mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting power headroom in a wireless network, comprising: establishing a first connection served by at least a first cell; establishing a second connection served by at least a second cell; determining to report a first power headroom in a first uplink subframe of the first cell in the first cell; determining a type of a second subframe of the second cell, wherein the second subframe occurs before and at least partially overlaps the first uplink subframe, and wherein the first cell and the second cell utilize asynchronous timing; and determining a reporting configuration for a second power headroom for the second subframe of the second cell when the type of the second subframe of the second cell is a downlink subframe or a special subframe. establishing a first connection served by at least a first cell; establishing a second connection served by at least a second cell; determining to report a first power headroom in a first uplink subframe of the first cell in the first cell; determining a type of a second subframe of the second cell, wherein the second subframe occurs before and at least partially overlaps the first uplink subframe, and wherein the first cell and the second cell utilize asynchronous timing; and determining a reporting configuration for a second power headroom for the second subframe of the second cell when the type of the second subframe of the second cell is a downlink subframe or a special subframe.
A light guide device comprising a light incident end configured to receive an incident light, wherein the light incident end has at least one light incident face and each light incident face has a first edge and a second edge that are displaced from each other in a direction along an axis of the light guide device ; characterized in that , the light incident end has a plurality of light incident faces arranged in a direction about the axis of the light guide device ; and in that the first edge is located at upstream of the second edge in each of the light incident faces in a clockwise or anti-clockwise direction about the axis of the light guide device , and the first edge is displaced towards inside of the light incident end of the light guide device in the direction along the axis of the light guide device , with respect to the second edge in each of the light incident faces . a light incident end configured to receive an incident light, wherein the light incident end has at least one light incident face and each light incident face has a first edge and a second edge that are displaced from each other in a direction along an axis of the light guide device ; characterized in that , the light incident end has a plurality of light incident faces arranged in a direction about the axis of the light guide device ; and in that the first edge is located at upstream of the second edge in each of the light incident faces in a clockwise or anti-clockwise direction about the axis of the light guide device , and the first edge is displaced towards inside of the light incident end of the light guide device in the direction along the axis of the light guide device , with respect to the second edge in each of the light incident faces .
A deployment system for deploying a filter in a subject, the deployment system comprising: a deployment apparatus including an elongate shaft having a deployment device; a filter body having a proximal portion and a distal portion, and configured to have a deployed state in which the filter body extends radially outward from the elongate shaft and increases in size from the proximal portion to the distal portion, the filter body configured to trap particles in the filter body ; a filter support being positioned distal of the proximal portion of the filter body and configured to couple to the elongate shaft and slide relative to the filter body ; one or more support tethers extending from the filter support to the distal portion of the filter body ; and a control device passing distally through the proximal portion of the filter body and coupling to the filter support , the control device configured to be slid proximally relative to the filter body to slide the filter support proximally to move the one or more support tethers and transition the filter body to the deployed state. a deployment apparatus including an elongate shaft having a deployment device; a filter body having a proximal portion and a distal portion, and configured to have a deployed state in which the filter body extends radially outward from the elongate shaft and increases in size from the proximal portion to the distal portion, the filter body configured to trap particles in the filter body ; a filter support being positioned distal of the proximal portion of the filter body and configured to couple to the elongate shaft and slide relative to the filter body ; one or more support tethers extending from the filter support to the distal portion of the filter body ; and a control device passing distally through the proximal portion of the filter body and coupling to the filter support , the control device configured to be slid proximally relative to the filter body to slide the filter support proximally to move the one or more support tethers and transition the filter body to the deployed state.
A preform coating device comprising: a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform ; and a dispenser having a slot operable to discharge a coating solution toward the preform from the slot in a planar state, wherein a direction of discharge of the coating solution is a normal line direction of an outer circumferential surface of the preform characterized in that the preform coating device is adapted for coating a preform for plastic bottle use. a rotary holder operable to hold a preform in a horizontal direction and make the preform rotate about an axial line of the preform ; and a dispenser having a slot operable to discharge a coating solution toward the preform from the slot in a planar state, wherein a direction of discharge of the coating solution is a normal line direction of an outer circumferential surface of the preform characterized in that the preform coating device is adapted for coating a preform for plastic bottle use.
