25results about How to "Improve feeding effect" patented technology

The utility model provides a kind of solid-liquid separation device of filter residue system, including rack, rotary filter drum and spiral extruder, the rotary filter drum is installed in the inside of the rack, the spiral extruder is installed in the bottom of the rack, the inner wall of the rotary filter drum is equipped with spiral propeller blade, the propelling direction of the spiral propeller blade is opposite with the propelling direction of the spiral extruder, the discharge port of the rotary filter drum is located above the feed inlet of the spiral extruder, the feed inlet of the rotary filter drum is located above the tail end of the spiral extruder.The device makes rotary filter drum and spiral extruder as the hierarchical structure of upper and lower two layers install on rack, avoid because two vertical intersection setup and occupy too much three-dimensional space, while having rotary filter drum primary screening function and the depth solid-liquid separation structure of spiral extruder, still can reduce the overall space occupation of the device.

The present application relates to paperboard processing technical field, disclose a kind of conveying paper box processing board's material conveying equipment, it is related to carton production technical field, including support plate, conveyer belt, pile frame, sliding plate, rotating roller, belt, L plate, rubber ball, shovel division, follow-up part and gas auxiliary part;Pile frame has inclination angle, paperboard is stacked in pile frame inside in ladder form and is supported on sliding plate;Shovel division is symmetrically arranged in both sides of pile frame, including continuous pushing piece and continuous shovel piece, can shovel division paperboard in the bottom of pile under the push of L plate;Follow-up part is connected with shovel division, and continuous shovel piece is synchronously moved by switch and electric lever triggering;Gas auxiliary part includes air pressure piece and gas jet piece, can spray gas to assist separation of adhering paperboard.The present application solves the problem that stacked paperboard is easily adhered in existing equipment, leading to inaccurate material conveying, realizes the stable and accurate material conveying of single paperboard, improves the automation degree and production efficiency of carton production, and is suitable for the material conveying scene of various carton processing boards.

The utility model discloses a driving mechanism for an automatic feeding vehicle for aquaculture, and aims to provide a driving mechanism for an automatic feeding vehicle for aquaculture, which can realize movable feeding and quantitative weighing and has a good use effect. Comprising guide rail rods which are installed on the periphery of an aquaculture pond; the driving frame is provided with a driving guide wheel and an auxiliary guide wheel, and the driving guide wheel and the auxiliary guide wheel are both hung on the guide rail rod and drive the driving frame to slide along the guide rail rod; and the weighing sensor is mounted on the driving frame. The feeding vehicle structure has the advantages that the feeding vehicle structure can move along the guide rail rod during feeding, the feeding effect of feed is improved, and the feeding speed of the feed is increased; a weighing sensor is installed on the feeding vehicle, so that quantitative feeding of feed can be achieved, and the feed feeding effect is ensured.

The utility model provides a weighing type automatic feeding trolley which comprises a trolley body, a driving system used for driving the trolley body to move is arranged on the lower side of the trolley body, a weighing platform is arranged on the upper side of the trolley body, a feeding bin is arranged on the upper side of the weighing platform, and a feeding mechanism used for automatically adding feed is arranged on the feeding bin. Compared with the prior art, the feeding device has the following advantages that the feeding mechanism is arranged, the feed in the feeding bin is conveyed into the feeding pipe through the negative pressure draw-off pump, then the feed is conveyed to an outlet of the feeding pipe through the feeding auger and then pushed out, and the feed is fed into the feeding bin through the feeding auger. Therefore, the automatic feeding process of the feed is completed, the labor intensity is reduced, and the feeding effect is improved.

