mhurhangee/ep-ind-claims huggingface dataset:
A drug delivery device comprising a delivery unit receiving a drug cartridge containing a drug to be administered to a patient in need thereof, the delivery unit comprising a subcutaneous delivery mechanism including a needle, a needle support to which the needle is mounted, and a needle actuation mechanism configured to move the needle from a retracted position within a housing of the delivery unit, to an extended delivery position where the needle projects through a base wall of the housing, the needle actuation mechanism comprising a rotary actuator configured to engage an engagement lever coupled to the needle support for translating the needle support between retracted and extended delivery positions, characterized in that the needle support comprises a translation guide member slidably mounted with respect to the housing, and a rotation guide member rotatably mounted to the translation guide member, the needle being fixed to the rotation guide member configured to tilt the needle in a fully retracted park position after full retraction of the needle.
A method in wireless communication for management of mobility for wireless terminals operative to scan signals from a plurality of base stations (1-4; 6-9) geographically proximate to a serving base station for the wireless terminals, the method comprising: receiving from a wireless terminal a request for authorization to scan signals from an identified grouping of the proximate base stations (1-4; 6-9), wherein the identified grouping of the proximate base stations comprises base stations of the plurality of base stations and other nearby base stations provided by the wireless terminal that provide acceptable RF, radio frequency, connectivity for the wireless terminal; determining a mobility class for the requesting wireless terminal; in the case of the mobility class of the requesting wireless terminal being restricted, pruning the identified grouping of proximate base stations (1-4; 6-9) to eliminate base stations (1-3; 7-9) for which connection is not permitted by the wireless terminal restriction; sending to the requesting wireless terminal a scan list including base stations (4; 6) remaining after the pruning step. receiving from a wireless terminal a request for authorization to scan signals from an identified grouping of the proximate base stations (1-4; 6-9), wherein the identified grouping of the proximate base stations comprises base stations of the plurality of base stations and other nearby base stations provided by the wireless terminal that provide acceptable RF, radio frequency, connectivity for the wireless terminal; determining a mobility class for the requesting wireless terminal; in the case of the mobility class of the requesting wireless terminal being restricted, pruning the identified grouping of proximate base stations (1-4; 6-9) to eliminate base stations (1-3; 7-9) for which connection is not permitted by the wireless terminal restriction; sending to the requesting wireless terminal a scan list including base stations (4; 6) remaining after the pruning step.
A first terminal for connecting terminals located in a predetermined space, the first terminal comprising: a first communication interface configured to transmit a signal for executing input applications of a plurality of terminals (200, 300, 400) through a first communication scheme; a second communication interface configured to broadcast information about the first terminal through a second communication scheme; and a processor configured to generate a list of terminals located in the predetermined space, based on responses from terminals (200, 300) that received the information about the first terminal through the second communication scheme. a first communication interface configured to transmit a signal for executing input applications of a plurality of terminals (200, 300, 400) through a first communication scheme; a second communication interface configured to broadcast information about the first terminal through a second communication scheme; and a processor configured to generate a list of terminals located in the predetermined space, based on responses from terminals (200, 300) that received the information about the first terminal through the second communication scheme.
A method of producing a semiconductor device, comprising: - integrating a photosensor at a main surface of a semiconductor substrate, - providing the main surface with a dielectric layer and with a wiring embedded in the dielectric layer, the wiring comprising a contact pad, - forming a via hole penetrating the substrate outside the photosensor, - arranging a metallization layer in the via hole, thus forming an electrical interconnection to the wiring, - mounting an emitter of radiation, which comprises an organic LED, above the main surface after arranging the metallization layer in the via hole, a contact pad of the emitter being electrically connected with the contact pad of the wiring, and - mounting a cover provided with a cavity above the main surface, so that the emitter is arranged in the cavity, the cover comprising a semiconductor layer arranged on a glass wafer, the cover being transparent to said radiation that is to be detected by the photosensor, and a radiation barrier, which shields said radiation and thus inhibits cross-talk between the emitter and the photosensor, being present on a lateral surface of the cavity, the cavity penetrating the semiconductor layer, and at least one passive optical component (17, 18, 19) formed in or on the cover above the emitter and/or above the photosensor. - integrating a photosensor at a main surface of a semiconductor substrate, - providing the main surface with a dielectric layer and with a wiring embedded in the dielectric layer, the wiring comprising a contact pad, - forming a via hole penetrating the substrate outside the photosensor, - arranging a metallization layer in the via hole, thus forming an electrical interconnection to the wiring, - mounting an emitter of radiation, which comprises an organic LED, above the main surface after arranging the metallization layer in the via hole, a contact pad of the emitter being electrically connected with the contact pad of the wiring, and - mounting a cover provided with a cavity above the main surface, so that the emitter is arranged in the cavity, the cover comprising a semiconductor layer arranged on a glass wafer, the cover being transparent to said radiation that is to be detected by the photosensor, and a radiation barrier, which shields said radiation and thus inhibits cross-talk between the emitter and the photosensor, being present on a lateral surface of the cavity, the cavity penetrating the semiconductor layer, and at least one passive optical component (17, 18, 19) formed in or on the cover above the emitter and/or above the photosensor.
