61results about How to "Solve the problem of automatic feeding" patented technology

The invention discloses an automatic press-mounting method and equipment for an optical transceiver assembling member and belongs to the technical field of manufacturing optical communication devices. The automatic press-mounting method for the optical transceiver assembling member disclosed by the invention comprises the following steps of: placing a metal tail-handle, covering the upper cover of a press-mounting tool, placing a ceramic ferrule, applying pressure to the upper cover of the press-mounting tool to form a tail-handle assembly, taking away the upper cover of the press-mounting tool, screening unqualified products with poor pressure-bearing capability and skimming off products with qualified sizes and products with ultra-poor sizes. The invention further discloses automatic press-mounting equipment for the optical transceiver assembling member. According to the automatic press-mounting equipment for the optical transceiver assembling member disclosed by the invention, the automatic feeding during the press-mounting process and the full-automatic operation during the press-mounting process are solved; whether the force is out of limits and the press-mounting matching size is qualified during the press-mounting process can be judged, and the quality characteristics of the products can be selected automatically; the structure is simple and the operation is simple and convenient; the automatic operation of the complete device is realized, and the reduction of labor force, the increasing of efficiency and the reduction of cost are achieved.

The invention discloses an automatic feeding device. The feeding device comprises a feeding rack, as well as a feeding plate, a discharging plate, a longitudinal sliding bracket, a first transversal sliding bracket, a second transversal sliding bracket and a jacking device that are arranged on the feeding rack, wherein the feeding plate and the discharging plate are arranged on two sides of the feeding rack respectively; corresponding sliding rails and mechanical hand components arranged on the sliding rails are arranged on the longitudinal sliding bracket, the first transversal sliding bracket and the second transversal sliding bracket respectively; the jacking device is arranged on the lower side of the feeding plate. According to the feeding device, the feeding plate is adopted for feeding, the mechanical hand components on the longitudinal sliding bracket and the second transversal sliding bracket are adopted in a matched manner for material taking, and the mechanical hand component on the first transversal sliding bracket is adopted for removing empty battery trays and being matched with the jacking device, so that a plurality of battery trays can be piled up on the feeding plate at one time, and the feeding device is high in feeding efficiency and solves the problem of automatic feeding in a production line.

The invention discloses a drill rod machining automatic feeding system and method. The system comprises a rack, a drill rod box, a stepped distributing device, a buffer device and a positioning device. Sensors are arranged on the parts. The system achieves the functions of drill rod automatic distributing and discharging functions during drill rod machining, the labor intensity of workers can be effectively reduced through a stable and reliable automatic feeding system, the production efficiency is improved, and meanwhile the safety risk probably caused during work of the workers is reduced. According to the method, through mutual cooperation and cooperative work of the graded stepped distributing device, the drill rod box, the positioning device, the buffer device and a sensor detection system, single drill rods are independently separated from the drill rod box and positioned, and distributing and discharging automation of the drill rods is achieved; and a multi-step automatic discharging method is adopted, so that the problem about automatic feeding generated when the long and heavy drill rods are subjected to numerical control machining on a machine tool is solved.

The invention discloses an intensive silkworm rearing apparatus, comprising: a frame; a rearing bed including a silkworm frame and a bottom plate, wherein a first rotary shaft is mounted below the bottom plate, the silkworm frame is arranged above the bottom plate in a manner of being erected along the length of the bottom plate, and the silkworm frame is composed of vertical rods and transverse rods that are staggered; a mulberry leaf conveying mechanism including a conveyer belt and a second rotary shaft, wherein the conveyer belt is mounted on the second rotary shaft and transversely rotates to convey mulberry leaves, and the second rotary shaft may axially rotate so that the conveyer belt turns down to pour the mulberry leaves; a cocoon picking mechanism including a guide rail and a cocoon comb, wherein the upper portion of the cocoon comb is in inserted fit with the guide rail, the lower portion of the cocoon comb is extended to the rearing bed, and the cocoon comb slides along the guide rail so as to peel off cocoons on the rearing bed; and a collection channel. The intensive silkworm rearing apparatus has the advantages that, for instance, silkworm yield is increased, disease damage is relieved, and the apparatus is suitable for intensive rearing.

