JP6327677B2 - Fan and vacuum cleaner - Google Patents

Description

The present invention relates to a fan and a vacuum cleaner .

  In the market, electric fans and vacuum cleaners are provided as independent devices, and vacuum cleaners equipped with electric fans are not sold. In particular, there is no electric fan that is designed so as not to put a burden on the hand that operates the vacuum cleaner even if the vacuum cleaner is used while attached to the ventilation pipe of the vacuum cleaner.

  In a vacuum cleaner that has a motor in the vicinity of the dust suction port of a vacuum cleaner and rotates a brush (hereinafter referred to as a “power brush”), an electric for supplying electricity to the motor in a ventilation pipe. A conductor is present. Most of the vacuum cleaners released in recent years are this type of vacuum cleaner, but no vacuum cleaner that supplies electricity from the electric conductor to the motor of the electric fan has been sold.

  As a method of determining the center of gravity of an object, the thread is attached to a plurality of points of the object by utilizing the natural law that the center of gravity of the object exists on the extension line of the thread when the object is suspended with a thread. It is possible to determine the position of the center of gravity of the object by recording the extension line of the yarn and determining the point where the extension lines intersect.

  As a prior art, in a brushless motor built into the vacuum cleaner body, there is a fan that uses a fan guide and a wind guide member by bending the overlapping part of the fan cover and the case inside, but this method does not attach a fan outside the ventilation pipe. Not possible (Japanese Patent Laid-Open No. 7-255648)

JP-A-7-255648 JP 2012-235862 A JP 2012-196467 Japanese Unexamined Patent Publication No. 2016-112423 JP 2011-189132 A JP 2016-1112076 PR Japanese Unexamined Patent Publication No. 2015-213632 JP 2012-090762 A

  When a vacuum cleaner is used in a room sealed on a hot day such as summer, heat generated from the motor of the vacuum cleaner is exhausted from the vacuum cleaner, so that the temperature of air in the room rises. In addition, the action of vacuuming involves moving the body a lot, thus raising body temperature, inducing a large amount of sweating and increasing the risk of heat stroke.

  The first problem to be solved by the invention described in claim 1 is to “provide a device for constantly cooling a human body that keeps moving while applying a vacuum cleaner”.

  The second problem to be solved by the invention of claim 1 is “providing a dedicated electric fan that can be worn correctly even by a person without knowledge”.

  The third problem to be solved by the invention of claim 1 is “to provide a fan that can be worn correctly and reproducibly, reliably and easily every time even if it is repeatedly attached and detached”.

  The fourth problem to be solved by the invention according to claim 1 is that “the combination of the vacuum cleaner and the electric fan can be limited to a combination that can be allowed by the manufacturer in terms of safety. It eliminates the risk of wearing a combination that does not fit the center of gravity and power capacity.

  The above four problems are problems to be solved by the invention described in claim 1.

  The first problem to be solved by the invention according to claim 2 is “to provide a fan with a low burden of work for attaching / detaching”.

  The second problem to be solved by the invention according to claim 2 is “providing a fan that can be mounted comfortably near the handle of the vacuum cleaner”.

  The above two problems are problems to be solved by the invention according to claim 2.

  The problem to be solved by the invention according to claim 3 is that a fan having a separation preventing mechanism that can prevent a fall by securely attaching a fan to a vacuum cleaner and that can be easily removed when removed. To provide. "

  The problem to be solved by the invention of claim 4 is “to provide a fan that can be used without a battery”.

  The problem to be solved by the invention of claim 5 is to “provide a light electric fan that is not attached with extra accessories such as a pedestal or a support when attached to a ventilation pipe”.

  The problem to be solved by the invention according to claim 6 is to provide a fan that is a stationary fan that can be used stably by being self-supporting on a floor surface, etc., but is less burdensome on the wrist even when worn on a vacuum cleaner. It is to be.

  The problem to be solved by the invention of claim 7 is that “a stationary electric fan can be changed to a vacuum cleaner by a simple operation, the electric fan is not accidentally dropped during the changing work, and the electric fan It can be changed safely and securely while holding the handle of the vacuum cleaner without touching the fan guard, and the same safety can be obtained when removing the fan from the vacuum cleaner and changing it back to the stationary fan. To provide a fan that can secure

  The problem to be solved by the invention according to claim 8 is to “provide a fan capable of blowing air to the various parts of the human body in the blowing direction of the fan mounted on the ventilation pipe of the vacuum cleaner”.

  The problem to be solved by the invention according to claim 9 is that, in a fan that can be attached to a vacuum cleaner, when the ventilation pipe of the vacuum cleaner is twisted, the fan is swung around and is less likely to collide with a wall or the like. “Provide an electric fan”.

  The problem to be solved by the invention according to claim 10 is to “provide a fan that can blow air toward a wide range of the body while using an inexpensive small fan in a fan that can be attached to a vacuum cleaner”. .

  The problem to be solved by the invention according to claim 11 is “providing a fan that can reduce the manufacturing cost to a fan manufacturer in a fan that can be attached to a vacuum cleaner”.

  The problem to be solved by the invention of claim 12 is to “provide a product that can be purchased collectively as a vacuum cleaner equipped with a fan in a fan that can be worn on a vacuum cleaner”.

  The problem to be solved by the invention of claim 13 is to “provide a fan that can reduce the purchase cost of a fan when a vacuum cleaner is replaced by a user of the fan”.

  The problem to be solved by the invention of claim 14 is to “provide a fan that can reduce the purchase cost of a fan when the fan is broken” to a fan user.

  The problem to be solved by the invention described in claim 15 is that “the operation of directly supporting the electric fan by hand during the work of removing the support from the stationary electric fan and changing it to the vacuum cleaner is not necessary. It is to provide a method that can be changed even when the handle is held.

The problem to be solved by the invention according to claim 16 is to “provide a method for safely and reliably putting on the fan without dropping the fan accidentally during the fan changeover operation”.

  As a result of repeated research on wearing a commercially available fan to the vacuum cleaner, the present inventor has put the fan on the ventilation pipe near the handle of the vacuum cleaner and blows it toward the human body as the best layout method to wear the fan. However, it was found to be effective for constantly cooling the human body that continues to move while applying a vacuum cleaner.

   As a result of repeated experiments of attaching a fan to a vacuum cleaner using a general-purpose mounting device, the present inventor has found that a tip portion (hereinafter referred to as a “head”) having a dust suction port of the vacuum cleaner in a normal operation of the vacuum cleaner. Because the rotation of the handle of the vacuum pipe of the vacuum cleaner frequently occurs to change the direction of the vacuum, most mounting equipment using clamping means etc. cannot withstand the intense movement during cleaning, and the fan repeatedly falls off in the experiment. did.

  Therefore, it was concluded that it was very difficult to attach a fan stably to the ventilation pipe of an existing vacuum cleaner with the method using a general-purpose mounting device.

  Furthermore, the present inventor conducted an experiment shown in Example 7, “When a general-purpose fan was used on the ventilation pipe of a vacuum cleaner, the head was slid depending on the orientation of the fan on the ventilation pipe. Sometimes the vent pipe rolls and stresses on the wrist (SHIR stress) may be induced. ”

  Even if it is a small light fan, if the vacuum cleaner is operated with the above-mentioned SHIR stress on the wrist, the risk of tendonitis or thumb CM arthropathy may be increased. Since ordinary people often use the above-mentioned dangers without knowing the above-mentioned dangers, it was concluded that it would be very dangerous for a person without knowledge to use a conventional fan with a vacuum cleaner.

  Based on the above findings, the present inventor has conducted intensive research, and as a result, has found the plurality of problems and has found a means for solving the problems. The invention disclosed below has been obtained based on the above research.

  In the present specification, the “vacuum cleaner” is a “device that drives an impeller by an electric motor to generate a negative pressure in the vacuum cleaner and collects suction using the negative pressure”.

  In this specification, the “fan” is “an apparatus that drives an impeller by an electric motor and blows air” or “an apparatus that blows an impeller by a motor that rotates using electric power”.

  Since the main use of the electric fan according to the invention described in this specification is to contribute to body temperature adjustment by blowing air toward the human body, it is preferable that the air blown from the electric fan is sanitary.

  The exhaust flow of the vacuum cleaner is air sucked from the dust suction port, and dust may leak if there is a hole in the filter. It is not hygienic to blow this exhaust flow toward the human body.

  Therefore, even if the above fan definition is applicable, the one installed in the space in the vacuum cleaner that becomes negative pressure when the vacuum cleaner operates is applicable to the fan according to the invention described in this specification. do not do. The impeller for generating a negative pressure in the vacuum cleaner does not correspond to the fan impeller according to the invention described in this specification. A device for blowing air that has been inhaled from a dust suction port of a vacuum cleaner and that has not been exhausted from the vacuum cleaner, even if it falls within the above fan definition, is included in this specification. It does not correspond to the electric fan according to the described invention.

  A fan is not a vacuum cleaner.

  In this specification, “installation” means that two or more parts are “attached” to each other.

  The “shape conforming portion” is a portion in which the two or more parts are in contact with each other in the “attached state”.

  The “mounting means” is a component having the shape conforming portion and can be mounted.

  The “mounting site” is the shape matching site that can be mounted, and is the shape matching site in a worn state.

  “Removal” means to put the part in the mounted state into a “separated state”.

  The “detaching means” is a part having the shape conforming portion and can be detached.

  The “detachment part” is the shape conforming part that can be mounted and is in the separated state.

  “Removable” means that both attachment and removal are possible.

  The “detaching means” is a component that is the mounting means and the detaching means.

  The “detachable part” is the shape conforming part that can be detached and attached, and is the shape conforming part in either a worn state or a detached state.

  As the “mounting means”, the “mounting means that can be mounted by inserting one of the shape conforming portions into the other” can be used (hereinafter, referred to as “mounting means by insertion”).

  The "detaching means" can be used as the "detaching means that can be detached by pulling out one of the shape conforming portions from the other" (hereinafter referred to as "detaching means by pulling out").

  The “mounting means by insertion”, which is the “detaching means by pulling out”, can be used (hereinafter referred to as “detaching means by insertion”).

  As the “mounting means”, the “mounting means that can be mounted by inserting one of the shape conforming portions into the other while twisting” can be used (hereinafter, referred to as “twisting mounting means”).

  The “detaching means” can be used as the “detaching means that can be removed by twisting one of the shape conforming portions while being twisted” (hereinafter, referred to as “twisting releasing means”).

  The “twisting / attaching means” can be an attaching / detaching means that is the “twisting / detaching means” (hereinafter referred to as “twisting / detaching means”).

  It is possible to use a mounting means that is the “mounting means by insertion” but not the “twisting mounting means” (hereinafter referred to as “non-twisting mounting means”).

  The “detaching means by pulling out”, which is not the “twisting releasing means”, can be used (hereinafter referred to as “non-twisting releasing means”).

  The “non-twisting attachment means”, which is the “non-twisting release means”, can be used (hereinafter referred to as “non-twisting attachment means”).

  Any of the above-mentioned “detaching means”, which is “attachment / detachment means in which one part is supported from the other part by attachment” can be used (hereinafter referred to as “attachment / detachment supported by attachment”). Means "). The attachment / detachment means used in the invention described in the present specification is the above-mentioned “attachment / detachment means supported by attachment”, and is an attachment / detachment means that does not unintentionally disengage even if the attachment is moved using a cleaner.

  In this specification, the term “vent pipe” means “a component that can be attached to and detached from a vacuum cleaner and has a hole through which air can pass” or “a component that can be attached to and detached from a vacuum cleaner. "Parts having a cylindrical body" or "parts having a cylindrical wall that partitions a space in which negative pressure air is present during operation of the vacuum cleaner from a space in which atmospheric pressure air is present". However, in the present specification, the “hole through which air can pass” and the “cylindrical body” of the ventilation pipe have a size larger than a size capable of entering a sphere having a diameter of 5 millimeters.

  The invention according to claim 1 is a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”.

  The ventilation pipe attaching / detaching means included in the electric fan according to the first aspect of the invention is referred to as “a ventilation pipe attaching / detaching means capable of attaching / detaching one or more openings of the ventilation pipe”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another electric fan according to the first aspect of the invention is “a part of the electric fan, which is an opening of one or more ventilation pipes”. The part can be attached and detached.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means that can be attached / detached ”, which is the“ attaching / detaching means by insertion ”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means that can be attached / detached ”, which is the“ non-twisting attaching / detaching means ”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means that can be attached / detached ”, which is the“ attaching / detaching means supported by attachment ”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attachment / detachment means that can attach / detach the opening without attaching a gap through which the air leaks.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means capable of attaching / detaching, and “a ventilation pipe attaching / detaching means capable of attaching / detaching an attaching / detaching portion between two ventilation pipes”. Thereby, the available forms of the attachment / detachment part between the ventilation pipe attaching / detaching means and the ventilation pipe are all forms of the known "attachment / detachment part between two ventilation pipes".

  Another usable form of the “attachment / detachment part between two ventilation pipes” is any form of the known “attachment / detachment part between two ventilation pipes of a vacuum cleaner”.

  An example of the form of the “attachment / detachment part between two ventilation pipes” is that the opening width of one ventilation pipe is narrowed to be a male opening, and the other ventilation pipe is Widen the width of the opening to make it a female opening, so that the male opening of the one ventilation pipe can be installed without a gap for air leakage when inserted into the female opening of the other ventilation pipe. The openings can be used as the “attachment / detachment part between the two ventilation pipes” (hereinafter referred to as “attachment / detachment means by insertion between the male opening and the female opening”). "Also called.) However, the usable form of the attachment / detachment portion between the two ventilation pipes is not limited to this example.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means capable of attaching / detaching, “a ventilation pipe attaching / detaching means capable of attaching / detaching a male opening or a female opening of one or more ventilation pipes”, “a male opening and a female opening of one or more ventilation pipes” One of the “removable ventilation pipe attaching / detaching means”, “the ventilation pipe attaching / detaching means capable of attaching / detaching the male opening of one or more ventilation pipes”, and “the ventilation pipe attaching / detaching means capable of attaching / detaching the female opening of one or more ventilation pipes”. .

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means capable of attaching / detaching, “a ventilation pipe attaching / detaching means characterized by having a cylindrical body”, “a ventilation pipe having a cylindrical body and having an opening of the cylindrical body as an attaching / detaching portion” "Pipe attachment / detachment means" or "aeration pipe attachment / detachment means having a cylindrical body and capable of attaching / detaching the opening of the ventilation pipe to the opening of the cylindrical body".

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attaching / detaching means capable of attaching / detaching, wherein “the ventilation pipe attaching / detaching means characterized by having a ventilation pipe”, “a ventilation pipe attaching / detaching means having an ventilation pipe and an opening of the ventilation pipe as an attachment / detachment part” Or “a ventilation pipe attaching / detaching means that has a ventilation pipe and can attach / detach the opening of the ventilation pipe to / from the opening of the ventilation pipe”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching the opening of one or more ventilation pipes” possessed by another fan according to the invention of claim 1 is the “opening part of one or more ventilation pipes” possessed by any one of the above fans. A ventilation pipe attachment / detachment means for attaching / detaching a ventilation pipe characterized by having a cylindrical wall that partitions a space where negative pressure air is present from a space where atmospheric pressure air is present when the cleaner is in operation Means. "

  Another electric fan according to the invention described in claim 1 is the electric fan according to claim 1, which is any one of the electric fans described above, wherein “the center of gravity of the electric fan is a ventilation pipe attached to the electric fan. The electric fan is located in the space near the shaft or in the space near the shaft of the ventilation pipe attaching / detaching means.

  “Space near the axis” means that the distance from the space where negative pressure air exists when the fan according to the invention described in this specification is attached to the ventilation pipe of the cleaner and the vacuum cleaner is operated is 5 centimeters or less. Space. Further, in the space near the axis, by setting the space having the distance of 4 centimeters or less as the space near the axis, the center of gravity approaches the central axis of the ventilation pipe, and it is possible to obtain an effect that the wrist is less burdened. it can. Furthermore, in the space near the shaft, the space having the distance of 3 centimeters or less is set as the space near the shaft, so that the center of gravity is further brought closer to the central axis of the ventilation pipe, and the wrist is less likely to be burdened. Can do. Further, by reducing the distance to 2 centimeters or less, 1 centimeter or less, and 0 centimeters or less, it is possible to obtain an effect of further reducing the burden and increasing safety. Note that “the center of gravity of the electric fan according to the invention described in the present specification” is the center of gravity determined in a state in which the ventilation pipe and the support are not attached to the electric fan.

  The invention according to claim 2 is “the electric fan according to claim 1, wherein two or more ventilation pipes can be attached to and detached from the ventilation pipe attaching / detaching means”. The ventilation pipe attaching / detaching means included in the electric fan according to the second aspect of the invention is referred to as “a ventilation pipe attaching / detaching means capable of attaching or removing two or more ventilation pipes”.

  Another electric fan that can be used as the “electric fan according to claim 1” according to claim 2 is the electric fan according to claim 1, which is any one of the electric fans described above.

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means ", which is a ventilation pipe attaching / detaching means included in any one of the above-described fans.

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means "," a ventilation pipe attaching / detaching means that can be inserted between two ventilation pipes of the vacuum cleaner ".

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means ”,“ the ventilation pipe attaching / detaching means having the cylindrical body having two openings, and the ventilation pipe attaching / detaching means capable of attaching the ventilation pipe to each of the two openings ”.

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means, "a ventilation pipe attaching / detaching means characterized in that two attached ventilation pipes are arranged in a straight line".

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means ”,“ a ventilation pipe attaching / detaching means having a cylindrical body having two openings, and one of the two ventilation pipes attachable / detachable to each other can be attached to one of the two openings, and "Ventilation pipe mounting means for mounting the other of the two ventilation pipes attachable / detachable to each other to the other of the two openings".

  The “venting means for attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the invention is the “attaching / detaching the ventilation pipe capable of attaching / detaching two or more ventilation pipes” possessed by any one of the above fans. Means ”,“ the ventilation pipe attaching / detaching means having a cylindrical body having two openings, and the distance between the two openings being 30 centimeters or less ”.

  The “ventilating pipe attaching / detaching means capable of attaching / detaching two or more ventilation pipes” possessed by another electric fan according to the second aspect of the present invention is any one of the aforementioned “ventilating pipe attaching / detaching means capable of attaching / detaching two or more ventilation pipes”. Thus, “a ventilation pipe attaching / detaching means characterized in that it can be used as a part of the ventilation pipe when the cleaner is in operation”.

  The invention according to claim 3 is "the electric fan according to claim 1 or 2, wherein the ventilation pipe attaching / detaching means has a separation preventing mechanism". The ventilation pipe attaching / detaching means included in the electric fan according to the invention of claim 3 is referred to as “a ventilation pipe attaching / detaching means having a detachment preventing mechanism”.

  Another electric fan that can be used as the "electric fan according to claim 1 or 2" according to claim 3 is the electric fan according to claim 1 or 2, which is any one of the electric fans described above.

  The “ventilating pipe attaching / detaching means having a detachment preventing mechanism” possessed by another fan according to the invention of claim 3 is the “ventilating pipe attaching / detaching means having a detachment preventing mechanism” possessed by any one of the above-mentioned fans, It is a ventilation pipe attachment / detachment means which any one of the above-mentioned fans has.

  The “detachment prevention mechanism” is a mechanism using a movable part having a feature of preventing separation.

  As the detachment prevention mechanism included in the “ventilation pipe attaching / detaching means having a detachment prevention mechanism” according to the third aspect of the present invention, a known detachment prevention mechanism that can be used at the attachment / detachment portion between the two ventilation pipes of the vacuum cleaner. Any form can be used.

  As an example, in the above-mentioned “detaching means by insertion in the male opening and female opening”, a convex portion is provided on one side, a concave portion is provided on the other side, The attachment / detachment means that is difficult to be removed by fitting into the other concave portion has a feature of preventing separation. Here, the movable part that can move the convex part or the concave part with finger pressure is used to prevent separation, and the movable part is moved with finger pressure to enable the release prevention or the separation to be facilitated. Is one of the means of the separation preventing mechanism according to the third aspect of the invention. However, the usable means of the separation preventing mechanism according to the invention described in claim 3 is not limited to this example.

  As an example of the form, in the “detaching means by insertion in the male opening and the female opening”, a “claw” as a convex portion is provided in the vicinity of the male opening or the female opening, and further, the ventilation pipe A recess is formed in the vicinity of the male opening or female opening of the claw so that the claw is caught. When the male opening of the ventilation pipe is inserted into the female opening of another ventilation pipe, the claw The attaching / detaching means that is caught by the hook and prevented from being detached also has a feature of preventing the detachment. Here, in the attaching / detaching means, a “button” that moves with finger pressure is provided on the ventilation pipe, and when the button is pressed with a finger, the claw or the recess is retracted, so that the attachment site is held in both hands while pressing the button. A mechanism that can be easily pulled out by pulling is also one of the possible forms of the separation preventing mechanism according to the third aspect of the present invention. A mechanism that uses a screw as a movable part as the convex portion for the purpose of further strengthening the separation prevention mechanism is also one of the available forms of the separation prevention mechanism according to the third aspect of the present invention. However, the usable form of the separation preventing mechanism according to the invention described in claim 3 is not limited to the above form.

  In a vacuum cleaner that has a motor near the dust suction port of the vacuum cleaner and rotates the brush, an electrical conductor for supplying electricity to the motor exists in the ventilation pipe.

  In the invention according to claim 4, “the electric fan according to claim 1, wherein the vent pipe attaching / detaching means has an electrode that can contact the electrode of the vent pipe”. . The vent pipe attaching / detaching means included in the electric fan according to the fourth aspect of the invention is referred to as “the vent pipe attaching / detaching means having an electrode that can contact the electrode of the vent pipe”.

Another electric fan that can be used as the "electric fan according to any one of claims 1 to 3" according to claim 4 is the electric fan according to any one of claims 1 to 3, wherein any one of said electric fans It is.
The “aeration pipe attaching / detaching means having an electrode capable of contacting the electrode of the ventilation pipe” possessed by another electric fan according to the invention of claim 4 is the “contact with the electrode of the ventilation pipe” possessed by any one of the above fans. A ventilation pipe attaching / detaching means having a possible electrode ”, which is the“ venting pipe attaching / detaching means ”of any of the above-described fans.

  The “aeration pipe attaching / detaching means having an electrode capable of contacting the electrode of the ventilation pipe” possessed by another electric fan according to the invention of claim 4 is the “contact with the electrode of the ventilation pipe” possessed by any one of the above fans. A ventilation pipe attaching / detaching means having a possible electrode ”,“ a ventilation pipe attaching / detaching means having an electrical conductor for connecting electrodes of two or more ventilation pipes ”.

  Another electric fan according to the invention of claim 4 is the electric fan according to claim 4, which is any one of the electric fans described above, wherein “electricity supplied via an electric conductor included in the ventilation pipe”. It is an electric fan characterized by using a fan.

  In the invention according to claim 5, “the apparatus includes an impeller, an electric motor that drives the impeller, a frame that supports the electric motor, and the ventilation pipe attaching / detaching means that supports or attaches / detaches the frame. The electric fan according to any one of 1 to 4.

  The “frame” may be any shape as long as the electric motor can be supported so as not to spill from the frame, and may be a frame made of one or more parts. It may be a frame having zero or more movable parts in the frame, may be a frame having one or more movable parts in the frame, or may be a frame having no movable part in the frame. .

  The “the ventilation pipe attaching / detaching means that supports or attaches / detaches the frame” is “the ventilation pipe attaching / detaching means that supports the frame” or “the ventilation pipe attaching / detaching means that uses the frame as attaching / detaching means”. “The ventilation pipe attaching / detaching means for supporting the frame” means “the ventilation pipe attaching / detaching means supports the frame”. “The ventilation pipe attaching / detaching means using the frame as an attaching / detaching means” means “the frame itself is a frame and also the ventilation pipe attaching / detaching means”.

  Another electric fan that can be used as the "electric fan according to any one of claims 1 to 4" according to claim 5 is the electric fan according to any one of claims 1 to 4, wherein any one of said electric fans It is.

Another electric fan according to the invention described in claim 5 is the electric fan according to claim 5, which is any one of the electric fans described above, wherein “an attaching / detaching portion is provided between the ventilation pipe attaching / detaching means and the frame. A fan that does not have.
Another electric fan according to the invention described in claim 5 is the electric fan according to claim 5, which is any one of the electric fans described above, wherein “a holding portion is interposed between the ventilation pipe attaching / detaching means and the frame. A fan that does not have.

  Another vent pipe attaching / detaching means that can be used as the vent pipe attaching / detaching means included in the “fan according to any one of claims 1 to 4” according to claim 5 is the fan according to any one of claims 1 to 4. A ventilation pipe attaching / detaching means having one of the above-described fans.

  Another electric fan according to the invention described in claim 5 is the electric fan according to any one of the above, wherein “the support column is provided upright by a pedestal having support column attachment / detachment means that supports or attaches / detaches the frame. The electric fan according to claim 5, wherein the electric fan can be attached to and detached from the support means.

  Another electric fan according to the invention described in claim 5 is the electric fan according to any one of the above, wherein “the support column is provided with a supporting means for attaching or detaching the frame and the supporting means is provided with a holding means. The electric fan according to claim 5, wherein the electric fan can be attached to and detached from the support means.

  The invention according to claim 6 is characterized in that it has “a column attaching / detaching unit that supports or attaches / detaches the frame, and a column erected by a pedestal, and the column can be attached to and detached from the column attaching / detaching unit. The electric fan according to claim 5.

  The “post support means that supports or attaches the frame” is “a post support means that supports the frame” or a “post support means that uses the frame”. “The column attaching / detaching means for supporting the frame” means “the column attaching / detaching means supports the frame”. “A column attaching / detaching means using the frame as an attaching / detaching means” means that “the frame itself is a frame and is also a column attaching / detaching means”.

  The “support / detachment means” included in another electric fan according to the invention of claim 6 is a support / detachment means included in any one of the above-described fans, wherein “an attachment / detachment means capable of attaching / detaching a support erected by a base” is provided. It has parts.

  Another electric fan that can be used as the “electric fan according to claim 5” according to claim 6 is the electric fan according to claim 5, which is any one of the electric fans described above.

  Another ventilation pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means possessed by the “fan of claim 5” according to claim 6 is the ventilation pipe attachment / detachment means of the fan according to claim 5, wherein The ventilation pipe attaching / detaching means included in any of the fans.

  In the invention according to claim 7, “the ventilation pipe can be attached and detached with the support column attached, and the support pillar can be attached and detached with the ventilation pipe attached. "Fan".

  Another electric fan that can be used as the “electric fan according to claim 6” according to claim 7 is the electric fan according to claim 6, which is any one of the electric fans described above.

  Another ventilation pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means included in the "fan of claim 6" according to claim 7 is the ventilation pipe attachment / detachment means of the fan according to claim 6, The ventilation pipe attaching / detaching means included in any of the fans.

  The other column attaching / detaching means that can be used as the column attaching / detaching means included in the “fan according to claim 6” according to claim 7 is the column attaching / detaching means possessed by the fan according to claim 6. It is the support | pillar attaching / detaching means which this electric fan has.

  According to the invention described in claim 8, there is provided a movable portion in any one of “the frame, between the frame and the electric motor, between the frame and the ventilation pipe attaching / detaching means, and the ventilation pipe attaching / detaching means. To the electric fan according to any one of 7 to 7.

  Another electric fan that can be used as the "electric fan according to any one of claims 5 to 7" according to claim 8 is the electric fan according to any one of claims 5 to 7, wherein any one of said electric fans It is.

  Another vent pipe attachment / detachment means that can be used as the aeration pipe attachment / detachment means included in the "fan according to any one of claims 5 to 7" according to claim 8 is the fan according to any one of claims 5 to 7. A ventilation pipe attaching / detaching means having one of the above-described fans.

  The other support | pillar attachment / detachment means which can be utilized as the support | pillar attachment / detachment means which "the electric fan in any one of Claim 5 to 7" of Claim 8 has is the support | pillar which the electric fan in any one of Claim 6 to 7 has. It is attachment / detachment means, and is a column attachment / detachment means included in any one of the above-described fans.

  The “movable part” included in another electric fan according to the invention of claim 8 is the movable part according to claim 8, which is “a movable part having a rotating shaft or a bearing in the movable part”.

  In the invention according to claim 9, “the impeller or the electric motor has a hollow portion, and the impeller can be driven in a state where the vent pipe or the vent pipe attaching / detaching means is passed through the hollow portion. The electric fan according to any one of claims 5 to 8, characterized in that it is a feature.

  Another electric fan that can be used as the "electric fan according to any one of claims 5 to 8" according to claim 9 is the electric fan according to any one of claims 5 to 8, wherein any one of said electric fans It is.

  Another vent pipe attaching / detaching means that can be used as the vent pipe attaching / detaching means included in the “fan according to any one of claims 5 to 8” according to claim 9 is the fan according to any one of claims 5 to 8. A ventilation pipe attaching / detaching means having one of the above-described fans.

  The other support | pillar attachment / detachment means which can be utilized as the support | pillar attachment / detachment means which "the electric fan in any one of Claim 5 to 8" of Claim 9 has is the support | pillar which the electric fan in any one of Claim 6 to 8 has It is attachment / detachment means, and is a column attachment / detachment means included in any one of the above-described fans.

  Another movable part that can be used as a movable part included in the "fan according to any one of claims 5 to 8" according to claim 9 is the movable part that the fan according to claim 8 has, It is a movable part which one of electric fans has.

  The invention according to claim 10 is “the electric fan according to any one of claims 5 to 8, wherein the frame supports two or more electric motors”.

  Another electric fan that can be used as the "electric fan according to any one of claims 5 to 8" according to claim 10 is the electric fan according to any one of claims 5 to 8, wherein any one of the above electric fans It is.

  Another vent pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means included in the "fan according to any one of claims 5 to 8" according to claim 10 is the fan according to any one of claims 5 to 8. A ventilation pipe attaching / detaching means having one of the above-described fans.

  The other support | pillar attachment / detachment means which can be utilized as the support | pillar attachment / detachment means which "the electric fan in any one of Claim 5 to 8" of Claim 10 has is the support | pillar which the electric fan in any one of Claim 6 to 8 has. It is attachment / detachment means, and is a column attachment / detachment means included in any one of the above-described fans.

