32results about How to "Meet the handling needs" patented technology

The invention provides cleaning equipment for a pipe fitting. The cleaning equipment for the pipe fitting comprises a shell body, an installation plate and a cleaning groove. A charge port and a groove inlet port are formed in the shell body; a charge cavity and a cleaning cavity are formed in the shell body; the charge cavity is located above the cleaning cavity; the installation plate is connected with the shell body; the installation plate is located in the cleaning cavity; and the cleaning groove is capable of being installed on the installation plate. The cleaning groove specifically comprises a main groove cavity, an auxiliary groove cavity, a rotary element, a transmission element and a sealing element. The main groove cavity is used for placing a cleaning groove; the rotary elementis located in the main groove cavity; one end of the rotary element penetrates through a partition and stretches into the auxiliary groove cavity; the transmission element is located in the auxiliarygroove cavity; and the sealing element is located between the rotary element and the partition. When the transmission element drives the rotary element to rotate, the transmission element does not make contact with the chemical solution in the main groove cavity; and moreover, in the rotating process of the transmission element, the chippings and residues which are generated by the transmission element are intercepted by the sealing element between the rotary element and the partition, so that no pollution to the cleaning solution in the main groove cavity is further ensured, the cleaning effect is improved, and the service life of the cleaning solution is prolonged.

The invention discloses a flame-retardant and antistatic container bag, and belongs to the field of container bags. The flame-retardant and antistatic container bag comprises a body, hanging belts, a feeding hole, a tying rope, reinforcing belts, inner blocking plates and a label bag, wherein the body is made of a flame-retardant and antistatic material; the hanging belts pass through the bottom of the body in a crossed mode to be arranged on the side face of the top of the body; the feeding hole is formed in the top of the body; the tying rope is arranged on one side of the feeding hole; the inner blocking plates are arranged inside the body; the label bag is arranged outside any side face of the body; the reinforcing belts are arranged on the hanging belts and are fixed outside the body. The container bag disclosed by the invention is simple in structure, convenient to assemble and disassemble, high in bearing capacity, flame-retardant, antistatic, long in service life and wide in application range, and has a wide market prospect.

The invention discloses a conveyer for iron sheets used for making large cans. The conveyer comprises a stepped conveying mechanism, a horizontal conveying mechanism, a lifting collection mechanism and a roller conveying mechanism, wherein a material end is arranged on one side of the stepped conveying mechanism; a material inlet end of the horizontal conveying mechanism is connected with a material outlet end of the stepped conveying mechanism; the lifting collection mechanism is arranged on a material outlet end of the horizontal conveying mechanism; and a material inlet end of a roller conveying mechanism is connected with a material outlet end of the lifting collection mechanism. By adopting the conveyer for the iron sheets used for making the large cans, the iron sheets used for making the large cans can be conveyed, so that conveying requirement of the iron sheets used for making the large cans is met; when the conveyer for the iron sheets used for making the large cans, time and labor are saved; energy consumption is lowered, and production efficiency is improved; besides, an iron sheet pile for making the large cans is conveyed out through the roller conveying mechanism; and the roller conveying mechanism can bear the weight of the iron sheet pile for making the large cans, and conveying is stable, high-speed and energy-saving.

The invention discloses a double-arm large-stroke bidirectional fork device. The double-arm large-stroke bidirectional fork device comprises a left fork body unit and a right fork body unit. The double-arm large-stroke bidirectional fork device is characterized in that each fork body unit comprises an upper fork body unit, a middle fork body unit and a lower fork body unit; the left fork body unit and the right fork body unit are synchronously driven through a drive unit; the drive unit comprises a motor, a transmission belt, a belt wheel, a drive shaft, a left drive gear and a right drive gear; an output shaft of the motor drives the belt wheel through the transmission belt; the belt wheel is arranged on the drive shaft in a sleeving manner; the left drive gear and the right drive gear are arranged on the drive shaft separately; the left drive gear and the right drive gear are in engagement connection with the transmission gear separately; the transmission gear is engaged with a gear group in the lower fork body unit; and a rack in the middle fork body unit is driven to move by the gear group. According to the double-arm large-stroke bidirectional fork device disclosed by the invention, the drive unit drives the gear group by virtue of the transmission gear, the middle fork body and the upper fork body are driven to synchronously move, and a rotation direction of the gears is changed to control a movement direction of the fork bodies, so that bidirectionally free cargo carrying is realized.

The invention provides an automatic shelf carrying system that comprises a storage rack, turnover boxes, carrying trolleys and a cloud platform;multiple layers of turnover boxes are stored on each layer of shelf. Clamping grooves are formed in the tops of the turnover boxes, clamping columns are arranged at the bottoms of the turnover boxes, and the clamping grooves can be matched with bottom clamping columns of another turnover box and allow the clamping columns to be inserted. The carrying trolley comprises a moving chassis, a lifting unit, a picking unit and a control unit; the lifting unitis integrally arranged on the movable chassis. The whole picking unit can vertically move along with the lifting unit; an upper supporting part, a clamping part and a lower limiting part are furtherarranged from top to bottom on the picking unit. According to the carrying method of the automatic shelf carrying system, multiple layers of turnover boxes or containers can be placed on each layer ofshelf, so that gaps between the tops of the turnover boxes or containers on each layer of shelf and the bottom of the previous layer of shelf are reduced, and the storage space is saved; and throughthe upper supporting part and the lower limiting part of the picking unit, it is guaranteed that the carrying trolleys can execute carrying tasks separately without mutual interference.

