mhurhangee/patent-ind-claim-en huggingface dataset:
A shaped vegetarian casing-less smoked sausage comprising: a) 30-80 wt.% water; b) 5-35 wt.% oil; c) 2-25 wt.% protein selected from algal protein, bacterial protein, dairy protein, egg protein, fungal protein, plant protein, and combinations thereof; d) 0-40 wt.% of one or more particulate ingredients selected from herbs, spices, vegetables and combinations thereof; wherein the vegetarian sausage comprises less than 5 vol.% air bodies having an equivalent spherical diameter of more than 30 microns, as determined by means of micro computed tomography. a) 30-80 wt.% water; b) 5-35 wt.% oil; c) 2-25 wt.% protein selected from algal protein, bacterial protein, dairy protein, egg protein, fungal protein, plant protein, and combinations thereof; d) 0-40 wt.% of one or more particulate ingredients selected from herbs, spices, vegetables and combinations thereof;
An optical system for a mode-locked laser oscillator or a regenerative, multi-pass or single pass amplifier, the optical system comprising: an active laser gain medium having a crystalline structure with non-phase-matched second-order optical non-linearity, wherein the optical system is configured such that a predetermined crystallographic axis of the active laser gain medium is orientated at a predetermined angle relative to a propagation vector defined by the optical system of a laser pulse of laser radiation to control the degree of generation of a second harmonic of the laser radiation; wherein if the aim is to reduce generation of the second harmonic of the laser radiation, the propagation vector of the laser pulse is orientated to be substantially parallel to the predetermined crystallographic axis, and if the aim is to enhance generation of the second harmonic of the laser radiation, the propagation vector of the laser pulse is orientated to be not parallel to the predetermined crystallographic axis, wherein the active laser gain medium comprises a host material selected from the group consisting of sulfides, selenides, and tellurides; and wherein the active laser gain medium comprises a transition metal ion dopant in the host material. an active laser gain medium having a crystalline structure with non-phase-matched second-order optical non-linearity, wherein the optical system is configured such that a predetermined crystallographic axis of the active laser gain medium is orientated at a predetermined angle relative to a propagation vector defined by the optical system of a laser pulse of laser radiation to control the degree of generation of a second harmonic of the laser radiation; wherein if the aim is to reduce generation of the second harmonic of the laser radiation, the propagation vector of the laser pulse is orientated to be substantially parallel to the predetermined crystallographic axis, and if the aim is to enhance generation of the second harmonic of the laser radiation, the propagation vector of the laser pulse is orientated to be not parallel to the predetermined crystallographic axis, wherein the active laser gain medium comprises a host material selected from the group consisting of sulfides, selenides, and tellurides; and wherein the active laser gain medium comprises a transition metal ion dopant in the host material.
A computer-implemented method of controlling an autonomous vehicle based on a passenger-initiated action, comprising: detecting, by a computing system comprising one or more computing devices on-board the autonomous vehicle , a first status change of a vehicle door , wherein the first status change is associated with a first user action associated with the vehicle door ; detecting, by the computing system , whether a second status change of the vehicle door has occurred within a predetermined time window that begins upon the detection of the first status change , wherein the second status change is associated with a second user action associated with the vehicle door , the first user action and the second user action being performed by one or more passengers of the autonomous vehicle ; determining, by the computing system , one or more vehicle actions based at least in part on at least one of the first status change or the second status change associated with the vehicle door ; and providing, by the computing system , one or more control signals to one or more systems on-board the autonomous vehicle to implement the vehicle actions. detecting, by a computing system comprising one or more computing devices on-board the autonomous vehicle , a first status change of a vehicle door , wherein the first status change is associated with a first user action associated with the vehicle door ; detecting, by the computing system , whether a second status change of the vehicle door has occurred within a predetermined time window that begins upon the detection of the first status change , wherein the second status change is associated with a second user action associated with the vehicle door , the first user action and the second user action being performed by one or more passengers of the autonomous vehicle ; determining, by the computing system , one or more vehicle actions based at least in part on at least one of the first status change or the second status change associated with the vehicle door ; and providing, by the computing system , one or more control signals to one or more systems on-board the autonomous vehicle to implement the vehicle actions.
