mhurhangee/ep-ind-claims huggingface dataset:
A computer, comprising: an input device; an electronic computing unit; a display, which is designed to display a graphical user interface, wherein the user interface creates the impression for a user as if a first object were disposed spatially in front of a second object, wherein the input device comprises: a touch-sensitive surface, means for securing the surface, wherein the surface is assigned to a plane, characterised in that the securing means are designed to enable a displacement of the surface along an axis perpendicular to the assigned plane, and are designed so that the surface can assume a first position and, by displacement, a different, second position; and in that the input device also comprises a position sensor, which is designed to detect and output whether the surface is in the first or second position, and in that the electronic computing unit is designed to receive the position of the surface and to assign the first position of the surface to the first object and to assign the second position of the surface to the second object. an input device; an electronic computing unit; a display, which is designed to display a graphical user interface, wherein the user interface creates the impression for a user as if a first object were disposed spatially in front of a second object, wherein the input device comprises: a touch-sensitive surface, means for securing the surface, wherein the surface is assigned to a plane, characterised in that the securing means are designed to enable a displacement of the surface along an axis perpendicular to the assigned plane, and are designed so that the surface can assume a first position and, by displacement, a different, second position; and in that the input device also comprises a position sensor, which is designed to detect and output whether the surface is in the first or second position, and in that the electronic computing unit is designed to receive the position of the surface and to assign the first position of the surface to the first object and to assign the second position of the surface to the second object. a touch-sensitive surface, means for securing the surface, wherein the surface is assigned to a plane, characterised in that the securing means are designed to enable a displacement of the surface along an axis perpendicular to the assigned plane, and are designed so that the surface can assume a first position and, by displacement, a different, second position; and in that the input device also comprises a position sensor, which is designed to detect and output whether the surface is in the first or second position, and in that the electronic computing unit is designed to receive the position of the surface and to assign the first position of the surface to the first object and to assign the second position of the surface to the second object.
A device for guiding liquid, namely a drainage gutter, having a guiding section and at least one functional area arranged on the face at the end of the drainage gutter, wherein the guiding section is formed of concrete which has a binder and a filler having a first grain size K 1, and wherein the functional area is at least in part formed of a filled reaction resin, wherein the reaction resin has a filler having a second grain size K 2, wherein K 2 < K 1, and wherein a determination of the grain size has been made by means of a grindometer test following EN ISO 1524.
A system for controlling a crop unloading tube position of an agricultural harvester, the system comprising a frame and a crop unloading tube coupled to the frame, the crop unloading tube configured to discharge harvested crop from the agricultural harvester into a crop-receiving vehicle (20, 74), the system further comprising one or more actuators (110, 112, 114) configured to move the crop unloading tube relative to the frame, the system comprising a sensor configured to capture data indicative of a presence of the crop receiving vehicle (20, 74) within a crop unloading zone of the agricultural harvester; and a computing system communicatively coupled to the sensor, characterized in that the computing system is configured to: receive an input indicative of a characteristic of the crop receiving vehicle (20, 74); select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle (20, 74), determine when the crop receiving vehicle (20, 74) is present within the crop unloading zone based on the data captured by the sensor; and when it is determined that the crop receiving vehicle (20, 74) is present within the crop unloading zone, control an operation of the one or more actuators (110, 112, 114) such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position. a sensor configured to capture data indicative of a presence of the crop receiving vehicle (20, 74) within a crop unloading zone of the agricultural harvester; and a computing system communicatively coupled to the sensor, characterized in that the computing system is configured to: receive an input indicative of a characteristic of the crop receiving vehicle (20, 74); select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle (20, 74), determine when the crop receiving vehicle (20, 74) is present within the crop unloading zone based on the data captured by the sensor; and when it is determined that the crop receiving vehicle (20, 74) is present within the crop unloading zone, control an operation of the one or more actuators (110, 112, 114) such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position. receive an input indicative of a characteristic of the crop receiving vehicle (20, 74); select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle (20, 74), determine when the crop receiving vehicle (20, 74) is present within the crop unloading zone based on the data captured by the sensor; and when it is determined that the crop receiving vehicle (20, 74) is present within the crop unloading zone, control an operation of the one or more actuators (110, 112, 114) such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position.
