JP3143814U - Automatic storage laundry platform - Google Patents

Abstract

An automatic storage laundry platform is provided.
An automatic storage laundry platform includes a skeleton 1, a transmission unit 2, a plurality of hanging bases 3, a motor 4, and a control unit 5. The skeleton 1 includes a slide rail 12, and a shielding shelf 13 includes a slide rail 12. Cover a part of. The transmission unit 2 and the plurality of suspension bases 3 are both installed in a slide rail 12, and the motor 4 interlocks the transmission unit 2 of the slide rail 12, whereby the plurality of suspension bases 3 are connected to the slide rail 12. Move in. The control unit 5 controls the operation of the motor 4 based on information signals from a light intensity sensor, a water drop sensor, and a time controller 56.
[Selection] Figure 1

Description

The present invention relates to an automatic storage laundry platform, and more particularly to an automatic storage laundry platform that can automatically send out or incorporate a laundry platform structure according to weather conditions or setting conditions.

Taiwan Utility Model Public Notice No. 49064 “Automatic Laundry Drawer Device” mainly includes a main body that can be installed on a veranda, a platform on the main body, a motor installed on the platform, control wiring, and a fixed connection to the platform. It is composed of a pipe support frame extending toward one side and its attached mechanism.

An inching switch is installed at each end of the pipe support frame, and a sensor is installed at the end, so that the laundry is automatically taken out or taken in automatically according to the weather change.

In addition, Taiwan Utility Model Notification No. 391438, “Automated Laundry Board Improvement Structure” is a combination of a base, a rotating frame, an adjustment base and a fixed base, and a sensor is used for this to make the inner frame of the laundry base. The body is stretched or folded, and the rotating frame is interlocked accordingly, and the direction of use of the laundry platform is appropriately rotated, whereby the laundry platform is automatically dried and the effect of taking in can be achieved. Both of the two types of known laundry hangers have sensors associated with them, but the sensors do not set the weather conditions that they should reliably react to, so the take-in function cannot be performed reliably.

Furthermore, Japanese Unexamined Patent Publication No. 63-73997, Japanese Unexamined Patent Publication No. 61-103498, Korean Unexamined Patent Publication No. 1994-0005853, Japanese Unexamined Patent Publication No. 2003-230985, Japanese Unexamined Patent Publication No. 64-83300, etc. Discloses various structures of an automatic laundry hanger including structures such as a sensor, a timer, a control panel, a support frame, a remote controller, and a rail. However, each automatic laundry basin does not have a sensor specially designed for the weather, and therefore cannot automatically store the laundry basin immediately in case of rain or strong wind.
Taiwan Utility Model Public Notice No. 49064 Taiwan Utility Model Public Notice No. 391438 Japanese Unexamined Patent Publication No. Sho 61-103498 Japanese Unexamined Patent Publication No. Sho 63-73997 Japanese Unexamined Patent Publication No. 64-83300 Japanese Unexamined Patent Publication No. 2003-230985 Korean Patent Laid-Open No. 1994-0005853

The main purpose of the present invention is to provide an automatic storage laundry platform that can reliably and effectively grasp and communicate climatic conditions.

