mhurhangee/ep-ind-claims huggingface dataset:
Paint mist separating device (10, 94, 96) comprising • a tapered tube, • a collecting funnel (16, 58) with a funnel inlet and a funnel neck, into which collecting funnel the larger end of the tapered tube projects, wherein the funnel neck is provided for connection to a collecting tank for paint, characterized by • a collecting hood, which is arranged opposite the funnel inlet and which has a paint mist inlet opening, into which the smaller end of the tapered tube opens, • wherein an outlet gap is provided between the inlet opening of the collecting funnel (16, 58) and the collecting hood. • a tapered tube, • a collecting funnel (16, 58) with a funnel inlet and a funnel neck, into which collecting funnel the larger end of the tapered tube projects, wherein the funnel neck is provided for connection to a collecting tank for paint, characterized by • a collecting hood, which is arranged opposite the funnel inlet and which has a paint mist inlet opening, into which the smaller end of the tapered tube opens, • wherein an outlet gap is provided between the inlet opening of the collecting funnel (16, 58) and the collecting hood.
A computer-implemented method comprising: defining first and second levels of a hierarchical navigation database, the first level divided into a plurality of first tiles comprising more-detailed routing graphs and the second level divided into a plurality of second tiles (T') comprising less-detailed routing graphs, wherein the second tiles each represent a larger geographic area than the first tiles; storing a plurality of link data records in the first level of the navigational database, the plurality of link data records representative of a respective plurality of road segments in a geographic region; determining one or more of the plurality of link data records stored in the first level which are also to be stored in the second level, wherein each of the determined one or more link data records represents a road segment (R1-R6) which crosses a border of a geographic area represented by one of the plurality of second tiles; and storing the determined one or more link data records in the second level to facilitate movement of a route calculation algorithm between the first level and the second level to speed up calculation of a route between a starting point and a destination point. defining first and second levels of a hierarchical navigation database, the first level divided into a plurality of first tiles comprising more-detailed routing graphs and the second level divided into a plurality of second tiles (T') comprising less-detailed routing graphs, wherein the second tiles each represent a larger geographic area than the first tiles; storing a plurality of link data records in the first level of the navigational database, the plurality of link data records representative of a respective plurality of road segments in a geographic region; determining one or more of the plurality of link data records stored in the first level which are also to be stored in the second level, wherein each of the determined one or more link data records represents a road segment (R1-R6) which crosses a border of a geographic area represented by one of the plurality of second tiles; and storing the determined one or more link data records in the second level to facilitate movement of a route calculation algorithm between the first level and the second level to speed up calculation of a route between a starting point and a destination point.
A liquid pharmaceutical composition suitable for parenteral administration comprising: a. pemetrexed diacid; b. arginine; c. at least one monothiolic antioxidant; d. 10-200 mg/ml of propylene glycol, and e. one or more parenteral solvents, wherein the preparation thereof is conducted in an atmosphere of inert gas and wherein arginine is present in an amount sufficient to reach a pH of the composition in the range from 8.3 to 9.1. a. pemetrexed diacid; b. arginine; c. at least one monothiolic antioxidant; d. 10-200 mg/ml of propylene glycol, and e. one or more parenteral solvents,
A licence server for distributing licences for software applications to a plurality of user devices comprising: a processor and a memory, said memory containing instructions executable by said processor to cause the processor to: - communicate, via a receive/transmit unit, with at least one local interface device, and with at least one user device of said plurality of user devices; - authenticate the local interface device; - receive a licence request, including an identifier or signature of the authenticated local interface device, wherein content of the received license request is confirming to the license server that the request has been accepted by the local interface device; - characterised in that said processor is caused to issue a license towards the user device and operate an application under the issued license, in case the request is accepted by the license server and the local interface device, wherein the acceptance by the local interface device comprises a confirmation that the user device is located less than a predetermined maximum distance from the local interface device. a processor and a memory, said memory containing instructions executable by said processor to cause the processor to: - communicate, via a receive/transmit unit, with at least one local interface device, and with at least one user device of said plurality of user devices; - authenticate the local interface device; - receive a licence request, including an identifier or signature of the authenticated local interface device, wherein content of the received license request is confirming to the license server that the request has been accepted by the local interface device; - characterised in that said processor is caused to issue a license towards the user device and operate an application under the issued license, in case the request is accepted by the license server and the local interface device, wherein the acceptance by the local interface device comprises a confirmation that the user device is located less than a predetermined maximum distance from the local interface device. - communicate, via a receive/transmit unit, with at least one local interface device, and with at least one user device of said plurality of user devices; - authenticate the local interface device; - receive a licence request, including an identifier or signature of the authenticated local interface device, wherein content of the received license request is confirming to the license server that the request has been accepted by the local interface device; - characterised in that said processor is caused to issue a license towards the user device and operate an application under the issued license, in case the request is accepted by the license server and the local interface device, wherein the acceptance by the local interface device comprises a confirmation that the user device is located less than a predetermined maximum distance from the local interface device.