The invention discloses an intelligent compound robot for wafer box transferring, and belongs to the technical field of automatic robots. The robot comprises an AGV transfer vehicle, a mechanical arm,an inserting frame mechanism and a visual positioning device. The mechanical arm is arranged on the AGV transfer vehicle; the inserting frame mechanism is installed on the mechanical arm, the inserting frame mechanism is driven by the mechanical arm to do axial movement and 360-degree steering movement synchronously or independently, and the axial movement comprises resultant displacement in theX direction, the Y direction and the Z direction in a single direction or in multiple axial directions at the same time; and the visual positioning device arranged on the inserting frame mechanism compensates the moving error of the AGV transfer vehicle so as to achieve the purpose of high-precision carrying of products under the conditions of high load and large operation radius.

A flexible gripper device for a robot is disclosed and is characterized by including a robot connecting plate, a U-shaped mounting block, a mechanical gripper mechanism and an electric permanent magnet gripper mechanism, wherein the U-shaped mounting block is arranged along the left and right horizontal direction, the robot connecting plate is vertically fixed on the front side surface of the U-shaped mounting block, the mechanical gripper mechanism is clamped on the U-shaped mounting block, and the upper end of the electric permanent magnet gripper mechanism is connected with the lower side surface of the U-shaped mounting block. To sum up, the invention has the advantages of simple structure, convenient use and high reliability for grasping the workpiece.

The invention relates to production equipment and a production method of an energy-saving environment-friendly building board, belonging to the field of building board production. The production equipment of the energy-saving environment-friendly building board comprises a crane, wherein the crane comprises a hanging plate and a mounting frame fixed to the bottom of the hanging plate; the mounting frame is provided with a supporting mechanism used for providing support for the board; the supporting mechanism comprises a supporting arm hinged to the end of the mounting frame and an electromagnet fixed to the bottom face of the mounting frame; and a magnetic attraction ring used for being attracted to the electromagnet is fixed to the bottom face of the supporting arm. The production method of the energy-saving environment-friendly building board comprises the following steps: paving melamine impregnated decorative paper in a hot pressing device in advance, and paving the melamine impregnated decorative paper on the top surface and the bottom surface of a multi-layer board; and under the condition of 60-80 DEG C, subjecting the multi-layer board and the melamine-impregnated decorative paper on the upper surface and the lower surface of the multi-layer board to hot pressing forming so as to obtain a melamine solid wood multi-layer board. The production equipment and the production method provided by the invention have the effect of improving the connecting capacity of the crane and the board.

The invention provides a telescopic adjustable placing rack for tempered glass production. The telescopic adjustable placing rack comprises a baffle, a main bottom plate and a handrail; one side of the bottom of the baffle is rotationally connected with the main bottom plate through a rotating shaft; the handrail is fixedly mounted on one side of the top of the baffle through bolts; a plurality offixing holes are formed in two sides of the baffle; a sliding groove is formed in an opening in one side in the main bottom plate; a connecting plate is slidably connected into the sliding groove; anauxiliary bottom plate is fixedly installed on one side of the connecting plate through bolts; universal wheels are arranged at the bottoms of the auxiliary bottom plate and the main bottom plate respectively; two supporting rods are rotatably connected with the two sides of the auxiliary bottom plate through rotating shafts, and the other ends of the supporting rods are fixedly installed in thefixing holes through bolts; and a strong magnetic sheet is arranged on one side of the baffle. According to the telescopic adjustable placing rack for tempered glass production, the utilization rate of space resources can be increased, the carrying requirements of goods of different sizes are met, and the cost for purchasing different placing racks is reduced.

The invention provides a truss carrying manipulator which comprises a carrying manipulator body and at least two cross beams, a supporting leg is supported below each cross beam, a linear guide rail is transversely arranged at the same position of the front face of each cross beam, the carrying manipulator body is arranged on the linear guide rail, and a T-shaped mounting groove is transversely formed in the front face of each cross beam. A plurality of T-shaped installation grooves are formed in the cross beams, a plurality of T-shaped nuts are arranged in the T-shaped installation grooves, a plurality of installation round holes are formed in the linear guide rails, first screws are arranged in the installation round holes, the first screws penetrate through the installation round holes and then are connected with the T-shaped nuts so as to connect the linear guide rails and the cross beams, the lower ends of the rear faces of the cross beams extend backwards to form connecting plates, and the connecting plates of every two adjacent cross beams are connected through a connecting block. The cross beams and the linear guide rails can be infinitely spliced according to needs, movement and transportation are convenient, the length of the truss carrying manipulator can be adjusted according to needs, and the carrying requirement for rigid structural parts in the assembly type house building process is met.