CN110055727A - Sunning system and the control method for drying system - Google Patents

Abstract

The embodiment of the present invention provides a kind of sunning system, including hanging unit, drying unit and sensor unit, hanging unit includes guide rod, drying unit is for being dried clothing and mobilizable moving along guide rod length direction, and it is configured to first mode or second mode, sensor unit includes at least one position sensor, and position signal is sent to drying unit, when drying unit is moved along guide rod length direction, drying unit receives position signal, when in first mode, it is moved to the direction contrary with current kinetic, when in second mode, stop motion, drying unit is enabled readily to be dried to the clothing on guide rod length direction or readily stop locality on the guide bar, drying is blowed to neighbouring clothing, one side drying efficiency is greatly improved, on the other hand not It needs to blow by the pipeline of long range, substantially reduces, be easy to use so that wind is made an uproar.

Description

Sunning system and the control method for drying system

Technical field

The present invention relates to a kind of sunning system and the control methods of sunning system.

Background technique

Clothes airing machine is the widely used sunning system of people, and this sunning system generally includes rack and hanging on the rack Clothes-horse, be usually provided with aeration drying machine on the rack, dry for passing through to clothing of the hanging on clothes-horse Mode is dried, but uses this scheme since aeration drying machine is distant apart from clothing, and drying effect is caused to compare Difference.

Based on such case above, also there is the mode for proposing aeration drying machine to be arranged on clothes-horse at present, such as Publication No.: CN108252051A title are as follows: the patent of invention proposition of ventilation sunning system introduces air-flow in clothes-horse two sides, It is dried by hollow clothes-horse to clothing, but in this way, on the one hand, close to the wind of the air outlet of clothes-horse two sides Power is larger, and the wind-force of the air outlet in middle position is smaller, or even is not easy that clothing is dried, and another aspect air-flow flows through When hollow clothes-horse, wind is made an uproar very big, easily causes user's discomfort, it is therefore desirable to a kind of sunning for being able to solve the above problem System.

Summary of the invention

It is necessary to provide a kind of sunning systems for solving above-mentioned technical problem.

A kind of sunning system, including unit, drying unit and sensor unit are hung, the unit that hangs includes rack And component is hung, the component that hangs includes guide rod, and the drying unit is for being dried clothing and movable Moved along guide rod length direction, the sensor unit includes at least one position sensor, is configured to detect dry The position of dry unit on the guide bar, and position signal is sent to drying unit；

And the drying unit is configured to include first mode or second mode:

When drying unit is in first mode, drying unit is moved along guide rod length direction, receives position signal, to The direction movement contrary with current kinetic,

When drying unit is in second mode, position signal, stop motion are received.

Further, the drying unit include controller and the drying unit be configured to include simultaneously First mode and second mode, the controller are configured to switch first mode and second mode.

Further, the component that hangs includes first crossbar and second crossbar, and the guide rod is arranged first Between cross bar and second crossbar, the position sensor includes first position sensor and second position sensor, described First position sensor contradicts first crossbar or when close to first crossbar, issues position signal, the second position sensor It contradicts second crossbar or when close to second crossbar, issues position signal, when drying unit is in first mode, the drying Unit moves back and forth between first crossbar and second crossbar.

Further, the position sensor includes the third place sensor, and the third place sensor is position Displacement sensor, for directly detect drying unit position on the guide bar or the displacement by detecting drying unit obtain it is dry The position of dry unit on the guide bar, concurrent out position signal.

Further, the drying unit includes controller, and the third place sensor is connect with controller, institute The controller stated includes comparison module and is preset with the first displacement, and the controller receives position signal, and with first Shifting amount is compared, described when the displacement of drying unit is equal with the first displacement when drying unit is in first mode Drying unit counter motion, when drying unit is in second mode, the displacement of drying unit is equal with the first displacement When, drying unit stop motion.

Further, the controller is configured to be preset with first position and the second position, wherein first position and The second position is respectively the distance of opposite first crossbar, and the distance between first position and the second position are greater than 0, when dry single When member is in first mode, the drying unit moves back and forth between the first location and the second location.

Further, the position sensor further includes the 4th position sensor, and the 4th sensor setting exists The lower section of drying unit, and direction downward for detecting the clothing being located at below drying unit, and send position signal.

Further, the component that hangs includes hanging rod, and the drying unit includes that blowing component and wind direction are adjusted Component, the blowing component includes air outlet, and for being dried by air outlet, the direction of the air outlet includes first party To and second direction, the wind direction adjust that component is mobilizable to adjust blowing direction between second direction in a first direction, Wherein, first direction is vertical direction, and second direction is towards hanging rod direction, when the drying unit is in first mode When, the wind direction adjusting component adjusting direction of air outlet to second direction, when the drying unit is in second mode, The wind direction adjusts component and adjusts direction of air outlet to first direction, alternatively, when drying unit is in first mode and second When mode, wind direction adjusts component and adjusts the direction of air outlet consecutive variations between second direction in a first direction.

