38results about How to "Fast painting" patented technology

The invention relates to a painting device, in particular to a device for uniformly painting a building. The invention aims at solving the technical problem of providing a device for uniformly painting the building with easiness operation and high painting speed. For solving the technical problem, the device for uniformly painting the building comprises a cart, a paint box, an oil pump, a hose, a sprayer, a painting device, a sliding block I, a sliding rail I, a rack, a deceleration motor and a gear, wherein the deceleration motor is arranged at the lower part of the right side of the cart, the gear is arranged at the rear side of the deceleration motor, the sliding rail I and the paint box are sequentially arranged at the top of the cart from left to right, the front side of the sliding rail I is slidably connected with the sliding block I, the right end of the sliding block I is connected with the painting device, the left end of the sliding block I is connected with the rack, the gear is matched with the rack, and the oil pump is arranged at the bottom in the paint box. The device for uniformly painting the building achieves the effects of uniformity in painting, easiness operation and high painting speed, and the building can be uniformly painted by utilizing the device provided by the invention.

The invention relates to a paint brushing device, in particular to an arc-shaped plate paint brushing device for a building. The arc-shaped plate paint brushing device for the building is uniform in paint brushing, high in paint brushing and easy to operate. The arc-shaped plate paint brushing device for the building comprises a left frame, a bottom plate, a sliding rail, a slider I, iron blocks, an electromagnet, a slider II, springs I, a rotary motor, a connection rod I, a paint box, an electric wheel I, a pull wire, a cover, an electric wheel II, a connection rod II, a supporting rod I, a spring II, a steel wire rope, a supporting rod II, an electric push rod, a brush and a thumb cylinder. The left frame is arranged at the left end of the bottom plate, the electric wheel I is arranged on the upper portion of the right side of the left frame, and the pull wire is wound on the electric wheel I. The effects of uniform paint brushing, high paint brushing speed and easy operation are achieved, by means of the device, an arc-shaped plate can be efficiently brushed with paint, and work efficiency is improved.

The invention relates to a self-stabilization lifting type building wall whitewashing robot. The self-stabilization lifting type building wall whitewashing robot comprises a lower platform. Four universal wheels are symmetrically arranged on the lower end face of the lower platform. Six parallel branch chains are evenly installed on the lower platform in the axis direction. The upper ends of the six parallel branch chains are evenly installed on an upper platform. Four lifting branch chains are symmetrically installed on the upper end face of the upper platform. Each lifting branch chain comprises two installation columns which are welded to the upper end face of the upper platform, wherein a first rotary shaft is installed between the upper ends of the two installation columns through a bearing, a transmission pulley is installed on the first rotary shaft through a key, a steel wire is slidably attached to the inner wall of the transmission pulley, the top end of the steel wire rope is wound on a driving pulley, the driving pulley is installed on a second rotary shaft through a key, the two ends of the second rotary shaft are installed on two lifting support plates through bearings correspondingly, and the lower ends of the two lifting support plates are welded to the upper platform. By the adoption of the self-stabilization lifting type building wall whitewashing robot, a stable lifting type automatic whitewashing function can be achieved, and a novel approach for mechanical automatic wall whitewashing is provided.

The invention relates to a building wall whitewashing robot based on the negative pressure principle. The building wall whitewashing robot comprises a fixed frame, six parallel branch chains are mounted on the fixed frame, and the upper ends of the six parallel branch chains are evenly mounted on an upper platform. A sucking pump is mounted in the middle of the upper end face of the upper platform through screws. Three L-shaped support columns are evenly welded to the right side of the upper end face of the upper platform, a sucking support plate is welded to the tail ends of the three L-shaped support columns, and a first suction cup, a second suction cup and a third suction cup are mounted on the inner wall of the sucking support plate through screws. A sucking pipe is connected to a sucking opening of the sucking pump. Four sucking jacking columns are symmetrically welded to the upper end face of the upper platform, a lifting table is welded to the upper end faces of the four sucking jacking columns, and the four sucking jacking columns are used for evenly supporting the lifting table. A whitewashing manipulator is mounted at the upper end of the lifting table through screws. The building wall whitewashing robot has a stable-lifting automatic whitewashing function, and a new path of mechanical and automatic wall whitewashing is provided.

