mhurhangee/ep-ind-claims huggingface dataset:
An image-capturing device, comprising: an image sensor that includes an image-capturing area (61,... 66) where an image of a subject is captured; a setting unit that sets image-capturing conditions to be applied to the image-capturing area (61,... 66); a selection unit that selects pixel image data to be used for image processing 1 from pixel image data present in the image-capturing area (61,... 66); and a generation unit that generates an image of the subject captured in the image-capturing area (61,... 66) with image data generated through image processing 2 executed by using the image data selected by the selection unit, wherein: the selection unit makes a change in selecting at least some of the pixel image data to be selected depending upon the image-capturing conditions set by the setting unit, characterized in that the selection unit, if first image-capturing conditions applied at a target pixel are different from second image-capturing conditions present around the target pixel, selects only image data obtained under the first image-capturing condition matching those applied at the target pixel, among the image data available at all pixels located within a predetermined range around the target pixel while image data obtained under the second image-capturing condition within the predetermined range are not used for image processing 3. an image sensor that includes an image-capturing area (61,... 66) where an image of a subject is captured; a setting unit that sets image-capturing conditions to be applied to the image-capturing area (61,... 66); a selection unit that selects pixel image data to be used for image processing 1 from pixel image data present in the image-capturing area (61,... 66); and a generation unit that generates an image of the subject captured in the image-capturing area (61,... 66) with image data generated through image processing 2 executed by using the image data selected by the selection unit, wherein: the selection unit makes a change in selecting at least some of the pixel image data to be selected depending upon the image-capturing conditions set by the setting unit, characterized in that the selection unit, if first image-capturing conditions applied at a target pixel are different from second image-capturing conditions present around the target pixel, selects only image data obtained under the first image-capturing condition matching those applied at the target pixel, among the image data available at all pixels located within a predetermined range around the target pixel while image data obtained under the second image-capturing condition within the predetermined range are not used for image processing 3.
A protein identified by SEQ ID NO: 2 having the characteristics a)-f) below: a) produced by an Aspergillus filamentous fungus, b) possesses protopectinase activity and pectin lyase activity, c) molecular weight of 39,500, d) optimal pH of 3.5 for protopectinase activity, e) optimal pH of 4.5 for pectin lyase activity, and f) deactivates with boiling treatment for 15 minutes at 121°C. a) produced by an Aspergillus filamentous fungus, b) possesses protopectinase activity and pectin lyase activity, c) molecular weight of 39,500, d) optimal pH of 3.5 for protopectinase activity, e) optimal pH of 4.5 for pectin lyase activity, and f) deactivates with boiling treatment for 15 minutes at 121°C.
A main server configured to control laser irradiation of a movement path of a robot, the main server comprising: a communication unit configured to communicate with a camera module and a laser irradiation module comprising an obstacle sensor; and a controller configured to: receive, via the communication unit, an image of a robot captured by the camera module, identify a location of the robot in the image captured by the camera module, generate a movement path of the robot based on sensing information, and transmit, via the communication unit, movement path information to the laser irradiation module for outputting the movement path to a vicinity of the robot with a laser for the robot to follow, characterised in that: the sensing information includes first information about an obstacle sensed by the camera module or second information about an obstacle sensed by the laser irradiation module via the obstacle sensor. a communication unit configured to communicate with a camera module and a laser irradiation module comprising an obstacle sensor; and a controller configured to: receive, via the communication unit, an image of a robot captured by the camera module, identify a location of the robot in the image captured by the camera module, generate a movement path of the robot based on sensing information, and transmit, via the communication unit, movement path information to the laser irradiation module for outputting the movement path to a vicinity of the robot with a laser for the robot to follow, characterised in that: the sensing information includes first information about an obstacle sensed by the camera module or second information about an obstacle sensed by the laser irradiation module via the obstacle sensor. receive, via the communication unit, an image of a robot captured by the camera module, identify a location of the robot in the image captured by the camera module, generate a movement path of the robot based on sensing information, and transmit, via the communication unit, movement path information to the laser irradiation module for outputting the movement path to a vicinity of the robot with a laser for the robot to follow, characterised in that: the sensing information includes first information about an obstacle sensed by the camera module or second information about an obstacle sensed by the laser irradiation module via the obstacle sensor.
