mhurhangee/ep-ind-claims huggingface dataset:
A flow cytometer for differentiating sperm cells, wherein intact live sperm cells have an associated light emission material bound to their nuclear DNA that stains X-chromosome bearing sperm and Y-chromosome bearing sperm in differing amounts, the flow cytometer comprising: a. an orientating nozzle having an orifice for producing a fluid stream, said nozzle having an internal cone-like shape going from a round entrance to a narrow ellipse near said orifice; b. an irradiation source generating an irradiation beam responsive to the light emission material coupled to said sperm cells in said fluid stream; c. optics to focus said irradiation beam; d. an oscillator responsive to said fluid stream for perturbing the fluid stream into droplets wherein a plurality of said droplets entrain said intact live sperm cells, and wherein said droplets have sufficient size to encapsulate one of said live sperm cells; said flow cytometer being characterized in that the orifice of said nozzle is circular and has a diameter of about 70 micrometers or of about 100 micrometers s. a. an orientating nozzle having an orifice for producing a fluid stream, said nozzle having an internal cone-like shape going from a round entrance to a narrow ellipse near said orifice; b. an irradiation source generating an irradiation beam responsive to the light emission material coupled to said sperm cells in said fluid stream; c. optics to focus said irradiation beam; d. an oscillator responsive to said fluid stream for perturbing the fluid stream into droplets wherein a plurality of said droplets entrain said intact live sperm cells, and wherein said droplets have sufficient size to encapsulate one of said live sperm cells;
A method for liquid detection, characterized by comprising: performing Computed Tomography scanning and X-Ray Diffraction scanning on a liquid substance simultaneously to obtain CT data and XRD energy spectrum data of the liquid substance; extracting a molecular interference function of the liquid substance based on the CT data and the XRD energy spectrum data; and identifying the liquid substance by using the molecular interference function and the CT data, wherein extracting the molecular interference function comprises: obtaining an equivalent atomic number of the liquid substance by reconstructing the CT data; performing two-element or multi-element decomposition of the liquid substance by using the equivalent atomic number to obtain an equivalent molecular formula of the liquid substance; estimating a coherent scattering formation factor and an incoherent scattering function of the liquid substance based on the equivalent molecular formula; and extracting the molecular interference function by using the coherent scattering formation factor, the incoherent scattering function and the XRD energy spectrum data. performing Computed Tomography scanning and X-Ray Diffraction scanning on a liquid substance simultaneously to obtain CT data and XRD energy spectrum data of the liquid substance; extracting a molecular interference function of the liquid substance based on the CT data and the XRD energy spectrum data; and identifying the liquid substance by using the molecular interference function and the CT data, wherein extracting the molecular interference function comprises: obtaining an equivalent atomic number of the liquid substance by reconstructing the CT data; performing two-element or multi-element decomposition of the liquid substance by using the equivalent atomic number to obtain an equivalent molecular formula of the liquid substance; estimating a coherent scattering formation factor and an incoherent scattering function of the liquid substance based on the equivalent molecular formula; and extracting the molecular interference function by using the coherent scattering formation factor, the incoherent scattering function and the XRD energy spectrum data. obtaining an equivalent atomic number of the liquid substance by reconstructing the CT data; performing two-element or multi-element decomposition of the liquid substance by using the equivalent atomic number to obtain an equivalent molecular formula of the liquid substance; estimating a coherent scattering formation factor and an incoherent scattering function of the liquid substance based on the equivalent molecular formula; and extracting the molecular interference function by using the coherent scattering formation factor, the incoherent scattering function and the XRD energy spectrum data.
A method performed by a scheduling node in a wireless communication system for scheduling an uplink transmission on an unlicensed radio resource, the method comprising: detecting whether or not the scheduling node has transmitted or scheduled to receive on the unlicensed radio resource in a subframe; and transmitting a joint grant with a grant delay that is based on whether or not the scheduling node has transmitted or scheduled to receive on the unlicensed radio resource in a subframe according to the detecting, wherein the grant delay is a delay between transmission of the joint grant and an earliest one of multiple subframes granted by the joint grant for uplink transmission on the unlicensed radio resource. detecting whether or not the scheduling node has transmitted or scheduled to receive on the unlicensed radio resource in a subframe; and transmitting a joint grant with a grant delay that is based on whether or not the scheduling node has transmitted or scheduled to receive on the unlicensed radio resource in a subframe according to the detecting, wherein the grant delay is a delay between transmission of the joint grant and an earliest one of multiple subframes granted by the joint grant for uplink transmission on the unlicensed radio resource.