A method for wireless communications by a base station, BS, comprising: Determining , based on a listen before talk, LBT, procedure, that a first portion of unlicensed radio frequency spectrum is available for a frame; Transmitting , on the first portion of the unlicensed radio frequency spectrum, a number of repetitions of a control channel in a single frame, the control channel indicating a frame format of the frame or a grant of the first portion of the unlicensed radio frequency spectrum for the frame; and communicating with a user equipment, UE, according to the frame format or the grant during the frame. Determining , based on a listen before talk, LBT, procedure, that a first portion of unlicensed radio frequency spectrum is available for a frame; Transmitting , on the first portion of the unlicensed radio frequency spectrum, a number of repetitions of a control channel in a single frame, the control channel indicating a frame format of the frame or a grant of the first portion of the unlicensed radio frequency spectrum for the frame; and communicating with a user equipment, UE, according to the frame format or the grant during the frame.
A light source module with glass top plate for embodying a lighting in a light display region (D) of the glass top plate , the light source module comprising: a light source for emitting light toward the glass top plate ; a light source guide accommodating the light source , the light source guide forming a light transmitting path (a) therein, and limiting a light irradiation region so as to guide light emitted from the light source to the light display region (D) through the light transmitting path (a); an attachment bracket provided between the light source guide and the glass top plate , the attachment bracket having an optical emission path (b) to allow light to pass from the light transmitting path (a) to the light display region (D); and the light source module including a shield to partially shield the light source from the glass top plate , whereby the shield includes: an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate ; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a). a light source for emitting light toward the glass top plate ; a light source guide accommodating the light source , the light source guide forming a light transmitting path (a) therein, and limiting a light irradiation region so as to guide light emitted from the light source to the light display region (D) through the light transmitting path (a); an attachment bracket provided between the light source guide and the glass top plate , the attachment bracket having an optical emission path (b) to allow light to pass from the light transmitting path (a) to the light display region (D); and the light source module including a shield to partially shield the light source from the glass top plate , whereby the shield includes: an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate ; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a). an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate ; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a).
A radio frequency, RF, coil array for a magnetic resonance imaging, MRI, system, comprising: a plurality of RF coils, each RF coil comprising an integrated capacitor coil loop , wherein each integrated capacitor coil loop comprises two parallel stranded wire conductors and a dielectric material that encapsulates and separates the two parallel stranded wire conductors ; a plurality of coupling electronics units each coupled to a respective coil loop ; an interfacing connector configured to couple to a cable of the MRI system; and a plurality of coil-interfacing cables each coupling a respective coupling electronics unit to the interfacing connector. a plurality of RF coils, each RF coil comprising an integrated capacitor coil loop , wherein each integrated capacitor coil loop comprises two parallel stranded wire conductors and a dielectric material that encapsulates and separates the two parallel stranded wire conductors ; a plurality of coupling electronics units each coupled to a respective coil loop ; an interfacing connector configured to couple to a cable of the MRI system; and a plurality of coil-interfacing cables each coupling a respective coupling electronics unit to the interfacing connector.
A system for inspecting a body , the body comprising a first end side , a second end side , and cells extending through the body from the first end side to the second end side , the system comprising: multiple light sources configured to project light through and out of multiple corresponding groups of the cells ; a target configured to display the light projected through and out of the multiple corresponding groups of the cells ; an imaging system configured to determine multiple locations of the displayed light on the target ; and a system processor configured to compare the determined multiple locations of the displayed light with respective locations of the multiple light sources and calculate, from the comparison thereof, at least one of a pointing angle and a pointing vector for the multiple corresponding groups of the cells . multiple light sources configured to project light through and out of multiple corresponding groups of the cells ; a target configured to display the light projected through and out of the multiple corresponding groups of the cells ; an imaging system configured to determine multiple locations of the displayed light on the target ; and a system processor configured to compare the determined multiple locations of the displayed light with respective locations of the multiple light sources and calculate, from the comparison thereof, at least one of a pointing angle and a pointing vector for the multiple corresponding groups of the cells .
