JP6471282B1 - Equipment, fan, mounting fixture, wind direction adjuster and head wear - Google Patents

Abstract

[PROBLEMS] To provide an air blower that blows air into and out of a helmet or an outer garment without introducing a burden due to the weight of the air blowing part on the neck. An attachment device supported by a collar of a jacket worn by a human body, a helmet worn on the head of the human body, and a blower unit supported by the attachment device, the blower unit comprising The airflow to be blown is guided to the inside of the helmet from the gap between the head and the helmet, and the airflow is blown toward the wind direction adjusting body provided on the mounting device to guide the airflow to the inside and outside of the jacket. The problem can be solved by providing an apparatus. [Selection] Figure 1

Description

The present invention relates to a device, a fan, a fixture, a wind direction adjuster, and a head wear.

  There is a blower in clothes that is used by inserting it into a shirt placket (Patent Document 1 FIG. 1). However, there is a drawback that the wind cannot be applied to the neck of the person wearing the shirt.

  There is a headband with a fan that can be mounted on a person's head after wearing a hat such as a helmet that is currently held (Patent Document 2 FIG. 1). However, there is a drawback that the air cannot be blown into the shirt.

  There is an electric fan mounted on a helmet or a hat (Patent Document 3 FIG. 1). However, there is a drawback that the air cannot be blown into the shirt.

  There is a blower having a clip portion that clamps an edge of a shielding plate that partitions the outside of the helmet from the inside (Patent Document 4 FIG. 1). However, there is a drawback that it cannot blow around the neck or inside the shirt.

  There is a clothes with an air conditioner provided with a pocket for accommodating a fan (Patent Document 5, FIG. 1). However, there is a drawback that it cannot blow directly around the neck and head.

  There is an air-conditioning garment provided with a blowing means for sucking outside air provided in an opening formed in a lower portion of a trunk (Patent Document 6 FIG. 1). However, there is a drawback that it cannot blow directly around the neck and head.

  There is a fan unit that is used to detachably attach to an air-conditioning clothing body worn by a person via an attaching / detaching means (Patent Document 7 FIG. 7). However, there is a drawback that it cannot blow directly toward the neck and head.

  There is a portable electric fan that can be easily attached to a breast pocket of a user's jacket (Patent Document 8 FIG. 5). However, there is a drawback that it is not possible to blow air inside the jacket.

  There is a portable electric fan provided with an attachment part that can be attached to a user's clothes and a support part that can be installed on a flat surface (Patent Document 9 FIG. 4). However, there is a drawback that it is not possible to blow air inside the jacket.

  There is a portable electric fan in which a pipe connected to a blower device is drawn into clothes through an opening such as a collar of clothes, and an air blowing port is positioned between the underwear and the skin to directly apply wind to the skin (Patent Document 10). FIG. 1). However, since the pipe is pulled into the clothes, there is a disadvantage that it takes time to put on and take off.

There is a fan attached to a helmet (Patent Document 11 FIG. 1, Patent Document 12 FIG. 1, Patent Document 13 FIG. 3). However, there is a drawback that it is not possible to blow air inside the jacket. In addition, there is an electric fan that is attached to a worn item (FIG. 64 of Patent Document 14).

JP2013-2018 JP-A-9-157934 JP2013-253590A JP-A-2005-240211 JP 2017-133121 A JP 2006-307354 A JP 2017-101354 Utility model registration No. 3118112 Utility model registration No. 3173011 JP 2006-46310 A JP 2017-89060 JP2007-16376 JP2013-1000062 Patent No. 6221024

Problem 1 to be solved by the invention of the apparatus A1 is
“To provide an attachment for use in a fan that can guide an airflow from one blower to both the inside and the outside of a wearable object”.

  Problem 2 to be solved by the invention of the device A2 is to “provide a fan capable of guiding an airflow from one blower to both the inside and the outside of the wearable item”.

  The problem 3 to be solved by the invention of the device A3 is to “provide the electric fan that can adjust the introduction of the airflow to the portion of the human body exposed to the outside of the wearing article”.

  Problem 4 to be solved by the invention of the apparatus A4 is “providing the electric fan in which the electric fan can be easily attached / detached to / from the wearing object while the wearing object is worn by a human body”.

  Problem 5 to be solved by the invention of the device A5 is to “provide the electric fan in which the electric fan can be easily attached to and detached from the edge of the wearable item while the wearable item is worn by a human body”.

  The problem 6 to be solved by the invention of the apparatus A6 is that “the air can be blown toward the gap between the outerwear and the upper body that is a worn article and the gap between the helmet and the head that is another worn article. “Provide an electric fan”.

  The problem 7 to be solved by the invention of the device A7 is that “a gap between a helmet and another head worn by a human body wearing a jacket having a collar to which an electric fan is attached, and the head of the human body. The fan capable of blowing air toward the gap between the outer garment, which is another item worn by the human body wearing the helmet having the edge to which the electric fan is attached, and the upper body of the human body Is to provide.

  The problem 8 to be solved by the invention of the device A8 is, “Furthermore, a fan in which the shape of the entrance for sending the airflow into the space between the outer garment which is the attachment target and the upper body of the human body is stably secured, or , Providing the electric fan in which the shape of the entrance for sending airflow into the space between the helmet as the attachment object and the head of the human body is stably secured.

  The problem 9 to be solved by the invention of the device A9 is that “when the user is walking, it can be used as a fan that can be worn on a jacket or a hat or helmet, and the user sits in front of the desk. "Provides the electric fan that can be used as a fan that can be placed on a desk."

  The problem 10 to be solved by the invention of the apparatus A10 is “providing the electric fan in which the surface of the human body contacting the electric fan does not get steamed when the electric fan comes into contact with the human body”.

  Problem 11 to be solved by the invention of the apparatus A11 is to “provide the above-described electric fan in which a narrow gap between the human body and the electric fan does not get steamed when the electric fan comes into contact with the human body”.

  The problem 12 to be solved by the invention of the device A12 is to “provide the electric fan that can stably guide the airflow to the inside of the wear and the human body even when the human body moves around”.

  The problem 13 to be solved by the invention of the device A13 is to “provide the electric fan that can stably guide the air flow to the inside of the wear and the neck and back of the human body even when the human body moves around”. .

  The problem 14 to be solved by the invention of the apparatus A14 is that “even if the human body moves around, the shape of the entrance for sending the airflow into the space between the wearing object and the human body, which is the attachment object, is stably secured. "Providing the electric fan".

  The problem 15 to be solved by the invention of the device A15 is that “the attachment device is attached to either the outerwear or the helmet by attaching one attachment device to each of the outerwear and the helmet worn by the human body. It provides the electric fan capable of guiding the airflow blown from the blowing section supported by the inner part of the outer garment and the inner part of the helmet by the respective attachment devices.

The problem 16 to be solved by the invention of the device A16 is “providing a fan that can easily hold the back side of the collar even in a situation where the device as a fan cannot be seen, and further The above-mentioned electric fan that can be used as a hand-held electric fan is provided by removing the air blowing part from the arm while the arm is attached to the collar of the outer jacket that is the attachment target.

In the present specification, the “arm” is an “arm” included in the fixture of the present invention , and is not a human arm. When holding an object on the “arm” for the purpose of wearing the device of the present invention,
The “arm” is a “holding part”. In addition, when an object to be worn is sandwiched between “arms” for the purpose of wearing the apparatus of the present invention, “arms” are “clamping portions”. Therefore, “arm” may be read as “holding part” or “clamping part” depending on the state of using the apparatus of the present invention.

In the present specification, the “foot” is a foot of the mounting device of the present invention , and is not a human foot. When the device of the present invention is worn, the “foot” is a “contact portion” that contacts the human body or underwear. Further, when the device of the present invention is placed on a desk surface, the “foot” is also a “contact portion” that contacts the desk surface. Therefore, depending on the state when using the device of the present invention, the “foot” is changed to the “contact portion”.
May be read as:

  In this specification, the term “outerwear” is defined as “a collective term for all wearable items that can be worn on the waist of the human body, the neck of the human body, and the portion between the waist and the neck of the human body”.

  In this specification, “underwear” is defined as “a general term for all wearable items that can be worn between an outerwear and a human body”.

  In this specification, “cap” is defined as “a general term for all items that can be worn on the head of a human body”.

  In this specification, the “collar” is “the edge of the outer jacket provided to expose the head from the outer jacket”, and “collar stand”, “saddle”, and “stand” are the collars. The edge of the hole for passing through the head provided in the T-shirt is also a collar.

  The devices A1 to A26 which are the inventions according to claims 1 to 26 are described in detail in the first embodiment.

The device A1 according to claim 1
“An arm that is supported by a piece of clothing worn by the human body,
A wing which is a wind direction adjusting body supported by the arm;
Have
It is an “attachment device” that can divide the airflow blown toward the wing from the outside of the wearing article by the wing and guide it to the inside of the wearing article.

The device A2 according to claim 2 comprises:
“At least one fixture according to apparatus A1;
An air blowing section capable of blowing the airflow toward the wing;
Have
It is an apparatus in which the air blowing part is supported from the arm or the air blowing part is supported from an outer garment worn by the human body.

The device A3 according to claim 3 is:
“Apparatus according to apparatus A2 in which the air blowing part is supported from the arm or the outer jacket so that the direction of air blowing of the air blowing part can be adjusted”.

The device A4 according to claim 4 comprises:
“A device according to the device A2 or A3 in which the arm can hold or pinch the worn article”.

The device A5 according to claim 5 is:
“A device according to any one of the devices A2 to A4 capable of hanging or hanging the arm on the wearable item”.

The device A6 according to claim 6 is:
“The device according to any one of the devices A2 to A5, wherein the wearable item is a wearable item that can be worn on the upper body or head of the human body”.

The device A7 according to claim 7 is:
“The device according to any one of the devices A2 to A6, wherein the wearable item is the jacket, a hat, or a helmet”.

The device A8 according to claim 8 is:
“A device according to any of the devices A2 to A7, wherein the arm forms or has at least one or more holes”.

The device A9 according to claim 9 comprises:
“A device according to any one of devices A2 to A8 having at least one foot provided on at least one of the arms”.

The device A10 according to claim 10 comprises:
“The apparatus according to A9, wherein the airflow can pass between the human body or the undergarment and the arm in a state where the foot is in contact with the human body or an undergarment worn by the human body”.

The device A11 according to claim 11 includes:
“The apparatus according to A9 or A10, wherein the airflow can pass through a cavity formed between the human body or the undergarment and the arm in a state where the foot is in contact with the human body or undergarment worn by the human body”.

The device A12 according to claim 12 includes:
"Any of the devices A9 to A11 in which the air blowing section provided so that the direction of the air can be adjusted in a state where the foot is in contact with the human body or underwear worn by the human body can be directed toward the human body." Device ".

The device A13 according to claim 13 includes:
“From the device A9 in which the air blowing part provided so that the direction of air blowing can be adjusted in a state where the foot is in contact with the human body or underwear worn by the human body can be directed toward the neck, chest or back of the human body. The apparatus according to any one of A12 ".

The device A14 according to claim 14 comprises:
“A device according to any one of devices A9 to A13 having a hole formed by at least one of the wing, the arm and the leg”.

The device A15 according to claim 15 comprises:
“A device according to any one of the devices A2 to A14 having two or more mounting devices”.

The device A16 according to claim 16 comprises:
“An electric motor included or installed in the air blowing part,
An impeller driven by the electric motor;
A rod-like body that supports the blowing section;
A power source enclosed or installed in the rod-shaped body;
An electrical conductor that electrically connects the power source and the motor;
A support portion for detachably supporting the rod-shaped body;
An outer surface provided with the support,
The arm having the outer surface;
A device according to any one of the devices A2 to A15 having the "."

The device A17 according to claim 17 includes:
“The apparatus according to any one of apparatuses A2 to A16 having a substantially concave or U-shaped surface on the arm”.

The device A18 according to claim 18 comprises:
“A device according to any one of the devices A2 to A17 capable of guiding the airflow toward the inside of the wearable article while blowing the airflow toward the outside of the wearable item”.

The device A19 according to claim 19 comprises:
“Apparatus according to apparatus A18, wherein the item to be worn is the outerwear”.

The device A20 according to claim 20 comprises:
“Apparatus according to apparatus A18, wherein the item to be worn is a helmet”.

The device A21 according to claim 21 comprises:
“A device according to any one of the devices A2 to A17 capable of guiding the airflow to the inside of another wearable item worn by the human body while guiding the airflow to the inside of the wearable object”.

The device A22 according to claim 22 comprises:
“A device according to any one of the devices A2 to A17 capable of guiding the airflow to the inside of a helmet worn by the human body while guiding the airflow to the inside of the outerwear”.

The device A23 according to claim 23 includes:
“The device according to any one of the devices A2 to A22 that can support or clamp at least two portions of one annular body”.

The device A24 according to claim 24 comprises:
“The attachment device having at least the arm and the wing” used in the device according to any one of the devices A2 to A23.

The device A25 according to claim 25 comprises:
“The fixture according to the device A24 that does not have the air blowing part”.

The device A26 according to claim 26 comprises:
It is "wearing thing which has the fixture as described in apparatus A1 or A24 or A25."

The effects of the devices A1 to A26 according to claims 1 to 26 are explained in detail in the first embodiment.

According to the device A1 of claim 1,
“An arm that is supported by a piece of clothing worn by the human body,
A wing which is a wind direction adjusting body supported by the arm;
Have
There is provided an “attachment device” capable of diverting an airflow blown toward the wing from the outside of the wearable article and guiding the airflow to the inside of the wearable article.
Thereby, the subject "providing the fixture used for the electric fan which can guide the airflow from one ventilation part to both the inner side and the outer side of a wearable article" can be solved.

