mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a foam composite element, comprising the steps of: A) preparing an outer layer; B) applying an adhesion promoter layer to the outer layer, where the adhesion promoter layer comprises a urethane-modified isocyanate which can be obtained from the reaction of monomeric and/or polymeric isocyanates with polymer polyols; and C) applying a foam layer comprising polyurethane and/or comprising polyisocyanurate to the adhesion promoter layer; where, on application, the urethane-modified isocyanate in the adhesion promoter layer has from ≥ 10% to ≤ 25% content of free isocyanate groups. A) preparing an outer layer; B) applying an adhesion promoter layer to the outer layer, where the adhesion promoter layer comprises a urethane-modified isocyanate which can be obtained from the reaction of monomeric and/or polymeric isocyanates with polymer polyols; and C) applying a foam layer comprising polyurethane and/or comprising polyisocyanurate to the adhesion promoter layer; where, on application, the urethane-modified isocyanate in the adhesion promoter layer has from ≥ 10% to ≤ 25% content of free isocyanate groups.
An information processing apparatus comprising: a walking section specification unit configured to specify a walking section in which a subject walks from sensor information (210, 310) indicating a motion of the subject; a load section extraction unit configured to: calculate, from the sensor information (210, 310), an elapsed time from the start of the walking of the subject, an increase in the pulse rate of the subject, an accumulation of a number of times of wobble of the subject, and a walking distance of the subject as values of items; compare each of the values of items with respective thresholds; and extract a time point when at least one of the values of items is equal to or greater than the respective threshold as a start time of a load section in which a physical load is applied to the subject; a feature amount calculation unit configured to calculate (S708, S709) a feature amount indicating the motion of the subject in the load section; and an estimation unit configured to estimate a physical state of the subject based on the feature amount. a walking section specification unit configured to specify a walking section in which a subject walks from sensor information (210, 310) indicating a motion of the subject; a load section extraction unit configured to: calculate, from the sensor information (210, 310), an elapsed time from the start of the walking of the subject, an increase in the pulse rate of the subject, an accumulation of a number of times of wobble of the subject, and a walking distance of the subject as values of items; compare each of the values of items with respective thresholds; and extract a time point when at least one of the values of items is equal to or greater than the respective threshold as a start time of a load section in which a physical load is applied to the subject; calculate, from the sensor information (210, 310), an elapsed time from the start of the walking of the subject, an increase in the pulse rate of the subject, an accumulation of a number of times of wobble of the subject, and a walking distance of the subject as values of items; compare each of the values of items with respective thresholds; and extract a time point when at least one of the values of items is equal to or greater than the respective threshold as a start time of a load section in which a physical load is applied to the subject; a feature amount calculation unit configured to calculate (S708, S709) a feature amount indicating the motion of the subject in the load section; and an estimation unit configured to estimate a physical state of the subject based on the feature amount.
Frame section for producing a backlit false wall, having a section body of tubular shape comprising - a peripheral wall, - a first and a second longitudinal cavity (3, 4) that each have an opening onto the peripheral wall, said first cavity comprising means for attaching at least one canvas, said second cavity accommodating lighting means, the first cavity and second cavity (3, 4) opening onto the peripheral wall in a direction opposite one another, characterized in that the second cavity comprises an end wall bordered by two divergent cavity walls (42, 43) delimiting the opening of the second cavity and in that the peripheral wall has two lateral faces (20, 21), a flat upper face and a flat lower face, the opening of the second cavity opening onto one of the lateral faces and being delimited by said upper face and lower face (22, 23). - a peripheral wall, - a first and a second longitudinal cavity (3, 4) that each have an opening onto the peripheral wall, said first cavity comprising means for attaching at least one canvas, said second cavity accommodating lighting means,
A motor control unit comprising: target value setting means configured to set a target value (It) of current that is passed through a motor; voltage detecting means configured to detect an inter-terminal voltage (Vt) of the motor as a detected voltage value (Vd); voltage calculation means configured to calculate an estimated voltage value (Ve) as an inter-terminal voltage (Vt) of the motor based on a power supply voltage (Vps) of a power supply source for the motor; and induced voltage calculation means configured to calculate an induced voltage generated at the motor using a voltage value based on the estimated voltage value (Ve) calculated by the voltage calculation means when the target value (It) of current is set to a value other than zero by the target value setting means, and configured to calculate the induced voltage generated at the motor using a voltage value based on the detected voltage value (Vd) detected by the voltage detecting means when the target value (It) of current is set to zero. target value setting means configured to set a target value (It) of current that is passed through a motor; voltage detecting means configured to detect an inter-terminal voltage (Vt) of the motor as a detected voltage value (Vd); voltage calculation means configured to calculate an estimated voltage value (Ve) as an inter-terminal voltage (Vt) of the motor based on a power supply voltage (Vps) of a power supply source for the motor; and induced voltage calculation means configured to calculate an induced voltage generated at the motor using a voltage value based on the estimated voltage value (Ve) calculated by the voltage calculation means when the target value (It) of current is set to a value other than zero by the target value setting means, and configured to calculate the induced voltage generated at the motor using a voltage value based on the detected voltage value (Vd) detected by the voltage detecting means when the target value (It) of current is set to zero.
