WO2012000133A1 - 墙板自动清洗机 - Google Patents

墙板自动清洗机 Download PDF

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Publication number
WO2012000133A1
WO2012000133A1 PCT/CN2010/000987 CN2010000987W WO2012000133A1 WO 2012000133 A1 WO2012000133 A1 WO 2012000133A1 CN 2010000987 W CN2010000987 W CN 2010000987W WO 2012000133 A1 WO2012000133 A1 WO 2012000133A1
Authority
WO
WIPO (PCT)
Prior art keywords
long axial
long
brush
disposed
sliding
Prior art date
Application number
PCT/CN2010/000987
Other languages
English (en)
French (fr)
Inventor
廖福彰
Original Assignee
Liao Fu-Chang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Liao Fu-Chang filed Critical Liao Fu-Chang
Priority to KR1020127033297A priority Critical patent/KR20130027534A/ko
Priority to EP10853840.6A priority patent/EP2589326A4/en
Priority to PCT/CN2010/000987 priority patent/WO2012000133A1/zh
Priority to US13/699,927 priority patent/US20130097790A1/en
Priority to JP2013504087A priority patent/JP2013523354A/ja
Publication of WO2012000133A1 publication Critical patent/WO2012000133A1/zh

Links

Classifications

    • B08B1/12—
    • 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
    • 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
    • A47L1/00—Cleaning windows
    • A47L1/02—Power-driven machines or devices
    • B08B1/30—
    • B08B1/32—
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
    • B08B3/02—Cleaning by the force of jets or sprays
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G23/00—Working measures on existing buildings
    • E04G23/002—Arrangements for cleaning building facades
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G23/00—Working measures on existing buildings
    • E04G23/002—Arrangements for cleaning building facades
    • E04G23/004—Arrangements for cleaning building facades with arrangements for collecting waste water or cleaning products
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S40/00—Safety or protection arrangements of solar heat collectors; Preventing malfunction of solar heat collectors
    • F24S40/20—Cleaning; Removing snow
    • A—HUMAN NECESSITIES
    • A46—BRUSHWARE
    • A46B—BRUSHES
    • A46B13/00—Brushes with driven brush bodies or carriers
    • A46B13/02—Brushes with driven brush bodies or carriers power-driven carriers
    • 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
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/40—Solar thermal energy, e.g. solar towers

Definitions

  • the utility model relates to a washing machine, in particular to a wallboard automatic cleaning machine for wallboard cleaning. Background technique
  • the cleanliness of the external walls of the building can affect the perception of the building and have a great impact on the appearance of the city.
  • Especially the glass curtain buildings can be viewed from the inside to the outside. It is more important to clean and otherwise, in addition, solar panels
  • the cleanliness of the surface is one of the important factors that affect its efficiency.
  • the cleaning operation of the existing building exterior wall panel or the outside of the glass is generally carried out by hanging the basket and cleaning by manual brushing.
  • the solar panel surface is also important for improving the efficiency of the cleaning operation.
  • the main object of the utility model is to overcome the defects of the existing cleaning methods of the outer wall, the glass or the solar panel, and to provide a novel structure of the wallboard automatic cleaning machine, the technical problem to be solved is to make it It can save manpower for cleaning work and is very suitable for practical use.
  • An automatic wallboard cleaning machine comprises:
  • At least two long axial tracks which are fixed in parallel to the outer side of the wall panel, and each long axial track is a long axially extruded structure;
  • At least two sliding bases respectively movably disposed on corresponding long axial rails, each sliding machine base being formed with an outer edge shape of the long axial rail, and respectively driven by a main power mechanism in a long axial orbit Long axial movement;
  • At least two brush power mechanisms are respectively disposed on the corresponding sliding bases
  • each long axial brush disposed between each brush power mechanism of the adjacent two sliding bases, each long axial brush being a long rod body provided with bristles, each long axial brush and long axis Orbit to each other Vertically, and the bristles selectively contact the face of the wall panel, the brush power mechanisms drive the long axial brush to move relative to the slide base.
  • a sliding machine base is arranged on each sliding machine base, and each brush power mechanism is disposed on a corresponding roller machine base, and each brush power mechanism is a rotating power mechanism of the shaft.
  • the shaft of the brush power mechanism faces in a direction perpendicular to the long axial track, and the two-phase material can be a soft brush. , H ° '. ,
  • each brush power mechanism is disposed on a corresponding sliding machine base, and each brush power mechanism is a linear action device in which the shaft can move up and down linearly, and the axial direction of the linear actuator is oriented and long.
  • the axial track forms a vertical direction, and the coupling between the shafts of the two adjacent brush power mechanisms is pivoted with a long axial brush.
  • each linear actuator and each of the long axial brushes respectively have a long axial through hole and are located at opposite positions, and are perforated in each linear actuator and each long axial brush.
  • a long rod body is interposed, and the long axial brush is pivotally coupled to the shaft of the two adjacent brush power mechanisms on the long rod body, and the linear actuator can move the long axial brush up and down.
  • each brush power mechanism is disposed on a corresponding sliding machine base, each brush power mechanism is a linear action device capable of moving up and down, two adjacent brush power machines ; a long axial brush is provided, and each linear actuator is coupled with one end of a power expansion member, and the other end of the power expansion member is coupled to each sliding frame on a loose leaf, and the linear actuators are relatively movable through the power expansion member.
  • the sliding bases are moved back and forth relative to the wall panel such that the long axial brushes selectively contact the wall panel.
  • a protective cover is disposed on an outer side of each of the long axial brushes, a duct is formed on the cover, and a partition having a perforation is formed on a side of the duct toward the wall.
  • each of the long axial rails has a fixing groove, and the fixing groove can fix the long axial rail to the wall panel by a convex nut.
  • the long axial track has a plurality of long axial groove guide rails
  • the sliding machine base is provided with a plurality of rollers on the upper side
  • the roller provided by the sliding machine base corresponds to the groove of the long axial track.
  • the groove guide rail can roll the roller pivoted on the slide base on the groove guide rail.
  • a long axial rail is provided on the long axial track, and a corresponding conductive frame is disposed on the sliding base.
  • a long axial water conduit and a long axial magnet guide groove are formed on each long axial track, and the side of the long axial rail adjacent to the wall panel is disposed on the wall of the water conduit tube.
  • a magnetic valve and each magnetic valve is separated by a breaking distance, and the water conduit is adjacent to the magnet guide groove
  • a long axial magnetic body that moves synchronously with the sliding base is disposed on the magnet guide groove to control the magnetic width.
  • the magnetic valve has a ring body, a magnet, a spring, a water stop gasket and a magnetic sheet body
  • the ring body forms an inner diameter, and one end of the inner diameter is formed. Closed and the other end is an opening, a plurality of long axial grooves are formed in the inner diameter of the pipe wall, and a through hole is formed in the ring wall of the ring body with respect to each groove, and the magnet is threaded with a spring
  • the water stopping gasket and the magnetic sheet body are sequentially disposed at the opening of the inner diameter of the inner tube diameter, and the water stopping gasket and the magnetic sheet body respectively form a perforation.
  • the spring constantly biases the magnet toward the water stop gasket to close its perforation.
  • a long axial rack is disposed in a long axial direction of each long axial rail, and a main power mechanism is disposed on each sliding base, and a shaft of the main power mechanism is provided with a gear, and the gear corresponds to Long axial rack.
  • each of the long axial rails is respectively provided with a rotatable long shaft in a direction perpendicular to the vertical direction thereof, and an axle is disposed on the long shaft at opposite ends of each of the long axial rails.
  • a pull member is disposed between each axle and the corresponding sliding base.
  • the long shaft is combined with an auxiliary power mechanism to drive the long shaft to rotate.
  • the utility model has obvious advantages and beneficial effects.
  • the wall panel automatic cleaning machine of the utility model has at least the following advantages and beneficial effects:
  • the utility model can slide on the long axial track by the sliding machine base, and the brush power mechanism can drive the long axial brush
  • the design of the brushed wallboard can achieve the effect of automatic cleaning of the wallboard, thereby saving the labor cost of the cleaning operation.
  • the utility model relates to an automatic wall cleaning machine, which can be used for cleaning the surface of an external wall, a glass or a solar panel, and the automatic cleaning machine for the wallboard is on the periphery or the surface of the object to be cleaned.
  • a plurality of long axial rails are fixed in a parallel and array pivoting manner, and a water conduit is formed on the long axial rail and a power rail is disposed, and a plurality of magnetic valves are arranged on the wall of the water conduit in a spaced manner.
  • a sliding base is arranged on the axial track, a conductive frame corresponding to the electric rail is arranged on the sliding base, and a long axial magnetic body capable of opening and closing the cleaning water with magnetic force relative to the magnetic cymbal is arranged, and the sliding base is provided with
  • the brush power mechanism, the shaft setting direction of the brush power mechanism is perpendicular to the long axial track and combined with the long axial brush to scrub the wall panel, and the cover plate is disposed outside the long axial brush.
  • Figure 1 is a perspective view showing the appearance of a first preferred embodiment of the present invention.
  • FIG. 2 is a perspective view showing the appearance of the cover removed in the first preferred embodiment of the present invention.
  • Figure 3 is an exploded perspective view of the first preferred embodiment of the present invention.