  The “fan supported by the hat worn by the human body” described in FIG. 65 of Patent Document 14 that can be used by those skilled in the art can apply airflow from the outside to the collar of the outerwear worn by the human body. It was difficult to introduce a large amount of airflow into the jacket. On the other hand, the fan is blown by holding the attachment device on the collar of the jacket and wearing a hat that supports the fan shown in FIG. 65 of Patent Document 14 on the head of the human body. Can be applied to the wing of the fixture. That is, even if it is the said fixture which does not have a ventilation part, the effect that a large amount of airflow can be guide | induced to the inside of a jacket can be acquired by using in combination with this well-known electric fan.

According to the device A2 according to claim 2,
“At least one fixture according to apparatus A1;
An air blowing section capable of blowing the airflow toward the wing;
Have
An apparatus is provided in which the air blowing unit is supported from the arm or the air blowing unit is supported from an outer garment worn by the human body.
Thereby, the subject "providing the electric fan which can guide the airflow from one ventilation part to both the inner side and the outer side of a wearable article" can be solved.

According to the device A3 of claim 3,
“Apparatus described in apparatus A2 in which the blowing section is supported from the arm or the outer jacket so that the blowing direction of the blowing section can be adjusted” is provided.
Accordingly, at least the problem of “providing the electric fan capable of adjusting the guiding of the airflow to the portion of the human body exposed to the outside of the wearing article” can be solved.

According to the device A4 of claim 4,
“A device according to the device A2 or A3 in which the arm can hold or pinch the wear” is provided.
Accordingly, at least the problem of “providing the electric fan in which the electric fan can be easily attached / detached to / from the wearing object while the wearing object is worn by the human body” can be solved.

According to the device A5 of claim 5,
“A device according to any of the devices A2 to A4 capable of hanging or hanging the arm on the wearable item” is provided.
Thus, at least the problem of “providing the electric fan in which the electric fan can be easily attached to and detached from the edge of the wearable item while the wearer wears the worn item” can be solved.

According to the device A6 of claim 6,
“A device according to any one of the devices A2 to A5, wherein the wearable item is a wearable item that can be worn on the upper body or the head of the human body”.
This solves at least the problem of “providing the fan that can blow air toward the gap between the outerwear and the upper body as a wearing item and the gap between the helmet and the head as another item”. can do.

According to the device A7 of claim 7,
“A device according to any one of the devices A2 to A6, wherein the wearable item is the jacket, a hat, or a helmet” is provided.
Accordingly, at least “the fan that can blow air toward a gap between a helmet and another head worn by a human body wearing a jacket having a collar to which a fan is attached, and the head of the human body, or , Providing the electric fan capable of blowing air toward the gap between the outer garment, which is another item worn by a human body wearing a helmet having an edge to which the electric fan is attached, and the upper body of the human body. be able to.

According to the device A8 of claim 8,
“A device according to any of the devices A2 to A7 in which the arm forms or has at least one or more holes” is provided.
As a result, at least “Furthermore, a fan that stably secures the shape of the entrance for sending airflow into the space between the outerwear that is the attachment object and the upper body of the human body, or the helmet and the human body that is the attachment object. It is possible to solve the problem of “providing the electric fan in which the shape of the entrance for sending the airflow into the space between the heads of the heads is stably secured”.

According to the device A9 of claim 9,
“A device according to any one of devices A2 to A8 having at least one or more legs provided on at least one of the arms” is provided.
As a result, it can be used at least as a fan that can be worn in a jacket or hat or helmet when the user is walking, and as a fan that can be placed on the desk when the user is sitting at the desk. It is possible to solve the problem of “providing the electric fan that can be produced”.

According to the device A10 of claim 10,
“The apparatus according to the apparatus A9, wherein the airflow can pass between the human body or the undergarment and the arm in a state where the foot is in contact with the human body or an undergarment worn by the human body” is provided.
This can solve at least the problem of “providing the electric fan in which the surface of the human body in contact with the electric fan does not get steamed when the electric fan comes into contact with the human body”.

According to the device A11 of claim 11,
“Apparatus according to A9 or A10 in which the airflow can pass through a cavity formed between the human body or the undergarment and the arm in a state where the foot is in contact with the human body or underwear worn by the human body” is provided The
This can solve at least the problem of “providing the electric fan in which a narrow gap between the human body and the electric fan does not get steamed when the electric fan comes into contact with the human body”.

According to the device A12 of claim 12,
"Any of the devices A9 to A11 in which the air blowing section provided so that the direction of the air can be adjusted in a state where the foot is in contact with the human body or underwear worn by the human body can be directed toward the human body." Device "is provided.
As a result, the orientation of the arm with respect to the human body that is stably supported by the foot in contact with the human body becomes stable even when the human body moves around. For this reason, the effect which can support stably the direction with respect to the said human body of the said wing supported by the said arm and the said ventilation part can be acquired. Therefore, at least the problem of “providing the electric fan that can stably guide the airflow to the inside of the wearing article and the human body even when the human body moves around” can be solved.

According to the device A13 of claim 13,
“From the device A9 in which the air blowing part provided so that the direction of air blowing can be adjusted in a state where the foot is in contact with the human body or underwear worn by the human body can be directed toward the neck, chest or back of the human body. A device according to any of A12 "is provided.
Accordingly, at least the problem of “providing the electric fan that can stably guide the airflow to the inside of the wearing article and the neck and back of the human body even when the human body moves around” can be solved.

According to the device A14 of claim 14,
“A device according to any of the devices A9 to A13 having a hole formed by at least one of the wing, the arm and the foot” is provided.
Thus, at least the problem of “providing the electric fan in which the shape of the entrance for stably sending the airflow into the space between the object to be worn and the human body even when the human body moves around is stably secured” is provided. Can be solved.

According to the device A15 of claim 15,
“A device according to any one of the devices A2 to A14 having two or more mounting devices” is provided.
As a result, at least “further, one attachment device is attached to each of the outerwear and the helmet worn by the human body, and air is blown from the blower unit supported by the attachment device attached to either the outerwear or the helmet. To provide the electric fan that can guide the air flow to the inside of the outer garment and the inside of the helmet by the respective attachment devices.

According to the device A16 of claim 16,
“An electric motor included or installed in the air blowing part,
An impeller driven by the electric motor;
A rod-like body that supports the blowing section;
A power source enclosed or installed in the rod-shaped body;
An electrical conductor that electrically connects the power source and the motor;
A support portion for detachably supporting the rod-shaped body;
An outer surface provided with the support,
The arm having the outer surface;
A device according to any one of devices A2 to A15 "is provided.
As a result, “Furthermore, it is possible to provide a fan that can easily hold the back side of the collar even in a situation where the device as a fan cannot be seen. It is possible to solve the problem of “providing the fan that can be used as a hand-held fan by removing the air blowing part from the arm while being attached to the collar”.

According to the device A17 of claim 17,
“A device according to any of A2 to A16 having a generally concave or U-shaped surface on the arm” is provided.
Thereby, the effect that the airflow easily passes through the cavity can be obtained.

According to the device A18 of claim 18,
“A device according to any one of the devices A2 to A17 capable of guiding the airflow toward the inside of the wear while blowing the airflow toward the outside of the wear” is provided.

According to the device A19 of claim 19,
“Apparatus according to apparatus A18, wherein the wearable item is the outerwear” is provided.

According to the device A20 of claim 20,
“Apparatus according to apparatus A18, wherein the worn article is a helmet” is provided.

According to the device A21 of claim 21,
“A device according to any one of the devices A2 to A17 capable of guiding the airflow to another wearable item worn by the human body while guiding the airflow to the inside of the wearable item” is provided.

According to the device A22 of claim 22,
“A device according to any one of the devices A2 to A17 capable of guiding the airflow to the inside of a helmet worn by the human body while guiding the airflow to the inside of the jacket” is provided.

According to the device A23 of claim 23,
“A device according to any one of the devices A2 to A22 capable of supporting or holding at least two portions of one annular body” is provided.
It is described in detail in Example 2 that a remarkable effect that can be used as a neck-mounted portable electric fan can be obtained.

According to the device A24 of claim 24,
“The attachment device having at least the arm and the wing” used in the device according to any one of the devices A2 to A23 is provided.

According to the device A25 of claim 25,
"The said fixture" of apparatus A24 which does not have the said ventilation part is provided.

According to apparatus A26 of claim 26,
“Wear having an attachment device according to the apparatus A1 or A24 or A25” is provided.

  As described above, all of the problems 1 to 16 are solved.

It is a figure of a mode that the attachment 622 which supports the ventilation part 301 was hung on the collar 621 of the outerwear 620 worn by the human body 609. FIG. It is a figure of the fixture 622 which has the arm 623, the wing 624, and the ventilation part 301. FIG. It is a figure which shows that the airflow which the ventilation part 301 blows can be applied with respect to both the wing 624 of the attachment device 622 which holds the jacket 620, and the wing 644 of the attachment device 642 which holds the helmet 640. The arrow indicating the airflow blown from the blower unit 301 is painted in gray. A back surface for indicating that the air flow blown from the blower unit 301 can pass through the cavity 633 formed between the inner part 627 of the arm 623 of the attachment device 622 holding the edge 621 or the collar 621 of the outerwear 620 and the human body 609; It is a figure showing the right side. The arrow indicating the airflow blown from the blower unit 301 is painted in gray. A back surface for indicating that the air flow blown from the blower unit 301 can pass through the cavity 633 formed between the inner part 627 of the arm 623 of the attachment device 622 holding the edge 621 or the collar 621 of the outerwear 620 and the human body 609; It is a figure showing a bottom face. The arrow indicating the airflow blown from the blower unit 301 is painted in gray. Legs provided at the end of the arm 623 through the cavity 633 formed between the arm 623 and the human body 609, the airflow blown toward the wing 624 of the attachment 622 holding the collar 621 of the outerwear 620 FIG. 6 is a view showing a state in which a gap 634 between 632 and an end of an arm 623 and a hole 637 formed by a foot 632 are passed and sprayed to the inside of a jacket 620. In FIG. 6, the outer garment 620 is not drawn, but the attachment device 622 is assumed to hold the collar 621 of the outer garment 620, and the air flow inside the outer garment 620 is drawn. The arrow indicating airflow is painted in gray. An arm 623 that can hold the edge 621 or the collar 621 of the outerwear 620 that is a worn article, a wing 624 that is a wind direction adjuster supported on the arm 623, and ends 684 on both sides of the inner portion 627 of the arm 623. A foot 632 provided, a foot 632 provided at the tip 685 of the inner portion 627 of the arm 623, a hole 637 formed by the end 684/685 of the inner portion 627 of the arm 623 and the foot 632, the arm 623 and the foot FIG. 6 is a front view of a fixture 622 having a hole 638 formed by 632 and wing 624 and a support portion 210 rotatably provided on an outer portion 626 of an arm 623. FIG. 8 is a left side view of the attachment device 622 described in FIG. 7. Since the mounting device 622 is bilaterally symmetric, the right side view is the same as the reverse view of FIG. FIG. 8 is a rear view of the fixture 622 described in FIG. 7. It is the sectional view on the AA line of the fixture 622 of FIG. The cross section 680 representing 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. It is a top view of the fixture 622 of FIG. FIG. 8 is a bottom view of the fixture 622 described in FIG. 7. It is a figure showing the front surface, the plane, and the left side surface of the fixture 622 described in FIG. It is a figure showing the front surface, bottom face, and left side surface of the fixture 622 described in FIG. It is a figure showing the back surface, plane, and left side surface of the fixture 622 described in FIG. It is a figure showing the back surface, bottom face, and left side surface of the fixture 622 of FIG. A movable part 215 that can be rotated by fitting a shaft provided in the rod holder 244 of the support part 210 into a hole 233 serving as a bearing of the support part 210 provided on the outer surface 628 of the outer part 626 of the arm 623 of the mounting device 622. It is an exploded view which shows that the rod-shaped body 308 rotatably and slidably inserted in the rod holding surface 245 of the rod holder 244 of the support part 210 provided with this supports the ventilation part 301. FIG. It is a figure explaining the motion of the movable part between the ventilation part 301 supported from the outer part 626 of the arm 623 of the attachment 622, and the outer part 626 of the arm 623. FIG. The arm 623 of the mounting device 622 is made of an elastic member, and it can be opened and closed between the outer portion 626 of the arm 623 and the inner portion 627 of the arm 623 by applying an appropriate force 687. FIG. Blower supported in a butterfly manner by a rod-like body 308 that is rotatably and slidably supported by a support portion 210 that is rotatably supported on an arm 623 that is supported by a foot 632 that contacts the desk surface 600. The electric fan 300 shown in FIG. 18 having the part 301 moves only the movable part shown in FIG. 18 without moving the position of the foot 632 contacting the desk surface 600 while standing on the desk surface 600. It is a figure which shows having the characteristic which can orient | assign the direction of the ventilation part 301 to all directions. It is a figure which shows that the three legs 632 provided in the edge 684 and the front-end | tip 685 of the both sides of the inner part 627 of the arm 623 of the attachment part 622 can be set | placed without wobbling when contacting the desk surface 600. FIG. The figure which shows that the airflow which the ventilation part 301 supported from the collar 621 of the jacket 620 which the human body 609 wears can flow into the clearance 635 between the helmet 640 and the head which the head of the human body 609 wears. It is. The electric fan 300 having the air blowing unit 301 supported by the rod-shaped body 308 that is detachably supported from the support unit 210 of the mounting device 622 that holds the collar 621 of the outerwear 620 worn by the human body 609 is provided with the mounting device 622 at the collar 621. It is a figure which shows that it can use as a portable electric fan which makes the rod-shaped body 308 remove | separate from the support part 210, and uses the rod-shaped body 308 as a handheld part in the state with which it wore. It is a front view of the attachment device 642 which holds the edge 641 of the helmet 640 shown in FIG. It is the BB sectional drawing of FIG. 24 which is a front view of the fixture 642 which holds the edge 641 of the helmet 640 of FIG. The cross section is painted in gray. FIG. 6 is a perspective view of an attachment device 642 that holds the edge 641 of the helmet 640 illustrated in FIG. 1. FIG. 6 is a perspective view of an attachment device 642 that holds the edge 641 of the helmet 640 illustrated in FIG. 1. A suspension tool 670 having an annular body 671, a support base 660 shown in FIGS. 7 to 16 supported at at least two places of the suspension tool 670, and a rod-like body 308 supported detachably from the support base 660, 22 is a portable electric fan according to FIGS. 17 to 21, which has a blower 301 supported from a rod-shaped body 308. While the support base 660 supported by the lifting tool 670 hung on the neck of the human body 609 is in contact with the chest of the outerwear 620, the air supply portion 301 is not brought into contact with the outerwear 620, so It is a fan of FIG. 28 which can ventilate toward a chest or a neck. The support section 660 that supports the rod-shaped body 308 is provided on the support base 660, and the air blowing section 301 is placed in a state where the support base 660 supported by the hanging tool 670 hung on the neck of the human body 609 is in contact with the outerwear 620. It is a fan of FIG. 28 to 29 which can be supported on the support part 210. FIG. The figure which has the holding | maintenance tool 670 which has the ring-shaped body 672 or the thread-like body 672 supported from the annular body 671, and the rod-shaped body 308 or the ventilation part 301 provided with the hole 673 through which the ring-shaped body 672 or the thread-like body 672 can pass. It is a figure explaining the method of attaching or detaching to the support stand 660 safely in the state which suspended the electric fan of 28-30 from the neck. FIG. 17 is a view of the support base 660 shown in FIGS. 7 to 16 in which the annular body 671 can be attached to and detached from the slider 661 provided on the support base 660 without opening the ring body 671. It is a front view of the support stand 660 of FIG. 32 supported so that a slide is possible at at least 2 places of the hanging tool 670. FIG. It is a rear view of the support stand 660 of FIG. 32 supported so that a slide is possible at at least two places of the suspension tool 670. FIG. When the rod-shaped body 308 that the support portion 210 of the support base 660 rotatably supports is rotated with respect to the support portion 210, the fan guard 305 of the blower section 301 does not hit the support base 660 and the rod-shaped body 308 is moved. FIG. 31 is a view of the electric fan of FIGS. 28 to 30 that can rotate 360 degrees. It is a figure of the electric fan of FIGS. 28-30 which has the hinge part 307 which is a movable part between the rod-shaped body 308 and the ventilation part 301. FIG. The fan shown in FIGS. 28 to 30 that can rotate the support portion 210 on the support base 660 is configured so that the air blowing portion 301 faces the face of the human body 609 even if there are no movable parts between the rod-shaped body 308 and the air blowing portion 301. It is a figure of the front and plane which show that it can adjust to. The fan shown in FIGS. 28 to 30 that can rotate the support portion 210 on the support base 660 is configured so that the air blowing portion 301 faces the face of the human body 609 even if there are no movable parts between the rod-shaped body 308 and the air blowing portion 301. It is a figure of the front, the plane, and the right side which show that it can adjust to. The position 682 of the lowest part of the rod-shaped body 308 is higher than the position 681 of the lowest part of the air blower 301 when the support base 660 is suspended only by the lifting tool 670 without bringing the support base 660 into contact with the outerwear 620. In the device that can suspend the support base 660 from the suspension tool 670 in a low state, the rod-shaped body 308 is in a lower position than the air blower 301, so the back surface of the support base 660 faces the chest. Suspended in the state of being. For this reason, when the hanging tool 670 is hung on the neck as it is, the blower 301 is easily arranged on the rod-shaped body 308. Therefore, it is a figure which shows that the effect which becomes easy to hang | hang the handheld apparatus 616 on a neck in the correct direction (The ventilation part 301 is up and the rod-shaped body 308 is down) can be acquired. The state in which the position 682 of the lowest part of the rod-shaped body 308 is higher than the position 681 of the lowest part of the air blower 301 when the support base is suspended only by the lifting tool 670 without contacting the support base 620. In the apparatus that can suspend the support base from the suspension tool 670, the rod-shaped body 308 is higher than the air blower 301, so that the back surface of the support base 660 does not face the chest. Suspended by. For this reason, when the hanging tool 670 is hung around the neck as it is, the air blowing unit 301 is hardly disposed on the rod-shaped body 308 (the hand-held device 616 is turned over. It becomes easy to arrange the rod-shaped body 308 in the “upper state”). Therefore, it is a diagram showing that it becomes difficult to hang the handheld device 616 around the neck in the correct orientation (the air blower 301 is up and the rod-shaped body 308 is down).

