TWM561491U - Automatic wall surface cleaning mechanism and wall surface adsorption device - Google Patents

Abstract

The present invention relates to an automatic wall cleaning mechanism and a wall adsorption device, in particular to a wall that can be adsorbed on a building wall and can be moved, and a cleaning mechanism can be installed on the wall adsorption device to achieve automation of the exterior wall cleaning of the building. Purpose, and improve the cleaning efficiency, reduce the cost of cleaning the exterior wall of the building and eliminate the traditional human cleaning often caused by the life of the cage sling breakage, is a novel, progressive and industrially applicable creation .

Description

Automatic wall cleaning mechanism and wall adsorption device

The present invention relates to an automatic wall cleaning mechanism and a wall adsorption device, and more particularly to an automatic wall cleaning mechanism which can be adsorbed on a wall of a building and can be moved, and can be installed with a cleaning mechanism to automatically clean the exterior wall of the building. Wall adsorption device design.

According to the current development of building technology, and the land is not easy to obtain, the height of the building is higher and higher, so as to gain the benefits of the land, and today the high-rise buildings in the metropolitan area have different appearances and various building materials. There are many kinds, such as two-striped tiles, glass curtains and other cement walls, but no matter what type of construction, after a period of time, it will be dirty due to the adhesion of dust, rain and acid, affecting the appearance and lighting effect. .

Therefore, most of the current buildings will entrust cleaning companies to clean the exterior walls and glass curtains of the building. Most of the cleaning methods are carried out by hanging the cage (9) on the outside of the building for manual cleaning. As shown in the five figures, the hoist (92) is hoisted by the hoist (91) on both sides of the cage (9) to carry the cleaning personnel to carry out the cleaning of the external wall of the building. However, due to the current high wages and the shortage of workers, The cost of cleaning in the cage (9) has been greatly increased, coupled with the fact that the slings (92) on both sides of the cage (9) are broken due to wear and tear for a long time, causing the cleaning personnel to fall, so that It is difficult and dangerous to carry out the cleaning of the exterior wall of the building by the cage (9).

<Technical problems to be solved> In view of the above-mentioned conventional wisdom, the creator has a high degree of danger and needs to be improved by hanging the cage outside the building. It is hoped that a breakthrough design can be provided to enhance the practicality. The effect is to concentrate on research and design, and to collect the professional technical knowledge and practical experience and research results of related product design and production for many years. Finally, the research will produce an automatic wall cleaning mechanism and wall adsorption. Device to provide the user.

<Technical means for solving the problem> The present invention relates to an automatic wall cleaning mechanism and a wall adsorption device, which comprises a cleaning mechanism and a wall adsorption device, wherein the wall adsorption device comprises a main structure body, a vacuum suction body, and a soft body. The rubber crawler and the sealing material, wherein the main structural body is provided with corresponding driving units at both ends, and the driving unit is mounted with at least one or more driving wheels driven by the motor, and the vacuum suction system is disposed on the two sides of the main structural body Between the driving units at both ends of the main structure body, at least one or more columns of adsorption holes are arranged at the bottom of the vacuum suction body, and each adsorption hole is connected to the vacuum suction body through a pipe provided through the inside of the vacuum suction body. The vacuum suction hole is connected to the vacuum suction hole of the vacuum suction body through the external pipeline through the external vacuum device; each set of corresponding driving wheels is arranged at both ends of the main structure body, and each set has a soft rubber crawler. A track is glued with a sealing material, and a plurality of adsorption nozzles are arranged on the sealing material, and each soft rubber track is elastically sealed on both sides thereof. On the side, the inner space of the crawler belt is provided with transmission teeth, and the transmission teeth corresponding to the corresponding positions of each suction nozzle provided by the sealing material are provided with the air flow communication groove and the through-track formed by the disconnection of the middle portion of the partial transmission teeth. The venting hole is provided with a connecting portion of the main structure body to which the cleaning mechanism can be externally connected, and is cleaned by assembling the cleaning mechanism.

When the external vacuum device is operated, the adsorption holes on the suction side of the vacuum suction body are caused to generate suction; the vacuum suction body is provided with driving wheels at both ends, the driving wheel is provided with a motor, and the driving wheel is driven by the motor to operate the soft rubber crawling track When the suction nozzle of the sealing material on the soft rubber crawler runs along with the driving wheel to the adsorption hole at the bottom of the vacuum suction body, the air flow communication groove and the vent hole on the soft rubber crawler are connected to make the adsorption nozzle on the sealing material The wall surface generates adsorption force, which can make the wall adsorption device adsorb to the wall surface; and as the driving wheel runs the soft rubber crawler track, the position of the adsorption nozzle on the sealing material moves, and the adsorption nozzles at different positions are alternately adsorbed. Force, and when the suction nozzle on the sealing material leaves the vacuum suction hole, the adsorption force will be lost, and the wall adsorption device can be easily moved and moved when two or more soft rubber crawlers and two groups of drives are provided. When the wheel is used, the wall adsorption device can be made to advance, retreat and turn, wherein the vacuum adsorption of the connecting external pipe Preparation of the form, not limited by the scope of the patent, may also be employed a vacuum pump or other device generating a vacuum suction force of the vacuum may be generated can be.