In order to solve the above-mentioned problems, the present invention provides the following automatic storage laundry bed. The automatic storage laundry platform includes a framework, a transmission unit, a plurality of hanging platforms, a motor and a control unit, the framework includes two support frames and one slide rail, and the slide rail is fixed between the two support frames. In addition, a shielding shelf is installed on the frame, the shielding shelf covers a part of the slide rail, and a contact point is installed at a moving extreme position where the slide rail moves the plurality of hanging platforms. The transmission unit includes a transmission gear and a transmission belt that mesh with each other, the two are both installed in the slide rail, and the plurality of hanging stands are installed in the slide rail in order, The suspension platform includes a main suspension platform and a plurality of passive suspension platforms. The main suspension platform is fixed to the transmission belt and moves accordingly, and the other passive suspension platform is provided with a slot in advance. The transmission belt can be freely penetrated, and both the main and passive suspension bases are provided with a slide groove, the slide groove freely penetrates the pull bar, and the middle part of the slide groove is engaged with the slide belt. A fixed block and a stop end larger than the slide groove are formed at both ends of each pull bar, and a motor connects and drives the transmission units of the slide rail, thereby driving the plurality of hooks. The stage moves on the slide rail, the control unit connects a light intensity sensor, a water drop sensor, and a time controller, and based on information transmitted from at least any one of the light intensity sensor, the water drop sensor, and the time controller, The operation of the motor is controlled, the motor drives the transmission unit, and the plurality of hanging bases are collected within the shielding shelf. Or the control unit is electrically connected to the contact point of the slide rail and controls the operation of the motor based on the information of the contact point. It is.

Here, the control unit is further provided with a manual control button to directly control the operation of the motor. The time controller electrically connects the time display panels.

In addition, a remote controller is installed corresponding to the control unit.

The motor and the control unit are electrically connected to a battery, the battery is electrically connected to a solar panel, a receiving unit is installed on the solar panel, a light intensity sensor connected to the control unit, a water droplet Sensor and time controller signals are collected and transmitted to the control unit, which controls the operation of the motor based on the signals.

A shaft bar is installed on the hanging base, the middle stage of the shaft bar is engaged with a connecting part, rollers are installed on both sides of the connecting part, and a groove is annularly installed on the end surface of the roller, Inside the slide rail, two equidistant rail bars are installed, corresponding to the concave groove of the roller, the hanging base can move in a fixed direction within the sliding rail, and at the top end of the hanging rack Has a slide groove, and a pull bar is inserted into the slide groove. Furthermore, a stereotactic rope is installed on both sides between the support frame and the shielding shelf.

As described above, the present invention has the following advantages.
1. The present invention can control the feeding or taking-in of the laundry manually (manual control button) or automatically (automatic control button).
2. In the present invention, the automatic control button can detect the light beam and control the sending or taking-in of the laundry, and can store the laundry automatically in the evening.
3. The present invention can detect rain and control the sending or taking-in of the laundry by the automatic control button, and can store the laundry automatically when it rains. Also, if the rain stops and there is enough light, the laundry can be sent out automatically again.

4). The present invention can control the taking-in of the laundry by setting a certain time by the time controller.
5. The present invention can manually control the distance of the laundry delivery process, and if the laundry to be dried is relatively small, the delivery process can be made relatively short and can be controlled by the user as required.
6). In the present invention, a remote controller is installed, and the user can remotely control the control unit.

7). The present invention installs a solar panel, converts light energy into electric energy, is effective for power saving, and can contribute to environmental protection.
8). The stand of the present invention can move the roller without moving to any fixed parts, can move in a fixed direction, the device is convenient on the slide rail, the work period can be shortened, and the operation is precise .
9. The shield shelf of the present invention is a sealed space, so that the laundry taken in is not wet by heavy wind rain or wet by excessive moisture.
10. A stereotactic rope is installed between the support frame of the present invention and the shielding shelf, thereby localizing the laundry, and thus the laundry does not move left or right due to movement or wind force.

As shown in FIGS. 1 to 5, the present invention includes a skeleton 1, a transmission unit 2, a plurality of hanging bases 3, a motor 4, a control unit 5, a battery 6, and a solar panel 7.

The framework 1 includes two support frames 11 and one slide rail 12. The slide rail 12 is fixed between the two support frames 11. The frame 1 is provided with a shielding shelf 13, and the shielding shelf 13 covers a part of the slide rail 12. The shielding shelf 13 is a sealed space, and thus the laundry taken in is not wet by heavy wind rain or wet by excessive moisture, and the taken-in laundry can avoid wind and rain.
A stereotactic rope 14 is installed between the support frame 11 and the shielding shelf 13 to localize the laundry, and thus the laundry does not move or sway from side to side due to wind.

