6results about How to "Accurate precision" patented technology

The forklift frame positioning tool comprises a drive axle mounting hole positioning assembly (2), an inclined oil cylinder positioning assembly (3) and an air cylinder positioning assembly (4) which are mounted on an operation bedplate (1). Coaxiality confirmation and open gear keeping of drive axle mounting holes in a frame are achieved through the drive axle mounting hole positioning assembly (2). The inclined oil cylinder positioning assembly (3) is used for positioning an inclined oil cylinder seat and ensuring the opening distance; the frame is fixed through the air cylinder positioning assembly (4), and follow-up demolding is facilitated. According to the forklift frame positioning tool, accurate positioning and gear opening positioning control over a drive axle mounting hole and an inclined oil cylinder mounting base can be achieved.

The utility model discloses a sleeve seam pressing machine and a pressure detection system thereof, relates to the technical field of pressing machines, and aims to solve the technical problem that the sleeve seam pressing machine can only press and shape one cuff at a time. According to the technical scheme, the device is characterized by comprising a movable base and a rack, the rack is arranged above the movable base, a lower die mounting assembly is arranged at the bottom of the rack, two lower dies are arranged on the lower die mounting assembly, the bottoms of the two lower dies are each provided with an auxiliary supporting assembly, and auxiliary overturning assemblies are arranged at the bottoms of the two auxiliary supporting assemblies; a displacement output assembly is arranged at the top of the rack, an overturning bottom plate is arranged at the bottom of the displacement output assembly, a cold upper die and a hot upper die are arranged below the overturning bottom plate, a plurality of cold and hot die connecting bases are arranged between the cold upper die and the hot upper die, a rotating main shaft penetrates through the cold and hot die connecting bases, and the two ends of the rotating main shaft are each provided with a cold and hot die overturning assembly. The utility model aims to provide a sleeve seam pressing machine and a pressure detection system thereof.

The utility model relates to the technical field of crankshaft grinding machines, in particular to an automatic measuring device for axial control of a crankshaft grinding machine, which comprises a bottom plate, a fixing component, a hydraulic angle motor, a coupler, a first rotating arm, a connecting plate, a second rotating arm, a measuring arm, a mounting seat, a probe and a transmission shaft. A hydraulic angle motor is installed in the fixing assembly, the output end of the hydraulic angle motor penetrates through the fixing assembly to be connected with one end of a coupler, the other end of the coupler is connected with a transmission shaft, and a first rotating arm is installed on the right position of the outer side of the transmission shaft. According to the utility model, the hydraulic angle motor is arranged and can drive the first rotating arm to rotate during operation, and the connecting plate and the second rotating arm form a rotating whole arm to rotate, so that the measuring arm drives the mounting seat and the probe to rotate, the gap between the side surface of the grinding wheel and the side surface of the journal is measured and controlled, the production efficiency is improved, the operation is simple, and the use is convenient.

The utility model discloses a kind of measuring devices for casting mechanical property tensile test, including base, first support, second support and scale, first baffle is vertically provided in the left end of base, first support is provided on the base right side of first baffle, second support is slidably connected with in the right side of first support, third baffle is slidably connected with in the right side of second support, and top bolt is provided on third baffle, scale is provided in the right side of the top of first baffle, second displacement sleeve is slidably connected on scale, measuring rod is provided in the front end of second displacement sleeve. The utility model can effectively solve the problems existing in the conventional test bar elongation test method, such as inaccurate gauge length measurement, unstable test bar placement, etc., significantly improve the accuracy of test bar gauge length measurement and elongation calculation, while reducing the influence of human factors on measurement results, improve the test efficiency, reduce the labor cost and operation time.

The utility model discloses a kind of rotary slot assemblies, it is related to brass pipe fitting rotary slot processing technical field, to solve the problem of the current similar product unable to carry out rotary slot processing from pipe fitting inside, and the problem of the current equipment utilizes rotary slot tool to cut out a groove from pipe fitting outside, and the problem of greater loss, its technical scheme main point is including drive assembly, power head assembly, hydraulic component and rotary slot head assembly, the drive assembly inside includes bottom mounting plate, the bottom mounting plate upper end is fixedly connected with guide rail fixed support, the guide rail fixed support upper end is fixedly connected with first guide rail body, the guide rail fixed support inboard is fixedly connected with motor installation fixed seat, the motor installation fixed seat one end is fixedly connected with servo drive motor, the servo drive motor output end is fixedly connected with screw rod body, the first sliding block body is slidably connected with first guide rail body. Reach the effect of the improvement of work efficiency, the reduction of artificial cost.

The application discloses a kind of based on deep learning multi-beam radio frequency OAM positioning identification method and system, the method and system use optical orbital angular momentum as the basis of pre-training, using pre-training weight information trains radio frequency orbital angular momentum image, and realizes the positioning and identification function of radio frequency orbital angular momentum.The trained deep learning model of the application can automatically identify the real radio frequency orbital angular momentum image received in real time, without manual discrimination, thereby simplifying the operation process of technical personnel.The application reduces the training time, realizes the automation of identification, improves the spectrum utilization, and helps the demultiplexing system of radio frequency OAM system.