A coffee bean package , provided with at least one circumferential wall , a top wall , a bottom , and a coffee bean outlet , near the bottom, with the walls and bottom enclosing an inner space, a first coupling part for coupling, and uncoupling, the coffee bean package with an apparatus provided with a grinder, and reclosable closing means preventing coffee beans in the coffee bean package being exposed to ambient air, wherein the bottom is provided with at least one tapering wall part so that in a condition coupled with an upstanding apparatus, coffee beans flow automatically towards the coffee bean outlet under the influence of gravity, wherein the closing means are provided with a second coupling part for coupling and uncoupling with the apparatus, wherein the closing means are provided with a sloping top so that coffee beans on the top side slide down along the closing means, wherein the first coupling part is provided near the coffee bean outlet , characterized in that the coffee bean package has approximately a bottle shape, in that the first coupling part is provided on the neck of the package , and in that the first coupling part and the second coupling part are arranged as parts of a bayonet closure.
A sealant for coating a substrate, wherein it is a mixture of a predominantly uncured base composition and a curing agent containing at least one epoxide compound, the base composition comprises a mercapto-terminated base polymer based on polyether, polythioether, polythioether sulfide, polysulfide, copolymers thereof and/or mixtures thereof, the base composition, the curing agent or both comprise at least one photoinitiator based on a sterically hindered, nitrogen-containing organic base, and the at least one photoinitiator on exposure to high-energy actinic radiation gives off at least one radical per molecule based on a nitrogen-containing organic base, from which a nitrogen-containing organic base is formed that has a pKa of the conjugate acid in the range from 6 to 30, which acts as active catalyst for the curing of the base composition. it is a mixture of a predominantly uncured base composition and a curing agent containing at least one epoxide compound, the base composition comprises a mercapto-terminated base polymer based on polyether, polythioether, polythioether sulfide, polysulfide, copolymers thereof and/or mixtures thereof, the base composition, the curing agent or both comprise at least one photoinitiator based on a sterically hindered, nitrogen-containing organic base, and the at least one photoinitiator on exposure to high-energy actinic radiation gives off at least one radical per molecule based on a nitrogen-containing organic base, from which a nitrogen-containing organic base is formed that has a pKa of the conjugate acid in the range from 6 to 30, which acts as active catalyst for the curing of the base composition.
A spexin analog having the following peptide of formula (I) : Xaa1-Trp-Xaa2-Xaa3-Gln-Ala-Xaa4-Xaa5-Tyr-Leu-Lys-Gly-Xaa6-Xaa7 (I) wherein : Xaa1 is Asn, Pro or Ala or hydrogen ; Xaa2 is Thr or Pro ; Xaa3 is Pro or Ala ; Xaa4 is Met or Ala ; Xaa5 is Leu or Ala ; Xaa6 is Ala, Pro or NH2 ; Xaa7 is Gln, Pro, Ala or NH2, when Xaa6 is not NH2, wherein said peptide of formula (I) is covalently linked to a fluorocarbon group of formula (II): CmFn-CyHx(L) (II) wherein m=3 to 30, n≤2m+1, y=0 to 2, x≤2y, (m+y)=3 to 30, and L, which is optional, is a linker selected from the group consisting of a PEG or a peptide having from 1 to 6 amino acids, directly or through a linker selected from the group consisting of a PEG or a peptide having from 1 to 6 amino acids, either on the epsilon-amino group of the lysine of the peptide of formula (I), and when the linker is one lysine, the fluorocarbon group is linked to the amino-group or epsilon-amino group of said lysine. Xaa1 is Asn, Pro or Ala or hydrogen ; Xaa2 is Thr or Pro ; Xaa3 is Pro or Ala ; Xaa4 is Met or Ala ; Xaa5 is Leu or Ala ; Xaa6 is Ala, Pro or NH2 ; Xaa7 is Gln, Pro, Ala or NH2, when Xaa6 is not NH2,
A cleaner, comprising: a cleaner body having a top portion and a bottom portion, wherein the bottom portion includes a mounting recess is formed by being recessed therefrom; a wheel cover inserted into the mounting recess in an up and down direction and mounted to the bottom portion of the cleaner body ; a driving module comprises a driving case , a motor and gear device , the driving module coupled to the wheel cover to be moved up and down; a wheel that is coupled to the driving module and rotated based on a driving force of the motor ; a guide bar coupled to the wheel cover and extending vertically, the guide bar being configured to guide a vertical movement of the driving module and the wheel ; and a spring surrounding at least part of the guide bar and connected the wheel cover and the driving module to absorb impacts associated with the vertically movement of the motor and the wheel . a cleaner body having a top portion and a bottom portion, wherein the bottom portion includes a mounting recess is formed by being recessed therefrom; a wheel cover inserted into the mounting recess in an up and down direction and mounted to the bottom portion of the cleaner body ; a driving module comprises a driving case , a motor and gear device , the driving module coupled to the wheel cover to be moved up and down; a wheel that is coupled to the driving module and rotated based on a driving force of the motor ; a guide bar coupled to the wheel cover and extending vertically, the guide bar being configured to guide a vertical movement of the driving module and the wheel ; and a spring surrounding at least part of the guide bar and connected the wheel cover and the driving module to absorb impacts associated with the vertically movement of the motor and the wheel .
