mhurhangee/patent-ind-claim-en huggingface dataset:
A portable computing device , comprising: a camera ; and a display device ; the portable computing device being characterized by comprising a processor configured to: access one or more images captured by the camera; identify a welding-type device based on the one or more images, wherein the welding-type device is a power supply or a wire feeder ; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device . a camera ; and a display device ; the portable computing device being characterized by comprising a processor configured to: access one or more images captured by the camera; identify a welding-type device based on the one or more images, wherein the welding-type device is a power supply or a wire feeder ; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device . access one or more images captured by the camera; identify a welding-type device based on the one or more images, wherein the welding-type device is a power supply or a wire feeder ; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device .
A method for reinforcing a three-dimensional shaped object using an impregnating composition containing a 2-cyanoacrylic acid ester, in which the 2-cyanoacrylic acid ester is at least one selected from the group consisting of the compound represented by the following general formula and the compound represented by the following general general formula : wherein R 1 represents a straight-chain or branched-chain alkyl group having from 3 to 12 carbon atoms, cycloalkyl group, allyl group, or aryl group; and wherein R 2 represents an alkylene group having from 1 to 4 carbon atoms, and R 3 represents a straight-chain or branched-chain alkyl group having from 1 to 8 carbon atoms, said impregnating composition having a viscosity measured at 25°C using an E-type viscometer in a range of from 1 to 1000 mPa·s, and said impregnating composition having a Shore hardness D in a range of from 20 to 75 when being hardened.
Method for producing a sealing base in the ground , in which by injection of a curable grouting compound a plurality of sealing elements is produced in a first soil layer , which elements adjoin one another or overlap, wherein the plurality of sealing elements forms a solid base plate following curing of the grouting compound, characterized in that in a second soil layer , which lies beneath the first soil layer for the solid base plate , a gel base is created by means of injection of a sealing gel, and that the solid base plate and the underlying gel base form the sealing base .
A pipe fitting for forming a cold expansion pipe connection, comprising a tubular connecting part extending substantially in an axial direction D A and a shoulder extending radially outwards from one end of the tubular connecting part; the tubular connecting part being configured to be inserted into a pipe end section of a pipe expanded by an expanding tool head comprising a plurality of radially movable outer spreading surfaces , the outer spreading surfaces comprising a first circumferential groove crossing each of the outer spreading surfaces and leaving, during expansion of a pipe end section , a first circumferential intact sealing region on the inner surface of the pipe end section at a first distance (D 1 ) from the end of the pipe ; the tubular connecting part comprising a first radially outwards extending circumferential sealing barb positioned for engaging, when in use, with the first circumferential intact sealing region during shrinkage of the pipe end section for forming a sealing between the pipe fitting and the pipe, wherein the sealing barb has a wedge-shape longitudinal section in the axial direction with a first facet with a first slope on the side of the free end of the tubular connecting part , and a second facet (107") with a second slope steeper than the first slope on the side of the shoulder , the first and the second facet being connected via a tip , characterized in that the tip has a radius of curvature r in the range of 0,127 to 5,08 mm (0.005 to 0.020 inches), and wherein the tubular connecting part has a wall thickness (t W ) which is substantially constant outside the sealing barb.
A method for the automatic pairing of a device wirelessly with a first secure WLAN provided by a pairing access point using first set of security credentials, the method including the steps of: i) establishing automatically a connection between the device and a second WLAN provided by an available access point , and authenticating the device with the second WLAN using a first set of security credentials stored on the device ; ii) identifying the pairing access point using the first set of security credentials; iii) creating a tunnel between the device and the pairing access point over the second WLAN ; iv) making a request from the device , via the tunnel, to a provisioning server on the pairing access point for transfer of the second set of security credentials, being the security credentials needed to pair with the first secure WLAN , from the pairing access point to the device via the tunnel; and v) using the second set of security credentials to configure the security settings for the first secure WLAN in the device . i) establishing automatically a connection between the device and a second WLAN provided by an available access point , and authenticating the device with the second WLAN using a first set of security credentials stored on the device ; ii) identifying the pairing access point using the first set of security credentials; iii) creating a tunnel between the device and the pairing access point over the second WLAN ; iv) making a request from the device , via the tunnel, to a provisioning server on the pairing access point for transfer of the second set of security credentials, being the security credentials needed to pair with the first secure WLAN , from the pairing access point to the device via the tunnel; and v) using the second set of security credentials to configure the security settings for the first secure WLAN in the device .
