mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: accessing one or more medical images of a subject; inputting the one or more medical images into a detection network to generate one or more masks that identifies a set of regions within the one or more medical images , wherein the detection network predicts that each region of the set of regions identified in the one or more masks includes a depiction of a tumor of one or more tumors within the subject; processing, for each region of the set of regions, the region of the one or more medical images using a tumor segmentation network to generate one or more tumor segmentation boundaries for the tumor present within the subject; determining, for each tumor of the one or more tumors and by using a plurality of organ-specific segmentation networks, an organ within which at least part of the tumor is located, each organ-specific segmentation network being a neural network configured to segment one or more organs; and generating an output based on the one or more tumor segmentation boundaries and locations of the organs within which at least part of the one or more tumors are located. accessing one or more medical images of a subject; inputting the one or more medical images into a detection network to generate one or more masks that identifies a set of regions within the one or more medical images , wherein the detection network predicts that each region of the set of regions identified in the one or more masks includes a depiction of a tumor of one or more tumors within the subject; processing, for each region of the set of regions, the region of the one or more medical images using a tumor segmentation network to generate one or more tumor segmentation boundaries for the tumor present within the subject; determining, for each tumor of the one or more tumors and by using a plurality of organ-specific segmentation networks, an organ within which at least part of the tumor is located, each organ-specific segmentation network being a neural network configured to segment one or more organs; and generating an output based on the one or more tumor segmentation boundaries and locations of the organs within which at least part of the one or more tumors are located.
A polycarbonate diol comprising a repeating unit represented by the following formula (A) and a terminal hydroxyl group, wherein more than 0 mol% and not more than 3.0 mol% of the terminals thereof is an oxolane terminal represented by the following formula (B): wherein R1 represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 12 carbon atoms; and wherein m represents an integer of 1 to 6. wherein more than 0 mol% and not more than 3.0 mol% of the terminals thereof is an oxolane terminal represented by the following formula (B): wherein R1 represents a divalent aliphatic or alicyclic hydrocarbon having 2 to 12 carbon atoms; and wherein m represents an integer of 1 to 6.
A computer-implemented method comprising: receiving, at a central processing unit (CPU) , input data that is to be masked and written at a memory location within an external memory coupled to the CPU , wherein the memory location is addressable by a plurality of memory channels; dynamically generating, within a boundary of the CPU , a mask value uniquely associated with a memory channel of the plurality of memory channels that is currently being used to address the memory location; prior to writing at the memory location within the external memory , modifying, within the boundary of the CPU , the input data by masking the input data with the dynamically generated mask value; and storing the modified input data at the memory location within the external memory . receiving, at a central processing unit (CPU) , input data that is to be masked and written at a memory location within an external memory coupled to the CPU , wherein the memory location is addressable by a plurality of memory channels; dynamically generating, within a boundary of the CPU , a mask value uniquely associated with a memory channel of the plurality of memory channels that is currently being used to address the memory location; prior to writing at the memory location within the external memory , modifying, within the boundary of the CPU , the input data by masking the input data with the dynamically generated mask value; and storing the modified input data at the memory location within the external memory .
A method for joining the extinguishing system of a mobile unit to an external medium source, in which method a connecting part is arranged in the extinguishing system of the mobile unit and a counterpart is outside the mobile unit , which parts can be connected to each other, wherein the counterpart is arranged in a movable means which is moved at least between a first position in which the counterpart and the connecting part are in a standby position, and a second connection position in which a coupling is automatically formed between the connecting part and the counterpart to form a joint, wherein as the mobile unit moves the counterpart moves in the direction that the mobile unit moves and towards the mobile unit so as to arrive in said second connection position.
Intermediate stand guide with a vertical roll stand of a rolling train for guidance of the rolling material by at least one guide element , which is mounted on the vertical roll stand and is adjustable together with an adjusting movement of a vertical roll and which follows the adjusting movement of the vertical roll , wherein the guide element is arranged to be set back transversely to a rolling direction by a predetermined offset amount (X') with respect to the edge, which is disposed in engagement with the rolling material, of the vertical roll , wherein the guide element is connected with a cross member of the vertical roll stand , characterised in that the offset amount (X') is predeterminable by way of an installation spacing of the vertical roll from the cross member of the vertical roll stand by means of one or more compensating plates of predetermined thickness and that at least one compensating plate is detachably connected with a chock receiving the vertical roll .