  As shown in FIG. 1, an attachment device 622 that supports the air blowing unit 301 can be hung on a collar 621 of an outerwear 620 worn by a human body 609.

  An inner portion 627 of an arm 623 that holds an edge 621 or a collar 621 of an outer garment 620 that is an object worn by the upper body of the human body 609 is inserted between the outer garment 620 and the human body 609. When the human body 609 is wearing the underwear 655 between the human body 609 and the outerwear 620, the inner portion 627 of the arm 623 is inserted between the outerwear 620 and the lowerwear 655 or between the underwear 655 and the human body 609. .

  The inner portion 627 of the arm 623 contacts the outer garment 620 or the undergarment 655 from the inner side of the outer garment 620. The outer portion 626 of the arm 623 contacts the outer garment 620 from the outer side of the outer garment 620.

  A mounting device 622 having arms 623 and wings 624 is supported from a top 620. The air blower 301 supported from the outer portion 626 of the arm 623 of the attachment 622 supported from the outerwear 620 is supported from the outerwear 620.

  The wing 624 of the attachment device 622 is disposed on the edge 621 or the collar 621 of the outerwear 620. A wind direction adjusting surface 625 of the wing 624 that is a wind direction adjusting body is directed to the air blowing unit 301. The wing 624 is located between the neck or head or back or upper body of the human body 609 and the air blowing unit 301. The air blowing unit 301 is disposed on the outer side of the outer garment 620, and the air flow blown by the air blowing unit 301 can be simultaneously directed to the wing 624 and the human body 609 (neck or back).

  The collar 621 is held so that the arm 623 of the attachment device 622 is clipped from the outside and inside of the outerwear 620. For this reason, the attachment device 622 can be easily attached to and detached from the outerwear 620 while the human body 609 is wearing the outerwear 620.

  An inner portion 647 of an arm 643 that holds an edge 641 of a helmet 640 that is a wearing item worn by the head of the human body 609 is inserted between the helmet 640 and the human body 609 (head).

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

  A fixture 642 having arms 643 and wings 644 is supported from helmet 640. In FIG. 1, the fixture 642 supported from the helmet 640 does not have a blower.

  The wing 644 of the mounting device 642 is disposed under the edge 641 of the helmet 640. A wind direction adjusting surface 645 of the wing 644 that is a wind direction adjusting body is directed to the air blowing unit 301. The wing 644 is located between the human body 609 (neck or head) and the air blowing unit 301. The air blower 301 is disposed at a position away from the helmet 640, and the airflow blown by the air blower 301 can be applied to the wing 644.

  The edge 641 is held so that the arm 643 of the mounting device 642 is clipped from the outside and inside of the helmet 640. For this reason, the attachment device 642 can be easily attached to and detached from the helmet 640 while the human body 609 is wearing the helmet 640.

  The attachment device 622 shown in FIG. 2 is an attachment device 622 having an arm 623, a wing 624, and a blower unit 301.

  The arm 623 includes an outer portion 626 of the arm 623 and an inner portion 627 of the arm 623. A 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. The foot 632 provided on the inner portion 627 of the arm 623 supports the wing 624, whereby the inner portion 627 of the arm 623 supports the wing 624.

  The air blower 301 supported from the outer portion 626 of the arm 623 is supported from the outer portion 626 of the arm 623 via a support portion 210 that is fixed to the outer portion 626 of the arm 623 so as to be rotatable.

  The support unit 210 supports the blower unit 301 so that the airflow unit 301 is inclined with respect to the outer surface 628 so that the airflow strikes the outer surface 628 from an angle obliquely below the normal line perpendicular to the outer surface 628. . For this reason, the direction of the airflow after the airflow blown by the air blower 301 hits the outer surface 628 of the outer portion 626 of the arm 623 is likely to be directed upward, and the wind can easily reach the face and head of the human body 609. The effect becomes.

  Note that when the attachment device 622 is held by the edge 641 of the helmet 640 and the air blowing unit 301 is supported from the arm 623, the airflow applied to the wing 624 flows into the helmet 640.

  The device shown in FIG. 3 provides airflow supported from the collar 621 of the jacket 620 for both the wing 624 of the fixture 622 that holds the jacket 620 and the wing 644 of the fixture 642 that holds the helmet 640. The airflow which the part 301 blows can be applied.

  The airflow blown from the blower 301 hits the wind direction adjusting surface 625 of the wing 624 disposed on the edge 621 of the outerwear 620 or the arm 623 that holds the collar 621. Thereby, a part of the airflow is guided to the inside of the jacket 620.

The airflow blown from the blower 301 hits the outer surface 628 of the outer portion 626 of the arm 623 that holds the edge 621 or the collar 621 of the outerwear 620 from the outside and the outer surface of the outerwear 620 in the vicinity thereof. As a result, a part of the airflow is guided to the outer surface of the jacket 620.

  The airflow blown from the blower 301 hits the airflow direction adjustment surface 645 of the wing 644 arranged under the arm 643 that holds the edge 641 of the helmet 640. As a result, part of the airflow is guided to the inside of the helmet 640.

The airflow blown from the blower 301 strikes the outer surface 648 of the outer portion 646 of the arm 643 that holds the edge 641 of the helmet 640 from the outside of the helmet 640 and the outer surface of the helmet 640 in the vicinity thereof. Thereby, part of the airflow is guided to the outer surface of the helmet 640.

The airflow that did not hit the wing or the outer surface goes straight and hits the neck and head of the human body 609. As described above, the inside of the outer garment 620, the outer surface of the outer garment 620, the inner surface of the helmet 640, the outer surface of the helmet 640, and the portion of the human body 609 exposed between the outer garment 620 and the helmet 640 are simultaneously An apparatus of a fan 300 that can blow air is provided.

  Moreover, since the attachment device 642 for holding the helmet 640 does not have the air blowing portion 301 and is light, an effect of reducing the burden on the neck that supports the head wearing the helmet 640 can be obtained.

  The electric fan 300 shown in FIG. 4 has an air current blown from the air blower 301 through a cavity 633 formed between the inner part 627 of the arm 623 of the attachment 622 holding the edge 621 or the collar 621 of the outerwear 620 and the human body 609. It is the electric fan 300 which can pass.

  The airflow blown from the sending section is guided to the cavity 633 formed between the inner surface 631 of the inner portion 627 of the arm 623 and the human body 609 by striking against the wind direction adjusting surface 625 of the wing 624. The inner surface 631 of the inner portion 627 of the arm 623 has a generally concave or U-shaped surface 639 toward the human body 609, and the human body 609 with which the foot 632 provided at the end of the inner portion 627 of the arm 623 contacts. A cavity 633 is formed between the inner surface 631 and the inner surface 631.

  The airflow flowing into the cavity 633 can flow out of the arm 623 from the gap 634 between one or more legs 632 or the hole 637 provided at the end of the inner portion 627 of the arm 623, so that the airflow passes through the cavity 633. Can do.

  The airflow that has passed through the hole 638 flows into the cavity 633, passes through the cavity 633, and then flows out to the inside of the jacket 620. Thereby, an air current can be guided to the inside of the jacket 620. Due to the presence of the wing 624, an effect of increasing the amount of airflow flowing into the cavity 633 can be obtained.

In the present specification, the shape of the surface of the solid is “substantially concave” means that the shape of the boundary line of the cross section of the solid is a substantially concave curve.
For example, the boundary line (area of the inner portion 627 of the arm 623) of the cross section 680 (area painted in gray) shown in FIG. 10, which is a cross-sectional view of the arm 623 shown in FIG. The line indicating the boundary between the inner surface 631 and the cavity 633 is generally concave or U-shaped. Therefore, since the inner surface 631 has a generally concave or U-shaped surface 639, it is determined that “the arm 623 has a generally concave or U-shaped surface 639”.
In addition, as a specific method for determining whether or not a solid has a generally concave surface,
(1) A method for visually determining the general shape of the solid,
(2) A method of determining an approximate shape by placing a finger or palm on the surface of the solid,
(3) A method in which the three-dimensional shape is taken into a computer by a scanner and a smoothed shape is obtained by performing a convolution (convolution operation) processing using a Gaussian function or the like as an operator, and then visually determined.
(4) A method in which the type of the curve with higher approximation accuracy is used as the determination result when the boundary line of the cross section when the solid shape is cut in one direction is approximated by a concave curve and a convex curve ,
It is easy for those skilled in the art to use at least one of the following.

  The electric fan 300 shown in FIG. 5 has an air current blown from the air blower 301 through a cavity 633 formed between the inner portion 627 of the arm 623 of the attachment 622 holding the edge 621 or the collar 621 of the outerwear 620 and the human body 609. It is the electric fan 300 which can pass.

  After the airflow blown from the blower 301 hits the airflow direction adjustment surface 625 of the wing 624, the airflow passes through a hole 638 formed by the wing 624, the arm 623, and the foot 632. The inner surface 631 of the inner portion 627 of the arm 623 has a generally concave or U-shaped surface 639 between the three legs 632 provided at both ends 684 and the tip 685 of the inner portion 627 of the arm 623. Located in.

