mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method of a receiver in a multiple input multiple output communication system comprising a transmitter having eight transmit antennas and the receiver, the communication method comprising: extracting, from a memory storing a first codebook having a 3-bit size and a second codebook having a one-bit size, a 3-bit first precoding matrix indicator corresponding to a first codeword included in the first codebook and a one-bit second precoding matrix indicator corresponding to a second codeword included in the second codebook; and transmitting, to the transmitter, the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator, wherein the combination of the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator indicates one of recommended precoding matrix candidates disclosed in the following Table 1 or Table 2, wherein W m , n 1 = 1 8 ν m φ n ν m , W m , m ′ , n 2 = 1 4 ν m ν m ′ φ n ν m − φ n ν m ′ , φ n = e jπn / 2 and v m = 1 e j 2 πn / 32 e j 4 πn / 32 e j 6 πn / 32 T , and wherein W denotes a precoding matrix, v denotes a column vector, and m and n are variables. [Table 1] W 0,0 W 0,2 W 4,0 W 4,2 W 8,0 W 8,2 W 12,0 W 12,2 W 16,0 W 16,2 W 20,0 W 20,2 W 24,0 W 24,2 W 28,0 W 28,2 [Table 2] W 0,0,0 W 0,0,1 W 4,4,0 W 4,4,1 W 8,8,0 W 8,8,1 W 12,12,0 W 12,12,1 W 16,16,0 W 16,16,1 W 20,20,0 W 20,20,1 W 24,24,0 W 24,24,1 W 28,28,0 W 28,28,1 extracting, from a memory storing a first codebook having a 3-bit size and a second codebook having a one-bit size, a 3-bit first precoding matrix indicator corresponding to a first codeword included in the first codebook and a one-bit second precoding matrix indicator corresponding to a second codeword included in the second codebook; and transmitting, to the transmitter, the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator, wherein the combination of the 3-bit first precoding matrix indicator and the one-bit second precoding matrix indicator indicates one of recommended precoding matrix candidates disclosed in the following Table 1 or Table 2, wherein W m , n 1 = 1 8 ν m φ n ν m , W m , m ′ , n 2 = 1 4 ν m ν m ′ φ n ν m − φ n ν m ′ , φ n = e jπn / 2 and v m = 1 e j 2 πn / 32 e j 4 πn / 32 e j 6 πn / 32 T , and wherein W denotes a precoding matrix, v denotes a column vector, and m and n are variables. [Table 1] W 0,0 W 0,2 W 4,0 W 4,2 W 8,0 W 8,2 W 12,0 W 12,2 W 16,0 W 16,2 W 20,0 W 20,2 W 24,0 W 24,2 W 28,0 W 28,2 [Table 2] W 0,0,0 W 0,0,1 W 4,4,0 W 4,4,1 W 8,8,0 W 8,8,1 W 12,12,0 W 12,12,1 W 16,16,0 W 16,16,1 W 20,20,0 W 20,20,1 W 24,24,0 W 24,24,1 W 28,28,0 W 28,28,1
A secondary battery comprising: an electrode assembly ; a can arranged to accommodate the electrode assembly (no); a cap plate coupled to a one end of the can and arranged to seal the can ; wherein the cap plate comprises a deformable region in a central region of the cap plate , the deformable region being a portion of the cap plate that is mechanically weaker than other regions of the cap plate ; wherein the cap plate further comprises a reinforcement unit formed on at least one side region of the cap plate , the reinforcement unit being arranged to reinforce the strength of the cap plate ; wherein the cap plate comprises a terminal hole located in the central region of the cap plate , wherein the deformable region comprises a groove in the cap plate located at least partially around the terminal hole , wherein a length (L2) of the reinforcement unit is greater than a width (W2) of the reinforcement unit . an electrode assembly ; a can arranged to accommodate the electrode assembly (no); a cap plate coupled to a one end of the can and arranged to seal the can ; wherein the cap plate comprises a deformable region in a central region of the cap plate , the deformable region being a portion of the cap plate that is mechanically weaker than other regions of the cap plate ; wherein the cap plate further comprises a reinforcement unit formed on at least one side region of the cap plate , the reinforcement unit being arranged to reinforce the strength of the cap plate ; wherein the cap plate comprises a terminal hole located in the central region of the cap plate , wherein the deformable region comprises a groove in the cap plate located at least partially around the terminal hole , wherein a length (L2) of the reinforcement unit is greater than a width (W2) of the reinforcement unit .
A retinoic acid receptor-beta (RARβ) agonist, wherein the RARβ agonist is the RARβ 2 agonist AC261066 having a structure of Formula : or a pharmaceutically acceptable salt, ester or amide thereof, or a combination thereof, for use in reducing an infarct size in the heart after ischemialreperfusion or for use in reducing ventricular tachycardia and/or ventricular fibrillation duration after ischemialreperfusion of a heart of a subject in need thereof.
