DE202021101030U1 - Intelligent clothes rail - Google Patents

Abstract

Intelligent clothes rail, characterized in that it comprises a support base frame, a rod body being arranged on each of the two sides of the support base frame, and an upper rod being connected between the upper parts of the two rod bodies, and a receiving box being arranged at one end of the upper rod, in which a sensor module is arranged, and wherein a wing-shaped film unfolding device is connected to each of the two sides of the upper rod by a hinge, and wherein a push frame is arranged on the bottom of the upper rod, and wherein several hooks are arranged on the bottom of the upper rod, and wherein a power source, a control unit and a motor are embedded in the upper rod, and wherein the control unit is electrically connected to the sensor module and the motor, and wherein the power source supplies the control unit, the sensor module and the motor with power, and with in the middle the wing-shaped film unfolding gsvorrichtung a first gear is fixed, and a second gear is fixed in the center of the push frame, and wherein the rotating shaft of the motor in the upper rod through the gear carries out a transmission with the first gear of the wing-shaped film unfolding device and the second gear of the push frame .

Description

TECHNICAL AREA

The present utility model relates to the technical field of the intelligent apartment, in particular an intelligent clothes rail.

STATE OF THE ART

With the rapid development of highly intelligent homes, the intelligence of clothes rails is obviously lagging behind other household appliances. The conventional clothes rails for outdoors are heavily dependent on the weather. People cannot take their clothes back when it suddenly turns windy or rains. The dried clothes will inevitably be blown off and dirty or wet. Or after long exposure, the silk clothing will deteriorate, which will shorten its lifespan.

The purpose of most of the current patents is to provide smart rain protection, and their functions are relatively simple. They are mainly formed as canopies, roller shutter shafts, telescopic mechanisms for clothes rails, etc., and have no innovation in structure and are relatively complex; most current patents achieve their effects without considering the real unexpected situations, the effects are not obvious and their purpose cannot be effectively achieved.

CONTENTS OF THE PRESENT USED MODEL

The present utility model provides an intelligent clothes rail which can realize both the intelligent rain protection function of the clothes rail outdoors and the wind and exposure protection function of the clothes rail. The present utility model has a simple structure, does not have too many complicated internal structures, and aims at unexpected situations that may arise in reality in order to solve the problem of insufficient protection of clothes when users go out.

• eine intelligente Kleiderstange, umfassend einen Stützgrundrahmen, wobei auf den beiden Seiten des Stützgrundrahmens jeweils ein Stangenkörper angeordnet ist, und wobei zwischen den Oberteilen der beiden Stangenkörper eine Oberstange geschaltet ist, und wobei an einem Ende der Oberstange eine Aufnahmebox angeordnet ist, in der ein Sensormodul angeordnet ist, und wobei an die beiden Seiten der Oberstange jeweils eine flügelförmige Filmentfaltungsvorrichtung durch ein Scharnier angeschlossen ist, und wobei an dem Boden der Oberstange ein Schubrahmen angeordnet ist, und wobei an dem Boden der Oberstange mehrere Haken angeordnet sind, und wobei in der Oberstange eine Stromquelle, eine Steuereinheit und ein Motor eingebettet sind, und wobei die Steuereinheit mit dem Sensormodul und dem Motor elektrisch verbunden ist, und wobei die Stromquelle die Steuereinheit, das Sensormodul und den Motor mit Strom versorgt, und wobei in der Mitte der flügelförmigen Filmentfaltungsvorrichtung ein erstes Zahnrad fest angeordnet ist, und wobei in der Mitte des Schubrahmens ein zweites Zahnrad befestigt ist, und wobei die rotierende Welle des Motors in der Oberstange durch das Zahnrad eine Übertragung mit dem ersten Zahnrad der flügelförmigen Filmentfaltungsvorrichtung und dem zweiten Zahnrad des Schubrahmens durchführt.

