mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, UE, the method comprising: receiving, from a base station, a message indicating a number N of beam state information, BSI, reports that is greater than or equal to zero; receiving , from a base station, a set of signals through a set of beams; determining a received power for each signal of the set of signals received through each beam of the set of beams, each received power associated with a beam of the set of beams; determining the number N of BSI reports to send to the base station based on the received message, each of the N BSI reports indicating a beam index corresponding to a beam of the set of beams and a received power associated with the beam; sending , to the base station, N BSI reports when the number N is greater than zero based on the message indicating the number N of BSI reports; and refraining from sending BSI reports to the base station when the number N is equal to zero. receiving, from a base station, a message indicating a number N of beam state information, BSI, reports that is greater than or equal to zero; receiving , from a base station, a set of signals through a set of beams; determining a received power for each signal of the set of signals received through each beam of the set of beams, each received power associated with a beam of the set of beams; determining the number N of BSI reports to send to the base station based on the received message, each of the N BSI reports indicating a beam index corresponding to a beam of the set of beams and a received power associated with the beam; sending , to the base station, N BSI reports when the number N is greater than zero based on the message indicating the number N of BSI reports; and refraining from sending BSI reports to the base station when the number N is equal to zero.
A method performed by a base station of a communications network , the method comprising: sending (S605), to a communication device , a message indicating that a paging area for the communication device is to be updated at the communication device ; and broadcasting (S608) system information comprising information identifying a change to the paging area, wherein the system information comprises a list of cells with their associated tracking area identifier, the cells to be deleted from the paging area. sending (S605), to a communication device , a message indicating that a paging area for the communication device is to be updated at the communication device ; and broadcasting (S608) system information comprising information identifying a change to the paging area, wherein the system information comprises a list of cells with their associated tracking area identifier, the cells to be deleted from the paging area.
A borated polyol hindered phenol compound comprising the reaction product of: a. a phenolic ester polyol, b. a boron containing compound selected from boron trioxide, boric acid and alkyl borates, and c. optionally, an alcohol, wherein the phenolic ester polyol has the following formula (I): wherein Q is an alkylene group of 2 to 6 carbon atoms; each m is independently 1, 2, or 3; each p is independently 0, 1, 2, or 3; each q is independently 0, 1, 2, or 3; x is 0, 1, or 2; R 1 and R 2 are each independently a C 1 - C 12 alkyl group; R 5 is H, a C 1 - C 12 alkyl group, or a C 1 -C 3 alkanol; and R 6 is H, a C 1 - C 12 alkyl group, or a C 1 -C 3 alkanol. a. a phenolic ester polyol, b. a boron containing compound selected from boron trioxide, boric acid and alkyl borates, and c. optionally, an alcohol,
A system for reducing the symptoms of maladies of the vestibular system comprising: one or more vestibular devices , each device operable to generate one or more vibratory signals that cause a de-stimulation or masking of the vestibular system of an individual, wherein each of the one or more vestibular devices comprises: a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, the one or more vestibular devices configured to be positioned on a head of the individual such that the one or more vibratory signals are allowed to propagate through to the vestibular system over bone. one or more vestibular devices , each device operable to generate one or more vibratory signals that cause a de-stimulation or masking of the vestibular system of an individual, wherein each of the one or more vestibular devices comprises: a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, a signal generator for generating one or more initial signals; an amplifying section for receiving the one or more initial signals and amplifying the one or more initial signals by an amount sufficient to produce one or more amplified signals that de-stimulate the vestibular system; and a bone conduction transducer operable to receive the one or more amplified signals and generate the one or more vibratory signals, the bone conduction transducer operable to generate the one or more vibratory signals having a majority of power contained in a fundamental frequency of the one or more vibratory signals, the one or more vibratory signals including signals at one or more harmonics of the fundamental frequency in the range 10 to 300 Hz, the one or more vestibular devices configured to be positioned on a head of the individual such that the one or more vibratory signals are allowed to propagate through to the vestibular system over bone.
A display apparatus comprising: a display panel ; a light guide panel disposed in the rear of the display panel ; a light source disposed adjacent to a side surface of the light guide panel ; a quantum dot conversion member disposed to be inclined with respect to the light source , comprising quantum dot particles, and configured to convert properties of light emitted from the light source ; and a transparent member comprising a first surface facing the light source , a second surface facing the quantum dot conversion member , and a third surface disposed adjacent to the side surface of the light guide panel , wherein the transparent member comprises a triangular pillar shape formed by the first surface, the second surface and the third surface, and the transparent member is disposed between the light source and the quantum dot conversion member , and wherein the transparent member is configured to transmit at least one part of the light incident on the third surface to the side surface of the light guide panel and reflect another part of the light to the inside of the transparent member ,. a display panel ; a light guide panel disposed in the rear of the display panel ; a light source disposed adjacent to a side surface of the light guide panel ; a quantum dot conversion member disposed to be inclined with respect to the light source , comprising quantum dot particles, and configured to convert properties of light emitted from the light source ; and a transparent member comprising a first surface facing the light source , a second surface facing the quantum dot conversion member , and a third surface disposed adjacent to the side surface of the light guide panel , wherein the transparent member comprises a triangular pillar shape formed by the first surface, the second surface and the third surface, and the transparent member is disposed between the light source and the quantum dot conversion member , and wherein the transparent member is configured to transmit at least one part of the light incident on the third surface to the side surface of the light guide panel and reflect another part of the light to the inside of the transparent member ,.