A physical downlink control channel, PDCCH, monitoring method, wherein the method is performed by a terminal , and the method comprises: receiving (S401), by the terminal , search space information configured by a network device , wherein the search space information comprises information about a first search space set group, SSSG, and a second SSSG; the method being characterized in that : when the terminal monitors a PDCCH based on the second SSSG, if the terminal receives downlink control information, DCI, used for data scheduling in a user equipment-specific search space, UESS, stopping (S402), by the terminal , monitoring a PDCCH based on the second SSSG and starting monitoring a PDCCH based on the first SSSG, and if the terminal receives DCI used for data scheduling in a type 3 common search space, Type 3 CSS, maintaining, by the terminal , monitoring a PDCCH based on the second SSSG, wherein the DCI used for data scheduling comprises DCI scrambled by using any one of the following radio network temporary identifiers, RNTIs: a cell radio network temporary identifier, C-RNTI, a modulation and coding scheme cell radio network temporary identifier, MCS-C-RNTI, and a configured scheduling radio network temporary identifier, CS-RNTI. receiving (S401), by the terminal , search space information configured by a network device , wherein the search space information comprises information about a first search space set group, SSSG, and a second SSSG; the method being characterized in that : when the terminal monitors a PDCCH based on the second SSSG, if the terminal receives downlink control information, DCI, used for data scheduling in a user equipment-specific search space, UESS, stopping (S402), by the terminal , monitoring a PDCCH based on the second SSSG and starting monitoring a PDCCH based on the first SSSG, and if the terminal receives DCI used for data scheduling in a type 3 common search space, Type 3 CSS, maintaining, by the terminal , monitoring a PDCCH based on the second SSSG, wherein the DCI used for data scheduling comprises DCI scrambled by using any one of the following radio network temporary identifiers, RNTIs: a cell radio network temporary identifier, C-RNTI, a modulation and coding scheme cell radio network temporary identifier, MCS-C-RNTI, and a configured scheduling radio network temporary identifier, CS-RNTI.
A computer-implemented method for producing an iridescent image from at least one reference image comprising a production of a series of modified images intended to form an iridescent image from at least one reference image, characterized in that it comprises the steps of - creating a palette of colours (P), - creating a series of at least two modified reference images (IRMO, IRM1, IRM2, IRMn...), in which the colours of said at least one reference image (IR) are replaced by the colours of the palette by effecting, before or between each new modified reference image (IRM), a circular shift of the colours of the palette, and - creating an interlaced image from said at least two modified reference images, - creating an iridescent image from said interlaced image, in which the series of at least two modified reference images in said interlaced image is put in relationship with an optical selector enabling an observer to perceive, with his two eyes, different images in said series. - creating a palette of colours (P), - creating a series of at least two modified reference images (IRMO, IRM1, IRM2, IRMn...), in which the colours of said at least one reference image (IR) are replaced by the colours of the palette by effecting, before or between each new modified reference image (IRM), a circular shift of the colours of the palette, and - creating an interlaced image from said at least two modified reference images, - creating an iridescent image from said interlaced image, in which the series of at least two modified reference images in said interlaced image is put in relationship with an optical selector enabling an observer to perceive, with his two eyes, different images in said series.
A nucleic acid comprising a promoter, the promoter comprising a nucleotide sequence selected from the group consisting of (a) the nucleotide sequence set forth in SEQ ID NO: 75, 85, 93 or 94; (b) the nucleotide sequence set forth in SEQ ID NO: 93 or 94 in which the 3' ATG has been deleted, wherein the promoter is capable of driving strong expression of RNA or proteins in a species selected from Rhodosporidium or Rhodotorula genus. (a) the nucleotide sequence set forth in SEQ ID NO: 75, 85, 93 or 94; (b) the nucleotide sequence set forth in SEQ ID NO: 93 or 94 in which the 3' ATG has been deleted,
Control unit for a motor vehicle , comprising at least one printed circuit board having at least two microprocessors for providing functions of the control unit , wherein at least one safety function among the functions is subject to an increased safety requirement compared with at least one other function among the functions, wherein there is provision on the printed circuit board for a safety area in which all of the components intended to perform the safety function, comprising at least one first microprocessor , are implemented so as to meet the safety requirement, wherein any communication by the first microprocessor that at least partly uses the printed circuit board takes place with end-to-end encryption to and from the safety area , and wherein at least one second microprocessor , which does not meet the safety requirement, is arranged on the printed circuit board to provide the at least one other function outside the safety area .