A battery , comprising: an external surface of the battery which is substantially defined by: a housing ; a positive terminal ; and a negative terminal ; wherein the housing contains: a power source ; and a voltage regulation device that is operatively connected to the positive terminal , the negative terminal and the power source , wherein the voltage regulation device comprises at least one buck regulator configured to selectively regulate the power source to provide an output voltage between the positive and negative terminals , and at least one boost regulator configured to selectively regulate a voltage applied to the positive and negative terminals to charge the power source , and characterised in that the voltage regulation device further comprises a switch configured to select between: an active operating mode in which the buck regulator is actively regulating the power-source to provide the output voltage, a low-power operating mode in which the buck regulator is not actively regulating the power source to provide output voltage, and a disconnection mode, in which the power source is operatively disconnected from the positive terminal and/or negative terminal. an external surface of the battery which is substantially defined by: a housing ; a positive terminal ; and a negative terminal ; a housing ; a positive terminal ; and a negative terminal ; wherein the housing contains: a power source ; and a voltage regulation device that is operatively connected to the positive terminal , the negative terminal and the power source , a power source ; and a voltage regulation device that is operatively connected to the positive terminal , the negative terminal and the power source , wherein the voltage regulation device comprises at least one buck regulator configured to selectively regulate the power source to provide an output voltage between the positive and negative terminals , and at least one boost regulator configured to selectively regulate a voltage applied to the positive and negative terminals to charge the power source , and an active operating mode in which the buck regulator is actively regulating the power-source to provide the output voltage, a low-power operating mode in which the buck regulator is not actively regulating the power source to provide output voltage, and a disconnection mode, in which the power source is operatively disconnected from the positive terminal and/or negative terminal.
A medical device for coupling to a plurality of implantable electrodes, the medical device comprising: a therapy circuit configured to deliver electrical neurostimulation energy to the plurality of implantable electrodes ; and a control circuit operatively coupled to the therapy circuit and configured to: initiate delivery of bursts of pulses of the electrical neurostimulation energy to a first electrode of the plurality of the implantable electrodes, wherein the bursts of pulses provided to the first electrode include a first inter-burst period between bursts and pulses within a burst provided to the first electrode include a first intra-burst period; and initiate delivery of bursts of pulses to a second electrode of the plurality of electrodes , wherein the bursts of pulses provided to the second electrode include a second inter-burst period between bursts; and characterized in that the pulses within a burst provided to the second electrode include a second intra-burst period that is less than the first intra-burst period. a therapy circuit configured to deliver electrical neurostimulation energy to the plurality of implantable electrodes ; and a control circuit operatively coupled to the therapy circuit and configured to: initiate delivery of bursts of pulses of the electrical neurostimulation energy to a first electrode of the plurality of the implantable electrodes, wherein the bursts of pulses provided to the first electrode include a first inter-burst period between bursts and pulses within a burst provided to the first electrode include a first intra-burst period; and initiate delivery of bursts of pulses to a second electrode of the plurality of electrodes , wherein the bursts of pulses provided to the second electrode include a second inter-burst period between bursts; and characterized in that the pulses within a burst provided to the second electrode include a second intra-burst period that is less than the first intra-burst period. initiate delivery of bursts of pulses of the electrical neurostimulation energy to a first electrode of the plurality of the implantable electrodes, wherein the bursts of pulses provided to the first electrode include a first inter-burst period between bursts and pulses within a burst provided to the first electrode include a first intra-burst period; and initiate delivery of bursts of pulses to a second electrode of the plurality of electrodes , wherein the bursts of pulses provided to the second electrode include a second inter-burst period between bursts; and characterized in that the pulses within a burst provided to the second electrode include a second intra-burst period that is less than the first intra-burst period.