The present invention also provides a kind of control method of sunning system simultaneously, comprising:

Above-mentioned sunning system is provided, including hangs unit, drying unit and sensor unit, described hangs unit packet Including rack and component is hung, the component that hangs includes guide rod, and the drying unit is for being dried simultaneously clothing It is mobilizable to be moved along guide rod length direction, and it is configured to first mode or second mode, the sensor unit packet Include at least one position sensor；

Drying unit is moved along guide rod length direction；

Position sensor sends position signal；

Drying unit receives position signal, when being in first mode, moves to the direction contrary with current kinetic, When in the second mode, stop motion.

Further, the drying unit is configured to simultaneously include first mode and second mode, the sensing Device unit further includes being configured to detection to be located at clothing below drying unit, and send the 4th sensor of position signal, works as drying When unit is in first mode, after receiving the position signal that the 4th sensor is sent, switching first mode to second mode, and stop Only move.

The utility model has the advantages that the embodiment of the present invention provides a kind of sunning system, including hang unit, drying unit and sensor list Member, hanging unit includes guide rod, and drying unit is for being dried clothing and mobilizable transporting along guide rod length direction Dynamic, and be configured to first mode or second mode, sensor unit includes at least one position sensor, and to drying unit Position signal is sent, when drying unit is moved along guide rod length direction, drying unit receives position signal, is in first mode When, it is moved to the direction contrary with current kinetic, when being in second mode, stop motion enables drying unit to hold Easy is dried to the clothing on guide rod length direction or readily stops locality on the guide bar, to neighbouring clothing Drying is blowed in object, and one side drying efficiency is greatly improved, and does not on the other hand need to blow by the pipeline of long range, It substantially reduces, is easy to use so that wind is made an uproar.

Detailed description of the invention

Fig. 1 sunning system composition figure provided in an embodiment of the present invention

Fig. 2 sunning system stereoscopic schematic diagram provided in an embodiment of the present invention

The drying unit structural schematic diagram of system is dried in Fig. 3 embodiment of the present invention

Fig. 4 is present invention looks up structural representation in Fig. 3

Wind direction adjusts component diagram in Fig. 5 another embodiment of the present invention

Graphical sysmbol explanation:

Hang unit 10

Rack 11

Connection component 12

First drag-line 121

Hang component 13

Hanging rod 131

Guide rod 132

First crossbar 133

Second crossbar 134

Drying unit 20

Support 200

Driving assembly 21

Idler wheel 211

First motor 212

Blowing component 22

First blowing device 221,421

Second blowing device 222

Wind direction adjusts component 23

First swing rod 231

First sliding groove 2311

First teeth portion 2312

Second swing rod 232

Second teeth portion 2322

Controller 24

Controlling terminal 241

Sensor unit 30

Position sensor 31

First position sensor 311

Second position sensor 312

The third place sensor 313

4th position sensor 314

First lead screw 431

First nut 432

First pull rod 433

Knob 434

Specific embodiment

The present invention will now be described in detail with reference to examples.

Unless otherwise defined, the technical term or scientific term used herein should be in disclosure fields and has The ordinary meaning that the personage of general technical ability is understood.Used in disclosure patent application specification and claims " the One ", " second " and similar word do not represent the connection of any sequence, quantity or machinery, but indicate exist at least One." connection " either the similar word such as " connected " is not limited to physics or mechanical connection, but may include Electrical connection, it is either direct or indirect."upper", "lower", "left", "right" etc. are only used for indicating that relative position is closed System, after being described the change of object absolute position, then this first also changes positional relationship accordingly.

Fig. 1 and Fig. 2 is please referred to, first embodiment of the invention provides sunning system, including hangs unit 10, drying unit 20 And sensor unit 30.

The described unit 10 that hangs includes rack 11 and hangs component 13.

The rack 11 is usually fixed on building, and rack 11 as will be described is fixed on floor by expansion bolt On, the certainly described rack 11 can also by support device on the ground or by the devices such as bolt be fixed on building, On furniture facade, it is possible to understand that, the structure and form of the rack 11 and with no restriction.

The component 13 that hangs is arranged below rack 11, including first crossbar 133, second crossbar 134 and setting exist Hanging rod 131 in first crossbar 133 and second crossbar 134, the hanging rod 131 is for hanging clothing, the first crossbar 133 with the spaced and parallel setting of second crossbar 134, common, the rack 11 includes two sides along its length, described the One cross bar 133, second crossbar 134 are corresponding with two sides described in rack 11, and the hanging rod 131 is set along 11 length direction of rack It sets, the clothing can directly be hung on hanging rod 131, alternatively, clothes hanger can also be arranged on hanging rod 131, type basket for drying clothes, dry in the air Clothes peg, dry in the air the clothes airing devices such as clothing basket, is hung by mode clothing fixed or is laid on clothes hanger, type basket for drying clothes or clothes airing clamp Onto hanging rod 131, in addition, the devices such as hook, hanger, hanging hole are also provided on the hanging rod 131, for being more convenient Clothing or fixed clothes airing device are hung with stable.

