mhurhangee/patent-ind-claim-en huggingface dataset:
Copolymer comprising a copolymer chain A bearing a function B selected from the group consisting of the functions B1 and B2, • the copolymer chain A being a copolymer chain comprising monomer units M1 and monomer units M2, M1 being a conjugated diene, • B1 being selected from the group consisting of N(SiMe 3 ) 2 ; N(SiMe 2 CH 2 CH 2 SiMe 2 ); para-C 6 H 4 (NMe 2 ); para-C 6 H 4 (OMe); para-C 6 H 4 (N(SiMe 3 ) 2 ); ortho-CH 2 -C 6 H 4 NMe 2 ; ortho-CH 2 -C 6 H 4 OMe; C 6 F 5 ; C 3 F 7 ; C 6 F 13 ; CH(OCH 2 CH 2 O); • B2 being a function that is derived from B1; the function B being borne at the end of the copolymer chain A; M2 being ethylene or a mixture of ethylene and an α-monoolefin. • the copolymer chain A being a copolymer chain comprising monomer units M1 and monomer units M2, M1 being a conjugated diene, • B1 being selected from the group consisting of N(SiMe 3 ) 2 ; N(SiMe 2 CH 2 CH 2 SiMe 2 ); para-C 6 H 4 (NMe 2 ); para-C 6 H 4 (OMe); para-C 6 H 4 (N(SiMe 3 ) 2 ); ortho-CH 2 -C 6 H 4 NMe 2 ; ortho-CH 2 -C 6 H 4 OMe; C 6 F 5 ; C 3 F 7 ; C 6 F 13 ; CH(OCH 2 CH 2 O); • B2 being a function that is derived from B1; the function B being borne at the end of the copolymer chain A; M2 being ethylene or a mixture of ethylene and an α-monoolefin.
An x-ray device for generating an x-ray image of an object comprising a photon-counting radiation detector and an x-ray radiation source , the radiation detector being configured to convert x-ray photons emitted by the x-ray radiation source and having traversed the object into electric pulse signals corresponding to x-ray photon events during acquisition of the image, the device further comprising: - a further radiation source configured to expose the radiation detector to a first radiation pulse, - a detection circuit configured to detect a first electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the first radiation pulse, characterized in that - the further radiation source is further configured to expose the radiation detector to a second radiation pulse during the acquisition of the x-ray image, the first and second radiation pulses being emitted in accordance with the same configuration of the further radiation source with respect to intensity, wavelength and/or pulse duration, and - the detection circuit is further configured to detect a second electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the second radiation pulse, wherein by exposing the radiation detector to each of the first and the second radiation pulse an x-ray photon event is generated or simulated, such that each of the first and the second electric pulse signals corresponds to an electric pulse signal generated by the radiation detector in response to an incident x-ray photon having a certain energy, wherein the x-ray device is configured to compare amplitudes of the first and second electric pulse signals and to generate the x-ray image based on a result of the comparison. - a further radiation source configured to expose the radiation detector to a first radiation pulse, - a detection circuit configured to detect a first electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the first radiation pulse, characterized in that - the further radiation source is further configured to expose the radiation detector to a second radiation pulse during the acquisition of the x-ray image, the first and second radiation pulses being emitted in accordance with the same configuration of the further radiation source with respect to intensity, wavelength and/or pulse duration, and - the detection circuit is further configured to detect a second electric pulse signal generated by the radiation detector due to the exposure of the radiation detector to the second radiation pulse,
A method for use in a wireless device of determining channel feedback for a physical channel, comprising: receiving (S200), from a network node , control signaling comprising an indication of a number of transmission repetitions of the physical channel; receiving (S202), from the network node , control signaling comprising an indication of a frequency hopping pattern of the physical channel; deriving (S204) the channel feedback for the physical channel based on the indication of the number of transmission repetitions, wherein deriving the channel feedback for the physical channel comprises deriving the channel feedback for the physical channel assuming that the frequency hopping pattern is used, and where a code rate corresponding to the channel feedback corresponds to an effective channel code rate of the physical channel which occupies a group of physical resources comprising the number of transmission repetitions; wherein the group of physical resources is a narrowband of fixed size comprising a number of Physical Resource Blocks, PRBs, in a subframe that is also used for Machine-Type Communication, MTC, Physical Downlink Control Channel, M-PDCCH, monitoring, wherein the channel feedback is chosen from the group consisting of a Channel State Information, CSI, feedback, a Channel Quality Indication, CQI, and a CSI feedback comprising a CQI and wherein: the frequency hopping pattern identifies a set of Physical Resource Blocks, PRBs, that the physical channel will occupy if the physical channel is transmitted in a first subframe; the set of PRBs is contiguous in frequency; and the set of PRBs in the first subframe is different if the physical channel is transmitted in a second subframe. receiving (S200), from a network node , control signaling comprising an indication of a number of