mhurhangee/patent-ind-claim-en huggingface dataset:
Method for arranging transmissions on a downlink carrier c, having a maximum frequency range F c , in a mobile radio communications system, wherein a bandwidth of F c belongs to a set of predefined channel bandwidths in the communications system, and wherein the carrier c comprises a reference signal defined in the communications system, characterized by : - providing a configurable frequency range F RS comprising a set of time-frequency resources for comprising the cell specific reference signals of the carrier c, wherein F RS is adjusted over a available frequency range F that is smaller than F c and within F c ; - scheduling data transmissions on the carrier within the available frequency range F and - signaling information associated with the configuration of said frequency range F RS to a receiver in the communications system. - providing a configurable frequency range F RS comprising a set of time-frequency resources for comprising the cell specific reference signals of the carrier c, wherein F RS is adjusted over a available frequency range F that is smaller than F c and within F c ; - scheduling data transmissions on the carrier within the available frequency range F and - signaling information associated with the configuration of said frequency range F RS to a receiver in the communications system.
Method for operating a mobile device that is not associated with a motor vehicle by means of a motor vehicle , - wherein a digital certificate , also public key certificate, is issued by means of a certification server , - wherein the certificate contains a public key and wherein by means of the certificate the public key can be associated with an identity and its scope can be determined, - wherein the digital certificate is associated with a program executable on the mobile device by means of the certification server , - wherein the program executable on the mobile device and the digital certificate associated with the program executable on the mobile device are sent to the mobile device by means of the certification server , - wherein subsequently the program executable on the mobile device and the digital certificate associated with the program are stored in the mobile device , - wherein the digital certificate is sent from the mobile device to the motor vehicle , - wherein the digital certificate is verified in the motor vehicle by means of a private key, which is stored in the motor vehicle , - wherein, upon successful verification of the digital certificate , information associated with the program executable on the mobile device is displayed by means of a display of the motor vehicle , and wherein the program executable on the mobile device is operated by means of an operating arrangement of the motor vehicle associated with the display . - wherein a digital certificate , also public key certificate, is issued by means of a certification server , - wherein the certificate contains a public key and wherein by means of the certificate the public key can be associated with an identity and its scope can be determined, - wherein the digital certificate is associated with a program executable on the mobile device by means of the certification server , - wherein the program executable on the mobile device and the digital certificate associated with the program executable on the mobile device are sent to the mobile device by means of the certification server , - wherein subsequently the program executable on the mobile device and the digital certificate associated with the program are stored in the mobile device , - wherein the digital certificate is sent from the mobile device to the motor vehicle , - wherein the digital certificate is verified in the motor vehicle by means of a private key, which is stored in the motor vehicle , - wherein, upon successful verification of the digital certificate , information associated with the program executable on the mobile device is displayed by means of a display of the motor vehicle , and wherein the program executable on the mobile device is operated by means of an operating arrangement of the motor vehicle associated with the display .
A method comprising: emitting, by an emitter of a device, electromagnetic, EM, radiation at a single modulation frequency and in a structured light pattern toward an object; capturing, by a ToF sensor on the device, a first image based on returned radiation wherein the returned radiation is at least a portion of the emitted EM radiation after said at least a portion of the emitted EM radiation has been reflected by the object located a distance from the device; computing, by the device, a set of aliased phase delay distances between the device and the object using the first image; computing, by the device, a stereoscopic distance between the device and the object using the first image, being a captured image frame detected by the ToF sensor which changes and adjusts as external objects shift in relative position to the ToF sensor , and a stored image frame, being not a live image frame and remaining unchanged, the stored image frame comprising a version of the structured light pattern, wherein the stored image frame is a depiction of the EM radiation as emitted from the emitter; and determining, by the device, a distance between the device and the object by de-aliasing the set of aliased phase delay distances using the computed stereoscopic distance. emitting, by an emitter of a device, electromagnetic, EM, radiation at a single modulation frequency and in a structured light pattern toward an object; capturing, by a ToF sensor on the device, a first image based on returned radiation wherein the returned radiation is at least a portion of the emitted EM radiation after said at least a portion of the emitted EM radiation has been reflected by the object located a distance from the device; computing, by the device, a set of aliased phase delay distances between the device and the object using the first image; computing, by the device, a stereoscopic distance between the device and the object using the first image, being a captured image frame detected by the ToF sensor which changes and adjusts as external objects shift in relative position to the ToF sensor , and a stored image frame, being not a live image frame and remaining unchanged, the stored image frame comprising a version of the structured light pattern, wherein the stored image frame is a depiction of the EM radiation as emitted from the emitter; and determining, by the device, a distance between the device and the object by de-aliasing the set of aliased phase delay distances using the computed stereoscopic distance.
