mhurhangee/ep-ind-claims huggingface dataset:
A detector configuration, comprising: a scintillator crystal block comprising a plurality of elongated scintillator elements arranged in a matrix of rows and columns; a plurality of semiconductor photomultiplier sensor elements (24; 24a - 24p) optically coupled to said scintillator crystal block, wherein said sensor elements (24; 24a - 24p) comprise elongated strips (24; 24a - 24p) and wherein each of said sensor elements (24; 24a - 24p) has a width (w) in a direction perpendicular to a length direction, characterized in said width (w) being at least two times smaller than a width of a scintillator element to which said sensor element (24; 24a - 24p) is optically coupled such that each of said scintillator elements is optically coupled to a plurality of said sensor elements; and readout means (30a - 30e) electrically coupled to said plurality of sensor elements (24; 24a - 24p), wherein said detector configuration is adapted to differentially couple each said sensor element (24; 24a - 24p) to said readout means (30a - 30e). a scintillator crystal block comprising a plurality of elongated scintillator elements arranged in a matrix of rows and columns; a plurality of semiconductor photomultiplier sensor elements (24; 24a - 24p) optically coupled to said scintillator crystal block, wherein said sensor elements (24; 24a - 24p) comprise elongated strips (24; 24a - 24p) and wherein each of said sensor elements (24; 24a - 24p) has a width (w) in a direction perpendicular to a length direction, characterized in said width (w) being at least two times smaller than a width of a scintillator element to which said sensor element (24; 24a - 24p) is optically coupled such that each of said scintillator elements is optically coupled to a plurality of said sensor elements; and readout means (30a - 30e) electrically coupled to said plurality of sensor elements (24; 24a - 24p), wherein said detector configuration is adapted to differentially couple each said sensor element (24; 24a - 24p) to said readout means (30a - 30e).
An optical projector (102, 200), comprising: a light source (118, 205); a pattern generating optical element (120, 225); and a variable optical element positioned optically between the light source (118, 205) and the pattern generating optical element (120, 225), the variable optical element configured to adjust a divergence of a light beam incident on the pattern generating optical element (120, 225), and wherein the pattern generating optical element (120, 225) is configured to emit non-patterned light when the variable optical element is in a first state in which the variable optical element emits uncollimated light, and to emit patterned light when the variable optical element is in a second state in which the variable optical element emits collimated light; and wherein the pattern generating optical element (120, 225) includes a double-sided pattern generator including a non-periodic light shaping element on a first side, and a periodic grating on a second side opposite the first side. a light source (118, 205); a pattern generating optical element (120, 225); and a variable optical element positioned optically between the light source (118, 205) and the pattern generating optical element (120, 225), the variable optical element configured to adjust a divergence of a light beam incident on the pattern generating optical element (120, 225), and wherein the pattern generating optical element (120, 225) is configured to emit non-patterned light when the variable optical element is in a first state in which the variable optical element emits uncollimated light, and to emit patterned light when the variable optical element is in a second state in which the variable optical element emits collimated light; and wherein the pattern generating optical element (120, 225) includes a double-sided pattern generator including a non-periodic light shaping element on a first side, and a periodic grating on a second side opposite the first side.
An implantable medical lead comprising: an elongated lead body of non-conductive material, the lead body comprising a proximal end and a distal end; and a plurality of conductive wires, each wire comprising a first portion disposed within the lead body and a terminal portion extending out of the lead body at, or near, the proximal end or the distal end of the lead body, wherein the terminal portion is coiled around the lead body to form a contact on the outer surface of the lead; characterized in that said terminal portion is disposed entirely outside the lead body. an elongated lead body of non-conductive material, the lead body comprising a proximal end and a distal end; and a plurality of conductive wires, each wire comprising a first portion disposed within the lead body and a terminal portion extending out of the lead body at, or near, the proximal end or the distal end of the lead body, wherein the terminal portion is coiled around the lead body to form a contact on the outer surface of the lead; characterized in that said terminal portion is disposed entirely outside the lead body.
Solventborne, pigmented coating composition having a solids fraction of at least 35%, characterized in that it comprises, based on the total amount of the coating composition, 0.1 to 1.5 wt% of at least one copolymer, where the copolymer is obtainable by copolymerization of a mixture of olefinically unsaturated monomers (a) in at least one organic solvent, the mixture of monomers (a) to be polymerized consists of 10 to 60 mol% of at least one monomer of the formula below where R 1 = C 1 to C 4 alkoxy, R 2 = C 1 to C 4 alkyl, and m = 0 to 2, and also 40 to 90 mol% of at least one further olefinically unsaturated monomer, and the copolymer possesses a glass transition temperature T g, measured in accordance with the description, of at least -30°C. 10 to 60 mol% of at least one monomer of the formula below where R 1 = C 1 to C 4 alkoxy, R 2 = C 1 to C 4 alkyl, and m = 0 to 2, and also 40 to 90 mol% of at least one further olefinically unsaturated monomer, and the copolymer possesses a glass transition temperature T g, measured in accordance with the description, of at least -30°C.
