37results about How to "Control interaction" patented technology

The invention relates to a gel injection combining a molecular targeted drug and a cytotoxic drug. The gel injection comprises a small molecular targeted drug, a traditional cytotoxic drug, a temperature-sensitive material, a solvent and pharmaceutical excipients, wherein the temperature-sensitive material is selected from poloxamer, polylacticacid-polyethylene glycol-polylactic acid or polyglycolide lactide-polyethylene glycol-polyglycolide lactide and the like; the solvent is selected from water, brine salt or 5% glucose aqueous solution and the like, the prepared gel injection can be injected intratumorally or peritumorally, the anti-tumor effect is obvious, and the side effects are fewer.

The invention discloses an equipment controlling method and device, control equipment and a storage medium. The method comprises the steps of: when a user watches first equipment, determining an identity of the first equipment according to image information of the first equipment and acquiring eye images and motion information of the user; determining a to-be-executed interactive operation instruction according to watching points corresponding to the eye images and the motion information; determining an identity of second equipment according to image information of the second equipment when the user watches the second equipment; and sending the identity of the first equipment, the identity of the second equipment and the interactive operation instruction to the first equipment and/or the second equipment on the basis of the interactive operation instruction. By utilizing the method, in the process of controlling the equipment, the watching points of the user can be determined by analyzing the eye images of the user and the interactive control among multiple pieces of equipment is effectively realized by combining the motion information of the user; and application scenes of eye tracking techniques are expanded.

The invention improves volumetric efficiency of the internal combustion engine. A suspended cam, 1, follows a limited arc of rotation about the axis of a drive gear, 3. A change in engine speed (r.p.m.) activates the hydraulic piston 8, and alters the cam heel position along this arc that is tangent to a cam follower, 9. The separation distance, between the cam follower and cam heel, determines the duration of valve opening. The separation distance and the rocker arm ratio control the amount of valve lift. As the cam axis sweeps across the cam follower, there is coordinated movement of the cam follower fulcrum, 11. This tempers the otherwise excessive change in rocker arm ratio as the cam contact point on the cam follower moves in the “x” direction with rotation of the suspension assembly, 2. The rotation of the cam axis and gear reduction assembly, 4, 5, &6, about the drive gear, shifts the timing of cam contact. This timing shift creates a desirable asymmetrical expansion or contraction in the duration period of valve opening.

The invention relates to the fields like cells and tissue engineering and provides a non-contact three-dimensional co-culture method for cells. According to the method, a calcium alginate gel layer, a chitosan film layer and a calcium alginate gel layer are successively prepared in culture holes of a culture plate, so a sandwich type composite gel is formed; different cells are in a three-dimensional growth state in the calcium alginate gel layer at two sides of a chitosan film with controllable molecular weight cut off in the composite gel, a culture solution is added, so non-contact three-dimensional co-culture of different cells in a same culture system is realized, thereby allowing behaviors like propagation and differentiation of a target cell in the co-culture system to be regulated and controlled. The method provided by the invention has the advantages of simple operation and low cost, can realize three-dimensional co-culture of different cells which may influence each other and furthest simulates a complex in-vivo cell survival environment.

The invention discloses a laser treatment method for improving biocompatibility of magnesium alloy. According to the method, the surface corrosion resistance of a magnesium alloy implant is improved through a laser remelting process, so that the hydrogen generation rate of the implant in the corrosion process is within the human absorbable range. Meanwhile, due to improvement of the corrosion resistance, the pH value of the surrounding environment of the implant is relatively stable and acid alkali balance of an organism near the implant is maintained. A micro-nano structure is manufactured onthe remolten surface by utilizing superfast laser, the natural environment of cell growth is simulated and the in-vivo rejection reaction of the implant is reduced. The method is flexible in processing and high in processing speed; through compounding of laser remelting and laser texturing processes, various accurate micro-structures can be obtained on the surface of the remolten layer while thesurface corrosion resistance of the magnesium alloy is improved, cell growth is controlled, the biocompatibility of the magnesium alloy implant is improved and the prospective design function of the implant is achieved.

The invention discloses a networking method and device of a wireless local area network. According to the invention, a first terminal is provided with a frequency band and sends a networking request to a second terminal using the frequency band; the networking request comprises identity information of a plurality of the second terminals; the first terminal and the second terminals form the wireless local area network when the first terminal receives that the second terminals respond to the networking request; based on an established communication channel, the first terminal receives the identity information and a permission levels of each second terminal, and sets the permission level of each terminal in the wireless local area network. Through the setting of the permission level of each terminal in the wireless local area network, the interaction between terminals in the wireless local area network can be controlled effectively, so that the data interaction between local area networks is enabled to be orderly, efficient, and reasonable.

The present invention provides a mesona chinensis extract soft candy containing oyster peptides and a preparation method thereof. The soft candy is prepared from a mesona chinensis extract and oysterpeptide powder. The soft candy is prepared from the following raw material components in mass percentages: 0.2%-4% of a mesona chinensis extract, 0.05%-0.2% of oyster peptide powder, 5-13% of gelatin,1-4% of starch, 35-55% of sugar and 0.2-2% of citric acid. Aiming at texture, anti-deformation rate, mouthfeel, taste, color, luster and nutrition of the mesona chinensis extract soft candy, the useratios of the mesona chinensis extract, oyster peptide powder, sugar, starch and citric acid are comprehensively optimized. The prepared mesona chinensis extract soft candy is rich in nutrients, is smooth on surface, brownish yellow, non-sticky to teeth, elastic, high in deformation resistance, sweet, sour and tasty and has a flavor characteristic of mesona chinensis.