A random copolymer comprising a first monomer, a second monomer, and a branched initiator fragment, wherein the first monomer comprises a phosphorylcholine, and the second monomer comprises a first functional agent, wherein the first and the second monomer are distributed randomly throughout the copolymer; wherein the random copolymer has multiple polymer arms polymerized from the branched initiator fragment, and the first functional agent is selected from the group consisting of a therapeutic protein, an antibody or antibody fragment, a drug, a vaccine, a vitamin, a cofactor, a polysaccharide, a carbohydrate, a steroid, a lipid, a fat, a peptide, a protein, a polypeptide, a nucleotide, an oligonucleotide, a nucleic acid, a detection agent, an imaging agent, a labeling agent, and a diagnostic agent.
A thin-slice manufacturing device comprising: a base section configured to support an embedding block (B) in which a sample is embedded by an embedding agent; a cutting blade configured to relatively move with respect to the embedding block (B) along a virtual plane to cut out thin slices from the embedding block (B); a radiation part configured to radiate light to the embedding block (B); an imaging part configured to image the embedding block (B); and a controller that includes an estimation part configured to estimate inclination information regarding an inclination of the embedding block (B), characterized in that the imaging part is configured to obtain an image of the embedding block (B) that is under light radiation of the radiation part and that includes a cutting surface, which has been cut by the cutting blade , and a non-cutting surface, which has not been cut by the cutting blade , and the estimation part is configured to detect a boundary line between the cutting surface and the non-cutting surface in the obtained image based on light reflection generated by the light respectively radiated to the cutting surface and the non-cutting surface, and to estimate the inclination information based on the detected boundary line. a base section configured to support an embedding block (B) in which a sample is embedded by an embedding agent; a cutting blade configured to relatively move with respect to the embedding block (B) along a virtual plane to cut out thin slices from the embedding block (B); a radiation part configured to radiate light to the embedding block (B); an imaging part configured to image the embedding block (B); and a controller that includes an estimation part configured to estimate inclination information regarding an inclination of the embedding block (B), characterized in that the imaging part is configured to obtain an image of the embedding block (B) that is under light radiation of the radiation part and that includes a cutting surface, which has been cut by the cutting blade , and a non-cutting surface, which has not been cut by the cutting blade , and the estimation part is configured to detect a boundary line between the cutting surface and the non-cutting surface in the obtained image based on light reflection generated by the light respectively radiated to the cutting surface and the non-cutting surface, and to estimate the inclination information based on the detected boundary line.
A device for positioning a coronary stent within coronary arteries, characterized in that it comprises a body with a screw rotation wheel whose upper portion projects over the body and the lower portion is arranged inside the body and is rigidly connected to a horizontal screw having a slider arranged thereon slidably along the screw and a cam moveably arranged on a screw spherical member horizontally to the screw with clips provided on the axis of said cam , said clips being pressed together by a rubber coupling , said body having a truncated shape in its front portion and recesses adapted for being held by the operator's left hand, and a rear upper body portion arranged as a tail portion to provide a palm rest for the right hand, wherein a transparent rectangular window for a control bar is provided in the upper body portion and through holes are provided in the front and rear body portions for the delivery system with the coronary stent, a lock button is accommodated in the lateral body portion with its inner side arranged inside the body and comprising a rectangular plate centered by two lateral stiffening ribs arranged inside the body and enabling the plate to freely move into the body towards a wedge provided on the opposite side of the slider and comprised of a lateral wedge member and a cone-shaped wedge member with the lateral wedge member arranged within a lateral hole in the slider on the lock button side and formed by a cutoff at an angle of 45 degrees on one side and at an angle of 90 degrees on the other side opposite to the lock button , wherein on the side cut off at an angle of 45 degrees the lateral wedge member is arranged end-to-end to the cone-shaped wedge member whose lower end portion is respectively cut off at an angle of 45 degrees and the opposite upper portion comprises a cone projecting from the hole in the slider on the clips side and contacting the same, in the lateral and cone-shaped wedge members, holes are provided through which, when the clips arranged on the slider are unlocked, the coronary stent delivery system advances, a spring is secured to the slider wall on the side opposite to the lock button, said spring contacting, via the lateral through hole in the slider, the lateral wedge member end at the point of the 90° cutoff.
