CN105803737A - Rotary intelligent clothes airing structure - Google Patents
Rotary intelligent clothes airing structure Download PDFInfo
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- CN105803737A CN105803737A CN201410849921.5A CN201410849921A CN105803737A CN 105803737 A CN105803737 A CN 105803737A CN 201410849921 A CN201410849921 A CN 201410849921A CN 105803737 A CN105803737 A CN 105803737A
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- door
- vertical pivot
- driven
- annular pipe
- dried
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B40/00—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers
- Y02B40/18—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers using renewables, e.g. solar cooking stoves, furnaces or solar heating
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- Power-Operated Mechanisms For Wings (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The invention relates to the technical field of clothes airing structures, and discloses a rotary intelligent clothes airing structure. The rotary intelligent clothes airing structure comprises a humidity sensor, a control element, a semicircular cylinder, a power element used for driving a driving door to rotate, a driven door and a circular-ring tube. The inner side of the driving door and the inner side of the driven door are both connected to a vertical shaft, and the upper end of the vertical shaft coincides with the center of the circular-ring tube. A plurality of supporting rods are movably connected between the circular-ring tube and the vertical shaft. A pull rope is arranged below the circular-ring tube, the two ends of the pull rope are fixedly connected to the driving door and the driven door respectively, and a plurality of connecting pieces are connected between the pull rope and the circular-ring tube. A driving locking piece used for locking the driving door and a driven locking piece used for locking the driven door are arranged at an opening in the front end of the semicircular cylinder and are located on the two sides of the vertical shaft respectively. By means of the rotary intelligent clothes airing structure, clothes can be intelligently put away or aired without manual operation, and it is avoided that clothes get wet on rainy days; or, clothes can be automatically aired on sunny days.
Description
Technical field
The present invention relates to the technical field of clothing structure of drying in the air, particularly relate to rotary type intelligence and dry in the air clothing structure.
Background technology
In daily life, people generally utilize the clothing structure of drying in the air such as clothes hanger, clothes-horse to carry out drying in the air clothing, and clothing structure of drying in the air is generally located on the ventilations such as balcony and sunlight can be irradiated to position, so, by wind and Exposure to Sunlight, it is possible to make the cloth drying of dry in the sun.
In prior art, clothing structure of drying in the air is generally fixed, or can oscilaltion, it is simple to the lift of the clothing that dries in the air operation dries in the air clothing structure, but, owing to clothing structure of drying in the air is arranged in the balcony of ventilation and Exposure to Sunlight, so, when running into rainy weather such as grade, clothing structure of drying in the air can not automatic taking clothes, and user fails to collect in time medicated clothing, then easily drench medicated clothing, fail to reach to clean and dry effect.
Summary of the invention
It is an object of the invention to provide intelligence to dry in the air clothing structure, it is intended to solve clothing structure of drying in the air of the prior art and intelligence can not receive clothing, when rainy day, the problem that medicated clothing is easily drenched.
The present invention is realized in, rotary type intelligence is dried in the air clothing structure, including humidity sensor, the controlling element, have the semicylindrical body of the barrel space of front opening, described control element control for the dynamical element driving active door to rotate, driven door and be horizontally disposed annular pipe of the humidity parameter receiving the detection of described humidity sensor；The inner side of described active door and the inner side of driven door are connected to described vertical pivot, and described annular pipe is positioned at the upper end of described barrel space, and the upper end of described vertical pivot overlaps with the center of described annular pipe；It is connected with multiple support bar between described annular pipe and vertical pivot；Described annular pipe be connected with stay cord, the two ends of described stay cord are respectively fixedly connected with in described active door and driven door, and are connected to multiple connector moved along described annular pipe between described stay cord and annular pipe；Described semicylindrical body front opening is provided with and is controlled to pin the active lock of active door by described control element and controlled to pin the driven latch fitting of driven door by described control element, and described active lock and driven latch fitting lay respectively at the both sides of described vertical pivot.