  Another movable part that can be used as the movable part included in the "fan according to any one of claims 5 to 8" according to claim 10 is the movable part that the fan according to claim 8 has, It is a movable part which one of electric fans has.

  The invention according to claim 11 is characterized in that “a further attachment / detachment portion is provided between the ventilation pipe attaching / detaching means and the frame, and the ventilation pipe attaching / detaching means and the frame can be attached to and detached from each other. The electric fan according to any one of 10).

  Another electric fan according to the invention described in claim 11 is the electric fan according to claim 11, wherein "the electric fan uses a standard terminal at the attachment / detachment portion between the frame and the ventilation pipe attaching / detaching means", “Electric fan using universal serial bus standard terminal at the attachment / detachment part between the frame and the ventilation pipe attachment / detachment means”, “Use non-standard terminal at the attachment / detachment part between the frame and the ventilation pipe attachment / detachment means” Any of “electric fans” can be used.

  Another electric fan according to an eleventh aspect of the present invention is the electric fan according to the eleventh aspect, which is any one of the above electric fans, wherein “the ventilation pipe is attached to the frame from which the ventilation pipe attaching / detaching means is detached”. Is an electric fan whose opening cannot be directly attached or detached.

  Another electric fan that can be used as the "electric fan according to any one of claims 5 to 10" according to claim 11 is the electric fan according to any one of claims 5 to 10, wherein any one of said electric fans It is.

  Another vent pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means included in the "fan according to any one of claims 5 to 10" according to claim 11 is the fan according to any one of claims 5 to 10. A ventilation pipe attaching / detaching means having one of the above-described fans.

  The other support | pillar attachment / detachment means which can be utilized as the support | pillar attachment / detachment means which "the electric fan in any one of Claim 5 to 10" of Claim 11 has is the support | pillar which the electric fan in any one of Claim 6 to 10 has It is attachment / detachment means, and is a column attachment / detachment means included in any one of the above-described fans.

  Another movable part that can be used as a movable part included in the "fan according to any one of claims 5 to 10" according to claim 11 is a movable part included in the fan according to any one of claims 8 to 10. And it is a movable part which one of the above-mentioned electric fans has.

  The invention according to claim 12 is “a vacuum cleaner having a fan according to any one of claims 1 to 11”.

  Another fan that can be used as the "electric fan according to any one of claims 1 to 11" according to claim 12 is the electric fan according to any one of claims 1 to 11, wherein any one of the electric fans described above. It is.

  Another vent pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means included in the "fan according to any one of claims 1 to 11" according to claim 12 is the fan according to any one of claims 1 to 11. A ventilation pipe attaching / detaching means having one of the above-described fans.

  The other support | pillar attachment / detachment means which can be utilized as the support | pillar attachment / detachment means which the "electric fan in any one of Claim 1 to 11" of Claim 12 has is the support | pillar which the electric fan in any one of Claim 6 to 11 has. It is attachment / detachment means, and is a column attachment / detachment means included in any one of the above-described fans.

  Another movable part that can be used as a movable part included in the "electric fan according to any one of claims 1 to 11" according to claim 12 is a movable part included in the electric fan according to any one of claims 8 to 11. And it is a movable part which one of the above-mentioned electric fans has.

  The invention according to claim 13 is “a ventilation pipe attaching / detaching means that can be attached to and detached from the frame at the attaching / detaching portion between the frame of the electric fan according to claim 11 and the ventilation pipe attaching / detaching means”. However, the ventilation pipe attaching / detaching means according to the invention of claim 13 does not need to support the frame when detached.

  Another vent pipe attaching / detaching means according to the invention described in claim 13 is "the vent pipe attaching / detaching means included in the fan according to claim 11", "the frame and the vent pipe included in the fan according to claim 11." The ventilation pipe attaching / detaching means that can be attached to and detached from the frame using a standard terminal at the attaching / detaching portion between the attaching / detaching means, and the attachment / detachment between the frame of the electric fan according to claim 11 and the ventilation pipe attaching / detaching means. The ventilation pipe attaching / detaching means that can be attached to and detached from the frame using a universal serial bus standard terminal at the part "," standard attachment in the attaching part between the frame of the electric fan according to claim 11 and the ventilation pipe attaching / detaching means. Any one of the ventilation pipe attaching / detaching means that can be attached to and detached from the frame using a terminal that is not present.

  Another electric fan that can be used as the “electric fan according to claim 11” according to claim 13 is the electric fan according to claim 11, which is any one of the electric fans described above.

  Another ventilation pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means according to the invention of claim 13 is the frame at the attachment / detachment portion between the frame of the electric fan according to claim 11 and the ventilation pipe attachment / detachment means. It is a ventilation pipe attaching / detaching means that can be attached to and detached from, and is a ventilation pipe attaching / detaching means possessed by any one of the above-mentioned fans.

  The invention according to claim 14 is “a fan that can be attached to and detached from the ventilation pipe attaching / detaching means at the attachment / detachment portion between the frame of the electric fan according to claim 11 and the ventilation pipe attaching / detaching means”.

  Another fan according to the invention of claim 14 is “the fan comprising the frame of the fan of claim 11, the electric motor and the impeller”, “the frame of the fan of claim 11. 12. A fan that can be attached to and detached from the ventilation pipe attachment / detachment means using a standard terminal at the attachment / detachment portion between the ventilation pipe attachment means and the ventilation pipe attachment / detachment means. The electric fan that can be attached to and detached from the ventilation pipe attachment / detachment means using a universal serial bus standard terminal at the attachment / detachment part between, "the attachment / detachment part between the frame of the fan according to claim 11 and the ventilation pipe attachment / detachment means. In any of the above, the electric fan can be attached to and detached from the ventilation pipe attaching / detaching means using a terminal that is not a standard.

  Another electric fan that can be used as the “electric fan according to claim 11” according to claim 14 is the electric fan according to claim 11, which is any one of the electric fans described above.

Another ventilation pipe attachment / detachment means that can be used as the ventilation pipe attachment / detachment means according to the fourteenth aspect of the present invention is the frame at the attachment / detachment portion between the frame of the electric fan according to claim 11 and the ventilation pipe attachment / detachment means. It is a ventilation pipe attaching / detaching means that can be attached to and detached from, and is a ventilation pipe attaching / detaching means possessed by any one of the above-mentioned fans.

  According to the first aspect of the present invention, there is provided a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”. . Thus, by attaching the ventilation pipe attached to the vacuum cleaner to the ventilation pipe attaching / detaching means, it is possible to obtain the “effect of using the fan firmly attached to the ventilation pipe of the vacuum cleaner”.

(Effect that can be attached firmly)
The remarkable effect of the invention according to claim 1 is “the effect that a fan can be securely attached even if it is a cleaner already on the market without assuming that the fan is worn”. The opening of the ventilation pipe of the vacuum cleaner has a shape conforming portion that is assumed to be fitted with another ventilation pipe, but it is not originally assumed that a fan is fitted. On the other hand, the invention according to claim 1 uses the shape conforming portion of the opening for mounting the electric fan, so that “the fan is firmly cleaned with the same level of certainty as the mounting of the ventilation pipes. The effect of being able to be attached to the ventilation pipe is obtained.

  Therefore, it is possible to firmly solve the problem of “providing a device for constantly cooling the human body that continues to move while applying a vacuum cleaner”.

On the other hand, if the fan is attached to the vacuum cleaner using a general-purpose mounting device without using the attachment / detachment portion of the opening of the ventilation pipe, the above-described effect cannot be obtained. The ventilation pipes of vacuum cleaners already sold are not supposed to be equipped with a fan. The surface of most vacuum cleaner vent pipes has a smooth shape with little catching, so it slips smoothly. Actually, the present inventor tried to install the electric fan in the vacuum cleaner using a general-purpose mounting device, but most of the mounting devices could not withstand the intense movement during the cleaning, and the fan was repeatedly dropped. The means using a general-purpose fixture is difficult to attach the electric fan firmly to the ventilation pipe of the vacuum cleaner, is far more unstable than the invention of claim 1, and can solve the above problems. Can not.

(Effect that can be installed correctly)
In this specification, “the direction in which the electric fan is attached to the ventilation pipe” and “the direction of the ventilation pipe” are directions of a roll rotation angle (an angle at the roll rotation shaft 140 in FIG. 5).

  According to the experiment described in Example 7, the knowledge that “when a fan whose center of gravity is not located near the central axis of the ventilation pipe is worn, the direction of the fan and the ventilation pipe needs to be properly worn” is obtained. Yes.

  However, even if the precautionary statement “It is necessary to wear the correct orientation” is described in the instruction manual, most users who purchase vacuum cleaners and fans do not use the equipment without reading the instruction manual. There is a tendency to start. For this reason, it is an issue to provide a “dedicated fan” that can be worn correctly even by a person with no knowledge.

  According to the first aspect of the present invention, there is provided a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”. . As a result, in the attachment / detachment portion between the ventilation pipe attaching / detaching means of the electric fan and the ventilation pipe of the vacuum cleaner, all of the following “effects provided by the attachment / detachment portion between the two ventilation pipes of the vacuum cleaner” can be inherited. An effect can be obtained.

  Between the two ventilation pipes that most modern vacuum cleaners have, the orientation of the ventilation pipe is such that the surface of the ventilation pipe is painted in multiple colors so that the orientation of the ventilation pipes is easy to install. Visual ingenuity has been applied to make it easier to understand. In addition, the shape of the ventilation pipe has been devised so that the visually impaired can understand the direction of the ventilation pipe. Also, most vacuum cleaners are not fully installed until the orientation between the two ventilation pipes matches, and only when they match, the release prevention mechanism works and is fully installed, and a “click” sound and feel. It has been devised so that it can be seen that it has been completely installed. For this reason, even a person who does not read the instruction manual can obtain the “effect of being able to be mounted in the correct direction by aligning each other” at the attachment / detachment part between the two ventilation pipes. Even if the process is repeated, it is possible to obtain an “effect that can be worn correctly and reproducibly, reliably and easily”. These effects are “the effects of the attachment / detachment part between the two ventilation pipes of the vacuum cleaner”.

According to the first aspect of the present invention, there is provided a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”. Thus, as the “effect of the electric fan according to the first aspect of the invention”, the “effect of the attachment / detachment portion between the two ventilation pipes of the vacuum cleaner” can be inherited. It is possible to obtain the effect of inheriting the “effect of being able to wear the device in the right direction with the same orientation”. For this reason, the electric fan according to the first aspect of the invention can obtain the “effect of mounting the electric fan on the ventilation pipe in the correct direction”. Therefore, it is possible to solve the problem of “providing a dedicated electric fan that can be worn correctly even by a person without knowledge”.

(Effect that can be installed with reproducibility)
When a fan is attached to a ventilation pipe using a general-purpose mounting device, the position to be worn and the direction to be worn vary because the position to be worn is not determined. If the direction of wearing is inclined, the appearance will deteriorate and the value as an industrial product will also decrease. Further, if the position of the center of gravity fluctuates every time because the direction of wearing varies, it may cause SHIR stress to be applied to the hand operating the cleaner. For this reason, it has been a problem to provide a fan that can be worn reliably and easily correctly and reproducibly every time even if it is repeatedly attached and detached.

According to the first aspect of the present invention, there is provided a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”. Thus, as the “effect of the electric fan according to the first aspect of the invention”, the effect of inheriting the “effect of the attachment / detachment portion between the two ventilation pipes of the vacuum cleaner” can be obtained. Therefore, it is possible to solve the problem of providing a fan that can be reliably and easily put on correctly and reproducibly every time, even if it is repeatedly attached and detached.

(Conformity check effect)
Further, the invention according to claim 1 is characterized in that “a compatibility check effect” can be obtained as a special effect by “being capable of attaching / detaching one or more vent pipe openings to the vent pipe attaching / detaching means”. Can do. It will be described below that this effect cannot be obtained by other methods that do not use the attachment / detachment portion of the opening of the ventilation pipe.

  “Attachment / detachment” at the opening of the ventilation pipe has a “characteristic that it is difficult to attach anything other than the attachment / detachment partner” due to complementarity of the shape. If it is not a detachable partner, it cannot be inserted, or even if it is inserted, there will be a gap and air will leak, causing it to function as a vacuum cleaner. An effect can be obtained.

  There are no uniform standards for the shape of the vent pipe (hereinafter referred to as "variety of the shape of the vent pipe"). For this reason, it is rare that the openings of vent pipes from different manufacturers can be attached to and detached from each other. In particular, recent vacuum cleaners are equipped with an anti-detachment mechanism and electrodes at the opening of the ventilation pipe, and there is no chance that the openings of the products of different manufacturers will conform to each other by chance. Moreover, even in the same manufacturer's vacuum cleaner, the shape of the opening of the vent pipe of different types of vacuum cleaners is different, and it is difficult to make a wrong installation.

  That is, the feature that “the opening of the ventilation pipe can be attached and detached” inevitably gives the feature that “the ventilation pipe can only be attached and detached”.

  In the first aspect of the present invention, by utilizing the feature that one or more ventilation pipe openings can be attached to and detached from the ventilation pipe attaching / detaching means, this "diversity of the shape of the ventilation pipe" is actively utilized. , "Adaptability check effect" between the vacuum cleaner and the fan can be activated.

  By using this effect, it is possible to obtain “an effect that enables the attachment / detachment to be limited only to a combination that can be allowed by the manufacturer in terms of safety from among all combinations of a fan and a vacuum cleaner”.

  Therefore, “The combination of the vacuum cleaner and the fan can be limited to a combination that can be accepted by the manufacturer in terms of safety, eliminating the risk of the user accidentally wearing a combination that does not fit the center of gravity or power capacity. Can solve the problem.

  Due to the above effects, all the four problems to be solved by the invention of claim 1 can be solved.

Furthermore, in the first aspect of the invention, the above-mentioned (1) the effect of being able to attach firmly, (2) the orientation, by being characterized in that "the opening of one or more ventilation pipes can be attached to and detached from the ventilation pipe attaching / detaching means" In addition to the effects that can be worn correctly, (3) the effects that can be worn with reproducibility, (4) the compatibility check effect, (5) center of gravity control effect, (6) separation prevention effect, and (7) power control Eight notable effects such as effects and (8) safety guarantee effects are given. It will be described below that these effects cannot be obtained by other methods that do not use the attachment / detachment portion of the opening of the ventilation pipe.

(Center of gravity control effect)
According to the experiment described in Example 7, as a method of eliminating the SHIR stress, “the method of positioning the center of gravity of the entire fan in the direction of the roll rotation angle of 180 degrees from the handle” and “the weight of the entire fan using the weight”. There is a new finding that the two methods of “the method of positioning the position of the center of gravity near the central axis of the ventilation pipe” are effective. Further, another novel finding has been obtained that "when a fan whose center of gravity is not located near the central axis of the ventilation pipe is worn, it is necessary to correctly wear the fan and the ventilation pipe."

  According to the first aspect of the present invention, there is provided a “fan having a vent pipe attaching / detaching means, wherein one or more openings of the vent pipe can be attached to and detached from the vent pipe attaching / detaching means”. . Accordingly, “the effect that the electric fan is supported by the ventilation pipe”, “the effect that the electric motor of the electric fan is supported by the ventilation pipe”, and “the effect that the position of the center of gravity of the electric fan is supported by the ventilation pipe” And “an effect that the position of the center of gravity of the electric fan is relatively fixed from the ventilation pipe” can be obtained, and these are hereinafter referred to as a “center of gravity control effect”.

  According to the “center of gravity control effect”, “the electric fan in which the electric fan is supported by the ventilation pipe”, “the electric fan in which the electric motor included in the electric fan is supported by the ventilation pipe”, “ A fan characterized in that the position of the center of gravity of the fan is supported by the ventilation pipe, and a fan characterized in that the position of the center of gravity of the fan is relatively fixed from the ventilation pipe. Can be provided.

  As a notable synergistic effect, the synergistic effect between the “center of gravity control effect” and the “effect that can be mounted with reproducibility” ensures that each time the user installs the fan on the ventilation pipe, It is possible to obtain an effect that the position of the center of gravity can be mounted with being relatively fixed from the ventilation pipe. On the other hand, since the means using the “general-purpose mounting device” that does not use the invention according to claim 1 largely depends on how the user wears it, it is difficult to reliably obtain the synergistic effect.

  Further, in the normal operation of the vacuum cleaner by the user, in order to change the direction of the head attached to the tip of the vacuum cleaner, a “rotation operation” in which the handle of the vacuum cleaner is twisted frequently occurs. At this time, the rotation axis of the rotation operation tends to substantially overlap with the central axis of the ventilation pipe located between the head and the handle. However, the rotation axis of the rotation operation that is actually easy to rotate is the rotation axis that minimizes the moment of inertia, and "the force passes through the entire center of gravity of the ventilation pipe and the electric fan and the twisting rotation operation. It is a rotation axis that passes through a "straight line that passes through the handle that the giving hand holds." For this reason, the central axis of the ventilation pipe does not necessarily coincide with the rotation axis that is actually easy to rotate.

  Since the rotation axis that minimizes the moment of inertia of the ventilation pipe equipped with the fan is the rotation axis when the head is rotated away from the floor surface, it is easy for those skilled in the art to measure the rotation axis. Can be implemented. It is also easy for those skilled in the art to move the position of the center of gravity of the electric fan by moving the position of the ventilation pipe attaching / detaching means of the electric fan in the electric fan. Therefore, the rotational axis that is easy to rotate by moving the position is the central axis of the ventilation pipe (more strictly, “the axis connecting the rotationally movable part of the head and the wrist of the hand holding the handle or a straight line passing through”). ) Can be easily implemented by those skilled in the art. According to the first aspect of the present invention, the “compatibility check effect” limits the models of the vacuum cleaner that can be worn by the fan. The effect of having the user wear the same combination as the combination of the machine types can be obtained. Therefore, it is possible to obtain an “effect that can provide a fan that is adjusted so that the center of gravity of the entire fan and the ventilation pipe is accurately positioned on the rotation axis of the twisting operation according to the type of the vacuum cleaner”. it can.

  According to the above-mentioned “effect that can provide a fan in which the center of gravity of the entire fan and the ventilation pipe is accurately positioned on the rotation axis of the twisting operation according to the type of the vacuum cleaner” can be provided. Based on the obtained knowledge, it is possible to provide a fan that hardly generates SHIR stress. That is, according to the effect of the first aspect of the invention, “the electric fan in which the center of gravity of the electric fan is located on a plane passing through the central axis and the handle of the vent pipe”, “near the central axis of the vent pipe” Can easily provide at least one of a fan having a center of gravity of the fan and a fan having a center of gravity of the fan in a space near the axis of the ventilation pipe. be able to.

  That is, by using the invention according to claim 1, it is possible for those skilled in the art to easily provide the "electric fan that does not easily generate SHIR stress".

  Therefore, using the “fan having a vent pipe attaching / detaching means according to the first aspect of the invention, wherein an opening of one or more vent pipes can be attached to and detached from the vent pipe attaching / detaching means”. Thus, it is possible to obtain an “effect that can provide a fan that hardly increases the burden on the hand and a vacuum cleaner equipped with the fan”.

  Furthermore, in the first aspect of the present invention, the “detachment preventing effect” described in the effect of the third aspect is obtained by “characterizing that the opening of one or more ventilation pipes can be attached to and detached from the ventilation pipe attaching / detaching means”. In addition, the “power control effect” described in the effect of claim 4 can be obtained.

  Because of the above effects, the risk of accidents caused by incorrect use by users can be minimized, making it easier for manufacturers who manufacture and sell fans to expand their business into a new business field called “Ventilators with Fans”. An effect can be obtained (this effect is referred to as “safety guarantee effect” in this specification).

  Therefore, home appliance manufacturers that have provided electric fans and vacuum cleaners as separate products will be able to develop a new “vacuum cleaner with electric fan” business, thereby creating a product that can create a synergistic effect between the electric fan business and the vacuum cleaner business. The effect which can be provided can be acquired.

  The above effects provide a level of safety much higher than that obtained from mounting using a general-purpose fixture that does not use the attachment / detachment site of the opening of the ventilation pipe.

  In other words, the effect of the attachment / detachment means using the attachment / detachment part of the opening of the ventilation pipe far exceeds the effect of using other means. Even if there are precedent cases to arrive, the novelty and inventive step of the present invention are not lost.

  The mode for carrying out the invention described in claim 1 will be described in the first, second, fourth, fifth, sixth and tenth embodiments.

  In addition, most commercially available vacuum cleaners often have multiple ventilation pipes attached to a single vacuum cleaner. Furthermore, as long as the ventilation pipe attached to a single vacuum cleaner is used, the shape of the attachment / detachment part of the ventilation pipe must be common in the model so that any part of the pipe can be attached to and detached from each other. (Hereinafter referred to as “commonality of vent pipes within the model”).

  According to the second aspect of the present invention, there is provided the “fan according to the first aspect, wherein two or more ventilation pipes can be attached to and detached from the ventilation pipe attaching / detaching means”. Thus, the fan according to the invention of claim 2 can be used for any attachment / detachment part between the ventilation pipes of the vacuum cleaner by actively utilizing the “commonality of the ventilation pipes within the model”. The effect which can insert the ventilation pipe attachment / detachment means which has can be acquired.

  Accordingly, the electric fan according to claim 2 can be inserted and used in an attachment / detachment site near the ventilation pipe provided with a handle for operating the vacuum cleaner. During cleaning, the fan is always near the human body. The effect which becomes possible to operate an electric fan can be acquired. Therefore, it is possible to solve the problem of providing a fan that can be mounted comfortably near the handle of the vacuum cleaner.

  Further, as shown in the following example, even if the ventilation pipe is used while being exchanged, it is possible to obtain an effect that hardly puts a burden on the wrist.

  For example, in a vacuum cleaner that is used in a state of A + B in which there are “aeration pipe A having a handle” and “a ventilation pipe B having a long tip” and these are attached to each other, the invention according to claim 2 It can be used in the state of A + X + B by inserting the ventilation pipe attaching / detaching means X of the electric fan (however, in this specification, “+” between the alphabets indicates that it is in a state of being mounted or supported between them. Show). Here, instead of the ventilation pipe B, when using with the “short ventilation pipe C”, if you want to use the ventilation pipe C with the electric fan remaining, remove B from X. By attaching C to X, it can be set to A + X + C, and if the ventilation pipe C is to be used with the fan removed, the X is removed from A and then C is attached to A. In either case, it can be completed by only two detachment operations, one detachment operation and one attachment operation.

  With the above effects, it is possible to solve the problem of providing a fan with a small burden of work for attaching and detaching.

  On the other hand, if a fan is attached directly to the ventilation pipe B using a general-purpose mounting device, in addition to a total of two attaching / detaching operations of attaching C to A after removing B from A. Further, the operation of removing the electric fan from the ventilation pipe B and arriving at the ventilation pipe C occurs. At this time, the ventilation pipe C may be too short to be worn. Also, when you wear it, the center of gravity may shift and you may hurt your hand.

  In other words, the effect of using the ventilation pipe attaching / detaching means characterized in that two or more ventilation pipes can be attached / detached far exceeds the effect of using other means.

  Therefore, all the two problems to be solved by the invention of claim 2 can be solved.

  Furthermore, the effect which should be mentioned is "the effect which does not impair the original function of the vacuum cleaner even if the fan is installed". Even in a state where the ventilation pipe attaching / detaching means of the electric fan according to claim 2 is inserted between the two ventilation pipes of the vacuum cleaner, the two ventilation pipes mounted with the ventilation pipe attaching / detaching means sandwiched therebetween By arranging in a straight line, it is possible to obtain an effect that can be used without increasing the burden on the wrist for operating the vacuum cleaner. Therefore, it is possible to obtain an “effect that can provide a fan and a vacuum cleaner equipped with the fan that do not easily increase the burden on the hand even if the fan is attached to the vacuum cleaner”.

A mode for carrying out the invention described in claim 2 will be described in the first, second, sixth and tenth embodiments.

(Withdrawal prevention effect)
Also, vacuum pipes with a detachment prevention mechanism are becoming mainstream. In most cases, the separation prevention mechanism is shared in the model so that any pipe can be used as long as it is a ventilation pipe of the same vacuum cleaner (hereinafter referred to as “the separation prevention mechanism”). This is called “commonality within the model”).

  The ventilation pipe attaching / detaching means according to the invention of claim 1 is characterized in that the opening portion of the ventilation pipe can be mounted, so that it can be used by contacting the separation preventing mechanism located at the opening portion of the ventilation pipe. It is.

  According to the invention described in claim 3, there is provided “the electric fan according to claim 1 or 2, wherein the ventilation pipe attaching / detaching means has a separation preventing mechanism”. Accordingly, the ventilation pipe attaching / detaching means of the fan according to the invention of claim 3 can be attached to any attachment / detachment portion between the two ventilation pipes of the vacuum cleaner, and the separation between the ventilation pipes can be prevented. An effect that allows the mechanism to work can be obtained. Therefore, it is possible to solve the problem of providing a fan having a “separation prevention mechanism” that can be reliably attached to a vacuum cleaner to prevent a fall and can be easily removed when removed.

  On the other hand, if the electric fan is attached to the ventilation pipe B using a general-purpose attachment device, the separation preventing mechanism cannot be operated between the ventilation pipe B and the electric fan. Moreover, when the general-purpose mounting device is tightened and fixed for the purpose of preventing detachment, it becomes difficult to remove it, and it is difficult to replace the ventilation pipe B with the ventilation pipe C. End up. Furthermore, if the general-purpose mounting tool is inadvertently weakened by replacement, it may be dropped during use, which is dangerous.

  That is, the effect of using the ventilation pipe attaching / detaching means characterized in that the ventilation pipe attaching / detaching means has a detachment preventing mechanism far exceeds the effect of using other means.

  A mode for carrying out the invention described in claim 3 will be described in the first, third and fourth embodiments.

  The electrical conductor present in the ventilation pipe of the vacuum cleaner is designed so as not to cause an electric shock by touching a human hand, and is buried inside the ventilation pipe. For this reason, it is usually difficult to supply electricity flowing through the ventilation pipe to the fan located outside the ventilation pipe.

  On the other hand, the vent pipe attaching / detaching means according to the first aspect of the present invention is characterized in that the opening portion of the vent pipe can be mounted, so that the vent pipe can be brought into contact with the electrode located in the opening portion of the vent pipe.

(Power control effect)
According to the invention of claim 4, “the electric fan according to claim 1, wherein the ventilation pipe attaching / detaching means has an electrode that can contact the electrode of the ventilation pipe”. Provided. Thus, the ventilation pipe attaching / detaching means having the following four functions of “power feeding function”, “energizing function”, “safety function”, and “control function” is provided.

  The “power feeding function” is a function of supplying electricity to the electric fan according to the invention as set forth in claim 4, and the electricity flowing through the electrical conductor existing in the ventilation pipe is transmitted through the electrode of the ventilation pipe attaching / detaching means. By supplying the electric fan, it is possible to obtain an effect that can provide an electric fan that can be used without an independent power source such as a battery. Therefore, the problem of “providing a fan that can be used without a battery” can be solved.

  The “energizing function” is an effect brought about by a synergistic effect between the feature of claim 2 and the feature of claim 4. "Is characterized in that the ventilation pipe attaching / detaching means has an electrode that can come into contact with the electrode of the ventilation pipe" to insulate the current flowing between the two ventilation pipes into which the ventilation pipe attaching / detaching means is inserted. Therefore, it is possible to obtain an effect that can be used while maintaining the energized state.

  That is, even if the ventilation pipe attaching / detaching means is inserted between two ventilation pipes by the power feeding function and the electricity supply function, the current conduction between the two ventilation pipes is not insulated, and An effect of supplying electricity to the electric fan can be obtained.

  The “safety function” is an effect brought about by a synergistic effect between the feature described in claim 1, the feature described in claim 3, and the feature described in claim 4. That is, by attaching the ventilation pipe, the electrode at the opening of the ventilation pipe is obscured by the shape fitting portion of the ventilation pipe attaching / detaching means, so that the electrode is not exposed to the outside and is not touched by the hand. There is no fear of electric shock. And since this wearing state is maintained by the separation preventing mechanism, an effect that can be used safely can be obtained.

  The “control function” is a function of linking the power on / off of the fan with the power on / off of the vacuum cleaner, and can obtain an effect of reducing the burden of manually operating the power. This is because the on / off of the electricity supplied to the power brush via the ventilation pipe is linked with the on / off of the power supply of the vacuum cleaner, so that the electricity supplied to the electric fan via the electrode according to claim 4 is used. Also uses the feature of being linked to the power on / off of the vacuum cleaner. Therefore, even if a fan is attached to the vacuum cleaner, it is possible to obtain an effect of providing a fan that does not easily increase the burden on the hand and a vacuum cleaner equipped with the fan.

  The above four functions “power feeding function”, “energizing function”, “safety function”, and “control function” are synergistic effects obtained by the features described in claims 1 to 4 and are therefore summarized. In this specification, it is called “power control effect”.

  A mode for carrying out the invention described in claim 4 will be described in the first, second, third, sixth and eleventh embodiments.

  According to the fifth aspect of the present invention, “an impeller, an electric motor that drives the impeller, a frame that supports the electric motor, and a ventilation pipe attaching / detaching means that supports or attaches / detaches the frame. Item 5. An electric fan according to any one of Items 1 to 4 is provided. As a result, the entire fan is supported by the vacuum cleaner with the ventilation pipe attached to the ventilation pipe attaching / detaching means that supports or attaches / detaches the frame that supports the electric motor that drives the fan impeller. , It is possible to obtain the effect of not using other accessories. Therefore, it is possible to solve the problem of “providing a light electric fan without extra accessories such as a pedestal or a support when attached to a ventilation pipe”.

  According to the invention described in claim 6, “having a column attaching / detaching unit that supports or attaches / detaches the frame and a column erected by a base, the column can be attached to and detached from the column attaching / detaching unit. An electric fan according to claim 5 is provided. Thus, by attaching the column erected by the pedestal to the column support unit of the electric fan according to the sixth aspect of the present invention, the frame for supporting the electric motor that drives the impeller of the fan is supported or attached to the unit. The pedestal that supports the supporting column attaching / detaching means that supports the entire fan is supported, and can be provided as a “stationary fan” that can be used by allowing the fan to stand on the floor surface. it can. Furthermore, since the column and the pedestal can be detached from each other when mounting on the vacuum cleaner, the overall weight of the electric fan can be reduced, and an effect that the wrist is hardly burdened can be obtained. Therefore, it is possible to solve the problem of “providing a fan that is a stationary fan that can be used on its own, stably on the floor surface, etc., but is less burdensome on the wrist even when worn on a vacuum cleaner”.