A furniture drive for ejecting a movable furniture part from a closed end position relative to a furniture carcass, comprising: - a housing, - an electrical drive unit arranged in the housing, - an ejection lever for ejecting the movable furniture part, the ejection lever being configured to be driven by the electrical drive unit, - a transmission having at least one gear for transmitting a force from the electrical drive unit onto the ejection lever, characterized in that the furniture drive includes a braking device for braking the at least one gear, wherein the braking device directly bears against a frictional surface of the gear to be braked. - a housing, - an electrical drive unit arranged in the housing, - an ejection lever for ejecting the movable furniture part, the ejection lever being configured to be driven by the electrical drive unit, - a transmission having at least one gear for transmitting a force from the electrical drive unit onto the ejection lever,
A pultruded fibrous composite strip for a spar cap of a wind turbine rotor blade, the strip comprising: - unidirectional fibers extending along a longitudinal direction of the strip, - a first and a second edge regions (40,60) separated in the longitudinal direction of the strip by an intermediate region, wherein the intermediate region is defined by a first and a second mutually opposed longitudinally extending and parallelly disposed planar surfaces (52,54), wherein a thickness of the strip is determinable perpendicular to the first and the second planar surfaces (52,54) and a width of the strip is determinable parallel to the first and the second planar surfaces (52,54) and perpendicular to the longitudinal direction of the strip, wherein at least one of the first and the second edge regions (40,60) starting from the intermediate region and extending longitudinally simultaneously tapers along the width and the thickness of the strip, wherein the at least one of the first and the second edge regions (40,60) that simultaneously tapers along the width and the thickness of the strip comprises a first and a second right-angled polygonal faces (41, 42) disposed perpendicularly to the first and the second planar surfaces (52,54), characterized in that a side of the first polygonal face starting from the intermediate region tapers in thickness at a rate between 1:100 and 1:50 and a side of the second polygonal face starting from the intermediate region tapers in thickness at a rate between 1:100 and 1:20, wherein the taper of the side of the first polygonal face is less than the taper of the side of the second polygonal face. - unidirectional fibers extending along a longitudinal direction of the strip, - a first and a second edge regions (40,60) separated in the longitudinal direction of the strip by an intermediate region, wherein the intermediate region is defined by a first and a second mutually opposed longitudinally extending and parallelly disposed planar surfaces (52,54), wherein a thickness of the strip is determinable perpendicular to the first and the second planar surfaces (52,54) and a width of the strip is determinable parallel to the first and the second planar surfaces (52,54) and perpendicular to the longitudinal direction of the strip,
An occupant restraining device for a vehicle comprising: a seatbelt structured so as to be able to be retracted at the vehicle, and positioned at a chest region of a vehicle occupant when seated in a vehicle seat; a collision predicting sensor configured to sense, in advance, a front collision of the vehicle; a gap enlarging section (16, 42, 44) configured to enlarge a gap between the vehicle occupant and a seatback of the vehicle seat; an actuator (18, 20) configured to retract the seatbelt; and a control section configured to, in a case in which a front collision of the vehicle is sensed in advance by the collision predicting sensor, enlarge the gap between the vehicle occupant and the seatback by the gap enlarging section (16, 42, 44), and next start retracting of the seatbelt by the actuator (18, 20), and, from before the front collision at least until forward movement of the vehicle occupant starts after occurrence of the front collision, continue to input load from the seatbelt to the vehicle occupant and continue to move the vehicle occupant toward a vehicle rear side. a seatbelt structured so as to be able to be retracted at the vehicle, and positioned at a chest region of a vehicle occupant when seated in a vehicle seat; a collision predicting sensor configured to sense, in advance, a front collision of the vehicle; a gap enlarging section (16, 42, 44) configured to enlarge a gap between the vehicle occupant and a seatback of the vehicle seat; an actuator (18, 20) configured to retract the seatbelt; and a control section configured to, in a case in which a front collision of the vehicle is sensed in advance by the collision predicting sensor, enlarge the gap between the vehicle occupant and the seatback by the gap enlarging section (16, 42, 44), and next start retracting of the seatbelt by the actuator (18, 20), and, from before the front collision at least until forward movement of the vehicle occupant starts after occurrence of the front collision, continue to input load from the seatbelt to the vehicle occupant and continue to move the vehicle occupant toward a vehicle rear side.