  • Figure 4 is an exploded perspective view of the magnetic valve of the first preferred embodiment of the present invention.
  • Figure 5 is a side elevational view of the long axial track of the first preferred embodiment of the present invention.
  • Figure 6 is a side elevational view of a first preferred embodiment of the present invention.
  • Figure 7 is a schematic view showing the combination of the axle and the pulling member of the first preferred embodiment of the present invention.
  • Figure 8 is a perspective view showing the appearance of a second preferred embodiment of the present invention.
  • Figure 9 is a perspective view showing the appearance of the cover removed in the second preferred embodiment of the present invention.
  • Figure 10 is an exploded perspective view of a second preferred embodiment of the present invention.
  • Figure 11 is a side elevational view of a second preferred embodiment of the present invention.
  • Fig. 12 is a schematic view showing the linear actuator of the power expansion member of the second preferred embodiment of the present invention. The best way to achieve your invention
  • Figure 1 is an external perspective view of a first preferred embodiment of the present invention.
  • Fig. 2 is a perspective view showing the removal of the cover in the first preferred embodiment of the present invention.
  • Figure 3 is an exploded perspective view of the first preferred embodiment of the present invention.
  • the specific construction of the first preferred embodiment of the present invention includes a magnetic valve 30, a long axial rail 10, a sliding base 20, a brush power mechanism 60, a long axial brush 50, and a cover 70.
  • the magnetic valve 30 has a ring body 301, a magnet 302, a spring 303, a water stop gasket 304, and a magnetic sheet body 305.
  • the ring body 301 forms an inner diameter 3011. One end of the 3011 is closed and the other end is an opening.
  • the inner diameter 3011 forms two different diameters. The diameter of the tube at one end of the opening is larger than the diameter of the closed end.
  • the inner diameter 3011 is formed on the tube wall. a plurality of long axial grooves 3012. Further, a through hole 3013 is formed in the ring wall of the ring body 301 with respect to each groove 3012.
  • the surface of the magnet 302 is rustproofed and hardened, and formed.
  • Two different outer diameter cylinders the outer diameter of the two outer diameters of the magnet 302 is equal to the inner diameter of the inner diameter 3011 of the second section, and the cylinder having a smaller outer diameter of the magnet 302 is equal to the inner ring of the spring 303.
  • Dimensions, and a cylinder having a small outer diameter of the magnet 302 is disposed through the spring 303 to be disposed between the inner diameter 3011.
  • the spring 303 is located at the inner diameter 3011 of the larger size, and the water stop gasket 304 is
  • the magnetic sheet body 305 is sequentially disposed from the inside to the outside by screws 306.
  • the opening of the inner diameter 3011 is provided with a through hole 3041 at the center of the water stop gasket 304.
  • the center of the magnetic sheet body 305 is also provided with a perforation 3 0 5 1 , and the spring 303 constantly faces the magnet 302 toward the water stop gasket.
  • the 304 biasing force pushes the elastic contact between the magnet 302 and the water stop gasket 304 to close the through hole 3041.
  • Figure 5 is a side elevational view of the long axial track of the first preferred embodiment of the present invention.
  • the long axial rail 10 can be designed as an aluminum extruded structure, and the outer edge can be a rectangular body.
  • the rectangular body has a plurality of long axial shaft holes and a plurality of long axial IHJ grooves, one of which has a long axis.
  • the axial hole may be provided as a water conduit 101, wherein three long axial grooves of the plurality of long axial grooves are disposed as groove guides 102, and the three IHJ groove guides 102 are respectively located in the long axial track 10
  • the other grooves of the long axial rail 10 are respectively provided as a fixing groove 103, a rail fixing groove 104, a magnet guide groove 105, a magnetic valve fixing groove 106, and a tooth.
  • a fixing groove 107 wherein the shaft hole of the water conduit 101 is disposed adjacent to the magnet guiding groove 105 and is in the same orientation, and a groove of the magnetic valve fixing groove 106 is fixed on the pipe wall of the water pipe 101
  • a plurality of shaft holes 1061 are formed on the side, and a distance is formed between the shaft holes 1061.
  • the shaft holes 1061 are respectively provided with the magnetic width 30 formed.
  • the magnetic valve 30 is an axis formed on the ring body 301.
  • the hole 3014 is fixed to the wall of the magnetic valve fixing groove 106 by screwing, and
  • the magnet guide groove 105 is provided with a long axial magnetic body 1051 which is matched with the magnet guide groove 105.
  • the electric rail fixing groove 104 is provided with a long axial electric rail 1041.
  • the long axial electric rail 1041 is provided.
  • the end of the long axial power rail 1041 is electrically connected to the power source.
  • the rack fixing groove 107 is provided with a long axial rack 1071, and the bottom of the long axial rack 1071 is fixed to the rack.
  • the groove 107 is matched in size, and the top of the long-axis rack 1071 is formed in a tooth-shaped tooth shape, and the tooth shape of the long-axis rack 1071 is oriented toward the side.
  • the sliding frame 20 is a combination of a sliding structure frame 200 and a plurality of rollers 202.
  • the sliding structure frame 200 is formed to fit the outer dimension of the long axial track 10 and is wrapped in the long axial track. 10 outside frame body, at each end of the slide structure frame 200, a shaft hole 203 is disposed at each of the three face-facing groove guides 102 of the long axial track 10, and the shaft holes 203 are combined by screws 204.
  • a roller 202 is disposed, and a conductive frame 205 is disposed at an inner side of the sliding structure frame 200.
  • the conductive frame 205 is located at an opposite portion of the long-axis power rail 1041, and the opposite ends of the sliding structure frame 200 are opposite to the magnet guiding groove 105.
  • a flange 206 is formed at the position, and a long axial magnetic body 1051 is disposed between the two flanges 206 with respect to the magnet guide groove 105, and a pull rod pivot hole 2061 is formed on the flange 206, and A power mechanism fixing base 2072 is formed on the sliding structure frame 200, and a gear through hole 2073 is formed on the upper side plate body of the sliding seat structural frame 200 with respect to the long axial rack 1071.
  • the power mechanism is fixed.
  • a main power mechanism 207 is fixed to the seat 2072, and a gear 2071 is disposed on the shaft of the main power mechanism 207.
  • the wheel 2071 is located at the gear hole 2 Q73 and is disposed on the long axial rail 10, and the slide frame 200 of the sliding frame 20 is combined with the plurality of rollers 202. Can slide according to the long axial track 10, the conductive frame 205 The conduction with the long axial power rail 1041 enables the sliding base 20 to be powered for use by the main power mechanism 207, which can drive the sliding base 20 to move over the long axial track 10.
  • the brush power mechanism 60 is disposed on an annular roller base 201.
  • the annular roller base 201 is disposed on the sliding base 20.
  • the annular roller base 201 is a flat plate body having two upper and lower sides.
  • the structure of the semicircular plate body is spaced apart by a distance between the upper and lower semicircular plates, and a shaft hole is formed at each center of the two semicircular plates, and the two semicircles are centered on the axis hole
  • a brush power mechanism 60 is disposed between the plate bodies.
  • the brush power mechanism 60 can be a body of a circular tube body.
  • the two ends of the brush power mechanism 60 form a rotating shaft 601.
  • the two rotating shafts 601 are disposed on the two.
  • the shaft hole at the center of the semicircular plate body is convex and has a length.
  • the shaft 601 of the brush power mechanism 60 faces in a direction perpendicular to the long axial rail 10, and the outer ring of the annular roller base 201
  • a bracket 2011 is provided, and the bracket 2011 is provided with a fixed pivot hole 2012 for fixing the cover 70, and one side of the annular roller base 201 forming the plane plate is fixed to the slide base 20 At the side.
  • the long axial brush 50 is provided with a long axial circular tube body 501, and a shaft hole 502 and a key groove are respectively disposed at two axial ends of the long axial circular tube body 501, and the shaft hole 502 is matched with the brush power mechanism.
  • the outer diameter of the shaft 601 of the 60 is provided with annular bristles 503 on the ring wall of the long axial tube 501.
  • the material of the bristles 503 is a soft bristles 503.
  • the cover plate 70 can form a semi-circular structure for the plate body, and the inner circular diameter of the semi-circular structure is larger than the rotation diameter of the bristles 503 of the long axial brush 50 .
  • a shaft hole 701 that can be fixed to the annular roller base 201 is disposed on the plate body of the cover plate 70.
  • the outer wall panel 90 of the building is provided with a plurality of long axial rails 10 arranged horizontally and in a parallel array manner.
  • the combination of the long axial rails 10 and the outer wall panel 90 is:
  • a fixing nut 1031 corresponding to the fixing groove 103 is disposed on the fixing groove 103 formed by the axial rail 10, and a fixing member 1033 is further disposed.
  • the fixing member 1033 is a long plate structure.
  • Three axially-arranged shaft holes 1034 are formed on the surface of the member 1033, and a screw hole 1034 is inserted through the shaft hole 1034 in the middle thereof, and the convex nut 1031 is screw-locked to the fixing member 1033, and then the screw 1032 is used.
  • the long axial track 10 is provided with at least one sliding frame 20, for example, on the outer wall.
  • Three long axial rails 10 are arranged in parallel on the plate 90, and each of the long axial rails 10 is provided with a sliding machine.
