117results about How to "No manual work" patented technology

The invention discloses a full-automatic assembling and packaging line for disposable infusion devices. The full-automatic assembling and packaging line comprises an assembling line and a packaging line. A finished product transferring station (1) is arranged between the assembling line and the packaging line and is used for transferring the disposable infusion devices assembled through the assembling line to the packaging line. The assembling line is composed of a guide pipe feeding station (2), a guide pipe transferring station (3), a conveying device (4), an adjusting frame installation station (5), an infusion needle gluing station (6), a large plastic needle gluing station (7), an infusion needle installation station (8), a large plastic needle assembling station (9) and an adjusting wheel assembling station (10). The packaging line is composed of a finished product pulling station (11), a finished product transition station (12), a finished product winding station (13) and a bagging station (14). The full-automatic assembling and packaging line has the beneficial effects that the automation degree is high, the production efficiency is high, and secondary pollution is avoided.

The invention discloses a high-precision multi-axis motion three-dimensional micro-welding robot, and relates to the technical field of robots. The whole robot is of a standard table type robot structure, a high-precision machine vision positioning system, a high-performance graphite material superconducting welding system and a high-precision ultramicro dispensing system are arranged on a support, a three-dimensional rotating table is arranged on a work table board, and a high-precision direct drive transmission system and a central control system are connected and are arranged in the robot and are connected to an operation panel. Multiple frontier technologies of the high-performance graphite material superconducting welding system technology, the high-precision ultramicro dispensing system technology, the three-dimensional rotating table technology, the high-precision machine vision positioning system technology, the high-precision direct drive transmission system technology and the like are integrated, the robot can comprehensively replace the manual welding technology under a microscope, and the robot has the beneficial effects of being high in welding quality, welding speed, welding precision and welding efficiency.

The invention relates to the technical field of machining equipment and automation, in particular to a full-automatic sucker rod forging production line. The full-automatic sucker rod forging production line comprises a mechanical transmission heating system, a pneumatic system, a lubricating system and a control component, wherein the control component controls the pneumatic system to provide power for the mechanical transmission heating system, and controls the lubricating system to lubricate the mechanical transmission heating system; and the whole production line is fully automatically controlled through the control component. During production, field workers only need to place bars on a beginning part of the production line, and transfer finished sucker rods at the tail end of the production line, the bars are not required to be carried manually in a production process, full-automatic operation of the production process is realized, labor and materials are saved, full-automatic production of the sucker rod forging production line is realized, the technical problem that an existing sucker rod forging production line is relatively low in degree of automation and relatively high in labor and material consumption is solved, and the full-automatic sucker rod forging production line is provided.

The invention relates to the field of mechanical equipment, in particular to an automatic cap heat sealing machine. The machine comprises a workbench, and also comprises a bottom cover feeding mechanism, an anti-explosion membrane blanking feeding mechanism, an iron sheet feeding mechanism, a discharging mechanical arm, a feeding transferring pull wire, a material discharging pull wire, a heat sealing mechanism, a flattening mechanism, a rotary table and a main control module which are arranged on the workbench; the bottom cover feeding mechanism, the anti-explosion membrane blanking feeding mechanism, the iron sheet feeding mechanism and the feeding transferring line are correspondingly arranged on the periphery of the rotating disc in sequence; one end of the feeding transferring wire isin butt joint with the rotating disc, and the other end of the feeding transferring wire is connected with the heat sealing mechanism; the discharging mechanical arm is arranged at one end, which isin butt joint with the rotating disc, of the feeding transferring wire; the flattening mechanism is arranged on the side face of the discharging pull wire; and the main control module is used for controlling the working operation of all the mechanisms. According to the technical scheme, all the mechanisms achieve integral full-automatic operation, so that the production efficiency and the productquality are improved.

The invention belongs to the field of processing and detecting equipment for iron cores, and particularly relates to an automatic pressing and detecting machine for iron cores, which presses the iron cores and automatically sorts the pressed iron cores. The automatic pressing and detecting machine for the iron cores comprises a support consisting of a first support and a second support, and is characterized in that a pressing device for pressing the iron cores is arranged on the first support, a pushing mechanism for pushing the pressed iron cores out of the pressing device is further arranged on the pressing device, a material feeding mechanism for feeding the iron cores into the pressing device is connected to the left side edge of the pressing device, a material guiding groove connected with a material holding plate is connected to the front side edge of the pressing device, and a grating detection device for detecting the height of the pressed iron cores is arranged on the pressing device. The automatic pressing and detecting machine further comprises a control device for controlling operation of all mechanisms.

