JP6621273B2 - Blower and clothes to which the blower is attached - Google Patents

Description

  The present invention relates to a blower device for sending air to a user and clothes to which the blower device is attached.

Japanese Laid-Open Utility Model Publication No. 64-30308 discloses a feather that attaches a blower for sending air to a user. The goose disclosed in this document has a hole for exposing the air suction area to the outside.
The blower has a certain effect on cooling the user by blowing air. On the other hand, the improvement for cooling a user more efficiently was requested | required as clothes which equip the air blower and the said air blower.

Japanese Utility Model Publication No. 64-30308

  The present invention was devised in view of such a point, and aims to provide a more rational technique in a blower for sending air to a user and a garment to which the blower is attached. To do.

In order to solve the above problems, a blower according to one aspect of the present invention is a blower that sends out sucked air, a drive motor that defines a rotating shaft, a blower member that is rotationally driven by the drive motor, A blower housing that houses the drive motor and the blower member is provided. The rotation axis of the drive motor is defined by a rotation mechanism in the drive motor. In particular, when the drive motor has an output shaft portion, the rotation shaft is defined by the output shaft portion. The blower member is driven by a rotation mechanism of a drive motor. More specifically, the rotating member can be directly attached to the output shaft portion of the drive motor. Further, a rotation transmission mechanism may be provided for the output shaft portion of the drive motor, and the drive motor may rotationally drive the blower member via the rotation transmission mechanism.

Furthermore, a blower device according to an aspect of the present invention includes a battery mounting unit for mounting a battery that drives a drive motor, an operation unit that is operated by a user to switch a driving state of the drive motor, and a battery mounting And an operation housing provided with an operation unit. Therefore, for example, when the blower housing is attached to the back body of the user's outer garment, the operation housing can be attached to the front body of the garment, the waist portion of the pants, or the like. That is, since the operation unit can be attached to a location suitable for the user's operation, the operability of the blower can be improved. Further, the operation housing and the battery can be integrated and attached to the user. In addition, it is possible to integrate a conductive line extending from the battery to the drive motor with a signal transmission line extending from the operation housing and the blower housing.
Furthermore, the battery mounting portion is configured to be detachable from a battery capable of driving a plurality of types of electric tools. Therefore, for example, when the user is an operator at a construction site, the battery of the electric tool can be applied to the blower. Therefore, the user may not need to purchase a battery that is used only for the blower.

  Moreover, the air blower which concerns on 1 aspect of this invention is an air blower which sends out the suck | inhaled air, Comprising: The drive motor which prescribes | regulates a rotating shaft, The air blowing member rotationally driven by a drive motor, A drive motor, and an air blowing member A ventilation housing, a battery mounting part for mounting a battery for driving the drive motor, an operation part operated by a user to switch the drive state of the drive motor, a battery mounting part and an operation part, And a control unit that switches a driving state of the drive motor based on an operation of the operation unit by a user. The controller is configured to drive the drive motor at a predetermined number of rotations at a predetermined first time and a first mode for driving the rotation speed at a predetermined time at a second rotation number greater than the first rotation number. A switching unit that switches between the two modes, and a return unit that switches to the first mode after a predetermined period of time when the first mode is switched to the second mode. The control unit is provided in the operation housing. The operation housing extends from the operation housing, and has a connection portion for transmitting the battery current and the control unit signal to the drive motor. Further, the operation unit includes a first changeover switch operated to switch the drive state of the drive motor to the first mode, and a second changeover switch operated to switch the drive state of the drive motor to the second mode. The first changeover switch and the second changeover switch are arranged on both sides of the base end portion of the connection portion in the operation portion.
  The control unit can be provided in either the blower housing or the operation housing. When the control unit is provided in the blower housing, a signal transmission line from the operation unit to the control unit is formed across the blower housing and the operation housing. On the other hand, when the control unit is provided in the operation housing, a signal transmission line from the control unit to the drive motor is formed across the blower housing and the operation housing. Further, switching between the first mode and the second mode can be performed by switching the duty ratio when the drive motor is driven by pulse width modulation control (Pulse With modulation). In this case, the second mode is set with a higher duty ratio than the first mode. It is also possible to set the switching between the first mode and the second mode according to the strength of the current supplied to the drive motor. Moreover, the predetermined period which a reset part measures can be performed by measurement of the time based on a timer, or measurement of the predetermined pulse number based on a pulse generator.
  According to the air blower which concerns on this aspect, when the user has requested the further cooling in the state which is driving the air blower in 1st mode, it becomes possible to switch to 2nd mode. In this case, since the second mode returns to the first mode after the lapse of a predetermined period, it is possible to prevent the user from being overcooled.

Moreover, as an aspect of the solving means in the air blower according to the present invention, the operation housing can have an operation housing engaging portion for mounting on a user's clothes. The operation housing engaging portion can be adapted to the area of the garment to which the operation housing is to be attached and can take various configurations. For example, when attaching the operation housing to the edge of the waist opening in the wearer's pants, a clip can be provided on the operation housing as the operation housing engaging portion. According to the air blower according to the present embodiment, the operation housing can be fixed to the clothes by the operation housing engaging portion, so that the operability for the user can be improved .

  Moreover, the air blower which concerns on 1 aspect of this invention is an air blower which sends out the suck | inhaled air, Comprising: The drive motor which prescribes | regulates a rotating shaft, The air blowing member rotationally driven by a drive motor, A drive motor, and an air blowing member A ventilation housing, a battery mounting part for mounting a battery for driving the drive motor, an operation part operated by a user to switch the drive state of the drive motor, a battery mounting part and an operation part, And an operation housing provided with. The operation housing has an operation housing engaging part for engaging with the user's clothes, and the operation housing is engaged when the operation housing engaging part is engaged with the user's clothes in the standing state. The battery mounting direction with respect to the battery mounting unit is configured to be a direction from top to bottom.

  Moreover, the air blower which concerns on 1 aspect of this invention is an air blower which sends out the suck | inhaled air, Comprising: The drive motor which prescribes | regulates a rotating shaft, The air blowing member rotationally driven by a drive motor, A drive motor, and an air blowing member A ventilation housing, a battery mounting part for mounting a battery for driving the drive motor, an operation part operated by a user to switch the drive state of the drive motor, a battery mounting part and an operation part, And an operation housing provided with. The operation housing has an operation housing engaging portion for engaging with the user's clothing, and the battery mounting portion is connected to the clothing when the operation housing engaging portion is engaged with the user's clothing. Are arranged on the opposite side.

Moreover, as one aspect of the solving means in the air blower according to the present invention, the operation housing is arranged so that the operation portion is arranged upward when the operation housing engagement portion is engaged with the clothes of the user who is standing. Can be configured .

  Moreover, as an aspect of the solving means in the air blower according to the present invention, the operation housing engaging portion can have a clip capable of holding clothes. And a clip can be arrange | positioned so that the mounting | wearing direction with respect to a user's clothes in the standing state may turn to the direction which goes from the top to the bottom.