The transmission unit 2 includes a transmission gear 21 and a transmission belt 22 that mesh with each other. Both of them are installed in the slide rail 12 of the skeleton 1, and the traveling direction of the transmission belt 22 can be changed in the slide rail 12 in accordance with a change in the rotation method of the transmission gear 21.

As shown in FIGS. 3 and 6, the plurality of suspension bases 3 include a main suspension base 3A and a plurality of passive suspension bases 3B. It is installed in the slide rail 12 in order, and the outermost main driving base 3A is fixed to the transmission belt 22 and moves accordingly. The other passive platform 3B is provided with a slot 31B in advance, so that the transmission belt 22 can be freely penetrated.

Both the main suspension base 3A and the passive suspension base 3 are provided with hooking holes 31A, 32B and slide grooves 32A, 33B, and the hooking holes 31A, 32B are used for hanging an external object (such as a hanger). A pull bar 31 freely penetrates the slide grooves 32A and 33B, and engagement blocks 321A and 331B are installed in the middle of the slide grooves 32A and 33B.

The mutually adjacent hanging bases 3 (including the main driving base 3A and the passive hanging base 3B) are connected to each other by independent pull bars 31, and each of the pull bars 31 is a slide groove 32A that is previously installed on the hanging base 3. Punch 33B loosely. Moreover, a fixed end 311 and a stop end 312 larger than the slide grooves 32A and 33B are formed at all ends of the pull bars 31, and the engagement blocks of the slide grooves 32A and 33B are formed by the fixed end 311 and the stop end 312. 321A and 331B are engaged and fixed. The fixed end 311 can be engaged and fixed at the position of the engagement block 321A, and the end end 312 can be engaged and fixed or loosened only at the engagement block 331B.

As shown in FIG. 1, the motor 4 is connected to a transmission gear 21 of the transmission unit 2, and the power output from the motor 4 is transmitted through the transmission gear 21 and the transmission belt 22. The table 3 is moved on the slide rail 12.

As shown in FIGS. 1, 4, and 5, the control unit 5 includes a power switch 51, an automatic control button 52, and a manual control button 53.
The control unit 5 also connects a light intensity sensor 54, a water drop sensor 55, and a time controller 56, and transmits at least information transmitted from any one of the light intensity sensor 54, the water drop sensor 55, and the time controller 56. Based on this, the operation of the motor 4 is controlled, whereby the motor 4 drives the transmission gear 21 of the transmission unit 2, and the plurality of pedestals 3 are concentrated in the range of the shielding shelf 13 through the transmission belt 22. Alternatively, it is distributed outside the range of the shielding shelf 13.

Further, the light intensity sensor 54, the water drop sensor 55, and the time controller 56 can be activated by pressing the automatic control button 52, that is, the automatic control button 52 includes the light intensity sensor 54, the water drop sensor 55, the time controller. 56 is controlled, whereby the transmission or recovery of the transmission unit 2 can be controlled. Further, the control unit 5 can be provided with a manual control button 53 to directly control the operation of the motor 4.

The control unit 5 is provided with lamps such as an abnormal light A, a charging light B, a weak light C, and the like, thereby displaying the status of the clothesline. The operation of this part will be described later.

The motor 4 and the control unit 5 are electrically connected to the battery 6, and the battery 6 is electrically connected to the solar panel 7. The solar panel 7 converts light energy into electric energy, stores it in the battery 6, and supplies power during operation.

A contact point 121 is provided at a moving limit position where the slide rail 12 moves the plurality of hanging bases 3 to bring the hanging bases 3 into contact with each other. The contact point 121 is electrically connected to the control unit 5, and thus the control unit 5 controls the operation of the motor 4 based on the information of the contact point 121.