The invention discloses a gluing and assembly all-in-one machine of an LED wall washing lamp. The machine comprises a frame, a feeding mechanism, a gluing mechanism, groove mechanisms and a grabbing mechanism; a worktable is arranged on the frame; a gluing station and a cover plate station are respectively arranged in the conveying direction of the feeding mechanism; the feeding mechanism can convey wall washing lamp frame bodies to the gluing station and the cover plate station in sequence; the gluing mechanism includes a gluing manipulator device, and a gluing head device arranged on the gluing manipulator device; the gluing manipulator device can drive the gluing head device to glue the wall washing lamp frame bodies on the gluing station in the length direction of the wall washing lamp frame bodies; at least one set of groove mechanisms is provided; the grabbing mechanism is a manipulator device; and the grabbing mechanism can grab wall washing lamp light transmission plates on the groove mechanisms and cover the wall washing lamp light transmission plates on the wall washing lamp frame bodies in the cover plate station to finish the gluing and cover plate assembly procedures of the LED wall washing lamp. The gluing and assembly all-in-one machine of the LED wall washing lamp needs no manual operation, and is high in operation precision and working efficiency.

The invention provides an automatic assembling device for assembling a workpiece which comprises a workpiece body and an inserting strip. The automatic assembling device comprises a worktable, a material conveying mechanism, a material transferring mechanism and a material suction mechanism, wherein the worktable is provided with a copying slot; the material conveying mechanism comprises a vibrating plate and a material pushing block; the vibrating plate comprises a vibrating plate body and a material channel; the material channel is connected to the vibrating plate body and used for supplyingthe inserting strip; the material pushing block is provided with a positioning groove, and the positioning groove is connected to the material channel and used for positioning the inserting strip; the material transferring mechanism comprises a support, a horizontal slide rail, a vertical slide rail, a horizontal driving part and a vertical driving part; the support is arranged at the worktable;the horizontal slide rail is arranged on the support and extends from the worktable to the vibrating plate; the vertical slide rail is arranged at the horizontal slide rail by sliding and is driven tomove through the horizontal driving part; the material suction mechanism comprises a material suction body, a suction head and a vacuum generator; the material suction body is arranged at the vertical slide rail by sliding and is driven to lift through the vertical driving part; the suction head is connected to the vacuum generator and extends out of the material suction body in order to suck theinserting strip, and then the suction head can move to the worktable to insert the inserting strip into the material suction body.

The invention discloses a moulding milling cutter. A cutter body is in a circular truncated cone shape; four inclined planes are evenly distributed at the outer edge of the end surface of one end part of the cutter body; a cutting tool is respectively fixed on concave platforms of the four inclined planes; the cutting edge of the cutting tool is in an arc shape matched with a cut arc shape of a cut workpiece; both ends of the cutting edge of the cutting tool respectively form an angle gamma (gamma is not greater than 15 degrees) with the tangent lines of two end circular arcs; the front end surface of the cutting edge of the cutting tool and a radial shaft of the end surface of the cutter body form an angle alpha (alpha is equal to 5-8 degrees); the middle part of the cutter body is provided with a penetrated counter bore; and a cutter shaft assorted with a machine tool is arranged in the counter bore. The invention ensures the processing precision and the surface finishment; the cutter body is in a counter bore structure of which the middle part is penetrated, can be clamped with a milling machine through the cutter shaft and is convenient to clamp; the arc processing of the workpiece can be completely finished by the milling machine of the milling cutter without manual operation, thereby shortening the processing time of the workpiece and improving the production efficiency.

The invention provides an automatic insulating cloth winding robot for a rectangular coil of a motor. The automatic insulating cloth winding robot includes a continuous winding module, a track profiling module and a clamping module. The automatic insulating cloth winding robot has the advantages that continuously automatically winding an insulating cloth around the rectangular coil, particularly for two particular electrodes extending out of the rectangular coil, the insulating cloth can be continuously automatically wound and efficient operation is achieved. The automatic insulating cloth winding robot is simple in structure; according to the features of the rectangular coil, single-point clamping is adopted, so that too much interference formed in the insulating cloth winding process isavoided. The designed profiling track is a rectangular track, and the insulating cloth winding process is directly suitable for a rectangular frame; and external feeding is adopted, to achieve continuous feeding of the insulating cloth. The automatic insulating cloth winding robot is simple in structure and reliable, the shape of the profiling track can be adjusted to adapt to various coil shapes,the winding efficiency is high, and the automatic insulating cloth winding robot can save cost and improve efficiency.