An adhesive composition in the form of a liquid comprising: a) from about 1 % to about 90% (w/w) of a reactive prepolymer selected from a polyisocyanate-based prepolymer, an epoxy-based prepolymer, a latex-based prepolymer, and a latex prepolymer, or a combination thereof; and b) ground plant meal in an amount sufficient to disperse the reactive prepolymer in an aqueous medium to form a dispersion or emulsion that exhibits no phase separation by visual inspection for at least 5 minutes after mixing the reactive prepolymer with the ground plant meal, the ground plant meal being derived from corn, wheat, sunflower, cotton, rapeseed, canola, castor, soy, camelina, flax, jatropha, mallow, peanuts, algae, sugarcane bagasse, whey, or a combination thereof. a) from about 1 % to about 90% (w/w) of a reactive prepolymer selected from a polyisocyanate-based prepolymer, an epoxy-based prepolymer, a latex-based prepolymer, and a latex prepolymer, or a combination thereof; and b) ground plant meal in an amount sufficient to disperse the reactive prepolymer in an aqueous medium to form a dispersion or emulsion that exhibits no phase separation by visual inspection for at least 5 minutes after mixing the reactive prepolymer with the ground plant meal, the ground plant meal being derived from corn, wheat, sunflower, cotton, rapeseed, canola, castor, soy, camelina, flax, jatropha, mallow, peanuts, algae, sugarcane bagasse, whey, or a combination thereof.
A Serving GPRS Support Node, SGSN (102, 210) in a communication network (100, 200), wherein: the SGSN (102, 210) is arranged to be operatively connected to at least one cell phone (290, 390) via a wireless interface being operatively provided by an access network (101, 260, 360); and to a Gateway GPRS Support Node GGSN (104, 220) which is arranged to be operatively connected to the SGSN (102, 210) and to at least one external network (120, 250), so as to operatively provide a session between said cell phone (290, 390) and said external network (120, 250), characterized in that: the SGSN (102, 210) is arranged to operatively return an Update PDP Context Response message to the GGSN (104, 220) when receiving an Update PDP Context Request message from the GGSN (104, 220), or return a Delete PDP Context Response message to the GGSN (104, 220) when receiving a Delete PDP Context Request message from the GGSN (104, 220), which returned response message comprises information related to a geographical position of the cell phone (290, 390) associated with the session in question in the form of at least one of Mobile Station Time Zone or User Location Information. the SGSN (102, 210) is arranged to operatively return an Update PDP Context Response message to the GGSN (104, 220) when receiving an Update PDP Context Request message from the GGSN (104, 220), or return a Delete PDP Context Response message to the GGSN (104, 220) when receiving a Delete PDP Context Request message from the GGSN (104, 220), which returned response message comprises information related to a geographical position of the cell phone (290, 390) associated with the session in question in the form of at least one of Mobile Station Time Zone or User Location Information.
A Radio Frequency Identification, RFID, tag arrangement readable by an RFID tag reader for actuating a downhole tool located in a wellbore, the RFID tag arrangement comprising: a passive RFID tag encoded with a first payload and having a first coil and a first electrical power source, wherein the RFID tag arrangement is characterized by the passive RFID tag being deliverable downhole in the wellbore; and by further comprising a non-metallic housing having disposed therein the passive RFID tag, a second electrical power source, a pulsed oscillator circuit, and an energizer coil, wherein the second electrical power source powers the pulsed oscillator circuit to drive the energizer coil, wherein the driven energizer coil transmits a first stimulation signal to stimulate the passive RFID tag; and, wherein the first stimulation signal received by the first coil charges the first electrical power source of the passive RFID tag to thereby activate the passive RFID tag such that the passive RFID tag transmits the first payload in a transmission signal to be read external to the non-metallic housing of the RFID tag arrangement. a passive RFID tag encoded with a first payload and having a first coil and a first electrical power source, wherein the RFID tag arrangement is characterized by the passive RFID tag being deliverable downhole in the wellbore; and by further comprising a non-metallic housing having disposed therein the passive RFID tag, a second electrical power source, a pulsed oscillator circuit, and an energizer coil, wherein the second electrical power source powers the pulsed oscillator circuit to drive the energizer coil, wherein the driven energizer coil transmits a first stimulation signal to stimulate the passive RFID tag; and, wherein the first stimulation signal received by the first coil charges the first electrical power source of the passive RFID tag to thereby activate the passive RFID tag such that the passive RFID tag transmits the first payload in a transmission signal to be read external to the non-metallic housing of the RFID tag arrangement.
A method at a base station, BS, said method comprising: transmitting to a first user equipment, UE, a first downlink control indicator, DCI, allocating a first plurality of uplink transmissions on an unlicensed channel to the first UE, wherein the first DCI includes added bits to carry respective configurations for different uplink transmissions of the first plurality of uplink transmissions on the unlicensed channel, wherein the added bits include respective new data indicators and redundancy versions for the respective uplink transmissions of the first plurality of uplink transmissions on the unlicensed channel, wherein a number of bits of the first DCI is useable to identify a format of the first DCI from a second DCI format, wherein the first DCI indicates which subframes are scheduled by the first DCI.
