mhurhangee/ep-ind-claims huggingface dataset:
A vehicle with a turn signal lamp system, comprising: a detection unit configured to detect a change in a traveling direction of the vehicle; and a turn signal lamp which is installed in a head lamp housing of the vehicle, a rear lamp housing of the vehicle, or both and comprises a first lamp unit configured to irradiate light forming a blinking pattern and a second lamp unit configured to irradiate light forming a road pattern to indicate the change in the traveling direction, wherein the second lamp unit includes a plurality of light source parts (121, 122, 123, 124) having a linear arrangement disposed adjacent to an exterior edge of the head lamp housing and configured to irradiate light forming a road pattern at a predetermined angle (θ2) from a central line of the vehicle. a detection unit configured to detect a change in a traveling direction of the vehicle; and a turn signal lamp which is installed in a head lamp housing of the vehicle, a rear lamp housing of the vehicle, or both and comprises a first lamp unit configured to irradiate light forming a blinking pattern and a second lamp unit configured to irradiate light forming a road pattern to indicate the change in the traveling direction, wherein the second lamp unit includes a plurality of light source parts (121, 122, 123, 124) having a linear arrangement disposed adjacent to an exterior edge of the head lamp housing and configured to irradiate light forming a road pattern at a predetermined angle (θ2) from a central line of the vehicle.
A method of handover control by a user equipment in a wireless communication system, the method comprising: receiving a first radio resource control,RRC, connection reconfiguration message from a source cell; identifying whether a full configuration option is configured in the first RRC connection reconfiguration message; if the full configuration option is identified to be configured in the first RRC connection reconfiguration message, storing a current value of a COUNT parameter used in a connection with the source cell, and resetting the COUNT parameter to a reset value; if an RRC connection reconfiguration is not successful, receiving a second RRC connection reconfiguration message from the source cell; identifying, if the full configuration option is not configured in the second RRC connection reconfiguration message, whether the stored value of the COUNT parameter is available; resetting, if the stored value of the COUNT parameter is available, the COUNT parameter to the stored value; and performing an encryption and integrity verification using the COUNT parameter, wherein a value of the COUNT parameter includes a value of a hyper frame number,HFN, and a packet data convergence protocol sequence number,PDCP SN. receiving a first radio resource control,RRC, connection reconfiguration message from a source cell; identifying whether a full configuration option is configured in the first RRC connection reconfiguration message; if the full configuration option is identified to be configured in the first RRC connection reconfiguration message, storing a current value of a COUNT parameter used in a connection with the source cell, and resetting the COUNT parameter to a reset value; if an RRC connection reconfiguration is not successful, receiving a second RRC connection reconfiguration message from the source cell; identifying, if the full configuration option is not configured in the second RRC connection reconfiguration message, whether the stored value of the COUNT parameter is available; resetting, if the stored value of the COUNT parameter is available, the COUNT parameter to the stored value; and performing an encryption and integrity verification using the COUNT parameter, wherein a value of the COUNT parameter includes a value of a hyper frame number,HFN, and a packet data convergence protocol sequence number,PDCP SN.
A sound processor for use with a cochlear implant and a headpiece, the sound processor (100a; 100c) comprising: a transmitter configured to transmit audio signals to a contralateral sound processor (100b; 100d); and processor apparatus operable in a first mode, in response to a detection of the cochlear implant, to convert audio signals from a microphone (104, 105) into stimulation data and to transfer the stimulation data to the cochlear implant by way of the headpiece, and operable in a second mode, in response to a failure to detect the cochlear implant, to transfer the audio signals to a contralateral sound processor with the transmitter. a transmitter configured to transmit audio signals to a contralateral sound processor (100b; 100d); and processor apparatus operable in a first mode, in response to a detection of the cochlear implant, to convert audio signals from a microphone (104, 105) into stimulation data and to transfer the stimulation data to the cochlear implant by way of the headpiece, and operable in a second mode, in response to a failure to detect the cochlear implant, to transfer the audio signals to a contralateral sound processor with the transmitter.