A resistive memory comprising resistive elements (R i,j ) arranged in rows an in columns, the columns being distributed in groups of columns, the resistance of each resistive element being capable of alternating between a high value in a first range of values and a low value in a second range of values smaller than the high value, characterized in that the memory further comprises a device (14; 90) for switching, for each group, the resistance of at least one resistive element selected from among the resistive elements of said group between the high and low values, the device comprising a first circuit connected to all columns, capable of supplying a first increasing voltage ramp (Vramp), which is a function linearly increasing along time, and capable of applying the first increasing voltage ramp across each selected resistive element while the selected resistive element is at the high value or at the low value, the device comprising, for each group, a second circuit capable of detecting the switching of the resistance of the selected resistive element of said group, the device further comprising, for each group, a third circuit capable of interrupting the current flowing through the selected resistive element of said group on detection of the switching, and the device (14; 90) comprising a fourth circuit capable of receiving the first increasing voltage ramp (VRamp) and of supplying a second increasing voltage ramp (Vref) inferior to the first increasing voltage ramp (VRamp), which is a function linearly increasing along time, the second circuit being capable of comparing the second increasing voltage ramp with a voltage (Vrm; Vrm') which varies according to the resistance of the selected resistive element.
A packaging apparatus comprising: an outer sleeve , the outer sleeving including: an open compartment ; a closed compartment ; and an interior wall located between the open compartment and the closed compartment, the interior wall including a first aperture ; and an inner sleeve , characterised in that the inner sleeve includes: a first locking mechanism comprising a first tab , the first tab configured to move from a position substantially parallel to a side panel of the inner sleeve when sliding the inner sleeve in the open compartment of the outer sleeve and protrude through the first aperture in the interior wall of the outer sleeve in a position extending perpendicular to the side panel of the inner sleeve into the closed compartment of the outer sleeve to lock the inner sleeve in the outer sleeve . an open compartment ; a closed compartment ; and an interior wall located between the open compartment and the closed compartment, the interior wall including a first aperture ; and an inner sleeve , characterised in that the inner sleeve includes: a first locking mechanism comprising a first tab , the first tab configured to move from a position substantially parallel to a side panel of the inner sleeve when sliding the inner sleeve in the open compartment of the outer sleeve and protrude through the first aperture in the interior wall of the outer sleeve in a position extending perpendicular to the side panel of the inner sleeve into the closed compartment of the outer sleeve to lock the inner sleeve in the outer sleeve .
A smoking article comprising: a housing having a mouthpiece and configured to receive a nicotine-containing aerosol generating substrate ; control electronics configured to control delivery of an amount of a nicotine-containing aerosol from the nicotine-containing aerosol generating substrate through the mouthpiece; and characterized by a nicotine metabolite sensor positioned at the mouthpiece and operably coupled to the control electronics. a housing having a mouthpiece and configured to receive a nicotine-containing aerosol generating substrate ; control electronics configured to control delivery of an amount of a nicotine-containing aerosol from the nicotine-containing aerosol generating substrate through the mouthpiece; and characterized by a nicotine metabolite sensor positioned at the mouthpiece and operably coupled to the control electronics.
A flywheel comprising a rotating hollow body having a rigidly connected shaft along the axis of rotation of the hollow body and means for mechanical coupling of the shaft to a generator and/or consumer of rotational energy, wherein the hollow body encloses at least one first hollow space and one second hollow space with hollow space walls formed by the hollow body , wherein the hollow spaces are separated from one another by a dividing wall and are arranged one behind the other along the axis of rotation, wherein the shaft , at least in sections, has a channel for fluid-exchanging communication between a reservoir with a fluidic flywheel mass and the first hollow space , wherein the second hollow space is designed to receive an excess of gas pressure, characterized in that a. the dividing wall is connected to the hollow body in an immovable and gas-tight manner, and b. a plurality of channels are arranged for fluid-exchanging communication between the first hollow space and the second hollow space in such manner that c. the channels respectively lead into the areas of the hollow space walls with the greatest distance to the axis of rotation. a. the dividing wall is connected to the hollow body in an immovable and gas-tight manner, and b. a plurality of channels are arranged for fluid-exchanging communication between the first hollow space and the second hollow space in such manner that c. the channels respectively lead into the areas of the hollow space walls with the greatest distance to the axis of rotation.
