mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by an interface controller of storing a configuration for a network function in a communication network, the method comprising: connecting to a data storage configured to store two or more instances of a configuration for the network function , the two or more instances including a base instance and one or more updated instances derived from the base instance; associating each of the two or more instances with a common configuration reference to create a configuration group for the network function ; for each instance in the configuration group, associating version control data with such instance that uniquely identifies a version of the configuration represented by such instance; receiving , from the network function , a download request message requesting the current configuration for the network function , the download request message including the common configuration reference; retrieving , from the data storage, an instance representing the current configuration for the network function selected from the configuration group based on the version control data; and sending , to the network function , the instance representing the current configuration for the network function . connecting to a data storage configured to store two or more instances of a configuration for the network function , the two or more instances including a base instance and one or more updated instances derived from the base instance; associating each of the two or more instances with a common configuration reference to create a configuration group for the network function ; for each instance in the configuration group, associating version control data with such instance that uniquely identifies a version of the configuration represented by such instance; receiving , from the network function , a download request message requesting the current configuration for the network function , the download request message including the common configuration reference; retrieving , from the data storage, an instance representing the current configuration for the network function selected from the configuration group based on the version control data; and sending , to the network function , the instance representing the current configuration for the network function .
A blood vessel extraction apparatus comprising: an image processing unit which extracts from medical volume data, a blood vessel in the medical volume data by using a convolutional neural network, wherein the convolutional neural network includes a convolutional unit having a1: a first path including a plurality of convolutional layers, to which, data for a first target region including some target voxels in the medical volume data, is input at a first resolution, a2: a second path including a plurality of convolutional layers, to which, data for a second target region including some target voxels in the medical volume data, is input at a second resolution, and b: an output unit having a neural net structure, which outputs numerical values related to visualization of the target voxels with an output result of the first path and the second path as input data wherein the convolutional neural network further includes one of c1: a first additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a first range, is input, or c2: a second additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a second range, is input. an image processing unit which extracts from medical volume data, a blood vessel in the medical volume data by using a convolutional neural network, wherein the convolutional neural network includes a convolutional unit having a1: a first path including a plurality of convolutional layers, to which, data for a first target region including some target voxels in the medical volume data, is input at a first resolution, a2: a second path including a plurality of convolutional layers, to which, data for a second target region including some target voxels in the medical volume data, is input at a second resolution, and b: an output unit having a neural net structure, which outputs numerical values related to visualization of the target voxels with an output result of the first path and the second path as input data c1: a first additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a first range, is input, or c2: a second additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a second range, is input.
Vehicle for transporting people on a sloping track (V) of a cable transport facility, said vehicle comprising a carriage suitable for traveling on the track (V) while being pulled by at least one pull cable (C1) of the transport facility, a cabin support carried by the carriage , an on-board braking device , and a shock absorber connected to the on-board braking device and to the cabin support and suitable for converting kinetic energy of the cabin support into heat when the cabin support moves relative to the on-board braking device from an operational position along a shock absorption path in a shock absorption direction, characterized in that the on-board braking device is rigidly connected to the carriage and the vehicle further includes a sliding connection between the cabin support and the carriage to guide a movement of the cabin support relative to the carriage along the shock absorption path.
Stretching device for stretching exercises, having a foot part , a grip part and a flexible, non-elastic connecting element for connecting the foot part to the grip part , wherein the connecting element is configured as a connecting strap with several loop-shaped receptacles arranged next to one another for inserting the foot part and the grip part , characterized in that the grip part is firmly connected to the connecting strap in order to be able to additionally change the distance between the foot part and the grip part by winding and unwinding the connecting strap .
