mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle safety apparatus equipped with a controller , wherein the controller is configured to, when determining that a moving living body in an area that is ahead in advancing direction of a vehicle traveling on a traffic zone of a road and is adjacent to the traffic zone moves in a direction that crosses the traffic zone, to execute a safety operation to ensure safety of the moving living body, and the controller is configured to change an execution time of the safety operation according to the road condition of the area where the moving living body is present, characterized in that the controller is configured to determine whether the road condition of the area where the moving living body is present is either a roadway and an opposing traffic lane or a roadway and other than an opposing traffic lane, and if the road condition is a roadway and other than an opposing traffic lane, make the execution time of the safety operation later than that used when the road condition is a roadway and an opposing traffic lane.
Avian fertilized egg isolate for use in a method of treating a disorder, wherein the fertilized egg isolate comprises the embryo, clear sac and all or a substantial part of the albumen from the avian fertilized egg, and wherein said disorder is major depressive disorder or anxiety.
Method for providing a multimedia message service (MMS) from a server or relay to a user agent in a multimedia network, the method comprising: determining a video content characteristic of a video content by the server or relay ; signaling options of the video content to the user agent ; providing the video content depending on display and/or decoding capabilities and depending on an option selected via the user agent from the signaled options of the video content; the method being characterized in that : the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification. determining a video content characteristic of a video content by the server or relay ; signaling options of the video content to the user agent ; providing the video content depending on display and/or decoding capabilities and depending on an option selected via the user agent from the signaled options of the video content; the method being characterized in that : the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification. the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification.
A pump assembly comprising an inlet having an open end, an outlet having an open end and a housing having an inlet aperture in fluid connection with the inlet at an end of the inlet opposite said open end and an outlet aperture in fluid connection with the outlet at an end of the outlet opposite said open end, a rotor within the housing and shaped to form with an interior surface of the housing at least one chamber that on rotation of the rotor conveys fluid from the inlet aperture to the outlet aperture , the housing including a seal located between the inlet and the outlet and urged into contact with the rotor by the action of a spring along a sealing line to prevent the passage of fluid past the rotor from the outlet to the inlet , the inlet aperture and the outlet aperture having respective portions adjacent respective edges of the seal ; the inlet aperture and the outlet have respective centre lines that are parallel to and spaced apart from one another and lie in a plane normal to the axis of the housing , wherein in use, fluid will flow through the inlet and the outlet in the same direction, characterised in that a radius of the housing passing through the sealing line being angled relative to the centre lines of the inlet aperture and the outlet and the radius of the housing passing through the sealing line being angled towards the centre line of the outlet . an inlet aperture in fluid connection with the inlet at an end of the inlet opposite said open end and an outlet aperture in fluid connection with the outlet at an end of the outlet opposite said open end,
A mobile terminal , comprising an application processor, AP , a touch display screen , a fingerprint recognition device , an indicator, and a fingerprint recognition device microcontroller unit, MCU , the fingerprint recognition device having a fingerprint recognition area in a first area of the touch display screen , and the indicator being disposed below the first area; wherein the touch display screen is configured to synchronously wake up the AP, the fingerprint recognition device, and the fingerprint recognition device MCU and to instruct the fingerprint recognition device MCU to light up the indicator, upon detecting a second touch operation of a user in a second area, wherein the second area is an area of the touch display screen other than the first area and has a larger size than the first area; the fingerprint recognition device MCU is configured to light up the indicator, wherein the indicator lighted up is configured to guide a fingerprint enrollment operation of the user; the touch display screen is further configured to instruct the fingerprint recognition device to collect fingerprint data of the user upon detecting a first touch operation of the user in the first area lighted up by light from the indicator; the fingerprint recognition device is configured to collect the fingerprint data and send the fingerprint data to the fingerprint recognition device MCU ; the fingerprint recognition device MCU is further configured to compare the fingerprint data with preset fingerprint template data in the mobile terminal , and to instruct the AP to light up the touch display screen when the fingerprint data is matched with the fingerprint template data; and the AP is configured to light up the whole touch display screen and to unlock a lock-screen interface of the touch display screen.