A cell culture vessel comprising: a top, a bottom, sidewalls (107. 111) and a necked opening; a substrate on the bottom of the vessel comprising a plurality of microcavities, each microcavity (120a, 120b, 120c) of the plurality of microcavities comprising a well opening (123a, 123b, 123c) and a concave well bottom (121a, 121b, 121c); and an angled flange surrounding at least a portion of the substrate to define a perimeter at a top of the flange, wherein the flange has an inner face adjacent to the portion of the substrate and an outer face opposite the portion of the substrate; and wherein the outer face of the flange is angled from the perimeter to a base of a channel. a top, a bottom, sidewalls (107. 111) and a necked opening; a substrate on the bottom of the vessel comprising a plurality of microcavities, each microcavity (120a, 120b, 120c) of the plurality of microcavities comprising a well opening (123a, 123b, 123c) and a concave well bottom (121a, 121b, 121c); and an angled flange surrounding at least a portion of the substrate to define a perimeter at a top of the flange, wherein the flange has an inner face adjacent to the portion of the substrate and an outer face opposite the portion of the substrate; and wherein the outer face of the flange is angled from the perimeter to a base of a channel.
A method for the inhibition of electrochemical metal plating on an insulated surface of a rack area, said method comprising the step of: contacting the insulated surface of the rack area with an aqueous inhibition composition comprising an inhibition agent that is at least one according to formula I R 2 N-C Y wherein R is independently from each other H or a branched or unbranched C 1 to C 13 alkyl, alkenyl or aryl group, and Y is XR 1, NR 2 2 or N NR 3 2 where X is O or S, and R 1, R 2, R 3 is independently from each other H, an alkali metal or a branched or unbranched C 1 to C 13 alkyl, alkenyl or aryl group, wherein the insulation on the insulated areas of the rack is a polymer of the group consisting of PVC, polycarbonate, polyamide, polyurethane, PTFE, ECTFE, partly halogenated, especially partly fluorinated, polymers.
A process for taking up one or more nitrogen oxide(s) from a gaseous or aerosol or liquid medium, the process comprising the following steps: a) providing a gaseous or aerosol or liquid medium comprising one or more nitrogen oxide(s), b) providing at least one particulate surface-modified calcium carbonate having a BET specific surface area as measured by the BET nitrogen method in the range from 10 to 200 m 2 /g, wherein the surface-modified calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, and c) contacting the gaseous and/or aerosol or liquid medium of step a) with the at least one particulate surface-modified calcium carbonate of step b) for taking up at least a part of the one/or more nitrogen oxide(s) from the gaseous and/or aerosol or liquid medium onto the surface and/or into the pores of the at least one particulate surface-modified calcium carbonate, and d) optionally providing at least one particulate calcium carbonate-comprising material and contacting the at least one particulate calcium carbonate-comprising material with the at least one particulate surface-modified calcium carbonate of step b) before and/or during and/or after step c). a) providing a gaseous or aerosol or liquid medium comprising one or more nitrogen oxide(s), b) providing at least one particulate surface-modified calcium carbonate having a BET specific surface area as measured by the BET nitrogen method in the range from 10 to 200 m 2 /g, wherein the surface-modified calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, and c) contacting the gaseous and/or aerosol or liquid medium of step a) with the at least one particulate surface-modified calcium carbonate of step b) for taking up at least a part of the one/or more nitrogen oxide(s) from the gaseous and/or aerosol or liquid medium onto the surface and/or into the pores of the at least one particulate surface-modified calcium carbonate, and d) optionally providing at least one particulate calcium carbonate-comprising material and contacting the at least one particulate calcium carbonate-comprising material with the at least one particulate surface-modified calcium carbonate of step b) before and/or during and/or after step c).
