion 626 of arm 623. Accordingly, when the attachment portion 622 holds the collar 621 or the edge 621 of the outerwear 620 as shown in FIG. 17, the height of the air blowing portion 301 can be adjusted by sliding the slidable movable portion 326.

  This embodiment has an effect that the height of the blower 301 can be adjusted to an appropriate position even when the attachment 622 is attached to the outerwear 620 having variously different heights of the collar 621.

  Further, the distance between the blower 301 and the edge 641 of the helmet 640 can be adjusted even when the attachment 622 of this embodiment is attached to the outerwear 620 having different heights of the collar 621. Therefore, this embodiment has the effect of adjusting the amount of airflow flowing into the gap 635 between the helmet 640 and the head. This effect can be obtained even when the attachment portion 642 is not attached to the helmet 640 as shown in FIG.

  In this embodiment, by sliding the movable portion 326, the blower 301 can be supported at a position higher than the collar 621 of the outerwear 620.

  As shown in FIG. 17, the mounting portion 622 supports the blower 301 so that the impeller 302 of the blower 301 is located higher than the collar 621. That is, the mounting portion 622 supports the blower 301 such that the highest portion of the impeller 302 is higher than the highest portion of the collar 621.

  Since the impeller 302 is located at a position higher than the collar 621, the impeller 302 of the blowing unit 301 can blow airflow from the back of the neck toward the front of the neck. As a result, the airflow passes through the side of the cheek from behind the neck and blows away to the front of the face. Therefore, when smoke is present in front of the face, this embodiment has an effect of keeping the smoke away from the face and preventing the smoke from being inhaled through the nose. Even when the height of the collar 621 of the outerwear 620 is low, this effect can be obtained by adjusting the blowing unit 301 to an appropriate height by sliding the movable unit 326. This effect can be obtained even when the human body 609 does not wear the helmet 640.

  Further, since the impeller 302 is located at a position higher than the collar 621, the blower 301 can blow airflow from a position near the edge 641 of the helmet 640 toward the edge 641. Thus, this embodiment has the effect of increasing the amount of airflow flowing into the gap 635 between the helmet 640 and the head of the human body 609.

  The closer the blowing unit 301 is to the helmet 640 by sliding the movable unit 327, the more the amount of airflow flowing into the gap 635 is increased, so that the degree of comfort felt by the human body 609 is increased. However, if the blower 301 is too close to the helmet 640, the helmet 640 and the blower 301 frequently collide with each other, and the degree of comfort felt by the human body 609 decreases. By appropriately sliding the movable section 326, the height of the blower section 301 can be adjusted to an appropriate position (a position not hitting the helmet 640 and as close as possible to the helmet 640). This embodiment has a remarkable effect that the degree of comfort felt by the human body 609 by sliding the movable portion 326 is maximized. It is difficult to predict this remarkable effect from the device described in Reference 1 or 2. Therefore, the device X14 has an inventive step.

  On the other hand, the devices described in References 1 and 2 cannot adjust the height of the blower with respect to the height of the collar. For this reason, the device described in Reference Document 1 or 2 has a drawback that the shirt to which the device can be attached is limited.

  The device X14 has an inventive step because the device X14 overcomes the drawbacks of the devices described in Documents 1 and 2 and has a remarkable effect that is difficult to predict.

  Further, as shown in FIG. 17, since the movable portion 326 exists between the blower 301 and the jacket 620, the blower 301 does not contact the jacket 620. For this reason, even when the outerwear 620 is wet with water, the blower 301 continues to blow airflow without failure of the blower 301 by water. Therefore, even when the cloth product contains water, the device X14 in which the blower continues to blow the airflow has an inventive step.

  The mounting device 666 including the mounting portion 622 shown in FIG. 7 enables the use of the hand-held portable electric fan 616 as the devices X1 to X14.

  Some of the disclosed embodiments can be used as a blower that can be worn on the human body.

