mhurhangee/ep-ind-claims huggingface dataset:
A roof rack load carrying bar, comprising, - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in a length direction of said load carrying bar, - at least a first cover extending in said length direction for sealing said channel from an external environment, said first cover comprising an attachment portion, said attachment portion comprising a groove extending in said length direction attaching said first cover to a corresponding protruding portion extending in said length direction on said load carrying bar, said groove comprising a first and a second side wall, said attachment portion further comprising a hook-shaped gripping member comprising a hook portion, said hook-shaped gripping member being an extension of said first side wall with said hook portion bent from said first side wall, characterized in that, said hook portion is bent from said first side wall by an angle being larger than 90 degrees with respect to said first side wall. - a channel for receiving at least one mounting member for attaching a load carrying bar accessory to said load carrying bar, said channel extending at least partly in a length direction of said load carrying bar, - at least a first cover extending in said length direction for sealing said channel from an external environment, said first cover comprising an attachment portion, said attachment portion comprising a groove extending in said length direction attaching said first cover to a corresponding protruding portion extending in said length direction on said load carrying bar, said groove comprising a first and a second side wall,
An encapsulant for a solar cell or an interlayer film for laminated glass, the encapsulant or the interlayer film having a storage elastic modulus of 1000 to 4000 MPa measured at a frequency of 0.3 Hz and 25°C in accordance with JIS K 7244-4, and having a compression shear strength of 5 to 80 MPa measured at 25°C for a laminate with glass bonded at both surfaces, wherein the encapsulant or the interlayer film comprises 40 mass% or more of a polyvinyl acetal resin.
A system for heating a treatment site of a body vessel in a body, the system comprising: a device for positioning in the body vessel, the device having a coil being electrically conductive and positionable adjacent the treatment site, the coil including a resistive part, the resistive part of the coil being configured so that current flowing through the resistive part can cause heating of the resistive part to a temperature greater than body temperature, the device having a return electrode, the device being operable in a radiofrequency mode and a resistive mode; and control unit means adapted for transmitting a radiofrequency signal from the coil to the return electrode to heat the body vessel, the resistive part being at a first temperature, the device being in the radiofrequency mode; detecting at least one change in the coil; and transmitting a current through the coil when the at least one change is detected to heat the resistive part to a second temperature being greater than the first temperature and sufficient to occlude the body vessel, the device being in the resistive mode. a device for positioning in the body vessel, the device having a coil being electrically conductive and positionable adjacent the treatment site, the coil including a resistive part, the resistive part of the coil being configured so that current flowing through the resistive part can cause heating of the resistive part to a temperature greater than body temperature, the device having a return electrode, the device being operable in a radiofrequency mode and a resistive mode; and control unit means adapted for transmitting a radiofrequency signal from the coil to the return electrode to heat the body vessel, the resistive part being at a first temperature, the device being in the radiofrequency mode; detecting at least one change in the coil; and transmitting a current through the coil when the at least one change is detected to heat the resistive part to a second temperature being greater than the first temperature and sufficient to occlude the body vessel, the device being in the resistive mode.
A mobile terminal, comprising: a camera configured to obtain an image; a display unit configured to display the obtained image; a wireless communication unit, and a controller operatively connected to the camera, the wireless communication unit, and the display unit, the controller configured to: determine a photographing direction using an orientation sensor and a GPS sensor; obtain information about a point of purchase and advertisement images belonging to the photographing direction via the wireless communication unit or from information stored in a memory; display the advertisement images about the obtained points of purchase included in the obtained image by overlapping the advertisement images with the obtained image and by adding perspective to the advertisement images, and if a selection signal for one of the displayed advertisement images is received, display the advertisement image corresponding to the selection signal in such a way as to be distinguished from a display of the advertisement image corresponding to the selection signal before receiving the selection signal. a camera configured to obtain an image; a display unit configured to display the obtained image; a wireless communication unit, and a controller operatively connected to the camera, the wireless communication unit, and the display unit, the controller configured to: determine a photographing direction using an orientation sensor and a GPS sensor; obtain information about a point of purchase and advertisement images belonging to the photographing direction via the wireless communication unit or from information stored in a memory; display the advertisement images about the obtained points of purchase included in the obtained image by overlapping the advertisement images with the obtained image and by adding perspective to the advertisement images, and if a selection signal for one of the displayed advertisement images is received, display the advertisement image corresponding to the selection signal in such a way as to be distinguished from a display of the advertisement image corresponding to the selection signal before receiving the selection signal. determine a photographing direction using an orientation sensor and a GPS sensor; obtain information about a point of purchase and advertisement images belonging to the photographing direction via the wireless communication unit or from information stored in a memory; display the advertisement images about the obtained points of purchase included in the obtained image by overlapping the advertisement images with the obtained image and by adding perspective to the advertisement images, and if a selection signal for one of the displayed advertisement images is received, display the advertisement image corresponding to the selection signal in such a way as to be distinguished from a display of the advertisement image corresponding to the selection signal before receiving the selection signal.