Rotating machinery comprising a 2n-pole rotor , a stator core with 72n stator slots , and three-phase armature windings , where n denotes an integer not less than 1, wherein: each of the stator slots houses a top coil on an inner radius side of each of the stator slots and a bottom coil on an outer radius side thereof; each of the armature windings is formed by connecting the top coil and the bottom coil and has 2n phase belts per phase; and each of the phase belts includes a first parallel winding and a second parallel winding, wherein the first and second parallel windings are arranged in the stator slots as the top coil and the bottom coil , wherein assuming that a circumferential mean position of all top coils and bottom coils included in each of the phase belts is defined as a phase belt center , an arrangement of the first and second parallel windings in at least one phase belt , as viewed in an order of proximity to the phase belt center , is such that the first and second parallel windings are arranged in an order of the second, first, second, first, first, second, first, second, first, second, second, and first parallel windings as the top coils or the bottom coils , characterized in that the first and second parallel windings are arranged in an order of the first, second, second, first, second, first, first, second, first, second, second, and first parallel windings respectively as the other bottom coils connected to the abovementioned top coils or the other top coils connected to the abovementioned bottom coils . each of the stator slots houses a top coil on an inner radius side of each of the stator slots and a bottom coil on an outer radius side thereof; each of the armature windings is formed by connecting the top coil and the bottom coil and has 2n phase belts per phase; and each of the phase belts includes a first parallel winding and a second parallel winding, wherein the first and second parallel windings are arranged in the stator slots as the top coil and the bottom coil , wherein assuming that a circumferential mean position of all top coils and bottom coils included in each of the phase belts is defined as a phase belt center , an arrangement of the first and second parallel windings in at least one phase belt , as viewed in an order of proximity to the phase belt center , is such that the first and second parallel windings are arranged in an order of the second, first, second, first, first, second, first, second, first, second, second, and first parallel windings as the top coils or the bottom coils , characterized in that the first and second parallel windings are arranged in an order of the first, second, second, first, second, first, first, second, first, second, second, and first parallel windings respectively as the other bottom coils connected to the abovementioned top coils or the other top coils connected to the abovementioned bottom coils .
A packaging and dispensing device comprising : - a container for storing a first fluid composition , said container comprising an opening ; - a pipette removably inserted in the container through the opening, said pipette extending along an axis and having a first dispensing end and a second opposite end ; - a plug removably assembled to the dispensing end of the pipette, said assembled pipette and plug defining an inner compartment for temporarily storing a second fluid composition isolated from the first fluid composition ; and - a pressure supply device comprising : - a support assembled to the second end of the pipette ; - a compressible chamber in fluid communication with the second end of the pipette ; and - a first pressure member able to move relative to the support, between a first and a second configurations, so as to lessen a volume of the compressible chamber, thereby increasing a pressure in the inner compartment; characterized in that the pressure supply device comprises locking elements for maintaining the first pressure member in the second configuration with an increased pressure in the inner compartment. - a container for storing a first fluid composition , said container comprising an opening ; - a pipette removably inserted in the container through the opening, said pipette extending along an axis and having a first dispensing end and a second opposite end ; - a plug removably assembled to the dispensing end of the pipette, said assembled pipette and plug defining an inner compartment for temporarily storing a second fluid composition isolated from the first fluid composition ; and - a pressure supply device comprising : - a support assembled to the second end of the pipette ; - a compressible chamber in fluid communication with the second end of the pipette ; and - a first pressure member able to move relative to the support, between a first and a second configurations, so as to lessen a volume of the compressible chamber, thereby increasing a pressure in the inner compartment; characterized in that the pressure supply device comprises locking elements for maintaining the first pressure member in the second configuration with an increased pressure in the inner compartment. - a support assembled to the second end of the pipette ; - a compressible chamber in fluid communication with the second end of the pipette ; and - a first pressure member able to move relative to the support, between a first and a second configurations, so as to lessen a volume of the compressible chamber, thereby increasing a pressure in the inner compartment; characterized in that the pressure supply device comprises locking elements for maintaining the first pressure member in the second configuration with an increased pressure in the inner compartment.