  • a sliding brush power mechanism 60 is disposed on each of the sliding bases 20, and a long axial brush 50 is disposed between the two adjacent brush power mechanisms 60.
  • the sliding bases '20 and the long axial brushes are respectively disposed.
  • the long axial track 1041 and the conductive frame 205 are disposed on the group axial track 10, and the set of long axial tracks 10 and the conductive frame 205 provided with the long axial power track 1041 can supply synchronous sliding machines.
  • the brush power mechanism 60 and the main power mechanism 207 on the seat 20 are used, and the shaft 601 between the brush power mechanisms 60 on each adjacent two sliding bases 20 and the shaft hole 502 at both ends of the long axial brush 50, respectively.
  • the pivoting is arranged in such a manner that the shaft holes 502 of the two axial ends of the long axial brush 50 are sleeved on the shaft 601 of the brush power mechanism 60 provided on the two sliding machine bases 20 to form a joint pivoting a cover plate 70 is disposed on the outer side of the long axial brush 50 between the adjacent two sliding bases 20 with a screw 702 and a pivot hole 2012 of the annular roller base 201.
  • a rotatable long shaft 80 is disposed on the outer wall panel 90 of the building at both ends of each long axial rail 10, and the long shaft 80 is provided The orientation is a direction perpendicular to the long axial rail 10, and is disposed on the long shaft 80 with a plurality of bearing seats 801 pivoted on the outer wall panel 90 of the building.
  • An axle 802 is disposed on each of the two ends of the long axial rail 10, as shown in FIG. 7 , which is a schematic view of the combination of the axle and the pulling member of the first preferred embodiment of the present invention.
  • a spiral groove 8021 is formed on the shaft diameter of the axle 802.
  • One end of the pulling member 803 is fixed on the spiral groove 8021 of the wheel shaft 802.
  • the pulling member 803 can be designed as a cable, a chain, and the like.
  • the other end of the pull member 803 is coupled to the pull rod pivot hole 2061 of the slide base 20 opposite to the side of the axle 802.
  • the long shaft 80 is combined with an auxiliary power mechanism 804, and the auxiliary power mechanism 804 can rotate relative thereto.
  • the long shaft 80, the transmission mode of the long shaft 80 and the auxiliary power mechanism 804 is prior art and will not be described in detail.
  • the long axial brush 50 is disposed on the outer wall panel 90 of the building, and the upper and lower sides are formed in a straight line shape and coupled to the sliding base 20 provided by the long axial rail 10, the sliding machines
  • the main power mechanism 207 or the long shaft 80 provided on the seat 20 can drive the sliding bases 20 and the long axial brushes 50 to slide synchronously with the auxiliary power mechanism 804.
  • the cleaning water is introduced into the water conduit 101 on each long axial rail 10 , and then the sliding machines are started.
  • the main power mechanism 207 or the long shaft 80 disposed on the seat 20 drives the sliding machine base 20 and the long axial brush 50 to slide on the long axial track 10 in synchronization with the auxiliary power mechanism 804, and can activate the sliding base.
  • the brush power mechanism 60 on the 20 rotates the long axial brush 50, and the brush power mechanism 60 rotates the long axial brush 50 to form a centrifugal force so that the bristles 503 contact the outer wall panel 90, and the two ends of the sliding frame 20
  • the formed flange 206 can push the long axial magnetic body 1051 provided on the magnet guide groove 105 to slide, and the magnetic force of the magnet 302 of the magnetic valve 30 by the long axial magnetic body 1051 and the magnetic valve 30 when the slide base 20 passes.
  • the gap between the magnet 302 and the water stop gasket 304 is formed.
  • the water in the water conduit 101 is drained by the perforation 3013 through the recess 3012 of the inner diameter 3011, and the water is washed by the perforation 3041 and the perforation 30 5 1 to be cleaned.
  • the long axial magnetic body When the sliding mechanism 20 moves away from the magnetic valve 30, the magnetic valve 30 is subjected to the elasticity of the spring 303 and the magnetic attraction between the magnetic sheet body 305 and the magnet 302, so that the magnet 302 and the water stop gasket 304 are formed.
  • the sealing can block the water discharge in the water conduit 101, and the water stopping force for forming the tight contact between the magnet 302 and the water stop gasket 304 can be separately made by the elastic force of the spring 303 to the magnet 302 and the water stop gasket 304.
  • the magnetic force of the magnet 302 and the magnetic sheet body 305 may be used to tightly seal the magnet 302 and the water stop gasket 304, or the magnet 302 may be used as shown in the figure.
  • the spring 303 and the magnetic sheet body 305 are used in combination to seal the magnet 302 and the water stop gasket 304, but the magnetic attraction between the long axial magnetic body 1051 and the magnet 302 is greater than that of the magnet 302.
  • the cover 70 can collect the cleaning water during the cleaning process of the long axial brush 50 to clean
  • the rear water is discharged from the bottom of the cover 70, and has a protective mechanism and an aesthetic effect, by the above Construction mode washable building exterior wall 90 easily.
  • FIG. 8 is an external perspective view of a second preferred embodiment of the present invention.
  • the S ® 9 is an external perspective view of the cover removal in the second preferred embodiment of the present invention.
  • Figure 10 is an exploded perspective view of a second preferred embodiment of the present invention.
  • the second preferred embodiment of the present invention is constructed in the same manner as the first preferred embodiment in that a plurality of long axial rails 10 are disposed on the outer wall panel 90 in a parallel, array manner, and also in the long axes.
  • a movable slide base 20 is provided to the rail 10, and the second preferred embodiment differs from the first preferred embodiment in that the above preferred embodiment is provided with rotatable hair on each slide base 20.
  • the brush power mechanism 60 is provided with a long axial brush 50 on the brush power mechanism 60 and cleans the outer wall panel 90 in a rolling manner, which is applicable to the cleaning of the wall panel having a large unevenness, and the second preferred embodiment
  • the brush power mechanism 60 is two linear actuators 60B that can be moved up and down.
  • the linear actuators 60B are disposed on the respective sliding bases 20 and reciprocally linearly.
  • the center of the shaft 601B of each linear actuator 60B is A shaft hole 602B is formed and a long rod body 22B is fixedly disposed.
  • a long axial brush 50B is coupled between adjacent two linear actuators 60B on the long rod body 22B.
  • the linear actuator 60B can reciprocate the long axial hair.
  • the brush 50B cleans the outer wall panel 90, and the second preferred embodiment is suitable for relatively flat Wall panels, and the application to the two slide base 20 has a longer pitch used.
  • the specific construction of the second preferred embodiment of the present invention includes a long axial rail 10, a magnetic valve 30, a slide base 20, a linear actuator 60B, a long axial brush 50B, and a cover 70B;
  • the magnetic valve 30, as shown in Fig. 4, is the same as that of the first preferred embodiment, and the description thereof will not be repeated.
  • the linear actuator 60B can be a linear actuator 60B that is formed by the air pressure or the electric power to form an up-and-down motion.
  • the outer side of the linear actuator 60B can form a loop body shape, and the center of the loop body can be placed up and down.
  • the operating shaft 601B, the shaft 601B defines a through hole 602B at the center thereof, and the two ends of the linear actuator 60B are formed with two lugs on both sides of the radial direction, and the ends of the two lugs formed on one side thereof
  • Each of the shaft holes 603B is formed, a rotatable shaft 604B is disposed at the end of the other side of the lug, and a loose-leaf seat 61B is further disposed.
  • the bottom of the leaflet holder 61B is screwed to the side of the carriage structure frame 200.
  • the loose-leaf holder 61B defines a shaft hole 611B.
  • the shaft hole 603B formed on one side of the linear actuator 60B and the shaft 611B of the loose-leaf holder 61B are formed by a shaft 4 trunk 612B.
  • the shaft of the linear actuator 60B is disposed.
  • the shaft 601B is formed in a direction perpendicular to the long axial rail 10, and a shaft hole 6041B is formed in a middle portion of the shaft 604B disposed on the other side of the linear actuator 60B.
  • the shaft hole 6041B is coupled to one end of a power expansion joint 600B.
  • the other end of the telescopic member 600B is in a loose-leaf manner
  • the side of the structural frame 200 is pivotally disposed.
  • the two axial ends of the linear actuator 60B are respectively provided with a long shaft-shaped positioning support 605B, and the positioning support 605B is provided with a rod base 606B.
  • the rod base 606B is in the shape of a plate and defines a shaft hole 6061B.
  • the positioning rod 605B is disposed away from the shaft hole 6061B.
  • the positioning rod 605B is perpendicular to the plate surface of the rod base 606B and faces the long axis. A length is protruded from the brush 50B.
  • the shaft hole 6061B of the rod base 606B is centered on the shaft 601B of the linear actuator 60B and is fixed to the ends of the linear actuator 60B at both ends.
  • the long axial brush 50B is composed of a long axial bracket 501B and a brush structure 502B.
  • the long axial bracket 501B forms a long axial structure, and the long axial direction thereof
  • the side has a through hole 504B.
  • the tube wall 504B is provided with a plurality of fixed pivot holes 507B.
  • the long axial support 501B is provided with a plurality of shaft holes 505B at the side of the structural plate body.
