JP2008220800A - Clothes drying apparatus with oscillation function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a clothes drying apparatus with an oscillation function capable of oscillating a pole with a small quantity of power consumption by utilizing pendular motion, and capable of facilitating the speed of drying clothes. <P>SOLUTION: The clothes drying apparatus 1 with the oscillation function includes a casing 2 fixed to a ceiling; the pole 3; a hanger 4 made of a rigid body, rotatably connected to the pole 3; a motor 5 for rotating the hanger 4; a switch 8; and a controller 9. When the switch 8 gives a command to oscillate the pole 3, the controller 9 first rotates the motor 5 to tilt the hanger 3, and the hanger raises the pole 3. Next, the controller stops the motor 5 to make the pole 3 start the pendular motion. After that, the controller 9 detects the rotation angle of the motor 5, rotates the motor 5 again when the pole 3 passes through the lowest point for the second time, and raises the pole to the same position as the initial position. By repeating the above motions, the pole 3 is made to perform the continuous pendular motion, so that drying of the clothes hung on the pole 3 is facilitated with a small quantity of power consumption. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a clothes-drying apparatus with a swinging function that includes a basket for hanging clothes and that promotes drying of the clothes by swinging the basket.

  Clothes after washing were originally dried outdoors, and drying by sunlight was common. However, in recent years, there are an increasing number of cases where clothes are dried indoors in order to wash clothes at night, prevent pollen, and prevent theft. Compared with the outdoors, there are no elements that promote drying such as sunlight or natural wind, and the humidity tends to be high, so drying of the clothes is slow, and the clothes cannot be taken in if they are wet for a long time. There is also a problem that breeds odors.

Conventionally, this type of clothes drying apparatus will be described with reference to FIG. The clothes drying apparatus 101 is used outdoors or indoors, supports a basket 102 for hanging clothes by a basket receiver 103, and swings the basket 102 by swinging the basket holder 103 with a motor 105 about a rotation shaft 104. To do. As a result, wind is generated on the surface of the garment 106 on the bag 102, and drying of the garment can be promoted (see, for example, Patent Document 1).
JP 2005-288124 A

  In the conventional clothes drying apparatus 101 illustrated in Patent Document 1, the hook receiver 103 is swung to the left and right around the rotation shaft 104, so that the hook 102 is driven by the frictional force between the hook 102 and the hook receiver 103. Is also swung from side to side. At this time, the motor 105 consumes the energy to lift and move the heel support 103, the heel 102, and the clothing 106 in the horizontal direction every time the heel support 103 is reciprocated. For this reason, in order to swing the bag 102, energy for operating the motor 105 is always required, and there is a problem that power consumption is large.

  The present invention solves such a conventional problem, and an object of the present invention is to provide a clothes-drying device with a swinging function that swings a basket with a small amount of power consumption by using a pendulum motion.

  In order to achieve the above object, the present invention provides a housing fixed to the ceiling, a bag for hanging clothes, a plurality of hanging tools for hanging the bag from the housing, a motor for moving the hanging device, a signal And a swing-drying device with a swing function that swings the basket using a pendulum motion within a vertical plane including the shaft of the basket. It is.

  By this means, it is possible to obtain a clothes-drying apparatus with a swinging function that can swing the basket with a small amount of power consumption by using the pendulum motion.

  In order to achieve the above-mentioned object, the other means is a swinging device in which the lifting device is a rigid body, the lifting device is connected so as to be able to rotate, and the swinging device is caused to perform a pendulum motion by moving the lifting device. This is a functional clothes drying device.

  By this means, it is possible to obtain a clothes drying apparatus with a swinging function that can swing the basket reliably.

  In order to achieve the above object, at least one of the plurality of suspenders is fixed to a shaft of a motor, and the other suspenders are supported by a housing so as to be rotatable. This is a clothes-drying apparatus with a swinging function in which the motor is installed so that a hanging tool fixed to the shaft rotates in a vertical plane including the shaft of the bag.

  By this means, it is possible to obtain a clothes drying apparatus with a swinging function that can swing the basket reliably.

  According to another means, in order to achieve the above object, the casing is sized to accommodate the scissors, is provided with two suspenders and two motors, and the motor is horizontal in a vertical plane including the shaft of the scissors. The two suspensions are fixed to the shafts of the motors different from each other, supported by the casing so as to be movable in directions, and the control means rotates the two motors in different directions, thereby It is a clothes-drying apparatus with a swinging function in which a bag is stored in the housing.

  By this means, it is possible to obtain a clothes-drying apparatus with a swinging function capable of storing a rigid lifting tool in the housing.

  Further, the other means has a string-like hanging tool, and has a winding means for winding the lifting tool, and moves the winding means in a horizontal direction within a vertical plane including a shaft of the hook. This is a clothes-drying device with a swing function that makes the pendulum move.

  By this means, it is possible to obtain a clothes drying device with a swinging function that can raise and lower the basket to an appropriate position.

  In order to achieve the above object, the other means is supported by the casing so that the winding means can move in a horizontal direction within a vertical plane including the shaft of the flange, and the motor is fixed to the casing. It is a clothes-drying apparatus with a swinging function provided with a moving means connected to the motor and the winding means to move the winding means in response to the rotation of the motor.

  By this means, it is possible to obtain a clothes drying device with a swinging function that can raise and lower the basket to an appropriate position.

  In order to achieve the above-mentioned object, the other means has a string-like hanging tool, and has a winding means for winding the hanging tool, the winding means is connected to a motor, and the lifting tool is wound. It is a clothes-drying device with a swinging function that causes the basket to make a pendulum movement by taking and unwinding.

  By this means, it is possible to obtain a clothes drying apparatus with a swinging function capable of both raising and lowering and swinging the basket with a single motor.

  In order to achieve the above-mentioned object, the other means comprises two suspension tools each having one end fixed to the hook and the other end fixed to the winding means, and two support devices for supporting the two suspension tools, respectively. Each of which includes a spring having one end fixed to the casing and the other end fixed to the support and pulling the support, and one of the supports is connected to the spring and is horizontal in a vertical plane including the shaft of the flange. A clothes drying device with a swinging function is supported by the housing so as to be movable in the direction, and the other is fixed to the housing.

  By this means, it is possible to obtain a clothes drying apparatus with a swinging function capable of both raising and lowering and swinging the basket with a single motor.

  In order to achieve the object, the other means includes time measuring means for measuring time, and the time measuring means is connected to the control means, and when the swing is instructed by the switch, the control means starts with the motor. The force is applied to the heel in the tangential direction of the pendulum movement, the motor is then stopped, the pendulum is moved to the heel, and the motor is operated again after a predetermined time. A clothes-drying device with a swing function.

  By this means, it is possible to obtain a clothes-drying device with a swinging function that can swing the basket with simple control.

  In order to achieve the above object, the other means has a configuration in which the rotation angle of the motor corresponds to the position of the eaves, and includes a time measuring means for measuring time, and the control means detects the rotation angle of the motor, A clothes-drying device with a swinging function that applies a force in a tangential direction of the pendulum movement to the basket during the period from when the basket is at the lowest point of the pendulum movement to when it reaches the highest point.

  By this means, when the hanging tool is a rigid body, a clothes-drying apparatus with a swinging function that can cause the basket to perform a continuous pendulum motion can be obtained.

