CN105054610A - High-capacity automated wardrobe - Google Patents
High-capacity automated wardrobe Download PDFInfo
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- CN105054610A CN105054610A CN201510528702.1A CN201510528702A CN105054610A CN 105054610 A CN105054610 A CN 105054610A CN 201510528702 A CN201510528702 A CN 201510528702A CN 105054610 A CN105054610 A CN 105054610A
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- cabinet
- hanger
- cabinet door
- wardrobe
- clothing
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Abstract
The invention discloses a high-capacity automated wardrobe which comprises a wardrobe body, a partition plate horizontally connected to the upper portion in the wardrobe body, a rotary hanging frame installed below the partition plate, a rail connected to the upper end and the lower end of the front side of the wardrobe body and made of metal, and a wardrobe door installed on the rail in a sliding mode. The rotary hanging frame comprises two gears installed below the partition plate, one or two hanging frame motors for driving the gears, and a transmission belt connected between the two gears. Transmission teeth in mesh transmission with the gears are formed on the inner wall of the transmission belt. A slide rail is formed in the lower portion of the transmission belt. A plurality of slide hooks for hanging clothes hangers are installed on the slide rail in a sliding mode. By detecting the temperature through a temperature sensor and controlling the rotary hanging frame to rotate to the corresponding position through a controller according to the temperature, clothes of a current season are located in the front of the wardrobe, clothes of the other seasons are located at the rear portion of the wardrobe, and clothes can be hung more in the wardrobe and can be conveniently selected.
Description
Technical field
The invention belongs to intelligentized Furniture field, be specifically related to a kind of Large Copacity automation closet configurations.
Background technology
What existing wardrobe generally had a grid shape puts wardrobe and the Wardrobe in order to directly to hang clothes hanger, in Wardrobe, general installation horizontally disposed pipe is used for hanging clothes hanger, when clothes is more, one pieces is close to when choosing clothes convenient not, is difficult to meet the more and more higher requirement of user.
Summary of the invention
Technical problem to be solved by this invention is: the deficiency existed for prior art, provides a kind of structure ingenious, be convenient to choose clothing, a kind of Large Copacity automation wardrobe that intelligence degree is high.
For realizing the object of the present invention, be achieved by the following technical solutions: a kind of Large Copacity automation wardrobe, include cabinet, be connected horizontally on the dividing plate of cabinet internal upper part, one of being arranged on below dividing plate rotates hanger, be connected to the track of the metal material of upper and lower side on front side of cabinet, the cabinet door be slidably installed in orbit;
Be positioned at for putting wardrobe above dividing plate in described cabinet, being positioned in cabinet below dividing plate is Wardrobe;
Described rotation hanger includes two gears be arranged on below dividing plate, and one or two drives the hanger motor of described gear, and is connected to the driving-belt between two gears;
Described driving-belt inwall forms the driving cog with described meshed transmission gear, described driving-belt bottom forms slide rail, slide rail is slidably fitted with multiple sliding hook in order to hang clothes hanger;
Described sliding hook upper end forms the slip be connected with slide rail and hangs mouth, and sliding hook lower end is hanger portion, hanger portion forms hanger hole, and the angle forming 30-60 degree between mouth direction is hung in direction, hanger hole and slip;
Be provided with the spring in order to oppositely to be strutted by adjacent sliding hook between two adjacent sliding hooks, the both sides of described sliding hook form the spring holding described spring and hold hole, form the spring fixed column with spring end grafting bottom described spring appearance hole;
Described sliding hook wall outwardly forms gear auxiliary section; The position of both sides, described rotation hanger rear portion is provided with two hook gears engaged with gear auxiliary section, and hook gear is connected with stepper motor, and stepper motor is fixedly connected on dividing plate;
Sliding hook described in each is divided into two groups of different distributions density by two described hook gears, and the spacing between each sliding hook of wardrobe front part is large, and the spacing between each sliding hook of wardrobe rear section is little;
Described driving-belt is divided into 3 identical parts of length, comprises winter dress suspension part, summer clothing suspension part and between season wear suspension part;
The inner circumferential of described driving-belt is provided with the bracing frame with driving-belt mating shapes, is connected to below dividing plate above bracing frame by multiple support bar; Described driving-belt top is equidistantly connected with the suspension strut plate of multiple inversion L shape, and be provided with ball below the superposed wall of suspension strut plate, support frame as described above upper surface forms the raceway rolled with described ball engagement;
Described dividing plate installed in front has the 3-4 group controlling hanger motor forward and backward by compressing switch;
