mhurhangee/patent-ind-claim-en huggingface dataset:
Table saw , preferably a circular table saw, with a support structure which can be placed on a support and on the upper side of which a workpiece support plate is provided, and with a saw blade which projects upwards over the workpiece support plate , characterised in that the workpiece support plate is mounted in a sliding manner relative to the support structure and to the saw blade in the sawing direction (y) and in that it has a splinter protection element which is arranged on a side of the workpiece support plate facing the saw blade and which is guided past the saw blade when the workpiece support plate is slid, wherein a groove is provided on the side of the workpiece support plate facing the saw blade , which groove receives a portion of the splinter protection element .
A computer-implemented method of controlling operation of a wind turbine in which a plurality of wind turbine zones are defined, the method comprising, for each of the plurality of wind turbine zones: receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, the method comprising selecting an operational mode of the wind turbine based on the determination as to which of the plurality of zones have one or more people therein, and controlling the wind turbine to operate in the selected operational mode, characterized in that when a change is determined from one or more people being in at least one of the wind turbine zones to no people being in any of the wind turbine zones, an operational mode is selected in which operation of the wind turbine is started. the method comprising, for each of the plurality of wind turbine zones: receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, the method comprising selecting an operational mode of the wind turbine based on the determination as to which of the plurality of zones have one or more people therein, and controlling the wind turbine to operate in the selected operational mode, characterized in that when a change is determined from one or more people being in at least one of the wind turbine zones to no people being in any of the wind turbine zones, an operational mode is selected in which operation of the wind turbine is started.
A resistance welding machine for spot welding of metal sheets, such as sheets of vehicle or cars under repairs, comprising a source or generator of electric energy and a clamp having an arm with curved geometry and respective electrodes , located at the ends of said arm , between which flows, for a predetermined time, an electric current generated by said generator when said arm is actuated, said electrodes being brought close to each other and being able to compress with a given force said sheets to be welded, wherein a first electrode of said electrodes and said generator are connected to a base located at a first end of said arm , wherein a hinged mechanism is provided in one portion of said arm which is positioned from the part opposite with respect to said base , said hinged mechanism allowing a rotation, towards the external of the clamp , of a terminal element of said arm connected to a second of said electrodes , characterized in that said hinged mechanism is formed by a pin and a bushing retainer connecting said portion of said arm to one of the ends of said terminal element by fitting said end of the terminal element , wherein, in use, the application of pressure to the pin releases said end end of said terminal element of said arm , so that said terminal element can be rotated towards the external and is maintained in position after having been rotated towards the external of the clamp , by means of said bushing retainer . ,
A method for transmitting power headroom information by a terminal in a mobile communication system, the method comprising: receiving, by the terminal, information on an allocated uplink transmission resource; determining whether a path loss has changed more than a threshold, after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal. receiving, by the terminal, information on an allocated uplink transmission resource; determining whether a path loss has changed more than a threshold, after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal.
A method of applying a pattern, comprising: providing a receiving member having a layered structure , the layered structure comprising a layer of phase change material , the phase change material being thermally switchable between a plurality of stable states having different refractive indices relative to each other; characterized in that the method comprises: stamping an embossing member into the receiving member , wherein: the embossing member heats a selected portion of the layer of phase change material via contact with the receiving member during the stamping, the heating being such as to thermally switch phase change material in the selected portion and thereby apply a pattern of different refractive indices to the layer of phase change material . providing a receiving member having a layered structure , the layered structure comprising a layer of phase change material , the phase change material being thermally switchable between a plurality of stable states having different refractive indices relative to each other; characterized in that the method comprises: stamping an embossing member into the receiving member , wherein: the embossing member heats a selected portion of the layer of phase change material via contact with the receiving member during the stamping, the heating being such as to thermally switch phase change material in the selected portion and thereby apply a pattern of different refractive indices to the layer of phase change material .
