138 results about "MOUNTING MEDIA" patented technology

A method of virtualizing an application to execute on a plurality of operating systems without installation. The method includes creating an input configuration file for each operating system. The templates each include a collection of configurations that were made by the application during installation on a computing device executing the operating system. The templates are combined into a single application template having a layer including the collection of configurations for each operating system. The collection of configurations includes files and registry entries. The collections also identifies and configures environmental variables, systems, and the like. Files in the collection of configurations and references to those files may be replaced with references to files stored on installation media. The application template is used to build an executable of the virtualized application. The application template may be incorporated into a manifest listing other application templates and made available to users from a website.

A method of virtualizing an application to execute on a plurality of operating systems without installation. The method includes creating an input configuration file for each operating system. The templates each include a collection of configurations that were made by the application during installation on a computing device executing the operating system. The templates are combined into a single application template having a layer including the collection of configurations for each operating system. The collection of configurations includes files and registry entries. The collections also identifies and configures environmental variables, systems, and the like. Files in the collection of configurations and references to those files may be replaced with references to files stored on installation media. The application template is used to build an executable of the virtualized application. The application template may be incorporated into a manifest listing other application templates and made available to users from a website.

Absorbent media for gas or heat is provided in a predetermined length of a polygon or curvilinear, and preferably honeycomb (hexagonal) cross sectioned shape with gas absorbent media packed therein. The hexagonal tubes may be installed along the radial or longitudinal axis of a fuel tank. The media and / or media tubes are installed during tank manufacture and include defined physical and gas circulation relationships for maintaining extending tubes having a gas absorbent media therein in a predetermined interrelationship with adjacent spaces (which may be tubes) of similar shape that are either open, or filled with a heat absorbent media.

Absorbent media for gas or heat is provided in a predetermined length of a polygon or curvilinear, and preferably honeycomb (hexagonal) cross sectioned shape with gas absorbent media packed therein. The hexagonal tubes may be installed along the radial or longitudinal axis of a fuel tank. The media and / or media tubes are installed during tank manufacture and include defined physical and gas circulation relationships for maintaining extending tubes having a gas absorbent media therein in a predetermined interrelationship with adjacent spaces (which may be tubes) of similar shape that are either open, or filled with a heat absorbent media.

The invention relates to a cell fixative that can be used in the preparation of slides for investigation by microscopy techniques. In particular the present invention provides a cell fixative that contains a light curable mounting medium.

A method is disclosed for manufacturing a disk drive. At least one disk is installed into a base, and a media cover is coupled to the base, wherein the media cover covers at least a portion of the disk. After installing the media cover, a head coupled to an actuator arm and a voice coil motor for rotating the actuator arm about a pivot are installed into the base. The media cover is then removed and an HDA cover is coupled to the base to form a head disk assembly (HDA). In one embodiment, the base comprises an aperture, and coupling the media cover to the base comprises inserting a pin into the aperture. In one embodiment, the aperture is also for coupling a printed circuit board to the base after removing the media cover.

The invention discloses a detection kit and a detection method of circulating tumor cells. The kit comprises a PBS buffer solution, a density gradient separation medium, a red blood cell lysate, a CD45 immunomagnetic bead, an incubation solution, a fixing solution, a permeabilizing solution, a confining liquid, an antifade mounting medium, an antibody dilution solution and a fluorescent antibody concentrate, and the fluorescent antibody concentrate contains a fluorescent dye pan-CK-AF488, a fluorescent dye CD45-PE and a cell nucleus dye Hoechst33342. The detection method comprises the following steps: S10, centrifuging a blood sample, and separating and enriching the CTCs; and S20, carrying out dyeing identification on the enriched CTCs through the cell nucleus dye pan-CK-AF488, the fluorescent dye CD45-PE and Hoechst33342 fluorescence antibodies, wherein the detection is carried out for the purpose of non-treatment. When the detection kit and the detection method are adopted to perform detection, the detection result is accurate and reliable.

There is a variety of media that may be inserted into a reading or writing device, such as CD's, USB drives, floppy disks, memory sticks, and many other devices. Media is inserted into a media reading or writing device that is in communication with a computer or network device. Upon insertion of the media, a number of metadata regarding that media is available to the computer. The trustworthy calculator is typically a plug-in software module that processes each piece of volume metadata and applies a weighed score, resulting in a Trustworthy Factor. A scoring matrix denotes ranges of values of the Trustworthy Factor into a Level of Trust Zone. Based on the Level of Trust Zone, appropriate action handlers may direct the computer to disallow the mounting of the media, may require specific authentication action to take place prior to allowing a mount of the media, or may indicate that the media may be mounted without further authentication. Upon completion of the execution of the action handlers, a decision to allow or disallow the mount is made.