<Compared with the efficacy of the prior art> The main purpose of this creation is to use an automatic wall cleaning mechanism and a wall adsorption device, which can be adsorbed on the wall of the building and can be moved, and can be installed with an automatic wall cleaning mechanism to achieve the external wall cleaning of the building. Automate the purpose and achieve better cleaning results and cleaning efficiency.

The second purpose of this creation is mainly to use automatic wall cleaning mechanism and wall adsorption device, which requires high cost labor and can greatly reduce the cost of cleaning the exterior wall of the building.

Another purpose of this creation is to use the automatic wall cleaning mechanism and the wall adsorption device, which requires high cost labor, and thus can eliminate the danger of the traditional manual cleaning of the life caused by the sling breakage of the cage.

In order to make your review board more aware of the structural features and efficacy of this creation, we will cooperate with the schema and elaborate on it later.

Please refer to the first to eighth figures. The present invention relates to an automatic wall cleaning mechanism and a wall adsorption device, which comprises a cleaning mechanism and a wall adsorption device (A), wherein the wall adsorption device (A) The utility model comprises a main structure body (1), a vacuum suction body (2), a soft rubber crawler belt (14) and a sealing material (15), wherein a driving unit (13) is arranged at each end of the main structure body (1), and is driven. The unit (13) includes at least one driving wheel (132) driven by a motor (131), and the vacuum suction body (2) is disposed between the two side plates (12) of the main structural body (1) and located in the main structure. Between the two ends of the driving unit (13), at the bottom of the vacuum suction body (2), at least one or more adsorption holes (21) are arranged, and each adsorption hole (21) is permeable to the vacuum suction body (2). The inner through pipe (211) is connected to the vacuum suction hole (22) of the vacuum suction body (2), and is externally vacuumed through the external pipe and the vacuum suction hole of the vacuum suction body (2) ( 2) Connection, between each set of corresponding driving wheels (132) disposed at both ends of the main structure body (1), each set has a soft rubber track (14), and each track (14) is glued and sealed on the periphery. The material (15) is provided with a plurality of adsorption nozzles (151) spaced apart on the sealing material (15) (as shown in the ninth and fourteenth figures), and each of the soft rubber tracks (14) is elastically sealed on both sides thereof. The side (141), the inner surface of the crawler belt (14) is provided with a transmission tooth (142), and the corresponding position of each suction nozzle (151) corresponding to the sealing material (15) is provided on the crawler belt (14). a venting unit for connecting the adsorption hole (21) of the vacuum suction body (2) and the adsorption nozzle (151) provided by the sealing material (15), the venting unit is mainly due to a section of the transmission tooth (142) of the crawler belt (14) The air flow communication groove (143) formed by the opening and the vent hole (144) penetrating the crawler belt (14) are formed; and the top portion (11) of the main structure body (1) is provided The assembly portion (111) of the external cleaning mechanism is cleaned by the assembly cleaning mechanism.

When the external vacuum device is operated, the adsorption hole (21) on the adsorption surface of the vacuum suction body (2) is caused to generate suction; the vacuum suction body (2) is provided with driving wheels (132) at both ends, and the driving wheel (132) is provided There is a motor (131), which can drive the soft rubber track (14) through the motor (131) to drive the driving wheel (132), and the suction nozzle (151) of the sealing material (15) on the soft rubber track (14) follows When the driving wheel (132) is operated to correspond to the bottom adsorption hole (21) of the vacuum suction body (2), the air flow communication groove (143) and the vent hole (144) on the soft rubber track (14) are connected to each other to make the sealing material ( 15) The adsorption nozzle (151) on the upper side generates an adsorption force, so that the wall adsorption device (A) can be adsorbed on the wall surface; and the drive rubber (132) runs the soft rubber track (14), so that the sealing material ( 15) The position of the upper adsorption nozzle (151) moves, and the adsorption nozzles (151) at different positions alternately generate adsorption force, and When the adsorption nozzle (151) on the sealing material (15) leaves the adsorption hole (21) of the vacuum suction body (2), the adsorption force is lost, and the wall adsorption device (A) is conveniently moved and moved, when two sets are set. Or more than two soft colloidal tracks (14) and two sets of driving wheels (132), the wall adsorption device (A) can be made to advance, retreat and turn, wherein the vacuum adsorption device connecting the external pipelines The form, which is not limited by the scope of patents, can be vacuum pump or vacuum generator or other equipment that can generate vacuum adsorption.