  Therefore, when the foot 632 is brought into contact with the human body 609 or the underwear 655, a cavity 633 is formed between the inner surface 631 of the inner portion 627 of the arm 623 and the human body 609 or the underwear 655. The inner surface 631 of the inner portion 627 of the arm 623 has a generally concave or U-shaped surface 639, so that a space through which airflow can pass between the outer garment 620 and the human body 609 or the undergarment 655 is ensured. Can be obtained.

  As shown in FIG. 6, the airflow blown toward the wing 624 of the attachment device 622 that holds the collar 621 of the outerwear 620 passes through a cavity 633 formed between the arm 623 and the human body 609, and the arm 623. Can pass through the gap 634 between the legs 632 provided at the end of the arm 623 and the hole 637 formed by the end of the arm 623 and the leg 632, and can be ejected to the inside of the outer garment 620. However, although the outerwear 620 is not illustrated in FIG. 6, it is assumed that the attachment device 622 holds the collar 621 of the outerwear 620, and the airflow inside the outerwear 620 is illustrated.

  An arm 623 that can hold the edge 621 or the collar 621 of the outerwear 620 that is a worn article, a wing 624 that is a wind direction adjuster supported on the arm 623, and ends 684 on both sides of the inner portion 627 of the arm 623. A leg 632 provided, a foot 632 provided at the tip 685 of the inner portion 627 of the arm 623, a hole 637 formed by the end of the inner portion 627 of the arm 623 and the foot 632, an arm 623, a foot 632, and a wing It will be apparent to those skilled in the art to manufacture a mounting device 622 having a hole 638 formed by 624 and a support 210 pivotably provided on an outer portion 626 of arm 623 based on the drawings of FIGS. Easy.

  FIG. 17 illustrates the rotation by fitting the shaft of the rod holder 244 of the support portion 210 into the hole 233 serving as the bearing of the support portion 210 provided on the outer surface 628 of the outer portion 626 of the arm 623 of the mounting device 622. It is an exploded view for demonstrating that the rod-shaped body 308 rotatably and slidably inserted in the rod holding surface 245 of the rod holder 244 of the support part 210 provided with the movable part 215 which supports the ventilation part 301 is shown. .

  The electric motor 303 provided in the blower unit 301 is electrically connected to a rechargeable lithium ion battery 304 that is a power source 304 provided inside the rod-shaped body 308 via an electric conductor 312, whereby the blower unit 301. The impeller 302 included in the fan guard 305 is driven to blow air. The lithium ion battery 304 is contained in a rod-shaped body 308 by a battery case lid 310, and the state of energization to the electric conductor 312 can be controlled by a switch 309 provided in the rod-shaped body 308 or the blower unit 301.

  In FIG. 17, the air blower 301 is supported from the rod-shaped body 308 through a hinge 307 so as to be able to swing.

  As another possible embodiment of the present invention, the air blower 301 is supported from the rod-shaped body 308 by interposing a pivotable shaft and a bearing between the air blower 301 and the rod-shaped body 308. Also good.

  Further, as another possible embodiment of the present invention, the air blower 301 is supported from the rod-shaped body 308 through the variable portion supported via the hinge portion 307 supported by the rod-shaped body 308. Also good.

  Further, as another possible embodiment of the present invention, the blowing unit 301 is supported from the rod-shaped body 308 through a deformable variable portion using a flexible member between the blowing unit 301 and the rod-shaped body 308. May be.

  As another possible embodiment of the present invention, the blower 301 may be supported from the rod-shaped body 308 by directly fixing the blower 301 to the rod-shaped body 308.

  In the present specification, providing one part so as to be supported from other parts via the “hinge part” is referred to as “hinging”. In addition, providing one part so as to be supported from other parts via any of the above “variable parts” is referred to as “variable attachment”. “Variable landing” means that the mutual positional relationship is variable. When a hinge is used for the variable part, the variable clothes are hinged. A variable part may be used instead of the hinge part, and the rod-like body may be variably attached to the air blowing part via the variable part. In addition, when using a flexible part that bends at the changing portion, the changing attachment is to be attached so as to be bent so as to be bent. In addition, when a rotatable part is used for the variable part, the variable attachment is to be rotatably installed. Any component that can be installed so that the relative positional relationship between the air blowing portion and the rod-like body can be changed can be used as the changing portion. That is, the variable part is a superordinate concept including the concept of the hinge part, and the variable costume is a superordinate concept including the concept of the hinge.

  The electric fan 300 shown in FIG. 18 has four movable portions 324/325/326/327 between the air blowing portion 301 supported from the outer portion 626 of the arm 623 of the attachment 622 and the outer portion 626 of the arm 623. .

  There are two or more rotatable portions 325/327 between the air blowing portion 301 supported from the outer portion 626 of the arm 623 of the mounting device 622 and the outer portion 626 of the arm 623. Thereby, the effect which can orient | assign the ventilation part 301 to all directions can be acquired.

  Between the blower 301 supported from the outer portion 626 of the arm 623 of the attachment 622 and the outer portion 626 of the arm 623 is a laterally movable or slidable portion 326. Thereby, the height of the ventilation part 301 can be adjusted when the fixture 622 holds the collar 621 of the jacket 620 as shown in FIG. Therefore, even when the attachment device 622 is attached to the outerwear 620 in which the heights of the collars 621 are different, the effect of adjusting the height of the blower unit 301 to an appropriate position can be obtained.

  Between the blower portion 301 supported from the outer portion 626 of the arm 623 of the attachment device 622 and the outer portion 626 of the arm 623, there is a butterable portion 324. Thus, when the attachment device 622 is held by the collar 621 on the chest side of the outer garment 620 or on the chest or the chest pocket on the chest side, the ventilation portion is adjusted by adjusting the angle of the hinge movement of the hinge portion 307. The effect of being able to direct the direction of the airflow of 301 to the face of the human body 609 wearing the outerwear 620 can be obtained.

  It is easy for those skilled in the art to make changes to further increase or decrease the movable part between the air blowing part 301 supported from the outer part 626 of the arm 623 of the mounting device 622 and the outer part 626 of the arm 623.

  As shown in FIG. 19, the arm 623 of the attachment device 622 is made of a resilient member. By applying an appropriate force 687, a gap 686 between the outer portion 626 of the arm 623 and the inner portion 627 of the arm 623 can be obtained. Can be opened and closed.

  It can be easily adjusted by those skilled in the art to adjust the wearing object clamped by the arm 623 in a clip manner with an appropriate pressure by the elastic member used for the arm 623. It is easy for those skilled in the art to select a suitable material that can be used as a member of the arm 623 from polymer or metal.

  Examples of the polymer include polyethylene, polypropylene, nylon, polystyrene, polyvinyl chloride, polymethyl methacrylate, polytetrafluoroethylene, polycarbonate, polyethylene terephthalate, AS resin, ABS resin, ethylene acid bicopolymer, acetal resin, cellulose acetate resin, and polyurethane. It is easy for those skilled in the art to use TPU resin, thermoplastic resin, thermoplastic polyurethane elastomer, synthetic rubber, and natural rubber. More preferably, the fixture 622 can be manufactured using polypropylene, nylon, polyvinyl chloride, or ABS resin.

  Further, the length of the inner portion 627 of the arm 623 of the mounting device 622 shown in FIGS. 7 to 19 is further increased, and the cavity 633 through which the airflow can pass is extended further below the back of the human body 609, whereby the airflow is changed to the outerwear 620. It can also be made to reach deeper. Further, the inner portion 627 is provided with a shape for forming a space capable of storing the cryogen in the inner portion 627 of the arm 623, and the cryogen is stored in the inner portion 627 of the arm 623, so By cooling the air, the cooled airflow can be guided to the inside of the jacket 620. Further, by providing a blower on the inner portion 627 of the arm 623 so that the blower can blow the airflow passing through the cavity 633, the outside air is sucked from the hole 638 and the outer cover 620 is drawn from the hole 637. The air may be ejected into the interior of the machine.

  As shown in FIG. 20, a butterfly is supported by a rod-like body 308 that is rotatably and slidably supported by a support portion 210 that is rotatably supported on an arm 623 that is supported by a foot 632 that contacts the desk surface 600. The fan 300 shown in FIG. 18 having the air blower 301 that is movably supported is movable as shown in FIG. 18 without moving the position of the foot 632 that contacts the desk surface 600 while standing on the desk surface 600. By moving only this part, the direction of the air blower 301 can be directed in all directions.

  As shown in FIG. 21, the three legs 632 provided at both ends 684 and the tip 685 of the inner portion 627 of the arm 623 of the attachment portion can be placed without wobbling when contacting the desk surface 600. It is easy for those skilled in the art to adjust the shapes of the three legs 632 so that they do not wobble when placed on the desk surface 600. The size of the attachment portion is made to be the same size as an adult's palm, and the rod-shaped body 308 is supported by the support portion 210 supported on the arm 623 supported by the foot 632 that contacts the desk surface 600. It is a person skilled in the art to adjust the easiness of movement of each movable part 324/325/326/327 shown in FIG. 18 so that the air blower 301 can be supported by the above and the person can stand on the desk surface 600 as shown in FIG. Easy for.

  A cavity 633 is formed between the inner surface 631 of the inner portion 627 of the arm 623 and the desk surface 600 when the foot 632 is brought into contact with the desk surface 600. The inner surface 631 of the inner portion 627 of the arm 623 has a generally concave or U-shaped surface 639, thereby obtaining an effect of ensuring a space through which airflow can pass between the arm 623 and the desk surface 600. The desk surface 600 can be cooled or dried by applying an airflow to the desk surface 600.

  As shown in FIG. 22, the airflow blown by the blower 301 supported by the collar 621 of the outerwear 620 worn by the human body 609 flows into the gap 635 between the helmet 640 worn by the head of the human body 609 and the head. can do.

  A helmet 640 shown in FIG. 22 is a helmet 640 to which the attachment device 642 for holding the helmet 640 shown in FIG. 1 is not attached. When the gap 635 between the helmet 640 and the head is sufficiently wide, a part of the airflow blown from the blower unit 301 rises against the back of the human body 609 and flows into the gap 635.

  For this reason, even if it is a case of FIG. 22 using only the electric fan 300 which has the ventilation part 301 supported from the jacket 620, it is possible to guide an airflow inside the helmet 640.

  However, when the amount of hair on the head is large, the gap 635 between the helmet 640 and the head is blocked by the hair, so the amount of airflow flowing into the gap 635 decreases.

  Therefore, it is preferable to secure a cavity for guiding the airflow to the inside of the helmet 640 by attaching the attachment 642 attached to the helmet 640 illustrated in FIG. 1 to the helmet 640.

  Thereby, even when the amount of hair is large, the effect of not reducing the inflow amount of the airflow into the gap 635 can be obtained.

  In addition, since the attachment device 642 attached to the helmet 640 illustrated in FIG. 1 is located between the head hair and the air blowing unit 301, the hair becomes difficult to contact the air blowing unit 301 due to the attachment device 642. For this reason, the effect that hair becomes difficult to get entangled with the impeller 302 of the ventilation part 301 can be acquired.

  As shown in FIG. 23, a fan 300 having a blower unit 301 supported by a rod-shaped body 308 that is detachably supported from a support unit 210 of an attachment device 622 that holds a collar 621 of an outerwear 620 worn by a human body 609. Can be used as a portable electric fan in which the rod-shaped body 308 is detached from the support portion 210 and the rod-shaped body 308 is a hand-held portion while the attachment device 622 is attached to the collar 621.

  It is easy for those skilled in the art to manufacture the attachment device 642 for holding the edge 641 of the helmet 640 shown in FIG. 1 with reference to FIGS. A generally concave or U-shaped surface 639 extending from the wind direction adjustment surface 645 of the curved wing 644 creates a cavity through which airflow can pass between the helmet 640 and the attachment device 642.

  Thereby, even when the amount of hair is large, a cavity for guiding the airflow inside the helmet 640 is secured. Therefore, it is possible to obtain an effect that the airflow blown from the blower 301 can be stably guided to the inside of the helmet 640 regardless of the amount of hair.

  It is easy for a person skilled in the art to manufacture the arm 643 that holds or holds the edge 641 of the helmet 640 by appropriately modifying the shape of the arm 643 according to the helmet 640. The method of attaching the attachment device 642 to the helmet 640 is not limited to the method of fastening to the edge 641 in a clip manner.

  For example, you may affix on the helmet 640 via an adhesive member or a tape. Alternatively, a method of hanging or hanging the attachment device 642 on a member inside the helmet 640 or a belt for fixing the helmet 640 to the head may be used. Further, by using a member in the helmet 640 or a cloth-like body or a sheet-like body having a hole through which a belt for fixing the helmet 640 to the head is allowed to pass as an arm, the cloth-like body or the sheet-like body is used. The wing may be supported. Further, the cloth-like body or the sheet-like body is formed by using a member inside the helmet 640 or a cloth-like body or a sheet-like body hung on or suspended from a belt for fixing the helmet 640 to the head. The wing may be supported from the body.

  It is for a person skilled in the art to manufacture a helmet 640 having a wind direction adjusting body for guiding the airflow blown from the blower 301 supported by the collar 621 of the outerwear 620 into the helmet 640 with reference to FIGS. Easy.

  A helmet 640 provided with a shape serving as a wind direction adjusting body for guiding the airflow blown from the blower 301 supported by the collar 621 of the outerwear 620 into the helmet 640 as the shape of the edge 641 of the back of the helmet 640 is shown in FIG. It is easy for those skilled in the art to manufacture with reference to FIGS.

(arm)
The arm 623/643 can hold or clamp the edge 6211/641 or the collar 621 of the wearing object which is an attachment object. Since the arm 623 can hold or sandwich the outerwear 620, the electric fan 300 can be easily attached to and detached from the outerwear 620 while the outerwear 620 is worn by the human body 609. Further, since the arm 643 can hold or sandwich the edge 641 of the helmet 640, the electric fan 300 can be easily attached to and detached from the helmet 640 while the helmet 640 is worn by the human body 609.

