56results about How to "Easy to transport away" patented technology

The invention discloses a reed/crop straw harvesting bundler, and belongs to the technical field of harvesters. The harvesting bundler mainly comprises a cutting knife mechanism, feeding mechanisms, distributing mechanisms, bundling mechanisms, rope conveying mechanisms, rope conveying gear mechanisms, aligning mechanisms, bundle conveying mechanisms and a lifting mechanism. The transverse feeding mechanisms, the longitudinal feeding mechanisms, the distributing mechanisms, the bundling mechanisms, the rope conveying mechanisms, the rope conveying gear mechanisms, the aligning mechanisms and the bundle conveying mechanisms are symmetric about the center of a travelling mechanism. After materials harvested by the harvesting bundler are conveyed to the distributing mechanisms by the feeding mechanisms, the left distributing mechanism and the right distributing mechanism alternately distribute the materials to the two bundling mechanisms, the materials are aligned by the aligning mechanisms and then bundled by the bundling mechanisms, the rope conveying mechanisms convey ropes, and the materials are manually fastened, conveyed out, loaded and carried away by the bundle conveying mechanisms. According to the harvesting bundler, harvesting is combined with bundling, harvesting operation is completed once, labor is saved, transportation is facilitated, production efficiency is improved, and production cost is reduced.

The invention discloses a canteen bowl and plate separating and cleaning machine which comprises a base, a conveying mechanism, a turning and separating mechanism, a cleaning box, a dinner plate recycling basket, a dirt storage tank, a spray washing mechanism, a support, a work bench board, a supporting plate and a shielding cover, wherein the conveying mechanism can convey used dinner plates to abowl and plate separating position, bowls and dinner plates can be automatically separated under the action of a sensor and a driving motor on the turning and separating mechanism, the driving motoris in driving connection with the turning and separating mechanism, the bowls can fall into the cleaning box to be cleaned, the dinner plates are conveyed to the dinner plate recycling basket, bowl and plate separation is achieved, and the bowls are cleaned; the dirt storage tank is arranged at the lower end of the cleaning box, and leftover and sewage can be collected into the dirt storage tank;the cleaning box, the dirt storage tank and the dinner plate recycling basket are respectively and movably connected with the base and can be easily moved away and replaced when being filled up. The device is convenient to use, avoids the problems of low efficiency in manually collecting plates and long time consumption, is clean and tidy and is suitable for large canteens to recycle tableware.

The invention provides a power distribution cabinet assembling platform. The power distribution cabinet assembling platform includes an electric control cabinet, a base, lifting mechanisms, a turning mechanism, an operation platform and vertical arm mechanisms; supporting upright columns are connected onto the base; slide grooves are arranged on the supporting upright columns; the lifting mechanisms are vertically arranged at four corners of the base; the turning mechanism comprises a turning bracket, a rotating shaft, a connecting piece and a turning hydraulic jack, wherein the turning bracket is correspondingly clamped in the slide grooves in a sliding manner and is connected at the upper parts of the lifting mechanisms in a jacking manner, the rotating shaft is parallelly fixed at the lower part of the turning bracket and is clamped into the slide grooves in a sliding manner, and the turning hydraulic jack is connected at the middle of the turning bracket in a jacking manner through the connecting piece; the operation platform is fixed at the upper surface of the turning bracket; and the vertical arm mechanisms are arranged at two sides of the middle of the operation platform. With the power distribution cabinet assembling platform adopted, the positions of the side plates of a power distribution cabinet to be assembled can be determined, and complex steps for repeatedly adjusting a cabinet body to straighten the cabinet body in an assembling process can be omitted, and after the power distribution cabinet is assembled, the cabinet body of the power distribution cabinet can be automatically turned so as to be straightened, and manual lift can be omitted.

