mhurhangee/ep-ind-claims huggingface dataset:
Sealing test device for testing sealing of at least a part of a double-door sealed transfer system between two closed volumes, said system comprising first and second flanges (18, 20) capable of being rigidly connected to one another, and first and second doors (22, 24) normally sealing openings respectively defined by the first and the second flanges, the seal-testing device being configured to separately test the sealing between the first flange and the first door and between the second flange and the second door, said device including a casing (36, 136) comprising a cavity (38, 138) provided with an opening (44, 144), means for mechanical connection to at least one of the first and second flanges so that the cavity (38, 138) is closed by one of the first and second flanges and one of the first and second doors, said device being characterized in that it comprises an inflatable joint (48, 148) intended to come, in the inflated state, in contact with one of the first and second flanges and to ensure a sealing allowing to verify the sealing between the first flange and the first door or the second flange and the second door.
Device with a drying function for drying damp laundry, a drum for laundry items to be dried and a controller, characterised in that the device has at least three RFID reader units (24, 25, 26) for reading information from at least one RFID transponder (23, 23', 23", 23'", 23"", 27) located in the drum and that the controller is designed to determine, on the basis of the information received by the at least three RFID reader units (24, 25, 26), the location and/or the motion sequence of the at least one RFID transponder (23, 23', 23", 23'", 23"", 27) in the drum.
A process for the manufacture of a zirconium oxide prosthesis, said zirconium oxide being stabilized, characterized in that it comprises the following steps: a) compacting a zirconium oxide powder at a pressure of at least 45 MPa to an object of a desired form, and at the same time pressing an etchable medium into the surface of said object,wherein the etchable medium is polymer particles or glass particles, b) optionally working the object to a final shape, c) sintering the body at a temperature of above 1170°C to transfer zirconium oxide into a tetragonal crystalline structure, and d) etching the etchable medium using hydrofluoric acid to remove the medium and impart a micromechanical retention surface. a) compacting a zirconium oxide powder at a pressure of at least 45 MPa to an object of a desired form, and at the same time pressing an etchable medium into the surface of said object,wherein the etchable medium is polymer particles or glass particles, b) optionally working the object to a final shape, c) sintering the body at a temperature of above 1170°C to transfer zirconium oxide into a tetragonal crystalline structure, and d) etching the etchable medium using hydrofluoric acid to remove the medium and impart a micromechanical retention surface.
Demountable modular structure for parking vehicles on two levels, on ground and on an upper level, comprising two or more parallel structure strips, each one defined by two rows of vertical supporting elements offset from each other in the longitudinal direction of the structure strip so as to form, between two adjacent couples of said vertical supporting elements, parallelogram-shaped ground surface portions, each one of said vertical supporting elements being provided with a base below it for resting on the ground and with a node element above it for connection with the upper level of said structure strip, said structure also comprising a number of ties and/or struts (8, 9, 10) for bracing the structure, connected with their ends to said node elements and to said bases, wherein said upper level consists of an orthogonal network of main beams resting, through said node elements, on each one of said rows of vertical supporting elements, and of secondary beams resting, through said node elements, on said vertical supporting elements or fixed in orthogonal position to said main beams, and of rectangular or square floor slabs.
An antenna control apparatus that controls an inter-center distance between two antennas (1A, 1B) of an antenna array in a case of feeding the two antennas (1A, 1B) with electric currents with an equal intensity in mutually reverse directions, the antenna control apparatus comprising: an input parameter acquisition unit that acquires, as input parameters, a distance from the antenna array to a boundary of a communication area formed by the antennas (1A, 1B), and a lower limit value of an attenuation rate of a magnetic field intensity at the boundary of the communication area; a calculation unit that calculates, based on the distance to the boundary of the communication area and the lower limit value of the attenuation rate of the magnetic field intensity, the inter-center distance between the antennas (1A, 1B) such that the attenuation rate of the magnetic field intensity equal to the lower limit value is obtained at the boundary of the communication area and the intensity of the electric currents is minimized; and a control unit that controls the inter-center distance between the antennas (1A, 1B) as calculated by the calculation unit. an input parameter acquisition unit that acquires, as input parameters, a distance from the antenna array to a boundary of a communication area formed by the antennas (1A, 1B), and a lower limit value of an attenuation rate of a magnetic field intensity at the boundary of the communication area; a calculation unit that calculates, based on the distance to the boundary of the communication area and the lower limit value of the attenuation rate of the magnetic field intensity, the inter-center distance between the antennas (1A, 1B) such that the attenuation rate of the magnetic field intensity equal to the lower limit value is obtained at the boundary of the communication area and the intensity of the electric currents is minimized; and a control unit that controls the inter-center distance between the antennas (1A, 1B) as calculated by the calculation unit.
