mhurhangee/ep-ind-claims huggingface dataset:
An image display apparatus comprising: a display including a first electrode (REa) and a second electrode (REb), for wireless power reception; a signal processor disposed apart from the display, and including a third electrode (TEa) and a fourth electrode (TEb), for wireless power transmission; and a first bridge electrode (BRa) and a second bridge electrode (BRb), including one ends apart from the first electrode (REa) and the second electrode (REb), facing the first electrode (REa) and the second electrode (REb), and the other ends apart from the third electrode (TEa) and the fourth electrode (TEb), facing the third electrode (TEa) and the fourth electrode (TEb); characterized in that the display calculates required power according to luminance information about an image to be displayed, and wherein when required power is equal to or greater than a predetermined first value, the display transmits required power information to the signal processor, and receives boosted first power in correspondence with the required power from the signal processor. a display including a first electrode (REa) and a second electrode (REb), for wireless power reception; a signal processor disposed apart from the display, and including a third electrode (TEa) and a fourth electrode (TEb), for wireless power transmission; and a first bridge electrode (BRa) and a second bridge electrode (BRb), including one ends apart from the first electrode (REa) and the second electrode (REb), facing the first electrode (REa) and the second electrode (REb), and the other ends apart from the third electrode (TEa) and the fourth electrode (TEb), facing the third electrode (TEa) and the fourth electrode (TEb); characterized in that the display calculates required power according to luminance information about an image to be displayed, and wherein when required power is equal to or greater than a predetermined first value, the display transmits required power information to the signal processor, and receives boosted first power in correspondence with the required power from the signal processor.
A multi-staged lighting device (1, 39, 40) for generating a polarized multi-colored light beam, comprising: two or more light concentrators (5, 15, 26, 38) arranged in a sequence, each light concentrator (5, 15, 26, 38) having a wavelength converter (8, 19, 32) configured to convert exciting light entering the light concentrator (5, 15, 26, 38) to light having a longer wavelength, and at least one polarizing beam splitter (10, 27) each located between two consecutive light concentrators configured to split converted light coupled out from an upstream light concentrator (5, 15, 26, 38) into two light beams having different polarizations, one of the light beams being transmitted to the downstream, different light concentrator (5, 15, 26, 38) and the other light beam being directed to form a color component of the polarized multi-colored light beam, wherein light converted by wavelength converters (8, 19, 32) of different light concentrators (5, 15, 26, 38) has different wavelengths, and wherein the light concentrators (5, 15, 26, 38) are arranged in order of increasing wavelength of the converted light, each light concentrator being arranged to receive light from at least one exciting light source (2, 17). two or more light concentrators (5, 15, 26, 38) arranged in a sequence, each light concentrator (5, 15, 26, 38) having a wavelength converter (8, 19, 32) configured to convert exciting light entering the light concentrator (5, 15, 26, 38) to light having a longer wavelength, and at least one polarizing beam splitter (10, 27) each located between two consecutive light concentrators configured to split converted light coupled out from an upstream light concentrator (5, 15, 26, 38) into two light beams having different polarizations, one of the light beams being transmitted to the downstream, different light concentrator (5, 15, 26, 38) and the other light beam being directed to form a color component of the polarized multi-colored light beam, wherein light converted by wavelength converters (8, 19, 32) of different light concentrators (5, 15, 26, 38) has different wavelengths, and wherein the light concentrators (5, 15, 26, 38) are arranged in order of increasing wavelength of the converted light, each light concentrator being arranged to receive light from at least one exciting light source (2, 17).