  In order to achieve the above object, the other means includes a storage means for storing information and a period detection means for detecting the period of the bag. The storage means and the period detection means are connected to the control means, and are connected by a switch. When the swinging of the kite is instructed, the control unit first causes the kite to perform a pendulum motion, the cycle detection unit detects the cycle of the kite at that time, the control unit receives the cycle, and the control unit receives the cycle. It is a clothes-drying apparatus with a swinging function which is stored in the storage means and then applies a force in the tangential direction of the pendulum movement to the basket at a time interval which is stored in the storage means or half or a multiple of the period.

  By this means, when the hanging tool is a string-like one, a clothes-drying apparatus with a swinging function that can cause the bag to perform a continuous pendulum motion is obtained.

  In order to achieve the object, the other means includes a position sensor functioning as a period detecting means and a time measuring means for measuring time. The position sensor and the time measuring means are connected to the control means, and the hanging tool is vertically lowered. The position sensor sends a signal to the control means when hanging down to the control means, and the control means measures the signal interval of the position sensor by using the time measuring means when the pendulum is caused to move. This is a clothes drying device with a swinging function for detecting the cycle of the basket.

  By this means, when the hanging tool is a string-like one, a clothes-drying apparatus with a swinging function that can cause the bag to perform a continuous pendulum motion is obtained.

  In order to achieve the above object, the other means includes time measuring means for measuring time, the time measuring means is connected to the control means, and when the control means starts swinging the bag using the time measuring means. It is a clothes-drying apparatus with a swinging function that measures the time from the start, causes the period detection means to detect the period every predetermined time, and updates the stored period.

  By this means, even when the center of gravity of the clothes changes, it is possible to obtain a clothes-drying device with a swinging function that can cause the bag to continuously move the pendulum for a long time.

  Another means is a clothes-drying apparatus with a swinging function provided with a non-slip means for preventing the position of the drying tool from moving on the bag in order to achieve the above object.

  By this means, a clothes-drying apparatus with a swing function is obtained in which the position of the drying tool hung on the basket does not move even if the basket is swung.

  In order to achieve the above-mentioned object, another means is provided in which another clothes drying apparatus with a swing function is installed in the same room, and the control means and the control means of the other clothes drying apparatus with a swing function are connected to each other. The means is a clothes-drying apparatus with a swing function in which the motor and the motor of the other swing-drying apparatus with the swing function are moved in the same manner.

  By this means, a clothes-drying device with a swinging function having a good appearance when two are installed side by side can be obtained.

  In order to achieve the above-mentioned object, another means is a clothes-drying apparatus with a swing function provided with a blower incorporated in a housing for sending wind and a motor for operating the blower.

  By this means, a clothes-drying apparatus with a swinging function that can blow air toward the clothes is obtained.

  According to another aspect of the present invention, in order to achieve the above object, a casing is embedded in a ceiling, a ventilation device that is built in the casing and exhausts indoor air, and a swing that includes a motor that operates the ventilation device. This is a functional clothes drying device.

  By this means, a clothes drying device with a swinging function capable of discharging the air around the clothes to the outside can be obtained.

  ADVANTAGE OF THE INVENTION According to this invention, the clothes-drying apparatus with a rocking | fluctuation function which can rock a basket with little power consumption using a pendulum motion is obtained.

  In addition, by using a rigid lifting tool, it is possible to reliably swing the heel and to store the lifting tool in the housing.

  Moreover, the effect of raising / lowering a cage | basket to an appropriate position is acquired by using a string-like hanging tool.

  Further, by swinging the kite using the string-like hoisting device, it is possible to obtain the effect of performing both lifting and swinging of the kite with one motor.

  In addition, the effect of swinging the bag with simple control can be obtained.

  In addition, the effect of allowing the pendulum to continuously perform a pendulum motion for a long time can be obtained.

  Further, there is an effect that the position of the drying tool hung on the heel does not move even if the heel is swung.

  Moreover, the effect that an external appearance is good is acquired when two sets are installed side by side.

  Moreover, the effect that it blows toward clothing is acquired.

  Moreover, the effect that the air around clothes is discharged | emitted outdoors is acquired.

  The invention according to claim 1 of the present invention includes a housing fixed to the ceiling, a bag for hanging clothes, a plurality of hanging tools for hanging the bag from the housing, a motor for moving the hanging device, and a signal. And a swing-drying device with a swinging function that swings the basket using a pendulum motion in a vertical plane including the shaft of the basket. Yes, the pendulum movement can be used to swing the bag with low power consumption, that is, the bag can be rocked to save energy, and the clothes hanging on the bag can be dried by swinging the bag. It is possible to provide a clothes-drying device with a swinging function that is promoted.

  Further, the invention according to claim 2 of the present invention has a swinging function in which the lifting tool is a rigid body, the lifting tool and the hook are connected so as to be rotatable, and the hook is moved to cause the pendulum to move. It is a clothes-drying device, and can provide a clothes-drying device with a rocking function that rocks the basket reliably.

  According to a third aspect of the present invention, at least one of a plurality of suspension tools is fixed to a shaft of a motor, and the other suspension devices are supported by a housing so as to be rotatable. A hanging device with a swinging function in which the motor is installed so that a hanging tool fixed to the shaft rotates in a vertical plane including a shaft of the bag, and a drying device with a swinging function for reliably swinging the bag is provided. be able to.

  In the invention according to claim 4 of the present invention, the casing is sized to accommodate the heel, provided with two suspension tools and two motors, and the motor is horizontally arranged in a vertical plane including the shaft of the heel. The two suspensions are supported by the housing so as to be movable, the two suspension tools are fixed to the shafts of the different motors, and the control means rotates the two motors in different directions, thereby causing the hooks to move. It is a clothes-drying apparatus with a swinging function that is housed in the housing, and can provide a clothes-drying apparatus with a swinging function that houses a rigid lifting tool in the housing.

  Further, the invention according to claim 5 of the present invention is characterized in that the suspending tool has a string-like shape and includes winding means for winding the hanging tool, and the winding means is arranged in a horizontal plane within a vertical plane including the shaft of the hook. It is a clothes-drying apparatus with a swinging function that causes the basket to make a pendulum motion by moving the clothesline, and a clothes-drying apparatus with a swinging function that raises and lowers the basket to an appropriate position can be provided.

  According to a sixth aspect of the present invention, the winding means is supported by the casing so as to be movable in a horizontal direction within a vertical plane including the shaft of the flange, and the motor is fixed to the casing. And a swinging function drying apparatus that includes a moving means that is connected to the winding means and moves the winding means in response to rotation of the motor, and that lifts and lowers the basket to an appropriate position. Can be provided.

  Further, the invention according to claim 7 of the present invention is characterized in that the lifting tool has a string-like shape and includes winding means for winding the lifting tool, the winding means is connected to a motor, and the lifting tool is wound. It is a clothes-drying apparatus with a swinging function that causes the basket to perform a pendulum motion by unraveling, and a clothes-drying apparatus with a swinging function that performs both lifting and swinging of the basket with a single motor can be provided.

