mhurhangee/patent-ind-claim-en huggingface dataset:
A traffic offloading method in a roaming scenario, comprising: receiving , by a visited core network control plane, V-CP, a first message from a home core network control plane, H-CP, wherein the first message comprises a local breakout, LBO, policy based on a subscribed service, and the subscribed service is a service on which local breakout needs to be performed and that is of a user; and sending , by the V-CP, the LBO policy to a visited core network user plane, V-UP, so that the LBO policy is installed on the V-UP to implement local breakout processing for the subscribed service, wherein the receiving, by a visited core network control plane V-CP, a first message sent by a home core network control plane H-CP comprises: receiving , by the V-CP by using a visited session management function, V-SMF, entity, a first message from a home session management function, H-SMF, entity, wherein the first message comprises the LBO policy based on the subscribed service. receiving , by a visited core network control plane, V-CP, a first message from a home core network control plane, H-CP, wherein the first message comprises a local breakout, LBO, policy based on a subscribed service, and the subscribed service is a service on which local breakout needs to be performed and that is of a user; and sending , by the V-CP, the LBO policy to a visited core network user plane, V-UP, so that the LBO policy is installed on the V-UP to implement local breakout processing for the subscribed service, wherein the receiving, by a visited core network control plane V-CP, a first message sent by a home core network control plane H-CP comprises: receiving , by the V-CP by using a visited session management function, V-SMF, entity, a first message from a home session management function, H-SMF, entity, wherein the first message comprises the LBO policy based on the subscribed service.
A non-crosslinked natural rubber latex composition for an inflatable stopper comprising a homogeneous mixture of: a) natural rubber latex; b) a surfactant; c) an amine based chemical antiozonant; d) ammonia. a) natural rubber latex; b) a surfactant; c) an amine based chemical antiozonant; d) ammonia.
An X-ray imaging apparatus comprising: a pulsed X-ray source having a control signal, wherein said pulsed X-ray source produces a cone shaped beam; a time-sensitive X-ray detector having a time-dependent X-ray photon detection signal output, the time-sensitive X-ray detector being configured for one of: providing for each photon detected at each pixel element a time of detection signal; and being responsive to a gate signal controlling a time when photon detection is enabled or disabled; wherein said time-sensitive X-ray detector comprises an X-ray sensitive scintillator and a light sensor array coupled with said scintillator for measuring X-ray detection events in said scintillator; a processor, connected to said control signal and said time-dependent X-ray photon detection signal output, configured to provide a measure of ballistic photons with a reduction in the measurement of scattered photons received by said time-sensitive detector; wherein said time-sensitive X-ray detector is arranged with respect to said pulsed X-ray source so as to provide a different time of flight for said ballistic photons as a function of a pixel location within said time-sensitive X-ray detector; and wherein said processor provides said measure of ballistic photons with said reduction in the measurement of scattered photons received by said time-sensitive detector using different timing as a function of location of said pixels. a pulsed X-ray source having a control signal, wherein said pulsed X-ray source produces a cone shaped beam; a time-sensitive X-ray detector having a time-dependent X-ray photon detection signal output, the time-sensitive X-ray detector being configured for one of: providing for each photon detected at each pixel element a time of detection signal; and being responsive to a gate signal controlling a time when photon detection is enabled or disabled; providing for each photon detected at each pixel element a time of detection signal; and being responsive to a gate signal controlling a time when photon detection is enabled or disabled; wherein said time-sensitive X-ray detector comprises an X-ray sensitive scintillator and a light sensor array coupled with said scintillator for measuring X-ray detection events in said scintillator; a processor, connected to said control signal and said time-dependent X-ray photon detection signal output, configured to provide a measure of ballistic photons with a reduction in the measurement of scattered photons received by said time-sensitive detector; wherein said time-sensitive X-ray detector is arranged with respect to said pulsed X-ray source so as to provide a different time of flight for said ballistic photons as a function of a pixel location within said time-sensitive X-ray detector; and wherein said processor provides said measure of ballistic photons with said reduction in the measurement of scattered photons received by said time-sensitive detector using different timing as a function of location of said pixels.