A liquid developer device comprising: a developing container accommodating a liquid developer; a holding roller for holding the liquid developer accommodated in said developing container ; and an end portion restricting member , provided in contact with said holding roller at an end portion of said holding roller with respect to a longitudinal direction of said holding roller , for restricting movement of the liquid developer in the longitudinal direction, characterized in that the end portion restricting member is configured such that a contact angle (θ) of a side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, to the liquid developer is 45° or more, wherein the contact angle (θ) is the contact angle of the liquid developer to the side surface of the end portion restricting member , which is a magnitude of an angle formed between the side surface and the liquid surface of the liquid developer contacting the side surface as seen from a direction parallel to the side surface , wherein the contact angle (θ) between the liquid developer and the side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, is larger than a contact angle between the liquid developer and a carrying surface of the holding roller . a developing container accommodating a liquid developer; a holding roller for holding the liquid developer accommodated in said developing container ; and an end portion restricting member , provided in contact with said holding roller at an end portion of said holding roller with respect to a longitudinal direction of said holding roller , for restricting movement of the liquid developer in the longitudinal direction, characterized in that the end portion restricting member is configured such that a contact angle (θ) of a side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, to the liquid developer is 45° or more, wherein the contact angle (θ) is the contact angle of the liquid developer to the side surface of the end portion restricting member , which is a magnitude of an angle formed between the side surface and the liquid surface of the liquid developer contacting the side surface as seen from a direction parallel to the side surface , wherein the contact angle (θ) between the liquid developer and the side surface of said end portion restricting member on a side where said holding roller holds the liquid developer, is larger than a contact angle between the liquid developer and a carrying surface of the holding roller .
An anchoring device for a roof, for fastening an object on said roof , comprising a plate designed to rest on the roof and comprising a central through-hole , and an anchoring rod passing through the central hole in the plate and arranged to be firmly connected to the roof by its bottom end and comprising towards its top end a thread receiving a fastening nut for tightening the plate against the roof, the anchoring device also comprising sealing means for ensuring a seal between the anchoring rod and the plate and, at its top end, fastening means for fastening said object thereon, characterised in that it further comprises a sealing nut (3, 3', 3") screwed onto the top end of the device and arranged to cap the end of the anchoring rod and the fastening nut , the sealing nut bearing said fastening means , and the sealing nut being a cap nut (3, 3") or comprising a screw fastened in sealing manner in a drill hole in the end of the sealing nut .
Connecting element for connecting two ventilation channels , comprising a base body and a cover , wherein the cover is placeable on the open upper side of the base body and reversibly connectible therewith without tools, wherein the thus-formed connecting element encloses the ventilation channels at the seam position thereof and wherein provided at the inner sides of the base body and the cover are sealing materials by means of which the seam position between the ventilation channels is sealed off over its entire length, characterised in that the base body has a base and two side walls which project therefrom and are opposite at a spacing, wherein the cover can be detented on the upper edges of the side walls .
An anti-CGRP antagonist antibody for use in the prevention and/or treatment of visceral pain and/or symptoms of visceral pain in an individual, wherein the anti-CGRP antagonist antibody is not administered intrathecally, and wherein the visceral pain is associated with interstitial cystitis (IC).
Apparatus for communications management in a communications system of a moving platform comprising a plurality of systems and/or functions and at least one platform application , said communications system comprising at least one transmitter for transmitting data received from said at least one platform application and being configured to effect wireless data communication thereof by means of one of a plurality of supported communications links, wherein said apparatus comprises a data management module configured to: receive a control message indicative that no suitable communications links are available for transmission of platform application data; obtain a classification and/or priority in respect of platform application data to be transmitted to at least one recipient node; determine, from a stored ruleset, an action to be taken in respect of said platform application data according to said respective classification and/or priority thereof, wherein said action comprises one of storing or discarding said platform application data; and generate a control signal and transmit said control signal to a platform application from which said platform application data originates for storing said platform application data, or to a message routing module for discarding said platform application data, wherein said control signal is configured to cause said action to be taken thereby. receive a control message indicative that no suitable communications links are available for transmission of platform application data; obtain a classification and/or priority in respect of platform application data to be transmitted to at least one recipient node; determine, from a stored ruleset, an action to be taken in respect of said platform application data according to said respective classification and/or priority thereof, wherein said action comprises one of storing or discarding said platform application data; and generate a control signal and transmit said control signal to a platform application from which said platform application data originates for storing said platform application data, or to a message routing module for discarding said platform application data, wherein said control signal is configured to cause said action to be taken thereby.
A method of operating a user equipment in a wireless network, the user equipment supporting multiple carriers, the method comprising: receiving , by the user equipment , a disable command control element for a carrier; stopping , by the user equipment , transmission of uplink control information corresponding to the carrier after receiving the disable command control element ; and stopping, by the user equipment , monitoring a physical downlink control channel, PDCCH, associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element . receiving , by the user equipment , a disable command control element for a carrier; stopping , by the user equipment , transmission of uplink control information corresponding to the carrier after receiving the disable command control element ; and stopping, by the user equipment , monitoring a physical downlink control channel, PDCCH, associated with the carrier when the PDCCH is transmitted on another carrier different from the carrier after receiving the disable command control element .