WO2016183711A1 - 洗墙机吊挂结构 - Google Patents
洗墙机吊挂结构 Download PDFInfo
- Publication number
- WO2016183711A1 WO2016183711A1 PCT/CN2015/079026 CN2015079026W WO2016183711A1 WO 2016183711 A1 WO2016183711 A1 WO 2016183711A1 CN 2015079026 W CN2015079026 W CN 2015079026W WO 2016183711 A1 WO2016183711 A1 WO 2016183711A1
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- WO
- WIPO (PCT)
- Prior art keywords
- hanging
- water bag
- wall washer
- gear unit
- wall
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L11/00—Machines for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L11/38—Machines, specially adapted for cleaning walls, ceilings, roofs, or the like
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L11/00—Machines for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L11/40—Parts or details of machines not provided for in groups A47L11/02 - A47L11/38, or not restricted to one of these groups, e.g. handles, arrangements of switches, skirts, buffers, levers
Definitions
- the invention relates to a hanging structure, in particular to a wall hanging machine hanging structure of a hanging automatic wall washer structure.
- the wall hanging machine hanging structure and the wall washer structure of the wall washer structure are designed as a complete set.
- the structure of the wall washer is to be replaced, it must be replaced together with the wall hanging structure, which is troublesome. Will increase equipment costs.
- the thickness of the parapet wall of the building roof may be different and cannot be used.
- the existing wall washer hanging structure hangs the wall washer structure, if it is not locked on the roof of the building, it must have a corresponding weight to prevent the wall hanging machine hanging structure from tilting and falling over. In other words, the existing wall washer hanging structure must be very heavy, so after cleaning the wall surface, it is not conducive to moving and storing the wall washer hanging structure.
- the main object of the present invention is to provide a wall hanging machine hanging structure, which can be used with daughter walls of various thicknesses and various sizes of wall washer structures to prevent the wall hanging structure hanging structure from tilting and falling over.
- Another object of the present invention is a wall hanging machine hanging structure, which is easy to disassemble, move and store.
- the present invention provides a wall hanging machine hanging structure, comprising a frame body, a cable control device, a hanging rod driving device, two wall washer hanging rods, and two waters.
- the cable control device is detachably disposed to the frame body.
- the hanging rod driving device is disposed on the frame body, and has a driving motor, a first gear unit, a second gear unit and a linkage rod, wherein the linkage rod is connected to the first gear unit and In the second gear unit, the driving motor drives the first gear unit to rotate, and when the first gear unit rotates, the second gear unit rotates synchronously by the linkage rod.
- Each of the wall washer hanging rods is respectively engaged with the first gear unit and the second gear unit through a row of gear corresponding teeth, and each of the wall washer hanging rods is opposite to each of the gear corresponding teeth
- Each of the side wall has a first sliding rail, and each of the wall washer hanging rods has a first end and a second end respectively.
- Each of the water bag hanging rods is respectively engaged with the first gear unit and the second gear unit through a row of gear corresponding teeth, and each of the water bag hanging rods is opposite to a corresponding tooth of each of the gears Having a second slide rail, and each of the water bag hanger rods has a first end and a second end, respectively, when the first gear unit and the second gear unit rotate, respectively driving each of the The gear corresponds to the tooth to move the water bag hanger in a second direction, the second direction being 180° out of the first direction.
- Each of the first limiting units is respectively disposed at a first end of each of the wall washer hanging rods to respectively limit each of the water bag hanging rods, and each of the first limiting units respectively has a The first sliding unit is respectively slid to each of the second sliding rails.
- Each of the wall washer hanging portions is respectively disposed at a second end of each of the wall washer hanging rods.
- Each of the second limiting units is respectively disposed at a first end of each of the water bag hanging rods to respectively limit each of the wall washer hanging rods, and each of the second limiting units respectively has a The second sliding unit is slid to each of the first sliding rails.
- Each of the water bag hanging portions is respectively disposed at a second end of each of the water bag hanging rods.
- the weight water bag is detachably attached to at least one of the water bag hanging portions.
- a plurality of rollers are disposed at the bottom of the frame body.
- first end of each of the wall washer hanging rods corresponds to the second end of each of the water bag hanging rods.