On front side of described cabinet, the track of upper and lower side includes two groups, and often organize on track and be slidably fitted with two cabinet doors, each cabinet door bottom is separately installed with the roller driven by cabinet door motor, and described roller and track rely on frictional force to be in transmission connection;
Described cabinet forward upper is positioned at each cabinet door intersection and is provided with pyroelectric sensor;
Described cabinet door motor, hanger motor, stepper motor, by compress switch and pyroelectric sensor is electrically connected with controller respectively, controller is arranged on cabinet lateral wall; Described controller is also connected with temperature sensor;
When temperature sensor detects temperature lower than t1, controller controls hanger electric machine rotation, makes the winter dress suspension part of rotation hanger turn to cabinet front; When temperature sensor detect temperature higher than t1 lower than t2 time, controller controls hanger electric machine rotation, makes the between season wear suspension part of rotation hanger turn to cabinet front; When temperature sensor detects temperature higher than t2, controller controls hanger electric machine rotation, makes the summer clothing suspension part of rotation hanger turn to cabinet front;
On front side of cabinet, upper and lower side is also being provided with the public conductor rail of a metal material between track described in two groups; Described in each, cabinet door motor is direct current generator, the upper end of each cabinet door or lower end are connected with two brushes, brush is connected by wire with the cabinet door motor on this cabinet door, and a brush on each cabinet door and public conductor rail are slidably connected, and another brush and a track sliding are dynamically connected; Described controller is electrically connected by the public conductor rail of wire and each, track;
Two the cabinet doors be positioned on one group of outer track are from left to right cabinet door a and cabinet door d, cabinet door a and cabinet door d is separately installed with cabinet door motor a and cabinet door motor d, two the cabinet doors be positioned on one group of inner track are from left to right cabinet door b and cabinet door c, cabinet door b and cabinet door c is separately installed with cabinet door motor b and cabinet door motor c, described pyroelectric sensor includes pyroelectric sensor a, pyroelectric sensor b and pyroelectric sensor c from left to right;
When pyroelectric sensor a detect user close to time, controller controls all cabinet doors move right by driving all cabinet door motors; When pyroelectric sensor b detect user close to time, controller switch board door a, cabinet door b are moved to the left, and switch board door c, cabinet door d move right; When pyroelectric sensor c detect user close to time, controller controls all cabinet doors be moved to the left by driving all cabinet door motors.
Described put wardrobe by the midfeather of 2-3 equidistant placement be separated into size identical put clothing lattice, more than one putting in clothing lattice is provided with Clothing hanger;
Described Clothing hanger includes a drawer plate, is connected to a pair folding rack below drawer plate, and is arranged on the multiple horizontally disposed shelf on folding rack;
Describedly put both sides in clothing lattice and be connected with two slide rails be slidably connected with drawer plate, the top of described drawer plate is provided with flexible push rod, the expansion link end of flexible push rod is connected with a pressure sensor, and the pressure sensor other end to be fixedly connected in cabinet on rear wall;
Described folding rack is spliced to form by the first paired pole and the second pole, every a pair first poles and the second pole hinged in centre position, and up and down between the first pole and the second strut ends be hinged by jointed shaft; First pole, the second pole are connected with shelf rear portion close to the jointed shaft on rear side of cabinet, and the jointed shaft that the first pole, the second pole are positioned on front side of cabinet is connected with cross support arm, and the anterior travelling carriage of described shelf is located at above cross support arm;
Be positioned at below the second pole of the top and drawer plate hinged, the first strut ends being positioned at the top is hinged with pull bar; Drawer plate upper rear end is connected with a location-plate, location-plate offers the through hole be slidably connected with pull bar; Connected by a linkage rack between two pull bars of two folding racks, be also provided with a lifting push rod above described drawer plate, the expansion link end of lifting push rod is connected with described linkage rack;
Described lifting push rod, flexible push rod and pressure sensor are electrically connected with control; When pressing described upper Clothing hanger, pressure sensor obtains signal, controls flexible push rod and extends and make drawer plate protruding, and extend out to extreme position Time Controller and control lifting push rod and stretch out and make folding rack drops down, the spacing of adjacent shelves increases; When again pressing described upper Clothing hanger, pressure sensor obtains signal again, and controller controls lifting push rod to be shortened folding rack is upwards packed up, and the spacing of adjacent shelves reduces, and then controller controls flexible push rod and shortens and make drawer plate move inwardly into initial position.