  Further, the invention according to claim 8 of the present invention is provided with two suspenders, one end of which is fixed to the reed and the other end is fixed to the winding means, and two supports that respectively support the two suspenders. A spring having one end fixed to the housing and the other end fixed to the support and pulling the support, wherein one of the supports is connected to the spring and horizontally in a vertical plane including the shaft of the flange. A clothes-drying device with a swing function supported by the housing so as to be movable and the other is fixed to the housing, and a clothes-drying device with a swing function that performs both lifting and swinging of a bag by a single motor. Can be provided.

  The invention according to claim 9 of the present invention further comprises time measuring means for measuring time. The time measuring means is connected to the control means, and when the swing is instructed by the switch, the control means first activates the motor. The swinging is such that the force is applied to the heel in the tangential direction of the pendulum motion, the motor is then stopped, the pendulum motion is performed on the heel, and the motor is operated again after a predetermined time. It is a clothes-drying device with a function, and can provide a clothes-drying device with a swinging function that swings a basket with simple control.

  According to a tenth aspect of the present invention, the rotation angle of the motor and the position of the bag are configured to correspond to each other, provided with time measuring means for measuring time, the control means detecting the rotation angle of the motor, and Is a clothes-drying device with a swing function that applies a tangential force of the pendulum motion to the basket from when it is at the lowest point of the pendulum motion to when it reaches the highest point. In some cases, it is possible to provide a clothes-drying apparatus with a swinging function that allows the basket to perform a continuous pendulum motion.

  According to an eleventh aspect of the present invention, there is provided a storage means for storing information and a period detection means for detecting the period of the bag, the storage means and the cycle detection means being connected to the control means, and the switch is connected by a switch. When the control means is first instructed to swing, the control means causes the pendulum to make a pendulum movement, the period of the scissors is detected by the period detecting means, and the control means receives the period and the storage means Is stored in the storage means, and then a tangential force of the pendulum motion is applied to the basket at a period stored in the storage means or at a time interval that is a half or a multiple thereof, When is a string-like thing, the clothes-drying apparatus with a rocking | fluctuation function which makes a basket a continuous pendulum motion can be provided.

  According to a twelfth aspect of the present invention, there is provided a position sensor functioning as a period detecting means and a time measuring means for measuring time, wherein the position sensor and the time measuring means are connected to the control means, and the hanger is suspended vertically downward. The position sensor sends a signal to the control means while the pen is moving the pendulum, and the control means uses the time measuring means to measure the signal interval of the position sensor. Thus, it is possible to provide a clothes-drying device with a swinging function that detects the cycle of the bag, and that allows the bag to perform a continuous pendulum movement when the hanging tool is a string-like one. .

  According to a thirteenth aspect of the present invention, there is provided time measuring means for measuring time, wherein the time measuring means is connected to the control means, and the control means uses the time measuring means to start swinging the bag. It is a clothes-drying device with a swing function that measures the time and makes the cycle detection means detect the cycle every predetermined time, and updates the stored cycle. Thus, it is possible to provide a clothes-drying device with a swinging function that allows continuous pendulum movement.

  The invention according to claim 14 of the present invention is a clothes-drying device with a swinging function provided with anti-slip means for preventing the position of the drying tool from moving on the bag. It is possible to provide a clothes drying device with a swinging function in which the position of the drying tool does not move.

  Further, according to a fifteenth aspect of the present invention, another clothes drying apparatus with a swing function is installed in the same room, the control means and the control means of the other clothes drying apparatus with a swing function are connected, and the control means Provided is a clothes-drying device with a swing function in which the motor and the motor of the other swing-drying device with the swing function are moved in the same manner, and a clothes-drying device with a swing function that has a good appearance when installed in parallel. it can.

  The invention according to claim 16 of the present invention is a clothes drying device with a swing function provided with a blower built in a housing for sending wind and a motor for operating the blower, and is a swing that blows air toward clothing. A clothes-drying device with a dynamic function can be provided.

  According to a seventeenth aspect of the present invention, the housing is embedded in the ceiling, and has a swinging function provided with a ventilation device built in the housing for exhausting indoor air and a motor for operating the ventilation device. It is a clothes drying apparatus, and can provide a clothes drying apparatus with a swinging function that discharges air around clothes to the outdoors.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

(Embodiment 1)
A clothes drying apparatus 1 with a swing function of the present invention will be described with reference to FIG. FIG. 1A is a cross-sectional view showing a state in which the basket of the clothes-drying device 1 with a swing function is swinging, and FIG. FIG. 1C is an elevational view showing a support plate for supporting the motor of the clothes drying apparatus 1 with a swing function.

  First, the configuration of the clothes drying apparatus 1 with a swing function will be described. The clothes-drying device 1 with a swing function includes a housing 2 fixed to the ceiling, a hook 3 for hanging clothes, and two rigid suspension tools 4 for hanging the hook 3 from the housing 2. Also, clothes can be hung on the heel 3 at a position as low as the length of the hanger 4. The housing 2 is longer in width than the casket 3 in order to accommodate the casket 3 therein. In Embodiment 1, the housing 2 is attached to the lower surface of the ceiling so that the installation after the housing construction of the house is simple. However, the housing 2 may be embedded in the ceiling so that there is no protrusion on the lower surface of the ceiling and the appearance is improved. Good.

  The flange 3 has a cylindrical shape and is provided with a notch 3a as an anti-slip means on the top. The shape of the notch 3a is preferably a U-shape that can stably receive the load of the garment even when the garment is inclined with respect to the heel 3, but may be a V-shape or a concave shape. By fitting a drying tool such as a hanger into the notch 3a, the drying tool is prevented from falling even if the basket 3 is swung. In addition, a stopper 3b is provided at the end of the hook 3 so that it does not fall from the hook 3 even if the drying tool moves out of the notch 3a. The bag 3 is made of resin or metal so that it can withstand up to about 20 kg so that it will not break even if a large amount of clothing is hung on it.

  Since the hanger 4 is also rigid, it is made of resin or metal so that it can withstand a moment corresponding to the length of the hanger 4 when a heavy object weighing 20 kg is hung on the bag. If the length of the hanger 4 is too short, it will be difficult for the user to put on the clothes, and if it is too long, the clothes will fall on the floor when the clothes are hung, so it will be 40-80 cm depending on the ceiling height and the position of the casing. The degree is good. The hanger 4 and the hook 3 are connected so as not to transmit a moment, that is, to be rotatable.

  In addition, the clothes-drying device 1 with a swing function is capable of moving the two suspensions 4 respectively, two motors 5, a case 6 that supports the motors 5, and a case 6 fixed to the housing 2 in the horizontal direction. A support plate 7 for supporting the motor 5, a switch 8 for outputting a signal for moving the motor 5, and a controller 9 as control means for controlling the motor 5 in response to the signal of the switch 8. As shown in FIG. 1, the motor 5 is installed so that the shaft 5 a is perpendicular to a vertical plane including the shaft of the rod 3, and the shaft 5 a is fixed to one end of the hanger 4. As a result, it becomes possible to rotate the hanger 4 within a vertical plane including the axis of the rod 3.

