mhurhangee/ep-ind-claims huggingface dataset:
A biological sample packaging container (100,200) comprising: a sample storage container having a recessed part; a lid member (102,202) that is adapted to seal the upper surface of the sample storage container; and at least one gasket (103,104,203,204) that is provided on the rear surface of the lid member or on the upper surface of the sample storage container, wherein the sample storage container is adapted for holding a biological sample therein; characterized in that the lid member includes a first lid member provided with flow channel tubes that allow liquid and gas to be moved between the sample storage container and the outside, and a second lid having no flow channel tubes, and the sample storage container is configured in such a manner that the first lid member and the second lid member can be replaced by each other. a sample storage container having a recessed part; a lid member (102,202) that is adapted to seal the upper surface of the sample storage container; and at least one gasket (103,104,203,204) that is provided on the rear surface of the lid member or on the upper surface of the sample storage container, wherein the sample storage container is adapted for holding a biological sample therein; characterized in that the lid member includes a first lid member provided with flow channel tubes that allow liquid and gas to be moved between the sample storage container and the outside, and a second lid having no flow channel tubes, and the sample storage container is configured in such a manner that the first lid member and the second lid member can be replaced by each other.
Device for generating and detecting Red Flag radiation and a Raman spectrum comprising a laser light source for generating Red Flag and Raman radiation in a biological tissue sample, a detector for detecting a Red Flag overview image, a detection and control unit for evaluating the Red Flag overview image and for controlling the Raman radiation, and a measuring probe containing a bundle of light guides with at least one fibre for placing on the surface of the biological tissue sample, a measuring probe containing a bundle of optical fibres with at least one fibre for placing on the surface of the biological tissue sample, wherein the device is arranged in such a way that the laser light can be coupled into one or more fibres of the bundle of light guides and can be guided via a focusing element onto the surface of the biological tissue sample and light emitted from the tissue sample can be guided via the focusing element onto the detector for Red Flag signal radiation and a Raman spectrometer for Raman signal radiation, wherein the focusing element is arranged at the head of the measuring probe in the form of a first transparent optical lens and a second transparent optical lens arranged directly adjacent thereto, by means of which the laser light of the fibre can be coupled in collimated as Raman excitation radiation and the Raman signal radiation can be coupled out into the external fibre, wherein a transparent optical cube with an adjoining transparent third optical lens is arranged downstream of the first lens, so that the cube is positioned directly between the first lens and the third lens, wherein a filter layer, an absorber, a mirror and a filter are inserted in the cube in the manner, that through the filter layer the background generated in the fibre can be directed onto the absorber and excitation radiation can be guided through the third lens onto the surface of the biological tissue sample, Raman signal radiation generated by the tissue sample can be collected and collimated through the third lens, the Raman excitation radiation and the Raman signal radiation can be separated by the filter in the cube, so that the Raman signal radiation separated by the filter can be deflected in the cube by the mirror and coupled via the second lens into the external fibre, opening into the Raman spectrometer, wherein the first lens, the third lens and the second lens are graded index lenses, and the Red Flag radiation is an autofluorescence radiation, a two- or three-photon fluorescence radiation, a coherent anti-Stokes Raman radiation or a stimulated Raman scattering radiation.
A heat exchanger arrangement of a technical object whose temperature is to be controlled, in particular of a battery for an electric vehicle drive, having a flat heat exchanger which has an inflow and outflow duct (6, 7) through which a heat carrier medium flows, which heat exchanger is in heat-conducting contact with internal surfaces of the object whose temperature is to be controlled, characterized in that the heat exchanger is implemented as a heat exchange pocket formed from a foil material and that parallel thereto, there is arranged a pressure pocket which is filled with a compressible medium and which is formed from a foil material, wherein foil walls (51, 52) of the heat exchange pocket are welded or adhesively bonded to a supporting frame which forms a flow guide baffle, which supporting frame has an outer frame corresponding in size to the outer contour of the heat exchange pocket, and wherein connection nozzles (63, 64) of the heat exchange pocket are formed integrally on the supporting frame.