Compared with prior art, the invention has the beneficial effects as follows: the present invention is by temperature sensor detected temperatures, then controller controls to rotate hanger according to temperature and turns to relevant position, the clothing of this season is made to be on front side of cabinet, the clothing of this season is not then in wardrobe rear portion, so not only enables wardrobe hang more clothing and is convenient to select simultaneously.Coordinate hook gear and stepper motor by sliding hook, make the spacing of this season locker room be positioned on front side of cabinet comparatively large, conveniently select, be positioned at clothing on rear side of cabinet then closely, save space, make to rotate on hanger and can hang more clothing.Detect the position of user additionally by pyroelectric sensor, vent control switch board door moves, and make the cabinet door of user present position be in open mode, select clothing very convenient, intelligence degree is high.The described track in order to install cabinet door act as wire simultaneously, eliminates the conductor wire laying special activity, simplifies the structure and make wardrobe entirety more succinct.Control the expansion of Clothing hanger by the pressure sensor be arranged on flexible push rod and pack up, easy to operate, do not need to arrange independent shift knob.Each shelf of Clothing hanger is only placed 1-3 part clothes, Clothing hanger is convenient to choose, arrange after launching, and Clothing hanger is packed up rear adjacent shelves spacing and reduced, and has saved space.The anterior travelling carriage of shelf is located on cross support arm in addition, and when Clothing hanger launches, folding rack is drawn close to Clothing hanger rear portion, and such shelf front portion is not blocked, and user chooses, clothing organization is more convenient.
Accompanying drawing explanation
Fig. 1, Fig. 2, Fig. 3 are structural representations of the present invention.
Fig. 4, Fig. 5 are the structural representations rotating hanger.
Fig. 6, Fig. 7 are the structural representations of sliding hook.
Fig. 8 is the structural representation of Clothing hanger deployed condition.
Fig. 9 is the structural representation of Clothing hanger collapsed state.
Figure 10 is the structural representation of cabinet door.
Figure 11 is the A portion schematic enlarged-scale view of Figure 10.
Figure 12 is the mounting structure schematic diagram of cabinet door and track.
1, cabinet; 11, cabinet door; 111, roller; 112, cabinet door motor; 12, dividing plate; 13, wardrobe is put; 14, Wardrobe; 15, track; 16, public conductor rail; 2, pyroelectric sensor; 3, hanger is rotated; 30, by compressing switch; 31, hanger motor; 32, gear; 33, bracing frame; 331, support bar; 34, driving-belt; 341, suspension strut plate; 342, driving cog; 35, sliding hook; 351, slide suspension mouth; 352, hanger portion; 353, hanger hole; 354, gear auxiliary section; 355, spring holds hole; 356, spring fixed column; 357, spring; 36, stepper motor; 37, gear is linked up with; 4, controller; 5, clothes hanger; 6, Clothing hanger; 601, drawer plate; 602, push rod is elevated; 603, flexible push rod; 604, pressure sensor; 605, shelf; 606, the first pole; 607, the second pole; 608, linkage rack; 609, pull bar; 600, cross support arm.
Detailed description of the invention
With reference to the accompanying drawings the specific embodiment of the present invention is made a detailed explanation below.
According to shown in Fig. 1 to Figure 12, the present embodiment is a kind of Large Copacity automation wardrobe, include cabinet 1, be connected horizontally on the dividing plate 12 of cabinet internal upper part, one of being arranged on below dividing plate rotates hanger 3, be connected to the track 15 of the metal material of upper and lower side on front side of cabinet, the cabinet door 11 be slidably installed in orbit.
Be positioned in described cabinet for putting wardrobe 13 above dividing plate, being positioned in cabinet below dividing plate is Wardrobe 14.
Described rotation hanger includes the hanger motor 31 that two gears 32, two be arranged on below dividing plate drive described gear, and is connected to the driving-belt 34 between two gears.