  The case 6 includes two or more protrusions (not shown), the support plate 7 includes two or more horizontal grooves 7a, and the protrusions of the case 6 can be fitted into the grooves 7a. As a result, the case 6 can move the motor 5 in the horizontal direction. As shown in FIG. 1C, the groove 7a is provided with a descending portion 7b on the center side of the housing 2, and the position of the protrusion of the case 6 moves when the motor 5 is on the center side as shown in FIG. Do not. The support plate 7 may have a structure that supports the case 6 via a pulley. The switch 8 is provided with a button (not shown) so that the user can respectively instruct the raising / lowering and swinging of the basket 3, and when an instruction is given, a signal corresponding to the instruction is sent to the controller 9. The switch 8 may be attached to a wall surface as shown in FIG. 1 to transmit a signal through a signal line, or may be transmitted as an infrared signal as a remote control. The controller 9 receives the signal from the switch 8 and controls the two motors 5 separately.

  In the above configuration, since the movement of the hanger 4 and the shaft 5a and the movement of the hanger 4 and the hook 3 are directly transmitted to each other, by controlling the motor 5, it is ensured that the pendulum 3 is moved in the tangential direction of the pendulum movement. It is possible to apply force and make the pendulum move. Further, since the rotation angle of the motor 5 and the position of the eaves 3 have a one-to-one correspondence, the controller 9 can grasp the position of the eaves 3 by detecting the rotation angle of the motor 5. The controller 9 is set in advance so as to detect the rotation angle of the motor 5 when the hanger 4 hangs down and the hook 3 comes to the lowest point.

  Next, the operation of the clothes drying apparatus 1 with a swing function and the effects thereof will be described. The clothes drying apparatus 1 with a swinging function is initially in the state shown in FIG. 1B. When the user operates the switch 8 to give an instruction to lower the basket 3, the controller 9 receives the signal from the switch 8 and the motor 9 Rotate in different directions. The direction of rotation is the direction in which the left motor 5b is rotated clockwise and the right motor 5c is rotated counterclockwise. As a result, the distance between the connecting portion 4a and the connecting portion 4b between the hook 3 and the hanger 4 does not change, so that the case 6 and the motor 5 move from both ends of the housing 2 toward the center. At this time, the controller 9 detects the rotation angle of the motor 5 and stops the rotation of the motor 5 at an angle at which the rod 3 comes to the lowest point. In this state, the user puts clothes on the bag 3.

  Next, when the user operates the switch 8 to give an instruction to swing the bag 3, the controller 9 receives the signal from the switch 8 and rotates the motor 5a and the motor 5b in the same direction. The direction at this time may be either. Then, the hanging tool 4 tilts as shown in FIG. The controller 9 detects the rotation angles of the motor 5a and the motor 5b, and stops the motor 5a and the motor 5b when the controller 5 rotates by a predetermined rotation angle. Since the predetermined rotation angle at this time corresponds to the angle at which the hanger 4 is tilted, it takes any value between 0 ° and 90 °. If it is too large, the speed at which the basket 3 swings is too high, and there is a high possibility that the drying tool will fall. Therefore, about 30 ° to 45 ° is preferable. The position of the heel 3 at this time is the highest point. When the power of the motor is turned off, the motor is in a state where no torque is generated. Therefore, the motor rotates due to the weight and gravity of the laundry 3 such as clothes dried on the bag 3 and the bag 3 which is an external force, and the bag 3 You will do a pendulum exercise.

  When the controller 9 stops the motor 5a and the motor 5b, the rod 3 has the potential energy that is lifted from the lowest point, so that force is applied in the tangential direction of the pendulum motion by gravity, and the pendulum motion starts. . The controller 9 always detects the rotation angle of the motor 5, and when the heel 3 passes the lowest point for the second time after the pendulum movement starts, the motor 5 is rotated again to the same position as the heel 3, That is, lift from the lowest point to the highest point and apply a force in the tangential direction of the pendulum movement to the heel 3. At this time, since the rod 3 has a speed in the same direction as the direction in which the motor 5a and the motor 5b are rotated, less energy is required to rotate the motor 5a and the motor 5b than when the pendulum motion is started. The energy required at this time is mainly the rotational friction of the motor and the air resistance of the clothing. By repeating the above operation, force can be applied to the kite 3 every cycle, so that the pendulum motion can be continuously continued for a long time.

  The pendulum movement of the heel 3 by rotating the motor at a predetermined angle is not limited to the above method, and it is sufficient that the motor can rotate at a predetermined angle. For example, the motor rotation speed is 1 rotation / second by an inverter, and the lowest point of the position of the heel 3 That is, when the lowest point of the position of the heel 3 is a motor rotation angle of 0 °, after a rotation of 45 ° which is an example of a predetermined angle by applying a pulse voltage, for example, for 1/8 second from the rotation angle of 0 °. The motor power may be turned off so that no motor torque is generated. As a result, the heel 3 performs a pendulum motion. Thereafter, for example, the second lowest point passage at the position of the kite 3 is detected by detecting the rotation angle, the motor power is turned on, the above is repeated, and the pendulum movement of the kite 3 is performed.

  The rotation angle is detected by, for example, a rotation angle detection unit provided in a clothes drying apparatus with a swing function. The rotation angle detection unit only needs to be able to detect the rotation angle of the motor. For example, a magnetic flux detection element, photo detection, etc. There is. The rotation angle detected by the rotation angle detection means and the lowest point passage are read by the controller 9, and the controller 9 detects the rotation angle of the motor and the number of times of the lowest point passage.

  Note that the time interval for applying the force may be a half cycle or a multiple of the cycle in addition to one cycle. As the period becomes longer, the pendulum motion of the bag 3 is attenuated due to the air resistance of the clothing, so that the effect of promoting drying is relatively reduced, but the energy consumed is also reduced. While the basket 3 continues the continuous pendulum movement, the clothes swing with the basket 3 and wind is relatively generated on the clothes surface, so that drying of the clothes is promoted. In addition, since the pendulum motion is used, even if the heel 3 is swung for a long time, the power consumption can be reduced.

  Finally, when the user operates the switch to give an instruction to stop the swinging of the bag 3, the controller 9 stops the motor 5 so that the bag 3 comes to the lowest point, and the user removes the clothes. The user may leave the bag 3 as it is, but it can also be stored in the housing 2. When the user operates the switch to give an instruction to store the bag 3, the controller 9 rotates the left motor 5b counterclockwise and the right motor 5c clockwise, and the motor 5b and motor When 5c is rotated by 90 °, it is stopped, and the basket 3 is housed in the housing 2 as shown in FIG.

(Embodiment 2)
The same parts as those in the first embodiment are denoted by the same reference numerals, and detailed description thereof is omitted. The clothes drying apparatus 20 with a swing function of the present invention will be described with reference to FIG. 2A is a cross-sectional view showing a state in which the basket of the clothes-drying device 20 with a swinging function is being swung, and FIG. FIG. In FIG. 2, the same components as those in the clothes-drying device 1 with the swing function are denoted by the same reference numerals and description thereof is omitted.

  First, the configuration of the clothes drying apparatus 20 with a swing function will be described. The clothes-drying device 20 with a swinging function includes two string-like lifting devices 4, a winding rod 21 as a winding means for winding the lifting device 4, and a motor 22. The hanger 4 is a strong wire rope, one end of which is fixed to the rod 3 and the other end is fixed to the winding rod 21. The motor 22 is connected to the controller 9, and when the motor 22 rotates, the winding rod 21 fixed to the shaft (not shown) of the motor 22 rotates, and the hoist 4 is wound or unwound depending on the direction of rotation. Further, it is assumed that the motor 22 includes a brake mechanism (not shown) so that the rod 3 does not fall while it is stopped. The take-up bar 21 is made of metal, has a spiral groove (not shown) of a size that fits the hanger 4 on the surface, and winds the hanger 4 at a predetermined position along the groove when the hanger 4 is wound. be able to.