Further, the hanging rod 131 have more, more described in 131 parallel interval of hanging rod be arranged in first crossbar 133 in second crossbar 134, it is preferred that the first crossbar 133 and second crossbar 134 include two ends, described Hanging rod 131 has two, and two hanging rods 131 are separately positioned on two ends of first crossbar 133, second crossbar 134.

Further, the unit 10 that hangs further includes connection component 12, hangs component 13 and rack for connecting 11, and the component 13 that hangs is made to be hung at 11 lower section of rack, in an alternative embodiment, the connection group Part 12 includes the first drag-line 121 and the second drag-line, and one end of first drag-line 121 is arranged in rack 11, and the other end is set It sets in first crossbar 133, the second zipper is arranged in the same way in rack 11 and second crossbar 134.

Preferably, first drag-line 121 and the second drag-line are wirerope, certainly first drag-line 121 and the Two drag-lines may be the devices such as rope, chain, iron chains.

Further, the connection component 12 further includes lifting device, and the lifting device can be the prior art In various lifting devices, for so that described hang component 13 and transport to close to 11 direction of rack or far from 11 direction of rack It is dynamic, so that hanging component 13 is located at suitable height, it is easy to use, in one embodiment, the lifting device packet It includes and promotes motor (not shown) and winding wheel (not shown), first drag-line 121, the second drag-line are separate to hang component 13 One end is connected on winding wheel, when promoting the rotation of motor driven winding wheel, first drag-line 121 and the second guy anchor around On winding wheel, so that hanging component 13 to moving close to 11 direction of rack, it is possible to understand that, when the winding wheel is to opposite Direction rotation when, first drag-line 121 and the second drag-line are released from winding wheel, and the described component 13 that hangs is to remote Disembark 11 direction of frame movement.

Certainly, the winding wheel also can be set in a pair, and first drag-line 121 and the second drag-line coil respectively On a pair of winding wheel, when the promotion motor also can be set in a pair, to respectively drive a pair of winding wheel fortune It is dynamic.

Further, the connection component 12 further includes stabilising arrangement, and the stabilising arrangement includes being arranged first The first shear shank between cross bar 133 and rack 11 and the second shear shank being arranged between second crossbar 134 and rack 11, It is more stable and improve and hang the wind resistance of component 13 for hang component 13.

The drying unit 20 is arranged on hanging component 13, specifically, the first crossbar 133 and the second cross Guide rod 132 is additionally provided between bar 134, the guide rod 132 includes length direction, it is preferred that the guide rod 132 Length direction is parallel to 131 length direction of hanging rod, and the drying unit 20 is arranged on guide rod 132, and can be along guide rod 132 length directions movement, so that the clothing on hanging rod 131 be dried.

In the present embodiment, the hanging rod 131 has two, and two hanging rods 131 are separately positioned on the two of first crossbar 133 A end and two ends of second crossbar 134, so that two hanging rods 131 are enclosed and are set as with first crossbar 133, second crossbar 134 One rectangular region, the guide rod 132 are arranged in the rectangular region, and the both ends of guide rod 132 are respectively at the One cross bar 133, second crossbar 134 connect, and the drying unit 20 is arranged on guide rod 132, when the drying unit 20 along 132 length direction of guide rod when moving, and the drying unit 20 can be on guide rod 132 from close to first crossbar 133 Position move to the position close to second crossbar 134 or move to from close to 134 position of second crossbar close to first crossbar 133 positions.

In some other embodiments, the guide rod 132 can also be arranged on the outside of the rectangular region or The top of hanging rod 131 is set, drying unit 20 can equally be made to move along 132 length direction of guide rod.

In the present embodiment, the guide rod 132 tubulose cylindrical, in order to enable drying unit 20 can be steady Fixed moves along guide rod 132, and the guide rod 132 is configured to two, certainly, be arranged to more roots be also it is feasible, In addition, the guide rod 132 can also only be only provided to one when guide rod 132 has other cross sectional shapes, it is such as rectangular Shape, square, regular pentagon etc..

The drying unit 20 includes that driving assembly 21 and blowing component 22, the driving assembly 21 are dry for driving Dry unit 20 is moved along 132 length direction of guide rod, and the blowing component 22 is for being blowed drying to clothing.

The driving assembly 21 includes support 200, idler wheel 211 on the rest 200 is arranged and connect with idler wheel 211 And the first motor 212 for driving idler wheel 211 to rotate, the idler wheel 211 is arranged on guide rod 132, when first motor 212 When rotation, idler wheel 211 is moved along 132 length direction of guide rod, so that drying unit 20 is transported along 132 length direction of guide rod It is dynamic.

The idler wheel 211 is in a sheave shape, and the ontology including being in cylindrical body, the ontology includes periphery, circumference A guide groove is provided on face, the guide rod 132 is accommodated in guide groove, so that when idler wheel 211 rotates, it can be more stable Moved along 132 length direction of guide rod.