The invention relates to a building wall face plastering robot which comprises a fixing rack. Six parallel connection branch chains are installed on the fixing rack. The upper ends of the six parallel connection branch chains are all installed on an upper platform. A sucking pump is installed at the middle portion of the upper end face of the upper platform through screws. Three L-shaped struts are evenly welded to the right side of the upper end face of the upper platform. A sucking supporting board is welded to the tail ends of the three L-shaped struts. A first suction cup, a second suction cup and a third suction cup are installed on the inner wall of the sucking supporting board through screws. The first suction cup is connected with the second suction cup through a first connecting air pipe. A sucking pipe is connected to a sucking opening of the sucking pump and communicates with the first connecting air pipe. Four sucking jacking columns are symmetrically welded to the upper end face of the upper platform. A lifting device is welded to the upper end faces of the four sucking jacking columns. A plastering mechanical hand is installed at the upper end of the lifting device through screws. By the adoption of the building wall face plastering robot, the stable lifting and automatic plastering function can be achieved, and a new way for mechanically and automatically plastering a wall face is provided.

The invention discloses a paint brushing device with a changeable curvature of a paddle adjusting belt type. Brush, motor, No. 1 swash plate, multi-axle wheel transmission device, No. 2 swash plate, paint roller, discharge rack, the present invention is a paddle-adjustable belt-type paint brushing equipment that can change the curvature when there are large parts When it is necessary to paint, directly adjust the second push-pull handle, so that the No. 2 buckle moves outward and the No. 1 buckle moves inward to tighten the connecting belt, and jump from the driven wheel to the multi-stage gear plate, so that the right end of the connecting belt is moved. The height is lowered, and it can be adapted to parts of various heights and sizes. It can be adjusted without stopping the device, which improves the overall painting speed. When painting the parts, the processing box will be sealed through the sealing groove cover first, and the air pump The air inside the equipment is extracted to reduce the entry of particulate matter, so that the surface of the painted parts is smoother.

The invention relates to an intelligent lifting manipulator for building whitewashing. The intelligent lifting manipulator comprises an upper platform, and four lifting branch chains are symmetrically mounted on the upper end face of the upper platform. Each lifting branch chain comprises two mounting columns welded to the upper end face of the upper platform, wherein a first rotating shaft is mounted between the upper ends of the two mounting columns through bearings, a transmission pulley is mounted on the first rotating shaft through a key, a steel wire rope is attached to the inner wall of the transmission pulley in a sliding mode, and the top end of the steel wire rope is wound on a driving pulley. Each driving pulley is mounted on a second rotating shaft through a key, the two ends of each second rotating shaft are mounted on two lifting support plates through bearings correspondingly, and the lower ends of every two lifting support plates are welded to the upper platform. A lifting motor is mounted at the end, away from the corresponding mounting columns, of each second rotating shaft through a coupling, each lifting motor is fixedly mounted on a motor frame, and the motor frames are mounted on the upper platform. The bottom end of each steel wire rope is wound on a pull ring. The intelligent lifting manipulator has a stable-lifting automatic whitewashing function, and a new path of mechanical and automatic wall whitewashing is provided.

The invention relates to a whitewash robot for a building wall based on a negative pressure principle. The whitewash robot comprises a fixed frame, on which six parallel branched chains are arranged. Upper ends of the six parallel branched chains are uniformly arranged on an upper platform. The middle of the upper end surface of the upper platform is provided with an air extracting pump through screws. The right side of the upper end surface of the upper platform is uniformly welded with three L-shaped support columns, tail ends of which are welded with air extracting support boards. Inner walls of the air extracting support boards are respectively equipped with a first sucker, a second sucker and a third sucker through screws. An air extracting port of the air extracting pump is connected with an air extracting pipe. The upper end surface of the upper platform is symmetrically welded with four air extracting top columns. Upper end surfaces of the four air extracting top columns are welded with an elevating table. The four air extracting top columns have the effects of uniformly supporting the elevating table. The upper end of the elevating table is provided with a whitewashing manipulator. The whitewash robot for building wall capable of automatically pouring paints can have the functions of stably elevating and automatically whitewashing. A new way for mechanically whitewashing wall surfaces in an automated manner is provided.