  The motor 22 is supported by a case 23, the case 23 is supported by a guide 24 via a pulley, and the case 23 can move in the horizontal direction together with the motor 22. The guide 24 is installed in a direction in which the case 23 is moved in the horizontal direction within a vertical plane including the axis of the flange 3. The end of the winding rod 21 opposite to the end connected to the motor 22 is connected to a support 25 for keeping the winding rod 21 horizontal, and the support 25 is guided by a guide 26 via a pulley. Supported. As a result, the winding rod 21, the motor 22, the case 23, and the support 25 are integrally movable in the horizontal direction. The winding rod 21 is connected to the motor 5 by a link 27 so as to form a slider / crank mechanism, and the link 27 functions as a moving means of the winding means. A case 6 that supports the motor 5 is fixed to the housing 2 so that the position of the motor 5 does not move. Also, the clothes-drying device 20 with a swinging function includes a stopper 28 that stops the lifting of the basket 3 when the basket 3 reaches the storage position, and a timer 29 that is connected to the controller 9 as a time measuring means.

  Next, the operation and effects of the swinging clothes drying apparatus 20 will be described. The swinging clothes drying apparatus 20 is in the state shown in FIG. 2B when stored, and when the user gives an instruction to operate the switch 8 to lower the bag 3, the controller 9 receives the signal from the switch 8 and The motor 22 is rotated in the direction in which the lifting tool 4 is unwound, the winding rod 21 rotates in the same direction as the motor 22, the lifting tool 4 is unwound from the winding rod 21, and the rod 3 is lowered. When the user goes down to a suitable position, the user operates the switch 8 to give an instruction to stop the descent of the user. In response to the signal from the switch 8, the controller 9 stops the motor 22. At this time, the brake mechanism of the motor 22 works to prevent the winding rod 21 from rotating due to the weight of the flange 3. An appropriate drying position varies depending on the height of the user, and it is difficult for a wheelchair user to hang clothes in a normal drying position. However, in the clothes-drying device 20 with a swing function, the hanging tool 4 is in a string shape. In this way, the bag 3 can be lowered to a position according to the user's preference.

  The user puts clothes on the bag 3 and then operates the switch 8 to give an instruction to swing the bag 3. In response to the signal from the switch 8, the controller 9 first rotates the motor 5 halfway from the state in which the link 27 is horizontal as shown in FIG. 2B, and moves the winding rod 21 in the horizontal direction. Then, since the fulcrum of the hanger 4 moves, the basket 3 is lifted up and starts pendulum movement in the vertical plane including the axis of the basket 3 by gravity, as in the clothes-drying device 1 with a swinging function. At this time, if the motor 5 is rotated too slowly, the hanger 4 moves while hanging down, so that the rod 3 does not start the pendulum movement. In order to cause the pendulum 3 to move the pendulum, it is necessary to rotate the motor 5 half a turn within one second. The controller 9 measures the time from the time when the motor 5 is rotated by the timer 29, and when the predetermined time has elapsed, the controller 5 again rotates the motor 5 by half. The predetermined time is a time until the pendulum motion of the heel 3 is attenuated to some extent, and is about 10 to 30 seconds here. By repeating this operation, the pendulum 3 can be caused to perform a pendulum movement with simple control.

  When the clothes are dry, the user operates the switch 8 to instruct to stop the swinging of the bag 3. Upon receiving the signal from the switch 8, the controller 9 causes the motor 5 to stop the link 27 in a horizontal state as shown in FIG.

  After removing the clothes, the user can store the bag 3 as necessary. When the user operates the switch 8 to instruct the storage of the kite 3, the controller 9 receives the signal of the switch 8 and rotates the motor 22 in the direction opposite to that when the kit 3 is lowered. The hook 3 is lifted up by winding up the hanger 4. The eaves 3 rises and is stored in the housing 2 and is stopped by the stopper 28. The user confirms that the bag 3 is sufficiently housed in the housing 2, operates the switch 8 to instruct the stop of the lift of the bag 3, and receives the signal from the switch 8, the controller 9 rotates the motor 22. 2 and the clothes-drying device 20 with the swinging function is in the state shown in FIG.

  Note that a switch 28a (not shown) is provided at a portion of the stopper 28 that comes into contact with the flange 3, and is configured to send a signal of the switch 28a to the controller 9. When the flange 3 is stored, the flange 3 contacts the stopper 28. Then, the controller 9 may automatically stop the motor 22.

(Embodiment 3)
The same parts as those in the first and second embodiments are denoted by the same reference numerals, and detailed description thereof is omitted. A clothes drying device 30 with a swing function of the present invention will be described with reference to FIG. 3A is a cross-sectional view illustrating a state where the basket of the clothes-drying device 30 with a swing function is swinging, and FIG. 3B is a cross-section illustrating a state where the basket of the clothes-drying device 30 with a swing function is stored. FIG. 3 (c) is a conceptual diagram of a method for making a continuous pendulum motion. In FIG. 3, the same reference numerals are used for the same components as the clothes drying apparatus 1 with a swing function and the clothes drying apparatus 20 with a swing function, and the description thereof is omitted.

  First, the configuration of the clothes drying apparatus 30 with a swing function will be described. The clothes-drying device 30 with a swinging function includes a string-like hanger 4 and two pulleys 31 and two support plates 32 that support the pulley 31 as supporters for supporting the hanger 4. A drum 33 is provided as means. The suspension 4 is made of two strong wire ropes, one end of which is fixed to the rod 3 and the other end is fixed to the drum 33 via a pulley 31 on the way. The drum 33 is made of resin and includes a double spiral groove (not shown) of a size that allows the hanging tool 4 to be fitted. The two hanging tools 4 are wound up simultaneously by rotating. The drum 33 is fixed to a shaft (not shown) of the motor 5 and rotates in the same manner as the motor 5. The motor 5 is assumed to include a brake mechanism (not shown). The case 6 that supports the motor 5 is fixed to the housing 2 so that the positions of the motor 5 and the drum 33 do not move. With the above-described configuration, the clothes-drying device 30 with the swing function can raise and lower the basket 3.

  Further, the clothes-drying device 30 with a swinging function supports the support plate 32a via a pulley (not shown) so that the support plate 32a, which is one of the two support plates 32, can be moved in the horizontal direction. 34 is provided. The guide 34 is installed in a direction in which the support plate 32a is moved in the horizontal direction within a vertical plane including the axis of the flange 3. Further, a horizontal spring 35 connected to the support plate 32a and the guide 34 is provided. The spring 35 pulls the support plate 32a in the direction opposite to that of the drum 33, and functions to keep the support plate 32a at a fixed position according to the weight of the flange 3. With the above-described configuration, the horizontal force applied to the support plate 32 a includes two tensions, that is, the tension of the hanger 4 and the elastic force of the spring 35 that are generated as a result of the drum 33 supporting the load of the rod 3. In a state where the magnitudes of the two forces do not match, the support plate 32a moves in the horizontal direction.