- a water bag hanging auxiliary rod is further included, and the two ends thereof are respectively Connected to the second end of each of the water bag hanger rods.
- At least one frame body driving device is further disposed at a bottom of the frame body to drive the frame body to move.
- the weight water bag has a drain portion.
- the wall washer hanging structure of the present invention can be applied to the daughter wall of various thicknesses and the wall washer structure of various sizes through the above arrangement, thereby effectively preventing the hanging structure of the wall washer from tilting. Overturned; in addition, easy to disassemble, move and store.
- FIG. 1 is a first schematic view of a hanging structure of a wall washer according to the present invention.
- FIG. 2 is a schematic view showing the operation of the wall hanging machine hanging rod, the first gear unit and the water bag hanging rod of the wall hanging machine hanging structure of the present invention.
- FIG 3 is a schematic view of a first limit unit limit water bag hanging rod of the wall hanging structure of the present invention.
- FIG. 4 is a schematic view of a second limit unit limit wall washer hanging rod of the wall hanging structure of the present invention.
- Figure 5 is a second schematic view of the hanging structure of the wall washer of the present invention.
- Figure 6 is a third schematic view of the hanging structure of the wall washer of the present invention.
- Figure 7 is a fourth schematic view of the hanging structure of the wall washer of the present invention.
- FIG. 1 is a schematic diagram of a first embodiment of a wall washer suspension structure 1000 of the present invention.
- the wall washer hanging structure 1000 is a wall washer structure (not shown) suspended by a set of cables L.
- the wall washer hanging structure 1000 includes at least one frame body 10 and a cable control device. 20.
- a hanging rod driving device 30, two wall washer hanging rods 40, two water bag hanging rods 50, two first limiting units 60, two wall washer hanging portions 70, two The second limiting unit 80, the two water bag hanging portions 90, the at least one weight water bag 100 and the plurality of rollers 110, and the above-mentioned members are detachably combined.
- the frame body 10 is preferably made of metal and is easy to assemble and disassemble.
- the cable control device 20 is detachably disposed on the frame body 10 for controlling the plurality of cables L to be retracted.
- the plurality of cables L themselves preferably have positive and negative wires for directly supplying power to the wall washer structure; in other words, the plurality of cables L not only have the hanging function of the cable, but also Has the function of directly transmitting power.
- the hanging rod driving device 30 is disposed on the frame body 10 and has a driving motor 31, a first gear unit 32, a second gear unit 33 and a linkage rod 34.
- the linkage rod 34 is connected.
- the first gear unit 32 and the second gear unit 33, the drive motor 31 drives the first gear unit 32 to rotate, and when the first gear unit 32 rotates, is driven by the linkage rod 34
- the second gear unit 33 rotates in synchronization.
- Each of the wall washer hanger rods 40 is respectively engaged with the upper portion of the first gear unit 32 and the second gear unit 33 through a row of gear corresponding teeth 41, and each of the wall washer hanger rods 40 is opposite to each other.
- Each of the gears corresponding to the teeth 41 has a first sliding rail 42, and each of the wall washer hangers 40 has a first end 43 and a second end 44; as shown in FIG.
- the first gear unit 32 and the second gear unit 33 rotate, respectively drive each of the gear corresponding teeth 41 to move the wall washer hanging rod 40 toward a first direction D1, the first Direction D1 is level on a ground.
- Each of the water bag hanging rods 50 is respectively engaged with the lower portion of the first gear unit 32 and the second gear unit 33 through a row of gear corresponding teeth 51, and each of the water bag hanging rods 50 is opposite to each of the Each of the water bag hangers 50 has a first end 53 and a second end 54 respectively;
- each of the gear corresponding teeth 51 is driven to move the water bag hanger 50 toward a second direction D2, and the second direction D2
- the first direction D1 is 180° out of phase.
- the amount of movement of the wall washer hanger 40 is the same as the amount by which the water bag hanger 50 is moved.
- each of the first limiting units 60 is respectively disposed at a first end 43 of each of the wall washer hangers 40 to respectively limit each of the water bag hangers 50.
