32results about How to "Improve automated processing efficiency" patented technology

The invention provides an anti-blocking device, a control method and a sewage pump. The anti-blocking device comprises at least two water inlet pipes, a sundry discharging pipe, impellers, a motor shaft, filter screens, pressure sensors, first valves, second valves, gear clutches and a controller. The impellers are arranged at the water inlet ends of the water inlet pipes, and the water inlet endsof the water inlet pipes are connected. Each impeller is connected with one end of an impeller shaft, and the other ends of the impeller shafts are connected with a gear train at the output end of the motor shaft through the gear clutches. The filter screens are mounted at the water inlet ends of the water inlet pipes and located behind the impellers. The first valves are arranged between the filter screens and the impellers. The sundry discharging pipe is provided with a water inlet and a water outlet, the water inlet is connected with the positions, between the filter screens and the firstvalves, on the water inlet pipes, and the second valves are arranged at the joints correspondingly. By means of the anti-blocking device, the blocked water inlet pipe can be subjected to back washingthrough water of the water inlet pipe at the normal working end, danger brought by pump body demounting is avoided, the service life of the pump body is prolonged, and therefore the work efficiency ofthe pump is improved.

The invention discloses an automatic machining method and equipment of a small diameter copper pipe with an inner cone and an outer cone and a thin-wall circle. The automatic machining equipment of the small diameter copper pipe with the inner cone and the outer cone and the thin-wall circle comprises corollary equipment, a spinning pipe inner cone actuating mechanism, a spinning pipe outer cone integral type spinning cone mould, a mould cleaning rotating head and a pipe feeding and discharging device. The corollary equipment comprises a spindle box, a horizontal guiding rail, a longitudinal guiding rail, a sliding table and a servo motor. The spinning pipe inner cone actuating mechanism comprises a tapered mandrel component on a fixed sliding block in an oblique sliding block component and a driving air cylinder of the tapered mandrel component. The spinning pipe outer cone integral type spinning cone mould is arranged on a water cooled base. The mould cleaning rotating head is connected with a shaft of a stepper motor. The pipe feeding and discharging device comprises a feeding mechanism and a discharging mechanism. The cleaning rotating head and a nozzle of an integral type spinning cone mould inner cone and a material receiving box of the pipe are installed on a spindle box body of the equipment. The automatic machining method and the equipment of the small diameter copper pipe with the inner cone and the outer cone and the thin-wall circle has the advantages that the structure is reasonable and simple, the operation is convenient, the spinning inner cone and outer cone quality is good, the method of drilling, precision boring and mandrel-free finishing turning machining the thin-wall circle improves the uniformity of the wall thickness. The automatic machining is high in efficiency and low in cost.

The invention discloses a laser measurement and compensation method for realizing a five-axis RTCP system. The method includes: configuring a laser height acquisition system and a five-axis controller system to synchronously run an executable processing file; virtualizing a sixth axis other than the five axes And its signal, the signal value of the sixth axis is defined as an incremental signal that can describe the motion trajectory of the five-axis; preprocess the laser height data; calculate the offset of the delay between the signal of the sixth axis and the data of the five-axis; The offset based on the calculated delay matches the five-axis data and the laser height data; based on the matching result, the processing path is compensated and corrected. According to the laser measurement compensation method for realizing the five-axis RTCP system of the present invention, it is possible to realize the precise synchronization of the laser measurement system and the five-axis controller system, and accordingly accurately calculate the compensation for the executed processing path, which helps to improve automatic processing efficiency, precision and reliability.