  Further, the clothes-drying device 30 with a swing function includes an optical sensor 36 as a position sensor in order to measure the cycle of the basket 3. The optical sensor 36 includes a light emitting unit 36a, a light receiving unit 36b, and a reflecting plate 36c. The light emitting unit 36a and the light receiving unit 36b are connected to the controller 9, and the light emitting unit 36a is integrally installed inside the housing 2 so as to send light downward, and the light receiving unit 36b receives light from below. Has been. As shown in FIG. 3, the reflection plate 36c is installed on the upper surface of the ridge 3 so as to be directly below the light emitting portion 36a and the light receiving portion 36b when the ridge 3 is stationary, and the light emitted from the light emitting portion 36a. Is reflected upward and sent to the light receiving unit 36b. With the above-described configuration, while the pendulum 3 is moving in a pendulum manner, the reflector 36c reflects the light emitted from the light emitting part 36a when the pendant 3 reaches the lowest point, and the light receiving part 36b receives the reflected light to control the light. 9 can be signaled. Further, the clothes-drying device 30 with a swing function includes a memory 37 connected to the controller 9 as a storage means for storing information. The controller 9 converts the signal interval of the optical sensor 36 into a period using a timer 29, and the period is changed. It can be stored in the memory 37.

  Next, the operation and effect of the swinging function drying apparatus 30 will be described. The operation of raising and lowering the basket 3 is basically the same as that of the clothes-drying device 20 with a swing function. The controller 9 receives the signal from the switch 8 to rotate the motor 5, and the drum 33 rotates as the motor 5 rotates. The hoist 4 is wound or unwound. The details of the operation of raising and lowering the basket 3 are the same as those of the clothes drying apparatus 20 with the swing function of the second embodiment, and the description thereof is omitted here.

  The user lowers the bag 3 and hangs clothes, and then operates the switch 8 to give an instruction to swing the bag 3. Upon receiving the signal from the switch 8, the controller 9 first rotates the motor 5 in order to check the cycle of the basket 3. At this time, if the number of rotations is too small, the hook 3 does not start the pendulum movement. Conversely, if the number of rotations is too large, the hoist 4 is wound up and the hook 3 hits the housing 2. In addition, in order not to touch the casing 3 against the casing 2, the rotation direction here is a direction in which the casing 3 is lowered. When the motor 5 rotates, the drum 33 rotates in the same manner, and the hoist 4 is unwound. At this time, the hook 3 moves in the direction of descending. However, while the collar 3 is descending, the hanging tool 4 is loosened and the tension is reduced. In a state where the tension of the hanger 4 and the elastic force of the spring 35 are in balance, the support plate 32a is stationary, but at this time, only the tension of the hanger 4 is reduced, the balance of the force is lost, and as a result, the support plate 32a. Moves toward the outside of the housing 2 while being supported by the guide 34. When the support plate 32a moves, the fulcrum supporting the rod 3 moves, so that a horizontal force is applied to the rod 3, and the rod 3 starts pendulum movement in a vertical plane including the axis of the rod 3.

  The controller 9 measures the time after rotating the motor 5 using the timer 29, and measures the period of the basket 3 using the optical sensor 36 after a predetermined time. The predetermined time is a time until the position of the support plate 32a is stabilized, and is about 10 seconds. In order to measure the period of the ridge 3, the controller 9 first emits light from the light emitting section 36a, and uses the timer 29 to set a time interval for the light receiving section 36b to receive the light reflected by the reflecting plate 36c on the upper surface of the ridge 3. taking measurement. When the reflecting plate 36c comes directly below the light emitting part 36a, that is, when the eyelid 3 is almost at the lowest point, the light receiving part 36b receives the reflected light and outputs a signal to the controller 9, so that the light receiving part 36b outputs a signal. The interval is approximately half of the period of 竿 3. Since the horizontal position of the support plate 32a varies depending on the weight of the clothes hung on the heel 3, the positional relationship between the light emitting portion 36a and the light receiving portion 36b and the reflecting plate 36c when the heel 3 reaches the lowest point. It is not always the same.

  For this reason, the signal output from the light receiving unit 36b is not necessarily exactly half the period of the ridge 3. In order to solve this problem, it is preferable to add two time intervals of the signal output from the light receiving unit 36b to make one cycle. The controller 9 causes the memory 37 to store the period of the kite 3 measured as described above.

  Next, the controller 9 causes the pendulum 3 to perform a continuous pendulum motion based on the measured period of the kite 3. The pendulum motion will be described with reference to FIG. FIG. 3C conceptually shows the movement of the pendulum with the point A as a fulcrum, and B to D show the positions of the weights. Point A corresponds to the pulley 31, and B to D correspond to the contact points between the rod 3 and the hanging tool 4. B ′ to D ′ indicate the positions of the weights when the distance between the fulcrum and the weight is shortened. The controller 9 rotates the motor 5 in the same manner as when measuring the period of the kite 3 in order to give the kite 3 initial acceleration. The direction of rotation at this time is the direction in which the kite 3 is lowered. The state of the weight of the pendulum at this time corresponds to B in FIG.

  At this time, the controller 9 measures the time since the motor 5 is rotated, and first rotates the motor 5 when the quarter period elapses and raises the basket 3. That is, the weight of the pendulum is shifted from C to C ′ in FIG. At this time, the distance between the heel 3 and the pulley 31 corresponding to the distance between the pendulum weight and the fulcrum is shortened, and the speed of the heel 3 is increased from the law of conservation of angular momentum. Power is applied. Next, when the half cycle has elapsed, the controller 9 rotates the motor 5 in a direction to lower the heel 3 to lower the heel 3. That is, the weight of the pendulum is shifted from D ′ to D in FIG. At this time, the distance between the kite 3 and the pulley 31 is increased, but the angular velocity does not change because the kite 3 does not move in the tangential direction. Furthermore, the controller 9 rotates the motor 5 in the direction to raise the kite 3 when the three-quarter cycle elapses, and raises the kite 3. That is, the weight of the pendulum is shifted from C to C ′ in FIG. At this time, acceleration is given to the heel 3 as in the quarter cycle. Finally, when one cycle has elapsed, the controller 9 rotates the motor 5 in a direction to lower the heel 3 and lowers the heel 3. That is, the weight of the pendulum is shifted from B ′ to B in FIG. Thereafter, the same operation is repeated.

  When the motor 5 is rotated by the above-described method, it is possible to apply a tangential force to the weight by moving the weight up and down like a swing, and a continuous pendulum movement is realized. As a result, the hoist 3 can be wound and unwound so that the eaves 3 can be continuously swung, and both the elevating and lowering of the eaves 3 and the eaves 3 can be swung by the same motor 5. It becomes.

  If 竿 3 continues the pendulum movement for a long time, the clothes dries from the top which is easy to dry, and the center of gravity moves down. Then, the period of 竿 3 changes. In order to respond to this change in the cycle, the controller 9 uses the timer 29 to measure the time from the point in time when the swing of the kite 3 is instructed by the switch 8, and the cycle of the kite 3 is the same as described above every hour. And the period stored in the memory 37 is updated. Thereby, the cage | basket 3 can be made to perform a pendulum motion continuously over a long time. In order to prevent the user from forgetting to stop the operation, the operation of the clothes-drying device 1 with the swing function may be stopped without updating the cycle after about 12 hours.