The light intensity sensor 54 transmits a signal to the control unit 5 when the light intensity deficiency is detected. Separately, the water droplet sensor 55 senses the ingress of water droplets and transmits a signal to the control unit 5. Further, the control unit 5 corresponds to the time controller 56, and electrically connects a time display panel 561. The time display panel 561 has “hour” and “minute”, and can input time and measure time. To make the flights.

As shown in FIG. 5 which is an external view of the water drop sensor 55, the control unit 5, and the solar panel 7, when a water drop drops on the water drop sensor 55, the positive electrode line 551 and the negative electrode line 552 are energized, and the signal is sent to the control unit 5 (Not shown) and activate the automatic capture process.

As shown in FIGS. 6 and 7, a biaxial rod 32 is installed on each of the main suspension bases 3A (the same applies to the passive suspension base 3B), and the middle stage of the axial rods 32 closely corresponds to and engages with the connecting portion 33. As a result, the two ends of the shaft 32 are exposed to the outside. A roller 34 is fitted on the shaft rod 32 exposed separately, and a concave groove 35 is provided on the peripheral surface of the roller 34.

A two-rail bar 122 protrudes from the inside of the slide rail 12 and corresponds to the concave groove 35 of the roller 34, so that the main moving table 3A and the passive hanging table 3B move in a fixed direction within the slide rail 12. It can be carried out. The main driving base 3A is fixedly connected to the transmission belt 22 of the transmission unit 2 and moves according to the transmission belt 22.

As shown in FIG. 7, the passive suspension base 3A of the present invention (same as the main suspension base 3B) does not depend on any fixing parts (bolts, nuts, C-shaped ring hooks), and the roller 34 can be installed. A slide movement in a fixed direction can be performed in the slide rail 12.

The concave groove 35 of the roller 34 is installed on the equidistant rail bar 122 in the slide rail 12, and in addition to this, the outline of the slide rail 12 appropriately covers the outer periphery of the roller 34 of the hanging base 3, The roller 34 does not leave the shaft 32 while rotating gently. Thus, the overall assembly is convenient, the construction period can be shortened, and it can be operated accurately.

2, 3, and 6, the transmission belt 22 moves toward the outside of the shielding shelf 13, and the main driving base 3 </ b> A is pulled by the transmission belt 22. Belt 22 continues.

When the passive suspension base 3B adjacent to the main suspension base 3A is pulled and is approaching the length of the pull bar 31, the fixed end 311 and the end end 312 at both ends of the pull bar 31 are the slide grooves in the main suspension base 3A. 32A engaging block 321A and passive block 3B internal slide groove 33B engaging block 331B, respectively, thus, the main moving table 3A pulls the next passive table 3B by the pull bar 31, and moves accordingly, Thereafter, all the passive mounts 3B are all drawn and moved in a homologous manner.

At the time of restoration, as shown in FIGS. 9 and 10, the transmission belt 22 moves toward the shielding shelf 13. The main suspension base 3A is pulled by the transmission belt 22, and the end 312 of the pull bar disengages the engagement block 331B of the passive suspension base 3B. Subsequently, the main moving table 3A contacts the adjacent passive table 3B and pushes it to move together. Thereafter, all the passive suspension bases 3B are pushed in a homologous manner and moved in the direction of the shielding shelf 13 until the main moving suspension bases 3A and all the passive suspension bases 3B are hidden in the shielding shelf 13.

As shown in FIG. 8, the present invention is divided into automatic and manual, and the control unit 5 is provided with a manual control button 53 and an automatic control button 52.
The manual control button 53 is divided into two directions of sending and collecting, and can directly control the control unit 5 to start the motor 4 and interlock the “feeding” or “collecting” of the transmission unit 2.

When the “feeding” direction of the manual control button 53 is pressed, the outward feeding process starts, and when the manual control button 53 is released, the sending process to the outside stops. Therefore, if the laundry to be dried is relatively small, the delivery distance to the outside can be adjusted according to the needs of the user, such as shortening the delivery process. The automatic control button 52 controls the operation of the motor 4 according to information transmitted by the light intensity sensor 54, the water drop sensor 55, and the time controller 56.