It should be understood that blowing component 22 will be driven in company with movement, so that blowing group when driving assembly 21 moves Part 22 moves to suitable position, and drying is blowed to neighbouring clothing, distance of the component 22 apart from clothing of on the one hand drying Relatively close, drying efficiency is greatly improved, and component 22 of on the other hand drying does not need to blow by the pipeline of long range, so that Wind, which is made an uproar, to be substantially reduced.

In a further embodiment, the driving assembly 21 also can be set flexible including fixing end and movable end The fixing end of telescopic device is arranged on the rest 200, by movable end and first crossbar such as cylinder, hydraulic cylinder, electric cylinders for device 133 or second crossbar 134 connect, by the relative motion of telescopic device movable end and fixing end, can equally drive blowing group Part 22 is moved along 132 length direction of guide rod.

Furthermore it is also possible to which it includes rolling-up mechanism and bracing wire that driving assembly 21, which is arranged, in first crossbar 133 and second crossbar Rolling-up mechanism is provided on 134, bracing wire one end is connect with support 200, and the other end is connect with rolling-up mechanism, when rolling-up mechanism rotates When, bracing wire is coiled on rolling-up mechanism, so that the blowing component 22 on support 200 be pulled to move along 132 length direction of guide rod.

On the rest 200, the blowing component 22 includes air outlet, for by going out for the setting of blowing component 22 Air port blows out air-flow to clothing, and drying is blowed to clothing, and in the present embodiment, the blowing component 22 is blown including first Wind apparatus 221 and the second blowing device 222, first blowing device 221 include the first air outlet, first outlet air Mouth is towards neighbouring 131 direction of hanging rod, so that the first blowing device 221 is by the first air outlet towards on hanging rod 131 Clothing blowing, likewise, the second blowing device 222 includes the second air outlet, the second air outlet is towards hanging rod 131 adjacent thereto Direction, it is possible to understand that, first air outlet is contrary with the second air outlet direction.In addition, described first goes out Air port and the second air outlet and neighbouring hanging rod 131 should have suitable spacing distance, so that the first air outlet and second going out Air port is as closely as possible to clothing, and is unlikely to contradict to clothing.

In a further embodiment, the blowing component 22 also can be set a blowing device and fill with the blowing Set the air blasting passage of connection, first air outlet and the second air outlet are arranged on air blasting passage, can equally make the One air outlet and the second air outlet are dried adjacent to hanging rod 131, and to predetermined direction.

First blowing device 221 and the second blowing device 222 is crossflow fan, certainly in other embodiments, First blowing device 221 and the second blowing device 222 or centrifugal blower, axial flow blower or diagonal flow fan.

The sensor unit 30 includes at least one position sensor 31, is configured to detect drying unit 20 and exists Position on guide rod 132, and to send position signal.

The drying unit 20 is configured to include first mode or second mode:

Wherein, when drying unit 20 is in first mode, drying unit 20 is moved along 132 length direction of guide rod, and It after receiving position signal, is moved to the direction contrary with current kinetic, so that drying unit 20 can be to entire The region of 132 length of guide rod is dried.

When drying unit 20 is in second mode, drying unit 20 is moved along 132 length direction of guide rod, and is being received After position signal, stop motion, so that drying unit 20 rests on scheduled position, it is possible to understand that, described is predetermined Position when being that drying unit 20 receives position signal, drying unit 20 is the location of on guide rod 132.

Specifically, in the present embodiment, the position sensor 31 includes first position sensor 311, first position Sensor 311 is arranged on support 200 towards on the side wall of first crossbar 133, when drying unit 20 is in first mode, does Dry unit 20 is moved towards close to 133 direction of first crossbar, and first position sensor 311 contradicts first crossbar 133 or close to first When cross bar 133, issue position signal, after the drying unit 20 receives position signal, to far from first crossbar 133 towards close 134 direction of second crossbar movement, so that any displacement of the drying unit 20 in setting in motion on guide rod 132 On, can close or touch counter motion after first crossbar 133, and move in reverse direction entire 132 length of guide rod away from From, that is, enable drying unit 20 to move the distance in entire 132 length of guide rod, such as when blowing component 22 simultaneously running When, drying can be blowed to the clothing in entire 132 length of guide rod.

Further, the sensor unit 30 can also include second position sensor 312, second position sensor 312 are arranged on support 200 towards on the side wall of second crossbar 134, when drying unit 20 is in first mode, if dry single Member 20 is moved towards close to 134 direction of second crossbar, and second position sensor 312 is made to contradict second crossbar 134 or close to the When two cross bars 134, position signal is issued, then, drying unit 20 will be to separate second crossbar 134 close to 133 direction of first crossbar Movement.

It should be understood that when as simultaneously included first position sensor 311 and second position sensor 312, drying unit 20 be in first mode when, drying unit 20 moves reciprocatingly on guide rod 132.