A vertical-slide clothes-hanging device comprising: a horizontal rod destined for receiving hanging clothes, said rod being coupled with at least one activation element, said activation element comprising: a lever provided with a first free end, coupled with said horizontal rod, a manoeuvring kinematic mechanism at least partially supported and contained in a shell fixable on a bearing surface, said manoeuvring kinematic mechanism being coupled with a second end of said lever, said at least one lever being movable by said manoeuvring kinematic mechanism between two terminal run-end positions, a first raised position substantially vertical, or almost vertical, and a second lowered position substantially horizontal, characterized in that corresponding run-end dampers (7,8) are provided in said two terminal positions, suitable for damping a terminal run section of the lever said dampers (7,8) being dampened cylinders with a sliding piston contained in the shell and coupled with the same, wherein, when the lever is close to the lowered position, a first of said dampers is coupled with the lever to exert a first braking action and wherein the manoeuvring kinematic mechanism comprises an actuator and an articulation element interposed between said second end of said lever and said actuator, said second damper being coupled with said shell and destined for acting on said articulation element. a lever provided with a first free end, coupled with said horizontal rod, a manoeuvring kinematic mechanism at least partially supported and contained in a shell fixable on a bearing surface, said manoeuvring kinematic mechanism being coupled with a second end of said lever, said at least one lever being movable by said manoeuvring kinematic mechanism between two terminal run-end positions, a first raised position substantially vertical, or almost vertical, and a second lowered position substantially horizontal, characterized in that corresponding run-end dampers (7,8) are provided in said two terminal positions, suitable for damping a terminal run section of the lever said dampers (7,8) being dampened cylinders with a sliding piston contained in the shell and coupled with the same, wherein, when the lever is close to the lowered position, a first of said dampers is coupled with the lever to exert a first braking action and wherein the manoeuvring kinematic mechanism comprises an actuator and an articulation element interposed between said second end of said lever and said actuator, said second damper being coupled with said shell and destined for acting on said articulation element.
A fluid transfer system for shoes comprising: a front chamber having a first inlet and a first outlet; a rear chamber having a second inlet and a second outlet; a first valve assembly connected between the second outlet and the first inlet and configured to allow fluid to pass unidirectionally from the rear chamber to the front chamber; and a second valve assembly connected between the first outlet and the second inlet and configured to allow fluid to pass unidirectionally from the front chamber to the rear chamber; characterized in that the front chamber comprises one or more openings through a bottom portion thereof that are configured to pass air into or out of the front chamber with respect to a surrounding environment when fluid passes from the front chamber to the rear chamber or from the rear chamber to the front chamber. a front chamber having a first inlet and a first outlet; a rear chamber having a second inlet and a second outlet; a first valve assembly connected between the second outlet and the first inlet and configured to allow fluid to pass unidirectionally from the rear chamber to the front chamber; and a second valve assembly connected between the first outlet and the second inlet and configured to allow fluid to pass unidirectionally from the front chamber to the rear chamber; characterized in that the front chamber comprises one or more openings through a bottom portion thereof that are configured to pass air into or out of the front chamber with respect to a surrounding environment when fluid passes from the front chamber to the rear chamber or from the rear chamber to the front chamber.
An electrical temperature sensor, with printed circuit board, onto which a protective cover is slidable, wherein the printed circuit board comprises two conductor paths (7, 8) on a substrate consisting of epoxide, triazines, glass or aluminum oxide with an electrically insulating surface, wherein, directly on the surface, at least two connection contact fields (5, 6) connected to the conductor paths are arranged at the same end of an elongated printed circuit board for electrical connection with ends of connecting conductors (12,13) of a connection cable, wherein in the area of the end of the printed circuit board which is opposite to the connection contact fields (5, 6), an SMD chip, which is a temperature sensor, is connected by at least two contacts (16, 17) via connection fields (9, 10) to a respective one of the conductor paths (7,8), and wherein the connection contact fields (5, 6) are provided for connection by way of a melting process to the connecting conductor ends (12, 13), wherein one of the connection contact fields is placed on the front side and one of the connection contact fields on the back side of the printed circuit board, and the printed circuit board for contacting the SMD chip with the conductor paths (7, 8) comprises two connection fields positioned in a plane, of which one is electrically connected by way of contact feedthrough through the printed circuit board to the conductor path which is positioned at the opposite side of the printed circuit board.
