mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration appliance with a housing (1,2) and a dispensing device arranged on a front face of the housing (1, 2) for a free-flowing or pourable refrigerated product, and a sleeve, through which the dispensing device is accessible, is arranged protruding beyond the front face and is surrounded by a peripheral frame that protrudes beyond the sleeve, characterised in that the frame and the front face delimit a groove running around the sleeve, in which groove a decorative plate engages.
A speckle dampening system for dampening speckle on a projection screen for a projection display system, said projection display system comprising coherent light sources, said system comprising: a set of actuators (104, 104b), each said actuator capable of emitting a vibration of a set of desired frequencies; and a set of rotatably coupled mounts, each of said set of rotatably coupled mount capable of mounting at least one said actuator, each of said set of rotatably coupled mount comprising a first support portion, said first support portion comprising a first length that is substantially longer than the range of motion of the screen, said first length having opposing first and second ends, said first support portion capable of mounting at least one said actuator at the first end of said first length, a second support portion, said second support portion capable of maintaining a substantially stable frame for said first support portion, and a pivot (204, 704, 804), said pivot mechanically mating said second support portion to the second end of said first length of said first support portion, wherein said at least one actuator mounted on said rotatably coupled mount is in moveable mechanical communication with said projection screen. a set of actuators (104, 104b), each said actuator capable of emitting a vibration of a set of desired frequencies; and a set of rotatably coupled mounts, each of said set of rotatably coupled mount capable of mounting at least one said actuator, each of said set of rotatably coupled mount comprising a first support portion, said first support portion comprising a first length that is substantially longer than the range of motion of the screen, said first length having opposing first and second ends, said first support portion capable of mounting at least one said actuator at the first end of said first length, a second support portion, said second support portion capable of maintaining a substantially stable frame for said first support portion, and a pivot (204, 704, 804), said pivot mechanically mating said second support portion to the second end of said first length of said first support portion, wherein said at least one actuator mounted on said rotatably coupled mount is in moveable mechanical communication with said projection screen.
Method for depicting a curve profile, in particular a road profile, on a display device with an adjustable scale of depiction, in particular in a motor vehicle, wherein the curve profile is divided in a database, in particular a digital road map, into successive segments (4, 5, 6, 7) that have associated interpolation points (8, 9, 10, 12, 14, 21, 22, 23) and for which a piece of information about a respective geometric shape of a segment (4, 5, 6, 7) is stored, in which - the curve profile is reconstructed by connecting at least one subset of the interpolation points (8, 9, 10, 12, 14, 21, 22, 23) in a straight line while the scale of depiction is smaller than a prescribed limit scale, and - the curve profile is otherwise computed on the basis of the stored information about the geometric shapes of the segments (4, 5, 6, 7) and the position of the respectively associated interpolation points (8, 9, 10, 12, 14, 21, 22, 23), the geometric shapes comprising straight lines, arcs and clothoids; and wherein the curve profile is depicted on the display device with an adjustable scale of depiction. - the curve profile is reconstructed by connecting at least one subset of the interpolation points (8, 9, 10, 12, 14, 21, 22, 23) in a straight line while the scale of depiction is smaller than a prescribed limit scale, and - the curve profile is otherwise computed on the basis of the stored information about the geometric shapes of the segments (4, 5, 6, 7) and the position of the respectively associated interpolation points (8, 9, 10, 12, 14, 21, 22, 23), the geometric shapes comprising straight lines, arcs and clothoids; and
Steering group of a motor vehicle comprising - a front frame fitted with a steering tube rotatably housing a steering shaft or pin, which rotates around a steering axis (X-X), - the front frame being fitted with an upright integral with said steering tube, - the front frame comprising a steering bracket, joined in rotation with the steering shaft, where - the steering group comprises elastic return means which elastically influence the steering shaft to position itself centrally with respect to the front frame, said elastic return means being placed and mechanically connected between the upright and the steering bracket in order to exert an elastic return action when the steering shaft rotates with respect to said central symmetrical position, characterised in that such elastic return means have a regressive trend elastic response, wherein the stiffness of the elastic return means decreases as the displacement of the steering shaft from said central position increases, wherein said elastic return means comprise a first attachment point of the elastic return means to the steering bracket and a second attachment point to the upright of the elastic return means, wherein the elastic return means comprise a sheath and a piston provided with a stem sliding with respect to a seat delimited by said sheath, the piston and the sheath being