31results about How to "Avoid over processing" patented technology

The invention discloses an agricultural smashing machine. The agricultural smashing machine comprises a driving unit, a crankshaft, N connecting pieces, N connecting rods, N striking pieces and a box; the driving unit is connected with the crankshaft in a transmission manner to drive the crankshaft to rotate; the crankshaft is horizontally arranged and comprises N connecting shaft necks; the N connecting pieces are rotationally connected with the N connecting shaft necks respectively; and one ends of the N connecting rods are rotationally connected with the N connecting pieces. The agricultural smashing machine is good in material processing effect and high in material processing efficiency.

The invention relates to a method for processing reshaped small purple sweet potatoes. The method comprises technological processes of: cleaning purple sweet potatoes serving as a raw material, stripping and slicing, curing and protecting color, rinsing, performing sugar soaking, drying, grinding, shaping, and baking to obtain elliptical micro reshaped small purple sweet potatoes. A product prepared by the method is rich in the selenium element and anthocyanin, has scientific processing technology and low cost and effectively keeps the nutrient component of the purple sweet potatoes; and the product is snack food which has the advantages of full appearance, purple-red color, tack-free property, drying and hardening resistance, moderate sweetness, delicious taste, rich nutrition, rich original potato flavor, suitability for all kinds of people and integration of nutrition, health care and nature.

The invention relates to an air-aspiration type adhesive-free workpiece bearing device for one-side polishing. The air-aspiration type adhesive-free workpiece bearing device comprises a sucking disc (11). The air-aspiration type adhesive-free workpiece bearing device is characterized in that a piston cavity (14) is formed in the center of the sucking disc (11), a piston (7) is installed in the piston cavity (14), the piston (7) is connected with a cylinder cover (15) by virtue of an adjusting spiral body (10) on which a micrometer component is installed, and the position of the piston in the piston cavity (14) can be adjusted by rotating the adjusting spiral body (10), so that the pressure in the piston cavity under the piston is adjusted; an air suction hole (16) is formed in the lower part of the piston cavity (14), and a workpiece (1) which is installed on the lower part of the sucking disc (11) is sucked by negative pressure generated by the air suction hole; and a displacement sensor (12) which is used for measuring the relative displacement of the sucking disc (11) so as to determine the workpiece polishing amount is installed on the cylinder cover (15). The air-aspiration type adhesive-free workpiece bearing device has the advantages of the simple structure, reliability in bonding and convenience in assembly and disassembly.

The invention discloses an omega III fatty acid-rich nutrient enrichment food taking kappaphycus as main material. The nutrient enrichment food is mainly prepared from the following raw materials in parts by weight: 50-70 parts of kappaphycus, 5-12 parts of chia seeds, 5-12 parts of flaxseeds, 7-15 parts of wood of shinyleaf yellowhorn, 7-15 parts of sea-buckthorn and 3-7 parts of chitosan oligosaccharide. The nutrition comprehensiveness of the nutritional food can be improved, so that the nutritional food contains rich mineral substances, protein, amino acids, vitamins, calcium, other phytochemicas and trace elements; particularly, the omega III fatty acid is organically combined with ionized calcium, so that the important matters which are rare to the human health can be obtained in the daily dietary process without overly processing natural food, and therefore, the nutrient enrichment food is an enriched food capable of more comprehensively supplementing the nutritive value.

The invention discloses a switching light editable laser processing system and method. The system includes a laser emitting device, processing equipment, a monitoring module, and a control center. The processing equipment is used to adopt laser processing components, and the monitoring is used to measure the processing equipment Delay time, laser delay time, the control center controls the time point when the laser emitting device emits laser light or stops emitting light according to the delay time. This application calculates or measures the mechanical delay time of the processing equipment, according to the delay time, appropriately sets the light-emitting time and the end time of the laser equipment, reduces the duration of the laser after the starting point and the ending point, and ensures that no excessive Processing phenomenon, improve processing accuracy, reduce loss.

The invention provides a radial diffuser channel pretreatment method. The method comprises the following steps that S21, an electrolytic machining environment is prepared; S22, a through-hole cathodeis used for carrying out vibration feeding electrolytic machining on a channel of a radial diffuser at the feeding speed of 5mm / min-6mm / min, and the channel is broken through by using a burr working section of the through-hole cathode; and S23, the through-hole cathode is used for carrying out vibration feeding electrolytic machining on the channel of at the feeding speed of 3mm / min-4mm / min, uneven allowance on the inner wall of the channel is eliminated by using an inner wall working section of the through-hole cathode. Burrs can be eliminated through the burr working section of the through-hole cathode to break through the channel, the problem that a short circuit is generated by contact between a forming cathode and burrs when the forming cathode carries out vibration feeding electrolytic machining on the channel is avoided, the uneven allowance on the inner wall of the channel can be eliminated by using the inner wall working section of the through-hole cathode, and the problem that a short circuit is generated by contact between a forming cathode and the inner wall of the channel when the forming cathode carries out vibration feeding electrolytic machining on the channel is avoided.

The invention discloses a robot end effector and a robot, belonging to the technical field of grinding and processing. The end effector of the robot is used for grinding and processing the workpiece, including the execution tool, the rotary unit, the rotation unit, the ultrasonic vibrator and the constant force control component, wherein, one end of the rotary unit is connected with the execution tool, and the rotary unit is used to drive the execution tool to rotate Movement; the rotary unit is used to drive the rotary unit to perform rotary motion, and the direction of the rotary motion is not in the same direction as the rotary motion direction; the ultrasonic vibrator is connected to the rotary unit, and the ultrasonic vibrator is used to drive the rotary unit and the execution tool to vibrate axially; constant force control components Used to maintain a constant contact pressure between the implement and the workpiece. A robot includes the above-mentioned robot end effector. The robot end effector provided by the invention simplifies the structure, reduces the difficulty of control, and improves the processing quality and work efficiency through structural design and constant contact pressure control.

The invention provides a driving motor braking mechanism for CNC machining centers, which relates to the technical field of motor braking, and includes a motor casing, a stator is fixedly installed inside the motor casing, a rotor is arranged inside the stator, and the The rotor is fixedly installed on the outer wall of the output shaft, one end of the output shaft is installed on the inner ring of the bearing, the bearing is fixedly installed at the center of the support plate, and the support plate is fixedly installed inside the motor casing, through the return spring The elasticity can push the moving sealing plate to move and reset, and push the support rod to move and reset through the guide slider, so that the support rod pushes the mounting seat and the two semicircular speed reduction plates to move, so that the connecting grooves set on one side of the two semicircular speed reduction plates are connected to the The surface of the brake disc can decelerate the brake disc, so that the motor can brake quickly after the power is cut off, so as to avoid the phenomenon of excessive machining of the workpiece caused by the continuous rotation of the motor after the power is cut off.