A rack system comprising a rack for transporting, storing or installing battery packs, the rack comprising: a bottom frame, struts erected at four corners of the bottom frame, the rack storing therein battery modules, and a coupling member connecting between upper parts of the struts wherein a fitting projection is formed at an upper end of each of the struts, a fitting hole into which the fitting projection is fittable is formed in a bottom part of each of the struts, so that two racks can be stacked one on top of the other, the system characterized by spacers each having a structure in which a fitting projection is provided at an upper end thereof and a fitting hole is provided in the bottom part thereof, for being inserted between each of the struts of a lower rack and each of the struts of an upper rack during transportation or during storage in a warehouse. a bottom frame, struts erected at four corners of the bottom frame, the rack storing therein battery modules, and a coupling member connecting between upper parts of the struts
A sizer tooth assembly for a mineral sizer, the tooth assembly including a horn protrusion (112, 212, 312) extending from a rotatable support, the horn protrusion having a pair of opposed front and rear faces; and a shell structure encapsulating the horn protrusion and defining the outer shape of the sizer tooth; wherein the shell structure comprises exactly two cover formations (121, 123; 221, 223; 321, 323) which are non-releasably secured to one another but not to the horn protrusion, to define when so secured a unitary tooth assembly; and wherein each of the two cover formations seats upon and presents an inward engagement face to a respective one of the pair of opposed front and rear faces of the horn protrusion; characterised in that: each of the two cover formations (121, 123; 221, 223; 321, 323) is provided as a single integral construction fabricated as a monolithic one-piece casting; and each such engagement face of a cover formation and its corresponding face of the horn protrusion are provided with a complementary arrangement of projections (150, 151) and recesses (130, 131) configured such that when the two cover formations are non-releasably secured to one another the shell structure is releasably connected upon the horn protrusion.
A base station apparatus comprising: a generation section configured to generate signals to specifically notify a mobile station apparatus of Channel State Information-Reference Signal, CSI-RS, parameters of a serving cell, including a signal sequence, a location position in a resource block and transmission power of the serving cell, and CSI-RS parameters of an adjacent cell, including a signal sequence, a location position in a resource block and transmission power of the adjacent cell; and a transmission section configured to transmit the generated signals specifically to the mobile station apparatus on a downlink. a generation section configured to generate signals to specifically notify a mobile station apparatus of Channel State Information-Reference Signal, CSI-RS, parameters of a serving cell, including a signal sequence, a location position in a resource block and transmission power of the serving cell, and CSI-RS parameters of an adjacent cell, including a signal sequence, a location position in a resource block and transmission power of the adjacent cell; and a transmission section configured to transmit the generated signals specifically to the mobile station apparatus on a downlink.
A method of performing anti-replay analysis using a user device, said method comprising: providing a user device configured to permit a user to perform a transaction via a display of the user device; collecting a plurality types of data during the user performing the transaction, wherein the plurality types of data comprise: (i) device state data about a physical state of the user device that is unique to the user device at a moment in time during which the device state data is collected data, wherein the device state data is collected by different types of sensors on-board the user device, and (ii) operational data specific to a component of the user device, obtaining identification information about the user device or the user; adjusting a weight factor associated with the plurality types of data, wherein the weight factor is determined based at least in part on a property about variability of a given type of data at different moments in time; comparing, with aid of one or more processors, the plurality types of data with previously collected corresponding plurality types of data associated with the identification information about the user device or the user; and determining, with the aid of the one or more processors, a presence of a replay attack based on a match level between the weighted plurality types of data and the previously collected corresponding plurality types of data. providing a user device configured to permit a user to perform a transaction via a display of the user device; collecting a plurality types of data during the user performing the transaction, wherein the plurality types of data comprise: (i) device state data about a physical state of the user device that is unique to the user device at a moment in time during which the device state data is collected data, wherein the device state data is collected by different types of sensors on-board the user device, and (ii) operational data specific to a component of the user device, obtaining identification information about the user device or the user; adjusting a weight factor associated with the plurality types of data, wherein the weight factor is determined based at least in part on a property about variability of a given type of data at different moments in time; comparing, with aid of one or more processors, the plurality types of data with previously collected corresponding plurality types of data associated with the identification information about the user device or the user; and determining, with the aid of the one or more processors, a presence of a replay attack based on a match level between the weighted plurality types of data and the previously collected corresponding plurality types of data.