- Each of the first limiting units 60 has a first sliding unit 61 respectively sliding to each of the second sliding rails 52; in other words, each of the first sliding units 61 is configured to The water bag hanger 50 smoothly moves to each of the first limiting units 60.
- Each of the wall washer hanging portions 70 is respectively disposed on the second of each of the wall washer hangers 40 End 44 and suspending the wall washer via a set of cables L.
- each of the second limiting units 80 is respectively disposed at a first end 53 of each of the water bag hangers 50 to respectively limit each of the wall washer hangers 40.
- Each of the second limiting units 80 has a second sliding unit 81 that slides on each of the first sliding rails 42; in other words, each of the second sliding units 81 is configured to The wall washer hanging rod 40 smoothly moves to each of the second limiting units 80.
- Each of the water bag hanging portions 90 is respectively disposed at the second end 54 of each of the water bag hanging rods 50 for hanging at least one weight water bag 100, and the weight water bag 100 is detachably attached. It is provided on at least one of the water bag hanging portions 90.
- the plurality of rollers 110 are disposed at the bottom of the frame body 10 to facilitate moving the wall washer suspension structure 1000.
- each of the wall washer hangers 40 and each of the water bag hangers 50 are symmetrically disposed, and the first end 43 of each of the wall washer hangers 40 corresponds to each of the waters.
- the second end 54 of the bag hanger 50 when each of the wall washer hangers 40 and each of the water bag hangers 50 move toward the first direction D1 and the second direction D2, respectively
- Each of the wall washer hanging rods 40 and each of the water bag hanging rods 50 are horizontally spread outward relative to the center of the frame body 10.
- FIG. 1 to FIG. 5 Please refer to FIG. 1 to FIG. 5 together with the following description to explain how the wall washer hanging structure 1000 suspends the structure of the wall washer and cooperates with the daughter walls W1 and W2 of different thicknesses.
- the components of the wall washer suspension structure 1000 are assembled by screws, so that they are easy to disassemble and assemble, and are convenient for storage and installation.
- the components of the wall washer suspension structure 1000 are assembled on the roof of the building.
- the two weight water bags 100 are respectively hung on the water bag hanging.
- the portion 90 is filled with water to increase the weight to correspond to the weight of the wall washer structure. Since the weight water bag 100 and the wall washer structure are symmetrically suspended with respect to the center of the frame body 10, The frame body 10 is prevented from tilting and tipping over.
- the wall washer hanging rod 40 is adjusted to be expanded and contracted by the hanging rod driving device 30 to correspond to the parapet W1. Thickness, so that the wall washer structure can smoothly clean the wall surface; and, due to the arrangement of the hanging rod driving device 30, the wall washer hanging rod 40 is stretched and retracted, the water
- the bag hanger 50 is also telescoped, and the weight bag 100 and the wall washer structure are still symmetrically suspended with respect to the center of the frame body 10, so that the frame body 10 can be prevented from tilting and falling over.
- the first limiting unit 60 when the wall washer structure is hung on the wall washer hanging portion 70 to generate downward force, The first limiting unit 60 and the water bag hanging rod 50 are mutually constrained to prevent deformation of the wall washer hanging rod 40; meanwhile, the first limiting unit 60 and the water bag are The hanging rods 50 are mutually constrained, so that the wall washer structure is hung on the wall washer hanging portion 70 to generate downward force and the weight water bag 100 is hung on the water bag hanging The downward force of the portion 90 offsets each other, thereby preventing the water bag hanger 50 from being deformed.
- the wall hanger 40 is adjusted by the hanger driving device 30 to The wall washer structure can smoothly clean the wall surface. From this, it can be seen that the above configuration can be applied to the daughter walls W1 and W2 of various thicknesses.
- the wall washer hanging structure of the present invention can be applied to daughters of various thicknesses by the setting of the hanging rod driving device, the wall washer hanging rod and the water bag hanging rod.
- the wall and various sizes of the wall washer structure can effectively prevent the wall hanging machine hanging structure from tilting and tipping over; in addition, since the structure is simple and does not need to be locked to the parapet wall, it is easy to disassemble, move and store.
- the structure 1000 further includes a water bag hanging auxiliary rod 120, and two ends thereof are respectively connected to the second ends 54 of the water bag hanging rods 50; thereby, the plurality of weight water bags 100 can be hanged s position.