A transportation system comprising: a tubular rail assembly, one or more displacement devices (14, 114, 214) received in the rail assembly; and a transportation device attached to said one or more displacement devices (14, 114, 214) and extending outside of the rail assembly; the transportation system being characterized in that: the tubular rail assembly includes along at least part of a length thereof at least two tubular rails extending side by side and each having an open circular cross-section communicating with one another to form a common opening in the rail assembly; and the one or more displacement devices (14, 114, 214) having: a body (40, 140, 240), at least one engine, at least one helical propulsion system (47, 147, 247) drivingly engaged to the at least one engine, each propulsion system (47, 147, 247) being located in a first position received in one of the rails and engaged to an inner surface thereof, and being movable between the first position and a second position where the propulsion system (47, 147, 247) is received in another one of the rails and engaged to an inner surface thereof, and a switching mechanism engaged to each of said at least one helical propulsion system (47, 147, 247) for movement between the first and second positions. a tubular rail assembly, one or more displacement devices (14, 114, 214) received in the rail assembly; and a transportation device attached to said one or more displacement devices (14, 114, 214) and extending outside of the rail assembly; the tubular rail assembly includes along at least part of a length thereof at least two tubular rails extending side by side and each having an open circular cross-section communicating with one another to form a common opening in the rail assembly; and the one or more displacement devices (14, 114, 214) having: a body (40, 140, 240), at least one engine, at least one helical propulsion system (47, 147, 247) drivingly engaged to the at least one engine, each propulsion system (47, 147, 247) being located in a first position received in one of the rails and engaged to an inner surface thereof, and being movable between the first position and a second position where the propulsion system (47, 147, 247) is received in another one of the rails and engaged to an inner surface thereof, and a switching mechanism engaged to each of said at least one helical propulsion system (47, 147, 247) for movement between the first and second positions. a body (40, 140, 240), at least one engine, at least one helical propulsion system (47, 147, 247) drivingly engaged to the at least one engine, each propulsion system (47, 147, 247) being located in a first position received in one of the rails and engaged to an inner surface thereof, and being movable between the first position and a second position where the propulsion system (47, 147, 247) is received in another one of the rails and engaged to an inner surface thereof, and a switching mechanism engaged to each of said at least one helical propulsion system (47, 147, 247) for movement between the first and second positions.
An introducer sheath valve comprising: an outer tube; an inner tube; a pressurizable space formed between an inner surface of the outer tube and an outer surface of the inner tube, wherein the pressurizable space is pressurizable with at least one substance to a sufficient pressure to cause the inner tube to collapse and prevent back bleeding; and wherein the pressurizable space is formed by sealing a first end of the outer tube to a first end of the inner tube and sealing a second end of the outer tube to a second end of the inner tube, characterised in that the inner tube comprises multiple layers of a thin porous ePTFE (expanded polytetrafluoroethylene) membrane the inner tube having a thickness of about 30 microns. an outer tube; an inner tube; a pressurizable space formed between an inner surface of the outer tube and an outer surface of the inner tube, wherein the pressurizable space is pressurizable with at least one substance to a sufficient pressure to cause the inner tube to collapse and prevent back bleeding; and wherein the pressurizable space is formed by sealing a first end of the outer tube to a first end of the inner tube and sealing a second end of the outer tube to a second end of the inner tube, characterised in that the inner tube comprises multiple layers of a thin porous ePTFE (expanded polytetrafluoroethylene) membrane the inner tube having a thickness of about 30 microns.
A fitting arrangement for securing a window, a door or the like, in particular a lift and slide door, to a closure plate, wherein the fitting arrangement comprises a pivot hook which is pivotable about a pivot axis between an out-of-engagement position and an in-engagement position and which has an engagement section for an engagement into an opening of the closure plate; wherein an abutment surface is formed at the engagement section spaced apart from the free end thereof, said abutment surface being oriented transversely to the outer side of the engagement section and being remote from the free end of the engagement section; and wherein the fitting arrangement furthermore comprises a closure plate which has an opening through which the engagement section extends in the in-engagement position of the pivot hook, with the engagement section engaging behind a lower margin section of the opening from above, characterized in that the abutment surface is formed at the engagement section in a region which is located in the opening of the closure plate or behind it in the in-engagement position of the pivot hook.
