mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: determining that a Wi-Fi Protected Setup, WPS, procedure is activated ; varying a transmission, Tx, power in transmitting one or more WPS management frames during the WPS procedure ; and configuring one or more credentials to a first communication entity responsive to receiving one or more management frames from the first communication entity , characterized in that the varying of the Tx power in transmitting the one or more WPS management frames during the WPS procedure comprises: transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level. determining that a Wi-Fi Protected Setup, WPS, procedure is activated ; varying a transmission, Tx, power in transmitting one or more WPS management frames during the WPS procedure ; and configuring one or more credentials to a first communication entity responsive to receiving one or more management frames from the first communication entity , characterized in that the varying of the Tx power in transmitting the one or more WPS management frames during the WPS procedure comprises: transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level. transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level.
A latch comprising: a latch housing comprising a first housing portion and a second housing portion separable from the first housing portion , the second housing portion comprising a keeper ; a first arm member in rotational communication with the first housing portion , the first arm member configured to rotate about a first axis between a first position and a second position; a second arm member in rotational communication with the first arm member , the second arm member configured to rotate with respect to the first arm member between a first position and a second position; and wherein the second arm member in the first position is configured to be fixed relative to the first arm member as the first arm member rotates from the first position toward the second position, characterised in that the latch further comprises a latch load pin in rotational communication with the first arm member about a second axis , the latch load pin configured to mate with the keeper with the first arm member in the first position; and in that the first arm member is connected to the first housing portion with a connection member , the connection member in rotational communication with the first arm member about the first axis and in rotational communication with the first housing portion about a third axis . a latch housing comprising a first housing portion and a second housing portion separable from the first housing portion , the second housing portion comprising a keeper ; a first arm member in rotational communication with the first housing portion , the first arm member configured to rotate about a first axis between a first position and a second position; a second arm member in rotational communication with the first arm member , the second arm member configured to rotate with respect to the first arm member between a first position and a second position; and wherein the second arm member in the first position is configured to be fixed relative to the first arm member as the first arm member rotates from the first position toward the second position, characterised in that the latch further comprises a latch load pin in rotational communication with the first arm member about a second axis , the latch load pin configured to mate with the keeper with the first arm member in the first position; and in that the first arm member is connected to the first housing portion with a connection member , the connection member in rotational communication with the first arm member about the first axis and in rotational communication with the first housing portion about a third axis .
A compound selected from the compounds of the formulae U-1 to U-9 and U-11 to U-20 in which L 1 , L 2 identically or differently, denote H, F, Cl, methyl, ethyl, n-propyl, isopropyl, cyclopropyl, cyclobutyl, cyclopentyl or cyclopentenyl, and R U denotes H, alkyl or alkoxy having 1 to 12 C atoms, X 1 , X 2 identically or differently, denote H, Cl, F, CH 3 or C 2 H 5 , Y 1 , Y 2 independently denote H or F, and Y 3 and Y 4 denote H. L 1 , L 2 identically or differently, denote H, F, Cl, methyl, ethyl, n-propyl, isopropyl, cyclopropyl, cyclobutyl, cyclopentyl or cyclopentenyl, and R U denotes H, alkyl or alkoxy having 1 to 12 C atoms, X 1 , X 2 identically or differently, denote H, Cl, F, CH 3 or C 2 H 5 , Y 1 , Y 2 independently denote H or F, and Y 3 and Y 4 denote H.
A method for wireless communication at a user equipment, UE, comprising: communicating with a serving base station that performs beamformed transmissions; receiving a resource grant for an uplink transmission to the serving base station, the uplink transmission corresponding to a receive beam direction of a beamsweeping operation performed by the serving base station; and transmitting a communication to the serving base station during the beamsweeping operation and in accordance with the resource grant, and wherein transmitting the communication to the serving base station during the beamsweeping operation comprises: transmitting the communication with a reference signal, RS, corresponding to each change in a serving base station receive beam. communicating with a serving base station that performs beamformed transmissions; receiving a resource grant for an uplink transmission to the serving base station, the uplink transmission corresponding to a receive beam direction of a beamsweeping operation performed by the serving base station; and transmitting a communication to the serving base station during the beamsweeping operation and in accordance with the resource grant, and wherein transmitting the communication to the serving base station during the beamsweeping operation comprises: transmitting the communication with a reference signal, RS, corresponding to each change in a serving base station receive beam.