A machine readable storage medium having instructions embodied thereon for operating a base station, the instructions when executed by a processor at the base station perform the following: determining (101; 111,113), at the base station, a presence or absence of mobile devices not associated with the base station that are receiving downlink transmissions from a second base station other than said base station by monitoring uplink signals used by the mobile devices to transmit to the second base station; upon determination the presence of at least one mobile device, determining (117,119) whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station by estimating a quality of a signal in an uplink from the at least one mobile device to the second base station; and setting (103; 121,123,115), at the base station, a maximum permitted transmission power for the base station based on the presence or absence of mobile stations not associated with the base station and, when the presence is determined, further based on whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station. determining (101; 111,113), at the base station, a presence or absence of mobile devices not associated with the base station that are receiving downlink transmissions from a second base station other than said base station by monitoring uplink signals used by the mobile devices to transmit to the second base station; upon determination the presence of at least one mobile device, determining (117,119) whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station by estimating a quality of a signal in an uplink from the at least one mobile device to the second base station; and setting (103; 121,123,115), at the base station, a maximum permitted transmission power for the base station based on the presence or absence of mobile stations not associated with the base station and, when the presence is determined, further based on whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station.
A method of EMI shielding electronic circuitry of an electronic device by enclosing the circuitry within an EMI shield having at least one compartment, the method comprising the steps of: (a) providing a resilient layer formed of a thermoformable, electrically-conductive foam, the layer having first surface and a second surface defining a thickness dimension therebetween, and the layer having an interior portion surrounded by a perimeter portion; (b) hot-pressing the interior portion of the layer against or by a heated tool through the thickness dimension of the layer to form a top wall portion of the shield having a compressed thickness (T 2), the thickness dimension of the perimeter portion of the layer remaining uncompressed and extending downwardly from the top wall portion to form a side wall portion of the shield which together with the top wall portion defines at least a portion of the compartment; and (c) receiving the compartment of the shield over the circuitry of the device. (a) providing a resilient layer formed of a thermoformable, electrically-conductive foam, the layer having first surface and a second surface defining a thickness dimension therebetween, and the layer having an interior portion surrounded by a perimeter portion; (b) hot-pressing the interior portion of the layer against or by a heated tool through the thickness dimension of the layer to form a top wall portion of the shield having a compressed thickness (T 2), the thickness dimension of the perimeter portion of the layer remaining uncompressed and extending downwardly from the top wall portion to form a side wall portion of the shield which together with the top wall portion defines at least a portion of the compartment; and (c) receiving the compartment of the shield over the circuitry of the device.
A lamp comprising - a quartz glass envelope enclosing a chamber and - a pair of electrodes disposed to extend into the chamber from opposite sides, wherein each electrode is partially embedded in sealed portions of the quartz glass envelope, and wherein each electrode comprises - a tip extending into the chamber and - a base embedded in its sealed portion of the quartz glass envelope, wherein - the base comprises a plurality of essentially smooth concave channels arranged around a body of the electrode, wherein a channel comprises side walls and an essentially concave channel floor, - the depth (d ch) of the channels is at most 8 percent, preferably at most 5 percent, most preferably at most 3 percent of a diameter (D e) of the electrode, and characterised in that - relief cracks neighboring the base exist in the base's sealed portion. - a quartz glass envelope enclosing a chamber and - a pair of electrodes disposed to extend into the chamber from opposite sides, wherein each electrode is partially embedded in sealed portions of the quartz glass envelope, and wherein each electrode comprises - a tip extending into the chamber and - a base embedded in its sealed portion of the quartz glass envelope, wherein - the base comprises a plurality of essentially smooth concave channels arranged around a body of the electrode, wherein a channel comprises side walls and an essentially concave channel floor, - the depth (d ch) of the channels is at most 8 percent, preferably at most 5 percent, most preferably at most 3 percent of a diameter (D e) of the electrode, and - relief cracks neighboring the base exist in the base's sealed portion.