A method for regulating a cryogenic refrigeration installation comprising a plurality of refrigerators/liquefiers (L/R) arranged in parallel in order to cool the same application, each refrigerator/liquefier (L/R) comprising a working circuit for a working gas provided with at least one valve (4, 5, 6, 7, 8, 9, 10, 11) for controlling the flow of working gas, the refrigerators/liquefiers (L/R) in parallel using a working gas of the same nature such as pure gaseous helium, each refrigerator/liquefier comprising a station for compressing the working gas, a cold box intended to cool a flow of working gas discharged from the compression station to a cryogenic temperature at least close to its liquefaction temperature, said flows of working gas cooled by each of the respective cold boxes of the refrigerators/liquefiers (L/R) being mixed and then put in heat exchange with the application with a view to yielding frigories to the latter, the cold working gas, having exchanged with the application, next being divided into a plurality of return flows distributed respectively in the respective compression stations, the method is characterised in that it comprises a step of simultaneous measurement, for each of the refrigerators/liquefiers (L/R), of the instantaneous value of at least the same operating parameter from: a flow rate of the so-called "return" flow of working gas returning to the compression station, a flow rate of the so-called "outward" flow (30, 32) of working gas flowing in the cold box after it emerges from the compression station, a temperature differential of the working gas between firstly the outward flow of working gas and secondly the return flow of working gas both situated in the cold box in the same temperature range, and in that it comprises a step of calculating in real time the dynamic mean value of the at least one operating parameter for all the refrigerators/liquefiers (L/R), the installation controlling in real time the at least one valve (4, 5, 6, 7, 8, 9, 10, 11) controlling the flow of working gas of at least one refrigerator/liquefier (L/R) according to the difference between the instantaneous values of the parameter compared with said dynamic mean value, in order to make said instantaneous values of said operating parameter of the various refrigerators/liquefiers (R/L) converge towards this dynamic mean value.
A method of operating a node (512, 520, 1102) for use by a first network (502, 504), the first network (502, 504) applying an authentication process in order to allow a subscriber (508, 510) to gain access to the first network after the subscriber has ported to the first network from an external network, wherein authentication information used in the authentication process is derived using a key associated with a subscriber identity of a subscriber, the key being stored in either a location within the first network (502, 504) or a location external to the first network (502, 504), the method characterised in comprising the steps of: storing information regarding the locations at which keys associated with subscriber identities are stored; receiving a request for authentication information, the request indicating the subscriber identity to which the request for authentication information relates; retrieving information regarding the location at which the key associated with said subscriber identity is stored using said subscriber identity; and routing the request for authentication information according to the retrieved information regarding the location at which the key is stored. storing information regarding the locations at which keys associated with subscriber identities are stored; receiving a request for authentication information, the request indicating the subscriber identity to which the request for authentication information relates; retrieving information regarding the location at which the key associated with said subscriber identity is stored using said subscriber identity; and routing the request for authentication information according to the retrieved information regarding the location at which the key is stored.
A process for the acetylation of soft wood, comprising providing soft wood, subjecting the wood to an extraction step so as to provide extracted wood, and subjecting the extracted wood to contact with an acetylation agent, characterized in that the extraction step comprises contacting the wood with an extraction fluid having a pressure and temperature so as to conduct the extraction at a temperature of from 120°C to 250°C, preferably 140°C to 160°C, wherein the extraction fluid is water, and wherein the wood is dried before impregnation with acetylation fluid.
Device for controlling the sharpening state of a blade having a cutting edge delimited by two sides (21, 22) converging towards a plane that contains the cutting edge itself, comprising two control surfaces each of which is in contact with a corresponding side (21, 22) of said cutting edge and is connected with at least one transducer (R1, R2, R4), which produces an electrical displacement signal (S1, S2; S4) proportional to a displacement of the control surface with respect to said plane, characterized in that the device further comprises sharpening means adapted to restore the sharpening of the blade and means (101, 102) for supporting and moving the sharpening means, the device further comprising a programmable electronic unit that receives said displacement signals (S1, S2, S4) and compares them, emitting an error signal if the comparison produces a value that exceeds a predetermined limit and in that it is connected to said means (101, 102) for supporting and moving the sharpening means, said error signal being used to activate said sharpening means.