Referring to the fifteenth and seventeenth drawings, another embodiment of the vacuum adsorption traveling mode of the inventive wall adsorption device (A), the wall adsorption device (A') can also adopt the rotary movement. In the main structure body (1') of the rotary adsorption device, a vacuum suction body (2') having the same design principle as that of the fifth and sixth figures is provided, and the external vacuum device is disposed through the external pipeline and is disposed on the main The vacuum suction hole (22') of the vacuum suction body (2') in the structure (1') is connected, and the vacuum adsorption method may be a vacuum pump or a vacuum generator at the bottom of the vacuum suction body (2'). A sealing material (15') is disposed on the adsorption surface, and one or more adsorption nozzles (151') are disposed on the sealing material (15'), and the vacuum suction body is corresponding to each adsorption nozzle (151') (2) ') The adsorption hole (21') on the adsorption surface, when the external vacuum device is operated, the adsorption hole (21') on the adsorption surface of the vacuum suction body (2') is allowed to generate adsorption force; the main structure body (1') Mounted at both ends The moving wheel (1311'), the moving wheel (1311') can be equipped with a motor (131') to drive the moving wheel (1311') to operate, or the motor (131') can be installed, and can be directly controlled by the hoist of the safety sling Moving; the moving wheel (1311') is mounted on the moving wheel base (13'), the moving wheel base (13') is coupled with a telescopic mechanism (132'), and the moving wheel base (13' is controlled by the telescopic mechanism (132') The height of the moving wheel (1311') can be adjusted to the most appropriate position, so that the moving wheel (1311') is kept at the most appropriate contact distance with the wall surface, and the safety sling is externally matched, so that the wall surface adsorption device of the embodiment (A') can maintain part of the adsorption force and can move, and when the wall adsorption device (A') reaches the proper position, the movement wheel base (13') can be moved by the telescopic mechanism (132'). The wheel (1311') is retracted so that the adsorption surface can completely conform to the wall surface to enhance the adsorption force of the wall adsorption device (A'). The reduction mechanism (132') is mainly used to control the height use of the moving wheel (1311'), and is not limited to different structural forms, and a motor or an electromagnet or a telescopic cylinder may be employed.

As shown in the fifth, sixth and fifteenth figures, in each of the vacuum suction bodies (2) (2'), the adsorption holes (21) (21') and the vacuum suction holes (22) (22') A drop prevention device is installed between the pipes, and the drop prevention device can be a drop prevention valve (preventing the falling valve) (212) (212'), or can be directly designed in the adsorption hole (21) (21') pipe. As shown in Fig. 18, beads are provided in the pipeline of the vacuum suction body (2) (2') adsorption hole (21) (21') and the vacuum suction hole (22) (22'). When the wall adsorption device (A) (A') moves on the wall surface, the vacuum suction body (2) (2') bottom adsorption hole (21) (21') corresponds to the adsorption nozzle (151) (151) '), when the wall surface hole is unable to generate vacuum adsorption, the bead body (213) will close the vacuum suction body (2) (2') vacuum suction hole (21) (21') pipeline, and Can avoid affecting other adsorption holes (21) ( 1 ') of the vacuum state.

Please refer to the nineteenth to thirty-fourth drawings. The various examples of the actual use of the wall adsorption device (A) or (A') are described below.

When the wall adsorption device (A) (A') is in operation, the safety sling (5) can be suspended as needed, and the hoist (5) can be controlled by sensors or programs when moving up and down. The lifting speed is consistent with the traveling speed of the wall adsorption device (A) (A'), and the upper hanging cantilever control safety sling (5) is moved up and down and left and right in synchronization with the wall adsorption device (A) (A'). Used as a cleaning for the building wall (B), the hoisting position can be installed on the adsorption device (A) (A') or at the appropriate position of the upper suspension cantilever.

An assembly portion (111) is provided on the wall adsorption device (A) (A'), and the assembly mechanism can be assembled on the wall adsorption device (A) (A') by the assembly portion (111). The arm, the form of the arm is not limited to the cantilever type arm (4) or the articulated arm (6), and the embodiment using the cantilever type arm (4) is shown in Figs. 19 to 24, As shown in the twenty-fifth to thirty-fourth embodiments, the embodiment of the articulated mechanical arm (6) is used, and one or more sets of cleaning brush wheels are mounted on the other end of the mechanical arm, and The wall surface of the building is cleaned and cleaned; the form and material of the cleaning brush wheel can be used in different forms or different materials to clean the brush wheel, such as the brush cleaning wheel (3) or roller type. Cleaning wheel (31), etc., as shown in Figures 19 to 34, using a brush cleaning wheel (3), wherein the 21st and 22nd drawings are connected by a washing machine Block (32) and use three sets of brush cleaning wheels (3) at the same time. A rotating mechanism (41) is provided in each of the nineteenth to twenty-thirdth drawings, so that the cantilever type mechanical arm (4) can be rotated, and wherein the twenty-seventh and twenty-eighth figures are simultaneously used. Two types of brush cleaning wheel (3) and roller cleaning wheel (31), which can make the wall adsorption device (A) (A') adhere to the wall (B) of the building as a wall surface (B) For cleaning and cleaning, the combination of the cantilever type robot arm (4) or the articulated arm (6) and the brush cleaning wheel (3) or the roller type cleaning wheel (31) is hereinafter referred to as an automatic wall cleaning mechanism.