The invention relates to a cutting device for hung kelp. A seedling rope of the hung kelp is transversely hung below an airing rod through hooks, and the airing rod, the seedling rope and the kelp form a conveyed unit assembly; a lifting rod is transversely arranged, the two ends of the lifting rod are fixedly connected with the lower ends of lifting ropes, a clamping device is arranged at the endpart of the lifting rod, and the clamping device can clamp and fix the airing rod below the lifting rod; a seedling rope tensioning device is arranged at one end of the lifting rod, the moving part of the seedling rope tensioning device is connected with a guide clamping piece, and the guide clamping piece clamps one end of the seedling rope, and can straighten and tension the seedling rope; andthe conveyed unit assembly is conveyed right above a sliding table by the lifting rope and the clamping device, a horizontal cutting tool can transversely move along the sliding table, and the heightof the cutting tool is located at a kelp stalk part below a kelp hook, and corresponds to an asparagus filament part on the kelp. According to the cutting device for the hung kelp, the problem of winding of asparagus filaments is solved, continuous cutting is achieved, and meanwhile, mechanical cutting is achieved under the condition of the flexible seedling rope.

The invention discloses a high-performance continuous forging and pressing device for alloy steel rods. The device includes a worktable, a sliding groove is formed in the worktable, a feeding groove is connected with one end of the sliding groove and contains the steel rods, the other end of the sliding groove is connected with a discharge groove, and a bearing platform is installed on the top ofthe sliding groove; fixing plates are installed on both sides of the bottom of the sliding groove, and a rotating shaft is rotatably sleeved with the fixing plates; a motor is installed on the fixingplate on one side of the sliding groove, an output shaft of the motor is connected with the rotating shaft, one end of the rotating shaft is provided with a conveying mechanism, the conveying mechanism is clamped into the sliding groove, a guide rail is installed on one side of the worktable, a clamping mechanism is installed between the guide rail and the other end of the rotating shaft, and a forging and pressing mechanism is installed on the other side of the worktable. The steel rods slide down along the feeding groove, the motor drives the rotating shaft to rotate, the conveying mechanismlifts the steel rods onto the bearing platform one by one, the rotating shaft drives the clamping mechanism to move at the same time, the clamping mechanism presses the steel rods on the bearing platform, and the forging and pressing mechanism conducts forging and pressing on the end face of each steel rod; after forging and pressing are finished, the clamping mechanism loosens the steel rods, and the conveying mechanism lifts the steel rods to the discharge groove.

The invention relates to sludge treatment equipment, and particularly discloses a spreading and turning type sludge treatment device. The spreading and turning type sludge treatment device comprises a running frame formed by connection of two running supports and two connecting rods. The device is characterized in that the two connecting rods are connected through a plurality of evenly distributed support beams, small pulley assemblies are welded on the support beams, scraper beams are mounted at top ends of the small pulley assemblies, and scrapers are fixed on the scraper beams through hinge pins, cotter pins and gaskets; scraper motors are mounted on the support beams, swing rods are mounted on output shafts of the scraper motors and connected onto the scraper beams through rotating wheels, and sliding levers of the small pulley assemblies are connected onto the scraper beams through welding. The device can move transversely while moving longitudinally along a sludge tank, can spread sludge at any corner in the sludge tank, and can evenly distribute the sludge.

The invention discloses a transporting device for printing and dyeing cloth baskets, which comprises a frame body, the bottom of the frame body is provided with rollers, the number of the roller wheels is four, and the front part of the frame body is provided with handrails; A support rod is arranged between the two side parts, and a height adjustment assembly is arranged above the support rod, and the height adjustment assembly includes a movable block, which can be adjusted in the vertical height direction; the movable The side of the block is provided with a horizontal clamping assembly, the horizontal clamping assembly includes a splint, and the splint can move horizontally; the tail of the frame is also provided with a baffle assembly, and the baffle assembly includes a baffle, so The baffle is hinged to the frame. It has designed a turnover vehicle specially used for carrying plastic baskets loaded with cloth. The vehicle is convenient and quick to transport and can effectively reduce the labor intensity of personnel.

The invention relates to a method for machining the surface of a cavity, particularly a piston track of a cylinder of an internal combustion engine block (50), according to which the cavity is provided, a machining tool (20) is inserted into the cavity, and the surface of the cavity is machined using the machining tool (20). Furthermore, a flushing gas (30) is introduced into the cavity and a suction system is connected to an opening in the cavity in order to suck out flushing gas (30) and particles that may have been produced during the machining.