  • the structure 5Q2B also forms a long axial structure body, the length of the outer side of the plate body and the plate surface are opposite to the long axial support 501B, one side of the plate body is provided with bristles 503B, and the other side plate A pivot hole 5051B is provided on the body, and the pivot hole 5051B corresponds to the shaft hole 505B of the long axial bracket 501B and is coupled by a screw 508B. Further, at both ends of the long axial bracket 501B away from the shaft hole 504B Each of the shaft holes 509B is formed in the same direction as the shaft hole 504B and corresponds to the positioning rod 605B provided on the linear actuator 60B.
  • the cover 70B can be a U-shaped long axial structure formed by the plate body, and the cover can be provided in addition to the function of protecting the long axial brush 50B.
  • a partition 703B is formed between the outer sheet of the plate 70B and the long axial brush 50B.
  • the partition 703B forms a plurality of perforations 704B to form a long axial duct 705B.
  • FIG. 5 Referring to FIG. 5, FIG. 8, FIG. 9, FIG. 10 and FIG. 11, the second preferred embodiment of the present invention is illustrated by the embodiment of the building exterior wall panel 90.
  • the plurality of long axial rails 10 are disposed in a parallel array in a horizontal direction toward the outer wall panel 90 of the building, and the long axial rails 10 are combined with the outer wall panel 90 by the long axial direction.
  • the fixing groove 103 formed on the rail 10 is further matched with the convex nut 1031 and the screw 1032 of the fixing groove 103 to fix the long axial rail 10 to the outer wall panel 90, and the source is a pump.
  • a water pipe of the drum or the water pipe is electrically connected to the water conduit 101 formed on each of the long axial rails 10, and at least one sliding frame 20 is disposed on each of the long axial rails 10, for example, parallel on the outer wall panel 90 as shown.
  • each of the long axial rails 10 is provided with a sliding base 20, and a linear actuator 60B is disposed on each sliding base 20, and a long axis is disposed between the two adjacent linear actuators 60B.
  • the manner of providing the long axial brush 50B between the two linear actuators 60B is as follows: the long axial brush 50B and the shaft holes 504B, 602B of the linear actuator 60B are at the same center, one long
  • the rod body 22B is provided with a shaft hole 602B formed at the center of each linear actuator 60B and a shaft hole 504B of the long axial brush 50B.
  • the long rod body 22B may be a steel cable, a round steel bar, a flat steel bar or a pipe body, etc.
  • the long axial brush 50B and the long rod 22B are fixedly set by the screw 506B, and the linear actuator 60B
  • a pivot hole 6011B is formed in the side wall of the rod 601B, and is also screwed and fixed by the screw 6012B and the long 4 body 22B.
  • the shaft hole 509B of the long axial brush 50B and the positioning rod 605B of the linear actuator 60B are fixed. Also the same center, further, the brush of the long axial brush 50B faces the outer wall panel 90.
  • each of the long axial brushes 50B is arranged in the same straight line and perpendicular to the long axial rail 10, and a cover 70B is disposed at the outer side of the long axial brush 50B, and the cover 70B is open toward the long side.
  • the axial brush 50B is fixed to the body of each sliding frame 20, and the air duct 705B formed on the cover 70B can be combined with a blower 706B, and the blower 706B can be disposed at both ends of the air duct 705B. In an appropriate position, the air outlet of the air blower 706B is electrically connected to the air duct 705B.
  • the arrangement of the air blower 706B is not described in detail in the prior art, and the outer wall panel 90 of the building is in the above
  • a long shaft 80 is disposed at both ends of the long axial rail 10, and the long shaft 80 is coupled with an auxiliary power mechanism 804.
  • the auxiliary power mechanism 804 can relatively rotate the long shaft 80 to drive the sliding base 20 to slide. Referring to FIG. 2 and FIG. 7, the structure in which the auxiliary power mechanism 804 and the long shaft 80 drive the slide base 20 to slide is the same as that of the first preferred embodiment, and thus the description thereof will not be repeated.
  • the long axial brush 50B is formed in a line arrangement form on the outer wall panel 90 of the building and is coupled to the sliding base 20 of the long axial rail 10, by means of the linear actuator 60B.
  • the action can brush the outer wall panel 90, the main power mechanism 207 or the long shaft 80 can be driven by the auxiliary power mechanism 804 to slide the sliding base 20 and the long axial brush 50B synchronously on the long axial rail 10 .
  • FIG. 8, FIG. 9, FIG. 10 and FIG. 11, are application modes of the second preferred embodiment of the present invention.
  • the cleaning water is introduced into the water conduit 101 on each long axial track 10.
  • the main power mechanism 207 or the auxiliary power mechanism 804 disposed on the long shaft 80 drives the sliding bases 20 to slide synchronously on the long axial rail 10, and the shaft of the starting force expansion member 600B can be retracted.
  • the bristles 503B of the long axial brush 50B can abut against the outer wall panel 90, and
  • the linear actuator 60B on the slide base 20 can actuate the long axial brush 50B up and down, and the flange 206 at the two ends of the slide base 20 can push the long axial magnetic body 1051 disposed on the magnet guide groove 105 to synchronize.
  • the cleaning water can be discharged at a position when the sliding base 20 passes, thereby brushing the exterior wall panel 90 of the building, which is long
  • the magnetic valve 30 is subjected to the elasticity of the spring 303 and the magnetic attraction between the magnetic sheet body 305 and the magnet 302, so that the magnet 302 is stopped.
  • the barrier function of the water spacer 304 can block the water discharge in the water conduit 101.
  • the cover 70B can collect the cleaning water during the cleaning process of the long axial brush 50B, and can open the air blower 706B after cleaning.
  • the water droplets on the wall panel 90 are removed by discharging the strong wind at the perforations 704B of the partition 703B through the air duct 705B formed on the cover 70B.
  • the cover 70B has the functions of protection, water removal and aesthetics, and the material of the long axial track 10 has anti-oxidation and neatness and is arranged on the wall panel 90 of the building, the long axial hair
  • the brush 50B can be located on one side of the building when it is not normally operated.
  • FIG. 12 it is a schematic diagram of the linear actuator of the power expansion member of the second preferred embodiment of the present invention.
  • the shaft of the power expansion member 600B pushes out the linear actuator 60B to cause the bristles 503B of the long axial brush 50B to move away from the wall panel 90 to reduce the variation of the bristles 503B, and the protective cover 70B has protection and aesthetic effects.

Description

墙板自动清洗机 术领域
本实用新型涉及一种清洗机， 特别是涉及一种用于墙板清洗的墙板自 动清洗机。 背景技术
建筑物外墙的清洁与否可影响该建筑物的观感并对市容观瞻影响极 大 ,尤其是玻璃帷幕的建筑物可由内侧往外观看，其清洁与否则更为重 要，另夕卜，太阳能板板面的清洁与否是影响其效率高低的重要因素之一。
现有的建筑物外墙墙板或玻璃外侧的清洗作业方式， 一般是以吊篮吊 挂人员并以人工刷洗方式清洗， 另外， 太阳能板板面为使其效率提高其清 洁作业也非常重要， 但目前并无比较具体的自动清洁作业方式， 一般也是 以人工清洗作业方式进行清洗。
由此可见，上述现有的外墙、 玻璃或太阳能板的板面的清洗方式皆为人 工作业，相当耗费人力，因而有进一步改善的需要。 为了解决上述问题,相关 厂商莫不费尽心思来谋求解决之道， 但长久以来一直未见适用的设计被发 展完成， 而一般产品又没有适切结构能够解决上述问题， 此显然是相关业 者急欲解决的问题。 因此如何能创设一种新型结构的墙板自动清洗机，实属 当前重要研发课题之一， 亦成为当前业界极需改进的目标。 发明内容
本实用新型的主要目的在于， 克服现有的外墙、 玻璃或太阳能板的板 面的清洗方式存在的缺陷， 而提供一种新型结构的墙板自动清洗机， 所要 解决的技术问题是使其可以节省清洗作业的人力耗费， 非常适于实用。
本实用新型的目的及解决其技术问题是采用以下的技术方案来实现 的。 依据本实用新型提出的一种墙板自动清洗机， 包含：
至少二长轴向轨道， 其平行固设于墙板外侧， 各长轴向轨道为一长轴 向挤型结构体；
至少二滑动机座， 其分别可移动地设置于对应的长轴向轨道， 各滑动 机座配合长轴向轨道的外缘形体所形成， 并分别以一主动力机构驱动而在 长轴向轨道的长轴向移动；
至少二毛刷动力机构 , 其分别设置于对应的滑动机座上；
至少一长轴向毛刷， 其设置于相邻二滑动机座的各毛刷动力机构之 间，各长轴向毛刷为一设有刷毛的长杆体， 各长轴向毛刷与长轴向轨道彼此 垂直， 且刷毛可选择地接触于墙板的板面， 该等毛刷动力机构驱动长轴向 毛刷相对于滑动机座移动。 .