The invention discloses a tin dipping machine used for processing wires. The tin dipping machine comprises a rack, a wire straightener, a wire conveying mechanism, a cutter rest mechanism, a wire pulling mechanism, a tin furnace mechanism and an output mechanism; during work, a wire is fed in the wire straightener for being straightened; the wire is conveyed to the cutter rest to be cut off through the wire conveying mechanism, and wire stripping and twisting are realized through cooperation of the wire conveying mechanism; a wire stripping end is driven by a rotation mechanism to rotate to the tin furnace mechanism for tin dipping; then the wire is conveyed to a wire pulling clamping claw component; the tail end of the wire is cut off by the cutter rest mechanism; then wire stripping andtwisting are performed through cooperation of the pulling component; then the tail end of the wire is driven by a wire pulling and rotating mechanism to rotate to the tin furnace mechanism for tin dipping; and finally, the the wire subjected to tin dipping through the wire pulling mechanism is clamped and output to a finished product collection mechanism by the output mechanism, so that tin dipping operation is finished. No manual work is needed; the automation degree is high; the mechanism integrity is high; the structure is compact; the size is small; and double-head multi-wire tin dipping can be finished simultaneously, so that production efficiency is high.

The invention discloses branch knot removing and length measuring equipment for a bamboo bone of a folding fan, and belongs to the field of mechanical automation equipment. The branch knot removing and length measuring equipment comprises branch knot removing equipment and bamboo material length primary selection equipment. By the adoption of the equipment, the branch knot removing operation at the ends of a bamboo material and the length grouping operation can be treated precisely. Through the equipment, the middle of the bamboo material can be clamped, and then branch knots at the two ends of the bamboo material are treated through bamboo material rotating operation of a reversing motor. The technology is simple, and processing reliability and precision are both excellent. According to the bamboo material length primary selection equipment, a plurality of length inductive probes are arranged on a rack, the inductive probes are arranged front and back into two parts, the front probes and the back probes are combined differently for use so that detection of different length distances can be conducted, and primary length selection can further be conducted on the bamboo material. A stepped selecting and material conveying device is used for conveying the bamboo material, and meanwhile the screening, removing and discharging processes of the bamboo material are completed through free rotating conveying belts and an ejector rod, so that the production process is simplified, and the automatic and efficient production needs can be better met.

The invention discloses a rotary type cylindrical garbage storage bin leachate guide device which comprises a rotary transmission assembly, a rotary type guide cylinder assembly (2), a sealing baffle(4) and a base (5); the inner end of the base is installed on a bin wall (9) through a preformed hole and extends into a maintenance channel outside the bin; the rotary type guide cylinder assembly (2) comprises a garbage inrush disc (21), a rotary guide cylinder (22), blades (23) and a leachate hole (26); the garbage inrush disc is of a conical structure, is connected with the rotary guide cylinder in parallel and is located in the bin; a cutterhead and the leachate hole are formed in the garbage inrush disc, and the rotary guide cylinder rotates in the base through the rotary transmission assembly; and the sealing baffle seals and blocks a gap between the rotary guide cylinder and the base. The blades arranged on the conical garbage inrush disc can be driven by the rotation of the rotaryguide cylinder to poke up morphological garbage in the storage bin, movement of garbage in a local area is triggered, the arch breaking effect is achieved, and it is guaranteed that leachate flows smoothly.

The invention relates to high-efficient detaching recycling equipment for waste shared bicycle body parts. The high-efficient detaching recycling equipment comprises a bottom plate; a bicycle seat detaching device is arranged at the center of the bottom plate; two wheel detaching devices are arranged on the bottom plate and are symmetrically located on the front and rear sides of the bottom plate;the bicycle seat detaching device comprises a detaching fixed rack arranged on the bottom plate; and two nut detaching mechanisms are arranged on the detaching fixed rack and are symmetrically located on inner walls of the left and right sides of the detaching fixed rack. By adopting the high-efficient detaching recycling equipment, problems existing in a current shared bicycle body part recycling process that nuts for fixing wheels need to be detached manually; a bicycle seat needs to be detached manually; a worker needs to do long-time deep-crouching operation while detaching the nuts for fixing the wheels via tools, so that the psoas of the worker is prone to injury; and sizes of fixing nuts for wheels of different specifications are different, so that corresponding detaching tools need to be selected manually can be solved.

