mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a personalized electronic diary for a user of a wireless device, the method being performed by one or more processors of the wireless device and comprising: detecting a motion of the wireless device; in response to detecting the motion, initiating a timer and receiving location information of the wireless device from a global positioning system, GPS, receiver; determining, at least in part, from the motion and the location information, a related activity of the user in using the wireless device; monitoring for a cessation of the motion of the wireless device, wherein the cessation of the motion corresponds to an end to the related activity, and wherein cessation of the motion causes the timer to cease; selectively updating the personalized electronic diary by: making a determination, based at least in part on the determined related activity, whether to update the personalized electronic diary with a personalized diary entry corresponding to the related activity; updating the personalized electronic diary, based on the determination, by generating the personalized diary entry that identifies the related activity of the user and an elapsed time of the related activity; and displaying the personalized diary entry as part of the personalized electronic diary on a display of the wireless device. detecting a motion of the wireless device; in response to detecting the motion, initiating a timer and receiving location information of the wireless device from a global positioning system, GPS, receiver; determining, at least in part, from the motion and the location information, a related activity of the user in using the wireless device; monitoring for a cessation of the motion of the wireless device, wherein the cessation of the motion corresponds to an end to the related activity, and wherein cessation of the motion causes the timer to cease; selectively updating the personalized electronic diary by: making a determination, based at least in part on the determined related activity, whether to update the personalized electronic diary with a personalized diary entry corresponding to the related activity; updating the personalized electronic diary, based on the determination, by generating the personalized diary entry that identifies the related activity of the user and an elapsed time of the related activity; and making a determination, based at least in part on the determined related activity, whether to update the personalized electronic diary with a personalized diary entry corresponding to the related activity; updating the personalized electronic diary, based on the determination, by generating the personalized diary entry that identifies the related activity of the user and an elapsed time of the related activity; and displaying the personalized diary entry as part of the personalized electronic diary on a display of the wireless device.
A vehicle comprising an image display system, the image display system comprising a display, a camera mounted on the vehicle, and an apparatus comprising circuitry configured to control an opening and closing motion of a window of the vehicle based on a display state of the display that is configured to display on the window an image captured by the camera; wherein the image display system further comprises a sensor; characterised in that the circuitry is further configured to control at least one of (i) brightness of the image displayed by the display, (ii) contrast of the image displayed by the display, (iii) a reflectance of a semi-transmissive reflection material disposed within a region of the window, or (iv) a display configuration of a plurality of images captured by a plurality of cameras mounted on the vehicle, on the basis of a detection result of the sensor; wherein the circuitry is further configured to set the brightness or the contrast of the image higher than a usual set value, in response to the sensor detecting a head motion or a sight line movement of a driver of the vehicle; and wherein the circuitry is further configured such that, when the sensor does not detect a head motion or a sight line movement of a driver of the vehicle for a certain period, the circuitry sets the brightness or the contrast of the image lower than the usual set value. comprising a display, a camera mounted on the vehicle, and an apparatus comprising circuitry configured to control an opening and closing motion of a window of the vehicle based on a display state of the display that is configured to display on the window an image captured by the camera; wherein the image display system further comprises a sensor; characterised in that the circuitry is further configured to control at least one of (i) brightness of the image displayed by the display, (ii) contrast of the image displayed by the display, (iii) a reflectance of a semi-transmissive reflection material disposed within a region of the window, or (iv) a display configuration of a plurality of images captured by a plurality of cameras mounted on the vehicle, on the basis of a detection result of the sensor; wherein the circuitry is further configured to set the brightness or the contrast of the image higher than a usual set value, in response to the sensor detecting a head motion or a sight line movement of a driver of the vehicle; and wherein the circuitry is further configured such that, when the sensor does not detect a head motion or a sight line movement of a driver of the vehicle for a certain period, the circuitry sets the brightness or the contrast of the image lower than the usual set value.