A socket assembly , comprising: a housing with an inner bore which extends along a central axis (A); a stud with a first portion that is disposed in said inner bore of said housing and with a shank portion that extends out of said inner bore through an open end of said housing; and a boot including a boot body that is made of an elastomeric material and that extends from a first boot end to a second boot end , said second boot end being operatively sealed with said shank portion of said ball stud, said boot further including an insert including a plurality of raised sections that are circumferentially spaced from one another by a plurality of recessed sections and including a plurality of connecting sections that interconnect adjacent ones of said raised and recessed sections; charaterised in that said first boot end is received in said inner bore of said housing and is operatively sealed with said housing, and in that said boot includes an insert that is in an overmolding engagement with said first boot end of said elastomeric boot body. a housing with an inner bore which extends along a central axis (A); a stud with a first portion that is disposed in said inner bore of said housing and with a shank portion that extends out of said inner bore through an open end of said housing; and a boot including a boot body that is made of an elastomeric material and that extends from a first boot end to a second boot end , said second boot end being operatively sealed with said shank portion of said ball stud, said boot further including an insert including a plurality of raised sections that are circumferentially spaced from one another by a plurality of recessed sections and including a plurality of connecting sections that interconnect adjacent ones of said raised and recessed sections; charaterised in that said first boot end is received in said inner bore of said housing and is operatively sealed with said housing, and in that said boot includes an insert that is in an overmolding engagement with said first boot end of said elastomeric boot body.
A flow channel member adapted for use in a heat exchanger of an electronic component device, comprising: a cover unit ; a bottom plate unit ; and a side wall unit comprising a plate-like body having a hole which forms a flow channel through which a fluid can flow and which is provided inside the flow channel member, characterized in that a first gap which communicates with the flow channel is provided at a joint portion between the cover unit and the plate-like body, the first gap is formed by a chamfered portion which is provided between an end surface (lg) of the plate-like body that faces the flow channel and an upper surface of the plate-like body that faces the cover unit , the side wall unit is a laminated body composed of a plurality of plate-like bodies having a hole which forms the flow channel , a second gap which communicates with the flow channel is located at a joint portion between two adjacent plate-like bodies of the plurality of plate-like bodies constituting the laminated body, and the first and second gaps are formed by chamfered portions which are provided on a respective one of the plurality of plate-like bodies between an end surface of the respective one of the plurality of plate-like bodies that faces the flow channel and an upper surface of the respective one of the plurality of plate-like bodies. a cover unit ; a bottom plate unit ; and a side wall unit comprising a plate-like body having a hole which forms a flow channel through which a fluid can flow and which is provided inside the flow channel member, characterized in that a first gap which communicates with the flow channel is provided at a joint portion between the cover unit and the plate-like body, the first gap is formed by a chamfered portion which is provided between an end surface (lg) of the plate-like body that faces the flow channel and an upper surface of the plate-like body that faces the cover unit , the side wall unit is a laminated body composed of a plurality of plate-like bodies having a hole which forms the flow channel , a second gap which communicates with the flow channel is located at a joint portion between two adjacent plate-like bodies of the plurality of plate-like bodies constituting the laminated body, and the first and second gaps are formed by chamfered portions which are provided on a respective one of the plurality of plate-like bodies between an end surface of the respective one of the plurality of plate-like bodies that faces the flow channel and an upper surface of the respective one of the plurality of plate-like bodies.
A method for wireless communication by a first access node, comprising: receiving , from a second access node, configuration signaling indicating a shared random access channel resource and a backhaul random access channel preamble format, the backhaul random access channel preamble format differing from an access random access channel preamble format, wherein receiving the configuration signaling further comprises receiving the configuration signaling indicating a number of symbols in the backhaul random access channel preamble format, the number of symbols being fewer than a number of symbols in the access random access channel preamble format; transmitting , to the second access node, a backhaul random access message in accordance with the backhaul random access channel preamble format within the shared random access channel resource; and establishing a backhaul link with the second access node based at least in part on the backhaul random access message. receiving , from a second access node, configuration signaling indicating a shared random access channel resource and a backhaul random access channel preamble format, the backhaul random access channel preamble format differing from an access random access channel preamble format, wherein receiving the configuration signaling further comprises receiving the configuration signaling indicating a number of symbols in the backhaul random access channel preamble format, the number of symbols being fewer than a number of symbols in the access random access channel preamble format; transmitting , to the second access node, a backhaul random access message in accordance with the backhaul random access channel preamble format within the shared random access channel resource; and establishing a backhaul link with the second access node based at least in part on the backhaul random access message.