As shown in FIGS. 5 and 8, the present invention installs a battery 6 and a solar panel 7, thereby supplying electric power to the control unit 5 and the motor 4. The solar panel 7 is provided with a receiving unit 71, which receives signals from the light intensity sensor 54, the water drop sensor 55, and the time controller 56 and further transmits them to the control unit 5. The control unit 5 controls the operation of the motor 4 based on the signal.

As shown in FIG. 9, in the embodiment of the present invention, when the user finishes drying the laundry, the user presses the power switch 51 of the control unit 5 and further controls the time display panel 561 of the time controller 56. ”And“ minutes ”are set, and then the manual control button 53 or the automatic control button 52 is pressed to start the motor 4. Thereby, through the transmission of the transmission gear 21 and the transmission belt 22, the main driving base 3A and the plurality of passive bases 3B are pulled out one by one, and when the main driving base 3A contacts the contact point 121 of the slide rail 12. The motor 4 stops rolling.
When taking in, when the innermost passive mount 3B comes into contact with the contact point 121 at the opposite end of the slide rail 12 (see FIG. 2), the motor 4 also stops rolling.

As shown in FIG. 11, the direction of the solar panel 7 of the present invention can be changed manually, and the solar panel 7 can receive appropriate sunshine depending on the direction of solar radiation.

The capture of the present invention can be divided into the following modes.
1. Regular mode: Automatically captures when the time set in the time controller is reached.
2. Manual mode: Press the manual control button to operate the capture.
3. Automatic mode: When the automatic control button is pressed, when it rains, the water droplet sensor automatically receives a signal, and when it stops raining within the set time, it automatically sends it out again. If the light intensity is insufficient, Receives the sensor signal automatically and automatically sends it out again if the light intensity recovers within the set time. When the water drop sensor receives a signal, it is automatically captured regardless of whether the light sensor receives the signal.

In the present invention, a remote controller is further installed, and the user can remotely control the control unit 5. The transmission interface of the control unit, the motor, the light intensity sensor, and the water droplet sensor is wired transmission (cable, net line, etc.) or wireless transmission (wireless network, Bluetooth, FM, etc.).

As shown in FIG. 1, the present invention corresponds to the operation state, and an abnormal light A, a charging light B, a low light C, etc. are installed in the control unit, and an illumination light (not shown) is placed at an appropriate place on the laundry drying platform. Is installed. The operation is as follows.

Abnormal light A: At the time of blinking, it indicates that an abnormal state such as the clothes being caught or overweight appeared during the movement of the hanger. At this time, the hanger stops operation immediately and the power is automatically turned off.

Charging light B: When flashing, it indicates that the solar panel is being charged.

Weak light C: When it flashes, it indicates that the solar panel has not been charged for a long time, or the battery is damaged and does not have a power storage function, and the battery needs to be replaced.

Illumination lamp: Turns on and off for 10 minutes automatically or manually.

1 is an overall perspective view of the present invention. It is combination (delivery state) explanatory drawing of this invention. It is a local enlarged view of the combination explanatory drawing of this invention. It is a structural diagram of the control unit of the present invention. It is a perspective view of a water drop sensor, a control unit, and a solar panel according to the present invention. It is a disassembled perspective view of the stand concerning this invention. FIG. 5 is a cross-sectional view of a hanging base according to the present invention engaged with a slide rail. It is an operation | movement block chart of this invention. It is a combination (collection state) explanatory drawing of this invention. It is an enlarged view of a hanging stand in the recovery state of the present invention. It is explanatory drawing of the solar panel conversion direction which concerns on this invention.