A loading dock comprising a dock leveler with a pivotal deck and a shield system for shielding a pit area underneath the pivotal deck of the dock leveler, the shield system comprising: a flexible curtain suspended from the pivotal deck that can lift away from the pit area with the movement of the pivotal deck; and a tensioner coupled to the curtain and applying vertical tension to the curtain, wherein the tensioner includes two spring-loaded arms (86a, 86b) being joined at a central pivot point and spring means are provided to urge the distal ends of the arms (86a, 86b) apart wherein each arm (86a, 86b) has its distal end attached to the curtain. a flexible curtain suspended from the pivotal deck that can lift away from the pit area with the movement of the pivotal deck; and a tensioner coupled to the curtain and applying vertical tension to the curtain, wherein the tensioner includes two spring-loaded arms (86a, 86b) being joined at a central pivot point and spring means are provided to urge the distal ends of the arms (86a, 86b) apart wherein each arm (86a, 86b) has its distal end attached to the curtain.
A caching system comprising: a first sub-cache; and a second sub-cache in parallel with the first sub-cache, wherein the second sub-cache includes: a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits. a first sub-cache; and a second sub-cache in parallel with the first sub-cache, wherein the second sub-cache includes: a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits. a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits.
A gravity gradiometer for measuring components of gravity gradient tensor, comprising: a pair of transversely arranged sensor masses (41, 42) for measuring the components of the gravity gradient tensor; a mounting for mounting the masses (41, 42) about three substantially orthogonal axes; actuators for moving the mounting about the axes to stabilise the mounting and therefore the sensor masses (41, 42); characterized in that at least one of the sensor masses (41, 42) also forms an angular accelerometer for detecting angular movement of the masses (41, 42) and for producing a control signal for application to at least one of the actuators so that the at least one of the actuators applies a torque to the mounting to stabilise the angular movement of the mounting and therefore the sensor masses (41, 42). a pair of transversely arranged sensor masses (41, 42) for measuring the components of the gravity gradient tensor; a mounting for mounting the masses (41, 42) about three substantially orthogonal axes; actuators for moving the mounting about the axes to stabilise the mounting and therefore the sensor masses (41, 42); characterized in that at least one of the sensor masses (41, 42) also forms an angular accelerometer for detecting angular movement of the masses (41, 42) and for producing a control signal for application to at least one of the actuators so that the at least one of the actuators applies a torque to the mounting to stabilise the angular movement of the mounting and therefore the sensor masses (41, 42).
A system (48, 62, 78, 900, 1216, 1270) for real time monitoring of catheter aspiration, comprising: a pressure sensor (50, 1010, 1110, 558, 1210, 1266, 1300, 394, 1432) configured for placement in fluid communication with a lumen which at least partially includes an aspiration lumen (18, 1018, 504, 538, 1227, 1259, 81", 1406, 110, 330) of a catheter, the aspiration lumen (18, 1018, 504, 538, 1227, 1259, 81", 1406, 110, 330) configured to couple to a vacuum source (6, 522, 1212, 1262, 146 77", 1436); a measurement device (54, 64, 76, 964) coupled to the pressure sensor (50, 1010, 1110, 558, 1210, 1266, 1300, 394, 1432) and configured for measuring deviations in fluid pressure; and a communication device (58a, 58b, 58c, 68, 74, 968) coupled to the measurement device (54, 64, 76, 964) and configured to generate a continuous signal which is proportional to measured fluid pressure, the continuous signal provided by a non-visual source. a pressure sensor (50, 1010, 1110, 558, 1210, 1266, 1300, 394, 1432) configured for placement in fluid communication with a lumen which at least partially includes an aspiration lumen (18, 1018, 504, 538, 1227, 1259, 81", 1406, 110, 330) of a catheter, the aspiration lumen (18, 1018, 504, 538, 1227, 1259, 81", 1406, 110, 330) configured to couple to a vacuum source (6, 522, 1212, 1262, 146 77", 1436); a measurement device (54, 64, 76, 964) coupled to the pressure sensor (50, 1010, 1110, 558, 1210, 1266, 1300, 394, 1432) and configured for measuring deviations in fluid pressure; and a communication device (58a, 58b, 58c, 68, 74, 968) coupled to the measurement device (54, 64, 76, 964) and configured to generate a continuous signal which is proportional to measured fluid pressure, the continuous signal provided by a non-visual source.