- A rail for a false wall with a stretched fabric, intended to be connected to the fabric by means of one or more laces, wherein said rail comprises: one or more areas (15, 26) for attachment to a wall, a slide and lace -receiving elements accommodated in the slide, characterised in that each lace -receiving element is accommodated in the slide by means of a support, wherein said support has a threaded hole passing through it into which said lace-receiving element is screwed, each lace -receiving element being, by means of the associated support on the one hand, slidably mounted with respect to the said slide and, on the other hand, capable of being immobilised with respect to the said slide by complete screwing of the said lace-receiving element into its support, and in that the rail includes a first wing intended to be fixed to a wall and a second wing perpendicular to the first, comprising the slide. one or more areas (15, 26) for attachment to a wall, a slide and lace -receiving elements accommodated in the slide, characterised in that each lace -receiving element is accommodated in the slide by means of a support, wherein said support has a threaded hole passing through it into which said lace-receiving element is screwed, each lace -receiving element being, by means of the associated support on the one hand, slidably mounted with respect to the said slide and, on the other hand, capable of being immobilised with respect to the said slide by complete screwing of the said lace-receiving element into its support, and in that the rail includes a first wing intended to be fixed to a wall and a second wing perpendicular to the first, comprising the slide.
A LIDAR system for detecting a vehicle based on license plate reflectivity, the system comprising: at least one processor configured to: scan an entire field of view of the LIDAR during a single scanning cycle, the single scanning cycle comprising a single scan of the entire field of view, by controlling movement of at least one deflector at which at least one light source is directed; receive, from at least one sensor during the single scanning cycle, signals indicative of light reflected from a particular object in the field of view of the LIDAR; detect, based on time of flight in the signals received during the single scanning cycle, portions of the particular object in the field of view that are similarly spaced from the light source; determine, based on the detected portions, at least a first portion having a first reflectivity corresponding to a license plate, and at least two additional spaced-apart portions corresponding to locations on the particular object other than a location of the first portion, and wherein the at least two additional portions have reflectivity substantially lower than the first reflectivity; and based on a spatial relationship and a reflectivity relationship between the first portion and the at least two additional portions, classify the particular object as a vehicle. scan an entire field of view of the LIDAR during a single scanning cycle, the single scanning cycle comprising a single scan of the entire field of view, by controlling movement of at least one deflector at which at least one light source is directed; receive, from at least one sensor during the single scanning cycle, signals indicative of light reflected from a particular object in the field of view of the LIDAR; detect, based on time of flight in the signals received during the single scanning cycle, portions of the particular object in the field of view that are similarly spaced from the light source; determine, based on the detected portions, at least a first portion having a first reflectivity corresponding to a license plate, and at least two additional spaced-apart portions corresponding to locations on the particular object other than a location of the first portion, and wherein the at least two additional portions have reflectivity substantially lower than the first reflectivity; and based on a spatial relationship and a reflectivity relationship between the first portion and the at least two additional portions, classify the particular object as a vehicle.
