mhurhangee/patent-ind-claim-en huggingface dataset:
A steering system for use in steering a vehicle, the steering system comprising: a variable mechanism that reversibly changes a configuration of an operating member between a configuration for automated driving and a configuration for manual driving, the configuration including at least one of a position, an orientation, and a shape; a variable drive source that drives the variable mechanism ; a receiver that receives an operation of a driver; and a controller that controls the variable drive source to cause the variable mechanism to return the configuration of the operating member to the configuration for manual driving, when the receiver receives the operation of the driver in a period when the variable mechanism is changing the configuration of the operating member from the configuration for manual driving to the configuration for automated driving, wherein the receiver includes a sensor, wherein the controller determines that the driver intends to reverse the motion of the variable mechanism based on a signal from the sensor, and the sensor is either a torque sensor that detects a torque applied to the operating member during manual driving, or an angle sensor that detects a steering angle of the operating member during manual driving. a variable mechanism that reversibly changes a configuration of an operating member between a configuration for automated driving and a configuration for manual driving, the configuration including at least one of a position, an orientation, and a shape; a variable drive source that drives the variable mechanism ; a receiver that receives an operation of a driver; and a controller that controls the variable drive source to cause the variable mechanism to return the configuration of the operating member to the configuration for manual driving, when the receiver receives the operation of the driver in a period when the variable mechanism is changing the configuration of the operating member from the configuration for manual driving to the configuration for automated driving, wherein the receiver includes a sensor, wherein the controller determines that the driver intends to reverse the motion of the variable mechanism based on a signal from the sensor, and the sensor is either a torque sensor that detects a torque applied to the operating member during manual driving, or an angle sensor that detects a steering angle of the operating member during manual driving.
An electric oil pump, comprising: a pump housing having an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity ; a first rotor assembly disposed in the first cavity ; a stator assembly and a second rotor assembly , which are disposed in the second cavity ; an electric control board ; a supporting member at least partially disposed between the stator assembly and the electric control board , wherein the supporting member comprises a main body portion , wherein the main body portion comprises a first surface and a second surface opposite to the first surface ; and characterized by a connecting terminal passing through the first surface and the second surface of the main body portion , wherein the connecting terminal comprises a main portion , a first connecting portion , and a second connecting portion , wherein the main portion is disposed between the first connecting portion and the second connecting portion , and at least partially fitted tightly with the main body portion or at least partially fixed with the main body portion by injection molding; the first connecting portion is configured to at least partially protrude out from the main body portion , the second connecting portion is configured to at least partially protrude out from the main body portion , the first connecting portion is at least partially connected to the stator assembly , and the second connecting portion is at least partially connected to the electric control board . a pump housing having an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity ; a first rotor assembly disposed in the first cavity ; a stator assembly and a second rotor assembly , which are disposed in the second cavity ; an electric control board ; a supporting member at least partially disposed between the stator assembly and the electric control board , wherein the supporting member comprises a main body portion , wherein the main body portion comprises a first surface and a second surface opposite to the first surface ; and characterized by a connecting terminal passing through the first surface and the second surface of the main body portion , wherein the connecting terminal comprises a main portion , a first connecting portion , and a second connecting portion , wherein the main portion is disposed between the first connecting portion and the second connecting portion , and at least partially fitted tightly with the main body portion or at least partially fixed with the main body portion by injection molding; the first connecting portion is configured to at least partially protrude out from the main body portion , the second connecting portion is configured to at least partially protrude out from the main body portion , the first connecting portion is at least partially connected to the stator assembly , and the second connecting portion is at least partially connected to the electric control board .