  Moreover, as one aspect of the solving means in the air blower according to the present invention, the operation housing engaging portion further has a protrusion configured to protrude from the surface of the operation housing and to restrict the clothes from being detached from the clip. be able to. According to this aspect, the engagement state between the battery holder and the clothes can be stabilized by the clip and the protrusion. In addition, when clothes are trousers, it becomes possible to clamp an upper edge part of trousers with a clip. Further, when the garment is a belt, the belt can be held by a clip. When the operation housing is about to be detached from the belt due to the posture of the user, it is possible to regulate the separation of the operation housing and the belt by contacting the belt and the protruding portion.

  Moreover, a clip and a protrusion part can be spaced apart and arrange | positioned as one aspect | mode of the solution means in the air blower which concerns on this invention. According to the air blower which concerns on this aspect, the design freedom of a clip and a protrusion part can be improved.

Moreover, as one aspect | mode of the solution means in the air blower which concerns on this invention, while a protrusion part is urged | biased toward the outer side of an operation housing, it can be comprised so that accommodation in an operation housing is possible. According to the blower device according to this aspect, when the garment is clamped by the clip, the protruding portion is pressed by the garment and accommodated in the operation housing. Therefore, it is possible to smoothly hold the clothes. In addition, in order to accommodate a protrusion part in an operation housing, the drawing operation part operated by a user can be provided. In this configuration, since the protruding portion can be accommodated in the operation housing by operating the retracting operation portion, the clothes can be smoothly detached from the clip .

Moreover, as an aspect of the solving means in the blower according to the present invention, the operation housing can be provided with a terminal for supplying a current to an external device. According to the air blower according to this aspect, it is possible to charge an external device such as a mobile phone with a battery attached to the operation housing, for example .

  Moreover, as one aspect | mode of the solution means in the air blower which concerns on this invention, it can have a ventilation housing engaging part comprised so that a ventilation housing could be engaged with a user's clothes.

  Moreover, as one aspect of the solving means in the air blower according to the present invention, the air blower housing engaging portion is a first engagement provided in a circumferential direction around the rotation shaft in an intermediate region of the air blow housing in a direction parallel to the rotation shaft. Can have a part. Note that the first engaging portion can be formed of a fastener. In this case, the blower housing engaging portion can be used as one side engagement tooth, and the other side engagement tooth engaged with the one side engagement tooth can be provided on the garment. The slider for engaging and releasing the engagement tooth on one side and the engagement tooth on the other side can be provided on either engagement tooth side. In addition, the area | region surrounded by the other side engagement tooth in clothing is made into the insertion opening for arrange | positioning a ventilation housing. The first engaging portion can be provided over the entire circumference in the intermediate region.

  Moreover, as one aspect | mode of the solution means in the air blower which concerns on this invention, the air blower housing engaging part can have the 2nd engaging part extended and provided from the intermediate | middle area | region. The second engaging portion can be constituted by an extending piece extending from the blower housing and an engaging portion provided on the extending piece. At this time, the clothes are provided with engaged portions for engaging with the engaging portions. The engaging part and the engaged part can be constituted by a pair of engaging buttons. In the case where the first engaging portion is a fastener as described above, the engaged portion can be configured in a region where there are no clothes teeth on the clothes side.

  Moreover, as one aspect | mode of the solution means in the air blower which concerns on this invention, the air blower can have the battery with which the battery mounting part was mounted | worn.

  In order to solve the above problems, a garment according to the present invention has an insertion opening for mounting a blower housing, an exterior body exposed to the outside, an interior body interposed between the exterior body and the user, It has an internal space formed in a region surrounded by the exterior body and the internal body, and a guide opening for guiding the air discharged from the blower housing to the internal space to a blower required region for the user. Can do. The ventilation required area is a place where the user supplies air, and particularly the neck and the side. In the garment according to the configuration, the blower housing is attached to the exterior body through the insertion opening. The air is discharged from the blower housing to the internal space, and is discharged from the guide opening toward the user via the internal space. Therefore, according to the clothes which concern on the said aspect, the user can cool a ventilation required area | region effectively.

  Moreover, clothing can have the opening fastening part for opening and closing a guidance opening as one aspect | mode of the solution means in the air blower which concerns on this invention.

  ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to provide a more rational technique in the air blower for sending air to a user, and the clothes which mount | wear with the said air blower.

It is a perspective view which shows the air blower which concerns on embodiment of this invention. It is explanatory drawing which shows the arrangement | positioning form of a ventilation mechanism. It is sectional drawing which shows the structure of a ventilation housing. It is a perspective view which shows the structure of a 1st mounting part. It is an expansion perspective view which shows the structure of a 2nd mounting part. It is a perspective view which shows the structure of an operation housing. It is a front view which shows the structure of an operation part. It is a block diagram which shows the structure of a control part. It is a flowchart which shows operation | movement of a control part. It is explanatory drawing which shows operation | movement of a battery mounting part. It is explanatory drawing which shows the structure of an external apparatus connection part. It is explanatory drawing which shows the arrangement | positioning form of the cable for external devices to a jacket. It is a perspective view which shows the front body of a jacket. It is a perspective view which shows the wearing condition of the ventilation housing with respect to a jacket. It is explanatory drawing which shows the internal space part in a jacket. It is explanatory drawing which shows operation | movement of the air blower by the jacket in FIG. It is explanatory drawing which shows the internal space part in a jacket. It is explanatory drawing which shows operation | movement of the air blower by the jacket in FIG. It is a perspective view which shows the structure of a battery holder. It is explanatory drawing which shows the structure of a battery holder. It is explanatory drawing which shows operation | movement of a battery holder. It is explanatory drawing which shows operation | movement of a battery holder. It is a perspective view which shows the structure of a support tool. It is explanatory drawing which shows the structure of a support tool. It is explanatory drawing which shows the structure of a support tool.

(Outline of blower)
Hereinafter, an embodiment of a blower according to the present invention will be described with reference to FIGS. FIG. 1 is a perspective view showing an outline of a blower 100 according to an embodiment of the present invention.
As shown in FIG. 1, the blower 100 is configured to send inhaled air to a user, and includes a blower housing 110 that houses a blower mechanism 120. The blower mechanism 120 is operated by the operation unit 210 of the operation housing 200 formed independently of the blower housing 110. The blower device 100 is an example of the “blower device” according to the present invention, the blower housing 110 is an example of the “blower housing” according to the present invention, and the operation housing 200 is an example of the “operation housing” according to the present invention. Yes, the operation unit 210 is an example of the “operation unit” according to the present invention.
As shown in FIG. 1, the operation housing 200 is provided with a battery 230 a for driving the blower mechanism 120 and a control unit 220 that controls the blower mechanism 120 based on the operation of the operation unit 210 by the user. . The battery 230a is an example of a “battery” according to the present invention, and the control unit 220 is an example of a “control unit” according to the present invention.