The invention provides a method for mounting a medium-deep buried water stop of a tunnel archwall lining concrete toroidal construction joint, which comprises the following steps of: making a trolley in place; closing a template and fixing the medium-deep buried water stop to form an L shape by using a medium-deep buried water stop positioning hoop; casting and curing the concrete; and demolding, after an end wooden template is removed, straightening the medium-deep buried water stop positioning hoop and straightening the medium-deep buried water stop simultaneously so as to change the L-shaped medium-deep buried water stop into a straight medium-deep buried water stop. The method for mounting the medium-deep buried water stop simplifies the procedures of erecting and demolding of the end template of the trolley, increases the working efficiency, particularly increases positioning accuracy of the medium-deep buried water stop and perfectly protects the medium-deep buried water stop, and greatly improves the construction quality of the medium-deep buried water stop of the tunnel archwall lining concrete toroidal construction joint.

A device and method for producing mechanical oscillations in a research object using magnetic resonance elastography (MRE) with a membrane that can be set into periodic motion and a transmission element for the transmission of periodic motion of the membrane onto the research object, whereby the membrane is connected to the transmission element by means of a mounting medium in such a way that periodic motion of the membrane is transmitted over the mounting medium to the transmission element.

The invention provides a development integration test method and system on the basis of the cloud computing environment. The development integration test method comprises the following steps: S1: creating codes formed in a development process into two branches, combining the codes which finish development into the first branch, putting experimental codes and / or the codes which do not finish development into the second branch, and combining the codes of the second branch into the first branch to form a first branch code library after the codes in the second branch finish development; S2: detecting the first branch code library to generate installation media; S3: installing the installation media into a system to be tested, and installing a cloud platform; and S4: testing the cloud platform, automatically constructing and triggering an automatic deployment tool through Jenkins, and causing a source code to quickly enter a test environment so as to realize a purpose of semi-automatization publishing.

An MFP 1 reads file information and directory information from a mounted medium to calculate a hash value, and encrypts the hash value and a user name of a user logged thereinto to create an authentication key. The authentication key and network information of the MFP 1 are written to the medium, and the hash value is retained in MFP 1 in association with the user name. An MFP 2 reads the above-described information from the mounted medium, and transmits to the MFP 1 the authentication key and a hash value calculated from the file information and the directory information of the medium, to thereby request authentication. Based on a user name obtained by decoding the authentication key, the MFP 1 compares the hash value retained in association with the user name and the hash value transmitted from the MFP 2, and authenticates the user's usage of the MFP 2.

An array type microplasma generating device based on a conductive coating comprises the components of an insulating housing, an inlet pipe, a high-voltage power supply and a ground electrode. The insulating housing has a cylindrical structure. One end of the insulating housing is closed, and the other end is open. The closed end of the insulating housing is communicated with the inlet pipe. The middle part of the insulating housing is provided with a circular flow sharing plate in radical direction. The flow sharing plate is provided with flow sharing holes which are arranged uniformly. A dielectric board A and a dielectric board B are mounted below the flow sharing plate, and furthermore a space is kept between the dielectric board A and the dielectric board B. The surfaces of the dielectric board A and the dielectric board B are provided with jacks which correspond with one another in the vertical direction. Insulating dielectric pipes are inserted and fixed between the jacks of the two dielectric boards, wherein the jacks correspond with one another in the vertical direction. Each insulating dielectric pipe has a pipe structure with an upper opening and a lower opening. The upper surface of the dielectric board A is provided with a conductive coating A which is connected with the high-voltage power supply through a lead. The lower surface of the dielectric board B is provided with a conductive coating B which is connected with the ground electrode through a lead. The array type microplasma generating device has advantages of high uniformity, concise structure, low cost, etc.

A clearing agent and mounting solution for microscopy is disclosed comprising (a) trichloroethanol, (b) optionally, trichloroacetic acid, (c) optionally, glycerol and (d) optionally, water, where the refractive index of the solution is greater than or equal to about 1.3810. The solution can further comprise a C1-C6 alcohol, other acids, and / or a stain. The solution can also comprise derivatives and / or analogs of 2,2,2-trichloroethanol and / or trichloroacetic acid. Also disclosed is a method of preparing specimens for microscopy comprising (a) applying a specimen to a microscope slide or a cuvette, (b) applying a quantity of the above solution sufficient to mount the specimen, and (c) optionally applying a cover slip. The solution can be used effectively with stains or dyes, and with fresh, partially dry or dried materials, and for temporary or semi-permanent to permanent mounting. The solution can be used with specimens or tissues / cells / parts originating from animals, poultry, livestock, humans, higher plants, yeasts, molds, microorganisms, insects, mites, or reptiles.