  Embodiments for carrying out the invention described in claim 6 will be described in embodiments 3 and 4.

  According to a seventh aspect of the present invention, “the vent pipe can be attached / detached with the post attached, and the post can be attached / detached with the vent pipe attached. No fan "is provided.

  Thus, the fan mounted on the column and used as a “stationary fan” is first mounted with a ventilation pipe of a vacuum cleaner, and then the column is detached, whereby the fan is The effect which can be safely mounted on the vacuum cleaner can be obtained.

  Conversely, for the electric fan that is attached to the ventilation pipe and used as a “fan attached to a vacuum cleaner”, the support is first attached, and then the ventilation pipe is detached. , The effect that the electric fan can be safely returned to the stationary electric fan can be obtained.

  For example, there are “frame F that supports the motor”, “post attaching / detaching means Y”, and “post S”, and the fan F + Y + S with S attached to Y is used as a stand-alone fan on the floor surface. The situation is assumed (using the means described in claims 5 and 6).

  In this situation, the user only needs to perform the following two-step attachment / detachment operation in order to mount the fan on the “ventilating pipe A having the handle of the vacuum cleaner”.

  First, the user holds the handle of A and attaches it by inserting “the ventilation pipe attachment / detachment means X of the fan” to form an attachment state of A + X + F + Y + S (the means according to claim 1). use). At this time, in the attachment between A and X, the separation prevention mechanism automatically works to prevent the electric fan from separating from A (using the means according to claim 3).

  Next, the user removes S from Y and pulls out while holding the handle, thereby obtaining “Fan A + X + F attached to the ventilation pipe having the handle of the vacuum cleaner”, and completing the target installation. (Using the means of claim 1).

  If the user desires, a “long-end ventilation pipe B” can be attached to another opening of X to obtain A + X + B and X + F (using the means according to claim 2). ). At this time, the electric power can be supplied to the electric fan from the vacuum cleaner (using the means described in claim 4).

  On the other hand, when the electric fan mounted on the vacuum cleaner is returned to the stationary electric fan, the following two steps of attaching and detaching operations may be performed.

  First, the user holds the handle of the “fan A + X + F attached to the ventilation pipe having the handle of the vacuum cleaner”, inserts the support column S into the support column attaching / detaching means Y that supports F of A + X + F, and installs A + X + F + Y + S. Is formed (using the means according to claim 6).

  Next, the user can obtain a stationary fan F + Y + S by pressing a button installed near the handle to release the separation prevention mechanism between A + X and pulling out A while holding the handle. Yes (using the means of claim 3).

  The above operation is realized by linking the means described in claims 1 to 6, and is completed only by simple operations such as “insert”, “pull out”, and “press a button”. For this reason, it is not necessary to directly hold the electric fan by hand, and an effect of completing the change of the electric fan can be obtained. Further, according to the feature of the seventh aspect, since the mounting state of A + X + F + Y + S can be formed without interference between S and A, it is possible to obtain an effect that the replacement of the fan can be completed more safely.

  Therefore, “It is possible to change the stationary fan to the vacuum cleaner with a simple operation, without accidentally dropping the fan during changing clothes, and without touching the fan guard of the fan. It provides a fan that can be changed safely and securely in a gripped state, and that can ensure the same safety even when the fan is removed from the vacuum cleaner and replaced with a stationary fan. " be able to.

  In addition, this provides a way to put the stationary fan on the vacuum cleaner with a simple operation. That is,

  “Using a fan that can be attached to and detached from the strut and the ventilation pipe, a method of obtaining a fan in which both the strut and the ventilation pipe are installed by attaching the ventilation pipe to the fan that is equipped with the support.”

  “Using a fan that can be attached to and detached from the support column and the ventilation pipe, a method of obtaining an electric fan in which both the support column and the ventilation pipe are installed by attaching the support column to the fan in which the ventilation pipe is installed.”

  "A method of obtaining a fan with a vent pipe attached by removing the strut from the fan with both the strut and the vent pipe, using a fan that can be attached to and detached from the strut and the vent pipe."

  “A method for obtaining a fan with a support attached by removing the ventilation pipe from the fan with both the support and the ventilation pipe using a fan in which both the support and the ventilation pipe can be attached and detached” is provided.

  Furthermore, “Using a fan in which each of the support and the ventilation pipe can be attached / detached, the ventilation pipe is attached to the electric fan to which the support is attached, and a fan with both the support and the ventilation pipe is obtained. ”How to get a fan with a vent pipe removed from the support”

  “Using a fan that can be attached to and detached from the support column and the ventilation pipe, attach the support column to the fan with the ventilation pipe installed, and then obtain a fan with both the support column and the ventilation pipe installed. Is provided, and a method of obtaining a fan with a support attached is provided.

  Furthermore, “any of the above-described methods using an attaching / detaching means having a separation preventing mechanism in attaching / detaching the ventilation pipe and the electric fan” is provided.

  This provides a safe and reliable way to change clothes while holding the handle of the vacuum cleaner without accidentally dropping the fan during changing clothes and touching the fan guard of the fan. A method is also provided that can ensure the same safety in the operation of removing the electric fan from the vacuum cleaner and changing it back to the stationary electric fan.

  A mode for carrying out the invention described in claim 7 will be described in a fourth embodiment.

  According to an eighth aspect of the present invention, there is provided a movable part in any one of “the frame, between the frame and the electric motor, between the frame and the ventilation pipe attaching / detaching means, and the ventilation pipe attaching / detaching means. An electric fan according to any one of 5 to 7 is provided. In addition, any one of the above-described fans having a movable part included in any one of the above-described electric fans and having “a movable part having a rotating shaft or a bearing in the movable part” is also provided. As a result, in a state where the electric fan is mounted on the ventilation pipe of the vacuum cleaner and used, the moving part moves between the ventilation pipe and the electric motor, thereby changing the direction of the impeller driven by the electric motor. Therefore, it is possible to obtain an effect of changing the blowing direction of the electric fan relative to the ventilation pipe. Therefore, it is possible to solve the problem of “providing a fan capable of blowing air to the various parts of the human body in the blowing direction of the fan mounted on the ventilation pipe of the vacuum cleaner”.

  An embodiment for carrying out the invention described in claim 8 will be described in the first, second and fifth embodiments.

According to the ninth aspect of the invention, “the impeller or the electric motor has a hollow portion, and the impeller can be driven in a state where the vent pipe or the vent pipe attaching / detaching means is passed through the hollow portion. An electric fan according to any one of claims 5 to 8 is provided. As a result, since the ventilation pipe passes through the center of the electric fan, the effect of shortening the distance from the ventilation pipe to the most protruding portion can be obtained. Therefore, it is possible to solve the problem of “providing a compact fan that is less likely to be swung into a wall or the like when the ventilation pipe of the vacuum cleaner is twisted”.
By passing the ventilation pipe through the hollow portion, it is possible to obtain an effect that the center of gravity of the electric fan can be positioned in the space near the axis of the ventilation pipe attached to the electric fan, and the electric fan is attached to the vacuum cleaner. However, it is possible to obtain an effect of providing a fan that hardly increases the burden on the hand and a vacuum cleaner equipped with the fan.

  Embodiments for carrying out the invention described in claim 9 will be described in embodiments 1 and 2.

  According to the invention described in claim 10, there is provided "the electric fan according to any one of claims 5 to 8, wherein the number of electric motors supported by the frame is two or more". Thereby, as shown in Example 5, a larger electric fan can be constituted by combining small and inexpensive single electric fans. Further, by providing each single fan with a movable portion, it is possible to obtain an effect of blowing each single fan in various directions. Therefore, the problem of “providing a fan that can blow air toward a wide range of the body while using an inexpensive small fan” can be solved.

  In the case where the number of electric motors is two or more, the arrangement method described in the fifth embodiment can be used to easily obtain the effect that the center of gravity of the electric fan can be located in the space near the axis of the ventilation pipe attached to the electric fan. be able to. Therefore, even if a fan is attached to the vacuum cleaner, it is possible to easily provide an electric fan that does not easily increase the burden on the hand and a vacuum cleaner equipped with the fan.

  A mode for carrying out the invention described in claim 10 will be described in Examples 5, 13, 15, and 16.

  According to an eleventh aspect of the present invention, there is further provided an attachment / detachment portion between the ventilation pipe attaching / detaching means and the frame, and the ventilation pipe attaching / detaching means and the frame can be attached to and detached from each other. To 10 ”is provided. Thus, if the manufacturer of the electric fan prepares an adapter (a part having a ventilation pipe attaching / detaching means detached at the attaching / detaching portion according to claim 11) according to the type of each vacuum cleaner, the same electric fan can be reused. An effect of providing a dedicated electric fan for each vacuum cleaner can be obtained. Therefore, it is possible to solve the problem of “providing a fan that can reduce the manufacturing cost to a fan manufacturer”.

  The remarkable effect of the invention as set forth in claim 11 will be described in detail in Example 10. The embodiment for carrying out the invention described in claim 11 will be described in the sixth embodiment.

  According to the twelfth aspect of the present invention, there is provided a “vacuum cleaner having a fan according to any one of the first to eleventh aspects”. Thereby, it is possible for the manufacturer of the vacuum cleaner to obtain an effect of selling a fan that can be attached to the vacuum cleaner together with the vacuum cleaner, and to obtain an effect of further increasing the added value of the vacuum cleaner. In addition, for home appliance manufacturers that have provided electric fans and vacuum cleaners as separate products, it is possible to provide products that can produce synergies between the electric fan business and the vacuum cleaner business. The effect of being able to develop the “vacuum cleaner” business can be obtained. Therefore, it is possible to solve the problem of “providing a user with a product that can be collectively purchased as a vacuum cleaner equipped with a fan”.

  According to a thirteenth aspect of the present invention, there is provided “a ventilation pipe attaching / detaching means that can be attached to and detached from the frame at the attaching / detaching portion between the frame of the electric fan according to claim 11 and the vent pipe attaching / detaching means”. . Thus, if the manufacturer of the fan sells the ventilation pipe attachment / detachment means according to the type of each vacuum cleaner as an adapter separately, it is possible to obtain an effect of providing a dedicated fan for each vacuum cleaner. However, when the user purchases a new vacuum cleaner of a different type from the old vacuum cleaner, the user simply replaces the adapter with a new vacuum cleaner and replaces the fan used in the old vacuum cleaner with the new vacuum cleaner. It is possible to obtain the effect of being able to be worn and used. Therefore, it is possible to solve the problem of “providing a fan that can reduce the purchase cost of a fan when a vacuum cleaner is replaced by a user of the fan”.

  Embodiments for carrying out the invention described in claim 13 will be described in Embodiments 6, 10 and 11.

  According to the fourteenth aspect of the present invention, there is provided a “fan that can be attached to and detached from the ventilation pipe attaching / detaching means at the attachment / detachment portion between the frame of the electric fan according to claim 11 and the ventilation pipe attaching / detaching means”. . Thereby, the manufacturer of an electric fan can acquire the effect which can sell this electric fan and this ventilation pipe attachment / detachment means as separate products. When the user breaks the electric fan, the user only has to replace the electric fan portion according to the fourteenth aspect, so that the ventilation pipe attaching / detaching means according to the thirteenth aspect does not have to be purchased. Therefore, the problem of “providing a fan that can reduce the purchase cost of a fan when the fan is broken” can be solved.

  Embodiments for carrying out the invention described in claim 14 will be described in embodiments 6 and 10.

  According to the fifteenth aspect of the present invention, “a fan in which both a column and a ventilation pipe are attached to a fan in which the column and the ventilation pipe are attached to the fan in which the column is installed and the ventilation column is installed. Then, there is provided a method for obtaining a fan with a vent pipe attached by removing the support from the fan. As a result, the electric fan can always be supported by the support of the column or the ventilation pipe standing on the floor, and the dressing operation can be performed without directly supporting the electric fan. Therefore, “There is no need to support the fan directly by hand during the work of removing the support from the stationary fan and changing it to the vacuum cleaner, and it is possible to change the clothes while holding the handle of the vacuum cleaner. The problem of “providing” can be solved. In addition, by taking the reverse procedure, there is no need to support the fan directly by hand during the work of removing the fan from the vacuum cleaner and changing it back to the stationary fan with the support. It is also possible to provide an effect of providing a method for changing the clothes even when the hand is held.

  A mode for carrying out the invention described in claim 15 will be described in a fourth embodiment.

  According to the invention of claim 16, there is provided "a method according to claim 15, wherein an attaching / detaching means having a separation preventing mechanism is used for attaching / detaching the ventilation pipe and the electric fan". Thereby, the “changing of the electric fan” described in the fourth embodiment can be performed safely. Therefore, it is possible to solve the problem of “providing a method for safely and reliably arriving without changing the electric fan by mistake during the change of the electric fan”.

  A mode for carrying out the invention described in claim 16 will be described in a fourth embodiment.

  In addition, according to the ventilation pipe attaching / detaching means of any one of the above-described fans, the means that is the “attaching / detaching means by insertion” provides an effect that it can be easily attached by simply inserting it. Can do.

  Further, according to the ventilation pipe attaching / detaching means of any one of the above-mentioned electric fans, the means that is the “twisting attaching / detaching means” has a feature that it can be securely attached by twisting to prevent detachment and hardly falls. The effect of obtaining mounting can be obtained.

  Further, according to the ventilation pipe attaching / detaching means included in any one of the above-described electric fans, the means that is the “non-twisting attaching / detaching means” can provide an effect that can be easily put on correctly without being twisted each time. .

  According to the ventilation pipe attaching / detaching means of any one of the above-mentioned fans, the “attaching / detaching means supported by mounting” can provide an effect of supporting the fan on the ventilation pipe.

  Further, according to the "ventilating pipe attaching / detaching means capable of attaching the opening without a gap through which air leaks", the vent pipe attaching / detaching means included in any one of the above fans is provided. Since there is no gap through which air leaks at the mounting portion between the two, it is possible to obtain an effect that clearly shows that it can be used as a ventilation pipe of a vacuum cleaner.

  Further, according to the above-mentioned “ventilating pipe attaching / detaching means capable of attaching / detaching the attaching / detaching portion between the two vent pipes”, the two vent pipes of the vacuum cleaner are mutually connected. The effect which can be mounted | worn with the same method as the method of mounting | wearing can be acquired.

  Further, a ventilation pipe attaching / detaching means included in any one of the above-mentioned fans, wherein the “a ventilation pipe attaching / detaching means capable of attaching / detaching a male opening or a female opening of one or more ventilation pipes”, “male of one or more ventilation pipes”. "Ventilation pipe attachment / detachment means for attaching / detaching opening and female opening", "Ventilation pipe attachment / detachment means for attaching / detaching male opening of one or more ventilation pipes", "Ventilation pipe attachment / detachment capable of attaching / detaching female opening of one or more ventilation pipes" According to the attaching / detaching means which is one of the means, it is possible to obtain the effect that the two ventilation pipes can be attached by the same method as the method of attaching the two ventilation pipes to each other.

  Further, a ventilation pipe attaching / detaching means included in any one of the above-mentioned electric fans, wherein the “venting pipe attaching / detaching means characterized by having a cylindrical body”, “having a cylindrical body, and opening the cylindrical body According to the attachment / detachment means, which is either a ventilation pipe attachment / detachment means having an attachment / detachment part ”or“ a ventilation pipe attachment / detachment means having a cylindrical body and capable of attaching / detaching the opening of the ventilation pipe to the opening of the cylindrical body ”. For example, since it is an attaching / detaching means having the characteristics of the ventilation pipe of the vacuum cleaner, it is possible to obtain an easily understandable effect that the two ventilation pipes can be attached in the same manner as the attachment method.

  Further, a ventilation pipe attaching / detaching means included in any one of the above-mentioned fans, wherein “the ventilation pipe attaching / detaching means characterized by having a ventilation pipe”, “having a ventilation pipe and attaching / detaching an opening of the ventilation pipe” According to the attachment / detachment means which is either “the ventilation pipe attachment / detachment means” or “the ventilation pipe attachment / detachment means which has the ventilation pipe and can attach / detach the opening of the ventilation pipe to / from the opening of the ventilation pipe” Since the attachment / detachment means has the ventilation pipe, it is possible to obtain an effect that can be clearly and easily understood that the two ventilation pipes can be attached in the same manner as the attachment of each other.

  Further, the above-mentioned ventilation pipe attaching / detaching means possessed by any one of the above-mentioned electric fans has the above-mentioned “cylindrical wall that partitions the space where negative pressure air exists when the cleaner is in operation from the space where atmospheric air exists. According to the attachment / detachment means which is a ventilation pipe attachment / detachment means characterized by the above, it is possible to obtain an effect that clearly shows that the ventilation pipe can be attached and used as a ventilation pipe of a vacuum cleaner.

  Further, according to any one of the above-described electric fans, according to the “fan having no attachment / detachment portion between the ventilation pipe attaching / detaching means and the frame”, the ventilation pipe attaching / detaching means does not detach from the frame. It is possible to obtain an effect that only the ventilation pipe attaching / detaching means is lost and cannot be used. Moreover, since there is no attachment / detachment site | part, an electrode is not exposed in this attachment / detachment site | part, and the effect which improves safety | security can be acquired. Further, the effect of reducing the weight can be obtained by the amount of parts.

  Further, in any one of the above-described electric fans, “the electric fan having a center of gravity located in a space near the axis of the ventilation pipe attached to the electric fan or a space near the axis of the ventilation pipe attaching / detaching means” According to this, the effect that the center of gravity is located in the space near the axis of the ventilation pipe can be obtained. Therefore, it is possible to provide an effect that can provide a fan that does not easily increase the burden on the hand even if the fan is attached to the vacuum cleaner, and a vacuum cleaner equipped with the fan.

  Also, a ventilation pipe attaching / detaching means capable of attaching / detaching two or more ventilation pipes of any one of the above-mentioned fans, wherein “a ventilation pipe attaching / detaching means which can be inserted between two ventilation pipes of a vacuum cleaner”, “two openings The above-mentioned ventilation pipe attaching / detaching means having a cylindrical body having a portion, and a ventilation pipe attaching means capable of attaching a ventilation pipe to each of the two openings "," Ventilation pipe attaching / detaching having a cylindrical body having two openings One of two ventilation pipes that can be attached to and detached from each other can be attached to one of the two openings, and the other of the two ventilation pipes that can be attached to and detached from each other is attached to the other of the two openings. According to the attachment / detachment means that can be used as a ventilation pipe attachment means that can be used as a part of the ventilation pipe when the cleaner is in operation, the vacuum cleaner is operated. The fan according to the second aspect of the invention can be inserted and used in a detachable part near the ventilation pipe having a handle for performing the operation, and the fan is always operated near the human body during cleaning. The effect which becomes possible can be acquired.

  A vent pipe attaching / detaching means capable of attaching / detaching two or more vent pipes of any one of the above-described fans, wherein “the two attached vent pipes are arranged in a straight line. According to the above, even when the ventilation pipe attaching / detaching means is inserted between the two ventilation pipes of the vacuum cleaner, the two ventilation pipes mounted with the ventilation pipe attaching / detaching means sandwiched therebetween are arranged linearly. Thus, it is possible to obtain an effect that can be used without almost increasing the burden on the wrist for operating the vacuum cleaner.

  Further, a vent pipe attaching / detaching means capable of attaching / detaching two or more vent pipes of any one of the above-mentioned fans, “the vent pipe attaching / detaching means having a cylindrical body having two openings, and the two openings According to the ventilation pipe attaching / detaching means whose distance between the parts is 30 centimeters or less, since it is short, an effect of facilitating insertion between the two ventilation pipes can be obtained.

(Hot air machine)
On the other hand, on cold days, such as in winter, the air is moved by the airflow exhausted by the vacuum cleaner, making it easier for the human body to feel the cold. The heat generated by the motor in the vacuum cleaner discharges air at a temperature slightly higher than the sucked air from the discharge port, but the temperature is too low for warm air to warm the human body in winter. Therefore, it is another problem to provide a device for constantly warming a human body that continues to move while applying a vacuum cleaner. In solving the problem, any one of the above-described electric fans, which is further provided with a heat generating means and capable of blowing warm air, can be used. Thereby, the effect which can blow warm air can be acquired. Therefore, it is possible to solve the problem of providing a device for constantly warming a human body that continues to move while applying a vacuum cleaner.

(Ion generation means, humidification means)
Also, on days with low humidity, static electricity is likely to occur, and dust tends to adhere to the human body. For this reason, it is also an issue to provide a device that suppresses static electricity around the human body that continues to move while applying a vacuum cleaner. In solving the problem, any one of the above-described electric fans, “an electric fan having a humidifying means for humidifying air” can be used. Thereby, the effect which suppresses static electricity by humidification can be acquired. Therefore, it is possible to solve the problem of providing a device that suppresses static electricity around a human body that continues to move while applying a vacuum cleaner. Furthermore, any one of the above-described electric fans, which is “a fan that has ion generation means and can blow air containing ions” can be used. Further, any one of the above-described electric fans can be used, which is “an electric fan having an ion generating element including a positive discharge part that generates positive ions and a negative discharge part that generates negative ions”. Further, in any one of the above electric fans, “a humidifying means for humidifying air, a discharge electrode, an electrode cooling means for cooling the discharge electrode with a radiation fin to condense moisture, and a high voltage on the discharge electrode. An electric fan having an ion generating means for generating ion mist by applying a mist can be used. Further, in any one of the above-described electric fans, “the ions used in the nanoe generation means of Panasonic (Japanese Unexamined Patent Application Publication No. 2012-235862, etc.) or the plasma cluster generation means of SHARP (Japanese Unexamined Patent Application Publication No. 2012-196467, etc.) An electric fan equipped with generating means can be used. The ions generated by any one of the above-described ion generating means can obtain an effect of suppressing static electricity, and can further obtain an effect of air purification and deodorization. Further, ions can be directed toward the human body from the vicinity of the handle of the ventilation pipe. Since it can blow, the skin moisturizing effect can be obtained effectively. Therefore, it is possible to more effectively solve the problem of providing a device that suppresses static electricity around a human body that continues to move while applying a vacuum cleaner.

  The “attachment / detachment part between the ventilation pipe attaching / detaching means and the frame” according to the invention of claim 11, wherein “attachment / detachment part using a standard terminal as the attachment / detachment part” or “universal serial bus standard terminal” The “attachment / detachment part that uses as the attachment / detachment part” can provide an effect that a fan that can be attached to and detached from the ventilation pipe attaching / detaching means can be attached to another standard terminal or a universal serial bus standard terminal. Therefore, the effect of providing a fan that can be attached to a vacuum cleaner and that can be used even when the vacuum cleaner is not used can be obtained at low cost.

  The “attachment / detachment part between the ventilation pipe attaching / detaching means and the frame” according to the invention of claim 11, wherein the “attachment / detachment part using a non-standard terminal as the attachment / detachment part” is the ventilation pipe attaching / detaching means. Since the frame that can be attached to the frame can be limited, a “compatibility check effect” can be obtained in the combination between the ventilation pipe attaching / detaching means and the frame. Therefore, the effect of eliminating the risk of the user accidentally wearing a combination that does not match the center of gravity or the power supply capacity can be obtained also in the attaching / detaching means.

  The “attachment / detachment part between the ventilation pipe attaching / detaching means and the frame” according to the invention of claim 11, wherein the “attachment / detachment part not using the holding means” has an effect of excluding “demerits of the holding means”. Can be obtained.

  “Demerit of clamping means” means that the fan is attached to the ventilation pipe using the clamping means. “Due to the fact that the position to wear and the direction to wear vary because the position to wear is not determined”, “ If the direction of wearing is tilted, the appearance will deteriorate and the value as an industrial product will be reduced. ”“ It is necessary to press the shiatsu part to open and close the clamping means by hand, and the parts for this tend to be large and look good "Demerits that worsen", "Demerits that are easy to get injured by pinching hands", "Demerits that some people may not be able to use pinching means such as elderly people and children with weak hand power" Since the position of the center of gravity also changes as the direction changes every time, there is a demerit that may cause SHIR stress on the hand that operates the cleaner.

  In any one of the above-described fans, the “fan having no clamping part between the ventilation pipe attaching / detaching means and the frame” can obtain an effect of eliminating the “demerit of the clamping means”.

(Storage battery)
In any one of the above-described electric fans, a “fan that further includes a battery or a storage battery and drives an electric motor using electric power of the battery” can be used. Thereby, the effect which can provide the electric fan which can drive an impeller even in the state where the power supply of the cleaner was turned off for exchange of an aeration pipe can be acquired.

It is a front view (Example 1) of the electric fan which has a hollow motor and a ventilation pipe. It is a side view (Example 1) of the electric fan which has a hollow motor and a ventilation pipe. It is the relationship (Example 1) of the fan and ventilation pipe of a cleaner seen from the handle | steering-wheel side. It is the relationship (Example 1) of the fan and the ventilation pipe of the cleaner seen from the dust suction port side. It is an electric fan (Example 1) equipped with a ventilation pipe. It is sectional drawing (Example 1) of the electric fan which has a hollow motor and a ventilation pipe with a rotor outside a stator. It is sectional drawing (Example 1) of the electric fan which has a hollow motor and a ventilation pipe which have a rotor inside a stator. It is a rear view (Example 2) of the electric fan which has a hollow bearing and a ventilation pipe. It is sectional drawing (Example 2) of the electric fan which has a hollow bearing and a ventilation pipe. It is the electric fan and cap (Example 3) which have the support | pillar standing on the base, and support | pillar attaching / detaching means. It is sectional drawing (Example 3) of the electric fan which has support | pillar attaching / detaching means, and a cap. It is an electric fan (Example 3) equipped with the support | pillar standingly arranged by the base. Step 1: Release of the separation preventing mechanism between the cap and the fan (Example 4). Step 2: Detach the cap and the fan (Example 4). Step 3: Installation of the ventilation pipe and fan of the vacuum cleaner having a handle (Example 4). Step 4: It is the mounting state (Example 4) of the ventilation pipe of the cleaner which has a handle, an electric fan, and a support | pillar. Step 5: Release of the separation preventing mechanism between the electric fan and the support (Example 4). Step 6: Detachment of fan and support (Example 4). Step 7: Mounting of the electric fan and the support (Example 4). Step 8: Release of the separation preventing mechanism between the ventilation pipe having the handle and the electric fan (Example 4). Step 9: Detachment of vent pipe and fan with handle (Example 4). This is a first example (Embodiment 5) having two electric motors and two impellers. Two electric motors with two electric motors and two impellers (Example 5). A motor with two electric motors and two impellers and attachment / detachment of a support (Example 5). (Embodiment 5) This is the mounting of a motor with two electric motors and two impellers on a fan (Example 5). It is the state 1 (Example 6) which removed the ventilation pipe attachment / detachment means from the frame. It is the state 2 (Example 6) which removed the ventilation pipe attachment / detachment means from the frame. It is a front view (Example 8) of the electric fan which has a ventilation pipe clamping means. It is an upper surface figure (Example 8) of the electric fan which has a ventilation pipe clamping means. It is a lower surface figure (Example 8) of the electric fan which has a ventilation pipe clamping means. It is a front view (Example 8) of the electric fan which has a ventilation pipe clamping means to clamp a standard pipe. It is an upper surface figure (Example 8) of the electric fan which has a ventilation pipe clamping means to clamp a standard pipe. It is an upper surface figure (Example 8) of the electric fan which has a ventilation pipe clamping means to clamp a desk. It is a fan (Example 8) characterized by being able to clamp a standard pipe between a battery and an electric motor. A fan having a ventilation pipe clamping means and a standard pipe (Example 9) hung by a thread. A fan (Example 9) in which the center of gravity when the standard pipe is clamped in the ventilation pipe clamping means is located in the internal space of the standard pipe. A fan (Example 9) in which the center of gravity when the standard pipe is clamped by the ventilation pipe clamping means is not located in the internal space of the standard pipe. It is a ventilation pipe (Example 10, 11, 12) which has a terminal of a universal serial bus standard. This is a “fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power” (Example 13), created by mounting two fans on a universal serial bus standard multi-port hub. “Fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power” and its center of gravity (Example 13). It is the determination method (Example 13) of "the electric fan which can stand on a cylindrical surface at the front-end | tip of a terminal which can receive electric power." (Example 13) which is the mounting | wearing of the ventilation pipe of the cleaner of "the electric fan which can stand on a cylindrical surface at the front-end | tip of a terminal which can receive power". A vent pipe (Example 13) of a vacuum cleaner equipped with a “fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power”. FIG. 14 is a blower control device (Example 14) that controls electricity supplied from a power source to the electric motor of the electric fan by power supply control means. FIG. (Example 15) which is the downward airflow by the electric fan which has one impeller rotating clockwise, and one impeller rotating counterclockwise. (Example 15) which is an ascending current by a fan having one impeller rotating clockwise and one impeller rotating counterclockwise. It is a front view (Examples 15 and 16) of a fan which has two impellers rotating clockwise and two impellers rotating counterclockwise. It is an upper surface figure (Examples 15 and 16) of a fan which has two impellers rotating clockwise, and two impellers rotating counterclockwise. It is an exploded view (Examples 15 and 16) of a stick type vacuum cleaner which has a “forward / reverse rotation type blower control type blower with a handle” in which an impeller generates a negative pressure in the vacuum cleaner. It is a side view (Examples 15 and 16) of a stick type vacuum cleaner which has a "forward / reverse rotation type blower control type blower with a handle" in which an impeller generates a negative pressure in the vacuum cleaner. It is a general view (Examples 15 and 16) of a stick type vacuum cleaner having a “forward / reverse rotation type blower control type blower with a handle” in which an impeller generates a negative pressure in the vacuum cleaner.