A synthetic logic and memory system operable in a single cell, the system comprising a plurality of nucleic acid sequences encoding at least two inducible promoters and at least two recombinases, wherein each of the plurality of recombinase-encoding nucleic acid sequences is operably linked to a different inducible promoter, a plurality of logic gates that are single genetic circuit constructs of an output nucleic acid sequence operably linked, or conditionally operably linked, to a promoter and/or a unidirectional terminator, wherein at least one of the output nucleic acid, the promoter and the unidirectional terminator is flanked by a forward and a reverse recognition site of at least one of the recombinases, and wherein the logic gates provide all two-input Boolean logic functions except TRUE and FALSE logic gates.
A hinge mechanism comprising: a hinge frame with at least one support plate (1108a, 1108b) slidably mounted on a plate guide (1204a, 1204b) on an interior surface of the hinge frame; a cam slidably mounted on a cam guide on an interior surface of the at least one support plate, the cam including an inner cam surface, at least one outer cam surface (1402a, 1402b) and a mounting portion for mounting a moveable component to the cam; a cam follower pivotably mounted within the hinge frame and including an inner follower surface positioned to be engageable with the inner cam surface, and at least one outer follower surface (1604a, 1604b) positioned to be engageable with the at least one outer cam surface; and a hinge spring mounted within the hinge frame and that applies force to the cam follower such that the cam follower is held in contact with the cam in at least some positions of the hinge mechanism, the hinge mechanism being configured such that during movement of the cam, contact between the cam and the cam follower transitions between contact between the inner cam surface and the inner follower surface, to contact between the at least one outer cam surface and the at least one outer follower surface, thus enabling the hinge mechanism to snap into different preset open positions. a hinge frame with at least one support plate (1108a, 1108b) slidably mounted on a plate guide (1204a, 1204b) on an interior surface of the hinge frame; a cam slidably mounted on a cam guide on an interior surface of the at least one support plate, the cam including an inner cam surface, at least one outer cam surface (1402a, 1402b) and a mounting portion for mounting a moveable component to the cam; a cam follower pivotably mounted within the hinge frame and including an inner follower surface positioned to be engageable with the inner cam surface, and at least one outer follower surface (1604a, 1604b) positioned to be engageable with the at least one outer cam surface; and a hinge spring mounted within the hinge frame and that applies force to the cam follower such that the cam follower is held in contact with the cam in at least some positions of the hinge mechanism, the hinge mechanism being configured such that during movement of the cam, contact between the cam and the cam follower transitions between contact between the inner cam surface and the inner follower surface, to contact between the at least one outer cam surface and the at least one outer follower surface, thus enabling the hinge mechanism to snap into different preset open positions.
A hook-wire for localization of a tumor in a breast, comprising: - an elongate member with a proximal end and a distal end; and - at least one hook at the distal end of the elongate member, configured for insertion in a constrained state into a needle and expansion when exiting said needle in order to anchor the tumor in said breast; wherein the elongate member and the at least one hook are formed by at least two metal wires which are twisted around each other continuously from the proximal end to the distal end and terminating each at said distal end with a free curved portion forming one of the at least one hook characterized in that the hook-wire further comprises: - a sheathing on the elongate member, forming a reading surface with indicia, said reading surface extending over at least 70% of a length of the elongate member between the proximal end and the distal end. - an elongate member with a proximal end and a distal end; and - at least one hook at the distal end of the elongate member, configured for insertion in a constrained state into a needle and expansion when exiting said needle in order to anchor the tumor in said breast; wherein the elongate member and the at least one hook are formed by at least two metal wires which are twisted around each other continuously from the proximal end to the distal end and terminating each at said distal end with a free curved portion forming one of the at least one hook characterized in that the hook-wire further comprises: - a sheathing on the elongate member, forming a reading surface with indicia, said reading surface extending over at least 70% of a length of the elongate member between the proximal end and the distal end. - a sheathing on the elongate member, forming a reading surface with indicia, said reading surface extending over at least 70% of a length of the elongate member between the proximal end and the distal end.