Friction clutch with a back-pressure plate connected fixedly in terms of rotation to a housing and with a press-down plate accommodated fixedly in terms of rotation and axially displaceably with respect to the said back-pressure plate by means of leaf springs and preestressed to a preset operating point by a cup spring, frictional linings thereby being clamped, and also with an adjusting device for tracking a changing operating point by means of a ramp ring which is accommodated by means of ramps distributed in the circumferential direction and over the circumference on complementary counter-ramps of the press-down plate between the press-down plate and cup spring and which is rotated by a spindle drive as a function of a change in the operating point, as well as with a sensing device detecting a change in the operating point and controlling the spindle drive, characterized in that the spindle drive is accommodated firmly on the housing and has three shaft portions (20, 21, 22) arranged concentrically to one another and rotatable to a limited extent with respect to the housing and with respect to one another, the inner shaft portion containing a spindle mechanism driving the ramp ring and being fixed in one direction of rotation with respect to the middle shaft portion and being rotatable to a limited extent in the other direction of rotation counter to the action of first energy accumulators, and the middle and the outer shaft portion (21, 22) which contain the sensing device for the ramp ring being in each case arranged, secured against rotation with respect to the housing, by means of two switchable wrap-around bands (25, 26, 35, 36) switched relative to one another.
A pharmaceutical composition for use in treatment of intraventricular hemorrhage, comprising stem cell-derived exosomes as an active ingredient, wherein the stem cell is treated with thrombin.
An apparatus for controlling radio resource allocation in a node of a radio access network to minimize interference in a received uplink signal caused by passive intermodulation, PIM, between downlink signals for transmission by the same antenna in the same frame, comprising: a logical module configured for use in a scheduler for allocating physical resource blocks, PRBs, to plural user equipment, UE, in a frame for transmitting data to the UEs from a single antenna of the node; the logical module being configured to in use: receive channel quality indicators, CQIs, of PRB allocations for different UEs in the frame; determine suitable PRBs for each UE, based on the CQIs; and determine a PRB allocation for each UE from the suitable PRBs for each UE based on: in the time domain, minimizing the spread in time slots for each UE; and; in the frequency domain, maximizing the spread in frequency for each UE. a logical module configured for use in a scheduler for allocating physical resource blocks, PRBs, to plural user equipment, UE, in a frame for transmitting data to the UEs from a single antenna of the node; the logical module being configured to in use: receive channel quality indicators, CQIs, of PRB allocations for different UEs in the frame; determine suitable PRBs for each UE, based on the CQIs; and determine a PRB allocation for each UE from the suitable PRBs for each UE based on: in the time domain, minimizing the spread in time slots for each UE; and; in the frequency domain, maximizing the spread in frequency for each UE. receive channel quality indicators, CQIs, of PRB allocations for different UEs in the frame; determine suitable PRBs for each UE, based on the CQIs; and determine a PRB allocation for each UE from the suitable PRBs for each UE based on: in the time domain, minimizing the spread in time slots for each UE; and; in the frequency domain, maximizing the spread in frequency for each UE. in the time domain, minimizing the spread in time slots for each UE; and; in the frequency domain, maximizing the spread in frequency for each UE.
Guide device for a diaphragm wall stripping device for producing a trench, in particular in a bed of a body of water, having - a base frame which can be placed onto a bed and removed again and - at least one guide frame which is designed to guide the diaphragm wall stripping device in a vertically displaceable manner and is supported in the base frame in an adjustable and alignable manner at least in a horizontal direction. - a base frame which can be placed onto a bed and removed again and - at least one guide frame which is designed to guide the diaphragm wall stripping device in a vertically displaceable manner and is supported in the base frame in an adjustable and alignable manner at least in a horizontal direction.
A system for altering the field of view of an endoscope image, comprising: at least one endoscope comprising a distal end, a proximal end, and at least one wide-angle lens in said distal end; at least one camera located in said endoscope's proximal end, configured to image a field of view of said endoscope image by means of said wide-angle lens; at least one computer program configured to be executed by data processing apparatus; and, optionally, at least one component selected from the group consisting of endoscope maneuvering means configured to physically maneuver said endoscope; a display configured to show at least a portion of said selected portion of said field of view; and, a database configured to be accessed by said at least one computer program; said computer program is configured to select at least a portion of said field of view without physically maneuvering said endoscope or said wide-angle lens; characterized in that said at least one computer program is configured to identify an occurrence of at least one predetermined item of interest from said at least one said image of said field of view, said system comprising warning means configured to provide a warning upon identification of at least one predetermined item of interest. at least one endoscope comprising a distal end, a proximal end, and at least one wide-angle lens in said distal end; at least one camera located in said endoscope's proximal end, configured to image a field of view of said endoscope image by means of said wide-angle lens; at least one computer program configured to be executed by data processing apparatus; and, optionally, at least one component selected from the group consisting of endoscope maneuvering means configured to physically maneuver said endoscope; a display configured to show at least a portion of said selected portion of said field of view; and, a database configured to be accessed by said at least one computer program;
A method for issuing a quantum key chip, comprising: feeding, by a quantum key issuing platform, a quantum key into the quantum key chip; binding, by the quantum key issuing platform, an ID of the quantum key chip in a one-to-one correspondence with an ID of a user using the quantum key chip, wherein the ID of the quantum key chip and/or the ID of the user serve as identification information of the quantum key in the quantum key chip, and the quantum key is obtained by pre-negotiation between the quantum key issuing platform and a key distribution center KDC; and sending, by the quantum key issuing platform, the identification information of the quantum key to the KDC, so that the KDC binds the identification information to the quantum key corresponding to the identification information. feeding, by a quantum key issuing platform, a quantum key into the quantum key chip; binding, by the quantum key issuing platform, an ID of the quantum key chip in a one-to-one correspondence with an ID of a user using the quantum key chip, wherein the ID of the quantum key chip and/or the ID of the user serve as identification information of the quantum key in the quantum key chip, and the quantum key is obtained by pre-negotiation between the quantum key issuing platform and a key distribution center KDC; and sending, by the quantum key issuing platform, the identification information of the quantum key to the KDC, so that the KDC binds the identification information to the quantum key corresponding to the identification information.