(Removable part between two ventilation pipes)
1 to 5 and FIGS. 15 to 23, the handle-side ventilation pipe 120 of the vacuum cleaner and the dust suction port-side ventilation pipe 126 of the vacuum cleaner are “two ventilations” of a commercially available Mitsubishi Electric vacuum cleaner TC-FXB7P. Pipe ".

  The male opening 127 and female opening 121 of the two ventilation pipes (120 and 126) of the TC-FXB7P have a shape-matching portion that overlaps with each other without a gap through which air leaks at a portion approximately 55 millimeters from the opening. , It can be attached to and detached from each other as a "detachable part between two ventilation pipes".

  Furthermore, the “detachable part between the two ventilation pipes” of the TC-FXB7P includes a “detachment prevention mechanism” described below.

  Inside the female opening 121 of the ventilation pipe of the TC-FXB7P, there is a “claw” having a height of about 2 millimeters about 40 millimeters from the female opening 121. Further, on the outside of the male opening 127 of the ventilation pipe of TC-FXB7P, there is a “dent” having a depth of about 2 millimeters at a position about 15 millimeters from the male opening 127.

  When the male opening 127 of the two ventilation pipes of TC-FXB7P is completely inserted into the female opening 121, the claw is caught in the recess, thereby preventing the separation between the two ventilation pipes. .

  The claw is a movable part, and a part of the movable part is exposed as a button outside the position about 20 millimeters from the knife opening 121. When the button is pressed with finger pressure, the claw is retracted to release the prevention of separation.

  In the following embodiments of the present specification, as an “attachment / detachment part between two ventilation pipes”, an attachment / detachment part having the same structure as the “attachment / detachment part between two ventilation pipes” of TC-FXB7P and the same separation preventing mechanism are used. Used.

  Further, in the embodiments in the present specification, the “attachment / detachment part between the ventilation pipe attaching / detaching means and the ventilation pipe” has the same attachment / detachment part and the same separation as the “attachment / detachment part between the two ventilation pipes” of TC-FXB7P. A prevention mechanism is used.

  For this reason, in the embodiment of the present specification, even if the shape of the button or the like is not clearly shown in the drawing, the separation preventing mechanism always works automatically at the attachment / detachment site using the ventilation pipe, Withdrawal is prevented. Further, the detachment prevention mechanism can be easily detached by pulling out while pressing a button near the knife opening.

(Electric fan for vacuum cleaner: hollow motor)
1 and 2 are a front view and a side view of a fan 100 mounted as “a fan using a hollow motor and having a ventilation pipe in a ventilation pipe attaching / detaching means”. The electric fan 100 has a ventilation pipe attaching / detaching means 101. The ventilation pipe attaching / detaching means 101 has a shape of a cylindrical body having a cylindrical wall that partitions a space where negative pressure air is present from a space where atmospheric pressure air is present when the vacuum cleaner is in operation, Two openings, 102 and a female opening 103, are provided on both sides of the cylindrical body, and the cylindrical body serves as a ventilation pipe. The distance between the two openings is 30 centimeters or less.

  As shown in FIGS. 3 and 4, the ventilation pipe attaching / detaching means 101 of the electric fan 100 is cleaned by inserting the male opening 102 of the ventilation pipe attaching / detaching means 101 into the female opening 121 of the handle side ventilation pipe 120 of the cleaner. The female opening 121 of the ventilation pipe 120 of the machine can be mounted, and can be detached by pushing the button near the female opening 121 of the ventilation pipe 120 of the vacuum cleaner and pulling out while releasing the separation prevention mechanism. Therefore, it is possible to repeat the attachment and detachment.

  The ventilation pipe attaching / detaching means 101 of the electric fan 100 inserts the male opening 127 of the dust suction port side ventilation pipe 126 of the vacuum cleaner into the female opening 103 of the ventilation pipe attaching / detaching means 101 so that the male of the ventilation pipe 126 of the vacuum cleaner is inserted. The opening 127 can be attached, and can be detached by pushing the button 106 near the female opening 103 of the ventilation pipe attaching / detaching means 101 and pulling it out while releasing the separation preventing mechanism. Can do.

  By attaching the male opening 102 to the female opening 121 and simultaneously attaching the female opening 103 to the male opening 127, the electric fan 100 can be inserted between the two ventilation pipes of the vacuum cleaner. Further, the main body side portion 125 of the handle side ventilation pipe 120 is attached to the main body of the vacuum cleaner via another ventilation pipe, and the vacuum cleaner can be used with the fan 100 being attached when the vacuum cleaner is in operation. it can.

  As shown in FIG. 5, by inserting the electric fan 100 between the two ventilation pipes of the vacuum cleaner, the electric fan 100 is placed between the handle 124 of the ventilation pipe of the vacuum cleaner and the head 137 at the dust suction port of the vacuum cleaner. Can be attached to. In this mounting, the two ventilation pipes are arranged in a straight line, and the central axis of the ventilation pipe connecting the handle 124 and the head 137 is a roll rotation shaft 140. Further, the yaw rotation shaft 141 and the pitch rotation shaft 142 which are perpendicular to the above are used in the following description.

  At this time, the electrode 107 of the male opening 102 is in contact with the electrode 122 of the female opening 121, the electrode 136 of the female opening 103 is in contact with the electrode 128 of the male opening 127, and the electrode 107 and the electrode Since 136 is an “electrical conduction means” connected to each other by an electric conductor, the electrode 122 and the electrode 128 are connected by an electric conductor and are used in an energized state without insulation when the cleaner is in operation. be able to.

  When it is desired to disengage the attachment, the female opening 121 is detached from the male opening 102, the male opening 127 is detached from the female opening 103, and the male opening 127 is attached to the female opening 121. The vacuum cleaner can be used in a state where the electric fan 100 is not attached to the vacuum cleaner.

  The electric fan 100 has a frame comprising an inner fixed frame 115, an outer fixed frame 116, a yaw rotation movable portion 117, and a pitch rotation movable portion 118 as a frame according to claims 5 to 9. And is supported by the ventilation pipe attaching / detaching means 101.

  The inner fixed frame 115 is supported by the ventilation pipe attaching / detaching means 101 via the yaw rotation movable portion 117. The yaw rotation movable part has a rotatable shaft (yaw rotation shaft) and a bearing, and rotates the direction of the electric fan 100 around the yaw rotation axis in a range where the inner fixed frame 115 does not collide with the ventilation pipe attaching / detaching means 101. be able to.

  The inner fixed frame 115 supports the hollow motor 109 via the outer fixed frame 116 while supporting the outer fixed frame 116 via the pitch rotation movable portion 118. The pitch rotation movable portion has a rotatable shaft (pitch rotation shaft) and a bearing, and rotates the direction of the electric fan 100 around the pitch rotation axis in a range where the outer fixed frame 116 does not collide with the ventilation pipe attaching / detaching means 101. be able to.

  The electric fan 100 has a hollow motor 109, and the ventilation pipe attaching / detaching means 101 is passed through an inner hollow portion of the hollow motor 109. The stator 113 of the hollow motor 109 is supported by the ventilation pipe attaching / detaching means 101 via the outer fixed frame 116, the pitch rotation movable portion 118, the inner fixed frame 115, and the yaw rotation movable portion 117. The electric fan 100 has an impeller 110 fixed to the rotor 112 of the hollow motor 109, and the impeller 110 has a hollow portion that encloses the inner hollow portion of the hollow motor. In addition, the electric cord 108 is electrically connected to the electrode 107 in the ventilation pipe attaching / detaching means 101, passes through the inside of the yaw rotation movable portion 117, further passes through the surface of the inner fixed frame 115, and further moves to the pitch rotation movable portion. It passes through the inside of 118 and further passes through the outer fixing frame 116 and is electrically connected to the hollow motor 109. Thereby, the electric fan 100 can be blown by rotating the rotor 112 of the hollow motor 109 and rotating the impeller 110 using the electricity supplied via the electric conduction means. Furthermore, the electric fan 100 has a fan guard 111 for preventing the rotating impeller 110 from colliding with a human hand.

  As shown in the front view of FIG. 1, the electric fan 100 is arranged in a substantially circular shape so as to surround the vent pipe attaching / detaching means 101, and the center of gravity of the electric fan 100 is substantially inside the vent pipe attaching / detaching means 101. It is in a space (a space where negative pressure air exists when the vacuum cleaner is operated), and its center of gravity is located in the space near the shaft.

  Based on this shape, it is possible to install other components from here, taking into consideration that the center of gravity does not change significantly. For example, an electric circuit for adjusting the rotational speed of the hollow motor can be installed near the surface of the ventilation pipe attaching / detaching means 101.

  FIG. 6 shows an embodiment in which the rotor 112 is outside the stator 113 in the hollow motor 109. FIG. 7 shows an embodiment in which the rotor 112 is inside the stator 113 in the hollow motor 109. In any case, the stator 113 is supported by a frame (a frame made up of the inner fixed frame 115, the outer fixed frame 116, the yaw rotation movable portion 117, and the pitch rotation movable portion 118) supported by the ventilation pipe attaching / detaching means 101, and the rotor 112. By rotating the wheel, the impeller 110 supported by the rotor 112 can be rotated and blown. Further, this embodiment has a hollow bearing by a ball bearing 114. The impeller 110 is an impeller integrated with the rotor 112 and has a hollow portion. The impeller 110 can rotate and blow air while the ventilation pipe attaching / detaching means 101 is passed through the hollow portion. However, the bearing is not limited to a ball bearing, and any known bearing technology such as a sleeve bearing, a spherical bearing, a roller bearing, a fluid bearing, or a magnetic levitation bearing can be used.

  As the hollow motor in the above embodiment, a hollow motor having a hollow rotor and a hollow stator and generating a magnetic force in the rotor and the stator to rotate the rotor can be suitably used.

In the “fan using a hollow motor and having a ventilation pipe in the ventilation pipe attaching / detaching means” described in FIGS. 1 to 7, the diameter of the ventilation pipe attaching / detaching means 101 having the ventilation pipe is 2 cm or more, And it is 5 centimeters or less. The diameter of the inner hollow portion of the hollow motor 109 is not less than the diameter of the ventilation pipe attaching / detaching means 101 and not more than 12 centimeters. Further, as a feature of the size of the electric fan 100, the fan guard 111 has a diameter of 40 centimeters or less, and further, by making the diameter 30 centimeters or less, a more compact electric fan can be provided.

(Electric fan for vacuum cleaner: non-hollow motor)
As another embodiment, FIGS. 8 and 9 show an embodiment of “a fan using a non-hollow motor and having a hollow bearing and a ventilation pipe”. The rotation center of the rotor of the motor 131 coincides with the rotation shaft 132, and the rotation shaft 132 is outside the inner hollow portion 130 of the hollow bearing. The rotational force of the motor 131 is transmitted to the impeller 110 via the pinion gear 133 attached to the rotating shaft 132, and the impeller 110 rotates around the ventilation pipe attaching / detaching means 101. The impeller 110 is supported using a hollow bearing by a ball bearing 114. The impeller 110 has a hollow portion, and the ventilation pipe attaching / detaching means 101 is passed through the hollow portion. The motor 131 rotates using electricity supplied from the electrode 107 via the electric cord 108. The electric cord 108 can also be charged by being connected to a rechargeable battery stored in the rechargeable battery box 135. When electricity is not supplied from the electrode 107, the motor 131 can be rotated by electricity from the rechargeable battery.

  The “fan using a non-hollow motor and having a hollow bearing and a vent pipe” shown in FIG. 8 is arranged in a substantially circular shape around the vent pipe attaching / detaching means 101 so as to surround it. In addition, the motor 131 and the rechargeable battery box 135 are disposed so as to be opposite to each other with the ventilation pipe attaching / detaching means 101 interposed therebetween, so that the center of gravity is not biased. It is easy to adjust the position of the battery box 135 on the fan guard 111. For this reason, the center of gravity of the fan is almost in the interior space of the ventilation pipe (the space where negative pressure air exists when the cleaner is operated), and the center of gravity of the fan is located in the space near the shaft.

The above embodiment is a device that constantly cools a human body that continues to move while applying a vacuum cleaner. Moreover, it is a device that blows sanitary air that is not inhaled from the dust suction port of the vacuum cleaner toward the human body. In addition, since the center of gravity is located in the space near the axis of the ventilation pipe, the fan is less likely to increase the burden on the hand even if the fan is attached to the cleaner, and the cleaner equipped with the fan. In addition, since the vacuum pipe vacuum cleaners that can be installed are limited, it is possible to wear only those combinations that the manufacturer can tolerate for safety reasons. This eliminates the danger of being lost.

(Stationary fan)
10 to 12 show a stationary electric fan configured by mounting a column 200 erected on a pedestal 201, an electric fan 100, and a cap 206.

  Since the inside of the ventilation pipe attaching / detaching means 101 of the electric fan 100 also serves as the support post attaching / detaching means 209, the support attaching / detaching means 209 supports the inner fixing frame 115. Further, the column attaching / detaching means 209 has a shape conforming portion that can be attached to and detached from the column attaching / detaching portion 204 at the tip of the column 200. The column attaching / detaching means 209 attaches the column 200 to keep the position of the inner fixed frame 115 on the pedestal 201, and further keeps the position of the hollow motor 109 on the pedestal via the outer fixed frame 116.

  The strut 200 includes an expansion / contraction variable portion 202 that can expand and contract the length of the strut, an angle variable portion 203 that can change the angle of the tip of the strut, a strut attaching / detaching portion 204, and a strut female electrode 205.

  The attachment / detachment part 204 of the support 200 can be attached to the support attaching / detaching means 209, and the cap 206 can be attached to the male opening 102 of the ventilation pipe attaching / detaching means 101.

  By attaching the cap 206, the female electrode 205 of the support column contacts the male electrode 207 of the cap inside the cap 206, and the female electrode 208 of the cap 206 is a male opening of the ventilation pipe attaching / detaching means of the electric fan. It contacts the electrode 107 of the part 102. Since the male electrode 207 and the female electrode 208 of the cap 206 are connected by an electric conductor, by attaching the cap 206, the female electrode 205 of the column and the electrode 107 of the electric fan are electrically connected, and the column 200 Electric power can be supplied to the electric fan 100 through the electrode 205 from the electric conductor inside.

  When the cap is not attached, the electrode 107 of the male opening 102 of the ventilation pipe of the electric fan is exposed to the outside and can be touched by hand, but since it is not energized, there is no electric shock and it is safe. is there. Thus, the cap 206 plays a role as a safety device. Further, the cap 206 is provided with a switch on the surface that can turn on / off the electric power to the electric fan, so that the switch can be arranged at a height that is easy for a person to operate by hand.

  As another mounting method, when power is supplied from the support column 200 to the electric fan 100 without using the cap 206, an electrode that can directly contact the electrode 136 may be installed in the vicinity of the attaching / detaching portion 204 of the support column 200. Further, as another mounting method, the column fixing means may be directly provided on the outer fixed frame 116. The ventilation pipe attaching / detaching means and the column attaching / detaching means may be mounted as separate parts. Moreover, you may mount as the same component which served as the ventilation pipe attachment / detachment means and the support | pillar attachment / detachment means like said Example. The ventilation pipe attaching / detaching means and the frame may be mounted with the same component, or may be mounted with different components. Further, the column attaching / detaching means and the frame may be mounted with the same component, or may be mounted with different components.

  The strut 200 has a recess 210 having a depth of about 2 millimeters. When the strut 200 is attached to the strut mounting means 209, the claw of the separation preventing mechanism inside the female opening 103 of the ventilation pipe mounting means 101 is in the recess 210. It is supposed to get caught. When the column 200 is desired to be detached from the column attaching / detaching means 209, the release prevention mechanism can be released by pressing the button 106 on the surface near the knife opening 103.

  Further, there is a claw of the separation preventing mechanism inside the opening of the cap 206, and when the claw is attached to the male opening 102 of the ventilation pipe attaching / detaching means, the claw is caught in the recess 211 on the surface of the male opening 102. It has become. When it is desired to remove the cap 206 from the male opening 102, the release prevention mechanism can be released by pressing the button 212 in the vicinity of the opening of the cap 206.

The above detachment prevention mechanism uses the same mechanism as the TC-FXB7P detachment prevention mechanism, and this detachment prevention mechanism prevents the stationary fan from unintentionally detaching.

(Change of fan)
FIGS. 13 to 18 explain in detail the steps from the state of the stationary fan of FIG. 12 until the fan is mounted on the vacuum cleaner. In step 1 to step 4, the electric fan 100 is in a state where the support column 200 is mounted. In step 4 to step 6, the electric fan 100 is in a state in which the ventilation pipe 120 is attached.

  Step 1 (FIG. 13): By pressing the button 212 of the cap 206 in the direction of the arrow 300, the separation preventing mechanism is released, and the cap 206 can be detached in the direction of the arrow 301.

  Step 2 (FIG. 14): By pulling out the cap 206 in the direction of the arrow 302, the cap 206 is completely detached from the electric fan, and the male opening 102 of the ventilation pipe attaching / detaching portion 101 is exposed.

  Step 3 (FIG. 15): Hold the handle 124 of the handle-side ventilation pipe 120 of the vacuum cleaner by hand and move it in the direction of the arrow 303 to insert the male opening 102 of the ventilation pipe attaching / detaching part 101 into the female opening 121. Installing.

  Step 4 (FIG. 16): The electric fan 100 is in a state where the handle side ventilation pipe 120 of the vacuum cleaner is mounted and the support column 200 is mounted.

  Step 5 (FIG. 17): By pressing the button 106 in the vicinity of the female opening 103 of the ventilation pipe attaching / detaching means 101 in the direction of the arrow 304, the release prevention mechanism is released, and the fan 100 is released in the direction of the arrow 305. It becomes possible

  Step 6 (FIG. 18): With the handle 124 held in the hand, the column 200 is completely detached from the electric fan 100 by pulling it out in the direction of the arrow 306.

  FIGS. 19 to 21 explain in detail the steps from the state of the fan mounted on the ventilation pipe of the vacuum cleaner to the return to the state of the stationary fan. In Step 7 to Step 8, the electric fan 100 is in a state where the ventilation pipe 120 is mounted. In step 8 to step 9, the electric fan 100 is in a state where the support column 200 is mounted.

  Step 7 (FIG. 19): Holding the handle 124 of the handle-side ventilation pipe 120 of the vacuum cleaner by hand and moving it in the direction of the arrow 307, the attachment / detachment part of the column 200 in the female opening 103 of the ventilation pipe mounting means 101 of the fan 100. By inserting 204, the column 200 is mounted on the column attaching / detaching means 209 inside the ventilation pipe attaching / detaching portion 101.

  Step 8 (FIG. 20): By pressing the button near the female opening 121 of the handle-side ventilation pipe 120 of the cleaner in the direction of the arrow 308, the separation prevention mechanism is released, and the ventilation pipe 120 is moved in the direction of the arrow 309. Can be removed.

  Step 9 (FIG. 21): With the handle 124 of the handle-side ventilation pipe 120 of the vacuum cleaner held in hand, the handle-side ventilation pipe 120 of the vacuum cleaner is completely removed from the electric fan 100 by pulling in the direction of the arrow 310. Let go.

  As described above, the ventilation pipe 120 can be attached in Step 3 with the support 200 attached to the electric fan 100, and the ventilation pipe 120 can be detached in Step 9, so that the ventilation 100 can be supplied with the support 200 attached to the electric fan 100. The pipe 120 can be attached and detached.

  In addition, with the ventilation pipe 120 attached to the electric fan 100, the post 200 can be attached at Step 7, and the post 200 can be detached at Step 6, so that the electric pole 100 can be attached to and detached from the electric fan 100 with the ventilation pipe 120 attached. it can.

  The above is the embodiment of the electric fan according to claim 7 and the method according to claims 15 to 16.

The above embodiment is a fan that can be attached to a vacuum cleaner and can be used even when the vacuum cleaner is not used. In addition, even a person with no knowledge is a “dedicated fan” that can be worn correctly on the vacuum cleaner, and can be securely attached to the vacuum cleaner to prevent it from falling, and can be removed easily. It is a fan having a “detachment prevention mechanism” that can be removed. It is also a specially designed “fan attached to a vacuum cleaner” so that it can be easily put on and off every time a general person repeatedly puts it on and off. In addition, the stationary fan can be attached to the vacuum cleaner by a simple operation, and the handle 124 of the vacuum cleaner can be held without accidentally dropping the fan and touching the fan guard 111 of the fan during the work. It is a fan that can be worn safely and securely in the state of being removed, and can ensure the same safety when the fan is removed from the vacuum cleaner and returned to the stationary fan. In addition, the present invention is a fan that is less likely to increase the burden on the hand even if a fan is attached to the vacuum cleaner, and a vacuum cleaner equipped with the fan. In addition, home appliance manufacturers that have provided electric fans and vacuum cleaners as separate products will be able to develop a new “vacuum cleaner with electric fan” business, thereby creating products that can create a synergistic effect between the electric fan business and the vacuum cleaner business. Can be provided. And by selling the above electric fan as a set with a vacuum cleaner, it is possible to provide a user with a product that can be collectively purchased as a vacuum cleaner equipped with the electric fan.

(Fan with two or more electric motors)
22 to 25 show an embodiment of a fan having a plurality of electric motors. The outer fixed frame 152 that supports the motor that drives the impeller has a structure that also serves as a fan guard, and is supported by the inner fixed frame 151 via the pitch rotation movable portion 155. The middle fixed frame 151 is supported by a yaw rotation shaft 154, and the process up to this point is called a “single fan”. That is, the single fan includes an impeller, an electric motor, an outer fixed frame, a pitch rotation movable portion, an intermediate fixed frame, and a yaw rotation movable portion.

  The single fan is supported by the roll rotation movable portion 153 in the yaw rotation movable portion, and the roll rotation movable portion is supported by the inner fixed frame 150. The inner rotary frame 150 is supported by the ventilation pipe attaching / detaching means 101. The ventilation pipe attaching / detaching means 101 can be attached to and detached from the opening of the ventilation pipe of the vacuum cleaner at two openings.

  When there are two or more N single fans, arrange one single fan every 360 ÷ N degrees on the rotation axis of the roll rotation movable part, that is, the central axis of the ventilation pipe. The center of gravity can be located in the space near the axis of the ventilation pipe. That is, when N is 2, it is arranged every 180 degrees, when N is 3, every 120 degrees, and when N is 4, it is arranged every 90 degrees.

  22 to 25 show an embodiment in which N is 2. 47 and 48 show an embodiment in which N is 4. All the single fans are supported by a ventilation pipe attached to the ventilation pipe attaching / detaching means 101, and the center of gravity is located in the space near the axis of the ventilation pipe attaching / detaching means 101.

  As shown in FIGS. 22 and 23, the position of the single fan can be rotated in the roll rotation movable portion. In addition, the direction of the single fan can be changed between the yaw rotation movable part and the pitch rotation movable part.

  As shown in FIG. 24, the inside of the ventilation pipe attaching / detaching means 101 is provided with a supporting pillar attaching / detaching means 209, and the supporting pillar 200 can be attached / detached.

  FIG. 25 shows a fan equipped with a support 200 and a cap 206. The support column 200 is erected by a pedestal 201 and can be used as a stationary electric fan. The two single electric fans can be rotated by the roll rotation movable unit 153, and are arranged up and down as shown in FIG. For this reason, it is in a form suitable for use in small places such as washrooms and kitchens. Further, the cap 206 has a fan switch and a switch at a high position that is easy to reach. Therefore, it is not necessary to take a posture of extending the hand to the pedestal to be turned on and off.

When N is 1, the electric fan has a hollow structure as shown in FIG. 1, or one of the electric fans shown in the embodiment in which N is 2 (FIGS. 22 to 25). By changing to a “weight”, a fan with N = 1 can be obtained while maintaining the balance of the center of gravity.
When N is 2, as shown in FIG. 23, there is a space without a fan in the space above and below the vent pipe. Therefore, when the vent pipe is placed in a narrow space such as under a sofa and cleaned, the fan You can get a special effect that does not get in the way.

(Ventilation pipe attachment / detachment means that can be attached to / detached from the fan)
26 and 27 show an embodiment of the electric fan 190 which has an attaching / detaching means between the ventilation pipe attaching / detaching means and the frame, and which can attach / detach the ventilation pipe attaching / detaching means to / from the frame.

  The ventilation pipe attaching / detaching means 180 has non-standard attaching / detaching portions 181 and 182, and can be attached by being inserted into the attaching / detaching portions 183 and 184 of the electric fan 190.

  The ventilation pipe attaching / detaching means 180 has an electrode 185. When the attaching / detaching part 183 is completely inserted into the attaching / detaching part 181, the electrode 185 contacts the electrode in the attaching / detaching part 183 of the electric fan 190. . The electrode 185 is electrically connected to the electrode 186. Thus, electric power can be supplied to the electric fan 190 from the electrode of the ventilation pipe of the cleaner through the ventilation pipe 180.

  26 and 27 has a structure that can be attached to and detached from the opening of the ventilation pipe of the vacuum cleaner TC-FXB7P manufactured by Mitsubishi Electric. If this ventilation pipe attaching / detaching means 180 is replaced with a means that can be attached to and detached from the opening of the ventilation pipe of another cleaner, the electric fan 190 can be attached to the ventilation pipe of another cleaner. Further, when it is desired to adjust the position of the center of gravity of the electric fan 190 relative to the ventilation pipe of each vacuum cleaner according to the type of the vacuum cleaner, the structure of the ventilation pipe attaching / detaching means 180 is changed to the ventilation pipe of each vacuum cleaner. In addition, the position of the center of gravity is adjusted by adjusting the shape of the center of gravity by adjusting to the shape of the opening of the ventilation pipe attaching / detaching means 180 to the shape of the opening of the ventilation pipe of each vacuum cleaner. Ventilation pipe attaching / detaching means 180 adapted to the ventilation pipe of each vacuum cleaner can be provided.

  Therefore, by using the ventilation pipe attaching / detaching means 180 that can be attached to and detached from the electric fan 190, an electric fan that can reduce the manufacturing cost can be provided to the electric fan manufacturer. In addition, it is possible to provide a fan that can reduce the purchase cost for a fan user.

  The above invention is not limited to the vacuum cleaner TC-FXB7P, and can be applied to any commercially available vacuum cleaner.

  In FIG. 1 to FIG. 27, the handle side ventilation pipe 120 and the dust suction port side ventilation pipe 126 of the vacuum cleaner, which are “two ventilation pipes” of the vacuum cleaner TC-FXB7P, are structured in the drawing. For ease of viewing, part of the handle and part of the ventilation pipe are omitted.

Further, according to the invention described above, any one of the above-described electric fans, wherein “the electric fan is characterized in that it can be used with the ventilation pipe of the vacuum cleaner attached”, “used with the ventilation pipe of the vacuum cleaner attached. It is possible to provide a “fan that is characterized in that it can be used for the purpose of reducing the burden on the hands that support the ventilation pipe of the vacuum cleaner”.

(Discovery of SHIR stress and SHIR stress relieving method)
The following experiment was conducted in order to investigate the cause of the burden on the wrist when the fan was attached to the ventilation pipe and to find a method for eliminating the burden.

  The vacuum cleaner used for the experiment is a vacuum cleaner TC-FXB7P manufactured by Mitsubishi Electric. By removing the rotating body of the power brush from the head of the vacuum cleaner, and supporting the handle of the vacuum cleaner by hand with the head in contact with the floor covered with wooden flooring material, the vacuum cleaner The following experiment was conducted while keeping the angle between the ventilation pipe and the floor surface at 45 degrees.

  The electric fan used for the experiment is F2minifan manufactured by REMAX. The fan weighed 284 grams. The electric fan was fixed to the surface of the ventilation pipe at a position of 150 mm from the position of the handle toward the head.

  It was confirmed that the center of gravity of the fan was located at a position 85 mm away from the central axis of the ventilation pipe by the fixing.

  In the fixing, an experimental condition 400 is a condition where the position of the center of gravity is 45 degrees in terms of roll rotation angle, and an experimental condition 401 is a condition where the position of 180 degrees in terms of roll rotation angle.

  However, the roll rotation angle is an angle on the roll rotation shaft 140 of FIG. 5 and is an angle with respect to the handle 124 (that is, the yaw rotation shaft 141 drawn in the same direction as the handle 124 in FIG. 5). Is drawn in the direction of 0 degrees at the roll rotation angle, and the pitch rotation axis 142 is drawn in the direction of 90 degrees at the roll rotation angle).

  Further, in the experimental condition 400, the experimental condition 402 is a condition in which a weight of 284 grams is further added at a position of 225 degrees in terms of the roll rotation angle.

  That is, the experimental condition 400 is “an experimental condition in which the center of gravity of an object of 284 grams is located at a distance of 85 millimeters from the center of the ventilation pipe and at a position in the direction of the roll rotation angle of 45 degrees from the handle of the ventilation pipe”.

  The experimental condition 401 is “an experimental condition in which the center of gravity of an object of 284 grams is located at a distance of 85 mm from the center of the ventilation pipe and at a position in the direction of the roll rotation angle of 180 degrees from the handle of the ventilation pipe”.

  The experimental condition 402 is “an experimental condition in which the center of gravity of a 568-gram object is positioned on the central axis of the ventilation pipe”.

  In the experimental condition 400, when the head of the ventilation pipe is in contact with the floor surface and the handle is supported in a direction directly above without sliding the head on the floor surface, the ventilation pipe is naturally The phenomenon of roll rotation was not observed. That is, when the head was not slid on the floor, no torque was generated to rotate the wrist supporting the handle in the roll rotation direction.

  Next, under the experimental condition 400, the head was slid forward by 50 cm or more by pushing the handle forward by hand while keeping the angle between the ventilation pipe and the floor surface at 45 degrees. A phenomenon was observed in which the pipe rotated more than 80 degrees in the roll rotation direction.

  Under the experimental condition 400, the “trial of 50 cm forward sliding” was repeated 10 times, and the rotation angle of the ventilation pipe in the roll rotation direction was measured. As a result, the first time was 91 degrees, the second time was 95 degrees, and the third time was 93 degrees. Degree, 89 for 4th, 97 for 5th, 91 for 6th, 92 for 7th, 96 for 8th, 87 for 9th, 94 for 10th, average is 92. It was 5 degrees.

  That is, in the experimental condition 400, it was observed that a rotational motion that does not occur when the head is not slid is generated every time when the head is slid.