Described driving-belt inwall forms the driving cog 342 with described meshed transmission gear, described driving-belt bottom forms slide rail, slide rail is slidably fitted with multiple sliding hook 35 in order to hang clothes hanger.
Described sliding hook upper end forms the slip be connected with slide rail and hangs mouth 351, sliding hook lower end is hanger portion 352, hanger portion forms hanger hole 353, direction, hanger hole and the angle hanging and to form 45 degree between mouth direction that slides.
Spring 357 in order to oppositely to be strutted by adjacent sliding hook is installed between two adjacent sliding hooks, the both sides of described sliding hook form the spring holding described spring and hold hole 355, form the spring fixed column 356 with spring end grafting bottom described spring appearance hole.
Described sliding hook wall outwardly forms gear auxiliary section 354; The position of both sides, described rotation hanger rear portion is provided with two hook gears 37 engaged with gear auxiliary section, and hook gear is connected with stepper motor 36, and stepper motor is fixedly connected on dividing plate.
Sliding hook described in each is divided into two groups of different distributions density by two described hook gears, and the spacing between each sliding hook of wardrobe front part is large, and the spacing between each sliding hook of wardrobe rear section is little.
Described driving-belt is divided into 3 identical parts of length, comprises winter dress suspension part, summer clothing suspension part and between season wear suspension part.
The inner circumferential of described driving-belt is provided with the bracing frame 33 with driving-belt mating shapes, is connected to below dividing plate above bracing frame by multiple support bar 331; Described driving-belt top is equidistantly connected with the suspension strut plate 341 of multiple inversion L shape, and be provided with ball below the superposed wall of suspension strut plate, support frame as described above upper surface forms the raceway rolled with described ball engagement.
Described dividing plate installed in front has the 3-4 group controlling hanger motor forward and backward by compressing switch.
After oblique hanger hole makes hanger, clothes hanger two ends diminish along the length of cabinet fore-and-aft direction, it is less that the degree of depth of such cabinet can be done, and more outside exposed in clothing side when like this clothing hanger is on clothes hanger, user does not need the clothing opening side can distinguish easily yet.
Due to hanger overwork clothing after weight larger, described hanger motor should adopt the motor with train of reduction gears, ratchet is connected with between described motor coupling portion and machine shaft, such hanger motor drives hanger to rotate when a direction is rotated, user needs then to rotate backward hanger when rotating hanger, does not need like this to drive hanger electric machine rotation to reach labor-saving effect simultaneously.
On front side of described cabinet, the track of upper and lower side includes two groups, and often organize on track and be slidably fitted with two cabinet doors, each cabinet door bottom is separately installed with the roller 111 driven by cabinet door motor 112, and described roller and track rely on frictional force to be in transmission connection.
Described cabinet forward upper is positioned at each cabinet door intersection and is provided with pyroelectric sensor 2.
Described cabinet door motor, hanger motor, by compressing switch, stepper motor and pyroelectric sensor be electrically connected with controller 4 respectively, and controller is arranged on cabinet lateral wall; Described controller is also connected with temperature sensor;
On front side of cabinet, upper and lower side is also being provided with the public conductor rail 16 of a metal material between track described in two groups; Described in each, cabinet door motor is direct current generator, the upper end of each cabinet door or lower end are connected with two brushes, brush is connected by wire with the cabinet door motor on this cabinet door, and a brush on each cabinet door and public conductor rail are slidably connected, and another brush and a track sliding are dynamically connected; Described controller is electrically connected by the public conductor rail of wire and each, track.Described controller has current detection module, in order to detect the electric current of each cabinet door motor of supply, illustrates that cabinet door motor is in not rotary state, can judge that cabinet door moves to extreme position when detecting that electric current is excessive.
When temperature sensor detects temperature lower than 15 degree, controller controls hanger electric machine rotation, makes the winter dress suspension part of rotation hanger turn to cabinet front; When temperature sensor detect temperature higher than 15 lower than 25 degree time, controller controls hanger electric machine rotation, makes the between season wear suspension part of rotation hanger turn to cabinet front; When temperature sensor detects temperature higher than 25 degree, controller controls hanger electric machine rotation, makes each summer clothing suspension part of rotating hanger turn to cabinet front.Each temperature value can be adjusted by the control panel on controller.
