mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable reactance generator for a resonant inductive power transfer system, comprising: a comparator arranged to receive an input sinusoidal voltage waveform and to output a first square wave voltage waveform that retains a frequency and phase of the input sinusoidal waveform; a power switching circuit arranged to receive said first square wave voltage waveform as a control signal and to output a second square wave voltage waveform that retains the frequency and phase of the input sinusoidal voltage waveform; an amplitude detector arranged to detect an amplitude of the input sinusoidal voltage waveform; an adjustable power supply connected to the power switching circuit and arranged to adjust an amplitude of the second square wave voltage waveform based on the amplitude detected by the amplitude detector ; and a Thevenin impedance and an LC resonant air core transfer transformer arranged so as to convert the amplitude adjusted second square wave voltage waveform into an output sinusoidal voltage waveform, wherein the conversion of the amplitude adjusted second square wave voltage waveform into the output sinusoidal voltage waveform provides an effect of an adjustable reactance; wherein the adjustable reactance generator further comprises means for providing said output sinusoidal voltage waveform to a load of the resonant inductive power transfer system. a comparator arranged to receive an input sinusoidal voltage waveform and to output a first square wave voltage waveform that retains a frequency and phase of the input sinusoidal waveform; a power switching circuit arranged to receive said first square wave voltage waveform as a control signal and to output a second square wave voltage waveform that retains the frequency and phase of the input sinusoidal voltage waveform; an amplitude detector arranged to detect an amplitude of the input sinusoidal voltage waveform; an adjustable power supply connected to the power switching circuit and arranged to adjust an amplitude of the second square wave voltage waveform based on the amplitude detected by the amplitude detector ; and a Thevenin impedance and an LC resonant air core transfer transformer arranged so as to convert the amplitude adjusted second square wave voltage waveform into an output sinusoidal voltage waveform, wherein the conversion of the amplitude adjusted second square wave voltage waveform into the output sinusoidal voltage waveform provides an effect of an adjustable reactance; wherein the adjustable reactance generator further comprises means for providing said output sinusoidal voltage waveform to a load of the resonant inductive power transfer system.
Control device intended to be mounted in a through-opening machined in a middle of a watch case and comprising a rotatable part and a support for this rotatable part, the rotatable part comprising a gripping member , a control member , forming a rotation sensor or provided to drive a mechanism located inside the watch case, and a shaft connecting the gripping member to the control member, the rotation sensor and the mechanism respectively comprising a detector and an element for coupling with the control member, which are provided inside the watch case in a radial peripheral region of the control member, the support having a circular opening through which the shaft passes and which has a diameter that is smaller than the maximum radial dimension (D) of the control member and smaller than the maximum radial dimension of the gripping member; characterised in that , on a first side of the circular opening, the support has a cavity which is open in the direction of the axis of rotation and which is intended to open out into the interior of the watch case, the dimensions of the cavity being provided such that the latter can house therein at least a most part of the control member which is fixedly mounted on the shaft, such that this control member can be momentarily retracted, at least for the most part, into the cavity following an axial movement of the shaft into a position in which the detector or the coupling element can be mounted inside the watch case.
A computer-implemented method comprising: receiving (S101) a plurality of sets of probe data collected by probe vehicles, wherein the probe data describes the actual driving behavior of drivers of the respective probe vehicles along at least one road portion; modifying (S103) a polycurve based on the plurality of sets of probe data, wherein the polycurve represents the at least one road portion and is a piecewise function of map data, wherein modifying the polycurve comprises adding an additional dimension of data to the polycurve, the additional dimension of data comprising speed, velocity, acceleration or another measured value of the probe data so as to associate the probe data with corresponding polycurve locations; and generating (S105) data for providing a driver assistance feature to a user based on the additional dimension of data of the modified polycurve. receiving (S101) a plurality of sets of probe data collected by probe vehicles, wherein the probe data describes the actual driving behavior of drivers of the respective probe vehicles along at least one road portion; modifying (S103) a polycurve based on the plurality of sets of probe data, wherein the polycurve represents the at least one road portion and is a piecewise function of map data, wherein modifying the polycurve comprises adding an additional dimension of data to the polycurve, the additional dimension of data comprising speed, velocity, acceleration or another measured value of the probe data so as to associate the probe data with corresponding polycurve locations; and generating (S105) data for providing a driver assistance feature to a user based on the additional dimension of data of the modified polycurve.