- the wall washer hanging structure 1000 further includes at least one frame body driving device 130 detachably disposed at a bottom of the frame body 10 to drive the frame body 10 to move; thereby, the washing is performed
- the wall hanging structure 1000 automatically moves laterally, thereby changing the position of the wall washing machine structure to clean the wall surface.
- each of the weight water bags 100 further has a drain portion 101 for draining water, so that when the user cleans the wall surface, the wall washer structure is separated from the wall washer hanging structure 1000.
- a drain portion 101 for draining water, so that when the user cleans the wall surface, the wall washer structure is separated from the wall washer hanging structure 1000.
- the hanging rod driving device 30 adjusts the elongation of the wall washer hanging rod 40, so that the wall washing machine structure can smoothly clean the wall surface. From this, it can be seen that the above structure can be applied to the daughter walls W1, W2, W3, and W4 of various thicknesses.
- the wall washer hanging structure of the present invention can be applied to daughters of various thicknesses by the setting of the hanging rod driving device, the wall washer hanging rod and the water bag hanging rod.
- the wall and various sizes of the wall washer structure can effectively prevent the wall hanging machine hanging structure from tilting and tipping over; in addition, since the structure is simple and does not need to be locked to the parapet wall, it is easy to disassemble, move and store.
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Abstract
一种洗墙机吊挂结构，包含：框架本体（10）；设于框架本体（10）的缆线控制装置（20）及吊挂杆驱动装置（30）；二个洗墙机吊挂杆（40），由吊挂杆驱动装置（30）驱动，朝第一方向（D1）移动；二个水袋吊挂杆（50），由吊挂杆驱动装置（30）驱动，朝第二方向（D2）移动，第二方向（D2）与第一方向（D1）相差180°；二个第一限位单元（60），分别设于洗墙机吊挂杆（40）的一端（43），以限位水袋吊挂杆（50）；二个洗墙机吊挂部（70），分别设于洗墙机吊挂杆（40）的另一端（44）；二个第二限位单元（80），分别设于水袋吊挂杆（50）的一端（53），以限位洗墙机吊挂杆（40）；二个水袋吊挂部（90），分别设于水袋吊挂杆（50）的另一端（54）；及配重水袋（100），挂设于水袋吊挂部（90）。借此，洗墙机吊挂结构易于拆装。
Description
本发明涉及一种吊挂结构，尤其涉及一种吊挂自动洗墙机结构的洗墙机吊挂结构。
目前吊挂洗墙机结构的洗墙机吊挂结构与洗墙机结构为成套设计，换言之，当要更换洗墙机结构时，必须连同洗墙机吊挂结构一起更换，实属麻烦，且会提高设备成本。
此外，一套洗墙机吊挂结构与洗墙机结构用于不同大楼时，会因大楼楼顶的女儿墙的厚度不同，而无法使用。
再者，现有的洗墙机吊挂结构吊挂洗墙机结构时，通常必须锁固于大楼楼顶的女儿墙，从而造成拆装麻烦。
再者，现有的洗墙机吊挂结构吊挂洗墙机结构时，若不锁固于大楼楼顶，则必须具有相对应的重量，以避免洗墙机吊挂结构倾斜而翻倒，换言之，现有的洗墙机吊挂结构必须非常重，故在清洗墙面后，不利于移动与收纳洗墙机吊挂结构。
因此，如何发明出一种洗墙机吊挂结构，可配合各种厚度的女儿墙及各种尺寸的洗墙机结构来使用，并易于拆装、移动与收纳，将是本发明所欲积极公开之处。
发明内容
本发明的主要目的在于提供一种洗墙机吊挂结构，可配合各种厚度的女儿墙及各种尺寸的洗墙机结构来使用，以防止洗墙机吊挂结构倾斜而翻倒。
本发明的另一目的在于一种洗墙机吊挂结构，易于拆装、移动与收纳。
为达上述目的及其它目的，本发明提出一种洗墙机吊挂结构，包含一框架本体、一缆线控制装置、一吊挂杆驱动装置、二个洗墙机吊挂杆、二个水袋吊挂杆、二个第一限位单元、二个洗墙机吊挂部、二个第二限位单元、二个水袋吊挂部、至少一配重水袋及多个滚轮。
所述缆线控制装置可分离地设置于所述框架本体。
所述吊挂杆驱动装置设置于所述框架本体，并具有一驱动马达、一第一齿轮单元、一第二齿轮单元及一连动杆，所述连动杆连接所述第一齿轮单元及所述第二齿轮单元，所述驱动马达驱动所述第一齿轮单元转动，当所述第一齿轮单元转动时，通过所述连动杆带动所述第二齿轮单元同步转动。
各个所述洗墙机吊挂杆分别通过一排齿轮对应齿啮合于所述第一齿轮单元及所述第二齿轮单元，各个所述洗墙机吊挂杆相对各个所述齿轮对应齿的一侧分别具有一第一滑轨，且各个所述洗墙机吊挂杆分别具有一第一端及一第二端，当所述第一齿轮单元及所述第二齿轮单元转动时，分别带动各个所述齿轮对应齿，以使所述洗墙机吊挂杆朝一第一方向移动，所述第一方向水平于一地面。
各个所述水袋吊挂杆分别通过一排齿轮对应齿啮合于所述第一齿轮单元及所述第二齿轮单元，各个所述水袋吊挂杆相对各个所述齿轮对应齿的一侧分别具有一第二滑轨，且各个所述水袋吊挂杆分别具有一第一端及一第二端，当所述第一齿轮单元及所述第二齿轮单元转动时，分别带动各个所述齿轮对应齿，以使所述水袋吊挂杆朝一第二方向移动，所述第二方向与所述第一方向相差180°。
各个所述第一限位单元分别设置于各个所述洗墙机吊挂杆的第一端，以分别限位各个所述水袋吊挂杆，且各个所述第一限位单元分别具有一第一滑动单元，分别滑动于各个所述第二滑轨。
各个所述洗墙机吊挂部分别设置于各个所述洗墙机吊挂杆的第二端。
各个所述第二限位单元分别设置于各个所述水袋吊挂杆的第一端，以分别限位各个所述洗墙机吊挂杆，且各个所述第二限位单元分别具有一第二滑动单元，分别滑动于各个所述第一滑轨。
各个所述水袋吊挂部分别设置于各个所述水袋吊挂杆的第二端。
