40results about How to "Stable feeding speed" patented technology

The invention provides an automatic single-color mosaic-particle lay-up device and a lay-up method of the automatic single-color mosaic-particle lay-up device. The automatic single-color mosaic-particle lay-up device comprises a stander, a mosaic forming die which is arranged on the stander, at least one automatic mosaic-particle single-track lay-up unit, a loading device and a controller, wherein each automatic mosaic-particle single-track lay-up unit is used for gradually collecting mosaic particles one by one after transporting the mosaic particles one by one, arranging the mosaic particles into rows/columns according to a preset rule and then driving the entire row/column of mosaic particles to enter a loading procedure; the loading device is connected with the stander and used for sequentially transporting and loading the well-arranged entire row/column of mosaic particles in each automatic mosaic-particle single-track lay-up unit into the mosaic forming die; the controller is respectively connected with each automatic mosaic-particle single-track lay-up unit and the feeding device by signals. The automatic single-color mosaic-particle lay-up device is high in lay-up stability, high in lay-up speed and capable of effectively improving the lay-up efficiency and lay-up accuracy of the mosaic particles. The automatic lay-up method is used for substituting the traditional manual lay-up process, so that the problems that the current mosaic industry is low in automation degree and low in production efficiency can be solved.

This ivnention relates to a method and a cotnroller for vibration feeder with self-frequency adaptation and self-amplitude control. The controller consists of a monolithic computer, a photoelectric position sensor, an exciter, a display, a keyboard, an RS232 interface. The control emthod is based on phase feedback, and carried out by using a photoelectric position sensor to collect position and phase signals of the vibration feeder, using a computer to process the signals, sending them to the display and RS232 interface and the exciter, and actuating the feeder.

The invention relates to a grooved wheel type bar separating and automatic feeding device. A box body is divided into an upper part and a lower part by a separation partition, a V-shaped storage box is arranged in the upper part, and a grooved wheel rotating space is formed in the lower part; a grooved wheel is arranged on the lower part of the box body, a main shaft and an electric fixture are arranged on the grooved wheel, and the main shaft is fastened by virtue of a fastening bolt, so that the grooved wheel forms an integral rotating structure; both ends of the main shaft are installed onfront and back support plates on which bearings are arranged, the electric fixture is fixed to the grooved wheel by virtue of a fastening bolt, a guide plate is fixed to an arc-shaped baffle, and a gap is formed between the arc-shaped baffle and the grooved wheel; the quantity of grooves which are circumferentially and uniformly distributed in the grooved wheel is designed according to the specification and feeding speed of bars; the outer contour of the electric fixture is matched with the grooves in the grooved wheel; and the main shaft and the grooved wheel are driven to do a rotary motionby a main motor through a driving belt. The grooved wheel type bar separating and automatic feeding device has the advantages of stable feeding speed, simple structure and low failure rate, second gaps are not generated, the feeding speed is more than 6 m/min, and the grooved wheel type bar separating and automatic feeding device is especially suitable for efficient centerless grinding productionof hard alloy bars.

The invention discloses a system for controlling vibration feeding in a speed stabilizing mode and a control method of the system, wherein the control system and the control method have stable feeding speed and stable feeding precision, the automation degree of the control system and the control method can be greatly improved, labor intensity of workers is reduced, and cost is relatively reduced. The system for controlling the vibration feeding in the speed stabilizing mode comprises a vibration feeding mechanism and a weighing mechanism, and further comprises a weighing sensor, a weighing signal conditioning unit, a weighing signal digital acquisition and processing unit, a CPU, an on-off input and output module, a communication interface, a displaying unit and an analog quantity output module. The control method of the control system comprises the controlling steps of obtaining feeding speed and feeding precision of the vibration feeding mechanism at present, obtaining a difference value between the feeding speed and the feeding precision, and controlling the stable speed of the vibration feeding mechanism. The system for controlling the vibration feeding in the speed stabilizing mode can be applied to the field of feeding control.

The invention provides an injection molding automatic quality testing production line for plastic products. The injection molding automatic quality testing production line comprises an operation tableand a containing box fixed to the left side of the top of the operation table. According to the injection molding automatic quality testing production line for the plastic products, a feeding assembly is arranged and cooperates with the containing box, to-be-detected plastic plates are automatically fed and detected, a detection box can remove plastic plates with unqualified quality for the firstround, and automatic removal is gradually achieved through removal; a sliding way is used in cooperation to automatically convey unqualified plastic plates into a first collection box; meanwhile, pushing strips arranged at equal distance cooperate with a second trigger switch to control the fee speed, so that the feed speed is more stable, and the detection rate is increased; meanwhile, the plastic plates are detected again through an electronic scale; and in the detection process, manual operation is simple, detection quality is improved through two times of detection, the automation degreeis high, the detection rate is high, meanwhile, the structure is simple, cost is low, and use is convenient.