The invention relates to a special manipulator for building indoor wall decoration. The special manipulator for building indoor wall decoration comprises an upper platform. An air pump is installed in the middle of the upper end face of the upper platform through screws. Three L-shaped supporting columns are evenly welded to the right side of the upper end face of the upper platform. An air suction supporting plate is welded to the tail ends of the three L-shaped supporting columns. A first suction cup, a second suction cup and a third suction cup are installed on the inner wall of the air suction supporting plate through screws. The first suction cup is connected with the second suction cup through a first connecting air pipe, and the second suction cup is connected with the third suction cup through a second connecting air pipe. An air suction opening of the air pump is connected with an air suction pipe which communicates with the first connecting air pipe. Four air suction jacking columns are symmetrically welded to the upper end face of the upper platform, a lifting platform is welded to the upper end faces of the four air suction jacking columns, and a whitewashing manipulator body is installed at the upper end of the lifting platform through screws. The special manipulator for building indoor wall decoration can achieve a stable automatic whitewashing function and provides a new way for mechanically and automatically whitewashing walls.

A technology for painting on the surface of furniture includes making a recess with the shape same as the part of furniture and the size less than that of said part by a thickness of paint film, making a demoulding mechanism on the bottom of recess, coating demoulding agent on the surface of recess, fixing the part of furniture in the recess, pouring paint in the gap between said part and recess, drying and demoulding. Its advantages are round and thick paint film and high uniformity.

The invention relates to an outer wall painting device, in particular to an outer wall painting device for aloft work. According to the outer wall painting device for the aloft work, the labor intensity of workers can be relieved, the painting speed can be increased, paint can be saved, and operation is easy. The outer wall painting device for the aloft work comprises a cylinder body and the like.The left side of the top of the cylinder body is connected with a feeding pipe, and the right side of the front side surface of the cylinder body is provided with a liquid conveying device; the leftside surface of the cylinder body is provided with a driving device, and a brush is arranged on the periphery of a liquid conveying part of the liquid conveying device and internally provided with a cavity; and the liquid conveying part of the liquid conveying device is led into the cavity. According to the outer wall painting device for the aloft work, the liquid conveying device can be driven through the driving device to input the paint to the cavity in the brush, then the paint flows out from a liquid discharging hole through the cavity, and therefore the effects that the labor intensity of workers can be relieved, the painting speed can be increased, the paint can be saved, and operation is easy are achieved.

The invention relates to six-degree-of-freedom wall whitewashing equipment for a building. The six-degree-of-freedom wall whitewashing equipment comprises a fixed frame, on which six parallel branched chains are arranged. Upper ends of the six parallel branched chains are uniformly arranged on an upper platform. The middle of the upper end surface of the upper platform is provided with a whitewash manipulator through screws. The fixed frame comprises a lower platform. The upper end of the lower platform is symmetrically provided with four universal wheels, by which the six-degree-of-freedom wall whitewashing equipment can be moved at any will below the wall to be whitewashed. Operation is conducted easily. The middle of the upper end surface of the lower platform is provided with a driving shaft via a bearing. The middle of the driving shaft is equipped with a driving gear through a key. The driving gear is engaged with six driving branched chains along an axial direction. The driving branched chains comprise driving motors with bottoms installed on the lower platform via motor seats. The six-degree-of-freedom wall whitewashing equipment for the building can have the functions of stably elevating and automatically whitewashing. A new way for mechanically whitewashing wall surfaces in an automated manner is provided.

The invention relates to a painting device, in particular to a natural gas pipeline cleaning and quickly painting device. The natural gas pipeline cleaning and quickly painting device comprises a base, a sliding rod, a supporting rod, a first motor, a winding wheel, a rope, a sliding sleeve, a circular brush and the like; the supporting rod is mounted on the upper left portion of the base, and a placement plate is mounted on the middle upper portion of a base plate; the sliding rod is mounted on the upper right portion of the base plate, and the left portion of the supporting rod is sequentially provided with a second motor and a first cylinder body from top to bottom; and a cam is mounted on the second motor. According to the natural gas pipeline cleaning and quickly painting device, theeffects that the painting speed is high, the painting efficiency is high, the manual labor force is greatly saved are achieved, by using the device, the laying schedule of national natural gas pipelines can be accelerated, painting is even, the service life of the natural gas pipelines can be prolonged to the greatest extent, the maintenance interval is prolonged, and part of maintenance funds issaved.