44results about How to "No transfer" patented technology

The invention provides a fluorine release paint, and a fluorine release film and a preparation method thereof. The fluorine release paint is prepared from the following raw materials: 8 wt% to 60 wt%of fluorocarbon resin, 0.1 wt% to 30 wt% of a fluorine release agent, 0.2 wt% to 20 wt% of a curing agent and 25 wt% to 90 wt% of an organic solvent. The fluorine release film comprises a substrate and a fluorine release coating arranged on the surface of the substrate, wherein the fluorine release coating is prepared from the fluorine release paint described in a technical scheme in the invention. Compared with the prior art, the fluorine release film provided by the invention adopts the fluorine release coating prepared from the fluorine release paint with specific composition, realizes better interaction under the condition of a specific structure, has excellent high-temperature resistance and release properties, and is free of any silicon transfer.

The invention discloses an oil-sludge separation and gasification recycling method. Harmless treatment and recycling of oily sludge are realized by technical coupling of oil-sludge reduction, drying and separating integrated treatment and high-temperature coal water slurry gasification. Defects of high power consumption, high secondary pollution, poor quality of separated oil and the like in a traditional oily sludge extraction process can be avoided. A multi-stage furnace is adopted for drying and dewatering of high-oil-content sludge and multi-stage fractional distillation extraction of gasoline and diesel, residual heavy oil and silt avoid complex and high-energy-consumption separation and can be directly subjected to high-temperature harmless gasification treatment, generated heat is utilized with synthesis gas serving as a carrier, and consequently energy utilization and recovery of effective oil components in oily sludge are realized. By separation and gasification coupled treatment through the multi-stage furnace, the high-energy-consumption oily sludge thermal treatment process realizes self-sufficiency of energy while generation of resources such as gasoline, diesel, synthesis gas and the like is realized, so that recycling and harmless treatment of the oily sludge are truly realized, and sustainable economic development is realized as well.

The invention provides a method for preparing a patterned graphene temperature sensor through lasers. The method includes the following steps that 1, a copper foil sample carrying graphene is placed in a corrosion solution for etching foil, after copper in the sample is completely etched, the graphene is transferred into deionized water for cleaning, and then the graphene is transferred to a transparent substrate; 2, array-type geometric patterns are arranged on the flexible substrate carrying the graphene so as to obtain the flexible substrate with the geometric patterns, wherein the distancebetween every two adjacent geometric patterns is 50-1000 [mu]m, and the side length of each pattern is 30-300 [mu]m; 3, the geometric patterns on the flexible substrate with the geometric patterns inthe step 2 are etched off by utilizing pulse lasers, and the patterned graphene is formed on the surface of the obtained transparent substrate; and 4, the patterned graphene formed on the surface ofthe transparent substrate is assembled to form the graphene temperature sensor. The preparation process is safe and free of pollution, and the preparation process can be completed in an open environment at normal temperature and normal pressure; meanwhile, the blank of the temperature sensor in the aspect of flexible transparent nanometer sensors is filled up.

The invention provides a high-temperature-resistant adhesive-blocking release film for a flexible circuit board. The release film comprises a substrate and a fluorine release coating arranged on the surface of the substrate. The fluorine release coating is prepared from the following raw materials: 8 wt% to 60 wt% of fluorocarbon resin, 0.1 wt% to 30 wt% of a fluorine release agent, 0.2 wt% to 20wt% of a curing agent and 25 wt% to 90 wt% of an organic solvent, wherein the fluorine release agent is at least one selected from a group consisting of fluorine-containing polyacrylate and PTFE. Thehigh-temperature-resistant adhesive-blocking release film provided by the invention adopts the fluorine release coating with specific composition, and realizes good interaction under the condition ofa specific structure; compared with a TPX adhesive-blocking release film, the release film provided by the invention can reduce the cost of a FPC process without any influence on high temperature resistance, adhesive blocking performance and release performance; and compared with a conventional organosilicon release film, the release film provided by the invention has excellent adhesive blocking performance and is free of silicon transfer and applicable to the FPC process.

The invention discloses an in-situ restoring method for a nitrophenol isomeride polluted environment by utilizing a microorganism mixed flora and an application. The in-situ restoring method comprises the following steps: A) constructing the microorganism mixed flora: a) preparing an inorganic salt culture medium, b) performing induction culture on strains and c) collecting thallus; B) constructing different micro environmental models: a) constructing a soil micro environmental model and b) preparing a biological reaction vessel; and C) placing a soil sample at 30 DEG C, placing the biological reaction vessel at room temperature, and sampling and detecting the change in pollutant concentration at regular time. According to the method provided by the invention, the in-situ restoring of thesoil containing 40ppm per milligram dry weight nitrophenol can be realized; the biological restoring for three nitrophenols in the 50 milligram per liter biological reaction vessel can be realized; multiple inoculated bacteria can continuously and stably exist in the soil and the reaction vessel, thereby proving that the in-situ restoring method can be applied to the environmental treatment of soil and water containing nitrophenol isomeride pollution; and a new idea for treating the environmental pollutant is supplied.