During described hanger electric machine rotation, driving-belt all produces motion together with sliding hook, now two hook gears also corresponding rotation under driving stepper motor, spacing between each sliding hook making the sliding hook be slidably connected on the belt can remain in wardrobe front part is all the time large, and the spacing between each sliding hook of wardrobe rear section is little.The spacing making this season locker room be positioned on front side of cabinet is like this comparatively large, conveniently selects, and is positioned at clothing on rear side of cabinet then closely, saves space, make to rotate on hanger and can hang more clothing.
Two the cabinet doors be positioned on one group of outer track are from left to right cabinet door a and cabinet door d, cabinet door a and cabinet door d is separately installed with cabinet door motor a and cabinet door motor d, two the cabinet doors be positioned on one group of inner track are from left to right cabinet door b and cabinet door c, cabinet door b and cabinet door c is separately installed with cabinet door motor b and cabinet door motor c, described pyroelectric sensor includes pyroelectric sensor a, pyroelectric sensor b and pyroelectric sensor c from left to right.
When pyroelectric sensor a detect user close to time, controller controls all cabinet doors move right by driving all cabinet door motors; When pyroelectric sensor b detect user close to time, controller switch board door a, cabinet door b are moved to the left, and switch board door c, cabinet door d move right; When pyroelectric sensor c detect user close to time, controller controls all cabinet doors be moved to the left by driving all cabinet door motors.
Described hanger motor includes the hanger motor a and hanger motor b that drive 2 gears respectively, 2 hanger motor in synchrony motions.
When pushing cabinet door when needing to get clothing first open, roller rotates and drives cabinet door motor to rotate and generation current, after the current detection module of described controller detects electric current, pyroelectric sensor enters duty, and before user goes to wardrobe after this, the cabinet Men Caihui of correspondence position relevant position opens; When all pyroelectric sensors all can't detect signal, then all cabinet doors are closed, all cabinet doors close after pyroelectric sensor to deactivate state, avoid that user when not needing to get clothing walks about before wardrobe and cabinet door produces unnecessary motion.The action of such promotion cabinet door is equivalent to the effect pressing power switch, and design ingenious, intelligence degree is high.
Described put wardrobe by the midfeather of 2-3 equidistant placement be separated into size identical put clothing lattice, more than one putting in clothing lattice is provided with Clothing hanger.
Described Clothing hanger includes a drawer plate 601, is connected to a pair folding rack below drawer plate, and is arranged on the multiple horizontally disposed shelf 605 on folding rack;
Describedly put both sides in clothing lattice and be connected with two slide rails be slidably connected with drawer plate, the top of described drawer plate is provided with flexible push rod 603, the expansion link end of flexible push rod is connected with a pressure sensor 604, and the pressure sensor other end to be fixedly connected in cabinet on rear wall;
Described folding rack is spliced to form by the first paired pole 606 and the second pole 607, every a pair first poles and the second pole hinged in centre position, and up and down between the first pole and the second strut ends be hinged by jointed shaft; First pole, the second pole are connected with shelf rear portion close to the jointed shaft on rear side of cabinet, and the first pole, the second pole jointed shaft be positioned on front side of cabinet are connected with cross support arm 600, and the anterior travelling carriage of described shelf is located at above cross support arm;
Be positioned at below the second pole of the top and drawer plate hinged, the first strut ends being positioned at the top is hinged with pull bar 609; Drawer plate upper rear end is connected with a location-plate, location-plate offers the through hole be slidably connected with pull bar; Connected by a linkage rack 608 between two pull bars of two folding racks, be also provided with a lifting push rod 602 above described drawer plate, the expansion link end of lifting push rod is connected with described linkage rack.
Described lifting push rod, flexible push rod and pressure sensor are electrically connected with control; When pressing described upper Clothing hanger, pressure sensor obtains signal, controls flexible push rod and extends and make drawer plate protruding, and extend out to extreme position Time Controller and control lifting push rod and stretch out and make folding rack drops down, the spacing of adjacent shelves increases; When again pressing described upper Clothing hanger, pressure sensor obtains signal again, and controller controls lifting push rod to be shortened folding rack is upwards packed up, and the spacing of adjacent shelves reduces, and then controller controls flexible push rod and shortens and make drawer plate move inwardly into initial position.