The invention relates to the technical field of centrifuges and discloses a reagent centrifugal system which comprises a centrifuge, a turnover unit, an image acquisition device and a control unit; the centrifuge is provided with a top cover capable of being opened and closed and a centrifugal portion provided with a plurality of placing grooves for centrifugal tubes; the turnover unit is used incooperation with the centrifuge and is provided with a mechanical arm capable of taking and placing the centrifugal tubes; the image acquisition device can obtain an image of the centrifugal portion in the centrifuge in a state that the top cover is opened; and the control unit is in communication connection with both the image acquisition device and the mechanical arm and can control the taking and placing action of the mechanical arm by analyzing a stop position of the centrifugal portion according to the image obtained by the image acquisition device. For the reagent centrifugal system, byarranging the image acquisition device and the turnover unit and using the control unit to control the actions of the two of the image acquisition device and the turnover unit, taking, placing and position transferring of a reagent in the reagent centrifugal system can be automatically and mechanizedly achieved without manual operation, the taking, placing and position transferring efficiency of the reagent are greatly improved, and thus the centrifugal efficiency of the reagent centrifugal system is correspondingly improved.

The invention discloses a high-efficiency full-automatic screw locking machine, comprising a high-efficiency full-automatic screw locking machine, including a machine base, the upper surface of the machine base is provided with a fixed table for placing articles, and the fixed table for placing articles and the upper surface of the machine base The connection is fixed by screws, the left and right sides of the machine base are provided with support columns, and the support columns are fixedly installed on the left and right sides of the machine base. This kind of automatic locking screw machine adopts a multi-axis automatic locking screw machine. Through the connection port of the computer host computer, different working procedures can be set by connecting to the computer according to the different products, and the electric screwdriver can be controlled to automatically complete the locking of the screw. The manual work is completely done by the machine, and without manual work, it can avoid personnel contacting the product to ensure the cleanliness of the product. This kind of automatic screw locking machine can automatically feed the material through the screw arrangement machine, and it only needs to set the program through the computer. Can.

The invention relates to a lead acid storage battery electrolyte injection device capable of realizing automatic dismounting of a gas discharge plug. The lead acid storage battery electrolyte injection device comprises a bottom plate; the front end of the bottom plate is provided with a dismounting device; a battery placing frame is arranged at the middle part of the bottom plate; the rear end ofthe bottom plate is provided with an injection device; the dismounting device comprises two dismounting moving mechanisms arranged on the bottom plate; the dismounting moving mechanism are symmetrically arranged on the two sides of the bottom plate; the upper end of each dismounting moving mechanism is provided with a dismounting adjusting mechanism; the lower end of each dismounting adjusting mechanism is provided with a dismounting performing mechanism. The lead acid storage battery electrolyte injection device is capable of solving problems in the prior art that in artificial injection ofbattery electrolyte process, the battery gas discharge plug should be unscrewed by manual operation, an air-vent should be penetrated, a seal washer should be removed, electrolyte injection should becompleted by human using tools, artificial unscrewing of the gas discharge plug is low in efficiency, electrolyte left in batteries can be easily splashed in manual operation process, and artificial injection of electrolyte is not accurate.

The invention relates to the technical field of gene detection, and discloses a gene detection system. The gene detection system comprises a control unit, a reagent consumable unit, a label identification unit, a constant-temperature storage unit, a cabinet body, an efficient filtering unit, a gene detection device and a turnover unit; the cabinet body is provided with an air inlet and an air outlet, wherein an operating table for placing operating instruments is arranged in the cabinet body; and the air outlet of the cabinet body is filled with the efficient filtering unit. According to the gene detection system, a pipetting assembly and other devices are integrated on the operation table in the cabinet body, the steps of liquid moving and taking and the like are carried out on the operation table, and harmful substances generated in the experiment process are filtered out through the efficient filtering unit, so that reagents can be prevented from being polluted by pollutants in theenvironment, and pollution of reagents related to biological hazards to the environment can also be avoided.