A water treatment apparatus for stormwater treatment, said water treatment apparatus comprising: a receiving pan comprising: an inlet port in order to receive a flow of stormwater; a contact surface for supporting at least one purification unit having a body defining a plurality of pores and containing a water-soluble flocculating agent; at least one securing element for fastening said at least one purification unit, wherein the water treatment apparatus further comprises: a receiver tank arranged to receive treated water which has passed through said receiving pan on said contact surface; and a tilting structure, in order to set an inclination of said contact surface relative to a horizontal plane and thereby control a dissolution rate of the flocculating agent when said flow of stormwater is flowing through said receiving pan on said contact surface. an inlet port in order to receive a flow of stormwater; a contact surface for supporting at least one purification unit having a body defining a plurality of pores and containing a water-soluble flocculating agent; at least one securing element for fastening said at least one purification unit, wherein the water treatment apparatus further comprises: a receiver tank arranged to receive treated water which has passed through said receiving pan on said contact surface; and a tilting structure, in order to set an inclination of said contact surface relative to a horizontal plane and thereby control a dissolution rate of the flocculating agent when said flow of stormwater is flowing through said receiving pan on said contact surface. a receiver tank arranged to receive treated water which has passed through said receiving pan on said contact surface; and a tilting structure, in order to set an inclination of said contact surface relative to a horizontal plane and thereby control a dissolution rate of the flocculating agent when said flow of stormwater is flowing through said receiving pan on said contact surface.
A method for carrying out an installation process in an elevator shaft of an elevator system, comprising at least the steps of: - inserting an assembly device into the elevator shaft, which device comprises a support component and a mechatronic installation component that is retained by the support component and comprises a control apparatus, at least one assembly means (9, 13) being arranged on the support component, - fixing the support component in a fixing position in the elevator shaft, characterized by the steps of: - determining an actual position of the assembly means (9, 13) relative to the installation component, - receiving an assembly means (9, 13) by means of the installation component using the actual position of the assembly means (9, 13), and - carrying out an assembly step using the received assembly means (9, 13). - inserting an assembly device into the elevator shaft, which device comprises a support component and a mechatronic installation component that is retained by the support component and comprises a control apparatus, at least one assembly means (9, 13) being arranged on the support component, - fixing the support component in a fixing position in the elevator shaft, - determining an actual position of the assembly means (9, 13) relative to the installation component, - receiving an assembly means (9, 13) by means of the installation component using the actual position of the assembly means (9, 13), and - carrying out an assembly step using the received assembly means (9, 13).
A method for the detection of the presence of replicating sTTV in a sample, characterised in that said method comprises the steps of a) performing a reverse transcriptase polymerase chain reaction (RT-PCR) of said sample using a primer set comprising a forward primer that binds to a stretch of at least 14 consecutive nucleotides of an oligonucleotide FRNA-a having a sequence as depicted in SEQ ID NO.: 4 or a forward primer that binds to a stretch of at least 14 consecutive nucleotides of an oligonucleotide FRNA-b having a sequence as depicted in SEQ ID NO.: 5, and at least one reverse primer that binds to a stretch of at least 14 consecutive 5'-terminal nucleotides of an oligonucleotide RRNA-1 having a sequence as depicted in SEQ ID NO.: 6, an oligonucleotide RRNA-2 having a sequence as depicted in SEQ ID NO.: 7 or an oligonucleotide RRNA-3 having a sequence as depicted in SEQ ID NO.: 8, and b) examining the RT-PCR amplification result of step (a) a) performing a reverse transcriptase polymerase chain reaction (RT-PCR) of said sample using a primer set comprising a forward primer that binds to a stretch of at least 14 consecutive nucleotides of an oligonucleotide FRNA-a having a sequence as depicted in SEQ ID NO.: 4 or a forward primer that binds to a stretch of at least 14 consecutive nucleotides of an oligonucleotide FRNA-b having a sequence as depicted in SEQ ID NO.: 5, and at least one reverse primer that binds to a stretch of at least 14 consecutive 5'-terminal nucleotides of an oligonucleotide RRNA-1 having a sequence as depicted in SEQ ID NO.: 6, an oligonucleotide RRNA-2 having a sequence as depicted in SEQ ID NO.: 7 or an oligonucleotide RRNA-3 having a sequence as depicted in SEQ ID NO.: 8, and b) examining the RT-PCR amplification result of step (a)