In order to transmit the current from the battery 230 a and the signal from the control unit 220 to the blower mechanism 120, the second connection unit 250 is extended from the operation housing 200. The second connection unit 250 includes a connection line 251 in which a conductive line that transmits the current of the battery 230 a and a signal transmission line that transmits a signal of the control unit 220 are integrated, and a connector 252 formed at the tip of the connection line 251. Have. On the other hand, the blower housing 110 extends from the first connection part 150 connected to the second connection part 250. The first connection unit 150 includes a connection line 151 that sends current and signals from the connection line 251 to the blower mechanism 120, and a connector 152 that is formed at the tip of the connection line 151 and is connected to the connector 252.
As shown in FIG. 1, the blower housing 110 and the operation housing 200 are attached to a user's clothes. More specifically, the blower housing 110 is mounted on a work jacket 300 that is worn when a user performs a predetermined work, and the operation housing 200 is mounted on the work pants 400. The work jacket 300 or the work pants 400 is an example of the “clothes” according to the present invention.

(Structure of blower housing)
Next, the structure of the ventilation housing 110 is demonstrated based on FIGS. First, the structure related to the air blowing mechanism 120 and the intake / exhaust of air will be described with reference to FIGS. 2 and 3. For convenience of explanation, the structure for mounting the air blowing housing 110 to the work jacket 300 is shown in FIGS. Illustration is omitted.
As will be described later, the blower mechanism 120 includes a drive motor 121 and a blower member 123 that is rotationally driven by the drive motor 121. The air blowing member 123 includes a plurality of fans 123a. As shown in FIG. 2, in the air blower 100 which concerns on this embodiment, the two fans 123a are provided. The drive motor 121 is an example of the “drive motor” according to the present invention, the air blowing member 123 is an example of the “air blowing member” according to the present invention, and the fan 123a is an example of the “fan” according to the present invention. In addition, the number of the fans 123a can be selected according to the configuration of the blower 100 to be realized.
Since a plurality of fans 123a are arranged in the blower housing 110, the blower 100 can efficiently send air.

  FIG. 3 is a cross-sectional view of the blower housing 110. As shown in FIG. 3, the blower mechanism 120 includes a drive motor 121 including an output shaft portion 122 and a fan 123 a serving as a blower member 123 that is rotated by the output shaft portion 122. In the present embodiment, two drive motors 121 are provided, and a fan 123 a is disposed on the output shaft portion 122 of each drive motor 121. The extending directions of the two output shaft portions 122 are parallel to each other. The output shaft portion 122 defines a rotating shaft 121a. The rotating shaft 121a is an example of the “rotating shaft” according to the present invention.

As shown in FIG. 3, the blower mechanism 120 is accommodated in the blower housing 110. The blower housing 110 is configured by connecting a first housing 111 and a second housing 112. The blower housing 110 defines a first direction 100a that is a direction parallel to the rotation shaft 121a and a second direction 100b that is a direction intersecting the first direction 100a. The blower housing 110 is a region including a first end 110a located on the first direction 100a, a second end 110b located on the opposite side of the first end 110a, and the first end 110a. A first end region 110a1, a second end region 110b1 that includes the second end portion 110b, and an intermediate position between the first end region 110a1 and the second end region 110b1 in the first direction 100a. Intermediate region 110c. The first end portion 110 a and the first end region 110 a 1 are formed in the first housing 111. The second end portion 110 b and the second end portion region 110 b 1 are formed in the second housing 112. The first end region 110a1 is located outside the work jacket 300 (the side away from the user) when the blower housing 110 is mounted on the work jacket 300. The second end region 110b1 has a region located inside the work jacket 300 (toward the worker).
The first direction 100a is an example of the “first direction” according to the present invention, the second direction 100b is an example of the “second direction” according to the present invention, and the first end portion 110a is “ The first end portion 110 a 1 is an example of the “first end region” according to the present invention, and the second end portion 110 b is the “second end portion” of the present invention. The second end region 110b1 is an example of the “second end region” according to the present invention, and the intermediate region 110c is an example of the “intermediate region” according to the present invention.

As shown in FIG. 3, the first end region 110a1 of the first housing 111 includes a plurality of first columnar portions 111a and first open portions 111b formed between the adjacent first columnar portions 111a. The second end region 110b1 of the second housing 112 includes a plurality of second columnar portions 112a and a second opening portion 112b formed between the adjacent second columnar portions 112a. The first opening portion 111b is provided on the second direction 100b and constitutes an intake port. The second opening portion 112b is provided on the first direction 100a and constitutes an exhaust port. The first opening portion 111b is an example of an “intake port” according to the present invention, and the second opening portion 112b is an example of an “exhaust port” according to the present invention.
As shown in FIG. 3, when the fan 123a is driven by driving the drive motor 121, air is taken in from the suction area 100c around the first opening part 111b, and air is discharged to the discharge area 100d via the second opening part 112b. Is sent out.

Next, the structure which concerns on the ventilation housing engaging part for mounting | wearing the work jacket 300 with the ventilation housing 110 is demonstrated based on FIG. 4 and FIG. The blower housing engaging portion has a first engaging portion 130 shown in FIG. 4 and a second engaging portion 140 shown in FIG.
As shown in FIG. 4, the blower housing 110 is attached to the rear body 312 of the work jacket 300, and an insertion opening 312 a is formed in the attachment region of the blower housing 110 in the rear body 312. This insertion opening 312a is an example of the “insertion opening” according to the present invention. In order to attach the blower housing 110 to the insertion opening 312a, a fastener is formed on the blower housing 110 and the work jacket 300. More specifically, the blower housing 110 includes a first engaging portion 130. The first engagement portion 130 is configured by first engagement teeth 131 provided around the first direction 100a in the intermediate region 110c. The work jacket 300 includes a first engaged portion that is engaged with the first engaging portion 130. The 1st to-be-engaged part is comprised by the 2nd service tooth 361 provided in the edge of the insertion opening 312a. A slider 132 that engages and disengages the first service tooth 131 and the second service tooth 361 is provided on the first service tooth 131. In addition, since the fastener structure has a general structure, the description of the configuration of pins, boxes, and the like other than the first service teeth 131 and the second service teeth 361 is omitted.
The first engaging portion 130 is an example of the “first engaging portion” according to the present invention, and the second engagement tooth 361 is an example of the “first engaged portion” according to the present invention.

As shown in FIG. 4, the first engagement tooth 131 and the second engagement tooth 361 are engaged by moving the slider 132 in the direction of the arrow 130a, and by moving the slider 132 in the direction opposite to the arrow 130a. The engagement is released. In a state where the first service tooth 131 and the second service tooth 361 are engaged, the first engagement portion 130 locks the blower housing 110 and the work jacket 300 over the entire circumference around the first direction 100a. Configured to do. In this sense, it can be said that the first engagement portion 130 is provided over the entire circumference of the blower housing 110 around the first direction 100a.
As a result, the first engagement portion 130 not only can securely attach the blower housing 110 to the work jacket 300 but also restricts the air from the second opening portion 112b from moving to the first opening portion 111b. It becomes possible to do. In this sense, it can be said that the first engagement portion 130 also serves as a restriction portion that restricts air from moving from the second opening portion 112b to the first opening portion 111a.