A method of acquiring an image of biological particles, wherein the method comprises: a step of acquiring a fraction which passes through a first sieve having meshes of 250 to 1000 μm and does not pass through a second sieve having meshes of 32 to 63 μm by sieving a sample including biological particles as a detection target; a step of adding a colloidal solution having a density of 1.10 to 2.45 g/cm 3 to the fraction, subjecting the resultant solution to centrifugation, and acquiring a supernatant fraction after the centrifugation; a step of preparing a supernatant fraction by sieving the supernatant fraction with a third sieve having meshes smaller than meshes of the second sieve to acquire a fraction which does not pass through the third sieve sieve, and adding the colloidal solution to the fraction; and a step of allowing a fluid including at least a part of the prepared supernatant fraction to flow in a flow cell and imaging the fluid flowing in the flow cell a step of acquiring a fraction which passes through a first sieve having meshes of 250 to 1000 μm and does not pass through a second sieve having meshes of 32 to 63 μm by sieving a sample including biological particles as a detection target; a step of adding a colloidal solution having a density of 1.10 to 2.45 g/cm 3 to the fraction, subjecting the resultant solution to centrifugation, and acquiring a supernatant fraction after the centrifugation; a step of preparing a supernatant fraction by sieving the supernatant fraction with a third sieve having meshes smaller than meshes of the second sieve to acquire a fraction which does not pass through the third sieve sieve, and adding the colloidal solution to the fraction; and a step of allowing a fluid including at least a part of the prepared supernatant fraction to flow in a flow cell and imaging the fluid flowing in the flow cell
A liquid supply system, comprising: a liquid supply source storing a liquid; an injection head including a nozzle through which the liquid is injected; a damper that is in communication with the injection head and includes a storage chamber temporarily storing the liquid; a liquid supply path having an end in communication with the liquid supply source and another end in communication with the damper; a liquid supply device that is provided on the liquid supply path and supplies the liquid from the liquid supply source toward the damper; and a control device connected to the liquid supply device and configured to control the liquid supply device to be actuated or to be stopped, characterized by a pressure control valve provided on a portion of the liquid supply path (16a, 16b) between the liquid supply source and the liquid supply device, and in that the pressure control valve is configured to, when the liquid supply device is stopped, close the liquid supply path and maintain the nozzles of the injection head to have a negative pressure. a liquid supply source storing a liquid; an injection head including a nozzle through which the liquid is injected; a damper that is in communication with the injection head and includes a storage chamber temporarily storing the liquid; a liquid supply path having an end in communication with the liquid supply source and another end in communication with the damper; a liquid supply device that is provided on the liquid supply path and supplies the liquid from the liquid supply source toward the damper; and a control device connected to the liquid supply device and configured to control the liquid supply device to be actuated or to be stopped, characterized by a pressure control valve provided on a portion of the liquid supply path (16a, 16b) between the liquid supply source and the liquid supply device, and in that the pressure control valve is configured to, when the liquid supply device is stopped, close the liquid supply path and maintain the nozzles of the injection head to have a negative pressure.
A compressor rotor for a gas turbine engine, the compressor rotor comprising blades circumferentially distributed around and extending a span length from a central hub, the blades including alternating first and second blades (28,30;128;228) having airfoils with a leading edge, a trailing edge, a root, a tip and a mid-span region midway between the root and the tip along the span, the airfoils of the first and second blades (28,30;128;228) having corresponding geometric profiles, characterised in that: the airfoil of the first blades (28;128;228) having a coating defining a first coating structure, the coating being provided on at least a portion of the first blade (28;128;228) adjacent the root and having a root coating thickness (Tr), and on a portion adjacent the tip of the first blade (28;128;228) and having a tip coating thickness (Tt), the root coating thickness (Tr) being greater than at least one of the tip coating thickness (Tt) and a coating thickness (Tms) of the airfoil of the first blade (28;128;228) at the mid-span region, the first coating structure of the first blade (28;128;228) selected to provide the first blade (28;128;228) with a first natural vibration frequency different from a second natural vibration frequency of the second blade.
