mhurhangee/patent-ind-claim-en huggingface dataset:
A game controlling apparatus comprising: a game controlling unit configured to control a game; a game player instruction receiving unit configured to receive an instruction from a game player and forward the instruction to the game controlling unit; a watching point setting unit configured to set a viewpoint for generating a watching screen for viewing the game, the watching screen being offered to a plurality of watching players different from the game player; and a watching player instruction aggregating unit configured to aggregate action execution instructions from a plurality of watching players in accordance with a predetermined algorithm, and transmits to the game controlling unit the aggregated instructions in the form of an action execution instruction representing all watching players, wherein the watching point setting unit is configured to set the viewpoint on an object in the game, wherein the watching point setting unit is configured to delete the viewpoint in accordance with the disappearance of the object and to force the watching players who were watching the game from the deleted viewpoint to change the viewpoint from the deleted viewpoint to another viewpoint, wherein the game controlling unit is configured to execute the action in accordance with the action execution instructions transmitted from the watching player instruction aggregating unit. a game controlling unit configured to control a game; a game player instruction receiving unit configured to receive an instruction from a game player and forward the instruction to the game controlling unit; a watching point setting unit configured to set a viewpoint for generating a watching screen for viewing the game, the watching screen being offered to a plurality of watching players different from the game player; and a watching player instruction aggregating unit configured to aggregate action execution instructions from a plurality of watching players in accordance with a predetermined algorithm, and transmits to the game controlling unit the aggregated instructions in the form of an action execution instruction representing all watching players, wherein the watching point setting unit is configured to set the viewpoint on an object in the game, wherein the watching point setting unit is configured to delete the viewpoint in accordance with the disappearance of the object and to force the watching players who were watching the game from the deleted viewpoint to change the viewpoint from the deleted viewpoint to another viewpoint, wherein the game controlling unit is configured to execute the action in accordance with the action execution instructions transmitted from the watching player instruction aggregating unit.
An apparatus for a network entity, said apparatus comprising means adapted to: transmit a semi-persistent scheduling configuration to a user equipment; receive a resource allocation request from the user equipment; transmit a semi-persistent scheduling allocation to the user equipment; and transmit a dynamic resource allocation with an override indicator to the user equipment, wherein the override indicator indicates whether the user equipment should override the semi-persistent scheduling allocation with the dynamic resource allocation. transmit a semi-persistent scheduling configuration to a user equipment; receive a resource allocation request from the user equipment; transmit a semi-persistent scheduling allocation to the user equipment; and transmit a dynamic resource allocation with an override indicator to the user equipment,
Control device for electric locking devices of a door, preferably door openers and/or door locks and/or door tumblers , wherein the control device is loopable into a power supply line of such an electronic locking device or connectable to a power supply line or control line of the electric locking device of the door and comprises at least the following electronic components: - at least one analog and/or digital input for connecting a sensor or switch, and - at least one analog output and/or digital output for controlling a display or an input of a further circuit or an interface, - at least one analog power output and/or digital power output for controlling an actuator or an electromagnet or a motor, - a programmable computing core , preferably a processor, and - an electronically writable memory, characterized in that, that the electronic components are all integrated in a single integrated module and the at least one analog power output and/or the at least one digital power output directly controls and/or switches and/or drives the actuator or motor or electromagnet. wherein the control device is loopable into a power supply line of such an electronic locking device or connectable to a power supply line or control line of the electric locking device of the door and comprises at least the following electronic components: - at least one analog and/or digital input for connecting a sensor or switch, and - at least one analog output and/or digital output for controlling a display or an input of a further circuit or an interface, - at least one analog power output and/or digital power output for controlling an actuator or an electromagnet or a motor, - a programmable computing core , preferably a processor, and - an electronically writable memory, - at least one analog and/or digital input for connecting a sensor or switch, and - at least one analog output and/or digital output for controlling a display or an input of a further circuit or an interface, - at least one analog power output and/or digital power output for controlling an actuator or an electromagnet or a motor, - a programmable computing core , preferably a processor, and - an electronically writable memory, characterized in that, that the electronic components are all integrated in a single integrated module and the at least one analog power output and/or the at least one digital power output directly controls and/or switches and/or drives the actuator or motor or electromagnet.