所述配重水袋可拆装地挂设于所述水袋吊挂部的至少一个上。
多个滚轮设置于所述框架本体的底部。
其中，各个所述洗墙机吊挂杆的第一端对应各个所述水袋吊挂杆的第二端。
在本发明的洗墙机吊挂结构中，还包含一水袋吊挂辅助杆，其两端分别
连接于各个所述水袋吊挂杆的第二端。
在本发明的洗墙机吊挂结构中，还包含至少一框架本体驱动装置，设置于所述框架本体的底部，以驱动所述框架本体移动。
在本发明的洗墙机吊挂结构中，所述配重水袋具有一排水部。
综上所述，本发明的洗墙机吊挂结构通过上述的设置，可应用于各种厚度的女儿墙、各种尺寸的洗墙机结构，有效防止所述洗墙机吊挂结构倾斜而翻倒；此外，易于拆装、移动与收纳。
图1为本发明洗墙机吊挂结构的第一示意图。
图2为本发明洗墙机吊挂结构的洗墙机吊挂杆、第一齿轮单元及水袋吊挂杆的作动示意图。
图3为本发明洗墙机吊挂结构的第一限位单元限位水袋吊挂杆的示意图。
图4为本发明洗墙机吊挂结构的第二限位单元限位洗墙机吊挂杆的示意图。
图5为本发明洗墙机吊挂结构的第二示意图。
图6为本发明洗墙机吊挂结构的第三示意图。
图7为本发明洗墙机吊挂结构的第四示意图。
本发明的较佳实施方式
为充分了解本发明的目的、特征及功效，现通过下述具体的实施例，并配合附图，对本发明做一详细说明，说明如后：
请参照图1，其为本发明洗墙机吊挂结构1000的第一实施例的示意图。所述洗墙机吊挂结构1000是通过一组缆线L吊挂一洗墙机结构(图未示)，所述洗墙机吊挂结构1000至少包含一框架本体10、一缆线控制装置20、一吊挂杆驱动装置30、二个洗墙机吊挂杆40、二个水袋吊挂杆50、二个第一限位单元60、二个洗墙机吊挂部70、二个第二限位单元80、二个水袋吊挂部90、至少一配重水袋100及多个滚轮110，且上述构件均可拆装地组合。
所述框架本体10较佳由金属组合而成，易于拆装。
所述缆线控制装置20可分离地设置于所述框架本体10，用以控制所述多个缆线L收放。其中，所述多个缆线L的本身较佳具有正负极电线，以直接供电至所述洗墙机结构；换言之，所述多个缆线L不但具有缆线的吊挂功能，而且还具有直接传导电力的功能。
所述吊挂杆驱动装置30设置于所述框架本体10，并具有一驱动马达31、一第一齿轮单元32、一第二齿轮单元33及一连动杆34，所述连动杆34连接所述第一齿轮单元32及所述第二齿轮单元33，所述驱动马达31驱动所述第一齿轮单元32转动，当所述第一齿轮单元32转动时，通过所述连动杆34带动所述第二齿轮单元33同步转动。
各个所述洗墙机吊挂杆40分别通过一排齿轮对应齿41啮合于所述第一齿轮单元32及所述第二齿轮单元33的上部，各个所述洗墙机吊挂杆40相对各个所述齿轮对应齿41的一侧分别具有一第一滑轨42，且各个所述洗墙机吊挂杆40分别具有一第一端43及一第二端44；如图2所示，当所述第一齿轮单元32及所述第二齿轮单元33转动时，分别带动各个所述齿轮对应齿41，以使所述洗墙机吊挂杆40朝一第一方向D1移动，所述第一方向D1水平于一地面。
各个所述水袋吊挂杆50分别通过一排齿轮对应齿51啮合于所述第一齿轮单元32及所述第二齿轮单元33的下部，各个所述水袋吊挂杆50相对各个所述齿轮对应齿51的一侧分别具有一第二滑轨52，且各个所述水袋吊挂杆50分别具有一第一端53及一第二端54；如图2所示，当所述第一齿轮单元32及所述第二齿轮单元33转动时，分别带动各个所述齿轮对应齿51，以使所述水袋吊挂杆50朝一第二方向D2移动，所述第二方向D2与所述第一方向D1相差180°。此外，由图2可知，通过所述吊挂杆驱动装置30的设置，所述洗墙机吊挂杆40所移动的量与所述水袋吊挂杆50所移动的量相同。
请同时参照图1及图3，各个所述第一限位单元60分别设置于各个所述洗墙机吊挂杆40的第一端43，以分别限位各个所述水袋吊挂杆50，且各个所述第一限位单元60分别具有一第一滑动单元61，分别滑动于各个所述第二滑轨52；换言之，通过各个所述第一滑动单元61的设置，使各个所述水袋吊挂杆50顺畅地移动于各个所述第一限位单元60。
