4results about How to "Small transmission error" patented technology

The utility model discloses a novel push wheel linkage feeding mechanism belongs to the technical field of automation equipment, including fixed plate, feeding box, rotary feeding unit, X axis feeding unit, Y axis feeding unit and push unit, and fixed plate horizontal arrangement is installed in the top of fixed plate, and rotary feeding unit is installed in the top of fixed plate, and sets up at the back of feeding box, and X axis feeding unit is installed in the top of fixed plate, and Y axis feeding unit is installed in the top of fixed plate, and sets up at the front of feeding box, and push unit is installed in the top of fixed plate, and sets up at the front of rotary feeding unit. The utility model discloses through the innovation mechanical linkage and sensing control, realized low -cost, high -efficient, high reliability's automation feeding, especially applicable to the quick sorting and the turning scene of small -size material, and the power manufacturing industry reduces the benefit of benefit.

This invention provides a planetary gear reducer, belonging to the technical field of reducer technology. It solves the problem of unstable torque in existing technologies. This invention includes a front housing, a gear ring body, a rear housing, a planetary gear assembly, an input shaft, and an output splined shaft. The front housing, gear ring body, and rear housing are connected sequentially, and the planetary gear assembly is installed inside the front housing, gear ring body, and rear housing. The planetary gear assembly includes planetary gears, a sun gear, and a planet carrier. The planet carrier is a hollow annular sleeve with a mounting hole in the center and a connecting ring formed on the rear side. The planetary gears are fitted onto the planetary shafts and located in the mounting hole, meshing with the inner side of the gear ring body. The sun gear is located inside the planet carrier and meshes with the planetary gears. A keyway groove is formed on the inner side of the connecting ring groove on the rear side of the planet carrier, and the output splined shaft is connected to the rear side of the planet carrier through the keyway groove. This invention has the advantages of stable torque transmission and high precision.

The utility model relates to the technical field of feeding equipment, specifically disclose a kind of discharging type feeding machine, including machine body and multiple feeding units, and feeding unit includes material storage table, lifts material frame, driving part and transmission assembly;Material storage table is obliquely arranged on machine body, for single layer to place multiple root pipe material to be processed, and the low end of material storage table is provided with stop block;Lifts material frame below material storage table, the oblique direction of the upper end of lifts material frame is consistent with the oblique direction of material storage table, and the coincident length of lifts material frame and material storage table is matched with the width of single pipe material, driving part drives lifts material frame reciprocating lifting, and lifts single pipe material on material storage table;Transmission assembly includes connecting rod, gear one and rack one, connecting rod is rotatably arranged on machine body, and two adjacent connecting rods are connected by differential shaft coupling structure one, gear one is fixedly sleeved on connecting rod, rack one is fixed on lifts material frame, gear one is engaged with rack one, and the feeding machine of the scheme improves the stability, continuity and processing efficiency of pipe material feeding.

This utility model discloses a multi-layer precision gear, relating to the field of gear technology. It includes a gear body, connecting holes, connecting components, positioning components, I-beam grooves, a second nut, and a screw. The connecting hole is located in the middle of the gear body. Multiple connecting components are positioned opposite each other at the top and bottom of the gear body. The positioning components are positioned between two opposing gear bodies. Multiple I-beam grooves are respectively located on the two sides where the gear bodies fit together. The second nut is engaged between two opposing I-beam grooves. The screw is threadedly inserted into the middle of the multiple I-beam grooves. This utility model, through the coordinated arrangement of the connecting components, positioning components, I-beam grooves, second nut, and screw, reduces transmission errors, further suppresses relative slippage between gears, and improves transmission stability. The screw and second nut penetrate the multi-layer gear body, enhancing overall rigidity, preventing loosening during high-speed operation, and reducing noise and wear caused by unstable transmission.