A method performed by a user equipment for performing idle/inactive mode measurements, the method comprising: receiving an early measurement configuration for performing idle/inactive mode measurements, the early measurement configuration comprising: a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; reselecting to a new cell; determining whether the user equipment may perform idle/inactive mode measurements while camping on the new cell based on the validity area list; and upon determining the user equipment may perform idle/inactive mode measurements while camping on the new cell, performing the idle/inactive mode measurements. receiving an early measurement configuration for performing idle/inactive mode measurements, the early measurement configuration comprising: a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a measurement carrier list, each entry of the measurement carrier list comprising a carrier frequency and one or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; a validity area list, separate from the measurement carrier list, each entry of the validity area list comprising a carrier frequency and zero or more cell identifiers associated with the carrier frequency for which the user equipment is to perform idle/inactive mode measurements; reselecting to a new cell; determining whether the user equipment may perform idle/inactive mode measurements while camping on the new cell based on the validity area list; and upon determining the user equipment may perform idle/inactive mode measurements while camping on the new cell, performing the idle/inactive mode measurements.
Shelf system for goods presentation consisting of a plug-in device and a plug-in object in the form of a bracket, wherein the plug-in object comprises a plug-in part , wherein the plug-in device consists of a profile (1, 46, 47, 52-54), which comprises a first supporting member , and a rail-like contact device , wherein the profile (1, 46, 47, 52-54) has a first interior space which is delimited on a first side by a rear wall , wherein the rear wall comprises a holding member , wherein a second side of the first interior space is formed by a first side wall and a third side of the first interior space is formed by a second side wall , wherein a fixing member is arranged on a side face, which faces the first interior space , of the first and/or second side wall and is configured in such a way as to arrange the rail-like contact device thereon, wherein a fourth side of the first interior space is formed by a front wall which is arranged opposite to the rear wall and has a slot-like opening , wherein the front wall in each case has projecting regions in the direction of the opposite first or second side wall on the first and second side wall , and the front wall comprises a bearing surface for a first wall element, wherein a first cover wall is present with an offset to the first side wall on the front wall and a second cover wall is present with an offset to the second side wall on the front wall , wherein the first and the second cover wall form a gap-like interspace between them, wherein the plug-in part is designed as a current-collecting plug-in part and is configured in such a way that, in the state in which the plug-in object is plugged into the plug-in device , the current-collecting plug-in part forms an electrical contact with the rail-like contact device , wherein the current-collecting plug-in part is arranged on the plug-in object , characterized in that , in the state in which the plug-in object arranged on the profile (1, 46, 47, 52-54), the current-collecting plug-in part is completely introduced into the first interior space through the interspace and the opening of the profile (1, 46, 47, 52-54), with the result that the current-collecting plug-in part is not visible to a user from outside and that the current-collecting plug-in part is directly fastened to the plug-in object .
An engine device comprising, in a cylinder block thereof, a cylinder bore , a cam chamber accommodating a camshaft , a push-rod chamber accommodating a push-rod , and a tappet holder configured to hold a tappet in a slidable manner, the tappet being configured to transmit a drive force from the camshaft to the push-rod , wherein: the tappet holder partitions the cam chamber and the push-rod chamber ; and a bypass passage communicating the cam chamber with the push-rod chamber is formed between the tappet holder and the cylinder bore , characterized in that : the bypass passage is in communication with the push-rod chamber at a position close to one of inner walls of the push-rod chamber , relative to an axial direction along a rotational axis of the camshaft , the inner walls intersecting the axial direction; and another inner wall out of the inner walls of the push-rod chamber is recessed towards outside of an outline of a communication hole in the push-rod chamber , the communication hole being provided to a joint surface of the cylinder block with a cylinder head . the tappet holder partitions the cam chamber and the push-rod chamber ; and a bypass passage communicating the cam chamber with the push-rod chamber is formed between the tappet holder and the cylinder bore , characterized in that : the bypass passage is in communication with the push-rod chamber at a position close to one of inner walls of the push-rod chamber , relative to an axial direction along a rotational axis of the camshaft , the inner walls intersecting the axial direction; and another inner wall out of the inner walls of the push-rod chamber is recessed towards outside of an outline of a communication hole in the push-rod chamber , the communication hole being provided to a joint surface of the cylinder block with a cylinder head .