Further, the inner side of described active door is fixedly connected on described vertical pivot, and the inner side of residing driven door is rotationally connected with described vertical pivot, and described dynamical element includes the motor driving described vertical axis.
Further, described connector includes the hook for hanging medicated clothing, and the upper end of described hook is movably set in described annular pipe, and the lower end of affiliated hook is fixedly connected on described lanyard.
Further, described support bar includes horizon bar and brace, the outer end of described brace is intersected with the outer end of described horizon bar, formed and intersect end, described crossing end is provided with the trepanning being set in outside described annular pipe, the inner of described brace and the inner of horizon bar and is rotationally connected with described vertical pivot respectively.
Further, the inner of described brace extends layout down.
Further, the inner of described brace is connected to the collar, and described vertical pivot is arranged in the described collar, and the periphery of the described collar is provided with vertical bar, and the inner of described brace is connected to the vertical bar of the described collar.
Further, described vertical pivot is positioned at the middle part of described semicylindrical body front opening, and the two ends of described vertical pivot are hingedly connected to upper end and the bottom of described semicylindrical body.
Further, described active lock and driven latch fitting lay respectively at the front opening place of described semicylindrical body, and are connected to the upper end of described semicylindrical body.
Further, described support bar is connected with described connector.
Further, described support bar is connected with described stay cord.
Compared with prior art, rotary type intelligence provided by the invention is dried in the air clothing structure, it is by the humidity parameter outside humidity sensor detection, and humidity parameter is fed back to control element, dynamical element driving active door rotation is controlled by controlling element, and, active door can promote driven door to rotate, in the process that active door and driven door move, control active lock pin or unclamp active door, control driven latch fitting pin or unclamp driven door, and active door and driven door are in the process of movement, stay cord also can be tightened up or draw in, thus, during fine day, when namely humidity parameter is lower than setting value, medicated clothing can be drawn in the barrel space of semicylindrical body, and utilize active door and the front opening in driven door closed cylinder space；When rainy day, when namely humidity parameter exceedes setting value, medicated clothing then can be in opening-wide state, in order to dry in the sun；Rotary type intelligence in present invention clothing structure of drying in the air can realize intelligence and receives medicated clothing and airing clothes, it is not necessary to manual operation, it is to avoid during rainy day, and medicated clothing is drenched, or, during fine day, it is possible to airing clothes automatically.
Accompanying drawing explanation
Fig. 1 is that the rotary type intelligence that the embodiment of the present invention provides is dried in the air the schematic perspective view one of clothing structure；
Fig. 2 is that the rotary type intelligence that the embodiment of the present invention provides is dried in the air the schematic perspective view two of clothing structure；
Fig. 3 is that the rotary type intelligence that the embodiment of the present invention provides is dried in the air the sectional perspective schematic diagram one of clothing structure；
Fig. 4 is that the rotary type intelligence that the embodiment of the present invention provides is dried in the air the sectional perspective schematic diagram two of clothing structure.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
Below in conjunction with specific embodiment, the realization of the present invention is described in detail.
As shown in figures 1-4, for preferred embodiment provided by the invention.
With reference to shown in Fig. 1～4, the rotary type intelligence that the present embodiment provides is dried in the air clothing structure 1, is used in the ventilation Exposures to Sunlight such as balcony local, thus, hang to dry medicated clothing thereon and can carry out dry in the sun.
Rotary type intelligence clothing structure 1 of drying in the air includes semicylindrical body 11, active door 12 and driven door 14, there is in this semicylindrical body 11 barrel space 111 of front opening, it is provided with annular pipe 16 in the upper end of the barrel space 111 of semicylindrical body 11, this annular pipe 16 is in horizontally disposed, annular pipe 16 extends to outside the barrel space 111 of semicylindrical body 11, forms external part；It is provided with vertical pivot 15 in the center of annular pipe 16, namely the upper end of vertical pivot 15 overlaps with the center of annular pipe 16, this vertical pivot 15 is in being vertically arranged, and between vertical pivot 15 and annular pipe 16, it is connected with multiple support bar 17, it is to say, one end of each support bar 17 is movably connected on annular pipe 16, its other end is movably connected on vertical pivot 15, so, annular pipe 16 and vertical pivot 15 can be linked together by multiple support bars 17.
