6results about How to "Guaranteed quality effect" patented technology

This application relates to the field of food processing machinery technology and discloses a quantitative filling machine for high-calcium cod sausages. The machine includes a base, with a storage bin on the top of the base via support legs. A conveyor cylinder is located below the storage bin. The bottom outlet of the storage bin is connected to the inlet of the conveyor cylinder via a flange. This quantitative filling machine for high-calcium cod sausages gradually compresses the material in the conveyor cylinder by increasing the pitch of the auger blades, stably pushing the material and ensuring it enters the quantitative chamber in a fixed amount. The quantitative chamber, in conjunction with a quantitative piston pushing assembly, performs quantitative filling, achieving stable conveying of high-viscosity, high-calcium cod sausage raw materials. This avoids blockages caused by the high viscosity of the high-calcium cod sausages during conveying, allowing for accurate quantitative filling, improving the production efficiency of high-calcium cod sausages, and ensuring the quality of the filled product.

The utility model discloses a fixing device for a turnover floor slab sleeve. The fixing device comprises angle steel, a fixing device and a fixing device, the fixing assembly is installed at the upper end of the angle steel, the fixing assembly comprises a pair of fixing nuts and a pair of screws, the fixing nuts are fixed to the left side and the right side of the angle steel correspondingly, and the screws are fixed to the left side and the right side of the angle steel correspondingly. After the sleeve is placed, the angle steel on the floor is fixed through the fixing assembly, the square waste formwork is placed in the center of the upper portion of the sleeve and then screwed through the movable nut, friction force is formed between the sleeve and the floor, and therefore the effect of preventing the sleeve from moving is achieved, the quality effect can be guaranteed, and cost can be effectively reduced. And meanwhile, the fixing mode considers the existing conventional materials on site, the materials are convenient to take, the cost is further reduced by turnover use, and the requirement of green construction is met by using the waste template.

The utility model provides a vertical reinforcing steel bar climbing extrusion connecting device which comprises a reinforcing steel bar climbing mechanism, an extrusion oil cylinder, a vertical lifting mechanism and a horizontal telescopic mechanism, one side of the reinforcing steel bar climbing mechanism is used for sleeving a vertical reinforcing steel bar and axially moving along the vertical reinforcing steel bar, and the other side of the reinforcing steel bar climbing mechanism is connected with the vertical lifting mechanism. The horizontal telescopic mechanism is arranged at the top of the vertical lifting mechanism and used for driving the horizontal telescopic mechanism to move up and down, and the extrusion oil cylinder is arranged on the horizontal telescopic mechanism and driven by the horizontal telescopic mechanism to move horizontally. According to the vertical steel bar extrusion connecting device, the extrusion oil cylinder is driven to move to achieve stable and accurate extrusion connecting of vertical steel bars, the extrusion connecting quality effect can be guaranteed, compared with a traditional manual welding or binding connecting mode, the vertical steel bar extrusion connecting device can achieve rapid and accurate extrusion connecting of the vertical steel bars, the construction period is greatly shortened, and the working efficiency is improved.

The embodiment of the present application provides a kind of image format conversion method, device and video processing equipment.The method comprises the steps of: obtaining the image to be converted;Determine a plurality of pixel blocks and a plurality of encoding modes based on the image to be converted, wherein the plurality of encoding modes correspond to a plurality of mode index values;According to the luminance component deviation value of the pixel block under the plurality of encoding modes respectively, determine the target encoding mode of the pixel block, wherein the target encoding mode is one of the plurality of encoding modes;Based on the target encoding mode, a plurality of chrominance components of the pixel block are encoded to obtain a plurality of chrominance component output values of the pixel block;According to the target encoding mode, determine the target mode index value from the plurality of mode index values;Based on the target mode index value, a plurality of luminance components and the plurality of chrominance component output values, obtain target data and output.

This invention relates to the field of construction engineering technology, specifically to a prefabricated construction method for a tall, spacious interior aluminum panel ceiling in an antique-style building. A BIM model is established to modularize the framework and surface layer, ensuring quality while accelerating construction progress. During the framework hoisting process, a central hoisting seat, a left sheave, and a right sheave are installed on the roof. The central hoisting seat serves as the fixing point for the side traction ropes, which extend to both sides. The side traction ropes extend to the ground via the left and right sheaves and connect to side winches on the ground. The side winches retract the side traction ropes, fixing the central traction rope to the inside of the main structure. Simultaneously, the central and side winches are activated according to their corresponding power levels, slowly lifting the main structure to a higher position. After the side traction ropes are taut, an adjustment line is formed. The central traction rope is removed, and the position of the main structure is adjusted laterally along the adjustment line, aligning the installation nodes of the hoisting unit and the main structure with the main hoist, facilitating adjustments to the main structure's position at high altitudes.

This invention belongs to the field of new energy vehicle charging cable technology, specifically an adjustable power millimeter wave therapy device, probe control assembly, and method. It includes: a body 1, which controls various electrical components; the body 1 serves as the main structure of the millimeter wave therapy device, providing electrical control and millimeter wave output; two ends 2 located on one side of the body 1 for millimeter wave therapy on the patient; the ends 2 contact the patient for millimeter wave therapy; and a wire 14 located between the body 1 and the ends 2 for electrical connection. The wire 14 connects and conducts the millimeter wave, ensuring that the millimeter wave generated by the body 1 can stably reach the ends 2 for patient treatment. The probe control assembly of this adjustable power millimeter wave therapy device is simple to operate, safe, stable, facilitates millimeter wave therapy on the patient, has strong adaptability, good treatment effect, and high treatment efficiency, meeting actual treatment needs.