The utility model discloses an unattended central kitchen feeding system for pasture, including first conveyer, concentrate feed feeding conveyer, multiple coarse fodder feeder, second conveyer, track, feeding robot, feeding groove, multiple concentrate feed mixer, concentrate feed unloading conveyer, first conveyer sets up on ground, multiple coarse fodder feeder sets up in first conveyer one side, second conveyer sets up in first conveyer end, track sets up in second conveyer's end, and feeding robot sets up on the track, and feeding groove sets up in track one side, and the support is set up in feeding groove bottom, and multiple concentrate feed mixer sets up in second conveyer one side, and each concentrate feed mixer is connected with concentrate feed unloading conveyer, and each concentrate feed unloading conveyer is connected with concentrate feed feeding conveyer, and concentrate feed feeding conveyer is connected with feeding robot. The utility model discloses can realize the pasture automation feeding, has reduced the labor intensity of artificial feeding, has reduced the waste of feed.

This invention discloses a mobile asphalt mixing plant for low-temperature asphalt mixing, comprising a main body with a central through groove formed in the middle of the top plate of the main body. A feed hopper is located directly below the central through groove and within the main body. Connecting support seats are fixed to the front and rear of the bottom center of the left and right side plates of the feed hopper, and weighing sensors are installed on the bottom surface of the connecting support seats. This system dries the air in the main body, ensuring that there is virtually no water during mixing in the mixing tank, thus guaranteeing the mixing effect. Furthermore, it directly senses and weighs the aggregate after it is poured into the feed hopper, ensuring the accuracy of the feed quantity. It eliminates the need for separate weighing before feeding, reducing pre-feeding operations. Simultaneously, it first pours asphalt into an asphalt filling tank, and then transports it to the mixing tank via an asphalt delivery pump, enabling continuous transport. Moreover, the asphalt filling tank can automatically weigh the incoming asphalt, eliminating the need for a pre-weighing process.

The application discloses an injection molding part production and processing crusher and relates to the related field of plastic processing technology, which comprises a crushed material box and a crushed material roller, the crushed material roller is movably installed in the crushed material box, a plurality of groups of rotary hoppers and moving knives are annularly distributed on the surface of the crushed material roller, the rotary hoppers and the moving knives are alternately arranged, fixed knives are fixedly installed on the two sides of the crushed material roller in the crushed material box, a pushing rod is movably installed on the inner side of the rotary hopper, the cross section of the pushing rod is in a rhombic structure, a feeding chute is arranged at the upper end of the crushed material box, an elastic baffle is movably installed on one side of the upper end of the crushed material box, which is located at the feeding chute, and a feeding push plate is movably installed on the other side of the upper end of the crushed material box, which is located at the feeding chute.

This invention relates to the field of process control technology in metal material forming, and discloses an optimized control method for a wheel hub liquid forging process. A punch displacement sensor and a liquid forging pressure sensor are set up to synchronously collect and calibrate displacement and pressure signals, and perform zero-point correction to obtain a displacement and pressure sampling sequence. The displacement change rate, pressure change rate, and effective compensation displacement increment are calculated, and the filling end and compensation evaluation termination intervals are obtained according to statistical thresholds. The effective compensation displacement is accumulated within the evaluation interval, and the pressure area is obtained by integrating the pressure to construct a smoothness index. The start time of secondary pressurization, platform pressure, and duration are discretized into a candidate set to generate a target pressure trajectory that meets the pressure change rate constraint and calculates the smoothness. Optimal parameters are screened and corrected, and the pressure command sequence is output and solidified for distribution to the hydraulic system, achieving quantifiable optimization and stable execution of parameters.

The present application belongs to the technical field of feed processing, and discloses a preparation method of a ruminant fungus enzyme fermented feed, comprising the following steps: S1. low-pressure steam and organic acid are used for synergistic pretreatment of straws; S2. microcapsule-encapsulated composite microbial agents are added to the pretreated straws together with a nutrient substrate, and then mixed thoroughly, and then fermented at 18-22 DEG C for 3-4 weeks to obtain the ruminant fungus enzyme fermented feed; the microcapsule-encapsulated composite microbial agents are formed by layer-by-layer self-assembly technology using sodium alginate and chitosan to form an inner film after mixing of composite microbial species, trehalose and pregelatinized starch, and then coated by hydroxypropyl methylcellulose phthalate to form an outer film; the nutrient substrate is a composite of multiple functional components; the preparation method of the ruminant fungus enzyme fermented feed can efficiently degrade anti-nutritional factors in straws, significantly improve the palatability, digestibility and nutritional value of the feed, and simultaneously enhance rumen health and production performance of ruminants.