The invention discloses an oil-soluble mounting medium for bottom water reservoir fracturing, and belongs to the field of oilfield production. The mounting medium comprises, by mass, 5-10% of a framework material, 15-20% of rosin resin, 5-10% of dammar resin, 15-25% of petroleum resin, 8-12% of oil-soluble phenolic resin, 15-20% of terpene resin, 6-12% of petroleum asphalt, 2-4% of polyethylene, and the balance of a density regulator, wherein the framework material is ceramsite, and the density regulator is barite or calcium carbonate. The product has a high plugging strength, prevents bottomwater from coning, and can achieve water production control and oil production increase. A preparation method of the product comprises the following steps: mixing and crushing the rosin resin, dammarresin, petroleum resin, oil-soluble phenolic resin, terpene resin, petroleum asphalt and polyethylene wax, heating the obtained mixture until the mixture is completely melted, adding the framework material and the density regulator at a constant temperature, kneading the obtained mixture until the material is uniformly mixed, pouring the mixture into a container, naturally cooling the mixture to room temperature, and breaking, crushing and sieving the mixture. The preparation method has the advantages of simplicity and easily available raw materials.

The present invention relates to a system (10) for handling slides, including a first and at least a second module-receiving area (24 through 28) for receiving at least one module (30, 34) for handling slides each. The first module-receiving area (24) accommodates a coverslipper module (30, 32) for coverslipping thin sections on slides with a mounting medium and a cover slip (48).

A method of embedding a sample material in a mounting medium with reduced cycle times and a mounting medium for embedding a sample material.The method includes the steps of:preparing a granular mounting medium by blending a granular resin and a granular filler,placing a sample material and said granular mounting medium in a moulding cavity,followed by the steps of:heating, for a first period of time, said moulding cavity including said granular mounting medium thereby producing a sintering mounting medium,cooling, for a second period of time, said moulding cavity including said mounting medium thereby producing a solid mounting medium embedding said sample material.

The invention discloses a device for growing a big emerging plant on the near water surface of a deep water area of a lake. The device comprises a buoyancy wooden bucket, a pulling rope, an adjusting article and a fixing article, wherein the inside of the buoyancy wooden bucket is divided into an up-and-down two layer structure by a separating board, the lower layer is a buoyancy foam layer filled with foam plastics, and the upper layer is a mounting medium layer filled with porous stones; the lower part of the buoyancy wooden bucket is provided with a connecting piece; the pulling rope passes through the connecting piece and is movably connected with the buoyancy wooden bucket; and one end of the pulling rope is connected with the fixing article, while the other end is connected with the adjusting article. The device makes that the big emerging plant is grown in the deep water area of the lake possible, and better improves the structure and function of an ecological system of the lake. The device has the characteristics of strong operability, low construction cost, practicality, easy popularization and good application prospect, and can be used for ecological restoration of plants in the deep water area of the lake.

The invention relates to an auxiliary power device of a straddle-type monorail train. The device comprises a main circuit module and a control circuit module, wherein the main circuit module is provided with a filter reactor, a pre-charge circuit, a support capacitor, a three-phase inversion power module and an output transformer; the pre-charge circuit is connected with the support capacitor through an EMI (Electro Magnetic Interference) filter; and the three-phase inversion power module is connected with the output transformer through a three-phase alternating current filter. By the technical scheme of the invention, the main circuit adopts a modular design and has a simple and reliable structure, wherein the power module adopts a heat pipe radiator for heat dissipation, and the heat dissipation power is high, which is beneficial to the improvement of the switching frequency of an IGBT (Insulated Gate Bipolar Translator), thus reducing the harmonic content of the alternating-current output wave shape, improving the power supply quality, and better protecting vehicle-mounted medium voltage equipment; the support capacitor adopts a high voltage film capacitor, thus the service life and the maintenance cycle of the product are long, and the reliability of the product is high; and an auxiliary control unit (ACU) adopts voltage and current double closed-loop control, the control quantity is converted from an alternating current quantity to a direct current quantity and is modulated through SVPWM (Space Vector Pulse Width Modulation), thus the voltage utilization rate is high and the harmonic content is small.