  The arm 623/643 can be hung or hung on the edge 6211/641 or the collar 621 of the wearing object to be attached. Since the arm 623 can be hung on or hung from the outerwear 620, the electric fan 300 can be easily attached to and detached from the collar 621 of the outerwear 620 while the outerwear 620 is worn by the human body 609. Further, since the arm 643 can be hung or hung on the edge 641 of the helmet 640, the electric fan 300 can be easily attached to and detached from the helmet 640 while the helmet 640 is worn by the human body 609.

  The human body 609 who wears the wearing object which is the attachment object supports the wearing object, and the arm 623/643 which holds or holds the edge 621/641 or the collar 621 of the wearing object is supported from the wearing object which is the attachment object. The

(Inner and outer arms)
The arm 623/643 supported by the wear worn by the human body 609 has an inner surface 629/631/649/651 (inner surface) and an outer surface 628/630/648/650 (outer surface).

  The inner surface 629/631/649/651 is the portion of the surface facing the human body 609 on the surface of the arm 623/643 that is supported by the worn object worn by the human body 609.

  The outer surface 628/630/648/650 is a portion of the surface facing the opposite side of the human body 609 in the surface of the arm 623/643 supported by the wear worn by the human body 609.

(Outer and inner part of arm)
A portion 626/646 of the arm 623/643 that is located outside the wearable when the arm 623/643 is supported by the wearable that is an attachment object is referred to as an “outer portion of the arm”.

  A portion 627/647 of the arm 623/643 positioned on the inner side of the wearing object when the arm 623/643 is supported by the wearing object as an attachment object is referred to as an “inner part of the arm”.

  When the arm 623/643 is the object to be attached, the portion 626/646 of the arm 623/643 positioned outside the wear is held when the edge 621/641 or the collar 621 of the wear is held or held. Called “part”.

  When the arm 623/643 is the object to be attached, the portion 627/647 of the arm 623/643 located inside the wearable item is held when the edge 621/641 or the collar 621 of the wearable item is held or held. Called “part”.

  When the arm 623/643 holds or clamps the attachment object, the attachment object is the inner surface 629/649 of the outer part 626/646 of the arm 623/643 and the outer surface 630 of the inner part 627/647 of the arm 623/643. / 650 is held or held between.

  When the entire part of the arm 623/643 is positioned outside the attachment object when the arm 623/643 is supported by the attachment object, the entire part of the arm 623/643 is the outer part 626/643 of the arm 623/643. 646.

  If the entire part of the arm 623/643 is located outside the attachment object when the arm 623/643 holds or clamps the attachment object, the attachment object is the outer part 626/646 of the arm 623/664. It is held or sandwiched by the inner surfaces 629/649.

As shown in FIGS.
The outer part 626/646 of the arm 623/643 is attached to the inner surface 629/649 of the outer part 626/646 of the arm 623/643 from the outer side of the edge 621/641 of the wear object or the collar 621 which is the attachment object. The arm 623/643 holds or sandwiches the wear rim 621/641 or the collar 621, which is the attachment object, in a state of being in contact with the wear rim 621/641 or the collar 621.

  The inner part 627/647 of the arm 623/643 is attached to the outer surface 630/650 of the inner part 627/647 of the arm 623/643 from the inner side of the edge 621/641 of the wearing object or the collar 621 as the attachment object. The arm 623/643 holds or sandwiches the wear rim 621/641 or the collar 621, which is the attachment object, in a state of being in contact with the wear rim 621/641 or the collar 621.

(Blower part)
The electric fan 300 has a blower unit 301.
The arms 623 included in the electric fan 300 support the blower unit 301.
The ventilation part 301 is supported from the edge 621 or the collar 621 of the wearing object which is an attachment target object.
The ventilation part 301 is arrange | positioned on the outer side of the edge 621 or the collar 621 of the wearing thing which is an attachment target object.
The air blowing unit 301 is supported from the arm 623.
The air blowing unit 301 is supported from the outer portion 626 of the arm 623 so that the direction of air blowing can be adjusted.

(wing)
The electric fan 300 includes a wing 624 that is a curved plate-shaped air direction adjuster.
The arm of the electric fan 300 supports the wing 624.
Wings 624/644 are supported from outer portions 626/646 of arms 623/643.
Wings 624/644 are supported from the inner portion 627/647 of arms 623/643.
Wing 624/644 has a wind direction adjustment surface 625/645 that is generally concave.
Wind direction adjusting surfaces 625/645 of the wings 624/644 are directed in the direction of the air blowing unit 301.
Wind direction adjusting surfaces 625/645 of the wings 624/644 divide the air flow generated by the air blowing unit 301 into a main flow and a sub flow.

The main flow is an air flow that does not hit the air direction adjusting surface 625/645 of the wing 624/644.
The mainstream of the airflow generated by the air blower 301 supported so that the direction of the air can be adjusted from the edge 621/641 of the wear worn by the human body 609 or the arm 623 supported from the collar 621 is exposed to the outside of the wear. It can be applied to the face, neck and head which are parts of the human body 609 that performs.

The side flow is an airflow that strikes against the airflow direction adjustment surface 625/645 of the wing 624/644.
The traveling direction of the side flow is changed by the wind direction adjusting surface 625/645 of the wing 624/644.
The wind direction adjusting surfaces 625/645 of the wings 624/644 guide the side stream into the cavity 633 by changing the traveling direction of the side stream, so that the side stream is guided to the inside of the wear.

  Therefore, the attachment device used for the electric fan 300 and the electric fan 300 which can guide the airflow from one ventilation part 301 to both the inner side and the outer side of a wearable article is provided.

  As shown in FIG. 1, when the top 620 is worn on the human body 609 with the arm 623 holding or sandwiching the collar 621 of the top 620, which is a wearable item that can be worn on the upper body of the human body 609, the wing 624 The wing 624 is supported from the collar 621 of the outerwear 620 while being disposed on the collar 621 of the outerwear 620.

  Thus, the airflow blown from the blower 301 toward the wing 624 can be blown toward the gap 636 between the collar 621 and the upper body of the outerwear 620.

  When the helmet 640 is worn on the human body 609 while the arm 643 is holding or sandwiching the edge 641 of the helmet 640 that is a wearable item that can be worn on the head of the human body 609, the wing 644 is below the edge 641 of the helmet 640. The wing 644 is supported from the edge 641 of the helmet 640 in the state where the wing 644 is disposed.

  Thus, the airflow blown from the blower 301 toward the wing 644 can be blown toward the gap 635 between the edge 641 of the helmet 640 and the head.

  As shown in FIG. 3, the direction of the airflow generated by the sending unit 301 is changed to the airflow direction adjustment surface 625 of the wing 624 in the state where a wearable object that is an attachment object to be held or sandwiched by the arm 623 is worn on the human body 609. The airflow can be applied to the airflow direction adjustment surface 625 of the wing 624.

  In the state where the outer body 609 having the collar 621 held or held by the arm 623 is worn on the human body 609, the air flow direction generated by the sending unit 301 supported by the arm 623 is held by the collar 621 of the outer jacket 620. Alternatively, the airflow can be directed to the airflow direction adjustment surface 625 of the wing 624 supported by the holding arm 623, and the airflow is applied to the airflow direction adjustment surface 625 of the wing 624, thereby guiding the airflow sidestream to the inside of the outer garment 620. Can do.

  In the state where the outer body 609 having the collar 621 that the arm 623 holds or clamps is worn on the human body 609, the direction of the air flow generated by the sending unit supported by the arm 623 is held or clamped by the edge 641 of the helmet 640 The arm 643 can be directed toward the airflow direction adjustment surface 645 of the wing 644, and the airflow can be directed against the airflow direction adjustment surface 645 of the wing 644, whereby the airflow sidestream can be guided to the inside of the helmet 640.

  Thereby, the effect that the head of the human body 609 wearing the helmet 640 or the hat does not get steamed can be obtained.

(Support part)
The air blowing unit 301 is supported by a support unit 210 that is fixed or attached to the outer surface 628 of the outer portion 626 of the arm 623.
The arm 623 that supports the support unit 210 that supports the air blowing unit 301 of the electric fan 300 supports the air blowing unit 301.
The support part 210 may have a movable part 215. A movable portion 215 may be provided between the support portion 210 and the arm 623. When the movable part 215 is movable, the direction of the air blowing part 301 is changed. Therefore, the direction of the airflow generated by the blower 301 is changed.
Since the electric fan 300 has the movable part 215, it is possible to adjust the airflow generated by the air blowing part 301 to be directed to the airflow direction adjustment surface 625/645 of the wing 624/644, and the airflow can be adjusted to the wing 624/644. The contact with the wind direction adjusting surface 625/645 can be adjusted.

  Any movable mechanism of the movable portion 215 may be used, and any movable portion that can be moved so that the orientation or position of the rod-shaped body 308 with respect to the arm 623 can be changed. Good. The movement may be rotation, tilting, pivoting, movement based on a fitted sphere, or based on deformation of a flexible member It may be movable or a combination thereof.

(leg)
At least one foot 632 is provided at the end of the inner portion 627 of the arm 623. When the electric fan 300 is placed on the desk surface 600 with the foot 632 in contact with the desk surface 600, the blower unit 301 is supported by the support unit 210 supported on the arm 623 supported on the leg 632. The electric fan 300 can be set up in the state. At this time, the wing 624 is supported by a foot 632 provided at the end of the arm 623.

(cavity)
When the foot 632 comes into contact with the surface of the human body 609 or the surface of the wearing object, a cavity 633 is formed between the surface of the human body 609 or the surface of the wearing object and the inner portion 627 of the arm 623 so that airflow can pass therethrough.

  The airflow direction adjustment surface 625 of the wing 624 has a shape that can guide the airflow side flow to the hole 638 by changing the direction of the airflow side flow generated by the blower unit 301.

  The airflow direction adjustment surface 625 of the wing 624 has a shape that can guide the airflow side flow into the cavity 633 by changing the direction of the airflow generated by the air blowing unit 301.

  The outer garment which is a wearing object in which the foot 632 provided at the end of the inner portion 627 of the arm 623 which holds or clamps the edge 621 or the collar 621 of the outer garment 620 which is the wearing object which is the attaching object. When contacting the human body 609 wearing the 620, the cavity 633 formed between the inner portion 627 of the arm 623 and the human body 609 can pass a side stream of the airflow.

  The side flow of the airflow directed toward the wind direction adjusting surface 625 of the wing 624 supported by the arm 623 that holds or clamps the edge 621 or the collar 621 of the outerwear 620 that is a wearing object that is an attachment target is the wind direction adjustment of the wing 624. By being guided to the cavity 633 by the surface 625, the side stream of the airflow passes through the cavity 633 formed between the inner portion 627 of the arm 623 and the human body 609. The side stream of the airflow passing through the cavity 633 is guided to the inside of the outer garment 620 through the hole 637 provided at the end of the inner portion 627 of the arm 623 or the gap 634 between the legs 632.

  Thereby, the effect that the inner side of the jacket 620 does not get steamed can be obtained. Further, a side stream of the airflow passes between the outer garment 620 and the human body 609. Thereby, the effect that the space between the outerwear 620 and the human body 609 is not steamed can be obtained.

  When the human body 609 who wears the outerwear 620 which is a wearing object which is an attachment object wears the underwear 655 which is another wearing material between the outerwear 620 and the human body 609, the edge 621 or the collar 621 of the outerwear 620. The cavity 633 formed between the inner part 627 of the arm 623 and the undergarment 655 becomes a secondary airflow when the foot 632 provided at the end of the inner part 627 of the arm 623 that holds or sandwiches the arm 623 contacts the undergarment 655. A flow can be passed through.

  When the human body 609 who wears the outerwear 620 which is a wearing object which is an attachment object wears the underwear 655 which is another wearing material between the outerwear 620 and the human body 609, the edge 621 or the collar 621 of the outerwear 620. The side flow of the air flow directed to the wing 624 supported by the arm 623 that holds or sandwiches the air is guided to the cavity 633 by the wing 624, so that the side flow of the air flow is between the inner portion 627 of the arm 623 and the underwear 655. It passes through the cavity 633 to be formed.

  The side stream of the airflow passing through the cavity 633 is guided to the inside of the outer garment 620 through the hole 637 provided at the end of the inner portion 627 of the arm 623 or the gap 634 between the legs 632. Thereby, the effect that the inner side of the jacket 620 does not get steamed can be obtained. In addition, since the side stream of the airflow passes between the outer garment 620 and the undergarment 655 which is a wearing object, an effect that the space between the outer garment 620 and the undergarment 655 is not steamed can be obtained.

  Due to the presence of the wings 624/644, it is possible to stably guide the substream of the airflow into the outer garment 620 or the helmet 640 that is an attachment object.

  As described above, by the electric fan 300 having the blower 301 having one electric motor 303 and one impeller 302, it is possible to simultaneously guide a substream of the air flow into the inside of the helmet 640 and the inside of the jacket 620. Furthermore, the mainstream of the airflow can be applied to the neck and back of the human body 609 at the same time.

  As shown in FIG. 22, the direction of the airflow generated by the air blowing unit 301 is directed to the airflow direction adjusting surface 625 of the wing 624, so that the human body 609 wearing the wearing object having a collar 621 disposed under the wing 624 can be used. Since the direction of the airflow is also directed to the neck and head, it is possible to obtain the effect that the mainstream of the airflow also hits the neck and head.

  At this time, the mainstream of the airflow flows into a helmet 640 or a gap 635 between the hat and the head, which is a wearing item attached to the head. Thereby, the effect that the head of the human body 609 wearing the helmet 640 or the hat does not get steamed can be obtained.

