mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sending a measurement report, applied to user equipment, UE, having a first modem and a second modem, the first modem corresponding to a first network and the second modem corresponding to a second network, wherein the method comprises: after receiving an enable signal for enabling the second network, starting up a timer and sending a startup signal to the second modem by the first modem ; when the timer expires, sending , by the first modem, a tracking area update, TAU, request to a network-side device configured to support data transmission of both the first network and the second network, the TAU request being configured to request a connection to the second network, and a timing duration of the timer being not less than a startup duration of the second modem; and receiving, by the first modem, a measurement configuration sent by the network-side device, instructing, by the first modem, the second modem after startup to measure the second network according to the measurement configuration, to obtain the measurement report, and reporting, by the first modem, the measurement report to the network-side device . after receiving an enable signal for enabling the second network, starting up a timer and sending a startup signal to the second modem by the first modem ; when the timer expires, sending , by the first modem, a tracking area update, TAU, request to a network-side device configured to support data transmission of both the first network and the second network, the TAU request being configured to request a connection to the second network, and a timing duration of the timer being not less than a startup duration of the second modem; and receiving, by the first modem, a measurement configuration sent by the network-side device, instructing, by the first modem, the second modem after startup to measure the second network according to the measurement configuration, to obtain the measurement report, and reporting, by the first modem, the measurement report to the network-side device .
System for detecting a user-dependent state of a sports object, comprising: a detection device for detecting a plurality of positions of the sports object; a determination device for determining the state of the sports object on the basis of the detected plurality of positions; and an indication device for indicating the detected plurality of positions wherein the detection device is designed for detecting an actual position of the sports object, wherein the determination device is designed for determining a desired position of the sports object, and wherein the indication device is designed for indicating information relating to the desired position if the actual position differs from the desired position, characterized in that the sports object is a ball or a puck. a detection device for detecting a plurality of positions of the sports object; a determination device for determining the state of the sports object on the basis of the detected plurality of positions; and an indication device for indicating the detected plurality of positions wherein the detection device is designed for detecting an actual position of the sports object, wherein the determination device is designed for determining a desired position of the sports object, and wherein the indication device is designed for indicating information relating to the desired position if the actual position differs from the desired position, characterized in that the sports object is a ball or a puck.
A method comprising: obtaining , at a mobile device , a rough estimate of a location of said mobile device; identifying a plurality of transmitters within a signal acquisition range of said roughly estimated location, wherein the plurality of transmitters is identified via a radio heat map covering an area of a rough location of a mobile device, or via a previously performed Wi-Fi scan, relevant location context identifier, LCI, or cached routability graph, and wherein the one or more of the plurality of transmitters comprise fixed location transmitters; transmitting probe requests addressed to at least some of said transmitters; and selectively initiating a passive scan at a receiver of said mobile device if a number of responses to said probe requests received from said transmitters is less than a threshold number. obtaining , at a mobile device , a rough estimate of a location of said mobile device; identifying a plurality of transmitters within a signal acquisition range of said roughly estimated location, wherein the plurality of transmitters is identified via a radio heat map covering an area of a rough location of a mobile device, or via a previously performed Wi-Fi scan, relevant location context identifier, LCI, or cached routability graph, and wherein the one or more of the plurality of transmitters comprise fixed location transmitters; transmitting probe requests addressed to at least some of said transmitters; and selectively initiating a passive scan at a receiver of said mobile device if a number of responses to said probe requests received from said transmitters is less than a threshold number.
