mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal in a cell to which listening is executed before transmission, the terminal comprising: a receiving section adapted to receive downlink control information including information regarding allocation of a transmission unit configured of a plurality of resource blocks; a control section adapted to determine a resource allocation based on the information regarding the allocation; and a transmitting section adapted to transmit a physical uplink shared channel using the resource allocation, wherein the downlink control information includes information regarding a type of the listening, and wherein the type of listening includes: a first listening type in which, when a channel is unusable upon executing listening, a listening time is extended and listening is continuously executed until the channel becomes usable, and a second listening type in which transmission is carried out when the channel is usable upon executing listening for a certain period of time. a receiving section adapted to receive downlink control information including information regarding allocation of a transmission unit configured of a plurality of resource blocks; a control section adapted to determine a resource allocation based on the information regarding the allocation; and a transmitting section adapted to transmit a physical uplink shared channel using the resource allocation, wherein the downlink control information includes information regarding a type of the listening, and wherein the type of listening includes: a first listening type in which, when a channel is unusable upon executing listening, a listening time is extended and listening is continuously executed until the channel becomes usable, and a second listening type in which transmission is carried out when the channel is usable upon executing listening for a certain period of time. a first listening type in which, when a channel is unusable upon executing listening, a listening time is extended and listening is continuously executed until the channel becomes usable, and a second listening type in which transmission is carried out when the channel is usable upon executing listening for a certain period of time.
A computing device , comprising: first logic to receive a first data set representative of a web page, wherein the first data set includes a portion that is associated with a platform feature not supported by a platform of a web server that is to serve the web page; second logic , coupled to the first logic, to generate a second data set by removing the portion from the first data set ; third logic , coupled to the second logic, to generate a third data set by performing at least one minification operation on the second data set to reduce a size of the second data set; and fourth logic , coupled to the third logic, to provide the third data set to the web server, wherein the web server is to provide the third data set to a second computing device in response to a request, by the second computing device to the web server , for the web page; wherein the second logic is further configured to: receive an indicator of the platform; and determine, by accessing a stored association between the platform and platform features supported by the platform, that the platform feature is not supported by the platform; and wherein the second logic, as part of generation of the second data set, is configured to: identify a tag, associated with the platform feature, in the first data set ; and identify the portion based on the tag. first logic to receive a first data set representative of a web page, wherein the first data set includes a portion that is associated with a platform feature not supported by a platform of a web server that is to serve the web page; second logic , coupled to the first logic, to generate a second data set by removing the portion from the first data set ; third logic , coupled to the second logic, to generate a third data set by performing at least one minification operation on the second data set to reduce a size of the second data set; and fourth logic , coupled to the third logic, to provide the third data set to the web server, wherein the web server is to provide the third data set to a second computing device in response to a request, by the second computing device to the web server , for the web page; wherein the second logic is further configured to: receive an indicator of the platform; and determine, by accessing a stored association between the platform and platform features supported by the platform, that the platform feature is not supported by the platform; and wherein the second logic, as part of generation of the second data set, is configured to: identify a tag, associated with the platform feature, in the first data set ; and identify the portion based on the tag. receive an indicator of the platform; and determine, by accessing a stored association between the platform and platform features supported by the platform, that the platform feature is not supported by the platform; and wherein the second logic, as part of generation of the second data set, is configured to: identify a tag, associated with the platform feature, in the first data set ; and identify the portion based on the tag. identify a tag, associated with the platform feature, in the first data set ; and identify the portion based on the tag.
A catheter assembly comprising: a hollow catheter ; a catheter hub configured to fix and hold the catheter ; an inner needle including a needlepoint and configured to be detachably inserted through inside of the catheter ; a needle hub configured to fix and hold the inner needle ; a catheter operation member capable of moving the catheter relative to the inner needle ; a support member being provided at the needle hub , wherein the support member includes a support main body portion freely movable to a first position (P1) located on an opposite side of the catheter operation member interposing the catheter , and capable of contacting and supporting the catheter , and a second position (P2) that is a position different from the first position (P1), and not contacting the catheter , characterized in that said support member is rotatably attached to the needle hub . a hollow catheter ; a catheter hub configured to fix and hold the catheter ; an inner needle including a needlepoint and configured to be detachably inserted through inside of the catheter ; a needle hub configured to fix and hold the inner needle ; a catheter operation member capable of moving the catheter relative to the inner needle ; a support member being provided at the needle hub , wherein the support member includes a support main body portion freely movable to a first position (P1) located on an opposite side of the catheter operation member interposing the catheter , and capable of contacting and supporting the catheter , and a second position (P2) that is a position different from the first position (P1), and not contacting the catheter , characterized in that said support member is rotatably attached to the needle hub .