The utility model belongs to the field of blending equipment, concretely relates to a varnish diluent processing blending equipment, including jar body, the bottom fixed connection of jar body has a plurality of support rod, the top fixed connection of jar body has the apron, the upper end fixed connection of apron has the feed inlet, the top fixed connection of apron has the feeding port. The utility model discloses the effect of design drive motor, the output of drive motor can drive the rotation of shaft and gear no.

The utility model provides a round tube production offline buffer device, which relates to the technical field of round tube blanking buffer, and comprises a roller way, a driving assembly, a vertical transmission chain, a detection assembly, a flexible buffer piece, a storage groove, a mounting table and a photoelectric correlation switch, when the vertical transmission chain is adopted for transferring the circular pipe, the length of the arrangement area is 6 M, the width of the arrangement area is 1-1.5 M, then the horizontal occupied area can be obviously reduced, meanwhile, the direction of the front end of the circular pipe can be accurately known in the process that the circular pipe is fed into the containing groove in the flexible buffering piece of the vertical transmission chain, and the operation is convenient. When the front end of the round pipe is detected by the detection assembly, the vertical buffer chain is immediately triggered to lift the round pipe, so that the situation that the round pipe falls is avoided, a traditional plane buffer mode is broken through through three-dimensional space utilization and dynamic buffer adjustment, a three-dimensional chain type structure is adopted, the vertical space is fully utilized, and the buffer capacity is greatly increased.

A double-face spraying and conveying device for tobacco leaves comprises a moving frame and a storage tank arranged on the moving frame, atomizing nozzles are arranged on the opposite side walls of spraying pipes in a staggered mode, one end of each spraying pipe is communicated with the liquid outlet end of a liquid pump, moving wheels used for pushing the moving frame are arranged at the bottom of the moving frame, and a feeding pipe is arranged at the top of the storage tank. The closed conveying mesh belt is driven by a speed reducing motor to operate, the outer surface of the conveying mesh belt is covered with a layer of mesh cloth, and the upper part of the conveying mesh belt passing through the position between the upper spray pipe and the lower spray pipe is supported and lifted through front and rear supporting rotating rollers; and the upper part of the conveying mesh belt between the upper and lower spray pipes is suspended. Large-area spraying is carried out in the conveying process, the upper faces and the lower faces of tobacco leaves passing through the spraying device are evenly and effectively sprayed, spraying time is more sufficient and more comprehensive, the feeding effect is better, applicability is higher, and production requirements can be better met.

The utility model discloses an automatic conveying and feeding device of a heat supply combustion furnace, which comprises a storage hopper, the bottom of the storage hopper is communicated with a flow guide pipe, the right side of the storage hopper is provided with a conveyor, and the right side of the conveyor is provided with a combustion furnace body. An operator can start the motor to rotate to drive the rotating disc to rotate, then the round rod is driven to rotate around the axis of the rotating disc, then the rectangular frame is driven to reciprocate left and right, and then the supporting rod and the baffle are driven to reciprocate left and right; materials in the storage hopper fall into the surface of the conveyor through the flow guide pipe; for example, when the baffle moves towards the right side, the discharging speed of the flow guide pipe can be reduced, the situation that materials fall on the surface of the conveyor rapidly in a short time and are scattered can be avoided, the materials falling on the surface of the conveyor can be flattened through the arrangement of the material homogenizing assembly, and then material scattering is further avoided; the device has the advantage of being good in feeding effect.