Computer-implemented method of processing an emergency incident reported to a Public Safety Answering Point PSAP by a user of a mobile communication device, the method comprising the steps of: - receiving, by a call taker at the PSAP , an emergency call initiated by a mobile telecommunication device reporting an emergency incident; - determining the geolocation of the mobile communication device; - triggering a Short Message Service-Cell Broadcast, SMS-CB, wherein SMS messages are sent to mobile communication devices located within a predetermined area around the determined geolocation, - receiving a plurality CB-SMS response messages from the mobile communication devices , the response messages comprising objects related to the emergency incident; - extracting the objects from the respective response messages; - performing an object comparison on the extracted objects for determining a similarity of the objects with respect to each other; and - verifying if similar objects have been received from co-located mobile communication devices to rule out irrelevant information. - receiving, by a call taker at the PSAP , an emergency call initiated by a mobile telecommunication device reporting an emergency incident; - determining the geolocation of the mobile communication device; - triggering a Short Message Service-Cell Broadcast, SMS-CB, wherein SMS messages are sent to mobile communication devices located within a predetermined area around the determined geolocation, - receiving a plurality CB-SMS response messages from the mobile communication devices , the response messages comprising objects related to the emergency incident; - extracting the objects from the respective response messages; - performing an object comparison on the extracted objects for determining a similarity of the objects with respect to each other; and - verifying if similar objects have been received from co-located mobile communication devices to rule out irrelevant information.
Method for producing bonding connections between electrical connection points on electronic components , in which a bonding wire is guided from a first connection point over the component surface to a second connection point with the aid of a bonding tool, wherein a bonding connection of the bonding wire to a contact surface of the connection point being produced at the first and at the second connection point, and before the bonding wire is guided from a first to a second connection point, at least one support for the bonding wire is erected on the component , which support holds the bonding wire at a predetermined distance from surface portions of the component, characterized in that the at least one support is soldered with a metallic, solderable foot section onto a solder pad of the component and is surface-mounted using SMT technology.
A control apparatus for a vehicle including an engine , and an automatic transmission to transmit a drive force of the engine to drive wheels , the control apparatus including a vehicle state determining portion configured to determine whether the vehicle is placed in a non-driven state or not, and an engine control portion configured to implement an engine torque limiting control to restrict an increase of a torque of the engine in response to an increase of an operation amount (pap) of a vehicle accelerating member, said control apparatus being characterized by further including: a threshold setting portion configured to set a threshold value (Teth*) of an actual engine torque (Te) of the engine such that the threshold value increases with at least one of an increase of a running speed (V) of the vehicle and an increase of a speed ratio (γ) of the automatic transmission , and wherein said vehicle state determining portion determines that the vehicle is placed in the non-driven state when the torque (Te) of the engine upon the increase of the operation amount (pap) of the vehicle accelerating member is smaller than the threshold value. a threshold setting portion configured to set a threshold value (Teth*) of an actual engine torque (Te) of the engine such that the threshold value increases with at least one of an increase of a running speed (V) of the vehicle and an increase of a speed ratio (γ) of the automatic transmission , and wherein said vehicle state determining portion determines that the vehicle is placed in the non-driven state when the torque (Te) of the engine upon the increase of the operation amount (pap) of the vehicle accelerating member is smaller than the threshold value.
A base station, comprising: a configuration information determination module , configured to determine channel quality indication, CQI, feedback configuration information of a target user equipment, UE, wherein the CQI feedback configuration information at least comprises CQI feedback configuration information of an interference sub-band, and the interference sub-band is a downlink, DL, frequency range involved in intra-device interference, the CQI feedback configuration information of the interference sub-band being used for instructing the target UE to feed back CQI information of the interference sub-band; a sending module , configured to send the CQI feedback configuration information to the target UE; and a target CQI determination module , configured to determine target CQI information for subsequent DL scheduling based on CQI information of different bandwidth granularities and reported by the target UE based on the CQI feedback configuration information. a configuration information determination module , configured to determine channel quality indication, CQI, feedback configuration information of a target user equipment, UE, wherein the CQI feedback configuration information at least comprises CQI feedback configuration information of an interference sub-band, and the interference sub-band is a downlink, DL, frequency range involved in intra-device interference, the CQI feedback configuration information of the interference sub-band being used for instructing the target UE to feed back CQI information of the interference sub-band; a sending module , configured to send the CQI feedback configuration information to the target UE; and a target CQI determination module , configured to determine target CQI information for subsequent DL scheduling based on CQI information of different bandwidth granularities and reported by the target UE based on the CQI feedback configuration information.