A compute-in-memory, CIM, circuit, comprising: a bit line; a static random access memory, SRAM, bit cell circuit, comprising: a storage circuit, comprising: a true inverter circuit comprising a true inverter input node and a true inverter output node comprising a true storage node; and a complement inverter circuit comprising a complement inverter input node coupled to the true inverter output node, and a complement inverter output node comprising a complement storage node coupled only to the true inverter input node; and an access circuit coupled to the true storage node; and a multiplication circuit comprising a first multiplication input node coupled to the storage circuit, a second multiplication input node, and a multiplication output node; the multiplication circuit configured to generate on the multiplication output node, a multiplication product of a first multiplication input on the first multiplication input node and a second multiplication input on the second multiplication input node. a bit line; a static random access memory, SRAM, bit cell circuit, comprising: a storage circuit, comprising: a true inverter circuit comprising a true inverter input node and a true inverter output node comprising a true storage node; and a complement inverter circuit comprising a complement inverter input node coupled to the true inverter output node, and a complement inverter output node comprising a complement storage node coupled only to the true inverter input node; and an access circuit coupled to the true storage node; and a storage circuit, comprising: a true inverter circuit comprising a true inverter input node and a true inverter output node comprising a true storage node; and a complement inverter circuit comprising a complement inverter input node coupled to the true inverter output node, and a complement inverter output node comprising a complement storage node coupled only to the true inverter input node; and a true inverter circuit comprising a true inverter input node and a true inverter output node comprising a true storage node; and a complement inverter circuit comprising a complement inverter input node coupled to the true inverter output node, and a complement inverter output node comprising a complement storage node coupled only to the true inverter input node; and an access circuit coupled to the true storage node; and a multiplication circuit comprising a first multiplication input node coupled to the storage circuit, a second multiplication input node, and a multiplication output node; the multiplication circuit configured to generate on the multiplication output node, a multiplication product of a first multiplication input on the first multiplication input node and a second multiplication input on the second multiplication input node.
An apparatus, the apparatus being a node comprising: an interface; a memory; and a processor, communicatively coupled to the interface and the memory, configured to: cause the node to send a first cellular reference signal to a target UE , user equipment, and to another UE , the node being a cellular-communication node comprising a UE or a base station; instruct, via the interface, the target UE to report to the node a first time difference , the first time difference being a first time amount between receipt of the first cellular reference signal by the target UE and transmission of a second cellular reference signal by the target UE as part of RTT estimation between the node and the target UE; and instruct, via the interface, the other UE to report a second time difference, the second time difference being a second time amount between receipt of the first cellular reference signal by the other UE and receipt of the second cellular reference signal, in a cross-link interference resource, by the other UE. an interface; a memory; and a processor, communicatively coupled to the interface and the memory, configured to: cause the node to send a first cellular reference signal to a target UE , user equipment, and to another UE , the node being a cellular-communication node comprising a UE or a base station; instruct, via the interface, the target UE to report to the node a first time difference , the first time difference being a first time amount between receipt of the first cellular reference signal by the target UE and transmission of a second cellular reference signal by the target UE as part of RTT estimation between the node and the target UE; and instruct, via the interface, the other UE to report a second time difference, the second time difference being a second time amount between receipt of the first cellular reference signal by the other UE and receipt of the second cellular reference signal, in a cross-link interference resource, by the other UE. cause the node to send a first cellular reference signal to a target UE , user equipment, and to another UE , the node being a cellular-communication node comprising a UE or a base station; instruct, via the interface, the target UE to report to the node a first time difference , the first time difference being a first time amount between receipt of the first cellular reference signal by the target UE and transmission of a second cellular reference signal by the target UE as part of RTT estimation between the node and the target UE; and instruct, via the interface, the other UE to report a second time difference, the second time difference being a second time amount between receipt of the first cellular reference signal by the other UE and receipt of the second cellular reference signal, in a cross-link interference resource, by the other UE.
A communication system comprising an optical fiber assembly , a modulated light signal receiver and a telescope , the modulated light signal receiver being positioned at a receiving end of the optical fiber assembly , the telescope being positioned at a collecting end of the optical fiber assembly , the modulated light signal receiver being arranged to receive uplink modulated light signals collected by the telescope and travelling in the optical fiber assembly , the telescope comprising an optical concentrator having an inlet face and an outlet face with a surface area smaller than that of the inlet face , characterized in that the telescope further comprises a gradient-index lens disposed with respect to the optical concentrator so that an inlet face of the gradient-index lens extends opposite the outlet face of the optical concentrator , the collecting end of the optical fiber assembly opening out opposite an outlet face of the gradient-index lens .
