mhurhangee/ep-ind-claims huggingface dataset:
A channel element (20; 90) comprising: a support portion (21; 91a; 91b) for at least one cable and a guiding portion (22; 92) covering the support portion (21; 91a; 91b) and configured integral with the support portion (21; 91a, 91b) to guide the at least one cable to the support portion (21; 91a, 91b) when the channel element (20; 90) rotates around its longitudinal axis, wherein between the guiding portion (22; 92) and the support portion (21; 91a, 91b) an insertion opening (23; 93) for inserting the at least one cable into the channel element (20; 90) is formed, which extends along a length of the channel element (20; 90) and is limited by the guiding portion (22; 92) and the support portion (21; 91a, 91b), characterized in that the channel element further comprises an anchoring portion arranged above the insertion opening (23; 93) or a plurality of anchoring portions arranged above the insertion opening (23; 93), through each of which an anchoring element can be guided. a support portion (21; 91a; 91b) for at least one cable and a guiding portion (22; 92) covering the support portion (21; 91a; 91b) and configured integral with the support portion (21; 91a, 91b) to guide the at least one cable to the support portion (21; 91a, 91b) when the channel element (20; 90) rotates around its longitudinal axis, wherein between the guiding portion (22; 92) and the support portion (21; 91a, 91b) an insertion opening (23; 93) for inserting the at least one cable into the channel element (20; 90) is formed, which extends along a length of the channel element (20; 90) and is limited by the guiding portion (22; 92) and the support portion (21; 91a, 91b), characterized in that the channel element further comprises an anchoring portion arranged above the insertion opening (23; 93) or a plurality of anchoring portions arranged above the insertion opening (23; 93), through each of which an anchoring element can be guided.
An in-vehicle device, comprising: a gesture detection unit adapted to recognize a user's hand position located within a predetermined range; a driving state recognition unit adapted to detect a driving state of a vehicle; an output information control unit adapted to control displayed contents of a display unit (108; 109) connected to the in-vehicle device, and a gesture control unit adapted to control a state of a gesture oper-ation based on a recognition result of the hand position by the gesture detection unit, characterized in that the in-vehicle device further comprises a steering operation detection unit adapted to detect a steering operation for driving the vehicle; wherein the driving state recognition unit is adapted to detect the driving state of the vehicle based on the detected steering operation; wherein the gesture control unit is adapted to disable a specific gesture operation among a plurality of gesture operations to be performed by the user when the driving state of the vehicle detected by the driving state recognition unit is in a state where an amount of the user's steering operation detected by the steering operation detection unit exceeds a predetermined operation amount, and wherein, when the gesture operation has been disabled, the output information control unit is adapted not to change the display of the display unit even when the hand position is within the predetermined range. a gesture detection unit adapted to recognize a user's hand position located within a predetermined range; a driving state recognition unit adapted to detect a driving state of a vehicle; an output information control unit adapted to control displayed contents of a display unit (108; 109) connected to the in-vehicle device, and a gesture control unit adapted to control a state of a gesture oper-ation based on a recognition result of the hand position by the gesture detection unit, characterized in that the in-vehicle device further comprises a steering operation detection unit adapted to detect a steering operation for driving the vehicle; wherein the driving state recognition unit is adapted to detect the driving state of the vehicle based on the detected steering operation; wherein the gesture control unit is adapted to disable a specific gesture operation among a plurality of gesture operations to be performed by the user when the driving state of the vehicle detected by the driving state recognition unit is in a state where an amount of the user's steering operation detected by the steering operation detection unit exceeds a predetermined operation amount, and wherein, when the gesture operation has been disabled, the output information control unit is adapted not to change the display of the display unit even when the hand position is within the predetermined range.