  Further, in order to repeat the sliding in the experimental condition 400, the rotational motion is used to return the direction of the ventilation pipe rotated by the rotational motion to the original angle (the direction in which the handle is directed directly upward). It was necessary to perform the operation of twisting the handle back in the opposite direction every time. In this twisting-back operation, (1) a resistance force generated by friction because the head is in contact with the floor surface, and (2) a gravity force generated when the position of the center of gravity of the electric fan is raised to the original height. It was found that a large stress was applied to the wrist because it received two resistances.

  That is, under the experimental condition 400, it is observed that the user repeats two types of operations, “the operation of pushing out the handle” and “the operation of turning back the handle” every time, and the stress of this “operation of turning back the handle” is stressed. It turns out that it is the cause of the big burden on a wrist.

  The wrist stress discovered by the above experiment is named “head sliding-induced roll rotation stress” and the English name is “Sliding-Head-Induced Rolling Stress”. The acronym for the English name is taken as “SHIRS” or “SHIR stress” in this specification.

  SHIRS is a stress that is generated by contact between the head and the floor, and is not generated in a normal hand-held operation of a hand-held fan (eg, “dryer”, for example). SHIRS is a stress that appears when a fan is put on the ventilation pipe of a vacuum cleaner and the head sliding motion is repeated, and is a stress specific to the operation of using the vacuum cleaner.

  SHIRS is a stress that does not appear unless the head is slid. In addition, since SHIRS is a stress that does not appear when the fan is mounted but appears when the head is slid, the user is less likely to notice this stress. Since the user keeps stressing the wrist every time by repeatedly sliding the head without being aware of SHIRS, it can be said that SHIRS is a very dangerous stress.

  Next, in the experimental condition 401, the “trial of 50 cm forward sliding” was repeated 10 times, and the rotation angle of the ventilation pipe in the roll rotation direction was measured. As a result, the first time was 3 degrees, the second was −2 degrees, 3rd time is -5 degrees, 4th time is 2 degrees, 5th time is -7 degrees, 6th time is 4 degrees, 7th time is 1 degree, 8th time is 5 degrees, 9th time is 2 degrees, 10th time is -4 degrees The average was -0.1 degrees.

  Therefore, it was found that when the sliding was repeated, “the operation of turning the steering wheel” hardly occurred, and under the experimental conditions 401, SHIR stress hardly occurred. As a result, a new finding was obtained that “the roll rotation angle between the center of gravity of the fan attached to the vacuum cleaner and the handle of the ventilation pipe affects the generation of SHIRS”.

  Next, in the experimental condition 402, the “trial of 50 cm forward sliding” was repeated 10 times, and the rotation angle of the ventilation pipe in the roll rotation direction was measured. As a result, the first time was −5 degrees, the second time was 8 degrees, The third time is -12 degrees, the fourth time is 7 degrees, the fifth time is 8 degrees, the sixth time is -1 degree, the seventh time is 11 degrees, the eighth time is 9 degrees, the ninth time is -10 degrees, and the tenth time is 12 degrees The average was -2.7 degrees.

  Therefore, it was found that when the sliding is repeated, “the operation of turning the steering wheel” hardly occurs, and under the experimental condition 402, the SHIR stress hardly occurs.

  In addition, after 5 subjects repeated 50 trials of “50 cm forward sliding” under each of the experimental condition 400 and the experimental condition 402, an interview survey was conducted on the degree of wrist fatigue. Answered that the experiment condition 400 felt more fatigue than the experiment condition 402.

  This means that the fatigue level is higher than the experimental condition 400 by positioning the center of gravity of the electric fan on the central axis of the ventilation pipe, although the experimental condition 402 is twice the weight of the electric fan. It is suggested that it is greatly reduced.

  From the above experiment, as a method of relieving the SHIR stress, “the method of positioning the center of gravity of the entire fan in the direction of the roll rotation angle of 180 degrees from the handle” and “the position of the center of gravity of the entire fan using the weight are vent pipes. A new finding that the two methods of “positioning near the central axis of the” is effective is obtained.

  In addition, from the knowledge that “the roll rotation angle between the center of gravity of the fan attached to the vacuum cleaner and the handle of the ventilation pipe affects the generation of SHIRS”, “when the fan whose center of gravity is not located near the central axis of the ventilation pipe is worn. Another new finding was obtained that “the fan and the ventilation pipe must be properly oriented”.

The discovery of the SHIR stress has not yet been announced and is disclosed for the first time in this specification. In addition, the method for eliminating the SHIR stress is also disclosed for the first time in this specification.

(Fan that can hold a ventilation pipe)
Although the electric fan 500 described in FIGS. 28 to 30 is a “fan that can sandwich a vent pipe”, it does not have a vent pipe attaching / detaching means that can attach and detach the opening of the vent pipe. Therefore, the electric fan 500 is not an electric fan according to the invention described in claim 1.

  There is the above-mentioned “demerit of the clamping means” when the fan is attached to the vacuum cleaner using the clamping means. As one of the disadvantages, there is a “demerit that can cause SHIR stress on the hand that operates the cleaner because the position of the center of gravity also fluctuates because the direction of wearing changes every time. Eliminating this disadvantage is a problem to be solved in the eighth embodiment, and the following invention is disclosed.

  In solving the “problem to be solved in the eighth embodiment”, a fan using the method for eliminating the SHIR stress disclosed in the seventh embodiment can be used. That is, as means for solving the problem to be solved in the eighth embodiment, “a fan having a ventilation pipe clamping means, wherein one or more ventilation pipes can be clamped by the ventilation pipe clamping means” The fan can be used such that the standard pipe can be clamped so that the center of gravity when the standard pipe is clamped in the ventilation pipe clamping means is located in the internal space of the standard pipe (hereinafter referred to as the electric fan). , This is called “a fan whose center of gravity is located in the internal space of the standard pipe to be sandwiched”).

  As the “ventilating pipe clamping means”, any means may be used as long as it is a “means capable of clamping a ventilation pipe having an opening having a diameter of 30 mm or more and 50 mm or less”.

  The “standard pipe” is “a plastic cylinder whose opening has a diameter of 45 mm, a length of 200 mm, and a wall thickness of 1 mm or more and 3 mm or less”. However, as shown in the ninth embodiment, there may be a plurality of protrusions for suspending the “standard pipe” with a thread. Also, the “length” of the standard pipe is equal to the distance between the two openings of the standard pipe.

  The vent pipe clamping means of the “fan with the center of gravity located in the internal space of the sandwiched standard pipe” sandwiches the vent pipe of the vacuum cleaner, so that the center of gravity of the fan is positioned near the central axis of the vent pipe. Can be obtained. Therefore, it is possible to solve the problem of providing a device for constantly cooling a human body that continues to move while applying a vacuum cleaner, and to solve the problem of providing a fan that does not generate the SHIR stress. . However, “near the central axis” is a space whose distance from the central axis is 22.5 millimeters or less.

  Another means for solving the “problem to be solved in the eighth embodiment” is the “fan having a center of gravity in the internal space of the standard pipe to be sandwiched”, which includes an “impeller and the impeller A fan that has a motor that drives the motor, a frame that supports the motor, and the ventilation pipe clamping means that supports or clamps the frame.

  “The ventilation pipe clamping means that supports or clamps the frame” is “the ventilation pipe clamping means that supports the frame” or “the ventilation pipe clamping means that supports the frame”. “The ventilation pipe clamping means for supporting the frame” means “the ventilation pipe clamping means supports the frame”. “The ventilation pipe clamping means using the frame as a clamping means” means that “the frame itself is a frame and is also the ventilation pipe clamping means”.

  The “frame” may be any shape as long as the electric motor can be supported so as not to spill from the frame, and may be a frame made of one or more parts. It may be a frame having zero or more movable parts in the frame, may be a frame having one or more movable parts in the frame, or may be a frame having no movable part in the frame. .

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the standard pipe to be sandwiched”, which has a weight. An electric fan can be used. By controlling the position of the center of gravity of the entire fan using the weight, the effect that the center of gravity of the fan is located near the central axis of the ventilation pipe can be obtained more easily. Therefore, the problem of providing a fan that does not generate the SHIR stress can be solved more easily. As the “weight”, any material having a mass may be used. The weight may be a part that can be separated from the electric fan, or may be a part that cannot be separated from the electric fan. More preferably, as the “weight”, a metal part, an iron part, a copper part, a part including a metal, a part having a metal part, or the like can be used.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, which has a weight. And the standard pipe can be sandwiched between the weight and the electric motor. "" A fan having a weight and sandwiching one of the planes passing through the central axis of the standard pipe. " And "the electric fan in which the electric motors are located on opposite sides of the plane", "one of the line segments having a weight and connecting the weight and the electric motor passes through the internal space of the standard pipe" Any of the electric fans characterized by this can be used. Thereby, the effect that the center of gravity of the fan is located near the central axis of the ventilation pipe can be obtained more efficiently. Therefore, the problem of providing a fan that does not generate the SHIR stress can be solved more efficiently.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the standard pipe to be sandwiched”, which has a battery. An electric fan can be used. Thereby, the fan can drive the impeller of the fan without receiving power from the ventilation pipe. Therefore, the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner can be solved in a wider range.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, The standard pipe can be sandwiched between the battery and the electric motor "," a battery having a battery and sandwiching one of the planes passing through the central axis of the standard pipe. And "the electric fan in which the electric motors are located on opposite sides of the plane", "one of the line segments having the battery and connecting the battery and the electric motor passes through the internal space of the standard pipe" Any of the electric fans characterized by this can be used. As a result, by using the battery as a power source, the fan impeller of the fan can be driven without receiving power from the ventilation pipe, and by using the battery as a weight, the entire fan can be driven. The position of the center of gravity can be controlled, and the effect that the center of gravity of the fan is located near the center axis of the ventilation pipe can be obtained more efficiently. Therefore, the problem of providing a fan that does not generate the SHIR stress can be solved more widely and efficiently.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, wherein “the weight is , A battery fan can be used. Thus, by using the battery as a power source, the fan can drive the impeller of the fan without receiving power from the ventilation pipe, and the battery can also be used as a weight. The position of the center of gravity of the entire fan can be controlled, and the effect that the center of gravity of the fan is positioned near the central axis of the ventilation pipe can be obtained more efficiently. Therefore, the problem of providing a fan that does not generate the SHIR stress can be solved more widely and efficiently. As the battery, a dry battery, a rechargeable battery, a solar battery, or the like can be suitably used. The electric fan further provided with a terminal (such as a universal serial bus standard terminal) for charging the rechargeable battery in the electric fan is one of the preferred embodiments.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, An electric fan having a spring as the clamping means can be used. Thereby, the effect which the said electric fan can clamp an aeration pipe easily with the pressure which arises with the said spring can be acquired. Therefore, it is possible to more easily solve the problem of providing a fan having a “ventilating pipe clamping means” that can clamp a ventilation pipe.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, An electric fan having screws or clamps as the clamping means can be used. Thereby, the effect which the said electric fan can clamp an aeration pipe with the pressure which arises with the said screw or clamp can be acquired. Therefore, it is possible to solve the problem of providing a fan having “aeration pipe clamping means” capable of clamping a ventilation pipe.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, wherein “the frame is An electric fan characterized by having two or more motors to support can be used. As a result, when N motors are arranged, as shown in the fifth embodiment, the electric motor is arranged every 360 ÷ N degrees around the central axis of the ventilation pipe, so that the center of gravity of the electric fan is reduced. An effect that can be easily positioned near the central axis can be obtained. Therefore, the problem of providing a fan that does not generate the SHIR stress even when the cleaner is used while the ventilation pipe of the cleaner is sandwiched between the fans can be easily solved.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, It is possible to use a “fan that is characterized in that it can be used in a state in which a ventilation pipe is sandwiched” or a “fan that is characterized in that it is used in a state in which a ventilation pipe of a vacuum cleaner is sandwiched”.

  Another means for solving the “problem to be solved in the eighth embodiment” is any one of the above-mentioned “fans whose center of gravity is located in the internal space of the sandwiched standard pipe”, An electric fan that can be used for the purpose of reducing the burden on the hands supporting the ventilation pipe can be used.

  In any of the above-described means disclosed in the eighth embodiment, all the problems to be solved in the eighth embodiment can be solved.

  In the “Fan with vent pipe attachment / detachment”, the center of gravity was the space near the axis of the vent pipe, whereas in the “Fan that can hold the vent pipe”, the position of the center of gravity was the internal space of the standard pipe. Therefore, it is limited to a narrower range. The reason for this is that in the “fan having a vent pipe attachment / detachment means”, the direction and position of the fan can be controlled at the attachment / detachment portion of the ventilation pipe, whereas in the “fan that can hold the ventilation pipe”, in the sandwiching portion of the ventilation pipe. Since the direction and position of the fan cannot be controlled, the center of gravity of the fan can be obtained in the internal space of the ventilation pipe regardless of the direction in which the user holds the fan.

  28 to 36 show a fan 500 whose center of gravity is located in the internal space of the standard pipe to be sandwiched, and FIG. 37 is a fan that is not a fan whose center of gravity is located in the internal space of the standard pipe to be sandwiched.

  The impeller 501 of the electric fan 500 is driven by an electric motor 502, and the electric motor 502 is supported by an outer fixed frame 503. The outer fixed frame 503 is supported by the middle fixed frame 504 via the pitch rotation movable part 505, and the middle fixed frame 504 is supported by the ventilation pipe clamping means 507 via the yaw rotation movable part 506.

  The ventilation pipe clamping means 507 has a movable part formed by the rotating shaft 508 and the rotary bearing 509, a hand holding part 510, and a finger pressure part 511. 507 opens, allowing the ventilation pipe 126 or standard pipe 515 to be introduced between the ventilation pipe clamping means 507.

  The ventilation pipe clamping means 507 has a spring 512 and can clamp the standard pipe 515 by applying pressure to the standard pipe 515. A material (rubber, urethane, sponge, resin, etc.) having an anti-slip effect is attached to the surface of the ventilation pipe holding means 507 so that the ventilation pipe holding means 507 can stably hold the ventilation pipe 126 or the standard pipe 515. It has been.

  By holding the ventilation pipe 126 by the ventilation pipe clamping means 507, the ventilation pipe clamping means 507 is supported by the ventilation pipe 126. Thereby, the electric fan 500 and this vacuum cleaner can be used in the state which the electric fan 500 clamped the ventilation pipe 126 of the cleaner.

  28 to 33, the electric fan 500 has a battery, and the battery is housed inside the outer fixed frame 503 together with the electric motor 502.

  There is a weight 513 inside the hand-held portion 510. The weight and position of the weight 513 are adjusted so that the center of gravity of the entire fan 500 and the standard pipe 515 is located in the internal space 520 of the standard pipe 515 when the fan 500 sandwiches the standard pipe 515.

  31 to 32, the electric fan 500 can hold the standard pipe 515 between the weight 513 and the electric motor 502. The electric fan 500 is an electric fan in which the weight 513 is arranged so that the weight 513 and the electric motor 502 are located on the opposite sides of the flat surface 519 with the flat surface 519 passing through the central axis 518 of the standard pipe 515 interposed therebetween. The electric fan 500 is an electric fan in which the weight 513 is arranged so that a line segment connecting the weight 513 and the electric motor 502 passes through the internal space 520 of the standard pipe 515.

  The ventilation pipe clamping means 507 is provided with a shape conforming portion that enhances the separation prevention effect by a curved surface 524 having a curvature similar to the surface of the ventilation pipe (a curvature radius of 15 to 25 mm) so that the ventilation pipe can be easily held. . Further, as shown in FIG. 33, by providing a flat portion 523 in a part of the ventilation pipe clamping means 507, a flat object such as a desk can be stably clamped in addition to the ventilation pipe.

  In FIG. 34, the battery 521 of the electric fan 500 is arranged in a battery box provided in the hand holding portion 510 of the ventilation pipe clamping means 507, and the battery 521 and the electric motor 502 are connected by an electric cord. By using the battery 521 as a power source, the electric motor 502 of the electric fan 500 can drive the impeller 501 without receiving power from the ventilation pipe of the cleaner.

Further, as shown in FIG. 34, the electric fan 500 can hold the standard pipe 515 between the battery 521 and the electric motor 502. Further, the battery 521 is arranged so that the battery 521 and the electric motor 502 are located on the opposite sides of the plane 519 with the plane 519 passing through the central axis 518 of the standard pipe 515 interposed therebetween. Further, the battery 521 is arranged so that a line segment 522 connecting the battery 521 and the electric motor 502 passes through the internal space 520 of the standard pipe 515. Thereby, since the battery 521 plays the same role as the weight 513, the weight 513 can be reduced or eliminated, and the effect of reducing the electric fan 500 is obtained. Therefore, even if the fan 500 is used with the fan 500 sandwiching the ventilation pipe of the cleaner, the problem of preventing the generation of the SHIR stress can be efficiently solved.

(Center of gravity judgment method)
As a method for determining whether a fan that can pinch a ventilation pipe applies to the above-mentioned “fan having a center of gravity located in the internal space of the standard pipe to be pinched”, the “center of gravity determination method” described below can be used.

  First, as shown in FIG. 35, a standard pipe 515 is prepared. The ventilation pipe 515 is provided with eight protrusions 516 at equal intervals in the openings at both ends so that the ventilation pipe 515 can be easily hung with a thread. However, when viewed from the direction in which the two openings of the standard pipe 515 overlap, the protrusions 516 at both ends are also overlapped, and the two protrusions that overlap each other form one pair, so that the standard pipe 515 There are a total of 8 pairs.

  As shown in FIG. 35, each of the same pair of protrusions 525 is threaded and suspended. As another hanging method that does not use the protrusion, a hole may be formed instead of the protrusion, and the thread may be suspended through the hole.

  Then, the vicinity of the center of the standard pipe 515 is clamped by the ventilation pipe clamping means 507 of the electric fan 500, and the electric fan 500 is suspended by two threads 517. At this time, the entire center of gravity exists directly below the straight line 526 connecting the two protrusions 525 of the pair suspended by the thread.

  Next, each of the eight pairs in the standard pipe 515 is suspended with a thread 517, and the position of the center of gravity is similarly examined. If all of the eight pairs are suspended as shown in FIG. 36, the internal space 520 of the standard pipe 515 is located directly below the straight line 526 connecting the two protrusions 525 of the pair suspended with a thread. If it is possible, it can be determined that the position of the center of gravity to be obtained is in the internal space 520 of the standard pipe 515, and the electric fan is determined to be applicable to the “fan whose center of gravity is located in the internal space of the sandwiched standard pipe”. be able to. In addition, “a fan whose center of gravity is located in the internal space of the sandwiched standard pipe” is “a fan whose center of gravity is located near the central axis of the ventilation pipe sandwiched between the fans”, “ This also applies to a “fan” characterized in that its center of gravity is located in the space near the axis of the ventilation pipe sandwiched between the fans.

  On the other hand, if at least one of the eight pairs, as shown in FIG. 37, the internal space 520 of the standard pipe 515 is located directly below the straight line 526 connecting the two protrusions 525 of the pair suspended by the thread. If there is a pair that can be hung, the position of the center of gravity to be determined can be determined not to be in the internal space 520 of the standard pipe 515. It can be determined that it does not correspond to the “electric fan in which the

The above is the “center of gravity determination method” provided by the invention described in this specification.

(Fan having a vent pipe attachment means)
In the tenth embodiment, a means for attaching the ventilation pipe at a portion other than the opening of the ventilation pipe will be described in detail. The remarkable effect of the invention of claim 11 will be described.

  In Example 10, in order to avoid confusion with the ventilation pipe attaching / detaching means, the name “venting pipe attaching means” is used. That is, the vent pipe attachment means is characterized in that “one or more vent pipes can be attached and detached”. On the other hand, the vent pipe attaching / detaching means is characterized in that “one or more openings of the vent pipe can be attached / detached”.

  Therefore, “the vent pipe attachment means may be a means that the opening of the vent pipe cannot be attached / detached”. As an inclusion relationship, “the vent pipe attaching means includes the vent pipe attaching / detaching means”.

  26 and 27, the electric fan 190 capable of attaching / detaching the aeration pipe attaching / detaching means 180 to / from the frame (183 and 184) is described in “the fan according to claim 11 and the ventilation pipe attaching / detaching means”. It is an electric fan which concerns on the electric fan which can be attached or detached to the said ventilation pipe attachment or detachment means in the said attachment / detachment part in between.

  The ventilation pipe attaching / detaching means 180 that can be attached to and detached from the electric fan 190 shown in FIGS. 26 and 27 has a characteristic as an air pipe. Therefore, the electric fan 190 is the “fan having the air pipe attaching means”.

  Since the electric fan 190 does not have means for directly attaching / detaching the opening of the ventilation pipe, it is not the “fan having the ventilation pipe attaching / detaching means”. Therefore, the electric fan 190 alone is not the electric fan according to the invention described in claim 1.

  When the electric fan 190 is used together with the ventilation pipe attaching / detaching means 180, the electric fan 190 becomes the “fan having the ventilation pipe attaching / detaching means”, and the electric fan according to the inventions according to claims 1 and 11.

  The ventilation pipe attaching / detaching means 180 is also the “venting pipe attaching means” because other ventilation pipes can be attached / detached at the opening.

  26 and 27, the “fan using both the electric fan 190 and the vent pipe attaching / detaching means 180” is the “fan having the vent pipe attaching / detaching means”, and also the “fan having the vent pipe attaching means”. However, in the following description, in order to focus on the attachment / detachment at the attachment / detachment site other than the opening of the ventilation pipe attaching / detaching means 180, the name “venting pipe attaching means” is used for the ventilation pipe attaching / detaching means 180. In the “fan using both the electric fan 190 and the ventilation pipe attaching / detaching means 180”, the following description will be made using the name “electric fan having the ventilation pipe attaching means”.

  The “fan having a vent pipe attaching means” is a “fan having one or more vent pipes attached to the vent pipe attaching means”. Thus, by using the ventilation pipe mounting means to attach the ventilation pipe attached to the electric fan to the vacuum cleaner, the electric fan can be attached to the vacuum cleaner for use. Therefore, it is possible to solve the problem of providing a device for constantly cooling a human body that continues to move while applying a vacuum cleaner.

  The “fan having a vent pipe attachment means” is “an impeller, an electric motor that drives the impeller, a frame that supports the electric motor, and the vent pipe attachment means that supports or attaches / detaches the frame; Is an electric fan having

  However, the “the ventilation pipe attachment means that supports or removes the frame” is “the ventilation pipe attachment means that supports the frame” or “the ventilation pipe attachment means that uses the frame as attachment / detachment means”. . “The ventilation pipe attachment means for supporting the frame” means “the ventilation pipe attachment means supports the frame”. “The ventilation pipe attachment means using the frame as an attachment / detachment means” means “the frame itself is a frame and also the ventilation pipe attachment means”.

  The "fan having a vent pipe attaching means" according to the invention of claim 11 according to FIGS. 26 and 27 is a "fan having a detachable part between the frame and the vent pipe attaching means". As a result, the ventilation pipe mounting means (180 in FIG. 26) is always attached to the ventilation pipe (120 in FIG. 3) of the vacuum cleaner, the frame (183 in FIG. 27 and 184 in FIG. 26) and the ventilation pipe. By attaching / detaching the electric fan at the attaching / detaching portion between the attaching means (180 in FIG. 26), the attaching / detaching operation can be performed more easily, and the same position can be obtained every time the attachment / detachment is repeated. The effect which can mount an electric fan can be acquired.

  That is, in FIG. 3, when the fan 190 is removed in a state where the ventilation pipe mounting means 180 with the fan 190 attached is inserted between the ventilation pipe 120 and the ventilation pipe 126, the attachment / detachment part of the frame (183 and 184). When the electric fan 190 is removed, the operation is completed by one operation. Conversely, when the electric fan 190 is mounted as it is, it is completed with one mounting. Hereinafter, the means (183, 184) for attaching / detaching at the attaching / detaching portion between the frame and the aeration pipe attachment means 180 is referred to as “aeration pipe attachment means not using an opening”.

  In contrast, in the above state, when the fan 190 is removed, the ventilation pipe 120 and the ventilation pipe 126 are attached to each other after the ventilation pipe 120 and the ventilation pipe 126 are detached from the openings on both sides of the ventilation pipe attachment means 180. Then, a total of three attachment / detachment operations of two separation operations and one attachment operation are required. Conversely, when the electric fan 190 is mounted as it is, a total of three detachment operations, that is, one detachment operation and two detachment operations are required. Hereinafter, the means 180 for attaching / detaching at the attachment / detachment portion of the opening of the ventilation pipe attaching means is referred to as “aeration pipe attaching means using the opening”.

  Thus, according to the eleventh aspect of the present invention, “an electric fan having two types of ventilation pipe mounting means” of “a ventilation pipe mounting means using an opening” and “a ventilation pipe mounting means not using an opening”. Is provided. Further, according to the invention of claim 11, it is possible to select and use the less troublesome ventilation pipe attachment means from either of the two types of ventilation pipe attachment means according to the situation when the user uses it. This is a remarkable effect.

  The above-mentioned “ventilating pipe attaching means not using an opening” (183 and 184) provided by the invention according to claim 11 is an attachment / detachment part (181 and 181) of the venting pipe attaching means 180 which has already been fitted with the ventilation pipe of the cleaner. Since 182) is attached / detached, the attachment / detachment operation can be easily performed each time, and the effect that the fan can be mounted at the same position every time even when attachment / detachment is repeated is obtained. Therefore, it is possible to realize mounting that is much more stable than general-purpose mounting devices.

  The “fan having a vent pipe attaching means” may be “a fan capable of attaching one or more vent pipe openings to the vent pipe attaching means”, and “a vacuum cleaner handle attached to the vent pipe attaching means”. A fan that can be attached to the ventilation pipe mounting means and a part that is located between the handle of the vacuum cleaner and the ventilation pipe. Accordingly, it is possible to obtain an effect that the electric fan can be positioned and used in the immediate vicinity of the hand having the handle of the vacuum cleaner.

  The “fan having a vent pipe attaching means” is “a fan capable of attaching an opening of a vent pipe having a handle to the vent pipe attaching means”. Accordingly, it is possible to obtain an effect that the electric fan can be positioned and used in the immediate vicinity of the hand having the handle of the vacuum cleaner.

  The “fan having a vent pipe attachment means” is “a fan having a center of gravity of the fan located in a space near the axis of the vent pipe attached to the fan”. Thereby, the effect which can eliminate SHIR stress can be acquired. Therefore, another problem of providing a fan that does not generate the SHIR stress can be solved.

  The “fan having a vent pipe attachment means” is characterized in that it is used in a state in which a fan that can be used with a vent pipe of a vacuum cleaner is attached or a state in which a vent pipe of a cleaner is put on. "Fan".

  The “fan having a vent pipe attachment means” is “a fan that can be used for the purpose of reducing a burden on a hand that supports a vent pipe of a vacuum cleaner”.

The “fan having a vent pipe attachment means” can also be used as a “fan having a blower control device” described in the fourteenth embodiment.

  In the eleventh embodiment, “a ventilation pipe having a terminal capable of supplying power” which can be used as “a ventilation pipe attaching / detaching means” according to the invention of claim 13 will be described in more detail.

  FIG. 38 is an embodiment according to claim 11, further comprising an attaching / detaching portion between the ventilation pipe attaching / detaching means and the frame, wherein the ventilation pipe attaching / detaching means and the frame can be attached to and detached from each other. 10 is an embodiment of the electric fan according to any one of 10), in which the electric fan is detached at an attaching / detaching portion (604 and 605) between the ventilation pipe attaching / detaching means 606 and the frame 602. is there.

  The ventilation pipe 606 of FIG. 38 is the “a ventilation pipe attaching / detaching means that can be attached to and detached from the frame at the attachment / detachment portion between the frame and the ventilation pipe attaching / detaching means of the electric fan according to claim 11”. This vent pipe attaching / detaching means is the “a vent pipe having a terminal capable of supplying power”. Actually, the ventilation pipe 606 is connected to a hose type ventilation pipe attached to the main body of the vacuum cleaner. However, in order to make it easy to see in FIG. 38, the hose type ventilation pipe is cut in the vicinity of the handle and shown in FIG. doing.

  The “ventilating pipe having a terminal capable of feeding power” is “a venting pipe characterized in that the terminal capable of feeding power is other than the opening of the vent pipe”. A fan (for example, the “power supply capable of supplying power” described in FIG. 38) having the above-described ventilation pipe attachment means having any one of the above-described electric fans and a terminal to which the power supplyable terminal can be mounted. The electric fan 600 "having a vent pipe attachment means 604 having a terminal to which the terminal 605 can be attached can be easily attached, and further, electricity can be supplied from the vacuum cleaner to the electric fan via the power supplyable terminal. The effect which can be supplied can be acquired.

  The “ventilating pipe having a terminal capable of supplying power” is “a venting pipe in which the terminal capable of supplying power is a terminal for supplying electricity from the vent pipe side”. Thereby, the effect which supplies electricity to this electric fan via the terminal which can supply electric power from this cleaner can be acquired.

  The “ventilating pipe having a terminal capable of feeding power” is “a venting pipe having an electric conductor connecting the electrode that the vent pipe has in an opening and the terminal capable of feeding power”. Thereby, the effect which can supply the electric power supplied from a cleaner via the opening of the ventilation pipe to the electric fan via the terminal can be obtained.

  The “ventilating pipe having a terminal capable of supplying power” is “a venting pipe capable of supporting a fan attached to the terminal capable of supplying power”. Thereby, the effect which can attach and support a fan to the terminal which can supply electric power can be acquired.

  The “ventilating pipe having a terminal capable of supplying power” is “a venting pipe that can be detached from components including an electric motor included in a vacuum cleaner”. Thereby, since the ventilation pipe is a part that does not have an electric motor, it can be manufactured at low cost, and an effect of being attached to the ventilation pipe of the vacuum cleaner as an optional part can be obtained.

  The “ventilating pipe having a terminal capable of supplying power” is a “venting pipe having a lid on the terminal capable of supplying power”. The port-type terminal 605 from which the universal serial bus standard plug-type terminal 604 is detached has a slide type lid. Thereby, when the electric fan is not attached to the terminal, it is possible to prevent dust from entering the terminal by closing the lid.