A tire with a tread portion having a groove, wherein the cap rubber layer forming the tread portion contains 40 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) having a styrene content of 25% by mass or less in 100 parts by mass of its rubber component, and 60 parts by mass or more of a filler with respect to 100 parts by mass of the rubber component, and is formed from a rubber composition having a loss tangent 10°Ctan δ measured under the conditions of temperature of 10°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1 % and in deformation mode; tensile of less than 0.28, and a glass transition temperature Tg (°C) of -40°C or lower; and the glass transition temperature Tg (°C) and the depth G(mm) of the groove satisfy the following (formula 1) Tg ≦ − 0.5 × G − 35 characterized in that the filler comprises silica and carbon black in a combination, wherein the carbon black is present in an amount of 50 parts by mass or less with respect to 100 parts by mass of the rubber component. the cap rubber layer forming the tread portion contains 40 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) having a styrene content of 25% by mass or less in 100 parts by mass of its rubber component, and 60 parts by mass or more of a filler with respect to 100 parts by mass of the rubber component, and is formed from a rubber composition having a loss tangent 10°Ctan δ measured under the conditions of temperature of 10°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1 % and in deformation mode; tensile of less than 0.28, and a glass transition temperature Tg (°C) of -40°C or lower; and the glass transition temperature Tg (°C) and the depth G(mm) of the groove satisfy the following (formula 1) Tg ≦ − 0.5 × G − 35 characterized in that the filler comprises silica and carbon black in a combination, wherein the carbon black is present in an amount of 50 parts by mass or less with respect to 100 parts by mass of the rubber component.
An actuation assembly for a magnetically-triggered proximity switch , comprising: an actuator shaft including a first segment and a second segment , the first segment intersecting the second segment , the first segment defining a first end of the actuator shaft , the second segment defining a second end of the actuator shaft opposite the first end and further defining a slot ; a detector magnet assembly coupled to the first segment of the actuator shaft adjacent the first end of the first segment , the detector magnet assembly adapted to detect the proximity of a target; and a switch arm coupled to the second segment of the actuator shaft , the switch arm including a first end , a second end opposite the first end of the switch arm , and a portion located between the first and second ends of the switch arm , the portion being positioned in the slot of the actuator shaft ; characterized in that the first segment includes a mechanical stop and extends through the detector magnet assembly , said mechanical stop including one or more protrusions configured to prevent the detector magnet assembly from moving past the mechanical stop ; and the detector magnet assembly abuts against the protrusions of the mechanical stop to move the actuator shaft to place the switch arm in a first switch position when the target is beyond a specified range and to place the switch arm in a second switch position when the target is within the specified range. an actuator shaft including a first segment and a second segment , the first segment intersecting the second segment , the first segment defining a first end of the actuator shaft , the second segment defining a second end of the actuator shaft opposite the first end and further defining a slot ; a detector magnet assembly coupled to the first segment of the actuator shaft adjacent the first end of the first segment , the detector magnet assembly adapted to detect the proximity of a target; and a switch arm coupled to the second segment of the actuator shaft , the switch arm including a first end , a second end opposite the first end of the switch arm , and a portion located between the first and second ends of the switch arm , the portion being positioned in the slot of the actuator shaft ; characterized in that the first segment includes a mechanical stop and extends through the detector magnet assembly , said mechanical stop including one or more protrusions configured to prevent the detector magnet assembly from moving past the mechanical stop ; and the detector magnet assembly abuts against the protrusions of the mechanical stop to move the actuator shaft to place the switch arm in a first switch position when the target is beyond a specified range and to place the switch arm in a second switch position when the target is within the specified range.
A user-adjustable external cardiac pacemaker comprising a first input interface configured to receive a signal representation of a cardiac event having a pulse amplitude; a first output interface configured to output one or more stimuli generated by the cardiac pacemaker ; and a second output interface configured to output adjustment information indicative of a user adjustment to at least one of i) an apparatus for controlling operation of the pacemaker in a training mode and ii) an ECG generator or a dedicated training sub-system. a first input interface configured to receive a signal representation of a cardiac event having a pulse amplitude; a first output interface configured to output one or more stimuli generated by the cardiac pacemaker ; and a second output interface configured to output adjustment information indicative of a user adjustment to at least one of i) an apparatus for controlling operation of the pacemaker in a training mode and ii) an ECG generator or a dedicated training sub-system. i) an apparatus for controlling operation of the pacemaker in a training mode and ii) an ECG generator or a dedicated training sub-system.