A method programmed in a non-transitory memory of a device comprising: generating geometry images from a point cloud; placing the geometry images on a 2D canvas characterized by filling empty spaces on the 2D canvas with a padding method which considers a 3D position of newly added points due to lossy compression of an occupancy map; wherein the padding method comprises a search in a 3D space for a value that, when reconstructed, is as close as possible to the point cloud; wherein the search in the 3D space starts at an initial value which is determined based on depth values of neighboring points that belong to the original point cloud; and wherein the padding method selects the 3D position around the initial 3D position with the smallest 3D distance to the point cloud and fills the empty spaces with the reconstructed value. generating geometry images from a point cloud; placing the geometry images on a 2D canvas characterized by filling empty spaces on the 2D canvas with a padding method which considers a 3D position of newly added points due to lossy compression of an occupancy map; wherein the padding method comprises a search in a 3D space for a value that, when reconstructed, is as close as possible to the point cloud; wherein the search in the 3D space starts at an initial value which is determined based on depth values of neighboring points that belong to the original point cloud; and wherein the padding method selects the 3D position around the initial 3D position with the smallest 3D distance to the point cloud and fills the empty spaces with the reconstructed value.
A primer for ETFE-based coatings comprising an ETFE, a heat-resistant resin, a dispersion medium and a heat-resistant resin-dissolving solvent for dissolving said heat-resistant resin wherein said ETFE has an average particle diameter of 0.1 to 30 μm, the solid matter content ratio between said ETFE and said heat-resistant resin is 40:60 to 80:20 on the mass basis and the heat-resistant resin is at east one resin selected from the group consisting of polyamideimide resins, polyethersulfone and polyimide resins.
A support guide for sewing a decorative topstitch on a seam with a slide fastener, the support guide comprising: a first top surface; a second top surface, the first top surface coplanar with the second top surface and spaced apart from the second top surface by a distance sized to accept the slide fastener; a first planar groove side wall extending downward from the first top surface; a second planar groove side wall extending downward from the second top surface; a groove bottom extending from the first planar groove side wall and the second planar groove side wall; and a front guide, wherein the first planar groove side wall, the second planar groove side wall, and the groove bottom defining a groove between the first top surface and the second top surface, characterized in that the front guide is tapered, a narrow end of the front guide distal from the groove and a wider end of the front guide proximate to the groove. a first top surface; a second top surface, the first top surface coplanar with the second top surface and spaced apart from the second top surface by a distance sized to accept the slide fastener; a first planar groove side wall extending downward from the first top surface; a second planar groove side wall extending downward from the second top surface; a groove bottom extending from the first planar groove side wall and the second planar groove side wall; and a front guide, wherein the first planar groove side wall, the second planar groove side wall, and the groove bottom defining a groove between the first top surface and the second top surface, characterized in that the front guide is tapered, a narrow end of the front guide distal from the groove and a wider end of the front guide proximate to the groove.
Device, comprising: - a main frame; - one or more than one wheel that is associated with the main frame; - supports; - wherein the supports are arranged in a support frame that is movably connected to the main frame; - wherein the support frame comprises a seat sub frame and a leg sub frame; - wherein one of the seat sub frame and the leg sub frame is fixedly hinged relative to the main frame, and wherein the other of the seat sub frame and the leg sub frame is displaceably hinged relative to the main frame; and - a transformation mechanism associated with the main frame and configured to convert the device between a planar support state and an angled support state, wherein supports enclose an angle (α) to define a seat and backing support, and vice versa; characterized in that, in the angled support state, the leg sub frame is extended to beyond its hinge (17") relative to the main frame and comprises a set of wheels at the free end of the extended leg sub frame, wherein the extended leg sub frame is configured to provide a sturdy wheel base in the angled support state to define a wheel chair mode. - a main frame; - one or more than one wheel that is associated with the main frame; - supports; - wherein the supports are arranged in a support frame that is movably connected to the main frame; - wherein the support frame comprises a seat sub frame and a leg sub frame; - wherein one of the seat sub frame and the leg sub frame is fixedly hinged relative to the main frame, and wherein the other of the seat sub frame and the leg sub frame is displaceably hinged relative to the main frame; and - a transformation mechanism associated with the main frame and configured to convert the device between a planar support state and an angled support state, wherein supports enclose an angle (α) to define a seat and backing support, and vice versa;
A method of controlling a function of a mobile communication device by a remote unit that is distanced from the mobile communication device, the method comprising the steps of: receiving, at the mobile communication device, user input identifying a user selected function of the mobile communication device; receiving, at the mobile communication device, a control signal from the remote unit corresponding to a user selected control on the remote unit; and characterized by: executing, at the mobile communication device, a mapping function to associate said user selected function with the control signal; and thereafter receiving said control signal from the remote unit and performing the user selected function at the mobile communication device responsive to said control signal. receiving, at the mobile communication device, user input identifying a user selected function of the mobile communication device; receiving, at the mobile communication device, a control signal from the remote unit corresponding to a user selected control on the remote unit; and characterized by: executing, at the mobile communication device, a mapping function to associate said user selected function with the control signal; and thereafter receiving said control signal from the remote unit and performing the user selected function at the mobile communication device responsive to said control signal. executing, at the mobile communication device, a mapping function to associate said user selected function with the control signal; and thereafter receiving said control signal from the remote unit and performing the user selected function at the mobile communication device responsive to said control signal.
