144results about How to "Realize fully automatic feeding" patented technology

An automatic steel plate cropping material feeding mechanism is characterized by comprising a frame, a feeding device, a ramming device and a programmable logic controller (PLC) control integrated system used for controlling the feeding device and the ramming device. The feeding device is arranged at the top of the frame, the ramming device is arranged in the middle at one end of the frame, and the ramming device is connected with a material inlet of a shearing machine. A steel plate is arranged below the other end of the frame, and the feeding device and the ramming device are respectively connected with the PLC control integrated system through a control line. The whole process of the automatic steel plate cropping material feeding mechanism needs no manual operation, can achieve full-automatic feeding and improve qualified rate of slabs, greatly improves production efficiency, avoids potential safety hazards caused by manual operation, and is high in safety performance.

The invention discloses an automatic rivet pulling mechanism comprising a rivet pulling gun. The rivet pulling gun comprises a gun body with a hollow cavity, and a rivet pulling piston, a sleeve, a sleeve piston, a thimble, a chuck and a seal end which are installed in the cavity. The automatic rivet pulling mechanism is characterized in that an automatic waste rivet discharging mechanism is arranged on the gun body, and comprises a spring piece, a rivet outlet channel, a rivet outlet pipe and compression air for driving the waste rivet to move, the rivet outlet channel is communicated with the rivet outlet pipe, a waste rivet discharging chute is arranged on the sleeve, one end of the spring piece is fixed, and the other end of the spring piece is free and extends into the sleeve by the waste rivet discharging chute, when the spring piece is in natural state, the spring tilts from front to back so as to form a return channel by which a waste rivet enters the rivet outlet channel. According to the automatic rivet pulling mechanism, full-automatic feeding, broken pulling and waste discharging are realized, the problem that manual and semi-automatic rivet pulling are low in efficiency is solved, and the automatic rivet pulling mechanism can be fixed on a mechanical hand so as to realize automatic production.

The invention relates to a pipe double end chamfering machine which comprises a lathe body, a charging and discharging mechanism, a chamfering mechanism, a clamping mechanism, a charging bin and a discharging bin, wherein the charging and discharging mechanism, the chamfering mechanism and the clamping mechanism are fixedly arranged on the lathe body; the charging and discharging mechanism comprises a vertical cylinder, a guide rail, a horizontal cylinder and a charging and discharging pneumatic finger; the charging and discharging pneumatic finger is connected with a guide post by virtue of a connecting bracket; the guide post is slidably connected with a vertical guide plate; the connecting bracket is connected with the vertical cylinder; the horizontal cylinder is connected with a horizontal guide plate; the horizontal guide plate is slidably connected with the guide rail; the horizontal guide plate is fixedly connected with the vertical guide plate; The clamping mechanism is arranged on the lathe body between the charging bin and the discharging bin. The pipe double end chamfering machine has the beneficial effects of realizing full-automatic operations such as charging, chucking, processing and discharging, processing four chamfer angles inside and outside two end surfaces by virtue of once chucking, conveniently regulating the processing frequency and the tool feeding depth by virtue of PLC (Programmable Logical Controller) control over equipment and realizing full-automatic production.

The invention discloses a feeding system for a coating machine and a control method. The feeding system comprises a stock tank, a buffer tank, a first feeding tank and an injection pump, which are sequentially connected through pipelines, wherein pneumatic valves are arranged between the stock tank and the buffer tank, between the buffer tank and the first feeding tank and between the first feeding tank and the injection pump; the feeding system is also provided a second feeding tank which is connected between the buffer tank and the injection pump through pipelines and is arranged in parallel connection with the first feeding tank, and pneumatic valves are provided between the second feeding tank and the buffer tank and between the second feeding tank and the injection pump. According to the invention, the technical problem that the injection pump needs to be shut down and wait when slurry is being supplemented to the feeding tanks in the prior art to be completely overcome, thereby improving production efficiency and the process utilization rate of the coating machine; when the buffer tank fills slurry to the feeding tanks and the feeding tanks fill the slurry into the injection pump, the manner of pressure feeding of the slurry by compressed gas is used, which enables the technical problem that conveying of slurry through pumping in traditional methods easily causes generation of bubbles in slurry and thus affects slurry quality to be overcome.