A coated cutting tool comprising a substrate and a coating layer formed on the substrate, wherein: the coating layer has an alternating laminate structure of an alternating laminate of: a first composite nitride layer containing a compound having a composition represented by formula below: (Al 1-x Cr x)N wherein x denotes an atomic ratio of the Cr element based on a total of the Al element and the Cr element and satisfies 0.10 ≤ x ≤ 0.50; and a second composite nitride layer containing a compound having a composition represented by formula below: (Ti 1-y Si y)N wherein y denotes an atomic ratio of the Si element based on a total of the Ti element and the Si element and satisfies0.05 ≤ y ≤ 0.30; an average thickness of the alternating laminate structure is from 3 μm or more to 12.00 μm or less; an average thickness of each of the layers of the first composite nitride layer is from 70 nm or more to 300 nm or less, and an average thickness of each of the layers of the second composite nitride layer is from 70 nm or more to 300 nm or less; and a ratio H/E of a hardness H in GPa of the alternating laminate structure to an elastic modulus E in GPa of the alternating laminate structure is from 0.060 or more to 0.080 or less, wherein the hardness H and the elastic modulus E are measured at room temperature by a nanoindentation method as described in the description. a first composite nitride layer containing a compound having a composition represented by formula below: (Al 1-x Cr x)N wherein x denotes an atomic ratio of the Cr element based on a total of the Al element and the Cr element and satisfies 0.10 ≤ x ≤ 0.50; and a second composite nitride layer containing a compound having a composition represented by formula below: (Ti 1-y Si y)N wherein y denotes an atomic ratio of the Si element based on a total of the Ti element and the Si element and satisfies0.05 ≤ y ≤ 0.30; an average thickness of the alternating laminate structure is from 3 μm or more to 12.00 μm or less; an average thickness of each of the layers of the first composite nitride layer is from 70 nm or more to 300 nm or less, and an average thickness of each of the layers of the second composite nitride layer is from 70 nm or more to 300 nm or less; and a ratio H/E of a hardness H in GPa of the alternating laminate structure to an elastic modulus E in GPa of the alternating laminate structure is from 0.060 or more to 0.080 or less, wherein the hardness H and the elastic modulus E are measured at room temperature by a nanoindentation method as described in the description.
Motor vehicle comprising a rear floor and a front floor connected to the rear floor, said rear floor comprising a front part and a rear part connected to the front part by a connection means, the front and rear parts comprising reinforcing means (4b, 5) extending transversely with respect to the longitudinal axis of the motor vehicle, the rear floor comprising stiffening means (7, 8) situated between the reinforcing means (4b, 5), at the connection between the front and rear parts (3, 4), characterized in that the front and rear parts (3, 4) comprise a plurality of longitudinal ribs (7, 8) extending in the longitudinal direction of the vehicle between the transverse reinforcing means (4b, 5), the ribs of the front part being located in the continuation of the ribs of the rear part.
A method for determination of particle emissions pertaining to a combustion engine, such that a post-treatment system comprising at least one particle filter is provided to post-treat an exhaust flow arising from combustion in said combustion engine, which method is characterised by - using a PM sensor situated upstream of said particle filter to determine, at a location upstream of said particle filter, a first particle content of said exhaust flow arising from said engine, and - using said first particle content determined as a basis for determining, without having to measure the particle content downstream of said filter, whether a particle content of said exhaust flow downstream of said particle filter fulfils a first condition, where said particle content released after said particle filter fulfils said first condition when said first particle content is less than a second particle content, said second particle content being set with respect to the cleaning capacity of the particle filter. - using a PM sensor situated upstream of said particle filter to determine, at a location upstream of said particle filter, a first particle content of said exhaust flow arising from said engine, and - using said first particle content determined as a basis for determining, without having to measure the particle content downstream of said filter, whether a particle content of said exhaust flow downstream of said particle filter fulfils a first condition,
An electrowetting element for a display device, wherein the electrowetting element comprises: a) a radiation valve comprising a first fluid and a second fluid immiscible with the first fluid, wherein the first fluid and the second fluid are configurable to change a characteristic of radiation passing through at least one of the first fluid and the second fluid; and b) an electrically switchable part switchable between a reflective mode for reflecting radiation incident on the electrically switchable part and towards said radiation valve, and a transmissive mode for transmitting radiation incident on the electrically switchable part through said electrically switchable part and towards said radiation valve, the electrically switchable part comprising a reflective fluid and a non-reflective fluid immiscible with the reflective fluid, the reflective fluid and the non-reflective fluid being configurable to switch the electrically switchable part between the transmissive mode and the reflective mode. a) a radiation valve comprising a first fluid and a second fluid immiscible with the first fluid, wherein the first fluid and the second fluid are configurable to change a characteristic of radiation passing through at least one of the first fluid and the second fluid; and b) an electrically switchable part switchable between a reflective mode for reflecting radiation incident on the electrically switchable part and towards said radiation valve, and a transmissive mode for transmitting radiation incident on the electrically switchable part through said electrically switchable part and towards said radiation valve, the electrically switchable part comprising a reflective fluid and a non-reflective fluid immiscible with the reflective fluid, the reflective fluid and the non-reflective fluid being configurable to switch the electrically switchable part between the transmissive mode and the reflective mode.