Device (D) for services related to providing hot water, to water treatment, to the cleaning of any fixed or mobile surfaces, the device being mobile and comprising an internal chassis housing in the lower part a tank for recovering possible fluids and a subassembly for producing hot water with at least one condensing boiler associated with at least one module for supplying gas formed by a plurality of gas reservoirs storing in their internal volume the gas in the liquid state in the lower part and in the gaseous state in the upper part, said reservoirs each being equipped with a pipe for passage of the gas connecting the upper part containing the gas in the gaseous state to an opening orifice, - a subassembly for treating liquid , - a subassembly for metered injection of cold water , CHARACTERIZED BY THE FACT THAT the device consists of a vehicle of the truck or van type equipped with a useful volume in which the chassis and the various subassemblies on the chassis are disposed, and the functional subassembly for treating liquid is a subassembly for treating liquid by dissolution of a solid treatment product in a flow of said liquid, said solid treatment product being packaged in the form of tablets stacked in interchangeable cartridges being removably fastened in a base, the base into which said cartridge is inserted being equipped with a tank for recovering the water capable of leaking during the changing of the cartridge . - a subassembly for treating liquid , - a subassembly for metered injection of cold water , CHARACTERIZED BY THE FACT THAT the device consists of a vehicle of the truck or van type equipped with a useful volume in which the chassis and the various subassemblies on the chassis are disposed, and the functional subassembly for treating liquid is a subassembly for treating liquid by dissolution of a solid treatment product in a flow of said liquid, said solid treatment product being packaged in the form of tablets stacked in interchangeable cartridges being removably fastened in a base, the base into which said cartridge is inserted being equipped with a tank for recovering the water capable of leaking during the changing of the cartridge .
Expandable and crosslinkable formulation comprising: (A) at least one type of chlorosulfonated polyethylene (CSM) which is present in the formulation in an amount of 40 to 80 phr (parts per hundred parts of rubber), (B) at least one halogenated organic substance of a molecular weight of at least 500 g/mol which is present in the formulation in an amount of 15 to 150 phr and which is not (A) or (D), (C) at least one polymer selected from the group consisting of poly(butadiene), poly(styrene butadiene), poly(acrylonitrile butadiene), poly(isobutene), poly(isoprene) and poly(isobutene-isoprene) which is present in the formulation in an amount of 5 to 50 phr, (D) at least one halogen-containing polymer or halogenated polymer that is crosslinkable and which is present in the formulation in an amount of 10 to 40 phr and which is neither (A) nor (B), (E1) at least one crosslinking agent suitable for crosslinking at least one of the components (A), (C) and (D), wherein each crosslinking agent is present in the formulation in an amount of 5 to 50 phr, (E2) at least one expanding agent suitable for expanding the formulation which is present in the formulation in an amount of 15 to 200 phr, and (F) at least one filler which is present in the formulation in an amount of 50 to 600 phr. (A) at least one type of chlorosulfonated polyethylene (CSM) which is present in the formulation in an amount of 40 to 80 phr (parts per hundred parts of rubber), (B) at least one halogenated organic substance of a molecular weight of at least 500 g/mol which is present in the formulation in an amount of 15 to 150 phr and which is not (A) or (D), (C) at least one polymer selected from the group consisting of poly(butadiene), poly(styrene butadiene), poly(acrylonitrile butadiene), poly(isobutene), poly(isoprene) and poly(isobutene-isoprene) which is present in the formulation in an amount of 5 to 50 phr, (D) at least one halogen-containing polymer or halogenated polymer that is crosslinkable and which is present in the formulation in an amount of 10 to 40 phr and which is neither (A) nor (B), (E1) at least one crosslinking agent suitable for crosslinking at least one of the components (A), (C) and (D), wherein each crosslinking agent is present in the formulation in an amount of 5 to 50 phr, (E2) at least one expanding agent suitable for expanding the formulation which is present in the formulation in an amount of 15 to 200 phr, and (F) at least one filler which is present in the formulation in an amount of 50 to 600 phr.