The invention provides a material collecting mechanism of a sanding machine. The material collecting mechanism is arranged at the discharging end of the sanding machine and comprises a lifting device. The material collecting mechanism further comprises a material collecting frame provided with a cavity for containing panels. The lifting device is arranged in the cavity. The material collecting frame is provided with first alignment devices and second alignment devices. The first alignment devices and the second alignment devices do a forward or backward movement towards the center of the cavity in the horizontal direction. The included angle between the first alignment devices and the second alignment devices in the horizontal direction is 90 degrees. The first alignment devices and the second alignment devices are located on the same horizontal plane. The first alignment devices, the second alignment devices and the material collecting frame are matched to finish the alignment work of the panels. Compared with the prior art, the first alignment devices and the second alignment devices push long edges and opposite edges of the panels, and under the cooperation of the material collecting frame, the panels are aligned.

The invention relates to a collection device for cutting iron chips, and relates to the field of mechanical equipment. According to the collection device for the cutting iron chips, compared with the prior art, the characteristics of being clean and environment-friendly, and energy-saving are achieved through adopting electric drive, and in addition, the iron chips are collected through a magnetic bottom plate, and the problem of splashing of the iron chips during a production process is effectively solved; meanwhile, the device is provided with a waste bin and a waste basket, the waste basket facilitates a user to carry away the generated iron chips at any time, the waste bin is capable of conveniently collecting the iron chips left on the magnetic bottom plate, and a better utilization effect is achieved; and in addition, the device is provided with a control panel, and the user can control running of the device according to an actual need, so that use efficiency of the device is increased.

The invention discloses a wood board discharging and stacking mechanism. The wood board discharging and stacking mechanism comprises a discharging rack and a stacking lifting table. A movable supporting plate is movably arranged above the discharging rack. A transmission device is arranged on the top of the discharging rack and connected with the movable supporting plate. A discharging baffle is arranged on the top of the discharging rack. When the movable supporting plate is located on the left side of the discharging baffle, the movable supporting plate is located above the stacking liftingtable. After plywood is sawn off, the plywood is pushed to the movable supporting plate firstly, then, the movable supporting plate moves rightwards, a template falls onto the stacking lifting table due to stopping of the discharging baffle, no relative movement exists between the pushed plywood and plywood below the pushed plywood, and the surface quality and tidy panel stacking of the plywood are guaranteed.

The invention belongs to the technical field of AGV loading vehicles, and particularly relates to a clamping and pushing tool for lengthening an AGV loading vehicle. The clamping and pushing tool comprises a lengthening assembly and a cart matched with the lengthening assembly; the lengthening assembly comprises a mounting base, a bearing plate is detachably mounted on the mounting base, a plurality of connecting rods which are parallel to one another are fixedly connected to the front end of the mounting base, and a pin hole is formed in the front end of each connecting rod; and the cart comprises a frame, a plurality of wheels are rotatably mounted on the lower portion of the frame, and the mounting seat is movably connected to the upper portion of the frame. The problem that a single person cannot replace a tool to transport a large workpiece is solved.

The invention discloses a sludge collection vehicle with a spiral separation mechanism. The sludge collection vehicle comprises a vehicle body, a sludge collecting mechanism which is arranged on the vehicle body, is close to the ground and is used for collecting sludge on the ground when the vehicle body runs; a stirring pool which is arranged in the vehicle body, the stirring pool is connected with the sludge collecting mechanism through a water inlet pipe provided with a water pump, and the stirring pool is further connected with the sludge-water separating mechanism through a water outlet pipe provided with a water pump; a mud-water separation mechanism, wherein the mechanism is arranged in the vehicle body and comprises an inner wall of a hollow inverted-cone-shaped structure. A feeding hole communicated with the water outlet pipe is formed in the top of the inner wall; the water outlet direction of the feeding hole is tangent to the cross section of the inner wall where the feeding hole is formed; the inner wall is provided with a plurality of meshes, muddy water sprayed out of the feeding port spirally flows downwards along the inner wall, the muddy water is made to move in acentrifugal mode, water in the muddy water is thrown out of the meshes, and sludge left after flood disasters on streets is collected.

