72results about How to "Reduce processing work" patented technology

The invention provides a 3D printing additive manufacturing method of a kettle-shaped thin-wall part. The 3D printing additive manufacturing method of the kettle-shaped thin-wall part comprises the following steps of modeling, specifically, through three-dimensional modeling software, a solid three-dimensional model is established to enable an opening of the kettle-shaped thin-wall part to face upwards; cutting, specifically, through three-dimensional design software, cutting treatment is performed on the solid three-dimensional model to obtain cutting characteristic data; slicing, specifically, through the three-dimensional design software, the cutting characteristic data are spliced in the Z-axis direction to obtain section contour data; filling, specifically, through filling software and the section contour data, path filling is performed on a printing area to obtain laser processing parameters and generate processing information; and scanning and processing, specifically, the kettle-shaped thin-wall part is obtained by printing through the processing information. The 3D printing additive manufacturing method of the kettle-shaped thin-wall part can be used for 3D printing of a thin-wall kettle body with a complex structure, the 3D printing efficiency is improved, the number of supporting structures in the 3D printing is reduced, the generated material waste is reduced, and the later processing work is reduced.

The invention discloses a prefabricated plate beam erecting method, and relates to the field of prefabricated plate beam installation construction. The prefabricated plate beam erecting method comprises the steps that S1, two parallel trusses are arranged on two adjacent bridge piers along the direction of a bridge, meanwhile a track used for allowing a beam-shifting trolley to walk is arranged on the top faces of the two trusses, and the beam-shifting trolley is erected on the track; S2, a beam transporting vehicle transports a prefabricated plate beam to a first position, and the prefabricated plate beam is kept to be parallel to the bridge direction; S3, the beam-shifting trolley hoists the prefabricated plate beam to be close to one end of a second position, and meanwhile the prefabricated plate beam and the beam-shifting trolley are driven to move together along the direction of the bridge till the prefabricated plate beam reaches to the second position; S4, the prefabricated plate beam is placed on the second position; and S5, a next prefabricated plate beam is transported by the beam transporting vehicle to the first position, and the step S2, the step S3 and the step S4 are circulated till construction of all prefabricated plate beams of the two adjacent bridge piers is completed. According to the prefabricated plate beam erecting method, construction is convenient, and using of large bridging hoisting equipment in the bridge erecting process is effectively reduced.

The invention relates to a connection structure, which is used for being connected with a mounting surface of external equipment. The connection structure comprises a body, wherein the body comprises a first surface and a second surface which are oppositely arranged; the first surface is the surface which is fixedly connected with the mounting surface; a threaded through hole which passes through the second surface is arranged in the first surface and is arranged as follows: after fixed connection of the body and the mounting surface is loosened, the bolt is screwed into the threaded through hole from one side of the second surface and is further tightened when one end of the bolt abuts on the mounting surface; and the first surface is gradually separated from the mounting surface. According to the technical scheme, the connection structure is easy to install and dismantle and convenient to maintain.

The invention discloses a method of testing porosity of a pole piece. The method comprises that a certain pole piece is cut and taken, the mass M0 of the pole piece is weighed, the size V of the pole piece is measured, the pole piece is placed in a container, cetane is arranged in the container, the pole piece is completely soaked in the cetane for a certain time, the pole piece is taken out and placed on a filter paper, the pole piece is absorbed and wiped to constant weight, the mass M1 of the pole piece is weighed, and the porosity epsilon of the pole piece is calculated according to a formula epsilon=(M1-M0) / rho / V*100%. The method of testing the porosity of the pole piece needs not the complex and difficult operating process of mercury injection apparatus, and reduces measuring cost, in addition, mercury pollution and potential hazard on operation staff are reduced, meanwhile the processing work on waste mercury is reduced, and testing efficiency is improved.

The invention relates to a method for purifying acidic peaks of antibodies. The method implemented at the temperature of 2-8 DEG C particularly includes steps of (1), eluting the acidic peaks by the aid of MEP HyperCel packing and eluent and collecting target peak eluent; (2), carrying out weak cation chromatography on the target peak eluent obtained at the step (1) and eluting the target peaks by the aid of butyrate which is used as buffer salt. The electric conductivity of the eluent for eluting the acidic peaks at the step (1) changes from being low to being high, and the eluent comprises 5-10mmol / L sodium phenylbutyrate. The method has the advantages that removal of the acidic peaks of the antibodies can be reinforced after the acidic peaks are purified by the aid of the method, and the acidic peaks can be within the ranges of 11%-14% under the effective control.

The embodiment of the invention discloses a method for cleaning crystalline silicon, which comprises the following steps: placing crystalline silicon in pure water to carry out ultrasonic or mega-sound heating pre-cleaning; placing the crystalline silicon in a mixed acid solution to carry out corrosion; cleaning the crystalline silicon by the pure water; and drying the crystalline silicon. The crystalline silicon cleaning method adopts a combination manner of physic cleaning and chemical cleaning to clean the crystalline silicon, can effectively remove the impurities and particles on the surface of crystalline silicon (especially reclaimed materials) and can reduce the amount of the chemical solution, the damage of the chemical solution to the human body, equipment and environment, the corrosion loss of the chemical solution to the crystalline silicon and the follow-up treatment of the waste solution, thereby reducing the cleaning cost.

The invention relates to a connection structure, which is used for being connected with a mounting surface of external equipment. The connection structure comprises a body, wherein the body comprises a first surface and a second surface which are oppositely arranged; the first surface is the surface which is fixedly connected with the mounting surface; a threaded through hole which passes through the second surface is arranged in the first surface and is arranged as follows: after fixed connection of the body and the mounting surface is loosened, the bolt is screwed into the threaded through hole from one side of the second surface and is further tightened when one end of the bolt abuts on the mounting surface; and the first surface is gradually separated from the mounting surface. According to the technical scheme, the connection structure is easy to install and dismantle and convenient to maintain.

The invention discloses a method and a system for detecting a flow of a peer-to-peer network. The method comprises the following steps of: acquiring all the packets by a primary filter plant from a network forwarding device; detecting a plaintext feature string of a known P2P application after the primary filter is performed, sending a packet which contains a plaintext feature string to a plaintext processing model and counting a flow of the P2P forwarded in a plaintext manner; sending the packets which contain no plaintext feature string to a to-be-detected processing module and sending an active detecting packet formed by secret key information defined by different P2P applications to a detected target; detecting the flow of the P2P forwarded in a cipher text manner or other unknown flows according to a response packet fed back by the detected target. By implementing the technical scheme of the invention, processing work for flow detection is reduced effectively, the system efficiency is improved, and the failure and update of a single module do not influence the whole system. The technique of the invention avoids influencing the topology and performance of the traditional network and facilitates deployment and implementation.

The invention relates to the technical field of medical devices and provides an acupuncture waste needle and moxa cone ash separation device. The acupuncture waste needle and moxa cone ash separation device comprises a needle and ash box, a needle adsorption magnet, an upper cover and a lower cover, wherein the upper cover and the lower cover are arranged at the top and the bottom of the needle and ash box respectively; the needle and ash box is internally provided with a funnel-shaped separation layer structure; a waste needle containing space is formed in the upper part of the separation layer structure; a moxa cone ash containing space is formed in the lower part of the separation layer structure; and the needle adsorption magnet is arranged at the upper part of the separation layer structure. The acupuncture waste needle and moxa cone ash separation device can be used for effectively separating a waste needle and ash after needle warming moxibustion treatment is carried out.