A gas collection device comprising: a constant temperature chamber, wherien an interior of the constant temperature chamber is maintained at a set temperature; a culture flask unit located inside the constant temperature chamber, wherein the culture flask unit is configured to culture bacteria therein; a mass flow controller located outside the constant temperature chamber and connected to the culture flask unit through an injection flow path, wherein the mass flow controller is configured to control a gas injected into the culture flask unit through the injection flow path; and an impinger located outside the constant temperature chamber and connected to the culture flask unit through a discharge flow path, wherein the impinger is configured to receive a gas discharged from the culture flask unit through the discharge flow path in real time. a constant temperature chamber, wherien an interior of the constant temperature chamber is maintained at a set temperature; a culture flask unit located inside the constant temperature chamber, wherein the culture flask unit is configured to culture bacteria therein; a mass flow controller located outside the constant temperature chamber and connected to the culture flask unit through an injection flow path, wherein the mass flow controller is configured to control a gas injected into the culture flask unit through the injection flow path; and an impinger located outside the constant temperature chamber and connected to the culture flask unit through a discharge flow path, wherein the impinger is configured to receive a gas discharged from the culture flask unit through the discharge flow path in real time.
A pigment water dispersion comprising pigment-containing polyester resin particles, in which: an alcohol component as a raw material monomer of the polyester resin satisfies the following conditions 1 and 2, Condition 1: a content of a compound (I) represented by the following formula (I) in the alcohol component is not more than 7 mol%, wherein OR 1 and R 2 O are each independently an oxyalkylene group comprising not less than 1 and not more than 4 carbon atoms, and x and y are each independently a positive number of not less than 0; and Condition 2: a content of a compound (II) comprising two secondary hydroxy groups except for the compound (I) in the alcohol component is not less than 45 mol%. an alcohol component as a raw material monomer of the polyester resin satisfies the following conditions 1 and 2, Condition 1: a content of a compound (I) represented by the following formula (I) in the alcohol component is not more than 7 mol%, wherein OR 1 and R 2 O are each independently an oxyalkylene group comprising not less than 1 and not more than 4 carbon atoms, and x and y are each independently a positive number of not less than 0; and Condition 2: a content of a compound (II) comprising two secondary hydroxy groups except for the compound (I) in the alcohol component is not less than 45 mol%.
Fuse cartridge including a fuse element , a casing enclosing said fuse element and two end contacts that are arranged at either end of said casing , said fuse cartridge including at least one resistive element that is connected in series with said fuse element , said resistive element being connected in series between one of said end contacts , said resistive contact and the fuse element , said fuse cartridge being characterized in that said resistive element is arranged within the casing , and in that said resistive contact includes first and second contact surfaces (7, 7'; 8, 8') that are electrically insulated from one another, in that the resistive element is electrically connected to the first contact surface which is intended to make electrical contact only when the fuse cartridge is put in place, namely temporarily, and in that the fuse element electrically connects the second contact surface and the opposite end contact .