A fastener comprising: a shell creating an exterior of the fastener , the shell having a cylindrical length with an interior bore , the interior bore of the shell being surrounded by an interior surface and the interior bore extending through the shell between a first end of the interior bore and a second end of the interior bore , the shell having a head that extends over the first end of the interior bore , the shell having a shank that extends around the interior bore , the shank being one monolithic piece with the head and the shank extending from the head along the cylindrical length of the shell to the second end of the interior bore , the shell being constructed of a ceramic material; and, a core inside the interior bore of the shell , the core having a length that extends from the first end of the interior bore to the second end of the interior bore , the core having an exterior surface that extends around the core , the exterior surface of the core being bonded with the interior surface of the interior bore and pulling the shell in compression around the core , the core being constructed of glass-ceramic material. a shell creating an exterior of the fastener , the shell having a cylindrical length with an interior bore , the interior bore of the shell being surrounded by an interior surface and the interior bore extending through the shell between a first end of the interior bore and a second end of the interior bore , the shell having a head that extends over the first end of the interior bore , the shell having a shank that extends around the interior bore , the shank being one monolithic piece with the head and the shank extending from the head along the cylindrical length of the shell to the second end of the interior bore , the shell being constructed of a ceramic material; and, a core inside the interior bore of the shell , the core having a length that extends from the first end of the interior bore to the second end of the interior bore , the core having an exterior surface that extends around the core , the exterior surface of the core being bonded with the interior surface of the interior bore and pulling the shell in compression around the core , the core being constructed of glass-ceramic material.
A conveyance system comprising: a traveling area that is constituted of a plurality of first tracks disposed along a first direction and a plurality of second tracks disposed along a second direction perpendicular to the first direction; and a suspension-type traveling vehicle that has a supporting body , and travels on the traveling area while being supported by the first track or the second track by the supporting body, wherein the traveling area includes a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed. a traveling area that is constituted of a plurality of first tracks disposed along a first direction and a plurality of second tracks disposed along a second direction perpendicular to the first direction; and a suspension-type traveling vehicle that has a supporting body , and travels on the traveling area while being supported by the first track or the second track by the supporting body, wherein the traveling area includes a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed. a grid area that has the plurality of the first tracks disposed side by side and the plurality of the second tracks disposed side by side so that the first tracks and the second tracks intersect, and thereby has a plurality of unit blocks of the same shape surrounded by the first tracks and the second tracks, both the first tracks and the second tracks surrounding the unit blocks being formed with a interstice that is perpendicular to the longitudinal direction of each track in order to pass the supporting body, a linear area in which a traveling direction is configured to be equal to the first direction or the second direction and in which an interstice perpendicular to the traveling direction is not formed.
A multichannel head of a pipetting device for aspirating and dispensing a liquid via a plurality of pipetting tips, the multichannel head comprising: - a connector block comprising an array of m*n connectors , whereby each connector comprises an internal passageway that is fluidically connectable to a pipetting tip, and - a plunger block comprising a corresponding array of m*n channels, whereby each channel accommodates a plunger and has an opening that is fluidically connected to the internal passageway of a corresponding connector ; characterized in that the multichannel head further comprises at least one sealing mat arranged between the connector block and the plunger block , which comprises a corresponding array of m*n annular sealing elements made of an elastomeric material, for sealing the fluidic connection between the internal passageway of each connector and each opening of the corresponding channel of the plunger block, wherein the annular sealing elements are interconnected by a lattice of linkages that extend in lateral direction (x) and in longitudinal direction (y), such that a cut-out region is formed between two opposing lateral linkages and two opposing longitudinal linkages and in that : the at least one sealing mat is arranged on a corresponding at least one receiving surface, which is provided with protrusions that are shaped to pass through the cut-out regions of the at least one sealing mat, such that recessed portions are created in the receiving surface which locate the sealing mat. - a connector block comprising an array of m*n connectors , whereby each connector comprises an internal passageway that is fluidically connectable to a pipetting tip, and - a plunger block comprising a corresponding array of m*n channels, whereby each channel accommodates a plunger and has an opening that is fluidically connected to the internal passageway of a corresponding connector ;
