KR200451580Y1 - Automatic acceptance clothing dry unit - Google Patents

Abstract

The present invention relates to an automatic clothes drying rack, and more particularly, it is composed of a frame, an electric unit, a plurality of hangers, a motor, a control unit, and the like, wherein the frame is provided with a slide track, and the barrier film is the slide. Covering a part of the track, both the electric unit and the plurality of clothes hangers are installed in the slide track, the motor is linked to the power unit of the slide track to enable the plurality of clothes hangers to move in the slide track, The control unit is connected to an optical sensor, a drop sensor, a timer, and the like to transmit a signal to control the motor.

Frame, Support, Slide Track, Electric Unit, Hanger, Motor, Control Unit

Description

Automatic storage clothes drying rack {AUTOMATIC ACCEPTANCE CLOTHING DRY UNIT}

The present invention relates to an automatic clothes drying rack, and more particularly, to an automatic clothes drying rack having a structure capable of automatically unfolding or pulling up a hanger according to a change in weather conditions or a user's condition setting.

According to the contents of [Automatic Clothes Drying Device] of Utility Model Publication No. 49064, the main contents are the main body to be installed on the veranda, the flat base provided on the main body, the motor installed on the flat base, the control circuit, It consists of a rectangular tubular support and its associated parts, which are connected and fixed to the plane stand, and each end of the rectangular tubular support is provided with a fine switch and a sensor at the end. When drying, clothes are automatically unfolded and stored or stored according to weather changes.

In addition, according to [Renovation structure of the automatic garment drying rack] of the Republic of China Publication No. 391438, the contents are composed of a basic support, a swivel, an adjustment stand, a fixed base, etc., and the sensor automatically unfolds or stores the internal frame of the drying stand. It is designed to be able to, and also the swivel is also designed to move in accordance with the rotation of the clothes dryer, to achieve the purpose of automatically spreading the clothes to dry and store.

Both types of clothes dryers are equipped with a sensor, but if the sensor does not accurately detect weather changes, it will not be able to accurately perform the function of automatically storing.

Further, according to the patent contents of Japanese Patent No. 63-73997, Japanese Patent No. 61-103498, Korean Patent 1994-0005853, Japanese Patent No. 2003-230985, Japanese Patent No. 64-83300, etc. It is about the various structures related to the drying rack, and has a structure such as a sensor, a timer, a control panel, a support, a remote controller, a track, and the like.

However, these various kinds of automatic clothes drying racks are not equipped with a sensor for detecting a change in the weather, and it is not possible to automatically receive the drying racks in the rain or wind.

The present invention has been made to solve the above problems, the object of the present invention, in the automatic storage clothes drying rack, equipped with various sensors that can detect the weather change, the weather is cloudy, rainy or windy It is to provide a drying rack having a structure that can automatically pull or unfold a hanger, ie an automatic storage clothes drying rack, at the time of fire.

The automatic storage garment drying rack according to the present invention for solving the above problems, relates to an automatic storage garment drying rack that can solve the disadvantage that the sensor of the conventional clothing dryer can not accurately grasp the weather conditions, the main content is It consists of a frame, a transmission unit, a plurality of hangers, a motor and a control unit.

The frame includes two supports and a slide track, the slide track is fixedly installed between the two supports, the frame is provided with a shielding film, the shielding film covers a portion of the slide track, The slide track is designed so that a plurality of hangers can move, and a contact point is provided on a threshold point at which the plurality of hangers move, so that the plurality of hangers can contact the contact point. In addition, the transmission unit is provided with a transmission roller and a transmission belt paired with each other, both are provided in the slide track. In addition, a plurality of clothes hangers are provided in the slide track in the order. At this time, the plurality of hangers are composed of one coarse hanger and a plurality of driven hangers, wherein the coarse hangers are fixed on the drive belt to move together according to the drive belt, and the grooves are formed over the remaining plurality of driven hangers. And the transmission belt can be freely installed through the groove hole.
In addition, both the coarse hanger and the driven hanger is installed with a slide groove, the slide groove, the pull string can be installed through freely, the slide groove is installed in the intermediate position of the slide groove, the end of all the pull string Fixing part and end part larger than slide groove are installed. On the other hand, the motor is connected with the electric unit of the slide track to drive the electric unit, which causes the plurality of clothes hangers to move on the slide track. On the other hand, the control unit is installed in connection with each other, such as an optical sensor, a drop sensor, a timer, and the like to control the operation of the motor by a message transmitted from at least one of them, thereby driving the motor unit The plurality of hangers can be concentrated within the range of the shield and gather or spread out of the shield. In addition, the control unit is in electrical connection with the contact point of the slide track, so that the control unit can control the operation of the motor by the message of the contact point.