In order to clean the various shapes of the modern building (B), two wall adsorption devices (A) (A') can be used at the same time. On the two wall adsorption devices (A) (A'), there is one The coupling seat (112) of the X-power linear track (7) is coupled, and the X-power linear track (7) is fixed to the wall adsorption device by the coupling seat (112) at both ends of the X-power linear track (7). A) (A'), and a moving slide (71) is mounted on the X-powered linear track (7), and the moving slide (71) can be flexibly moved left and right by the power, the X-power linear track ( 7) It is used to drive the automatic wall cleaning mechanism to move linearly in the X-axis on the track. It is not limited by the form of linear track or the different installation angles or the number of uses; however, in the moving carriage (71) The upper part is provided with a joint portion (111'), and an automatic wall cleaning mechanism is installed on the joint portion (111'), which can be closely attached by the two wall adsorption devices (A) (A'). Let X power linear track (7) The automatic wall cleaning mechanism can make the X-axis horizontal movement cleaning more flexible and stable. At this time, the wall adsorption device (A) (A') is closely attached to the wall surface at both ends of the X-power linear track (7) (B ), the automatic wall cleaning mechanism installed on the assembly portion (111') of the moving carriage (71) does not need to be equipped with a wall adsorption device (A) (A') (as shown in the twenty-ninth aspect) The thirty-four figure) should still be covered by patent protection.

In order to meet the cleaning needs of various modern wall (B) in modern buildings, more than two wall adsorption devices (A) (A') can be used at the same time, when four wall adsorption devices (A) (A') are used. , the four wall adsorption devices (A) (A') are divided into two groups of upper and lower corresponding, and between the vertical two groups of wall adsorption devices (A) (A'), each has a Y-dynamic linear orbit (8) And a moving slide (81) is mounted on each of the Y-dynamic linear rails (8), and the moving slide (81) of the Y-dynamic linear track (8) can be flexibly moved up and down by the power; Between the carriages (81), there is an X-powered linear orbit (7), and a moving carriage (71) is mounted on the rail, and the X-dynamic linear rail (7) can be moved by the power (71). It is flexible to move left and right; and an automatic wall cleaning mechanism is installed on the assembly (111') of the moving carriage (71) on the X-powered linear track (7) by means of four wall adsorption devices (A) ( A') is closely attached, and can make X power line The automatic wall cleaning mechanism on the track (7) can flexibly and stably move the X and Y axes up and down and left and right to move and clean. At this time, the four wall adsorption devices (A) (A') are not equipped with a moving traveling device, and the automatic wall. The surface cleaning mechanism can also move flexibly. As shown in Figure 33, the focus of the wall adsorption device (A) is the large-area adsorption force. The number of adsorption holes does not necessarily affect the wall adsorption device (A). The adsorption force should still be covered by the patent protection.

As mentioned above, in order to meet the needs of cleaning the various shapes of the modern building (B), if the design of the building has a curved convex shape, or if the balcony protrudes too much from the wall (C); (A) (A'), each of which is provided with a Z-axis telescopic rod (61), and an X-dynamic linear track (7) is coupled to the top end of the Z-axis telescopic rod (61) by two Z-axis The synchronous telescopic operation of the telescopic rod (61) allows the automatic wall cleaning mechanism on the X-power linear track (7) to be matched with the safety sling (5) for the Y-axis up and down speed control, and is flexible to X. The Y and Z axes are moved up and down, left and right, and moved back and forth (as shown in Figure 32 and Figure 34).

The automatic wall cleaning mechanism and the wall adsorption device (A) (A') may also be connected and fixed to a hanging mechanism, and the hanging mechanism may be in the form of a cage (9) or other forms. An X-powered linear track (7) is mounted on the suspension mechanism, and a moving carriage (71) is mounted on the X-powered linear track (7), and the movement on the X-powered linear track (7) can be slid by the power. The seat (71) can be flexibly moved left and right; and the automatic wall cleaning mechanism is installed on the assembly portion (111') of the moving carriage (71) on the X-powered linear track (7), and the moving carriage can be moved ( 71) The automatic wall cleaning mechanism on the upper and lower sides can be flexibly and stably moved on the X-power linear track (7) horizontally and horizontally. The telescopic rods (61) are installed on both sides of the hanging mechanism, and the ends of the telescopic rods (61) are connected. The wall adsorption device (A) (A') is connected to the wall adsorption device (A) (A') by the expansion rods (61) on both sides of the suspension mechanism, so that the automatic wall cleaning mechanism is in operation Can always be stable (Thirty-fourth as shown in FIG.), And thus the cleaning mechanism to the accessory device such as a cleaning liquid, clean water tub, the tub water, vacuum devices, circuits, equipment and the like ......, placed in the suspension mechanism.

