8 results about "Electrogas welding" patented technology

A high-heat-input combined welding method for thick-walled high-strength steel includes following steps. First, a steel plate to be welded is machined into an asymmetric double-sided V-groove, with a depth of a front groove ranging from 30 mm to 40 mm. Then, electrogas welding is used to fill and weld the front groove, with a single-pass heat input controlled below 300 KJ / cm. Finally, a back groove is filled and welded, ensuring that the single-pass heat input for the back groove does not exceed that of the front groove. By adopting an asymmetric double-sided V-groove, the steel plate to be welded is divided into front and back sections. The depth of the groove is restricted to limit the heat input during filling welding.

The invention discloses an electro-gas welding equipment positioning and deviation rectifying system and method based on optimized Kalman filtering, and relates to the technical field of Beidou navigation positioning.The system comprises an original data acquisition module which is deployed on electro-gas welding equipment and used for obtaining original positioning data of the electro-gas welding equipment in real time based on a Beidou navigation chip, the information is uploaded to a background server through a communication network; the filtering deviation correction module is used for receiving the original positioning data and sequentially executing rule judgment and optimized Kalman filtering processing to generate coordinates after deviation correction; the coordinate position marking module is used for marking the corrected coordinates on an electronic map for visual display; according to the method, the problems of positioning drift, matching errors, track jittering and the like of existing GNSS positioning in a complex factory environment are effectively solved by fusing rule judgment and a dynamic filtering technology, finally, the corrected coordinates are marked on an electronic map in real time, and visual monitoring and abnormal behavior early warning are supported.

The invention discloses a new energy electric power balance control method and system, and relates to the technical field of electro-gas welding operation supervision, and the method comprises the steps of energy equipment access selection, energy equipment supply analysis, energy equipment balance management and early warning terminal. Connection analysis is carried out on new energy equipment of each regional node of the power grid, power loads of each regional node are collected, new energy power distribution corresponding to each regional node is obtained through analysis, and meanwhile, the transmission power balance state after each regional node is correspondingly connected with the new energy equipment is judged, so that balanced supply of new energy power is realized. Effective balance control of new energy power of each regional node is achieved, efficient utilization of new energy is achieved, power generation loss caused by mismatching of regional resources and power grid supply demands is reduced, and effective and accurate new energy power supply of each node region of a power grid is guaranteed.

The embodiment of the utility model provides a battery box body and a battery pack, and belongs to the technical field of battery pack structures. The battery box body comprises a liquid cooling bottom plate, an integrated component and a frame assembly, the frame assembly comprises two side frame pieces, two ends of the integrated component are respectively connected with the side frame pieces, so that the integrated component and the frame assembly jointly define a containing space for containing the battery cell group, the upper part of the containing space is used for sealing the box cover, and the liquid cooling bottom plate is connected with the bottom of the containing space; a liquid injection opening is formed in one side of the liquid cooling bottom plate, the side, facing the containing space, of the integrated component is in sealed connection with the liquid injection opening through a first welding piece, and the two ends of the integrated component are in sealed connection with the frame assembly through second welding pieces correspondingly. According to the battery box and the battery pack provided by the embodiment of the invention, the influence of electric welding on the reliability of the welding piece between the integrated component and the liquid injection port can be avoided, the failure of the welding piece between the integrated component and the liquid injection port is effectively prevented, the structure is simpler and more compact, the integration is higher, and the disassembly, assembly and maintenance are convenient.

The invention discloses an electrogas welding operation digital intelligent supervision platform, and relates to the technical field of electrogas welding operation supervision, and the technical scheme is that the electrogas welding operation digital intelligent supervision platform comprises a welding quality analysis module, a welding equipment supervision module, a welding equipment analysis module, an early warning terminal and a database. Then corresponding intelligent supervision is carried out, the welding change of the electro-gas welding equipment in the welding process is analyzed, the influence of the welding change on the corresponding welding stability of the electro-gas welding equipment and the corresponding transmission condition of the electro-gas welding equipment in the welding process are known and analyzed, and therefore the analysis result is synthesized, and the welding stability of the electro-gas welding equipment is obtained. According to the method, a welding safety evaluation model of the electro-gas welding equipment in the welding process is established, so that whether the current electro-gas welding equipment has welding potential safety hazards or not is analyzed, efficient and intelligent guarantee during electro-gas welding operation is achieved, the accident risk of electro-gas welding operation is reduced, potential safety hazards of the electro-gas welding equipment are found in time, and the accident occurrence probability is reduced and avoided; the operation safety is ensured.

The invention relates to a glass insulator connector, a machining mold and a machining method, the glass insulator connector comprises a metal shell, a glass insulator and a metal connecting piece, a connecting groove and an electric welding groove are formed in the two ends of the metal shell respectively, and the glass insulator is arranged in the metal shell and located between the connecting groove and the electric welding groove; the metal connecting piece penetrates through the glass insulator, the two ends of the metal connecting piece extend to the position between the connecting groove and the electric welding groove, the metal shell continuously extrudes the outer wall of the glass insulator, and the inner wall of the glass insulator is fixedly connected with the metal connecting piece. According to the scheme, the glass insulator is arranged in the metal shell, and the metal shell can continuously generate radial acting force on the glass insulator, so that the metal shell not only can be mutually connected and fixed with the glass insulator, but also can continuously provide centripetal acting force for the glass insulator; and the connection stability of the device is further improved.

The invention relates to the technical field of electronic and electrical welding, and discloses a method for enhancing the strength of an IMC layer of a welding spot in low-temperature welding and application. The method for enhancing the strength of the welding spot IMC layer in low-temperature welding comprises the following steps that S1, an electrode plating layer is prepared, specifically, the electrode plating layer is prepared on a copper base body electrode in a component welding area; s2, solder is applied, specifically, low-temperature solder is applied to the surface of the electrode plating layer; s3, welding: melting the low-temperature welding flux, and carrying out metallurgical reaction on the low-temperature welding flux, the electrode plating layer and the copper matrix electrode below the electrode plating layer, so as to form an IMC layer on a welding spot interface; according to the method, a traditional nickel-tin plating structure in the electrical / electronic industry is abandoned, the pure tin plating layer is directly prepared on the copper electrode, the thickness and the bonding strength of the welding spot IMC layer are effectively improved, the production cost is reduced, and the process compatibility is good.