mhurhangee/patent-ind-claim-en huggingface dataset:
A handle device for a vehicle, comprising: a handle body; a latch release lever ; a door latch device in a door; an electric actuator ; and a push portion forming member , wherein the handle body is configured to be driven from an initial position to a pop-up position by the electric actuator and is manually operated to a latch operation position beyond the pop-up position, and the handle device is configured such that a latch of the door latch device is released by the latch release lever being rotationally driven to a latch release position, wherein the push portion forming member is configured to move from an initial corresponding position to a latch operation corresponding position in accordance with an operation of the handle body , the initial corresponding position corresponding to the initial position of the handle body and the latch operation corresponding position corresponding to the latch operation position of the handle body , wherein the push portion forming member has a lever push portion configured to, at the latch operation corresponding position, push the latch release lever and rotate the latch release lever to the latch release position, characterized in that the push portion forming member has a restriction wall , and wherein the restriction wall prevents the latch release lever from rotating toward the latch release position within a region from the initial corresponding position to a pop-up corresponding position corresponding to the pop-up position of the handle body . a handle body; a latch release lever ; a door latch device in a door; an electric actuator ; and a push portion forming member , wherein the handle body is configured to be driven from an initial position to a pop-up position by the electric actuator and is manually operated to a latch operation position beyond the pop-up position, and the handle device is configured such that a latch of the door latch device is released by the latch release lever being rotationally driven to a latch release position, wherein the push portion forming member is configured to move from an initial corresponding position to a latch operation corresponding position in accordance with an operation of the handle body , the initial corresponding position corresponding to the initial position of the handle body and the latch operation corresponding position corresponding to the latch operation position of the handle body , wherein the push portion forming member has a lever push portion configured to, at the latch operation corresponding position, push the latch release lever and rotate the latch release lever to the latch release position, characterized in that the push portion forming member has a restriction wall , and wherein the restriction wall prevents the latch release lever from rotating toward the latch release position within a region from the initial corresponding position to a pop-up corresponding position corresponding to the pop-up position of the handle body .
A pressure sensitive adhesive composition for wash-off labels detaching from the surface labelled at the washing conditions comprising temperature in the range of 60-90 °C and alkaline aqueous solution, wherein the adhesive composition comprises at least the following components: - polymer(s) based on alkyl acrylic ester(s); - pressure polymerized vinyl acetate ethylene copolymer(s) comprising ethylene content between 5 and 40% and - between 0.5 and 2 wt.% of a surface active agent, wherein the surface active agent includes hydrophilic part containing negatively charged groups and is dioctyl sodium sulfosuccinate. - polymer(s) based on alkyl acrylic ester(s); - pressure polymerized vinyl acetate ethylene copolymer(s) comprising ethylene content between 5 and 40% and - between 0.5 and 2 wt.% of a surface active agent, wherein the surface active agent includes hydrophilic part containing negatively charged groups and is dioctyl sodium sulfosuccinate.
Method for monitoring condition of a rope (1,1',1") of a hoisting device, which rope (1,1',1") comprises one or more load bearing members oriented to extend parallel with longitudinal direction of the rope (1,1',1") throughout the length thereof, characterized in that the method comprises measuring strains of a plurality of portions (A,B) of a load bearing member of the rope (1,1',1") by aid of strain gauges , wherein said plurality of portions (A,B) are portions of a load bearing member of the rope (1,1',1") successive in longitudinal direction of the load bearing member of the rope (1,1',1"), and wherein the rope (1,1',1") comprises one or more strain gauges fixed on each of said portions (A,B) of the load bearing member for measuring strain of the portion (A,B) with one or more strain gauges ; and comparing each of the measured strains of the plurality of portions (A,B) of a load bearing member of the rope (1,1',1") with at least one reference, wherein said at least one reference comprises a reference which is a strain measured from the same portion (A,B) of the load bearing member earlier, or a strain measured from some other portion (A,B) of the load bearing member , or a strain which is an average strain calculated from plurality of measured strains of one or more portions (A,B) of the load bearing member , or a measured strain of a portion (A,B) of another, parallel, load bearing member extending parallel with the load bearing member under inspection, said portion of another parallel load bearing member preferably being beside the portion in question.
