51results about How to "Realize the purpose of one machine with multiple functions" patented technology

The invention discloses a multifunctional high-position order picker. The multifunctional high-position order picker comprises a base, a frame main body and a lifting device, wherein the frame main body extends vertically upwards from the base and comprises a plurality of goods storage platforms sequentially arranged in the vertical direction and inlets allowing goods to enter the goods storage platforms; each goods storage platform comprises a first supporting plate and a second supporting plate which are located on two sides of the bottom face; the lifting device comprises a lifting portal and a lifting mechanism which are arranged at the inlet of the frame main body; the lifting mechanism comprises a horizontal sliding rail, a sliding type goods shelf and a push rod; the width of the sliding type goods shelf is smaller than the distance between each first supporting plate and the corresponding second supporting plate; and the inlets of the multiple goods storage platforms are vertically through in the vertical direction so that the horizontal sliding rails can move up and down along with the lifting mechanism. The invention further discloses an operation method of the multifunctional high-position order picker. According to the multifunctional high-position order picker and the operation method thereof, the goods can be taken out from the goods shelves and stored on the order picker, the goods are taken out multiple times and stored on the order picker, conveying of multiple goods can be completed by running the order picker once, and the stability and safety are high.

The invention discloses an extrusion soil breaker, which comprises a frame, a left wallboard, a right wallboard, a screw shaft, a casing and a pulley. The left wallboard and the right wallboard are disposed on the frame, the screw shaft supported via bearing blocks penetrates through the left wallboard and the right wallboard, the casing with a feeding port and a discharging port is fixedly connected to the left wallboard and the right wallboard, the pulley disposed on the screw shaft is driven by a motor, breaking claws are evenly distributed on a screw vane (2) on the screw shaft (3) inside the casing (11), a cylindrical screen (10) connected to the left and right wallboards (8) is radially arranged between the screw vane and the casing, a pressure disc (9) with evenly and peripherally distributed pressure claws (18) is sleeved on the screw shaft inside the cylindrical screen, and the pressure disc and the left wallboard adjacent to the same are provided with anti-rotating holes (19 and 20) respectively and correspondingly connected through anti-rotating pins (21). Impurities and bricks in soil can be effectively separated from the soil while soil breaking and screening functions are achieved by using the extrusion soil breaker, and the extrusion soil breaker is simple and compact in structure, convenient in disassembly and maintenance, low in cost, low in vibration, low in noise, low in power consumption and widely applicable.

The invention relates to an automatic fabric tension control system suitable for a knitting open-width wet processing unit. The system comprises at least more than two groups of wet processing units, wherein adjacent wet processing units are in station connection to form the open-width wet processing unit; drum / roller group stations and roller groups which are matched with the drum / roller groups are arranged in box bodies of the wet processing units; and the system is characterized in that: the drum / roller groups are main driving components; and the roller groups comprise driving rollers and driven rollers which are matched with each other. The invention has outstanding characteristics that: the drums / rollers, rollers and traction rollers in each wet processing unit are main driving components; numerical values of various driving mechanisms can be directly set according to differences of fabric composition and technical requirements of fabrics machined by the unit, so that the fabrics do not have tension, the fabrics are prevented from being subjected to tensile deformation in each wet processing unit, and the quality of the fabrics is guaranteed.

The invention relates to the technical field of agricultural machinery, specifically a corn harvester. A vertical ear and stalk harvesting type corn harvester comprises a stand on which a cab and a harvesting platform are set. A reciprocating type cutter is set in front of the harvesting platform. A chain harrow type elevator, a vertical ear plucking device, a vertical stalk pulling device, a vertical cutting device are orderly set on the harvesting platform from the front to the rear. A crawler type ear collecting device is set in front of and below the vertical ear plucking device. A stalk collecting device is set below the cab. An ear elevator is set at left side of the cab. A throwing device is set at right side of the cab. An ear collecting box is set behind the cab. A grass collecting box is set behind the ear collecting box. By adoption of the mentioned technical proposal, the invention can harvest corn ear and stalk to be multi-purpose.

The invention discloses a vertical turning structure of a turning milling boring multifunctional horizontal lathe. A turning power head and a tail support are arranged on two ends of a guide rail; a longitudinal driving lead screw passes through a longitudinal slide carriage mechanism and is parallel to the guide rail; the longitudinal slide carriage mechanism moves along the guide rail under drive of the longitudinal driving lead screw; a horizontal driving lead screw is arranged on the longitudinal slide carriage mechanism; a horizontal dragging plate mechanism is arranged on the top end of the longitudinal slide carriage mechanism and moves along the longitudinal slide carriage mechanism under drive of the horizontal driving lead screw; a turning cutter platform mechanism is arranged on a side surface of the horizontal dragging plate mechanism and can lift along the horizontal dragging plate mechanism; two slide platforms are arranged on the guide rail and move along the guide rail; a tail end of a connection long seat is detachably arranged on a front end surface of the turning cutter platform mechanism; a turning tool seat is arranged on a front end of the connection long seat; and the vertical lathe workbench support is arranged on two top surfaces of the two slide platforms. A vertical function is integrated in the turning milling boring horizontal lathe, the horizontal lathe can possess more metal machining functions and has multiple purposes, and the machining efficiency and precision of work pieces can be improved.