FIG. 5 is an explanatory diagram showing the configuration of the second engaging portion 140. The blower device 100 further includes a second engagement portion 140 that is formed independently of the first engagement portion 130 as a configuration for mounting the blower housing 110 to the work jacket 300. The second engagement portion 140 is an example of the “second engagement portion” according to the present invention.
The second engagement portion 140 is configured to be able to attach the blower housing 110 to the work jacket 300 in a region different from the region of the work jacket 300 to which the first engagement portion 130 is attached. Specifically, the second engagement portion 140 includes an extension piece 141 extended from the intermediate region 110 c of the blower housing 110 and an engagement button 142 provided on the extension piece 141. The work jacket 300 includes a second engaged portion that is engaged with the second engaging portion 140. The second engaged portion is configured by an engaged button 362. The engaged button 362 is an example of the “second engaged portion” according to the present invention. The engagement button 142 and the engaged button 362 have structures that can be engaged and disengaged, respectively. The extending piece 141 is made of a flexible material such as a cloth.
By configuring the second engagement portion 140, even if the mounting state between the blower housing 110 and the work jacket 300 by the first engagement portion 130 is incomplete, the second engagement portion 140 can send air. It becomes possible to connect the housing 110 and the work jacket. That is, the possibility that the blower housing 110 is detached from the work jacket 300 can be reduced. In addition, the area | region in which the 1st engaging part 130 and the 2nd engaging part 140 in the work jacket 300 are formed comprises the clothing side mounting part 360. FIG.

(Configuration of operation housing)
Next, the configuration of the operation housing 200 will be described with reference to FIGS. The operation housing 200 includes an operation unit 210 that is operated by a user, a control unit 220 that switches the driving state of the drive motor 121 based on the operation of the operation unit 210, the connection unit 250 described above, and the operation housing 200. 400 has an operation housing engaging part 240 for mounting on the battery 400 and a battery mounting part 230 for detachably placing the battery 230a. The operation housing engagement portion 240 is an example of the “operation housing engagement portion” according to the present invention, the battery 230a is an example of the “battery” according to the present invention, and the battery mounting portion 230 is the “battery” according to the present invention. It is an example of a “mounting part”.

As shown in FIG. 5, the operation housing engagement portion 240 is configured by a clip made of a metal piece. In the present embodiment, as shown in FIG. 1, the operation housing 200 is attached to the work pants 400 by sandwiching a region including the waist opening edge 410 of the work pants 400 between the operation housing engaging part 240 and the operation housing 200. Fix it.
This makes it possible to attach the operation unit 210 to a location suitable for the user's operation, so that the operability of the blower 100 can be improved.

Next, the configuration of the operation unit 210 and the operation of the control unit 220 will be described with reference to FIGS. As illustrated in FIG. 7, the operation unit 210 includes an air volume changeover switch 211, a strong wind changeover switch 213, and a display unit 212. For convenience, the operation switched by the air volume switch 211 is referred to as “normal mode”, and the operation switched by the strong wind switch 213 is referred to as “forced mode”. The “normal mode” is an example of the “first mode” according to the present invention, and the “forced mode” is an example of the “second mode” according to the present invention.
When the air volume changeover switch 211 is operated, the control unit 220 has a first normal mode in which the air volume is zero (a state in which the drive motor 121 is stopped), a second normal mode in which the air volume is low, and a state in which the air volume is medium. The third normal mode and the fourth normal mode with a large air volume are sequentially switched. Further, when the strong wind changeover switch 213 is operated, the control unit 220 drives the drive motor 121 in the forced mode in which the air volume is larger than that in the fourth normal mode. More specifically, the controller 220 drives the drive motor 121 by pulse width modulation control. When the duty ratio in the forced mode is 100%, the duty ratio in the second normal mode is 30%. The control is performed so that the duty ratio of the third normal mode is 50% and the duty ratio of the fourth normal mode is 70%.

  The display unit 212 includes three LEDs and is lit to indicate the normal mode and forced mode states. That is, the control unit 220 turns off all the LEDs in the first normal mode, lights up one LED in the second normal mode, and lights up two LEDs in the third normal mode, In the fourth normal mode, the three LEDs are turned on, and in the forced mode, the display unit 212 is controlled to blink all the LEDs.

Next, the configuration and operation of the control unit 220 according to the forced mode will be described with reference to FIGS. FIG. 8 is a block diagram showing the configuration of the control unit 220. The control unit 220 includes a mode determination unit 221, a period measurement unit 223, a return unit 224, and a duty ratio change unit 222. The duty ratio changing unit 222 is an example of the “switching unit” according to the present invention, and the return unit 224 is an example of the “returning unit” according to the present invention.
The operation of the control unit 220 shown in FIG. 8 will be described based on the flowchart shown in FIG. The operation of the control unit 220 is started by S101. In S102, the mode determination unit 221 determines in which normal mode the drive motor 121 is driven. In S103, it is determined whether or not the strong wind changeover switch 213 has been operated. When the strong wind changeover switch 213 is operated, a signal is sent from the mode determination unit 221 to the duty ratio changing unit 222 in S104, and the drive motor 121 is driven with the duty ratio in the forced mode. Then, the measurement of the predetermined period by the period measurement unit 223 is started in S105. The predetermined period measurement unit includes a timer. When the period measurement unit 223 completes the measurement for a predetermined period in S105, a signal is sent to the return unit 224, and the normal mode determined in S102 is restored.
This makes it possible to switch to the forced mode when the user desires further cooling while the user is driving the blower in the normal mode. In this case, since the forced mode returns to the normal mode after a predetermined period of time, it is possible to prevent the user from being cooled too much.

Next, the configuration of the battery mounting portion 230 will be described with reference to FIG. The battery mounting part 230 is configured to make the battery 230a detachable. The battery 230a is attached to the battery mounting portion 230 by engaging the ends of the extending groove configured in the battery 230a and the extending recess configured in the battery mounting portion 230 so as to engage with the extending groove. The battery 230a is slid in the direction of the arrow 230c. Note that, when the sliding operation is performed, a fixing unit for fixing the battery mounting 230 and the battery 230a is configured. In addition, description of the structure which concerns on the said fixing | fixed part is abbreviate | omitted for convenience. When removing the battery 230 from the battery mounting part 230, the release part 230b formed in the battery 230a is operated to release the fixation of the battery mounting part 230 and the battery 230a. Then, the battery 230a is slid in the direction opposite to the arrow 230c. With this configuration, the operation housing 220 and the battery 230a can be integrated and attached to the user.
The battery 230a is configured by a battery capable of driving a plurality of types of electric tools. In this case, the plurality of types of electric tools include electric devices represented by hammer drills, reciprocating saws, vacuum cleaners, and the like. Thereby, for example, when the user is an operator at a construction site, the battery 230a of the electric tool can be applied to the blower 100. Therefore, the user may not need to separately purchase the battery 230a used only for the blower 100. In this sense, the configuration of the battery mounting portion 230 can be the same as the configuration of the battery mounting portion of the electric tool that can use the same battery 230a.

Next, the external device terminal 260 will be described with reference to FIGS. 11 and 12. As shown in FIG. 11, an external device terminal 260 is formed in the operation housing 200. The external device terminal 260 can be configured in conformity with the external device to be connected, and the external device terminal 260 in this embodiment is a USB port to which a USB cable 260a for charging a mobile phone is connected. Has been. The external device terminal 260 is an example of the “terminal” according to the present invention. With this configuration, when the user is working, the body can be cooled by the blower 100 and the mobile phone can be charged.
As shown in FIG. 12, a plurality of cable fixing portions 370 are formed inside the work jacket 300 when wiring the USB cable 260a. Further, a cable insertion opening 371 that communicates the inside and outside of the work jacket 300 is formed. As a result, the USB cable 260a can be kept out of the way of the user.