A method for metallization, comprising: providing a transparent donor substrate having deposited thereon a donor film comprising a metal with a thickness less than 2 μm; positioning the donor substrate in proximity to an acceptor substrate comprising a semiconductor material with the donor film facing toward the acceptor substrate and with a gap of at least 0.1 mm between the donor film and the acceptor substrate; and directing a train of laser pulses, having a pulse duration between 0.1 ns and 1 ns, to impinge on the donor substrate so as to cause droplets of the metal to be ejected from the donor layer and land on the semiconductor material, thereby forming a circuit trace in ohmic contact with the semiconductor material, wherein the laser pulses have an energy of at least 3 μJ per pulse, and wherein directing the train of pulses comprises focusing the laser pulses to impinge on the donor film with a spot size less than 35 μm, wherein directing the train of laser pulses comprises setting parameters of the laser radiation so that each pulse induces ejection of a single droplet of the metal from the donor film; and wherein the single droplet ejected in response to each pulse has a volume of at least 20 μm 3 and is ejected from the donor film at a velocity of at least 200 m/sec, wherein directing the laser pulses comprises forming the circuit trace with a contact resistance, without annealing of the circuit trace, that is less than 0.2 mΩ·cm 2 between the metal and the semiconductor material. providing a transparent donor substrate having deposited thereon a donor film comprising a metal with a thickness less than 2 μm; positioning the donor substrate in proximity to an acceptor substrate comprising a semiconductor material with the donor film facing toward the acceptor substrate and with a gap of at least 0.1 mm between the donor film and the acceptor substrate; and directing a train of laser pulses, having a pulse duration between 0.1 ns and 1 ns, to impinge on the donor substrate so as to cause droplets of the metal to be ejected from the donor layer and land on the semiconductor material, thereby forming a circuit trace in ohmic contact with the semiconductor material, wherein the laser pulses have an energy of at least 3 μJ per pulse, and wherein directing the train of pulses comprises focusing the laser pulses to impinge on the donor film with a spot size less than 35 μm, wherein directing the train of laser pulses comprises setting parameters of the laser radiation so that each pulse induces ejection of a single droplet of the metal from the donor film; and wherein the single droplet ejected in response to each pulse has a volume of at least 20 μm 3 and is ejected from the donor film at a velocity of at least 200 m/sec, wherein directing the laser pulses comprises forming the circuit trace with a contact resistance, without annealing of the circuit trace, that is less than 0.2 mΩ·cm 2 between the metal and the semiconductor material.
An endovascular prosthesis comprising: a tubular body having a proximal end, a distal end, and a body lumen disposed between the proximal and distal ends (106, 108), the tubular body including a body graft material and a plurality of stents coupled to the body graft material; and a mobile external coupling extending outwardly from the tubular body, wherein the mobile external coupling is generally frustoconically shaped and includes a base coupled to the tubular body, a top spaced from the tubular body, and a coupling lumen disposed between the base and the top, wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material, characterised in that the coupling graft material is a woven fabric with warp yarns which run generally parallel to a longitudinal axis of the mobile external coupling including a shape memory material. a tubular body having a proximal end, a distal end, and a body lumen disposed between the proximal and distal ends (106, 108), the tubular body including a body graft material and a plurality of stents coupled to the body graft material; and a mobile external coupling extending outwardly from the tubular body, wherein the mobile external coupling is generally frustoconically shaped and includes a base coupled to the tubular body, a top spaced from the tubular body, and a coupling lumen disposed between the base and the top, wherein the coupling lumen is in flow communication with the body lumen and wherein the mobile external coupling includes a coupling graft material, characterised in that the coupling graft material is a woven fabric with warp yarns which run generally parallel to a longitudinal axis of the mobile external coupling including a shape memory material.
An apparatus with several printing units, each for printing on hollow bodies, wherein a transport device transporting the hollow bodies to be printed in a printing region of at least one of the printing units is provided, wherein at least one of the printing units has a printing form cylinder, characterized in that a plate changer is arranged allocated to the relevant printing form cylinder, wherein the plate changer has a contact surface, upon which a printing form arranged on or to be allocated on the printing form cylinder can be placed, wherein the contact surface of the plate changer occupies a first operating position in a first position laterally next to the printing unit, in which on the plate changer the relevant printing form can be positioned or can be removed from the plate changer, and that the contact surface of the plate changer occupies a second operating position in a second position located directly in front of the printing form cylinder along said printing form cylinder, in which, from the plate changer the relevant printing form can be placed directly on the printing form cylinder or a printing form can be removed from the printing form cylinder and with the plate changer can be conducted away in its first operating position.