各个所述洗墙机吊挂部70分别设置于各个所述洗墙机吊挂杆40的第二
端44，并通过一组缆线L吊挂所述洗墙机。
请同时参照图1及图4，各个所述第二限位单元80分别设置于各个所述水袋吊挂杆50的第一端53，以分别限位各个所述洗墙机吊挂杆40，且各个所述第二限位单元80分别具有一第二滑动单元81，分别滑动于各个所述第一滑轨42；换言之，通过各个所述第二滑动单元81的设置，使各个所述洗墙机吊挂杆40顺畅地移动于各个所述第二限位单元80。
各个所述水袋吊挂部90分别设置于各个所述水袋吊挂杆50的第二端54，用于吊挂至少一配重水袋100，且所述配重水袋100可拆装地挂设于所述水袋吊挂部90的至少一个上。
所述多个滚轮110设置于所述框架本体10的底部，利于移动所述洗墙机吊挂结构1000。
如图1所示，各个所述洗墙机吊挂杆40及各个所述水袋吊挂杆50对称设置，且各个所述洗墙机吊挂杆40的第一端43对应各个所述水袋吊挂杆50的第二端54，故当各个所述洗墙机吊挂杆40及各个所述水袋吊挂杆50分别朝所述第一方向D1及所述第二方向D2移动时，各个所述洗墙机吊挂杆40及各个所述水袋吊挂杆50相对所述框架本体10的中央水平向外展开。
请同时参照图1至图5，并配合以下叙述来说明所述洗墙机吊挂结构1000如何吊挂所述洗墙机结构并配合不同厚度的女儿墙W1,W2。
如前述及图1可知，所述洗墙机吊挂结构1000的各组件是通过螺丝组装，故易于拆装，方便收纳与装设。
首先，将所述洗墙机吊挂结构1000的各组件在大楼楼顶组装。
接着，当决定所要用的洗墙机结构的尺寸，并通过所述多个缆线L吊挂所述洗墙机结构后，将二个配重水袋100分别挂设于所述水袋吊挂部90，并装填水来增加重量以对应所述洗墙机结构的重量，由于所述配重水袋100与所述洗墙机结构相对于所述框架本体10的中央是对称吊挂，故可防止所述框架本体10倾斜而翻倒。
接着，将所述洗墙机吊挂结构1000靠近大楼楼顶的女儿墙W1后，通过所述吊挂杆驱动装置30调整所述洗墙机吊挂杆40伸缩以对应所述女儿墙W1的厚度，从而使所述洗墙机结构能顺利地清洗墙面；并且，由于所述吊挂杆驱动装置30的设置，使得所述洗墙机吊挂杆40被伸缩的同时，所述水
袋吊挂杆50也被伸缩，所述配重水袋100与所述洗墙机结构相对于所述框架本体10的中央仍呈现对称吊挂，故可防止所述框架本体10倾斜而翻倒。
此外，由图1及图3可知，通过所述第一限位单元60的设置，当所述洗墙机结构挂设于所述洗墙机吊挂部70而产生向下的力量时，所述第一限位单元60与所述水袋吊挂杆50相互限位，以避免所述洗墙机吊挂杆40产生变形；同时，通过所述第一限位单元60与所述水袋吊挂杆50相互限位，可使所述洗墙机结构挂设于所述洗墙机吊挂部70而产生向下的力量与所述配重水袋100挂设于所述水袋吊挂部90而产生向下的力量相互抵消，从而避免所述水袋吊挂杆50变形。
接着，如图5所示，当所述女儿墙W2的厚度大于所述女儿墙W1的厚度时，通过所述吊挂杆驱动装置30调整所述洗墙机吊挂杆40伸长，从而使所述洗墙机结构能顺利地清洗墙面。由此可知，通过上述结构，可应用于各种厚度的女儿墙W1,W2。
综上所述，本发明的洗墙机吊挂结构通过所述吊挂杆驱动装置、所述洗墙机吊挂杆及所述水袋吊挂杆的设置，可应用于各种厚度的女儿墙、各种尺寸的洗墙机结构，有效防止所述洗墙机吊挂结构倾斜而翻倒；此外，由于结构简单且不用锁固于所述女儿墙，故易于拆装、移动与收纳。
接着，如图6所示，当图未示的洗墙机结构的尺寸与重量较大时，通过增加所述多个配重水袋100的数量来达到平衡，此外，所述洗墙机吊挂结构1000还包含一水袋吊挂辅助杆120，其两端分别连接于各个所述水袋吊挂杆50的第二端54；借此，增加所述多个配重水袋100所能挂设的位置。