The present utility model uses the following technical solution:

• an intelligent clothes rail, comprising a support base frame, a bar body being arranged on each of the two sides of the support base frame, and an upper bar being connected between the upper parts of the two bar bodies, and a receiving box in which a sensor module is arranged at one end of the upper bar is arranged, and wherein a wing-shaped film unfolding device is connected by a hinge to the two sides of the upper rod, and wherein a push frame is arranged at the bottom of the upper rod, and wherein a plurality of hooks are arranged on the bottom of the upper rod, and wherein in the upper rod a power source, a control unit and a motor are embedded, and wherein the control unit is electrically connected to the sensor module and the motor, and wherein the power source supplies the control unit, the sensor module and the motor with power, and in the middle of the wing-shaped film unfolding device first Z gear is fixed, and a second gear is fixed in the center of the push frame, and wherein the rotating shaft of the motor in the upper rod carries out a transmission through the gear with the first gear of the wing-shaped film unfolding device and the second gear of the push frame.

The wing-shaped film unfolding devices on the two sides of the upper rod are in the initial state that the two wing-shaped film unfolding devices are in a collapsed state and are attached parallel and perpendicular to one another on the upper part of the upper rod. When the present utility model is used, the sensor module is first used to judge the weather of the outside environment in real time. When the environment changes, the sensor module sends the signal to the control unit, and the control unit receives the signal to drive the motor; Motor drives the wing-shaped film unfolding device via a gear to unfold itself rotating downwards, at the same time the motor rotates the push frame synchronously so that the push frame rotates the clothes hung on the hook, when the motor rotates 90 degrees, the changes Clothing from a state perpendicular to the upper bar to a state in which it is approximately in the same plane as the upper bar. When the motor rotates 180 degrees, i.e. when the bottoms of the two wing-shaped film unfolding devices are in parallel contact with each other, the control unit stops the motor; at the end the clothing is wrapped between the two wing-shaped film unfolding devices to form a closed space, now the two wing-shaped film unfolding devices have a shielding function to prevent the clothing from getting wet / damaged by the sun / or being blown to the floor .

The sensor module preferably comprises a rain sensor module, a photoresistive sensor module and a wind sensor module. The sensor module is used to determine if it is raining and the Capture light intensity and wind to monitor external weather conditions in real time.

Preferably, the wing-shaped film unfolding device comprises a drive part and a driven part, one side of the drive part being connected to the upper bar by a hinge and the other side being connected to the driven part by a hinge, in order to facilitate the folding and unfolding and thus the space save.

Preferably, the drive part and the driven part are each a box-shaped frame made of stainless steel or carbon fiber, the surface of which is each covered with a film so that the clothing is wrapped between the two wing-shaped film unfolding devices to form a closed space in which the Clothing can be included to save space and improve stability.

Preferably the film adopts a PET protective film.

The push frame preferably comprises side bars and cross bars, the two side bars and the two cross bars being aligned in pairs parallel to one another to form a parallelogram push frame, and the side bars being each hinged to the cross bars.

A plurality of vertical rods are preferably arranged vertically on the bottom of the transverse rod, the plurality of vertical rods being evenly distributed on the transverse rods.

A push rod is preferably arranged in the middle of the two transverse rods, which is aligned parallel to the side rods, the two ends being articulated to the two transverse rods, and the second gear wheel being attached to the upper part of the push rod.

When the weather turns bad, the motor turns the push rod of the push frame through the second gear, and under the action of the push rod, the push frame deforms. The push frame changes from a rectangular shape in the state of use to a folded state that resembles a straight line, at the same time the vertical bars on the crossbar pivot the hangers for hanging the clothes, so that the clothes are vertically aligned with the top bar to a state in which they are substantially in the same plane as the top bar, so that the clothes are linearly folded and placed between the two wing-shaped film unfolding devices to save space considerably and to facilitate storage. When opening is required, the motor is driven in reverse to restore the push frame to its original state so that the clothes can continue to be hung up to dry.

The control unit preferably comprises a one-chip microcontroller.

Preferably, a plurality of hooks are distributed at equal intervals in a straight line on the bottom of the top bar, which is useful for hanging clothes to increase ventilation and increase the hanging and drying area so that clothes can be dried more easily.