The invention discloses a biological fertilizer spreader. The biological fertilizer spreader comprises a spreading frame. A biological solid fertilizer loading box is fixedly connected to the middle of the top of the spreading frame; a biological liquid fertilizer loading tank is fixedly connected to the left side of the top of the spreading frame; a supporting frame is fixedly connected to the bottom of the spreading frame, and a fertilizer treatment frame is arranged inside the biological solid fertilizer loading box; an agitating motor is fixedly connected to the inner side of the fertilizer treatment frame; a stirring tooth rack shaft is mounted above the fertilizer treatment frame; driven gears are mounted at two ends of the stirring tooth rack shaft; and the lower portion of each driven gear is connected with a connecting gear in an engaged manner. The invention relates to the technical field of biological fertilizers. According to the biological fertilizer spreader, a purpose ofmixing, discharging and spreading solid fertilizers is achieved, the solid fertilizers can be mixed stably, a fertilizer opening cannot be blocked, waste of the fertilizers is reduced, the angle of the adjustable liquid fertilizer spreader can be adjusted in a working process, and thus, the biological fertilizer spreader is suitable for spraying the fertilizers to various crops.

The invention discloses a discharging device for zinc oxide particle production. The discharging device comprises an outer shell and a rotating roller; an inner shell is arranged on the inner side ofthe outer shell through a lower bearing and an upper bearing; a spiral plate is fixed inside the inner shell; the interior of the spiral plate is fixedly connected to the rotating roller; a feed portis formed in the upper end of the outer shell; an alarm lamp arranged at the upper end of the outer shell is arranged on one side of the feed port; a mounting plate is arranged right above the outer shell; a motor is fixed to the right lower end of the mounting plate; and the output end of the motor is in meshing connection with the upper end of the rotating roller. The discharging device has theadvantages that the outer shell, the inner shell, the alarm lamp, a single-chip microcomputer, a display screen, the motor, the rotating roller, the spiral plate, a first discharge port, a second discharge port and a gravity sensor are arranged, and therefore the problems that the discharging speed of an existing discharging device is not uniform and stable enough, an intelligent detection mechanism is lacked, and the amount of zinc oxide particles in the discharging device cannot be checked and known in time can be solved.

The invention discloses a powder metallurgy self-cleaning mold. The powder metallurgy self-cleaning mold structurally comprises an injection molding hole, an upper top cover, a fixing rod and a machine body, wherein the bottom end of the injection molding hole is welded with the top end of the upper top cover, the upper top cover is located above the machine body, the top end of the fixing rod isvertically embedded into the bottom end of the upper top cover, and the bottom end of the fixing rod is vertically embedded into the top end of the machine body; and the machine body comprises a flowspeed control mechanism, a powder collection driving device, a dust collection mechanism and a demolding mechanism. By improving an internal structure, the size of an injection molding hole can be automatically changed according to the circulation speed of an injection molding device in the injection molding process of the raw materials, and the injection molding circulation speed is steadily controlled, so that the situation that air holes are formed in the surface of a formed workpiece due to the overhigh flow speed is avoided; and meanwhile, the bottom of the mold can be uniformly vibratedduring the mold stripping so as to drive the workpiece to fall, so that the surface abrasion of the workpiece during the prying is avoided.

The invention discloses a soil deep fertilizing device capable of preventing fertilizer loss. The soil deep fertilizing device capable of preventing fertilizer loss comprises a bottom plate and a discharging bent tube at the bottom of the bottom plate, wherein a triangular block is welded to the bottom end of the discharging bent tube; a circular hole is formed in a bent position of the discharging bent tube; a spiral conveying rod is arranged in the discharging bent tube; a discharging motor is fixed on a top plate in a fertilizer box through a fixing rack; and the discharging motor is in transmission connection with a bolt conveying rod through a speed reducer. By the discharging bent tube at the bottom of the bottom plate, the discharging bent tube can be inserted into soil through a triangular block when moving through a roller on the bottom plate, then a fertilizer is applied into the soil through the circular hole formed in the discharging bent tube, and fertilizer loss is prevented effectively; and furthermore, by the bolt conveying rod in the discharging bent tube, the fertilizer is conveyed by the spiral conveying rod, the discharging speed is stable, the discharging bent tube cannot be blocked, and therefore, stability of the soil deep fertilizing device is improved effectively.

The invention discloses a blowing desulfurization fluidized chamber. The blowing desulfurization fluidized chamber comprises a shell (4) which comprises a desulfurizer inlet (1) and a desulfurizer outlet (3) formed in the height direction, an air supply duct (2) and an air distributing plate (6) provided with a plurality of air outlet holes (5) densely, wherein the upper edge of the air distributing plate (6) is attached to the inner wall of the shell (4) and the lower edge is connected with the desulfurizer outlet (3) so as to divide the shell (4) into a fluidized chamber (7) above the air distributing plate (6) and an air inlet chamber (8) below the air distributing plate (6); the air supply duct (2) is communicated with the air inlet chamber (8); and gas supplied from the air inlet chamber (8) enters into the air inlet chamber (8) and is sprayed into the fluidized chamber (7) through the plurality of air outlet holes (5) of the air distributing plate (6). According to the blowing desulfurization fluidized chamber disclosed by the invention, the desulfurizer is uniformly fluidized in the process of discharging the desulfurizer with a relatively good fluidizing effect, so that the desulfurizer is stable in discharging speed, the blowing process time is shortened, the spattering is reduced, and the iron loss is reduced.