A process for production of a concentrated coffee product, comprising the steps of: a) providing a coffee concentrate obtained from roast and ground coffee beans, and b) adding spent coffee grounds having an average particle size of 0.1-50 μm to the coffee concentrate in an amount of 10 % by weight or more, based on the solid content of the coffee concentrate; wherein the coffee concentrate is a liquid coffee extract, which after addition of the spent coffee grounds is dried to produce an instant coffee product. a) providing a coffee concentrate obtained from roast and ground coffee beans, and b) adding spent coffee grounds having an average particle size of 0.1-50 μm to the coffee concentrate in an amount of 10 % by weight or more, based on the solid content of the coffee concentrate;
A tilt rotor system for an aircraft, comprising: a rotor ; an actuator connected to the rotor to move the rotor between a first position and a second position; a drive mechanism to drive the actuator between the first and second positions in response to an input command; and a stop mechanism to secure the rotor in the second position; the drive mechanism being characterized in that it comprises: a variable displacement motor, means for monitoring a swash angle of the motor, means for monitoring the speed of the motor, means for monitoring an actual tilt position of the rotor and means for providing feedback control to the variable displacement motor to control the drive power of the motor based on the monitored swash angle, motor speed and actual position of the actuator, and wherein the means for providing feedback control includes an algorithm configured to monitor change in swash angle as the motor speed reduces and the actual position of the rotor approaches the second position and, based on the change and actual position, to limit change in swash angle to be within a predetermined range as a percentage of the operating load. a rotor ; an actuator connected to the rotor to move the rotor between a first position and a second position; a drive mechanism to drive the actuator between the first and second positions in response to an input command; and a stop mechanism to secure the rotor in the second position; the drive mechanism being characterized in that it comprises: a variable displacement motor, means for monitoring a swash angle of the motor, means for monitoring the speed of the motor, means for monitoring an actual tilt position of the rotor and means for providing feedback control to the variable displacement motor to control the drive power of the motor based on the monitored swash angle, motor speed and actual position of the actuator, and a variable displacement motor, means for monitoring a swash angle of the motor, means for monitoring the speed of the motor, means for monitoring an actual tilt position of the rotor and means for providing feedback control to the variable displacement motor to control the drive power of the motor based on the monitored swash angle, motor speed and actual position of the actuator, and wherein the means for providing feedback control includes an algorithm configured to monitor change in swash angle as the motor speed reduces and the actual position of the rotor approaches the second position and, based on the change and actual position, to limit change in swash angle to be within a predetermined range as a percentage of the operating load.
A manufacturing method of a preform for the manufacture of a part made of a composite material of a revolution or quasi-revolution non-developable final shape type, having a longitudinal axis (A), characterized in that it includes the following steps: a) providing an at least tri-axial non-woven fabric comprising: - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers , oriented in a second direction, - a third layer comprising fibers , oriented in a third direction, and - seams binding the fibers of the first, second and third layers , the seams extending parallel to each other and forming sheaths for the circumferential fibers , b) disposing said fabric on or in a non-developable shape element , either identical to the desired non-developable final shape, or of reduced dimensions compared to the desired non-developable final shape, by placing the seams parallel to the circumferential direction of the element, c) sliding the circumferential fibers in the sheaths formed by the seams , so that the fabric is in continuous contact with the non-developable shape element and thus is adapted to the non-developable shape of the non-developable shape element . a) providing an at least tri-axial non-woven fabric comprising: - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers , oriented in a second direction, - a third layer comprising fibers , oriented in a third direction, and - seams binding the fibers of the first, second and third layers , the seams extending parallel to each other and forming sheaths for the circumferential fibers , - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers , oriented in a second direction, - a third layer comprising fibers , oriented in a third direction, and - seams binding the fibers of the first, second and third layers , the seams extending parallel to each other and forming sheaths for the circumferential fibers , b) disposing said fabric on or in a non-developable shape element , either identical to the desired non-developable final shape, or of reduced dimensions compared to the desired non-developable final shape, by placing the seams parallel to the circumferential direction of the element, c) sliding the circumferential fibers in the sheaths formed by the seams , so that the fabric is in continuous contact with the non-developable shape element and thus is adapted to the non-developable shape of the non-developable shape element .