A method for determining whether a configuration of an optical transmission interface of a first device has to be adjusted for transmitting optical signals to a second device, wherein a monitoring device performs: - monitoring an evolution of a difference level between codewords received by the second device via said optical signals and corresponding codewords transmitted by the first device; characterized in that the first device transmits the optical signals to the second device via an optical band-pass filter, the second device has an optical reception interface configured to enable receiving optical signals output by said optical band-pass filter and transmitted by the first device on a carrier wavelength when said carrier wavelength is comprised in the passband of the optical band-pass filter, said carrier wavelength and/or said passband of the optical band-pass filter being a priori unknown, and in that a monitoring device performs: - determining whether the configuration of the optical transmission interface of the first device has to be adjusted regarding said carrier wavelength so as to match the passband of the optical band-pass filter, on the basis of said monitoring. - monitoring an evolution of a difference level between codewords received by the second device via said optical signals and corresponding codewords transmitted by the first device; - determining whether the configuration of the optical transmission interface of the first device has to be adjusted regarding said carrier wavelength so as to match the passband of the optical band-pass filter, on the basis of said monitoring.
Method for recovering heat from humid waste air arising in a drying process, wherein the heat is coupled as low-temperature heat into a thermodynamic cycle designed as an absorption heat pump, is raised to a higher temperature level there and is decoupled at the high temperature level as useful heat, and wherein at the same time at least one part of the moisture contained in the waste air is condensed, characterised in that before coupling the low-temperature heat into the thermodynamic cycle, firstly low-temperature heat is coupled into the useful heat cycle via a heat exchanger connected to a useful heat cycle, and in that the heat coupling in of the low-temperature heat takes place in the evaporator of the absorption heat pump and the heat decoupling into the useful heat cycle firstly takes place in the absorber of the absorption heat pump and subsequently in the condenser of the absorption heat pump.
Portable power tool, in particular hammer drill driver, having a transmission arrangement (14a; 14b), a hammer percussion mechanism (16a; 16b) and a tool spindle (18a; 18b), wherein the hammer percussion mechanism (16a; 16b) has a linearly moved striker (68a; 68b) with a linear percussive pulse direction, which at least partially encloses the tool spindle (18a; 18b) in at least one plane, and the hammer percussion mechanism (16a; 16b) has a releasable clutch device (148a; 148b) that is intended to transmit a rotary movement and to be closed by a force transmitted via the tool spindle (18a; 18b), wherein the clutch device (148a; 148b) connects a percussion mechanism shaft of the hammer percussion mechanism (16a; 16b) and at least a part of the transmission arrangement (14a; 14b) for conjoint rotation in at least one operating state, characterized in that the percussion mechanism shaft (54a; 54b) of the hammer percussion mechanism (16a; 16b) encloses at least one region of the tool spindle (18a; 18b).
A batch furnace for annealing product with an furnace housing, which comprises a lockable loading opening, an accommodating space for furnace product and a device for convective heat transfer to the furnace product via a heat transfer medium, wherein the device for convective heat transfer comprises at least one heating device and at least one fan, which is arranged in the furnace housing, wherein the accommodating space is arranged on the suction side of the fan and at least one nozzle array is arranged on the pressure side of the fan, wherein the nozzle array comprises a central opening, which forms a suction channel of the fan, characterized in that the nozzle array radially projects over the fan so that a pressure channel is formed, and the nozzle array comprises nozzles, via which the pressure side of the fan and the pressure channel are fluidically connected to the accommodating space in order to directly apply heat transfer medium to the furnace product in the accommodating space for the purpose of heat transfer.