A canister for a vehicle having an auxiliary canister, comprising: a main canister that has an inlet and an outlet formed therein, an evaporation gas (HC) being introduced into the main canister through the inlet from a fuel tank and the evaporation gas introduced through the inlet being discharged through the outlet to the intake side of an engine when the engine is driven, and has a trapping member therein; and an auxiliary canister that is installed to communicate with the main canister to allow external air to be introduced into the main canister or to allow the evaporation gas (HC) to flow when the engine is turned off, and has a second trapping member therein, wherein the auxiliary canister comprises the second trapping member therein, which has a plurality of pores in the form of a honeycomb and to which an absorbent material is applied, characterised in that the absorbent material is applied in a spray method or in an impregnation method, and the second trapping member has a width of 30 mm to 40 mm and a length of 150 mm, wherein the second trapping member has activated carbon applied to the surface of partition walls that form the pores, and a plurality of pores having an inverted triangular shape are formed in the surface of the second trapping member to which the activated carbon is applied. a main canister that has an inlet and an outlet formed therein, an evaporation gas (HC) being introduced into the main canister through the inlet from a fuel tank and the evaporation gas introduced through the inlet being discharged through the outlet to the intake side of an engine when the engine is driven, and has a trapping member therein; and an auxiliary canister that is installed to communicate with the main canister to allow external air to be introduced into the main canister or to allow the evaporation gas (HC) to flow when the engine is turned off, and has a second trapping member therein, wherein the auxiliary canister comprises the second trapping member therein, which has a plurality of pores in the form of a honeycomb and to which an absorbent material is applied, characterised in that the absorbent material is applied in a spray method or in an impregnation method, and the second trapping member has a width of 30 mm to 40 mm and a length of 150 mm, wherein the second trapping member has activated carbon applied to the surface of partition walls that form the pores, and a plurality of pores having an inverted triangular shape are formed in the surface of the second trapping member to which the activated carbon is applied.
A method of warning a technician, the method comprising: detecting a wireless signal emitted by at least one of a sensor and a user device ; determining a distance between the sensor and the user device in response to the wireless signal ; determining whether the user device is within a work area in response to the distance between the sensor and the user device , wherein the work area is an elevator shaft; conveying safety instructions through an application installed on the user device when the user device is determined to be within the work area ; and characterized by further comprising determining a location of the user device within the work area; and adjusting the instructions in response to the location. detecting a wireless signal emitted by at least one of a sensor and a user device ; determining a distance between the sensor and the user device in response to the wireless signal ; determining whether the user device is within a work area in response to the distance between the sensor and the user device , wherein the work area is an elevator shaft; conveying safety instructions through an application installed on the user device when the user device is determined to be within the work area ; and characterized by further comprising determining a location of the user device within the work area; and adjusting the instructions in response to the location.
A sample handling device for a laboratory automation system comprising a first carousel with a disc supported rotatably about a first axis , a second carousel with a disc supported rotatably about a second axis parallel to the first axis , and at least one transfer element arranged between the first carousel and the second carousel , wherein each disc has a plurality of recesses distributed radially about a perimeter of the disc , and wherein each recess is arranged for receiving a sample tube carrier , wherein the first carousel and the second carousel are communicated via a passage allowing for a transfer of sample tube carriers between the first carousel and the second carousel , wherein the at least one transfer element is a track switch , characterized in that the track switch when arranged in a rest position at least partly closes the passage to separate the first carousel from the second carousel , wherein the track switch is arranged for being swiveled and/or rotated about a third axis parallel to the first axis out of the rest position for selectively transferring a sample tube carrier from the first carousel to the second carousel via the passage, and in that guide rails encircling at least part of the periphery of the carousels are provided, wherein in the region of the track switch the guide rails are each provided with a clearance for forming the passage between the first carousel and the second carousel
Seal element made from flexible foam having a top side , a bottom side and two side flanks which connect the top side and the bottom side ; at least three sealing band sections which are arranged next to one another in a functional direction (X) of the seal element , the functional direction (X) extending parallel to the top and the bottom side and perpendicularly with respect to the side flanks ; at least one first barrier layer section and at least one second barrier layer section which are received in each case between two sealing band sections which adjoin one another, and which are set up to reduce the passage of air and/or water vapour through the seal element, the at least one first barrier layer section and the at least one second barrier layer section in each case connecting the adjoining sealing band sections to one another and running parallel to the side flanks in the seal element ; characterized in that the at least one first barrier layer section and the at least one second barrier layer section in each case form a loop between the adjoining sealing band sections ; and the at least one first barrier layer section forms the loop in the region of the bottom side of the seal element , and the at least one second barrier layer section forms the loop in the region of the top side of the seal element .