• die intelligente Kleiderstange für den Außenbereich des vorliegenden Gebrauchsmusters stützt sich auf das Sensormodul, um das Wetter in der Außenumgebungen in Echtzeit zu beurteilen, und kann die Kleidung bei starkem Wind, Regen oder Exposition intelligent und wirksam schützen;
• obwohl die flügelförmige Filmentfaltungsvorrichtung der intelligenten Kleiderstange für den Außenbereich gemäß dem vorliegenden Gebrauchsmuster eine unabhängige und innovative Vorrichtung ist, weist sie eine einfache Struktur, eine hohe allgemeine Intelligenz und Automatisierung sowie eine gute Bedienbarkeit auf; das vorliegende Gebrauchsmuster ist bei der Realisierung des gesamten Schutzprozesses intelligent und automatisch, ohne manuelle Eingriffe benötigen, das vorliegende Gebrauchsmuster ist bequem zu bedienen und leicht zu verbreiten und kann die Intelligenz der Wohnung wirksam verbessern.

The present utility model has the following advantages:

• the smart outdoor clothes rail of the present utility model relies on the sensor module to judge the weather in the outdoor environment in real time, and can intelligently and effectively protect clothes in strong wind, rain or exposure;
• Although the wing-shaped film unfolding device of the intelligent outdoor clothes rail according to the present utility model is an independent and innovative device, it has a simple structure, high general intelligence and automation, and good operability; The present utility model is intelligent and automatic in realizing the entire protection process without needing manual intervention, the present utility model is convenient to use and easy to disseminate, and can effectively improve the intelligence of the home.

Figure list

• 1 shows a schematic structural view of the present utility model.
• 2 FIG. 11 shows an enlarged view of point A according to FIG 1 .
• 3 FIG. 11 shows an enlarged view of the point B according to FIG 1 .
• 4th FIG. 11 shows a schematic representation from another angle according to FIG 1 .
• 5 shows a schematic representation of an initial state according to the present utility model.
• 6th shows a schematic representation of an opening process according to the present utility model.
• 7th shows a schematic representation of the present utility model after folding the push frame.
• 8th shows a schematic structural view of a push frame.
• 9 Fig. 13 is a schematic structural view showing that the motor transmits through a gear.

List of reference symbols

1

Support base frame

2

Rod body

3

Top bar

4th

Recording box

5

Wing-shaped film unfolding device

501

Drive part

502

Driven part

503

First gear

6th

engine

7th

Push frame

701

Side bar

702

Crossbar

703

Vertical pole

704

Push rod

705

First gear

8th

Timing belt

DETAILED DESCRIPTION

The accompanying drawings are for illustration purposes only and should not be construed as limiting the present patent. In order to better illustrate this embodiment, some parts of the accompanying drawings may be omitted, enlarged or reduced and do not represent the size of the actual product. It will be understood by those skilled in the art that some known structures may be omitted from the drawings and their descriptions. The positional relationship described in the drawings is for illustrative purposes only and should not be construed as limiting the present patent.

Embodiment 1

As in 1 to 9 shown, an intelligent clothes rail, comprising a support base frame 1 , being on both sides of the support frame 1 one rod body each 2 is arranged, and wherein between the upper parts of the two rod bodies 2 a top bar 3 is switched, and wherein at one end of the upper rod 3 a recording box 4th is arranged, in which a sensor module is arranged, and wherein on the two sides of the upper rod 3 each has a wing-shaped film unfolding device 5 connected by a hinge, and being attached to the bottom of the top bar 3 a push frame 7th is arranged, and wherein at the bottom of the top bar 3 several hooks are arranged, and being in the top bar 3 a power source, a control unit and a motor 6th are embedded, and wherein the control unit with the sensor module and the motor 6th is electrically connected, and wherein the power source is the control unit, the sensor module and the motor 6th powered, and in the middle of the wing-shaped film unfolding device 5 a first gear 503 is fixed, and being in the middle of the push frame 7th a second gear 705 is attached, and being the rotating shaft of the motor 6th in the top bar 3 through the gear a transmission with the first gear 503 the wing-shaped film unfolding device 5 and the second gear 705 of the push frame 7th performs.

In the present embodiment, the sensor module comprises a rain sensor module, a photoresistive sensor module and a wind sensor module, wherein the sensor module is used to determine whether it is raining and to detect the light intensity and wind in order to monitor the external weather conditions in real time.