And when drying unit 20 is in second mode, drying unit 20 is moved towards close 133 direction of first crossbar, and is made First position sensor 311 contradicts first crossbar 133 or when close to first crossbar 133, issues position signal, the drying After unit 20 receives position signal, and stop motion, so that drying unit 20 is rested on close to the position of first crossbar 133 On, prevent drying unit 20 from having an impact to hanging for clothing.

Further, when being provided with second position sensor 312 simultaneously, drying unit 20 moves to second position sensing Device 312 contradicts second crossbar 134 or when close to second crossbar 134, after drying unit 20 receives position signal, rests on close to the On the position of two cross bars 134.

Further, when drying unit 20 is in first mode, position signal is received, to contrary with current kinetic Direction movement, and dry component 22 run, when drying unit 20 be in second mode, reception position signal, drying unit 20 stop motions, and component 22 of drying is out of service.

It should be understood that the first position sensor 311 and second position sensor 312 can for travel switch, Close to optical sensor, light eye or ultrasonic sensor.

When the first position sensor 311 and second position sensor 312 are travel switch, first position sensing Device 311 contradicts first crossbar 133 and issues position signal, and second position sensor 312 contradicts second crossbar 134 and issues position letter Number.

When the first position sensor 311 and second position sensor 312 are close to optical sensor, light eye or ultrasound When wave sensor, position signal, second position sensing are issued when the first position sensor 311 is close to first crossbar 133 Position signal is issued when device 312 is close to second crossbar 134.

Further, the drying unit 20 is configured to include simultaneously first mode and second mode, so that together When meet drying unit 20 region of 132 length direction of guide rod be dried and drying unit 20 is rested on into pre-determined bit It sets.

Further, the drying unit 20 further includes controlling terminal 241, for presetting or switching first mode and Two modes, to meet user's needs.

Further, the drying unit 20 further includes controller 24, the controller 24 be configured to it is default or Switch first mode and second mode, to meet user's needs.

Further, the sunning system further includes a controlling terminal 241, the controlling terminal 241 and described 24 wired connection or wireless connection of controller, for sending switching signal to controller 24, so that the switching of controller 24 the One mode or second mode.

The controlling terminal 241 can be remote controler, mobile phone, PDA, keyboard, mouse, button etc., wired company Connecing can be for twisted pair, optical fiber, cable, coaxial line etc., and the wireless connection can be Wifi, GSM, LTE, bluetooth, red Outside, microwave etc..

Further, the controller 24 is configured to and first position sensor 311 and/or second position sensor 312 couplings issue control signal for receiving position signal, and to driving assembly 21, so that driving assembly 21 is towards scheduled Direction movement or stop motion, the predetermined direction that can connect include towards close to 133 direction of first crossbar and close to the Two cross bars, 134 direction.

Further, the position sensor 31 can also include the third place sensor 313, the third place Sensor 313 is displacement sensor, for detecting position of the drying unit 20 on guide rod 132 or by detection drying unit 20 displacement obtains position of the drying unit 20 on guide rod 132, concurrent out position signal, and the drying unit 20 connects Displacement signal is received, and according to the mode being presently in, executes counter motion or stop motion.

In the present embodiment, the displacement sensor is a grating displacement sensor, the hair including lasting transmitting light beam End is penetrated, the receiving end of light beam is received, is uniformly provided with the blanking disc of through-hole and the counter of receiving end, the blanking disc It links with idler wheel 211, when idler wheel 211 rotates, blanking disc rotation, and make through-hole that light beam be connected, so that receiving termination Receive beam signal, counter obtains the number for receiving light beam, available by 211 perimeter of idler wheel and the light beam that receives Location information of the displacement or drying unit 20 of drying unit 20 relative to first crossbar 133 or second crossbar 134.

Specifically, the displacement by detecting drying unit 20 obtains drying unit 20 on guide rod 132 Position issues position signal, refers to that the drying unit 20 is preset with the position letter of first crossbar 133 or second crossbar 134 Breath, the displacement sensor can obtain drying unit according to the position of first crossbar 133 or second crossbar 134 and displacement The relative position of 20 current opposite first crossbars 133 or second crossbar 134, concurrent out position signal.Such as, when default first is horizontal When bar 133 is 0 position, the displacement that displacement sensor obtains is relative position of the drying unit 20 with respect to first crossbar 133, Certainly the position of second crossbar 134 can also be prestored.

Further, the third place sensor is connect with controller 24, and the controller 24 includes comparing mould Block and it is preset with the first displacement, the controller 24 receives position signal, and is compared with the first displacement, works as drying When unit 20 is in first mode, when the displacement of drying unit 20 is equal with the first displacement, the drying unit 20 is anti- It is dry single when the displacement of drying unit 20 is equal with the first displacement when drying unit 20 is in second mode to movement First 20 stop motions.