The invention discloses an automatic feeding device for small bearings. The automatic feeding device comprises a frame body, a bearing storage bin, a limiting stopping mechanism, a driving connectingrod mechanism and a bearing transferring rail, the storage bin is arranged on the frame body, and the limiting stopping mechanism, the driving connecting rod mechanism and the bearing transferring rail are sequentially arranged above the storage bin from top to bottom and are coordinated with one another for transferring. The automatic feeding device has the advantages that bearings can be first orderly placed in the bearing storage bin in multiple rows and multiple columns through a mechanical arm or manual work, multi-batch feeding at a time used for automatic rotor assembly of one shift ormultiple shifts is realized, the bearings slide along a slope of the storage bin for feeding through the gravity of the bearings, the gravity of the bearings is fully utilized for generating movementkinetic energy, short-distance movement of the whole row of bearings is realized, and therefore a complex transferring structure is removed, and the feeding procedure is simplified.

The invention provides an environment-friendly garbage recovery treatment device, which relates to the field of environmental protection equipment and includes a feeding mechanism, a crushing mechanism and a pressing mechanism. The crushing mechanism is arranged between the feeding mechanism and the pressing mechanism. The crushing mechanism includes a crushing bin and a transition The pressing mechanism includes the feeding bin, the pressing bin and the discharging bin. The feeding mechanism is used to transport the garbage to the crushing bin. One end of the transition bin is connected with the crushing bin, and the other end of the transition bin is connected with the feeding bin. The pressing bin It is set between the feed bin and the discharge bin. This device integrates feeding, crushing and compression, which can effectively solve the problems of automatic feeding, large volume and low transportation efficiency of garbage. The feeding process will not cause garbage leakage, which is environmentally friendly and hygienic. When the garbage is compressed, the garbage and the water in it can be separated in an orderly manner, which can not only greatly reduce the volume of the garbage, but also reduce the weight of the solid garbage and improve the efficiency of shipment.

The invention discloses a crystalline silicon clamp feeding system. The crystalline silicon clamp feeding system comprises a support, a conveying portion, a power system, a position sensor and a blocking air cylinder, wherein the conveying portion is mounted on the support, the power system provides power for the conveying portion, and the position sensor is mounted at one end of the support. Compared with feeding systems in the prior art, the crystalline silicon clamp feeding system has the advantages that the crystalline silicon clamp automatic feeding during large-scale automatic production of silicon wafers can be achieved so that increase of producing efficiency and reduction of producing costs of the silicon wafers are facilitated.

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 discloses a plastic granule extruder capable of automatic feeding. The plastic granule extruder comprises a bottom plate, wherein an extruder is fixedly connected to the left side of thetop of the bottom plate; a feeding hopper communicates with the right side of the top of the extruder; a sliding plate is glidingly connected to the top of the bottom plate and located on the right side of the extruder; a first threaded rod and a second threaded rod are respectively and rotationally connected to the front side and the rear side of the top of the bottom plate; and the surfaces ofthe first threaded rod and the second threaded rod are respectively in threaded connection with threaded blocks. The invention relates to the technical field of extruders. According to the plastic particle extruder capable of automatic feeding, by cooperation of the structures, the first threaded rod and the second threaded rod are utilized to drive the two threaded blocks to move up and down, a sliding seat is simultaneously driven to move from side to side through an air cylinder, and an arc-shaped feeding plate is indirectly driven to rotate at a certain angle, thereby avoiding manual feeding, and realizing the process of automatic feeding; and the plastic granule extruder is convenient in operation process and high in work efficiency, and saves the labor cost.

The invention discloses an automatic feeding device for a knitter. The automatic feeding device comprises the knitter, a tractor and an automatic feeding device body, wherein the automatic feeding device body comprises a base, a charging conduit, an adjustment bracket, a falling steel core detection sensor, an incomplete filling detection sensor, a belt pulley, a support, a falling motor, a rubberized steel core, a first annular steel core measurement sensor, a steel core falling detection sensor, a cylinder front position magnetic switch, a buffer cylinder, a knitting point magnetic switch, a feeding cylinder, a cylinder rear position magnetic switch, a slider and a guide rail. Automatic feeding of the steel core in the knitting process can be realized; when the phenomena that the steel core does not fall, two steel cores fall together, the steel core is not on a feeding rack, and the knitter is in an empty knitting state are discovered, the knitter is stopped immediately, an alarm is given and automatic production is realized.