transmission repetitions of the physical channel; receiving (S202), from the network node , control signaling comprising an indication of a frequency hopping pattern of the physical channel; deriving (S204) the channel feedback for the physical channel based on the indication of the number of transmission repetitions, wherein deriving the channel feedback for the physical channel comprises deriving the channel feedback for the physical channel assuming that the frequency hopping pattern is used, and where a code rate corresponding to the channel feedback corresponds to an effective channel code rate of the physical channel which occupies a group of physical resources comprising the number of transmission repetitions; wherein the group of physical resources is a narrowband of fixed size comprising a number of Physical Resource Blocks, PRBs, in a subframe that is also used for Machine-Type Communication, MTC, Physical Downlink Control Channel, M-PDCCH, monitoring, the frequency hopping pattern identifies a set of Physical Resource Blocks, PRBs, that the physical channel will occupy if the physical channel is transmitted in a first subframe; the set of PRBs is contiguous in frequency; and the set of PRBs in the first subframe is different if the physical channel is transmitted in a second subframe.
An organic EL device comprising a power feeding part and an organic-EL-element forming part , wherein the organic-EL-element forming part includes a plurality of unit EL elements formed on a substrate, wherein each unit EL element comprises a first electrode layer , an organic emissive layer , and a second electrode layer , wherein the organic-EL-element forming part is constituted by a plurality of series-connected parts each formed by a plurality of the unit EL elements that are electrically connected in series in a forward direction, the series-connected parts being electrically connected to the power feeding part in parallel, each of the plurality of series-connected parts including a corresponding reverse polarity series-connected part that is connected to the power feeding part so as to have a reverse polarity as compared to the other of the series-connected parts , wherein the unit EL element row is electrically divided by a plurality of the serially connected unit EL elements receiving electric power through the central portion and through both end portions, wherein the central portion is a series-connected part that is not an end portion, characterized in that the second electrode layer of one unit EL element at one end of a series-connected part extends and electrically connects to the first electrode layer of an other unit EL element in an adjacent series-connected part, and this second electrode is located at the center of the unit EL element row and receives electronic power from the power feeding part .
A lubricating device for controlling lubrication in a stepped transmission comprising a splitter section with an input shaft (I) and a main gear section with an output shaft (O) and a countershaft (C); where the splitter section comprises - a first splitter gear set connectable to the input shaft (I) by a first gear shift mechanism ; - a second splitter gear set connectable to the input shaft (I) by the first gear shift mechanism ; and connectable to the output shaft (O) by a second gear shift mechanism ; characterized in that - a lubrication arrangement for the second splitter gear set is arranged to be controlled by the current positions of the first and the second gear shift mechanisms ; and that - the lubrication arrangement is controlled to at least reduce lubrication when the first and the second gear shift mechanisms are simultaneously connected to the second splitter gear set . - a first splitter gear set connectable to the input shaft (I) by a first gear shift mechanism ; - a second splitter gear set connectable to the input shaft (I) by the first gear shift mechanism ; and connectable to the output shaft (O) by a second gear shift mechanism ; - a lubrication arrangement for the second splitter gear set is arranged to be controlled by the current positions of the first and the second gear shift mechanisms ; and that - the lubrication arrangement is controlled to at least reduce lubrication when the first and the second gear shift mechanisms are simultaneously connected to the second splitter gear set .
An organic light emitting diode display device , comprising: a substrate ; a plurality of driving elements and a plurality of light emitting diodes on the substrate ; at least one dummy pattern on the substrate and including a first electrode , a dummy layer , and a second electrode ; wherein the first electrode and the dummy layer are electrically separated from each other, and wherein the light emitting diode includes an organic light emitting material, and wherein the dummy layer includes an organic light emitting materia, characterised in that the first electrode and the second electrode are respectively connected to an inspection pad. a substrate ; a plurality of driving elements and a plurality of light emitting diodes on the substrate ; at least one dummy pattern on the substrate and including a first electrode , a dummy layer , and a second electrode ; wherein the first electrode and the dummy layer are electrically separated from each other, and wherein the light emitting diode includes an organic light emitting material, and wherein the dummy layer includes an organic light emitting materia, characterised in that the first electrode and the second electrode are respectively connected to an inspection pad.
