30results about How to "Reduce manual procedures" patented technology

A method for dynamically and remotely setting network configuration being able to be executed by computer includes obtaining media access control code by management sub-card of server on agent terminal when agent terminal is started up and then requesting a corresponding network address from remote management server for finalizing dynamic-setting of network configuration on agent terminal.

A paper handkerchief folding device comprises a longitudinal folding unit (1), a transverse folding unit (2) and a flower plate unit (5) in a sequential connection, and paper webs (3) are sequentially strung on the longitudinal folding unit (1) and the transverse folding unit (2) in a tensioning mode. Paper handkerchief is folded into three folding surfaces in Z-shaped along the width direction by the longitudinal folding unit (1), and then refolded half twice along the length direction to form four folding surfaces by the transverse folding unit (2). The paper handkerchief folding device ensures high production efficiency and fast speed, low production cost, and adjustable specification of produced paper, and the products are more exquisite.

A manufacturing process of miniature paper handkerchief comprises the steps of feeding paper, embossing, longitudinally folding, transversely folding, separating sheets and packaging. By means of a longitudinal-folding unit (1), a transverse-folding unit (2) and a flower disc unit (5) mounted on a machine platform and connected in sequence, paper webs are sequentially tensioned on and arranged to go through the longitudinal-folding unit (1) and transverse-folding unit (2). The paper webs are folded in Z-shaped along the width direction to form three folding surfaces through the longitudinal-folding unit (1), and then folded in half twice along the length direction to form four folding surfaces through the transverse-folding unit (2). The manufacturing process of miniature paper handkerchief presents the advantages of high production efficiency, fast speed, and reduced production cost, and the produced paper presents the advantages of suitable to adjust the specification, convenient to carry, small and exquisite.

The invention relates to the technical field of silicon carbide smelting, in particular to a silicon carbide production line which comprises a smelting furnace and a chute feeder, wherein an exhaust hole is formed in the upper part of the smelting furnace; a feeding hole and a discharge hole are formed in the lower part of the smelting furnace; a slag outlet is formed in the bottom of the smelting furnace; the chute feeder is positioned below the slag outlet; an inner cylinder of which the size can be freely adjusted is arranged inside the smelting furnace; the bottom surface of the chute feeder adopts a horizontal surface; a high-temperature chain chopper is arranged inside the chute feeder; a material trolley is arranged at the front end of the high-temperature chain chopper in a conveying direction; an exhaust pipe is arranged at the exhaust hole; the exhaust pipe is arranged on the outer wall of the smelting furnace in a spiral manner; a purification device is connected to the free end of the exhaust pipe; a communicating tube is arranged on the purification device; a turbine is connected with the free end of the communicating tube; an air pump is arranged on the communicating tube; the high-temperature chain chopper is driven by the turbine. By adopting the silicon carbide production line, not only is furnace slag automatically cleaned, so that a step of manually shoveling off furnace slag is canceled, but also the silicon carbide which is smelted inside a furnace body can be rapidly cooled.

The present invention provides a process for producing three-dimensional wave steel plates and special equipment thereof. The producing flow of the process comprises: preparing raw materials, machining holes, reeling lugs, reeling arcs, rolling lugs, punching waves and stacking. The special equipment of the process is formed by sequentially connecting a punching press, a beading machine, a plate reeling machine, a lug rolling press, an overturning mechanism and a wave punching press through a producing and conveying chain, wherein a wave punching protecting mechanism is arranged on the wave punching press. The process adopts PLC programmable control technology on a production line, so as to improve the punching efficiency and precision of holes and waves on the three-dimensional wave steelplates. The visualized screen operation of the process realizes the integrated control of a system; at the same time, through establishing a fault mode, every node in the process of production is monitored, so that the reliability and the intellectualization level of the whole system are improved. At the time of improving production efficiency and finished product quality, manual operation procedures are reduced and labor strength is reduced.

The invention discloses an automatic detection method for insulator abnormality based on online learning of an integrated classifier. The specific steps are as follows: a high-definition pan-tilt camera is mounted on an unmanned aerial vehicle / pole tower as a carrier, and an image of a visible light insulator of a transmission line is taken, and the obtained image is processed. Preprocessing, image segmentation, image multi-feature extraction, etc., to obtain various typical features of abnormal insulator images and normalize them; then select a decision tree as a weak classifier, and use the normalized features as its classification attributes to train the weak classifier , repeat the training to obtain several decision trees and their classification weights, and finally generate a strong classifier with high classification accuracy through weighted voting. At the same time, combined with online learning technology, the strong classifier is updated in time, and various types of abnormal insulator images are separated for subsequent processing. . The principle of the invention is simple, intuitive and easy to implement, combined with the image processing technology and the machine learning algorithm to intelligently identify and diagnose the abnormality of the insulator, and provides a new idea and method for monitoring the abnormal operation of the insulator.

The invention relates to a flour production system. The flour production system comprises a grain storing silo, a first section material lifting machine, a wheat sorting screening machine, a second section material lifting machine, a wheat peeling device, a third section material lifting machine and a millstone flour mill, which are arranged in sequence. A discharging end of the grain storing silo is connected with an input end of the first section material lifting machine, an output end of the first section material lifting machine is connected with an input end of the wheat sorting screening machine, an output end of the wheat sorting screening machine is connected with an input end of the second section material lifting machine, an output end of the second section material lifting machine is connected with an input end of the wheat peeling device, an output end of the wheat peeling device is connected with an input end of the third section material lifting machine, and an output end of the third section material lifting machine is connected with an input end of the millstone flour mill. The flour production system is simple in structure and scientific and reasonable in design. According to the flour production system, the flour production process and the processing process are integrated together, the high integration of flour production is achieved, the time and the labor are saved, plenty of manpower and material power are saved, the working efficiency is improved, and the product quality level is improved.

A cold-pressing system for cold-pressing microlens gratings, which sequentially includes a PET film substrate roller, a glue spreader, a grating mold roller, a transmission roller, and a finished product receiving roller, and a pressing roller and a curing light box device are arranged below the grating mold roller. Because the present invention adopts the cold-pressing system technology of the cold-pressed microlens grating, it is convenient for self-production and automatic control, reduces the manual operation procedure, ensures the consistency of the product, and eliminates the factors of thermal expansion and contraction, so the process is simple, The data is accurate, the material is less elastic, the three-dimensional effect is strong, and the cost is low.

The invention relates to a skipping stitch device of a sewing machine, which mainly comprises a fixed seat, an eccentric shaft, a rocker, a connecting rod and a deflecting control rod. The fixed seat is combined with a sewing machine body and used for sleeving the eccentric shaft and a torsional spring; the eccentric shaft is inserted into the fixed seat; the rocker is combined with one end of the eccentric shaft, and the other end of the eccentric shaft is combined with a bearded needle table by a ball-and-socket connecting rod; the connecting rod is arranged between a swinging arm on a cross shaft of the sewing machine and the rocker; and the deflecting control rod is arranged at the other end of the eccentric rod. The skipping stitch device can be provided for an operator to control a connecting mechanism by the deflecting control rod to drive a bearded needle to make micrometric displacement, ensures that the bearded needle cannot hook the needle and lines and easily controls the action of a skipping stitch by controlling the deflecting control rod and other automatic control modes, thereby sewing and wrapping operations can be conveniently achieved, the procedures and the time of manual operation can be saved, and operation efficient workers can be increased.