A thermowell system for measuring a process temperature, comprising: an elongate thermowell having a proximal end and a distal end configured to extend into a process fluid; the thermowell being characterised by an infrared sensor configured to detect infrared radiation from the distal end of the thermowell and responsively provide a sensor output; and vibration detector circuitry coupled to the infrared sensor configured to detect vibration of the thermowell as a function of oscillations in the sensor output. an elongate thermowell having a proximal end and a distal end configured to extend into a process fluid; the thermowell being characterised by an infrared sensor configured to detect infrared radiation from the distal end of the thermowell and responsively provide a sensor output; and vibration detector circuitry coupled to the infrared sensor configured to detect vibration of the thermowell as a function of oscillations in the sensor output.
A braking force control apparatus for a saddle ride-type vehicle, comprising: a control device configured to control a transmission which reduces driving force of an engine by a predetermined speed reduction ratio and transmits the driving force to a drive wheel of a vehicle, a clutch device which connects and disconnects the driving force between the engine and the transmission, and brake devices (BF and BR) which generate braking force on the drive wheel and another wheel, wherein the vehicle is configured to be able to switch between a normal driving mode and a slow speed mode assuming driving at a speed reduction ratio on a lower speed side than the normal driving mode, characterised in that the control device detects an inclination angle (θ) in a pitching direction of the vehicle when the slow speed mode is selected, and causes the brake devices (BF and BR) to generate braking force on at least one of the drive wheel and the other wheel when the inclination angle (θ) is not less than a predetermined value, and then the control device starts switching the clutch device to a connected state upon input of a driving operation in the slow speed mode, and gradually releases the braking force once the driving force starts to be transmitted to the drive wheel. a control device configured to control a transmission which reduces driving force of an engine by a predetermined speed reduction ratio and transmits the driving force to a drive wheel of a vehicle, a clutch device which connects and disconnects the driving force between the engine and the transmission, and brake devices (BF and BR) which generate braking force on the drive wheel and another wheel, wherein the vehicle is configured to be able to switch between a normal driving mode and a slow speed mode assuming driving at a speed reduction ratio on a lower speed side than the normal driving mode, characterised in that the control device detects an inclination angle (θ) in a pitching direction of the vehicle when the slow speed mode is selected, and causes the brake devices (BF and BR) to generate braking force on at least one of the drive wheel and the other wheel when the inclination angle (θ) is not less than a predetermined value, and then the control device starts switching the clutch device to a connected state upon input of a driving operation in the slow speed mode, and gradually releases the braking force once the driving force starts to be transmitted to the drive wheel.
A guide column for a column guide frame, a transfer tool or a follow-on composite tool, with a cylindrical ball cage that is mounted so as to be axially displaceable along the jacket of the guide column, wherein the guide column has a cage holder that is secured in position to the lower free end of the guide column so as to be height-adjustable in the axial direction, and the cage holder has a stop for the ball cage for securing the ball cage slipping out or falling from the guide column, and wherein the cage holder forms a connecting section that is provided with a thread with which the cage holder is screwed in on a mating thread, the cage holder being rotatably mounted on the guide column for the purpose of height adjustment.
System channel for the supply of media, in particular to a laboratory workplace, with an outer peripheral surface and with a fixing profile in the area of the outer peripheral surface for fixing accessories, wherein the fixing profile extends outwards from the outer peripheral surface, characterised in that the fixing profile is fixable in an inner groove of the system channel, wherein the inner groove is formed in a housing of the system channel and the fixing profile possesses a fixing section that for fixing can be plugged or inserted into the inner groove.
A patient interface device comprising: a cushion structured to receive a flow of treatment gas; a frame having a central portion structured to couple with the cushion and a strap (18a; 18b) extending from the central portion; a headgear component including at least one of a top portion adapted to fit on top of a patient's head and a rear portion adapted to fit behind the patient's head; and a coupling mechanism (34a;34b) structured to couple the strap (18a; 18b) to the headgear component, the coupling mechanism (34a; 34b) having an opening, wherein an end portion of the strap (18a; 18b) is structured to pass through the opening in the coupling mechanism (34a; 34b), fold back in a direction toward the central portion of the frame, and releasably attach to the strap (18a; 18b), and wherein pulling the end portion of the strap (18a; 18b) toward the central portion of the frame is operable to tighten the patient interface device, characterized in that the elongation of the strap (18a; 18b) in its longitudinal direction is less than or equal to about 9.5% of the length of the strap (18a; 18b) when about 3 lbs. [about 1,36 kg] of tension is applied to the strap (18a; 18b). a cushion structured to receive a flow of treatment gas; a frame having a central portion structured to couple with the cushion and a strap (18a; 18b) extending from the central portion; a headgear component including at least one of a top portion adapted to fit on top of a patient's head and a rear portion adapted to fit behind the patient's head; and a coupling mechanism (34a;34b) structured to couple the strap (18a; 18b) to the headgear component, the coupling mechanism (34a; 34b) having an opening, wherein an end portion of the strap (18a; 18b) is structured to pass through the opening in the coupling mechanism (34a; 34b), fold back in a direction toward the central portion of the frame, and releasably attach to the strap (18a; 18b), and wherein pulling the end portion of the strap (18a; 18b) toward the central portion of the frame is operable to tighten the patient interface device, characterized in that the elongation of the strap (18a; 18b) in its longitudinal direction is less than or equal to about 9.5% of the length of the strap (18a; 18b) when about 3 lbs. [about 1,36 kg] of tension is applied to the strap (18a; 18b).