An apparatus for a surge protection device, comprising: a converting circuit , configured to convert an input surge current into a voltage signal which is proportional to the surge current; a peak obtaining circuit , configured to obtain a peak voltage of the voltage signal; a duration determining circuit , configured to determine a duration of the surge current based on the voltage signal; a peak current determining circuit , configured to determine a peak surge current corresponding to the peak voltage based on a predetermined relationship between the peak voltage and the peak surge current; a lifetime parameter determining circuit , configured to determine a lifetime-related parameter of the surge protection device from the peak surge current and the duration, according to a lifetime curve of the surge protection device; and an output circuit , configured to output the parameter, characterized in that the lifetime parameter determining circuit is adapted to determine the lifetime-related parameter to comprise at least one of remaining lifetime and degree of cumulative deterioration, and the duration determining circuit comprises: an energy obtaining circuit, configured to obtain an energy of the voltage signal; and a calculating circuit, configured to calculate the duration of the surge current based on the peak voltage and the energy. a converting circuit , configured to convert an input surge current into a voltage signal which is proportional to the surge current; a peak obtaining circuit , configured to obtain a peak voltage of the voltage signal; a duration determining circuit , configured to determine a duration of the surge current based on the voltage signal; a peak current determining circuit , configured to determine a peak surge current corresponding to the peak voltage based on a predetermined relationship between the peak voltage and the peak surge current; a lifetime parameter determining circuit , configured to determine a lifetime-related parameter of the surge protection device from the peak surge current and the duration, according to a lifetime curve of the surge protection device; and an output circuit , configured to output the parameter, characterized in that the lifetime parameter determining circuit is adapted to determine the lifetime-related parameter to comprise at least one of remaining lifetime and degree of cumulative deterioration, and the duration determining circuit comprises: an energy obtaining circuit, configured to obtain an energy of the voltage signal; and a calculating circuit, configured to calculate the duration of the surge current based on the peak voltage and the energy. an energy obtaining circuit, configured to obtain an energy of the voltage signal; and a calculating circuit, configured to calculate the duration of the surge current based on the peak voltage and the energy.
A method of controlling wireless transmissions in a wireless communication system based on a Wireless Local Area Network technology according to the IEEE 802.11 standards family, the method comprising: a wireless device (11; 900; 1200) configuring a carrier for communication with a serving access point (10; 1100; 1300); the wireless device (11; 900; 1200) maintaining an intra-Basic Service Set Network Allocation Vector, intra-BSS NAV, indicating that the carrier is to be regarded as occupied as long as the intra-BSS NAV is not expired; the wireless device (11; 900; 1200) receiving one or more wireless transmissions on the carrier, the one or more wireless transmissions each including: - a Service Set Identifier, SSID, commonly assigned to multiple access points (10; 1100; 1300) which cooperate by sharing a transmission opportunity, - a duration field for indicating a duration for which the carrier is expected to be occupied; in response to the SSID matching an SSID of the serving access point (10; 1100; 1300), the wireless device (11; 900; 1200) updating the intra-BSS NAV according to the indicated duration; and based on the intra-BSS NAV, the wireless device (11; 900; 1200) controlling one or more uplink wireless transmissions from the wireless device (11; 900; 1200). a wireless device (11; 900; 1200) configuring a carrier for communication with a serving access point (10; 1100; 1300); the wireless device (11; 900; 1200) maintaining an intra-Basic Service Set Network Allocation Vector, intra-BSS NAV, indicating that the carrier is to be regarded as occupied as long as the intra-BSS NAV is not expired; the wireless device (11; 900; 1200) receiving one or more wireless transmissions on the carrier, the one or more wireless transmissions each including: - a Service Set Identifier, SSID, commonly assigned to multiple access points (10; 1100; 1300) which cooperate by sharing a transmission opportunity, - a duration field for indicating a duration for which the carrier is expected to be occupied; - a Service Set Identifier, SSID, commonly assigned to multiple access points (10; 1100; 1300) which cooperate by sharing a transmission opportunity, - a duration field for indicating a duration for which the carrier is expected to be occupied; in response to the SSID matching an SSID of the serving access point (10; 1100; 1300), the wireless device (11; 900; 1200) updating the intra-BSS NAV according to the indicated duration; and based on the intra-BSS NAV, the wireless device (11; 900; 1200) controlling one or more uplink wireless transmissions from the wireless device (11; 900; 1200).
An additive-manufactured workpiece, comprising: an amount of a fused thermoplastic powder comprising polyetherimide; a population of nanoparticles present at less than 0.2 wt% measured against the weight of the thermoplastic and the nanoparticles in the workpiece, the population of nanoparticles having a volume average cross-sectional dimension of less than 100 nm, and at least some of the nanoparticles being silylated. an amount of a fused thermoplastic powder comprising polyetherimide; a population of nanoparticles present at less than 0.2 wt% measured against the weight of the thermoplastic and the nanoparticles in the workpiece, the population of nanoparticles having a volume average cross-sectional dimension of less than 100 nm, and at least some of the nanoparticles being silylated.
