mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving a signal by a user equipment, UE, in a narrowband internet of things, NB-IoT, system, the method comprising: receiving a narrowband primary synchronization signal, N-PSS, and a narrowband secondary synchronization signal, N-SSS, which are configured for the NB-IoT system; obtaining a narrowband cell identifier, N-Cell ID, of the NB-IoT system from the N-SSS; receiving a narrowband physical broadcast channel, N-PBCH based on the N-Cell ID; and receiving, on a narrowband physical downlink shared channel, N-PDSCH, a system information block comprising information on an in-band deployment mode after the reception of the N-PBCH, wherein the in-band deployment mode denotes an operation mode where a band of the NB-IoT system is within a band of a legacy long term evolution, LTE, system. receiving a narrowband primary synchronization signal, N-PSS, and a narrowband secondary synchronization signal, N-SSS, which are configured for the NB-IoT system; obtaining a narrowband cell identifier, N-Cell ID, of the NB-IoT system from the N-SSS; receiving a narrowband physical broadcast channel, N-PBCH based on the N-Cell ID; and receiving, on a narrowband physical downlink shared channel, N-PDSCH, a system information block comprising information on an in-band deployment mode after the reception of the N-PBCH, wherein the in-band deployment mode denotes an operation mode where a band of the NB-IoT system is within a band of a legacy long term evolution, LTE, system.
A coronin 1 modulator for use in the treatment of mycobacterial infections, autoimmune disorders, lymphoproliferative disorders and induction of immunosuppression following transplantation, wherein the coronin 1 modulator is selected from an anti-coronin 1 polyclonal antibody, monoclonal antibody and an Fab fragment thereof; a humanized antibody comprising the binding portion of an anti-coronin 1 monoclonal antibody; a peptide comprising a coronin 1 peptide of the sequence KSRELRVNRGLDTGRRR (SEQ ID NO:1); VSRLEEEMRKLQATVQELQKRLDRLEETVQAK (SEQ ID NO:2); MSRQVVRSSKFRHVFGQPAKADQCYE (SEQ ID NO:3); VCGHTAPVLDIAWCPHNDNVIASGSEDCTVMVWE (SEQ ID NO:4); LEGHTKRVGIVAWHTTAQNVLLSAGCDNVIMVWD (SEQ ID NO:5); PEVHPDTIYSVDWSRDGGLICTSCRDKRVRIIE (SEQ ID NO:6); DRPHEGTRPVRAVFVSEGKILTTGFSRMSERQVALWD (SEQ ID NO:7); PLSLQELDTSSGVLLPFFDPDTNIVYLCGKGDSSIRYF (SEQ ID NO:8); a phospho-peptide comprising a peptide of the sequence SEQ ID NO:1, 2, 3, 4, 5, 6, 7, and 8, wherein one, two, three, four or five serine and/or threonine residues are phosphorylated; and an anti-sense oligodeoxynucleotide, siRNA, and shRNA.
A method for encoding a video sequence, comprising the following steps by a processing unit of an encoding device: - splitting an image from the video sequence into blocks of values; - for each block: ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; - encoding the video sequence based on the encoding of the blocks; characterized in that the quantizing step further comprises for quantized coefficients corresponding to one coefficient group: ∘ determining scaled coefficients where a scaled coefficient is based on a transform coefficient of the coefficient group, by multiplying the transform coefficient by a factor parameter and then adding a deadzone parameter, wherein the deadzone parameter DZ k,j is computed according to the equation: DZ k,j = DZ - c.k, where j is the index of the coefficient group in the block, DZ is a global deadzone parameter; c is a constant parameter, k is the index of the transform coefficient within the coefficient group; ∘ shifting each scaled coefficient to obtain a corresponding quantized coefficient; ∘ comparing a sum value representative of a summing result of magnitudes of the quantized coefficient values corresponding to the coefficient group, with a threshold; and ∘ setting the quantized coefficients corresponding to the coefficient group to zero, if the summing result is below the threshold. - splitting an image from the video sequence into blocks of values; - for each block: ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; ∘ transforming the values of the block into transform coefficients; ∘ organizing these transform coefficients into several coefficient groups; ∘ quantizing the transform coefficients into quantized coefficients; encoding the block using the quantized coefficients; - encoding the video sequence based on the encoding of the blocks; ∘ determining scaled coefficients where a scaled coefficient is based on a transform coefficient of the coefficient group, by multiplying the transform coefficient by a factor parameter and then adding a deadzone parameter, wherein the deadzone parameter DZ k,j is computed according to the equation: DZ k,j = DZ - c.k, where j is the index of the coefficient group in the block, DZ is a global deadzone parameter; c is a constant parameter, k is the index of the transform coefficient within the coefficient group; ∘ shifting each scaled coefficient to obtain a corresponding quantized coefficient; ∘ comparing a sum value representative of a summing result of magnitudes of the quantized coefficient values corresponding to the coefficient group, with a threshold; and ∘ setting the quantized coefficients corresponding to the coefficient group to zero, if the summing result is below the threshold.