The utility model belongs to the technical field of graphene, and particularly relates to a feeding control device for manufacturing graphene carbon rods, which comprises a feeding cylinder, a connecting cylinder is arranged at the bottom of the feeding cylinder, a conveying cylinder is connected to the bottom of the connecting cylinder, an L-shaped connecting cylinder is movably sleeved at one end of the conveying cylinder, a gear box is arranged at the top of the feeding cylinder, and a gear box is arranged at the bottom of the gear box. And a box plate is arranged at the top of the gear box. During use, a motor, a driving shaft, a bevel gear pair, a driven shaft, a driving chain wheel, a chain, a driven chain wheel and a connecting threaded column are arranged to work cooperatively, so that a connecting disc, a rotating shaft and a propeller are driven to rotate, the propeller conveys graphene powder, and the driven chain wheel is separated from the connecting threaded column by arranging the driven chain wheel; and the driven chain wheels with different sizes are located on the surfaces of the connecting threaded columns, so that the rotating speed of the driven chain wheels is adjusted, the conveying and feeding speed is controlled, and the feeding effect is improved.

The utility model discloses a pagoda type branch flow control extrusion die which comprises an upper die and a lower die which are installed in a matched mode, a boss is arranged in the middle of the feeding side of the upper die, and a middle feeding hole penetrating in the feeding direction is formed in the range of the boss. On the feeding side of the upper die, peripheral arc-shaped feeding holes are formed in the periphery of the boss, and the feeding side face of the boss is flush with or higher than the feeding side faces of the peripheral arc-shaped feeding holes; a plurality of peripheral flow dividing bridges are arranged in the peripheral arc-shaped feeding hole, the feeding side face of each peripheral flow dividing bridge is lower than that of the peripheral arc-shaped feeding hole, the discharging side of the peripheral arc-shaped feeding hole is divided into a plurality of peripheral flow dividing holes through the peripheral flow dividing bridges, and the peripheral flow dividing holes are through in the feeding direction. The feeding device can achieve the effect that feeding is slow in the middle and fast in the periphery, the flow and the flow speed of all parts can be controlled more carefully and accurately, therefore, the feeding effect is good, the profile forming degree is good, and high-quality production of profiles with hollow middles and complex peripheral shapes can be achieved.

The utility model relates to the technical field of rhinestone and B rhinestone processing, in particular to a feeding mechanism with an anti-blocking structure, which comprises a crushing bin, a filtering bin is mounted at the bottom of the crushing bin, a feeding bin is mounted on one side of the filtering bin, a feeding bin is mounted on the top of the feeding bin, a crushing motor is mounted on the front side of the crushing bin, and a discharging motor is mounted on the rear side of the crushing bin. And one end of the crushing motor is in driving connection with a driving gear, the exterior of the driving gear is meshed with a driven gear, a crushing roller is installed at one end of the driven gear, and a collecting bin is inserted into the bottom of the filtering bin. According to the improved feeding mechanism, the crushing bin is arranged to crush large raw materials, the situation that the large raw materials block the feeding mechanism during feeding is avoided, normal feeding of the feeding mechanism is guaranteed, meanwhile, the filtering bin is arranged to filter dust impurities in the raw materials, and the filtering efficiency is improved. The situation that dust impurities are adsorbed in the feeding mechanism to form accumulation, and consequently the feeding mechanism is blocked is avoided, and then the feeding effect of the feeding mechanism in rhinestone machining is improved.

This invention discloses an automatic ignition moxibustion pen, relating to the field of moxibustion operation technology. It includes a first mounting cavity within a main housing; a handle connected to the upper part of the main housing, with a second mounting cavity within the handle; feeding components mounted on both sides of the medicated strip; a magnesium rod ignition component mounted within the second mounting cavity, the second mounting cavity being inclined, the magnesium rod ignition component comprising a long magnesium rod, a scraper cover, and a driving component; an inclined surface within the second mounting cavity, adapted to press the scraper cover against the long magnesium rod during scraper cover movement; a third mounting cavity located at the inner bottom of the main housing, suitable for igniting the medicated strip; a cutting component mounted on the outer bottom of the main housing, suitable for cutting the medicated strip; and a temperature sensing element including a detection module one, installed within the third mounting cavity. This invention solves the problems of existing technologies where the ignition position is difficult to ignite and requires end grinding, increasing the risk of injury.