A method, comprising: transmitting, by a user equipment, at least one uplink signal to a plurality of network nodes of a wireless network based at least on the user equipment being in a RRC_CONNECTED_INACTIVE state such that the user equipment maintains connectivity with one of the network nodes; characterized by: in response to initiating a random access procedure with the network node that the user equipment maintains connectivity with receiving at least one connection message comprising a command to connect to at least two of the network nodes for communication; in response to the at least one connection message, changing from the RRC CONNECTED INACTIVE state to a RRC CONNECTED state; and transmitting data in a multiconnectivity session utilizing multiple communication links via the at least two network nodes. transmitting, by a user equipment, at least one uplink signal to a plurality of network nodes of a wireless network based at least on the user equipment being in a RRC_CONNECTED_INACTIVE state such that the user equipment maintains connectivity with one of the network nodes; characterized by: in response to initiating a random access procedure with the network node that the user equipment maintains connectivity with receiving at least one connection message comprising a command to connect to at least two of the network nodes for communication; in response to the at least one connection message, changing from the RRC CONNECTED INACTIVE state to a RRC CONNECTED state; and transmitting data in a multiconnectivity session utilizing multiple communication links via the at least two network nodes. in response to initiating a random access procedure with the network node that the user equipment maintains connectivity with receiving at least one connection message comprising a command to connect to at least two of the network nodes for communication; in response to the at least one connection message, changing from the RRC CONNECTED INACTIVE state to a RRC CONNECTED state; and transmitting data in a multiconnectivity session utilizing multiple communication links via the at least two network nodes.
A method for producing dendritic cells from pluripotent stem cells under conditions without feeder cells, said method comprising culturing pluripotent stem cells by the steps below: performing adherent culture using a medium which comprises the BMP family protein but does not comprise serum; performing adherent culture using a medium which comprises VEGF but does not comprise serum; performing adherent culture using a medium which comprises a hematopoietic factor but does not comprise serum; and performing suspension culture using a medium which does not comprise serum. performing adherent culture using a medium which comprises the BMP family protein but does not comprise serum; performing adherent culture using a medium which comprises VEGF but does not comprise serum; performing adherent culture using a medium which comprises a hematopoietic factor but does not comprise serum; and performing suspension culture using a medium which does not comprise serum.
A mitre joint for a metallic frame of a fenestration unit, the joint comprising: first and second frame members (12a, 12b); a connector configured to locate the first and second frame members (12a, 12b) in relation to one another; and first and second fasteners (18a, 18b) configured to secure the first and second frame members (12a, 12b) to the connector; wherein the connector comprises a first arm configured to extend within a hollow profile defined by the first frame member, and a second arm configured to extend within a hollow profile defined by the second frame member; wherein a longitudinal axis (x) of each of the first and second fasteners (18a, 18b) is configured to be parallel to a longitudinal axis (z) of the respective connector arm; wherein each of the first and second fasteners (18a, 18b) is configured to engage the respective frame member (12a, 12b) when the respective connector arm (20a, 20b) extends within said frame member (12a, 12b); wherein each frame member profile (22a, 22b) defines at least two projections extending from the profile to engage said fastener (18a, 18b); and wherein each projection of the frame member (12a, 12b) engages the fastener (18a, 18b) at an engagement point; characterised in that the projections are configured such that the engagement points are equidistant about a periphery of the fastener (18a, 18b). first and second frame members (12a, 12b); a connector configured to locate the first and second frame members (12a, 12b) in relation to one another; and first and second fasteners (18a, 18b) configured to secure the first and second frame members (12a, 12b) to the connector; wherein the connector comprises a first arm configured to extend within a hollow profile defined by the first frame member, and a second arm configured to extend within a hollow profile defined by the second frame member; wherein a longitudinal axis (x) of each of the first and second fasteners (18a, 18b) is configured to be parallel to a longitudinal axis (z) of the respective connector arm; wherein each of the first and second fasteners (18a, 18b) is configured to engage the respective frame member (12a, 12b) when the respective connector arm (20a, 20b) extends within said frame member (12a, 12b); wherein each frame member profile (22a, 22b) defines at least two projections extending from the profile to engage said fastener (18a, 18b); and wherein each projection of the frame member (12a, 12b) engages the fastener (18a, 18b) at an engagement point; characterised in that the projections are configured such that the engagement points are equidistant about a periphery of the fastener (18a, 18b).
Multiple-track and multiple-axle motor vehicle, having at least two front wheels and at least two rear wheels, and a steering apparatus which is configured for steering the front and rear wheels (11, 12) of the motor vehicle, the at least two rear wheels can be pivoted in each case about a rear wheel steering pivot axis by means of the steering apparatus, the rear wheel steering pivot axes being oriented in each case in such a way that a positive caster angle is produced in relation to the respective rear wheel, characterized in that the at least two front wheels can be pivoted in each case about a front wheel steering pivot axis by means of the steering apparatus, the front wheel steering pivot axes being oriented in each case in such a way that a negative caster angle is produced in relation to the respective front wheel.