The invention provides a detection kit for NPC (nasopharyngeal carcinoma) CTCs (circulating tumor cells). The detection kit comprises a human peripheral blood leucocyte removal part and an immunofluorescence in-situ hybridization identification part, wherein the human peripheral blood leucocyte removal part comprises a dilution buffer, a red blood cell lysis buffer, a density gradient centrifugation medium, a cell immobilization liquid A and immunomagnetic beads, and the red blood cell lysis buffer is formed by mixing ammonium chloride, sodium bicarbonate and an EDTA-2Na solution; the immunofluorescence in-situ hybridization identification part comprises a buffer, a hybridization stationary liquid B, a biotin labeled CEP8 probe, a red quantum dot labeled CD45 antibody, green quantum dot labeled streptavidin, a mounting medium and bovine serum albumin powder. The detection kit combines an immunomagnetic enrichment and separation technology, a fluorescence in-situ hybridization technology, an immunofluorescence cytochemical technology and an NPC CTC counting technology and can determine the number of the NPC CTCs in a sample precisely.

The invention discloses a vehicle-mounted media play system. The vehicle-mounted media play system comprises a media server which is used for receiving / processing a real-time video data flow of video graphics array (VGA) multimedia information, a screen splitter used for decoding and distributing video signals, and at least two liquid crystal display (LCD) display screens used for displaying videos. A VGA digital encoder is arranged in the media server; and a VGA digital decoder is arranged in the screen splitter. The video data of VGA media information are received in real time by the media server from an external control center and converted into transport (TS) flow digital signals by the VGA digital encoder; the TS flow digital signals are transmitted to the screen splitter, and decoded and restored into VGA video / audio signals by the VGA digital decoder; and the VGA video / audio signals are distributed to each LCD display screen in balance for playing. The vehicle-mounted media play system can be applied to transmission of high quality video / audio signals in a complex train environment, and is simple in wiring.

The invention discloses an organic quick drying mounting medium and belongs to the technical field of biomedical application. The mounting medium is prepared from the following components: 50 to 80 volume percent of dimethylbenzene, 5 to 30 volume percent of methylbenzene and 20 to 30 volume percent of isobutyl methacrylate. Compared with the prior art, the organic quick drying mounting medium disclosed by the invention has the advantages that the drying time of a section can be effectively shortened, cover glass is firmly stuck, and colloid of the mounting medium is colorless and transparent; the refraction performance of the organic quick drying mounting medium is remarkably superior to that of a traditional mounting medium; a PH value is neutral and ionization is avoided; after mounting, dye molecules in the section does not generate reaction, so that the color of tissue sections can be effectively kept for a long time.

The invention belongs to the field of biomedical clinical detection and relates to a kit for identification of circulating tumor cells through CD45 immunofluorescence-CEP17 fluorescence in-situ hybridization probe combined one-step method co-dyeing, and a use thereof. The kit comprises a fixing solution, 2*SSC, 0.3% NP-40 / 0.4*SSC, 0.075 M of a KCl solution, a CD45 monoclonal antibody-CEP17 probe mixed liquid, a DAPI redyeing agent, a perforating agent, a sealing liquid and a mounting medium. The kit uses combination of a CD45 immunofluorescent antibody and a CEP17 fluorescence in-situ hybridization probe to identify the captured circulating tumor cells, completes immunofluorescence and fluorescence in-situ hybridization detection by a one-step method, and solves the problem that the immunofluorescence detection and the fluorescence in-situ hybridization detection produce mutual interference in combined use and detection time is long. The one-step method-based hybridization incubation can be fast finished in 2h so that detection time is greatly reduced. The detection result is visual.

The present disclosure relates to an aqueous sealing fluid for sealing a stained biological specimen present on a microscope slide for microscopic analysis. The sealing fluid protects the biological specimen from drying artifacts, protects stains performed on biological specimen from fading, and protects stains performed on biological specimens from being dissolved by organic mounting media. Methods of using the aqueous sealing fluid are also disclosed.

The invention belongs to the field of application of biomedicines, and discloses a photocuring-based fast mounting medium as well as a preparation method and application thereof. The photocuring-basedfast mounting medium comprises the following components in percent by mass: 80-96% of a photocuring monomer, 3-15% of a photoinitiator and 0-8% of a functional aid. The photocuring-based fast mounting medium prepared according to the preparation method provided by the invention has the viscosity of 80-200 cps, has the refractive index after curing being greater than 1.52, and has higher refractive index, lower viscosity and shorter curing time than neutral resin; observation and photographing of a sample under a microscope are not affected; meanwhile, due to no need of using dimethylbenzene,damage to the body of a pathological technician or an experimenter is less.