In the present embodiment, the wing-shaped film unfolding device comprises 5 a drive part 501 and a driven part 502 , one side of the drive part 501 by a hinge with the top bar 3 and the other side 502 by a hinge with the driven part 502 is connected to facilitate folding and unfolding, thus saving space. The drive part 501 and the driven part 502 are each a box-shaped frame made of stainless steel or carbon fiber, each surface of which is covered with a film, so that the clothes between the two wing-shaped film unfolders 5 is wrapped to form an enclosed space in which the clothing can be accommodated to save space and improve stability. The film adopts a PET protective film.

Please refer 8th , includes the push frame 7th in the present embodiment side bars 701 and cross bars 702 , with the two side bars 701 and the two cross bars 702 are aligned parallel to each other in pairs, around a parallelogram push frame 7th to form, and being the side bars 701 each articulated with the cross bars 702 are connected. At the bottom of the crossbar 702 several vertical bars 703 arranged vertically, with the multiple vertical rods 703 evenly on the crossbars 702 are distributed. In the middle of the two cross bars 702 is a push rod 704 arranged parallel to the side bars 701 is aligned with the two ends each with the two cross bars 702 are articulated, and wherein the second gear 705 on the top of the push rod 704 is attached.

When the weather turns bad, the engine turns 6th the push rod 704 of the push frame 7th through the second gear 705 , and under the action of the push rod 704 the push frame deforms 7th . The push frame 7th changes from a rectangular shape in the state of use to a folded state that resembles a straight line, at the same time the vertical bars pivot 703 on the crossbar 702 the hangers for hanging the clothes so that the clothes are vertical to the top bar 3 aligned to a state in which they are substantially in the same plane as the top bar 3 as in 7th shown so that the clothing is linearly folded and between the two wing-shaped film unfolders 5 placed to save space significantly and facilitate storage. When an opening is needed, the engine will 6th driven backwards to the push frame 7th to restore it to its original state so that the clothes can continue to be hung up to dry.

In the present exemplary embodiment, the control unit comprises a one-chip microcontroller. The signal from the sensor module is received by the one-chip microcontroller, and in accordance with the signal, the motor becomes 6th controlled. The technical means and control principles involved in the above process are well known to those skilled in the art.

In the present embodiment, a plurality of hooks are at equal intervals in a straight line on the bottom of the upper bar 3 distributed, which is suitable for hanging clothes to increase ventilation and increase the hanging and drying area so that clothes can be dried more easily.

• die rotierende Welle des Motors dreht sich, so dass das Geradzahnrad an der rotierenden Welle sich dreht, dabei greift ein dem Motor 6 zugewandtes Geradzahnrad in das erste Zahnrad 503 der rechten flügelförmigen Filmentfaltungsvorrichtung 5 ein, wie in 2 dargestellt, durch das erste Zahnrad 503 wird die rechte flügelförmige Filmentfaltungsvorrichtung 5 gedreht, das mittlere Geradzahnrad greift in ein Kegelrad ein, das Kegelrad führt durch den Zahnriemen 8 eine Übertragung mit dem zweiten Zahnrad 705 des Schubrahmens 7 durch, so dass das zweite Zahnrad 705 die Schubstange 704 des Schubrahmens 7 zur Drehung antreibt, das dem Motor 6 abgewandte andere Geradzahnrad führt durch den Zahnriemen 8 eine Übertragung mit dem ersten Zahnrad 503 der linken flügelförmigen Filmentfaltungsvorrichtung 5 durch, wie in 3 dargestellt, wird durch das erste Zahnrad 503 die linke flügelförmige Filmentfaltungsvorrichtung 5 gedreht.

As in 2 , 3 , 8th and 9 In the present exemplary embodiment, the drive process is illustrated by the motor 6th as follows:

• the rotating shaft of the motor turns so that the straight gear on the rotating shaft turns, engaging the motor 6th facing straight gear into the first gear 503 the right wing film unfolding device 5 a, as in 2 represented by the first gear 503 becomes the right wing film unfolding device 5 rotated, the middle straight gear meshes with a bevel gear, the bevel gear leads through the toothed belt 8th a transmission with the second gear 705 of the push frame 7th through so that the second gear 705 the push rod 704 of the push frame 7th that drives the motor to rotate 6th facing away other straight gear leads through the toothed belt 8th a transmission with the first gear 503 the left wing-shaped film unfolding device 5 through, as in 3 is represented by the first gear 503 the left wing-shaped film unfolding device 5 turned.

