8results about How to "Fast consumption" patented technology

The utility model provides a wearable mobile terminal auxiliary device belongs to wearable equipment technical field, including wearable device body, camera module, flexible bending sensor and control module, camera module, flexible bending sensor and control module all are fixed on wearable device body, camera module and flexible bending sensor are connected with control module electricity, the wearable device body includes glove and shell, the shell is equipped outside glove, the shell includes hand back and finger sleeve part, and finger sleeve part is connected with hand back through second connecting mechanism rotation, the flexible bending sensor is located wearable device body on the inside of the finger sleeve part of control finger, the camera module is fixed at the palm center of glove, the utility model discloses can when scanning the information code on agricultural product package, has alleviated the hand burden of staff, and does not influence carrying and other activities, has improved work efficiency.

The utility model discloses a Mylar film structure for aluminum shell battery, aluminum shell battery and electronic product belong to battery technical field, including Mylar film body, Mylar film body includes first cladding piece, second cladding piece and the connecting cladding piece of first cladding piece and second cladding piece are connected respectively, recesses is formed in first cladding piece and is used to store the first liquid storage groove of electrolyte, recesses is formed in second cladding piece and is used to store the second liquid storage groove of electrolyte, first liquid storage groove and second liquid storage groove all are located on the side surface of battery roll core. The utility model reaches the technical effect of improving diffusion efficiency, and promotes the long -term cycle performance of battery.

The embodiment of the present application relates to the technical field of heavy-duty coating, and discloses a marine facility corrosion protection layer regulation and control method suitable for strong salt spray environment, which comprises preparing a self-activated intermediate paint and applying it between a primer and a topcoat to form a composite protective layer; the core is that a double-triggered mineralization precursor is contained in the main agent of the self-activated intermediate paint, the precursor is composed of BF4 ‑ loaded hydrophobic modified zeolite and zinc phosphate coated water glass microparticles; when the coating is damaged, the corrosion microenvironment of the damaged area can synergistically trigger the zeolite to release BF4 ‑ to buffer the pH, at the same time trigger the dissolution of the coated water glass microparticles and release silicate ions; the released silicate ions react in situ with cations in the environment to generate mineralization products, plugging the damaged area. The present application can actively inhibit corrosion propagation and cathodic delamination after coating damage, significantly improving the long-term reliability and service life of the protective layer.

The invention relates to the field of heparin lithium, in particular to a preparation process of a heparin lithium solution, and solves the problems of low product purity, easy resin pollution, low activated carbon separation efficiency and the like in the traditional process. A high-purity pretreatment solution is obtained through raw material pretreatment, impurity adsorption by composite activated carbon and magnetic separation, efficient lithium ion replacement is achieved through double modified resin, elution parameters are accurately controlled to enrich products, micromolecular impurities are removed through ultrafiltration concentration and dialysis bag desalination subsequently, and finally the sterility of the products is guaranteed through high-pressure steam sterilization. Finally obtaining a heparin lithium solution; the dual modified resin improves the lithium ion selectivity and enhances the pollution resistance; the active carbon composite modification realizes high-efficiency removal and rapid separation of impurities, and reduces the loss of heparin sodium; protein pigment impurities are removed through modification of the heparin sodium, resin adsorption loss is reduced, and finally, the quality of the heparin lithium solution product is remarkably improved, the recovery rate is greatly increased, the production efficiency is optimized, and the process stability is enhanced.

The invention relates to the technical field of image data processing and transmission, and provides an image data transmission and display method and system based on an Android platform and related equipment. According to the method, image display data generated on an application layer of an Android platform is obtained, driving transformation is conducted on a Linux kernel layer, and a buffer area used for storing the image display data is generated and mapped to a user space where an application program runs; reading image display data from a buffer area of user space mapping, and performing compression processing on the image display data through an image preprocessing model and an attention mechanism obtained through deep learning training to generate an image data block; and packaging the image data block in the graphic hardware module to generate a display data packet, constructing a sending queue based on the display data packet, and sending the sending queue to an LED display receiving end for display. Efficient data transmission is achieved, the path of data from generation to display is optimized, and the efficiency and quality of image data transmission and display are improved.

The utility model provides a kind of foamed ceramic composite machine bed of integrated cooling runner, including foamed ceramic pedestal, reinforcing rib, workbench, the inside of foamed ceramic pedestal is equipped with the hole structure of net-like distribution, hole structure includes rib hole and runner hole, rib hole is used to fill reinforcing rib, runner hole constitutes cooling medium passage;Runner hole inner wall is equipped with sealing layer, runner hole is equipped with medium inlet and medium outlet on foamed ceramic pedestal side wall;Reinforcing rib is filled in the inner wall of rib hole, and is integrated with foamed ceramic pedestal solidification, form built-in reinforcing framework;Workbench is fixedly arranged on the upper surface of foamed ceramic pedestal, and workbench is integrally connected with reinforcing rib at the orifice of rib hole.This foamed ceramic composite machine bed of integrated cooling runner has active temperature control capability, and has the advantages of lightweight, strong vibration absorption and damping capacity, high structural strength, good dimensional stability.

This invention discloses a field of environmental pollution remediation, and more specifically, relates to a dehalobacterium strain capable of anaerobic degradation of dichloromethane and its applications. The strain is a dehalobacterium strain DCM, which was deposited on November 30, 2021, at the China General Microbiological Culture Collection Center (CGMCC), Institute of Microbiology, Chinese Academy of Sciences, No. 3, No. 1 Beichen West Road, Chaoyang District, Beijing, with accession number CGMCC No. 24007. The novel dehalobacterium strain DCM provided by this invention was isolated and purified from contaminated river sediments. The strain is Gram-positive, rod-shaped, with a smooth surface, a cell length of 1-2 μm, and a diameter of 0.3-0.5 μm. It can completely convert 160 μmol of dichloromethane into formate and acetate within 7 days in an anaerobic inorganic salt medium, with a degradation rate as high as 32 μmol / L. ‑1 This indicates that the strain can efficiently degrade dichloromethane pollutants and has broad application prospects in environmental wastewater treatment and environmental remediation.