The invention discloses automatic stacking and conveying equipment for plates, and relates to the technical field of plate processing equipment.The automatic stacking and conveying equipment comprises an automatic stacking and conveying equipment body, a climbing device is installed at the right end of the automatic stacking and conveying equipment body, the left end of the climbing device is fixedly connected with an aligning device, and a stacking device is installed at the left end of the aligning device; a lifting device is installed on the inner wall of the bottom of the stacking device and further comprises a first roller conveying belt, one end of the first roller conveying belt is fixedly connected with a crawler belt conveying belt, the aligning device further comprises a second conveying belt, a centering plate is installed on the inner wall of one side of the aligning device, and the inner wall of one side of the aligning device is fixedly connected with an air cylinder. And a sliding rail is mounted on the inner wall of one side of the aligning device. The plate stacking device has the advantages that the plate stacking device is suitable for plates of different materials, the plates can be conveniently and automatically stacked, conveying is convenient, the aligning degree during stacking is improved, and the plate machining efficiency and stability are improved.

The invention relates to manufacturing a continuous strand for the tobacco industry, the device has a suction strand conveyor (11) staying in active connection with a suction chamber (12) along a manufacturing path (38). The conveyor (11) is guided around a pressure disk (22) in a strand inlet region of lower and upper dimensioning devices (21, 24) forming the strand. A compressed air nozzle (36) is arranged upstream of the disk (22) in a region of the conveyor (11) on a side of the conveyor (11). The disk (22) includes air ducts (26) with openings on a circumferential surface of the disk. The ducts are inclinedly arranged in an angle to a radial of the disk and in or against a strand conveyor direction. An independent claim is also included for a method for manufacturing a continuous strand for a tobacco industry.

The invention discloses a corner cutting device for non-woven fabric processing. The cutting device comprises a non-woven fabric cutting machine body, fixing grooves are respectively formed in the left and right sides of the non-woven fabric cutting machine, and a non-woven fabric anti-displacement pressing device is arranged on the upper surface of the non-woven fabric cutting machine body; according to the corner cutting device, a collecting box is extra arranged on the basis of the non-woven fabric cutting machine body, a rotary shaft slidably connected with a motor is arranged inside the collecting box, and the front end of a non-woven fabric is stuck to a shaft sleeve of the rotary shaft so that the processed non-woven fabric products can be rolled up when the rotary shaft rotates; pulleys are arranged at the lower end of the collecting box, the heavy products can be conveniently transported, the non-woven fabric anti-displacement pressing device is arranged on the upper end of the non-woven fabric cutting machine body, and a barrier strip can avoid slight displacement of the non-woven fabric and can move to a suitable position through sliding for pressing and displacement prevention.

The invention discloses a trolley used in a department store. The trolley used in a department store is characterized in that the trolley comprises a trolley frame, wheels and a pushing handle, wherein a guide pipe support is arranged on the rear portion of the trolley frame, a jack is arranged below the guide pipe support, a lifting operating rod is arranged on one side of the jack, a return spring is arranged on the lifting operating rod of the jack, a pressure relief handle is arranged on the jack, a guide pipe is arranged on the guide pipe support, a lifting rod is arranged in the center of the guide pipe, the lower portion of the lifting rod is connected with the jack, and a goods locking device is arranged on the upper portion of the lifting rod. According to the trolley used in the department store, transferring of goods can be achieved effectively, goods can be carried away conveniently, the labor intensity is low, and the trolley is more suitable for short-distance transferring of goods in workshops, goods yards and the like.

The invention discloses a flood control dam with a mud-water separation device. The flood control dam comprises a dam body, a mud guiding device, a stirring pool and the mud-water separation device. The dam body comprises a bottom face and an upstream face. A dam opening is formed in the included angle position between the bottom face and the upstream face. The mud guiding device comprises a drivedevice and a water intercepting valve connected with the drive device. The water intercepting valve is located at the dam opening and shields the dam opening when the water intercepting valve is closed. The stirring pool communicates with the dam opening and is connected with the mud-water separation device through a pipeline provided with a water pump. The mud-water separation device comprises an inner wall arranged to be of a hollow inverted-cone-shaped structure. A feeding port of the mud-water separation device is located in the top of the inner wall, and the water outlet direction of thefeeding port is tangent to the cross section of the mud-water separation device where the feeding port is located. A plurality of meshes are formed in the inner wall, mud water sprayed out of the feeding port spirally flows downwards along the inner wall, the mud water is made to do centrifugal motion, water in the mud water is thrown out of the meshes, and sediment accumulated at the bottom of the dam is collected.