Device (10, 23) for monitoring the operation of a tyre mounted on a respective rim, said device (10, 23) being arranged inside a chamber delimited by the tyre and by the respective rim, said device comprising: - a device (22, 23) for detecting slippage between said tyre and said rim, - a processor, - an electric power supply device adapted to supply said processor and said device (22, 23) for detecting the slippage, characterized in that said device (22, 23) for detecting the slippage comprises: - a colour sensor, - an illuminator, and - an annular surface having a plurality of sectors, wherein consecutive sectors have different colours, said illuminator being adapted to emit a light incident on one of said sectors of said annular surface, said colour sensor being adapted to detect a light reflected by said sector illuminated by said incident light and to provide a signal indicative of the colour of said reflected light. - a device (22, 23) for detecting slippage between said tyre and said rim, - a processor, - an electric power supply device adapted to supply said processor and said device (22, 23) for detecting the slippage, - a colour sensor, - an illuminator, and - an annular surface having a plurality of sectors, wherein consecutive sectors have different colours, said illuminator being adapted to emit a light incident on one of said sectors of said annular surface, said colour sensor being adapted to detect a light reflected by said sector illuminated by said incident light and to provide a signal indicative of the colour of said reflected light.
A method for mounting a motor vehicle tire on a rim of a wheel, wherein at least one tire bead of the motor vehicle tire is prestretched on a separate prestretching machine in a targeted manner before the tire is pulled onto the rim in a tire pulling-on machine, in particular before the tire beads are pulled over the rim flanges of the rim, characterized in that the tire bead is prestretched in that tensioning jaws, which bear in a distributed manner over a circle circumference on the inside of the tire bead, are preferably uniformly radially further outwardly displaced and in so doing stretch the tire bead by introducing stretching forces, wherein the tire bead is thereby stretched from a starting diameter to a target diameter and held at this target diameter for a predetermined holding time of at least 300 ms, preferably at least 500 ms, wherein measurement is made of the diameter of the tire bead during the stretching process or of the stretching forces which are introduced into the tire bead for prestretching the latter, and wherein the measured values are compared with stored desired or limit values.
A prosthetic valve (100, 1000) comprising: a leaflet frame (130, 1130) defining commissure posts; and a plurality of leaflets coupled to the leaflet frame, each leaflet coupled to two of the commissure posts, each leaflet has a free edge and a leaflet base, the leaflet base having a flat portion that defines a shelf structure and defines a straight base segment of the leaflet base, the leaflet is operable to bend from the flat portion along the straight base segment towards the free edge, each leaflet has a planar zone including a planar zone base which is coincident with the straight base segment which is a substantially straight line that has a length that is less than a length of a chord defined as a straight line that extends from two of the commissure posts, wherein the planar zone is substantially planar. a leaflet frame (130, 1130) defining commissure posts; and a plurality of leaflets coupled to the leaflet frame, each leaflet coupled to two of the commissure posts, each leaflet has a free edge and a leaflet base, the leaflet base having a flat portion that defines a shelf structure and defines a straight base segment of the leaflet base, the leaflet is operable to bend from the flat portion along the straight base segment towards the free edge, each leaflet has a planar zone including a planar zone base which is coincident with the straight base segment which is a substantially straight line that has a length that is less than a length of a chord defined as a straight line that extends from two of the commissure posts, wherein the planar zone is substantially planar.
A device for determining structural characteristics of an object, comprising: a housing having an open front end and a longitudinal axis; an energy application tool mounted inside said housing, said energy application tool having a resting configuration and an active configuration; a drive mechanism supported inside said housing and coupled to said energy application tool, said drive mechanism being adapted for activating said energy application tool between said resting and active configurations to apply a set amount of energy when the energy application tool is at a horizontal orientation; a sensing or measuring mechanism coupled to said energy application tool adapted for sensing or measuring a response from the object or the energy application tool after impact; and characterized further by comprising: an inclinometer in connection with said energy application tool adapted to measure inclination of the device relative to the horizontal orientation wherein said drive mechanism varies the amount of energy applied to move said energy application tool between said resting and active configurations based on said inclination to at least approximate said set amount of energy at inclinations other than said horizontal orientation. a housing having an open front end and a longitudinal axis; an energy application tool mounted inside said housing, said energy application tool having a resting configuration and an active configuration; a drive mechanism supported inside said housing and coupled to said energy application tool, said drive mechanism being adapted for activating said energy application tool between said resting and active configurations to apply a set amount of energy when the energy application tool is at a horizontal orientation; a sensing or measuring mechanism coupled to said energy application tool adapted for sensing or measuring a response from the object or the energy application tool after impact; and characterized further by comprising: an inclinometer in connection with said energy application tool adapted to measure inclination of the device relative to the horizontal orientation wherein said drive mechanism varies the amount of energy applied to move said energy application tool between said resting and active configurations based on said inclination to at least approximate said set amount of energy at inclinations other than said horizontal orientation.