  Note that a stopper (not shown) may be provided on the guide 34 so that the support plate 32a does not move in the horizontal direction while the pendulum 3 is continuously pendulum-moved. In order to give the initial acceleration, it is necessary for the support plate 32a to move in the horizontal direction. However, after the pendulum movement starts, it is preferable that the support plate 32a does not move in order to make the period of the rod 3 constant. .

(Embodiment 4)
The same parts as those in the first to third embodiments are denoted by the same reference numerals, and detailed description thereof is omitted. The clothes drying apparatus 40 with a swinging function of the present invention will be described with reference to FIG. FIG. 4 is a perspective view showing a system composed of two clothes-drying devices 40 with a swing function, a drying tool hung on a basket, and clothes.

  First, a configuration of a system including the two clothes drying apparatus 40 with a swing function will be described. Of the two drying devices 40 with a swinging function, the one to which the switch 8 is connected is referred to as a drying device 40a with a swinging function, and the other is a drying device 40b with a swinging function. The clothes-drying devices 40 a and 40 b with the swing function are installed in the vicinity of the same room 41. It is assumed that the clothes-drying devices 40a and 40b with the swing function have the same configuration as the clothes-drying device 1 with the swing function, the clothes-drying device 20 with the swing function, or the clothes-drying device 30 with the swing function. Is omitted. The switch 8 is connected to a controller 9a of a clothes drying apparatus 40a with a swing function, and the controller 9a is connected to a controller 9b of a clothes drying apparatus 40b with a swing function.

  Next, the operation of the system including the clothes drying devices 40a and 40b with a swing function will be described. When the switch 8 instructs the elevating / lowering of the basket 3, the controller 9a controls the clothes-drying device 40a with the swing function in the same manner as the clothes-drying device 1 with the swing function, the clothes-drying device 20 with the swing function or the clothes-drying device 30 with the swing function. Raise and lower 竿 3. At this time, the controller 9a gives an instruction to the controller 9b, and similarly raises and lowers the basket 3 of the clothes drying apparatus 40b with a swing function. Further, when the swing of the basket 3 is instructed by the switch 8, the controller 9a causes the clothes-drying with swing function to be the same as the clothes-drying apparatus 1 with the swing function, the clothes-drying apparatus 20 with the swing function or the clothes-drying apparatus 30 with the swing function. The motor 5 of the device 40a is rotated to swing the basket 3. At this time, the controller 9a gives an instruction to the controller 9b, and similarly rotates the motor 5 of the clothes drying apparatus 40b with a swing function. Here, when it is necessary to measure the cycle of the basket 3 when rotating the motor 5, the controller 9a measures the cycle only for the basket 3 of the clothes drying apparatus 40a with a swing function, and uses the cycle to provide the swing function. It is assumed that the motors 5 of the clothes drying apparatuses 40a and 40b are similarly rotated. Since the period of the basket 3 is different as the weight of the clothes hung on the clothes drying apparatus 40a and the clothes drying apparatus 40b with the swing function is different, the rack 3 of the clothes drying apparatus 40a and 40b with the swing function is different. It is recommended that the clothes to be worn have the same weight as possible.

  Finally, the effect of the clothes drying device 40 with a swing function will be described. As described above, the clothes-drying device 40 with the swinging function can swing the respective baskets 3 in the same manner by installing two units in the same room and connecting the respective controllers 9. By swinging the two adjacent ridges 3 in the same manner, the appearance can be improved and the appearance can be improved as compared with the case where the two ridges 3 are swinged separately.

(Embodiment 5)
The same parts as those in the first to fourth embodiments are denoted by the same reference numerals, and detailed description thereof is omitted. A clothes drying apparatus 50 with a swinging function of the present invention will be described with reference to FIG. FIG. 5 is a cross-sectional configuration diagram illustrating a state in which the basket of the clothes drying apparatus 50 with a swing function is swinging. In FIG. 5, the same reference numerals are used for the same components as those in the clothes drying apparatus 1 with a swing function, and the description thereof is omitted.

  First, the configuration of the clothes drying apparatus 50 with a swing function will be described. The clothes-drying device 50 with a swing function is configured by inserting a blower fan 51 as a blower and a ventilation fan 52 as a ventilator into the clothes-drying device 1 with a swing function. The clothes drying apparatus 50 with a swing function has a shape in which the housing 2 is embedded in the ceiling, a blower fan 51 that blows air toward clothing, a motor 53 that moves the blower fan 51, and a ventilation fan 52 that discharges indoor air. The motor 54 that moves the ventilation fan 52 and the duct 55 that communicates the casing 52a of the ventilation fan 52 and the outdoor space are provided. The blower fan 51 is a cross flow fan, and the casing 51a is installed so as to suck air from the ceiling surface and blow out air from the ceiling surface. The motor 53 is supported by a case 53 a, and the case 53 a is fixed to the housing 2. The casing 51a and the case 53a are installed at a position where they do not hit the hanger 4 and the hook 3. The ventilation fan 52 is a sirocco fan, and a casing 52 a is installed so as to suck air from the room and blow it out into the duct 55. Since indoor air becomes highly humid due to wet clothing, the ventilation fan 52 should be exhausted and not supplied. The motor 53 and the motor 54 are connected to the controller 9.

  The clothes drying device 50 with a swing function may be configured such that a blower fan 51 as a blower and a ventilation fan 52 as a ventilator are inserted into the clothes drying device 20 with swing function or the clothes drying device 30 with swing function.

  Next, the operation of the clothes drying apparatus 50 with a swing function and the effects thereof will be described. The operation of lifting and lowering the basket 3 and the operation of swinging the basket 3 of the clothes drying apparatus 50 with the swinging function are exactly the same as the clothes drying apparatus 1 with the swinging function. The user can operate the switch 8 as necessary to instruct ventilation or ventilation.

  When blowing is instructed, the controller 9 receives the signal from the switch 8 and rotates the motor 53. When the motor 53 rotates the blower fan 51, wind blows from the blower fan 51. When the air is blown to the stationary bag 3, there is a portion where the wind is difficult to hit, and that portion is difficult to dry. However, when the air is blown with the bag 3 being swung, the wind uniformly hits the clothing, Difficult parts are reduced, and the effect of blowing can be enhanced.

  When ventilation is instructed, the controller 9 receives the signal from the switch 8 and rotates the motor 54. When the motor 54 rotates the ventilation fan 52, indoor air is discharged from the ventilation fan 52 to the outside through a duct. Since the room where wet clothes are dried becomes humid, it is necessary to reduce the humidity by ventilation. It is desirable to install the clothes-drying devices 1, 20, 30, and 40 with a swinging function in a room with a washing machine in consideration of the trouble of drying clothes. However, in general, the dressing room where the washing machine is placed is not a living room and is often not provided with a ventilation fan. Although it is only necessary to exhaust air using a ventilation fan in the adjacent bathroom, if the bathroom ventilation fan is always operated while clothes are being dried, bathing is particularly disturbed in winter. Therefore, it is preferable to exhaust air directly from the dressing room. However, the clothes-drying device 50 with the swinging function has a built-in ventilation device, so that the air around the clothing can be discharged more reliably than when a separate ventilation fan is installed. is there.