A urological implant for a urethra (154; 664) comprising three wires extending between a proximal end and a distal end, said three wires forming at least two closed shapes, said urological implant being configured for implantation within a restricted location of said urethra, said three wires being elastically compressible into a compressed configuration, said urological implant configured to expand from said compressed configuration to an expanded configuration for applying continuous pressure on at least one of a urethral wall and tissue surrounding the urethral wall in said restricted location, to enable at least one of: extending a urinal passage, and inducing infarction.
A vehicle height adjustment device comprising: a changer drivable when supplied with a current and configured to change a relative position of a body of a vehicle relative to an axle of a wheel of the vehicle ; a vehicle height controller configured to perform such control that a target current set based on the relative position is supplied to the changer so as to control a vehicle height, which is a height of the body of the vehicle ; and a malfunction detector configured to detect a failure to make the target current flow to the changer , wherein the vehicle height controller comprises a current detector configured to detect a current that flows to the changer , and wherein the malfunction detector is configured to detect the failure based on a detection value detected by the current detector and an estimation value of a current estimated from a duty ratio of a voltage applied to the changer by the vehicle height controller , characterized in that the estimation value of the current estimated from the duty ratio is corrected based on an environment of the vehicle and a voltage of a power source. a changer drivable when supplied with a current and configured to change a relative position of a body of a vehicle relative to an axle of a wheel of the vehicle ; a vehicle height controller configured to perform such control that a target current set based on the relative position is supplied to the changer so as to control a vehicle height, which is a height of the body of the vehicle ; and a malfunction detector configured to detect a failure to make the target current flow to the changer , wherein the vehicle height controller comprises a current detector configured to detect a current that flows to the changer , and wherein the malfunction detector is configured to detect the failure based on a detection value detected by the current detector and an estimation value of a current estimated from a duty ratio of a voltage applied to the changer by the vehicle height controller , characterized in that the estimation value of the current estimated from the duty ratio is corrected based on an environment of the vehicle and a voltage of a power source.
A robot system configured for use on-board a vehicle during a trip of the vehicle, the vehicle including a cabin having a usage area and a storage area, the robot system including: a body , wherein the body is configured to be compressible between an expanded state and a compressed state; a transportation system coupled to the body and configured to move the body through at least a portion of the cabin during at least a portion of the trip; a communication link configured to receive trip information; an interaction system configured to interact with at least one of a passenger or a crew member disposed within the cabin during the trip; a control system configured to operate the robot system to perform a crew assistance task during the use of the vehicle responsive to at least one of the trip information or information received from the at least one of the passenger or crew member; and means for moving the body between the expanded state and the compressed state; wherein the control system is further configured to direct the means for moving the body to move the body between the expanded state and the compressed state. a body , wherein the body is configured to be compressible between an expanded state and a compressed state; a transportation system coupled to the body and configured to move the body through at least a portion of the cabin during at least a portion of the trip; a communication link configured to receive trip information; an interaction system configured to interact with at least one of a passenger or a crew member disposed within the cabin during the trip; a control system configured to operate the robot system to perform a crew assistance task during the use of the vehicle responsive to at least one of the trip information or information received from the at least one of the passenger or crew member; and means for moving the body between the expanded state and the compressed state; wherein the control system is further configured to direct the means for moving the body to move the body between the expanded state and the compressed state.