Radio communication set comprising: - an antenna with an impedance, - an impedance measurement sensor suitable for measuring the impedance of the antenna to obtain a measured impedance, - an amplifier , - a filter connected to the antenna and to the amplifier , the filter being adapted to provide a harmonic filtering function between the amplifier and the antenna , the filter having a variable impedance, the filter being an LC circuit, the LC circuit having an input and an output an inductive impedance generating element connecting the input to the output and a first capacitor connecting the input to ground and a second capacitor connecting the output to ground, the first capacitor including a first plurality of fixed value capacitors each connected to a respective controlled switch , the second capacitor including a second plurality of fixed value capacitors each connected to a respective controlled switch , - a power measurement sensor, the power measurement sensor being adapted to measure the power reflected from the filter to obtain a measured reflected power, and - a controller for controlling the impedance of the filter , the controller being adapted to control the impedance of the filter as a function of the measured impedance, the controller being adapted to control the impedance of the filter also as a function of the measured reflected power, the controller being also adapted to control each switch . - an antenna with an impedance, - an impedance measurement sensor suitable for measuring the impedance of the antenna to obtain a measured impedance, - an amplifier , - a filter connected to the antenna and to the amplifier , the filter being adapted to provide a harmonic filtering function between the amplifier and the antenna , the filter having a variable impedance, the filter being an LC circuit, the LC circuit having an input and an output an inductive impedance generating element connecting the input to the output and a first capacitor connecting the input to ground and a second capacitor connecting the output to ground, the first capacitor including a first plurality of fixed value capacitors each connected to a respective controlled switch , the second capacitor including a second plurality of fixed value capacitors each connected to a respective controlled switch , - a power measurement sensor, the power measurement sensor being adapted to measure the power reflected from the filter to obtain a measured reflected power, and - a controller for controlling the impedance of the filter , the controller being adapted to control the impedance of the filter as a function of the measured impedance, the controller being adapted to control the impedance of the filter also as a function of the measured reflected power, the controller being also adapted to control each switch .
A method for saving energy comprising the following steps: acquiring, at a first network node, load information of a second network node next to the first network node, and entering, at the first network node, energy saving state according to its own load information and that of the second network node ; characterized by : sending, at the first network node, information on indication for saving energy state to a third network node next to the first network node, and informing the third network node of information that it has entered energy saving state through the information on indication for saving energy state ; wherein, the load information comprises at least one of the following: hardware load indicator, S1 TNL load indicator, radio resource status, composite available capacity uplink, composite available capacity downlink. sending, at the first network node, information on indication for saving energy state to a third network node next to the first network node, and informing the third network node of information that it has entered energy saving state through the information on indication for saving energy state ; wherein, the load information comprises at least one of the following: hardware load indicator, S1 TNL load indicator, radio resource status, composite available capacity uplink, composite available capacity downlink.
An intraluminal ultrasound imaging system , comprising: a patient interface module, PIM, in communication with a host system , and with an intraluminal imaging device comprising an ultrasound imaging component , the PIM comprising: a processing component configured to: detect information associated with the intraluminal imaging device ; and determine a waveform characteristic for ultrasound wave emissions at the ultrasound imaging component based on the detected information; and a trigger signal generation component in communication with the processing component and configured to generate a trigger signal based on the determined waveform characteristic to control the ultrasound wave emissions at the ultrasound imaging component ; and wherein the processing component is further configured to: request a configuration for the intraluminal imaging device from the host system based on the detected information; receive the configuration from the host system in response to the request; and determine the waveform characteristic for the ultrasound wave emissions at the ultrasound imaging component based on the received configuration. detect information associated with the intraluminal imaging device ; and determine a waveform characteristic for ultrasound wave emissions at the ultrasound imaging component based on the detected information; and a trigger signal generation component in communication with the processing component and configured to generate a trigger signal based on the determined waveform characteristic to control the ultrasound wave emissions at the ultrasound imaging component ; and wherein the processing component is further configured to: request a configuration for the intraluminal imaging device from the host system based on the detected information; receive the configuration from the host system in response to the request; and determine the waveform characteristic for the ultrasound wave emissions at the ultrasound imaging component based on the received configuration. request a configuration for the intraluminal imaging device from the host system based on the detected information; receive the configuration from the host system in response to the request; and determine the waveform characteristic for the ultrasound wave emissions at the ultrasound imaging component based on the received configuration.