  The “aeration pipe having a terminal capable of supplying power” is a “aeration pipe having a handle”. As a result, it is possible to obtain an effect that the electric fan can be worn in the immediate vicinity of the hand holding the handle. Therefore, it is possible to obtain an effect of providing a device for constantly cooling the human body that keeps moving while holding the handle and applying a vacuum cleaner.

  The “ventilating pipe having a terminal capable of supplying power” is a “venting pipe having the handle at a distance within 300 mm from the terminal capable of supplying power”. In this case, as shown in FIG. 38, a fan can be mounted near the handle, and even if the center of gravity of the fan is located outside the ventilation pipe, the direction in which the center of gravity is located is the direction in which the handle is located. Therefore, the center of gravity can be positioned between the hand holding the handle and the head, and the burden on the hand twisting the handle can be reduced.

  The “ventilating pipe having power feedable terminals” is “a vent pipe characterized in that the direction of the power feedable terminal of the vent pipe and the direction of the base of the handle are the same”. As a result, as shown in FIG. 38, even if the center of gravity of the fan is located outside the ventilation pipe, it becomes easy to match the direction in which the center of gravity is located with the direction of the handle. The center of gravity can be easily positioned between the hand holding the handle and the head, and the effect of reducing the burden on the hand twisting the handle can be easily obtained. However, the “direction of the power supplyable terminal” and the “direction of the base of the handle” are directions of a roll rotation angle (an angle on the roll rotation shaft 140 in FIG. 5).

  The “ventilating pipe having a terminal capable of feeding power” is “a venting pipe characterized in that the terminal capable of feeding power is located between the base of the handle and the opening on the dust suction port side”. As a result, as shown in FIG. 38, it is possible to obtain an effect that the electric fan can be easily attached to the ventilation pipe so that the electric fan is positioned between the hand having the handle 607 and the head. However, the ventilation pipe 606 is attached with the ventilation pipe 126 shown in FIGS. 3 to 5, and the ventilation pipe 126 is further attached with the head 137.

  The “ventilating pipe having a terminal capable of supplying power” is “a venting pipe characterized in that the terminal capable of supplying power is located between the handheld portion of the vent pipe and the opening on the dust suction port side”. However, the hand-held portion is a component provided to support the ventilation pipe by hand. As a result, as shown in FIG. 38, it is possible to obtain an effect that the electric fan can be easily attached to the ventilation pipe so that the electric fan is positioned between the hand having the handle portion 607 and the head.

  The “aeration pipe having a terminal capable of supplying power” is “a ventilation pipe in which the terminal capable of supplying power is a standard terminal”. Thereby, the effect that the commercially available fan which has a standard terminal which can mount | wear with the said standard terminal can be attached to this ventilation pipe can be acquired.

  The “ventilated pipe having a terminal capable of supplying power” is “a vent pipe in which the terminal capable of supplying power is a terminal of the universal serial bus standard”. As a result, as shown in FIG. 38, it is possible to obtain an effect that a commercially available electric fan 600 having a universal serial bus standard terminal 604 to which the universal serial bus standard terminal 605 can be attached can be attached to the ventilation pipe.

  The “ventilating pipe having a terminal capable of supplying power” is “a venting pipe in which the terminal capable of supplying power is a port type terminal of the universal serial bus standard”. As a result, as shown in FIG. 38, there is an effect that a commercial electric fan 600 having a universal serial bus standard plug type terminal 604 to which the universal serial bus standard port type terminal 605 can be attached can be attached to the ventilation pipe. be able to.

  The “ventilating pipe having a terminal capable of feeding power” is a “venting pipe having means for controlling feeding”. Thereby, the effect which can control the electric power feeding to the electric fan attached to this ventilation pipe can be acquired.

  The “ventilating pipe having a terminal capable of supplying power” can be mounted in another form as “a venting pipe in which the terminal capable of supplying power is not a standard”. As a result, it is possible to limit the electric fan that can be attached to the “ventilating pipe having a terminal capable of supplying power”. Therefore, in the combination between the “ventilating pipe having a terminal capable of supplying power” and the electric fan, "Check effect" can be obtained.

  In FIG. 38, the electric fan 600 has a universal serial bus standard plug-type terminal 604 on a frame 602 that supports an electric motor 603 that drives an impeller 601. By inserting the plug type terminal 604 of the electric fan 600 into the port type terminal 605 of the universal serial bus terminal of the vent pipe 606 and attaching the vent pipe 606 to the fan 600, the fan 600 is supported by the vent pipe 606. Further, the impeller 601 can be driven by transmitting electricity from the electric conductor of the ventilation pipe 606 to the electric motor of the electric fan 600 through the port type terminal 605 and the plug type terminal 604 of the universal serial bus terminal. Therefore, the effect which can provide the apparatus which cools the human body which continues moving while putting on a vacuum cleaner can be acquired.

  In FIG. 38, the handle 607 is positioned above the ventilation pipe 606 of the vacuum cleaner (upward in the drawing), and the port type terminal 605 of the universal serial bus standard is also positioned above the ventilation pipe 606. Yes. That is, the port type terminal 605 of the universal serial bus standard has the same orientation as the base 608 of the handle. The center of gravity of the electric fan 600 is located outside the ventilation pipe 606 and located above the terminal 605, but the handle 607 is located outside the ventilation pipe 606 and located in the same upward direction as the terminal 605. For this reason, the center of gravity of the electric fan 600 is substantially located on a straight line connecting the handle 607 and the head 137 (however, the head 137 is provided with a vent 127 in which the opening 127 is attached to the opening 609 on the dust suction port side of the vent pipe 606). It is assumed that it is attached to the opening 129 of the pipe 126). With this special arrangement, even if the center of gravity of the cleaner 600 is located outside the ventilation pipe 606, it is possible to obtain an effect that almost no torque that rolls the ventilation pipe 606 is generated. Moreover, since the electric fan 600 drives an electric motor with the electricity which flows through the terminal 604, the electric fan 600 does not have a battery. For this reason, the effect which makes the electric fan 600 light can be acquired. Therefore, even if a fan is attached to the vacuum cleaner, it is possible to provide an effect that can provide a fan that hardly increases the burden on the hand and a vacuum cleaner equipped with the fan.

  Further, the “ventilating pipe having a terminal capable of supplying power” is used in combination with the “fan that can stand on the cylindrical surface at the tip of the terminal capable of receiving power” (FIGS. 39 to 43) described in the thirteenth embodiment. As a result, the remarkable effect described in the thirteenth embodiment can be obtained.

Furthermore, the “ventilating pipe having a terminal capable of supplying power” has the “air blowing control device” described in the fourteenth embodiment, so that a very remarkable effect described in the fourteenth embodiment can be obtained.

  In the twelfth embodiment, the “vacuum cleaner having a fan” will be described in more detail.

    FIG. 5 is a vacuum cleaner according to a “vacuum cleaner having a fan according to any one of claims 1 to 11” according to claim 12, which is the “vacuum cleaner having a fan”. However, although the ventilation pipe 120 is connected to a hose type ventilation pipe attached to the main body of the vacuum cleaner, the hose type ventilation pipe is cut at the vicinity of the handle 125 in FIG. It is described.

    FIG. 43 is a vacuum cleaner according to a “vacuum cleaner having a fan according to any one of claims 1 to 11” according to claim 12, which is the “vacuum cleaner having a fan”. However, although the ventilation pipe 606 is connected to a hose type ventilation pipe attached to the main body of the vacuum cleaner, the hose type ventilation pipe is cut in the vicinity of the handle and is shown in FIG. doing. Further, it is assumed that the ventilation pipe 606 has the opening 127 of the ventilation pipe 126 attached to the opening 609 on the dust suction port side and the head 137 is attached to the opening 129 of the ventilation pipe 126.

  The “vacuum cleaner having a fan” is a “vacuum cleaner having an attaching / detaching means between the fan and the vacuum cleaner”. Thereby, when the electric fan is not required, the electric fan can be detached from the vacuum cleaner, and when the electric fan is required, the electric fan can be attached to the vacuum cleaner. Can be obtained. Furthermore, since there is an attachment / detachment means between the electric fan and the vacuum cleaner, it is possible to obtain the effect of clarifying the position to be attached, and to obtain the effect of making the attachment / detachment operation easier each time. The effect which can mount | wear with this electric fan in the same position can be acquired.

  The “vacuum having a fan” includes “a vacuum cleaner in which a ventilation pipe of the vacuum cleaner supports the electric fan”, “a vacuum cleaner in which a handle of the vacuum cleaner supports the electric fan”, and “the vacuum cleaner is A part positioned between the ventilation pipe and the handle is any one of the “vacuum cleaner supporting the electric fan”. Accordingly, it is possible to obtain an effect that the electric fan can be positioned and used in the immediate vicinity of the hand having the handle of the vacuum cleaner.

  The “vacuum cleaner having a fan” includes “a vacuum cleaner having attachment / detachment means between the ventilation pipe and the fan”, “a vacuum cleaner having attachment / detachment means between the handle and the fan”, “the ventilation pipe, It is either a “vacuum cleaner having an attaching / detaching means between the component located between the handles and the electric fan”. Thereby, when the electric fan is not required, the electric fan can be detached from the vacuum cleaner, and when the electric fan is required, the electric fan can be attached to the vacuum cleaner. Can be obtained. Furthermore, since there is an attachment / detachment means between the electric fan and the vacuum cleaner, it is possible to obtain the effect of clarifying the position to be attached, and to obtain the effect of making the attachment / detachment operation easier each time. The effect which can mount | wear with this electric fan in the same position can be acquired.

  The “vacuum cleaner having a fan” includes “a vacuum cleaner having a terminal capable of supplying power between the ventilation pipe and the fan”, “a cleaner having a terminal capable of supplying power between the handle and the fan”, “ It is one of the "vacuum cleaner which has a terminal which can be supplied with electric power between the part located between the ventilation pipe and the handle and the electric fan". Thereby, it is possible to obtain an effect that electricity can be supplied from the vacuum cleaner to the electric fan via the terminal capable of supplying power.

  The “vacuum cleaner having a fan” is a “vacuum cleaner having a lid on the terminal capable of supplying power”. Thereby, when the electric fan is not attached to the terminal, it is possible to prevent dust from entering the terminal by closing the lid. The port-type terminal 605 from which the universal serial bus standard plug-type terminal 604 is detached has a slide type lid. Thereby, when the electric fan is not attached to the terminal, it is possible to prevent dust from entering the terminal by closing the lid.

  The “vacuum cleaner having an electric fan” is a “vacuum cleaner in which the power supplyable terminal is a standard terminal”. Thereby, a commercially available fan having a standard terminal to which the standard terminal can be attached can be attached to the vacuum cleaner, and an effect of providing the vacuum cleaner at a lower cost can be obtained.

  Any of the above-mentioned “vacuum cleaners having a fan”, which is “a vacuum cleaner in which the power supplyable terminal is a universal serial bus standard terminal”. Thus, as shown in FIGS. 42 and 43, it is possible to obtain an effect that a commercially available fan having a universal serial bus standard terminal to which the universal serial bus standard terminal can be attached can be attached to the vacuum cleaner. Therefore, it is possible to provide a vacuum cleaner that constantly cools the human body that continues to move while applying the vacuum cleaner at a lower cost.

  Any of the above-mentioned “vacuum cleaners having a fan”, which is “a vacuum cleaner in which the terminal capable of supplying power is a port type terminal of the universal serial bus standard”. As a result, as shown in FIGS. 42 and 43, it is possible to obtain an effect that a commercial fan having a universal serial bus standard plug-type terminal that can be fitted with the universal serial bus standard port type terminal can be attached to the vacuum cleaner. Can do. Therefore, it is possible to provide a vacuum cleaner that constantly cools the human body that continues to move while applying the vacuum cleaner at a lower cost.

  Any one of the above “vacuum cleaner having a fan” may be mounted as another “vacuum cleaner in which the terminal capable of supplying power is not a standard”. Thereby, since the electric fan which can be put on the said vacuum cleaner can be limited, the "compatibility check effect" can be acquired in the combination between the said vacuum cleaner and an electric fan.

  38, the port type terminal 605 of the universal serial bus terminal, the ventilation pipe 606 provided at the position of the handle 607 is attached to the electric fan 600, and the opening 609 of the ventilation pipe 606 is attached to the opening 127 of the ventilation pipe 126. Further, the vacuum cleaner equipped with the ventilation pipe 606 is the above-mentioned “vacuum cleaner having a fan, wherein a handle of the vacuum cleaner supports the fan, and the cleaner is disposed between the handle and the fan. A vacuum cleaner having a ventilation pipe mounting means, a vacuum cleaner having a detachable means between the handle and the electric fan, and a standard universal serial bus standard terminal capable of supplying power between the handle and the electric fan. It is an Example of a "vacuum cleaner having".

  In FIG. 38, a port type terminal 605 of a universal serial bus terminal and a ventilation pipe 606 provided at the base 608 position of the handle 607 are attached to the fan 600, and the opening 609 of the ventilation pipe 606 is connected to the opening 127 of the ventilation pipe 126. Further, the vacuum cleaner equipped with the ventilation pipe 606 is the above-mentioned “vacuum cleaner having a fan, wherein a part located between the ventilation pipe and the handle of the vacuum cleaner supports the fan. A vacuum cleaner having a ventilation pipe attachment means between the fan and the part located between the ventilation pipe and the handle, the part located between the ventilation pipe and the handle, and A vacuum cleaner having attachment / detachment means between the fans, wherein the component located between the ventilation pipe and the handle and the fan It is an example of a vacuum cleaner "with a universal serial bus standard terminals of feedable standards between.

  1 to 27 is a vacuum cleaner equipped with a ventilation pipe attached to the above-mentioned "vacuum having a fan, wherein the ventilation pipe of the vacuum cleaner is a vacuum cleaner that supports the fan, This is an embodiment of a “vacuum cleaner having a ventilation pipe attachment means between the ventilation pipe and the electric fan, and having an attaching / detaching means between the ventilation pipe and the electric fan”.

  The vacuum cleaner equipped with the ventilation pipe sandwiched by the fans shown in FIGS. 28 to 36 is the above-mentioned “vacuum cleaner having a fan, and the ventilation pipe of the vacuum cleaner is a vacuum cleaner that supports the fan, This is an embodiment of a “vacuum cleaner having ventilation pipe attachment means between the ventilation pipe and the fan, and having clamping means between the ventilation pipe and the fan”.

  Any one of the above “vacuum cleaner having a fan”, “vacuum cleaner having a terminal capable of feeding power between the ventilation pipe and the fan”, “terminal capable of feeding power between the handle and the fan” A fan which is either “a vacuum cleaner having a vacuum cleaner” or “a vacuum cleaner having a terminal capable of supplying power between the fan and the component located between the ventilation pipe and the handle” By using it in combination with a “fan that can stand on a cylindrical surface at the tip of a possible terminal”, a very remarkable effect described in Example 13 can be obtained.

  Furthermore, the “vacuum cleaner having an electric fan” has the “air blowing control device” described in the fourteenth embodiment, and thus can obtain a very remarkable effect described in the fourteenth embodiment.

In FIG. 38, a vacuum cleaner in which the ventilation pipe 606 is attached to the electric fan 600 and the ventilation pipe 606 is further attached is the above-mentioned “vacuum cleaner having an electric fan, in which the ventilation pipe of the vacuum cleaner supports the electric fan. A vacuum cleaner having ventilation pipe attachment means between the ventilation pipe and the fan, wherein the vacuum pipe has attachment / detachment means between the ventilation pipe and the fan, the ventilation pipe and the fan. Is an example of a "vacuum cleaner having a universal serial bus standard terminal that can be powered between".

(Fan that can stand on a cylindrical surface at the tip of a terminal that can receive power)
FIG. 43 is the structure according to claim 11, further comprising an attaching / detaching portion between the ventilation pipe attaching / detaching means and the frame, wherein the ventilation pipe attaching / detaching means and the frame can be attached to and detached from each other. The electric fan according to any one of 10 is provided with an attaching / detaching portion 706 between a ventilation pipe 606 and a frame 701 (a frame using a multi-port hub 701). The attachment / detachment portion 706 is an attachment / detachment portion having “universal serial bus standard port type terminal 605 as a terminal capable of supplying power” and “universal serial bus standard plug type terminal 702 as a terminal capable of receiving power” as an attachment / detachment means.

  The electric fan 700 detached at the attaching / detaching portion 706 is “an electric fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power”.

  In FIG. 41, the center of gravity of the “fan that can stand on the cylindrical surface at the tip of the terminal that can receive power” is located directly below the “tip of the terminal that can receive power”. For this reason, parts of the vacuum cleaner having the “power receiving terminal” and the “power supplyable terminal” on the upper surface (the ventilation pipe, the handle, the part positioned between the ventilation pipe and the handle, etc.) ), The effect of positioning the center of gravity in the internal space of the part of the vacuum cleaner can be obtained. Therefore, even if a fan is attached to the vacuum cleaner, it is possible to provide an effect that can provide a fan that hardly increases the burden on the hand and a vacuum cleaner equipped with the fan.

  39 to 43 show an embodiment of “an electric fan 700 that can stand on a cylindrical surface of a column 709 at a tip 708 of a plug-type terminal 702 capable of receiving power”. The electric fan 700 includes a universal serial bus standard multi-port hub 701 and two electric fans 600. The fan 600 is supported from the multi-port hub 701 by mounting the plug-type terminal 604 and the port-type terminal 703.

  As shown in FIGS. 40 and 41, the center of gravity 707 of “the electric fan 700 that can stand on the cylindrical surface of the column 709 with the tip 708 of the plug-type terminal 702 that can receive power” is “the tip 708 of the terminal 702 that can receive power”. Located directly below. For this reason, as shown in FIG. 41, it is possible to stand like a “stirring” with only the tip 708 of the terminal 702 capable of receiving power in contact with the upper surface of the cylinder 709.

  42 and 43, the electric fan 700 is supported by the ventilation pipe 606 by attaching the plug-type terminal 702 capable of receiving power of the electric fan 700 to the port type terminal 605 of the ventilation pipe 606 of the cleaner. The Further, the electric power supplied from the port type terminal 606 of the vacuum cleaner to the electric fan 700 through the plug type terminal 702 can drive the electric motor of the electric fan 600 to blow air.

  That is, the electric fan 700 is used in combination with any means of the “ventilating pipe having a terminal capable of supplying power” described in the eleventh embodiment or the “vacuum cleaner having a terminal capable of supplying power” described in the twelfth embodiment. , “Even if a fan is attached to the vacuum cleaner, it is possible to provide an electric fan that hardly increases the burden on the hand and a vacuum cleaner equipped with the electric fan”. In addition, it is possible to solve the problem of “providing a device for constantly cooling a human body that continues to move while applying a vacuum cleaner”.

  Further, when the vacuum cleaner is not used, the fan 600 can be used by removing the fan 600 from the multi-port hub 701 and attaching the plug-type terminal 604 to the port-type terminal of another device (such as a personal computer). it can.

  In other words, since the “terminal that can receive power” is also a “standard terminal”, it “provides a fan that can be attached to a vacuum cleaner and can be used even when the vacuum cleaner is not used”. An effect can be obtained.

  Further, as shown in FIGS. 42 and 43, the electric fan 700 has a center of gravity 707 positioned in the space near the axis of the ventilation pipe attached to the electric fan 700 by devising and using a general-purpose component (multi-port hub 701) for branching the power supply. Has an effect to make. For this reason, when the vacuum cleaner is not used, the fan 700 can be disassembled and the multi-port hub 701 can be used as a “part for branching the power supply” for general purposes. Also, when the vacuum cleaner is used, the fan 700 can be used immediately. Can be assembled and used.

  That is, by making the “receivable terminal” a “universal serial bus standard terminal”, it is possible to devise and use a general-purpose component for branching the power supply. Can be obtained. Therefore, in the fan that can be attached to the vacuum cleaner, it is possible to solve the problem of providing a fan that can reduce the manufacturing cost for the manufacturer of the fan, and to reduce the purchase cost for the user of the fan. Another problem of providing a fan that can be solved can also be solved.

  The “fan that can stand on a cylindrical surface at the tip of a terminal that can receive power” is “a fan in which the terminal that can receive power is a standard terminal”.

  The “fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power” is “a fan in which the terminal that can receive power is a universal serial bus standard terminal”.

  The “fan that can stand on a cylindrical surface at the tip of a terminal capable of receiving power” is “a fan in which the terminal capable of receiving power is a universal serial bus standard plug type terminal”.

  The “fan that can stand on a cylindrical surface at the tip of a terminal that can receive power” is a “fan that has two or more electric motors”. As a result, as shown in FIGS. 39 to 43, it is possible to achieve a balance between the two electric motors and to obtain an effect of easily controlling the position of the center of gravity.

  The “fan that can stand on a cylindrical surface at the tip of a terminal that can receive power” is “a fan that has a detachable means between the terminal that can receive power and the electric motor of the fan”. Thereby, when it is not attached to the vacuum cleaner, it is possible to obtain an effect that it can be detached and used. Therefore, even when the vacuum cleaner is not used, the effect that the electric fan can be used can be obtained.

  The “fan that can stand on a cylindrical surface at the tip of a terminal that can receive power” is “a fan that has a movable part between the terminal that can receive power and the electric motor of the fan”. Thereby, the effect which becomes easy to adjust the position of the center of gravity of the electric fan can be obtained.

In addition, as the cylindrical surface for standing the “fan that can stand on the cylindrical surface at the tip of the terminal capable of receiving power”, a wooden column having a diameter of 40 mm and having a length of 200 mm or more is used. To do. The electric fan that can stand on the cylindrical surface of the cylinder is the electric fan according to the invention disclosed as means for solving the “problem to be solved in the thirteenth embodiment”.

  In the fourteenth embodiment, it is an object to “provide a higher-level device that constantly cools the human body that continues to move while applying a vacuum cleaner”, and “fan control device” as a means for solving the problem, The “fan having the air blow control device”, “the vacuum cleaner having the air blow control device”, and effects of these means will be described in detail.

In this specification, “blower control device” means
“Equipped with terminals that can be powered or received, a computer, sensors, power supply control means, an electric motor, and an impeller.
The sensor generates signal data;
The computer inputs the signal data,
The computer generates control data from the signal data;
The power supply control means inputs the control data,
The power supply control means controls power supply to the electric motor from the power source or a power receivable terminal based on the control data,
The electric motor drives the impeller,
Blower control device featuring
It is.

  Another “air blowing control device” that can be used as the “air blowing control device” is “the sensor is at least one of a motion sensor, an acceleration sensor, a gyro sensor, a GPS sensor, a magnetic sensor, an illuminance sensor, a torque sensor, and a pressure sensor. And the computer that receives the signal data generated by the sensor generates dynamic data reflecting the dynamic state of the air flow control device based on the signal data, and is based on the dynamic data. Thus, any one of the above-mentioned air blow control devices which generates the control data.

  Thereby, the effect which can control ventilation based on the dynamic state of the ventilation control device which the dynamic data reflects can be acquired. For example, when the air blow control device is moving, it is a time when a device having the air blow control device is being used. Moreover, when the said ventilation control apparatus is not moving, since it is when the apparatus which has the said ventilation control apparatus is not used, control which stops ventilation can be performed.

  By using a vacuum cleaner having a fan having the air blow control device, it is possible to obtain an effect of controlling the operation of the fan in accordance with the movement of the user. Therefore, it is possible to solve the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner.

  Another “air blowing control device” that can be used as the “air blowing control device” is “a signal generated by the sensor when the sensor is at least one of a temperature sensor, a humidity sensor, a temperature / humidity sensor, and an atmospheric pressure sensor”. The computer for inputting data generates environmental data reflecting an environmental state of the air flow control device based on the signal data, and generates any of the control data based on the environmental data. Is.

  Thereby, the effect which can control ventilation based on the environmental state of the air supply control device which the environmental data reflects can be acquired. For example, when the temperature of the environment around the air blow control device is high, it is possible to perform control to blow air. Further, when the ambient air temperature of the air blowing control device is low, it is possible to perform control to stop the air blowing.

  By using a vacuum cleaner having a fan having the air blow control device, it is possible to obtain an effect of controlling the operation of the fan in accordance with the user's environment. Therefore, it is possible to solve the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner.

  FIG. 44 shows an example of a blower control device that controls power supply from the power source 800 to the electric motor 802 by the power supply control means 801.

  The power supply control unit 801, the electric motor 802, the computer 803, the camera 804, the sensor 805, and the communication device 806 are all units that use electricity supplied from the power supply 800. In FIG. 44, communication, power feeding, and / or control between the means using electricity are shown by lines.

  The camera 804 periodically generates image data as the signal data. The camera 804 periodically transmits the signal data to the computer 803, and the computer 803 periodically inputs the signal data.

  The sensor 805 is a sensor that generates signal data reflecting the movement of a component in which the sensor is installed (hereinafter, referred to as a motion sensor, acceleration sensor, gyro sensor, magnetic sensor, GPS sensor, illuminance sensor, torque sensor, pressure sensor, etc.). "Sensors that generate signal data reflecting the surrounding environment (hereinafter referred to as" environment sensors "), such as temperature sensors, humidity sensors, temperature / humidity sensors, and atmospheric pressure sensors. Or any combination thereof. The sensor 805 periodically transmits the signal data to the computer 803, and the computer 803 periodically inputs the signal data.

  The communication device 806 can acquire data from an external information device through a network line or the like. For example, data such as weather information can be acquired by connecting to any site on the Internet.

  The communication device 806 is connected to the computer 803, and can acquire necessary data from an external information device in response to a request from the computer 803. For example, the computer 803 that has input the signal data reflecting the position information generated by the GPS sensor 805 transmits the position information reflected by the signal data to the communication device 806, and the communication device 806 transmits the position information to an external information device. By transmitting, data such as weather information at the current position can be acquired from an external information device.

  The computer 803 calculates difference data for comparing signal data periodically input from the camera 804. Based on the difference data, the computer 803 generates dynamic data reflecting the degree of movement of the component on which the camera 804 is installed. The computer 803 generates control data based on the dynamic data and / or the signal data, and sends the control data to the power supply control unit 801. The power supply control means 801 receives the control data, and changes the voltage supplied from the power source 800 to the electric motor 802 based on the control data.

  The computer 803 calculates difference data for comparing signal data periodically input from the sensor 805 including the dynamic sensor or integration data reflecting the dynamic state. The computer 803 generates dynamic data reflecting the degree of movement of the component on which the sensor 805 is installed based on the difference data or the integration data. The computer 803 generates control data based on the dynamic data and / or the signal data, and sends the control data to the power supply control unit 801. The power supply control means 801 receives the control data, and changes the voltage supplied from the power source 800 to the electric motor 802 based on the control data.

  The computer 803 generates environment data that reflects the state of the environment around the part where the sensor 805 is installed, based on signal data periodically input from the sensor 805 including the environment sensor. The computer 803 generates control data based on the environmental data and / or the signal data, and sends the control data to the power supply control unit 801. The power supply control means 801 receives the control data, and changes the voltage supplied from the power source 800 to the electric motor 802 based on the control data.

  The computer 803 integrally processes signal data input from the camera 804, the sensor 805, and the communication device 806, thereby transmitting more appropriate control data to the power supply control unit 801 and more appropriately controlling the electric motor 802. Can do. For example, it is also possible to perform control such that when the part moves in an environment where the temperature is high, air blowing is started, and when the part moves in an environment where the temperature is low, air blowing is not started. Furthermore, it is possible to perform more advanced control such as the “human body operation assist function by electric fan” shown in the sixteenth embodiment.

  As an example of advanced control based on image processing, “the computer 803 performs processing for determining whether or not a human face image is included in image data that is signal data periodically input from the camera 804. When an image of a person's face is included, control data is transmitted to the power supply control means 801, power supply to the electric motor 802 is started, and blowing is started ".

  As another example of advanced control based on image processing, “the computer 803 performs a process of determining whether or not the image of a human face is included in the captured image data periodically received from the camera 804. Further, a process for determining the facial expression of a person can be performed, and control data can be sent to the power supply control means 801 based on the determination result to change the power supply voltage to the motor 802. For example, an uncomfortable expression. For the determination result, the control data for increasing the power supply voltage is transmitted to the power supply control means 801, so that the electric motor 802 can be rotated more quickly and the amount of blown air can be increased.

  Use of the electric fan according to any one of claims 1 to 11 or claim 14 having any one of the above-described air blow control devices, to obtain an effect that the electric fan can be used by being attached to a ventilation pipe of a vacuum cleaner. Can do. Therefore, it is possible to solve the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner.

  Using the electric fan according to claim 10, having two or more electric fans supplied by the electric power supply control means, wherein the electric power supply means is one or more of the electric motors. The effect which can control the impeller which an electric motor drives with the said ventilation control apparatus can be acquired. Therefore, it is possible to solve the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner.

  The use of the vacuum cleaner according to claim 12 having any one of the above-described air blow control devices can provide an effect of controlling the operation of the electric fan in accordance with a user's movement or environment. Therefore, it is possible to solve the problem of providing a device that constantly cools the human body that continues to move while applying a vacuum cleaner.

  As an example of a configuration in which the means 800 to 806 are arranged, the power supply control means 801 and the computer 803 are stored in the multi-port hub 701 shown in FIGS. Further, a camera 804, a sensor 805, and a communication device 806 are mounted on the multiport hub 701.

  By attaching the plug-type terminal 702 capable of receiving power of the multi-port hub 701 to the port-type terminal 605 that can be supplied with power by the cleaner having the power supply 800 or the cleaner connected to the power supply 800, the power supply 800 and the power supply control means 801 are provided. Is connected.

  Further, by attaching the plug type terminal 604 of the electric fan 600 to the port type terminal 703 of the multi-port hub 701, the power supply control means 801 and the electric motor 802 are connected.

  As described above, the “apparatus to which all the means shown in FIG. 44 are connected” is provided. The “apparatus to which all the means described in FIG. 44 are connected” is also a vacuum cleaner according to the inventions described in related inventions A1 to A10.

  In the above-mentioned “apparatus to which all means shown in FIG. 44 are connected”, the electric fan 700 (the electric fan having the multi-port hub 701 and the two electric fans 600) in which the plug type terminal 702 is detached from the port type terminal 605 is a related invention. It is the electric fan which concerns on the invention as described in C1 to C7 and D1 to D7.