A mechanism of a lipstick tube, comprising a cup , an innerbody , a spiral and an A-shell , wherein an axial key slot structure and a circumferential clasp clamping groove structure are provided between the spiral and the A-shell ; wherein the clasp clamping groove structure comprises a first clasp provided on an outer wall of the spiral , and a first clamping groove located on an inner wall of the A-shell and matched with the first clasp ; wherein a second clamping groove next to the first clasp is provided on the outer wall of the spiral ; a second clasp matched with the second clamping groove is provided on the inner wall of the A-shell ; and the second clasp is next to the first clamping groove ; characterized in that a junction between the first clasp and the second clamping groove and a junction between the first clamping groove and the second clasp are matched to be a vertical step structure. wherein a second clamping groove next to the first clasp is provided on the outer wall of the spiral ; a second clasp matched with the second clamping groove is provided on the inner wall of the A-shell ; and the second clasp is next to the first clamping groove ; characterized in that a junction between the first clasp and the second clamping groove and a junction between the first clamping groove and the second clasp are matched to be a vertical step structure.
Device for controlling an air conditioning system of a vehicle, comprising: - an air conditioning system control selector comprising a plurality of pressure control selection zones, each control selection zone being associated with an air conditioning system control; - a digital display configured to display information about a control of the selected air conditioning system by pressing one of the control selection zones of the control selector; - a knob rotatably mounted about the control selector and configured so that rotation of the knob about the control selector changes the control information of the selected air conditioning system; - the modified information is displayed on the screen. - an air conditioning system control selector comprising a plurality of pressure control selection zones, each control selection zone being associated with an air conditioning system control; - a digital display configured to display information about a control of the selected air conditioning system by pressing one of the control selection zones of the control selector; - a knob rotatably mounted about the control selector and configured so that rotation of the knob about the control selector changes the control information of the selected air conditioning system; - the modified information is displayed on the screen.
Door for high-speed trains, comprising a plurality of locking points, characterized in that it comprises at least three locking points located at three different heights on the door , a first locking point located in the upper part of the door , and a second locking point located in the middle part of the door , and a third locking point located at the bottom of the door , and in that the third locking point comprises an arm movable between a closed position and an open position, said arm comprising a first end provided with a rotating shaft and a third pin , said third pin being housed in a third slot located in the door in the closed position and said third pin being out of the third slot in the open position.
A transport lock assembly for a medicament delivery device, wherein the transport lock assembly comprises - a powerpack having a spring-biased drive member , a body for holding the spring-biased drive member in a pre-tensioned state, a movable control member for releasing the spring-biased drive member , and a locking member (50, 50', 50") configured to interact with the control member , which locking member (50, 50', 50") is movable, relative to the control member , from a first state in which the control member is immobilized, to a second state in which the control member is free to move; and - a housing part having a key member , which housing part is configured to receive the powerpack ; wherein assembly of the powerpack with the housing part causes the key member to move the locking member (50, 50', 50") from the first state to the second state, characterized in that the control member is rotationally movable around a longitudinal axis, but axially fixed, relative to the body , and wherein the locking member (50, 50', 50") is axially movable and rotationally fixed relative to the body and relative to the control member . - a powerpack having a spring-biased drive member , a body for holding the spring-biased drive member in a pre-tensioned state, a movable control member for releasing the spring-biased drive member , and a locking member (50, 50', 50") configured to interact with the control member , which locking member (50, 50', 50") is movable, relative to the control member , from a first state in which the control member is immobilized, to a second state in which the control member is free to move; and - a housing part having a key member , which housing part is configured to receive the powerpack ; wherein assembly of the powerpack with the housing part causes the key member to move the locking member (50, 50', 50") from the first state to the second state, characterized in that the control member is rotationally movable around a longitudinal axis, but axially fixed, relative to the body , and wherein the locking member (50, 50', 50") is axially movable and rotationally fixed relative to the body and relative to the control member .
Dental guidance system for tooth preparation, which is adapted to display the restoration parameter on the display device of the data glasses , comprising: - an electronic detection system for detecting a three-dimensional actual tooth shape (103-1), which is adapted to determine the three-dimensional actual tooth shape (103-1) on the basis of a time series of tooth images and to detect the position of a treatment tool ; - a comparison means for determining spatial deviation regions at which the determined actual tooth form (103-1) deviates from a predetermined desired tooth form (103-S) and which is designed to determine a restoration parameter on the basis of the detected actual tooth form (103-1); and - data glasses having display means for optically displaying the spatial deviation regions , comprising the electronic detection system . - an electronic detection system for detecting a three-dimensional actual tooth shape (103-1), which is adapted to determine the three-dimensional actual tooth shape (103-1) on the basis of a time series of tooth images and to detect the position of a treatment tool ; - a comparison means for determining spatial deviation regions at which the determined actual tooth form (103-1) deviates from a predetermined desired tooth form (103-S) and which is designed to determine a restoration parameter on the basis of the detected actual tooth form (103-1); and - data glasses having display means for optically displaying the spatial deviation regions , comprising the electronic detection system .