A communication device (100; 200), comprising: a radio element operatively coupled to a processor and to a memory, wherein the radio element sends and receives communication data to and from other communication devices within a network; and a speaker operatively coupled to the processor, the speaker configured to output a sound wave based on an output from the processor, wherein the processor is configured to store data in the memory indicating a predetermined order of time slots that are used for data communication within the network and a current status of each time slot within the network, and data further indicating that another communication device within the network is in the master state, wherein all communication devices within the network synchronize to the other communication device that is in the master state, wherein the processor determines a distance between the communication device and the other communication device that transmits communication data to the communication device, wherein a volume of the sound wave is reduced in proportion to the distance between the communication device and the other communication device; wherein when the distance is greater than or equal to a first threshold distance, the volume is zero; wherein the first threshold distance is at least 10 meters and less than 50 meters. a radio element operatively coupled to a processor and to a memory, wherein the radio element sends and receives communication data to and from other communication devices within a network; and a speaker operatively coupled to the processor, the speaker configured to output a sound wave based on an output from the processor, wherein the processor is configured to store data in the memory indicating a predetermined order of time slots that are used for data communication within the network and a current status of each time slot within the network, and data further indicating that another communication device within the network is in the master state, wherein all communication devices within the network synchronize to the other communication device that is in the master state, wherein the processor determines a distance between the communication device and the other communication device that transmits communication data to the communication device, wherein a volume of the sound wave is reduced in proportion to the distance between the communication device and the other communication device; wherein when the distance is greater than or equal to a first threshold distance, the volume is zero; wherein the first threshold distance is at least 10 meters and less than 50 meters.
Contactor having an energy-efficient coil control means, wherein the coil control means comprises connections A1/A2 , which, after a control voltage has been applied, control a coil by means of a switch-on pulse , which coil is formed by a comparator 1 and wherein a comparator 2 is formed as a multivibrator, characterized in that the comparators 1 and 2 on the output side alternately control field-effect transistors FET1 and FET2 , wherein, given a conducting orientation of the field-effect transistor FET1 , the field-effect transistor FET2 , which generates a pulse width modulation (PWM) , is bypassed so that a switch-on pulse acts in full and wherein, after the switch-on pulse has elapsed, the field-effect transistor FET1 blocks, wherein exclusively the PWM of the field-effect transistor FET2 now acts on the coil.
A wind turbine blade configured to be mounted to a hub of a wind turbine , comprising: a plurality of shell core sections coupled together end-to-end to collectively define a span length of the blade between a root end and a tip , wherein each of the shell core sections defines a sidewall forming a tubular structure and defining an external surface , and the sidewall including a plurality of external grooves recessed into the external surface and which grooves extend along the entire length of the shell core section ; a plurality of strengthening elements positioned to extend within the plurality of external grooves and along the span length, the strengthening elements configured to reinforce the blade under bending loads during use of the wind turbine ; and an outer surface material layer that covers the external surface and the plurality of strengthening elements , the outer surface material layer defining an external profile of the blade , wherein the plurality of strengthening elements , and the outer surface material layer are consolidated together by curing of the outer surface material layer . a plurality of shell core sections coupled together end-to-end to collectively define a span length of the blade between a root end and a tip , wherein each of the shell core sections defines a sidewall forming a tubular structure and defining an external surface , and the sidewall including a plurality of external grooves recessed into the external surface and which grooves extend along the entire length of the shell core section ; a plurality of strengthening elements positioned to extend within the plurality of external grooves and along the span length, the strengthening elements configured to reinforce the blade under bending loads during use of the wind turbine ; and an outer surface material layer that covers the external surface and the plurality of strengthening elements , the outer surface material layer defining an external profile of the blade , wherein the plurality of strengthening elements , and the outer surface material layer are consolidated together by curing of the outer surface material layer .
A header assembly for an implantable intracardiac device comprising an anchoring device having at least one tine extending from a base ring , wherein the base ring is conically formed, characterized in that , the base ring is conically formed in such way that a distal end of the base ring has a greater diameter compared with its proximal end .