A driver tool comprising: an elongate shaft having a proximal end and a distal end; a bone screw engagement feature located at the distal end of the elongate shaft; and a retention feature located along the elongate shaft, proximal to the bone screw engagement feature; wherein the retention feature is configured to removably couple the driver tool to a bone anchor assembly as the bone screw engagement feature is moved into engagement with a driver engagement feature of a bone screw of the bone anchor assembly: wherein the retention feature comprises a protrusion comprising a semispherical shape encircling at least a portion of the elongate shaft, wherein the protrusion is shaped to be retained between a first retaining arm and a second retaining arm of the bone anchor assembly an elongate shaft having a proximal end and a distal end; a bone screw engagement feature located at the distal end of the elongate shaft; and a retention feature located along the elongate shaft, proximal to the bone screw engagement feature; wherein the retention feature is configured to removably couple the driver tool to a bone anchor assembly as the bone screw engagement feature is moved into engagement with a driver engagement feature of a bone screw of the bone anchor assembly: wherein the retention feature comprises a protrusion comprising a semispherical shape encircling at least a portion of the elongate shaft, wherein the protrusion is shaped to be retained between a first retaining arm and a second retaining arm of the bone anchor assembly
A heat exchanger comprising: a shell ; a tube side inlet and a tube side outlet ; a shell side inlet and a shell side outlet ; a plurality of tubes ; a distribution assembly ; an inlet tube sheet and an outlet tube sheet ; and an insulation tube sheet ; wherein the insulation tube sheet is arranged between the distributor assembly and the shell side outlet to create an insulation space there between; and the tubes are fitted inside the shell between the distributor assembly and the outlet tube sheet and are in communication with the tube side inlet through the distributor assembly and the tube side outlet . a shell ; a tube side inlet and a tube side outlet ; a shell side inlet and a shell side outlet ; a plurality of tubes ; a distribution assembly ; an inlet tube sheet and an outlet tube sheet ; and an insulation tube sheet ; wherein the insulation tube sheet is arranged between the distributor assembly and the shell side outlet to create an insulation space there between; and the tubes are fitted inside the shell between the distributor assembly and the outlet tube sheet and are in communication with the tube side inlet through the distributor assembly and the tube side outlet .
Actuating device, in particular for a vehicle brake system, comprising - a control device and a first piston-cylinder unit , the at least one working chamber of which is connected via at least one hydraulic line and a valve device with inlet valves or switching valves (EV) which are at least open when de-energized, to at least one actuator, in particular a wheel brake (RB1, RB2, RB3, RB4), - a controllable or adjustable pressure source (20, DV) for supplying the at least one hydraulic line or the actuator connected thereto or the wheel brake, respectively with pressure medium, characterized in that the control device regulates the pressure build-up via volume control (ΔV) and/or time control (Δt) by means of inlet valves (EV), and the inner space or armature space of the inlet valve (EV) is connected via a hydraulic line to the associated brake circuit (BK) and the valve seat outlet (Ea) is connected via a hydraulic line to the associated wheel brake (RB) or actuator, respectively. - a control device and a first piston-cylinder unit , the at least one working chamber of which is connected via at least one hydraulic line and a valve device with inlet valves or switching valves (EV) which are at least open when de-energized, to at least one actuator, in particular a wheel brake (RB1, RB2, RB3, RB4), - a controllable or adjustable pressure source (20, DV) for supplying the at least one hydraulic line or the actuator connected thereto or the wheel brake, respectively with pressure medium, characterized in that the control device regulates the pressure build-up via volume control (ΔV) and/or time control (Δt) by means of inlet valves (EV), and the inner space or armature space of the inlet valve (EV) is connected via a hydraulic line to the associated brake circuit (BK) and the valve seat outlet (Ea) is connected via a hydraulic line to the associated wheel brake (RB) or actuator, respectively.
Method for detecting an obstacle in front of a vehicle by means of a radar sensor , wherein the radar sensor monitors a monitoring area in front of the vehicle , wherein an object detected by means of the radar sensor in the monitoring area is classified, wherein the monitoring area is divided into monitoring sub-areas and a first classification rule is used for classification for a first monitoring sub-area and a second classification rule is used for classification for a second monitoring sub-area , wherein the first classification rule is independent of an ego speed of the object detected in the monitoring area, wherein the second classification rule comprises classifying the object detected in the monitoring area on the basis of an ego speed of the object detected in the monitoring area, wherein the second classification rule comprises classifying the object detected in the monitoring area as an obstacle when it is detected by means of the radar sensor that the object detected in the monitoring area has an ego speed different from zero or had it at an earlier time, characterized in that the first monitoring sub-area extends between the radar sensor and a ground intersection line and the second monitoring sub-area extends between the ground intersection line and a maximum monitoring distance , wherein the ground intersection line is determined by means of the radar sensor , wherein the ground intersection line is defined by virtue of the fact that the radar lobe of the radar sensor touches the ground in the area of the ground intersection line.