The control unit is provided with a manual control button separately to enable the direct control of the operation of the motor.

The timer is in electrical connection with the time display panel.

A remote control corresponding to the control unit is provided.

The motor and the control unit are in electrical connection with the battery.

The battery is in electrical connection with the solar light collecting plate.

The solar light collecting plate is provided with a message receiving unit, receives a message transmitted from the light sensor, water drop sensor, timer, and the like connected to the control unit, and transmits the message to the control unit again, the control unit based on the message To control the operation of the motor.

The hanger described above is provided with a shaft, a connecting portion is provided at an intermediate portion of the shaft, and rollers are provided at both sides of the connecting portion, respectively, and a concave groove is formed at a rounded edge of the roller. In addition, two equidistant track straps are installed inside the slide track, which allows the clothes hanger to move in a fixed direction in the slide track together with the concave groove of the roller. In addition, a slide groove is installed at the end of the hanger so that one pull string is inserted into the slide groove.

Both side surfaces between the support and the shielding membrane is characterized in that the mounting fixing string is installed.

Automatic storage garment drying rack according to the present invention as described above has the following advantages.

1. The present invention can unfold or store clothing by manual (manual control button) or automatic (automatic control button).

2. The present invention can detect or spread the garment by detecting the light beam through the automatic control button. For example, when the sun goes down, clothing is automatically stored.

3. The present invention can detect the raindrops through the automatic control button to spread or receive the garment. For example, clothes are automatically stored when it rains, and when the rain stops and there is enough light, the clothes are spread again and dried.

4. The present invention can set a certain time through the timer to spread or store the clothes.

5. The present invention can adjust the distance when unfolding the clothes manually, and can be unfolded relatively short when there are relatively few clothes to dry. That is, the spreading distance can be adjusted according to the needs of the user.

6. This invention is equipped with a remote control, the user can control the control unit by remote control method.

7. The present invention can install the solar light collecting plate to convert the light beam into electrical energy, which can save electricity and is suitable for environmental protection.

8. The hanger of the present invention is able to install the rollers immediately without using any fixing parts, and because it moves on the slide track in a predetermined direction, the installation is very easy, time-saving and accurate operation.

9. The shielding film of the present invention is installed as a closed space and can prevent the stored clothes from getting wet or wet by a typhoon or other strong wind.

10. The present invention can fix the position of the garment by installing a fixing strap between the support and the shielding membrane, thereby preventing the garment from moving left and right by the wind.

The present invention relates to an automatic clothes drying rack, and more particularly, to an automatic clothes drying rack having a structure that can automatically push or roll a hanger according to changes in weather conditions or setting conditions. Has the effect of resolving the shortcomings of sensors that cannot accurately detect and transmit weather conditions.

A preferred embodiment of the automatic storage garment dryer according to the present invention will be described with reference to FIGS. 1 to 11.
1 to 5, the present invention is a frame (1), a transmission unit (2), a plurality of hangers (3), a motor (4) and a control unit (5), a battery (6), solar light collecting plate (7) ) And the like.

The frame 1 is provided with two supports 11, one slide track 12, the slide track 12 is installed between the two supports 11, the frame 1 is also a shielding film 13 is provided, the shielding film 13 covers a part of the slide track 12, and the shielding film 13 is composed of a closed space, so that the stored clothing is wetted by typhoons or strong rain Wetting can be prevented. In addition, a fixing strap 14 is installed between the support 11 and the shielding membrane 13 to fix the position of the garment to prevent the garment from moving left and right by wind.