210 Support part (FIGS. 1-4, 6-8, 10-12, 14-19, 23, 27, 34-37)
215 Movable part of support part 210 (FIGS. 7-9, 14, 34-37)
233 Hole serving as a bearing for movable section 215 of support section 210 (FIGS. 7, 9, 12)
244 Stick holding part of support part 210 (FIGS. 2, 4, 7, 8, 10-18, 23, 34-37)
245 Stick holding surface of stick holding part 244 of support part 210 (FIGS. 7, 10-13, 34-37)
300 electric fan (Figures 2, 4, 5, 15, 16, 18)
301 Blower of fan 300 (FIGS. 1-4, 14-19, 27)
302 Impeller of blower 301 of fan 300 (FIG. 13)
303 Electric motor of blower 301 of electric fan 300 (FIG. 13)
304 Battery as a power supply of electric fan 300 (FIG. 13)
305 Fan guard of blower 301 of fan 300 (FIGS. 1-5, 13, 14, 17)
307 Hinge part or movable part of electric fan 300 (FIGS. 13 and 14)
308 Bar-shaped body of electric fan 300 (FIGS. 1-6, 13-19, 27)
309 Switch of fan 300 (Figs. 5 and 13)
310 Battery case lid of electric fan 300 (FIGS. 13 and 14)
312 Electric conductor of electric fan 300 (FIG. 13)
320 Arrow indicating the connection of parts of fan guard 305 (FIG. 13)
321 Arrow indicating connection between lid 310 and rod 308 (FIG. 13)
Arrow 322 indicating that the rod 308 is rotatably and slidably supported by the rod holding surface 245 of the rod holder 244 of the support 210 (FIG. 13).
323 Arrow indicating that the rod holding portion 244 is rotatably provided by passing the shaft of the rod holding portion 244 of the support portion 210 through the hole 233 serving as a bearing of the support portion 210 (FIG. 13).
324 Arrow (movement of the movable part) indicating the butterfly movement of hinge part 307 (movable part 307) that hinges blower part 301 of fan 300 and rod-shaped body 308 (FIG. 14).
325 Arrow indicating rotation of rod 308 on rod holding surface 245 of rod holder 244 of support portion 210 of support unit 210 that rotatably supports rod 308 of electric fan 300 (movement of movable part) (FIG. 14).
326 Arrow indicating sliding movement of rod-shaped body 308 on rod-holding surface 245 of rod-holding section 244 of support section 210 that supports rod-shaped body of electric fan 300 in a slidable manner (movement of slidable movable section) (FIG. 14).
327 Arrow indicating rotation between outer portion 626 of arm 623 and rod holder 244 (movement of movable portion) (FIG. 14)
600 Desk surface (Fig. 16)
609 Human body wearing jacket 620 (Figs. 1, 3, 17-19, 27)
616 Hand-held device or hand-held portable fan (Fig. 18)
620 Coat worn by human body 609 (Figs. 1, 3, 17-19, 27)
621 Edge or collar of jacket 620 (Figs. 1, 3, 17, 18)
622 Attachment that can hold collar 621 of jacket 620 (FIGS. 1-19, 23-29, 34-37)
622L Left part of mounting part 622 (FIGS. 26, 28, 29)
622R Right part of mounting part 622 (FIGS. 26, 28, 29)
623 Arm or holding part of attachment part 622 (FIGS. 1-5, 8-10, 12-16, 23-25, 34-37)
624 Wind direction adjusting part or wing of mounting part 622 (FIGS. 1, 2, 4-9, 11, 12, 15-18, 34-37)
625 Wind direction adjusting surface of wing 624 of mounting portion 622 (FIGS. 2, 6-8, 12, 15, 17, 34, and 35)
626 Outer portion of arm 623 of mounting portion 622 (FIGS. 1-3, 7, 8, 10, 13-15, 17, 23-25, 34-37)
627 Inside part of arm 623 of attachment part 622 (FIGS. 2, 4, 5, 7-10, 12, 15, 16, 23-25, 34-37)
628 Outer surface of outer portion 626 of arm 623 of mounting portion 622 (FIGS. 2, 3, 7, 8, 10, 12, 14, 17, 34-35)
629 Inner surface of outer portion 626 of arm 623 of mounting portion 622 (FIGS. 10, 36, 37)