A few mode optical fiber , comprising: a glass core having a radius R 1 , a graded refractive index profile with an alpha value greater than or equal to 2.3 and less than 2.7 at the wavelength of 1550 nm, the maximum relative refractive index Δ 1MAX in the range from 0.3% to 0.6% relative to the refractive index, n REF of the glass cladding, and an effective area at the wavelength of 1550 nm greater than 90 μm 2 and less than 160 μm 2 ; the glass cladding immediately surrounding the glass core, wherein Δ 1MAX > Δ 4MAX ; and characterised in that the radius R1 is in the range from 8 μm to 14 μm, the glass core and glass cladding support the propagation and transmission of only LP01 modes and LP11 modes at one or more wavelengths greater than 1500 nm, with a group delay magnitude between the LP01 and LP11 modes that is less than 0.5 ns/km at the wavelength of 1550 nm. a glass core having a radius R 1 , a graded refractive index profile with an alpha value greater than or equal to 2.3 and less than 2.7 at the wavelength of 1550 nm, the maximum relative refractive index Δ 1MAX in the range from 0.3% to 0.6% relative to the refractive index, n REF of the glass cladding, and an effective area at the wavelength of 1550 nm greater than 90 μm 2 and less than 160 μm 2 ; the glass cladding immediately surrounding the glass core, wherein Δ 1MAX > Δ 4MAX ; and characterised in that the radius R1 is in the range from 8 μm to 14 μm, the glass core and glass cladding support the propagation and transmission of only LP01 modes and LP11 modes at one or more wavelengths greater than 1500 nm, with a group delay magnitude between the LP01 and LP11 modes that is less than 0.5 ns/km at the wavelength of 1550 nm.
A method of forming a composite output image of a scene for use in an underwater survey, the method operating in a moving underwater imaging system comprising a light module , an image processing module a camera module , and a sequential imaging module , the light module comprising a plurality of light classes each light class having one or more light sources , wherein the steps of the method comprise: the camera module capturing a sequence of images of each of a plurality of overlapping fields of view within the scene, wherein each of said plurality of overlapping fields of view within the scene is illuminated by one or more of the light classes of the light module ; the sequential imaging module controlling the operational parameters of the light module and camera module to adjust lighting and imaging parameters between individual image captures of said plurality of overlapping fields of view within the scene such that each time an image is acquired, a specific configuration and potentially differing configuration of light source parameters and camera module parameters is used; and the image processing module combining the individual images to form an augmented output image comprising the captured set of images that are related to each other; and concatenating of the neighbouring augmented output images of a plurality of overlapping fields of view to form the composite image of the scene. the camera module capturing a sequence of images of each of a plurality of overlapping fields of view within the scene, wherein each of said plurality of overlapping fields of view within the scene is illuminated by one or more of the light classes of the light module ; the sequential imaging module controlling the operational parameters of the light module and camera module to adjust lighting and imaging parameters between individual image captures of said plurality of overlapping fields of view within the scene such that each time an image is acquired, a specific configuration and potentially differing configuration of light source parameters and camera module parameters is used; and the image processing module combining the individual images to form an augmented output image comprising the captured set of images that are related to each other; and concatenating of the neighbouring augmented output images of a plurality of overlapping fields of view to form the composite image of the scene.
A UV-curable ink or coating composition comprising greater than 20% (w/w) of a vinyl ether containing monomer and/or oligomer, greater than 25% (w/w) of an acrylate monomer and/or oligomer, and a cationic photoinitiator, wherein said acrylate monomer and/or oligomer is multifunctional.
A light-up object comprising: a rubberized outer body comprising a pair of first depressions on opposing sides of the outer body , a plurality of second depressions , and a plurality of grooves defined within an outer surface of the outer body , each groove of the plurality of grooves in open communication with the pair of first depressions and at least one depression of the plurality of second depressions ; a plug in a cavity of the outer body ; and a lighting device located in the plug . a rubberized outer body comprising a pair of first depressions on opposing sides of the outer body , a plurality of second depressions , and a plurality of grooves defined within an outer surface of the outer body , each groove of the plurality of grooves in open communication with the pair of first depressions and at least one depression of the plurality of second depressions ; a plug in a cavity of the outer body ; and a lighting device located in the plug .