A mandrel assembly comprising: an elongated mandrel shaft having a longitudinal axis, a proximal end structured to be coupled to a mandrel carrier and a distal end; a hollow, elongated mandrel structured to be rotatably disposed about said mandrel shaft and structured to concentrically rotate about said mandrel shaft longitudinal axis; a bearing assembly disposed between said mandrel and said mandrel shaft and at a discrete location along the mandrel shaft, whereby said bearing assembly rotatably couples said mandrel to said mandrel shaft; characterized in that said bearing assembly includes an inner race disposed within an outer race such that there is a gap between an outer surface of the inner race and inner surface of the outer race, and ball bearings are disposed in a passage between a bearing race formed in the inner surface and a bearing race formed in the outer surface, the passage is oversized to have an intentionally greater radial spacing than a diameter of the ball bearings to define a virtual pivot point disposed substantially on said mandrel shaft longitudinal axis and at a center of the outer race and a center of the inner race; and wherein said bearing assembly is the only coupling between said mandrel shaft and said mandrel such that the mandrel shaft is free to pivot without a bearing or any other support structure or coupling spaced from the bearing assembly. an elongated mandrel shaft having a longitudinal axis, a proximal end structured to be coupled to a mandrel carrier and a distal end; a hollow, elongated mandrel structured to be rotatably disposed about said mandrel shaft and structured to concentrically rotate about said mandrel shaft longitudinal axis; a bearing assembly disposed between said mandrel and said mandrel shaft and at a discrete location along the mandrel shaft, whereby said bearing assembly rotatably couples said mandrel to said mandrel shaft; characterized in that said bearing assembly includes an inner race disposed within an outer race such that there is a gap between an outer surface of the inner race and inner surface of the outer race, and ball bearings are disposed in a passage between a bearing race formed in the inner surface and a bearing race formed in the outer surface, the passage is oversized to have an intentionally greater radial spacing than a diameter of the ball bearings to define a virtual pivot point disposed substantially on said mandrel shaft longitudinal axis and at a center of the outer race and a center of the inner race; and wherein said bearing assembly is the only coupling between said mandrel shaft and said mandrel such that the mandrel shaft is free to pivot without a bearing or any other support structure or coupling spaced from the bearing assembly.
A method for producing a non-pneumatic tire, the method comprising: providing a shear band comprising curable rubber, the shear band having a radially inner surface formed by the curable rubber; providing a connecting structure for connecting the shear band to a wheel hub, the connecting structure comprising at least one interface part made of thermoplastic elastomer material; applying an adhesive on the at least one interface part, the adhesive being or comprising an RFL adhesive or a solution of at least one of a neoalkoxy zirconate and a neoalkoxy titanate; assembling the shear band and the connecting structure into a composite structure, the assembling of the shear band and the connecting structure comprising bringing the at least one interface part into contact with the radially inner surface of the shear band; and durably bonding the shear band to the connecting structure through a heat-treatment of the composite structure. providing a shear band comprising curable rubber, the shear band having a radially inner surface formed by the curable rubber; providing a connecting structure for connecting the shear band to a wheel hub, the connecting structure comprising at least one interface part made of thermoplastic elastomer material; applying an adhesive on the at least one interface part, the adhesive being or comprising an RFL adhesive or a solution of at least one of a neoalkoxy zirconate and a neoalkoxy titanate; assembling the shear band and the connecting structure into a composite structure, the assembling of the shear band and the connecting structure comprising bringing the at least one interface part into contact with the radially inner surface of the shear band; and durably bonding the shear band to the connecting structure through a heat-treatment of the composite structure.