Described lifting push rod, flexible push rod are electric pushrod.The left side Clothing hanger put in clothing lattice is provided with lifting push rod a, flexible push rod a and pressure sensor a; The right side Clothing hanger put in clothing lattice is provided with lifting push rod b, flexible push rod b and pressure sensor b.
The program that the present embodiment middle controller controls each electric component work is known mature technology respectively, is that those skilled in the art easily realize, and does not launch to describe at this.
Claims (1)
1. a Large Copacity automation wardrobe, it is characterized in that: include cabinet, be connected horizontally on the dividing plate of cabinet internal upper part, of being arranged on below dividing plate rotates hanger, be connected to the track of the metal material of upper and lower side on front side of cabinet, the cabinet door be slidably installed in orbit;
Be positioned at for putting wardrobe above dividing plate in described cabinet, being positioned in cabinet below dividing plate is Wardrobe;
Described rotation hanger includes two gears be arranged on below dividing plate, and one or two drives the hanger motor of described gear, and is connected to the driving-belt between two gears;
Described driving-belt inwall forms the driving cog with described meshed transmission gear, described driving-belt bottom forms slide rail, slide rail is slidably fitted with multiple sliding hook in order to hang clothes hanger;
Described sliding hook upper end forms the slip be connected with slide rail and hangs mouth, and sliding hook lower end is hanger portion, hanger portion forms hanger hole, and the angle forming 30-60 degree between mouth direction is hung in direction, hanger hole and slip;
Be provided with the spring in order to oppositely to be strutted by adjacent sliding hook between two adjacent sliding hooks, the both sides of described sliding hook form the spring holding described spring and hold hole, form the spring fixed column with spring end grafting bottom described spring appearance hole;
Described sliding hook wall outwardly forms gear auxiliary section; The position of both sides, described rotation hanger rear portion is provided with two hook gears engaged with gear auxiliary section, and hook gear is connected with stepper motor, and stepper motor is fixedly connected on dividing plate;
Sliding hook described in each is divided into two groups of different distributions density by two described hook gears, and the spacing between each sliding hook of wardrobe front part is large, and the spacing between each sliding hook of wardrobe rear section is little;
Described driving-belt is divided into 3 identical parts of length, comprises winter dress suspension part, summer clothing suspension part and between season wear suspension part;
The inner circumferential of described driving-belt is provided with the bracing frame with driving-belt mating shapes, is connected to below dividing plate above bracing frame by multiple support bar; Described driving-belt top is equidistantly connected with the suspension strut plate of multiple inversion L shape, and be provided with ball below the superposed wall of suspension strut plate, support frame as described above upper surface forms the raceway rolled with described ball engagement;
Described dividing plate installed in front has the 3-4 group controlling hanger motor forward and backward by compressing switch;
On front side of described cabinet, the track of upper and lower side includes two groups, and often organize on track and be slidably fitted with two cabinet doors, each cabinet door bottom is separately installed with the roller driven by cabinet door motor, and described roller and track rely on frictional force to be in transmission connection;
Described cabinet forward upper is positioned at each cabinet door intersection and is provided with pyroelectric sensor;
Described cabinet door motor, hanger motor, stepper motor, by compress switch and pyroelectric sensor is electrically connected with controller respectively, controller is arranged on cabinet lateral wall; Described controller is also connected with temperature sensor;
When temperature sensor detects temperature lower than t1, controller controls hanger electric machine rotation, makes the winter dress suspension part of rotation hanger turn to cabinet front; When temperature sensor detect temperature higher than t1 lower than t2 time, controller controls hanger electric machine rotation, makes the between season wear suspension part of rotation hanger turn to cabinet front; When temperature sensor detects temperature higher than t2, controller controls hanger electric machine rotation, makes the summer clothing suspension part of rotation hanger turn to cabinet front;
On front side of cabinet, upper and lower side is also being provided with the public conductor rail of a metal material between track described in two groups; Described in each, cabinet door motor is direct current generator, the upper end of each cabinet door or lower end are connected with two brushes, brush is connected by wire with the cabinet door motor on this cabinet door, and a brush on each cabinet door and public conductor rail are slidably connected, and another brush and a track sliding are dynamically connected; Described controller is electrically connected by the public conductor rail of wire and each, track;