The invention provides a deep treatment system and method for high-nitrogen organic wastewater membrane-filtered concentrate. The deep treatment system comprises a water storage pond, an adsorption reaction tank, a coagulating tank, a settling tank, a middle water tank, an MBR (membrane bioreactor) and an electrocatalytic oxidation reaction tank, wherein the water storage pond is connected with the adsorption reaction tank through a centrifugal pump; effluent of the adsorption reaction tank enters the coagulating tank through the centrifugal pump, then enters the settling tank and flows into the middle water tank; effluent of the middle water tank continuously flows into the MBR reaction tank through the centrifugal pump; the MBR reaction tank comprises a membrane tank; an ultrafiltrationmembrane is arranged in the membrane tank; effluent of the MBR reaction tank is lifted by the centrifugal pump and enters the electrocatalytic oxidation reaction tank; a positive electrode, a negativeelectrode and a power supply are arranged in the electrocatalytic oxidation reaction tank, and a circulating pump is provided to enable liquid in the electrocatalytic oxidation reaction tank to flowcyclically. The COD and TN removal rate in the concentrate is high, and the effluent can be discharged on standard and contains no pollutants; the pollutants are removed thoroughly; secondary pollution and pollutant transferring are avoided.

The invention discloses an undrawn polyethylene film and a preparation method thereof, and relates to the technical field of packaging film materials. The preparation method comprises the following steps: performing heating plastification on different layers of prepared components and raw materials, extruding, preparing a laminated-structure material by using a T-shaped mold head, and performing later treatment, thereby obtaining the undrawn polyethylene film finally. The undrawn polyethylene film comprises five layers, namely, a thermal sealing layer, a first middle layer, an auxiliary layer, a second middle layer and a corona layer for plating an aluminum membrane in sequence. The undrawn polyethylene film disclosed by the invention is large in strength, low in air permeability, low in damp permeability, good in plated aluminum adhesion property and good in thermal sealing property.

The invention relates to a botanic vegetative growth maintenance gene system, the establishment of a vegetative growth maintenance plant, and a method for utilizing the infinite growth capacity of seed plants. The vegetative growth maintenance gene system comprises a promoter, a cellular lethal factor gene, and a gene device which is arranged when necessary and is used for limiting or eliminating the toxicity of non-target cells of the vegetative growth maintenance gene system; and the utilization of the infinite growth capacity of the seed plants is that the gene system is integrated into a botanic nuclear genome and accurately and correctly begins to perform expression according to given tissues and organs and the specificities of developmental stages. The vegetative growth maintenance gene system can effectively remove cells of reproductive meristems which appear in vegetative apical meristems, and prevent the vegetative meristems from being differentiated, so that a novel, high-yield and high-quality vegetative mass utilization plant, namely the vegetative growth maintenance plant is created; and the vegetative growth maintenance gene system can be applied to all vegetative mass utilization plants, so that the growth speed, production efficiency and yield of vegetative masses of the vegetative mass utilization plants are greatly improved on the original basis.

A dedicated bus card for the senior with biological physical sign information is characterized in that the biological physical sign information and the dedicated bus senior card are mutually bound for identifying ID; The specific realization steps are as follows: fingerprint information of a user is collected by a fingerprint collector, an obtained fingerprint image file is calculated through SHA1 or MD5 algorithm, and a summary information is obtained; the summary information is saved in the dedicated bus card for the senior. When a cardholder swipes the card while getting on a bus, a card reader judges whether the card is the senior card or not, if yes, the card reader indicates the cardholder to input the fingerprint information and generates the fingerprint image file, the obtained image file is calculated through the SHA1 or the MDS algorithm, and the summary information is obtained; the information is compared with the summary information saved in a cache, if the comparison is successful, the swiping of the card is passed; if the comparison is unsuccessful, the situation means that the cardholder is not the card owner and an alarm is sounded. The dedicated bus card for senior can effectively identify the ID of the cardholder, thereby saving social resources.

The invention provides a traditional Chinese medicine prescription for treating primary liver cancer. The traditional Chinese medicine prescription is prepared from the following raw herbal materials: baical skullcap root, white paeony root, fritillary bulb, radix bupleuri, tree peony bark, fructus gardeniae praeparatus, tuckahoe, atractylodes macrocephala, officinal magnolia bark, dried orange peel, bitter almond, curcuma aromatica and liquorice. The traditional Chinese medicine prescription adopts traditional Chinese herbs as raw materials, and is prepared through the scientific prescription and repeated verification in experimental study and clinical trials, has the excellent curative effect on treating primary liver cancer, can effectively prolong the life time of patients, prevents recrudescence, improves life quality, realizes the purpose of healthy life in a long term, and is free of any toxic and side effects, high in efficacy, low in treating cost and easy for patients to accept.

The invention discloses a method for culturing human melanocyte based on an asymmetric membrane. According to the method, an asymmetric membrane with excellent biocompatibility is constructed by utilizing the tissue engineering technology, and the melanocyte or melanocyte, fibroblast and keratinocyte are cultured and transferred or co-cultured and co-transferred. The method is suitable for adjusting depigmentation, such as leukoderma, and skin color adjustment. The invention relates to the preparation of the asymmetric membrane and construction of a cell-asymmetric membrane composite material. The asymmetric structure is introduced into the membrane material, so that cell culture and activity maintenance can be promoted.

A kind of quick-speed showing liquid comprises (percentage by volume) absolute alcohol, aether turpentine and monosodium orthophosphate and little methylene blue. The usage is that one should put malignant tumour specimen immobilizing by 10 percents formalin into a hermetization pot full of quick-speed showing liquid of lymph gland checking and immerse it for 6-12 hours. The volume of liquid dosage is the third times of the specimen. This invention not only increases detecting number of normal and metastasizing lymph gland greatly, but also makes metastasizing rate (the percent of metastasizing case load and total case load) exacter and checks it faster, cheaper and more veracious.