Beverage preparation device, in particular coffee machine, having a first outlet and a second outlet which are preferably connected to a common supply line, as well as having adjustment means for adjusting the distance between the first and the second outlet, characterized in that the adjustment means comprise a first guidance slide track, and in that the first outlet adjustable along a first movement track is coupled to first gripping means adjustable along the first guidance slide track via first coupling means, and in that the first guidance slide track defines at least two different first holding positions for the first gripping means and therefore first stopping positions, which, due to the coupling, correspond to the first holding positions for the first outlet along the first movement track thereof, and in that spring means are assigned to the first gripping means, which are configured and arranged in such a way that they apply the first gripping means with a spring force into the respective holding position, and in that the adjustment means comprise a second guidance slide track, and in that the second outlet adjustable along a second movement track is coupled to second gripping means adjustable along the second guidance slide track via second coupling means, and in that the second guidance slide track defines at least two different second holding positions for the second gripping means and therefore second stopping positions, which, due to the coupling, correspond to the second holding positions, for the second outlet along the second movement track thereof, and in that spring means are assigned to the second gripping means, the spring means being configured and arranged in such a way, as to apply the second gripping means with a spring force into the respective holding position.
A method for preparing a primary preform for an optical fiber by etching and collapsing a deposited tube, said deposited tube being a tube comprising or being made of vitrified silica layers, wherein at least some of the vitrified silica layers comprise a dopant, the method comprising the steps of * mounting a deposited tube on a lathe and introducing the deposited tube into a central aperture of a furnace mounted on the lathe wherein the furnace and the deposited tube are movable in axial direction with respect to each other; * creating within the furnace a hot zone that moves in translation back and forth over the length of the deposited tube during one or more cycles wherein: - during at least one cycle at least part of the outside of the deposited tube is etched by supplying a fluorine-containing etching gas to the annular region between the deposited tube and the central aperture of the furnace; and - during at least one cycle the deposited tube is collapsed; in order to obtain a primary preform. * mounting a deposited tube on a lathe and introducing the deposited tube into a central aperture of a furnace mounted on the lathe wherein the furnace and the deposited tube are movable in axial direction with respect to each other; * creating within the furnace a hot zone that moves in translation back and forth over the length of the deposited tube during one or more cycles wherein: - during at least one cycle at least part of the outside of the deposited tube is etched by supplying a fluorine-containing etching gas to the annular region between the deposited tube and the central aperture of the furnace; and - during at least one cycle the deposited tube is collapsed; - during at least one cycle at least part of the outside of the deposited tube is etched by supplying a fluorine-containing etching gas to the annular region between the deposited tube and the central aperture of the furnace; and - during at least one cycle the deposited tube is collapsed;
Modular testing system for the automated testing of different variants of cable harnesses, comprising - a plurality of transport devices which are configured to pick up and transport the respective cable harnesses arranged on building boards; - different variants of contour holders being attachable to the transport devices for picking up different variants of connectors of the cable harnesses; - at least one testing device having a plurality of test terminals for the indirect connection of the testing device to respective connector outputs of the connectors of the cable harnesses; - different variants of adapters for connecting the testing device to the different variants of the connectors of the cable harnesses, having a respectively variant-specific input for producing a plug connection to the respective connector outputs of the variants of the connectors, and having a respective output for producing a plug connection to the test terminals of the testing device; - at least one adapter carrier to which the different variants of the adapters are attachable at various positions of the adapter carrier in a manner specific to the cable harness. - a plurality of transport devices which are configured to pick up and transport the respective cable harnesses arranged on building boards; - different variants of contour holders being attachable to the transport devices for picking up different variants of connectors of the cable harnesses; - at least one testing device having a plurality of test terminals for the indirect connection of the testing device to respective connector outputs of the connectors of the cable harnesses; - different variants of adapters for connecting the testing device to the different variants of the connectors of the cable harnesses, having a respectively variant-specific input for producing a plug connection to the respective connector outputs of the variants of the connectors, and having a respective output for producing a plug connection to the test terminals of the testing device; - at least one adapter carrier to which the different variants of the adapters are attachable at various positions of the adapter carrier in a manner specific to the cable harness.