A system comprising a driving circuit and an electronic horn having a resonant frequency, the driving circuit comprising: an oscillating circuit and a frequency division circuit , wherein said oscillating circuit is adapted to generate a signal having an oscillating frequency, wherein said oscillating circuit includes a variable capacitor , wherein said frequency division circuit is adapted to conduct frequency division with respect to the signal having the oscillating frequency to generate a frequency-divided signal having a divided frequency, said driving circuit is adapted to generate a driving signal having the divided frequency from the frequency-divided signal to drive the electronic horn to produce sound, and said oscillating circuit is adapted to change the oscillating frequency by adjusting the capacitance of the variable capacitor so that the divided frequency of the driving signal is adjustable within ±5% of the resonant frequency of the electronic horn. an oscillating circuit and a frequency division circuit , wherein said oscillating circuit is adapted to generate a signal having an oscillating frequency, wherein said oscillating circuit includes a variable capacitor , wherein said frequency division circuit is adapted to conduct frequency division with respect to the signal having the oscillating frequency to generate a frequency-divided signal having a divided frequency, said driving circuit is adapted to generate a driving signal having the divided frequency from the frequency-divided signal to drive the electronic horn to produce sound, and said oscillating circuit is adapted to change the oscillating frequency by adjusting the capacitance of the variable capacitor so that the divided frequency of the driving signal is adjustable within ±5% of the resonant frequency of the electronic horn.
Method for exchanging data between a value or security document and a data exchanging device which generates an electromagnetic high-frequency field (H), wherein the value or security document comprises at least one transponder circuit with in each case at least one RFID semiconductor chip and at least one display circuit , with in each case at least one display element , wherein the method comprises the following method steps: (a) generating the electromagnetic high-frequency field (H) by means of the data-exchange device ; (b) carrying out a data exchanging process (D), comprising the reading and transmitting of the data stored in the at least one RFID semiconductor chip to the data exchanging device ; and (c) generating a signal by means of the electromagnetic field (H) in the at least one display circuit , so that the at least one display element is activated in the at least one display circuit , characterised in that the method comprises the following further steps: (f) converting the data exchanged in the data transfer process (D) into a method coding signal sequence (K); (g) modulating the electromagnetic high-frequency field (H) with the coding signal sequence (K), such that the at least one display element is activated by the coding signal sequence (K). (a) generating the electromagnetic high-frequency field (H) by means of the data-exchange device ; (b) carrying out a data exchanging process (D), comprising the reading and transmitting of the data stored in the at least one RFID semiconductor chip to the data exchanging device ; and (c) generating a signal by means of the electromagnetic field (H) in the at least one display circuit , so that the at least one display element is activated in the at least one display circuit , (f) converting the data exchanged in the data transfer process (D) into a method coding signal sequence (K); (g) modulating the electromagnetic high-frequency field (H) with the coding signal sequence (K), such that the at least one display element is activated by the coding signal sequence (K).
A tether for connecting two different objects together, the tether having a. first and second elongate and flexible end portions each having a generally constant width and thickness between proximal and distal ends , and the width of the distal end of at least one of the first and second end portions being greater than the width between the proximal and the distal ends, b. an elongate and flexible intermediate portion , c. the intermediate portion being releasably connectible with the first and second end portions by the intermediate portion having connectors at either end and the first and second end portions having connectors at respective proximal ends to form first and second safety breakaways , the connections of the first and second safety breakaways being made in-line with the general lengthwise axis of the tether, d. the first and second end portions being arranged for connection to a respective object, e. whereby the safety breakaways between intermediate portion and the first and second end portions are releasable at a predetermined release load. a. first and second elongate and flexible end portions each having a generally constant width and thickness between proximal and distal ends , and the width of the distal end of at least one of the first and second end portions being greater than the width between the proximal and the distal ends, b. an elongate and flexible intermediate portion , c. the intermediate portion being releasably connectible with the first and second end portions by the intermediate portion having connectors at either end and the first and second end portions having connectors at respective proximal ends to form first and second safety breakaways , the connections of the first and second safety breakaways being made in-line with the general lengthwise axis of the tether, d. the first and second end portions being arranged for connection to a respective object, e. whereby the safety breakaways between intermediate portion and the first and second end portions are releasable at a predetermined release load.