A data transmission method, including: a) A software injection module constructing a communications channel between a peripheral device for an electronic point-of-sale, EPOS, terminal and an EPOS application executing on the terminal; and b) The software injection module injecting signals into the communications channel for receipt by the EPOS application; wherein the software injection module includes a software wedge object, the software wedge object presents the same interface to the EPOS application as an original peripheral class for a peripheral type which is known to the EPOS application but whose existence will be spoofed to the EPOS application, the EPOS application loads the wedge object instead of the original class, and the software injection module loads a service object for a peripheral of a type not known to the EPOS application. a) A software injection module constructing a communications channel between a peripheral device for an electronic point-of-sale, EPOS, terminal and an EPOS application executing on the terminal; and b) The software injection module injecting signals into the communications channel for receipt by the EPOS application; wherein the software injection module includes a software wedge object, the software wedge object presents the same interface to the EPOS application as an original peripheral class for a peripheral type which is known to the EPOS application but whose existence will be spoofed to the EPOS application, the EPOS application loads the wedge object instead of the original class, and the software injection module loads a service object for a peripheral of a type not known to the EPOS application.
A polyurea grease composition comprising: a) at least one base oil; b) at least one polyurea thickener; and c) at least one organic carbonate, wherein the organic carbonate comprises 4 to 8 carbon atoms, wherein the composition comprises: a) 55 to 95% by weight of the base oil; b) 1 to 20% by weight of the polyurea thickener; and c) 0.1 to 10% by weight of the organic carbonate. a) at least one base oil; b) at least one polyurea thickener; and c) at least one organic carbonate, wherein the organic carbonate comprises 4 to 8 carbon atoms, a) 55 to 95% by weight of the base oil; b) 1 to 20% by weight of the polyurea thickener; and c) 0.1 to 10% by weight of the organic carbonate.
A device comprising a work surface and a support structure above the work surface , comprising a cutout in the work surface , characterized by support rollers mounted on the support structure , wherein under the support rollers , a final support roller is located above the cutout . comprising a cutout in the work surface , characterized by support rollers mounted on the support structure , wherein under the support rollers , a final support roller is located above the cutout .
A method for manufacturing at least one photovoltaic cell , the manufacturing method including the following steps: a) providing at least one plate , said plate including a first face and a second face opposite the first face , b) providing a support device , c) positioning the plate by placing the first face of the plate in contact with the support device , d 1 ) forming a first conductive material (M1) on the first face of the plate while the plate is supported by the support device , d 2 ) forming a second conductive material (M2) on the second face of the plate while the plate is supported by the support device , characterized in that : - at least one of the first and second conductive materials (M1, M2) is transparent, - the support device includes at least one wire , and - during all or part of step d 1 ), the first face of the plate bears on the wire . a) providing at least one plate , said plate including a first face and a second face opposite the first face , b) providing a support device , c) positioning the plate by placing the first face of the plate in contact with the support device , d 1 ) forming a first conductive material (M1) on the first face of the plate while the plate is supported by the support device , d 2 ) forming a second conductive material (M2) on the second face of the plate while the plate is supported by the support device , - at least one of the first and second conductive materials (M1, M2) is transparent, - the support device includes at least one wire , and - during all or part of step d 1 ), the first face of the plate bears on the wire .
A battery system comprising: a battery unit (BT) including a plurality of battery cells; an operation control unit , a control power supply unit and a control device (ICNT) including a control unit for controlling the charging and discharging of the battery unit (BT) and a power supply boot-up unit , wherein the control power supply unit is configured to supply a power supply voltage to the control unit , wherein the operation control unit is configured to shift the control power supply unit between an operating state in which it is operating and the power supply voltage is supplied to the control unit and a non-operating state in which it is not operating and the power supply voltage is not supplied to the control unit , wherein the power supply boot-up unit is configured to receive a voltage from the plurality of battery cells, and to supply to the operation control unit a control signal (Von1) in response to the voltage supplied by the plurality of battery cells, the battery system further comprising a positive power supply line (L1) and a negative power supply line (L2) connecting the battery unit (BT) to the control device (ICNT) characterized in that the control device (ICNT) comprises a power supply boot-up unit switch (SW1), the power supply boot-up unit is further connected to the negative power supply line (L2) through the power supply boot-up unit switch (SW1), and the power supply boot-up unit switch (SW1) is configured to enable or disable a voltage supply from the battery unit (BT) to the power supply boot-up unit .