Welding electrode arrangement for welding in each case one interconnector of two adjacent electrochemical cells of a rechargeable battery, in particular a lead acid rechargeable battery, wherein the interconnectors are disposed so as to be separated from one another by means of a housing partition and so as to be opposite one another on opposite sides of the housing partition, wherein the housing partition has an opening in a region in which the interconnectors lie opposite one another, wherein the welding electrode arrangement has at least one pair of welding electrodes, wherein at least one, in particular each, of the welding electrodes of the at least one pair of welding electrodes has an insert part which is conceived to contact a corresponding interconnector, and to weld the interconnectors through the opening in the housing partition in such a manner that an area proportion of plastics inclusions in the welding area is at most 8% of the welding area, wherein the insert part has a welding plate, on the front side of which is formed a welding protrusion that extends from the welding plate, and wherein the welding protrusion has a recess. wherein the interconnectors are disposed so as to be separated from one another by means of a housing partition and so as to be opposite one another on opposite sides of the housing partition, wherein the housing partition has an opening in a region in which the interconnectors lie opposite one another, wherein the welding electrode arrangement has at least one pair of welding electrodes, wherein at least one, in particular each, of the welding electrodes of the at least one pair of welding electrodes has an insert part which is conceived to contact a corresponding interconnector, and to weld the interconnectors through the opening in the housing partition in such a manner that an area proportion of plastics inclusions in the welding area is at most 8% of the welding area, wherein the insert part has a welding plate, on the front side of which is formed a welding protrusion that extends from the welding plate, and wherein the welding protrusion has a recess.
A method for wireless communications, comprising: estimating channel quality information for a plurality of downlink carriers, characterized by: identifying a number of activated carriers in the plurality of downlink carriers; and configuring an uplink control channel based at least in part on the number of activated carriers in the plurality of downlink carriers, wherein the configuring comprises configuring the uplink control channel differently based at least in part on different numbers of activated carriers by selecting different codebooks, spreading factors, repetition, mapping, or encoding schemes for uplink transmission based at least in part on the number of activated carriers. identifying a number of activated carriers in the plurality of downlink carriers; and configuring an uplink control channel based at least in part on the number of activated carriers in the plurality of downlink carriers, wherein the configuring comprises configuring the uplink control channel differently based at least in part on different numbers of activated carriers by selecting different codebooks, spreading factors, repetition, mapping, or encoding schemes for uplink transmission based at least in part on the number of activated carriers.
A method for processing, by a terminal, a reference signal, the method comprising: receiving M reference signals respectively from M resource blocks; and determining a power ratio of a reference signal to a data signal for each of the M reference signals, wherein a beam width for each of the M reference signals varies depending on an index of the resource block, and the power ratio is determined on the basis of a beam width parameter corresponding to the index of the resource block. receiving M reference signals respectively from M resource blocks; and determining a power ratio of a reference signal to a data signal for each of the M reference signals, wherein a beam width for each of the M reference signals varies depending on an index of the resource block, and the power ratio is determined on the basis of a beam width parameter corresponding to the index of the resource block.
A method for finishing toothed workpieces with a tool that is designed in the form of a circular skiving cutter and rotationally driven by a tool spindle, wherein said tool has machining teeth that engage into tooth gaps of the workpiece in a rolling motion, and wherein said workpiece is carried by a workpiece spindle that is arranged in a skewed manner relative to the tool rotational axis and driven synchronous thereto such that machining edges of the machining teeth machine the tooth flanks of the teeth of the workpiece in the direction in which the tooth flanks extend, characterized in that the machining edges act upon the tooth flanks in a smoothing manner without metal removal.