As described above, the wall adsorption device (A) (A') which can be adsorbed to the wall surface (B) is adsorbed and fixed at the appropriate position on the wall surface (B), and is passed through the wall adsorption device (A) (A'). The installed X-power linear track (7) and Y-power linear track (8) allow the moving carriage (71) on the X-powered linear track (7) to form a free moving surface on the wall (B). The mobile sliding seat (71) on the X-powered linear track (7) is equipped with a liquid or powder material container and a printing head, and can be used as a wall automatic printing by computer control, and can be applied to The painting on the wall is painted with color paint, and the Z-axis telescopic rod (61) can be used as a wall (B) 3D printing or artistic statue spraying (as shown in Figure 33).

A mechanical arm mounted on the wall adsorption device (A) such as a cantilever arm (4) or an articulated arm (6) or a telescopic rod (61) mounted on the cage (9), the structure of the arm The function is focused on the various types of wall surface (B) cleaning requirements of the modern building, and is not limited to various types of robot arm types, such as cantilever arm (4) or articulated arm (6). Or X-powered linear orbit (7), Y-powered linear orbit (8) or telescopic rod (61), the focus is on achieving the necessary functions described in the patent, the appearance is not limited, and the power is not limited to electric form or liquid. In the form of air pressure, the transmission method is not limited to the use of screws, gears, hydraulic pressure or linear motors, so it should still be covered by patent protection.

In addition, the vacuum suction device (2) of the wall adsorption device (A) (A') can be mounted on the wall adsorption device (A) (A') or can be mounted on the wall suction device (2). The external vacuum is used to connect the vacuum line, and the installation position is not within the scope of this patent. The cleaning method of the automatic wall cleaning mechanism can be transported to the inner circumference of the cleaning wheel by various means. The periphery, as well as the cleaning mechanism of the cleaning mechanism, are not within the scope of this patent.

In addition, the automatic wall cleaning mechanism can be equipped with an image monitor to allow the ground staff to monitor the automatic wall cleaning operation status at any time.

Moreover, the wall suction device (A) (A') can be equipped with a brush body or a dust suction device, and can be used as a dirt cleaning for indoor wall surface.

The mechanical arm assembled by the wall adsorption device (A) (A') can be used for the maintenance and repair of the wall facilities of the building. After installing the fire-fighting device or the safety escape aid, it can be used for fire-fighting safety escape aids. use.

In summary, the creation has the function of being adsorbed on the wall of the building and being movable, and the cleaning mechanism can be installed to automatically clean the exterior wall of the building, which is a novel, progressive and industrial application. The creation has already met the requirements for the granting of new patents, and the patent application was filed according to law. The review committee of Shangqigui can review it in detail, and the patent for this case will be granted as soon as possible.

The above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of this creation, the equivalent changes and modifications made by the patent application scope of this creation should still belong to this creation patent. Within the scope of coverage.