Lighting module for a vehicle, comprising: - a light source for generating a light beam , - a light-converting device for converting the laser beam into a beam of converted light , - a safety system for monitoring the beam of converted light , the safety system comprising a detecting device placed so as to receive the beam of converted light directly, the detecting device being capable of measuring variations in at least two parameters associated with the beam of converted light and of delivering at least two distinctive information items (A, B) corresponding to the two parameters of the beam of converted light characterized in that a first parameter is an intensity of the beam of converted light for a first wavelength spectrum of the beam of converted light , and a second parameter is an intensity of the beam of converted light for a second wavelength spectrum of the beam of converted light , said second wavelength spectrum being different from the first wavelength spectrum. - a light source for generating a light beam , - a light-converting device for converting the laser beam into a beam of converted light , - a safety system for monitoring the beam of converted light , the safety system comprising a detecting device placed so as to receive the beam of converted light directly,
A wrenching mechanism comprising: a housing with a multiple of rectilinear openings ; a multiple of rectilinear fastener plates each with a nut-shaped opening , each of said multiple of rectilinear fastener plates located within one of said multiple of rectilinear openings ; and a fastener mounted at least partially through said nut-shaped opening of each of said multiple of rectilinear fastener plates ; characterised by further comprising: a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet , said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings. a housing with a multiple of rectilinear openings ; a multiple of rectilinear fastener plates each with a nut-shaped opening , each of said multiple of rectilinear fastener plates located within one of said multiple of rectilinear openings ; and a fastener mounted at least partially through said nut-shaped opening of each of said multiple of rectilinear fastener plates ; characterised by further comprising: a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet , said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings. a first face sheet and a second face sheet mounted to said housing to trap each of said multiple of rectilinear fastener plates therebetween; and a multiple of housing lightening openings through said housing and a multiple of first sheet lightening openings through said first face sheet , said multiple of housing lightening openings aligned with said multiple of first sheet lightening openings.
A method for stabilising biogenic polyamines spermidine, putrescine and cadaverine in soil, organic soil conditioners or fertiliser compositions, characterised by incorporating in the soil, organic soil conditioners or fertiliser compositions an aqueous solution of at least one of said polyamines together with galactomannans.
A method for controlling at least one industrial truck, comprising the steps of - Determining the position of the industrial truck within a previously known path to be driven by the industrial truck , - Identifying an impending driving situation depending on the position of the industrial truck and depending on a driving task to be carried out by the industrial truck , wherein the driving task is transmitted to the industrial truck by a superordinate control apparatus and saved in a vehicle controller, - Setting a protective field monitored by the industrial truck on the basis of the impending driving situation even before the industrial truck reaches the driving situation. - Determining the position of the industrial truck within a previously known path to be driven by the industrial truck , - Identifying an impending driving situation depending on the position of the industrial truck and depending on a driving task to be carried out by the industrial truck , wherein the driving task is transmitted to the industrial truck by a superordinate control apparatus and saved in a vehicle controller, - Setting a protective field monitored by the industrial truck on the basis of the impending driving situation even before the industrial truck reaches the driving situation.