Explanation of symbols

1 skeleton
11 Support frame
12 Slide rail
121 Contact point
122 rail bar
13 Shielding shelf
14 Stereotaxic rope
2 Transmission unit
21 Transmission gear
22 Transmission belt
3 Hanging stand
3A main stand
31A hanging hole
32A slide groove
3B passive stand
31B slot
32B hanging hole
321A engagement block
33B Slide groove
31 pull bar
311 Fixed end
312 end
32 axis bar
33 Connection
331B Engagement block
34 Roller
35 groove
4 Motor
5 Control unit
51 Power switch
52 Automatic control buttons
53 Manual control button
54 Light intensity sensor
55 Water drop sensor
551 positive wire
552 negative wire
56 hour controller
561 Time display panel
6 Battery
7 Solar panel
71 Receiver unit
A Abnormal light
B Charging light
C Low light

Claims (9)

An automatic storage laundry platform comprising a skeleton, a transmission unit, a plurality of platforms, a motor, and a control unit;
The frame includes two support frames and one slide rail, the slide rail is fixed between the two support frames, and a shielding shelf is installed, and the shielding shelf covers a part of the slide rail, and A contact point is set at the moving limit position where the slide rail moves the plurality of hanging bases, and is brought into contact with the hanging bases,
The transmission unit includes a transmission gear and a transmission belt that mesh with each other, and the transmission gear and the transmission belt are both installed in the slide rail,
The plurality of hanging bases are sequentially installed in the slide rail, and include a main driving base and a plurality of passive hanging bases, and the main driving base is fixed to the transmission belt and moves according to the transmission belt, The passive suspension base is pre-installed with a slot, so that the transmission belt can freely penetrate the slot, and both the main suspension base and the passive suspension base have a slide groove, and the slide groove Is freely penetrated through the pull bar, and an engagement block is installed in the middle stage of the slide groove, and both ends of the pull bars are formed with a fixed end and a stop end larger than the slide groove,
The motor connects and drives the transmission unit of the slide rail, whereby the plurality of hanging bases move on the slide rail,
The control unit is connected to a light intensity sensor, a water drop sensor, and a time controller, and operates the motor based on information transmitted from at least one of the light intensity sensor, the water drop sensor, and the time controller. The motor drives the transmission unit, and the plurality of hanging bases are concentrated within the range of the shielding shelf or distributed outside the range of the shielding shelf, while the control unit includes the slide rail An automatic storage laundry stand, wherein the laundry is electrically connected to the contact point of the door and the operation of the motor is controlled based on the information of the contact point. The automatic laundry washing platform according to claim 1, wherein a manual control button is further installed in the control unit to directly control the operation of the motor. The laundry rack for automatic storage according to claim 1, wherein the time controller is electrically connected to a time display panel. harvest 2. The laundry rack for automatic storage according to claim 1, wherein a remote controller is installed in the control unit. The laundry rack for automatic storage according to claim 1, wherein the motor and the control unit are electrically connected to a battery. 6. The automatic storage laundry platform according to claim 5, wherein the battery is electrically connected to a solar panel. A receiving unit is installed in the solar panel, and the receiving unit receives signals from a light intensity sensor, a water droplet sensor, and a time controller to which the control unit is connected and transmits them to the control unit. 7. The automatic laundry washing platform according to claim 6, wherein the operation of the motor is controlled based on the laundry. A shaft rod is installed on the suspension base, the middle stage of the shaft rod engages with a connecting portion, and rollers are installed on both sides of the connecting portion, and a concave groove is installed on the end surface of the roller in an annular shape. Two equal-distance rail bars are installed inside the slide rail, corresponding to the concave groove of the roller, the hanging table moves in the sliding rail, and a sliding groove is installed at the top end of the hanging table 2. The automatic storage laundry dryer according to claim 1, wherein a pull bar is inserted into the slide groove. The laundry rack for automatic storage according to claim 1, wherein a stereotactic rope is installed on both sides between the support frame and the shielding shelf.

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