9results about How to "Easy to process separately" patented technology

The invention relates to a split type electrofluid sprayer, a jet printing device and an ink-jet printing system, and the split type electrofluid sprayer comprises a main body part which is provided with a connecting hole in one end face; the liquid supply assembly comprises a liquid supply sleeve, and the liquid supply sleeve is matched with the main body part in an inserted mode; the needle body part is inserted and matched with one end, deviating from the main body part, of the liquid supply sleeve; the electrode assembly comprises an electrode holder and an electrode wire, the electrode holder comprises a fixed section and an abutting section, the fixed section is inserted into the end, extending to the connecting hole, of the liquid supply sleeve, so that the electrode holder and the liquid supply sleeve are in insertion fit, the abutting section is located in the connecting hole and abuts against the end face of the liquid supply sleeve, and the electrode wire penetrates into the needle body part. The main body part, the needle body part, the liquid supply assembly and the electrode assembly are designed in a split mode, and when the four parts are assembled, the relative positions of the four parts are ensured to be consistent through cooperation of an inserting mode and the like, the needle body part can be conveniently and independently replaced, after the needle body part is replaced, the relative positions of the needle body part and the electrode assembly can still be kept unchanged, and the printing quality is ensured.

The present invention provides a forming process of a double-layer grouting pulp molded product, which belongs to the field of pulp molded products. The specific steps of the forming process of the double-layer grouting pulp molded product are collecting waste materials, crushing waste materials, pulping, mixing slurry, grouting, drying, and hot pressing. The present invention provides a reasonable forming process, by drying the material after the first grouting during the processing, and then performing the secondary grouting, it is convenient to improve the grouting effect of the secondary grouting during use, and it is convenient to improve the quality of pulp molding. In the process of pulping, by weighing the auxiliary materials, and then injecting the weighed materials into the interior of the pulping equipment, it is convenient to process the pulp of the first grouting and the second grouting separately during use, and it is convenient to perform ratio control during the processing.

The application discloses a high-precision six-axis motion platform, which comprises a steel frame assembly, a stone material assembly, an XY-axis assembly, an AC-axis rotary table, a Z-axis assembly and a B-axis rotary table, the stone material assembly is installed on the steel frame assembly, the XY-axis assembly is installed on a base of the stone material assembly, the AC-axis rotary table is horizontally installed on a Y-axis load plate of the XY-axis assembly, the Z-axis assembly is vertically installed on a cross beam of the stone material assembly, and the B-axis rotary table is installed on a Z-axis load plate of the Z-axis assembly. The six-degree-of-freedom independent collaborative control is realized through the brand-new modular independent partition structure and the direct drive transmission-free scheme, the transmission gap and coupling error are eliminated from the mechanical root, the platform positioning precision, the dynamic response speed and the structural rigidity are simultaneously improved, the assembly and calibration process is simplified, the production and maintenance costs are reduced, and the high-precision operation of the semiconductor and optical detection fields is adapted to the harsh working conditions.

The utility model discloses a diffusion tuyere which comprises a diffusion shell and a connecting base, the diffusion shell is provided with an opening, an air outlet and a diffusion cavity formed between the opening and the air outlet, and the diffusion cavity is gradually expanded in the direction from the opening to the air outlet; the connecting base covers the opening and is detachably connected with the diffusion shell. The connecting base is provided with an air inlet communicated with the diffusion cavity. According to the technical scheme, through the structure of the detachable part, the structures of all the parts of the diffusion tuyere can be independently machined, different colors or materials can be adopted according to the high-temperature requirement, and therefore the influence of the high temperature is reduced, and meanwhile the overall machining difficulty can be reduced.

The invention relates to a modular electrofluid nozzle, a jet printing device and an ink-jet printing system, and the nozzle comprises a main body part which is provided with a connecting hole in one end surface; the needle body part comprises a liquid outlet section and a connecting section, the liquid outlet section is provided with a liquid outlet hole, the connecting section is provided with a positioning hole, and the connecting section is inserted into the connecting hole so as to be in insertion fit with the main body part; the electrode assembly comprises an electrode holder and an electrode wire, the electrode holder comprises a fixing section and an abutting section, the fixing section is inserted into the positioning hole so that the electrode holder and the needle body part can be in inserted fit, the abutting section is located in the connecting hole and abuts against the end face of the connecting section, the electrode holder is used for being electrically connected with an external power supply device, and the electrode wire penetrates into the liquid outlet hole. The main body part, the needle body part and the electrode assembly are designed in a modularized mode and are matched in an inserting mode and the like when assembled, it is ensured that the relative positions of the main body part, the needle body part and the electrode assembly are consistent, the needle body part can be conveniently and independently replaced, after the needle body part is replaced, the relative positions of the needle body part and the electrode assembly can still be kept unchanged, and the printing quality is ensured.

The invention discloses a hydraulic oil tank of a large loader and a processing method, solves the problem that the oil tank of the large loader is easy to damage in the prior art, and has the beneficial effect of effectively enhancing the strength of an oil tank body, and the specific scheme is as follows: the hydraulic oil tank of the large loader comprises the oil tank body which comprises a U-shaped component and a side wall component, the bottom, one side wall and the top of the fuel tank body are formed by the U-shaped component, the U-shaped component is an integrated piece, the U-shaped component can be connected with a frame, the side wall component is provided with a plurality of side wall plates, the side wall component is connected with the two sides of the long side of the U-shaped component respectively, and a plurality of stiffened plates are arranged in the side wall component in the height direction of the fuel tank body. A stiffened plate is also arranged at the connecting position of the side wall component and the U-shaped component, a concave part is arranged on a part of the stiffened plate at the connecting position of the side wall component and the U-shaped component, and the concave part is arranged towards the center of the oil tank body so as to avoid stress concentration.

The present invention discloses a commutator, a motor and a tool. The commutator includes: an insulating substrate; a commutator segment, wherein the commutator segment is arranged on the periphery of the insulating substrate, the commutator segment has a plurality of K-shaped inner hooks to be connected to the insulating substrate, and the diameter of the commutator is greater than or equal to 7.8 mm and less than 8.8 mm. A commutator of this structure avoids the situation in the prior art where multiple plow teeth are arranged along the circumferential direction at the same height by changing the setting of the tool, so as to avoid the spacing between adjacent plow teeth being limited by the size of the commutator and the plow teeth being too small, thereby extending the life of the tool, reducing economic costs and having mass production capability, so that a commutator with a diameter less than 8.8 mm and having a K-shaped inner hook can be mass-produced.