9results about How to "Meet consistency" patented technology

The invention provides a precision forging method for an adjustable blade of an aero-engine based on titanium alloy, which can realize precision forging forming of the blade of the titanium alloy aero-engine, enables the blade profile size of a blade forging to directly reach the size of a finished product, does not need to be machined again, is high in product percent of pass and good in air passage consistency, also can keep the continuity of a metal flow line, and is suitable for large-scale production. The mechanical property and the aerodynamic performance are high, and the surface integrity and the metallographic structure meet the design requirements. The method comprises the following steps of blanking, surface cleaning, glass lubricant spraying, heating blank making, surface cleaning, glass lubricant spraying and forging, and is characterized in that the forging procedure comprises heating upsetting, heating pre-forging and heating finish forging, and the surface cleaning and glass lubricant spraying are respectively carried out after each procedure of heating upsetting, heating pre-forging and heating finish forging.

The present invention discloses an automatic assembly line for guide rails of construction machinery, including a conveying system, wherein the conveying system is horizontally provided with a loading section conveyor, a guide rail rack assembly section conveyor, a guide rail rack end face detection section conveyor, a guide rail standard section splicing section conveyor and a standard section output section conveyor in sequence from one end to the other end, rack assembly stations are provided on both sides of the guide rail rack assembly section conveyor, a side line for rejecting unqualified products is provided on one side of the rack end face detection section conveyor, standard section splicing stations are provided on both sides of the guide rail standard section splicing section conveyor, a finished product side shifting mechanism is provided on one side of the standard section output section conveyor, and a stacking truss manipulator is provided on the upper end of the finished product side shifting mechanism. The advantages of the present invention compared with the prior art are: it realizes loading, positioning, pre-tightening, debugging, online detection, automatic unloading, meets the consistency of quality, and reduces the intensity of manual labor.

The automatic mechanical electrode polishing device comprises a polishing assembly and an electrode clamp, the polishing assembly comprises a workbench, a vertically-arranged connecting rod and a horizontally-arranged connecting arm, one end of the connecting rod is fixedly assembled on one side of the workbench, the connecting arm is installed on the top of the connecting rod, and the electrode clamp is installed on the workbench. A clamp fixing base is arranged on the bottom face of the end, away from the connecting rod, of the connecting arm, a motor is arranged on the top face of the end, an output shaft of the motor penetrates through the connecting arm, then is connected with the clamp fixing base and is used for driving the clamp fixing base to rotate, and the electrode clamp is detachably connected with the clamp fixing base above the electrode clamp. A grinding piece is arranged on the top face of the workbench, the clamp fixing base drives the motor clamp provided with the electrode to rotate, and the electrode in the rotating state makes contact with the grinding piece so that the electrode can be ground. The device is simple and convenient to operate, and the working efficiency can be improved; and in addition, the machining process can meet the consistency of the electrode electric grinder, and the judgment on the product quality is greatly improved.

The utility model discloses a kind of kart vehicle body telescopic adjusting devices and kart. The device is applied to the kart vehicle body with front vehicle support and rear vehicle support, load bar is equipped on front vehicle support, hollow sleeve rod is equipped on rear vehicle support opposite to load bar, load bar can slide in axial direction to change the distance between front and rear vehicle support. Adjusting component includes shell body fixed on front vehicle support, direction conversion structure arranged in shell body and screw rod cooperated with nut and sleeve, direction conversion structure is made of meshing gear set, for converting hand lever rotation into screw rod autorotation and driving vehicle body telescopic;Between load bar and hollow sleeve rod is sliding fit, end portion is equipped with limit structure, and scale mark is set on load bar and / or hollow sleeve rod. The kart using the device can conveniently adjust wheelbase within a certain range, adapt to drivers of different heights, with simple structure, low cost, safe and reliable adjustment.