A method (300, 400, 500, 600, 700) for estimating wear of a polymer drive belt of a continuously variable transmission, CVT (58, 808, 840, 870), provided in a vehicle (10, 800, 830, 860), the drive belt having a lifespan and the method (300, 400, 500, 600, 700) comprising: determining a first belt wear-affecting factor (212, 214, 216) based on at least one first operating parameter of the vehicle (10, 800, 830, 860); determining a second belt wear-affecting factor (212, 214, 216) based on at least one second operating parameter of the vehicle (10, 800, 830, 860); applying the first and second wear-affecting factors (212, 214, 216) to a belt wear-representative parameter having a relation to the lifespan of the belt to obtain an adjusted belt wear-representative parameter; and adjusting a total belt wear-representative parameter based on the adjusted belt wear-representative parameter to obtain an updated total belt wear-representative parameter. determining a first belt wear-affecting factor (212, 214, 216) based on at least one first operating parameter of the vehicle (10, 800, 830, 860); determining a second belt wear-affecting factor (212, 214, 216) based on at least one second operating parameter of the vehicle (10, 800, 830, 860); applying the first and second wear-affecting factors (212, 214, 216) to a belt wear-representative parameter having a relation to the lifespan of the belt to obtain an adjusted belt wear-representative parameter; and adjusting a total belt wear-representative parameter based on the adjusted belt wear-representative parameter to obtain an updated total belt wear-representative parameter.
A method of reporting information included in data records generated for network traffic activities of a plurality of mobile devices, each data record including a traffic type of a traffic activity of a mobile device, a timestamp of the traffic activity, and an identifier of the mobile device, the method comprising: receiving a monitoring request specifying a monitoring type; calculating from the data records a number of mobile devices having, within a given monitoring period, traffic activities that fulfil the following conditions: i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and returning, in response to the monitoring request, a monitoring report that is based on the calculated number of mobile devices. receiving a monitoring request specifying a monitoring type; calculating from the data records a number of mobile devices having, within a given monitoring period, traffic activities that fulfil the following conditions: i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and i) a traffic type of the traffic activity matches the monitoring type; ii) a timestamp of the traffic activity falls within the monitoring period; and iii) traffic activities associated with the same identifier of the mobile device and the same traffic type are considered only once per monitoring period; and returning, in response to the monitoring request, a monitoring report that is based on the calculated number of mobile devices.
Down-the-hole drilling apparatus for producing a bore in the ground, having - a drill head for removing ground material, - a drill string, on the lower end of which the drill head is mounted, - a rotary drive means for driving the drill string with the drill head in a rotating manner, - a clamping means which is arranged on a first frame section and designed for radially clamping the down-the-hole drilling apparatus radially with respect to the borehole wall by means of clamping plates, and - at least one positioning cylinder for adjusting the drill head in an axial direction, characterized in that - below the clamping means the at least one positioning cylinder is arranged which on the one hand is supported on the first frame section and on the other hand extends towards the drill head, - in that above the clamping means the rotary drive means is arranged, - in that a second frame section is provided which is axially fixed but rotatably supported relative to the drill head, and - in that on the first frame section downwardly directed firmly mounted linear guides are provided, by way of which the second frame section is supported in a linearly displaceable manner with respect to the first frame section. - a drill head for removing ground material, - a drill string, on the lower end of which the drill head is mounted, - a rotary drive means for driving the drill string with the drill head in a rotating manner, - a clamping means which is arranged on a first frame section and designed for radially clamping the down-the-hole drilling apparatus radially with respect to the borehole wall by means of clamping plates, and - at least one positioning cylinder for adjusting the drill head in an axial direction, - below the clamping means the at least one positioning cylinder is arranged which on the one hand is supported on the first frame section and on the other hand extends towards the drill head, - in that above the clamping means the rotary drive means is arranged, - in that a second frame section is provided which is axially fixed but rotatably supported relative to the drill head, and - in that on the first frame section downwardly directed firmly mounted linear guides are provided, by way of which the second frame section is supported in a linearly displaceable manner with respect to the first frame section.