(Composition of work jacket)
Next, the configuration of the work jacket 300 and the operation when the blower housing 110 is mounted on the work jacket 300 will be described with reference to FIGS. As shown in FIGS. 13 and 14, the work jacket 300 has an exterior body 310 exposed to the outside. The exterior body 310 has a front body 311 and a sleeve 313 shown in FIG. 13, and a back body 312 shown in FIG. As shown in FIG. 13, in the front body 311, the right half body and the left half body are engaged by a front body fastening portion 311 a using a fastener. The back body 312 has the above-described insertion opening 312a, the second engagement tooth 361, and the engaged button 362. Moreover, the sleeve part 313 has an arm part opening for inserting the arm. As shown in FIG. 14, the blower housing 100 is disposed on the back body 312. The exterior body 310 is an example of the “exterior body” according to the present invention.

As shown in FIG. 15, an interior body 320 is provided on the user side in the back body 312. That is, the interior body 320 is interposed between the exterior body 310 and the user. An internal space 340 is formed in a region surrounded by the interior body 320 and the back body 312. Air from the blower housing 110 is sent out to the internal space 340. The interior body 320 is an example of the “interior body” according to the present invention, and the internal space part 340 is an example of the “internal space part” according to the present invention.
The air sent from the blower housing into the internal space 140 is guided through the internal space 140 to an area where the user needs to blow air. In this embodiment, the area | region which requires the said ventilation is made into a neck and a side. A guide opening 330 for guiding air is formed in the internal space 340 corresponding to the neck and the side. Note that an opening fastening portion 331 by a fastener is formed in the guide opening 330 on the side. That is, the size of the guide opening 330 on the side can be adjusted by the opening fastening portion 331. The guide opening 330 is an example embodiment that corresponds to the “guide opening” according to the present invention.
Further, when the blower housing 110 is mounted on the work jacket 300, an opening 350 for inserting the connection part 150 is formed in the region of the interior body 320 corresponding to the connection part 150. The inner body 320 and the outer body 310 are joined to each other by a method such as sewing in a region where the guide opening 330 and the opening 350 are not formed.

  The exterior body 310 is made of a material that has high water repellency and moisture permeability and has a good touch. Specifically, fabrics made of natural fibers such as cotton, wool, cotton and hemp, synthetic fibers such as nylon, polyester and rayon, and fibers obtained by blending these are preferably used. Moreover, since the interior body 320 forms the internal space part 140 through which air passes, it is preferable to comprise the material with a low air permeability. Specifically, a film made of a so-called soft plastic represented by polyvinyl chloride (PVC), a film made of polyester having low air permeability, and the like are preferably used.

The operation in a state where the side guide opening 330 shown in FIG. 15 is open (a state in which the opening fastening portion 331 does not fasten the guide opening 330) will be described with reference to FIG. In this state, as indicated by the arrow 100e, the air from the blower housing 110 is blown to the user from the neck and side guide openings 330 via the internal space 340. Air from the side guide opening 330 is discharged from the opening around the sleeve through the sleeve portion 313. This allows the user to cool the neck and arms.
As shown in FIG. 17, when the slider in the opening fastening portion 331 is moved to the arrow 331a, the side guide opening 330 can be closed. In this case, the air from the blower housing 110 is sent to the user only from the neck guide opening 330 as shown in FIG.

(Battery holder configuration)
Next, the battery holder 500 will be described with reference to FIGS. This battery holder 500 is an example of the “battery holder” according to the present invention. The battery holder 500 is configured not to have the operation unit 210 with respect to the operation housing 200 described above. On the other hand, since the operation housing 200 has the battery mounting portion 230, the configuration of the battery holder 500 described below can be appropriately used for the operation housing 200. In this sense, the operation housing 200 can be considered as a form of the battery holder 500.

  19 and 20 are perspective views showing the configuration of the battery holder 500. FIG. As shown in FIG. 19, the battery holder 500 includes a battery mounting portion 501 to which the battery 230a can be attached and detached, a first engagement portion 510, and a second engagement portion 520. The first engagement portion 510 is an example of the “first engagement portion” according to the present invention, and the second engagement portion 520 is an example of the “second engagement portion” according to the present invention.

  As shown in FIG. 19, the first engaging portion 510 is connected to the battery holder 500 by the connecting portion 511 and has an extending portion 512 formed to extend along the battery holder 500. The connecting portion 511 is an example of the “battery holder connecting portion” according to the present invention, and the extending portion 512 is an example of the “extending portion” according to the present invention. The extending part 512 includes an open end 513 and a proximity part 514 provided between the open end 513 and the connecting part 511 and close to the battery holder 500. With this configuration, the clothes inserted from the open end 513 can be held in the holding region 515 formed between the extending part 512 and the battery holder 500. This holding area 515 is an example of the “holding area” according to the present invention. The extending part 512 has elasticity and is configured to function as a clip. That is, the first engaging portion can hold the trousers between the battery holder 500 and the proximity portion 514 when the garment is trousers. Can be arranged.

  As shown in FIG. 19, the second engaging portion 520 has a protruding portion 521 that protrudes from the surface of the battery holder 500. This protrusion 521 is an example of the “protrusion” according to the present invention. The protruding portion 521 is connected to a retracting operation portion 522 operated by a user. Further, inside the battery holder 500, the protruding portion 521 is urged toward the outside of the battery holder 500 by a biasing member such as a spring. The battery holder 500 has an opening 502 that exposes the protruding portion 521 and an opening 503 that exposes the retracting operation portion 522. With this configuration, when the protruding portion 521 is pressed or the user operates the retracting operation portion 522, the protruding portion 521 is accommodated in the battery holder 500 as shown in FIG. That is, the protrusion 521 is configured to be able to appear and retract with respect to the battery holder 521.

As shown in FIG. 19, the protruding portion 521 has a wall portion 521a and an inclined portion 521b. In the extending portion 512, the direction passing through the connecting portion 511 and the open end 513 is defined as the extending direction of the battery holder 500, and the side from the open end 513 to the connecting portion 511 in the extending direction is defined as the first side. When the side from the connecting portion 511 toward the open end 513 is the second side, the wall portion 521a is formed on the first side of the protruding portion 521. Further, the inclined portion 521b is configured to decrease the protruding height for a while from the first side to the second side.
In addition, as shown in FIG. 19, the 1st engaging part 510 and the 2nd engaging part 520 are arrange | positioned in the position spaced apart. Thereby, the design freedom degree of the 1st engaging part 510 and the 2nd engaging part 520 can be improved.
In addition, in the extending direction of the battery holder 500, the protruding portion 521 is preferably disposed in a region extending from the connecting portion 511 to the open end portion 513. Accordingly, the protruding portion 521 can be disposed at a position adjacent to the holding region 515.