On the other hand, the transmission unit 2 is equipped with the transmission roller 21 and the transmission belt 22 which are mutually paired, and the said transmission roller 21 and the said transmission belt 22 are both the slide of the said frame 1 It is provided in the track | orbit 12. Among these, the transmission belt 22 can switch the movement direction in the slide track 12 by changing the direction of the said transmission roller 21. FIG.

3 and 6, the plurality of hangers 3 include a main hanger 3A and a plurality of driven hangers 3B, which in turn are installed inside the slide raceway 12 and located at the outermost side. The coarse hanger 3A is fixedly installed on the drive belt 22 to move along the drive belt 22, and the other driven hanger 3B is provided with a groove hole 31B so that the drive belt 22 is free. Can penetrate. Further, the main hanger 3A and the driven hanger 3B are all provided with one hanger hole 31A, 32B and slide grooves 32A, 33B. Among them, the hook holes 31A and 32B are used to hang external tools (for example, hangers), and the slide grooves 32A and 33B are used to allow the pull string 31 to penetrate freely. Engaging portions 321A and 331B are installed at intermediate positions of the slide grooves 32A and 33B. On the other hand, using an independent pull string 31 to connect between the adjacent hangers 3 (including both the main hanger (3A) and the driven hanger (3B)), and at the end of each pull string (31) Both the fixing portion 311 and the end portion 312 is larger than the slide grooves 32A and 33B, and the fixing portion 311 and the end portion 312 are engaged with the slide grooves 32A and 33B. It is caught and fixed on 321A and 331B. That is, the fixing part 311 is caught and fixed to the locking part 321A, and the termination part 312 is locked to the locking part 331B or is in a fixed state.

Referring to FIG. 1, the motor 4 is connected to the electric roller 21 of the electric unit 2, and the power output from the motor 4 is the electric roller 21 and the electric belt 22. Is transmitted through the plurality of hangers (3) to move in the slide track (12).

1, 4 and 5, the control unit 5 includes a power switch 51, an automatic control button 52, a manual control button 53, and the like, and also the control unit 5. Is connected to the light sensor 54, the water drop sensor 55, the timer 56, etc., the signal transmitted from at least one of the light sensor 54, the drop sensor 55, the timer 56 It is possible to control the operation of the motor (4), through which the motor 4 can drive the electric roller 21 of the electric unit 2, and also through the electric belt 22 a plurality of hangers (3) can be collected and stored in the shielding film 13, or can be spread out of the shielding film 13 and dried. In addition, the light sensor 54, the drop sensor 55, the timer 56, etc. are operated by pressing the automatic control button 52. That is, the automatic control button 52 controls the electric unit 2 by operating the light sensor 54, the water drop sensor 55, the timer 56, and the like to store or spread the clothes. In addition, the control unit 5 is provided with a manual control button 53 can manually control the operation of the motor (4).

In addition, the control unit 5 has an abnormal indicator (A), the charging indicator (B), the battery low indicator (C) is installed, through which the state of the hanger can be seen. Details on this will be described later.

The motor 4 and the control unit 5 are electrically connected to the battery 6, and the battery 6 is connected to the solar light collecting plate 7, and the solar light collecting plate 7 converts solar heat into electric energy. It converts and charges the battery 6, thereby supplying power.

The slide track 12 is provided with a contact point 121 on a moving distance at which the plurality of clothes hangers 3 move so that the plurality of clothes hangers 3 come into contact with the contact points 121. In addition, the contact point 121 is electrically connected to the control unit 5 to allow the control unit 5 to operate by controlling the motor 4 by the signal of the contact point 121.

The optical sensor 54 transmits a signal related to this to the control unit 5 when the light ray is insufficient, and the droplet sensor 55 detects water droplets and transmits a signal related thereto to the control unit 5. To send.

In addition, the control unit 5 is electrically connected with the time display panel 561 together with the timer 56, and the time display panel 561 can set and input [hour], [minute], etc., very easily. It will act as a timer.