A method for operating a steering system of a motor vehicle, in the case of which method a steering force assistance or a countertorque which is introduced by a feedback actuator into a steering handle generates a steering feel in a manner which is dependent on a driver-side manual torque which is applied to the steering handle, the steering feel being shown by means of a characteristic curve which is adapted in a manner which is dependent on the steering speed ( φ̇ STW ) , characterized in that the characteristic curve is adapted in the case of steering speeds above 150°/s in such a way that the adapted characteristic curve has a smaller maximum change of the gradient than the characteristic curve in the case of lower steering speeds .
An eyeglass display device comprising: a processor disposed in a system enclosure; a display system connected to the processor and configured to display data to a user via a display screen in an eye region; a first antenna disposed in the system enclosure and operably connected to the processor , and wherein the processor is configured to cause the first antenna to transmit on a first radio frequency (RF) band; and a second antenna disposed outside the system enclosure and operably connected to the processor , wherein the processor is configured to cause the second antenna to transmit on a second RF band; a cellular transceiver disposed outside of the system enclosure and connected to a main cellular antenna by a first feed point and connected to a second cellular antenna by a second feed point , wherein a switch is disposed between the cellular transceiver and the cellular antennas and configured to switch the communication of the cellular transceiver between the cellular antennas based on a command from the processor ; the second antenna is the main cellular antenna or the second cellular antenna ; wherein the second antenna extends laterally along a first edge of the at least one eye region and the first edge is an upper eyewire ; wherein the first antenna is used to perform at least part of a first communication in response to first commands from the processor ; wherein the second antenna is used to perform at least part of a second communication in response to second commands from the processor . a processor disposed in a system enclosure; a display system connected to the processor and configured to display data to a user via a display screen in an eye region; a first antenna disposed in the system enclosure and operably connected to the processor , and wherein the processor is configured to cause the first antenna to transmit on a first radio frequency (RF) band; and a second antenna disposed outside the system enclosure and operably connected to the processor , wherein the processor is configured to cause the second antenna to transmit on a second RF band; a cellular transceiver disposed outside of the system enclosure and connected to a main cellular antenna by a first feed point and connected to a second cellular antenna by a second feed point , wherein a switch is disposed between the cellular transceiver and the cellular antennas and configured to switch the communication of the cellular transceiver between the cellular antennas based on a command from the processor ; the second antenna is the main cellular antenna or the second cellular antenna ; wherein the second antenna extends laterally along a first edge of the at least one eye region and the first edge is an upper eyewire ; wherein the first antenna is used to perform at least part of a first communication in response to first commands from the processor ; wherein the second antenna is used to perform at least part of a second communication in response to second commands from the processor .
A mobile communication method performed by a mobile communication system comprising the steps of: in a case where a mobile station is in communication in a macro cell managed by a first radio base station, and in a case where a second radio base station, which manages a small cell having a coverage including a location where the mobile station is present, is selected as a transmission path of user data of the mobile station, causing the first radio base station to start addition processing of adding the second radio base station to the transmission path of the user data of the mobile station; characterized by causing the second radio base station to reset header-compression related information, security setting information, and sequence-number management information in the addition processing; and causing the first radio base station to forward downlink user data destined for the mobile station to the second radio base station (S1003), in the addition processing, wherein the second radio base station has no Radio Resource Control, RRC, layer function. in a case where a mobile station is in communication in a macro cell managed by a first radio base station, and in a case where a second radio base station, which manages a small cell having a coverage including a location where the mobile station is present, is selected as a transmission path of user data of the mobile station, causing the first radio base station to start addition processing of adding the second radio base station to the transmission path of the user data of the mobile station; characterized by causing the second radio base station to reset header-compression related information, security setting information, and sequence-number management information in the addition processing; and causing the first radio base station to forward downlink user data destined for the mobile station to the second radio base station (S1003), in the addition processing, wherein the second radio base station has no Radio Resource Control, RRC, layer function.