此外，所述洗墙机吊挂结构1000还包含至少一框架本体驱动装置130，可分离地设置于所述框架本体10的底部，以驱动所述框架本体10移动；借此，让所述洗墙机吊挂结构1000自动横向移动，从而变更所述洗墙机结构清洗所述墙面的位置。
再者，各个所述配重水袋100还分别具有一排水部101，用于排水，故当使用者清洗完墙面而将所述洗墙机结构与所述洗墙机吊挂结构1000分离后，通过将所述配重水袋100中的水排出，以减轻所述洗墙机吊挂结构1000的重量，以利于使用者移动与收纳所述洗墙机吊挂结构1000。
由图6及图7可知，当所述女儿墙W3,W4的厚度不同时，通过所述吊
挂杆驱动装置30调整所述洗墙机吊挂杆40伸长，从而使所述洗墙机结构能顺利地清洗墙面。由此可知，通过上述结构，可应用于各种厚度的女儿墙W1,W2,W3,W4。
综上所述，本发明的洗墙机吊挂结构通过所述吊挂杆驱动装置、所述洗墙机吊挂杆及所述水袋吊挂杆的设置，可应用于各种厚度的女儿墙、各种尺寸的洗墙机结构，有效防止所述洗墙机吊挂结构倾斜而翻倒；此外，由于结构简单且不用锁固于所述女儿墙，故易于拆装、移动与收纳。
本发明在上文中已以较佳实施例公开，然而本领域的技术人员应理解的是，所述实施例仅用于描绘本发明，而不应解读为限制本发明的范围。应注意的是，举凡与所述实施例等效的变化与置换，均应设为涵盖于本发明的范畴内。因此，本发明的保护范围当以权利要求所界定者为准。
Claims (5)
- 一种洗墙机吊挂结构，其特征在于，包含：一框架本体；一缆线控制装置，可分离地设置于所述框架本体；一吊挂杆驱动装置，设置于所述框架本体，并具有一驱动马达、一第一齿轮单元、一第二齿轮单元及一连动杆，所述连动杆连接所述第一齿轮单元及所述第二齿轮单元，所述驱动马达驱动所述第一齿轮单元转动，当所述第一齿轮单元转动时，通过所述连动杆带动所述第二齿轮单元同步转动；二个洗墙机吊挂杆，分别通过一排齿轮对应齿啮合于所述第一齿轮单元及所述第二齿轮单元，各个所述洗墙机吊挂杆相对各个所述齿轮对应齿的一侧分别具有一第一滑轨，且各个所述洗墙机吊挂杆分别具有一第一端及一第二端，当所述第一齿轮单元及所述第二齿轮单元转动时，分别带动各个所述齿轮对应齿，以使所述洗墙机吊挂杆朝一第一方向移动，所述第一方向水平于一地面；二个水袋吊挂杆，分别通过一排齿轮对应齿啮合于所述第一齿轮单元及所述第二齿轮单元，各个所述水袋吊挂杆相对各个所述齿轮对应齿的一侧分别具有一第二滑轨，且各个所述水袋吊挂杆分别具有一第一端及一第二端，当所述第一齿轮单元及所述第二齿轮单元转动时，分别带动各个所述齿轮对应齿，以使所述水袋吊挂杆朝一第二方向移动，所述第二方向与所述第一方向相差180°；二个第一限位单元，分别设置于各个所述洗墙机吊挂杆的第一端，以分别限位各个所述水袋吊挂杆，且各个所述第一限位单元分别具有一第一滑动单元，分别滑动于各个所述第二滑轨；二个洗墙机吊挂部，分别设置于各个所述洗墙机吊挂杆的第二端；二个第二限位单元，分别设置于各个所述水袋吊挂杆的第一端， 以分别限位各个所述洗墙机吊挂杆，且各个所述第二限位单元分别具有一第二滑动单元，分别滑动于各个所述第一滑轨；二个水袋吊挂部，分别设置于各个所述水袋吊挂杆的第二端；至少一配重水袋，可拆装地挂设于所述水袋吊挂部的至少一个上；及多个滚轮，设置于所述框架本体的底部；其中，各个所述洗墙机吊挂杆的第一端对应各个所述水袋吊挂杆的第二端。
- 如权利要求1所述的洗墙机吊挂结构，其特征在于，还包含一水袋吊挂辅助杆，其两端分别连接于各个所述水袋吊挂杆的第二端。
- 如权利要求2所述的洗墙机吊挂结构，其特征在于，还包含至少一框架本体驱动装置，可分离地设置于所述框架本体的底部，以驱动所述框架本体移动。
- 如权利要求1所述的洗墙机吊挂结构，其特征在于，还包含至少一框架本体驱动装置，可分离地设置于所述框架本体的底部，以驱动所述框架本体移动。
- 如权利要求1至4中任一项所述的洗墙机吊挂结构，其特征在于，所述配重水袋具有一排水部。
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