The operation of the battery holder 500 will be described with reference to FIGS. 21 and 22, the description of the pull-in operation unit 522, the connection line 251 and the like is omitted for convenience of explanation.
FIG. 21 shows a state where the battery holder 500 is attached to the belt 420 of the user. In this case, it is assumed that the user is standing.
When the user attaches the battery holder 500 to the belt 420, the belt 420 is disposed between the open end 513 and the surface of the battery holder 500, and the battery holder 500 is pushed in. As a result, the belt 420 can be disposed in the holding region 515. In this case, the protruding portion 521 is accommodated in the battery holder 500 when the inclined portion 521 b is pressed against the belt 420, and protrudes from the battery holder 500 after the belt 420 passes through the protruding portion 421.
In the state shown in FIG. 21, the belt 420 is held in the holding region 515, and the upper edge portion of the belt 420 abuts on the region extending between the connecting portion 511 and the battery holder 500. In this case, since the battery holder 500 tends to move in the direction of gravity due to its own weight, the upper edge portion of the belt 420 abuts the region. As a result, the battery holder 500 is held by the belt 420.

FIG. 22 shows a state in which the user leans forward. In this case, since the battery holder 500 moves due to its own weight, the lower edge portion of the belt 420 and the wall portion 521a of the protruding portion 521 come into contact with each other. As a result, the movement of the battery holder 500 in the direction away from the belt 420 is restricted. That is, it is possible to suppress the battery holder 500 from falling off the belt 420.
When removing the battery holder 500 from the belt 420, the user can pull out the battery holder 500 from the belt 420 by operating the pull-in operation unit 522 and accommodating the protrusion 521 in the battery holder 500.

(Structure of support)
Next, the configuration of the support 600 will be described with reference to FIGS. This support 600 is an example of the “support” according to the present invention. When the blower housing 110 is engaged with the work jacket 300, the blower housing 110 may fall to the back side of the user due to its own weight. In such a situation, it may be difficult to stably supply air from the blower housing 100 to the inside of the work jacket 300. Therefore, in order to stabilize the posture of the blower housing 110 with respect to the work jacket 300, the support tool 600 can be used.

  FIG. 23 shows a state in which the support 600 is attached to the blower housing 110. The support 600 includes a blower housing attachment part 610 attached to the blower housing 110 and a clothes fastening part 620 fastened to a user's clothes. The blower housing mounting portion 610 is an example of the “blower housing mounting portion” according to the present invention, and the clothing fastening portion 620 is an example of the “clothing fastening portion” according to the present invention. The blower housing mounting part 610 and the clothes fastening part 620 are connected via a flexible member 630 made of rubber or the like. This flexible member 630 is an example of the “flexible member” according to the present invention.

As shown in FIG. 24, the blower housing attachment portion 610 includes an extending portion 611 and an engaging portion 612 extending from the extending portion 611. The engaging portion 612 is configured to be able to engage with the blower housing 610. It is also possible to engage the blower housing 610 and the engaging portion 612 and further fasten the extending portion 611 and the blower housing 610 with a fixing member such as a screw.
As shown in FIG. 24, the clothes fastening portion 620 has a first extending portion 621 and a second extending portion 622. The first extending part 621 is an example of a “first fastening part extending part” according to the present invention, and the second extending part 622 is an example of a “second fastening part extending part” according to the invention. It is. The 1st extension part 621 and the 2nd extension part 622 are connected so that rotation is possible.

More specifically, as shown in FIG. 24, the rotation end 622 b of the second extending portion 622 and the base portion 622 a are connected via the rotation shaft portion 621. A torsion spring is disposed between the second extending portion 622 and the base portion 622a. By the torsion spring, the first extending portion 621 and the second extending portion 622 are urged in a direction close to each other.
As shown in FIG. 25, the first extension portion 621 and the base portion 622a are screwed after positioning the hole portion 621b formed in the first extension portion 621 and the hole portion (not shown) of the base portion 622a. It is fastened by the fixing member 640. A plurality of holes 621b are provided. The positional relationship between the first extending portion 621 and the second extending portion 622 can be determined depending on which of the plurality of hole portions 621b is selected. That is, the user can appropriately adjust the positional relationship between the first extending portion 621 and the second extending portion 622 in accordance with the height of the user and the size of the clothes.
A plurality of convex portions 621a are formed on the first extending portion 621 on the side where the second extending portion 622 is disposed. The convex portion 621a extends in the left-right direction in FIG. The convex portion 621a allows the user to easily position the hole 621b and the base portion 622a. Furthermore, since the convex part 621a is extended in the left-right direction, when fastening the 1st extension part 621 and the base part 622a to the fixing member 640, it can suppress rotation of the base part 622a accompanying screw fastening. It becomes possible.

  As shown in FIG. 24, the second extending portion 622 is formed between the rotating end portion 622b, the open end portion 622c, and the rotating end portion 622b and the open end portion 622c. It has a bent portion 622d configured to be close to the portion 621 and a plurality of convex portions 622e.

Next, operation | movement of the support tool 600 is demonstrated based on FIG. Note that the clothing fastening portion 620 is fastened to the upper edge of the user's pants. The blower housing mounting portion 610 is attached to the blower housing 110 engaged with the work jacket 300. In this case, it is possible to engage the blower housing 110 and the work jacket 300 after attaching the blower housing mounting portion 610 to the blower housing 110.
In this state, the upper edge portion of the user's pants is disposed between the first extension portion 621 and the second extension portion 622. In this case, the first extending portion 621 is disposed on the human body side, and the second extending portion 622 is disposed on the side away from the human body. Since the first extending portion 621 and the second extending portion 622 are biased in the direction approaching each other via the rotating shaft portion 623, the trousers are connected to the first extending portion 621 and the second extending portion 622. It can be pinched by. Note that the convex portions 621a and the convex portions 622e shown in FIG. 24 can stabilize the holding of the trousers by the first extending portion 621 and the second extending portion 622.
As a result, the operation housing 110 is supported from below. Therefore, the positional relationship between the work jacket 300 and the operation housing 110 can be stabilized.
In addition, when the user performs an operation such as tilting the upper body, the flexible member 630 is bent, so that the blower housing mounting portion 610 follows the user's operation and causes the flexible member 630 to move. Rotates as the center. Accordingly, even when the user performs an operation, the support tool 600 can support the blower housing 110, and further, the support tool 600 can be prevented from being damaged.

  The blower 100 according to the present invention is not limited to the above-described configuration. For example, the air blowing member 123 can be configured by a single fan 123a. Even in this configuration, since the operation unit 210 can switch between the normal mode and the forced mode, it is possible to provide the blower device 100 that efficiently cools the user.