Control device with sensory feedback, including: - a detector for detecting gestures of the hand of a user , - a sensory-feedback unit connected to the gesture detector and providing sensory feedback to the user in accordance with the gestures of their hand , the sensory-feedback unit comprising a unit for blowing a flow of air towards an area for detecting gestures of the hand of the user , the control device with sensory feedback being characterized in that said blower unit comprises a set of nozzles delimiting the gesture detection area , the flow of air delivered by the blower unit has a temperature different from that of the air around the user , and the nozzles are coupled via particular ducts to the air-conditioning system of the vehicle in order to receive heated or cooled air. - a detector for detecting gestures of the hand of a user , - a sensory-feedback unit connected to the gesture detector and providing sensory feedback to the user in accordance with the gestures of their hand , the sensory-feedback unit comprising a unit for blowing a flow of air towards an area for detecting gestures of the hand of the user , the control device with sensory feedback being characterized in that said blower unit comprises a set of nozzles delimiting the gesture detection area , the flow of air delivered by the blower unit has a temperature different from that of the air around the user , and the nozzles are coupled via particular ducts to the air-conditioning system of the vehicle in order to receive heated or cooled air. the sensory-feedback unit comprising a unit for blowing a flow of air towards an area for detecting gestures of the hand of the user , the control device with sensory feedback being characterized in that said blower unit comprises a set of nozzles delimiting the gesture detection area , the flow of air delivered by the blower unit has a temperature different from that of the air around the user , and the nozzles are coupled via particular ducts to the air-conditioning system of the vehicle in order to receive heated or cooled air.
Method for predictively operating a motor vehicle on the basis of a predictive driving function, a cost function characteristic of the predictive driving function, and a digital map containing map attributes, having the following steps of: extracting (S1) map attributes within a prediction horizon around an instantaneous position of the motor vehicle; determining (S2) the cost function characteristic of the predictive driving function; determining (S3) possible routes within the prediction horizon by means of a navigation algorithm, characterized by determining (S4) a maximum or a minimum of the cost function of the possible routes in order to obtain a most unfavourable cost function; and calculating (S5) the predictive driving function on the basis of the most unfavourable cost function or on the basis of the map attributes of the most unfavourable cost function. extracting (S1) map attributes within a prediction horizon around an instantaneous position of the motor vehicle; determining (S2) the cost function characteristic of the predictive driving function; determining (S3) possible routes within the prediction horizon by means of a navigation algorithm, characterized by determining (S4) a maximum or a minimum of the cost function of the possible routes in order to obtain a most unfavourable cost function; and calculating (S5) the predictive driving function on the basis of the most unfavourable cost function or on the basis of the map attributes of the most unfavourable cost function.
Road finishing machine with a screed for producing a paving layer , wherein the screed includes at least one compacting unit for precompacting paving material supplied to the screed , wherein the compacting unit includes at least one eccentric bushing mounted on an eccentric shaft supporting the same rotatable at a desired angle of rotation (φ) to thereby continuously variably set a desired tamper stroke of a tamper bar of the compacting unit , and wherein for rotating the eccentric bushing , the compacting unit includes at least one adjusting mechanism , characterized in that the adjusting mechanism includes an adjusting drive rotating along with the eccentric shaft and mounted on the eccentric shaft .
A vehicle authentication device provided in a vehicle , the vehicle authentication device comprising: an electronic control unit configured to display predetermined verification information on a display device provided in the vehicle at a predetermined timing such that the verification information is visible to a user inside a vehicle cabin, the electronic control unit being configured to receive, via an information processor possessed by the user, information on an operation performed by the user after the verification information is displayed, the electronic control unit being configured to determine that the information processor is present inside the vehicle cabin, when the information on the operation has a predetermined correspondence with the verification information, characterized in that the verification information is a digit string or a text string; the electronic control unit is configured to receive, via the information processor , utterance information on an utterance made by the user as the information on the operation; and the electronic control unit is configured to determine that the information processor is present inside the vehicle cabin, when the utterance information matches the verification information. an electronic control unit configured to display predetermined verification information on a display device provided in the vehicle at a predetermined timing such that the verification information is visible to a user inside a vehicle cabin, the electronic control unit being configured to receive, via an information processor possessed by the user, information on an operation performed by the user after the verification information is displayed, the electronic control unit being configured to determine that the information processor is present inside the vehicle cabin, when the information on the operation has a predetermined correspondence with the verification information, characterized in that the verification information is a digit string or a text string; the electronic control unit is configured to receive, via the information processor , utterance information on an utterance made by the user as the information on the operation; and the electronic control unit is configured to determine that the information processor is present inside the vehicle cabin, when the utterance information matches the verification information.