Hydraulic connector for a system for wiping a windscreen of a vehicle, comprising at least one screenwash liquid circulation duct of which one end is configured to be inserted in a direction, called the axial direction, into a bore of another element of the said system, characterized in that the said end comprises axial bearing and clamping means (61, 61') configured to cooperate with a seal intended to be mounted in the said bore.
A system for actuating one or more engine valves in an internal combustion engine to produce an engine valve event, said system comprising: motion imparting means; a rocker arm pivotally mounted on a shaft and adapted to rotate between a first position and a second position, said rocker arm is adapted to selectively receive motion from said motion imparting means; a valve bridge disposed between said rocker arm and the one or more engine valves; and a lost motion system disposed in said valve bridge, wherein said lost motion system comprises a first piston slidably disposed in said valve bridge, characterized in that a spring biases said rocker arm into the first position and the first piston is configured to selectively cause said rocker arm to rotate from the first position to the second position, wherein in the first position a lash exists between the motion imparting means and the rocker arm, so that the motion imparting means does not contact the rocker arm, and in the second position the rocker arm is in contact with the motion imparting means. motion imparting means; a rocker arm pivotally mounted on a shaft and adapted to rotate between a first position and a second position, said rocker arm is adapted to selectively receive motion from said motion imparting means; a valve bridge disposed between said rocker arm and the one or more engine valves; and a lost motion system disposed in said valve bridge, wherein said lost motion system comprises a first piston slidably disposed in said valve bridge, characterized in that a spring biases said rocker arm into the first position and the first piston is configured to selectively cause said rocker arm to rotate from the first position to the second position, wherein in the first position a lash exists between the motion imparting means and the rocker arm, so that the motion imparting means does not contact the rocker arm, and in the second position the rocker arm is in contact with the motion imparting means.
A method of generating a clock signal to be supplied to electronic circuitry (101, 201), the method comprising: Generating, based on which one of a plurality of application use cases capable of being carried out by the electronic circuitry (101, 201) is presently active, a first signal having two states that indicates a first selected one of two clock signal operating points, wherein each clock signal operating point is associated with a clock signal frequency; Generating, based on a present speed requirement of the electronic circuitry (101, 201), a second signal having two states that indicates a second selected one of the two clock signal operating points; Generating, based on the first and second signals, a third signal that indicates which of the two clock signal operating points should be active, wherein the clock signal operating point indicated by the third signal is whichever one of the clock signal operating points indicated by the first and second signals is associated with a higher clock signal frequency; and using the third signal to control generation of a clock signal having the operating point indicated by the third signal, wherein for any given one of the application use cases, the present speed requirement need not remain constant for the duration of the given one of the application use cases, and generating the third signal that indicates which of the two clock signal operating points should be active comprises performing a logical OR between the first signal and the second signal. Generating, based on which one of a plurality of application use cases capable of being carried out by the electronic circuitry (101, 201) is presently active, a first signal having two states that indicates a first selected one of two clock signal operating points, wherein each clock signal operating point is associated with a clock signal frequency; Generating, based on a present speed requirement of the electronic circuitry (101, 201), a second signal having two states that indicates a second selected one of the two clock signal operating points; Generating, based on the first and second signals, a third signal that indicates which of the two clock signal operating points should be active, wherein the clock signal operating point indicated by the third signal is whichever one of the clock signal operating points indicated by the first and second signals is associated with a higher clock signal frequency; and using the third signal to control generation of a clock signal having the operating point indicated by the third signal, wherein for any given one of the application use cases, the present speed requirement need not remain constant for the duration of the given one of the application use cases, and generating the third signal that indicates which of the two clock signal operating points should be active comprises performing a logical OR between the first signal and the second signal.