(A)(A’)‧‧‧Wall adsorption device

(B) ‧‧‧ wall

(C) ‧ ‧ balcony protruding from the wall

(1) (1') ‧ ‧ main structure

(11) ‧‧‧ top

(111) (111’) ‧ ‧ joints

(112)‧‧‧ Connections

(12)‧‧‧ side panels

(13)‧‧‧ drive unit

(131) (131') ‧ ‧ motor

(13’)‧‧‧Mobile wheel base

(1311’) ‧ ‧ moving wheels

(132)‧‧‧ drive wheel

(132’)‧‧‧Flexing mechanism

(14)‧‧‧ Tracks

(141)‧‧‧Flexible seals

(142)‧‧‧ Transmission teeth

(143)‧‧‧ Airflow communication slots

(144)‧‧‧ venting holes

(15)(15’)‧‧‧ Sealing materials

(151) (151') ‧ ‧ sorption nozzle

(2) (2') ‧ ‧ vacuum suction

(21) (21’) ‧‧‧Adsorption holes

(211)‧‧‧ Pipes

(212) (212') ‧‧‧ fall prevention valve

(213)‧‧‧Beads

(22)(22’)‧‧‧vacuum suction holes

(3)‧‧‧Brush cleaning wheel

(31)‧‧‧Rolling wheel cleaning wheel

(32)‧‧‧Washing machine coupling

(4)‧‧‧Cantilever manipulator

(41)‧‧‧Rotating mechanism

(5) ‧‧‧Safe slings

(6) ‧‧‧ articulated arm

(61)‧‧‧ Telescopic rod

(7) ‧‧‧X dynamic linear orbit

(71) (81) ‧‧‧Mobile slide

(8) ‧‧‧Y dynamic linear orbit

(9)‧‧‧Cage

(91)‧‧‧Wicker

(92)‧‧‧ slings

The first figure is a side view of one of the preferred embodiments of the present invention. The second figure is a bottom view of the structure shown in the first figure. The third picture is the top view of the main structure of the author. The fourth figure is a side view of the main structure shown in the third figure. The fifth figure is a top perspective view of the vacuum suction adsorption line of the present invention. Figure 6 is a perspective view of the suction line of the vacuum suction body shown in the fifth figure. The seventh figure is the end view of the main structure of the present invention. The eighth figure is an end sectional view of the vacuum suction body and the main structure. The ninth figure is a side view of the peripheral glue seal material of the present crawler. Figure 10 is a cross-sectional view of the crawler belt shown in Figure IX. The eleventh figure is a bottom view of the crawler belt shown in the ninth figure. Figure 12 is a partial enlarged view of the crawler belt shown in the ninth figure. Figure 13 is a cross-sectional view of the A-A+ of the crawler belt shown in Figure 12. Figure 14 is a cross-sectional view of the B-B+ of the crawler belt shown in Figure 12. The fifteenth diagram is a side view of an embodiment of another rotary drive combined adsorption device of the present invention. Figure 16 is an end view of the rotary drive structure shown in Figure 15. Figure 17 is a bottom plan view of the rotary drive structure shown in Figure 15. Figure 18 is a partial cross-sectional view of another drop prevention device designed in the adsorption line. The nineteenth figure is a front view of an embodiment of the present invention in which the suction device is equipped with a safety sling and a cantilever type mechanical arm is assembled, and one end of the arm is connected to the brush cleaning wheel. Figure 20 is a side elevational view of the structure shown in Figure 19. The twenty-first figure is a front view of an embodiment in which a plurality of bristle type cleaning wheels are assembled by a single cantilever type robot arm. The twenty-second figure is a side view of the structure shown in Fig. 21. The twenty-third figure is a front view of an embodiment in which the brush-type cleaning wheel of different functions and sizes is separately assembled by three cantilever type robot arms. The twenty-fourth figure is a side view of the structure shown in the twenty-third figure. The twenty-fifth drawing is a front view of an embodiment in which the adsorption device is assembled with another articulated mechanical arm, and one end of the mechanical arm is connected to a single bristle cleaning wheel. Figure 26 is a side elevational view of the structure shown in Figure 25. The twenty-seventh drawing is a front view of an embodiment in which two types of cleaning wheels are driven by a three-joint type mechanical arm to drive the roller type and the brush type. Figure 28 is a side elevational view of the structure shown in Figure 27. The twenty-ninth figure is an X-dynamic linear orbit that combines X-axis movement on two adsorption devices, and two articulated robotic arms are driven on the moving slide of the dynamic linear orbit to drive two bristle cleaning. Front view of the embodiment of the wheel. Figure 30 is a side elevational view of the structure shown in Figure 29. The thirty-first figure is the creation of two adsorption devices with safety slings to move up and down, and the connection of X-powered linear orbits to X-axis left and right movement, on the moving carriage to connect the mechanical arm drive cleaning A perspective view of an embodiment of a building cleaning. The thirty-second figure is the creation of the telescopic rod on the adsorption device to make the Z-axis front and rear movement, and the X-power linear track and the cleaning mechanism are connected to the top of the telescopic rod coupling seat, and the cleaning wheel is driven by the mechanical arm. A perspective view of an embodiment of cleaning. The thirty-third figure is based on the setting of two sets of upper and lower corresponding adsorption devices with Y-dynamic linear orbits, and the X-ray linear orbits and cleaning mechanism shown in Figure 31 are set in the aforementioned Y-dynamic linear orbits. In the above, a schematic diagram of an embodiment of a free moving surface cleaning can be achieved by X, Y axis directions left, right, up and down. The thirty-fourth figure is a perspective view of an embodiment in which the structure shown in Figure 32 is used in conjunction with a cage. The thirty-fifth figure is a perspective view of a conventional cage structure.

Claims (16)