An electrical apparatus comprising: an earth input for connection to an earth wire of an electrical supply from a distribution network; an earth interface for providing an earth connection from the earth input to an appliance; current sensing means for sensing a current flow through the earth input; earth-wire disconnection means (48, 50', 54) for disconnecting the earth interface from the earth input when a sensed current flow through the earth input satisfies an earth-wire disconnection condition; and live-wire disconnection means (42, 52') for initiating a disconnection of a live wire of the electrical supply to the appliance before or at the same time as the disconnecting of the earth interface; and characterized by further comprising an interlock for preventing the live wire from being connected to the appliance unless the earth interface is already connected to the earth input. an earth input for connection to an earth wire of an electrical supply from a distribution network; an earth interface for providing an earth connection from the earth input to an appliance; current sensing means for sensing a current flow through the earth input; earth-wire disconnection means (48, 50', 54) for disconnecting the earth interface from the earth input when a sensed current flow through the earth input satisfies an earth-wire disconnection condition; and live-wire disconnection means (42, 52') for initiating a disconnection of a live wire of the electrical supply to the appliance before or at the same time as the disconnecting of the earth interface; and
An electrosurgical generator arranged to supply radio frequency energy to fuse tissue, the generator comprising: an RF amplifier to supply RF energy through a removably coupled electrosurgical instrument comprising two electrodes; and a controller arranged to monitor a phase angle of the supplied RF energy, characterized in that the controller is configured to identify voltage of the supplied RF energy when the monitored phase angle is equal to or crossing a first predefined phase value being zero degrees, compare the identified voltage to a predetermined set voltage value to determine the size of tissue between two electrodes of the electrosurgical instrument, determine a second predefined phase value using the determined tissue size, and signal the RF amplifier to terminate the supply of RF energy when the monitored phase angle is less than the second predetermined phase value. an RF amplifier to supply RF energy through a removably coupled electrosurgical instrument comprising two electrodes; and a controller arranged to monitor a phase angle of the supplied RF energy, characterized in that the controller is configured to identify voltage of the supplied RF energy when the monitored phase angle is equal to or crossing a first predefined phase value being zero degrees, compare the identified voltage to a predetermined set voltage value to determine the size of tissue between two electrodes of the electrosurgical instrument, determine a second predefined phase value using the determined tissue size, and signal the RF amplifier to terminate the supply of RF energy when the monitored phase angle is less than the second predetermined phase value.
A resource assignment method performed by an apparatus during a tune-away procedure in a wireless communication system employing a frame structure, characterized by: determining based on a schedule comprising timing information as to when a tune away will occur, a first instance in time that a tune-away will initiate with respect to an access terminal; determining based on the schedule, a second instance in time that corresponds to a latest frame boundary associated with the access terminal prior to the first instance in time that the tune-away initiates; and determining resource assignment parameters associated with the access terminal and implementing the resource assignment parameters at the second instance in time, expiring an assignment of resources between the access terminal and an access point at the second instance in time. determining based on a schedule comprising timing information as to when a tune away will occur, a first instance in time that a tune-away will initiate with respect to an access terminal; determining based on the schedule, a second instance in time that corresponds to a latest frame boundary associated with the access terminal prior to the first instance in time that the tune-away initiates; and determining resource assignment parameters associated with the access terminal and implementing the resource assignment parameters at the second instance in time, expiring an assignment of resources between the access terminal and an access point at the second instance in time.