The inner side of active door 12 and the inner side of driven door 14 are rotatably connected on vertical pivot 15 respectively, thus, active door 12 and driven door 14 can rotate around vertical pivot 15 respectively, when active door 12 and driven door 14 lay respectively at the both sides of vertical pivot 15, and when strutting layout, it can close the front opening of semicylindrical body 11.
Rotary type intelligence clothing structure 1 of drying in the air also includes controlling element, humidity sensor, dynamical element 10, active lock 131 and driven latch fitting 132, wherein, humidity sensor, dynamical element 10, active lock 131 and driven latch fitting 132 are electrically connected with in controlling element, are controlled to carry out corresponding operation by controlling element；Humidity sensor is for detecting the humidity parameter in external environment, and sees that this humidity parameter feeds back to control element；Dynamical element 10 is used for driving active door 12 to rotate around vertical pivot 15；Active lock 131 and driven latch fitting 132 are separately positioned on the opening part of semicylindrical body 11, lay respectively at the both sides of vertical pivot 15, and active lock 131 is controlled to be used for pinning active door 12 by controlling element, or unclamp active door 12, driven latch fitting 132 is controlled to be used for pinning driven door 14 by controlling element, or unclamp driven door 14, so, when active door 12 is pinned by active lock 131, when driven door 14 is pinned by driven latch fitting 132, active door 12 and driven door 14 are then respectively at the both sides of semicylindrical body 11 opening part, namely active door 12 and driven door 14 strut shape, close the front opening of semicylindrical body 11.
It is connected with stay cord 19 at annular pipe 16, one end of this stay cord 19 is connected to active door 12, the other end is connected to driven door 14, and be connected by multiple connectors 18 between stay cord 19 with annular pipe 16, the lower end of the plurality of connector 18 is connected on stay cord 19, its upper end is movably connected on annular pipe 16, and can move along annular pipe 16.
So, when active door 12 and driven door 14 back side are leaned on mutually, stay cord 19 is then tightened up, and now, under the effect of multiple connectors 18, the bearing of trend of stay cord 19 is identical with annular pipe 16, namely becomes toroidal；When active door 12 and driven door 14 vis-a-vis, stay cord 19 and multiple connector 18 are then drawn between active door 12 and driven door 14.
nullDry in the air in clothing structure 1 in above-mentioned rotary type intelligence，With reference to shown in Fig. 1，When humidity sensor detects the humidity of external environment lower than setting value，When namely the external world is fine day，Now，Control element control active lock 131 and unclamp active door 12，And control dynamical element 10 drives active door 12 to rotate counterclockwise to driven door 14 place，Now，Active door 12 leans on mutually with passive the back side，And control element controls driven latch fitting 132 and unclamps driven door 14，So，Controlling element continuation control dynamical element 10 drives active door 12 to rotate counterclockwise，And simultaneously，Active door 12 promotes driven door 14 to rotate counterclockwise to the barrel space 111 of semicylindrical body 11，So，Stay cord 19 is then tightened up，And extend along annular pipe 16，Active door 12 and driven door 14 are without the front opening formation closing to semicylindrical body 11，The front opening of semicylindrical body 11 is in opening-wide state，So，The medicated clothing being hung on stay cord 19 or connector 18 is uniformly pulled open，It is in dry in the sun state；
nullWith reference to shown in Fig. 2，When humidity sensor detects the humidity of external environment lower than setting value，Namely the external world is rainy day etc.，Now，Control element control active door 12 to rotate counterclockwise，Promote driven door 14 to driven latch fitting 132 place，And control element controls driven latch fitting 132 and pins driven door 14，And controlling element control dynamical element 10 drives active door 12 to rotate clockwise，Until active door 12 turns to active lock 131 place，Control element control active lock 131 and pin active door 12，Now，Owing to active door 12 and driven door 14 bracing type respectively are arranged in the both sides of vertical pivot 15，Active door 12 and driven door 14 close the front opening of semicylindrical body 11，Stay cord 19 and connector 18 are then placed in active door 12 and the inner side of driven door 14，Namely in the barrel space 111 of semicylindrical body 11，Medicated clothing is also in barrel space 111，By active door 12、The barrier effect of driven door 14 and semicylindrical body 11，Medicated clothing is avoided to be drenched.