A composition comprising flaxseed mucilage, wherein said composition is for use in a method of reducing fat uptake in the gastrointestinal tract of a mammal suffering from obesity or overweight, wherein overweight refers to a Body Mass Index ≥25.
An airframe having a tail boom and a damper assembly, wherein the damper assembly comprises: a mass to damp the vibration of the airframe; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators (312a-d) and the mass is isolated from the airframe by the one or more wire rope isolators (312a-d); and first fasteners (314a, 314b) and second fasteners (316a, 316b), wherein the first fasteners (314a, 314b) attach the first portion of the one or more wire rope isolators (312a-d) directly to the mass, and the second fasteners (316a, 316b) attach the second portion of the one or more wire rope isolators (312a-d) to the airframe to dampen vibration of the airframe, and wherein the mass is positioned at the end of the tail boom, along the length of the tail boom, or a combination thereof. a mass to damp the vibration of the airframe; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators (312a-d) and the mass is isolated from the airframe by the one or more wire rope isolators (312a-d); and first fasteners (314a, 314b) and second fasteners (316a, 316b), wherein the first fasteners (314a, 314b) attach the first portion of the one or more wire rope isolators (312a-d) directly to the mass, and the second fasteners (316a, 316b) attach the second portion of the one or more wire rope isolators (312a-d) to the airframe to dampen vibration of the airframe, and wherein the mass is positioned at the end of the tail boom, along the length of the tail boom, or a combination thereof.
A reinforced pavement comprising a layer of a tack coat on a pavement and a fabric (10, 20, 30) thereon, said fabric (10, 20, 30) having a fabric width in a transverse direction, said fabric (10, 20, 30) comprising a carrier (12, 22, 32), said fabric (10, 20, 30) further comprising discrete and space apart reinforcement elements (14, 24', 24", 34), whereby the carrier (12, 22, 32) is a non-woven, characterized in that the reinforcement elements (14, 24', 24", 34) are steel wires or steel cords extending within said fabric (10, 20, 30) width and being fixed or bound to said carrier (12, 22, 32), said carrier (12, 22, 32) having a carrier width that is smaller than said fabric width so that said reinforcement elements protrude out of said carrier (12, 22, 32), so that, when laying down a further fabric next to the fabric (10, 20, 30), zones of overlapping between the two adjacent fabrics can be made with only one level of carrier present or without carrier, so that the tack coat or bitumen layer can easily realize adhesion. said fabric (10, 20, 30) having a fabric width in a transverse direction, said fabric (10, 20, 30) comprising a carrier (12, 22, 32), said fabric (10, 20, 30) further comprising discrete and space apart reinforcement elements (14, 24', 24", 34), whereby the carrier (12, 22, 32) is a non-woven, characterized in that the reinforcement elements (14, 24', 24", 34) are steel wires or steel cords extending within said fabric (10, 20, 30) width and being fixed or bound to said carrier (12, 22, 32), said carrier (12, 22, 32) having a carrier width that is smaller than said fabric width so that said reinforcement elements protrude out of said carrier (12, 22, 32), so that, when laying down a further fabric next to the fabric (10, 20, 30), zones of overlapping between the two adjacent fabrics can be made with only one level of carrier present or without carrier, so that the tack coat or bitumen layer can easily realize adhesion.
A method for in vitro diagnosis of the presence of a mental disorder in a human individual or the predisposition of the human individual to the mental disorder, wherein the mental disorder is associated with a dysfunctional DISC1 protein pathway or disturbed dopamine homeostasis, the method comprising: a) measuring in a sample of a body tissue or fluid from the individual the expression levels of at least two marker genes, each of which coding for at least one marker protein, wherein said marker genes are selected from the group consisting of human NKG7, RGS1, CCL4, IFNG, IL12RB2, IL13RA1, KMO, FPR2, SLC27A2, and C3; b) comparing the measured expression levels to predetermined threshold values representing the expression levels of said marker genes in a healthy population; and c) based on the comparison, determining whether the individual has the mental disorder or a predisposition to the mental disorder, wherein the measured expression levels are indicative to the mental disorder or disposition if the measured expression levels of said marker genes exceed, reach or fall below the predetermined threshold value. a) measuring in a sample of a body tissue or fluid from the individual the expression levels of at least two marker genes, each of which coding for at least one marker protein, wherein said marker genes are selected from the group consisting of human NKG7, RGS1, CCL4, IFNG, IL12RB2, IL13RA1, KMO, FPR2, SLC27A2, and C3; b) comparing the measured expression levels to predetermined threshold values representing the expression levels of said marker genes in a healthy population; and c) based on the comparison, determining whether the individual has the mental disorder or a predisposition to the mental disorder, wherein the measured expression levels are indicative to the mental disorder or disposition if the measured expression levels of said marker genes exceed, reach or fall below the predetermined threshold value.