A method, for use in a base station (110a-c; 210a-c) of a wireless communication network (100; 200), for determining whether a wireless device (120a; 120b; 120c; 220) is aerial, the method comprising: - communicating with the wireless device (120a; 120b; 120c; 220) to instruct to report one or more metrics of wireless device parameters; - receiving from the wireless device (120a; 120b; 120c; 220) a report of the metrics; and characterized by that the method further comprising: - comparing the reported metrics to terrestrial metrics to determine whether the wireless device (120a; 120b; 120c; 220) is aerial, wherein said metrics reported by the wireless device (120a; 120b; 120c; 220) include an estimation of Time-of-Arrival, ToA, of the wireless device (120a; 120b; 120c; 220) to the base station. - communicating with the wireless device (120a; 120b; 120c; 220) to instruct to report one or more metrics of wireless device parameters; - receiving from the wireless device (120a; 120b; 120c; 220) a report of the metrics; and - comparing the reported metrics to terrestrial metrics to determine whether the wireless device (120a; 120b; 120c; 220) is aerial, wherein said metrics reported by the wireless device (120a; 120b; 120c; 220) include an estimation of Time-of-Arrival, ToA, of the wireless device (120a; 120b; 120c; 220) to the base station.
A door for selectively blocking and unblocking a doorway of a wall, the door comprising: a first track (16, 16a); a second track (16, 16b); a retainer to be borne by the first track (16, 16a); a curtain to extend laterally between the first track (16, 16a) and the second track (16, 16b), the curtain having a leading edge selectively movable between a closed position and an open position, the door blocking the doorway when the leading edge is at the closed position, the door unblocking the doorway when the leading edge is at the open position, the curtain being selectively movable between a breakaway state and a normal state; a primary projection to be borne by the curtain, the primary projection to be in guiding engagement with the retainer within the first track (16, 16a) when the leading edge is at the closed position while the curtain is in the normal state, the primary projection to be dislodged from the first track (16, 16a) when the curtain is in the breakaway state; and a secondary projection to be borne by the curtain, the secondary projection arranged to travel outside of an alignment guide associated with the first track (16, 16a) when the leading edge is traveling between the open position and the closed position while the curtain is in the normal state; characterized in that: the alignment guide is both vertically and horizontally offset relative to the retainer, and the alignment guide is arranged vertically higher than the retainer; a first track (16, 16a); a second track (16, 16b); a retainer to be borne by the first track (16, 16a); a curtain to extend laterally between the first track (16, 16a) and the second track (16, 16b), the curtain having a leading edge selectively movable between a closed position and an open position, the door blocking the doorway when the leading edge is at the closed position, the door unblocking the doorway when the leading edge is at the open position, the curtain being selectively movable between a breakaway state and a normal state; a primary projection to be borne by the curtain, the primary projection to be in guiding engagement with the retainer within the first track (16, 16a) when the leading edge is at the closed position while the curtain is in the normal state, the primary projection to be dislodged from the first track (16, 16a) when the curtain is in the breakaway state; and a secondary projection to be borne by the curtain, the secondary projection arranged to travel outside of an alignment guide associated with the first track (16, 16a) when the leading edge is traveling between the open position and the closed position while the curtain is in the normal state; characterized in that: the alignment guide is both vertically and horizontally offset relative to the retainer, and the alignment guide is arranged vertically higher than the retainer; the alignment guide is both vertically and horizontally offset relative to the retainer, and the alignment guide is arranged vertically higher than the retainer;
Device for measuring firing regime and/or cyclic rate of fire for any type of weapon, comprising: - a self-powered system capable of recovering the energy from firing, - at least one RC accumulator network comprising a capacitor and a resistor in parallel, - an element measuring the voltage at the terminals of the capacitor, - an electronic device capable of calculating the cyclic rate of fire and/or the firing regime from the value measured by the element for measuring the difference in potential, the self-powered system being arranged so as to charge said capacitor upon each firing, characterised in that the self-powered system is configured so as to either inject a predetermined constant charge upon each firing, or impose a constant difference in potential at the terminals of the capacitor upon each firing. - a self-powered system capable of recovering the energy from firing, - at least one RC accumulator network comprising a capacitor and a resistor in parallel, - an element measuring the voltage at the terminals of the capacitor, - an electronic device capable of calculating the cyclic rate of fire and/or the firing regime from the value measured by the element for measuring the difference in potential, the self-powered system being arranged so as to charge said capacitor upon each firing, characterised in that the self-powered system is configured so as to either inject a predetermined constant charge upon each firing, or impose a constant difference in potential at the terminals of the capacitor upon each firing.
