32results about How to "Reduce technology dependence" patented technology

The invention provides a processing method of an integrated horn submarine gate electrode. The method comprises the following steps: cutting an electrode copper plate material, preparing materials of an electrode milling machine, processing via a grinding machine, forming and processing a first side of the electrode copper plate material and forming and processing a second side of the electrode copper plate material, wherein the step of processing via the grinding machine is characterized by processing positioning grooves used for subsequently clamping in the upper end surface and the lower end surface of the electrode copper plate material. The processing method is simple in steps, short in period and low in processing cost. A clamping fixture used in the electrode processing method comprises a fixture base and a fixture extending device, wherein the fixture base and the fixture extending device are provided with positioning convex ribs, positioning grooves and central through holes; through cooperation of the central holes and positioning structures, the electrode material to be processed is stably fixed on the clamping fixture, so that the processing accuracy is ensured. The processing method and the clamping fixture are suitable for clamping and processing various types of electrodes.

The invention provides a laying device and a using method thereof. The laying device comprises a horizontal mortar joint device and vertical mortar joint devices. The horizontal mortar joint device comprises two oppositely-arranged sliding rails, two first adjusting frames, two first fastening pieces and a mortar scratching plate. The bottoms of the two sliding rails can slide relative to a laying body along the horizontal direction. Sliding grooves are formed in the inner sides of the two sliding rails. The mortar scratching plate can slide in the sliding grooves in the horizontal direction. One sides of the two first adjusting frames are fixedly connected with the two ends of one of the sliding rails in a clamping mode. The two first fastening pieces are arranged in two first positioning grooves in a penetrating mode and fixedly connected with the other sliding rail. The vertical mortar joint devices are arranged on the upper side and the left and right sides of the vertical face of the laying body in a surrounding mode. A mortar filling groove is formed between the inner wall of each vertical mortar joint device and the vertical face of the laying body. The heights of the mortar filing grooves are the standard thicknesses of a vertical mortar joint. The flatness, mortar joint fullness and thickness of the laying body can be effectively controlled to be uniform, technological dependence on an operator is little, and the blank of the field of laying body construction equipment is filled.

The invention relates to the field of mechanical processing, and discloses a taper hole drilling machine tool for steering knuckle arms, which includes a workbench, a tool driving device provided with the workbench, and a servo sliding table slidably connected to the workbench. The tool driving device includes an electric control box , column, spindle box, servo thrust motor, three spindles are connected to the spindle box for rotation, the axes of the spindles are on the same plane, and the spindles are respectively connected with drilling drills, rough reaming drills and fine reaming drills, and the servo sliding table is connected with a device clip assembly. The present invention has the following advantages and effects: by connecting the drilling bit, the rough reaming bit and the fine reaming bit to the three main shafts respectively, the drilling and reaming process is performed on the taper hole end, which improves the machining efficiency and machining accuracy, and reduces the burden on the operator. Technical dependence; the tensioning part pushes the tensioning sleeve to expand to tighten and position the bolt hole, which ensures that the steering knuckle arm can rotate, avoids the deformation of the steering knuckle arm, and improves the stability of the taper hole position.

The invention relates to an active power distribution network analysis and evaluation system. The active power distribution network analysis and evaluation system is characterized by comprising a data acquisition module, a data maintenance module, a data verification and correction module, a power distribution network assessment module and an assessment result output module, wherein the data acquisition module is used for acquiring data of a power distribution network and transmitting the data to the data maintenance module; the data maintenance module is used for maintaining and upgrading the received data and then transmitting the data to the data verification and correction module; the data verification and correction module is used for carrying out data table, topological data and electric verification and correction on the received data and then transmitting the data to the power distribution network assessment module; the power distribution network assessment module is used for assessing indexes in a basic power distribution network, a novel electrical load and a distributed power supply to obtain three assessment results and then carrying out weighted average on the results to obtain a comprehensive assessment value of the active power distribution network in a certain region; transmitting the three assessment results and the comprehensive assessment value to the assessment result output module; the assessment result output module is used for outputting the received results in a text and data table form.

The invention discloses an automatic detecting device for defects of a flange and a detecting method thereof; the automatic detecting device comprises a phased array probe and a phased array flow detector connected with the phased array probe, and further comprises a vertical lathe including a knife rest and a rotating chuck; the phased array probe is connected with the knife rest through a bracket; a positioning piece is mounted on the rotating chuck, and is used for fixing the flange to be detected on the rotating chuck and keeping a certain distance between the lower end surface of the flange to be detected and the rotating chuck; the phased array probe can be in contact with the upper and lower end surfaces of the flange to be detected by position adjusting. When the detection is carried out, detections to the top and the bottom are implemented respectively; the phased array probe annularly moves relative to the flange to be detected, and scans the section of the passing flange in a sector scanning manner. When the automatic detecting device and the detecting method detect the flange, the defecting result is not easily influenced by the human factor, the detecting efficiency is improved, the missing detection can be avoided, and the detecting result has the traceability; the automatic detecting device and the detecting method are specifically suitable for detecting the internal defects of the flange for a wind power tower cylinder.

The invention relates to a surfacing method, in particular to a surfacing method of a 12-percent Cr steel high and middle pressure rotor journal of an ultra supercritical steam turbine, solving the problem of mechanical adhesive wear of the surfaces of the 12-percent Cr steel high and middle pressure rotor journal and a bearing. The surfacing method comprises the following steps of: firstly, respectively turning a first journal and a second journal of a blank rotor in a groove mode; secondly, carrying out dye inspection on a turning surface; thirdly, assembling the blank rotor to a special surfacing device; fourthly, preheating a surface to be surfaced of the rotor journal; fifthly, surfacing the surface to be surfaced; sixthly, distressing and heating a rotor; seventhly, turning and finishing the surfaced rotor; and eighthly, carrying out nondestructive inspection detection on the finished rotor. The surfacing method is used for surfacing the 12-percent Cr steel high and middle pressure rotor of the ultra supercritical steam turbine.

An on-machine precision adjustment device and method for turning tool tip height, belonging to the field of precision / ultra-precision machining, capable of achieving micron, submicron or even nanometer level precision adjustment, mainly including a main controller, a tool tip height precision detection device and a tool tip height Precision adjustment device. Among them, the tool tip height precision detection device includes high-precision displacement detection controller, high-precision position detection sensor, sensor support, etc.; tool tip height precision adjustment device includes micro-nano motion controller, upper tool holder block locking screw, knife Frame base, dovetail guide rail locking screw, tool holder fixing bolt, differential screw, dovetail guide rail, T-shaped lock nut, upper tool holder block fixing screw, upper tool holder block, micro-nano mobile table, lower tool holder block Wait. The invention has high adjustment precision, realizes the quantitative representation of the knife tip height, can set the required knife tip height according to actual needs, is convenient and quick to adjust, has low dependence on the operator's technology, and is easy to realize automation.

The invention discloses a database management method, device, equipment and medium, comprising: running a target management program on a target server; Install the icon; generate a shortcut operation icon corresponding to the operation subprogram according to the operation subprogram used to operate the target database in the target management program; construct a graphical interface corresponding to the target management program according to the shortcut installation icon and the shortcut operation icon. This application realizes the one-click installation and related management operations of the database on the server through the constructed graphical interface, which avoids the use of complex command lines to complete the installation and management of the database, greatly reduces the complexity of database operation and maintenance, and improves the efficiency of the database. Installation efficiency and management efficiency, in addition, reduce the technical dependence on technicians, greatly reduce operation and maintenance costs, and also reduce losses caused by data risks.