Referring to FIG. 5, FIG. 5 is an external view of the droplet sensor 55, the optical sensor 54, and the solar heat collecting plate 7. When a drop of water falls on the drop sensor 55, the anode line 551 and the cathode line 552 pass through, and then a signal is transmitted to the control unit 5 (not shown in the drawing), thereby automatically applying clothing. We will proceed with the storage.

6 and 7, two shafts 32 are installed at the main hanger 3A (the same as the driven hanger 3B), and the middle portion of the shaft 32 is inserted into the connecting portion 33. In addition, both ends of the shaft 32 are exposed to the outside, and the rollers 34 are installed on the exposed portions of the shaft 32, respectively. A concave groove 35 is formed in the rounded rim surface of the roller 34. In addition, two race tracks 122 are protruded and installed inside the slide raceway 12, using the raceway track 122 and the recessed grooves 35 of the roller 34, the main hanger 3A and the driven hanger. 3B can move in the slide trajectory 12. Among them, the coarse hanger 3A is fixedly connected to the transmission belt 22 of the transmission unit 2 and moves along with the movement of the transmission belt 22.

 In addition, referring to Figure 7, the main body hanger 3A of the present invention (the driven hanger 3B is also the same), without using any fixed parts (screws, rivets, C-type linkage, etc.) without the roller ( 34) can be provided and the slide moves in the slide track 12 in a constant direction. The recessed groove 35 of the roller 34 is provided on the equidistant track string 122 in the slide track 12. In addition, the rim of the slide raceway 12 is formed to be suitable for installation on the outer appearance of the roller 34 of the hanger (3), so that the roller 34 rotates smoothly, and does not leave the shaft 32 It is easy to install, saves installation time and works more accurately.

Referring to Figures 2, 3 and 6 showing the situation when the automatic clothes drying rack according to the present invention, the transmission belt 22 moves toward the outside of the shielding film 12, the main coat hanger (3A) Is subjected to the pulling force of the transmission belt 22, and then the transmission belt 22 continues to move, and the driven hanger 3A and the driven hangers 3B adjacent to each other to the length of the pulling string 31. When moved, the fixing portion 311 and the end portion 312 at both ends of the pull string 31 are respectively engaged with the 321A and the driven hanger 3B of the slide groove 32A in the coarse hanger 3A. It is caught and fixed to the engaging portion 331B of the slide groove 33B in the inside, which causes the driven hanger 3A to move the driven hanger 3B by using the pulling force of the pull string 31. The other driven hanger 3B following it also moves in the same way and is fixed in position.

9 and 10, when the position of the drying rack is returned, first, the transmission belt 22 moves in the direction of the shielding film 13, and the coarse hanger 3A is pulled by the transmission belt 22. The end portion 312 of the pull string is separated from the locking portion 331B of the driven hanger 3B. Subsequently, the driven hanger 3A comes into contact with the adjacent driven hanger 3B, and eventually the driven hanger 3B is moved together by the driven hanger 3A. Both the moving hanger 3A and the driven hanger 3B thus moved are accommodated in the shielding film 13.

Referring to Figure 8, the present invention is operated automatically and manually. That is, the manual control button 53 and the automatic control button 52 are provided on the control unit 5. Among these, the manual control button 53 can perform operations regarding the direction of spreading and receiving, respectively, and also operates the motor 4 by manually adjusting the control unit 5, and then the motor 4 By the power of the electric unit 2 it is possible to proceed [unfolding] and [storing] work. When the user presses the [unfold] direction button of the manual control button 53, the hanger 3 moves out of the shielding film 13, and when the manual control button 53 is released, the moving operation is stopped. Therefore, the user can arbitrarily adjust the distance to move out. If there are few garments to be dried, shorten the moving distance. Meanwhile, the automatic control button 52 operates the motor 4 by a signal transmitted from a device such as an optical sensor 54, a water drop sensor 55, a timer 56, or the like.

