43results about How to "Intuitive identification" patented technology

The invention relates to the technical field of printing and particularly relates to a three-dimensional organ model and a printing method, device and equipment of the three-dimensional organ model. The printing method of the three-dimensional organ model comprises the steps that image data are obtained; three-dimensional modeling is carried out based on the image data to obtain a three-dimensional model, wherein the three-dimensional model comprises at least one of a tissue organ part, a blood vessel part and a lesion part; the tissue organ part and/or the blood vessel part are/is divided into a plurality of sections; different printing attributes are defined for the three-dimensional model to make at least one attribute mutation area exist between any adjacent sections; and printing is carried out to obtain the three-dimensional organ model. By means of the three-dimensional organ model, the printing method, device and equipment of the three-dimensional organ model, all the sectionscan be visually and accurately distinguished, an operation path can be better planned, operation risks can be better reduced, and the purpose of precise medical treatment can be achieved.

The invention relates to the field of an anti-fake technology, in particular to a method and a system for generating a composite anti-fake document. The method comprises the steps that an appointed-form anti-fake graph is added to an appointed document page to generate an anti-fake document page according to a prearranged rule, wherein the anti-fake graph is one or some of an anti-fake shading graph, an anti-copying graph and a two-dimension code graph; a request command triggered by a user is received, an anti-fake document page appointed by the request command is encoded and is issued to a client; the received anti-fake document page is decoded by the client and an anti document is formed in a combined mode. The system comprises a server end used for generating the anti-fake document page, encoding the anti-fake document page appointed by the request command and insuring the anti-fake document page to the client and the client used for decoding the received anti-fake document page and forming the anti-fake document in a combined mode. The method and the system for generating the composite anti-fake document reduce the situation that a consumer has difficulty identifying the true and false of a document, and improve the anti-fake effect of the anti-fake document.

The invention discloses a handheld electric drill, and belongs to the technical field of electric tools. The handheld electric drill mainly comprises a shell body, a power shaft is mounted in the shell, the two ends of the shell body are provided with a front bearing end cap and a rear bearing end cap respectively, the space defined by the front bearing end cap, the rear bearing end cap and the shell forms a bearing chamber, and lubricating oil is filled in the bearing chamber. A handheld part is connected to one end, close to the rear bearing end cap, of the shell, the end portion of the handheld part is connected to an oil tank, the oil tank is communicated with the bearing chamber through an oil inlet pipe and an oil return pipe, a first power pump is arranged on the end portion, located inside the oil tank, of the oil inlet pipe, the handheld part is provided with a hollow power source mounting chamber, an electromotor is mounted in the power source mounting chamber, the electromotor is in transmission connection with a power shaft through a bevel gear pair, and the oil inlet pipe and the oil return pipe both penetrate through the power source mounting chamber. According to the handheld electric drill, lubricating oil lubrication is achieved, the service life of the handheld electric drill is prolonged, and the handheld electric drill is widely applied to the processing and manufacturing of electric tools.

The invention provides a method and system for establishing trends of multiple security varieties and belongs to the field of computer information processing. The method provided by the invention comprises the steps of data acquisition, model establishment and trend construction, wherein during the data acquisition, data of each security variety in a security market is acquired; during the model establishment, a three-dimensional structure model of the trends of the multiple security varieties is established, three-dimensional coordinate axes of the three-dimensional structure comprise an N axis, a T axis and a Y axis which are perpendicular mutually, N denotes the quantity of the security varieties, T denotes time, and Y denotes an increase range of the securities varieties; and during the trend establishment, the trends of the multiple securities varieties are established according to the acquired data and the established three-dimensional structure model. The method and the system provided by the invention have the beneficial effects that the relative trends of the multiple security varieties can be expressed more visually and clearly; a user can compare and distinguish each security variety more easily; and thus, security investment efficiency of the user can be increased.

The invention discloses a new typed opened false proof tag and making technique, which is combined by one ore more surface layer and one or more false proof layer, wherein the lower surface of surface layer possesses gel or partial gel to be opened; the false proof layer compounds the bottom layer; the back gel is set on the bottom surface of false proof tag; the surface layer is transparent or semi-transparent; the false proof layer adopts ink to print with complementary color for the color of surface layer. The invention is easy to identify the genuine-fake for product and is difficult to imitate, which is easy to connect other false proof patterns.

The invention relates to the technical field of cultural relic detection, and discloses a method for identifying silk fabric residues based on enzyme-linked immunosorbent assay. The method comprises the following steps: preparing monoclonal antibodies of a mulberry silk fibroin protein and a tussah silk fibroin protein; treating the antibodies using an immobilized papain to obtain Fab fragment antibodies with higher activity; and compounding the fragment to a gold nanoparticle to obtain a specific Fab-Au NP composite. The enzyme-linked immunosorbent assay shows that the composite can efficiently identify the varieties of ancient silk fabric residues. The method is mild in reaction, environmentally friendly and harmless; and when detecting ancient silk fabrics, the method has the characteristics of small sample consumption, intuitional, fast and high sensitivity.