A method of separating samples of different nucleic acid chain length, which comprises: a step of providing an anion-exchange column with nucleic acid chains bound thereto; and a step of eluting the anion-exchange column with an anion-exchange chromatography eluent comprising a guanidine salt of guanidine of formula and thereby separating the nucleic acid chains having different chain length a step of providing an anion-exchange column with nucleic acid chains bound thereto; and a step of eluting the anion-exchange column with an anion-exchange chromatography eluent comprising a guanidine salt of guanidine of formula and thereby separating the nucleic acid chains having different chain length
A method (100; 120; 150; 180) of damping torsional vibrations in a drive line including a clutch, the method comprising the step of controlling a clutch slip speed of the clutch, and an output shaft speed of the drive; characterized in that said controlling step includes maintaining a positive slope of a total torque of the drive line versus the clutch slip speed run in a graphical representation and wherein the maintaining the positive slope of the total torque of the drive line versus the clutch slip speed occurs at a slip speed of less than 30 rotations per minute, wherein the total torque including a sum of clutch torque added to a turbine torque.
System for detecting flaws in containers and/or in their contents, comprising: - a transport arrangement comprising a transport test path for transporting the containers, the transport test path being arc-shaped about an axis and defining a plane perpendicular to said axis for the movement of the outer surfaces of bases of said containers; - an x-ray source disposed on said axis; - a plurality of imaging x-ray detectors (4a-4f) arranged about said axis, each imaging x-ray detector (4a-4f) having a sensing surface; - a processing unit with inputs operationally connected to outputs (4a o -4f o) of said imaging x-ray detectors (4a-4f) and adapted to determine the presence or absence of one or more flaws in the containers and/or their contents and with an output (5 o) for a signal dependent on x-ray imaging by said detectors (4a-4f), characterised in that said system further comprises - a rejection mechanism operationally connected to the transport arrangement and with a control input (Ri) operationally connected with the output (5 o) of the processing unit and adapted to reject containers determined as having one or more flaws therein or in their contents, and in that said x-ray source and said imaging x-ray detectors (4a-4f) are situated on opposite sides of said plane, and said plane, x-ray source and sensing surfaces are mutually arranged such that a respective straight line which intersects said x-ray source and a respective sensing surface intersects said plane such that the distance along said line from said x-ray source to said plane is shorter than the distance along said line from said plane to said respective sensing surface. - a transport arrangement comprising a transport test path for transporting the containers, the transport test path being arc-shaped about an axis and defining a plane perpendicular to said axis for the movement of the outer surfaces of bases of said containers; - an x-ray source disposed on said axis; - a plurality of imaging x-ray detectors (4a-4f) arranged about said axis, each imaging x-ray detector (4a-4f) having a sensing surface; - a processing unit with inputs operationally connected to outputs (4a o -4f o) of said imaging x-ray detectors (4a-4f) and adapted to determine the presence or absence of one or more flaws in the containers and/or their contents and with an output (5 o) for a signal dependent on x-ray imaging by said detectors (4a-4f), - a rejection mechanism operationally connected to the transport arrangement and with a control input (Ri) operationally connected with the output (5 o) of the processing unit and adapted to reject containers determined as having one or more flaws therein or in their contents, and
A wireless power receiving apparatus for charging power wirelessly, comprising: a substrate; a soft magnetic layer which is laminated on the substrate; and a coil laminated on one side of the soft magnetic layer, wherein the soft magnetic layer includes a Fe based metal ribbon that is formed as crack patterns, wherein the crack patterns comprise: a first pattern and a plurality of second patterns disposed to be adjacent to the first pattern, wherein the number of the plurality of the second patterns is 3 to 8, characterized in that each of the first pattern and the plurality of second patterns includes at least 6 radiated lines that are radiated from a predetermined point, and an edge that surrounds the at least 6 radiated lines, wherein a part of the edge is cut off, and wherein the edge of the first pattern and the edge of each of the plurality of second patterns are spaced apart from each other. a substrate; a soft magnetic layer which is laminated on the substrate; and a coil laminated on one side of the soft magnetic layer, wherein the soft magnetic layer includes a Fe based metal ribbon that is formed as crack patterns, wherein the crack patterns comprise: a first pattern and a plurality of second patterns disposed to be adjacent to the first pattern, wherein the number of the plurality of the second patterns is 3 to 8, characterized in that each of the first pattern and the plurality of second patterns includes at least 6 radiated lines that are radiated from a predetermined point, and an edge that surrounds the at least 6 radiated lines, wherein a part of the edge is cut off, and wherein the edge of the first pattern and the edge of each of the plurality of second patterns are spaced apart from each other. a first pattern and a plurality of second patterns disposed to be adjacent to the first pattern, wherein the number of the plurality of the second patterns is 3 to 8, characterized in that each of the first pattern and the plurality of second patterns includes at least 6 radiated lines that are radiated from a predetermined point, and an edge that surrounds the at least 6 radiated lines, wherein a part of the edge is cut off, and wherein the edge of the first pattern and the edge of each of the plurality of second patterns are spaced apart from each other.