Autonomous device for measuring at least one characteristic of a fluid circulating in a channel in a flow direction, the autonomous device including: - a rotor comprising a turbine capable of being driven in rotation by the fluid, the rotor being assembled to a stator and the turbine being formed by a hub and a plurality of blades fixed to the hub ; - fixing means allowing the stator to be fixedly placed in the channel or at one end of the channel, in a configuration in which the axis of rotation of the turbine is in parallel with the flow direction; - a permanent magnetic field source defining a magnetic plane perpendicular to the axis of rotation of the turbine ; - a magneto-electric converter having a reference plane and able to transform a variation in the reference plane of a magnetic field into a mechanical deformation capable of generating electric charges; - a processing circuit electrically connected to the converter and able to utilize the electric charges in order to provide a measurement of a characteristic of its environment; one of the converter and the source being in the stator , and the other of the converter and the source being in the rotor ; the stator being assembled to the rotor such that the reference plane of the converter resides in the magnetic plane generated by the source , the device further comprising flaps or a curtain in order to modify the passage portion of the channel, the flaps or the curtain being configured or controlled in order to limit the speed of rotation of the rotor by opening a fluid circulation passage bypassing the blades of the turbine . - a rotor comprising a turbine capable of being driven in rotation by the fluid, the rotor being assembled to a stator and the turbine being formed by a hub and a plurality of blades fixed to the hub ; - fixing means allowing the stator to be fixedly placed in the channel or at one end of the channel, in a configuration in which the axis of rotation of the turbine is in parallel with the flow direction; - a permanent magnetic field source defining a magnetic plane perpendicular to the axis of rotation of the turbine ; - a magneto-electric converter having a reference plane and able to transform a variation in the reference plane of a magnetic field into a mechanical deformation capable of generating electric charges; - a processing circuit electrically connected to the converter and able to utilize the electric charges in order to provide a measurement of a characteristic of its environment;
A method, performed by a user equipment, UE , in a wireless communication system, the method comprising: receiving high-layer signaling configuring the UE to determine a number of bits of hybrid automatic repeat request-acknowledgement, HARQ-ACK, information semi-statically; receiving, from a base station , a physical downlink control channel, PDCCH, of a serving cell indicating a semi persistent scheduling, SPS, physical downlink shared channel, PDSCH, release or scheduling a PDSCH reception, wherein the PDCCH of the serving cell includes a counter downlink assignment index, DAI, field value of 1; in case that HARQ-ACK information corresponding to the a set of downlink timeslots is only for the SPS PDSCH release or the PDSCH reception, determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and transmitting, to the base station , the PUCCH including the HARQ-ACK information in an uplink slot n. receiving high-layer signaling configuring the UE to determine a number of bits of hybrid automatic repeat request-acknowledgement, HARQ-ACK, information semi-statically; receiving, from a base station , a physical downlink control channel, PDCCH, of a serving cell indicating a semi persistent scheduling, SPS, physical downlink shared channel, PDSCH, release or scheduling a PDSCH reception, wherein the PDCCH of the serving cell includes a counter downlink assignment index, DAI, field value of 1; in case that HARQ-ACK information corresponding to the a set of downlink timeslots is only for the SPS PDSCH release or the PDSCH reception, determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and determining the number of bits of the HARQ-ACK information according to at least one downlink timeslot corresponding to the serving cell in the set of downlink timeslot based on a number of transport blocks of the serving cell configured to the UE, and determining a physical uplink control channel, PUCCH, power adjustment value for transmitting the HARQ-ACK information based on a transmission power control, TPC, field in the PDCCH of the serving cell; and transmitting, to the base station , the PUCCH including the HARQ-ACK information in an uplink slot n.