An automatic wall cleaning mechanism and a wall adsorption device, comprising a cleaning mechanism and a wall adsorption device, wherein the wall adsorption device can be crawled and moved, comprising a main structure body, a vacuum suction body, and a soft rubber crawler And a sealing material, wherein the main structure body is provided with corresponding driving units at both ends, and the driving unit is mounted with at least one or more motor-driven driving wheels, and the vacuum suction system is disposed between the two sides of the main structure body, and Located between the driving units at both ends of the main structure body, at least one or more columns of adsorption holes are arranged at the bottom of the vacuum suction body, and each of the adsorption holes is connected to the vacuum suction of the vacuum suction body through a pipe provided through the inside of the vacuum suction body. The hole is connected by an external vacuum device to the vacuum suction hole of the vacuum suction body through the external pipeline, and each set of corresponding driving wheels is arranged at both ends of the main structure body, and each set has a soft rubber crawler, and each crawler belt periphery Each of them is glued with a sealing material, and a plurality of adsorption nozzles are arranged on the sealing material, and each of the soft rubber crawler belts is provided with elastic sealing edges on both sides, and the crawler belt The surface spacing of the cloth is provided with transmission teeth, and corresponding positions of each suction nozzle corresponding to the sealing material on the track are provided with a ventilation unit for connecting the adsorption holes of the vacuum suction body and each adsorption nozzle provided by the sealing material, and the ventilation The unit is formed by disconnecting the middle portion of the transmission tooth to form a gas communication groove and a venting hole penetrating the track. The top portion of the main structure body is provided with an assembly portion of an external cleaning mechanism, and is assembled by an automatic wall cleaning mechanism. When the external vacuum device is operated, the adsorption hole on the adsorption side of the vacuum suction body is generated to generate suction; the vacuum suction body is provided with driving wheels at both ends, the driving wheel is provided with a motor, and the driving wheel is driven by the motor to soften the rubberized crawler belt In operation, when the suction nozzle of the sealing material on the soft rubber crawler runs along with the driving wheel to the adsorption hole at the bottom of the vacuum suction body, the air flow communication groove and the vent hole on the soft rubber crawler are connected to make the adsorption nozzle on the sealing material The adsorption force is generated on the wall surface, so that the wall adsorption device can be adsorbed on the wall surface; and the flexible rubber track is driven by the driving wheel to make the dense The nozzle position moves the material, so that the suction nozzle and at different positions in turn generates suction force, and when the suction nozzle away from the sealing material After the vacuum suction body adsorbs the hole, the adsorption force will be lost, and the wall adsorption device can be easily moved and moved. When two or more soft rubber crawlers and two sets of driving wheels are provided, the wall adsorption device can be made. Forward, backward and steering. The automatic wall cleaning mechanism and the wall adsorption device according to claim 1, wherein the wall adsorption device can also adopt a rotary movement, which comprises a vacuum suction body having the same principle inside a main structure body. The external vacuum device is connected to the vacuum suction hole of the vacuum suction body through the external pipeline, and the sealing material is disposed on the adsorption surface at the bottom of the vacuum suction body, and one or more adsorption nozzles are arranged on the sealing material, and each adsorption nozzle corresponds to The adsorption hole on the adsorption side of the vacuum suction body, when the external vacuum device is operated, the adsorption hole on the suction surface of the vacuum suction body is capable of generating adsorption force; and the moving wheel is installed at both ends of the main structure body, and the moving wheel can be loaded The motor drives the moving wheel to operate, or the motor is not installed, and the movement is directly controlled by the hoist of the safety sling; the moving wheel is mounted on the moving wheel base, the moving wheel base is coupled with the telescopic mechanism, and the moving wheel base is controlled by the telescopic mechanism, The height of the moving wheel can be adjusted to the most appropriate position, and when the wall adsorption device reaches the proper position, the moving wheel base can be controlled by the telescopic mechanism to move the wheel Retraction, so that the adsorption surface can completely conform to the wall surface to enhance the adsorption force of the wall adsorption device. The telescopic mechanism is mainly used to control the height of the moving wheel, and is not limited to different structural forms, and the motor and the electromagnet can be used. Or a telescopic cylinder, which is provided with a connecting portion of an external cleaning mechanism on the main structure body, and is assembled by an automatic wall cleaning mechanism for cleaning. The automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein the vacuum adsorption device connecting the external pipelines may be a vacuum pump or a vacuum generator or other may be generated. The vacuum adsorption device can be installed, and the installation position can be installed on the wall adsorption device, or can be installed on the outside to achieve vacuum by the connection of the vacuum pipe. The automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein a drop prevention device is installed in the pipeline of the vacuum suction hole and the vacuum suction hole. The drop prevention device may be a drop prevention valve (preventing the fall-off valve) or may be directly designed in the vacuum suction line. For example, the automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein the wall adsorption device is operated, the safety sling is suspended as needed, and the sensor or the mobile device is moved. The program control makes the lifting speed of the hoisting machine for controlling the safety slings consistent with the traveling speed of the wall adsorption device, and is used for cleaning the wall of the building. The hoisting machine can be installed on the adsorption device or can be mounted on the upper hang. The cantilever is in place. The automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein the automatic wall cleaning mechanism comprises a mechanical arm assembled on the wall adsorption device and mounted on one end of the