mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting module comprising: a light emitting device ; and a lens disposed above the light emitting device and dispersing light emitted from the light emitting device , wherein the lens comprises a light incident portion through which light emitted from the light emitting device enters the lens and a light exit portion through which the light exits the lens , each of the light incident portion and the light exit portion having a major axis and a minor axis in plan view, the major axis of the light incident portion being disposed at a right angle with respect to the major axis of the light exit portion ; and a lower surface of the lens comprises a slanted surface downwardly slanted with respect to a horizontal surface thereof in an outward direction of the lens , characterized in that : the lens has a protruding surface around the inlet of the light incident portion , protruding from the lower surface thereof to have a predetermined radius of curvature, and wherein a boundary between the slanted surface and the lower surface of the lens is a straight line. a light emitting device ; and a lens disposed above the light emitting device and dispersing light emitted from the light emitting device , wherein the lens comprises a light incident portion through which light emitted from the light emitting device enters the lens and a light exit portion through which the light exits the lens , each of the light incident portion and the light exit portion having a major axis and a minor axis in plan view, the major axis of the light incident portion being disposed at a right angle with respect to the major axis of the light exit portion ; and a lower surface of the lens comprises a slanted surface downwardly slanted with respect to a horizontal surface thereof in an outward direction of the lens , characterized in that : the lens has a protruding surface around the inlet of the light incident portion , protruding from the lower surface thereof to have a predetermined radius of curvature, and wherein a boundary between the slanted surface and the lower surface of the lens is a straight line.
A power connector , in particular power bar, for a vehicle electrical system, comprising - a strip-shaped power conductor , which is made of a first metal material and has at least one through-opening penetrating the power conductor in its thickness direction, and - at least one contact insert , which is arranged in the through opening of the power conductor so as to make electrical contact with the latter, extends at least partially over the thickness of the power conductor and is made of a second metal material which is mechanically stronger than the first metal material, wherein the contact insert comprises, on at least one end face, a collar which is radially widened relative to an inner diameter of the through opening of the power conductor , characterized in that the collar has a first section and a second section and the first section protrudes with respect to the second section to form a contact surface the second section surrounds the first section radially at least partially, the second section serves for the application of an ultrasonic tool, and the collar between the first section and the second section has a step or is chamfered at a radial edge section. - a strip-shaped power conductor , which is made of a first metal material and has at least one through-opening penetrating the power conductor in its thickness direction, and - at least one contact insert , which is arranged in the through opening of the power conductor so as to make electrical contact with the latter, extends at least partially over the thickness of the power conductor and is made of a second metal material which is mechanically stronger than the first metal material, the collar has a first section and a second section and the first section protrudes with respect to the second section to form a contact surface the second section surrounds the first section radially at least partially, the second section serves for the application of an ultrasonic tool, and the collar between the first section and the second section has a step or is chamfered at a radial edge section.
A system for modifying articles received from an infeed, the system comprising: a plurality of line starwheels being cooperatively arranged to form a process line, each of the plurality of line starwheels including a plurality of starwheel pockets thereon, the plurality of starwheel pockets including a first-pass starwheel pocket, a second-pass starwheel pocket, and a third-pass starwheel pocket; and a recirculation line , characterized in the recirculation line including a synchronization mechanism and a plurality of line-pocket sets , each of the plurality of line-pocket sets including a first line pocket and a second line pocket , the first line pocket configured to receive an article from the first-pass starwheel pocket of a downstream line starwheel and deposit the article in the second-pass starwheel pocket of an upstream line starwheel, the second line pocket configured to receive the article from the second-pass starwheel pocket of the downstream line starwheel and deposit the article in the third-pass starwheel pocket of the upstream line starwheel, the synchronization mechanism configured to synchronize the plurality of line-pocket sets to the plurality of starwheel pockets, wherein the article contacting the first-pass starwheel pockets, the second-pass starwheel pockets, and the third-pass starwheel pockets corresponds with a respective first stage, second stage, and third stage of modifying the article. a plurality of line starwheels being cooperatively arranged to form a process line, each of the plurality of line starwheels including a plurality of starwheel pockets thereon, the plurality of starwheel pockets including a first-pass starwheel pocket, a second-pass starwheel pocket, and a third-pass starwheel pocket; and a recirculation line , characterized in the recirculation line including a synchronization mechanism and a plurality of line-pocket sets , each of the plurality of line-pocket sets including a first line pocket and a second line pocket , the first line pocket configured to receive an article from the first-pass starwheel pocket of a downstream line starwheel and deposit the article in the second-pass starwheel pocket of an upstream line starwheel, the second line pocket configured to receive the article from the second-pass starwheel pocket of the downstream line starwheel and deposit the article in the third-pass starwheel pocket of the upstream line starwheel, the synchronization mechanism configured to synchronize the plurality of line-pocket sets to the plurality of starwheel pockets, wherein the article contacting the first-pass starwheel pockets, the second-pass starwheel pockets, and the third-pass starwheel pockets corresponds with a respective first stage, second stage, and third stage of modifying the article.
