56results about How to "Speed ​​up the preparation process" patented technology

The invention relates to the field of making equipment for preserved meat, and provides a refrigerator. The refrigerator comprises a preserved meat making chamber, the preserved meat making chamber can be used for making preserved meat, and the made preserved meat can be placed into a refrigerating chamber of the refrigerator conveniently and also can be placed in the preserved meat making chamber to be stored continuously. Due to the fact that the refrigerator is generally placed at the places such as a chicken or a restaurant, the preserved meat can be taken out conveniently to be eaten directly or to be used for cooking.

The invention relates to a manufacturing method and a structure of a carbon fiber wheel rim. The manufacturing method comprises the following steps of: heating a substrate to reach a temperature where the substrate can be plasticized, performing extrusion forming to obtain a strip body of a desired shape, wherein the strip body comprises two side walls, a connecting wall connected between the opposite end surfaces of the side walls, and an inner annular wall connected between the radial inner edges of the side walls, and enclosing a space among the two side walls, the connecting wall and the inner annular wall; then, joining the two ends of the strip body into a circle shape to form a wheel rim skeleton blank body, performing milling to enable a plurality of through holes to be formed in the two side walls of the wheel rim skeleton blank body or the two side walls and the inner annular wall, and forming a wheel rim skeleton; subsequently, performing a roughening procedure on the surface of the wheel rim skeleton, then covering a carbon fiber cloth material which is cut into a preset shape on the rough surface of the wheel rim skeleton, and performing heating for shaping; and finally, performing surface treatment to obtain the carbon fiber wheel rim which is light in weight and good in structural strength.

The invention discloses a manufacturing method of a single-layer TCTS relaxation-resistant coating in an alkali metal gas chamber. A TCTS solution and an alkali metal gas chamber subjected to hydroxylation treatment are placed in a heated state, the alkali metal gas chamber is filled with the TCTS solution by utilizing a peristaltic pump, and TCTS molecules in the TCTS solution and hydroxyl groupson the inner wall of the gas chamber undergo a dehydration condensation reaction to form a TCTS coating bonded to the inner wall of the gas chamber through silicon-oxygen bonds, so the application ofthe coating at a high temperature, such as an SERF magnetometer, is favorably ensured, the application field of the relaxation-resistant coating is widened; the formed coating is thicker due to longer TCTS molecular chain, and the relaxation-resistant performance of the alkali metal gas chamber can be met and even improved even through the single-layer TCTS coating is adopted. The TCTS is triacontyl trichlorosilane.

The invention discloses a device for detecting the shape and depth error of a tooth surface of a mouse tooth disc, which comprises a mounting table, wherein a mounting seat is supported on the mounting table and is used for rotating around the mouse tooth disc. The mounting seat is provided with a slidable contact component which is used for propping against the outer circle of the mounting table.The mounting seat is also provided with a slidable mounting frame, and the mounting frame is provided with a measuring meter. The measuring meter is used for pressing the meter on the inner circle ofthe mouse tooth disc so as to adjust the position of the mouse tooth disc relative to the mounting table, so that the mouse tooth disc is coaxial with the mounting table. The detection device also comprises a measuring rod, and the measuring rod is used for being installing and positioning the tooth-shaped surface to be detected of the mouse tooth disc. A measuring meter head is also used for pressing the meter on the outer circle of the measuring rod so as to find out the maximum value of the meter pressing amount of the generatrix of the outer conical circle of the measuring rod. When the detection device is adopted, the operation is simple, the detection period can be greatly shortened, and the production and manufacturing flow of the mouse tooth disc can be accelerated; in addition, the mouse tooth disc detection device is simple in structure, easy to prepare and high in detection precision.

The invention provides a Hairpin winding forming device for an electric vehicle drive motor, which belongs to the field of electric vehicle drive motors. The problem of high manufacturing cost and poor forming effect of the existing Hairpin winding is solved. It includes a base, a wire mold, a cover mold and a cushion mold. The wire mold includes a boss and a bottom plate. The boss is arranged on the bottom plate. The boss and the bottom plate are an integrated structure. Groove and body, the groove is arranged on the lower end surface of the body, the groove and the body are an integrated structure, the shape of the boss and the groove is the same, the cushion mold includes an upper end pad, a lower end pad and multiple a plurality of intermediate pads, the plurality of intermediate pads are stacked on each other in the radial direction, the upper end pad and the lower end pad are arranged at the upper and lower ends of the stacked intermediate pad, the base includes a plurality of mounting surfaces, the The above-mentioned multiple installation surfaces are butt-connected. It is mainly used in the forming of Hairpin windings.