In the above-mentioned “apparatus to which all means shown in FIG. 44 are connected”, the vent pipe (the vent pipe having the multi-port hub 701 and the vent pipe 606) in which the plug-type terminal 604 is detached from the port-type terminal 703 is a related invention. A vent pipe according to the invention described in E1 to E16 and E18.

(Blower that does not generate reverse torque, Blower that generates up / down airflow)
When the blower is attached to the ventilation pipe and the impeller of the blower is rotated, the torque for rotating the ventilation pipe in the rotation direction opposite to the rotation direction of the impeller (hereinafter referred to as “reverse rotation torque”) is Occasionally, the reverse rotational torque may place a burden on the hand that supports the ventilation pipe.

  The problem to be solved in the fifteenth embodiment is “to provide a blower that can be attached to a ventilation pipe, and the reverse rotation torque generated by the rotation of the impeller of the blower does not become a burden on the hand that supports the ventilation pipe”. It is.

The means that can be used to solve the “problem to be solved in the fifteenth embodiment” is “a blower in which the number of impellers rotating clockwise and the number of impellers rotating counterclockwise are equal”.
That is, “A power supply or a terminal that can receive power,
N motors,
N motors rotating in the opposite direction to the motors;
N impellers,
N impellers rotating in the opposite direction to the respective impellers,
Each electric motor drives each impeller,
N blower characterized in that N is 1 or more "
(Hereinafter referred to as “direct rotating fan”). As a result, it is possible to obtain an “effect of canceling the reverse rotational torque generated by the rotation of the impeller as the entire forward / reverse rotating blower”.

  Therefore, by attaching the “forward / reverse rotating blower” to the ventilation pipe, the “reverse rotation torque generated by the rotation of the impeller of the blower, which is attached to the ventilation pipe, is a burden on the hand that supports the ventilation pipe. The problem of “providing a blower that does not become a problem” can be solved.

  The “forward / reverse rotating blower”, which is “the blower having a handle” or “the blower equipped with the ventilation pipe having the handle” is referred to as “the forward / backward rotating blower with the handle”.

  In addition, by providing “the electric fan according to claim 9 or 10, the electric fan that is the forward / reverse rotating blower”, “the electric fan that can be attached to the ventilation pipe, and by the rotation of the impeller of the electric fan” An effect of providing a fan in which the generated reverse rotation torque does not become a burden on the hand supporting the ventilation pipe can be obtained.

  In this specification, “clockwise” means that “rotates clockwise (or twists) when the rotation axis is viewed from the user's line of sight”. Further, “counterclockwise” means to rotate (or twist) “counterclockwise when the rotation axis is viewed from the user's line of sight”. In FIG. 5, the user's line-of-sight direction is a direction when viewed from the handle 124 side toward the head 137 side in parallel with the roll rotation shaft 140. In FIG. 51, the direction of the user's line of sight is the direction when viewed from the handle 925 side toward the head 932 side in parallel with the roll rotation shaft 140. However, in a blower having a movable part that can change the direction of the rotating shaft of the impeller, the direction in which the impeller is blown toward the user (from the head 137 side to the handle 124 side in FIG. 5). Direction).

  The “forward / reverse rotating blower”, wherein the total number of impellers rotating in the clockwise direction and the impeller rotating in the counterclockwise direction is M, is referred to as “M-type forward / reverse rotating blower”. Called. A forward / reverse rotating blower having one impeller rotating clockwise and one impeller rotating counterclockwise is called a “type 2 forward / reverse rotating blower”, and an impeller rotating counterclockwise. A forward / reverse rotating blower having two impellers each rotating at a time is referred to as a “4-type forward / reverse rotating blower”.

  The “forward / reverse rotating blower” and “the blower in which the rotation shafts of all the impellers are on the same straight line” are referred to as “forward / reverse rotating coaxial blower”.

  The “forward / reverse rotating blower” and “the blower that is not the forward / reverse rotating coaxial rotating blower” is referred to as “the forward / reverse rotating non-coaxial rotating blower”.

  It will be described below that “an effect of generating a downdraft” can be obtained as a remarkable effect of the “type 2 direct / reverse rotating non-coaxial rotating blower”.

  The electric fan having two impellers according to FIGS. 22 to 23, wherein the electric fan in which one impeller is rotated clockwise and the other impeller is rotated counterclockwise is the electric fan according to claim 10. Therefore, it is “a fan that is a type 2 forward / reverse rotating non-coaxial rotating blower”. FIG. 45 is a sectional view showing a part of the structure of the electric fan.

  The single electric fan 187 on the left side of the electric fan shown in FIG. 45 generates a spiral air flow 904 that advances by rotating the left screw from an impeller 902 that rotates clockwise. Further, the right single fan 188 of the electric fan generates a spiral air flow 905 that advances from the impeller 903 that rotates counterclockwise by rotating the right screw. The spiral airflow 904 and the spiral airflow 905 can intensify each other at the boundary surface 906 between the two spiral airflows because the directions of the airflows coincide with each other. For this reason, a downward airflow 907 is generated along with the airflow traveling along the roll rotation shaft 140.

  45 is mounted on the ventilation pipe 120 of the vacuum cleaner, the left single fan 187 is provided with the impeller 902 that rotates clockwise, and the right single fan 188 rotates counterclockwise. When the impeller 903 is arranged, an “effect of generating a downdraft near the handle” can be obtained (hereinafter, the arrangement is referred to as “an arrangement for generating a downdraft”).

  For this reason, it is possible to obtain an effect that the air existing above with less dust rising during cleaning can be blown toward the user by the descending airflow 907.

  Furthermore, as a notable effect of the electric fan shown in FIG. 45, by rotating the entire electric fan in the roll rotation movable part 153, “the effect that can generate not only the downward airflow but also the upward airflow and the lateral airflow can be generated. Can be obtained. Therefore, as shown in FIG. 46, when the left single fan 187 is arranged with the impeller 903 that rotates counterclockwise and the right single fan 188 is arranged with the impeller 902 that rotates clockwise, The effect of generating the airflow 908 can be obtained (hereinafter, the above arrangement is referred to as “an arrangement for generating an updraft”).

  As shown in FIG. 46, by using the “fan that is a type 2 forward / reverse rotating non-coaxial rotating blower” in the “arrangement for generating ascending airflow”, by blowing air over the table 914 from the side, An updraft 908 can be generated over the table 914, and an effect of preventing dust from falling onto the table 914 can be obtained. Thereby, the effect which can provide the electric fan which prevents the fall of the dust to the table 914 which has arrange | positioned foodstuffs and exhibits can be acquired.

  Accordingly, in the electric fan according to claim 10, by providing the “electric fan that is a type 2 forward / reverse rotating non-coaxial rotating fan”, the ventilation pipe is arranged in an “arrangement for generating a downdraft” during cleaning. It is used to blow an air flow with little dust to the user and attached to the support column shown in FIGS. 24 and 25 and used in the “arrangement for generating an updraft” except during cleaning. The effect which can prevent the fall of the dust to a table etc. can be acquired.

(Vacuum cleaner that does not generate reverse torque)
In addition, as a notable effect of the “forward / reverse rotating blower”, as another related invention using the same, there is the “vacuum cleaner generating negative pressure by the forward / reverse rotating blower”.
That is,
“With power supply or receiving terminal,
N motors,
N motors rotating in the opposite direction to the motors;
N impellers,
N impellers rotating in the opposite direction to the respective impellers,
Each electric motor drives each impeller to generate negative pressure,
N is a vacuum cleaner characterized by being 1 or more.
Hereinafter, the “vacuum cleaner that generates negative pressure using a forward / reverse rotating blower” is referred to as a “vacuum cleaner that cancels reverse rotational torque”.

  As an embodiment of the “vacuum cleaner that cancels reverse rotation torque”, “a power source or a terminal that can receive power, an electric motor 922, and an electric motor 923 that rotates in an opposite direction to the electric motor 922” shown in FIGS. An impeller 920 and an impeller 921 that rotates in the opposite direction to the impeller 920, the electric motor 922 drives the impeller 920, and the electric 923 drives the impeller 921. The vacuum cleaner 950 is characterized in that a negative pressure is generated by a “non-rotating non-coaxial rotating blower”. That is, the vacuum cleaner 950 is a “vacuum cleaner that generates negative pressure with a type 2 forward / reverse rotating non-coaxial rotating blower”. As a result, “the effect of not placing a burden on the hand supporting the vacuum cleaner by canceling the reverse rotational torque generated by the rotation of the electric motor and the impeller” and “the attraction force is strong by having two electric motors”. Both effects can be obtained.

  As another form of implementation of the “vacuum cleaner for canceling the reverse rotation torque”, in the “stick vacuum cleaner” described in FIG. By installing the “type blower” inside the portable vacuum cleaner 3 and generating a negative pressure by the impeller, the “reversing torque generated by the rotation of the electric motor and the impeller can be canceled, so that the cleaner Both “the effect of not placing a burden on the hand that supports” and “the effect of increasing the suction force by having two electric motors” can be obtained.

  As another form of implementation of the “vacuum cleaner for canceling the reverse rotation torque”, the “stick type vacuum cleaner” shown in FIG. By installing a “rotary blower” inside the vacuum cleaner main body 3 and generating a negative pressure by the impeller, it is possible to cancel the reverse rotation torque generated by the rotation of the electric motor and the impeller. Both “the effect of not placing a burden on the supporting hand” and “the effect of increasing the suction force by having two electric motors” can be obtained.

  As another form of implementation of the “vacuum cleaner that cancels the reverse rotation torque”, in the “electric vacuum cleaner” shown in FIG. 4 of JP-A-2015-213632, the “type 2 forward / reverse rotation non-coaxial rotation type” By installing a “blower” inside the vacuum cleaner main body 1 and generating a negative pressure by the impeller, the vacuum cleaner is supported by canceling the reverse rotation torque generated by the rotation of the electric motor and the impeller. Both “the effect of not placing a burden on the hand” and “the effect of increasing the suction force by having two electric motors” can be obtained.

  As another form of implementation of the “vacuum cleaner that cancels reverse rotation torque”, in the “electric vacuum cleaner” shown in FIG. 1 of Japanese Patent Application Laid-Open No. 2012-090762, By installing a “blower” inside the vacuum cleaner main body 1 and generating a negative pressure by the impeller, the vacuum cleaner is supported by canceling the reverse rotation torque generated by the rotation of the electric motor and the impeller. Both “the effect of not placing a burden on the hand” and “the effect of increasing the suction force by having two electric motors” can be obtained.

  In the vacuum cleaner according to any one of the embodiments of the “vacuum cleaner that cancels reverse rotation torque”, instead of the “type 2 forward / reverse rotating non-coaxial rotary blower”, A vacuum cleaner using a “rotary coaxial rotary blower” is also an embodiment that can be implemented. Specifically, in the “type 2 forward / reverse rotating non-coaxial rotating blower” installed inside the vacuum cleaner according to any one of the embodiments of the “vacuum cleaner canceling reverse rotational torque”, An embodiment of a “vacuum cleaner that generates negative pressure with a 2-type forward / reverse rotating coaxial rotary blower” by arranging the rotating shafts of two electric motors rotating in parallel and reverse on the same straight line. Can do.

The notable effect of the “vacuum cleaner that cancels the reverse rotation torque” is “the effect of canceling stress on the wrist or the like caused by the reverse rotation torque that tends to appear prominently when the power is turned on and the motor starts to rotate”. It is. In prior art vacuum cleaners, when the power is turned on, the electric motor of the vacuum cleaner body generates a strong reverse rotation torque, so when moving the body down to the hand or operating it as a stick-type vacuum cleaner by hand , It was a heavy burden on the wrist. For this reason, for patients with tendonitis and thumb CM arthropathy, there has been a demand for a cleaner that does not burden the hand. On the other hand, the “vacuum cleaner that cancels reverse rotation torque” provides the cleaner with the effect of canceling stress on the wrist and the like due to the reverse rotation torque. It is what brings to the machine. That is, the invention described in this specification that focuses on the use of the effect of canceling the reverse rotation torque particularly in a vacuum cleaner has the effect of significantly developing the prior art.

(Fan and vacuum cleaner that assists human movement)
The problem to be solved in the sixteenth embodiment is “to provide a fan and a vacuum cleaner having a function of assisting human body operation”.

  The most notable effect of the “forward / reverse rotating blower” is the addition of a blower control device, which will be described in detail below, so that “counterclockwise reverse rotation torque generated by a clockwise rotating motor” and “counterclockwise rotation” This is an effect capable of performing control using the difference between the “clockwise reverse rotation torque generated by the electric motor rotating clockwise” as the “assist torque”. Thereby, a “blower having a human body operation assist function” can be provided.

  When the user performs the “handle operation to rotate the forward / reverse rotating fan with handle clockwise”, the rotational speed of the “impeller rotating counterclockwise” is determined from the “impeller rotating clockwise”. By increasing the speed, a torque for rotating the blower in the clockwise direction is generated in the blower, and an effect of assisting the “handling operation of the clockwise twist” of the user can be obtained. Further, when the user performs “handle operation to twist the counterclockwise rotating blower with handle counterclockwise”, the rotational speed of the “clockwise rotating impeller” is set to the “counterclockwise rotating blade”. By making it faster than the “car”, a torque for rotating the blower counterclockwise is generated in the blower, and an effect of assisting the “handle operation twisting counterclockwise” of the user can be obtained.

  As the air blow control device for effectively using the “assist effect”, the “forward / reverse rotating blower” to which the air blowing control device according to the fourteenth embodiment is added is referred to as the “forward / reverse rotating air blow control type blower”. " Also, the “forward / reverse rotation control blower”, “the blower having a handle” or “the blower equipped with the ventilation pipe having the handle” is called “the forward / reverse rotation blower with control handle”. .

  The blower 940 described in FIGS. 49 to 51 is the “forward / reverse rotation type blower control type blower with handle”. The vacuum cleaner 950 is “a vacuum cleaner that generates a negative pressure by the blower 940” (hereinafter, referred to as “a vacuum cleaner that generates a negative pressure by a forward / reverse rotation type blower control type blower with a handle”).

  The blower 940 includes an impeller 920 that rotates clockwise and an impeller 921 that rotates counterclockwise. The impeller 920 is driven by an electric motor 922 that rotates clockwise, and the impeller 921 rotates counterclockwise. The electric motor 923 and the electric motor 923 are supported by a frame 924, the frame 924 is supported by a handle 925, and the handle 925 is supported by a user's hand.

  The frame 924 is also supported by a frame 927 having ventilation pipe attaching / detaching means. The frame 927 is supported from the ventilation pipe 929 by attaching the opening of the ventilation pipe 929 to the opening 928, and the ventilation pipe 929 is a rotationally movable part. The head 932 is supported by the head 932 via the 931, and the head 932 is supported from the floor surface by contacting the floor surface.

  A filter for accumulating dust is provided inside the frame 927, and the impeller 920 and the impeller 921 are rotated to generate negative pressure inside the frame 927, thereby containing dust from the head 932. Dust is collected in the filter by flowing in air, passing the air through the ventilation pipe 929, and then discharging the air. 49 to 51 functions as a vacuum cleaner 950. The vacuum cleaner 950 has a cylindrical body 929 having a hand-held portion 925 and a grounding portion 932. The blower 940 has a torque sensor 926 of the blower control device between a handle 925 and a frame 924 that supports the electric motor 922 and the electric motor 923. The torque sensor 926 uses a pressure sensor (a semiconductor piezoresistive diffusion pressure sensor or a strain gauge pressure sensor) to receive a twisting force in the direction of the roll rotation axis 140 between the handle 925 and the frame 924 by the components of the torque sensor 926. Torque is measured by measuring as pressure. However, the sensor that can be used as the torque sensor is not limited to the pressure sensor, and can be realized by using any known pressure sensor, rotary torque sensor, non-rotational torque sensor, angular acceleration sensor, or the like. .

  The blower 940 is a torque (hereinafter referred to as “user torque”) that rotates the entire vacuum cleaner 950 clockwise around the central shaft 140 (roll rotating shaft 140) of the ventilation pipe 929 by a handle operation in which the user twists the handle 925 clockwise. Is added to the handle 925, the torque sensor 926 generates signal data reflecting the user torque, the computer of the air blow control device inputs the signal data, and the computer rotates the clockwise motor 922. Control data for increasing the voltage of the motor 923 rotating in the counterclockwise direction by lowering the voltage is generated, and the power supply control means of the blower control device that receives the control data controls power supply to the motor 921 and the motor 922. As a result, a torque for rotating the blower 940 clockwise (hereinafter referred to as “assist torque”) is generated, and the total torque of the user torque and the assist torque (hereinafter referred to as “total torque”) is used as the blower. By transmitting to the head 932 via 940 and the ventilation pipe 929, the entire cleaner 950 can be rotated clockwise around the central shaft 140. Therefore, the cleaner 950 can be rotated clockwise with a total torque larger than the user torque, and an assist effect can be obtained. Therefore, the problem of “providing a vacuum cleaner having a function of assisting human body movement” can be solved.

  The blower 940 applies a user torque that rotates the entire vacuum cleaner 950 counterclockwise about the central shaft 140 to the handle 925 by a handle operation in which the user twists the handle 925 counterclockwise. The reflected signal data is generated, and the computer of the air blow control device inputs the signal data. The computer lowers the voltage of the motor 923 that rotates counterclockwise and increases the voltage of the motor 922 that rotates clockwise. The power supply control means of the blower control device that generates data and inputs the control data controls power supply to the motor 921 and the motor 922. Thereby, an assist torque for rotating the blower 940 counterclockwise is generated, and the total torque obtained by adding the user torque and the assist torque is transmitted to the head 932 via the blower 940 and the ventilation pipe 929, so that the cleaner The entire 950 can be rotated counterclockwise about the central axis 140. Therefore, the cleaner 950 can be rotated counterclockwise with a total torque larger than the user torque, and an assist effect can be obtained. Therefore, the problem of “providing a vacuum cleaner having a function of assisting human body movement” can be solved.

In other words, “a vacuum cleaner that generates negative pressure with a forward / reverse rotating air blower with handle”
“With the handle,
A power source or a receivable terminal;
A computer,
With sensors,
Power supply control means;
An electric motor,
An electric motor rotating in a direction opposite to the electric motor;
Impeller,
An impeller that rotates in a direction opposite to the impeller,
The sensor generates signal data;
The computer inputs the signal data,
The computer generates control data from the signal data;
The power supply control means inputs the control data,
The power supply control means controls power supply to each electric motor from the power source or a terminal capable of receiving power based on the control data,
Each of the electric motors drives each of the impellers to generate a negative pressure ”
(Hereinafter referred to as “a vacuum cleaner having a human body motion assist function”).

Thus, the assist torque can be controlled based on the following formula.

"Assist torque that rotates the blower clockwise"
= "Reverse torque of motor rotating counterclockwise"
-“Reverse torque of motor rotating clockwise”

"Assist torque that rotates the blower counterclockwise"
= “Reverse torque of motor rotating clockwise”
-“Reverse torque of motor rotating counterclockwise”

Therefore, in the control of the “vacuum cleaner having a human body motion assist function”,
“Supply voltage to the motor rotating counterclockwise”> “Supply voltage to the motor rotating clockwise”
As a result, an effect of generating an assist torque for rotating the blower clockwise can be obtained.

In addition, in the control of the “vacuum cleaner having a human body motion assist function”,
“Supply voltage to the motor rotating clockwise”> “Supply voltage to the motor rotating counterclockwise”
By doing so, it is possible to obtain an effect of generating an assist torque for rotating the blower counterclockwise.

  Further, there is provided the “vacuum cleaner having a human body motion assist function”, wherein “the sensor is a sensor capable of detecting torque by the handle operation”. As a result, it is possible to obtain the effect of detecting the torque generated by the user's handle operation.

  In addition, any one of the “vacuum cleaners having a human body motion assist function”, wherein “the power supply to each electric motor is controlled so as to generate an assist torque in the same rotational direction as the rotational direction of the torque by the handle operation”. A "vacuum cleaner" is provided. Thereby, an effect of generating assist torque from the electric motor in the same rotational direction as the rotational direction of the torque by the user's handle operation can be obtained. Therefore, the problem of “providing a vacuum cleaner having a function of assisting human body movement” can be solved.

  Further, it is any one of the “vacuum cleaner having a human body motion assist function”, which is a “vacuum cleaner that performs control for lowering the voltage of power feeding to the electric motor rotating in the same direction as the rotation direction of the torque by the handle operation”. Is provided. As a result, it is possible to obtain “an effect of reducing the reverse rotation torque generated in the rotation direction opposite to the rotation direction of the torque by the user's handle operation” and “an electric power saving effect”. Therefore, the problem of “providing a vacuum cleaner having a function of assisting human body movement” can be solved with less power.

  Further, it is any one of the “vacuum cleaner having a human body motion assist function”, which is a “vacuum cleaner that performs control to increase the voltage of power feeding to the electric motor rotating in the direction opposite to the rotation direction of the torque by the handle operation”. Is provided. Thereby, it is possible to obtain “an effect of increasing the reverse rotation torque generated in the same rotation direction as the rotation direction of the torque by the user's handle operation” and “an effect of increasing the suction force”. Therefore, it is possible to solve the problem of “providing a vacuum cleaner having a function of assisting human body movement” without reducing the suction force.

  In addition, any one of the above “vacuum cleaner having a human body motion assist function” and “a vacuum cleaner that is a stick type vacuum cleaner” is provided. As a result, the rotation axis of the rotor of the electric motor can be arranged substantially parallel to the rotation axis connecting the handle and the head of the stick type vacuum cleaner. Therefore, the problem of “providing a vacuum cleaner having a function of assisting human body movement” can be solved more effectively. The term “substantially parallel” means that the angle between two axes is 0 or more and 20 degrees or less or 160 degrees or more and 180 degrees or less.

  Further, any one of the “vacuum cleaner having a human body motion assist function”, wherein “the sensor is a sensor capable of detecting acceleration, angular acceleration and / or angular velocity” is provided. As a result, it is possible to obtain an effect of suppressing the “load of a large force momentarily applied to the hand by the frictional force”. Specifically, the temporal change of the frictional force caused by the contact of the head with the floor surface compared to the temporal change of the force applied by the human hand to the handle is “not very short in time. Because it is a “regular large change”, the “irregular and large change within a very short time” is detected by the “sensor for measuring acceleration, angular acceleration and / or angular velocity”, and the change is canceled out. The assist torque generated by the blower can be controlled so as to change smoothly. As a result, it is possible to obtain the effect of suppressing the “load of a large force momentarily applied to the hand by the frictional force”, and to provide the effect of providing the “vacuum cleaner having a human body operation assist function” to a higher degree. it can.

  More specifically, the “acceleration, angular acceleration, and / or angular velocity” periodically generates signal data reflecting the frictional force that the head 932 receives from the floor surface at intervals of 0.1 seconds or less. The computer inputs the signal data, calculates a difference per time of the signal data, and when the absolute value of the difference is larger than a threshold value, it is not a change due to a hand force but a change due to the frictional force (that is, , “Irregular and large change within a very short time”), and control data for generating torque in a direction to cancel the change is generated. The power feeding control means inputs the control data and controls power feeding to the motors, thereby obtaining an effect of generating torque in a direction that cancels a large force load that is instantaneously applied to the hand.

  In the step of generating the control data from the signal data using the computer, a machine learning algorithm can be applied. Specifically, by applying a neural network method, a learning model is constructed in which signal data of one or more sensors is input, and control data for controlling power supply to two or more motors is output, and the sensor By using the time integral value of the absolute value of the torque detected by as the evaluation function, the parameters of the learning model can be optimized so that the evaluation function is minimized. As a result, it is possible to perform control to minimize the torque load applied to the user's wrist. Further, the deep learning method can be applied by making the learning model multi-layered. The parameter optimization can be easily performed by those skilled in the field of machine learning.

  As another form of implementation of the “vacuum cleaner having a human body motion assist function”, in the “stick vacuum cleaner” described in FIGS. 1 and 2 of Japanese Patent Application Laid-Open No. 2011-189132, The control blower is used as the handle 19 and the portable vacuum cleaner 3 so as to generate a negative pressure by the impeller, and the rotation axis of the impeller is arranged substantially parallel to the central axis of the elongated wand 5 Thus, a torque in a direction in which the central axis of the elongated wand 5 is rotated is generated in the “forward / reverse rotation type blower control type blower with a handle”, and the torque is controlled by the blower control device. The vacuum cleaner which assists the human body operation | movement which rotates the axis | shaft of the wand 5 can be provided.

  As another embodiment of the “vacuum cleaner having a human body motion assist function”, in the “stick type vacuum cleaner” shown in FIG. By arranging the rotary shaft of the impeller substantially parallel to the central axis of the inner tube 15 while generating negative pressure by the impeller using the handle 2 and the vacuum cleaner body 3 , Generating a torque in the direction of rotating the central axis of the inner pipe 15 in the “forward / reverse rotating air blow control fan with handle” and controlling the torque by the air blow control device, The vacuum cleaner which assists the human body operation | movement which rotates a axis | shaft can be provided.

  As another embodiment of the “vacuum cleaner having a human body operation assist function”, the “electric vacuum cleaner” described in FIG. Is disposed inside the handle handle 13 and the vacuum cleaner body 1 so as to generate a negative pressure by the impeller, and the rotation axis of the impeller is arranged substantially parallel to the central axis of the extension pipe 4 Thus, the torque in the direction of rotating the central axis of the extension pipe 4 is generated in the “forward / reverse rotation type blower control blower with a handle”, and the torque is controlled by the blower control device. It is possible to provide a vacuum cleaner that assists the human body operation of rotating the axis of the tube 4.

  As another embodiment of the “vacuum cleaner having a human body motion assist function”, the “electric vacuum cleaner” shown in FIG. 1 of Japanese Patent Application Laid-Open No. 2012-090762, the “forward / reverse rotating air flow control type blower with handle” Is used as the handle body gripping portion 7 and the cleaner body 1 to generate a negative pressure by the impeller, and the rotation axis of the impeller is substantially parallel to the axis connecting the handle body gripping portion 7 and the suction tool 3. By arranging so that the torque in the direction of rotating the connecting shaft is generated in the “forward / reverse rotating blower control blower with a handle”, and the torque is controlled by the blower control device, the connecting The vacuum cleaner which assists the human body operation | movement which rotates a axis | shaft can be provided.

  The remarkable effect of the “vacuum cleaner with human body motion assist function” is “the world's first assist that can reduce the burden on the wrist caused by friction with the floor surface, which has been considered inevitable until now in the operation of twisting the head. The effect is that a vacuum cleaner having a function can be provided. In the conventional stick type vacuum cleaner, it is necessary to rotate the entire vacuum cleaner by hand in order to change the direction of the head, which places a heavy burden on the wrist. At this time, since the head sticks to the floor surface by the suction force of the vacuum cleaner, a larger frictional force is generated, which increases the burden on the wrist. For this reason, for patients with tendonitis and thumb CM arthropathy, it has been very painful to use a device that places a heavy burden on the hand, such as a stick-type vacuum cleaner. In the prior art, it was possible to assist the operation of moving the head straight back and forth with the rotational force of the power brush, but in the prior art it is not possible to assist the operation of twisting the entire vacuum cleaner to change the head orientation. It was possible. On the other hand, the “vacuum cleaner having a human body motion assist function” is not in the prior art because it can generate an assist torque in the cleaner itself that rotates the entire cleaner so as to follow the direction of the handle of the user. It is a breakthrough for vacuum cleaners. This is a technology that can significantly reduce the “load that greatly twists the wrist” that causes SHIR stress. That is, the invention described in this specification that focuses on the use of the assist effect particularly in a vacuum cleaner has an effect of significantly developing the prior art.

The “vacuum cleaner having a human body operation assist function” is easy to use for a stick-type vacuum cleaner, whereas a hose-type vacuum cleaner (a fluid hose that can change between the ventilation pipe having the handle and the electric motor of the vacuum cleaner) The following “fans having a human body motion assist function” can be used effectively in a vacuum cleaner of a type connected to the other. That is, it is a fan of Claim 10, Comprising: The fan which is the said "forward / reverse rotation type non-coaxial rotation type ventilation control type blower" can be utilized.
That is,
“Ventilation pipe attachment / detachment means for attaching / detaching the opening of the ventilation pipe having a handle,
A power source or a receivable terminal;
A computer,
With sensors,
Power supply control means;
An electric motor,
An electric motor rotating in a direction opposite to the electric motor;
Impeller,
An impeller that rotates in a direction opposite to the impeller,
The sensor generates signal data;
The computer inputs the signal data,
The computer generates control data from the signal data;
The power supply control means inputs the control data,
The power supply control means controls power supply to each electric motor from the power source or a terminal capable of receiving power based on the control data,
Each electric motor drives each said impeller "
(Hereinafter referred to as a “fan having a human body motion assist function”).

  Further, there is provided the “fan having a human body motion assist function”, wherein “the sensor is a sensor capable of detecting a torque by the handle operation”. As a result, it is possible to obtain the effect of detecting the torque generated by the user's handle operation.

  The “torque sensor” can measure any “torsional force” (torque rotating around the roll rotation shaft 140 in FIG. 5) applied to the ventilation pipe located between the handle and the electric motor. It may be a sensor. The torque can be measured quantitatively, or the torque can be measured qualitatively. 5 is a sensor (such as a pressure sensor) that detects a difference in the orientation of the ventilation pipes on both sides connected to the movable part using a ventilation pipe having a movable part that can rotate around the roll rotation shaft 140 of FIG. May be.

  In addition, any one of the “fans having a human body motion assist function”, wherein “feeding power to each electric motor is controlled so that assist torque is generated in the same rotation direction as the rotation direction of the torque by the handle operation”. An electric fan is provided. Thereby, the “effect of generating the assist torque from the electric motor in the same rotational direction as the rotational direction of the torque by the user's handle operation” can be obtained. Therefore, the problem of “providing a fan having a function of assisting human body movement” can be solved.

  Further, any one of the “fans having a human body motion assist function”, wherein “a fan that performs control to lower a power supply voltage to the electric motor rotating in the same direction as a torque rotation direction by the handle operation” is provided. Provided. As a result, it is possible to obtain “an effect of reducing the reverse rotation torque generated in the rotation direction opposite to the rotation direction of the torque by the user's handle operation” and “an electric power saving effect”. Therefore, the problem of “providing a fan having a function of assisting human body movement” can be solved with less power.