本实用新型的目的以及解决其技术问题还可以采用以下的技术措施来 . 进一步实现。
前述的墙板自动清洗机， 其中各滑动机座上设置一滚轮机座， 且各毛 刷动力机构设置于对应的滚轮机座 , 各毛刷动力机构为一种轴杆可转动的 动力机构， 毛刷动力机构的轴杆朝向与长轴向轨道形成垂直的方向， 两相 材料可为软质刷 。、 H ° ' 。 、
前述的墙板自动清洗机， 其中各长轴向毛刷的外侧设置有一护盖板。 前述的墙板自动清洗机， 其中各毛刷动力机构设置于对应的滑动机 座，各毛刷动力机构为一种轴杆可上下直线动作的直线动作器， 直线动作器 的轴扞朝向与长轴向轨道形成垂直的方向， 两相邻的毛刷动力机构的轴杆 间结合枢设有长轴向毛刷。
前述的墙板自动清洗机， 其中各直线动作器及各长轴向毛刷分别设有 一长轴向贯穿的穿孔且位于相对的位置， 并在各直线动作器及各长轴向毛 刷的穿孔间穿设一长杆体 , 在该长杆体上相对两相邻的毛刷动力机构的轴 杆间结合枢设该长轴向毛刷， 该直线动作器可上下动作该长轴向毛刷。
前述的墙板自动清洗机， 其中各毛刷动力机构设置于对应的滑动机 座，各毛刷动力机构为一种可上下动作的直线动作器， 两相邻的毛刷动力机 ; 构间结合枢设有长轴向毛刷， 各直线动作器结合一动力伸缩件的一端，该动 力伸缩件的另一端以活页方式结合于各滑动机座上， 该各直线动作器通过 动力伸缩件相可相对该各滑动机座并相对墙板间前后移动， 使该各长轴向 毛刷可选择地接触该墙板。
前述的墙板自动清洗机， 其中各长轴向毛刷的外侧设置有一护盖板，在 护盖板上形成一风管， 且风管朝向墙板的一侧形成一具有穿孔的隔板。
前述的墙板自动清洗机， 其中各长轴向轨道具有一固设凹槽， 固设凹 槽可借由一凸形螺帽将长轴向轨道固设于墙板上。
前述的墙板自动清洗机， 其中长轴向轨道具有多个长轴向的凹槽导 轨，滑动机座上枢设有多个滚轮， 且滑动机座设置的滚轮对应长轴向轨道的 凹槽导轨处， 凹槽导轨可供滑动机座枢设的滚轮在凹槽导轨上滚动。
前述的墙板自动清洗机， 其中长轴向轨道上设置有供电用的一长轴向 电轨， 并在滑动机座上设置对应的一导电架。
前述的墙板自动清洗机， 其中各长轴向轨道上形成有一长轴向水导管 及一长轴向磁铁导槽， 在长轴向轨道邻近墙板的一侧相对水导管管壁上设 置多个磁性阀， 且各磁性阀间间隔有一断距离， 水导管与磁铁导槽相邻且 为同一朝向， 磁铁导槽上设置与滑动机座同步移动的一长轴向磁吸体以控 制磁性阔。
前述的墙板自动清洗机， 其中磁性阀具有一环管体、 一磁铁、 一弹 簧、 一止水垫片及一磁吸片体， 环管体形成一内管径， 内管径的一端形成 闭合且另一端为开口， 内管径的管壁上形成多个长轴向的凹槽， 环管体的 环壁上相对于各凹槽处分别形成有一贯穿的穿孔， 磁铁穿设一弹簧并枢设 于环管体的内管径间， 止水垫片与磁吸片体由内而外依序设置于内管径的 开口处， 且止水垫片与磁吸片体分别形成一穿孔， 弹簧恒将磁铁朝向止水 垫片偏压以封闭其穿孔。
前述的墙板自动清洗机， 其中各长轴向轨道的长轴向设置有一长轴向 齿条， 各滑动机座上设置主动力机构， 主动力机构的轴杆设有一齿轮，且齿 轮对应于长轴向齿条。
前述的墙板自动清洗机， 其中各长轴向轨道的两端处以相对其垂直的 方向分别设置有一可转动的长轴杆， 长轴杆上相对各长轴向轨道的两端处 设置有一轮轴， 各轮轴与对应的滑动机座间设置一拉动件， 长轴杆结合设 置有一辅助动力机构以驱动长轴杆转动。
本实用新型与现有技术相比具有明显的优点和有益效果。 借由上述技 术方案， 本实用新型墙板自动清洗机至少具有下列优点及有益效果： 本实 用新型借由滑动机座可在长轴向轨道滑动， 且毛刷动力机构可驱动长轴向 毛刷刷洗墙板的设计， 可达成对墙板自动清洗的功效， 进而节省清洗作业 的人力耗费。
综上所述， 本实用新型是有关于一种墙板自动清洗机，可用于外墙、 玻 璃或太阳能板的板面的清洗， 墙板自动清洗机是在清洗标的物的周缘或板 面上的同一朝向， 以平行、 阵列枢设方式固设多个长轴向轨道， 长轴向轨 道上形成有水导管并设置电轨， 水导管的管壁上以间隔方式设置多个磁性 阀，长轴向轨道上设有滑动机座， 滑动机座上设置对应电轨的导电架， 并设 置一可相对磁性阃以磁吸力开闭清洗用水的长轴向磁吸体， 滑动机座上设 置有毛刷动力机构， 毛刷动力机构的轴杆设置方向与长轴向轨道形成垂直 并结合长轴向毛刷借以刷洗墙板， 并在长轴向毛刷外侧设置护盖板。 本实 用新型在技术上有显著的进步， 并具有明显的积极效果， 诚为一新颖、 进 步、 实用的新设计。
上述说明仅是本实用新型技术方案的概述， 为了能够更清楚了解本实 用新型的技术手段， 而可依照说明书的内容予以实施， 并且为了让本实用 新型的上述和其他目的、 特征和优点能够更明显易懂， 以下特举较佳实施 例，并配合附图，详细说明如下。 附图的简要说明
图 1是本实用新型的第一较佳实施例的外观立体图。
图 2是本实用新型的第一较佳实施例中护盖板移除的外观立体图。 图 3是本实用新型的第一较佳实施例的分解立体图。
图 4是本实用新型的第一较佳实施例的磁性阀的分解立体图。
图 5是本实用新型的第一较佳实施例的长轴向轨道的侧视图。
图 6是本实用新型的第一较佳实施例的侧视图。
图 7是本实用新型的第一较佳实施例的轮轴与拉动件的结合示意图。 图 8是本实用新型的第二较佳实施例的外观立体图。
图 9是本实用新型的第二较佳实施例中护盖板移除的外观立体图。 图 10是本实用新型的第二较佳实施例的分解立体图。
图 11是本实用新型的第二较佳实施例的侧视图。
图 12是本实用新型的第二较佳实施例的动力伸缩件推出直线动作器的 示意图。 实现发明的最佳方式
为更进一步阐述本实用新型为达成预定发明目的所采取的技术手段及 功效，以下结合附图及较佳实施例， 对依据本实用新型提出的墙板自动清洗 机其具体实施方式、 结构、 特征及其功效， 详细说明如后。
请参阅图 1、 图 2、 图 3所示， 图 1是本实用新型的第一较佳实施例的 外观立体图。 图 2是本实用新型的第一较佳实施例中护盖板移除的外观立 体图。 图 3是本实用新型的第一较佳实施例的分解立体图。 本实用新型的 第一较佳实施例的具体构造方式， 包括有磁性阀 30、 长轴向轨道 10、 滑动 机座 20、 毛刷动力机构 60、 长轴向毛刷 50及护盖板 70。
请配合参阅图 4所示， 是本实用新型的第一较佳实施例的磁性阀的分 解立体图。 该磁性阀 30具有一环管体 301、 一磁铁 302、 一弹簧 303、 一止 水垫片 304、 及一磁吸片体 305 , 该环管体 301形成一内管径 3011 , 该内管 径 3011的一端形成闭合且另一端为开口， 该内管径 3011形成二个大小不 同管径的设置形态， 位于开口一端的管径大于闭合一端的管径， 该内管径 3011的管壁上形成多个长轴向的凹槽 3012, 另外， 在该环管体 301的环壁 上相对于各凹槽 3012处分别形成有一贯穿的穿孔 3013,该磁铁 302表面经 过防锈及硬化处理， 并形成二个不同外径的柱体， 该磁铁 302 的二个外径 尺寸相等于上述二段内管径 3011的内径尺寸， 该磁铁 302外径尺寸较小的 柱体则相等于弹簧 303的内环尺寸， 并将该磁铁 302外径尺寸较小的柱体 穿设弹簧 303以设置于该内管径 3011间， 该弹簧 303位于.较大尺寸的该内 管径 3011 , 止水垫片 304与磁吸片体 305以螺丝 306由内而外依序设置于 内管径 3011的开口处，该止水垫片 304中心处设置有穿孔 3041， 该磁吸片 体 305的中心处也设置有穿孔 3051 , 弹簧 303恒将磁铁 302朝向止水垫片 304偏压，因弹性作用推动该磁铁 302与止水垫片 304间形成弹性接触以封 闭其穿孔 3041。