• unter Beibehaltung des normalen Aufhängungs- und Trocknungszustands befinden sich die beiden flügelförmigen Filmentfaltungsvorrichtungen in einem zusammengeklappten Zustand und sind parallel senkrecht zueinander am Oberteil der Oberstange 3 angebracht, wie in 5 dargestellt. Bei der Verwendung des vorliegenden Gebrauchsmusters wird zuerst das Wetter der Außenumgebung durch das in der Aufnahmebox 4 installierte Sensormodul in Echtzeit überwacht. Wenn sich die Umgebung ändert (Regen/übermäßiges Sonnenlicht/starker Wind), sendet das Sensormodul das Signal an die Steuereinheit, und die Steuereinheit empfängt das Signal zum Antreiben des Motors 6; der Motor 6 treibt die flügelförmigen Filmentfaltungsvorrichtungen 5 auf den beiden Seiten über ein Getriebe dazu an, sich nach unten drehend zu entfalten, wie in 6 dargestellt, gleichzeitig treibt der Motor 6 durch das Zahnrad den Schubrahmen 7 zur synchronen Drehung an, so dass der Schubrahmen 7 die an dem Haken gehängte Kleidung dreht, durch den Zahnriemen treibt der Motor 6 das zweite Zahnrad 705 des Schubrahmens 7 zur Drehung an, während das zweite Zahnrad 705 die Schubstange 704 zur Drehung antreibt, wenn sich der Motor 6 um 90 Grad dreht, wechselt der Schubrahmen 7 unter Wirkung der Schubstange 704 von einer rechteckigen Form im Verwendungszustand zu einem zusammengefalteten Zustand, der einer gerade Linie ähnelt, gleichzeitig schwenken die vertikalen Stangen 703 an der Querstange 702 die Kleiderbügel zum Aufhängen der Kleidung, so dass die Kleidung von einem vertikal zur Oberstange 3 ausgerichteten Zustand zu einem Zustand, in dem sie sich im Wesentlichen in derselben Ebene wie die Oberstange 3 befinden, wenn sich der Motor um 180 Grad dreht, d.h. wenn die angetriebenen Teile an dem Boden der beiden flügelförmigen Filmentfaltungsvorrichtungen 5 parallel miteinander in Kontakt stehen, stoppt die Steuereinheit den Motor 6;am Ende wird die Kleidung zwischen den beiden flügelförmigen Filmentfaltungsvorrichtungen 5 umhüllt, um einen geschlossenen Raum zu bilden, wie in 7 dargestellt, jetzt haben die beiden flügelförmigen Filmentfaltungsvorrichtungen 5 eine abschirmende Funktion, um zu vermeiden, dass die Kleidung nass wird/durch die Sonne beschädigt wird/oder zum Boden geblasen wird.

The working process of the present utility model is as follows:

• while maintaining the normal hanging and drying condition, the two wing-shaped film unfolding devices are in a collapsed condition and are parallel perpendicular to each other on the top of the upper bar 3 attached, as in 5 shown. When using the present utility model, the weather of the outside environment is first determined by the one in the recording box 4th installed sensor module monitored in real time. When the environment changes (rain / excessive sunlight / strong wind), the sensor module sends the signal to the control unit, and the control unit receives the signal to drive the motor 6th ; the motor 6th drives the wing-shaped film unfolders 5 on both sides via a gear to unfold rotating downwards, as in 6th shown, at the same time drives the motor 6th the push frame through the gear 7th for synchronous rotation so that the push frame 7th the clothes hanging on the hook rotates, the motor drives through the toothed belt 6th the second gear 705 of the push frame 7th to rotate while the second gear 705 the push rod 704 propels to rotate when the motor is turning 6th rotates 90 degrees, the push frame changes 7th under the action of the push rod 704 from a rectangular shape when in use to a folded state resembling a straight line, at the same time the vertical bars pivot 703 on the crossbar 702 the hangers for hanging the clothes so that the clothes are vertical to the top bar 3 aligned to a state in which they are substantially in the same plane as the top bar 3 when the motor is rotating 180 degrees, ie when the driven parts are at the bottom of the two wing-shaped film unfolding devices 5 are in contact with each other in parallel, the control unit stops the motor 6th ; in the end, the clothing is placed between the two wing-shaped film unfolders 5 enveloped to form a closed space, as in 7th now the two have wing-shaped film unfolders 5 a shielding function to prevent clothing from getting wet / damaged by the sun / or from being blown to the floor.