The invention discloses an automatic aluminum profile stacking device and a control method thereof. The automatic aluminum profile stacking device comprises an aluminum profile feeding unit, a winding unit, a conductive frame lifting unit and a winder horizontal movement unit, wherein the aluminum profile feeding unit is used for conveying aluminum profiles to the position beside a winding head; the winding unit comprises two winders which are installed on the side faces of two conductive rods; each winder comprises a conductive rod fixing mechanism for positioning the corresponding conductive rod in the horizontal direction, an aluminum wire unwinding and guiding mechanism for conveying aluminum wires to a winding mechanism, and the winding mechanism; each conductive rod is provided with a plurality of fixing hooks, and in the winding process, the ends of the aluminum profiles extend out of the conductive rods, the winding mechanisms enable the ends of the aluminum profiles and the fixing hooks to be tightly wound through the aluminum wires, and the aluminum profiles are tightly attached to the conductive faces of the conductive rods; the conductive frame lifting unit is used for automatically lifting the conductive rods after each single aluminum profile is wound; and the winder horizontal movement unit is used for adjusting the distance between the two winders. By means of the automatic aluminum profile stacking device and the control method thereof, manual winding is not needed, the labor intensity of workers is greatly relieved, and the production efficiency is greatly improved.

The invention provides an automatic feeding system for producing optical cables. The automatic feeding system comprises a plurality of storage tanks and a plurality of storage buckets, wherein raw materials in a warehouse are sucked and conveyed to respective storage tanks by a first conveying mechanism by utilizing negative pressure; the raw materials in the storage tanks are sucked and conveyed to respective storage buckets by a second conveying mechanism by utilizing negative pressure; the raw materials in the storage buckets are extruded by virtue of screws and are conveyed to extrusion dies of optical cable production lines by a third conveying mechanism; one storage bucket is correspondingly arranged on one optical cable production line, one second feeding pipe is correspondingly arranged on one storage tank, all of the storage buckets communicate with all second feeding pipes by virtue of independent feeding branch pipes, regulating valves are respectively arranged on the feeding branch pipes, which storage tanks communicating with the storage buckets are respectively controlled by the regulating valves, and the feeding speed from the storage tanks to the storage buckets is regulated by virtue of the regulating valves. According to the automatic feeding system, full-automatic feeding for producing the optical cables is realized, the maintenance problem of production sites is solved, manpower and materials are saved, and the waste of the raw materials is avoided.

The invention discloses a sheet inserting machine which comprises an automatic rotor feeding device, two station switching devices in left-right symmetry, an automatic inserting sheet feeding device, a left sheet inserting cylinder (24) and a right sheet inserting cylinder (24). The automatic rotor feeding device comprises a rotor vibration disc (1), a radial inclined feeding channel (2), an axial horizontal feeding channel (3), a pushing cylinder (6), a first swing plate, a first swing cylinder (8), a left feeding cylinder and a right feeding cylinder, wherein the pushing cylinder (6) is used for pushing rotors at the head end of the axial horizontal feeding channel (3) to the tail end of the axial horizontal feeding channel (3), and the first swing plate is perpendicular to the axial horizontal feeding channel (3). The automatic inserting sheet feeding device comprises an inserting sheet vibration disc (18), an inclined inserting sheet feeding channel (19), a second swing plate (20) perpendicular to the inclined inserting sheet feeding channel (19), and a second swing cylinder driving the second swing plate (20). The sheet inserting machine is high in automation degree, continuity and production efficiency.

The invention discloses an engine cylinder liner press and belongs to the field of machinery. The engine cylinder liner press comprises a base, a top seat, a rear pillar, a front pillar, a cylinder liner feeding mechanism, a cylinder feeding mechanism, a cylinder liner head pressing device and a positioning and carrying device. The front of the base is connected with the front of the top seat through the front pillar. The rear portion of the base is connected with the rear portion of the top seat through the rear pillar, the cylinder liner head pressing device is arranged below the top seat and fixedly connected with the same. The cylinder liner feeding mechanism is mounted on the inner side of the rear pillar. The feeding portion of a cylinder liner feeder in the cylinder liner feeding mechanism is arranged right below the cylinder liner head pressing device. The cylinder feeding mechanism and the positioning and carrying device are arranged on the base. Full-automatic feeding of cylinder liners and cylinders is realized, and high-precision automatic positioning and high carrying capacity of the cylinders can be achieved.

The invention relates to a machining device for a mechanical arm. The machining device comprises a rack and a first transfer belt, a shelf is arranged at the input end of the first transfer belt, a worktable is arranged at the output end of the first transfer belt, and a discharging assembly is arranged on the side, away from the first transfer belt, of the worktable. The two ends of the worktableare both provided with a withstanding plate and a driving piece, and a plurality of insertion columns are fixed to the sides, facing steel pipes, of the two withstanding plates; a plurality of cutting assemblies, a plurality of drilling assemblies and a plurality of pressing assemblies are arranged on the upper side of the worktable, and the rack is provided with a lifting assembly and a drivingassembly. In the steel pipe machining process, the first transfer belt conveys the steel pipes onto the worktable, the driving pieces drive the withstanding plates to withstand the end portions of thesteel pipes, then the pressing assemblies tightly press the steel pipe, and all the cutting assemblies and drilling assemblies machine the steel pipes. After the steel pipes are cut and drilled, themachined steel pipes are pushed by new steel pipes onto the discharging assembly. By means of the machining device, the steel pipe machining efficiency is greatly improved.