(Correspondence between each component of this embodiment and each component of the present invention)
Correspondence between each component in the above-described embodiment and each component in the present invention is as follows.
The blower 100 is an example embodiment that corresponds to the “blower” according to the present invention. The blower housing 110 is an example embodiment that corresponds to the “blower housing” according to the present invention. Each of the operation housing 200 and the battery holder 500 is an example of the “operation housing” according to the present invention. The operation unit 210 is an example of the “operation unit” according to the present invention. The battery 230a is an example of the “battery” according to the present invention. Each of the battery mounting portions 230 and 501 is an example of the “battery mounting portion” according to the present invention. The control unit 220 is an example of the “control unit” according to the present invention. Each of the work jacket 300, the work pants 400, and the belt 420 is an example of “clothes” according to the present invention. The drive motor 121 is an example embodiment that corresponds to the “drive motor” according to the present invention. The air blowing member 123 is an example of the “air blowing member” according to the present invention. The rotating shaft 121a is an example of the “rotating shaft” according to the present invention. The insertion opening 312a is an example of the “insertion opening” according to the present invention. The first engagement portion 130 is an example of the “first engagement portion” according to the present invention. The second mounting portion 140 is an example of the “second engaging portion” according to the present invention. The operation housing engaging portion 240 is an example embodiment that corresponds to the “operation housing engaging portion” according to the present invention. The first engagement portion 510 and the second engagement portion 520 are another example of the “operation housing engagement portion” according to the present invention. Each of the operation housing engaging portion 240 and the first engaging portion 510 is an example of a “clip” according to the present invention. The protrusion 521 is an example embodiment that corresponds to the “protrusion” according to the present invention. The “normal mode” is an example of the “first mode” according to the present invention. “Forced mode” is an example of “second mode” according to the present invention. The duty ratio changing unit 222 is an example of the “switching unit” according to the present invention. The return unit 224 is an example of the “return unit” according to the present invention. The second connecting portion 250 is an example of the “connecting portion” according to the present invention. The air volume changeover switch 211 is an example of the “first changeover switch” according to the present invention. The strong wind changeover switch 213 is an example of the “second changeover switch” according to the present invention. The external device terminal 260 is an example of the “terminal” according to the present invention. The exterior body 310 is an example of the “exterior body” according to the present invention. The interior body 320 is an example of the “interior body” according to the present invention. The internal space 340 is an example of the “internal space” according to the present invention. The guide opening 330 is an example embodiment that corresponds to the “guide opening” according to the present invention. The opening fastening portion 331 is an example embodiment that corresponds to the “opening fastening portion” according to the present invention.

In view of the gist of the above invention, the clothes according to the present invention can be configured as follows.
(Aspect 1)
A blower that delivers inhaled air,
A blower housing that houses a drive motor that defines a rotation shaft and a blower member that is rotationally driven by the drive motor;
The blower housing is
Defining a first direction that is parallel to the rotation axis and a second direction that intersects the first direction;
A first end located on the first direction; a second end located on the opposite side of the first end on the first direction;
A first end region that is a region including the first end;
A second end region which is a region including the second end;
An intermediate region located midway between the first end region and the second end region in the first direction;
An air inlet provided in the first end region on the second direction;
An exhaust port provided in the second end region on the first direction,
The air blowing member is constituted by a fan,
The blower further includes an operation unit operated by a user to switch a driving state of the drive motor, an operation housing provided with the operation unit, and the drive based on an operation of the operation unit by a user. A controller for switching the driving state of the motor,
The control unit includes a first mode in which a rotation speed per predetermined time in the drive motor is driven at a predetermined first rotation speed, and a second rotation speed at which the rotation speed per predetermined time is greater than the first rotation speed. A switching unit for switching between the second mode driven by
An air blower comprising: a return unit that switches to the first mode after a predetermined period when the first mode is switched to the second mode.

(Aspect 2)
The air blower described in aspect 1,
A blower device comprising a blower housing engaging portion configured to be able to engage the blower housing with a user's clothes.

(Aspect 3)
A blower device according to aspect 2,
The blower housing engaging portion includes a first engaging portion provided around the first direction in the intermediate region.

(Aspect 4)
It is an air blower described in aspect 2 or 3,
The blower housing engaging portion includes a second engaging portion provided to extend from the intermediate region.

(Aspect 5)
A blower device according to any one of aspects 1 to 4,
The air blower characterized in that the operation housing has an operation housing engaging portion for engaging with a user's clothes.

(Aspect 6)
It is an air blower described in either of aspects 1-5,
The fan motor is driven by a battery capable of driving a plurality of types of electric tools.

(Aspect 7)
It is an air blower described in aspect 6,
The air blower characterized in that the operation housing has a battery mounting portion for mounting the battery.

(Aspect 8)
A blower device described in aspect 7,
The blower characterized in that the operation housing is provided with a terminal for supplying a current to an external device.

(Aspect 9)
A garment to which the air blower described in aspects 1 to 8 is attached,
A garment having an insertion opening for inserting the discharge port of the blower housing to a user side.

(Aspect 10)
A garment to which the air blower described in aspect 9 is attached,
A garment comprising a first engaged portion provided at an opening edge portion of the insertion opening and configured to be engaged with the first engaging portion.

(Aspect 11)
A garment to which the air blower described in the aspect 9 or 10 is attached,
A garment comprising a second engaged portion configured to be engaged with the second engaging portion.

(Aspect 12)
A garment described in any of aspects 9 to 11,
An exterior body that is exposed to the outside and provided with the insertion opening;
An interior body interposed between the exterior body and the user;
An internal space formed in a region surrounded by the exterior body and the interior body,
The garment characterized in that the interior body has a guide opening for guiding the air in the internal space portion to a required air blowing area for a user.

(Aspect A)
In the battery holder where the battery is mounted,
A battery mounting portion, and a first engagement portion and a second engagement portion provided in the battery holder,
The first engaging portion includes a battery holder connecting portion, an extending portion connected to the battery holder connecting portion and extending along the battery holder, the extending portion, and the battery holder A retaining area formed between the surfaces of the
The battery holder according to claim 1, wherein the second engaging portion has a protruding portion that protrudes from a surface of the battery holder and restricts the clothes held in the holding area from being detached from the holding area.

(Aspect B)
A battery holder as described in aspect A,
The battery holder, wherein the second engagement portion and the first engagement portion are spaced apart from each other.

(Aspect C)
A battery holder according to aspect A or B,
The projecting portion is urged to the outside of the battery holder and is configured to be accommodated in the battery holder.

(Aspect a)
A support for a blower housing configured to be attachable to a user's clothes,
A blower housing support, comprising: a blower housing attachment portion attached to the blower housing; and a clothes fastening portion fastened to a user's clothes.

(Aspect b)
A support for a blast housing described in aspect a,
The blower housing supporter, wherein the blower housing attachment part and the clothes fastening part are connected via a flexible member.

(Aspect c)
A support for a blower housing described in the aspect a or the aspect b,
The garment fastening portion relatively includes a first fastening portion extension portion, a second fastening portion extension portion, the first fastening portion extension portion, and the second fastening portion extension portion. And a pivot shaft that is pivotably coupled to the fan housing support.