A diagnostically useful carrier comprising a polypeptide comprising a macadamia vicilin-like protein consisting of amino acid residues 21-645 of SEQ ID NO2 or a variant thereof having the ability to bind to a macadamia nut allergy-specific IgE antibody, wherein the variant has at least 80 % sequence identity with amino acid residues 21-645 of SEQ ID NO2, wherein the variant may in addition comprise a covalent chemical modification selected from the group comprising glycosylation, phosphorylation, acetylation, decarboxylation, citrullination and hydroxylation, wherein the polypeptide is a purified, isolated or recombinant polypeptide, wherein the diagnostically useful carrier is selected from the group comprising a bead, a test strip, a microtiter plate, a blot, preferably from the group comprising western blot, line blot and dot blot, a glass surface, a slide, a biochip, a membrane, a microarray, an electrophoresis gel and a microtiter plate.
A pipette tip for use in carrying out electroporation comprising: a combining part having a body , a proximal end, a distal end, and a combining part void ; a connecting part having a proximal end, a distal end and a connecting part void , and located at least partially on or within the distal end of the body; an elongated part having an elongated part void and located at the distal end of the connecting part, wherein the void of the combining part, the void of the connecting part, and the void of the elongated part are in fluid communication with each other, the pipette tip having an outer surface and a void located within the outer surface comprising the combining part void, the connecting part void and the elongated part void; and further comprising a conductor located at least partially on or within the outer surface, wherein the conductor is in electrical communication with at least a portion of the outer surface and the void, the conductor having an inner surface capable of applying an electric current to the connecting part void, whereby the conductor can provide a single electrode of the electrode pair required for performing electroporation and the pipette tip contains no other electrode structure, and sample drawn into both the connecting part void and the elongated part void can be subjected to an electric field when the pipette tip is combined with another electrode in an electroporation system. a combining part having a body , a proximal end, a distal end, and a combining part void ; a connecting part having a proximal end, a distal end and a connecting part void , and located at least partially on or within the distal end of the body; an elongated part having an elongated part void and located at the distal end of the connecting part, wherein the void of the combining part, the void of the connecting part, and the void of the elongated part are in fluid communication with each other, the pipette tip having an outer surface and a void located within the outer surface comprising the combining part void, the connecting part void and the elongated part void; and further comprising a conductor located at least partially on or within the outer surface, wherein the conductor is in electrical communication with at least a portion of the outer surface and the void, the conductor having an inner surface capable of applying an electric current to the connecting part void, whereby the conductor can provide a single electrode of the electrode pair required for performing electroporation and the pipette tip contains no other electrode structure, and
A method of communication in a wireless ad hoc network comprising a plurality of nodes, a first node of said plurality corresponding to an in-vehicle device in a vehicle, said method comprising the following steps, implemented by said first node: - receiving at least one message transmitted by a second node of said wireless network over a control channel, said at least one message comprising first information representative of an identifier of said second node ; - verifying the integrity of said at least one message and the authenticity of said first information from header data of said at least one message and a signature associated with said at least one message; - receiving data informing said first node that an internet protocol access service is available, said data including second information representative of the identifier of the sender of said data, said data being received over a service channel - comparing said first information and said second information; - accessing said internet protocol on said service channel if the first information and the second information match. - receiving at least one message transmitted by a second node of said wireless network over a control channel, said at least one message comprising first information representative of an identifier of said second node ; - verifying the integrity of said at least one message and the authenticity of said first information from header data of said at least one message and a signature associated with said at least one message; - receiving data informing said first node that an internet protocol access service is available, said data including second information representative of the identifier of the sender of said data, said data being received over a service channel - comparing said first information and said second information; - accessing said internet protocol on said service channel if the first information and the second information match.