Certainly, when it's clearing up or rainy time, then sequentially above-mentioned operation intelligence receives clothing or the clothing that dries in the air.Rotating counterclockwise or rotating clockwise in above-mentioned, simply comparatively speaking, concrete operations are arranged by reality to be determined.
Above-mentioned rotary type intelligence is dried in the air in clothing structure 1, the humidity of extraneous air is detected by humidity sensor, and then by the rotation of active door 12, can so that medicated clothing be in dry in the sun state, medicated clothing can also be drawn in barrel space 111, it realizes intellectuality and dries in the air clothing, it is to avoid during rainy day, medicated clothing is drenched.
In the present embodiment, connector 18 includes the hook for hanging medicated clothing, and the upper end of this hook is movably set on annular pipe 16, its lower end is fixedly connected on stay cord 19, so, and the rotation of active door 12 and driven door 14 therewith, stay cord 19 is moved, and hook also moves along annular pipe 16 therewith.
Specifically, linking up with shape ringwise, it is directly set on annular pipe 16, and certainly, hook can also be other curved shape, is not limited to the shape in the present embodiment.Or, as other embodiments, it is also possible to arrange grooved rail bar in the lower end of annular pipe 16, this grooved rail bar extends along annular pipe 16, so, is movably placed in grooved rail bar by the upper end of hook, then can realize hook and move along grooved rail bar.
In the present embodiment, when rope, multiple connectors 18 are arranged in homogeneous phase interval, and certainly, multiple connectors 18 can also be that other spacing distance is arranged.
In the present embodiment, the inner side of driven door 14 is provided with the sleeve pipe being vertically arranged, and vertical pivot 15 activity is located in this sleeve pipe, so, hinged between inner side and the vertical pivot 15 of driven door 14 so that driven door 14 can rotate with vertical pivot 15 for around moving axis.The inner side of active door 12 is fixedly connected on vertical pivot 15, and dynamical element 10 is connected with vertical pivot 15, is used for driving vertical pivot 15 to rotate, owing to active door 12 forms one with vertical pivot 15, thus active door 12 then rotates along with the rotation of vertical pivot 15.
Specifically, dynamical element 10 is the motor being connected to vertical pivot 15, utilizes this motor to drive vertical pivot 15 to rotate, it is achieved active door 12 rotates, thus also driving driven door 14 concomitant rotation.
Certainly, as other embodiments, the inner side of active door 12 can also be movably connected on vertical pivot 15, so, by other type of dynamical element 10, for instance cylinder and push rod etc., then active door 12 can be promoted to rotate around vertical pivot 15.
In the present embodiment, support bar 17 includes horizon bar 171 and brace 172, and the outer end of horizon bar 171 is intersected with the outer end of brace 172, formed and intersect end, and this crossing end is provided with trepanning, annular pipe 16 is movably set in this trepanning, this trepanning of namely annular pipe 16 traverse；The inner of horizon bar 171 and the inner of brace 172 are movably connected on vertical pivot 15, so, then form triangular shape between support bar 17 and vertical pivot 15, utilize horizon bar 171 and the brace 172 of support bar 17, it is possible to supported by whole annular pipe 16.
