53results about How to "Affect the processing effect" patented technology

The invention discloses an artificial joint-like piece curved surface turbulence simulating polishing device and a method thereof. The device comprises a glass constraint component, a profiling electromagnetic wave heater, a temperature detection device, a supporting frame and an electromagnetic wave controller, wherein the glass constraint component is arranged outside an artificial joint-like piece in a sleeving way; the inner surface of the glass constraint component and the curved surface of the artificial joint-like piece form a profiling runner with uniform thickness; the profiling electromagnetic wave heater is arranged on one side of the glass constraint component; the profiling electromagnetic wave heater comprises an outer cover, heating sources, a concave lens and a convex lens; and each heating source of the profiling electromagnetic wave heater is electrically connected with the electromagnetic wave controller and is independently controlled by the electromagnetic wave controller. One heating source is placed on the side surface of the glass constraint component, the turbulence energy and the speed of abrasive flow cutting fluid are increased, and the linear loss and the head loss of the abrasive flow in the profiling runner are compensated, so that the whole processing effect is improved and the surface processing quality of the artificial joint-like piece is more uniform.

The invention provides a sorting disc used for processing of fruit and vegetable products. The sorting disc comprises a second-stage discharging groove and an angle adjusting column. A fruit sorting disc body is of a cylindrical structure, and a sorting cavity is formed in the fruit sorting disc body. A fruit discharging outlet is formed in the rear end of the fruit sorting disc body and communicates with the sorting cavity. A sorting disc supporting frame is mounted on the bottom end surface of the fruit sorting disc body, two supporting plates are mounted on the sorting disc supporting frame, slag storage tanks are arranged on the top end surfaces of the supporting plates correspondingly, sterilization and disinfection operation can be performed on the interior of the device periodicallyand easily, and the situation that bacteria breed in the device and adhere to the outer walls of fruits, and the safety of the fruit products is affected is avoided; and in combination with arrangement of a turnplate and screening holes, the fruits moving in the device can be screened, impurities contained in the fruits are removed, the fruit product quality is improved, and the situation that the impurities contained in the fruits are involved in subsequent fruit processing, and the subsequent fruit processing operation is affected is avoided.

The invention belongs to the technical field of grain husk separation, and particularly discloses a grain husk sieving apparatus. The grain husk sieving apparatus comprises a feeding unit, a husk sieving unit and a separation unit, wherein the feeding unit comprises a material cabin and a feeding passage; the husk sieving unit comprises a communication pipe, a rotary drum, an arc plate and a transmission shaft, a grinding drum is fixed in the rotary drum, a discharging end of the feeding passage is fixedly connected with an inner passage, and the inner wall of the grinding drum and the outer wall of the inner passage are respectively provided with a plurality of pressing blocks; the arc plate is fixedly provided with a connecting rod; the separation unit comprises a rotating shaft, a separation drum and a motor, a pushing plate is connected into the separation drum in a sliding manner, the pushing plate is fixedly provided with a pushing column, and the rotating shaft is fixedly provided with a second cam; the side walls of the upper portion and the lower portion of the separation drum are respectively connected with an air pipe, and each air pipe is provided with a one-way exhaustvalve; the upper surface of the separation drum is provided with a one-way inlet valve; and the side wall of the separation drum is provided with an outlet, and a charging door is arranged in the separation drum. By using the grain husk sieving apparatus, the sufficiency of sieving grain husk can be ensured, and grains which are not husked can be prevented from entering a next procedure.

The invention discloses a chain production process, and a pin shaft round corner machining device applying to the process. The pin shaft round corner machining device comprises a working table, a bottom plate arranged on the working table, a roller arranged on the bottom plate, a driving mechanism arranged on the bottom plate and used for driving the roller to rotate, and a vibrating screen arranged on the bottom part of one end of the roller and used for separating pin shafts and sands. The chain production process comprises the following steps of (1) processing chain sheets; (2) processing rollers; (3) processing sleeves; (4) processing the pin shafts; (5) polishing; and (6) assembling a chain. The pin shaft round corner machining device provided by the invention can be used for machining round corners for a batch of pin shafts during a pin shaft machining process, and the processing efficiency is improved.

The invention discloses a horizontal finishing batching machine which comprises a support. Two rollers are arranged on the support and are connected with each other by a belt in a tensioned manner, and rotary drums are coaxially connected onto the rollers by keys. The horizontal finishing batching machine has the advantages that the rollers which are connected with each other by the belt can drive the rotary drums on the two rollers to rotate, and accordingly cloth can be wound on the rotary drums; a positional relation between the two rollers can be regulated by the aid of a horizontal distance regulating device and a vertical distance regulating device, and can be particularly regulated by a horizontal turning wheel and a vertical turning wheel which rotate, accordingly, a tension state of the cloth can be changed within a certain range, and the problem of influence on follow-up processing due to the fact that existing cloth is in different tension states can be solved.

The invention relates to the technical field of feed production equipment, and discloses a fish feed processing and treating device capable of reducing nutrition loss through pressure change. The fishfeed processing and treating device comprises a feeding bin and a discharging bin, wherein a driving power supply device is connected to the middle part of the top of an inner cavity of the feeding bin in a penetrating manner; a limiting rotating device is welded to one end of the bottom of an output shaft of the driving power supply device; a driving rod is welded to one end of the bottom of thelimiting rotating device; one end of the bottom of the driving rod is welded to the middle part of the top of a first classifying frame; and the bottom of the first classifying frame is welded to thetop of a lifting and pressing device. The fish feed processing and treating device capable of reducing nutrition loss through pressure change disclosed by the invention, through the lifting and pressing device, lifting and pressing treatment can be performed on products; when fed materials enter an extruding device, according to the quantity of the fed materials, the position can be automaticallyadjusted by an adjusting device, so that each part in the lifting and pressing device is driven to brake, pressure in the extruding device can be increased or reduced, and extrusion processing and treating of a fish feed are convenient.

The invention discloses a temperature-control abrasive particle flow humanoid artificial joint part curved surface turbulent machining device and method. The temperature-control abrasive particle flow humanoid artificial joint part curved surface turbulent machining device comprises a glass constraint component, an infrared window, a computer, an infrared temperature detector, an electromagnetic wave heating matrix, a stirrer, a gas membrane pump, a supporting frame and an electromagnetic wave controller, wherein a uniform-thickness profile flow channel is formed between the inner surface of the glass constraint component and the curved surface of a humanoid artificial joint part; the inlet of the profile flow channel is connected with the gas membrane pump, the stirrer and the outlet of the profile flow channel sequentially through a pipeline; the profile flow channel is exposed to the infrared temperature detector through the infrared window; and the electromagnetic wave heating matrix is mounted on the other side of the glass constraint component. The temperature-control abrasive particle flow humanoid artificial joint part curved surface turbulent machining device disclosed by the invention has the advantages that through arrangement of the electromagnetic wave heating matrix on one side of the glass constraint component, the turbulent energy and velocity of an abrasive particle flow cutting fluid are increased, so that the entire machining effect can be improved, the temperature of abrasive particle flow during an entire machining process can be kept constant, and the surface machining quality of the humanoid artificial joint part can be more uniform.