mhurhangee/ep-ind-claims huggingface dataset:
Fibre-optic cable for use in a borehole, comprising - at least one optical waveguide, - at least one metallic tube which surrounds the at least one optical waveguide, - at least one additional layer which surrounds the at least one tube and is configured as an electrical conductor which serves as a supply and/or return conductor, - separating means which comprise a foil which is disposed radially between the at least one tube and the electrical conductor and contributes to or causes mechanical decoupling of the at least one tube from the electrical conductor, characterised in that the fibre-optic cable comprises reinforcing means which are disposed between the tube and the separating means. - at least one optical waveguide, - at least one metallic tube which surrounds the at least one optical waveguide, - at least one additional layer which surrounds the at least one tube and is configured as an electrical conductor which serves as a supply and/or return conductor, - separating means which comprise a foil which is disposed radially between the at least one tube and the electrical conductor and contributes to or causes mechanical decoupling of the at least one tube from the electrical conductor, characterised in that the fibre-optic cable comprises reinforcing means which are disposed between the tube and the separating means.
A process for producing pellets from olefin copolymers comprising the steps of: (i) melting the olefin copolymer in an extruder; (ii) extruding the molten olefin copolymer through a die plate having a multitude of holes into a pellet water bath in a pelletiser thereby producing strands of the olefin copolymer and solidifying the strands; (iii) cutting the strands of the olefin copolymer in the pelletiser into pellets; and (iv) drying the pellets, characterised in that the pellet water in the pelletiser contains from 0.1 to 10 % by weight of a colloidal silica based on the weight of the water.
Operating system for the driving mode of a vehicle, in particular a commercial vehicle, that has a vehicle-based sensor system for capturing environmental information data and a data reception and data transmission unit for receiving environmental information data and data from a vehicle-external data reception and data transmission unit and for transmitting captured environmental information data and/or vehicle data and/or driving mode data to the vehicle-external data reception and data transmission unit, characterized in that the vehicle-external data reception and data transmission unit is part of a vehicle-external control centre, having a vehicle-external driver workstation as a system driver workstation without visual contact with the vehicle for an external driver as a system driver, in that the control centre has, at the system driver workstation, a monitoring unit used to display the current surroundings and/or the current operating state of the vehicle to the system driver in real time on the basis of the transmitted environmental information data and/or vehicle data and/or driving mode data, in that the control centre has, at the system driver workstation, a remote control unit and a selection unit having operator control elements (7, 8) for the system driver for the generation of control data for a remote-controlled driving mode by the system driver, in that the vehicle is equipped with a driving mode device for a remote-controlled driving mode, which driving mode device is operable by means of transmitted control data from the control centre, and in that the vehicle has a changeover apparatus arranged in it that is able to be used by a, possibly vehicle-internal, driver and/or, by means of the selection unit from the control centre, by a system driver or automatically by the operating system, according to the equipment of the vehicle, to change over between the system states "manual driving mode" by the vehicle-internal driver, "autonomous or semiautonomous driving mode" by what is known as a highway pilot and "remote-controlled driving mode" by the system driver.
A portable enteral feeding apparatus comprising a pouch which defines a reservoir for enteral fluid and having an outlet for delivery of enteral fluid from the pouch, the pouch being formed by an expansile element having an expanded filled configuration and a collapsed configuration, the expansion of the expansile element providing the sole force under which enteral fluid is delivered from the pouch, the apparatus further comprising a substantially gas impermeable barrier surrounding the pouch, characterized in that, the apparatus further comprises a regulator for regulating the flow of enteral fluid from the pouch, wherein the regulator comprises a friction regulator comprising a plurality of coiled tubes.