The invention relates to a thermal treatment modification method for PBO (Poly-p-phenylene ben-zobisthiazole) fibers, and belongs to the technical field of macromolecular fiber modification. The thermal treatment modification method for the PBO fibers comprises entering a thermal treatment channel, a preheating section, a thermal treatment section and a cooling section. According to the thermal treatment modification method, the PBO fibers enter the sectional type thermal treatment channel through a tension roller; the preheating section and the cooling section which are additionally arranged in the sectional type thermal treatment channel have an important role in improving the intensity and the modulus of the fibers; as water has a plastification effect, in a preheating process of the preheating section, movement of a molecule chain is facilitated, the mutual action between the specific moisture content and the preheating section is controlled, and the crystallizing degree and the orientation degree of the fibers in the thermal treatment section are improved; finally, due to the cooling section additionally arranged in the sectional type thermal treatment channel, the fibers subjected to thermal treatment can be effectively prevented from being directly exposed in the air, so that high-temperature thermo-oxidative degradation of the fibers in hot air is effectively reduced, and the intensity and the modulus of the treated fibers are greatly improved.

The invention provides a sewage treatment method. Water body pollutants are subjected to adsorption treatment through porous composite materials; the porous composite material comprises a magnetic inner core (1) and a porous case (2) coating the outside of the inner core; a microfluid technology is used for synthesizing micron order porous composite materials; the water body pollutants are subjected to adsorption treatment by the porous composite materials.

The invention relates to the technical field of nano-catalysts and particularly relates to a method for preparing a high-activity high-stability catalyst for a Fischer-Tropsch synthesis reaction. According to the preparation method disclosed by the invention, the surface of an inorganic oxide support material is coated with a CN nano coating in advance, then, a cobalt salt is loaded onto the prepared support by utilizing the traditional dipping method, and finally, a cobalt salt precursor is decomposed by adopting a glow-discharge plasma technology, so that the size of prepared Co nanoparticles and a cobalt-support interaction can be effectively controlled, and improvement on Fischer-Tropsch synthesis reaction related catalysis performance indexes of the catalyst such as stability and catalytic activity is facilitated. Through combining carbon nitrogen coating and a plasma treatment technology, the activity of the catalyst is improved, and the reaction stability of the catalyst can beimproved.

The invention relates to a method for improving the gel property of myofibrillar protein by controlling the interaction of protein-EGCG (epigallocatechin gallate), and belongs to the field of meat and meat product processing. According to the method, amylopectin (Amp) with a certain concentration and EGCG are uniformly mixed according to a certain proportion and then added into a myofibrillar protein solution, and then the myofibrillar protein gel is prepared through thermal induction. The amylopectin used in the invention can form a complex with EGCG, the adverse effect of high-dose EGCG on the characteristics of the myofibrillar protein gel is inhibited by controlling the interaction of protein-EGCG, and the quality of the myofibrillar protein gel is improved, so that the additive amount of the EGCG is increased, and the purpose of continuous oxidation resistance is achieved. Compared with other modes (such as glycosylation of protein), the method disclosed by the invention is simpler and more effective, and a new thought is provided for controlling protein-polyphenol interaction to improve the gel characteristics of the myofibrillar protein.

The invention discloses a high-resolution biosensor, which includes an atomic-scale conductive material as a sensitive unit to achieve atomic-level detection resolution and a micro-nano fluid device to control the motion and morphological structure of detected molecules. The second electrophoretic electrode or micropump, the second storage room, the second micro-nano separation channel, the substrate, the first insulating layer, the sensitive functional layer, the second insulating layer, the first micro-nano separation channel, the first storage room, the first The electrophoretic electrodes or micropumps are placed in sequence, the center of the sensitive functional layer is provided with nanopores, the center of the first insulating layer is provided with openings in the first insulating layer, the center of the second insulating layer is provided with openings in the second insulating layer, and the substrate A substrate opening is arranged in the center of the substrate, and an electrical contact layer for measuring electrical signals is arranged on the sensitive functional layer. The sensitive functional layer with an atomic layer thickness of the present invention enables the resolution of the sensor to reach the atomic scale, and the integration with the micro-nano fluidic device can control the movement and structure of DNA or RNA, so that stable signal detection can be obtained.

The invention discloses a preparation method of a chitosan-encapsulated mesoporous carbon nano herbicide, which comprises the following steps: by using carboxylated mesoporous carbon nanoparticles asa carrier of the herbicide, strongly adsorbing herbicide molecules in the solution, and encapsulating the herbicide-loaded mesoporous carbon nanoparticles with chitosan in an acetic acid aqueous solution. The chitosan-encapsulated mesoporous carbon nano herbicide disclosed by the invention hardly releases obviously in an aqueous solution with a range from strong acidity to alkalinity, so that theabsorption of the herbicide in the gastrointestinal tract of a human body is greatly reduced. The mesoporous carbon nanoparticles have a good near-infrared light heat effect, wherein the encapsulatedherbicide molecules are gradually released under the condition of natural sunlight irradiation, and the nano herbicide shows an efficient weeding effect similar to that of an active component herbicide. The nano pesticide preparation disclosed by the invention is good in biocompatibility, low in cost, simple in preparation process and small in toxic and side effects on a human body, and the controlled release performance of the sunlight-responsive nano herbicide is realized.