The invention discloses a full-automatic paint pool device for sand core dip-coating. The full-automatic paint pool device for sand core dip-coating comprises an automatic paint feeding pipeline system, a paint circulating flow pipeline system, a dip-coating pool with a constant liquid level, a paint filtering pool, two sets of liquid level height detection devices, a supporting frame, and a paintbucket. The dip-coating pool and the paint filtering pool are fixed to the supporting frame, the liquid level height detection devices are arranged in the dip-coating pool and the paint filtering pool, the automatic paint feeding pipeline system is connected with the paint bucket and the dip-coating pool and used for supplying paint in the paint bucket to the dip-coating pool, the paint circulating flow pipeline system is connected with the paint filtering pool and the dip-coating pool and used for supplying the paint in the paint filtering pool to the dip-coating pool, and when a second upper liquid level setting value is reached, the paint circulating flow pipeline system stops. The automatic supply of the paint is achieved, and the liquid level height of the paint pool is kept constant.

The invention discloses an automatic feeding and discharging device for assisting in plastic uptake. The automatic feeding and discharging device comprises a plastic uptake mechanism, a pushing mechanism, a taking and placing mechanism and a discharging mechanism; the pushing mechanism is horizontally arranged; a carrying plate at the top of the pushing mechanism linearly slide to and fro in the straight line direction; the plastic uptake mechanism comprises an upper plastic uptake part and a lower plastic uptake part; the two plastic uptake parts are separately and correspondingly arranged atthe upper part and the lower part of the pushing mechanism up and down; the taking and placing mechanism spans a part above the pushing mechanism; the discharging mechanism is arranged on one side ofthe pushing mechanism; and a plastic sheet to be plastic-uptaken is loaded on the carrying plate of the pushing mechanism. In plastic uptake, a plastic hard plate is automatically sucked in, and a product is automatically ejected or pushed back and automatically sucked and carried after plastic uptake is finished, so that the production efficiency of the plastic uptake is effectively improved, the plastic uptake cost of a single plate is reduced, and the plastic uptake quality is ensured well.

The invention relates to the field of automatic machining, in particular to automatic machining equipment for an automobile rocker arm. The equipment comprises a feeding device, a feeding robot, a fixing device, a rotating device, a machining device, a discharging robot and a discharging basket. The feeding device comprises a fixing frame, a first single-shaft air cylinder and a first sliding block. The feeding robot comprises a supporting column, a transverse driver, a transverse sliding plate, a longitudinal driver, a longitudinal sliding plate, a swing air cylinder, a fixing frame and a finger air cylinder. The fixing device comprises a stand column, a fixing disc, a double-shaft double-rod air cylinder, a pressing block and a fixing block. A to-be-machined automobile rocker arm is upwards conveyed to the input end of the feeding robot through the feeding device, then the to-be-machined automobile rocker arm is placed on the fixing device to be fixed through clamping of the feeding robot, then the rotating device rotates to rotate the automobile rocker arm to the output end of the machining device, the automobile rocker arm is machined through the machining device, finally, discharging is conducted, and the technical problem of how to automatically machine the automobile rocker arm is solved.

The invention discloses a material conveying and discharging device of metal plates. The material conveying and discharging device comprises an upper mould, a lower mould a fixed base, a material ejection device, a rotary material supporting block and an automatic material conveying device; the fixed base is arranged on the lower mould; a groove is formed in the fixed base and faces to the inner side of a mould; a rotary block is rotatably arranged on the groove; the material injection device is arranged on the upper mould and clings to the top of the rotary material supporting block; a resetspring mechanism which is used for ejecting the rotary materials supporting block is arranged between the rotary material supporting block and the groove; the automatic material conveying device is arranged in the fixed base; the automatic material conveying device comprises a pressing rod and an intermittent feeding wheel; the pressing rod is vertically arranged on the upper surface of the fixedbase; and the intermittent feeding wheel is arranged on the side surface of the fixed base. By adopting the material conveying and discharging device, the problem in the prior art that a traditional fixed positioner inhibits sliding out of waste materials is solved; the defect of incapability of automatic material conveying is overcome; and the material conveying and discharging device has the characteristics of being simple in structure and high in production efficiency.