A superconducting accelerator comprising: an acceleration cavity in which a space to accelerate a charged particle beam in a superconductive state is formed; a refrigerant tank positioned at an outer circumference of the acceleration cavity and arranged so as to define a gap between the refrigerant tank and the acceleration cavity, wherein said acceleration cavity is accommodated in the refrigerant tank and the gap is for being filled with a refrigerant for cooling the acceleration cavity; a pair of pressing members provided to the outer circumference of the refrigerant tank so as to be respectively positioned at both side ends of the acceleration cavity in a direction of a beam axis of the charged particle beam or at both ends of the acceleration cavity in a direction perpendicular to the beam axis; a tensile member (22;22A) provided so as to be continuously wound around the outer circumference of the refrigerant tank and configured to generate a tensile force in a direction in which the pressing members are brought to come close to each other; and a tension adjustor configured to adjust the tensile force generated by the tensile member (22;22A), wherein the tensile member (22;22A) is a wire, characterized in that a plurality of pulleys (23A,23B) on which the wire is put are positioned at the outer circumference of the refrigerant tank at intervals in a circumferential direction of the refrigerant tank. an acceleration cavity in which a space to accelerate a charged particle beam in a superconductive state is formed; a refrigerant tank positioned at an outer circumference of the acceleration cavity and arranged so as to define a gap between the refrigerant tank and the acceleration cavity, wherein said acceleration cavity is accommodated in the refrigerant tank and the gap is for being filled with a refrigerant for cooling the acceleration cavity; a pair of pressing members provided to the outer circumference of the refrigerant tank so as to be respectively positioned at both side ends of the acceleration cavity in a direction of a beam axis of the charged particle beam or at both ends of the acceleration cavity in a direction perpendicular to the beam axis; a tensile member (22;22A) provided so as to be continuously wound around the outer circumference of the refrigerant tank and configured to generate a tensile force in a direction in which the pressing members are brought to come close to each other; and a tension adjustor configured to adjust the tensile force generated by the tensile member (22;22A), wherein the tensile member (22;22A) is a wire, characterized in that a plurality of pulleys (23A,23B) on which the wire is put are positioned at the outer circumference of the refrigerant tank at intervals in a circumferential direction of the refrigerant tank.
A method for operating an oven comprising an oven cavity wherein the cooking process is performed, a heater for heating the air in the oven cavity and operated with the on/off cycle during cooking for keeping the temperature constant in the oven cavity, a fan which is encircled by the heater and moves the heated air, a variable speed motor that drives the fan, an exhaust pipe which is located at the upper portion of the oven cavity and discharges the gases and water vapor generated during the cooking process to the outer environment, and an odor sensor which is located on the exhaust pipe and detects the intensity of the odor released from the cooking food and the walls of the oven cavity, depending on the amount of odor releasing gases in the air discharged to the outer environment by passing through the exhaust pipe, - characterized by the steps of switching the heater to the on position if the heater is in the off position when the odor intensity released during the cooking process and detected by the odor sensor exceeds a predetermined limit odor intensity stored in a memory of a control unit, and providing the fan to operate at a speed lower than the speed predetermined for the cooking process by decreasing the rotational speed of the motor. - characterized by the steps of switching the heater to the on position if the heater is in the off position when the odor intensity released during the cooking process and detected by the odor sensor exceeds a predetermined limit odor intensity stored in a memory of a control unit, and providing the fan to operate at a speed lower than the speed predetermined for the cooking process by decreasing the rotational speed of the motor.
A medicament comprising an antagonist of a Programmed Death 1 protein (PD-1) for use in combination with a 4-1BB agonist for treating cancer in an individual, wherein the PD-1 antagonist is an anti-PD-1 monoclonal antibody which comprises a heavy chain and a light chain, wherein the heavy and light chains comprise SEQ ID NO: 21 and SEQ ID NO: 22, respectively; and wherein the 4-1BB agonist is a 4-1BB agonist monoclonal antibody which comprises a heavy chain and a light chain, wherein the heavy and light chains comprise SEQ ID NO: 35 and SEQ ID NO: 36, respectively, wherein the cancer is selected from the group consisting of non-small cell lung cancer, renal cell cancer, head and neck cancer, thyroid cancer and small cell lung cancer.
Method for decryption of control words for a first and at least a second terminal mechanically and electronically independent from one another, in which: - the first and second terminal respectively transmit (140, 142) cryptograms CW* 1,t and CW* 2,t to the same control word server, - in response, the control word server decrypts the cryptograms CW* 1,t and CW* 2,t so as to obtain, respectively, control words CW 1,t and CW 2,t, the control words CW 1,t and CW 2,t respectively allowing the unscrambling of first and second multimedia contents simultaneously broadcast over, respectively, first and second channels, then - the control word server transmits the control words CW 1,t and CW 2,t, respectively, to the first and second terminal, characterized in that: - the control word server also transmits to the first terminal the control word CW 2,t obtained by decrypting the cryptogram CW* 2,t transmitted by the second terminal even before the first terminal changes unscrambled channel, switching from the first to the second channel, and - in response to the change of channel, the first terminal first checks (126; 178) whether the control word CW 2,t has already been transmitted in advance by the control word server even before the change of channel and, in the affirmative, the first terminal immediately begins to unscramble the multimedia content broadcast over this second channel with the control word CW 2,t transmitted in advance. - the first and second terminal respectively transmit (140, 142) cryptograms CW* 1,t and CW* 2,t to the same control word server, - in response, the control word server decrypts the cryptograms CW* 1,t and CW* 2,t so as to obtain, respectively, control words CW 1,t and CW 2,t, the control words CW 1,t and CW 2,t respectively allowing the unscrambling of first and second multimedia contents simultaneously broadcast over, respectively, first and second channels, then - the control word server transmits the control words CW 1,t and CW 2,t, respectively, to the first and second terminal, - the control word server also transmits to the first terminal the control word CW 2,t obtained by decrypting the cryptogram CW* 2,t transmitted by the second terminal even before the first terminal changes unscrambled channel, switching from the first to the second channel, and - in response to the change of channel, the first terminal first checks (126; 178) whether the control word CW 2,t has already been transmitted in advance by the control word server even before the change of channel and, in the affirmative, the first terminal immediately begins to unscramble the multimedia content broadcast over this second channel with the control word CW 2,t transmitted in advance.