5 and 8, the present invention includes a battery 6 and a solar heat collecting plate 7, and supplies electricity to the control unit 5 and the motor 4 through them. In addition, the solar light collecting plate 7 is provided with a receiving unit 71, through which receives a signal transmitted from the light sensor 54, the water droplet sensor 55, the timer 56, and the like, the control unit again controls the signal And the control unit 5 operates the motor 4 on the basis of the signal.

FIG. 9 relates to a relatively superior embodiment of the present invention, when the user dries a garment, first presses the power switch 51 of the control unit 5, and then the time display panel 561 of the timer 56. FIG. Set the time of [hour] and [minute] through), and then press the manual control button 53 or the automatic control button 52 to operate the motor 4, and the electric roller 21 and When the coarse hanger 3A and the plurality of driven hangers 3B are unfolded by the electric force transmitted through the transmission belt 22, when the coarse hanger 3A contacts the contact point 121 of the slide track 12. The motor 4 immediately stops working. In the case of storing the hanger, first, when the innermost driven hanger 3B contacts the contact point 121 located at the other end of the slide track 12 (see FIG. 2), the motor 4 is immediately operated. Will stop. That is, the control unit 5 is electrically connected to the contact point 121 of the slide track 12 so that the control unit 5 controls the operation of the motor 4 by the signal of the contact point.

Referring to FIG. 11, the solar light collecting plate 7 of the present invention can be manually switched to adjust the direction of the sun rays, and thus the solar light collecting plate 7 can collect solar heat most efficiently. To be.

Detailed description of the storage mode of the present invention is as follows.

1. On-time storage: Automatically store when the time set by the timer is reached.

2. Manual storage: Press the manual control button to receive.

3. Automatic storage: It is stored through the automatic control button. If it rains, it automatically receives the signal from the drop sensor and if the drop is not detected within the set time, the hanger is automatically unfolded. In addition, when the light is insufficient, the light is automatically received by the signal transmitted from the light sensor, and when the light is recovered within the set time, the clothes hanger is automatically unfolded. In addition, when a signal is received from the drip sensor, it is stored unconditionally regardless of the setting time or other setting of the light sensor.

The present invention is installed with a remote control, the user can conveniently control the control unit 5 in a remote control method.

The transmission interface of the control unit 5, the motor 4, the optical sensor 54, the droplet sensor 55 is all wire transmission (cable, Internet cable) or wireless transmission (wireless Internet, Bluetooth, frequency, etc.) In this figure, a radio transmission scheme is used.

Referring back to FIG. 1, the present invention installs an abnormal indicator (A), a charging indicator (B), and a battery weak indicator (C) on the control unit 5 to check the operation state, and at an appropriate place on the hanger. Lighting lamps (not shown) can be installed.

This will be described in detail below.

Abnormal indicator (A): If this indicator is blinking, it indicates that an abnormality has occurred during the unfolding and storing of the hanger, and the clothes hanger cannot be rotated normally because the clothes are stuck or too heavy. At this time, the hanger stops working immediately and the power turns off automatically.

Charge indicator (B): This indicator flashes to indicate that the solar collector is currently charging.

Low battery indicator (C): This indicator blinks to indicate that the solar panel has not been charged many times, or that the battery has already broken and the charging function has been lost. In this case, replace the battery immediately.

Light: Automatically or manually, lights up for 10 minutes and turns off automatically.

1 is an external view of the present invention.

2 is a perspective view showing a combined state of the present invention. (Expanded state)

3 is an enlarged view showing a part of the combined state of the present invention in an enlarged manner.

4 is a composition diagram showing the composition of the control unit of the present invention.

Figure 5 is an external view showing the appearance of the droplet sensor, the control unit and the solar light collecting plate of the present invention.

Figure 6 is an exploded view showing an exploded hanger of the subject innovation.

Figure 7 is an exploded view showing an exploded view of the hanger of the present invention is inserted into the slide track.

8 is a flowchart showing the operational flow of the present invention.

9 is a perspective view of a combined state of the present invention. (Storing state)

Figure 10 is an enlarged view showing an enlarged hanger state in the storage state of the present invention.

11 is a perspective view illustrating a switching direction of the solar light collecting plate of the present invention.