The invention relates to an anti-counterfeiting safety line, in particular to a variable local holographic anti-counterfeiting safety line and a preparation method thereof. The variable local holographic anti-counterfeiting safety line includes a plastic film layer, a permanent embossing information layer and a positioning embossing layer which are arranged in sequence from top to bottom; the lower portion of the positioning embossing layer is sequentially provided with a local hollow printing layer and a local aluminum coated layer which contain partial variable information respectively, thepartial variable information is combined to form complete variable information, each piece of partial variable information includes a two-dimensional code, a release layer is arranged between the local hollow printing layer and the local aluminum coated layer, and the lower portion of the corresponding local aluminum coated layer is provided with a hidden ink layer. According to the anti-counterfeiting safety line, a holographic pattern is combined with a printing pattern, the variable information has a holographic alumite effect and is not easy to imitate, identification is simple, the anti-counterfeiting effect is good, the variable information is destroyed when the safety line is taken out from paper, and secondary use can be effectively prevented. The preparation method is scientific,reasonable, simple and easy to perform.

The invention relates to the technical field of biology, and discloses an alpha-naphthol acetate esterase staining kit. The kit comprises a fixing liquid, an alpha-naphthol acetate solution, an azo dye solution, a buffer liquid, and a rinsing liquid; wherein the azo dye solution is an alkali blue 54 water solution. The azo dyes such as fast blue B salt, fast violet salt, and the like in the conventional alpha-NAE staining method are replaced by the alkali blue 54; the staining time is shorten to about 20 minutes; moreover, after the staining, the mononuclear cells, immature granular cells, mature granular cells, lymphocyte and erythrocyte can be differentiated in the microscopic examination area, the re-staining of cell nucleus is not needed, furthermore, monocytic leukemia and granulocytic leukemia can be diagnosed quickly without the assistance of NaF inhibition tests, and the diagnosis method using the kit is faster and more convenient, compared with the conventional method.

The invention provides an in-situ heat transfer coefficient detection method for quickly identifying common and low-e hollow glass in situ and quickly detecting hollow glass in situ based on unsteady state heat transfer technology. By applying fixe heating power to one side of hollow glass, temperature change and response time of a surface of the other side of the hollow glass are measured, a temperature and time change curve is analyzed, law of hollow glass surface temperature changes in different combinations is found, a relational and mathematical model of related parameters is determined, determination basis and determination index (KP value) are sought, and thus whether a test piece is energy-saving hollow glass is identified. The device and method are applicable to various construction environments and enable heat transfer coefficient of hollow glass for doors/windows and curtain walls to be quickly and accurately calculated, detection data are precise, and the gap of China in the in-situ detection of heat transfer coefficient of hollow glass for building doors/windows and curtain walls is filled.

The invention provides an electric slip. The electric slip comprises a main body, a lifting electric cylinder, a balance beam, a slip body, a tooth plate carrier and a safety mechanism, wherein the lifting electric cylinder and the safety mechanism are arranged in the main body; the piston rod end of the lifting electric cylinder is connected with the balance beam; the balance beam is connected with the slip body through a connecting rod; the tooth plate carrier is detachably arranged on the slip body; the safety mechanism comprises a safety base, a safety lever and a safety electric cylinder; the safety base is fixedly arranged on the main body; the safety lever is rotatably arranged on the safety base; and the safety electric cylinder is arranged at one end of the safety lever. The electric slip solves the problem that various field pipelines are inevitably available by adopting a pneumatic or hydraulic control mode; and through locking arrangement on the slip body and the tooth plate carrier, the condition that a tooth plate is accidentally dropped possibly caused by misoperation is avoided, and the tooth plate carrier can be replaced more simply and conveniently by directly using an identifier.

The invention relates to an anti-fake marker and in particular relates to a variable partial holographic logic corresponding information anti-fake marker and a manufacturing method thereof. The anti-fake marker comprises a plastic membrane layer, a two-dimensional code printing layer, a permanent mold pressing information layer, a positioning mold pressing layer, a color layer and an adhesive layer which are arranged in sequence from top to bottom, wherein a partial hollow printing layer and a partial aluminum plating layer are sequentially arranged below the positioning mold pressing layer; the partial hollow printing layer and the partial aluminum plating layer respectively comprise a part of variable information and form complete variable information after being combined; a two-dimensional code of the two-dimensional code printing layer has a corresponding relationship with the variable information; the variable information is a variable graphic diagram and/or variable digits; and an invisible ink layer is arranged below the partial aluminum plating layer correspondingly. With the combination of holographic patterns and printing patterns, the variable information has a holographic alumite effect, the two-dimensional code has the corresponding relationship with the variable information, and is not easy to imitate, simple to identify, good in anti-fake effect and high in anti-transferring property, and the manufacturing method of the anti-fake marker is scientific and reasonable and simple and feasible.