A display case door assembly (10, 100) for a temperature-controlled storage device, the display case door assembly comprising: an insulated single glass unit that includes at least first, second, and third panels, wherein the second panel is positioned between the first and third panels, the second panel comprising a transparent LCD panel on which media can be displayed and through which products within the temperature-controlled storage device are visible, wherein the single glass unit has a front surface, a rear surface, and an outside edge, and wherein the single glass unit comprises a thermally insulating medium between the first and third panels, a frame that at least partially surrounds the outside edge of the single glass unit, and electronic components in electrical communication with the LCD panel, the electronic components comprising a media player configured to control the media displayed on the LCD panel, wherein the single glass unit, the frame, and the electronic components are configured to move, as a unit, between a closed position in which the single glass unit provides thermal insulation for the temperature-controlled storage device while displaying media on the transparent LCD panel and an open position in which the products within the temperature-controlled storage device are accessible. an insulated single glass unit that includes at least first, second, and third panels, wherein the second panel is positioned between the first and third panels, the second panel comprising a transparent LCD panel on which media can be displayed and through which products within the temperature-controlled storage device are visible, wherein the single glass unit has a front surface, a rear surface, and an outside edge, and wherein the single glass unit comprises a thermally insulating medium between the first and third panels, a frame that at least partially surrounds the outside edge of the single glass unit, and electronic components in electrical communication with the LCD panel, the electronic components comprising a media player configured to control the media displayed on the LCD panel, wherein the single glass unit, the frame, and the electronic components are configured to move, as a unit, between a closed position in which the single glass unit provides thermal insulation for the temperature-controlled storage device while displaying media on the transparent LCD panel and an open position in which the products within the temperature-controlled storage device are accessible.
A portable data carrier comprising - one or several sensors (3, 4) which are respectively arranged for detecting via the capture of measurement values a laying open of a surface of the previously covered portable data carrier as a detection event; - one or several output means (5, 6) for outputting signals perceptible by a user; wherein the portable data carrier is arranged for outputting a signal via the one or more output means (5, 6) upon satisfaction of a detection criterion, wherein the detection criterion is satisfied when the detection event is detected by at least a part of the sensors (3, 4), characterized in that the one or more sensors (3, 4) comprise at least one first sound sensor which is configured such that during operation it captures loudness values which are generated by the surroundings around the first sound sensor and were not generated by the portable data carrier itself as measurement values and that it detects as a detection event that a change of the loudness values satisfies a predetermined condition. - one or several sensors (3, 4) which are respectively arranged for detecting via the capture of measurement values a laying open of a surface of the previously covered portable data carrier as a detection event; - one or several output means (5, 6) for outputting signals perceptible by a user; wherein the portable data carrier is arranged for outputting a signal via the one or more output means (5, 6) upon satisfaction of a detection criterion, wherein the detection criterion is satisfied when the detection event is detected by at least a part of the sensors (3, 4), characterized in that the one or more sensors (3, 4) comprise at least one first sound sensor which is configured such that during operation it captures loudness values which are generated by the surroundings around the first sound sensor and were not generated by the portable data carrier itself as measurement values and that it detects as a detection event that a change of the loudness values satisfies a predetermined condition.
A data transfer and charging station for a vehicle, comprising: a frame with a roof; a pedestal positioned under the roof; a charger for transferring electricity from an electrical supply to a vehicle; and a data transfer system to connect the vehicle to a network, wherein the pedestal includes the charger and the data transfer system; and an intelligent data routing system configured such that data moving from or to the vehicle is automatically routed based on a preferred end-point, wherein the intelligent data routing system is configured to provide for a specific vehicle priority routing to the end-point such that data transfer to/from the specific vehicle is prioritized over other vehicles, and wherein the intelligent data routing system is configured to use at least information about the vehicle, charging station and type of data to determine routing. a frame with a roof; a pedestal positioned under the roof; a charger for transferring electricity from an electrical supply to a vehicle; and a data transfer system to connect the vehicle to a network, wherein the pedestal includes the charger and the data transfer system; and an intelligent data routing system configured such that data moving from or to the vehicle is automatically routed based on a preferred end-point, wherein the intelligent data routing system is configured to provide for a specific vehicle priority routing to the end-point such that data transfer to/from the specific vehicle is prioritized over other vehicles, and wherein the intelligent data routing system is configured to use at least information about the vehicle, charging station and type of data to determine routing.