An alignment system , comprising: a substrate comprising at least one nanowell and a reflective surface; at least one fluid ejection device configured to be used by a printing device, the at least one fluid ejection device comprising at least one die , the at least one die comprising at least one nozzle , the at least one nozzle being configured to eject an amount of fluid into the at least one nanowell ; an alignment device to align the at least one nozzle to the at least one nanowell ; characterized in that the alignment system comprises: a light source configured to pass light through a surface of the fluid ejection device towards the reflective surface of the substrate ; and a light sensor positioned on the fluid ejection device , wherein the light is configured to be reflected off of the reflective surface and directed to the light sensor ; and wherein the at least one nozzle of the fluid ejection device is aligned with the at least one nanowell of the substrate if the light sensor receives the reflected light. a substrate comprising at least one nanowell and a reflective surface; at least one fluid ejection device configured to be used by a printing device, the at least one fluid ejection device comprising at least one die , the at least one die comprising at least one nozzle , the at least one nozzle being configured to eject an amount of fluid into the at least one nanowell ; an alignment device to align the at least one nozzle to the at least one nanowell ; characterized in that the alignment system comprises: a light source configured to pass light through a surface of the fluid ejection device towards the reflective surface of the substrate ; and a light sensor positioned on the fluid ejection device , wherein the light is configured to be reflected off of the reflective surface and directed to the light sensor ; and wherein the at least one nozzle of the fluid ejection device is aligned with the at least one nanowell of the substrate if the light sensor receives the reflected light. a light source configured to pass light through a surface of the fluid ejection device towards the reflective surface of the substrate ; and a light sensor positioned on the fluid ejection device , wherein the light is configured to be reflected off of the reflective surface and directed to the light sensor ; and wherein the at least one nozzle of the fluid ejection device is aligned with the at least one nanowell of the substrate if the light sensor receives the reflected light.
A compressor rotor assembly comprising: a plurality of rotor disks axially spaced from each other, each rotor disk extending radially from an inner end to an outer end ; characterised by a spacer integrally formed with, and extending axially from each rotor disk to engage an adjacent spacer integrally formed with, and extending axially from an adjacent rotor disk, the spacer and adjacent spacer disposed proximate the radially outer end of the respective rotor disks, the spacers forming an outer backbone of the compressor rotor assembly; and an inner backbone of the compressor rotor assembly, the inner backbone comprising a plurality of backbone segments , each of the backbone segments integrally formed with, and extending axially from each rotor disk to engage an adjacent backbone segment integrally formed with, and extending axially from an adjacent rotor disk, the backbone segment and the adjacent backbone segment disposed proximate the radially inner end of the respective rotor disk, a tie shaft axially compressing the adjacent spacers and the adjacent inner backbone segments . a spacer integrally formed with, and extending axially from each rotor disk to engage an adjacent spacer integrally formed with, and extending axially from an adjacent rotor disk, the spacer and adjacent spacer disposed proximate the radially outer end of the respective rotor disks, the spacers forming an outer backbone of the compressor rotor assembly; and an inner backbone of the compressor rotor assembly, the inner backbone comprising a plurality of backbone segments , each of the backbone segments integrally formed with, and extending axially from each rotor disk to engage an adjacent backbone segment integrally formed with, and extending axially from an adjacent rotor disk, the backbone segment and the adjacent backbone segment disposed proximate the radially inner end of the respective rotor disk, a tie shaft axially compressing the adjacent spacers and the adjacent inner backbone segments .
A method in a base station in a communication network, the method comprising the steps of: determining a CSI report set consisting of a plurality of CSI processes for a UE, wherein the CSI report set comprises multiple CSI feedback modes; sending RRC signaling indicative of the CSI report set to the UE; and sending signaling indicative of a restriction of a precoding codebook subset for each CSI process in the CSI report set and/or rank for each CSI process in the CSI report set wherein said RRC signaling further indicates precoding codebook subset restrictions of each CSI feedback mode included in said CSI report set by means of bitmap parameters.