The invention relates to an automatic feeding device for a pig house. The automatic feeding device is characterized by comprising a rail, a feeding car, a water inlet/feeding tank, a feed mixing tank, a horizontal mixing packing auger and a lifting packing auger, wherein four wheels matched with the rail are arranged on the bottom of the feeding car; a water inlet and a feeding opening of the water inlet/feeding tank are electrically connected with current control equipment; the water inlet/feeding tank is positioned on the top of the feed mixing tank; the feed mixing tank is connected with the horizontal mixing packing auger; a drive motor of the horizontal mixing packing auger is electrically connected with the current control equipment; a discharge hole in the bottom of the feed mixing tank is connected with the lifting packing auger; a drive motor of the lifting packing auger is electrically connected to the current control equipment. The automatic feeding device is simple in structure, is capable of effectively increasing the yield of pigs, reducing the labor power and improving the efficiency, and can be widely applied to the breeding field of various animals.

The invention provides an automatic cloth cutter. The automatic cloth cutter comprises a main support, a cutter device, a machine top cover, a floating pressing roller and a pulling device, wherein the cutter device is arranged on the main support, the machine top cover is arranged on the cutter device, the floating pressing roller is installed on the lower end face of the machine top cover, an adjuster is arranged on the main support and located on the lower portion of the floating pressing roller, the pulling device is arranged on the main support, and the cutter device includes a bottom plate, vertical frames, cross beams, upper cutting devices and a lower cutting device. The bottom plate is fixedly installed on the main support. The two ends of the bottom plate are provided with the vertical frames. The vertical frames are provided with the cross beams. The upper cutting devices are installed on the cross beams, the lower cutting device is installed on the bottom plate, the upper cutting devices cooperate with the lower cutting device, the floating press roller presses cloth on the upper surface of the cutter device through relatively suitable pressure, the pressure is ensuredto be uniform, and the working efficiency is improved.

The invention discloses a full-automatic medical bottle cap assembling machine. The full-automatic medical bottle cap assembling machine comprises an inner cap feeding mechanism, a bottom film feeding mechanism, a rubber plug feeding mechanism, an outer cap feeding mechanism, an inner cap conveying mechanism, an assembling conveying mechanism, a laser cutting mechanism used for thermal cutting of the bottom films, an inner cap film covering mechanism used for covering the surfaces of openings of the inner caps with cut bottom film material pieces and conducting spot welding connection, a hot-pressing attaching mechanism used for fixing the bottom film material pieces to the inner caps in a hot-pressing mode, an inner cap carrying mechanism used for carrying the inner caps subjected to film covering into the outer caps on the assembling and conveying mechanism, an inner cap pressing mechanism used for pressing and fixedly connecting the inner caps, the rubber plugs and the outer caps, a finished product collecting mechanism used for collecting assembled finished products, and a control system used for controlling all the mechanisms to operate, wherein the inner cap feeding mechanism, the bottom film feeding mechanism, the rubber plug feeding mechanism and the outer cap feeding mechanism are used for feeding inner caps, bottom films, rubber plugs and outer caps; and the inner cap conveying mechanism is used for conveying the inner caps, the outer cups and assemblies in the inner caps and the outer caps. According to the full-automatic medical bottle cap assembling machine, full-automatic assembling of medical bottle caps is achieved, manual operation is avoided, the assembling efficiency is improved, and the bottle caps are free of chippings and dust pollution.

The invention relates to the field of tight coiling or coiling or uncoiling of metal strip materials, in particular to an automatic coiling device for a steel strip coil with the inner ring provided with a folding head and a use method thereof. The automatic coiling device for the steel strip coil with the inner ring provided with the folding head comprises an uncoiling machine (1), and is characterized by further comprising a gear motor (2), a laser range finder (3), laser probes (4) and sleeves (5), wherein a groove is formed in the lateral wall of one end surface of each sleeve (5); the sleeves (5) are arranged outside a coiling drum (12) in a sleeving mode; a stepping motor (11), the gear motor (2), the laser range finder (3) and the laser probes (4) are connected with a controller (6) through signal lines. The use method of the automatic coiling device for the steel strip coil with the inner circle provided with the folding head is characterized by including the following steps of a, axis alignment; b, measurement of the folding head; c, alignment of the folding head; and d, uncoiling. The automatic coiling device for the steel strip coil with the inner ring provided with the folding head and the use method thereof are high in automation degree, high in production efficiency and wide in application range.