A structure comprising: a semiconductor light emitting diode ; a support substrate , wherein the support substrate has a top surface, a side surface and a bottom surface; wherein the semiconductor light emitting diode is mounted on the top surface of the support substrate ; wherein the support substrate is configured to have a thermally conductive path from the semiconductor light emitting diode to the bottom surface of the support substrate , a carrier having a bottom surface and an opening, wherein the support substrate is disposed in the opening and the support substrate is mechanically connected to the carrier through at least one of the top surface and the side surface of the support substrate , wherein the bottom of the support substrate or the side surface of the support substrate is making electrical contact to the semiconductor light emitting diode , and wherein the bottom surface of the carrier is disposed at a higher elevation than the bottom surface of the support substrate . a semiconductor light emitting diode ; a support substrate , wherein the support substrate has a top surface, a side surface and a bottom surface; wherein the semiconductor light emitting diode is mounted on the top surface of the support substrate ; wherein the support substrate is configured to have a thermally conductive path from the semiconductor light emitting diode to the bottom surface of the support substrate , wherein the support substrate has a top surface, a side surface and a bottom surface; wherein the semiconductor light emitting diode is mounted on the top surface of the support substrate ; wherein the support substrate is configured to have a thermally conductive path from the semiconductor light emitting diode to the bottom surface of the support substrate , a carrier having a bottom surface and an opening, wherein the support substrate is disposed in the opening and the support substrate is mechanically connected to the carrier through at least one of the top surface and the side surface of the support substrate , wherein the bottom of the support substrate or the side surface of the support substrate is making electrical contact to the semiconductor light emitting diode , and wherein the bottom surface of the carrier is disposed at a higher elevation than the bottom surface of the support substrate .
A hook assembly comprising: a hook part containing a hook member on which an object is hung to be supported; an attachment part attaching the hook part to a bonded surface ; and an adhesive tape attaching the attachment part to the bonded surface , wherein the hook part comprises a cover portion , an upper side portion extending from the cover portion , a protrusion protruded outwardly from the upper side portion of the hook part and a hook-part hook formed inwardly opposite the protrusion , the hook-part hook comprising a traverse portion , a longitudinal portion crossed to the traverse portion , and an end portion formed in an L-shape, the attachment part comprises a bottom portion , a lower side portion extending from the bottom portion , and an attachment-part hook being tapered upwardly from the bottom portion , the attachment-part hook being formed along the lower side portion is opposite the upper side portion of the cover portion of the hook part , and the attachment-part hook is coupled to the hook-part hook , the hook-part hook being released from the attachment-part hook when the protrusion is pressed inwardly. a hook part containing a hook member on which an object is hung to be supported; an attachment part attaching the hook part to a bonded surface ; and an adhesive tape attaching the attachment part to the bonded surface , wherein the hook part comprises a cover portion , an upper side portion extending from the cover portion , a protrusion protruded outwardly from the upper side portion of the hook part and a hook-part hook formed inwardly opposite the protrusion , the hook-part hook comprising a traverse portion , a longitudinal portion crossed to the traverse portion , and an end portion formed in an L-shape, the attachment part comprises a bottom portion , a lower side portion extending from the bottom portion , and an attachment-part hook being tapered upwardly from the bottom portion , the attachment-part hook being formed along the lower side portion is opposite the upper side portion of the cover portion of the hook part , and the attachment-part hook is coupled to the hook-part hook , the hook-part hook being released from the attachment-part hook when the protrusion is pressed inwardly.