100 blower 100a first direction 100b second direction 100c suction area 100d discharge area 100e arrow 110 blower housing 110a first end part 110a1 first end part area 110b second end part 110b1 second end part area 110c intermediate area 111 first Housing 111a First columnar portion 111b First opening portion (intake port)
112 2nd housing 112a 2nd columnar part 112b 2nd opening part (exhaust port)
113 Joining portion 120 Blowing mechanism 121 Drive motor 121a Rotating shaft 122 Output shaft portion 123 Blowing member 123a Fan 130 First engagement portion 130a Arrow 131 First engagement tooth 132 Slider 140 Second engagement portion 140a Arrow 141 Extension piece 142 Engagement Combined button 150 First connection portion 151 Connection line 152 Connector 200 Operation housing 210 Operation portion 211 Air volume changeover switch 212 Display portion 213 Strong wind changeover switch 220 Control portion 221 Mode discrimination portion 222 Duty ratio change portion 223 Period measurement portion 224 Return portion 230 Battery Mounting portion 230a Battery 230b Release portion 230c Arrow 240 Operation housing engaging portion 250 Second connection portion 251 Connection line 252 Connector 260 External device terminal 260a USB cable 300 Work jacket (clothing)
310 exterior body 311 front body 311a front body fastening portion 312 rear body 312a insertion opening 313 sleeve portion 314 arm opening 315 neck opening 320 interior body 330 guide opening 331 opening fastening portion 331a arrow 340 internal space 350 opening 360 Part 361 second engagement tooth (first engaged part)
362 engaged button (second engaged portion)
370 Cable fixing part 371 Cable insertion opening 400 Working pants 410 Trunk opening edge 420 Belt 500 Battery holder 501 Battery mounting part 502 Opening 503 Opening 510 First engaging part 511 Connecting part (battery holder connecting part)
512 Extension part 513 Open end part 514 Proximity part 515 Holding area 520 Second engagement part 521 Projection part 521a Wall part 521b Inclination part 522 Retraction operation part 600 Support tool 610 Blower housing attachment part 611 Extension part 612 Engagement part 620 Clothing fastening part 621 First extension part (first fastening part extension part)
621a Convex part 621b Hole part 622 2nd extension part (2nd fastening part extension part)
622a Base portion 622b Rotating end portion 622c Open end portion 622d Bending portion 622e Convex portion 623 Rotating shaft portion 630 Flexible member 640 Fixing member

Claims (17)

A blower that delivers inhaled air,
A drive motor that defines a rotational axis;
A blower member that is rotationally driven by the drive motor;
A blower housing that houses the drive motor and the blower member;
A battery mounting portion for mounting a battery for driving the drive motor;
An operation unit operated by a user to switch the drive state of the drive motor;
Have a, and the operation housing the battery mounting portion and said operation portion is provided,
The said battery mounting part is comprised so that attachment or detachment of the said battery which can drive a multiple types of electric tool is possible . A blower that delivers inhaled air,
A drive motor that defines a rotational axis;
A blower member that is rotationally driven by the drive motor;
A blower housing that houses the drive motor and the blower member;
A battery mounting portion for mounting a battery for driving the drive motor;
An operation unit operated by a user to switch the drive state of the drive motor;
An operation housing provided with the battery mounting portion and the operation portion;
A control unit that switches a drive state of the drive motor based on an operation of the operation unit by a user,
The controller is
A first mode in which the number of revolutions per predetermined time in the drive motor is driven by a predetermined first number of revolutions, and a second mode in which the number of revolutions per predetermined time is driven by a second number of revolutions greater than the first number of revolutions. A switching unit that switches between modes,
A return unit that switches to the first mode after a predetermined period when the first mode is switched to the second mode;
The control unit is provided in the operation housing,
The operation housing has a connection portion that extends from the operation housing and transmits a current of the battery and a signal of the control unit to the drive motor,
The operation unit is
A first changeover switch operated to switch the drive state of the drive motor to the first mode;
A second changeover switch operated to switch the drive state of the drive motor to the second mode;
The air blower characterized in that the first changeover switch and the second changeover switch are arranged on both sides of a base end portion of the connection portion in the operation portion . A blower device according to claim 1 or 2 ,
The air blower characterized in that the operation housing has an operation housing engaging portion for engaging with a user's clothes. A blower that delivers inhaled air,
A drive motor that defines a rotational axis;
A blower member that is rotationally driven by the drive motor;
A blower housing that houses the drive motor and the blower member;
A battery mounting portion for mounting a battery for driving the drive motor;
An operation unit operated by a user to switch the drive state of the drive motor;
An operation housing provided with the battery mounting portion and the operation portion;
The operation housing has an operation housing engaging portion for engaging with a user's clothes,
In the operation housing, when the operation housing engaging portion is engaged with the clothes of the user in the standing state, the mounting direction of the battery with respect to the battery mounting portion is a direction from top to bottom. It is comprised so that the air blower characterized by the above-mentioned . A blower that delivers inhaled air,
A drive motor that defines a rotational axis;
A blower member that is rotationally driven by the drive motor;
A blower housing that houses the drive motor and the blower member;
A battery mounting portion for mounting a battery for driving the drive motor;
An operation unit operated by a user to switch the drive state of the drive motor;
An operation housing provided with the battery mounting portion and the operation portion;
The operation housing has an operation housing engaging portion for engaging with a user's clothes,
The blower device, wherein the battery mounting portion is disposed on a side opposite to the clothing when the operation housing engaging portion is engaged with the clothing of the user . It is an air blower described in any 1 paragraph of Claims 3-5 ,
The operation housing is configured such that when the operation housing engagement portion is engaged with the user's clothes in the standing state, the operation portion is disposed upward. Blower device. It is an air blower described in any 1 paragraph of Claims 3-6 ,
The operation housing engaging portion has a clip capable of holding the clothes,
The air blower characterized in that the clip is arranged so that a wearing direction of the user in the standing state with respect to the clothes is a direction from top to bottom. It is an air blower described in Claim 7 , Comprising:
The blower device characterized in that the operation housing engaging portion further has a protrusion that protrudes from the surface of the operation housing and is configured to restrict the garment from being detached from the clip. It is an air blower described in Claim 8 , Comprising:
The air blower characterized in that the clip and the protruding portion are spaced apart from each other. A blower device according to claim 8 or 9 , wherein
The projection device is configured to be urged toward the outside of the operation housing and configured to be accommodated in the operation housing. It is an air blower described in any 1 paragraph of Claims 1-10 ,
The air blower characterized in that the operation housing has a terminal for supplying a current to an external device. A has been blowing device according to any one of claims 1 to 11
The blower housing has a blower housing engaging portion configured to be able to engage the blower housing with a user's clothes. A blower device according to claim 12 ,
The blower housing engaging portion includes a first engaging portion provided in a circumferential direction around the rotation shaft in an intermediate region of the blower housing in a direction parallel to the rotation shaft. It is an air blower described in Claim 13 , Comprising:
The blower housing engaging part includes a second engaging part provided to extend from the intermediate region. A has been blowing device according to any one of claims 1-14,
A blower comprising a battery mounted on the battery mounting portion. A garment to which the blower device according to any one of claims 1 to 15 is attached,
An exterior body having an insertion opening for mounting the blower housing and exposed to the outside;
An interior body interposed between the exterior body and the user;
An internal space formed in a region surrounded by the exterior body and the interior body;
A garment comprising a guide opening for guiding the air discharged from the blower housing to the internal space part to a required blower area for a user. A garment according to claim 16 , wherein
A garment comprising an opening fastening portion for opening and closing the guide opening.

Images