630 Outer surface of the inner part 627 of the arm 623 of the mounting part 622 (FIGS. 2, 7, 8, 10, 12, 34, 35)
631 Inner surface of inner portion 627 of arm 623 of mounting portion 622 (FIGS. 4, 5, 9, 10, 36, 37)
632 Foot or contact part of mounting part 622 (FIGS. 2, 4, 5, 7-10, 12, 16, 34-37)
633 cavities (Figures 4, 5, 9, 10, 36, 37)
634 Gap between feet 632 (Figs. 2, 4-10, 16, 34-37)
635 Gap between the helmet 640 and the head of the human body 609 (Figs. 1, 3, 6, 17, 18)
636 Gap between jacket 620 and human body 609 (FIGS. 1, 17, and 18)
637 Hole provided at the end of the inner part 627 of the arm 623 (FIGS. 2, 5-10, 16, 34-37)
638 Holes formed by hole shape forming parts (FIGS. 2, 4, 5, 7-9, 16, 23-25, 34-37)
639 Generally concave or U-shaped surface (FIGS. 4, 5, 9, 10, 36, 37)
640 Helmet worn by human body 609 (Figs. 1, 3, 6, 17, 18)
641 The edge of the helmet 640 (Figs. 1, 3, 6, 17)
642 A mounting part capable of holding the edge 641 of the helmet 640 (FIGS. 1, 3, 30-33)
643 Arm of mounting part 642 (Fig. 30-33)
644 Wind direction adjusting part or wing of mounting part 642 (Figs. 1, 3, 30-33)
645 Wind direction adjustment surface of wing 644 of mounting portion 642 (FIG. 3, 30-33)
646 Outside portion of arm 643 of attachment portion 642 (FIG. 3, 30-33)
647 Inner part of arm 643 of mounting portion 642 (FIG. 3, 30-33)
648 Outer surface of outer portion 646 of arm 643 of mounting portion 642 (FIGS. 30, 32, 33)
649 Inner surface of outer portion 646 of arm 643 of attachment portion 642 (FIGS. 31, 33)
650 Outer surface of inner portion 647 of arm 643 of mounting portion 642 (FIGS. 30-33)
651 Inner surface of inner portion 647 of arm 643 of mounting portion 642 (FIGS. 32 and 33)
655 Underwear between human body 609 and jacket 620 (FIG. 6)
666 Mounting device (Fig. 7, 34-37)
680 Cross-section of arm 623 with generally concave or U-shaped surface 639 (FIG. 10)
683 Connection part between outer part 626 and inner part 627 of arm 623 (FIGS. 2, 7, 8, 15, 34, 35)
684 Both ends of the inner part 627 of the arm 623 (FIGS. 5, 7, 8, 9)
685 Tip of inner part 627 of arm 623 (FIG. 7-9)
686 Space between outer portion 626 and inner portion 627 of arm 623 (FIG. 15)
687 Force to open space 686 between outer portion 626 and inner portion 627 of arm 623 (FIG. 15)
700 towels (Figs. 19, 20, 23-29)
701 The center of the towel 700 (FIGS. 20, 24-26, 28, 29)
702 Middle part of towel 700 (Figs. 19, 20, 23-29)
703 End of towel 700 (FIGS. 19, 20, 23-25, 27)
Left end of 703L towel 700 (FIGS. 26, 28, 29)
703R Right end of towel 700 (Figs. 26, 28, 29)
704 Distance from center 701 of towel 700 to end 703 (FIG. 20)
705 Length of end 703 of towel 700 (FIG. 20)
710 Length of towel 700 (Fig. 20)
711 Width of towel 700 (Fig. 20)
720 Hood or bandana (Fig. 21)
721 Hood or center of bandana 720 (Fig. 21)
722 Hood or middle part of bandana 720 (Fig. 21)
723 Hood or end of bandana 720 (FIG. 21)
724 Width of head or bandana 720 from center 721 to end 723 (FIG. 21)
725 Head width or length of end 723 of bandana 720 (FIG. 21)
730 Length of head or bandana 720 (Fig. 21)
731 Width of head or bandana 720 (Fig. 21)
740 scarf or neckerchief (Fig. 22)
741 The center of the scarf 740 (Figure 22)
742 Scarf 740 middle part (FIG. 22)
743 Scarf 740 end (FIG. 22)
744 Distance from center 741 of scarf 740 to end 743 (FIG. 22)
745 Length of the end 743 of the scarf 740 (FIG. 22)
750 Length of scarf 740 (Fig. 22)
751 Width of scarf 740 (Fig. 22)
760 Bag-shaped part for storing water-absorbing polymer (Fig. 22)