An apparatus , comprising: an optical system, wherein the optical system defines a focal surface having a curved shape; a flexible printed circuit board ; a plurality of photodetectors mounted on the flexible printed circuit board; and a clamp comprising at least a first clamping piece and a second clamping piece , wherein the first clamping piece has a convex surface that corresponds to the curved shape of the focal surface, wherein the second clamping piece has a concave surface that corresponds to the curved shape of the focal surface, wherein the first and second clamping pieces are secured together with bolts so as to hold the flexible printed circuit board between the first and second clamping pieces and wherein the flexible printed circuit board conforms to the convex surface of the first clamping piece and the concave surface of the second clamping piece such that the flexible printed circuit board substantially conforms to the curved shape of the focal surface and each of the photodetectors in the plurality of photodetectors is at a respective location on the focal surface, wherein each photodetector in the plurality of photodetectors is electrically connected to at least one respective conductive trace in the flexible printed circuit board between the first clamping piece and the second clamping piece. an optical system, wherein the optical system defines a focal surface having a curved shape; a flexible printed circuit board ; a plurality of photodetectors mounted on the flexible printed circuit board; and a clamp comprising at least a first clamping piece and a second clamping piece , wherein the first clamping piece has a convex surface that corresponds to the curved shape of the focal surface, wherein the second clamping piece has a concave surface that corresponds to the curved shape of the focal surface, wherein the first and second clamping pieces are secured together with bolts so as to hold the flexible printed circuit board between the first and second clamping pieces and wherein the flexible printed circuit board conforms to the convex surface of the first clamping piece and the concave surface of the second clamping piece such that the flexible printed circuit board substantially conforms to the curved shape of the focal surface and each of the photodetectors in the plurality of photodetectors is at a respective location on the focal surface, wherein each photodetector in the plurality of photodetectors is electrically connected to at least one respective conductive trace in the flexible printed circuit board between the first clamping piece and the second clamping piece.
Method for identifying faults on a section of track in an automatic rail traffic system with an operation centre and trains operated without drivers, by means of an inspection facility in at least one further train , to which a measurement unit belongs which is attached to the outside of the further train and carries out a measurement and ascertains a measurement result, wherein used as the at least one further train is an inspection train operated without a driver with an onboard train operation facility with an automatic travel operation unit and an automatic train protection unit, of which the vehicle movements, which are directly related to the measurement, are modified as a function of the measurement result, and a communication connection between the automatic train protection unit and the inspection facility is operated via an interface , wherein activation signals for the inspection facility , status signals and location and speed signals are exchanged via the communication connection and wherein the operation centre , in the event of an identified fault on the section of track, uses commands to send the inspection train to the position of the identified fault once again and prompts a new measurement. wherein used as the at least one further train is an inspection train operated without a driver with an onboard train operation facility with an automatic travel operation unit and an automatic train protection unit, of which the vehicle movements, which are directly related to the measurement, are modified as a function of the measurement result, and a communication connection between the automatic train protection unit and the inspection facility is operated via an interface , wherein activation signals for the inspection facility , status signals and location and speed signals are exchanged via the communication connection and wherein the operation centre , in the event of an identified fault on the section of track, uses commands to send the inspection train to the position of the identified fault once again and prompts a new measurement.
- An exhaust hood which is suitable for being positioned above cooking devices , comprising a body ; an exhaust duct ; a fan which enables the air to be sucked and discharged to the outer environment; a guiding plate which is mounted to the lower surface of the body ; one or more than one temperature sensor which measures the temperature of the air rising from the cooking device by heating up; and an air suction duct which is arranged at the lower surface of the body , which extends along at least one edge of the guiding plate and to which the guiding plate guides the air, characterized by - the temperature sensor which extends from the body into the air suction duct so as to be positioned in the flow path of the sucked air in the air suction duct . - the temperature sensor which extends from the body into the air suction duct so as to be positioned in the flow path of the sucked air in the air suction duct .
A method for producing an ethanol aqueous solution having an aroma of a biological raw material, comprising the steps of: subjecting a mixture of the biological raw material, first ethanol and first water to distillation, and adding second ethanol and second water to the mixture during the distillation, wherein after said addition, the ethanol concentration of the liquid distillate of the distillation at the time of its production is from 10 to 50%, and wherein the addition of the second ethanol and the second water is initiated after the ethanol concentration of the liquid distillate has dropped to the range from 10 to 50%. subjecting a mixture of the biological raw material, first ethanol and first water to distillation, and adding second ethanol and second water to the mixture during the distillation, wherein after said addition, the ethanol concentration of the liquid distillate of the distillation at the time of its production is from 10 to 50%, and wherein the addition of the second ethanol and the second water is initiated after the ethanol concentration of the liquid distillate has dropped to the range from 10 to 50%.