A method for limiting the amount of torque biased to a first wheel of a vehicle, the first wheel being located on a road surface at a location with a friction coefficient (μ) being higher than a friction coefficient of the road surface at a location of a second wheel of the vehicle, the method comprising: receiving and processing vehicle data, comprising wheel speed data and clutch torque data; calculating a current clutch slip; processing clutch torque data to determine an electronic limited slip differential clutch torque limit; processing wheel speed data to generate slip data of the first wheel; comparing the generated slip data to threshold slip data; when the generated slip data is greater than the threshold slip data, reducing the electronic limited slip differential clutch torque limit; and adjusting the electronic limited slip differential clutch torque limit at an adjustable rate, wherein the adjustable rate is a function of the current clutch slip. receiving and processing vehicle data, comprising wheel speed data and clutch torque data; calculating a current clutch slip; processing clutch torque data to determine an electronic limited slip differential clutch torque limit; processing wheel speed data to generate slip data of the first wheel; comparing the generated slip data to threshold slip data; when the generated slip data is greater than the threshold slip data, reducing the electronic limited slip differential clutch torque limit; and adjusting the electronic limited slip differential clutch torque limit at an adjustable rate, wherein the adjustable rate is a function of the current clutch slip.
A method of processing data according to data types, the method performed by a hard disk drive and a main processor, where the hard disk drive stores and reads first data that has to be processed in real-time and second data that does not have to be processed in real-time and the main processor is connected to the hard disk drive to process at least one among the first and the second data, the data processing method comprising: (a) in the main processor, transmitting and storing at least one reference address to the hard disk drive, analyzing whether transmission data to be communicated to the hard disk drive is the first data or the second data, setting a relative address according to the analyzed result, and transmitting the relative address to the hard disk drive, wherein the relative address is an address of the hard disk drive in which the transmission data to be transmitted to the hard disk drive is to be stored or an address of the hard disk drive in which the transmission data to be received from the hard disk drive is stored; and (b) in the data hard disk drive, storing the transmitted reference address, determining whether the transmission data is the first data or the second data by comparing the relative address with the reference address, and correcting an error generated when the transmission data is processed, using processes differently predetermined according to the determined result. (a) in the main processor, transmitting and storing at least one reference address to the hard disk drive, analyzing whether transmission data to be communicated to the hard disk drive is the first data or the second data, setting a relative address according to the analyzed result, and transmitting the relative address to the hard disk drive, wherein the relative address is an address of the hard disk drive in which the transmission data to be transmitted to the hard disk drive is to be stored or an address of the hard disk drive in which the transmission data to be received from the hard disk drive is stored; and (b) in the data hard disk drive, storing the transmitted reference address, determining whether the transmission data is the first data or the second data by comparing the relative address with the reference address, and correcting an error generated when the transmission data is processed, using processes differently predetermined according to the determined result.
Electrical/electronic installation device for building installation technology with an insert unit, provided for use in installation boxes and for connection to an installation system having several connecting lines and with a top unit, the top unit having an operating unit fixed thereto, which is suitable for influencing connected actuators by an installer and/or user, characterized by the fact that the insert unit is provided with at least one changeover device which is to be influenced by the installer and/or user and which, by influencing the changeover device, is suitable for reversing the polarity of two outputs (AU1, AU2) which are connected to the changeover device and determine the direction of movement of the connected actuators, the changeover device being designed as an electrical switch, which, by influencing the electrical switch, is suitable for reversing the polarity of two outputs of the electrical switch, the electrical switch having a switching element and being able to be actuated via the switching element, which switching element can be reached via the front side of the insert unit facing the plugged on top unit, so that the switching element of the electrical switch can be reached by the installer or the user when the insert unit is installed and the top unit is not plugged on.