The device is
“An arm 623/643 supported by the wear worn by the human body 609;
Wing 624/644 which is a wind direction adjusting body supported by the arm 623/643,
Have
An attachment device capable of diverting an airflow blown toward the wings 624/644 from the outside of the wearing article and guiding the airflow to the inside of the wearing article by the wings 624/644. "
The fan 300 having the above can solve the problem of “providing an attachment device used for the fan 300 that can guide the airflow from one blower unit 301 to both the inside and the outside of the wearable item”. .

  The “fan supported by the hat worn by the human body” described in FIG. 65 of Patent Document 14 that can be used by those skilled in the art can apply airflow from the outside to the collar of the outerwear worn by the human body. It was difficult to introduce a large amount of the airflow into the outer garment. On the other hand, the electric fan is held by holding the attachment device on the collar of the outer garment and wearing the cap supporting the electric fan shown in FIG. 65 of Patent Document 14 on the head of the human body. Can be applied to the wing of the fixture. That is, even if it is the said attachment tool which does not have a ventilation part, it can obtain the effect that a large amount of said airflow can be guide | induced to the inside of the said outerwear by using in combination with this well-known electric fan. it can.

The device is
“At least one of said fixtures;
A blower 301 capable of blowing the airflow toward the wings 624/644;
Have
An apparatus in which the air blower 301 is supported from the arm 623 or the air blower 301 is supported from the outerwear 620 worn by the human body 609. "
Therefore, it is possible to solve the problem of “providing a fan 300 that can guide the airflow from one blower 301 to both the inside and the outside of the wearable item”.

The device is
By “an apparatus in which the air blowing unit 301 is supported from the arm 623 or the jacket 620 so that the direction of the air blowing of the air blowing unit 301 can be adjusted”, Can also provide the electric fan 300 that can adjust the guiding of the airflow ”.

The device is
By “the device that the arm 623/643 can hold or pinch the wearing object”, “the electric fan 300 that can easily attach and detach the electric fan 300 to and from the wearing object while the human body 609 wears the wearing object”. Can be solved.

The device is
By being “a device that can hang or hang the arm 623/643 on the wearable item”, “the fan 300 can be easily attached to the edge 621/641 of the wearable item while the wearable item is worn by the human body 609. It is possible to solve the problem of “providing a fan 300 that can be attached to and detached from”.

The device is
By “a device that is a wearable item that can be worn on the upper body or head of the human body 609”, “a gap 636 between the outerwear 620 and the upper body that is a worn item, or another worn item. The problem of “providing a fan 300 that can blow air toward a gap 635 between a certain helmet 640 and the head” can be solved.

The device is
By “a device in which the wearable item is an outerwear 620 or a hat or a helmet 640”, “another wearable item worn by a human body 609 who wears an outerwear 620 having a collar 621 to which the electric fan 300 is attached. It is another thing to be worn by the human body 609 who wears the electric fan 300 capable of blowing air toward the gap 635 between the helmet 640 and the head of the human body 609 or the helmet 640 having the edge 641 to which the electric fan 300 is attached. It is possible to solve the problem of “providing a fan 300 that can blow air toward a gap 636 between a certain outerwear 620 and the upper body of the human body 609”.

The device is
By "the device in which the arm 623/643 forms or has at least one or more holes", an "entrance for sending an air current into a space between the outer garment 620 as an attachment object and the upper body of the human body 609" The fan 300 in which the shape of the entrance is stably secured, or the fan 300 in which the shape of the entrance for sending the airflow into the space between the helmet 640 as the attachment target and the head of the human body 609 is stably secured. The problem of “providing” can be solved.

The device is
By “an apparatus having at least one or more legs 632 provided on at least one arm 623”, “a fan 300 that can be worn on a jacket 620 or a hat or a helmet 640 when the user is walking. It can be used as a fan 300 that can be used as a fan 300 that can be placed on a desk when a user sits in front of a desk.

The device is
By “a device capable of passing the airflow between the human body 609 or the underwear 655 and the arm 623 in a state where the foot 632 is in contact with the human body 609 or the underwear 655 worn by the human body 609”, “the arm of the electric fan 300 is further provided. It is possible to solve the problem of “providing the electric fan 300 in which the surface of the human body 609 in contact with the electric fan 300 does not get steamed when the 623 contacts the human body 609”.

The device is
By “an apparatus through which the air current can pass through the human body 609 or the cavity 633 formed between the underwear 655 and the arm 623 in a state where the foot 632 is in contact with the human body 609 or the underwear 655 worn by the human body 609” , The fan 300 is provided in which the narrow gap between the human body 609 and the electric fan 300 is not steamed when the arm 623 of the electric fan 300 comes into contact with the human body 609.

The device is
Human body 609 or an apparatus that can blow air toward human body 609 so that the direction of air flow can be adjusted while foot 632 is in contact with underwear 655 worn by human body 609. The orientation of the arm 623 that is stably supported by the foot 655 that contacts the 609 with respect to the human body 609 becomes stable even when the human body 609 moves around. For this reason, the effect which can support stably the direction with respect to the human body 609 of the wing 624 supported from the arm 623 and the ventilation part 301 can be acquired. Therefore, it is possible to solve the problem “providing the electric fan 300 that can stably guide the airflow to the inside of the wearing article and the human body 609 even when the human body 609 moves around”.

The device is
“A device capable of blowing air toward the neck, chest or back of the human body 609 so that the direction of the air flow can be adjusted while the foot 632 is in contact with the human body 609 or the underwear 655 worn by the human body 609” Therefore, it is possible to solve the problem of “providing the electric fan 300 that can stably guide the airflow to the inside of the wearing article and the neck and back of the human body 609 even when the human body 609 moves around”.

The device is
By “an apparatus having a hole 638 formed by at least one of the wing, the arm, and the leg 632”, “a space between a wearable object to be attached and the human body 609 even if the human body 609 moves around” It is possible to solve the problem of “providing the electric fan 300 in which the shape of the entrance for sending the airflow into the air can be stably secured”.

The device is
By “an apparatus having two or more attachment devices”, “in addition, one attachment device is attached to each of the outerwear 620 and the helmet 640 worn by the human body 609, and either the outerwear 620 or the helmet 640 is attached. `` Provides a fan 300 that can guide the airflow blown from the blower 301 supported by the fitting device attached to the inside to the inside of the jacket 620 and the inside of the helmet 640 by each of the attachment devices. '' Can be solved.

The device is
“Electric motor 303 included or installed in air blower 301;
An impeller 302 driven by an electric motor 303;
A rod-shaped body 308 that supports the air blowing unit 301;
A power supply 304 included or installed in the rod-shaped body 308;
An electrical conductor 312 that electrically connects the power source 304 and the motor 303;
A support portion 210 that detachably supports the rod-shaped body 308;
An outer surface 628 on which a support 210 is fixed;
An arm 623 having the outer surface 628;
Therefore, it is possible to provide the electric fan 300 that can easily hold the back side of the collar 621 even when the electric fan 300 is not visible. The fan 300 can be removed from the arm 623 while the arm 623 is attached to the collar 621 of the outerwear 620 as an attachment object, and a fan 300 that can be used as a hand-held fan is provided.

The device is
“A device having a generally concave or U-shaped surface 639 on the arm 623”.

The device is
“A device capable of supporting or sandwiching at least two portions of one annular body”.

The apparatus includes an arm 623/643 for holding or sandwiching a jacket 620 or a hat or helmet 640, which is an object to be attached,
A blower 301 supported by the arm 623 and a wing 624/644 supported by the arm 623/643 are provided, and an air flow generated by the blower 301 can be applied to the wing 624/644. Or it is the electric fan 300 which can contact the said surface so that the cavity 633 which the said airflow can pass between the surface of a wearable thing and the said arm 623/643 is formed. The apparatus is a fan 300 that has a wind direction adjusting surface 625/645 on a wing 624/644 that is a wind direction adjusting body, and can apply the airflow to the wind direction adjusting surface 625/645. The device is a fan 300 that can guide the airflow impinging on the wing 624/644 into the cavity 633.

  As a result, when the human body 609 wears a shirt having a collar 621 of an outerwear 620 (outerware) that is an object to be attached that is held or held by the arm 623 of the electric fan 300, the collar 621 is held or held. The airflow applied to the wing 624 supported by the arm 623 is guided to the cavity 633 by the wing 624. The airflow passes through a cavity 633 formed between the electric fan 300 and the human body 609. Then, the air current is ejected between the outer garment 620 and the human body 609. Therefore, it is possible to obtain an effect that the attachment object and the human body 609 are not steamed. In addition, when an underwear 655 (innerware) that is an object to be worn is worn between the human body 609 and the outerwear 620, the airflow passes through a cavity 633 formed between the electric fan 300 and the underwear 655. Then, the airflow is ejected between the outerwear 620 and the underwear 655. Therefore, it is possible to obtain an effect in which the space between the outerwear 620 and the underwear 655 is not steamed.

  Furthermore, since the fan 300 can be attached to the attachment object simply by hooking the arm 623 of the fan 300 on the edge 621 or the collar 621 of the attachment 620 as the attachment object, the human body 609 wears the jacket 620 as the attachment object. It is possible to obtain an effect that the electric fan 300 can be easily attached to and detached from the attachment object in the state of being worn.

  Furthermore, the direction of the air flow generated by the blower unit 301 is directed to the wing 624, so that it is placed on the neck of the human body 609 wearing the outerwear 620 that is an attachment object having a collar 621 disposed under the wing 624. Since the direction of the airflow is also directed to a certain head, it is possible to obtain the effect that the airflow strikes the neck and head.

At this time, an airflow flows into a gap 635 between the helmet 640 or the hat and the head, which is a wearing item attached to the head, so that an effect that the space between the helmet 640 or the hat and the head of the human body 609 does not get steamed can be obtained.

The apparatus is a fan 300 having at least one foot 632 at the end of the arm 623 that contacts the surface so that a cavity 633 through which the airflow can pass is formed between the surface and the arm 623.
When the airflow passes between the arm 623 of the electric fan 300 and the surface of the human body 609, an effect that the electric fan 300 and the human body 609 are not steamed can be obtained. Moreover, when the airflow passes between the arm 623 of the electric fan 300 and the surface of the wearing object, an effect that the electric fan 300 and the wearing object do not get steamed can be obtained.

  The apparatus is a fan 300 that stands on the desk surface 600 with the air blower 301 supported on the arms 623 supported by the legs 632 when the legs 632 are brought into contact with the desk surface 600.

  Thus, when the user is walking, it can be used as the electric fan 300 hung on the collar 621. When the user sits in front of the desk, the user can remove the collar 621 and stand on the desk surface 600. Can be used. Therefore, the effect which can use the electric fan 300 not only as the wearing electric fan 300 but as a desk-top electric fan can be acquired.

  As described above, the electric fan 300 that can be used as the electric fan 300 that can be worn on the jacket 620 when the user is walking, and can be used as the electric fan 300 that can be placed on the desk when the user is sitting at the desk. The problem of “providing” can be solved.

  The wing 624 of the device is fixed on the arm 623 and / or the foot 632. Wing 624 and arm 623 form at least one hole 638. Wing 624 and foot 632 form at least one hole 638. Wings 624, arms 623 and legs 632 form at least one hole 638.

  Thus, when the human body 609 wears a shirt having the edge 621 or the collar 621 of the outerwear 620 that is an attachment object held or clamped by the arm 623 of the electric fan 300, the collar 621 is held or clamped. The airflow applied to the wing 624 supported by the arm 623 is guided to the cavity 633 by passing through the hole 638.

  Therefore, the shape of the entrance for sending the airflow into the space between the attachment object and the human body 609 is stably secured by the hole 638.

The device is
An electric motor 303 included or installed in the blower unit 301;
An impeller 302 driven by an electric motor 303;
A rod-shaped body 308 that supports, installs, installs, or installs or swings on the blower unit 301;
A power supply 304 included or installed in the rod-shaped body 308;
An electrical conductor 312 that electrically connects the power source 304 and the motor 303;
A support portion 210 that detachably supports the rod-shaped body 308;
An arm 623 on which a support portion 210 is fixed;
The device includes a switch 309 for controlling the electrical connection state of the electrical conductor 312;
A fan 300 having
The air blower 301 or the rod-shaped body 308 has a switch 309 for controlling the electrical connection state of the electrical conductor 312,
The support unit 210 is a fan 300 that can support the rod-shaped body 308 so as to be rotatable and / or laterally movable and / or detachable.

  Thereby, the apparatus as the electric fan 300 is attached to the rear side of the edge 621 or the collar 621 of the wearing article, the air blowing unit 301 is disposed near the wing 624, and the air flow generated by the air blowing unit 301 is blown toward the wing 624. When this is done, the rod-shaped body 308 supports the air blower 301 from below, the rod-shaped body 308 is arranged substantially vertically, and the balance of the rod-shaped body 308 does not tilt left and right. For this reason, the apparatus as the electric fan 300 can be stably attached to the rim 621 or the collar 621 of the wearable object, and an effect of making the wearer less tired can be obtained.

  The rod-shaped body 308 that is an easy-to-carry part is the rod-shaped body 308 even when the device as the electric fan 300 is not visible when the device as the electric fan 300 is attached behind the edge 621 or the collar 621 of the wearing object. It is easy to check the direction of the hand. This makes it easy for the arm 623 to hold the back side of the collar 621 even in a situation where the device as the electric fan 300 cannot be seen.

  The rod-shaped body 308 that is an easy-to-hold portion reduces the possibility of accidents that cause the device as the electric fan 300 to be accidentally dropped when the device as the electric fan 300 is attached behind the edge 621 or the collar 621 of the wearing article. be able to.