A Mach-Zehnder, MZ, modulator for modulating optical signals, and comprising: a plurality of modulating waveguide sections ; at least one bias electrode in electrical communication with at least one modulating waveguide section and configured to apply at least one electrical bias signal to one or more of the modulating waveguide sections; and an output optical combiner comprising a plurality of inputs and a plurality of outputs, wherein the plurality of inputs of the combiner are in optical communication with output sides of the plurality of modulating waveguide sections, and characterized in that the plurality of the outputs of the combiner include a modulator output and a plurality of monitor outputs having a phase relationship; and wherein the combiner is an n × n combiner and n is greater than 2. a plurality of modulating waveguide sections ; at least one bias electrode in electrical communication with at least one modulating waveguide section and configured to apply at least one electrical bias signal to one or more of the modulating waveguide sections; and an output optical combiner comprising a plurality of inputs and a plurality of outputs, wherein the plurality of inputs of the combiner are in optical communication with output sides of the plurality of modulating waveguide sections, and characterized in that the plurality of the outputs of the combiner include a modulator output and a plurality of monitor outputs having a phase relationship; and wherein the combiner is an n × n combiner and n is greater than 2.
Prefabricated support (2; 2A, 2B) for a rack-mountable electrical device, characterised in that the support comprises: - a plate (6; 6A, 6B); - a one-piece body (4; 4A, 4B) mounted on the plate; - an electrical connector (8; 8A, 8B) positioned on a rear face of the prefabricated support; - preformed electrical conductors (51, 52, 53; 51A, 52A, 53A; 51B, 52B, 53B) each having a first end and a second end ; the body defining, on the front face of the support, a receiving housing which is to receive an electrical switching apparatus , the body also delimiting a passage in which the electrical conductors are housed, each first end of each electrical conductor being connected to the electrical conductor and each second end of each electrical conductor emerging inside the receiving housing, the body having an electrically insulating separating wall extending perpendicularly from one edge of the plate, said wall and at least one side of the plate forming a lateral face of the support, said lateral face having at least one first fixing member (91; 91A, 91B) and at least one second fixing member (92; 92A, 92B), each second fixing member having a complementary shape to the first fixing member, each first member and each second member being adapted to be engaged with another second member and another first member, respectively. - a plate (6; 6A, 6B); - a one-piece body (4; 4A, 4B) mounted on the plate; - an electrical connector (8; 8A, 8B) positioned on a rear face of the prefabricated support; - preformed electrical conductors (51, 52, 53; 51A, 52A, 53A; 51B, 52B, 53B) each having a first end and a second end ;
Apparatus, comprising means for: obtaining, at a second terminal (UE2) in a sidelink communication with a first terminal (UE1), information about a resource on which the first terminal (UE1) transmits a reference signal; measuring, at the second terminal (UE2) and based on the obtained information, a received power of the reference signal on the resource, wherein the measuring comprises measuring the received power of the reference signal on the resource based on information from a serving base station (gNB2) that a transmission of the serving base station on the resource is muted; transmitting, to the serving base station (gNB2), cross-link interference information based on the received power. obtaining, at a second terminal (UE2) in a sidelink communication with a first terminal (UE1), information about a resource on which the first terminal (UE1) transmits a reference signal; measuring, at the second terminal (UE2) and based on the obtained information, a received power of the reference signal on the resource, wherein the measuring comprises measuring the received power of the reference signal on the resource based on information from a serving base station (gNB2) that a transmission of the serving base station on the resource is muted; transmitting, to the serving base station (gNB2), cross-link interference information based on the received power.
