45results about How to "Reduce disposal time" patented technology

The treatment instrument comprises: a first jaw (8) with a first gripping surface (81); a second jaw (9) with a second gripping surface (91), which can be positioned on the second gripping surface (91) Grasp the living tissue (LT) between the first grasping surface (81); the first electrode (10) arranged on the first grasping surface (81); the second electrode (11), which is arranged on the first grasping surface (81); A holding surface (81) or a second holding surface (91), capable of supplying high-frequency electric power between the second electrode (11) and the first electrode (10); and a heating element (121) capable of generating heat due to energization, It is provided on at least one of the first jaw (8) and the second jaw (9). Viewed along the direction in which the first gripping surface and the second gripping surface (81), (91) face each other in the state where the first gripping surface and the second gripping surface (81), (91) face each other , the first electrode, the second electrode (10), (11) are respectively disposed at positions where they can sandwich the central position of the heating element (121).

The invention discloses an automatic early warning and judging method for oil leakage in the hydraulic system of a continuous casting machine. According to the application of large data of the continuous casting machine, the time at the same moment is mutually checked, and an alarm is raised and according to the system position, equipment principle and on-site production operation Experience prompts relevant treatment opinions. The invention can quickly analyze and locate the oil leakage at the user point of the hydraulic system of the main engine of the continuous casting machine, and provide an alarm and corresponding emergency plan operation prompt system, so that the field equipment and production operators can quickly determine and deal with the oil leakage according to the prompt of the system points to prevent accidents from expanding.

The invention provides a method for quickly recovering the satellite-ground clock difference realized by using an initial synchronization command. The specific process is as follows: after the satellite stand-alone is powered on or reset, an initial synchronization command is sent to the satellite to complete the satellite-ground initial synchronization; The distance measurement value T downloaded from the machine 1 and the ranging value T received by the ground equipment 2 ; based on the ranging value T 1 and the ranging value T 2 , calculate the satellite-ground clock difference Δt; use the calculated Δt to reversely adjust the transmission channel delay of the ground equipment, send the initial synchronization command to the satellite again, the satellite time scale adjusts the satellite-ground time scale difference Δt backward, and resume the ground equipment launch The channel delay is the initial value, and the adjusted satellite timescale is aligned with the ground timescale. The method can realize the rapid synchronization of the satellite-ground time after the satellite is switched on or off in orbit or reset.

The invention provides a method and system for recording transmission paths and distribution conditions of files in a local area network. According to the method and system, host file monitoring is combined with network-level file transmission monitoring, and monitoring data are aggregated to a server for correlation analysis, and therefore, transmission paths and distribution conditions of the files between hosts in the local area network can be generated. With the method and system adopted, the defect of incapability of performing bidirectional monitoring on file transmission, accurately generating transmission paths and analyzing file distribution in the prior art can be eliminated; a basis can be provided for the backtracking of diffusion conditions of analysis files between the hosts, even if the files are deleted, the historical transmission paths of the files can be still recorded; the distribution conditions of virus files between the hosts can be obtained, and a foundation can be provided for virus elimination, and processing time can be effectively reduced.

The invention relates to a manufacturing method of composite medical non-woven fabric absorbent pads and belongs to the field of preparation of medical dressing. The manufacturing method includes steps of feeding medical non-toxic polyethylene particles into a screw extruder to fuse and extrude, forming a film through curtain coating, rolling to form anti-adhesive holes, cooling and winding to obtain a medical non-toxic polyethylene film used as an anti-adhesive layer; subjecting blended fibers blended by viscose fibers and high-absorbent fibers to opening by an opener, carding by a carding machine, lapping by a lapping machine and needling by a needle machine, and obtaining non-woven fabric used as a liquid absorbent layer; feeding polyurethane particles into the screw extruder to fuse and extrude, and forming a film by curtain coating, cooling and winding to obtain a polyurethane film used as a waterproof breathable layer; subjecting the anti-adhesive layer and one surface of the liquid absorbent layer to thermal compositing, and subjecting the waterproof breathable layer and the other surface of the liquid absorbent layer to thermal compositing to obtain a composite medical non-woven fabric absorbent pad. The manufacturing method of the composite medical non-woven fabric absorbent pads has the advantages that liquid absorbent quantity is high, leakage to the outside is prevented, contact area of the skin can be remarkably decreased, handling time of medical staff can be shortened, and technical steps are few.

The invention discloses a stabilized treatment method for realgar tailing residues. The stabilized treatment method for the realgar tailing residues comprises the following steps of (1) crushing the realgar tailing residues, adding water inside, uniformly stirring, and carrying out first-stage microwave treatment under the action of a microwave field at the power ranging from 100W to 300W; (2) adding water and ferrous salt inside, uniformly stirring, feeding air or oxygen, and meanwhile, carrying out second-stage microwave treatment under the action of a microwave field at the power ranging from 300W to 500W; and (3) carrying out third-stage microwave treatment under the action of a microwave field at the power ranging from 500W to 700W, so that the stabilization of the realgar tailing residues is realized. According to the stabilized treatment method for the realgar tailing residues provided by the invention, through designing a whole process technology of the method, especially improving parameters and conditions of a key microwave treatment process, and dissolving, oxidizing and stabilizing the realgar tailing residues for three stages, the problems of slow calcium arsenate dissolution rate, slow arsenic sulfide oxidation rate and insufficient product long-time stability can be effectively solved.

The invention relates to a medical patch, especially a medical treatment patch that can be pasted on both sides and can be used alone or in conjunction with other medical equipment. It belongs to the field of medical supplies and includes a base layer with two sides. , Adhesives are set on the front of the base layer, a protective layer is set on the adhesives, a film is set on the protective layer, and adhesives are also set on the reverse side of the base layer, a film is set on the adhesives, etc., it has One thing with two uses, saving resources, improving work efficiency, and a wide range of uses have added convenience to medical health and added new products to society.

This treatment tool is provided with: a first jaw (8) having a first holding surface (81); a second jaw (9) having a second holding surface (91) for holding a biotissue (LT) between the first holdingsurface (81) and the second holding surface; a first electrode (10) that is provided to the first holding surface (81); a second electrode (11), which is provided to the first holding surface (81) orthe second holding surface (91), and to which high frequency power is supplied between the first electrode (10) and the second electrode; and a heat generating body (121), which is provided to the first jaw (8) and / or the second jaw (9), and which generates heat when a current is carried thereto. In the state in which the first and second holding surfaces (81, 91) are facing each other, the firstand second electrodes (10, 11) are disposed at positions having the center position of the heat generating body (121) therebetween in the cases where the first and second electrodes are viewed in thefacing direction of the holding surfaces.