A disposable blade assembly for a surgical instrument for use with a reusable hub assembly comprising an inner hub and an outer hub, the disposable blade assembly comprising: an elongate outer tube comprising: a distal region comprising an opening; an outer cross section for releasable engagement with an outer hub; an elongate inner tube rotatably disposed at least partially within the elongate outer tube, comprising: a proximal end cross section, having a profile for releasable engagement with a corresponding inner hub inner channel; and a distal region comprising a cutting member, the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: an asymmetrical outer cross section and a keyed symmetrical cross section, to orient the opening in the disposable outer tube to provide a single fixed orientation with respect to a handpiece attached to the outer hub. an elongate outer tube comprising: a distal region comprising an opening; an outer cross section for releasable engagement with an outer hub; a distal region comprising an opening; an outer cross section for releasable engagement with an outer hub; an elongate inner tube rotatably disposed at least partially within the elongate outer tube, comprising: a proximal end cross section, having a profile for releasable engagement with a corresponding inner hub inner channel; and a distal region comprising a cutting member, the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: a proximal end cross section, having a profile for releasable engagement with a corresponding inner hub inner channel; and a distal region comprising a cutting member, the cutting member being adjacent the outer tube opening to permit resection of bodily tissue wherein the outer cross section of the outer tube comprises one of: an asymmetrical outer cross section and a keyed symmetrical cross section, to orient the opening in the disposable outer tube to provide a single fixed orientation with respect to a handpiece attached to the outer hub.
Sporting device in the form of a touring ski assembly, comprising a sliding body on which a bottom side is designed as a sliding surface, a binding apparatus disposed on the top face of the sliding body for fastening to a sporting shoe of a user in such a way that the fastening can be released when necessary, at least one circulating belt as well as a drive apparatus and at least one first deflecting apparatus for the belt, characterized in that, the belt is disposed next to the bottom side of the sliding body in a first segment and the belt is disposed next to the top face of the sliding body in a second segment, and at least the majority of the length of the sliding body is surrounded by the circulating, intrinsically closed belt and the belt can be moved by the drive apparatus at least in a longitudinal direction relative to the sliding body.
Milk tube which has at at least one end an essentially spherically designed clamping body, characterized in that the center of the clamping body lies offset with respect to the longitudinal axis of the milk tube, and/or the clamping body has a duct with an outlet, the longitudinal axis penetrating a plane, in which the cross-sectional area of the outlet lies, at an angle different from 90°.
Transport device for a rotor hub of a wind turbine, which comprises a central part and multiple supports connected to the central part, wherein the supports are arranged as main supports and secondary supports in a star-shaped manner around the central part, wherein the secondary supports are releasable and at times movable in the direction of the main support, whereby the transport device forms a compact foldable unit.
A mobile electronic device comprising: a first housing; a second housing; a hinge portion for coupling the first housing and the second housing; and a fuel cell that is mounted to at least either one of the first housing and the second housing, and that uses liquid fuel, wherein: the hinge portion has formed thereon a fuel injection port from which the liquid fuel used in the fuel cell can be externally injected, and the first housing is configured to be capable of being opened and closed about a rotation axis of the hinge portion with respect to the second housing; characterized in that: the fuel injection port is formed on an end face of the hinge portion in the direction of the rotation axis. a first housing; a second housing; a hinge portion for coupling the first housing and the second housing; and a fuel cell that is mounted to at least either one of the first housing and the second housing, and that uses liquid fuel, wherein: the hinge portion has formed thereon a fuel injection port from which the liquid fuel used in the fuel cell can be externally injected, and the first housing is configured to be capable of being opened and closed about a rotation axis of the hinge portion with respect to the second housing; characterized in that: the fuel injection port is formed on an end face of the hinge portion in the direction of the rotation axis. the hinge portion has formed thereon a fuel injection port from which the liquid fuel used in the fuel cell can be externally injected, and the first housing is configured to be capable of being opened and closed about a rotation axis of the hinge portion with respect to the second housing; characterized in that: the fuel injection port is formed on an end face of the hinge portion in the direction of the rotation axis. the fuel injection port is formed on an end face of the hinge portion in the direction of the rotation axis.