  As described above, the clothes-drying apparatus with swing function according to the present invention can perform a pendulum motion on a bag while the clothes are hung, and can promote drying of clothes, etc. In addition to the washroom, it can also be applied to bathrooms, living rooms, bedrooms, verandas, solariums, and the like.

BRIEF DESCRIPTION OF THE DRAWINGS Schematic of the clothes drying apparatus with swing function of Embodiment 1 of the present invention ((a) A cross-sectional view showing a state of swinging the basket of the clothes drying apparatus with the swing function, (b) with the swing function Sectional drawing which shows the state which accommodated the basket of the drying apparatus, (c) Elevation figure which shows the support plate which supports the motor of the drying apparatus with the same rocking function) Schematic diagram of a clothes drying apparatus with swing function according to Embodiment 2 of the present invention ((a) a cross-sectional view showing a state of swinging a basket of the clothes drying apparatus with the swing function, (b) with the swing function) Cross-sectional view showing a state in which the basket of the clothes drying device is stored) Schematic diagram of a clothes drying apparatus with swing function according to Embodiment 3 of the present invention ((a) a sectional view showing a state of swinging a basket of the clothes drying apparatus with the swing function, (b) with the swing function) Sectional drawing which shows the state which accommodated the basket of the clothes-drying apparatus, (c) Conceptual drawing about the method of making the pendulum motion continuous in the bowl The perspective view which shows the system which consists of the two clothes-drying apparatus with a rocking | fluctuation function of Embodiment 4 of this invention, the drying tool hung on the basket, and clothing Sectional block diagram which shows the state which is swinging the basket of the clothes-drying apparatus with a swing function of Embodiment 5 of this invention Perspective view showing a conventional clothes drying apparatus

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Drying device with swing function 2 Case 3 ２ 4 Lifting tool 5 Motor 5a Shaft 8 Switch 9 Controller 9a Controller 9b Controller 20 Drying device with swing function 21 Winding rod 22 Motor 27 Link 29 Timer 30 Drying with swing function Device 31 Pulley 32 Support plate 33 Drum 34 Guide 35 Spring 36 Optical sensor 37 Memory 40a Drying device with swing function 40b Drying device with swing function 41 Room 51 Blower fan 52 Ventilation fan 53 Motor 54 Motor

Claims (17)

A housing fixed to the ceiling, a bag for hanging clothes, a plurality of hanging tools for hanging the bag from the housing, a motor for moving the hanging device, a switch for outputting a signal, and a signal from the switch A clothes-drying apparatus with a swinging function, comprising control means for controlling the motor and swinging the basket using a pendulum motion in a vertical plane including the axis of the basket. The clothes drying apparatus with swing function according to claim 1, wherein the lifting tool is a rigid body, the lifting tool and the basket are connected so as to be rotatable, and the pendulum movement of the basket is performed by moving the lifting tool. At least one of the plurality of suspenders is fixed to the shaft of the motor, the other suspenders are supported by the housing so as to be rotatable, and the suspenders fixed to the shaft of the motor include the shaft of the rod. The clothes drying apparatus with swing function according to claim 2, wherein the motor is installed to rotate in a vertical plane. The housing is sized to accommodate the heel, is equipped with two suspension tools and two motors, and is supported by the housing so that the motor can move horizontally in a vertical plane including the shaft of the heel, The two hanging tools are fixed to different shafts of the motors, respectively, and the control means rotates the two motors in different directions so that the bag is housed in the casing. The clothesline with swing function described. A hoisting device having a string shape, and a winding means for winding the hoisting device, wherein the hoisting device is caused to perform a pendulum motion by moving the winding device in a horizontal direction within a vertical plane including a shaft of the hoisting. Item 1. A clothes drying apparatus with a swinging function. The winding means is supported by the casing so as to be movable in a horizontal direction within a vertical plane including the shaft of the flange, the motor is fixed to the casing, and is connected to the motor and the winding means to rotate the motor. 6. The clothes drying apparatus with swing function according to claim 5, further comprising a moving means for moving the winding means in response to the movement. A hoisting device having a string-like shape, comprising winding means for winding the hoisting device, connecting the winding means to a motor, and winding and unwinding the hoisting device to cause a pendulum to move. Item 1. A clothes drying apparatus with a swinging function. Two suspension tools, one end of which is fixed to the winding means and the other end is fixed to the winding means, two support devices for supporting each of the two suspension tools are provided, one end is the casing, and the other end is the support device. A spring that is fixed to and pulls the support, and one of the supports is connected to the spring and supported by the housing so as to be movable in a horizontal direction within a vertical plane including the shaft of the flange, The clothes-drying device with a swing function according to claim 7, wherein the other is fixed to the housing. Time measuring means for measuring time, and the time measuring means is connected to the control means, and when the swing is instructed by the switch, the control means first activates the motor to force the heel in the tangential direction of the pendulum movement. The rocking function according to any one of claims 1 to 8, in which the motor is stopped, the pendulum motion is performed on the bag, and the motor is operated again after a predetermined time. Clothes drying equipment. The rotation angle of the motor and the position of the kite correspond to each other, provided with a time measuring means for measuring time, the control means detects the rotation angle of the motor, and the highest is from when the kite is at the lowest point of the pendulum movement. The clothes drying apparatus with a swing function according to any one of claims 2 to 4, wherein a force in a tangential direction of a pendulum motion is applied to the basket until the point is reached. A storage means for storing information and a cycle detection means for detecting the cycle of the kite. The storage unit and the cycle detection unit are connected to the control unit, and when the swing is instructed by a switch, the control is first performed. The means causes the bag to perform a pendulum motion, the cycle detection unit detects the cycle of the kite at that time, the control unit receives the cycle, stores the cycle in the storage unit, and then stores the cycle in the storage unit. 9. A clothes-drying apparatus according to claim 5, wherein a force in the tangential direction of the pendulum motion is applied to the basket at a time interval that is equal to or a half or a multiple of the period. A position sensor that functions as a period detecting means and a time measuring means for measuring time, wherein the position sensor and the time measuring means are connected to the control means, and the position sensor is connected to the control means when the suspension is hanging vertically downward; 12. The control device detects the cycle of the kite by measuring a signal interval of the position sensor using the timing unit when the kite is caused to send a signal to the pendulum and causing the pendulum to move. Drying device with swing function. Time measuring means for measuring time is provided, the time measuring means is connected to the control means, and the control means uses the time measuring means to measure the time from the start of the swinging of the kite, and to detect the cycle every predetermined time. The clothes-drying apparatus with a swing function according to claim 11 or 12, wherein the means detects the period and updates the stored period. The clothes drying apparatus with a swing function according to any one of claims 1 to 13, wherein the bag is provided with anti-slip means for preventing the position of the drying tool from moving. Another drying apparatus with swing function is installed in the same room, the control means and the control means of the other drying apparatus with swing function are connected, the control means of the motor and the other drying apparatus with swing function The clothes-drying apparatus with a swinging function according to any one of claims 1 to 14, wherein the motor is moved similarly. The drying apparatus with a swing function according to any one of claims 1 to 15, further comprising: a blower incorporated in a housing for sending wind; and a motor for operating the blower. 17. A clothesline with a swinging function according to claim 1, further comprising: a ventilation device that is embedded in the ceiling and that is built in the housing and exhausts indoor air; and a motor that operates the ventilation device. apparatus.

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