The invention relates to a plate material hole punching device. The plate material hole punching device comprises a support, a material loading mechanism, an end face processing mechanism, a front face processing mechanism, an overturning mechanism, a reverse face processing mechanism and a material unloading mechanism, wherein the material loading mechanism comprises a material placing component;the end face processing mechanism comprises a first clamping component, two sets of end face hole punching components and two sets of first material pushing components; the front face processing mechanism comprises two sets of first conveying components, two sets of material segregation components, a plurality of second clamping components, a plurality of front face hole punching components and aplurality of second material pushing components; the overturning mechanism comprises two sets of third clamping components and two sets of overturning components; the reverse face processing mechanism comprises two sets of third material pushing components, two sets of second conveying components, a plurality of fourth clamping components and a plurality of reverse face hole punching components;and the material unloading mechanism comprises two sets of material receiving components. By means of the plate material hole punching device, full-automatic processing of plate materials is finished,furthermore, the end face hole punching components, the front face hole punching components and the reverse face hole punching components can work simultaneously, and the hole punching efficiency ofthe plate materials is improved.

The invention provides an erected-inverted machine tool with double spindles and double knife towers, and belongs to the field of numerically-controlled machine tools. The erected-inverted machine tool with the double spindles and the double knife towers comprises a machine body, wherein an installation platform is horizontally arranged on the machine body along the X axis; an X-axis guide rail ishorizontally arranged on the installation platform; a first vertical column and a second vertical column are sequentially vertically arranged above the installation platform; a first drive part driving the first vertical column to move along the X-axis guide rail, and a second drive part driving the second vertical column to move along the X-axis guide rail are further arranged on the machine body; a first spindle part is arranged on the first vertical column; a second knife tower part is arranged on the second vertical column; a first knife tower part is arranged on a part located at one side of the first spindle part, of the machine body; and a second spindle part is arranged on a part located between the first vertical column and the second vertical column, of the machine body. The erected-inverted machine tool with the double spindles and the double knife towers has the functions of automatically loading, automatically machining and automatically unloading, and is high in automation degree; the erection and the inversion of the machine tool are combined, and overturning is not needed during workpiece machining, so that continuous production can be carried out; the X-axis guiderail is horizontally arranged, so that more stable movement and high machining accuracy are achieved; and moreover; the mechanisms of the machine tool are compact in structure, and the machine tool is compact in overall layout.

The invention discloses a coating machine feeding system. The coating machine feeding system comprises a slurry barrel used for containing slurry for coating, a feeding bucket, a valve with an inlet and an outlet, a three-way valve with an inlet and two outlets, a first liquid level sensor used for detecting the liquid level of the feeding bucket, and a second liquid level sensor used for detecting the liquid level of a slurry tank, wherein the slurry barrel is connected with the inlet of the valve through a first pipeline; the outlet of the valve is connected with the feeding bucket through a second pipeline; the feeding bucket is connected with the inlet of the three-way valve a third pipeline; one outlet of the three-way valve extends to the slurry tank or the upper part of the slurry tank through a fourth pipeline; the other outlet of the three-way valve is connected with the feeding bucket through a fifth pipeline; a first motor is arranged on the first pipeline or the second pipeline; a second motor and a pressure sensor are arranged on the third pipeline. According to the system, the full-automatic feeding can be realized, so that the feeding efficiency is high, and coating machines can be processed in batch.

The invention discloses a side-punching system for short strip materials. The side-punching system comprises punching equipment, a die arranged on the punching equipment and a feeding device arrangedon a front side of the punching device. The feeding device comprises a first frame, a first clamping device, a second clamping device and a third clamping device, the first clamping device is used forclamping one end of a material, the second clamping device is used for clamping the other end of the material so as to cooperate with the first clamping device, the third clamping device is arrangedbetween the first clamping device and the second clamping device and used for clamping a middle portion of the material, and when the third clamping device clamps the middle portion of the material, the first clamping device or the second clamping device unclamps the material and move backwards. The side-punching system for the short strip materials has the advantages that a use ratio of the integral material is increased, the amount of waste is decreased, production cost for same yield is reduced, comprehensive automatic feeding is realized, manual moving or overturning during material punching is omitted, labor intensity and labor cost of workers are reduced, punching efficiency of a punching machine is improved, and production efficiency is improved.

The invention provides a tray type feeding and discharging device. The tray type feeding and discharging device comprises a frame, wherein a cuboid-shaped first frame body, a second frame body and a third frame body are arranged on the machine frame, and the first frame body, the second frame body and the third frame body are arranged in an L-shape; a first stand column, a second stand column, a third stand column and a fourth stand column are respectively arranged at four corners of the top surface of the second frame body; and the second frame body is provided with a first tray platform, andthe third frame body is provided with a second tray platform. The tray type feeding and discharging device is simple in structure and low in manufacturing cost, can meet the feeding and discharging operations of most of tray materials or products, replaces manual low-efficiency operation, improves the production efficiency, and can realize full-automatic feeding, discharging and transportation.