Telecommunications equipment (100, 200, 300, 400, 500) comprising: first and second signal processing modules (120, 125, 220, 225, 320, 325) each comprising one or more line interface units (130, 230, 430, 430'), the first and second signal processing modules being arranged to be activated dependent on a failover state of the first and second signal processing modules; a plurality of external connectors (105, 205, 305, 405, 505); a plurality of isolation transformers (110, 210, 310, 410, 410') arranged in one or more signal paths (135, 335) between the external connectors and the first and second signal processing modules to provide galvanic isolation from signal lines from the plurality of external connectors, the equipment characterized in that a first equipment housing (255, 355, 555) comprises at least the first and second signal processing modules and at least one further equipment housing (260, 360, 460, 560) comprises at least the external connectors and isolation transformers. first and second signal processing modules (120, 125, 220, 225, 320, 325) each comprising one or more line interface units (130, 230, 430, 430'), the first and second signal processing modules being arranged to be activated dependent on a failover state of the first and second signal processing modules; a plurality of external connectors (105, 205, 305, 405, 505); a plurality of isolation transformers (110, 210, 310, 410, 410') arranged in one or more signal paths (135, 335) between the external connectors and the first and second signal processing modules to provide galvanic isolation from signal lines from the plurality of external connectors, the equipment characterized in that a first equipment housing (255, 355, 555) comprises at least the first and second signal processing modules and at least one further equipment housing (260, 360, 460, 560) comprises at least the external connectors and isolation transformers.
A supraconductor circuit of a « Rapid Single Flux Quantum » - RSFQ type, comprising a local oscillator, characterised in that said local oscillator is a Josephson junction component (10, 110) of the type comprising first and second layers (1, 5) made from a superconducting material, separated one from the other by: - an intermediate interface (3, 103), made from an electrically conductive material; and, - first and second polarizers (2, 4), made from a ferromagnetic material, the first polarizer, having a first magnetisation, being interposed between the intermediate interface (3, 103) and the first layer, and the second polarizer, having a second magnetisation, being interposed between the intermediate interface (3, 103) and the second layer, the component further comprising a control means (12, 112) able to modify at least one magnetisation among the first and second magnetisations to place the component either in an on state, wherein the first and second magnetisations are parallel one with the other, or in an off state, wherein the first and second magnetisations are antiparallel one with the other. - an intermediate interface (3, 103), made from an electrically conductive material; and, - first and second polarizers (2, 4), made from a ferromagnetic material, the first polarizer, having a first magnetisation, being interposed between the intermediate interface (3, 103) and the first layer, and the second polarizer, having a second magnetisation, being interposed between the intermediate interface (3, 103) and the second layer,
A method for producing a holder for holding a roller in a roller bearing, comprising: restraining an inner peripheral surface of at least a smaller-diameter portion of a working target article in which a flange portion is yet to be formed, by an outer peripheral surface of a receiving member (31, 34, 35b) inserted into the working target article, the working target article including the smaller-diameter portion, a larger-diameter portion on both sides of the smaller-diameter portion, and an inclined portion that connects the smaller-diameter portion and the larger-diameter portion; restraining an outer peripheral surface of the smaller-diameter portion and an outer peripheral surface of the larger-diameter portion of the working target article, by a die placed on an outer peripheral side of the working target article; and pressing, in the restrained state, an end portion of the working target article by a pressing member for flange portion formation, wherein the flange portion is formed by bending the end portion inward, characterized by forming the flange portion while a peripheral surface portion of a convex portion formed in the pressing member receives the end portion and applies an outward pressure to the end portion. restraining an inner peripheral surface of at least a smaller-diameter portion of a working target article in which a flange portion is yet to be formed, by an outer peripheral surface of a receiving member (31, 34, 35b) inserted into the working target article, the working target article including the smaller-diameter portion, a larger-diameter portion on both sides of the smaller-diameter portion, and an inclined portion that connects the smaller-diameter portion and the larger-diameter portion; restraining an outer peripheral surface of the smaller-diameter portion and an outer peripheral surface of the larger-diameter portion of the working target article, by a die placed on an outer peripheral side of the working target article; and pressing, in the restrained state, an end portion of the working target article by a pressing member for flange portion formation, wherein the flange portion is formed by bending the end portion inward, characterized by forming the flange portion while a peripheral surface portion of a convex portion formed in the pressing member receives the end portion and applies an outward pressure to the end portion.