Longitudinal-adjustment unit for a seat, in particular in a motor vehicle, having a spindle nut, which can be displaced on a spindle and can be driven by a worm with bearing collars on either side, and having a multi-part housing (20, 30), which accommodates the worm and spindle, characterized in that - the housing (20, 30) has two housing parts (20, 30), which consist of plastic and can be inserted one inside the other in the axial direction of the spindle, and - each housing part (20, 30) has a plate (21, 31), from which crosspieces (22, 23, 24; 33) project on one side. - the housing (20, 30) has two housing parts (20, 30), which consist of plastic and can be inserted one inside the other in the axial direction of the spindle, and - each housing part (20, 30) has a plate (21, 31), from which crosspieces (22, 23, 24; 33) project on one side.
A component mounter comprising: a head holding unit configured to exchangeably hold either a multi-nozzle head that is configured to exchangeably hold multiple suction nozzles that are configured to pick up a component or a single-nozzle head that is configured to hold a single nozzle section, and a head moving device configured to move the head holding unit, characterized in that the single-nozzle head is configured from an attachment section that is exchangeable with the multi-nozzle head on the head holding unit, and the single nozzle section that is exchangeably held on the attachment section and picks up the component, and a holding configuration of the single nozzle section on the attachment section and a holding configuration of the suction nozzle on the multi-nozzle head are shared, such that the suction nozzle of the multi-nozzle head can be held on the attachment section of the single-nozzle head as the single nozzle section and the single nozzle section of the single-nozzle head can be held on the multi-nozzle head as one of its suction nozzles. a head holding unit configured to exchangeably hold either a multi-nozzle head that is configured to exchangeably hold multiple suction nozzles that are configured to pick up a component or a single-nozzle head that is configured to hold a single nozzle section, and a head moving device configured to move the head holding unit, characterized in that the single-nozzle head is configured from an attachment section that is exchangeable with the multi-nozzle head on the head holding unit, and the single nozzle section that is exchangeably held on the attachment section and picks up the component, and a holding configuration of the single nozzle section on the attachment section and a holding configuration of the suction nozzle on the multi-nozzle head are shared, such that the suction nozzle of the multi-nozzle head can be held on the attachment section of the single-nozzle head as the single nozzle section and the single nozzle section of the single-nozzle head can be held on the multi-nozzle head as one of its suction nozzles.
An apparatus for processing downlink control information, applicable to a base station and comprising a downlink control information generation module and a downlink control information transmission module, wherein the downlink control information generation module is configured to generate a downlink control information format when data transmission is performed, wherein a field of the downlink control information format carries indication information for indicating to a terminal a port used for transmitting a data Demodulation Reference Signal, DMRS, and a scrambling identity number corresponding to a pilot generation sequence; and the downlink control information transmission module is configured to transmit the downlink control information format to the terminal; wherein scrambling of data Demodulation Reference Signals, DMRSs, is achieved by using different pilot generation sequences, wherein, the indication information indicates to the terminal a state corresponding to a set of ports used for transmitting a data DMRS, wherein, the set corresponding to each state comprises a minimum port number, characterised in that a set of minimum port numbers of all states is a set of all available ports, so that when transmitting the data DMRS, the terminal can be scheduled to any port of all available ports, wherein, all available ports include ports 7, 8, 9, 10, 11, 12, 13 and 14, so that a set constituted by minimum port numbers of all states is [7,8,9,10,11,12,13,14].
A control device for a timepiece, the device comprising a primary crown adapted to be rotated and pulled, having at least two axial positions, and also comprising a secondary crown arranged coaxially with respect to the primary crown and adapted to be rotated, said primary crown comprising a crown head (1.1) and a control rod (1.2) fixed rigidly to the crown head (1.1) and adapted to be coupled to or decoupled from a winding rod of a movement of said timepiece in order to control functions of the timepiece, and said secondary crown comprising a crown body (2.1) and being adapted to be pulled, having at least two axial positions, characterised in that said secondary crown comprises a kinematic link having coupling means (2.2) and a mobile element (2.3), the coupling means (2.2) being adapted to be coupled to or decoupled from the mobile element (2.3) so as to allow to control at least one function of the movement of said timepiece and/or of another element of said timepiece, such that said primary crown and secondary crown are actuatable independently of one another.