DESCRIPTION OF REFERENCE NUMERALS

1 frame 11 support

12 Slide Orbit 121 Contact Points

122 track strap

13 shield 14 positioning strap

2 Electric Unit 21 Electric Roller

22 electric belt

3 hangers

3A movement hanger 31A hanger hole

32A slide groove

3B driven hanger

31B Groove 32B Hanger Hole

33B slide groove

31 Pull string 311 Fasteners

312 Termination

32 axis 33 connection

34 roller 35 recess

4 motor

5 Control Unit 51 Power Switch

52 Auto Control Button 53 Manual Control Button

54 Light Sensor 55 Droplet Sensor

551 anode wire 552 cathode wire

56 Timer 561 Time Display Panel

6 batteries 7 solar collector

71 receiving unit

A abnormal indicator B charging indicator

C Low Battery Indicator

Claims (9)

As automatic storing clothes drying rack, It includes a frame, an electric unit, a plurality of hangers, a motor and a control unit, The frame includes two supports and one slide raceway, The slide track is fixedly installed between two supports, and the frame is provided with a shielding film, The shield covering a portion of the slide raceway, The slide track is designed so that a plurality of hangers can move, and install a contact point on a threshold point at which the plurality of hangers move, allowing the plurality of hangers to contact the contact point, The transmission unit has a transmission roller and a transmission belt paired with each other, both the transmission roller and the transmission belt are installed in the slide track, The plurality of hangers are installed in the slide track in order, and comprise one coarse hanger and a plurality of driven hangers, wherein the cog hangers are fixed on the drive belt to move together along the drive belt, and the remaining plurality of hangers. A groove hole is installed on the four driven hangers so that the electric belt can be freely penetrated through the groove hole, and both the coarse hanger and the driven hanger are provided with a slide groove, and the slide groove is installed with a pull string freely penetrating therethrough. A locking portion is installed at an intermediate position of the slide groove, and fixing portions and end portions larger than the slide groove are installed at ends of all the pulling strings. The motor is connected to the electric unit of the slide track, to drive the electric unit, the plurality of clothes hanger is moved on the slide track by the drive of the electric unit, The control unit is connected to the light sensor, the water drop sensor, the timer is connected to each other, and controls the operation of the motor by a signal transmitted from at least one device of the light sensor, water drop sensor, timer, to the transmitted signal Accordingly, the motor drives the electric unit so that the plurality of clothes hangers can be concentrated within the range of the shielding film and gather or spread out of the shielding film, In addition, the control unit is in electrical connection with the contact point of the slide track, the automatic storage garment drying rack that allows the control unit to control the operation of the motor by the signal of the contact point. The method of claim 1, The control unit is installed in the automatic storage clothes drying rack characterized in that the manual control button can be installed to directly control the operation of the motor. The method of claim 1, And the timer is electrically connected to the time display panel. The method of claim 1, And a remote controller corresponding to the control unit. The method of claim 1, The motor and the control unit is an automatic storage clothes drying rack characterized in that the electrical connection with the battery. The method of claim 5, The battery is an automatic storage garment drying rack, characterized in that the electrical connection with the solar light collecting plate. The method of claim 6, The solar light collecting plate is provided with a receiving unit, through which a signal transmitted from an optical sensor, a drop sensor, and a timer is received, and then the signal is transmitted to the control unit again. Automatic storage garment drying rack characterized in that it is operated. The method of claim 1, The hanger is provided with a shaft, the intermediate portion of the shaft is provided with a connecting portion, and the rollers are provided on both sides of the connecting portion, respectively, the concave groove is formed on the edge of the roller, In addition, two equidistant race track straps are installed inside the slide track, thereby allowing the clothes hanger to move in a fixed direction in the slide track together with the concave groove of the roller.  In addition, at the end of the hanger is installed automatic slide clothes drying rack, characterized in that one pull string is inserted into the slide groove is installed by installing a slide groove. The method of claim 1, Automatic storage clothes drying rack characterized in that the fixing straps are installed on both sides between the support and the shielding membrane.

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