A pipe support apparatus for supporting and protecting pre-insulated district steel pipes during transit and storage, wherein the pre-insulated district steel pipes are transported in the form of a stake or prepackaged bundles using a trailer provided with a trailer bed, the pipe support apparatus comprising: a base having a first end and a second end; at least one shock absorbing pad, wherein the shock absorbing pad is configured to absorb shocks and stresses and to withstand the pressure normally encountered during transit, thereby supporting and protecting the pre-insulated district steel pipes against pressure damages and scratches during storing, loading, transit, and unloading from the trailer bed, wherein the pipe support apparatus includes a pair of anti-skid wedges securely affixed on both top and bottom sides and bottom sides at the first end and the second end of the base, characterized in that the anti-skid wedges are adhesively affixed on the top and bottom sides of the base and at least one shock absorbing pad is adhesively affixed to both top and bottom sides of the base and the pair of anti-skid wedges, respectively; and each shock absorbing pad has a first end, a second end, and a top surface, wherein the top surface is downwardly tapered at both first end and second end to form a sloping surface, thereby accurately positioning the shock absorbing pad on both top sides and bottom sides of the base and the pair of anti-skid wedges. a base having a first end and a second end; at least one shock absorbing pad, wherein the shock absorbing pad is configured to absorb shocks and stresses and to withstand the pressure normally encountered during transit, thereby supporting and protecting the pre-insulated district steel pipes against pressure damages and scratches during storing, loading, transit, and unloading from the trailer bed, wherein the pipe support apparatus includes a pair of anti-skid wedges securely affixed on both top and bottom sides and bottom sides at the first end and the second end of the base, characterized in that the anti-skid wedges are adhesively affixed on the top and bottom sides of the base and at least one shock absorbing pad is adhesively affixed to both top and bottom sides of the base and the pair of anti-skid wedges, respectively; and each shock absorbing pad has a first end, a second end, and a top surface, wherein the top surface is downwardly tapered at both first end and second end to form a sloping surface, thereby accurately positioning the shock absorbing pad on both top sides and bottom sides of the base and the pair of anti-skid wedges.
Device for dispensing a package unit, comprising a storage container with a cover for receiving a succession of a plurality of tubular package units and, separate therefrom, a separation system with a conveying device, a separating device and a packaging unit dispenser, which can brought into engagement with the storage container, characterised in that the cover is opened in an automated manner through the engagement between the storage container and the separation system, and the foremost package unit is brought into an engagement with the conveying device and conveyed by the latter to the package unit dispenser.
Robotic vacuum cleaner for autonomously cleaning floor surfaces of a room, comprising - at least one means for capturing data relating to a deflection of wheels of the robotic vacuum cleaner and/or relating to an interruption of a connection to charging contacts, and - at least one means for capturing data relating to a rotation of the robotic vacuum cleaner about a horizontally oriented axis of rotation and/or relating to a translational movement of the robotic vacuum cleaner in a perpendicular direction with respect to the direction of movement thereof during vacuum operation and/or relating to an envelopment state of the robotic vacuum cleaner by means of a container, - at least one control device by means of which the captured data are processed, - a communication module for communication with a local network, wherein, via the communication module, depending on the captured data, the control device transmits an alarm signal to the local network, via the communication module. - at least one means for capturing data relating to a deflection of wheels of the robotic vacuum cleaner and/or relating to an interruption of a connection to charging contacts, and - at least one means for capturing data relating to a rotation of the robotic vacuum cleaner about a horizontally oriented axis of rotation and/or relating to a translational movement of the robotic vacuum cleaner in a perpendicular direction with respect to the direction of movement thereof during vacuum operation and/or relating to an envelopment state of the robotic vacuum cleaner by means of a container, - at least one control device by means of which the captured data are processed, - a communication module for communication with a local network,
A device for preparing a coffee beverage, the device comprising a brewing unit to which hot water from a hot water heater is suppliable under pressure, and a beverage outlet which is connected to the brewing unit via an outlet line and via which freshly brewed coffee beverage is dispensable into a drinking vessel to be placed underneath, and comprising a return pump which is connected on an intake side in a fluid-conducting manner to the outlet line and which opens on a delivery side into a drain or a collecting container in order to suction coffee beverage out of the outlet line before, during or after a brewing operation and to conduct coffee beverage into the drain or collecting container, and a controller for activating the return pump, characterized in that the controller is configured to introduce hot water into the outlet line or into the brewing unit and outlet line during a pre-heating operation and to activate the return pump during the pre-heating operation. a return pump which is connected on an intake side in a fluid-conducting manner to the outlet line and which opens on a delivery side into a drain or a collecting container in order to suction coffee beverage out of the outlet line before, during or after a brewing operation and to conduct coffee beverage into the drain or collecting container, and a controller for activating the return pump, characterized in that the controller is configured to introduce hot water into the outlet line or into the brewing unit and outlet line during a pre-heating operation and to activate the return pump during the pre-heating operation.