A method for transmitting a service, comprising: receiving (S820), by a Mobile Station, MS, first control signaling, the first control signaling being configured to indicate the MS to transmit a service with different requirement/requirements by means of a second resource allocation parameter set instead of a first resource allocation parameter set in a Semi-Persistent scheduling, SPS, manner; wherein the first resource allocation parameter set is used to transmit a first service which is being transmitted, and the second resource allocation parameter set is determined by network equipment according to requirement/requirements of a second service which is newly added and requirement/requirements of the first service; and transmitting, by the MS, the first service and the second service by means of the second resource allocation parameter set. receiving (S820), by a Mobile Station, MS, first control signaling, the first control signaling being configured to indicate the MS to transmit a service with different requirement/requirements by means of a second resource allocation parameter set instead of a first resource allocation parameter set in a Semi-Persistent scheduling, SPS, manner; wherein the first resource allocation parameter set is used to transmit a first service which is being transmitted, and the second resource allocation parameter set is determined by network equipment according to requirement/requirements of a second service which is newly added and requirement/requirements of the first service; and transmitting, by the MS, the first service and the second service by means of the second resource allocation parameter set.
Housing for at least one electronic card having a connector , said housing comprising: - a chassis having: - a base having at least one female element and at least one pocket , - a cover , and - an insertion wall having, for the or each electronic card , a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction , - for the or each electronic card , two guide walls , each comprising, for the or each electronic card , a guide groove oriented parallel to the translation direction and intended to receive said electronic card , each guide wall comprising: - at least one male element designed to cooperate with a female element by insertion of said male element in said female element , - a tongue disposed at the end of the guide wall oriented on the side opposite to the insertion wall , taking the form of an arm having, at its free end, a stud designed to be inserted in a pocket , - a clip disposed at the end of the guide wall oriented on the side opposite to the insertion wall and taking the form of an elastic blade provided at its free end with a tooth oriented towards the base , and the face of the blade that is oriented towards the cover being designed to come into abutment against the latter, and - a backplane electronic card extending parallel to the plane of the insertion wall , having a receiving connector designed to be coupled to said connector , and designed to be inserted between the blade and the arm . - a chassis having: - a base having at least one female element and at least one pocket , - a cover , and - an insertion wall having, for the or each electronic card , a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction , - a base having at least one female element and at least one pocket , - a cover , and - an insertion wall having, for the or each electronic card , a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction , - for the or each electronic card , two guide walls , each comprising, for the or each electronic card , a guide groove oriented parallel to the translation direction and intended to receive said electronic card , - at least one male element designed to cooperate with a female element by insertion of said male element in said female element , - a tongue disposed at the end of the guide wall oriented on the side opposite to the insertion wall , taking the form of an arm having, at its free end, a stud designed to be inserted in a pocket , - a clip disposed at the end of the guide wall oriented on the side opposite to the insertion wall and taking the form of an elastic blade provided at its free end with a tooth oriented towards the base , and the face of the blade that is oriented towards the cover being designed to come into abutment against the latter, and - a backplane electronic card extending parallel to the plane of the insertion wall , having a receiving connector designed to be coupled to said connector , and designed to be inserted between the blade and the arm .
A method for proximity discovery between a source device and one or more target devices wherein the source device and the one or more target devices are configured to be communicatively connected to a network, the method comprising the steps of: receiving in the source device from a server in the network a first data comprising an identifier wherein the identifier is a temporary broadcast identifier uniquely identifying the source device ; receiving in the target device from the server a second data comprising a first representation of the identifier of the source device to enable the target device to associate the identifier to the source device ; broadcasting by the source device a signal comprising a second representation of the identifier of the source device ; receiving in the target device the signal ; and comparing in the target device the first representation of the identifier with the second representation of the identifier to obtain a comparison result for establishing a successful proximity discovery. receiving in the source device from a server in the network a first data comprising an identifier wherein the identifier is a temporary broadcast identifier uniquely identifying the source device ; receiving in the target device from the server a second data comprising a first representation of the identifier of the source device to enable the target device to associate the identifier to the source device ; broadcasting by the source device a signal comprising a second representation of the identifier of the source device ; receiving in the target device the signal ; and comparing in the target device the first representation of the identifier with the second representation of the identifier to obtain a comparison result for establishing a successful proximity discovery.
Jaw member for a tubular shafted surgical instrument with a first branch having a first active region , and a second branch having a second active region , wherein the first branch and the second branch have a respective link member and the branches are held in the axial direction, and a cam support member is provided which is slideable relative to the link members in the axial direction, wherein the cam support member carries at least one cam and at least one of the link members comprises at least one link path, wherein the link members and the cam support member are formed substantially planar, wherein the cam support member and each link member have at least one region in which they form an undercut so that lifting of the link member from the cam support member is prevented, wherein the jaw member is characterized in that the cam support member is arranged substantially in a sandwich-like manner between the link members .
A defibrated material manufacturing device configured to defibrate a feedstock (D) of clumps (P) of shreds containing fiber into defibrated material, comprising: a removal device configured to remove at least a part of foreign matter (M) contained in the feedstock; a metering device configured to measure the weight of the feedstock that has passed the removal device; and a storage device configured to store the feedstock measured by the metering device; and a defibrator configured to defibrate a measured amount of feedstock supplied from the storage device into the defibrated material. a removal device configured to remove at least a part of foreign matter (M) contained in the feedstock; a metering device configured to measure the weight of the feedstock that has passed the removal device; and a storage device configured to store the feedstock measured by the metering device; and a defibrator configured to defibrate a measured amount of feedstock supplied from the storage device into the defibrated material.