A current detection device having a plurality of base materials that are insulation coated and to be connected between a three-phase inverter (INV) and a motor (M), wherein the plurality of base materials are composed of a first base material , a second base material , and a third base material ; the first base material is arranged in close contact with an upper surface of the third base material and includes, on a portion not insulation coated thereof, a first resistor , and a first measurement terminal fixed on the first base material ; and the second base material is arranged in close contact with a lower surface of the third base material and includes, on a portion not insulation coated thereof, a second resistor , and a second measurement terminal fixed on the second base material , characterized in that the current detection device further includes a first substrate into which the first measurement terminal is inserted and which is arranged and fixed in a position opposing the first base material ; and a second substrate into which the second measurement terminal is inserted and which is arranged and fixed in a position opposing the second base material . the plurality of base materials are composed of a first base material , a second base material , and a third base material ; the first base material is arranged in close contact with an upper surface of the third base material and includes, on a portion not insulation coated thereof, a first resistor , and a first measurement terminal fixed on the first base material ; and the second base material is arranged in close contact with a lower surface of the third base material and includes, on a portion not insulation coated thereof, a second resistor , and a second measurement terminal fixed on the second base material , characterized in that the current detection device further includes a first substrate into which the first measurement terminal is inserted and which is arranged and fixed in a position opposing the first base material ; and a second substrate into which the second measurement terminal is inserted and which is arranged and fixed in a position opposing the second base material .
A three-speed synchronous transmission , suitable for being used aboard a motorcycle as transmission means for transmitting the motion generated by an engine to a driving wheel, in particular the rear wheel of the motorcycle, comprising: • a first pulley suitable for being mounted on a crankshaft , which receives motion of the engine; • a primary shaft , having a second pulley and a first set of three gears mounted thereon, • a synchronous transmission belt connecting said first and said second pulley ; • a secondary shaft , suitable for being connected to the driving wheel, comprising a second set of three gears , engaged in pairs with respective gears of the first set of three gears for the transmission of the first, second and third speed; • a clutch acting selectively on at least two pairs of gears assigned to the transmission of the second and third speeds; and • two free wheels arranged at the pairs of gears assigned to the transmission of the first and second speed. • a first pulley suitable for being mounted on a crankshaft , which receives motion of the engine; • a primary shaft , having a second pulley and a first set of three gears mounted thereon, • a synchronous transmission belt connecting said first and said second pulley ; • a secondary shaft , suitable for being connected to the driving wheel, comprising a second set of three gears , engaged in pairs with respective gears of the first set of three gears for the transmission of the first, second and third speed; • a clutch acting selectively on at least two pairs of gears assigned to the transmission of the second and third speeds; and • two free wheels arranged at the pairs of gears assigned to the transmission of the first and second speed.
A solid-state imaging device comprising: photoelectric conversion units configured to perform photoelectric conversion; a trench penetrating a semiconductor substrate in a depth direction and formed between the photoelectric conversion units respectively formed in adjacent pixels , wherein each photoelectric conversion unit is surrounded by the trench and a PN junction region configured by a P-type region and an N-type region on a sidewall of the trench, wherein the P-type region and the N-type region are solid phase diffusion layers , and wherein in a plan view, a part of sides surrounding the photoelectric conversion unit includes a region where the P-type region is not formed or a region where the P-type region is formed thinner than other portions thereof. photoelectric conversion units configured to perform photoelectric conversion; a trench penetrating a semiconductor substrate in a depth direction and formed between the photoelectric conversion units respectively formed in adjacent pixels , wherein each photoelectric conversion unit is surrounded by the trench and a PN junction region configured by a P-type region and an N-type region on a sidewall of the trench, wherein the P-type region and the N-type region are solid phase diffusion layers , and wherein in a plan view, a part of sides surrounding the photoelectric conversion unit includes a region where the P-type region is not formed or a region where the P-type region is formed thinner than other portions thereof.