A sensor array comprising a plurality of apparatus wherein each apparatus within the array comprises: a plurality of sensors ; readout circuitry configured to read information from each of the plurality of sensors ; wherein each apparatus has identifier information and calibration information stored with the identifier information such that the identifier information enables the calibration information to be retrieved and each apparatus is configured to be coupled to at least one other apparatus in the sensor array ; wherein each apparatus is configured to be calibrated before it is coupled to at least one apparatus in the sensor array and the sensor array is configured to be calibrated after the plurality of apparatus have been coupled together. a plurality of sensors ; readout circuitry configured to read information from each of the plurality of sensors ; wherein each apparatus has identifier information and calibration information stored with the identifier information such that the identifier information enables the calibration information to be retrieved and each apparatus is configured to be coupled to at least one other apparatus in the sensor array ; wherein each apparatus is configured to be calibrated before it is coupled to at least one apparatus in the sensor array and the sensor array is configured to be calibrated after the plurality of apparatus have been coupled together.
Anti-impact gloves, comprising a glove body and an anti-impact protective layer arranged on a back of the glove body, characterized in that the anti-impact protective layer includes: a finger protective layer, which comprises a thumb protective layer and a plurality of universal finger protective layers ; wherein the thumb protective layer covers a thumb part on the back of the glove body and extends above the thumb metacarpophalangeal joint, an anisotropic flex slit is arranged on a first dactylus of the thumb protective layer near the first knuckle, and a flex cut structure is provided at the metacarpophalangeal joint of the thumb protection layer to adapt to the flexion of the metacarpophalangeal joint; the plurality of universal finger protective layers , respectively covered on other finger parts except the thumb and adapted to the corresponding finger shape, wherein a fingertip part of each universal finger protection layer is provided with a plurality of full flex cuts to divide the fingertip part into a plurality of partition blocks facing different directions; a hand back protective layer , arranged on a hand back part of the back of the glove body and including a plurality of vertical protection blocks and a plurality of long strip-shaped flex slits arranged alternately, each of the long strip-shaped flex slits is distributed between the two adjacent metacarpophalangeal joints; a bottom layer disposed below the finger protective layer and the hand back protective layer and fixed on the back of the glove body. a finger protective layer, which comprises a thumb protective layer and a plurality of universal finger protective layers ; wherein the thumb protective layer covers a thumb part on the back of the glove body and extends above the thumb metacarpophalangeal joint, an anisotropic flex slit is arranged on a first dactylus of the thumb protective layer near the first knuckle, and a flex cut structure is provided at the metacarpophalangeal joint of the thumb protection layer to adapt to the flexion of the metacarpophalangeal joint; the plurality of universal finger protective layers , respectively covered on other finger parts except the thumb and adapted to the corresponding finger shape, wherein a fingertip part of each universal finger protection layer is provided with a plurality of full flex cuts to divide the fingertip part into a plurality of partition blocks facing different directions; a hand back protective layer , arranged on a hand back part of the back of the glove body and including a plurality of vertical protection blocks and a plurality of long strip-shaped flex slits arranged alternately, each of the long strip-shaped flex slits is distributed between the two adjacent metacarpophalangeal joints; a bottom layer disposed below the finger protective layer and the hand back protective layer and fixed on the back of the glove body.