A method for recognising shapes, comprising at least one pre-processing mechanism decomposing a source signal into elementary components called atoms, and a recognition mechanism based on the result of the decomposition carried out by said preprocessing mechanism, said method being characterised in that said source signal comprises N dimensions, said mechanism jointly processing a plurality of dimensions of said source signal and comprising at least: - one learning phase resulting in a set of signals called cores and made up of indexed samples, said cores being adapted so as to minimise a cost function corresponding to the opposite of the logarithm of the likelihood function of the signal as a function of the set of cores; - one coding phase allowing said source signal to be decomposed into atoms, said atoms being generated by shifts and rotations of the cores found during said learning phase and thus being made up of a core, a shift index and a rotation factor, each of said atoms being associated with a decomposition coefficient (α i). - one learning phase resulting in a set of signals called cores and made up of indexed samples, said cores being adapted so as to minimise a cost function corresponding to the opposite of the logarithm of the likelihood function of the signal as a function of the set of cores; - one coding phase allowing said source signal to be decomposed into atoms, said atoms being generated by shifts and rotations of the cores found during said learning phase and thus being made up of a core, a shift index and a rotation factor, each of said atoms being associated with a decomposition coefficient (α i).
An absorbent textile composite material for decontaminating the skin, comprising a flexible carrier layer and an active layer connected with the carrier layer, the active layer comprising a nanofiber nonwoven filled with a superabsorbent, activated carbon, aluminum oxide or an ionic exchange resin to absorb and retain noxious substances from the skin, wherein the nanofibers of the nanofiber nonwoven have a fiber diameter of from 0.001 μm to 10 μm, and wherein at least one of the carrier layer and the active layer stimulates the production of sweat by the skin to flush the noxious substances out of the skin.
A stopper storage case suitable for storing in parallel a plurality of stoppers each formed as a cylinder in which a drill, used in dental implant treatment to bore a dental implant fixture embedding hole in the jawbone, is to be fitted first at the free end of the blade (Xa) thereof, the stopper including a spring-like engagement portion (Yb) which is to be engaged on a projecting flange (Xc) provided on a shank (Xb) of the drill to thereby define a penetration depth of the drill, the stopper storage case having: openings formed therein at one end thereof, each being large enough to allow the spring-like engagement portion (Yb) of the stopper to pass; drill blade insertion paths formed at the other end thereof to be open at the top thereof, each being large enough to allow the blade (Xa) of the drill to pass; concave parts formed therein extending from the respective opening to the drill blade insertion path and being capable of storing stoppers different in length from each other respectively; characterized by a protrusion formed in each of the concave parts to be engaged in a groove (Yc) formed in the outer peripheral surface of the stopper; and stopper holding overhangs formed at the top of each concave part and which are elastic enough not to interfere with insertion of the stopper from above into the concave part and removal of the stopper from inside the concave part to above. openings formed therein at one end thereof, each being large enough to allow the spring-like engagement portion (Yb) of the stopper to pass; drill blade insertion paths formed at the other end thereof to be open at the top thereof, each being large enough to allow the blade (Xa) of the drill to pass; concave parts formed therein extending from the respective opening to the drill blade insertion path and being capable of storing stoppers different in length from each other respectively; characterized by a protrusion formed in each of the concave parts to be engaged in a groove (Yc) formed in the outer peripheral surface of the stopper; and stopper holding overhangs formed at the top of each concave part and which are elastic enough not to interfere with insertion of the stopper from above into the concave part and removal of the stopper from inside the concave part to above.
A hearing device, configured to be attached to or inserted into an ear of a user, when the hearing device is in normal use, the hearing device comprising a battery arrangement, comprising a case for an accumulator, wherein the case comprises a case bottom and a case top configured as a lid for the case bottom, wherein a main chamber is defined within the case for receiving the accumulator, wherein a pre-chamber is defined within the case adjacent the main chamber, wherein a wiring or printed circuit board is electrically connected to the accumulator and led through the pre-chamber out of the case, wherein the pre-chamber is filled with a filling material.
A heel unit for a ski binding, having an electrical adjusting device for changing the height of a boot support, wherein the adjusting device comprises a gear and boot support surfaces (6; 7; 1; 53; 54; 55) at different heights, characterized in that the gear is configured to successively rotate a plurality of boot supports arranged about an axis perpendicular to the surface of a ski into a position under a ski boot.