each integral with one of said attachment points (48,52) and wherein between the stem and the seat at least one spring is interposed so that the centre-to-centre distance or distance between the attachment points (48,52) is variable as a function of the compression of said spring, wherein the sheath creates an outer casing of closure and stiffening for the elastic return means. - a front frame fitted with a steering tube rotatably housing a steering shaft or pin, which rotates around a steering axis (X-X), - the front frame being fitted with an upright integral with said steering tube, - the front frame comprising a steering bracket, joined in rotation with the steering shaft, where - the steering group comprises elastic return means which elastically influence the steering shaft to position itself centrally with respect to the front frame, said elastic return means being placed and mechanically connected between the upright and the steering bracket in order to exert an elastic return action when the steering shaft rotates with respect to said central symmetrical position, characterised in that such elastic return means have a regressive trend elastic response, wherein the stiffness of the elastic return means decreases as the displacement of the steering shaft from said central position increases,
A method implemented in a user equipment, UE, the UE configured to be operatively connected to a public land mobile network, PLMN, the PLMN comprising a number of network partitions (608, 610), wherein the number of network partitions is a number of logical partitions of the PLMN used for at least one of resource allocation, isolation, operational efficiencies, optimization and business relevance, and wherein each of the network partitions includes one or more network nodes or functions, the method comprising connecting to an evolved Packet Data Gateway, ePDG (612, 614), located in a desired network partition by: connecting (702, 802) to a WLAN access point; constructing (704, 804) a domain name for the PLMN which is a packet system network, the domain name including network partition information associated with the desired network partition of the packet system network, wherein the constructed domain name is a fully qualified domain name, FQDN; transmitting (706, 806), to a server, via the WLAN access point, the constructed domain name; receiving, from the server, at least one address corresponding to a network node associated with the network partition information, wherein the at least one address is an IP address of the ePDG (612, 614) in the desired partition of the packet system network; sending an authentication request to the ePDG, wherein the authentication request comprises the network partition information; and setting up an IP Security, IPsec, tunnel with the ePDG. connecting (702, 802) to a WLAN access point; constructing (704, 804) a domain name for the PLMN which is a packet system network, the domain name including network partition information associated with the desired network partition of the packet system network, wherein the constructed domain name is a fully qualified domain name, FQDN; transmitting (706, 806), to a server, via the WLAN access point, the constructed domain name; receiving, from the server, at least one address corresponding to a network node associated with the network partition information, wherein the at least one address is an IP address of the ePDG (612, 614) in the desired partition of the packet system network; sending an authentication request to the ePDG, wherein the authentication request comprises the network partition information; and setting up an IP Security, IPsec, tunnel with the ePDG.
Trench unit comprising at least two trench subunits, wherein the trench subunits each comprise a base wall and a plurality of hollow columns (18, 20), wherein the columns (18, 20) taper in a direction away from the base wall, i.e. from their base end (18a, 20a) towards their tip end (18b, 20b), preferably tapering conically, wherein the columns (18, 20) are connected in one single piece to the base wall, while the interspaces between adjacent columns (18, 20) are otherwise free from elements connecting the latter and are particularly free from connecting walls, and wherein the trench unit furthermore comprises at least one lateral end member which is adapted permeable to fluid, characterized in that the lateral end member is laterally only supported by the base walls of the two trench subunits inversely oriented to one another, wherein the lateral end member is free from any lateral contact to the columns (18, 20) of the trench subunits, and in that the relative storage volume of the trench unit, i.e. the relation between the volume of the trench unit usable for water storage and the total volume of the trench unit has a value of more than 90%.
A system for tracking movement of an eye, comprising: a camera system configured to generate a plurality of images of the eye; a computer system comprising: a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator (40,42,44,46) that indicates the orientation of the eye relative to the at least one alert point of the tracking range. a camera system configured to generate a plurality of images of the eye; a computer system comprising: a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator (40,42,44,46) that indicates the orientation of the eye relative to the at least one alert point of the tracking range. a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator (40,42,44,46) that indicates the orientation of the eye relative to the at least one alert point of the tracking range. track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator (40,42,44,46) that indicates the orientation of the eye relative to the at least one alert point of the tracking range.