Control unit for a robot manipulator , having an interactive operating unit , wherein the interactive operating unit is designed for displaying a first adjustment element and a second adjustment element and a specified region for the first adjustment element and for the second adjustment element , wherein the first adjustment element and the second adjustment element can be moved within the region by means of an input of a user on the interactive operating unit , wherein the interactive operating unit is designed for detecting a user-specified position of the first adjustment element and of the second adjustment element within the specified region and for transmitting the position of the first adjustment element and of the second adjustment element to a computing unit of the control unit , wherein the first adjustment element and the second adjustment element can be moved on a common linear scale, wherein the computing unit is designed for ascertaining at least three weightings for a specified cost function as a function of the position of the first adjustment element relative to the second adjustment element and as a function of the position of the relevant adjustment element relative to the region , wherein the sum of the weightings is constant for all the positions of the first adjustment element , and wherein the computing unit is designed for ascertaining one or more parameters of a control program and/or of a control system for the robot manipulator on the basis of the cost function with the ascertained weightings.
A user terminal , comprising: a controller configured to select a target cell to be used as a serving cell from among a plurality of cells operated at different frequencies of Evolved-UMTS Terrestrial Radio Access Network, E-UTRAN, and a receiver configured to receive, from a current serving cell, a system information including a timer value to be set in a timer started at a timing at which a quality measurement for neighbor cell ends, wherein the controller is configured to, when the user terminal is in RRC idle state, periodically measure qualities of neighbor cells adjacent to the current serving cell at a predetermined timing defined by the timer even when a quality of the current serving cell satisfies predetermined quality criteria, and the controller is configured to, when the user terminal is in the RRC idle state, select the target cell based on results of the measurement of the neighbor cells. a controller configured to select a target cell to be used as a serving cell from among a plurality of cells operated at different frequencies of Evolved-UMTS Terrestrial Radio Access Network, E-UTRAN, and a receiver configured to receive, from a current serving cell, a system information including a timer value to be set in a timer started at a timing at which a quality measurement for neighbor cell ends, wherein the controller is configured to, when the user terminal is in RRC idle state, periodically measure qualities of neighbor cells adjacent to the current serving cell at a predetermined timing defined by the timer even when a quality of the current serving cell satisfies predetermined quality criteria, and the controller is configured to, when the user terminal is in the RRC idle state, select the target cell based on results of the measurement of the neighbor cells.
A light-emitting device comprising: a wiring substrate ; a base member that is mounted on the wiring substrate ; a light source that is mounted on a front surface of the base member ; a drive unit that is mounted on the wiring substrate and drives the light source ; a wiring pattern that is on the wiring substrate , is connected to the light source and extends from a back surface side of the base member toward the drive unit ; and a circuit element that is provided in a region on the front surface of the base member between the light source and the drive unit , the region overlapping the wiring pattern in a plan view, so that a path of the wiring pattern connecting the light source and the drive unit is not restricted by the circuit element . a wiring substrate ; a base member that is mounted on the wiring substrate ; a light source that is mounted on a front surface of the base member ; a drive unit that is mounted on the wiring substrate and drives the light source ; a wiring pattern that is on the wiring substrate , is connected to the light source and extends from a back surface side of the base member toward the drive unit ; and a circuit element that is provided in a region on the front surface of the base member between the light source and the drive unit , the region overlapping the wiring pattern in a plan view, so that a path of the wiring pattern connecting the light source and the drive unit is not restricted by the circuit element .
A device for measuring delivered dose information comprising: an insulin delivery device having a plunger and an insulin vial; characterized in that the device further comprises a two-part pen cap , comprising: a first sleeve comprising at least one light emitter and a plurality of light sensors , wherein the light emitter is oriented to project light through the insulin vial to the light sensors; a second portion removably attaching to the first sleeve and enclosing a distal delivery end of the insulin delivery device to protect the distal end of the insulin delivery device, wherein said first sleeve is locked onto the insulin delivery device with a locking hub . an insulin delivery device having a plunger and an insulin vial; characterized in that the device further comprises a two-part pen cap , comprising: a first sleeve comprising at least one light emitter and a plurality of light sensors , wherein the light emitter is oriented to project light through the insulin vial to the light sensors; a second portion removably attaching to the first sleeve and enclosing a distal delivery end of the insulin delivery device to protect the distal end of the insulin delivery device, a first sleeve comprising at least one light emitter and a plurality of light sensors , wherein the light emitter is oriented to project light through the insulin vial to the light sensors; a second portion removably attaching to the first sleeve and enclosing a distal delivery end of the insulin delivery device to protect the distal end of the insulin delivery device, wherein said first sleeve is locked onto the insulin delivery device with a locking hub .