  Further, any one of the above-mentioned “fans having a human body motion assist function”, wherein “a fan performing control to increase the voltage of power feeding to the electric motor rotating in a direction opposite to the rotation direction of the torque by the handle operation” is provided. Provided. As a result, it is possible to obtain “an effect of increasing the reverse rotation torque generated in the same rotation direction as the rotation direction of the torque by the user's handle operation” and “an effect of increasing the blowing force”. Therefore, it is possible to solve the problem of “providing a fan having a function of assisting human body operation” without reducing the blowing power.

  47 and 48 are partial cross-sectional views of the structure of the electric fan 901 which is a “4-type forward / reverse rotating non-coaxial rotating air blowing control fan”. Two impellers 902 that rotate in the clockwise direction are located on opposite sides of the roll rotation shaft 140 (positions rotated by 180 degrees at the roll rotation angle). Two impellers 903 that rotate counterclockwise are positioned on the opposite side of the roll rotation shaft 140. That is, “an electric fan in which an impeller rotating clockwise and an impeller rotating counterclockwise are arranged next to each other”.

  A torque sensor is provided between the handle of the ventilation pipe (the ventilation pipe having the roll rotation shaft 140 as the central axis) attached to the electric fan 901 and the electric motor of the electric fan 901. When the user applies to the handle a user torque that rotates the fan 901 and the ventilation pipe clockwise about the central axis 140 by a handle operation in which the hand supporting the handle is twisted clockwise, the torque sensor The reflected signal data is generated, and the signal data is input by the computer of the air blow control device, and the computer lowers the voltage of the electric motor that drives the impeller 902 that rotates clockwise and the impeller rotates counterclockwise. Control data for increasing the voltage of the electric motor that drives 903 is generated, and the power supply control means of the blower control device that receives the control data controls power supply to the motor. Thereby, an assist torque for rotating the electric fan 901 in the clockwise direction is generated, and the electric fan 901 and the ventilation pipe can be rotated around the central shaft 140 in the clockwise direction by the total torque obtained by adding the user torque and the assist torque. . Therefore, the fan 901 and the ventilation pipe can be rotated clockwise with a total torque larger than the user torque, and an assist effect can be obtained. Similarly, an assist effect can be obtained when the handle is twisted counterclockwise. Further, in order to realize the torque sensor at a low cost, a method of measuring a twisting force between the handle and the electric motor with a pressure sensor can be used.

Furthermore, as a “blower with human body motion assist function”
“With the handle,
A power source or a receivable terminal;
A computer,
With sensors,
Power supply control means;
An electric motor,
An electric motor rotating in a direction opposite to the electric motor;
Impeller,
An impeller that rotates in a direction opposite to the impeller,
The sensor generates signal data;
The computer inputs the signal data,
The computer generates control data from the signal data;
The power supply control means inputs the control data,
The power supply control means controls power supply to each electric motor from the power source or a terminal capable of receiving power based on the control data,
Each of the electric motors drives each of the impellers ”
Is provided.

  The handle of the “blower having a human body motion assist function” can be used as a hand-held part for hand-held devices such as dryers and cane-type devices such as stick-type vacuum cleaners. However, the “handheld device” is a device having a handheld portion, and the “cane-type device” is a device having a handheld portion and a grounding portion.

  As an example of an embodiment of the “blower having a human body motion assist function” as a “handheld device”, in the “handheld device” described in JP-A-2016-112423, the “blower having a human body motion assist function” Is used as the fan unit 70 of the handheld device, a dryer having a human body motion assist function can be provided.

  The above inventions disclosed in this specification include the inventions described in the following related inventions A1 to H18 in addition to the invention according to the claims. These related inventions will be classified on the basis of unity of invention and divisional applications will be filed in the future.

(Related Invention A1)
A vacuum cleaner with a fan.

(Related Invention A2)
The vacuum cleaner according to related invention A1, which has an attaching / detaching means between the electric fan and the vacuum cleaner.

(Related Invention A3)
The vacuum cleaner according to related invention A1 or A2, which has a ventilation pipe mounting means between the electric fan and the vacuum cleaner.

(Related Invention A4)
Related inventions A1 to A3, the vacuum cleaner according to any one of "A vacuum pipe that the vacuum cleaner has to support the electric fan", "Vacuum that has a handle that the vacuum cleaner has to support the electric fan "," A vacuum cleaner in which the part located between the ventilation pipe and the handle of the vacuum cleaner supports the electric fan ".

(Related Invention A5)
The vacuum cleaner according to any one of the related inventions A1 to A4, wherein “a vacuum cleaner having an attaching / detaching means between the ventilation pipe and the electric fan”, “a vacuum cleaner having an attaching / detaching means between the handle and the electric fan” "," A vacuum cleaner having a detachable means between the fan and the component located between the ventilation pipe and the handle ".

(Related Invention A6)
The vacuum cleaner according to any one of the related inventions A1 to A5, wherein “a vacuum cleaner having a ventilation pipe attachment means between the ventilation pipe and the fan”, “a ventilation pipe attachment means between the handle and the fan” A vacuum cleaner having a ventilation pipe mounting means between the fan and the component located between the ventilation pipe and the handle.

(Related Invention A7)
The invention according to any one of related inventions A1 to A6, wherein “a cleaner having a terminal capable of supplying power between the ventilation pipe and the fan”, “a terminal capable of supplying power between the handle and the fan Or a "vacuum cleaner having a terminal capable of supplying power between the fan and the component located between the ventilation pipe and the handle".

(Related Invention A8)
The vacuum cleaner of related invention A7 which has a means to control the electric power feeding to the said electric fan.

(Related Invention A9)
The vacuum cleaner according to related invention A7 or A8, wherein the power supplyable terminal is a standard terminal.

(Related Invention A10)
The vacuum cleaner according to any one of related inventions A7 to A9, wherein the power supplyable terminal is a universal serial bus standard terminal.

(Related Invention A11)
The vacuum cleaner according to related invention A7 or A8, wherein the power supplyable terminal is not a standard terminal.

(Related Invention A12)
It is a vacuum cleaner of Claim 12, Comprising: The vacuum cleaner in any one of related invention A1 to A11.

(Related Invention B1)
A fan having a ventilation pipe clamping means, wherein one or more ventilation pipes can be clamped in the ventilation pipe clamping means, wherein the center of gravity when the standard pipe is clamped in the ventilation pipe clamping means is An electric fan characterized in that the standard pipe can be sandwiched so as to be located in the internal space of the standard pipe.

(Related Invention B2)
The electric fan according to related invention B1, which includes an impeller, an electric motor that drives the impeller, a frame that supports the electric motor, and the ventilation pipe clamping means that supports or clamps the frame.

(Related Invention B3)
The electric fan according to related invention B1 or B2 having a weight.

(Related Invention B4)
The electric fan according to any one of the related inventions B1 to B3, wherein “the electric fan has a weight and can sandwich the standard pipe between the weight and the electric motor”, “having a weight The weight and the electric motor are located on opposite sides of the plane across one of the planes passing through the central axis of the standard pipe. One of the electric fans, wherein one of the line segments connecting the weight and the electric motor passes through the internal space of the standard pipe.

(Related Invention B5)
The electric fan according to any one of related inventions B1 to B4 having a battery.

(Related Invention B6)
The electric fan according to any one of the related inventions B1 to B5, wherein “the electric fan has a battery and can sandwich the standard pipe between the battery and the electric motor”, “has a battery The battery and the electric motor are located on opposite sides of the plane across one of the planes passing through the central axis of the standard pipe, the battery has a battery, and the One of the electric fans according to "Fan", wherein one of the line segments connecting the battery and the electric motor passes through the internal space of the standard pipe.

(Related Invention B7)
The electric fan according to related invention B3 or B4, wherein the weight is a battery.

(Related Invention B8)
The electric fan according to any one of related inventions B1 to B7, wherein the ventilation pipe clamping means includes a spring.

(Related Invention B9)
The electric fan according to any one of related inventions B1 to B8, wherein the ventilation pipe clamping means includes a screw or a clamp.

(Related Invention B10)
The electric fan according to any one of related inventions B2 to B9, wherein the frame supports two or more electric motors.

(Related Invention B11)
The electric fan according to any one of the related inventions B1 to B10, wherein “the electric fan is characterized in that it can be used in a state in which the ventilation pipe of the vacuum cleaner is sandwiched”, “use in a state in which the ventilation pipe of the vacuum cleaner is sandwiched One of the fans of "Electric fan characterized by."

(Related Invention B12)
The electric fan according to any one of related inventions B1 to B11, which can be used for the purpose of reducing a burden on a hand supporting a ventilation pipe of a vacuum cleaner.

(Related Invention B13)
The electric fan according to claim 14, wherein the electric fan according to any one of related inventions B1 to B12.

(Related Invention C1)
A fan having a ventilation pipe mounting means, wherein one or more ventilation pipes can be attached to and detached from the ventilation pipe mounting means.

(Related Invention C2)
The electric fan according to related invention C1, which includes an impeller, an electric motor that drives the impeller, a frame that supports the electric motor, and the ventilation pipe attachment means that supports or attaches / detaches the frame.

(Related Invention C3)
The electric fan according to related invention C2, which has an attaching / detaching means between the frame and the ventilation pipe attaching means.

(Related Invention C4)
The fan according to any one of the related inventions C1 to C3, wherein "the fan that can attach and detach one or more ventilation pipe openings to the ventilation pipe attachment means", "attach and remove the handle of a vacuum cleaner to the ventilation pipe attachment means The electric fan can be either “a fan that can be attached” or “a fan that can be attached to and removed from the handle of the vacuum cleaner and a part that is located between the ventilation pipe and the ventilation pipe mounting means”.

(Related Invention C5)
The electric fan according to any one of related inventions C1 to C4, wherein a center of gravity of the electric fan is located in a space near an axis of a ventilation pipe attached to the electric fan.

(Related Invention C6)
The electric fan according to any one of related inventions C1 to C5, wherein the ventilation pipe mounting means is a ventilation pipe attaching / detaching means or a ventilation pipe clamping means.

(Related Invention C7)
The electric fan according to any one of related inventions C1 to C6, wherein the ventilation pipe attaching means is a ventilation pipe attaching / detaching means.

(Related Invention C8)
The electric fan according to any one of related inventions C1 to C6, wherein the ventilation pipe mounting means is ventilation pipe clamping means.

(Related Invention C9)
Related inventions Fans according to any one of C1 to C8, "fans characterized in that they can be used with the ventilation pipe of the vacuum cleaner", "uses with the ventilation pipe of the vacuum cleaner" One of the fans of "Electric fan characterized by."

(Related Invention C10)
The electric fan according to any one of related inventions C1 to C9, which can be used for the purpose of reducing a burden on a hand supporting a ventilation pipe of a vacuum cleaner.

(Related Invention C11)
The electric fan according to claim 14, wherein the electric fan is according to any one of related inventions C1 to C10.

(Related Invention D1)
A fan that can stand on a cylindrical surface at the tip of a terminal that can receive power.

(Related Invention D2)
The electric fan according to related invention D1, wherein the terminal capable of receiving power is a standard terminal.

(Related Invention D3)
The electric fan according to related invention D1 or D2, wherein the terminal capable of receiving power is a universal serial bus standard terminal.

(Related Invention D4)
The electric fan according to any one of related inventions D1 to D3 having two or more electric motors.

(Related Invention D5)
The electric fan according to any one of related inventions D1 to D4, further comprising an attaching / detaching unit between the terminal capable of receiving power and the electric motor included in the electric fan.

(Related Invention D6)
The electric fan according to any one of related inventions D1 to D5 having a movable part between the terminal capable of receiving power and the electric motor of the electric fan.

(Related Invention D7)
The electric fan according to claim 14, wherein the electric fan according to any one of related inventions D1 to D6.

(Related Invention E1)
A vent pipe with a terminal that can supply power.

(Related Invention E2)
The vent pipe according to related invention E1, wherein the power feedable terminal is located at a position other than the opening of the vent pipe.

(Related Invention E3)
The vent pipe according to related invention E1 or E2, wherein the terminal capable of supplying power is a terminal for supplying electricity from the vent pipe side.

(Related Invention E4)
The vent pipe according to any one of related inventions E1 to E3, wherein the vent pipe includes an electrical conductor that connects an electrode of the vent pipe in an opening and the terminal capable of supplying power.

(Related Invention E5)
The ventilation pipe according to any one of related inventions E1 to E4, which can support a fan attached to the terminal capable of supplying power.

(Related Invention E6)
The ventilation pipe according to any one of related inventions E1 to E5, which can be detached from a part including an electric motor included in a vacuum cleaner.

(Related Invention E7)
The ventilation pipe according to any one of related inventions E1 to E6, wherein the terminal capable of supplying power has a lid.

(Related Invention E8)
The vent pipe according to any one of the related inventions E1 to E7, wherein “the vent pipe having a handle”, “the vent pipe having the handle and the removable pipe”, “inserted between the vent pipe having the handle and the head Can ventilate pipe "any vent pipe.

(Related Invention E9)
The ventilation pipe according to any one of related inventions E1 to E8, wherein a handle is provided at a distance within 300 millimeters from the power supplyable terminal.

(Related Invention E10)
The ventilation pipe according to any one of related inventions E1 to E9, wherein a direction of the power supplyable terminal of the ventilation pipe and a direction of a base of the handle are the same.

(Related Invention E11)
The ventilation pipe according to any one of related inventions E1 to E10, wherein the terminal capable of supplying power is located between a root of the handle and an opening on a dust suction port side.

(Related Invention E12)
The vent pipe according to any one of related inventions E1 to E11, wherein the power feedable terminal is located between a hand-held portion of the vent pipe and an opening on the dust suction port side.

(Related Invention E13)
The ventilation pipe according to any one of related inventions E1 to E12, wherein the power supplyable terminal is a standard terminal.

(Related Invention E14)
The ventilation pipe according to any one of related inventions E1 to E13, wherein the power supplyable terminal is a terminal of a universal serial bus standard.

(Related Invention E15)
The ventilation pipe according to any one of related inventions E1 to E14, wherein the power supplyable terminal is a universal serial bus standard port type terminal.

(Related Invention E16)
The vent pipe according to any one of related inventions E1 to E14, comprising means for controlling power feeding.

(Related Invention E17)
The ventilation pipe according to any one of related inventions E1 to E12, wherein the power supplyable terminal is a terminal that is not a standard.

(Related Invention E18)
The ventilation pipe attaching / detaching means according to claim 13, comprising the ventilation pipe according to any one of related inventions E1 to E18.

(Related Invention F1)
A power supply or receiving terminal, a computer, a sensor, a power supply control means, an electric motor, and an impeller; the sensor generates signal data; the computer inputs the signal data; and the computer inputs the signal data Control data is generated from signal data, the control data is input to the power supply control means, the power supply control means controls power supply to the electric motor from the power source or a terminal capable of receiving power based on the control data, and A blower control device, wherein an electric motor drives the impeller.

(Related Invention F2)
The sensor is at least one of a motion sensor, an acceleration sensor, a gyro sensor, a GPS sensor, a magnetic sensor, an illuminance sensor, a torque sensor, a pressure sensor, and a camera, and inputs signal data generated by the sensor. The air blow control device according to related invention F2, wherein the computer generates dynamic data reflecting the dynamic state of the air blow control device based on the signal data, and generates the control data based on the dynamic data. .

(Related Invention F3)
The sensor is at least one of a temperature sensor, a humidity sensor, a temperature / humidity sensor, and an atmospheric pressure sensor, and the computer that inputs signal data generated by the sensor is configured to control the air flow control device based on the signal data. The blower control device according to the related invention F1 or F2, which generates environmental data reflecting an environmental state, and generates the control data based on the environmental data.

(Related Invention F4)
The air blow control device according to any one of related inventions F1 to F3 having a communication device.

(Related Invention F5)
The electric fan according to any one of claims 1 to 11 or 14, comprising the air blow control device according to any one of related inventions F1 to F4.

(Related Invention F6)
The vacuum cleaner of Claim 12 which has the ventilation control apparatus in any one of related invention F1 to F4.

(Related Invention F7)
The ventilation pipe attaching / detaching means according to claim 13, comprising the air blow control device according to any one of related inventions F1 to F4.

(Related Invention F8)
The vacuum cleaner according to any one of related inventions A1 to A11, which includes the air blow control device according to any one of related inventions F1 to F4.

(Related Invention F9)
The vacuum cleaner according to any one of related inventions C1 to C11, which includes the air blow control device according to any one of related inventions F1 to F4.

(Related Invention F10)
The ventilation pipe according to any one of related inventions E1 to E18, which includes the air flow control device according to any one of related inventions F1 to F4.

(Related Invention G1)
A blower in which the number of impellers rotating clockwise and the number of impellers rotating counterclockwise are equal.

(Related Invention G2)
The blower according to related invention G1, which has one impeller rotating clockwise and one impeller rotating counterclockwise.

(Related Invention G3)
The blower according to related invention G1, which includes two impellers that rotate clockwise and two impellers that rotate counterclockwise.

(Related Invention G4)
The blower according to any one of related inventions G1 to G3 having an attaching / detaching means.

(Related Invention G5)
The blower according to related invention G4, wherein the center of gravity is located in the vicinity of the central axis of the rod-like body or cylindrical body to which the attaching / detaching means is attached.

(Related Invention G6)
The blower according to related invention G4 or G5, wherein the attachment / detachment means is a ventilation pipe attachment means or a ventilation pipe attachment / detachment means.

(Related Invention G7)
The blower according to any one of related inventions G1 to G6, wherein the rotation shafts of all the impellers are on the same straight line.

(Related Invention G8)
The blower according to related invention G7, wherein all the impellers have hollow portions.

(Related Invention G9)
The electric fan according to claim 9, wherein the fan according to related invention G8 is used as the electric fan.

(Related Invention G10)
The blower according to any one of related inventions G1 to G6, which is not a blower in which the rotation shafts of all the impellers are on the same straight line.

(Related Invention G11)
It is an electric fan of Claim 10, Comprising: The electric fan which uses the air blower of related invention G10 as said electric fan.

(Related Invention G12)
The electric fan according to claim 14, wherein the fan according to any one of related inventions G1 to G11 is used as the electric fan.

(Related Invention H1)
Terminals capable of receiving power or receiving power, N motors, N motors rotating in the opposite direction to the motors, N impellers, and N rotating in the opposite directions to the impellers The blower is characterized in that each electric motor drives each impeller, and N is 1 or more.

(Related Invention H2)
A terminal capable of receiving power or receiving power, an electric motor A1 rotating clockwise, an electric motor A2 rotating counterclockwise, an impeller B1 rotating clockwise, and an impeller B2 rotating counterclockwise, The electric motor A1 drives the impeller B1, and the electric motor A2 drives the impeller B2.

(Related Invention H3)
Power supply or receiving terminal, motor A1 rotating clockwise, motor A2 rotating counterclockwise, motor A3 rotating clockwise, motor A4 rotating counterclockwise, rotating clockwise An impeller B1 that rotates, an impeller B2 that rotates counterclockwise, an impeller B3 that rotates clockwise, and an impeller B4 that rotates counterclockwise, and the electric motor A1 drives the impeller B1, The electric motor A2 drives the impeller B2, the electric motor A3 drives the impeller B3, and the electric motor A4 drives the impeller B4.

(Related Invention H4)
The blower according to any one of related inventions H1 to H3, comprising a handle, a computer, a sensor, and a power supply control means, wherein the sensor generates signal data, and the computer inputs the signal data, The computer generates control data from the signal data, the power supply control means inputs the control data, and the power supply control means supplies power to each electric motor from the power source or a terminal capable of receiving power based on the control data. Blower characterized by controlling.

(Related Invention H5)
The blower according to related invention H4, wherein the sensor is a sensor capable of detecting torque generated by a handle operation.

(Related Invention H6)
The blower according to related invention H4 or H5, wherein power supply to each electric motor is controlled so that an assist torque is generated in the same direction as a rotation direction of the torque by the handle operation.

(Related Invention H7)
The blower according to any one of related inventions H4 to H6, wherein the blower performs control to lower a voltage of power supply to the electric motor that rotates in the same direction as a rotation direction of the torque by the handle operation.

(Related Invention H8)
The blower according to any one of related inventions H4 to H7, wherein control is performed to increase a voltage of power supply to the electric motor rotating in a direction opposite to a rotation direction of the torque by the handle operation.

(Related Invention H9)
The blower according to any one of related inventions H4 to H8, further comprising a ventilation pipe attaching / detaching means, wherein one or more ventilation pipe openings can be attached to and detached from the ventilation pipe attaching / detaching means.

(Related Invention H10)
The blower according to any one of related inventions H4 to H8, further comprising a ventilation pipe attaching / detaching means instead of the handle, wherein the ventilation pipe attaching / detaching means has a handle.

(Related Invention H11)
The electric fan according to any one of claims 1 to 11, wherein the electric fan according to related invention H9 or H10 is used as the electric fan.

(Related Invention H12)
A vacuum cleaner having the blower according to any one of related inventions H1 to H8.

(Related Invention H13)
The vacuum cleaner of Claim 12 which has the electric fan of related invention H10 or H11.

(Related Invention H14)
A vacuum cleaner that generates negative pressure by the blower according to any one of related inventions H1 to H8.

(Related Invention H15)
Related invention A hand-held device having the blower according to any one of H1 to H8.

(Related Invention H16)
Related invention A dryer having the blower according to any one of H1 to H8.

(Related Invention H17)
Related invention A cane-type device having the blower according to any one of H1 to H8.

(Related Invention H18)
The vacuum cleaner according to any one of related inventions H12 to H14, wherein the vacuum cleaner is a stick type vacuum cleaner.

  For home appliance manufacturers that have provided electric fans and vacuum cleaners as separate products, it is possible to provide products that can develop the business of a new “vacuum cleaner with electric fan”. In addition, we can provide products that can create a synergistic effect between the fan business and the vacuum cleaner business.

DESCRIPTION OF SYMBOLS 100 Fan 101 The ventilation pipe attachment / detachment means which a fan has 102 The cylindrical male opening which the ventilation pipe attachment / detachment means which a fan has 103 The cylindrical female opening which the ventilation pipe attachment / detachment means which a fan has 104 It provides in a male opening Indentation 105 Claw provided in the knife opening 106 Button provided in the knife opening (When this button is pressed with a finger, the claw retracts)
107 Male opening electrode of ventilation pipe attaching / detaching means of electric fan 108 Electric cord in electric conduction means 109 Hollow motor 110 Impeller 111 Fan guard 112 Rotor 113 Stator 114 Ball bearing 115 Inner fixed frame 116 Outer fixed frame 117 Yaw rotation movable part 118 Pitch Rotating Movable Parts 120 Vacuum Cleaner Handle Side Ventilation Pipe 121 Female Opening of Vacuum Cleaner Handle Side Ventilation Pipe Female 122 Electrode of Vacuum Cleaner Handle Side Ventilation Pipe Female Opening 123 Power Supply Switch of Vacuum Cleaner Handle Side Ventilation Pipe 124 Vacuum Cleaner Handle 125 Vacuum Cleaner Handle Side Ventilation Pipe Body Side Portion 126 Vacuum Cleaner Dust Suction Port Side Ventilation Pipe 127 Vacuum Cleaner Dust Suction Port Side Ventilation Pipe Male Opening 128 Vacuum Cleaner Dust Suction Port Side Ventilation Male opening of pipe Electrode 129 Female opening of dust suction port side ventilation pipe of vacuum cleaner 130 Inner hollow portion of hollow bearing 131 Motor 132 Motor rotating shaft 133 Pinion gear 135 Rechargeable battery box 136 Female opening of ventilation pipe attaching / detaching means of electric fan Electrode 137 Ventilation pipe head of vacuum cleaner 140 Roll rotation shaft 141 Yaw rotation shaft 142 Pitch rotation shaft 150 Inner fixed frame 151 Middle fixed frame 152 Outer fixed frame 153 Roll rotation movable portion 154 Yaw rotation movable portion 155 Pitch rotation movable portion 180 Ventilation pipe attachment / detachment means detachable to the fan 181 Upper attachment / detachment part of the ventilation pipe attachment / detachment means detachable from the fan 182 Lower attachment / detachment part of the ventilation pipe attachment / detachment means detachable from the fan 183 Fan upper attachment / detachment of the ventilation pipe attachment / detachment means detachable from the fan Part 184 Fan Fan lower attachment / detachment part 185 for attaching / detaching ventilation pipe attachable / detachable to / from the fan 185 Electrode of fan upper attachment / detachment part capable of attaching / detaching the ventilation pipe attachable / detachable to the fan 186 Electrode of male opening part of ventilation pipe attaching / detaching means attachable to the fan 187 Left single fan 188 Right single fan 190 Fan capable of attaching / detaching ventilation pipe to / from frame 200 Strut 201 Pedestal 202 Stretchable variable portion 203 Strut angle variable portion 204 Strut attaching / detaching portion 205 Strut female electrode 206 Cap 207 Cap Male electrode 208 Cap female electrode 209 Post attachment / detachment means 210 Indentation provided in the support post 211 Indentation provided in the male opening of the ventilation pipe attachment / detachment means 212 Button provided in the cap (When this button is pressed with a finger, Retraction mechanism)
300 to 310 Arrow explaining the operation of pushing, pulling, plugging, etc. 400 284 grams of object center of gravity at a distance of 85 millimeters from the center of the vent pipe and from the handle of the vent pipe in the direction of 45 degree roll rotation Experimental Condition 401 Positioned Experimental Condition 401 284 grams of object center of gravity at a distance of 85 millimeters from the center of the vent pipe and in the direction of the roll rotation angle 180 degrees from the vent pipe handle 402 Centroid of the object of 568 grams Experimental condition in which the center of the ventilation pipe is positioned on the central axis of the air pipe 500 Fan 501 Impeller 502 Electric motor 503 Outer fixed frame 504 Middle fixed frame 505 Pitch rotation movable part 506 Yaw rotation Movable part 507 Ventilation pipe clamping means 508 Movable shaft of ventilation pipe clamping means 09 Movable bearing of ventilation pipe clamping means 510 Hand holding part of ventilation pipe clamping means 511 Acupressure part of ventilation pipe clamping means 512 Spring of ventilation pipe clamping means 513 Weight 514 Desk 515 Standard pipe 516 Projection of standard pipe 517 Yarn 518 Center of standard pipe Axis 519 Plane passing through the central axis of the standard pipe 520 Standard space of the standard pipe 521 Battery 522 Line segment connecting the battery and the motor 523 Plane portion of the vent pipe clamping means 524 Curved portion of the vent pipe clamping means 525 Pair of pairs suspended by a thread Two protrusions 526 Straight line connecting two protrusions of a pair suspended with a thread 600 Fan having a universal serial bus standard terminal 601 Impeller 602 Frame 603 Electric motor 604 Universal serial bus standard terminal (plug type terminal)
605 Universal serial bus standard terminal (port type terminal)
606 Vacuum pipe of the vacuum cleaner 607 Handle of the vacuum pipe of the vacuum cleaner 608 Root of the handle of the vacuum pipe of the vacuum cleaner 609 Opening on the dust suction port side of the vacuum pipe of the vacuum cleaner 700 On the cylindrical surface at the tip of the power receiving terminal 701 Multi-port hub (a power supply branching means having a power supply control means for adjusting the voltage of a port-type terminal that supplies power to the fan, and a type of multi-port hub in which various devices can be mounted on the port-type terminal to expand the function. )
702 Multi-port hub plug-type terminal 703 Multi-port hub port-type terminal 704 Multi-port hub movable part 705 Attachment / detachment part between multi-port hub and fan 706 Attachment / detachment part between multi-port hub and ventilation pipe 707 Cylinder at tip of terminal capable of receiving power The center of gravity of the fan that can stand on the surface 708 The tip of the terminal that can receive power 709 Cylinder 800 Power supply 801 Power supply control means 802 Electric motor 803 Computer 804 Camera 805 Sensor 806 Communication device 900 Rotating impeller and counterclockwise rotating An electric fan having one impeller that rotates 901 An electric fan having two impellers that rotate clockwise and two impellers that rotate counterclockwise 902 An impeller that rotates clockwise 903 An impeller that rotates counterclockwise 904 Screw that advances by turning left Airflow 905 Spiral airflow traveling by right-handed screw rotation 906 Spiral airflow boundary surface 907 Downstream airflow 908 Upstream airflow 909 Lateral airflow 910 Upper left single fan 911 Upper right single fan 912 Left lower single fan 913 Right lower single fan 914 Table 920 Rotate clockwise Impeller 921 Impeller rotating counterclockwise 922 Electric motor rotating clockwise 923 Electric motor rotating counterclockwise 924 Frame 925 Handle 926 Torque sensor of air blow control device 927 Frame having ventilation pipe attaching / detaching means 928 Ventilating pipe attaching / detaching means Opening 929 vent pipe
930 Opening portion of ventilation pipe 931 Rotating movable part of head 932 Head 940 Direct / reverse rotation type blower control type blower with handle 950 Vacuum cleaner generating negative pressure by forward / reverse rotation type blower control type blower with handle

Claims (5)

A fan having a vent pipe attachment / detachment means,
The air that has not been inhaled can be blown from the dust suction port of the vacuum cleaner to which the electric fan is attached,
And,
An electric fan characterized in that one or more vent pipe openings can be attached to and detached from the vent pipe attaching / detaching means.
A fan having a vent pipe attachment / detachment means,
An electric fan characterized in that two or more vent pipe openings can be attached to and detached from the vent pipe attaching / detaching means.
A fan having a vent pipe attachment / detachment means,
One or more ventilation pipe openings can be attached to or detached from the ventilation pipe attaching / detaching means,
And,
The fan according to claim 1, wherein the ventilation pipe attaching / detaching means includes an electrode that can contact an electrode of the ventilation pipe .
A fan having a vent pipe attachment / detachment means,
Two or more ventilation pipe openings can be attached to and detached from the ventilation pipe attachment / detachment means,
And,
An electric fan characterized in that the ventilation pipe attaching / detaching means has an electrode that can contact an electrode of the ventilation pipe.
A vacuum cleaner having the electric fan according to claim 1 .

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