Hand-held power tool having a housing, an electric motor with at least one carbon brush which is designed to establish electrical contact with a collector of the electric motor, wherein the carbon brush is arranged releasably within the housing and is removable via a housing opening, a housing cover (110; 310) for covering the housing opening, wherein the housing cover (110; 310) is in the form of a releasable part of the housing, wherein the housing cover (110; 310) has at least one air inlet opening (114; 314) for supplying the electric motor with cooling air, characterized in that at least one filter element is arranged at the air inlet opening, said air inlet opening being designed to prevent ingress of material particles and dust into the housing of the hand-held power tool.
A composition for lysing a solid tissue comprising a detergent, a chelating agent, a reducing agent, and an enzyme, wherein the detergent comprises 0.5 - 3% w/v N-lauroyl sarcosine, wherein the chelating agent comprises 250 - 500 mM ethylene glycol tetraacetic acid (EGTA), wherein the reducing agent comprises 10 - 100 mM dithiothreitol and wherein the enzyme comprises 0.5 - 1 mg/ml proteinase K.
An aircraft incorporating a cabin air recovery system, the aircraft comprising: a cabin and an air conditioning system for modifying the cabin air temperature, a cabin discharged air duct for conducting air discharged out of the cabin, a main engine bleed system for supplying pressurized air, extracted from the main engine, to the air conditioning system, the main engine bleed system comprising a bleed air duct for conducting main engine bleed air, wherein the cabin discharged air duct and the bleed air duct are thermally coupled, such as heat can be transferred from the main engine bleed air to the cabin discharged air, to cool down the main engine bleed air, wherein the thermally coupled region is configured as a double duct, having an outer duct and an inner duct housed within the outer duct, and wherein the outer duct is the cabin discharged air duct and the inner duct is the bleed air duct, so that the bleed air duct is housed within the cabin discharged air duct; characterised in that the aircraft further comprises a heat exchanger operatively coupled with the double duct to increase the heat transfer from the main engine bleed air to the cabin discharged air whenever necessary; and a by-pass duct by-passing the heat exchanger. a cabin and an air conditioning system for modifying the cabin air temperature, a cabin discharged air duct for conducting air discharged out of the cabin, a main engine bleed system for supplying pressurized air, extracted from the main engine, to the air conditioning system, the main engine bleed system comprising a bleed air duct for conducting main engine bleed air, wherein the cabin discharged air duct and the bleed air duct are thermally coupled, such as heat can be transferred from the main engine bleed air to the cabin discharged air, to cool down the main engine bleed air, wherein the thermally coupled region is configured as a double duct, having an outer duct and an inner duct housed within the outer duct, and wherein the outer duct is the cabin discharged air duct and the inner duct is the bleed air duct, so that the bleed air duct is housed within the cabin discharged air duct; characterised in that the aircraft further comprises a heat exchanger operatively coupled with the double duct to increase the heat transfer from the main engine bleed air to the cabin discharged air whenever necessary; and a by-pass duct by-passing the heat exchanger.
Cable assembly comprising a number of cables (2 1 - 2 n) which are grouped together and each consist of at least one transmission line and a surrounding cable sheath, wherein the cable assembly is designed to be rolled up on a cable drum at the manufacturer's, for the cables (2 i -2 n) to be laid at one and the same time, characterized in that the cables (2 1 - 2 n) are joined together directly to form the cable assembly by means of a number of strip-like embracing elements (3, 3', 3") which surround the cables (2 i -2 n) and are kept at a distance from one another in the longitudinal direction (x) of the cable assembly, to be precise they are joined together in such a way that, with respect to a respective section of the cable assembly unrolled from the cable drum during laying, each of the cables (2 1 - 2 n) is movable, within the strip-like embracing elements (3, 3', 3") which surround the cables (2 1 - 2 n), in the longitudinal direction (x) in relation to these embracing elements (3, 3', 3") and in relation to the other cables (2 1 - 2 n) in each case of the cable assembly and, as a result, can be removed from the cable assembly by way of a clearance, existing in the cable assembly because of the distances between the strip-like embracing elements (3, 3', 3"), to create a cable branch.
An antibody comprising a mature heavy chain variable region having an amino acid sequence designated SEQ ID NO:23 and a light chain variable region having an amino acid sequence designated SEQ ID NO:33 or 37, wherein the antibody specifically binds to human alpha-synuclein.