An intermediate housing hub for a double flow turbomachine, said hub comprising: - an inner shroud ring configured to delimit a primary outflow stream of the primary gas flow (F1) of the turbomachine, - an outer shroud ring configured to delimit a secondary outflow stream of the secondary gas flow (F2) of said turbomachine, - at least one discharge leading from the outer shroud ring into the secondary outflow stream , the discharge comprising a discharge sleeve and one or more discharge fins which extend within said sleeve , fins and walls of the sleeve defining together several redirecting ducts designed to discharge a gas flow (F3) from the inter-stream volume by redirecting it into the secondary outflow stream, - an inter-stream volume comprising a bottom wall extending between the inner shroud ring and the discharge of the outer shroud ring , said bottom wall having a total curvilinear length between the inner shroud ring and the outer shroud ring , - at least one discharge valve for bypassing a portion of the primary flow into the inter-stream volume the hub being characterised in that the chord length (L2) of at least one of the fins being greater than 50% of a duct length (L1) of the sleeve and in that the inter-stream volume comprises: - a first portion (A), extending from the inner shroud ring over a curvilinear length comprised between 75% and 90% of its total curvilinear length and configured to capture and accelerate the gas flow (F3), said first portion (A) comprising a portion of the sleeve , and - a second portion (B), extending between the first portion (A) and the discharge and configured to redirect the gas flow (A) to improve the transition with the secondary gas flow (F2). - an inner shroud ring configured to delimit a primary outflow stream of the primary gas flow (F1) of the turbomachine, - an outer shroud ring configured to delimit a secondary outflow stream of the secondary gas flow (F2) of said turbomachine, - at least one discharge leading from the outer shroud ring into the secondary outflow stream , the discharge comprising a discharge sleeve and one or more discharge fins which extend within said sleeve , fins and walls of the sleeve defining together several redirecting ducts designed to discharge a gas flow (F3) from the inter-stream volume by redirecting it into the secondary outflow stream, - an inter-stream volume comprising a bottom wall extending between the inner shroud ring and the discharge of the outer shroud ring , said bottom wall having a total curvilinear length between the inner shroud ring and the outer shroud ring , - at least one discharge valve for bypassing a portion of the primary flow into the inter-stream volume - a first portion (A), extending from the inner shroud ring over a curvilinear length comprised between 75% and 90% of its total curvilinear length and configured to capture and accelerate the gas flow (F3), said first portion (A) comprising a portion of the sleeve , and - a second portion (B), extending between the first portion (A) and the discharge and configured to redirect the gas flow (A) to improve the transition with the secondary gas flow (F2).
A multipurpose valve tool comprising: - a plurality of flow control discs configured to be installed within a valve body of a valve assembly to modulate a flow of fluid through at least one outlet port of the valve body ; - a retention ring configured to retain the plurality of flow control discs on a component of the valve assembly when the plurality of flow control discs are not installed within the valve body ; and - a valve key having a first end configured to engage an installation feature in a retention fastener for one of the plurality of flow control discs ; wherein the plurality of flow control discs , the retention ring , and the valve key are detachably coupled to each other. - a plurality of flow control discs configured to be installed within a valve body of a valve assembly to modulate a flow of fluid through at least one outlet port of the valve body ; - a retention ring configured to retain the plurality of flow control discs on a component of the valve assembly when the plurality of flow control discs are not installed within the valve body ; and - a valve key having a first end configured to engage an installation feature in a retention fastener for one of the plurality of flow control discs ; wherein the plurality of flow control discs , the retention ring , and the valve key are detachably coupled to each other.
Vehicle body for commercial vehicles, comprising a cargo-space base supported on a chassis , and comprising corner and lateral stakes which are connected to a vehicle roof and of which at least one stake part is provided with support attachments arranged at different heights for supporting a support arm of a segment base , to be provided in addition to the cargo-space base , for receiving cargo items, a support arm being movably fastened in or on the segment base such that, in its supporting operating position, said support arm protrudes beyond a side edge of the segment base facing the associated support attachment and, in a non-supporting inoperative position, can be transferred into a region of the surface extension of the segment base in which it does not protrude or does not substantially protrude beyond the side edge of the segment base facing the support attachment , the support arm being fastened in or on the segment base so as to be pivotable about a pivot axis , the support arm being provided with a pivot axis , the location of which causes the support arm to fall, owing to its own weight in an unlocked position, into an operating position within the segment base in which a region (14.1) of the support arm protrudes beyond the side edge of the segment base , characterised in that the position of the support arm is indicated by a display device, the support arm being formed having a signal flag region which indicates whether the support arm is in its supporting operating position or in a non-supporting inoperative position.