When the sensor module is in the receptacle box 4th detects that the ambient conditions are suitable for hanging and drying clothes (no rain / suitable light / weak wind), a signal is transmitted to the control unit, after receiving the signal, the control unit drives the motor 6th so that the motor rotates 180 degrees backwards, this allows the motor 6th the two wing-shaped film unfolders 5 unfold upwards to restore an initial state, at the same time the push frame 7th restored to the original rectangular shape, under the action of the vertical bars 703 of the push frame 7th the hanging and drying direction of the clothes is vertical to the top bar 3 aligned, namely the entire device is restored to the original hanging and drying state, and the device is in the initial state according to 5 .

Obviously, the above exemplary embodiments of the present utility model are only examples for a clear explanation of the present utility model; the embodiment of the present utility model is not limited to this. Those of ordinary skill in the art can make changes or modifications to other forms based on the above discussion. It is both unnecessary and impossible to list all the exemplary embodiments. All changes, equivalent replacements and improvements made in accordance with the ideas and principles of this utility model are to be regarded as being covered by the scope of protection of the claims of the present utility model.

Claims (10)

Intelligent clothes rail, characterized in that it comprises a support base frame, a rod body being arranged on each of the two sides of the support base frame, and an upper rod being connected between the upper parts of the two rod bodies, and a receiving box being arranged at one end of the upper rod, in which a sensor module is arranged, and wherein a wing-shaped film unfolding device is connected to each of the two sides of the upper rod by a hinge, and wherein a push frame is arranged on the bottom of the upper rod, and wherein several hooks are arranged on the bottom of the upper rod, and wherein a power source, a control unit and a motor are embedded in the upper rod, and wherein the control unit is electrically connected to the sensor module and the motor, and wherein the power source supplies the control unit, the sensor module and the motor with power, and with in the middle the wing-shaped film unfolding u ngsvorrichtung a first gear is fixed, and a second gear is fixed in the center of the push frame, and wherein the rotating shaft of the motor in the upper rod through the gear carries out a transmission with the first gear of the wing-shaped film unfolding device and the second gear of the push frame . Intelligent clothes rail after Claim 1 , characterized in that the sensor module comprises a rain sensor module, a photoresistive sensor module and a wind sensor module. Intelligent clothes rail after Claim 1 , characterized in that the wing-shaped film unfolding device comprises a drive part and a driven part, one side of the drive part being connected to the upper bar by a hinge and the other side being connected to the driven part by a hinge. Intelligent clothes rail after Claim 3 , characterized in that the driving part and the driven part are each a box-shaped frame made of stainless steel or carbon fiber, each surface of which is covered with a film. Intelligent clothes rail after Claim 4 , characterized in that the film adopts a PET protective film. Intelligent clothes rail after Claim 1 , characterized in that the push frame comprises side bars and cross bars, the two side bars and the two cross bars being aligned in pairs parallel to one another to form a parallelogram push frame, and wherein the side bars are each hinged to the cross bars. Intelligent clothes rail after Claim 6 , characterized in that a plurality of vertical rods are arranged vertically on the bottom of the transverse rod, the plurality of vertical rods being evenly distributed on the transverse rods. Intelligent clothes rail after Claim 6 , characterized in that a push rod is arranged in the middle of the two cross bars, which is aligned parallel to the side bars, the two ends being articulated to the two cross bars, and wherein the second gear is attached to the upper part of the push rod. Intelligent clothes rail after Claim 1 , characterized in that the control unit comprises a one-chip microcontroller. Intelligent clothes rail after Claim 1 , characterized in that a plurality of hooks are distributed at equal intervals in a straight line on the bottom of the top bar.

Images