mhurhangee/patent-ind-claim-en huggingface dataset:
An input device , the input device comprising: a case ; a user manipulator disposed on the case ; and a circuit configured to generate different electromagnetic signals according to a position change of the user manipulator by varying a resonance frequency of the electromagnetic signal depending on the state of the user manipulator , wherein the user manipulator comprises: a movable member configured to be movable on the case ; a first electrode fixed within the case ; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member , characterized in that a length of the second electrode corresponds to a length of the first electrode . a case ; a user manipulator disposed on the case ; and a circuit configured to generate different electromagnetic signals according to a position change of the user manipulator by varying a resonance frequency of the electromagnetic signal depending on the state of the user manipulator , wherein the user manipulator comprises: a movable member configured to be movable on the case ; a first electrode fixed within the case ; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member , characterized in that a length of the second electrode corresponds to a length of the first electrode . a movable member configured to be movable on the case ; a first electrode fixed within the case ; and a second electrode disposed on the movable member so as to be opposite to the first electrode in which an opposed area of the second electrode opposing the first electrode is varied according to the movement of the movable member , characterized in that a length of the second electrode corresponds to a length of the first electrode .
A control method implemented in a control device of a spark-ignition internal combustion engine (E) based on a calculation of an estimated mass (Massa_aria_stim) of air at the intake of the internal combustion engine, wherein said estimated mass of air is a function of: - a measured air temperature (Temp_aria_mis) of said air, - a measured rotation speed (Speed_Mis) of said internal combustion engine, - a pressure of said air, the method comprising a step of estimating said pressure (Press_aria_comb) of said air as a sum of: - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). - a measured air temperature (Temp_aria_mis) of said air, - a measured rotation speed (Speed_Mis) of said internal combustion engine, - a pressure of said air, the method comprising a step of estimating said pressure (Press_aria_comb) of said air as a sum of: - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis).
A hard surface cleaning and conditioning assembly for dispensing a conditioning agent, comprising: a pole ; a trigger depending from the pole for movement between a normal position and an activated position; a tool depending from the pole remote from the trigger; a container containing the conditioning agent and having a cap , the cap having a valve that moves between a closed state and an open state, the valve being in selective fluid communication with the conditioning agent; a dispensing tube fluidly coupled to the valve ;an agent dispensing device depending from the pole proximate the tool , the agent dispensing device having an activation arm operatively coupled to the trigger and a housing into which at least a portion of the valve can be received, the housing having a guide that guides the dispensing tube to ensure release of the conditioning agent to a desired location, wherein the cap is operably connected between the agent dispensing device and the container ; and wherein the activation arm moves between a first position when the trigger is in the normal position and a second position when the trigger is in the activated position, and wherein the valve remains in the closed state when the valve is inserted into the agent dispensing device unless the activation arm is moved to the second position, and wherein the container , cap , and dispensing tube are removably coupled to the agent dispensing device . a pole ; a trigger depending from the pole for movement between a normal position and an activated position; a tool depending from the pole remote from the trigger; a container containing the conditioning agent and having a cap , the cap having a valve that moves between a closed state and an open state, the valve being in selective fluid communication with the conditioning agent; a dispensing tube fluidly coupled to the valve ;an agent dispensing device depending from the pole proximate the tool , the agent dispensing device having an activation arm operatively coupled to the trigger and a housing into which at least a portion of the valve can be received, the housing having a guide that guides the dispensing tube to ensure release of the conditioning agent to a desired location, wherein the cap is operably connected between the agent dispensing device and the container ; and wherein the activation arm moves between a first position when the trigger is in the normal position and a second position when the trigger is in the activated position, and wherein the valve remains in the closed state when the valve is inserted into the agent dispensing device unless the activation arm is moved to the second position, and wherein the container , cap , and dispensing tube are removably coupled to the agent dispensing device .