请配合参阅图 3及图 5所示， 图 5是本实用新型的第一较佳实施例的 长轴向轨道的侧视图。 该长轴向轨道 10可设计为铝挤型的构造， 其外缘可 为一矩形体， 该矩形体内部形成多个长轴向轴孔及多个长轴向 IHJ槽， 其中 的一个长轴向轴孔可设置为水导管 101 ,该多个长轴向凹槽的其中三个长轴 向凹槽设置为凹槽导轨 102 , 该三个 IHJ槽导轨 102分别位于该长轴向轨道 10径向的三个朝向面，此外， 该长轴向轨道 10的其他凹槽各设置为固设凹 槽 103、 电轨固设凹槽 104、 磁铁导槽 105、 磁性阀固设凹槽 106及齿条固 设凹槽 107，其中设置为该水导管 101的轴孔与该磁铁导槽 105形成相邻且 为同一朝向， 在该水导管 101的管壁上相对磁性阀固设凹槽 106的一侧形 成多个轴孔 1061 , 在各轴孔 1061间间隔有一段距离， 该各轴孔 1061各设 置有上述所形成的磁性阔 30,该磁性阀 30是以其环管体 301上形成的轴孔 3014以螺锁方式固设于磁性阀固设凹槽 106的壁体上，并在该磁铁导槽 105 上设置一与磁铁导槽 105相匹配尺寸的长轴向磁吸体 1051 , 该电轨固设凹 槽 104上则设置有长轴向电轨 1041，该长轴向电轨 1041在位于该长轴向电 轨 1041的端处与电源形成导通， 另外， 齿条固设凹槽 107设置有长轴向齿 条 1071 , 该长轴向齿条 1071其底部与该齿条固设凹槽 107的尺寸匹配， 该 长轴向齿条 1071顶部形成排齿状的齿形， 该长轴向齿条 1071的齿形朝向 夕卜侧。
该滑动机座 20,是以一滑座结构架 200及多个滚轮 202组合而成，该滑 座结构架 200—侧形成配合长轴向轨道 10的外侧尺寸，并包覆于长轴向轨 道 10外侧的架体，在该滑座结构架 200的两端相对该长轴向轨道 10的三个 朝向面的凹槽导轨 102处各设置轴孔 203，该各轴孔 203以螺丝 204各结合 枢设一滚轮 202 , 该滑座结构架 200内侧处设置导电架 205， 该导电架 205 位于上述长轴向电轨 1041的相对处，在该滑座结构架 200两端相对于磁铁 导槽 105的位置处形成一凸缘 206，在该二凸缘 206间相对于磁铁导槽 105 处设置有长轴向磁吸体 1051 , 并在该凸缘 206 上形成一拉杆枢设轴孔 2061 ,另外，该滑座结构架 200上形成一动力机构固设座 2072 , 并在该滑座 结构架 200的上侧板体相对该长轴向齿条 1071处形成一齿轮穿孔 2073,该 动力机构固设座 2072固设一主动力机构 207 , 该主动力机构 207的轴杆上 设置一齿轮 2071 , 该齿轮 2071位于上述该齿轮穿孔 2 Q73处并对应该长轴 向轨道 10上设置的长轴向齿条 1071 , 借由上述构造方式， 该滑动机座 20 的滑座结构架 200结合多个滚轮 202可依长轴向轨道 10滑动，该导电架 205 与长轴向电轨 1041形成导通使该滑动机座 20具有电力可供主动力机构 207 驱动使用， 该主动力机构 207可驱动该滑动机座 20在长轴向轨道 10上移 动。
该毛刷动力机构 60设置于一环状滚轮机座 201上， 环状滚轮机座 201 设置于滑动机座 20上， 该环状滚轮机座 201是一种一平面板体的上下侧各 有二半圆形板体的结构， 该上下二半圓形板体间间隔有一段距离， 该二半 圆形板体的各中心处形成一轴孔， 并以该轴孔为中心在该二半圆形板体间 设置有毛刷动力机构 60,该毛刷动力机构 60可为一圆管体状的机体， 该毛 刷动力机构 60两端各形成一转轴 601， 该二转轴 601设置于该二半圆形板 体中心的轴孔处并凸出有一段长度， 该毛刷动力机构 60的轴杆 601朝向与 长轴向轨道 10形成垂直的方向， 该环状滚轮机座 201的外环处设置有支架 2011，该支架 2011上设置有可供固设护盖板 70的固设枢孔 2012，该环状滚 轮机座 201形成平面板体的一侧则固设于该滑动机座 20的侧面处。
请配合参阅图 3及图 6所示， 图 6是本实用新型的第一较佳实施例的 侧视图。 该长轴向毛刷 50是设置一长轴向圆管体 501 , 在该长轴向圆管体 501两轴端各设置有轴孔 502及键槽，该轴孔 502是配合上述毛刷动力机构 60的轴杆 601外径的尺寸， 该长轴向圆管体 501的环壁上设置有环状排列 的刷毛 503, 较佳地， 该刷毛 503的材料可为一种软质的刷毛 503。
请配合参阅图 3所示， 该护盖板 70可为板体形成半圆形的构造体，该 半圆形构造体的内侧圆径尺寸大于长轴向毛刷 50上刷毛 503的旋转径，该 护盖板 70的板体上设置有可供固设于环状滚轮机座 201上的轴孔 701。
请参阅图 1至图 6所示， 在本实用新型的第一较佳实施例中是以建筑 物外墙墙板 90的实施例构造方式予以阐明-.
该建筑物的外墙墙板 90上设置以水平朝向并以平行阵列方式设置的多 个长轴向轨道 10，各长轴向轨道 10与该外墙墙板 90的结合方式为：在该长 轴向轨道 10形成的固设凹槽 103上设置一与该固设凹槽 103对应尺寸的凸 形螺帽 1031,另外设置一固定件 1033,该固定件 1033为一长板体结构，该固 定件 1033的板面上形成三个长轴向排列的轴孔 1034 , 并以一螺丝 1035穿 设位于中间的轴孔 1034与该凸形螺帽 1031螺锁结合该固定件 1033, 再以 螺丝 1032穿设另外二个轴孔 1034将该长轴向轨道 10固设于外墙墙板 90 上，并将来源为泵筒或自来水管线的水管与该各长轴向轨道 10上形成的水 导管 101导通， 有关该进水水管与该水导管 101的导通结构属现有技术,故 不详细描述， 该长轴向轨道 10上各设置至少一个滑动机座 20, 例如图示上 在外墙墙板 90上平行设置三个长轴向轨道 10, 各长轴向轨道 10各设置一 个滑动机座 20, 各滑动机座 20上各设置一毛刷动力机构 60, 两相邻毛刷 动力机构 60间各设置一个长轴向毛刷 50, 该各滑动机座' 20及长轴向毛刷 50形成同一直线排列并与该长轴向轨道 10形成垂直的设置形态， 另夕卜，该 外墙墙板 90上的各组长轴向轨道 10及其滑动机座 20可全部或其中的一组 长轴向轨道 10上设置长轴向电轨 1041及导电架 205 ,借由设置有长轴向电 轨 1041的该组长轴向轨道 10及其导电架 205可供应同步移动的各滑动机 座 20上的各毛刷动力机构 60及主动力机构 207使用， 各相邻二滑动机座 20上的毛刷动力机构 60间的轴杆 601分別与长轴向毛刷 50两端的轴孔 502 枢设， 其设置方式是以该长轴向毛刷 50两轴端的轴孔 502各套设于该二滑 动机座 20上所设置的毛刷动力机构 60的轴杆 601上而形成结合枢设， 该 相邻的二滑动机座 20间的该长轴向毛刷 50外侧处各以螺丝 702与环状滚 轮机座 201的枢孔 2012螺锁地设置一护盖板 70,再者， 上述该建筑物外墙 墙板 90上在各长轴向轨道 10的两端处设置一可转动的长轴杆 80, 该长轴 杆 80的设置朝向是相对该长轴向轨道 10形成垂直的方向， 其设置方式是 以该长轴杆 80上结合多个轴承座 801枢设于该建筑物外墙墙板 90上， 在 该长轴杆 80上相对于该长轴向轨道 10两端处各设置一轮轴 802 ,请配合参 阅图 Ί所示， 图 7是本实用新型的第一较佳实施例的轮轴与拉动件的结合 示意图。 该轮轴 802的轴径上形成有螺旋沟槽 8021， 在该轮轴 802的该螺 旋沟槽 8021上固设一拉动件 803的一端， 该拉动件 803可设计为钢索、 链 条…等构件， 该拉动件 803的另一端结合于滑动机座 20上相对朝向该轮轴 802侧的该拉杆枢设孔 2061处， 该长轴杆 80结合设置有一辅助动力机构 804,该辅助动力机构 804可相对转动该长轴杆 80,该长轴杆 80与该辅助动 力机构 804的传动方式为现有技术， 故不再详细描述。
借由上述的构造方式， 该长轴向毛刷 50 设置于该建筑物外墙墙板 90,其上下形成直线形态并结合于长轴向轨道 10设置的滑动机座 20上，该 各滑动机座 20上设置的主动力机构 207或该长轴杆 80以辅助动力机构 804 可带动该各滑动机座 20及各长轴向毛刷 50同步滑动。