An ovenable tray composite that comprises: a) a polymeric based liner comprising: i) an exterior surface layer comprising a polyester; and ii) an interior surface layer comprising a polyolefin, wherein the polyolefin is an ethylene vinyl acetate copolymer having a vinyl acetate content of from 2% to 40% by weight; b) a fiber based component connected to the interior surface layer of the polymeric based liner; wherein the polymeric based liner and the fiber based component are manually separable at a force from about 10 N/m to 500 N/m, as measured using tensile testing equipment according to ASTM F 904. a) a polymeric based liner comprising: i) an exterior surface layer comprising a polyester; and ii) an interior surface layer comprising a polyolefin, wherein the polyolefin is an ethylene vinyl acetate copolymer having a vinyl acetate content of from 2% to 40% by weight; i) an exterior surface layer comprising a polyester; and ii) an interior surface layer comprising a polyolefin, wherein the polyolefin is an ethylene vinyl acetate copolymer having a vinyl acetate content of from 2% to 40% by weight; b) a fiber based component connected to the interior surface layer of the polymeric based liner;
A driver for driving a load, the driver comprising: - a power converter arranged for converting an input to an output for powering the load; - a controller arranged for controlling the output of the power converter by controlling a control voltage on a communication line provided in between the power converter and the controller, wherein the controller is arranged to control the control voltage to be within a predetermined control voltage range; wherein the power converter is further arranged for communicating from the power converter to the controller by overriding the control voltage on the communication line to be outside of the predetermined control voltage range. - a power converter arranged for converting an input to an output for powering the load; - a controller arranged for controlling the output of the power converter by controlling a control voltage on a communication line provided in between the power converter and the controller, wherein the controller is arranged to control the control voltage to be within a predetermined control voltage range;
A data storage and retrieval system comprising: a head carriage unit having a plurality of optical heads disposed at a working surface , the head carriage unit adapted for rotational motion , wherein the plurality of heads are arrayed in first and second concentric circles on the working surface, the first circle having a diameter less than a diameter of the second circle; and a tape drive unit configured to move an optical tape media past the working surface of the head carriage unit; wherein, when the head carriage unit rotates and the tape moves past the working surface, a first one of the plurality of optical heads is configured to write a data track to the tape, the first one being located in the first circle of heads, and a second one of the plurality of optical heads is configured to thereafter read the data track, the second one being located in the second circle of heads, wherein data read by the second one of the plurality of heads is used in verifying data integrity and performing error correction. a head carriage unit having a plurality of optical heads disposed at a working surface , the head carriage unit adapted for rotational motion , wherein the plurality of heads are arrayed in first and second concentric circles on the working surface, the first circle having a diameter less than a diameter of the second circle; and a tape drive unit configured to move an optical tape media past the working surface of the head carriage unit; wherein, when the head carriage unit rotates and the tape moves past the working surface, a first one of the plurality of optical heads is configured to write a data track to the tape, the first one being located in the first circle of heads, and a second one of the plurality of optical heads is configured to thereafter read the data track, the second one being located in the second circle of heads, wherein data read by the second one of the plurality of heads is used in verifying data integrity and performing error correction.
An elevator monitoring system, comprising: one or more sensors ; a controller (115; 212; 280) arranged to: acquire sensor data (202; 312, 314) from the one or more sensors; analyse the sensor data to identify a first event and a second event, the first event corresponding to an elevator door motion; characterised in that the controller (115; 212; 280) is further arranged to categorize the first event based on the sensor data for the first event and the second event; and further characterised in that categorizing the first event comprises at least one of: categorizing the first event as a door open event; categorizing the first event as a door close event; and categorizing the first event as a door reversal event. one or more sensors ; a controller (115; 212; 280) arranged to: acquire sensor data (202; 312, 314) from the one or more sensors; analyse the sensor data to identify a first event and a second event, the first event corresponding to an elevator door motion; characterised in that the controller (115; 212; 280) is further arranged to categorize the first event based on the sensor data for the first event and the second event; and acquire sensor data (202; 312, 314) from the one or more sensors; analyse the sensor data to identify a first event and a second event, the first event corresponding to an elevator door motion; characterised in that the controller (115; 212; 280) is further arranged to categorize the first event based on the sensor data for the first event and the second event; and further characterised in that categorizing the first event comprises at least one of: categorizing the first event as a door open event; categorizing the first event as a door close event; and categorizing the first event as a door reversal event. categorizing the first event as a door open event; categorizing the first event as a door close event; and categorizing the first event as a door reversal event.