4 results about "Axis surface" patented technology

This invention provides a multi-wire cutting device and a method for improving the stability of the multi-wire cutting process. The method includes: a measurement step: installing a main roller onto a multi-wire cutting machine, such that at least two axial surfaces of the main roller respectively mate with the bearing surfaces in corresponding bearing housings to form a rotating pair, and measuring the wear state parameters of each axial surface; a temperature setting step: based on the relative differences in the wear state parameters of each axial surface, differentially setting the break-in target temperature for the corresponding bearing housing, so that the break-in target temperature for the bearing housing corresponding to the axial surface with poor wear is lower than the break-in target temperature for the bearing housing corresponding to the axial surface with good wear; a break-in step: with the cutting wire wound around the V-groove of the main roller to form a cutting wire mesh and the worktable not lowering, driving the main roller to drive the cutting wire mesh to circulate at high speed for a certain period of time, while controlling the temperature of each bearing housing at the break-in target temperature set based on the wear state parameters of each axial surface; keeping the bearing temperature at a suitable temperature, slowing down the rusting process, thereby extending the service life of the bearing surface and improving the stability of the multi-wire cutting process.

This utility model relates to a ceramic plate cutting machine track composed of multiple short rails and a suction cup. It includes a longitudinal guide rail and a suction cup. The longitudinal guide rail is formed by multiple short rail segments of the same or different lengths, which are inserted into the front and back of the suction cup. The sides of the short rail segments are inserted opposite each other. An optical axis is embedded in the upper top and lower bottom of the through grooves on both sides of the short rail segments, forming a longitudinal sliding track. Advantages: Compared with the prior art, this utility model achieves three advantages: First, it enables the one-time scoring and cutting of any length of plate material, ensuring the consistency of the cut surface. Second, it provides a clamping effect between the upper and lower short rails on the U-shaped groove shaft surface of the cutting device. Third, it not only ensures that the cutting line will not break or be uneven, but also prevents uneven cross-sections, chipping, or breakage when the plate is broken after scoring.

This utility model discloses an intelligent composite process flow rate threshold plunger. The spindle includes a shaft body, with an upper end and a lower end connected to the upper and lower ends respectively. Multiple axially extending sealing plates are arranged on the shaft surface. A buffer space is provided at the connection between the upper and lower ends and the shaft body, with both ends of the sealing plates extending into the buffer space. An elastic reset element is provided between each sealing plate and the shaft body. An axially extending sliding groove is provided at the end of the shaft body, with the opening of the sliding groove facing the lower end. An axially extending through hole is provided at the lower end, with the through hole having the same axis as the sliding groove and its diameter smaller than the groove width. A limiting rod slides within the through hole, with both ends of the limiting rod extending out of the through hole. A limiting head is provided at the upper end of the limiting rod, and an impact element is provided at the lower end. The limiting head slides against the groove wall of the sliding groove. A pressure detection device is provided between the limiting head and the bottom of the sliding groove to detect the pressure the impact element withstands when impacted. This solves the problem of difficult-to-control plunger running speed.

The utility model relates to the technical field of dismounting tool, aims at solving the problem of the prior art that dismounting is complicated, easily leads to gland deformation or sealing groove damage, time -consuming and labor -intensive, easily causes sealed structure damage, operation space is limited and easily damages shaft surface or hole wall, provides a kind of pincer tool for dismounting shaft YX sealing ring gland, including first handle and second handle;First handle and second handle mutually symmetrical distribution, first handle and second handle have first dog and second dog respectively in the same end, first dog and second dog mutually away and symmetrical distribution;First handle and second handle are mutually hinged connection.The utility model has the beneficial effects that simple structure, simple operation, time -saving and labor -saving, not easily leading to gland deformation or sealing groove damage, low maintenance cost, operation space is not limited and avoids damaging shaft surface or hole wall.