A chassis for a roll container, the chassis comprising: - a first arm, - a second arm, and - a crossmember configured to connect the first arm to the second arm so as to form a chassis, wherein the crossmember is configured to be repeatedly attached to and detached from the first and second arm (121, 122), characterized in that the crossmember is formed to be less resistant to mechanical strain than the first and second arm (121, 122) - a first arm, - a second arm, and - a crossmember configured to connect the first arm to the second arm so as to form a chassis, wherein the crossmember is configured to be repeatedly attached to and detached from the first and second arm (121, 122),
A urine analysis device comprising a housing configured to be positioned entirely within a toilet, the housing having a front face for receiving a stream of urine directly from a user urinating on the toilet, a rear face opposite the front face, and a collection port, and wherein the housing contains a test assembly configured to perform an analysis on urine collected through the collection port, characterised in that the collection orifice is disposed on the front face or on the rear face, in that the collection orifice is located in a recess forming an inlet for urine towards the collection orifice, in that the recess comprises two lateral grooves extending from an edge of the housing towards a central part of the recess, the collection orifice being located in the central part. the housing having a front face for receiving a stream of urine directly from a user urinating on the toilet, a rear face opposite the front face, and a collection port, and wherein the housing contains a test assembly configured to perform an analysis on urine collected through the collection port, characterised in that the collection orifice is disposed on the front face or on the rear face, in that the collection orifice is located in a recess forming an inlet for urine towards the collection orifice, in that the recess comprises two lateral grooves extending from an edge of the housing towards a central part of the recess, the collection orifice being located in the central part.
A method for connecting a plurality of printed circuit boards to at least one frame or carrier element, comprising the steps of: - providing a plurality of printed circuit boards (1, 21) which are each designed to have at least one coupling element (4, 24) on at least one edge (2, 3, 22, 23), - providing at least one frame or carrier element for coupling to a plurality of printed circuit boards (1, 21) using coupling elements (6, 26) that in each case complement the at least one coupling element (4, 24) of the printed circuit boards (1, 21), and - coupling or connecting the printed circuit boards (1, 21) to the at least one frame or carrier element by fitting together the coupling elements (4, 24, 6, 26) of the printed circuit boards (1, 21) and the frame or carrier element(5, 25), wherein the at least one frame or carrier element (5, 25) only surrounds or encloses the printed circuit boards (1, 21) over a partial region of the periphery, characterized in that the at least one coupling element (4, 24) of the printed circuit board is formed by a coupling element (4, 24) having a tapering cross section and that the coupling or connection of the printed circuit boards (1, 21) with the at least one frame or carrier element (5, 25) takes place with a horizontal arrangement or positioning. - providing a plurality of printed circuit boards (1, 21) which are each designed to have at least one coupling element (4, 24) on at least one edge (2, 3, 22, 23), - providing at least one frame or carrier element for coupling to a plurality of printed circuit boards (1, 21) using coupling elements (6, 26) that in each case complement the at least one coupling element (4, 24) of the printed circuit boards (1, 21), and - coupling or connecting the printed circuit boards (1, 21) to the at least one frame or carrier element by fitting together the coupling elements (4, 24, 6, 26) of the printed circuit boards (1, 21) and the frame or carrier element(5, 25),
A wind turbine blade, said blade comprising: a suction side surface and a pressure side surface; a plurality of vortex elements configured on at least one of said suction side or said pressure side surfaces; and said vortex elements having an upwardly inclined wind face and a downwardly inclined slip face, said wind face and said slip face meeting at a generally open-ended U-shaped ridge that defines side horns, said side horns decreasing in height from a forward most portion of said ridge facing the direction of wind flow to said suction side surface or said pressure side surface, and wherein said vortex elements have a crescent sand dune shape with a convex wind face and a concave slip face, said U-shaped ridge comprising a continuously curved arc shape. a suction side surface and a pressure side surface; a plurality of vortex elements configured on at least one of said suction side or said pressure side surfaces; and said vortex elements having an upwardly inclined wind face and a downwardly inclined slip face, said wind face and said slip face meeting at a generally open-ended U-shaped ridge that defines side horns, said side horns decreasing in height from a forward most portion of said ridge facing the direction of wind flow to said suction side surface or said pressure side surface, and wherein said vortex elements have a crescent sand dune shape with a convex wind face and a concave slip face, said U-shaped ridge comprising a continuously curved arc shape.