A self-propelled irrigation system having at least one span and a drive tower , wherein the drive tower comprises: a drive controller , wherein the drive controller comprises a power supplying circuit; a drive motor , wherein the drive motor is connected to apply torque to a drive shaft ; wherein the drive shaft is connected to a least one drive wheel ; wherein the drive motor is a 3-phase induction motor; and the motive power applied to the drive motor is applied to three phases of the drive motor; the system characterised in that the power supplying circuit is configured to signal an ON condition when a motive power request is input into the controller and an OFF condition when motive power is not input into the system; wherein the power supplying circuit supplies AC motive power to the drive motor when the drive controller signals the ON condition: further wherein the power supplying circuit supplies DC non-motive power to at least one phase of the motor when the drive controller signals the OFF condition and wherein the application of non-motive power brakes and prevents the drive shaft from turning until the DC current is removed. a drive controller , wherein the drive controller comprises a power supplying circuit; a drive motor , wherein the drive motor is connected to apply torque to a drive shaft ; wherein the drive shaft is connected to a least one drive wheel ; wherein the drive motor is a 3-phase induction motor; and the motive power applied to the drive motor is applied to three phases of the drive motor; the system characterised in that the power supplying circuit is configured to signal an ON condition when a motive power request is input into the controller and an OFF condition when motive power is not input into the system; wherein the power supplying circuit supplies AC motive power to the drive motor when the drive controller signals the ON condition: further wherein the power supplying circuit supplies DC non-motive power to at least one phase of the motor when the drive controller signals the OFF condition and wherein the application of non-motive power brakes and prevents the drive shaft from turning until the DC current is removed.
A method for diagnosing a neurological autoimmune disease, comprising the step of detecting in a sample obtained from a patient an autoantibody binding to flotillin1 or a complex comprising flotillin1 and flotillin2.
A battery assembly comprising: a battery; a power supply manager (PSM) for controlling charging of the battery; and a battery cable comprising first and second wires having respective first terminals for connection to respective terminals of the battery and respective second terminals for connection to the PSM , the battery cable having a temperature sensor located in or on one of the respective first terminals ; wherein the PSM is connected to the temperature sensor and configured to control the charging of the battery based on the temperature sensed by the temperature sensor . a battery; a power supply manager (PSM) for controlling charging of the battery; and a battery cable comprising first and second wires having respective first terminals for connection to respective terminals of the battery and respective second terminals for connection to the PSM , the battery cable having a temperature sensor located in or on one of the respective first terminals ; wherein the PSM is connected to the temperature sensor and configured to control the charging of the battery based on the temperature sensed by the temperature sensor .
A self-adhesive film, prepared from a resin composition including 80 to 99 wt% of polyethylene carbonate and 1 to 20 wt% of ethylene carbonate; wherein the polyethylene carbonate has a weight average molecular weight of 10,000 to 1,000,000.
A vehicle drive apparatus comprising: a case in which oil is reserved; an electric motor (MG1, MG2) housed in the case ; a gear mechanism housed in the case , and the gear mechanism including a specified gear and a first gear, a vertical lower section of the first gear positioned above a surface of the oil in a vertical direction; a cooling mechanism including an oil pump and a pipe , the cooling mechanism configured to pressure-feed the oil reserved in the case by the oil pump and supply the oil to the electric motor (MG1, MG2) to cool the electric motor (MG1, MG2), and the pipe being configured to feed the oil discharged from the oil pump to the electric motor (MG1, MG2), and the pipe being located above the first gear in the vertical direction, and the pipe having a hole , some of the oil flowing through the pipe being discharged from the hole , the hole being positioned above the first gear in the vertical direction, the vehicle drive apparatus being characterized in that it further comprises a lubrication mechanism configured to lubricate the gear mechanism by the oil thrown up by the specified gear and in that the hole is arranged at a position where a normal line direction of the hole differs from a vertically downward direction from the hole , and the first gear is arranged at a position that does not overlap the normal line direction of the hole . a case in which oil is reserved; an electric motor (MG1, MG2) housed in the case ; a gear mechanism housed in the case , and the gear mechanism including a specified gear and a first gear, a vertical lower section of the first gear positioned above a surface of the oil in a vertical direction; a cooling mechanism including an oil pump and a pipe , the cooling mechanism configured to pressure-feed the oil reserved in the case by the oil pump and supply the oil to the electric motor (MG1, MG2) to cool the electric motor (MG1, MG2), and the pipe being configured to feed the oil discharged from the oil pump to the electric motor (MG1, MG2), and the pipe being located above the first gear in the vertical direction, and the pipe having a hole , some of the oil flowing through the pipe being discharged from the hole , the hole being positioned above the first gear in the vertical direction,
An antibody that binds a KIR3DL2 polypeptide and depletes KIR3DL2-expressing tumor cells, for use in the treatment or prevention of a Peripheral T-Cell Lymphoma (PTCL) in an individual, wherein the PTCL is PTCL-NOS.