A method for performing measurement by a user equipment , UE, in a wireless communication system, the method executed by the user equipment and comprising when an uplink data transmission occurs in a measurement gap, determining a starting point of a temporary measurement gap based on a completion time of the uplink data transmission; transmitting information about the temporary measurement gap including the starting point of the temporary measurement gap to a network; transmitting an uplink data during the measurement gap to the network; and performing measurements during the temporary measurement gap. when an uplink data transmission occurs in a measurement gap, determining a starting point of a temporary measurement gap based on a completion time of the uplink data transmission; transmitting information about the temporary measurement gap including the starting point of the temporary measurement gap to a network; transmitting an uplink data during the measurement gap to the network; and performing measurements during the temporary measurement gap.
A method for manufacturing dissolving pulp using wood material, said method comprising the steps of; a) subjecting said wood material to a hydrothermal treatment using steam and/or water, b) digesting said wood material obtained from step a) to a pulp in a kraft cooking process; c) subjecting said pulp to a cold caustic extraction CCE; and d) dewatering, washing and pressing said pulp to get a pulp product having a carbohydrate content, characterized by that said wood material is a coniferous wood material, and whereby said hydrothermal treatment is performed until a P-factor of from 100-300 is reached, and whereby said cold caustic extraction is executed to reach a combined concentration of anhydromannose and anhydroxylose of 5 weight % or less of said carbohydrate content of said pulp product, preferably in the range of from 2.5 to 4.5 weight % of said carbohydrate content of said pulp product. a) subjecting said wood material to a hydrothermal treatment using steam and/or water, b) digesting said wood material obtained from step a) to a pulp in a kraft cooking process; c) subjecting said pulp to a cold caustic extraction CCE; and d) dewatering, washing and pressing said pulp to get a pulp product having a carbohydrate content,
A method comprising: placing a filter in front of an existing monochrome scanner camera; receiving an image of a product through the filter (step 210); and identifying a watermark from the image based on the filter for the image, wherein the watermark is associated with product information for the product (step 220) and wherein the step of receiving an image further includes receiving the image from the monochrome scanner camera (101, 330, or 410) integrated into a point-of-sale terminal (step 211). placing a filter in front of an existing monochrome scanner camera; receiving an image of a product through the filter (step 210); and identifying a watermark from the image based on the filter for the image, wherein the watermark is associated with product information for the product (step 220) and wherein the step of receiving an image further includes receiving the image from the monochrome scanner camera (101, 330, or 410) integrated into a point-of-sale terminal (step 211).
Hydraulic conveyor of floating objects selected from the group formed of fruits and vegetables, of the type having recirculation of a composition, referred to as conveying composition, liquid for conveying the floating objects, said hydraulic conveyor being equipped with at least one device for sanitising said conveying composition; characterised in that at least one sanitising device comprises: - at least one irradiation device positioned in order to be able to irradiate a composition, referred to as composition to be sanitised, formed by mixing at least one portion of said conveying composition and an amount of a composition, referred to as a photoreactive composition, comprising at least one photosensitive compound selected in order to be able to form, under the effect of an irradiation by at least one irradiation device, at least one compound, referred to as active compound, suitable for making it possible to convert, by chemical reaction, at least one pollutant compound of said conveying composition into a non-pollutant compound, and; - at least two photolysis chambers mounted in series so that said composition to be sanitised can flow successively through said at least two photolysis chambers , at least one irradiation device being positioned in an internal volume of each photolysis chamber. - at least one irradiation device positioned in order to be able to irradiate a composition, referred to as composition to be sanitised, formed by mixing at least one portion of said conveying composition and an amount of a composition, referred to as a photoreactive composition, comprising at least one photosensitive compound selected in order to be able to form, under the effect of an irradiation by at least one irradiation device, at least one compound, referred to as active compound, suitable for making it possible to convert, by chemical reaction, at least one pollutant compound of said conveying composition into a non-pollutant compound, and; - at least two photolysis chambers mounted in series so that said composition to be sanitised can flow successively through said at least two photolysis chambers , at least one irradiation device being positioned in an internal volume of each photolysis chamber.