A method for detecting safety of a driving behavior, comprising: acquiring (S101, S201, S301) current driving data of a vehicle during a driving process of the vehicle; determining (S102, S202, S302), according to the current driving data of the vehicle, current driving behavior feature data of the vehicle, wherein the driving behavior feature data includes a driving scene and driving data, and the driving data includes pose data, speed data and distance data of the vehicle; inputting (S103, S203, S303) the current driving behavior feature data of the vehicle into a real-time safety detection model, and calculating (S103, S203, S303) a security score corresponding to current driving behavior of the vehicle, wherein the real-time safety detection model is obtained by training a neural network model via driving behavior feature data and a security marking score in a first training set; wherein the security marking score is obtained by analyzing user insecurity description information recorded during the driving process of the vehicle to describe the insecurity of the user riding the vehicle; and determining (S104, S204, S304) whether the current driving behavior of the vehicle is safe according to the security score corresponding to the current driving behavior of the vehicle. acquiring (S101, S201, S301) current driving data of a vehicle during a driving process of the vehicle; determining (S102, S202, S302), according to the current driving data of the vehicle, current driving behavior feature data of the vehicle, wherein the driving behavior feature data includes a driving scene and driving data, and the driving data includes pose data, speed data and distance data of the vehicle; inputting (S103, S203, S303) the current driving behavior feature data of the vehicle into a real-time safety detection model, and calculating (S103, S203, S303) a security score corresponding to current driving behavior of the vehicle, wherein the real-time safety detection model is obtained by training a neural network model via driving behavior feature data and a security marking score in a first training set; wherein the security marking score is obtained by analyzing user insecurity description information recorded during the driving process of the vehicle to describe the insecurity of the user riding the vehicle; and determining (S104, S204, S304) whether the current driving behavior of the vehicle is safe according to the security score corresponding to the current driving behavior of the vehicle.
A method of analyzing a primary current waveform of a resonant converter for the purpose of extracting information to keep the converter in correct switching conditions, characterized by the steps of producing the primary current waveform by applying a square wave voltage at operating frequency with an ideal 50% duty cycle to a primary side of the converter, approximating the primary current waveform by a sine component and a cosine component both in phase with the square wave voltage and representing a phase shift relative to the original square wave voltage and a superimposed triangular component which is dependent on the inductance of the circuit, sampling the primary current waveform three times in half a period or sampling the primary current waveform at three different positions in a sequence of different periods, wherein samples are taken at 1/6 (Sample1), 2/6 Sample2 and 3/6 (Sample3) of a period, and extracting information about the sine component, the cosine component and the triangular component to Itriangle = 3 * Sample 1 − 3 * Sample 2 + 3 * Sample 3 , where Itriangle is a peak of the triangular current Icos = 3 * Sample 1 − 3 * Sample 2 + 2 * Sample 3 , where Icos is an amplitude of the cosine component and Isin = Sample 1 / sqrt 3 + Sample 2 / sqrt 3 , where Isin is an amplitude of the sine component, using the information about the cosine component as an indicator for an amount below or above resonance of the resonant converter and/or using the information about the sine component as an indicator for an amount of power delivered to a secondary of the resonant converter since said sine component is proportional to the power delivered to a secondary of the resonant converter and/or using the information about the triangular component to analyze whether the inductance of the resonant converter is within the operating parameters. Itriangle = 3 * Sample 1 − 3 * Sample 2 + 3 * Sample 3 , where Itriangle is a peak of the triangular current Icos = 3 * Sample 1 − 3 * Sample 2 + 2 * Sample 3 , where Icos is an amplitude of the cosine component and Isin = Sample 1 / sqrt 3 + Sample 2 / sqrt 3 , where Isin is an amplitude of the sine component,