The application belongs to the technical field of deep-sea aquaculture, and discloses a pearl gonytrichum Epinephelus areatus deep-sea aquaculture platform domestication method, which comprises the following steps: transporting Epinephelus areatus to an aquaculture cabin, making the water surface of the aquaculture cabin flush with the fish inlet, pumping water into the aquaculture cabin to a target depth k after fish transportation is completed; stopping feeding on the first day after fish transportation is completed; draining the water in the aquaculture cabin the next day, making the water in the aquaculture cabin reach a first depth m, which is smaller than the target depth k, feeding the fish, observing whether the fish eat in a predetermined time t and reach an expected size s, feeding the fish, and pumping water into the aquaculture cabin to make the water level return to the target depth k after feeding is completed; and increasing the water depth by 1 m on the basis of the water depth of the previous day to reach the target depth k. The domestication method adopts a shallow-to-deep domestication mode, adjusts the feeding habit of the pearl gonytrichum Epinephelus areatus in the cabin in time, enables the pearl gonytrichum Epinephelus areatus to quickly adapt to the new aquaculture environment, and lays a foundation for subsequent successful aquaculture.

The present application belongs to the technical field of polycarbonate recycling, and relates to a regenerated transparent polycarbonate material and a preparation method thereof. The material comprises the following components in parts by weight: 95.5-99.87 parts of waste polycarbonate chips, 0.1-0.5 parts of an antioxidant compound, 0.01-3.0 parts of a chain extender, and 0.01-0.5 parts of a lubricant. The preparation method comprises the following steps: (1) drying; (2) mixing; and (3) melt granulation. The regenerated transparent polycarbonate material obtained by the present application has excellent mechanical properties and color stability, and is more likely to replace the application of virgin polycarbonate materials, thereby achieving effective recycling and utilization of waste transparent polycarbonate products.

The utility model discloses a material feeding system for a circulating fluidized bed boiler, which belongs to the technical field of circulating fluidized bed boilers and comprises a fluidized bed boiler unit, two hoppers are arranged on one side of the fluidized bed boiler unit, a feeding box is arranged below the hoppers, a feeding cleaning component is arranged in the feeding box, and a feeding cleaning component is arranged in the feeding box. The feeding cleaning assembly comprises a connecting shaft, and a crushing assembly is arranged in the connecting shaft. According to the utility model, the connecting shaft drives the roller to move on the outer surfaces of the circular shaft and the convex block, and at the moment, the convex block drives the roller, the connecting rod and the vibration block to move towards the outer side far away from the connecting shaft, so that materials between the spiral conveying blade and the feeding box are crushed in an auxiliary manner, large materials are crushed into smaller particles, and the granularity of the materials is more uniform; and the phenomenon of incomplete local combustion or unstable fluidization state caused by non-uniform granularity is reduced, so that the material adding effect of the system is effectively improved.

The utility model provides a riser for foam full mold casting. The riser comprises a first foam block, a filter screen and a second foam block, the first foam block is of a rectangular structure; the filter screen is arranged at the bottom end of the first foam block; the second foam block is connected to the lower surface of the filter screen, and the area of the cross section of the second foam block in the vertical direction is gradually reduced from top to bottom. According to the dead head for foam full mold casting, the foam dead head with the filter screen is provided, after molten metal is poured down from top to bottom, slag and impurities are blocked by the filter screen and cannot enter a mold cavity, the situation that the defects are mixed in a casting is reduced, the forming quality of the metal casting is guaranteed, and the defective rate is reduced; and the gradually-reduced section design of the second foam block can guide the flowing speed of the molten metal to be gradually reduced, the turbulence risk is reduced, and the feeding effect is favorably optimized.