In addition, the controller 24 can also prestore relative position and the second crossbar 134 of first crossbar 133 Relative position, the controller 24 receive position signal, and with the relative position of first crossbar 133 or second crossbar 134 Relative position is compared, when drying unit 20 is in first mode, 20 current location of drying unit and the first cross prestored When 133 relative position of bar or equal 134 relative position of second crossbar, drying unit is worked as in 20 counter motion of drying unit 20 when being in second mode, 20 current location of drying unit and 133 relative position of first crossbar that prestores or second crossbar 134 When relative position is equal, 20 stop motion of drying unit.

Further, the controller 24 further includes memory module or input module, prestores first by memory module The relative position of cross bar 133, the relative position of second crossbar 134 or the first displacement, or, horizontal by input module input first The relative position of bar 133, the relative position of second crossbar 134 or the first displacement.

The memory module can be hard disk, floppy disk, CD, RAM, ROM etc..

The input module can be keyboard, mouse, handwriting pad, scanner, remote controler etc..

Further, the controller 24 may be configured to be preset with first position, wherein first position is a phase To the distance of first crossbar 133, when drying unit 20 is in first mode, the controller 24 receives position signal, and It is compared with first position, if 20 current location of drying unit is equal to first position, 20 counter motion of drying unit, when dry When dry unit 20 is in second mode, 20 stop motion of drying unit.

Further, the controller 24 can be configured with the default second position, and the second position is a phase The distance of distance or relative first position to first crossbar 133, when drying unit 20 is in first mode, the control Device 24 receives position signal, and is compared simultaneously with the second position, if 20 current location of drying unit is equal to the second position, 20 counter motion of drying unit, when drying unit 20 is in second mode, drying unit is worked as in 20 stop motion of drying unit 20 be in first mode when, move back and forth between the first location and the second location, when drying unit 20 is in second mode, Drying unit 20 moves to first position or second place stop motion, rests on first position or the second position.

It should be understood that the distance between first position and the second position are greater than 0.

In addition, the first position and the second position may be the distance of opposite second crossbar 134.

It should be understood that the third place sensor 313 can be only arranged in the sensor unit 30, to realize It moves back and forth or rests between first crossbar 133 and second crossbar 134 on any position on 132 length direction of guide rod.

Further, the position sensor 31 further includes the 4th position sensor 314, and the 4th sensor is set It sets on the bottom plate below support 200, and direction downward, it is described for detecting the clothing for being located at 20 lower section of drying unit The 4th position sensor can be ultrasonic sensor or light eye.

Specifically, receiving the third place sensor when the drying unit 20 is moved along 132 length direction of guide rod After 313 position signals sent, stop motion, so that drying unit 20 rests on scheduled position.

Further, the 4th position sensor 314 is connect with controller 24, and when drying unit 20 is in the When one mode, after receiving the position signal that the 4th position sensor 314 is sent, the drying unit 20 is switched to the second mould Formula, and stop motion.

Further, the clothing basket that can be dried in the air on hanging rod 131 with movable setting, clothing are laid on the clothing basket that dries in the air Interior, when drying unit 20 moves to the top for the clothing basket that dries in the air, the 4th position sensor 314 detects the clothing of 20 lower section of drying unit Object, concurrent out position signal do the clothing to dry in the air in clothing basket so that drying unit 20 rests on the top for the clothing basket that dries in the air It is dry.

It please also refer to Fig. 4, the drying unit 20 further includes that wind direction adjusts component 23, for adjusting the outlet air The direction of mouth, so that the clothing of 20 lower section of drying unit or two sides can be dried in drying unit 20, it is described Wind direction to adjust component 23 include the first regulating device and the second regulating device, for adjusting the first air outlet respectively and second going out The direction in air port, so that air-out direction is adjusted, specifically, first blowing device 221 passes through a pivotally supported setting On the rest 200, when 221 around the pivot shaft of the first blowing device rotates, the first air outlet is in company with rotation, one first swing rod The setting of 231 one end rotation on the rest 200, and the first blowing device of connecting pin interval of the first swing rod 231 and support 200 221 are arranged with the connecting pin of support 200, and the one end of the first swing rod 231 far from support 200 and the first blowing device 221 rotate Connection, when the first swing rod 231 rotate around it axis rotation when, first blowing device 221 in company with rotation so that The direction of first air outlet changes.

Further, first blowing device 221 and 231 junction of the first swing rod are additionally provided with a pivot, described The first swing rod 231 be additionally provided with a first sliding groove 2311, the sliding slot includes length direction, the track length direction It is parallel to 231 length direction of the first swing rod, the pivot is placed in first sliding groove 2311, and can be 231 turns in the first swing rod When dynamic, moved along 2311 length direction of first sliding groove.

It should be understood that second regulating device includes the second swing rod 232, second swing rod 232, second are blown Wind apparatus 222 can be arranged with reference to the first swing rod 231, the first blowing device 221, and details are not described herein.