The invention relates to an automatic feeding device of a particle crumble blank, which comprises a table, a feed control device and a slippery feed plate. The table is provided with a mold hole and the slippery feed plate slides through a feed position, the feed control device and the mold hole. The slippery feed plate comprises a measuring tank plate and a sliding plate. The measuring tank plate is provided with a plurality of measuring tanks in parallel that receive particle crumble blank. The sliding plate is arranged below the measuring tanks and can shield and expose the measuring tanks slidably. When the measuring tanks are in the feed position, the measuring tanks are filled with particle crumble blank. The measuring tank plate is provided with a fixing device for limiting the sliding plate to move together or separately. By application of multi-mean quantification such as sieving, distributing, scraping, weighing and the like in the whole transport process, the problem in automatic feeding caused by easy adhesion of wet crumble powder blank which cannot be combed and the problems of interrupted operation and low yield caused by unstable automatic feeding in the blank forming process can be solved.

The invention provides an electromagnetic bidirectional switching scraper device applied to a 3D printer. The electromagnetic bidirectional switching scraper device comprises a horizontal moving sliding plate, a scraper frame and a height limiting base; scrapers and limiting guide rods are arranged on the two sides of the scraper frame; and the scraper frame is connected with the horizontal movingsliding plate through a rotating shaft, when the scraper frame reaches the position of the height limiting base, the limiting guide rods make contact with an inclined wedge face on the top of the height limiting base and move downwards, the scraper frame swings on the horizontal moving sliding plate, and therefore the scrapers on the two sides of the scraper frame are switched. Automatic switching of the double scrapers is achieved during left-right movement, the automatic feeding problem of the 3D printer is solved, an electromagnet device and the height limiting base are used in cooperation, the scraper precision is guaranteed, meanwhile, the scraper replacing process is faster, the scraper replacing manner is stable and reliable, and the 3D printer can achieve unmanned and automatic operation, machining and feeding through the scraper device, so that the problem that the manual smearing precision is not stable is solved, and the problems about working precision, efficiency and reliability are solved.

The invention relates to a helical main shaft and a water-entrained feather wringing dehydrator, and belongs to the technical field of processing equipment of feather albumen powder. The helical main shaft is characterized in that: screw blades of which the screw pitches are decreased progressively are arranged on a peripheral shaft wall; and the screw blades have two external-diameter dimensions and are arranged on the shaft wall from large to small. The water-entrained feather wringing dehydrator is characterized in that: a squeezing cavity formed by arranging squeezing strips with different sectional dimensions at intervals is formed at the periphery of the helical main shaft; a conical die head for blocking materials is arranged at the port of the squeezing cavity; helical blades of which the screw pitches are decreased progressively are arranged on the shaft wall of the helical main shaft; and the external-diameter dimensions of helical blades positioned in a feeding box are greater than those of the helical blades positioned in the squeezing cavity. In the helical main shaft and the water-entrained feather wringing dehydrator, the moisture content of feather can be greatly reduced, the production cost is reduced, and the production efficiency is high; and the helical main shaft and the water-entrained feather wringing dehydrator can be operated continuously and are difficult to block, slip and the like.

The invention relates to the technical field of lead-acid battery, which discloses an automatic cover safety valve device and a safety valve used for battery production. The battery conveying device is located below the safety valve pressing cover device and is used for conveying the battery to be pressed on the safety valve pressing cover device directly below the safety valve pressing cover device. The discharge port of the relief valve feeding device is engaged with one side of the relief valve pressing cover device for feeding the relief valve positioned thereon to the lower part of the relief valve pressing cover device and to the upper part of the battery to be pressed cover. The device realizes the valve-regulated lead-acid battery full-automatic cover safety valve, replaces the original manual cover safety valve process, reduces the labor cost, increases the production efficiency by 400%, and helps to improve the product quality stability; The structure of the safety valve solves the sticking phenomenon of the surface of the safety valve and the vibration disk and the sticking phenomenon of the bottom edge and the closed top surface between the adjacent safety valves, thereby ensuring that the vibration disk can continuously feed the safety valve automatically, and further realizing the automatic cover valve through the automatic equipment.