mechanical arm. One or more sets of cleaning brush wheels are provided, wherein the robot arm can be in the form of a cantilever type robot or an articulated arm. The automatic wall cleaning mechanism and the wall adsorption device according to claim 6 , wherein one or more cleaning brush wheels are installed at one end of the robot arm, and can be used as a cleaning and cleaning of the wall of the building. The form and material of the brush wheel can be used in different forms or materials to clean the brush wheel in response to the cleaning needs of various modern wall shapes of the modern building. For example, in the automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, two wall adsorption devices can be used, and each of the two wall adsorption devices is provided with a connectable X power. The linear orbital coupling seat, the X-power linear rail ends are fixed to the two wall surface adsorption devices by the coupling seat, and the X-dynamic linear orbit is equipped with a moving sliding seat. The power can make the moving slide flexible and move left and right. The X-power linear track is used to drive the automatic wall cleaning mechanism to move linearly in the X-axis on the track. It is not in the form of linear or different installation angles or the number of uses. Differently limited; there is a joint on the moving slide, and an automatic wall cleaning mechanism is installed on the joint, which can be placed on the X-power linear track by the close adhesion of the wall suction devices at both ends. The automatic wall cleaning mechanism can make the X-axis horizontal movement cleaning more flexible and stable. At the two ends of the linear linear track, the wall adsorption device has been closely attached to the wall surface, and the automatic wall cleaning mechanism on the moving carriage does not need to be equipped with a wall adsorption device. For example, the automatic wall cleaning mechanism and the wall adsorption device according to Item 1 or 2 of the patent application can use more than two wall adsorption devices at the same time. When four wall adsorption devices are used, four The wall adsorption device is divided into two groups of upper and lower corresponding, and a vertical Y-dynamic linear track is connected between the two vertical wall adsorption devices, and a moving sliding seat is arranged on the Y-dynamic linear orbit. The moving slide of the dynamic linear track can move up and down flexibly; between the two moving slides, there is an X-power linear track, and the X-power linear track is equipped with a moving slide, which can make the X-power linear. The moving slide of the track can move flexibly to the left and right; and the automatic wall cleaning mechanism is installed on the moving slide joint of the X-power linear track, and the X-power can be made by the close adhesion of the four wall adsorption devices. The automatic wall cleaning mechanism on the linear track can flexibly and stably move the X and Y axes up and down and left and right to move and clean. At this time, even if the four wall surface adsorption devices are not equipped with a moving traveling device, the automatic wall cleaning mechanism also Flexible mobile operations. The automatic wall cleaning mechanism and the wall adsorption device according to claim 8 , wherein the two wall adsorption devices are respectively provided with a Z-axis telescopic rod at the top of the Z-axis telescopic rod. The X-power linear track is connected, and the synchronous stretching operation of the two Z-axis telescopic rods can be used to make Y-axis movement with the safety sling, and the automatic wall cleaning mechanism on the X-power linear track can be flexibly made. The X, Y and Z axes are moved up and down, left, right, front and back. The automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein the automatic wall cleaning mechanism and the wall adsorption device are also connected and fixed to a hanging mechanism, the hanging mechanism The appearance can be a cage type or other form of form, and an X-powered linear track is mounted on the hanging mechanism, and a moving slide is mounted on the X-powered linear track, and the X-power linear track can be used by the power. The moving slide can be flexibly moved left and right; and the automatic wall cleaning mechanism is installed on the assembly part of the moving sliding seat on the X-power linear track, and the automatic wall cleaning on the moving sliding seat can be performed. The mechanism can be flexibly and stably operated on the X-power linear track to perform horizontal and horizontal horizontal cleaning. Telescopic rods are installed on both sides of the hanging mechanism. One end of the telescopic rod is connected with a wall adsorption device, and the telescopic rods and walls on both sides of the hanging mechanism The function of the surface adsorption device is such that the automatic wall cleaning mechanism can always be stable during operation. For example, the automatic wall cleaning mechanism and the wall adsorption device according to the scope of claim 9 can be connected to the X-power linear track by the moving slide of the Y-dynamic linear track on the four wall adsorption devices, and the X-power can be made. The moving slide of the linear track forms a free moving surface on the wall surface, wherein the mobile sliding seat on the X-power linear track can be equipped with a liquid or powder material container and a printing nozzle, and can be controlled by a computer. It is used for automatic wall printing and can be applied to wall painting and painting color paint. Z-axis telescopic rod can be used as wall 3D printing or artistic statue spraying. For example, the automatic wall cleaning mechanism and the wall adsorption device according to item 6 of the patent application scope, wherein the mechanical arm assembled by the wall adsorption device can be used for maintenance and repair of the wall installation of the building, and the fire extinguishing device is installed. Or after safe escape aids, they must be used for fire-fighting safety escape aids. For example, the automatic wall cleaning mechanism and the wall adsorption device described in claim 6 wherein the automatic wall cleaning mechanism can be transported through the pipe body to the inner or outer periphery of the cleaning brush wheel and the sewage recovery. The device can also be recovered through the tube. For example, the automatic wall cleaning mechanism and the wall adsorption device according to the first or second aspect of the patent application, wherein an image monitor can be installed on the automatic wall cleaning mechanism, so that the ground staff can monitor the automatic wall cleaning operation at any time. status. For example, the automatic wall cleaning mechanism and the wall adsorption device described in claim 1 or 2, wherein the wall adsorption device can be equipped with a brush body or a dust suction device, and can be used as an indoor wall dirt cleaning.