A medical system, comprising an inflatable medical instrument configured for interventional deployment which includes an optical fiber for a FORS system, wherein the optical fiber for the FORS system is integrated in a guidewire positioned within a lumen of the inflatable medical instrument; a FORS system that is configured to measure a shape of the guidewire to determine a shape of the inflatable medical instrument during the interventional deployment; and a shape analysis module configured to analyze FORS data from the FORS system and determine an instantaneous virtual measurement of characteristics of the inflatable medical instrument, said characteristics comprising the volume of the inflatable medical instrument, a diameter of the inflatable medical instrument, a pressure of the inflatable medical instrument and/or a total number of inflation cycles for the inflatable medical instrument.
Swimming pool cleaning apparatus comprising: a. a filter extraction handle that is able to move between a first position and a second position, characterized in that the apparatus comprises: b. means for retaining the extraction handle in the first position, and c. means for urging the extraction handle towards the second position. a. a filter extraction handle that is able to move between a first position and a second position, characterized in that the apparatus comprises: b. means for retaining the extraction handle in the first position, and c. means for urging the extraction handle towards the second position.
A method for abandoning a well, the well including a cemented section behind casing in a wellbore and production tubing within the casing at the cemented section , comprising the steps: (a) perforating the production tubing in the wellbore at a zone of interest at the cemented section; (b) passing a settable composition through the perforations into the annulus between the casing and the production tubing; (c) allowing the settable composition to set to secure the production tubing to the casing at the zone of interest; (d) deploying a tubing mill and milling away the production tubing and the settable composition at the zone of interest to access the casing at the cemented section; (e) performing a cement bond log to assess the quality of the cement bond at the cemented section over the zone of interest; and (f) deploying a cement plug ; characterised in that : the steps are taken in order; and at step (e) if the cement bond is shown to be of inadequate and/or poor quality, rather than of adequate and/or good quality, pulling the production tubing out of the casing. (a) perforating the production tubing in the wellbore at a zone of interest at the cemented section; (b) passing a settable composition through the perforations into the annulus between the casing and the production tubing; (c) allowing the settable composition to set to secure the production tubing to the casing at the zone of interest; (d) deploying a tubing mill and milling away the production tubing and the settable composition at the zone of interest to access the casing at the cemented section; (e) performing a cement bond log to assess the quality of the cement bond at the cemented section over the zone of interest; and (f) deploying a cement plug ; the steps are taken in order; and at step (e) if the cement bond is shown to be of inadequate and/or poor quality, rather than of adequate and/or good quality, pulling the production tubing out of the casing.
A method for configuring resources for terminal devices , the method being performed by a radio equipment, RE, of an access node , the RE having an interface to a radio equipment controller, REC, of the access node, the method comprising: configuring (S110) the resources for at least one of uplink reception and downlink transmission using beamforming weights obtained according to a selected one among two available alternatives of: determined autonomously by the RE based on reference signals received in the uplink, and determined based on external information received from the REC over the interface.
An element manager comprising: storage circuitry to store a first value associated with successful transmission or reception by a wireless local area network access point and a second value associated with errors in transmission or reception by the wireless local area network access point; an integration reference point agent, coupled with the storage circuitry, to: send, based on expiry of a predefined period a first request to a wireless local area network access point for a value of a first counter that is based on successful transmission or reception by the wireless local area network access point, receive, from the wireless local area network access point, a first value of the first counter in response to the first request; store the first value in the storage circuitry send, based on expiry of the predefined period a second request to the wireless local area network access point for a value of a second counter associated with unsuccessful transmission or reception by the wireless local area network access point, receive, from the wireless local area network access point, a second value of a second counter in response to the second request store the second value in the storage circuitry compute a packet error rate value based at least on the first and second values via division of the second value by a sum of the first value and the second value and determine, based at least on the packet error rate, performance of a wireless local area network associated with the wireless local area network access point. storage circuitry to store a first value associated with successful transmission or reception by a wireless local area network access point and a second value associated with errors in transmission or reception by the wireless local area network access point; an integration reference point agent, coupled with the storage circuitry, to: send, based on expiry of a predefined period a first request to a wireless local area network access point for a value of a first counter that is based on successful transmission or reception by the wireless local area network access point, receive, from the wireless local area network access point, a first value of the first counter in response to the first request; store the first value in the storage circuitry send, based on expiry of the predefined period a second request to the wireless local area network access point for a value of a second counter associated with unsuccessful transmission or reception by the wireless local area network access point, receive, from the wireless local area network access point, a second value of a second counter in response to the second request store the second value in the storage circuitry compute a packet error rate value based at least on the first and second values via division of the second value by a sum of the first value and the second value and determine, based at least on the packet error rate, performance of a wireless local area network associated with the wireless local area network access point.