A jet propulsor using gas or liquid of the environment the propulsor is in as an operating medium, the propulsor comprising: eight nozzles , a plurality of channels interconnecting the nozzles, and pressure units arranged in the channels for controlling a magnitude and a direction of a head in a flow of the operating medium in the channel, each of the nozzles is adapted to control a direction of a discharge of a jet of the operating medium and to provide an intake of the operating medium from the environment into the propulsor, as well as the discharge of the operating medium from the propulsor into the environment, characterized in that the plurality of channels comprises: eight active channels equipped with the pressure units , four intermediate channels , and a central channel , each of the eight active channels with the pressure units therein is connected by one end thereof to one of the nozzles, all active channels with the pressure units therein are pairwise connected to each other by other ends thereof thus forming four connecting nodes of the active channels, each one of the intermediate channels is connected by one end thereof to a respective connecting node of the active channels, the four intermediate channels are pairwise connected to each other by other ends thereof thus forming two connecting nodes of the intermediate channels, and the central channel is connected by ends thereof to the two connecting nodes of the intermediate channels. eight nozzles , a plurality of channels interconnecting the nozzles, and pressure units arranged in the channels for controlling a magnitude and a direction of a head in a flow of the operating medium in the channel, each of the nozzles is adapted to control a direction of a discharge of a jet of the operating medium and to provide an intake of the operating medium from the environment into the propulsor, as well as the discharge of the operating medium from the propulsor into the environment, characterized in that the plurality of channels comprises: eight active channels equipped with the pressure units , four intermediate channels , and a central channel , eight active channels equipped with the pressure units , four intermediate channels , and a central channel , each of the eight active channels with the pressure units therein is connected by one end thereof to one of the nozzles, all active channels with the pressure units therein are pairwise connected to each other by other ends thereof thus forming four connecting nodes of the active channels, each one of the intermediate channels is connected by one end thereof to a respective connecting node of the active channels, the four intermediate channels are pairwise connected to each other by other ends thereof thus forming two connecting nodes of the intermediate channels, and the central channel is connected by ends thereof to the two connecting nodes of the intermediate channels.
A crown structure comprising: a corrosion resistant layer comprising a plurality of silica bricks aligned and arranged in a vault shape on a furnace interior side of a glass melting furnace; a silica-based heat-insulating layer which comprises a silica-based sintered body and which is formed on the corrosion resistant layer; and a lightweight heat-insulating layer which is formed on the silica-based heat-insulating layer and which is constituted by a layer structure of two or more layers; wherein in the lightweight heat-insulating layer, at least one of the layers making contact with the silica-based heat-insulating layer has a layer structure including a plurality of heat-insulating blocks, and a lightweight heat-insulating monolithic refractory provided in joint portions between the heat-insulating blocks. a corrosion resistant layer comprising a plurality of silica bricks aligned and arranged in a vault shape on a furnace interior side of a glass melting furnace; a silica-based heat-insulating layer which comprises a silica-based sintered body and which is formed on the corrosion resistant layer; and a lightweight heat-insulating layer which is formed on the silica-based heat-insulating layer and which is constituted by a layer structure of two or more layers; wherein in the lightweight heat-insulating layer, at least one of the layers making contact with the silica-based heat-insulating layer has a layer structure including a plurality of heat-insulating blocks, and a lightweight heat-insulating monolithic refractory provided in joint portions between the heat-insulating blocks.
A castor wheel arrangement for cleaning appliances and the like comprising: - a casing , - a pivot , - a collar , - a ring nut , - a flange , - a ring , wherein the castor wheel arrangemente furthermore includes a stem of the protruding pivot made of a plastic/resinous material, where said pivot is solidly connected to a collar , said casing has a first top seat and a second bottom seat , wherein said collar rests on a ring nut made of wear-resistant material housed inside a first top seat of the casing , wherein all the aforementioned components are made of a non-metallic material, characterised by the fact that said pivot is held on the bottom by said flange that rests on said ring housed inside a second bottom seat . - a casing , - a pivot , - a collar , - a ring nut , - a flange , - a ring ,
Sealing tool for a packaging machine, characterized in that said sealing tool comprises a tool lower part with at least one centrifugal separator for separating a particle-laden gas flow (G).
A device for a motor-propelled vehicle comprising a camera mounted on a support , said camera being transposable from a retracted position to a capture position through a cover by an actuator , said cover being able to be displaced in both directions between a closed position and an open position, said cover being able to be split into two portions , said camera being able to be displaced along a second axis (Y) transverse with respect to the displacement of said portions , characterized in that said cover is able to be displaced in both directions between a closed position and an open position, simultaneously with the displacement of said camera and in that said cover is able to be split into two portions by a longitudinal displacement of said portions along a first axis (X), perpendicular to said second axis (Y).