Two the cabinet doors be positioned on one group of outer track are from left to right cabinet door a and cabinet door d, cabinet door a and cabinet door d is separately installed with cabinet door motor a and cabinet door motor d, two the cabinet doors be positioned on one group of inner track are from left to right cabinet door b and cabinet door c, cabinet door b and cabinet door c is separately installed with cabinet door motor b and cabinet door motor c, described pyroelectric sensor includes pyroelectric sensor a, pyroelectric sensor b and pyroelectric sensor c from left to right;
When pyroelectric sensor a detect user close to time, controller controls all cabinet doors move right by driving all cabinet door motors; When pyroelectric sensor b detect user close to time, controller switch board door a, cabinet door b are moved to the left, and switch board door c, cabinet door d move right; When pyroelectric sensor c detect user close to time, controller controls all cabinet doors be moved to the left by driving all cabinet door motors;
Described put wardrobe by the midfeather of 2-3 equidistant placement be separated into size identical put clothing lattice, more than one putting in clothing lattice is provided with Clothing hanger;
Described Clothing hanger includes a drawer plate, is connected to a pair folding rack below drawer plate, and is arranged on the multiple horizontally disposed shelf on folding rack;
Describedly put both sides in clothing lattice and be connected with two slide rails be slidably connected with drawer plate, the top of described drawer plate is provided with flexible push rod, the expansion link end of flexible push rod is connected with a pressure sensor, and the pressure sensor other end to be fixedly connected in cabinet on rear wall;
Described folding rack is spliced to form by the first paired pole and the second pole, every a pair first poles and the second pole hinged in centre position, and up and down between the first pole and the second strut ends be hinged by jointed shaft; First pole, the second pole are connected with shelf rear portion close to the jointed shaft on rear side of cabinet, and the jointed shaft that the first pole, the second pole are positioned on front side of cabinet is connected with cross support arm, and the anterior travelling carriage of described shelf is located at above cross support arm;
Be positioned at below the second pole of the top and drawer plate hinged, the first strut ends being positioned at the top is hinged with pull bar; Drawer plate upper rear end is connected with a location-plate, location-plate offers the through hole be slidably connected with pull bar; Connected by a linkage rack between two pull bars of two folding racks, be also provided with a lifting push rod above described drawer plate, the expansion link end of lifting push rod is connected with described linkage rack;
Described lifting push rod, flexible push rod and pressure sensor are electrically connected with control; When pressing described upper Clothing hanger, pressure sensor obtains signal, controls flexible push rod and extends and make drawer plate protruding, and extend out to extreme position Time Controller and control lifting push rod and stretch out and make folding rack drops down, the spacing of adjacent shelves increases; When again pressing described upper Clothing hanger, pressure sensor obtains signal again, and controller controls lifting push rod to be shortened folding rack is upwards packed up, and the spacing of adjacent shelves reduces, and then controller controls flexible push rod and shortens and make drawer plate move inwardly into initial position.
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| CN201510528702.1A CN105054610B (en) | 2015-08-25 | 2015-08-25 | A kind of Large Copacity automates wardrobe |
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| CN201510528702.1A CN105054610B (en) | 2015-08-25 | 2015-08-25 | A kind of Large Copacity automates wardrobe |
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| CN105249694A (en) * | 2015-11-19 | 2016-01-20 | 苏宁 | Intelligent wardrobe |
| US9913535B2 (en) | 2015-12-14 | 2018-03-13 | Industrial Technology Research Institute | Locker system and method for adjusting accommodating space |
| CN105476283A (en) * | 2016-01-15 | 2016-04-13 | 东莞思尔自动化设备有限公司 | Intelligent wardrobe |
| CN107625468A (en) * | 2017-10-31 | 2018-01-26 | 戚闰清 | A kind of magazine being easily installed |
| CN109077478A (en) * | 2018-10-31 | 2018-12-25 | 宋晓旭 | A kind of Intelligent clothes cabinet |
| CN109567421A (en) * | 2018-12-26 | 2019-04-05 | 佛山科学技术学院 | A kind of wardrobe structure |
| CN109567421B (en) * | 2018-12-26 | 2024-02-13 | 佛山科学技术学院 | Wardrobe structure |
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|---|---|
| CN105054610B (en) | 2017-12-01 |
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