Electrical circuit for a frequency converter, with a number of semiconductor switches (12.1, 12.2, ..., 12.8) and capacitors (14.1, 14.2) or capacitor banks, which are present operating the frequency converter, and with a braking resistance (R) for degrading energy, wherein two or more parallel circuit structures are present, the braking resistance (R) is positioned between a node of one of the circuit structures and a node of one of the circuit structures parallel thereto, the braking resistance (R) is connected to the present semiconductor switches (12.1, 12.2, ..., 12.8), without an additional switch being present, and the operation of the frequency converter and the current by means of the braking resistance (R) can be controlled by means of the present semiconductor switches (12.1, 12.2, ..., 12.8), wherein the semiconductor switches (12.1, 12.2, ..., 12.8) are wired together to form modules (11.1, 11.2, 11.3, 11.4) and the frequency converter is constructed of at least four modules (11.1, 11.2, 11.3, 11.4) comprising semiconductor switches (12.1, 12.2, ..., 12.8) connected in each case in series of two, wherein in each case two of the modules (11.1, 11.2 or 11.3, 11.4) are connected in parallel at least one capacitor (14.1, 14.2) or a capacitor bank, in order to define each parallel circuit structure, and wherein the connecting points of the semiconductor switches of the modules, which are not connected in parallel (11.1, 11.2 or 11.3, 11.4), form in each case a terminal point (P1, P2), and to the braking resistance (R), which is positioned between the terminal points (P1, P2) of the semiconductor switches of the modules, which are not connected in parallel.
A virtual reality apparatus comprising: an image generator to generate images representing a virtual environment, for display to a user by a head mountable display to be worn by that user, the virtual environment including an avatar representation of the user positioned within the virtual environment so that the user's viewpoint of the virtual environment substantially corresponds to the viewpoint of the avatar corresponding to that user; one or more user controls with which predetermined inputs may be selected by the user, the image generator being responsive to selection of a predetermined input by the user to correspondingly configure a face of the avatar representing that user; and the image generator being arranged to generate respective facial configurations of the avatar for display to other users viewing the virtual environment, in which the one or more user controls comprise one or more selected from the list consisting of: i. a control device comprising one or more buttons; ii. a control device operable to transmit telemetry data indicative of position, orientation and/or motion; and iii. a control device comprising a predetermined visible feature for use in image-based tracking, in which a single predetermined input is associated with the configuration of two or more facial configurations, from which the selection of one configuration is in dependence upon metadata associated with the virtual environment. an image generator to generate images representing a virtual environment, for display to a user by a head mountable display to be worn by that user, the virtual environment including an avatar representation of the user positioned within the virtual environment so that the user's viewpoint of the virtual environment substantially corresponds to the viewpoint of the avatar corresponding to that user; one or more user controls with which predetermined inputs may be selected by the user, the image generator being responsive to selection of a predetermined input by the user to correspondingly configure a face of the avatar representing that user; and the image generator being arranged to generate respective facial configurations of the avatar for display to other users viewing the virtual environment, in which the one or more user controls comprise one or more selected from the list consisting of: i. a control device comprising one or more buttons; ii. a control device operable to transmit telemetry data indicative of position, orientation and/or motion; and iii. a control device comprising a predetermined visible feature for use in image-based tracking, in which a single predetermined input is associated with the configuration of two or more facial configurations, from which the selection of one configuration is in dependence upon metadata associated with the virtual environment. i. a control device comprising one or more buttons; ii. a control device operable to transmit telemetry data indicative of position, orientation and/or motion; and iii. a control device comprising a predetermined visible feature for use in image-based tracking,
A method for wireless communication, performed by a network node, the method comprising: receiving , from a wireless device, a system information, SI, request at a reception time, wherein the SI request uses a preamble or random access channel, RACH, resources based on the reception time; determining , based on the reception time, a group of SI messages for which the SI request is made; grouping SI messages into a plurality of SI groups, wherein the plurality of SI groups comprises the group of SI messages; and broadcasting information corresponding to the grouping into the plurality of SI groups. receiving , from a wireless device, a system information, SI, request at a reception time, wherein the SI request uses a preamble or random access channel, RACH, resources based on the reception time; determining , based on the reception time, a group of SI messages for which the SI request is made; grouping SI messages into a plurality of SI groups, wherein the plurality of SI groups comprises the group of SI messages; and broadcasting information corresponding to the grouping into the plurality of SI groups.