An isolated polypeptide that binds glucocorticoid-induced TNFR-related protein (GITR), comprising at least one GITR-binding domain (GITR-BD) comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 19-80.
A method for use by a node in a service layer of a communications network, comprising: configuring a trigger in an underlying network to send notifications, wherein the notifications provide charging related information from the underlying network to enable a charging behavior change in charging at the service layer and the trigger is one of a charging policy trigger and a charging event trigger; receiving a notification indicating what trigger occurs sent from the underlying network in response to a detection of an occurrence of the trigger; and notifying another charging related entity to update charging operations at the service layer based on the notification. configuring a trigger in an underlying network to send notifications, wherein the notifications provide charging related information from the underlying network to enable a charging behavior change in charging at the service layer and the trigger is one of a charging policy trigger and a charging event trigger; receiving a notification indicating what trigger occurs sent from the underlying network in response to a detection of an occurrence of the trigger; and notifying another charging related entity to update charging operations at the service layer based on the notification.
A method, comprising: identifying, by a network node located in a first domain , a label-switched packet to be sent; and sending, from the network node, the label-switched packet including a label stack (160; 170; 180) identifying forwarding information for the label-switched packet with the label stack including a second domain-identifying label that identifies a second domain including a plurality of second-domain network nodes; and responsive to receiving the label-switched packet by a second border packet switching device in the second domain , the second border packet switching device removing the second domain-identifying label and forwarding the label-switched packet according to another label in the label stack; wherein a domain-identifying label is defined as a label that identifies a plurality of network nodes in a domain without identifying a single particular network node, single particular interface, nor single particular link. identifying, by a network node located in a first domain , a label-switched packet to be sent; and sending, from the network node, the label-switched packet including a label stack (160; 170; 180) identifying forwarding information for the label-switched packet with the label stack including a second domain-identifying label that identifies a second domain including a plurality of second-domain network nodes; and responsive to receiving the label-switched packet by a second border packet switching device in the second domain , the second border packet switching device removing the second domain-identifying label and forwarding the label-switched packet according to another label in the label stack; wherein a domain-identifying label is defined as a label that identifies a plurality of network nodes in a domain without identifying a single particular network node, single particular interface, nor single particular link.
A method comprising: outputting first audio content by a speaker of an audio playback device located in a particular room; receiving an indication of the output first audio content by a microphone of the audio playback device; based on the received indication of the output first audio content, determining a first acoustic response of the particular room, the first acoustic response comprising a microphone location response; determining a second acoustic response of the particular room based on the microphone location response and a mapping of a set of room responses and an associated respective set of microphone location responses, wherein each room response in the set of room responses is an acoustic response of a respective room, different from the particular room, based on audio content detected at one or more spatial locations in the respective room, wherein the second acoustic response is indicative of an approximated acoustic response of the particular room at a spatial location different from a spatial location of the microphone; identifying, based on the second acoustic response, an audio processing algorithm, and adjusting , based on the identified audio processing algorithm, audio content output by the speaker. outputting first audio content by a speaker of an audio playback device located in a particular room; receiving an indication of the output first audio content by a microphone of the audio playback device; based on the received indication of the output first audio content, determining a first acoustic response of the particular room, the first acoustic response comprising a microphone location response; determining a second acoustic response of the particular room based on the microphone location response and a mapping of a set of room responses and an associated respective set of microphone location responses, wherein each room response in the set of room responses is an acoustic response of a respective room, different from the particular room, based on audio content detected at one or more spatial locations in the respective room, wherein the second acoustic response is indicative of an approximated acoustic response of the particular room at a spatial location different from a spatial location of the microphone; identifying, based on the second acoustic response, an audio processing algorithm, and adjusting , based on the identified audio processing algorithm, audio content output by the speaker.