This application provides a binocular six-axis low-cumulative-error spatial positioning method and apparatus, applied in the field of positioning and navigation technology. When an anomaly is detected in the spatial motion correlation between vision and inertial at continuous time intervals, it is determined that the current moment is in a state of perception history break. The visual pose constraints at the corresponding moment are isolated from the historical visual constraint set and participate in pose calculation only in an independent local visual constraint set, thereby avoiding the continuous accumulation of abnormal visual constraints in the time dimension and interference with inertial pose updates. In the absence of perception history break, the consistency between the historical visual constraint relationship and the inertial pose change sequence and spatial motion self-consistency data is reviewed, and inconsistent visual constraint relationships are dynamically eliminated. This allows the effectiveness of visual constraints in pose fusion to be adaptively adjusted over time, suppressing the amplification process of inertial cumulative error and meeting the requirement of maintaining high-precision positioning under complex environments and long-term operating conditions.

This invention discloses an intelligent sorting method, system, storage medium, and device for energy storage cells, belonging to the field of lithium battery screening technology. It includes defining key parameters and identifying data sources for energy storage cells to determine key parameters for sorting; collecting key process parameter data of energy storage cells through an intelligent data source scheduling algorithm; and filtering the collected key process parameter data using a pre-established multi-parameter sorting model to obtain qualified energy storage cells. This invention achieves dynamic acquisition, intelligent screening, and visual display of cell parameters, and improves screening accuracy and speed through algorithm optimization and model training, thereby meeting the high standards of consistency and process requirements in lithium battery module production.

The invention discloses a high-flow glue pressure stabilizing valve which comprises a base provided with a liquid inlet and a liquid outlet, a liquid inlet channel is arranged in the base, the lower end of the liquid inlet channel with the upper end communicated with the liquid inlet is communicated with a lower cavity, a plug is arranged on a second mounting seat located in the lower cavity and located on the side, close to the liquid inlet channel, of the second mounting seat, and a pressure stabilizing valve is arranged on the plug. A spring in a compressed state is vertically arranged between the other side of the second mounting seat and the supporting seat, a mounting hole communicated with the lower cavity is formed in the lower surface of the supporting seat, and the lower end of the spring is embedded into the mounting hole and is in extrusion contact with a threaded plug mounted in the mounting hole; the plug is in sealing fit with an outlet in the lower end of the liquid inlet channel. The pressure of fluid at the liquid outlet after pressure reduction and pressure stabilization can be adjusted, the requirement for fluid pressure adjustment is met, and the consistency and stability of the fluid pressure at the liquid outlet are met.

The invention relates to the technical field of multi-core DSP application software development, in particular to a multi-core DSP inter-core data sharing method based on a shared memory, which comprises the following steps: a sending core writes shared data into a storage address in a storage address field agreed by the shared memory; the sending core updates the log data of the storage address of the shared data; receiving core loop check log data; the receiving core reads the shared data. According to the method, by following the memory address allocation of the Cache Line, the consistency of the multi-core cache is met; and system abnormity and performance reduction caused by inter-core data asynchronization and inter-core memory access blockage are prevented, so that the signal processing process is efficient, stable and reliable.

The present invention provides a method for time-domain coupling analysis of local stress of the floating foundation of an offshore floating wind power structure, which is applicable to the field of deep-sea floating wind power generation. Aiming at the problem of time-domain calculation of local stress coupling of the floating foundation of a floating wind power structure, the present invention obtains the coupled motion state of the floating wind power structure by establishing a multi-body analysis model, and then realizes the calculation of the wave distribution load of the floating foundation by replaying the wave surface time history and motion state, and combines the solution of the time-domain potential flow, and obtains the local time-domain stress of the floating foundation by load mapping and solving the control equation; then, by performing probability statistical analysis and Fourier analysis on the time-domain stress, combined with random signal reconstruction and derivation methods, the batch random propagation of local stress is realized, and then the local ultimate strength verification and local fatigue strength verification of the structure are completed by the extreme value analysis method and fatigue damage analysis theory.