The invention discloses a cleaning method on the basis of high-rise glass cleaning devices. The high-rise glass cleaning devices comprise cleaning fluid spraying modules, first transverse telescopic rods, second transverse telescopic rods, first longitudinal telescopic rods, second longitudinal telescopic rods, brushes, first pressure sensors, second pressure sensors and control modules. The first longitudinal telescopic rods and the second longitudinal telescopic rods are parallel to glass, one end of each of the first longitudinal telescopic rods and the second longitudinal telescopic rods is fixed onto a wall, and the other ends of the first longitudinal telescopic rods and the second longitudinal telescopic rods are fixedly connected with one ends of the first transverse telescopic rods and the second transverse telescopic rods; the other ends of the first transverse telescopic rods and the second transverse telescopic rods are respectively fixedly connected with the brushes by the first pressure sensors and the second pressure sensors; brush surfaces of the brushes face the glass. Cleaning fluid is sprayed to the glass by the cleaning fluid spraying modules when the high-rise glass cleaning devices work, the brushes can cling to the glass by the aid of the first transverse telescopic rods and the second transverse telescopic rods, and the first longitudinal telescopic rods and the second longitudinal telescopic rods are responsible for brushing the glass. The cleaning method has the advantages that the high-rise glass cleaning devices are simple in structure and convenient to use; manual operation can be omitted, the glass can be automatically cleaned, and accordingly the safety of staffs can be guaranteed.

The invention relates to a tool for intelligently pulling out a saddle of a waste shared bicycle. The tool comprises a bottom plate; two wheel locking devices are installed on the bottom plate and aresymmetrically arranged on the front side and the back side of the bottom plate respectively; a saddle dismantling device is installed at the middle part of the bottom plate; the bottom plate is provided with a bicycle frame positioning device; the bicycle frame positioning device is arranged below the saddle dismantling device; and the saddle dismantling device comprises a dismantling fixing frame installed on the bottom plate. The tool provided by the invention can solves the problems that in the existing bicycle body part recovery process of the waste shared bicycle, a bicycle body needs tobe manually fixed, nuts of fixed wheels and the saddle need to be manually dismantled, fixing of the bicycle body with help of the tool by a person is infirm, and the labor intensity of manually dismantling the fixing nuts is large; and the saddle needs to be manually pulled out from the bicycle body, so that the labor intensity of pulling out the saddle manually is larger, a force of pulling outthe saddle manually is uneven in control, a body is easily strained, safety hidden dangers exist and the like.

The invention discloses a perforating device for a handbag stringing machine. According to the technical scheme, the perforating device is characterized in that the perforating device comprises a rack, a bag moving mechanical arm, movement equipment and perforating equipment; the bag moving mechanical arm comprises a bag moving mounting rack, a bag moving fixed clamp claw, a bag moving movable clamp jaw and a bag moving clamping assembly; the perforating equipment comprises perforating through holes, perforating knives, perforating drive equipment and perforating seats; a bag containing gap isarranged on each perforating seat; the perforating knives are connected to one sides of the width of the bag containing gaps in a sliding manner; the perforating through holes are located in the other sides of the width of the bag containing gaps on the perforating seats; the perforating drive equipment comprises perforating drive rods and a perforating driver; the sliding direction, on the perforating seats, of the perforating drive rods and the sliding direction, on the perforating seats, of the perforating knives are arranged in a cross manner; and perforating drive bevels are arranged onthe end faces, facing the perforating knives, of the perforating drive rods and/or the end faces, facing the perforating drive rods, of the perforating knives. The perforating device is small in sizeand can cooperate with the mechanical arm to perforating work.

The invention discloses a mold overturning and locking mechanism which comprises two side edge installing plates, an air cylinder, a traction block, a locking block, a back supporting plate and a connecting rod. The two side edge installing plates are vertically installed on a bottom plate in parallel. The back supporting plate is installed on the two side edge installing plates and located on the back portion. The locking block is composed of a transverse part and a vertical part and shaped like the Arabic numeral 7. The transverse part of the locking block is located at the top end of the vertical part of the locking block and faces the front portion of the whole mechanism. The bottom of the vertical part of the locking block is erected between the two side edge installing plates through a swing shaft. A first movable shaft is arranged at the junction of the transverse part of the locking block and the vertical part of the locking block. The traction block is located between the locking block and the back supporting plate and attached to the back supporting plate. The air cylinder is installed below the bottom plate. A piston rod of the air cylinder penetrates through the bottom plate and then is connected with the bottom of the traction block. A second movable shaft is arranged on the traction block. The two ends of the connecting rod are connected with the locking block and the traction block through the first movable shaft and the second movable shaft correspondingly.