A catheter delivery system package comprising: a rigid tray ; an extension tube coupled to the rigid tray ; an end cap sealing an end of the extension tube ; and a lid coupled to the rigid tray . a rigid tray ; an extension tube coupled to the rigid tray ; an end cap sealing an end of the extension tube ; and a lid coupled to the rigid tray .
A thickening composition intended for topical application on the skin, lips or skin appendages, said thickening composition comprising: - At least one oil derived from a biological source, and - At least one poly(farnesene) polymer having a number average molar mass ranging from 10,000 to 120,000 g/mol, said poly(farnesene) polymer being partially or fully hydrogenated and/or functionalised with hydroxyl groups. - At least one oil derived from a biological source, and - At least one poly(farnesene) polymer having a number average molar mass ranging from 10,000 to 120,000 g/mol, said poly(farnesene) polymer being partially or fully hydrogenated and/or functionalised with hydroxyl groups.
A method performed by a wireless device for transmitting, within a guard band of a first radio access technology, RAT, a radio signal according to a second RAT, the method comprising: transmitting the radio signal according to the second RAT within the guard band of the first RAT, wherein nominal emission limits are applicable for transmitting the radio signal according to the second RAT irrespective of whether the radio signal is transmitted in the guard band for the first RAT, wherein additional emission limits are enforced, in addition to the nominal emission limits for transmitting the radio signal according to the second RAT within the guard band of the first RAT, when a frequency offset of the radio signal from an edge of the channel bandwidth of the first RAT is smaller than a defined threshold and are not enforced when the frequency offset is greater than the defined threshold. transmitting the radio signal according to the second RAT within the guard band of the first RAT, wherein nominal emission limits are applicable for transmitting the radio signal according to the second RAT irrespective of whether the radio signal is transmitted in the guard band for the first RAT, wherein additional emission limits are enforced, in addition to the nominal emission limits for transmitting the radio signal according to the second RAT within the guard band of the first RAT, when a frequency offset of the radio signal from an edge of the channel bandwidth of the first RAT is smaller than a defined threshold and are not enforced when the frequency offset is greater than the defined threshold.
Bundle forming device for elongated workpieces , in particular wood parts, comprising at least two bundle forming units with at least one transport device for the wood parts and at least one bundle forming station with at least one support for the bundle to be formed, which is part of a lifting device which is adjustable in the vertical direction, wherein at least one bundle forming unit is adjustable in the longitudinal direction of the workpieces , characterized in that the bundle forming station has at least one support unit for the workpieces , which is adjustable transversely to the longitudinal direction of the workpieces and which is provided with at least one tongue , which is adjustable under the stacked bundle formed in each case.
A display module comprising: a printed circuit board ; a plurality of luminous elements arranged at predetermined intervals on the printed circuit board each element having a size width × length × height where height is the height of the side surface of the luminous element; and an opaque coating layer formed on the printed circuit board to surround side portions of the respective luminous elements , and formed to have a height that is substantially equal to a height of the side portions of the luminous elements to block light emitted from the side portions of the respective luminous elements , the opaque coating layer having an edge portion that forms an outer portion of the opaque coating layer, such that said edge portion may come in contact with an edge portion of an opaque coating layer of another display module arranged adjacent to the display module when assembled together, and the edge portion having a projection portion that projects further than an edge of the printed circuit board . a printed circuit board ; a plurality of luminous elements arranged at predetermined intervals on the printed circuit board each element having a size width × length × height where height is the height of the side surface of the luminous element; and an opaque coating layer formed on the printed circuit board to surround side portions of the respective luminous elements , and formed to have a height that is substantially equal to a height of the side portions of the luminous elements to block light emitted from the side portions of the respective luminous elements , the opaque coating layer having an edge portion that forms an outer portion of the opaque coating layer, such that said edge portion may come in contact with an edge portion of an opaque coating layer of another display module arranged adjacent to the display module when assembled together, and the edge portion having a projection portion that projects further than an edge of the printed circuit board .