A step device for a door area of a passenger transport vehicle comprising - a receiving arrangement with a receiving space and an outer opening, an outer flap arrangement for closing the outer opening with respect to an outer side of the passenger transport vehicle, a sliding step, a displacement arrangement with a drive arrangement, - wherein the sliding step is displaceably provided in the receiving arrangement via the displacement arrangement such that, in a retracted position, the sliding step is completely arranged within the receiving space, and, in an extended position, protrudes through the outer opening, and - a sealing arrangement being arranged between the receiving arrangement and the outer flap arrangement for sealing the receiving space with respect to the outer side, characterized in that - the sealing arrangement is configured for pressure-proof sealing the receiving space with respect to the outer side, and - the receiving arrangement comprises an inner opening for providing maintenance access from an inner space of the passenger transport vehicle into the receiving space and a maintenance flap arrangement comprising a maintenance flap for closing the inner opening. - a receiving arrangement with a receiving space and an outer opening, an outer flap arrangement for closing the outer opening with respect to an outer side of the passenger transport vehicle, a sliding step, a displacement arrangement with a drive arrangement, - wherein the sliding step is displaceably provided in the receiving arrangement via the displacement arrangement such that, in a retracted position, the sliding step is completely arranged within the receiving space, and, in an extended position, protrudes through the outer opening, and - a sealing arrangement being arranged between the receiving arrangement and the outer flap arrangement for sealing the receiving space with respect to the outer side, characterized in that - the sealing arrangement is configured for pressure-proof sealing the receiving space with respect to the outer side, and - the receiving arrangement comprises an inner opening for providing maintenance access from an inner space of the passenger transport vehicle into the receiving space and a maintenance flap arrangement comprising a maintenance flap for closing the inner opening.
A compound of Formula I, or a pharmaceutically acceptable salt thereof: wherein Z is absent; m is 5, 6, 7, or 8; P is and each of X 1 and X 2, independently, is halo or OSO 2 R c, in which R c is alkyl, alkenyl, or alkynyl. wherein Z is absent; m is 5, 6, 7, or 8; P is and each of X 1 and X 2, independently, is halo or OSO 2 R c, in which R c is alkyl, alkenyl, or alkynyl.
An on-board control system for a vehicle, the control system comprising: a central control unit for controlling operation of a plurality of vehicle systems; a remote control for transmitting a control signal wirelessly to the central control unit; characterized by a tracking system for tracking the position of the remote control within the vehicle, the tracking system comprising a plurality of antennae for transmitting or receiving a locating signal to track the position of the remote control; wherein each vehicle system is associated with at least one operating zone defined within the vehicle, the remote control being configured selectively to control each vehicle system associated with the operating zone in which the remote control is located. a central control unit for controlling operation of a plurality of vehicle systems; a remote control for transmitting a control signal wirelessly to the central control unit; characterized by a tracking system for tracking the position of the remote control within the vehicle, the tracking system comprising a plurality of antennae for transmitting or receiving a locating signal to track the position of the remote control; wherein each vehicle system is associated with at least one operating zone defined within the vehicle, the remote control being configured selectively to control each vehicle system associated with the operating zone in which the remote control is located.
A method of wireless communication performed by a user equipment, UE, comprising: operating using a first configuration during a first stage of a discontinuous reception, DRX, cycle where the UE is in a DRX active state, wherein the first configuration is based at least in part on a first set of parameter values associated with a first power consumption rate; and operating using a second configuration during a second stage of the DRX cycle where the UE is in the DRX active state, wherein the second configuration is based at least in part on a second set of parameter values associated with a second power consumption rate, wherein the second power consumption rate is different to the first power consumption rate. operating using a first configuration during a first stage of a discontinuous reception, DRX, cycle where the UE is in a DRX active state, wherein the first configuration is based at least in part on a first set of parameter values associated with a first power consumption rate; and operating using a second configuration during a second stage of the DRX cycle where the UE is in the DRX active state, wherein the second configuration is based at least in part on a second set of parameter values associated with a second power consumption rate, wherein the second power consumption rate is different to the first power consumption rate.
A vaccine composition for use in vaccinating chickens against Campylobacter, the composition comprising: bacteria engineered to express at least one N-glycan of Campylobacter on its cell surface; and one or more of a physiologically acceptable diluent, excipient, adjuvant or carrier, wherein the bacteria is Escherichia coli, and wherein the engineered bacteria express the N-glycan on the surface as a Lipid A core fusion.
A method for handling electronic tickets, in particular electronic transport tickets, for a ticket system having control devices for controlling electronic tickets, wherein an electronic ticket is stored in a mobile user device, and the stored electronic ticket is supplied for a control by a control device, wherein the electronic ticket is generated (S25, S26) by a portable data carrier of the mobile user device after a ticket request by a user, wherein the user defines the ticket request by an input on the mobile user device, the portable data carrier generates the electronic ticket offline, thus independent of other entities of the ticket system, and the generated electronic ticket is stored on the portable data carrier of the mobile user device, characterized in that the portable data carrier delays the generation of the ticket and/or the supplying of the generated ticket as of the ticket request by a pre-specified time span.