请参阅图 1至图 6所示， 是本实用新型的第一较佳实施例的应用方 式，使用时， 将清洗用水导入各长轴向轨道 10上的水导管 101 内， 再启动 各滑动机座 20上设置的主动力机构 207或该长轴杆 80以辅助动力机构 804 带动该各滑动机座 20及长轴向毛刷 50同步在长轴向轨道 10上滑动， 并可 启动滑动机座 20上的毛刷动力机构 60转动长轴向毛刷 50, 借由毛刷动力 机构 60转动该长轴向毛刷 50形成离心力使刷毛 503接触外墙墙板 90， 该 滑动机座 20两端形成的凸缘 206可推动磁铁导槽 105上设置的长轴向磁吸 体 1051滑动，在滑动机座 20通过时借由该长轴向磁吸体 1051与磁性阀 30 的磁铁 302的磁吸力作用， 使该磁铁 302与止水垫片 304间形成间隙，该水 导管 101内的水由穿孔 3013经内管径 3011的凹槽 3012而由穿孔 3041及 穿孔 3051 排出清洗用水进而可清洗建筑物外墙墙板 90, 该长轴向磁吸体 1051借由滑动机座 20移动而离开该磁性阀 30时， 该磁性阀 30受弹簧 303 的弹性及磁吸片体 305与磁铁 302间的磁吸力， 使该磁铁 302与止水垫片 304形成密合可阻挡水导管 101内的水排出 ,有关上述形成该磁铁 302与止 水垫片 304间密合的止水力量，可单独以弹簧 303的弹性力量使该磁铁 302 与止水垫片 304间密合止水， 也可单独以该磁铁 302与磁吸片体 305的磁 吸力量使该磁铁 302与止水垫片 304间密合止水， 或可如图上所示该磁铁 302与弹簧 303及磁吸片体 305合并使用，使该磁铁 302与止水垫片 304间 密合止水， 但该长轴向磁吸体 1051与磁铁 302间的磁吸力量是大于该磁铁 302与磁吸片体 305间的磁吸力量及弹簧 303的弹性力量或该二者相加的力 量，另外， 该护盖板 70可在长轴向毛刷 50转动的清洗过程中收集清洗用水 使清洗后的水由该护盖板 70底部排出，并且具有保护机构及美观的功效,借 由上述的构造方式可轻易的清洗建筑物外墙墙板 90。
请参阅 8、图 9及图 10所示，图 8是本实用新型的第二较佳实施例的 外观立体图。 S ® 9是本实用新型的第二较佳实施例中护盖板移除的外观立 体图。 图 10是本实用新型的第二较佳实施例的分解立体图。 本实用新型的 第二较佳实施例的构造方式与第一较佳实施例同样是在外墙墙板 90上以平 行、 阵列方式设置多个长轴向轨道 10,并同样是在该各长轴向轨道 10上设 置可移动的滑动机座 20,第二较佳实施例与第一较佳实施例的差别在于：上 述笫一较佳实施例是在各滑动机座 20上设置可转动的毛刷动力机构 60,该 毛刷动力机构 60 上设置长轴向毛刷 50 并以滚动的方式清洗外墙墙板 90,可适用于凹凸较大的墙板的清洗，而第二较佳实施例是毛刷动力机构 60 为两个可上下动作的直线动作器 60B,该些直线动作器 60B设置于各滑动机 座 20上并呈直线往复动作， 各直线动作器 60B的轴杆 601B的中心处形成 一轴孔 602B并穿设固定一长杆体 22B, 该长杆体 22B上的相邻二直线动作 器 60B间结合一长轴向毛刷 50B,该直线动作器 60B可往复动作该长轴向毛 刷 50B清洗外墙墙板 90, 第二较佳实施例适用于比较平整的墙板， 及适用 于二滑动机座 20间有较长的间距时使用。
本实用新型的第二较佳实施例的具体构造包括有长轴向轨道 10、 磁性 阀 30、 滑动机座 20、 直线动作器 60B、 长轴向毛刷 50B、 及护盖板 70B;其 中
该磁性阀 30,请配合参阅图 4所示， 该磁性阀 30与第一较佳实施例的 结构相同， 故不再重复描述。
该长轴向轨道 10与该滑动机座 20, 请配合参阅图 3、 图 5、 图 10及图 11 所示， 图 11 是本实用新型的第二较佳实施例的侧视图。 该长轴向轨道 10及该滑动机座 20的构造与结合方式也与第一较佳实施例相同结构，故也 不再重复描述。 请配合参阅图 10所示，该直线动作器 60B可为气压或电动为动力形成 上下动作的直线动作器 60B,其外侧可形成一环管体状，该环管体的中心处 设置一可上下动作的轴杆 601B,该轴杆 601B 中心形成一贯穿的轴孔 602B,该直线动作器 60B径向两侧的两端各形成二凸耳状， 其一侧形成的二 凸耳的端部处各形成一轴孔 603B, 另一侧形成二凸耳的端部设置一可转动 的轴杆 604B, 另外设置一活页座 61B, 活页座 61B底部以螺丝结合于滑座 结构架 200的侧面处， 该活页座 61B形成一轴孔 611B, 该直线动作器 60B 一侧所形成的轴孔 603B与该活页座 61B的轴 611B以一轴 4干 612B形成区 设， 该设置直线动作器 60B的轴杆 601B朝向与长轴向轨道 10形成垂直的 方向， 上述该直线动作器 60B 另一侧设置的轴杆 604B 中段处形成一轴孔 6041B, 该轴孔 6041B结合一动力伸缩件 600B的一端， 该动力伸缩件 600B 的另一端以活页方式与滑座结构架 200 的侧面处结合枢设， 再者， 该直线 动作器 60B的二轴端各设置一长轴杆状的定位支杆 605B, 该定位支杆 605B 设有一支杆座体 606B,该支杆座体 606B为一板体状并形成一轴孔 6061B,远 离该轴孔 6061B处设置该定位支杆 605B, 该定位支杆 605B与该支杆座体 606B的板面形成垂直并朝向长轴向毛刷 50B凸出有一段长度， 该支杆座体 606B的轴孔 6061B与该直线动作器 60B的轴杆 601B同一圆心并各固设于该 直线动作器 60B两端的端部处。
请配合参阅图 10所示， 该长轴向毛刷 50B由长轴向支架 501B及毛刷 结构 502B所构成， 该长轴向支架 501B形成一长轴向的结构体， 其长轴向 的一侧具有一贯穿的轴孔 504B,该轴孔 504B的管壁上设置有多个固设枢孔 507B, 该长轴向支架 501B结构板体的侧面处设置多个轴孔 505B, 另外该毛 刷结构 5Q2B也形成一长轴向的结构体， 其板体外侧的长度及板面与该长轴 向支架 501B为相对的尺寸， 该板体的一侧设置有刷毛 503B, 并在另一侧板 体上设置枢孔 5051B，该枢孔 5051B与上述长轴向支架 501B的轴孔 505B相 对应并借由螺丝 508B予以结合， 另外， 在该长轴向支架 501B的两端远离 轴孔 504B位置处各形成一轴孔 509B,该轴孔 509B与该轴孔 504B同一朝向 并与上述该直线动作器 60B上设置的定位支杆 605B相对应。
请配合参阅图 10所示， 该护盖板 70B可为板体形成 U形状的长轴向构 造体， 其设置除了可为一保护长轴向毛刷 50B的功能外， 还可在该护盖板 70B的外侧片体与长轴向毛刷 50B间形成一隔板 703B, 该隔板 703B形成多 个穿孔 704B而形成一长轴向的风管 705B。
请参阅图 5、 图 8、 图 9、 图 10及图 11所示， 本实用新型的第二较佳 实施例中是以建筑物外墙墙板 90的实施例构造方式予以阐明：
在该建筑物的外墙墙板 90以水平朝向以平行阵列方式设置多个长轴向 轨道 10, 各长轴向轨道 10与该外墙墙板 90的结合方式为可借由该长轴向 轨道 10上形成的固设凹槽 103再配合该固设凹槽 103尺寸的凸形螺帽 1031 及螺杆 1032将该长轴向轨道 10固设于外墙墙板 90上， 并将来源为泵筒或 自来水管线的水管与该各长轴向轨道 10上形成的水导管 101导通， 该长轴 向轨道 10上各设置至少一个滑动机座 20, 例如图示上在外墙墙板 90上平 行设置三个长轴向轨道 10， 各长轴向轨道 10各设置一个滑动机座 20,并在 各滑动机座 20上设置一直线动作器 60B, 两相邻直线动作器 60B间设置一 个长轴向毛刷 50B,该二直线动作器 60B间设置该长轴向毛刷 50B的方式说 明如下：该长轴向毛刷 50B与该直线动作器 60B的轴孔 504B, 602B为同一 中心， 一长杆体 22B穿设各直线动作器 60B中心形成的轴孔 602B及长轴向 毛刷 50B的轴孔 504B,该长杆体 22B可为钢索、 圓钢棒、扁钢棒或管体…等 构件， 并以螺丝 506B将长轴向毛刷 50B与长杆体 22B固设定位， 且该直线 动作器 60B的轴杆 601B侧壁处形成一枢孔 6011B也以螺丝 6012B与该长 4干 体 22B螺锁结合固设， 此外， 该长轴向毛刷 50B的轴孔 509B及直线动作器 60B的定位支杆 605B也为同一中心， 再者， 该长轴向毛刷 50B的毛刷朝向 外墙墙板 90。