The outer end of above-mentioned brace 172 is intersected with the outer end of horizon bar 171, and the inner of brace 172 extends down, and namely brace 172 is in the lower section of horizon bar 171.Certainly, as other embodiments, brace 172 can also be in the top of horizon bar 171, and namely the inner of brace 172 is towards surface thereof.In the present embodiment, the quantity of support bar 17 is preferably four, and certainly, it can also be other quantity, such as three or more than four.
In the present embodiment, the inner of brace 172 and the inner of horizon bar 171 are equipped with the collar, this collar is movably set on vertical pivot 15, namely vertical pivot 15 is movable through the collar, and in order to strengthen horizon bar 171 and the support strength of brace 172, the periphery of the collar is convexly equipped with vertical bar, the inner of brace 172 and the inner of horizon bar 171 are then connected on the vertical bar of collar periphery, especially, for brace 172, the effect of brace 172 can be will act at, as far as possible towards the axial distribution of vertical pivot 15, greatly reduce the radial forces to vertical pivot 15.
In the present embodiment, vertical pivot 15 is in the front opening place of semicylindrical body 11, and the two ends of vertical pivot 15 are respectively hinged at upper end and the bottom of semicylindrical body 11, and so, under the driving of dynamical element 10, whole vertical pivot 15 can rotate.So, due to the center superposition of vertical pivot 15 with semicircular pipe, so, the external portion of annular pipe 16 is then hemicycle ring pipe 16, namely annular pipe 16 be generally located in barrel space 111, second half is emerging in outside barrel space 111.
Certainly, as other embodiments, it is also possible to be that vertical pivot 15 is arranged in barrel space 111, so, the major part of annular pipe 16 is placed in barrel space 111, and lower part is arranged on outside barrel space 111, so, then semicylindrical body 11 can be set to transparence, as made for glass material, such that make medicated clothing be closed in barrel space 111, it is also possible to make sunlight put in barrel space 111.
In the present embodiment, active lock 131 and driven latch fitting 132 are separately positioned on the upper end at semicylindrical body 11 front opening place, and are in the front opening place of semicylindrical body 11.Active lock 131 and driven latch fitting 132 are preferably electromagnetic lock, it is of course also possible to be other kinds of latch fitting, mainly can realize pinning active door 12 and driven door 14, and, under the control controlling element, it is possible to unclamp active door 12 and driven door 14 then may be used.
In the present embodiment, when fine day, active door 12 and driven door 14 are opened, so that multiple support bars 17 can evenly spaced be arranged, the outer end of support bar 17 is connected with connector 18, and so, the outer end of multiple support bars 17 is connected on multiple connector spaced apart from each other 18, after stay cord 19 is tightened up, then can so that multiple support bar 17 opens layout at an angle.
Or, as other embodiments, the outer end of support bar 17 can also be connected with stay cord 19, so, along with stay cord 19 is tightened up, it is also possible to makes multiple support bar 17 open layout at an angle.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all any amendment, equivalent replacement and improvement etc. made within the spirit and principles in the present invention, should be included within protection scope of the present invention.
Claims (10)
1. rotary type intelligence is dried in the air clothing structure, it is characterized in that, including humidity sensor, the controlling element, there is the semicylindrical body of the barrel space of front opening, described control element control for the dynamical element driving active door to rotate, driven door and be horizontally disposed annular pipe of the humidity parameter receiving the detection of described humidity sensor；The inner side of described active door and the inner side of driven door are connected to described vertical pivot, and described annular pipe is positioned at the upper end of described barrel space, and the upper end of described vertical pivot overlaps with the center of described annular pipe；It is connected with multiple support bar between described annular pipe and vertical pivot；Described annular pipe be connected with stay cord, the two ends of described stay cord are respectively fixedly connected with in described active door and driven door, and are connected to multiple connector moved along described annular pipe between described stay cord and annular pipe；Described semicylindrical body front opening is provided with and is controlled to pin the active lock of active door by described control element and controlled to pin the driven latch fitting of driven door by described control element, and described active lock and driven latch fitting lay respectively at the both sides of described vertical pivot.