Compound selected from mannide monooleate, 3-hydroxy-2,2-bis(hydroxymethyl)propyl oleate and N,N-diethanololeamide for use in preventing or treating metabolic syndrome, type 2 diabetes mellitus or hepatic steatosis in a subject.
Polyphase, encapsulated power feed module having a housing which has, in its interior, connection terminals which are electrically connected to first plug connections and/or second plug connections which are used to make electrical contact with a polyphase power distribution system, wherein • the connection terminals are in the form of spring cage terminals; • a jumper plug, which is matched to the first plug connections, is provided in order to make electrical contact, it being possible for the first plug connections to be electrically connected to the polyphase power distribution system by the said jumper plug; • the spring cage terminals each have an associated conductor insertion opening in the housing; and • the housing is provided with at least one fastening means (10, 11) for fastening the power feed module; characterized in that the spring cage terminals are electrically connected to further third and/or fourth plug connections which are situated in the interior of the housing and are accessible via a third contact-making opening and/or a fourth contact-making opening in the housing. • the connection terminals are in the form of spring cage terminals; • a jumper plug, which is matched to the first plug connections, is provided in order to make electrical contact, it being possible for the first plug connections to be electrically connected to the polyphase power distribution system by the said jumper plug; • the spring cage terminals each have an associated conductor insertion opening in the housing; and • the housing is provided with at least one fastening means (10, 11) for fastening the power feed module;
A connector plug comprising: a synthetic-resin made body having a fitting portion to which a counter connector socket is to be fitted, and which is projected from one end side; contacts which are held by said body; a metal case which covers said body; a latch which, when said fitting portion of said body is inserted into the counter connector socket, causes said fitting portion to be engaged with the counter connector socket, and which is formed by a metal plate, said latch being configured separately from said metal case, and said latch being held by said body; wherein an engaging portion is disposed in said metal case which receives a load applied to said latch, said latch further having: a spring portion which is formed by stamping a metal plate into a substantially U-like shape; an arm portion which extends flushly from one end side of said spring portion; an engaging portion which is disposed on a tip end side of said arm portion; a fulcrum portion which extends flushly from another end side of said spring portion; and a projecting portion which engages with said engaging portion of said metal case, characterized in that said projecting portion projects flushly from the other end side of said spring portion towards the outer side in a perpendicular direction of the fulcrum portion, and said engaging portion of said metal case is a hole disposed in said metal case, and said projecting portion of said latch is a projecting piece having a section shape corresponding to a hole shape of said engaging portion of said metal case. a synthetic-resin made body having a fitting portion to which a counter connector socket is to be fitted, and which is projected from one end side; contacts which are held by said body; a metal case which covers said body; a latch which, when said fitting portion of said body is inserted into the counter connector socket, causes said fitting portion to be engaged with the counter connector socket, and which is formed by a metal plate, said latch being configured separately from said metal case, and said latch being held by said body; wherein an engaging portion is disposed in said metal case which receives a load applied to said latch, said latch further having: a spring portion which is formed by stamping a metal plate into a substantially U-like shape; an arm portion which extends flushly from one end side of said spring portion; an engaging portion which is disposed on a tip end side of said arm portion; a fulcrum portion which extends flushly from another end side of said spring portion; and a projecting portion which engages with said engaging portion of said metal case, characterized in that said projecting portion projects flushly from the other end side of said spring portion towards the outer side in a perpendicular direction of the fulcrum portion, and said engaging portion of said metal case is a hole disposed in said metal case, and said projecting portion of said latch is a projecting piece having a section shape corresponding to a hole shape of said engaging portion of said metal case.