A method of making an encoding pattern on a timepiece setting stem for detecting an axial and/or rotational movement, and/or an axial position of said setting stem, the method comprising: providing the surface of a shaft of said setting stem with a first section having first material properties and with a second section having second material properties to form the encoding pattern, wherein said first and second material properties are at least partially different from each other, wherein the encoding pattern comprises two distinct portions (10, 20), the first one being meant for axial detection, and the second one for angular detection, the first section comprising an encoded ring extending orthogonally with respect to an axial rotational axis of the shaft and in the first portion, and a strip extending over the surface of said shaft diagonally with respect to the axis of said shaft and in the second portion.
Braiding machine comprising: - a plurality of braiding-material carriers (2, 20, 20a), which are arranged at a constant radial distance from a common braiding center of the braiding machine around the common braiding center of the braiding machine and are each adapted to carry a braiding-material to be braided in the common braiding center; - a drive which is designed to drive the plurality of braiding-material carriers (2, 20, 20a) such that they move around the common braiding center; characterized by - a control device which is designed to control the drive by adapting the rotational speed, angular speed or speed such that during a braiding process, a centrifugal force (F, Fk) acting on at least one of the braiding-material carriers (2, 20, 20a) remains at least almost constant, and in that the braiding machine further comprises at least one unbalance sensor which is designed to determine an unbalance of the plurality of braiding-material carriers (2, 20, 20a) during the rotation around the common braiding center, and that the control device is designed to take into account the determined imbalance when controlling the drive by adapting the rotational speed, angular speed or speed. - a plurality of braiding-material carriers (2, 20, 20a), which are arranged at a constant radial distance from a common braiding center of the braiding machine around the common braiding center of the braiding machine and are each adapted to carry a braiding-material to be braided in the common braiding center; - a drive which is designed to drive the plurality of braiding-material carriers (2, 20, 20a) such that they move around the common braiding center; characterized by - a control device which is designed to control the drive by adapting the rotational speed, angular speed or speed such that during a braiding process, a centrifugal force (F, Fk) acting on at least one of the braiding-material carriers (2, 20, 20a) remains at least almost constant, and in that the braiding machine further comprises at least one unbalance sensor which is designed to determine an unbalance of the plurality of braiding-material carriers (2, 20, 20a) during the rotation around the common braiding center, and that the control device is designed to take into account the determined imbalance when controlling the drive by adapting the rotational speed, angular speed or speed.
Portable object comprising a case forming a housing in which is arranged a device requiring air to operate, said case including at least a first opening (102, 202, 302, 402), said portable object further including a closure device provided with a valve system (100, 200, 300, 400), characterized in that the valve system (100, 200, 300, 400) is arranged to have a first stable, open position in which the first opening (102, 202, 302, 402) is open and allows air to pass through, and a second stable, closed position, in which the first opening (102, 202, 302, 402) is closed so that the portable object is impermeable to gases and to liquids, and characterized in that the valve system (100, 200, 300, 400) is arranged to make a switch from the open position to the closed position being automaticly in case of immersion.
A method for wireless communications by a user equipment, UE, (122, 126, 302, 502) comprising: determining if a serving base station of a radio access network, RAN, gives an indication that it supports wireless local area network, WLAN, and RAN interworking wherein said indication comprises an identifier of one or more WLAN APs, or an indication of timing of advertisements for one or more WLAN APs; characterised in that, based upon the determination, determining whether to access the serving base station before associating or exchanging transmissions with one of the one or more WLAN access points or to perform WLAN discovery and selection. determining if a serving base station of a radio access network, RAN, gives an indication that it supports wireless local area network, WLAN, and RAN interworking wherein said indication comprises an identifier of one or more WLAN APs, or an indication of timing of advertisements for one or more WLAN APs; characterised in that, based upon the determination, determining whether to access the serving base station before associating or exchanging transmissions with one of the one or more WLAN access points or to perform WLAN discovery and selection.
A tube for guiding print products connected in form of a strip, which tube is formed by individual members in the form of hollow bodies that are connected to each other, juxtaposed and relatively mobile with respect to each other and that form a guiding channel adapted to the dimensions of the print products and, seen in the intended guiding direction, comprise an entrance end and an exit end, wherein the inner contour of the entrance end is widened with respect to the inner contour of the exit end.