如此， 各长轴向毛刷 50B形成同一直线排列并与长轴向轨道 10形成垂 直的设置形态，该长轴向毛刷 50B外侧处设置一护盖板 70B,该护盖板 70B开 口朝向长轴向毛刷 50B且固设于各滑动机座 20的机体上，该护盖板 70B上 形成的风管 705B可结合设置一鼓风机 706B,该鼓风机 706B可设置于该风管 705B两端处的适当位置处，该鼓风机 706B的出风口与该风管 705B形成导 通，有关该鼓风机 706B 的设置方式为现有技术故不详细描述，另外，上述该 建筑物外墙墙板 90上在该各长轴向轨道 10的两端处设置一长轴杆 80,该长 轴杆 80结合设置有辅助动力机构 804, 该辅助动力机构 804可相对转动该 长轴杆 80进而带动滑动机座 20滑动， 请参阅图 2及图 7所示， 有关该辅 助动力机构 804及该长轴杆 80带动滑动机座 20滑动的构造与第一较佳实 施例相同， 故不再重复描述。
借由上述的构造方式， 该长轴向毛刷 50B在该建筑物外墙墙板 90形成 一直线排列形态并结合于长轴向轨道 10的滑动机座 20上， 借由直线动作 器 60B上下动作可刷洗外墙墙板 90,该主动力机构 207或该长轴杆 80以辅 助动力机构 804可带动该各滑动机座 20及该长轴向毛刷 50B同步在长轴向 轨道 10上滑动。
请参阅图 8、 图 9、 图 10及图 11所示，是本实用新型的第二较佳实施 例的应用方式，使用时，将清洗用水导入各长轴向轨道 10 上的水导管 101 内，再启动该主动力机构 207或该长轴杆 80上设置的辅助动力机构 804带 动各滑动机座 20 同步在长轴向轨道 10上滑动，并可升启动力伸缩件 600B 的轴杆缩回，该长轴向毛刷 50B的刷毛 503B可贴靠于外墙墙板 90上，另外 可启动滑动机座 20上的直线动作器 60B上下动作各长轴向毛刷 50B，该滑动 机座 20上两端的凸缘 206可推动磁铁导槽 105上设置的长轴向磁吸体 1051 同步滑动，借由该长轴向磁吸体 1051与磁性阀 30间的磁吸力作用，可将清 洗用水在滑动机座 20 通过时的位置处排出，借以刷洗建筑物外墙墙板 90，该长轴向磁吸体 1051借由滑动机座 20移动而离开该磁性阀 30时，该磁 性阀 30受弹簧 303的弹性及磁吸片体 305与磁铁 302间的磁吸力， 使该磁 铁 302与止水垫片 304的阻隔作用可阻挡水导管 101内的水排出， 另外，该 护盖板 70B可在长轴向毛刷 50B动作的清洗过程中收集清洗用水， 并且在 清洗后可开启鼓风机 706B,以经由该护盖板 70B上形成的风管 705B在隔板 703B的穿孔 704B排出强风而去除墙板 90上的水滴。
借由上述的构造方式， 该护盖板 70B具有保护、 除水及美观的功效，该 长轴向轨道 10的材料具有抗氧化并整齐的设置于建筑物墙板 90上，该长轴 向毛刷 50B在平常不动作时可位于建筑物的一侧，请配合参阅图 12所示，是 本实用新型的第二较佳实施例的动力伸缩件推出直线动作器的示意图。 该 动力伸缩件 600B的轴杆往外推出直线动作器 60B使长轴向毛刷 50B的刷毛 503B离开墙板 90可减低刷毛 503B变型，并借由该护盖板 70B具有保护、及 美观的功效。
以上所述， 仅是本实用新型的较佳实施例而已， 并非对本实用新型作 任何形式上的限制， 虽然本实用新型已以较佳实施例揭露如上， 然而并非 用以限定本实用新型， 任何熟悉本专业的技术人员在不脱离本实用新型技 术方案范围内， 当可利用上述揭示的技术内容作出些许更动或修饰为等同 变化的等效实施例， 但凡是未脱离本实用新型技术方案的内容， 依据本实 用新型的技术实质对以上实施例所作的任何简单修改、 等同变化与修饰，均 仍属于本实用新型技术方案的范围内。

Claims

权 利 要 求
1、 一种墙板自动清洗机,其特征在于包含有：
至少二长轴向轨道， 其平行固设于墙板的板面上， 各长轴向轨道为一 长轴向挤型结构体；
至少二滑动机座， 其分别可移动地设置于对应的长轴向轨道， 各滑动 机座配合长轴向轨道的外缘形体所形成， 并分别以一主动力机构驱动而在 长轴向轨道的长轴向移动；
至少二毛刷动力机构， 其分别设置于对应的滑动机座上；
至少一长轴向毛刷， 其设置于相邻二滑动机座的各毛刷动力机构之 间，各长轴向毛刷为一设有刷毛的长杆体， 各长轴向毛刷与长轴向轨道彼此 垂直， 且刷毛可选择地接触于墙板的板面， 该些毛刷动力机构驱动长轴向 毛刷相对于滑动机座移动。
2、 根据权利要求 1 所述的墙板自动清洗机,其特征在于各滑动机座上 设置一滚轮机座， 且各毛刷动力机构设置于对应的滚轮机座， 各毛刷动力 机构为一种 4杆可转动的动力机构， 毛刷动力机构的轴^朝向与长轴向轨 道形成垂直的方向， 两相邻的毛刷动力机构的轴杆间结合枢设有长轴向毛 刷。
3、 根据权利要求 1 所述的墙板自动清洗机，其特征在于各长轴向毛刷 的外侧设置有一护盖板。
4、 根据权利要求 1 所述的墙板自动清洗机,其特征在于各毛刷动力机 构设置于对应的滑动机座， 各毛刷动力机构为一种轴杆可上下直线动作的 直线动作器， 直线动作器的轴杆朝向与长轴向轨道形成垂直的方向， 两相 邻的毛刷动力机构的轴杆间结合枢设有长轴向毛刷。
5、 根据权利要求 4 所述的墙板自动清洗机,其特征在于各直线动作器 及各长轴向毛刷分别设有一长轴向贯穿的轴孔且位于相对的位置， 并在各 直线动作器及各长轴向毛刷的轴孔间穿设一长杆体， 在该长杆体上相对两 相邻的毛刷动力机构的轴杆间结合枢设该长轴向毛刷， 该直线动作器可上 下动作该长由向毛刷。
6、 根据权利要求 4或 5所述的墙板自动清洗机，其特征在于其中所述 的各直线动作器结合一动力伸缩件的一端， 该动力伸缩件的另一端以活页 方式结合于各滑动机座上， 动力伸缩件相对该各滑动机座并相对墙板前后 移动， 使该各长轴向毛刷可选择地接触该墙板。
7、 据权利要求 6 所述的墙板自动清洗机，其特征在于各长轴向毛刷 的外侧设置有一护盖板， 在护盖板上形成一风管， 且风管朝向墙板的一侧 形成一具有穿孔的隔板。
8、 根据权利要求 1至 7 中任一权利要求所述的墙板自动清洗机，其特 征在于各长轴向轨道具有一固设凹槽， 固设凹槽可借由一凸形螺帽将长轴 向轨道固设于墙板上。
9、 根据权利要求 8 所述的墙板自动清洗机，其特征在于长轴向轨道具 有多个长轴向的凹槽导轨， 滑动机座上枢设有多个滚轮， 且滑动机座设置 的滚轮对应长轴向轨道的 HJ槽导轨处， 凹槽导轨可供滑动机座枢设的滚轮 在凹槽导轨上滚动。
10、 根据权利要求 9所述的墙板自动清洗机，其特征在于各长轴向轨道 上设置有供电用的一长轴向电轨， 并在各滑动机座上设置对应的一导电架。
11、 根据权利要求 10 所述的墙板自动清洗机，其特征在于各长轴向轨 道上形成有一长轴向水导管及一长轴向磁铁导槽， 在长轴向轨道邻近墙板 的一侧相对水导管管壁上设置多个磁性阀， 且各磁性阀间间隔有一断距 离，水导管与磁铁导槽相邻且为同一朝向，磁铁导槽上设置与滑动机座同步 移动的一长轴向磁吸体以控制磁性阀。
12、 根据权利要求 11 所述的墙板自动清洗机，其特征在于磁性阀具有 一环管体、 一磁铁、 一弹簧、 一止水垫片及一磁吸片体， 环管体形成一内 管径， 内管径的一端形成闭合且另一端为开口，内管径的管壁上形成多个长 轴向的凹槽， 环管体的环壁上相对于各凹槽处分别形成有一贯穿的穿孔,磁 铁穿设该弹簧并枢设于环管体的内管径间， 止水垫片与磁吸片体由内而外 依序设置于内管径的开口处， 且止水垫片与磁吸片体分别形成一穿孔，弹簧 恒将磁铁朝向止水垫片偏压以封闭其穿孔。
13、 根据权利要求 12 所述的墙板自动清洗机，其特征在于各长轴向轨 道的长轴向设置有一长轴向齿条， 各滑动机座上设置主动力机构， 主动力 机构的轴杆设有一齿轮， 且齿轮对应于长轴向齿条。
14、 根据权利要求 13 所述的墙板自动清洗机，其特征在于各长轴向轨 道的两端处以相对其垂直的方向分别设置有一可转动的长轴杆， 长轴杆上 相对各长轴向轨道的两端处设置有一轮轴， 各轮轴与对应的滑动机座间设 置一拉动件， 长轴杆结合设置有一辅助动力机构以驱动长轴杆转动。
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