A cable system comprising: a) a cable for connecting a base device and a travelling body, and for at least transmitting a signal; b) a reel device mountable on the travelling body, the reel device including a reel for reeling the cable, a motor for driving the reel, and a rotation sensor for outputting information about rotation of the reel; c) a speed sensor for outputting information about a travelling speed of the travelling body; and d) a motor controller for controlling the motor of the reel device, wherein the motor controller judges a rotational direction of the reel based on the information from the rotation sensor, and when the judgement is made that the reel is rotating in a direction of unreeling the cable, the motor controller basically makes the motor free, and when the judgement is made that the reel is rotating in a direction of reeling the cable, the motor controller basically drives the motor to apply a rotational torque in the reeling direction to the reel, and wherein, even in a state where the reel is rotating in the unreeling direction, if an unreeling speed of the cable from the reel based on the output information from the rotation sensor exceeds the travelling speed of the travelling body based on the information from the speed sensor, the motor controller drives the motor to apply the rotational torque in the reeling direction to the reel. a) a cable for connecting a base device and a travelling body, and for at least transmitting a signal; b) a reel device mountable on the travelling body, the reel device including a reel for reeling the cable, a motor for driving the reel, and a rotation sensor for outputting information about rotation of the reel; c) a speed sensor for outputting information about a travelling speed of the travelling body; and d) a motor controller for controlling the motor of the reel device,
A circuit for measuring variations of a power supply voltage of an electronic circuit, between a first terminal of application of a supply potential VDD and a second terminal defining a reference potential, comprising: a regulator comprising one or several resistors in series with one or several diodes between the first and second terminals, the diodes being oriented with their cathode towards the second terminal; and the mid-point between the resistors and the diodes providing a reference value (Vreg) correspond to a clipped value of the power supply voltage; and an analog-to-digital converter of a difference between a value (Vmeas) proportional to the power supply voltage and said reference value (Vreg), outputs of the analog-to-digital converter provide at least one first signal constituting a first result (RESULT) representative of variations of the power supply voltage, the first signal being further processed by at least one delay element having an output providing a second result (DRESULT). a regulator comprising one or several resistors in series with one or several diodes between the first and second terminals, the diodes being oriented with their cathode towards the second terminal; and the mid-point between the resistors and the diodes providing a reference value (Vreg) correspond to a clipped value of the power supply voltage; and an analog-to-digital converter of a difference between a value (Vmeas) proportional to the power supply voltage and said reference value (Vreg), outputs of the analog-to-digital converter provide at least one first signal constituting a first result (RESULT) representative of variations of the power supply voltage, the first signal being further processed by at least one delay element having an output providing a second result (DRESULT).
A control device for providing a fluidic signal to a medical infusion apparatus, the device comprising: (a) a housing (37, 38); (b) a pressure control sheet comprising at least two projections (55, 56), wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber, wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and (c) a first fluid conduit member in fluid-flow communication with the first chamber and a second fluid conduit member in fluid-flow communication with the second chamber, wherein, in use, a first input from a user changes the fluid pressure within the first chamber which causes movement of fluid through the first fluid conduit member to provide a first fluidic signal, and a second input from a user changes the fluid pressure within the second chamber which causes movement of fluid through the second fluid conduit member to provide a second fluidic signal. (a) a housing (37, 38); (b) a pressure control sheet comprising at least two projections (55, 56), wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber, wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and wherein the pressure control sheet is formed from a deformable and resilient material, and wherein the pressure control sheet is secured to and forms a seal with the housing such that the housing and the at least two projections together define a first chamber and a second chamber, wherein the second chamber is independent of the first chamber, wherein the pressure control sheet is arranged so that the fluid pressure within each chamber can be changed upon input from a user; and (c) a first fluid conduit member in fluid-flow communication with the first chamber and a second fluid conduit member in fluid-flow communication with the second chamber,
An arrangement comprising a drawer wall and a wall element set onto the drawer wall in a mounted position, the drawer wall comprising: - an opening arranged on a shell surface of the drawer wall, - a movably supported cover portion configured to cover the opening in a closed position and to unblock the opening in an open position, - a spring element to pre-stress the cover portion in an operating direction of the spring element toward the closed position, wherein the cover portion is arranged so as to be stationary in a direction parallel to the shell surface and is movably supported in a direction approximately perpendicular to the shell surface against the operating direction of the spring element, characterized in that the cover portion is arranged within the drawer wall in all operating positions, and wherein the wall element is formed by a bent metal profile or by a decorative plate, preferably made of glass, wood, plastic, stone or ceramics. - an opening arranged on a shell surface of the drawer wall, - a movably supported cover portion configured to cover the opening in a closed position and to unblock the opening in an open position, - a spring element to pre-stress the cover portion in an operating direction of the spring element toward the closed position, wherein the cover portion is arranged so as to be stationary in a direction parallel to the shell surface and is movably supported in a direction approximately perpendicular to the shell surface against the operating direction of the spring element,
A borehole curvature logging system that comprises: a drill string having a bottomhole assembly with sensors providing actual deformation and bending moment measurements as a function of BHA position at spaced-apart intervals on the BHA; a processing system that retrieves said actual measurements and responsively generates a log of borehole curvature by: providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log. a drill string having a bottomhole assembly with sensors providing actual deformation and bending moment measurements as a function of BHA position at spaced-apart intervals on the BHA; a processing system that retrieves said actual measurements and responsively generates a log of borehole curvature by: providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log. providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log.