A surgical stapler end effector, the end effector comprising: (a) a staple cartridge, wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil, wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; (c) a buttress assembly, wherein the buttress assembly comprises: (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil; and (d) a retainer, wherein the retainer comprises: (i) a holding surface configured to hold the buttress assembly, and (ii) a plurality of protruding members, wherein the protruding members are configured to provide focused pressure against discrete regions of the adhesive material to thereby drive the discrete regions of the adhesive material into engagement with the deck of the staple cartridge or the underside of the anvil. (a) a staple cartridge, wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil, wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; (c) a buttress assembly, wherein the buttress assembly comprises: (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil; and (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil; and (d) a retainer, wherein the retainer comprises: (i) a holding surface configured to hold the buttress assembly, and (ii) a plurality of protruding members, wherein the protruding members are configured to provide focused pressure against discrete regions of the adhesive material to thereby drive the discrete regions of the adhesive material into engagement with the deck of the staple cartridge or the underside of the anvil. (i) a holding surface configured to hold the buttress assembly, and (ii) a plurality of protruding members, wherein the protruding members are configured to provide focused pressure against discrete regions of the adhesive material to thereby drive the discrete regions of the adhesive material into engagement with the deck of the staple cartridge or the underside of the anvil.
A method, performed by a wireless access point, AP, for differentiated fast initial link setup in a wireless local area network, the network including a plurality of wireless stations, STAs, and the wireless AP, the method comprising: determining different categories or types for each station, STA, for initial link setup; determining initial link setup, ILS, conditions for each station type, wherein the initial link setup conditions specify a priority of associating for each station type; and broadcasting, by the AP, the initial link setup conditions to a plurality of stations, wherein the initial link setup conditions are provided for the stations to determine whether to associate with the wireless AP immediately or after a time duration, wherein broadcasting the station types and initial link setup conditions comprises broadcasting a differentiated initial link setup element, wherein the differentiated initial link setup element comprises an element identifier field, a length field, an initial link setup category information field, and an initial link setup time field, wherein the initial link setup category information field comprises an initial link setup category type bitmap subfield and at least one of the further subfields: an initial link setup user priority, a media access control, MAC, address filter, and a vendor specific category, wherein the initial link setup category type bitmap subfield indicates presence of the at least one of the further subfields. determining different categories or types for each station, STA, for initial link setup; determining initial link setup, ILS, conditions for each station type, wherein the initial link setup conditions specify a priority of associating for each station type; and broadcasting, by the AP, the initial link setup conditions to a plurality of stations, wherein the initial link setup conditions are provided for the stations to determine whether to associate with the wireless AP immediately or after a time duration, wherein broadcasting the station types and initial link setup conditions comprises broadcasting a differentiated initial link setup element, wherein the differentiated initial link setup element comprises an element identifier field, a length field, an initial link setup category information field, and an initial link setup time field, wherein the initial link setup category information field comprises an initial link setup category type bitmap subfield and at least one of the further subfields: an initial link setup user priority, a media access control, MAC, address filter, and a vendor specific category, wherein the initial link setup category type bitmap subfield indicates presence of the at least one of the further subfields.
A method of mounting a sheet onto a spacer frame of an insulating glass unit, the method comprising: identifying a position and orientation upon a cutting table of a specified sheet to be mounted, wherein the sheet is of any arbitrary size; moving a sheet pickup apparatus to a position corresponding to the identified position and orientation of the specified sheet; lifting a corner of a specified sheet off of the cutting table; lifting an edge of that sheet off the cutting table; lifting the remaining portion of the sheet off the cutting table so it lies adjacent to a lifting surface; inverting the sheet pickup apparatus so that the sheet lays on the lifting surface; moving the sheet to abut a fence (29,30) on the lifting surface; rotating the sheet pickup apparatus to align the sheet with a frame; and attaching the sheet to the frame. identifying a position and orientation upon a cutting table of a specified sheet to be mounted, wherein the sheet is of any arbitrary size; moving a sheet pickup apparatus to a position corresponding to the identified position and orientation of the specified sheet; lifting a corner of a specified sheet off of the cutting table; lifting an edge of that sheet off the cutting table; lifting the remaining portion of the sheet off the cutting table so it lies adjacent to a lifting surface; inverting the sheet pickup apparatus so that the sheet lays on the lifting surface; moving the sheet to abut a fence (29,30) on the lifting surface; rotating the sheet pickup apparatus to align the sheet with a frame; and attaching the sheet to the frame.