  As described above, it is possible to provide the electric fan 300 that can easily hold the back side of the collar 621 even when the device as the electric fan 300 cannot be seen, and to further attach the arm 623 of the electric fan 300 as an attachment object. The problem of “providing a fan 300 that can be used as a hand-held fan by removing the blower 301 from the arm 623 while being attached to the collar 621 of a certain outerwear 620” is solved.

  Even if the position of the air blower 301 is changed due to the change in the thickness of the wearable item, the direction of the air blower 301 can be adjusted by the hinge part 307 that can be swung. 624.

  In addition, the electric fan 300 can also be used as an electric fan attached to a stroller (stroller) which is a wheel-type instrument. When the arms 623 of the electric fan 300 hold or sandwich the edge of the hood of the stroller (stroller), it is possible to guide the airflow sent from the blower unit 301 disposed outside the hood to the inside of the hood.

  In the prior art, if a hand-held portable electric fan is attached to a strap and hung from the neck, the direction of the blower unit cannot be controlled, and there is a drawback that the wind does not strike the neck.

  Therefore, the problem to be solved in the present embodiment is that “a support base that can be supported so that a hand-held portable fan can be stably blown toward the neck even when the hand-held portable fan is suspended from the neck and released. “Provide a handheld portable electric fan”.

  Further, another problem to be solved in the present embodiment is that “the hand-held portable electric fan can be safely attached and detached while being suspended from the neck, and the electric fan is not accidentally dropped during the attaching and detaching work. It is to provide a safe attachment / detachment method.

  In this specification, the hand-held portable electric fan is a “battery-type electric fan provided with a blower supported by a hand-held rod-like body”.

  In the present embodiment, “hand-held portable electric fan” will be described using the name “hand-held device” which is a general concept thereof.

  Since the support base 660 of the apparatus shown in FIG. 28 is the same component as the fixture 622 shown in FIGS. 7 to 16, the person skilled in the art will refer to the description of FIGS. Is easy to manufacture. The support base 660 is referred to as the support base 660 in the second embodiment because the usage method is different from that of the mounting tool 622 described in the first embodiment.

  One slider 661 is provided at two locations on the support base 660 shown in FIG. Each slider 661 can support the hanging tool 670 across the annular body 671 of the hanging tool 670. In addition, each slider 661 can be supported by the hanging tool 670.

  As the hanging tool 670, a neck strap having a cloth-made or polymer-made annular body 671 for hanging on the neck of the human body 609 can be used.

  The suspension tool 670 shown in FIG. 28 suspends or supports the support base 660 at at least two positions of the suspension tool 670. The support base 660 has a support part 210, and the support part 210 has a rod holder 244.

  Since the rod holder 244 holds the rod-shaped body 308, the support unit 210 can removably support the rod-shaped body 308 of the handheld device 616.

  By using the handheld device 616, the support base 660, and the lifting tool 670, the handheld device 616 can be suspended or supported from the human body 609.

  28 supports the blower unit 301 on the support unit 210 by supporting the blower unit 301 on the rod-shaped body 308 held by the rod holder 244 of the support unit 210.

  The air blowing unit 301 can blow air toward the human body 609 that supports the suspension tool 670 by blowing air toward the slider 661 of the support base 660 and the suspension tool 670 that supports the slider 661.

  29 and 30 makes a support base 660 supported by a hanging tool 670 hung on the neck of a human body 609 contact a chest of an outerwear 620 worn by the human body 609.

  Thereby, the support base 660 is stably supported from the neck and chest of the human body 609. Furthermore, the apparatus can blow the blower 301 toward the chest or neck of the human body 609 without bringing the blower 301 into contact with the outerwear 620.

  For this reason, even if it does not support the handheld apparatus 616 by hand, the effect which can blow stably the ventilation part 301 toward the chest or neck of the human body 609 can be acquired.

  Therefore, the present invention provides a handheld portable electric fan provided with a support base 660 that can be supported so that air can be stably blown toward the neck even when the handheld portable electric fan is suspended from the neck and released. Can be solved.

  31 has a part (a strap called “matsuba” in Japan) which is a ring-shaped body 672 or a loop-shaped thread-like body 672 supported from an annular body 671.

  A hole 673 through which the ring-shaped body 672 or the thread-shaped body 672 can pass is provided in the rod-shaped body 308 or the air blowing unit 301 of the handheld device 616. By passing the ring-shaped body 672 or the thread-shaped body 672 through the hole 673, the handheld device 616 can be suspended from the suspension tool 670. The handheld device 616 is suspended from the neck of the human body 609 by hanging the annular body 671 of the suspension tool 670 around the neck of the human body 609. For this reason, even if the hand-held device 616 is released, the hand-held device 616 does not fall.

  The method of attaching the support base 660 without dropping the handheld device 616 while the handheld device 616 is lowered from the neck includes the following steps 1 and 2.

  Step 1: Each of the two sliders 661 of the support base 660 is attached to two places of the annular body 671 of the lifting tool 670 (the operation of Step 1 is indicated by an arrow 688 in FIG. 31).

  As shown in FIG. 32, the support base 660 is provided with a slider 661 that can be attached to and detached from the annular body 671 without opening the annular body 671, and the slider 661 prevents the annular body 671 from being detached. A protrusion 662 is provided. The slider 661 is provided at two places on the upper right and upper left of the support base 660. The slider 661 has two grooves provided in parallel, and an annular body 671 can be sandwiched between the grooves.

  Even if the handheld device 616 is not supported by hand during the operation of Step 1, the handheld device 616 does not fall. For this reason, it is possible to safely carry out the work of Step 1 for mounting the support base 660 on the suspension tool 670 with both hands while holding the support base 660 in one hand and the suspension tool 670 in the other hand. The effect that becomes.

  By completing the operation in Step 1, both the handheld device 616 and the support base 660 are suspended from the neck of the human body 609. For this reason, even if the hand-held device 616 or the support base 660 is accidentally released during the next step 2, the hand-held device 616 and the support base 660 can be prevented from dropping.

  Step 2: The rod-shaped body 308 of the handheld device 616 is held by the support portion 210 of the support base 660. (The operation of step 2 is indicated by arrow 689 in FIG. 31).

  By completing the operation of Step 2, the apparatus shown in FIGS. 29 and 30 is provided.

  In addition, about the method of removing the support stand 660, without dropping the handheld apparatus 616, with the apparatus lowered from the neck, the above steps 2 and 1 may be performed in reverse. If the hand is accidentally slid during the detaching operation, the handheld device 616 is not dropped.

  Therefore, the problem of “providing a support base 660 that can be safely attached and detached while the hand-held portable electric fan is suspended from the neck and a safe attaching and detaching method for preventing the electric fan from being accidentally dropped during the attaching and detaching work” is provided. Can be solved.

  As shown in FIGS. 33 and 34, the slider 661 of the support base 660 is stably supported by the suspension tool 670, but the suspension tool 670 and the slider 661 are mutually attached only when the suspension tool 670 is pulled strongly. Adjusting the shape of the slider 661 to slide is easy for those skilled in the art looking at FIGS. As a result, the support base 660 is supported so as to be slidable at at least two places on the hanging tool 670. Therefore, the effect which can adjust the distance between the ventilation part 301 of the said apparatus and the neck of the human body 609 can be acquired.

  The support unit 210 of the support base 660 of the apparatus shown in FIG. 35 supports the rod-shaped body 308 of the handheld device 616 so as to be rotatable. When the rod-shaped body 308 is rotated with respect to the support portion 210, the rod-shaped body 308 can be rotated 360 degrees without the fan guard 305 of the blower portion 301 hitting the support base 660.

  By measuring the size of the fan guard 305 of the blower unit 301, it is possible to adjust the angle of the rod holder 244 of the support unit 210 that supports the rod-shaped body 308 so that the fan guard 305 does not hit the support table 660. It is easy for those skilled in the art who saw FIG.

  Further, by measuring the width of the rod-shaped body 308, it is easy for those skilled in the art who have seen FIG. 35 to adjust the size of the rod holder 244 of the support portion 210 so that the rod-shaped body 308 can be slidably supported. is there.

  As shown in FIG. 36, by providing a hinge part 307 that is at least one movable part between the rod-shaped body 308 and the air blowing part 301, the direction of the air blowing part 301 can be adjusted. As a result, the air blowing unit 301 can be easily directed toward the face of the human body 609.

  A method for providing a movable part between the rod-shaped body 308 and the blower 301 is described in detail in the first embodiment.

  The apparatus described in FIGS. 37 and 38 can rotate the support portion 210 in the support base 660. As a result, even in the case of a hand-held device 616 that has no movable parts between the rod-shaped body 308 and the air blowing unit 301, the air blowing unit 301 can be adjusted to face the face of the human body 609.

  A method for enabling the support portion 210 to rotate in the support base 660 is described in detail in the first embodiment.

The apparatus described in FIG.
“Without the support stand in contact with the jacket 620
When the support base is suspended only by the suspension tool 670, the position of the lowest part 682 of the rod-shaped body 308 is lower than the position 681 of the lowest part of the air blower 301. Device that can be suspended "
It is.

  That is, in the apparatus shown in FIG. 39, the rod-shaped body 308 is located at a lower position than the air blower 301, so that the back of the support base 660 is suspended with the human body 609 facing the chest. For this reason, when the hanging tool 670 is hung on the neck of the human body 609 as it is, the blower 301 is easily disposed on the rod-shaped body 308. Therefore, it is possible to obtain an effect that it is easy to hang the hand-held device 616 around the neck in the correct direction (the air blower 301 is up and the rod-shaped body 308 is down).

On the other hand, the apparatus shown in FIG.
“Without the support stand in contact with the jacket 620
When the support base is suspended only by the suspension tool 670, the support base is suspended from the suspension tool 670 in a state where the position 682 of the lowest part of the rod-shaped body 308 is higher than the position 681 of the lowest part of the blower 301. Device that can be held "
It is.

  That is, in the apparatus shown in FIG. 40, since the rod-shaped body 308 is higher than the blower unit 301, the back of the support base 660 is suspended in a state where it does not face the chest of the human body 609. For this reason, when the hanging tool 670 is hung on the neck of the human body 609 as it is, the air blowing unit 301 is hardly disposed on the rod-shaped body 308 (the air blowing unit 301 in which the handheld device 616 is turned over). , And the rod-shaped body 308 is easily placed in the “upper state”). Therefore, it becomes difficult to hang the hand-held device 616 around the neck in the correct orientation (the air blower 301 is up and the rod-shaped body 308 is down).

  As a result of making various support bases and conducting experiments, the present inventor has found that the difference in the effect between FIG. 39 and FIG. 40 is caused by the difference in the distance between the support part 210 and the slider 661. I found it. That is, the lithium ion battery 304 included in the rod-shaped body 308 is light, while the stainless steel motor 303 included in the blower 301 is heavy. The position of the center of gravity of the entire handheld device 616 is biased toward the air blowing unit 301, and the position of the center of gravity of the entire handheld device 616 is located in the air blowing unit 301. Therefore, no matter which part of the rod-like body 308 is supported by the support part 210, the part on the side where the air blowing part 301 is present (the part above the support part) is the part on which the air blowing part 301 is not present (support Heavier than the lower part). According to the laws of physics, when the entire apparatus is suspended by the suspension tool 670, the position of the center of gravity of the entire apparatus is suspended so that it is always located directly below the slider 661, which is the fulcrum of suspension. . When the distance between the support unit 210 and the slider 661 is shortened, the position of the center of gravity is increased, so that the entire apparatus is tilted and suspended so that the position of the center of gravity is directly below the slider 661. As a result, the entire apparatus is tilted and suspended as shown in FIG. 40 so that the heavy air blower 301 is positioned below the light bar 308.

  When the distance between the support part 210 and the slider 661 is increased, the position of the blower part 301 is raised and the position of the rod-shaped body 308 is lowered as shown in FIG. Conversely, when the distance between the support part 210 and the slider 661 is shortened, the position of the blower part 301 is lowered and the position of the rod-shaped body 308 is raised as shown in FIG.

  Based on the above knowledge, as shown in FIG. 39, the support unit 210 and the slider 661 are arranged so that the handheld device 616 can be easily hung on the neck in the correct orientation (the air blowing unit 301 is up and the rod-shaped body 308 is down). It is easy for those skilled in the art to adjust the distance between.

  On the other hand, if the support 660 is manufactured without knowing the above knowledge, as shown in FIG. 40, the handheld device 616 may be hung on the neck in the correct orientation (the air blower 301 is up and the rod-shaped body 308 is down). This can be a difficult device and can significantly impair the value of the product. For this reason, adjustments based on the above findings are very important.

Note that the apparatus shown in FIG.
“When the support base is suspended only by the lifting tool 670 without bringing the support base into contact with the outerwear 620, the position of the center of gravity of the rod-shaped body 308 is lower than the position of the center of gravity of the blower 301. Can be specified as “a device that can be hung from the hanger 670”.

  As shown in FIG. 28, there is a space between the air blowing unit 301 and the slider 661 of the support base 660. Thereby, a finger can be put in the space and the switch 309 provided on the rod-shaped body 308 can be pushed with the finger.

  As shown in FIGS. 17 and 18, the rod holder 244 of the support 210 holds the rod-shaped body 308 from the outside of the battery case lid 310 provided on the rod-shaped body 308. Thereby, even when the handheld device 616 is accidentally dropped and collided with the ground, an effect can be obtained in which the lid is difficult to come off from the rod-shaped body 308 due to the impact of the drop. Therefore, it is possible to prevent an accident that the battery 304 jumps out and an accident that an infant touches the battery 304 that pops out.