A vibration drive device including: a vibration actuator having a vibration element, and a contact body in contact with the vibration element; and a controller that controls driving of the vibration actuator , characterized in that the controller is configured to set a gain for frequency control and a gain for pulse width control of the vibration actuator so as to prevent electric power or electric current from exceeding an electric power limit or an electric current limit, set in advance, wherein the controller is configured to set the gain for frequency control and the gain for pulse width control of the vibration actuator according to a value of power supply voltage connected to the vibration actuator . a vibration actuator having a vibration element, and a contact body in contact with the vibration element; and a controller that controls driving of the vibration actuator , characterized in that the controller is configured to set a gain for frequency control and a gain for pulse width control of the vibration actuator so as to prevent electric power or electric current from exceeding an electric power limit or an electric current limit, set in advance, wherein the controller is configured to set the gain for frequency control and the gain for pulse width control of the vibration actuator according to a value of power supply voltage connected to the vibration actuator .
A system 100, comprising: a handle 102, comprising: a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; an exchangeable drive shaft cartridge 104, comprising: a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a processor 1118 operatively coupled with the prime mover 126; a second data module 1120 operatively coupled with the processor 1118; one or more alignment elements 152, 154, 156, 158 for aligning the prime mover gear 128 and the drive shaft gear 148 with one another; and one or more connectors 172 for removably connecting the handle 102 and the drive shaft cartridge 104 with one another; wherein removably connecting the handle 102 and the drive shaft cartridge 104: meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116. a handle 102, comprising: a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; an exchangeable drive shaft cartridge 104, comprising: a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a processor 1118 operatively coupled with the prime mover 126; a second data module 1120 operatively coupled with the processor 1118; one or more alignment elements 152, 154, 156, 158 for aligning the prime mover gear 128 and the drive shaft gear 148 with one another; and one or more connectors 172 for removably connecting the handle 102 and the drive shaft cartridge 104 with one another; wherein removably connecting the handle 102 and the drive shaft cartridge 104: meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116. meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116.
An emissions control device for a compression ignition engine comprising: (a) a first catalyst comprising an electrically heatable substrate and a first composition disposed on the electrically heatable substrate , wherein the first composition comprises alumina and a first platinum group metal (PGM) selected from the group consisting of platinum, palladium, gold and a combination of two or more thereof; and (b) a second catalyst comprising a substrate and a second composition disposed on the substrate, wherein the second composition comprises alumina and a second platinum group metal (PGM) selected from the group consisting of platinum, palladium, gold and a combination of two or more thereof, and wherein the substrate is not an electrically heatable substrate; and wherein the first catalyst is disposed upstream of the second catalyst, and wherein the emissions control device is characterized in that the loading of the first composition is less than the loading of the second composition, and the total loading of the first PGM is less than the total loading of PGM of the second catalyst. (a) a first catalyst comprising an electrically heatable substrate and a first composition disposed on the electrically heatable substrate , wherein the first composition comprises alumina and a first platinum group metal (PGM) selected from the group consisting of platinum, palladium, gold and a combination of two or more thereof; and (b) a second catalyst comprising a substrate and a second composition disposed on the substrate, wherein the second composition comprises alumina and a second platinum group metal (PGM) selected from the group consisting of platinum, palladium, gold and a combination of two or more thereof, and wherein the substrate is not an electrically heatable substrate; and
A method for manufacturing an approximately parallelepiped-shaped sink comprising a series of flat rectangular slabs made of ceramic/clay material, firmly connected to one another at their relative sides , , , , without any wooden formworks, wherein said method comprises the following steps of: producing on said sides , , , of said slabs , , , the connection bevels tilted at predetermined angles (α) (β) in respect to the lying planes of the respective slabs , , , , so that the support of the flat face of a connection bevel present on a side of a slab, against the flat face of the connection bevel present on a connection side of another slab, determines a mutual perpendicular positioning between the two slabs, making on connection sides of said slabs , before the mutual connection of said slabs , , , , exposed bevels , , on the visible surface of said slabs with a predetermined angle in respect to the relative slabs so that each pair of side-by-side exposed bevels , , of two mutually connected sides are substantially coplanar to one another, and firmly fixing the flat faces of the connection bevel and the sides of said slabs to one another, positioned perpendicularly in respect to one another, by an adhesive composition. producing on said sides , , , of said slabs , , , the connection bevels tilted at predetermined angles (α) (β) in respect to the lying planes of the respective slabs , , , , so that the support of the flat face of a connection bevel present on a side of a slab, against the flat face of the connection bevel present on a connection side of another slab, determines a mutual perpendicular positioning between the two slabs, making on connection sides of said slabs , before the mutual connection of said slabs , , , , exposed bevels , , on the visible surface of said slabs with a predetermined angle in respect to the relative slabs so that each pair of side-by-side exposed bevels , , of two mutually connected sides are substantially coplanar to one another, and firmly fixing the flat faces of the connection bevel and the sides of said slabs to one another, positioned perpendicularly in respect to one another, by an adhesive composition.