An antistatic sheet-like product used as a working sheet to be laid on a floor when placing an electric component on the floor to work thereon, the antistatic sheet-like product comprising: a non-woven fabric sheet; an entire surface printed layer implemented to the whole of an upper surface of the non-woven fabric sheet; and an electrically-conductive paint layer applied to an upper surface of the entire surface printed layer; characterized in that the antistatic sheet-like product comprises: a polyethylene sheet or a polypropylene sheet laminated on a bottom surface of the non-woven fabric sheet; and an antistatic polyethylene sheet layer laminated on a bottom surface of the polyethylene sheet or the polypropylene sheet laminated on the bottom surface of the non-woven fabric sheet, so that an antistatic effect is obtained also from a bottom surface for contacting the floor. a non-woven fabric sheet; an entire surface printed layer implemented to the whole of an upper surface of the non-woven fabric sheet; and an electrically-conductive paint layer applied to an upper surface of the entire surface printed layer; characterized in that the antistatic sheet-like product comprises: a polyethylene sheet or a polypropylene sheet laminated on a bottom surface of the non-woven fabric sheet; and an antistatic polyethylene sheet layer laminated on a bottom surface of the polyethylene sheet or the polypropylene sheet laminated on the bottom surface of the non-woven fabric sheet, so that an antistatic effect is obtained also from a bottom surface for contacting the floor. a polyethylene sheet or a polypropylene sheet laminated on a bottom surface of the non-woven fabric sheet; and an antistatic polyethylene sheet layer laminated on a bottom surface of the polyethylene sheet or the polypropylene sheet laminated on the bottom surface of the non-woven fabric sheet, so that an antistatic effect is obtained also from a bottom surface for contacting the floor.
A device for the excitation on the ground of a landing gear of an aircraft, said gear comprising a strut disposed vertically during said excitation, an axle disposed orthogonally with respect to said strut and at least one wheel mounted freely rotatable about said axle, said device comprising: - an oblong bracing foot, of vertical axis (Z-Z), able to hold said wheel raised with respect to the ground and comprising a lower part and an upper part connected together by a revolving linkage permitting free rotation, about the axis (Z-Z) of said bracing foot, of the upper part of said foot with respect to the lower part, said upper part being able to be applied to the lower end of said strut; - support means on which said oblong foot is mounted; - and means for setting said gear into vibration, characterized in that said support means are movable in a horizontal displacement plane, and in that said means for setting into vibration comprise means for driving said raised wheel in rotation about the axis of said axle. - an oblong bracing foot, of vertical axis (Z-Z), able to hold said wheel raised with respect to the ground and comprising a lower part and an upper part connected together by a revolving linkage permitting free rotation, about the axis (Z-Z) of said bracing foot, of the upper part of said foot with respect to the lower part, said upper part being able to be applied to the lower end of said strut; - support means on which said oblong foot is mounted; - and means for setting said gear into vibration,
A process for preparing a feedstuff for ruminants, comprising: suspending a lignocellulosic material as a raw material in a liquid to give a pulp; subjecting the resulting pulp to solid-liquid separation in a pressure type solid-liquid separator; pelletizing the pulp subjected to solid-liquid separation and preparing a feedstuff containing the pelletized pulp; wherein the lignocellulosic material is derived from a wood resource and the pulp is a kraft pulp.
A sliding member comprising: a sliding surface against which an outer surface of a cam abuts; and a groove having a spiral shape or a plurality of grooves having an annular shape, which are provided on the sliding surface, characterized in that the sliding surface comprises a central region having a circular shape and including a center of the sliding surface, and a first annular region located outside the central region, and a ratio R C of a width L2 of the groove to a pitch L1 of the groove in the central region is larger than a ratio R O1 of the width L2 of the groove to the pitch L1 of the groove in the first annular region. a sliding surface against which an outer surface of a cam abuts; and a groove having a spiral shape or a plurality of grooves having an annular shape, which are provided on the sliding surface, characterized in that the sliding surface comprises a central region having a circular shape and including a center of the sliding surface, and a first annular region located outside the central region, and a ratio R C of a width L2 of the groove to a pitch L1 of the groove in the central region is larger than a ratio R O1 of the width L2 of the groove to the pitch L1 of the groove in the first annular region.