Further, it is additionally provided with linkage between first swing rod 231 and the second swing rod 232, in this implementation In example, the linkage includes the first teeth portion 2312 and setting that the first swing rod 231 is arranged in and connect one end with support 200 Second teeth portion 2322 of one end is connect with support 200 in the second swing rod 232, first teeth portion 2312 includes multiple first Tooth, second teeth portion 2322 includes multiple second teeth, the first tooth and the second tooth engagement, when the rotation of the first swing rod 231, institute The second swing rod 232 stated in company with rotating in the opposite direction, so that the first air outlet and the second air outlet are adjusted in synchronism.

Preferably, the number of teeth of first teeth portion 2312 is identical as the number of teeth of the second teeth portion 2322, the first tooth and second Tooth module is identical.

Further, it further includes power device that the wind direction, which adjusts component 23, for driving first swing rod 231 And/or second swing rod 232 rotate, it is possible to understand that, when the first swing rod 231 and the second swing rod 232 linkage when, can only With the first swing rod 231 of driving or the rotation of the second swing rod 232.

In the present embodiment, the power device is the second motor, and second motor and the first swing rod 231 connect It connects, for driving the rotation of the first swing rod 231.

Further, when drying unit 20 is located at the top of clothing, the wind blown out from blowing component 22 is from the top down When direction, there is highest efficiency, it is preferred that the direction of the first air outlet and the second air outlet includes first direction and second party Adjust that component 23 is mobilizable to adjust blowing direction between second direction in a first direction to, the wind direction, described the One direction is vertically downward direction, and the second direction is towards 131 direction of hanging rod, when clothing is seated in drying unit 20 When lower section, blowing direction is adjusted to first direction and adjusts blowing direction to second direction when clothing is hung on hanging rod 131.

Further, when the drying unit 20 is in first mode, the direction adjusts component and adjusts blowing Direction is second direction, and when the drying unit 20 is in second mode, the direction adjusts component and adjusts blowing side To for first direction.

Further, naturally it is also possible to described when the drying unit 20 described in configuring is in first mode or second mode Blowing component 22 blowing direction consecutive variations between second direction in a first direction so that blowing component 22 is not to Drying is blowed in clothing with region.

Referring to FIG. 5, Fig. 5, which shows wind direction in another embodiment of the present invention, adjusts component diagram, the wind direction tune Saving component includes the first regulating device and the second regulating device, and first regulating device includes the setting of rotation in support The first lead screw 431, the first nut 432 and the first pull rod 433 on 200, first nut 432 and the first lead screw 431 Match, on the support, 433 both ends of the first pull rod are dried with nut, first respectively for the setting of the first blowing device 421 rotation Device 221 connects, and when rotating the first lead screw 431, first nut 432 is moved along 431 length direction of the first lead screw, and The first pull rod 433 is driven to move, first blowing device 421 is in company with rotation, to adjust the first blowing device 421 Blowing direction.

Further, first lead screw 431 is additionally provided with the first knob 434 far from one end of support 200, in external force Effect is lower to rotate the first knob 434, the position of the first nut 432 is adjusted, to adjust the blowing side of the first blowing device 421 To.

It should be understood that second regulating device can be arranged with reference to the first regulating device, the second regulating device packet The second lead screw is included, the second lead screw hand of spiral is opposite with 431 hand of spiral of the first lead screw.

Further, second lead screw is integrally formed with the first lead screw 431, so that 431 turns of the first lead screw When dynamic, the rotation of the second screw synchronous.

In addition, first regulating device or the second regulating device is also provided with power device, for driving the One lead screw 431 or the rotation of the second lead screw.

It in a further embodiment, can also be by direct by power device and the first blowing device or the second blowing device Connection is rotated by the first blowing device of rotate driving of power device or the second blowing device, to adjust blowing direction.

Further, the drying unit 20 further includes heating device, for heating to air-flow, so that by blowing Wind component 22 blows out thermal current, accelerates the drying to clothing, and the heating device can be heating wire, ptc heater etc..

Further, the drying unit 20 further includes air cleaning unit, for purifying to air-flow, thus anti- Only the impurity such as dust are blown to clothing.

Further, the drying unit 20 further includes sterilizing unit, for air or directly killing to clothing Bacterium.

Further, the present invention goes back while providing a kind of control method of sunning system, including, above-mentioned sunning system is provided System, the sunning system, including unit 10, drying unit 20 and sensor unit 30 are hung, described hangs the packet of unit 10 Including rack 11 and component 13 is hung, the component 13 that hangs includes guide rod 132, and the drying unit 20 is used for clothing Be dried and it is mobilizable moved along 132 length direction of guide rod, and be configured to first mode or second mode, it is described Sensor unit 30 includes at least one position sensor 31；

Drying unit 20 is moved along 132 length direction of guide rod；

Position sensor 31 sends position signal；

Drying unit 20 receives position signal, when being in first mode, transports to the direction contrary with current kinetic It is dynamic, when in the second mode, stop motion.