An unmanned aerial vehicle comprising: a fuselage that extends along a longitudinal axis; a releasably couplable wing; a motor; a motor boom configured to support the motor, wherein the motor boom is configured to be swivelled and/or rotated relative to the fuselage and/or relative to the releasably couplable wing; a wing support frame extending from the fuselage and along a wingspan of the unmanned aerial vehicle, the wing support frame having distal ends to support: the releasably couplable wing, the releasably couplable wing to extend along the wingspan when coupled to the wing support frame, and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle; and a releasably couplable tail boom, wherein the tail boom supports a combined rudder-elevator, and wherein the combined rudder-elevator swivels relative to the tail boom. a fuselage that extends along a longitudinal axis; a releasably couplable wing; a motor; a motor boom configured to support the motor, wherein the motor boom is configured to be swivelled and/or rotated relative to the fuselage and/or relative to the releasably couplable wing; a wing support frame extending from the fuselage and along a wingspan of the unmanned aerial vehicle, the wing support frame having distal ends to support: the releasably couplable wing, the releasably couplable wing to extend along the wingspan when coupled to the wing support frame, and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle; and the releasably couplable wing, the releasably couplable wing to extend along the wingspan when coupled to the wing support frame, and the motor boom such that the motor boom extends parallel to the longitudinal axis and supports the motor such that the motor is oriented to generate lift for the unmanned air vehicle; and a releasably couplable tail boom, wherein the tail boom supports a combined rudder-elevator, and wherein the combined rudder-elevator swivels relative to the tail boom.
Method for determining the inductance L of an electrical component, wherein a high-current pulse is generated in an excitation step and is guided through the electrical component, wherein in a measuring step, electrical properties of the electrical component are measured over a measurement period, wherein in an evaluation step, the inductance L of the electrical component is determined from the measured electrical properties, wherein in the measuring step a voltage drop U across the electrical component and a reference voltage drop U R across the reference component, which has a known reference inductance L R and is connected in series with the electrical component, are measured, and wherein in the evaluation step, the inductance L of the electrical component is calculated as the product of the reference inductance L R with a proportionality factor that is dependent on the measured voltage drop U and the measured reference voltage drop U R.
A pharmaceutical composition comprising: (a) a liquid carrier consisting essentially of water and at least 20% of ethanol; and (b) sildenafil citrate dissolved in said liquid carrier at a concentration of at least 7 mg/ml. (a) a liquid carrier consisting essentially of water and at least 20% of ethanol; and (b) sildenafil citrate dissolved in said liquid carrier at a concentration of at least 7 mg/ml.
Enamelled container or other enamelled component having an internal volume, having an internal space for receiving fluid media, comprising a container wall which separates the internal space from the surroundings, and having a wall inner side facing toward the internal space, comprising at least one connecting piece guided through the container wall, said connecting piece comprising an annular neck extension of the container wall and forming an opening from the internal space into the surroundings, and comprising a fitting part which is configured fittingly for installation into the opening of the connecting piece, wherein the connecting piece has a conical portion which, in the direction toward the internal space of the container, forms a tapered internal surface toward the opening, and wherein the fitting part has a conical region with an outer surface which has the same inclination as the conical region of the connecting piece and, following the insertion of the fitting part, forms a seal with the conical portion of the connecting piece, characterised in that, following the insertion of the fitting part, the outer surface of the fitting part exactly abuts against the tapered internal surface of the conical portion of the connecting piece and forms a static and dead-space-free seal.