4 results about "Industrial equipment" patented technology

Disclosed is a high-flow vacuum generator, which relates to automatic industrial equipment for injection moulding. One end of a diffusion side stand is connected with a vacuum side stand while the other end is connected with a muffler. A diffusion chamber is arranged in the diffusion side stand, and an adsorption chamber is disposed in the vacuum side stand, wherein one end of the diffusion chamber communicates with the adsorption chamber and the other end of the diffusion chamber is connected to the muffler. The diffusion side stand is equipped with a first air tube joint and the vacuum side stand is equipped with a second air tube joint, wherein the air tube joint one communicates with the diffusion chamber and the second air tube joint communicates with the absorption chamber. A clearance formed between the diffusion side stand and the vacuum side stand is used as a nozzle for generating a high-speed jet. According to the invention, the high-flow vacuum generator has a small vacuum capacity, quick response, light weight, low noise, small vacuum, and a high flow. The high-flow vacuum generator is designed of a tubular shape, is flexibly connected to a clamp plate, is higher in taking-out accuracy and high in taking-out speed, has a vacuum breaking function, and is able to convert vacuuming into blowing. When a product is taken out by a clamp and the product needs to be released, the product can be blew out quickly.

A gradual transmission for automobiles, industrial devices, and other appliances requiring a continuously gradual torque, which includes: a hydraulic pump connected to the output shaft of a combustion engine or any other motive power supply, for providing a hydraulic pressure to a hydraulic motor which is also connected to the driving wheels of a vehicle or optionally to any industrial equipment. The resultant torque transmission can be manually operated, or controlled by any other automatic device.

The invention belongs to the technical field of software, and discloses a method for controlling industrial equipment through mobile phone software. The method comprises the following steps: Step 1, the industrial equipment is powered on, so as to be in a standby stats; Step 2, the mobile phone Bluetooth function is enabled, software is started, ''Search for Bluetooth devices'' in the software is clicked, a name corresponding to a Bluetooth module of the industrial equipment is found, and ''Connect the mobile phone with the Bluetooth device'' is clicked; Step 3, ''Enable positioning'' in the mobile phone software is clicked, and a ''Forward'' button, a ''Backward'' button, a ''Leftward'' button and a ''Rightward'' button are clicked according to positioning requirements; Step 4, a PLC system receives a signal, and controls the industrial equipment to move to a designated position according to the indications of the buttons in the mobile phone software; and Step 5, ''Disable positioning'' in the mobile phone software is clicked, so that the process of controlling the industrial equipment is completed. The method has the advantages that the industrial equipment can be moved to the designated position through the mobile phone software, so that the personnel workload is greatly reduced, and the industrial equipment can be efficiently and conveniently controlled.

The invention provides an industrial equipment surface defect fault early warning method based on edge calculation. The industrial equipment surface defect fault early warning method based on edge calculation comprises the following steps: (1) constructing a data set: acquiring multi-angle and multi-scale image data of normal image data of equipment to be detected; (2) graying and normalizing the input data; (3) inputting into a cascade self-coding network, and learning a coding and decoding mode of a normal image; (4) completing image training; and (5) unloading the reasoning task to the terminal, and judging the real-time data acquired by the sensor.