Table for a table system, comprising a table top that has at least one straight table edge , at least one table leg that has a table top receptacle , and a fastening device by means of which the at least one table leg can be connected to the table top , jamming elements and a lever element being mounted on the table leg and a counterpart being mounted on the underside of the table top , the fastening device comprising: two movable jamming elements that can be attached to one end of a table leg , an actuating element for actuating and locking the jamming elements in place, and the counterpart for mounting on the underside of the table top , the counterpart having at least two engagement elements , it being possible by actuating the actuating element to bring the jamming elements from a release position in which the jamming elements do not engage behind the engagement elements into a fastening position in which the jamming elements engage behind the engagement elements , the actuating element being designed as a lever element that can be pivoted about a pivot axis in order to move the jamming elements from the release position into the fastening position, which axis is parallel to the table top to be fixed when the table top receptacle is in alignment with the counterpart that is mounted in the underside of the table top , characterized in that the two jamming elements of the fastening element are designed as pins, are mounted on a common base and can be jointly actuated by the lever element , the lever element causing the base to be moved together with the jamming elements . two movable jamming elements that can be attached to one end of a table leg , an actuating element for actuating and locking the jamming elements in place, and the counterpart for mounting on the underside of the table top , the counterpart having at least two engagement elements , it being possible by actuating the actuating element to bring the jamming elements from a release position in which the jamming elements do not engage behind the engagement elements into a fastening position in which the jamming elements engage behind the engagement elements , the actuating element being designed as a lever element that can be pivoted about a pivot axis in order to move the jamming elements from the release position into the fastening position, which axis is parallel to the table top to be fixed when the table top receptacle is in alignment with the counterpart that is mounted in the underside of the table top , characterized in that the two jamming elements of the fastening element are designed as pins, are mounted on a common base and can be jointly actuated by the lever element , the lever element causing the base to be moved together with the jamming elements .
A magnetization state control method for a variable magnetization machine including a stator and a rotor which has a magnet , characterized by : calculating a target trajectory of a flux linkage vector to change a magnetization state of the magnet of the variable magnetization machine such that a trajectory of the flux linkage vector has a curved clockwise trajectory on a dq-axis plane and a magnitude of the flux linkage vector temporally changes, with the dq-axis plane being a synchronous reference frame with a d-axis pointing in a direction of a permanent magnet flux and a q-axis being 90 degrees ahead of the d-axis in a rotational direction of a rotor .
Method for controlling an electric motor of a Venetian blind , the method comprising the steps of: - connecting, via a two-wire power line , first electronic means , configured to generate a drive signal (S1) for driving said electric motor for actuating the movement of said Venetian blind , with second electronic means of a control unit having drive means for driving the movement of said Venetian blind and a power source for generating a current signal (I) to power said electric motor ; - supplying, by said power source , said electric motor with the current signal (I) via said two-wire power line ; characterized by further comprising the steps of: - generating, by said first electronic means , a first data signal (S2) identifying the state of said electric motor ; - detecting, by said first electronic means , said current signal (I) in said two-wire power line , which current signal (I) identifies the current value absorbed by said electric motor ; - receiving, by said second electronic means , said first data signal (S2) and filtering it against said current signal (I); - processing, by said second electronic means , said first data signal (S2) and said current signal (I) for generating a second data signal (S3); - receiving, by said first electronic means , said second data signal (S3), filtering it against said current signal (I) and then processing it for generating said drive signal (S1). - connecting, via a two-wire power line , first electronic means , configured to generate a drive signal (S1) for driving said electric motor for actuating the movement of said Venetian blind , with second electronic means of a control unit having drive means for driving the movement of said Venetian blind and a power source for generating a current signal (I) to power said electric motor ; - supplying, by said power source , said electric motor with the current signal (I) via said two-wire power line ; - generating, by said first electronic means , a first data signal (S2) identifying the state of said electric motor ; - detecting, by said first electronic means , said current signal (I) in said two-wire power line , which current signal (I) identifies the current value absorbed by said electric motor ; - receiving, by said second electronic means , said first data signal (S2) and filtering it against said current signal (I); - processing, by said second electronic means , said first data signal (S2) and said current signal (I) for generating a second data signal (S3); - receiving, by said first electronic means , said second data signal (S3), filtering it against said current signal (I) and then processing it for generating said drive signal (S1).