The invention discloses a device and method for controlling constant-speed linear feeding of coil stock, and relates to the technical field of coil stock feeding. The device comprises a frame mechanism, a material pressing adjusting mechanism, a lower rubber-coated roller group, an upper rubber-coated roller group and a transmission mechanism. The frame mechanism is used for fixedly mounting the material pressing adjusting mechanism, the lower rubber-coated roller group and the upper rubber-coated roller group. The material pressing adjusting mechanism is used for adjusting the upper rubber-coated roller set to ascend and descend so as to enable a material belt to penetrate through the upper rubber-coated roller set, and adjusting the pressure for pressing the material belt. The lower rubber-coated roller group is used for linearly conveying a material belt at a constant speed. The upper rubber-coated roller group comprises two rubber-coated bearings with adjustable widths, and the two rubber-coated bearings are respectively pressed on the edge of the material belt. The transmission mechanism is linked with the lower rubber coating roller group to drive the lower rubber-coated roller group to rotate at a constant speed, so that the lower rubber-coated roller group moves materials linearly at a constant speed. According to the embodiment of the invention, only the edge of the bottom film of the material belt instead of a product is pressed, so that the straightness of coil stock feeding is improved, and the feeding speed is stable.

The invention provides a device for continuously producing silver powder for solar energy. The device comprises a first liquid dispensing tank, a second liquid dispensing tank and a container, wherein a liquid outlet of the first liquid dispensing tank is connected to one end of a first pipeline; a liquid outlet of the second liquid dispensing tank is connected to one end of a second pipeline; a liquid inlet of the container is connected to one end of a third pipeline; the other ends of the first pipeline, the second pipeline and the third pipeline are connected; a first electromagnetic valve, a first water bath device and a first flowmeter are arranged on the first pipeline; a second electromagnetic valve, a second water bath device and a second flowmeter are arranged on the second pipeline; and a third electromagnetic valve and a third water bath device are arranged on the third pipeline sequentially. The device is simple in structure, low in cost and convenient to operate, so that the silver powder with stable quality, high purity degree, high dispersibility and tap density and low specific surface area can be obtained.

The invention relates to an air drying machine for pre-processing raw materials in rice oil preparation. The air drying machine is characterized by mainly comprising an air outlet drum, an air drying drum, vibrating devices and a screen. The top end of the air drying drum is connected with the air outlet drum, a feeding port is arranged at the edge of the air outlet drum, a discharging port and an upright air inlet are arranged at the bottom of the air drying drum, the screen is arranged in a drum body of the air drying drum, and two bilaterally symmetrical vibrating devices are arranged on an outer wall of the middle section of the air drying drum. The air drying machine is arranged behind a granulator, air dries rice bran grains, can reduce moisture content in the rice bran grains, can guarantee that rice oil in rice bran is not inactivated, can improve quality of finally obtained rice oil, and is simple and reasonable in structural design and easy to popularize and apply.

The invention provides a soft bag feeding device which comprises a material hanging module, the material hanging module receives a soft bag, the soft bag is changed into a vertical state with a hard head facing upwards from a horizontal state with the hard head facing forwards through the material hanging module, and the neck of the hard head of the soft bag is connected to the tail end of the material hanging module in a hung mode; and the feeding module is used for clamping the necks of the hard heads of the soft bags from the tail end of the hanging module and feeding the soft bags at a preset position through reciprocating rotation or rotary motion. In the soft bag feeding process, the requirement for the clamping mode in the lamp inspection process is low, and multiple clamping modes can be met; meanwhile, high-speed feeding can be achieved, and compared with an existing feeding mode, the feeding speed can be greatly increased; the feeding speed is controllable; and material hanging is accurate and efficient.

The invention discloses a blowing desulfurization fluidization device. The blowing desulfurization fluidization device comprises a housing (4), a gas supply passage (2) and an air distribution pipe (6), wherein a desulfurizer inlet (1) and a desulfurizer outlet (3) are formed in the housing (4) along the height direction of the housing, a plurality of air outlet holes (5) are densely distributed in the air distribution pipe (6), a fluidization chamber is formed inside the housing (4), the air distribution pipe (6) is arranged inside the fluidization chamber and located between the desulfurizer inlet (1) and the desulfurizer outlet (3), the gas supply passage (2) is communicated with the air distribution pipe (6) and the gas supplied by virtue of the gas supply passage (2) is blown into the fluidization chamber by virtue of the plurality of air outlet holes (5) formed in the air distribution pipe (6). By the blowing desulfurization fluidization device, the desulfurizer can be uniformly fluidized during the charging of the desulfurizer, good fluidization effect is achieved so that the charging speed of the desulfurizer is stable, the blowing process time is shortened, the spattering is reduced and the amount of iron loss is decreased.