A method for configuring channel access parameters in a wireless communication system , the method comprising: identifying a first subset of wireless devices (106a-c) and one or more additional subsets of wireless devices (106d-i) in a group of wireless devices, each wireless device (106a-c) of the first subset of wireless devices having a first characteristic, and each of the one or more additional subsets of wireless devices having a respective characteristic; generating a channel access parameter set element including a first parameter value in a first parameter field for the first subset of wireless devices, and including a respective parameter value in a respective parameter field for each of the one or more additional subsets of wireless devices; transmitting the channel access parameter set element to at least one wireless device (106a-i) of each of the subsets (110a-c) of wireless devices, the transmitting being for setting the first parameter value at each wireless device (106a-c) of the first subset of wireless devices, and the transmitting further being for setting each of the respective parameter values at each wireless device (106d-i) of the respective one or more additional subsets of wireless devices; characterized by generating a multicast address corresponding to each subset (110a-c) of the group of wireless devices; and transmitting each of the multicast addresses in the channel access parameter set element in association with the respective subset (110a-c) of the group of wireless devices. identifying a first subset of wireless devices (106a-c) and one or more additional subsets of wireless devices (106d-i) in a group of wireless devices, each wireless device (106a-c) of the first subset of wireless devices having a first characteristic, and each of the one or more additional subsets of wireless devices having a respective characteristic; generating a channel access parameter set element including a first parameter value in a first parameter field for the first subset of wireless devices, and including a respective parameter value in a respective parameter field for each of the one or more additional subsets of wireless devices; transmitting the channel access parameter set element to at least one wireless device (106a-i) of each of the subsets (110a-c) of wireless devices, the transmitting being for setting the first parameter value at each wireless device (106a-c) of the first subset of wireless devices, and the transmitting further being for setting each of the respective parameter values at each wireless device (106d-i) of the respective one or more additional subsets of wireless devices; characterized by generating a multicast address corresponding to each subset (110a-c) of the group of wireless devices; and transmitting each of the multicast addresses in the channel access parameter set element in association with the respective subset (110a-c) of the group of wireless devices.
A curable film-forming composition comprising: (a) a film-forming polymer comprising reactive epoxy functional groups; (b) a curing agent comprising acid functional groups reactive with the reactive functional groups in (a); and (c) an acrylic polymer component comprising: (i) epoxy functional groups; and (ii) polydialkylsiloxane functional groups; wherein the components (a), (b) and (c) are different from one another. (a) a film-forming polymer comprising reactive epoxy functional groups; (b) a curing agent comprising acid functional groups reactive with the reactive functional groups in (a); and (c) an acrylic polymer component comprising: (i) epoxy functional groups; and (ii) polydialkylsiloxane functional groups; (i) epoxy functional groups; and (ii) polydialkylsiloxane functional groups;
Roofing tile composed of a concrete material comprising a binder, a rock particle fraction, a lightweight aggregate composed of coated and/or hydrophobised expanded clay, hydrophobised pumice and/or hollow glass spheres and/or mixtures thereof and added water, said roofing tile having at least one watercourse and a lateral interlocking joint consisting of a covering fold and a water fold , characterised in that the ratio of water to binder is less than 0.3, the lightweight aggregate consists of a material which is hydrophobic and/or non-hygroscopic, the roofing tile, after curing, has a density in the range from 1.6 g/cm 3 to 1.9 g/cm 3 , wherein the roofing tile has a thickness of 5 mm to 9 mm, preferably 7 mm to 8 mm, in highly loaded regions located between the covering fold and the water fold , wherein the roofing tile has a total porosity above 25% and an open porosity of less than 10%, which are determined according to the measurement method for total porosity and open porosity as indicated in the description.
A ceiling mount intrusion detector comprising: a sensor; a mirror arrangement for directing collected energy towards the sensor; and a mechanism for adjusting the mirror arrangement characterized in that the mechanism accounts for a plurality of different mount heights by moving the mirror arrangement up or down without rotating any mirror. a sensor; a mirror arrangement for directing collected energy towards the sensor; and a mechanism for adjusting the mirror arrangement characterized in that the mechanism accounts for a plurality of different mount heights by moving the mirror arrangement up or down without rotating any mirror.