A reception apparatus comprising: a receiver which, in operation, receives a signal that includes a legacy preamble , a non-legacy preamble and a data field ; and a processor which, in operation, decodes the received signal based on the non-legacy preamble, and wherein the non-legacy preamble comprises a non-legacy SIG-A field and a non-legacy SIG-B field , the non-legacy SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband , characterized in that when a first signaling in the non-legacy SIG-A field indicates that a full bandwidth containing the first frequency subband and the second frequency subband is allocated for multi-user, MU, MIMO transmission, the non-legacy SIG-A field comprises a second signaling for indicating a number of user-specific subfields contained in the non-legacy SIG-B field . a receiver which, in operation, receives a signal that includes a legacy preamble , a non-legacy preamble and a data field ; and a processor which, in operation, decodes the received signal based on the non-legacy preamble, and wherein the non-legacy preamble comprises a non-legacy SIG-A field and a non-legacy SIG-B field , the non-legacy SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband , characterized in that when a first signaling in the non-legacy SIG-A field indicates that a full bandwidth containing the first frequency subband and the second frequency subband is allocated for multi-user, MU, MIMO transmission, the non-legacy SIG-A field comprises a second signaling for indicating a number of user-specific subfields contained in the non-legacy SIG-B field .
A polyester sheet comprising a polyester (A), a 4-methyl-1-pentene polymer (B), and a compatibilizing agent (C), wherein content proportions of the (A), (B), and (C) are 60 to 98.9 parts by mass for (A), 1 to 25 parts by mass for (B), and 0.1 to 15 parts by mass for (C), when a total content of (A), (B), and (C) is set as 100 parts by mass, and wherein the (B) satisfies the following requirements (a) to (d): (a) an amount of a constitutional unit derived from 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 100 to 90% by mol and a total amount of constitutional units derived from at least one α-olefin selected from ethylene and α-olefins having 3 to 20 carbon atoms (except for 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 0 to 10 % by mol; (b) a heat of fusion ΔHm (units: J/g) and a melting point Tm (units: °C) measured by differential scanning calorimetry (DSC), measured as indicated in the description, satisfy the following requirements and : Δ Hm ≥ 0.5 × Tm − 76 Melting point Tm: 200 to 260°C; (c) a melt flow rate (MFR) measured under conditions of 260°C and a 5 kg load in conformity to ASTM D1238 is 0.1 to 500 g/10 min; and (d) a meso diad fraction (m) measured by 13 C-NMR, as indicated in the description, is 98.5 to 100%. (a) an amount of a constitutional unit derived from 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 100 to 90% by mol and a total amount of constitutional units derived from at least one α-olefin selected from ethylene and α-olefins having 3 to 20 carbon atoms (except for 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 0 to 10 % by mol; (b) a heat of fusion ΔHm (units: J/g) and a melting point Tm (units: °C) measured by differential scanning calorimetry (DSC), measured as indicated in the description, satisfy the following requirements and : Δ Hm ≥ 0.5 × Tm − 76 Melting point Tm: 200 to 260°C; (c) a melt flow rate (MFR) measured under conditions of 260°C and a 5 kg load in conformity to ASTM D1238 is 0.1 to 500 g/10 min; and (d) a meso diad fraction (m) measured by 13 C-NMR, as indicated in the description, is 98.5 to 100%.
Internal combustion engine for burning a fuel mixture containing hydrogen and air in an Otto cycle, wherein the internal combustion engine has at least one cylinder unit and an intake duct connected thereto, wherein the cylinder unit has a combustion chamber , at least one intake valve and at least one exhaust valve , and wherein the intake duct has at least one gas mixing unit for producing the fuel mixture, characterized in that an orifice of an inert gas line is arranged upstream of the combustion chamber of the cylinder unit in the intake duct , which has a mixture cooler and a throttle valve between the gas mixing unit and the combustion chamber .