A syringe kit comprising: a male syringe having a male syringe barrel that includes a nozzle configured as a male luer, a lock adapter which surrounds an outer circumferential surface of the nozzle and has a screw on an inner circumferential surface, and a male barrel body connected to the nozzle and the lock adapter; and a female syringe having a female syringe barrel (30, 30a, 30A, 30B) that includes a cylindrical portion (38, 39) configured as a female luer to which the nozzle is fittable, two protrusions (42, 43) which protrude from an outer circumferential surface of the cylindrical portion (38, 39) and are screwable with the screw of the lock adapter, and a female barrel body connected to the cylindrical portion (38, 39), characterized in that each of the two protrusions (42, 43) has an inclined surface (42a, 43a), wherein, when the screw and the two protrusions (42, 43) are screwed, the protrusions (42, 43) having the inclined surface (42a, 43a) advance over a screw thread of the lock adapter by a torque smaller than a torque at which the female syringe breaks when the female syringe is screwed with a convex reference conical fitting for a stress crack test specified in ISO 594-2. a male syringe having a male syringe barrel that includes a nozzle configured as a male luer, a lock adapter which surrounds an outer circumferential surface of the nozzle and has a screw on an inner circumferential surface, and a male barrel body connected to the nozzle and the lock adapter; and a female syringe having a female syringe barrel (30, 30a, 30A, 30B) that includes a cylindrical portion (38, 39) configured as a female luer to which the nozzle is fittable, two protrusions (42, 43) which protrude from an outer circumferential surface of the cylindrical portion (38, 39) and are screwable with the screw of the lock adapter, and a female barrel body connected to the cylindrical portion (38, 39), characterized in that each of the two protrusions (42, 43) has an inclined surface (42a, 43a), wherein, when the screw and the two protrusions (42, 43) are screwed, the protrusions (42, 43) having the inclined surface (42a, 43a) advance over a screw thread of the lock adapter by a torque smaller than a torque at which the female syringe breaks when the female syringe is screwed with a convex reference conical fitting for a stress crack test specified in ISO 594-2.
An exhaust emission control device comprising a casing and a gas gathering chamber and a mixing pipe, wherein the casing accommodating a post-treatment device through which in turn exhaust gas is passed for cleanup is incorporated in an exhaust passage, the casing having an outlet connected with the gas gathering chamber, the gas gathering chamber 9A having an upstream end in form of an outlet chamber, and a downstream end extending in a direction different from an axis of said casing and being in the form of a downstream exhaust passage, the outlet chamber encasing the outlet of the casing in a required range to provide required spacing to an open end and an outer periphery of the outlet of the casing, said outlet chamber intervening between the outlet of the casing and the downstream exhaust passage, the downstream exhaust passage being connected to a rear end of the mixing pipe for introduction of the exhaust gas, whereby the outlet of the casing is connected with the downstream exhaust passage through the outlet chamber such that the outlet chamber is reduced in flow cross section towards the downstream exhaust passage, whereby said outlet chamber is constructed as the upstream end of the gas gathering chamber for gathering through turnabout of the exhaust gas from a rear end of the post-treatment device, characterized in that the mixing pipe is formed with a plurality of slits in circumferentially spaced positions such that the downstream exhaust passage encases the respective slits and closes the rear end of the mixing pipe, with the respective slits on the rear end of the mixing pipe are adjusted such that opening areas of the same are gradually increased from upstream to downstream sides of the exhaust gas flowing circumferentially around the pipe.
A method performed by a base station in a mobile communication system, the method comprising: transmitting a registration request message to a first entity performing control functions for mobility management of a terminal, the first entity not being an appropriate entity to serve the terminal, wherein the registration request message includes a globally unique temporary user equipment identity, GUTI, and an additional GUTI; receiving, from the first entity, a reroute non access stratum, NAS, message, wherein the reroute NAS message includes the registration request message including the GUTI and the additional GUTI and information on a second entity performing control functions for mobility management of the terminal; and transmitting, to the second entity, the registration request message including the GUTI and the additional GUTI, wherein the second entity is a proper entity having required capabilities to serve the terminal. transmitting a registration request message to a first entity performing control functions for mobility management of a terminal, the first entity not being an appropriate entity to serve the terminal, wherein the registration request message includes a globally unique temporary user equipment identity, GUTI, and an additional GUTI; receiving, from the first entity, a reroute non access stratum, NAS, message, wherein the reroute NAS message includes the registration request message including the GUTI and the additional GUTI and information on a second entity performing control functions for mobility management of the terminal; and transmitting, to the second entity, the registration request message including the GUTI and the additional GUTI, wherein the second entity is a proper entity having required capabilities to serve the terminal.