The utility model discloses a separating mechanism for a hard material and a membrane material. The separating mechanism comprises an adsorption platform, a plurality of air connectors and a tray assembly. Two separated negative pressure channels are arranged in the adsorption platform, a plurality of vacuum chucks are distributed on the surface of the adsorption platform, the plurality of vacuum chucks are divided into two groups, one group of vacuum chucks are communicated with the first negative pressure channel, and the other group of vacuum chucks are communicated with the second negative pressure channel; the plurality of gas joints are arranged on the side surface of the adsorption platform, a part of the gas joints are communicated with the first negative pressure channel, and the rest of the gas joints are communicated with the second negative pressure channel; the tray assembly can be adsorbed by one set of vacuum suction cups of the adsorption platform so that the tray assembly can be arranged on the adsorption platform. Due to the unique tray main body structural design, the two negative pressure channels respectively adsorb the tray assembly and the membrane material, so that the separation efficiency of the membrane material and the hard material is improved. By optimizing the adsorption mode and the separation guide of the membrane material, the separation of the hard material and the membrane material can be quickly and accurately realized.

This utility model provides a paper feeder for high-strength seamless resin tube production, relating to the field of feeding equipment technology. It includes a main frame assembly; two sets of sliding components are slidably installed on the main frame assembly, with a moving component sliding at the outer end of each sliding component, and a lifting component positioned at the lower outer end of the moving component. The sliding components are directly slidably installed on the transmission rods and other components of the main frame assembly, and the moving component can be slidably installed on the sliding components. The lifting component on the moving component can achieve lifting and lowering. A rotating component installed on the moving component can pass through a bearing shaft, allowing the bearing shaft to be mounted on the rotating component to support the paper feed roller, thus achieving the feeding function of the paper feed roller. This solves the problem of needing specific equipment for lifting, the potential for unnecessary safety hazards when using ordinary hoisting equipment, and the problem of paper roll rotation and conveying jams when using the equipment's own lifting device.

This utility model discloses a flea rearing device, relating to the field of blood-sucking insect rearing technology, including a rearing component and a temperature control component. The rearing component includes a rearing tank and a culture tank. The bottom inner wall of the rearing tank is provided with a flow guiding cavity and multiple sets of rearing components. A blood storage space is formed between the blood storage component and the rearing tank. The culture tank wraps a biofilm inside to form a culture space. The temperature control component includes a heating element and a temperature sensor. The heat generated on the heating element is transferred to the flow guiding space, thereby heating the blood storage component, the blood storage space, and the culture space, providing a suitable survival temperature for the fleas. The blood stored in the blood storage component diffuses through the biofilm and is then fed to the fleas. Multiple sets of rearing components provide multiple habitats for the fleas, dispersing them and preventing them from piling up, thus facilitating the fleas to feed on the blood on the biofilm, increasing the blood-feeding rate, and improving the rearing effect. By introducing cold air from the cooling end of the heating element into the flow guiding space, the fleas in the culture tank can be quickly cooled and inactivated.

This utility model discloses a copper material feeding auxiliary device, the structure of which includes a diverter plate and a rotating wheel. By placing the copper tubes on the upper end of the rotating roller, multiple copper tubes can be fed at once, thus improving processing efficiency. Then, under the pull of the electric push rod, the lifting block one and lifting block two move downwards simultaneously. During the downward movement, the diverter plate separates the tubes, preventing them from contacting each other. Then, as the front rotating wheel moves downwards, it presses the upper end of the tube. Then, the first motor drives the lead screw, which moves the slider and drives the lower diverter plate to one side to clamp the tube. Under the action of the inner rolling wheel, the tube can be moved. Then, the second motor drives the rotating wheel to move the tube, allowing it to enter the subsequent processing work. This realizes the feeding work, avoids manual feeding, and can increase the feeding rate. Automatic feeding improves work efficiency and reduces safety hazards.