An automatic document feeder device comprising: a document tray ; a pair of rollers ; at least one controller that automatically adjusts a height of the document tray and the pair of rollers based on an amount of media contained on the document tray ; and a slide aligned to the pair of rollers to alter a media pathway distance as the height of the pair of rollers changes; characterized in that the at least one controller is to adjust the height of the document tray independently from adjusting the height of the pair of rollers . a document tray ; a pair of rollers ; at least one controller that automatically adjusts a height of the document tray and the pair of rollers based on an amount of media contained on the document tray ; and a slide aligned to the pair of rollers to alter a media pathway distance as the height of the pair of rollers changes; characterized in that the at least one controller is to adjust the height of the document tray independently from adjusting the height of the pair of rollers .
A system for tracking a following vehicle from a leading vehicle , the system comprising: a user interface ; a camera ; an output device ; and an electronic controller configured to, receive, via the user interface , an indication of the following vehicle to track; recognize the following vehicle ; track the following vehicle using a video feed from the camera ; determine whether the following vehicle is struggling to follow the leading vehicle ; and generate a driver notification when the following vehicle is struggling to follow the leading vehicle , output, via the output device , the driver notification. a user interface ; a camera ; an output device ; and an electronic controller configured to, receive, via the user interface , an indication of the following vehicle to track; recognize the following vehicle ; track the following vehicle using a video feed from the camera ; determine whether the following vehicle is struggling to follow the leading vehicle ; and generate a driver notification when the following vehicle is struggling to follow the leading vehicle , output, via the output device , the driver notification.
An optical fiber cable having a slot core which includes a plurality of ribs formed along a cable longitudinal direction and in which slot grooves for housing optical fibers (11A-11L) are formed between the ribs, the optical fiber cable comprising: subunits (20; 20A-20G) each of which is formed by bundling a plurality of intermittent-connection-type optical fiber ribbons in which a connection part where adjacent optical fibers are connected to each other and a non-connection part where adjacent optical fibers (11A-11L) are not connected to each other are intermittently provided in the longitudinal direction among some or all of optical fibers (11A-11L); wherein the subunits (20; 20A-20G) are housed in the slot grooves , and among the subunits (20; 20A-20G) in the slot grooves , at least a subunit (20; 20A-20G) located at an outer peripheral part of the slot grooves is covered with a thin-skin-shaped tube , wherein the thin-skin-shaped tube has a Young's modulus lower than Young's modulus of a material forming the slot core , characterized in that when a length of a root part of the rib , which is defined by a line connecting bottom parts of the slot grooves , is defined as t and a distance of a straight line connecting the root part and an apex of the rib is defined as a rib height h, h / t is equal to or greater than 4 and equal to or less than 8. subunits (20; 20A-20G) each of which is formed by bundling a plurality of intermittent-connection-type optical fiber ribbons in which a connection part where adjacent optical fibers are connected to each other and a non-connection part where adjacent optical fibers (11A-11L) are not connected to each other are intermittently provided in the longitudinal direction among some or all of optical fibers (11A-11L); wherein the subunits (20; 20A-20G) are housed in the slot grooves , and among the subunits (20; 20A-20G) in the slot grooves , at least a subunit (20; 20A-20G) located at an outer peripheral part of the slot grooves is covered with a thin-skin-shaped tube , wherein the thin-skin-shaped tube has a Young's modulus lower than Young's modulus of a material forming the slot core , characterized in that when a length of a root part of the rib , which is defined by a line connecting bottom parts of the slot grooves , is defined as t and a distance of a straight line connecting the root part and an apex of the rib is defined as a rib height h, h / t is equal to or greater than 4 and equal to or less than 8.