Claims (15)

Clothes, shirts, towels, stalls,
Neckerchief, scarf, hood, bandana,
A mounting portion that can be attached to a cloth product selected from the group consisting of a cloth product for containing water and a cloth product containing a water-absorbing polymer;
A blower supported by the mounting part;
With
A device in which the blower blows airflow in a state where the attachment is supported by the cloth product worn on a human body.
Further comprising at least one wind direction adjusting unit of the mounting unit;
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The blower can blow the airflow to the wind direction adjuster,
The blower can blow the airflow to an outer portion of the mounting portion, and
The apparatus according to claim 1, wherein the wind direction adjustment unit guides the airflow to the inside of the cloth product in the state in which the attachment portion is supported by the cloth product worn on the human body.
Further comprising at least one wind direction adjusting unit of the mounting unit;
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The blower can blow the airflow to the wind direction adjuster,
In the state where the attachment portion is supported by the cloth product worn on the human body, the blower can blow the airflow to an outer surface of the cloth product, and
The apparatus according to claim 1, wherein the wind direction adjustment unit guides the airflow to the inside of the cloth product in the state in which the attachment portion is supported by the cloth product worn on the human body.
At least one wind direction adjusting section of the mounting section;
A holding part provided in the mounting part,
A movable section provided between the holding section and the blower section,
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
The holding unit can hold the cloth product,
The direction of the airflow can be adjusted by moving the movable part, and
The apparatus according to claim 1, wherein the wind direction adjustment unit guides the airflow to the inside of the cloth product in the state in which the attachment portion is supported by the cloth product worn on the human body.
At least one wind direction adjusting section of the mounting section;
At least one contact portion of the mounting portion;
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
In the state where the attachment portion is supported by the cloth product worn on the human body, the wind direction adjustment unit guides the airflow to the inside of the cloth product, and
The device according to claim 1, wherein the airflow guided by the wind direction adjustment unit passes between the attachment unit and the surface in a state where the contact unit is in contact with the surface of the human body.
At least one wind direction adjusting section of the mounting section;
At least one contact portion of the mounting portion;
Is further provided,
The cloth product is a cloth product selected from the group consisting of clothing and a shirt;
In the state where the attachment portion is supported by the cloth product worn on the human body, the wind direction adjustment unit guides the airflow to the inside of the cloth product, and
2. The airflow guided by the wind direction adjustment unit in a state where the contact unit is in contact with a surface of another cloth product worn on the human body, passes between the attachment unit and the surface. 3. apparatus.
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting portion,
The blower is detachable from the mounting part, and
2. The apparatus according to claim 1, wherein the blower is capable of blowing the airflow to the cloth product while the attachment portion is supported by the cloth product worn on the neck of the human body. 3.
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The air blower can blow the airflow to the cloth product in a state in which the air blower supported by the attachment portion supported by the cloth product worn on the neck of the human body is not in contact with the cloth product. Item 10. The apparatus according to Item 1.
A moving section provided between the mounting section and the blower section;
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting portion,
The direction of the airflow can be adjusted by moving the movable part, and
In a state in which the air blower supported by the attachment portion supported by the cloth product worn on the neck of the human body is not in contact with the clothes worn on the human body, the blower blows the airflow through the cloth product. The device according to claim 1, which can blow air to the device.
The cloth products include towel, stall, neckerchief, scarf, hood, bandana,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting part, and
The cloth product and the mounting portion are slid with each other by pulling the cloth product and the mounting portion in opposite directions while the mounting portion is supported by the cloth product worn on the head of the human body. The apparatus according to claim 1, wherein the distance between the blower and the head of the human body is adjustable.
The cloth products include towel, stall, neckerchief, scarf, hood, bandana,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer,
The cloth product is detachable from the mounting part, and
The apparatus according to claim 1, wherein a left side portion and a right side portion of the mounting portion hold a left end portion and a right end portion of the cloth product, respectively.
A hole shape forming part for forming at least one hole shape;
The cloth products include towels, stalls, neckerchiefs, scarves, bandanas,
A fabric product selected from the group consisting of a fabric product for containing water and a fabric product containing a water-absorbing polymer, and
The apparatus according to claim 1, wherein the air blower is capable of blowing the airflow to the cloth product while the cloth product worn on the neck of the human body is passing through the hole shape forming part.
The water is prevented from flowing into the blower from the cloth product while the attachment portion is supported by the cloth product worn on the human body after the cloth product contains water. An apparatus according to claim 1.
A holding part provided in the mounting part,
A slidable movable portion provided between the holding portion and the blower portion,
Is further provided,
The cloth products are clothes, shirts,
A cloth product selected from the group consisting of
The holding unit can hold the cloth product, and
2. The apparatus according to claim 1, wherein the height of the air blower is adjustable by sliding the movable part while the attachment part is supported by an edge of the cloth product worn on the human body. 3. A mounting device comprising the mounting portion used in the device according to claim 2.

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