The device B1 provided by the present invention is:
"A hanging tool 670 having an annular body 671;
A support base 660 supported from a hanging tool 670;
A rod-like body 308 that is detachably supported from the support base 660;
A blower unit 301 supported from a rod-shaped body 308;
Have
The blower unit 301 is brought into contact with the outerwear 620 worn by the human body 609 without bringing the blower 301 into contact with the outerwear 620 while the support base 660 supported by the hanging tool 670 hung on the neck of the human body 609 is brought into contact with the outerwear 620. 301 "is an apparatus that can blow air toward the human body 609.

The device B2 provided by the present invention is:
“With the support base 660 supported by the lifting tool 670 hung around the neck of the human body 609 in contact with the chest of the outerwear 620, the air supply portion 301 is not brought into contact with the outerwear 620. The apparatus according to the apparatus B1 that can blow air toward the chest of the human body 609 or the neck ".

The device B3 provided by the present invention is:
“A lifting device 670 having a ring-shaped body 672 or a thread-shaped body 672 supported from the annular body 671;
A rod-shaped body 308 or a blower 301 provided with a hole 673 through which the ring-shaped body 672 or the thread-shaped body 672 can pass;
The apparatus according to the apparatus B1 or B2 ".

The device B4 provided by the present invention is:
“The device according to any one of the devices B1 to B3 including the support base 660 on which the annular body 671 can be attached and detached without opening the annular body 671”.

The device B5 provided by the present invention is:
“The device according to any one of the devices B1 to B4 having the support base 660 slidably supported at at least two places on the lifting tool 670”.

The device B6 provided by the present invention is:
“The support base 660 has a support portion 210 for supporting the rod-shaped body 308, and
One of the devices B1 to B5 that can support the air blowing unit 301 on the support unit 210 in a state in which the support base 660 supported by the lifting tool 670 hung on the neck of the human body 609 is in contact with the outerwear 620. The device described.

The device B7 provided by the present invention is:
“The apparatus according to the apparatus B6 in which the support portion 210 can rotatably support the rod-shaped body 308”.

The device B8 provided by the present invention is:
“Apparatus according to B6 or B7 that can rotate the rod-shaped body 308 360 degrees without the fan guard 305 of the blower section 301 hitting the support base 660 when the rod-shaped body 308 is rotated with respect to the support section 210” It is.

The device B9 provided by the present invention is:
“The apparatus according to the apparatus B7 or B8 in which the support portion 210 can slidably support the rod-shaped body 308”.

The device B10 provided by the present invention is:
“The device according to any one of the devices B6 to B9 that can rotate the support portion 210 on the support base 660”.

The device B11 provided by the present invention is:
“Without the support 660 in contact with the jacket 620
When the support base 660 is suspended only by the suspension tool 670, the support base 660 is suspended in a state where the position 682 of the lowest part of the rod-shaped body 308 is lower than the position 681 of the lowest part of the blower 301. The device according to any one of the devices B1 to B10 that can be hung from the device ".

The device B12 provided by the present invention is:
“When the support base 660 is suspended only by the lifting tool 670 without bringing the support base 660 into contact with the outer jacket 620, the position of the center of gravity of the rod-shaped body 308 is lower than the position of the center of gravity of the blower 301. The device according to any one of the devices B1 to B10 that can suspend the support base 660 from the suspension tool 670.

The device B13 provided by the present invention is:
“The device according to any one of the devices B1 to B12 having at least one movable part between the rod-shaped body 308 and the air blowing unit 301”.

The device B14 provided by the present invention is:
“A power supply 304 included or installed in the rod-shaped body 308;
An electric motor 303 included or installed in the blower unit 301;
An impeller 302 driven by an electric motor 303;
An electrical conductor 312 for electrically connecting the power source and the motor 303;
The device according to any one of the devices B1 to B13 ".

The device B15 provided by the present invention is:
“The support base 660 used in any one of the devices B1 to B14”.

The device B16 provided by the present invention is:
“Hanging tool 670 provided with a support base 660 used for any one of the devices B1 to B14”.

The device B17 provided by the present invention is:
“The bar holder 244 of the support unit 210 used in any one of the devices B6 to B14”.

The device B18 provided by the present invention is:
"A hanging tool 670 having an annular body 671;
A support base 660 supported from a hanging tool 670;
A blower unit 301 supported from a support base 660;
Have
The support base 660 can attach and detach the annular body 671 without opening the annular body 671.
The support base 660 is slidably supported at at least two places on the hanging tool 670,
And,
A device capable of blowing air toward the human body 609 while the support base 660 supported by the hanging tool 670 hung on the neck of the human body 609 is in contact with the outerwear 620 worn by the human body 609. .

The device B19 provided by the present invention is:
“A lifting device 670 having a ring-shaped body 672 or a thread-shaped body 672 supported from the annular body 671;
A hole 673 for allowing the ring-shaped body 672 or the thread-shaped body 672 to pass therethrough, and
The device according to the device B18 ".

210 Support part 215 Movable part 233 of support part 210 234 hole to be a bearing of support part 210 244 Bar holder of support part 210 245 Bar support surface of bar holder 244 of support part 210

DESCRIPTION OF SYMBOLS 300 Fan 301 Blower part of fan 300 302 Impeller of fan part 301 of fan 300 303 Electric motor of fan part 301 of fan 300 304 Battery that is power source of fan 300 305 Fan guard of fan part 301 of fan 300 307 Hinge of fan 300 Part 308 Bar-shaped body of electric fan 300 309 Switch of electric fan 300 310 Battery case cover of electric fan 300 312 Electric conductor of electric fan 300

320 Arrow 321 indicating coupling of fan guard of fan section of fan 300 321 Arrow indicating coupling of battery case cover 310 and rod-shaped body 308 of fan 300 322 Support section 210 that allows rod-shaped body 308 of fan 300 to rotate and slide. An arrow indicating that the rod holder 244 of the rod holder 244 supports the shaft 323 of the support portion 210 is passed through a hole 233 serving as a bearing of the support portion 210 to rotate the rod holder 244. An arrow 324 indicating that the fan 300 is provided and an arrow 325 indicating a hinge movement of the hinge portion 307 that hinges the air blower 301 and the rod-shaped body 308 of the fan 300 325 of the support portion 210 that rotatably supports the rod-shaped body 308 of the fan 300 An arrow indicating rotation of the rod-shaped body 308 on the rod-holding surface 245 of the rod-holding base 244 326 Support for slidably supporting the rod-shaped body of the electric fan 300 An arrow 327 indicating the sliding of the rod-shaped body 308 on the rod holding surface 245 of the rod holding table 244 of 210 indicates the rotation of the movable portion 215 between the rod holding table 244 supported by the support portion 210 and the support portion 210. Arrow

600 Desk 609 Human body wearing a hat, helmet or outerwear

616 Handheld device (or handheld portable fan)

620 A jacket 621 worn by the human body 609 rim or collar of the jacket 620 622 A mounting device that can hold or clamp the collar 621 of the jacket 620 623 An arm (or holding unit) of the mounting device 622
624 Wing of mounting device 622 625 Wind direction adjustment surface of wing 624 of mounting device 622 626 Outer portion of arm 623 of mounting device 622 627 Inner portion of arm 623 of mounting device 622 628 Outer surface of outer portion 626 of arm 623 of mounting device 622 629 The inner surface of the outer portion 626 of the arm 623 of the mounting device 622 630 The outer surface of the inner portion 627 of the arm 623 of the mounting device 622 631 The inner surface of the inner portion 627 of the arm 623 of the mounting device 622 632 The foot (or contact portion) of the mounting device 622
633 Cavity 634 Gaps between feet 632 635 Gaps between helmet 640 and head of human body 609 636 Gaps between outerwear 620 and human body 609 637 Holes provided at the end of inner portion 627 of arm 623 638 Arm 623 And a hole 639 formed by a wing 624 and a foot 632 A generally concave or U-shaped surface

640 Helmet worn by the human body 609 641 Edge of the helmet 640 642 Attachment device that can hold or clamp the edge 641 of the helmet 640 643 Arm of the attachment device 642 644 Wing of the attachment device 642 645 Wind direction adjustment surface 646 of the wing 644 of the attachment device 642 Outer portion of arm 643 of attachment device 642 647 Inner portion of arm 643 of attachment device 642 648 Outer surface of outer portion 646 of arm 643 of attachment device 642 Inner surface of outer portion 646 of arm 643 of attachment device 642 650 of attachment device 642 The outer surface of the inner portion 647 of the arm 643 651 The inner surface of the inner portion 647 of the arm 643 of the mounting device 642

655 Underwear between human body 609 and outerwear 620

660 Support stand 661 Slider 662 of support stand 660 Protrusion provided on slider 662 of support stand 660

670 Suspension tool 671 Annular body of suspension tool 670 672 Ring-shaped body or thread-like body of suspension tool 670 673 Hole through which ring-shaped body 672 or thread-like body 672 of suspension tool 670 can pass

680 Cross section of the arm 623 having a generally concave or U-shaped surface 639 681 Position of the lowest part of the air blower 301 682 Position of the lowest part of the rod 308 683 Between the outer part 626 and the inner part 627 of the arm 623 End portion of both sides of inner portion 627 of arm 623 685 Tip of inner portion 627 of arm 623 686 Between outer portion 626 and inner portion 627 of arm 623 687 Between outer portion 626 and inner portion 627 of arm 623 An arrow 689 indicating the work of step 1 for mounting each of the two sliders 661 of the support base 660 to two places of the annular body 671 of the lifting tool 670. The bar-shaped body 308 of the handheld device 616 is supported by the support base 660. The arrow 690 indicating the work of step 2 to be held by the support portion 210 of the support 660 contacts the outerwear 620 The support base 660 is suspended in a state where the position 682 of the lowest part of the rod-shaped body 308 is lower than the position 681 of the lowest part of the blower 301 when the support base 660 is suspended only by the suspension tool 670. A fan 691 that can be suspended from the holder 670 The position 682 of the lowest portion of the rod-shaped body 308 when the support 660 is suspended only by the holder 670 without contacting the support 660 with the outerwear 620. Which can suspend the support base 660 from the suspension 670 in a state where the height is higher than the position 681 of the lowest part of the blower 301.

Claims (15)

A fixture supported by the collar of the outerwear worn by the human body;
A wind direction adjuster supported by a head worn on the head of the human body;
A blower supported by the fixture ;
Have
And,
The airflow blown by the blower
The apparatus which guides to the inner side of the said head-wear thing by the said wind direction adjustment body.
A fixture supported by the collar of the outerwear worn by the human body;
A helmet to be worn on the head of the human body;
A blower supported by the fixture ;
Have
And,
The airflow blown by the blower
A device for guiding the inside of the helmet from the gap between the head and the helmet.
A fixture supported by the collar of the outerwear worn by the human body;
A helmet to be worn on the head of the human body;
A wind direction adjuster of the fixture ;
A blower supported by the fixture ;
Have
And,
The airflow blown by the blower
Led to the inside of the jacket by the wind direction adjuster,
And,
The airflow blown by the blower
A device for guiding the inside of the helmet from the gap between the head and the helmet.
A fixture that is supported by a piece of clothing worn by the human body;
A wind direction adjuster of the fixture ;
A blower supported by the fixture ;
At least one or more contact portions provided on the fixture ;
Have
And,
The airflow blown by the blower
Led to the inside of the wear by the wind direction adjuster,
And,
A device through which the airflow guided by the wind direction adjusting body can pass between the surface and the attachment device in a state where the contact portion is in contact with the surface of the human body or the surface of underwear worn by the human body.
A fixture that is supported by a piece of clothing worn by the human body;
A wind direction adjuster of the fixture ;
A blower supported by the fixture ;
Have
And,
The airflow blown by the blower
Air is blown toward the outer surface of the wearing article and the wind direction adjusting body,
And,
The airflow blown by the blower
The apparatus which guides to the inner side of the said wear by the said wind direction adjustment body.
The apparatus according to claim 1, wherein a cloth-like or sheet-like member is used for the wind direction adjusting body.
The said wind direction adjustment body used for the apparatus of Claim 1.
The fixture used in the apparatus according to any one of claims 1 to 3, and
The blowing section;
Having a fan.
The said fixture used for the apparatus in any one of Claim 1 to 6.
An arm supported by a wear worn by the human body;
A wind direction adjuster supported by the arm;
A blower supported by the arm;
At least one contact portion provided on the arm;
Have
And,
The airflow blown by the blower
Led to the inside of the wear by the wind direction adjuster,
And,
An apparatus through which the airflow guided by the wind direction adjusting body can pass between the surface and the arm in a state where the contact portion is in contact with the surface of the human body or the surface of underwear worn by the human body.
An arm supported by a wear worn by the human body;
A wind direction adjuster supported by the arm;
A blower supported by the arm;
Have
And,
The airflow blown by the blower
Air is blown toward the outer surface of the wearing article and the wind direction adjusting body,
And,
The airflow blown by the blower
The apparatus which guides to the inner side of the said wear by the said wind direction adjustment body.
An arm supported by a wear worn by the human body;
A wind direction adjuster supported by the arm;
A blower supported by the arm;
Have
And,
The airflow blown by the blower
Blowing air toward the outer part of the arm and the wind direction adjusting body;
And,
The airflow blown by the blower
The apparatus which guides to the inner side of the said wear by the said wind direction adjustment body.
An arm supported by a wear worn by the human body;
A wind direction adjuster supported by the arm;
A blower supported by the arm;
A movable part provided between the air blowing part and the arm;
Have
And,
By moving the movable part, it is possible to adjust the direction of the airflow blown from the blowing part toward the wind direction adjusting body,
And,
The airflow blown by the blower
The apparatus which guides to the inner side of the said wear by the said wind direction adjustment body.
The apparatus according to any one of claims 10 to 13, wherein the arm is supported from the collar by pinching or holding or holding the collar. It has the said arm used for the apparatus in any one of Claim 10 to 14.
Mounting equipment .

Images