A memory system comprising a plurality of memory modules, wherein each memory module comprises: a persistent memory to store root key information and encrypted primary data; and a control unit to provide load and store access to the primary data; wherein the memory system further comprises a working key recovery mechanism to: retrieve first root key information from a first memory module and second root key information from a second memory module; and compute the working key for a given memory module of the plurality of memory modules based on the retrieved first root key information and the retrieved second root key information; the memory system being characterized in that each memory module comprises a volatile memory to store a working key for encrypting data, wherein the encrypted primary data stored in the persistent memory is encrypted using the working key. a persistent memory to store root key information and encrypted primary data; and a control unit to provide load and store access to the primary data; wherein the memory system further comprises a working key recovery mechanism to: retrieve first root key information from a first memory module and second root key information from a second memory module; and compute the working key for a given memory module of the plurality of memory modules based on the retrieved first root key information and the retrieved second root key information; the memory system being characterized in that each memory module comprises a volatile memory to store a working key for encrypting data, wherein the encrypted primary data stored in the persistent memory is encrypted using the working key. retrieve first root key information from a first memory module and second root key information from a second memory module; and compute the working key for a given memory module of the plurality of memory modules based on the retrieved first root key information and the retrieved second root key information; the memory system being characterized in that each memory module comprises a volatile memory to store a working key for encrypting data, wherein the encrypted primary data stored in the persistent memory is encrypted using the working key.
A drum type washing machine comprising: - a cabinet; - a tub fixed within the cabinet to hold water therein; - a drum rotatably provided in the tub; - a rotating shaft transferring a rotational force of a motor to the drum; - a bearing housing assembly; - a gasket provided between the tub and the bearing housing assembly to prevent water inside the tub from leaking in to the cabinet, the gasket is flexible enough allow the bearing housing to move relatively to the tub; - a damper bracket coupled to the bearing housing assembly; and - a damper coupled to the damper bracket to reduce vibration of the drum; characterized in that the bearing housing assembly includes: - a hub to rotatably support the rotating shaft of the drum; - a support portion which radially extends from an outside circumference of the hub, and wherein a motor is attached to the support portion; - a coupling portion extended from the hub and protruding further than the support portion; - wherein the damper bracket is coupled to the coupling portion and extended in a radial direction with respect to the rotational shaft and wherein the damper bracket is inwardly bent so as to be connected with the damper under the tub. - a cabinet; - a tub fixed within the cabinet to hold water therein; - a drum rotatably provided in the tub; - a rotating shaft transferring a rotational force of a motor to the drum; - a bearing housing assembly; - a gasket provided between the tub and the bearing housing assembly to prevent water inside the tub from leaking in to the cabinet, the gasket is flexible enough allow the bearing housing to move relatively to the tub; - a damper bracket coupled to the bearing housing assembly; and - a damper coupled to the damper bracket to reduce vibration of the drum; - a hub to rotatably support the rotating shaft of the drum; - a support portion which radially extends from an outside circumference of the hub, and wherein a motor is attached to the support portion; - a coupling portion extended from the hub and protruding further than the support portion; - wherein the damper bracket is coupled to the coupling portion and extended in a radial direction with respect to the rotational shaft and wherein the damper bracket is inwardly bent so as to be connected with the damper under the tub.
Cutting contact for contacting an insulated wire through its insulation, the cutting contact comprising a plurality of blades which are arranged beside one another in a lateral direction and which protrude from a base in an extension direction which is perpendicular to the lateral direction, each blade having a slanted surface, the slanted surface extending from a free end of the blade towards the base and facing towards a passage for receiving the wire, the passage extending between the blades in the lateral direction, wherein the blades taper asymmetrically towards their respective free ends with respect to the extension direction, characterized in that the slanted surfaces of at least two blades face towards the passage from different sides of a central plane which is defined by the lateral direction and the extension direction.