2. rotary type intelligence as claimed in claim 1 is dried in the air clothing structure, it is characterised in that the inner side of described active door is fixedly connected on described vertical pivot, and the inner side of residing driven door is rotationally connected with described vertical pivot, and described dynamical element includes the motor driving described vertical axis.
3. rotary type intelligence as claimed in claim 1 is dried in the air clothing structure, it is characterised in that described connector includes the hook for hanging medicated clothing, and the upper end of described hook is movably set in described annular pipe, and the lower end of affiliated hook is fixedly connected on described lanyard.
4. the rotary type intelligence as described in any one of claims 1 to 3 is dried in the air clothing structure, it is characterized in that, described support bar includes horizon bar and brace, the outer end of described brace is intersected with the outer end of described horizon bar, formed and intersect end, described crossing end is provided with the trepanning being set in outside described annular pipe, the inner of described brace and the inner of horizon bar and is rotationally connected with described vertical pivot respectively.
5. rotary type intelligence as claimed in claim 4 is dried in the air clothing structure, it is characterised in that the inner of described brace extends layout down.
6. rotary type intelligence as claimed in claim 4 is dried in the air clothing structure, it is characterised in that the inner of described brace is connected to the collar, and described vertical pivot is arranged in the described collar, and the periphery of the described collar is provided with vertical bar, and the inner of described brace is connected to the vertical bar of the described collar.
7. the rotary type intelligence as described in any one of claims 1 to 3 is dried in the air clothing structure, it is characterised in that described vertical pivot is positioned at the middle part of described semicylindrical body front opening, and the two ends of described vertical pivot are hingedly connected to upper end and the bottom of described semicylindrical body.
8. the rotary type intelligence as described in any one of claims 1 to 3 is dried in the air clothing structure, it is characterised in that described active lock and driven latch fitting lay respectively at the front opening place of described semicylindrical body, and are connected to the upper end of described semicylindrical body.
9. the rotary type intelligence as described in any one of claims 1 to 3 is dried in the air clothing structure, it is characterised in that the outer end of described support bar is connected with described connector.
10. the rotary type intelligence as described in any one of claims 1 to 3 is dried in the air clothing structure, it is characterised in that the outer end of described support bar is connected with described stay cord.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410849921.5A CN105803737B (en) | 2014-12-30 | 2014-12-30 | Rotary intelligent clothes airing structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410849921.5A CN105803737B (en) | 2014-12-30 | 2014-12-30 | Rotary intelligent clothes airing structure |
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| CN105803737A true CN105803737A (en) | 2016-07-27 |
| CN105803737B CN105803737B (en) | 2023-07-25 |
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| CN201835708U (en) * | 2010-10-18 | 2011-05-18 | 上海电机学院 | Rail type burglary-resisting window |
| CN202107914U (en) * | 2011-01-16 | 2012-01-11 | 王国宇 | Automatic clothes-horse with certain hiding function |
| WO2012119181A1 (en) * | 2011-03-09 | 2012-09-13 | Stephen Thornton | A clothes drying apparatus |
| CN103417003A (en) * | 2012-05-17 | 2013-12-04 | 何清华 | Wardrobe |
| CN202636528U (en) * | 2012-06-05 | 2013-01-02 | 无锡商业职业技术学院 | Shoe rotating device by opening door |
| CN203614452U (en) * | 2013-11-28 | 2014-05-28 | 毛骁 | Ceiling fan available for hanging clothes |
| CN204474994U (en) * | 2014-12-30 | 2015-07-15 | 深圳市浪尖设计有限公司 | Rotary type intelligence is dried in the air clothing structure |
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| CN105803737B (en) | 2023-07-25 |
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