A control device, in particular for a domestic appliance, wherein: - the control device comprises at least one front panel , - the control device comprises at least one printed circuit board arranged behind and parallel to the front panel , - the printed circuit board includes at least one cut-out , - the control device comprises at least one transparent or opal sheet arranged in front of the printed circuit board , - a conductive layer (50; 54) is applied at the rear side of the sheet and arranged in front of the cut-out of the printed circuit board , and - said conductive layer (50; 54) forms an electrode for a touch sensitive switch, characterised in that a further conductive layer (50; 52) is applied at the front side of the transparent or opal sheet and arranged in front of the cut-out , wherein said further conductive layer (50; 52) forms a further electrode of the touch sensitive switch, and wherein the conductive layers (50; 52, 54) are applied at the sheet according to predefined patterns, and wherein the conductive layers (50; 52, 54) at the rear side and front side of the sheet have different patterns. - the control device comprises at least one front panel , - the control device comprises at least one printed circuit board arranged behind and parallel to the front panel , - the printed circuit board includes at least one cut-out , - the control device comprises at least one transparent or opal sheet arranged in front of the printed circuit board , - a conductive layer (50; 54) is applied at the rear side of the sheet and arranged in front of the cut-out of the printed circuit board , and - said conductive layer (50; 54) forms an electrode for a touch sensitive switch,
An optical fiber characteristics measuring apparatus comprising: a light source unit that outputs frequency-modulated continuous wave of light; a first optical branching unit that branches the continuous light into pump light (LP) and reference light (LR); a second optical branching unit that is connected between the first optical branching unit and an optical fiber to be measured, and outputs backscattered light (LS) which is generated by making the pump light incident from one end of the optical fiber to be measured (FUT) and which is subjected to Brillouin scattering in the optical fiber to be measured; a detection unit that detects interference light of the backscattered light (LS) and the reference light (LR); a measuring unit that measures characteristics of the optical fiber to be measured (FUT) by using a detection signal output from the detection unit ; and characterized in that a control unit that controls the light source unit to change modulation frequency of the continuous light over times equal to units of one period or half a period of a modulation period corresponding to the modulation frequency. a light source unit that outputs frequency-modulated continuous wave of light; a first optical branching unit that branches the continuous light into pump light (LP) and reference light (LR); a second optical branching unit that is connected between the first optical branching unit and an optical fiber to be measured, and outputs backscattered light (LS) which is generated by making the pump light incident from one end of the optical fiber to be measured (FUT) and which is subjected to Brillouin scattering in the optical fiber to be measured; a detection unit that detects interference light of the backscattered light (LS) and the reference light (LR); a measuring unit that measures characteristics of the optical fiber to be measured (FUT) by using a detection signal output from the detection unit ; and characterized in that a control unit that controls the light source unit to change modulation frequency of the continuous light over times equal to units of one period or half a period of a modulation period corresponding to the modulation frequency.
Method for communicating between a transmitter (1; 2) in a vehicle and a further vehicle , wherein the method comprises the following steps: transmission of an item of information in the form of a text message in machine-readable form from the transmitter to the further vehicle , reception and evaluation of the information by the further vehicle , and automatic execution of an application of the further vehicle on the basis of the information, wherein vehicle data relating to the vehicle are captured and are transmitted as the information, wherein the vehicle data comprise setting data and configuration data for setting and configuring an infotainment system, an air-conditioning system or a sunroof of the vehicle . transmission of an item of information in the form of a text message in machine-readable form from the transmitter to the further vehicle , reception and evaluation of the information by the further vehicle , and automatic execution of an application of the further vehicle on the basis of the information, wherein vehicle data relating to the vehicle are captured and are transmitted as the information, wherein the vehicle data comprise setting data and configuration data for setting and configuring an infotainment system, an air-conditioning system or a sunroof of the vehicle .
A helmet , comprising: an outer liner having an interior surface ; and an inner liner comprising an elastically deformable material and slidably coupled to the interior surface of the outer liner, the inner liner having an exterior surface ; wherein a majority of the interior surface of the outer liner and a majority of the exterior surface of the inner liner are both substantially parallel to a pseudo-spherical surface having a coronal cross section that is circular with a first radius and a sagittal cross section that is circular with a second radius different from the first radius; wherein the inner liner is elastically deformable along the interior surface of the outer liner in response to rotation of the outer liner relative to the inner liner caused by an impact to the helmet, characterized in that the interior surface of the outer liner comprises a ridge proximate an edge of the inner liner, the inner liner being directly coupled to the ridge. an outer liner having an interior surface ; and an inner liner comprising an elastically deformable material and slidably coupled to the interior surface of the outer liner, the inner liner having an exterior surface ; wherein a majority of the interior surface of the outer liner and a majority of the exterior surface of the inner liner are both substantially parallel to a pseudo-spherical surface having a coronal cross section that is circular with a first radius and a sagittal cross section that is circular with a second radius different from the first radius; wherein the inner liner is elastically deformable along the interior surface of the outer liner in response to rotation of the outer liner relative to the inner liner caused by an impact to the helmet, characterized in that the interior surface of the outer liner comprises a ridge proximate an edge of the inner liner, the inner liner being directly coupled to the ridge.