An agricultural harvester , comprising: a chassis ; and a threshing and separating section carried by said chassis and configured for threshing and separating grain from gathered crop material, said threshing and separating section including a rotor and at least one concave at least partially enclosing said rotor and having a rub bar with at least one crop engaging surface facing said rotor , wherein: said rub bar includes a first portion with a first hardness and a second portion which has a second hardness and includes said at least one crop engaging surface , said second hardness of said second portion being greater than said first hardness of said first portion , characterized in that said at least one crop engaging surface has a high hardness coating formed thereon, wherein said second hardness of said second portion is less than a coating hardness of said high hardness coating formed on said at least one crop engaging surface . a chassis ; and a threshing and separating section carried by said chassis and configured for threshing and separating grain from gathered crop material, said threshing and separating section including a rotor and at least one concave at least partially enclosing said rotor and having a rub bar with at least one crop engaging surface facing said rotor , wherein: said rub bar includes a first portion with a first hardness and a second portion which has a second hardness and includes said at least one crop engaging surface , said second hardness of said second portion being greater than said first hardness of said first portion , characterized in that said at least one crop engaging surface has a high hardness coating formed thereon, wherein said second hardness of said second portion is less than a coating hardness of said high hardness coating formed on said at least one crop engaging surface .
An arc extinguishing chamber base applied to a molded case circuit breaker provided therein with components and installed in a part of a circuit so as to shut off the circuit or allow a current to flow in the circuit, wherein the arc extinguishing chamber base is made of a material including a thermoplastic resin, and wherein the thermoplastic resin is an aromatic polyamide-based (polyphthalamide) resin having the following chemical formula, characterized in that the thermoplastic resin includes a PA66 (polyamide resin) material, wherein the aromatic polyamide-based resin consists of 30 mol% or more and less than 100 mol% of aromatic dicarboxylic acid, wherein the aromatic polyamide-based resin consists of aliphatic or cycloaliphatic C4-C15 diamine, wherein the material further includes an inorganic filler, a heat stabilizer, an antioxidant, a light stabilizer, a flame retardant, and a colorant, and wherein the material of the arc extinguishing chamber base is composed of 30 to 75% by weight of the aromatic polyamide resin, 20 to 65% by weight of an inorganic filler, and 1 to 50% by weight of remaining constituents. wherein the arc extinguishing chamber base is made of a material including a thermoplastic resin, and wherein the thermoplastic resin is an aromatic polyamide-based (polyphthalamide) resin having the following chemical formula, characterized in that the thermoplastic resin includes a PA66 (polyamide resin) material, wherein the aromatic polyamide-based resin consists of 30 mol% or more and less than 100 mol% of aromatic dicarboxylic acid, wherein the aromatic polyamide-based resin consists of aliphatic or cycloaliphatic C4-C15 diamine, wherein the material further includes an inorganic filler, a heat stabilizer, an antioxidant, a light stabilizer, a flame retardant, and a colorant, and wherein the material of the arc extinguishing chamber base is composed of 30 to 75% by weight of the aromatic polyamide resin, 20 to 65% by weight of an inorganic filler, and 1 to 50% by weight of remaining constituents.
Scrubbing suction machine having a base arrangement which in a functional position can be displaced over a surface to be treated, and having a guide part which is articulated on the base arrangement and is intended for controlling the base arrangement manually, characterized in that on the base arrangement an arcuate guide is provided, on which a carriage body , which is connected to the guide part , can be displaced in a linear manner, which carriage body is supported on the arcuate guide , at least in the radial direction (R), by means of at least two supporting points (P1, P2) which are spaced apart from one another along the arcuate guide .
A handling strap for attaching a handle to a vertical face of a heavy article such as a window or a packaging containing such window, comprising a circumferential strap with a buckle allowing an end of the circumferential strap to be threaded though the buckle and to be releasably locked to the buckle by the buckle being locked on the circumferential strap , said buckle thus allowing the circumferential strap to be releasably tightened around the article, a handle fixedly fastened to the circumferential strap , and a pad fixedly fastened to the circumferential strap in the vicinity of the handle , wherein the handle comprises a rigid gripping part , said handle and said pad being fixedly fastened to the circumferential strap whereby the handle and the pad, respectively, are, possibly releasably, locked to the circumferential strap at least at a fixing point such that the handle and the pad, respectively, and the circumferential strap may not slide relative to each other and may not be removed from the fixing point, but may possibly move within a limited distance around the fixing point.