Further, the drying unit 20 further includes that blowing component 22 and wind direction adjust component 23, the blowing Component 22 includes air outlet, for by air outlet blowing, the direction of the air outlet to include first direction and second direction, The wind direction adjusts that component 23 is mobilizable to adjust blowing direction between second direction in a first direction, wherein first party To for vertical direction, second direction be towards 131 direction of hanging rod, it is described when the drying unit 20 is in first mode Wind direction adjust component 23 adjust direction of air outlet be second direction, it is described when the drying unit is in second mode Wind direction adjust component 23 adjust air outlet be first direction.

Mode the above is only the implementation of the present invention is not intended to limit the scope of the invention, all to utilize this Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content, it is relevant to be applied directly or indirectly in other Technical field is included within the scope of the present invention.

Claims (10)

1. a kind of sunning system, including hang unit, drying unit and sensor unit, it is described hang unit include rack and Component is hung, the component that hangs includes guide rod, and the drying unit is for being dried clothing and mobilizable It is moved along guide rod length direction, the sensor unit includes at least one position sensor, is configured to detect drying The position of unit on the guide bar, and position signal is sent to drying unit；

And the drying unit is configured to include first mode or second mode:

When drying unit is in first mode, drying unit is moved along guide rod length direction, receive position signal, to work as The opposite direction movement of the preceding direction of motion；

When drying unit is in second mode, drying unit is moved along guide rod length direction, receives position signal, stops fortune It is dynamic.

2. sunning system as described in claim 1, which is characterized in that the drying unit includes controller and described Drying unit be configured to include simultaneously first mode and second mode, the controller is configured to switch first mode With second mode.

3. sunning system as described in claim 1, which is characterized in that the component that hangs includes that first crossbar and second are horizontal Bar, the guide rod are arranged between first crossbar and second crossbar, and the position sensor includes first position sensing Device and second position sensor, the first position sensor contradict first crossbar or when close to first crossbars, issue position Signal, the second position sensor contradict second crossbar or when close to second crossbars, issue position signal, work as drying unit When in first mode, the drying unit moves back and forth between first crossbar and second crossbar.

4. sunning system as described in claim 1, which is characterized in that the position sensor includes the third place sensing Device, the third place sensor are displacement sensor, for directly detecting drying unit position on the guide bar or logical The displacement for crossing detection drying unit obtains the position of drying unit on the guide bar, concurrent out position signal.

5. sunning system as claimed in claim 4, which is characterized in that the drying unit includes controller, and described the Three position sensors are connect with controller, and the controller includes comparison module and is preset with the first displacement, the control Device processed receives position signal, and is compared with the first displacement, when drying unit is in first mode, the position of drying unit When shifting amount is equal with the first displacement, the drying unit counter motion is dry single when drying unit is in second mode When the displacement of member is equal with the first displacement, drying unit stop motion.

6. sunning system as claimed in claim 5, which is characterized in that the controller is configured to be preset with first position And the second position, wherein the distance of the respectively opposite first crossbar in first position and the second position, and first position and second It the distance between sets and to be greater than 0, when drying unit is in first mode, the drying unit is in first position and the second position Between move back and forth.

7. sunning system as described in claim 3 or 4, which is characterized in that the position sensor further includes the 4th position The lower section of drying unit, and direction downward is arranged in sensor, the 4th sensor, is located at dry list for detecting The clothing of first lower section, and send position signal.

8. sunning system as claimed in claim 7, which is characterized in that the component that hangs includes hanging rod, the drying Unit includes that blowing component and wind direction adjust component, and the blowing component includes air outlet, for being dried by air outlet, institute The direction for the air outlet stated includes first direction and second direction, the wind direction adjust component it is mobilizable in a first direction with Blowing direction is adjusted between second direction, wherein first direction is vertical direction, and second direction is to work as institute towards hanging rod direction When the drying unit stated is in first mode, the wind direction adjusts component and adjusts direction of air outlet to second direction, when described Drying unit when being in second mode, the wind direction adjusts component and adjusts direction of air outlet to first direction, alternatively, when dry When dry unit is in first mode and second mode, wind direction adjust component adjust direction of air outlet in a first direction with second direction Between consecutive variations.

9. a kind of control method of sunning system, comprising:

Sunning system as described in claim 1 is provided, including hangs unit, drying unit and sensor unit, the extension Unit is set to include rack and hang component, the component that hangs includes guide rod, the drying unit be used for clothing into Row it is dry and it is mobilizable moved along guide rod length direction, and be configured to first mode or second mode, the sensing Device unit includes at least one position sensor；

Drying unit is moved along guide rod length direction；

Position sensor sends position signal；

Drying unit receives position signal, when being in first mode, moves to the direction contrary with current kinetic, works as place When second mode, stop motion.

10. sunning system as claimed in claim 9, which is characterized in that the drying unit is configured to simultaneously include the One mode and second mode, the sensor unit further include being configured to detection to be located at clothing below drying unit, and send 4th sensor of position signal, when drying unit is in first mode, after receiving the position signal that the 4th sensor is sent, Switch first mode to second mode, and stop motion.