An electric energy transmission aluminum part, comprising an aluminum body internally provided with a conical insertion hole which penetrates through front and rear ends thereof, with the conical insertion hole being provided with a maximum diameter end and a minimum diameter end; characterized in that the maximum diameter end of the conical insertion hole is provided with a limiting platform , the limiting platform is extended outward in a radial direction from said conical insertion hole , and the limiting platform protrudes out of an outer surface of the aluminum body .
A junction box comprising: a base , and a cover configured to be mounted over the base, wherein the base includes a plurality of bus bars (BB1-4) and a plurality of bypass mechanisms (D1-D4), each bypass mechanism coupled between two bus bars of the plurality of bus bars, characterized in that one or more bus bars (BB1-4) of the plurality of bus bars are designed to conduct heat in a direction of the base and in a direction of the cover , wherein the cover includes a heat dissipation mechanism mounted on a first side of the cover, and wherein the heat dissipation mechanism is in contact with the one or more bus bars when the cover is mounted over the base. a base , and a cover configured to be mounted over the base, wherein the base includes a plurality of bus bars (BB1-4) and a plurality of bypass mechanisms (D1-D4), each bypass mechanism coupled between two bus bars of the plurality of bus bars, characterized in that one or more bus bars (BB1-4) of the plurality of bus bars are designed to conduct heat in a direction of the base and in a direction of the cover , wherein the cover includes a heat dissipation mechanism mounted on a first side of the cover, and wherein the heat dissipation mechanism is in contact with the one or more bus bars when the cover is mounted over the base.
A reactor comprising ▪ a reaction vessel defining an inner volume of 1000 m 3 or more, ▪ a compensation element , ▪ a gas inlet and a gas outlet , ▪ an insulation , characterized in that ▪ said inner volume is filled with a fixed bed, wherein; ▪ said fixed bed contains or consists of particles of formula (I), FeO x (I), where 0 ≤ x ≤ 1.5; and ▪ said fixed bed is essentially free of cavities; ▪ said compensation elements are adapted to adjust said inner volume. ▪ a reaction vessel defining an inner volume of 1000 m 3 or more, ▪ a compensation element , ▪ a gas inlet and a gas outlet , ▪ an insulation , ▪ said inner volume is filled with a fixed bed, wherein; ▪ said fixed bed contains or consists of particles of formula (I), FeO x (I), where 0 ≤ x ≤ 1.5; and ▪ said fixed bed is essentially free of cavities; ▪ said fixed bed contains or consists of particles of formula (I), FeO x (I), where 0 ≤ x ≤ 1.5; and ▪ said fixed bed is essentially free of cavities; ▪ said compensation elements are adapted to adjust said inner volume.
Washing item receptacle for a flat washing item in a dishwasher , in particular in a domestic dishwasher, having a base and at least one support element for supporting the flat washing item , wherein the at least one support element is configured to be pivoted between a rest position arranged in a plane of the base and a support position which projects from the plane of the base , and characterised in that the at least one support element can be pivoted from the rest position into the support position by a weight of the flat washing item .
Carbon nanotubes having a pore volume of 0.95 cm 3 /g to 2.0 cm 3 /g as measured in accordance with ASTM D4641 and being an entangled type, wherein the carbon nanotubes have a specific surface area of 200 m 2 /g to 300 m 2 /g as measured by a BET method.
Monolithic frequency converter comprising: a monolithic non-linear crystal with input and output faces with polishing, e.g. spherical, and partially reflective coating for at least one wavelength so as to form a resonant cavity, said crystal having a periodically-poled active section and two side sections located next to input and/or output face, and means for controlling the temperature of the different sections independently. a monolithic non-linear crystal with input and output faces with polishing, e.g. spherical, and partially reflective coating for at least one wavelength so as to form a resonant cavity, said crystal having a periodically-poled active section and two side sections located next to input and/or output face, and means for controlling the temperature of the different sections independently.