An electronic vapour provision device comprising a power cell , a vaporiser and a liquid store , where the vaporiser comprises a heating element and a heating element support , wherein the liquid store comprises a porous ceramic material, wherein the heating element is a heating coil coiled so as to be supported along its length by the heating element support , and wherein the heating element is supported from its inside by the heating element support , and wherein the liquid store is configured, in use, to wick liquid onto the heating element ..
Device for selective regionalization of pulmonary aeration resulting from the ventilation delivered by ventilatory support with an invasive or noninvasive artificial ventilation system, and/or naturally by the respiratory muscles, for a patient presenting with a respiratory pathology associated with inhomogeneous pulmonary lesions, intended to be used with at least one negative pressure generator to generate a vacuum on the posterolateral part of the chest wall, said device comprising a rigid or semirigid cuirass , comprising: • a shape defining a volume intended to house and follow the contours of the dorsal part of the patient, when the patient is lying on said cuirass , • at least one through hole , intended to be connected to a negative pressure generator, • a hermetic peripheral contour , intended to be hermetically supported against the skin of the patient's dorsal part, • an internal wall delimited by hermetic peripheral contour , forming the volume housing the dorsal part of the patient's chest wall and wherein the vacuum is maintained, • and a layer of honeycomb material lining internal wall of rigid cuirass to follow the contours of the patient's body, and which is intended to be in contact with the skin of the patient's dorsal part, the vacuum generated in the dorsal part hermetically housed in the device, making it possible to promote by local increase of transpulmonary pressure the aeration of the damaged regions of the lung or lungs in the posterolateral area and thus to more homogeneously redistribute the pulmonary aeration resulting from ventilation. • a shape defining a volume intended to house and follow the contours of the dorsal part of the patient, when the patient is lying on said cuirass , • at least one through hole , intended to be connected to a negative pressure generator, • a hermetic peripheral contour , intended to be hermetically supported against the skin of the patient's dorsal part, • an internal wall delimited by hermetic peripheral contour , forming the volume housing the dorsal part of the patient's chest wall and wherein the vacuum is maintained, • and a layer of honeycomb material lining internal wall of rigid cuirass to follow the contours of the patient's body, and which is intended to be in contact with the skin of the patient's dorsal part,
A non-adherent wound dressing comprising an adhesive skin- or wound-contact layer provided with perforations, wherein the perforations comprise a first set of perforations of a first dimension in a generally central region of the contact layer that, in use, overlies a wound, and a second set of perforations of a second dimension in a peripheral region of the contact layer that, in use, overlies the peri-wound skin, the first dimension being greater than the second dimension.
Method for purifying a high molecular weight adenosine-based coenzyme, characterized in that it implements a tangential diafiltration in the presence of an aqueous washing solution or any other aqueous buffer solution.
A rotor blade for a rotor of a wind power installation , the rotor blade comprising a hub-side end for fastening the rotor blade to a movable part of a blade bearing , wherein a bearing cover is arranged on an outer circumferential surface of the hub-side end of the rotor blade , wherein a portion of the bearing cover that is close to the bearing is further away from the outer circumferential surface of the hub-side end of the rotor blade than a portion of the bearing cover that is remote from the bearing by a multiple, characterized in that provision is made of a sealing element which at least partially seals off and/or covers a gap between the outer circumferential surface of the hub-side end of the rotor blade and that portion of the bearing cover which is remote from the bearing wherein a bearing cover is arranged on an outer circumferential surface of the hub-side end of the rotor blade , wherein a portion of the bearing cover that is close to the bearing is further away from the outer circumferential surface of the hub-side end of the rotor blade than a portion of the bearing cover that is remote from the bearing by a multiple, characterized in that provision is made of a sealing element which at least partially seals off and/or covers a gap between the outer circumferential surface of the hub-side end of the rotor blade and that portion of the bearing cover which is remote from the bearing
Alkaline phosphatase for use in decreasing the amount of (co)medication and / or decreasing adverse effects of (co)medication in a patient already suffering, or at risk of suffering, from reduced renal function, thereby at least in part preserving and/or increasing renal function, wherein said (co)medication is for the treatment of a heart condition.