A method implemented in a wireless transmit receive unit, WTRU , characterized in the method comprising: providing a plurality of feedback bits, wherein the plurality of feedback bits comprise a plurality of precoding matrix indices, PMIs, and each PMI of the plurality of PMIs is provided for a respective sub-band of a plurality of sub-bands spanning a system bandwidth; attaching a plurality of cyclic redundancy check, CRC, bits to the plurality of feedback bits; jointly encoding the plurality of feedback bits with the plurality of CRC bits attached to the plurality of feedback bits using a convolutional channel coding scheme; and transmitting the plurality of feedback bits with the plurality of CRC bits after joint encoding using the convolutional channel coding scheme. providing a plurality of feedback bits, wherein the plurality of feedback bits comprise a plurality of precoding matrix indices, PMIs, and each PMI of the plurality of PMIs is provided for a respective sub-band of a plurality of sub-bands spanning a system bandwidth; attaching a plurality of cyclic redundancy check, CRC, bits to the plurality of feedback bits; jointly encoding the plurality of feedback bits with the plurality of CRC bits attached to the plurality of feedback bits using a convolutional channel coding scheme; and transmitting the plurality of feedback bits with the plurality of CRC bits after joint encoding using the convolutional channel coding scheme.
A system for retracting a surgical tool from a surgical site comprising: a robot having at least one axis of movement, said robot having an attachment point for securing a surgical tool to said robot for robotically controlled movement of said surgical tool for completion of at least a portion of a surgical procedure; said surgical tool ; said surgical tool including a retraction mechanism for causing said surgical tool to retract from a first operational position to a second non-operational position independent of said robotically controlled movement upon detection of a predetermined condition, wherein said retraction mechanism includes a track portion and a shuttle portion , a functional portion of said surgical tool secured to said shuttle portion to move therewith upon detection of said predetermined condition, wherein said track portion including at least two guide members for guiding said shuttle portion during movement thereof to said non-operational position, and wherein the at least two guide members are a male dove tail which slidably cooperates with a conjugately shaped female dove tail , the male and female dove tails interlock to prevent side to side and up and down movements while allowing guided sliding movement. a robot having at least one axis of movement, said robot having an attachment point for securing a surgical tool to said robot for robotically controlled movement of said surgical tool for completion of at least a portion of a surgical procedure; said surgical tool ; said surgical tool including a retraction mechanism for causing said surgical tool to retract from a first operational position to a second non-operational position independent of said robotically controlled movement upon detection of a predetermined condition, wherein said retraction mechanism includes a track portion and a shuttle portion , a functional portion of said surgical tool secured to said shuttle portion to move therewith upon detection of said predetermined condition, wherein said track portion including at least two guide members for guiding said shuttle portion during movement thereof to said non-operational position, and wherein the at least two guide members are a male dove tail which slidably cooperates with a conjugately shaped female dove tail , the male and female dove tails interlock to prevent side to side and up and down movements while allowing guided sliding movement.
Cabin of a vehicle for transporting passengers including a plurality of units, each unit including a seat and a seat extension arranged staggered in said plurality of units, wherein each seat extension includes a shell including a front end and a rear opening determined by a hollow volume open towards the rear and a footrest area inside said hollow volume, the shell of each of the seat extensions including: - an invariant portion including a structure having fixed and identical dimensions for all the seat extensions of said plurality of units, and - a modular portion located at the front of said invariant portion , said modular portion , together with the invariant portion , defining the length of the seat extension between the rear opening and the front end of the shell , said length being modular, when arranging the cabin, by a fixing position of said modular portion with respect to the invariant portion of the shell or by an adapted length of said modular portion, in said cabin, the seat extensions of said plurality of units having a constant and non-modifiable length during the use of the seat. - an invariant portion including a structure having fixed and identical dimensions for all the seat extensions of said plurality of units, and - a modular portion located at the front of said invariant portion , said modular portion , together with the invariant portion , defining the length of the seat extension between the rear opening and the front end of the shell , said length being modular, when arranging the cabin, by a fixing position of said modular portion with respect to the invariant portion of the shell or by an adapted length of said modular portion, in said cabin, the seat extensions of said plurality of units having a constant and non-modifiable length during the use of the seat.