mhurhangee/ep-ind-claims huggingface dataset:
Locking cylinder arrangement comprising - a locking cylinder housing, - a locking bit which is mounted in a pivotable manner on the locking cylinder housing, and - a magnet arrangement for exerting a restoring moment which moves the locking bit to a prespecified inoperative position, wherein the magnet arrangement has at least one first magnet element (8, 22, 25), which is connected in a rotationally fixed manner directly or indirectly to the locking bit, and at least one second magnet element (9, 10, 17, 18, 21, 24), which is connected in a rotationally fixed manner to the locking cylinder housing and is arranged in a clearance in the locking cylinder housing, which clearance concentrically surrounds the rotation axis of the locking bit, characterized in that the at least one first magnet element (8, 22, 25), which is connected in a rotationally fixed manner to the locking bit, is designed as a magnet ring which is arranged coaxially to the rotation axis of the locking bit, and at least one second magnet element (9, 10, 17, 18), which is connected in a rotationally fixed manner to the locking cylinder housing, is arranged adjacent to the circumference of the first magnet element (8, 22, 25) so as to extend over a total circumferential angle of at most 180 degrees, or in that the at least one second magnet element (21, 24), which is connected in a rotationally fixed manner to the locking cylinder housing, is designed as a magnet ring which is arranged coaxially to the rotation axis of the locking bit which is accommodated in the locking cylinder housing, and the at least one first magnet element (22, 25), which is connected in a rotationally fixed manner to the locking bit, is arranged adjacent to the circumference of the second magnet element (21, 24) so as to extend over a total circumferential angle of at most 180 degrees. - a locking cylinder housing, - a locking bit which is mounted in a pivotable manner on the locking cylinder housing, and - a magnet arrangement for exerting a restoring moment which moves the locking bit to a prespecified inoperative position,
A method comprising: receiving, from client device, a sensitive file at a file receipt location; adding metadata to the sensitive file; transmitting a push notification to a cloud compute service that the sensitive file has been received at the file receipt location; cloud granting the cloud compute service access to the sensitive file, wherein the compute service generates, in response to receiving the push notification, a container instance which removes sensitive data from the sensitive file; receiving an instruction to destroy the sensitive file; and destroying the sensitive file in response to the instruction. receiving, from client device, a sensitive file at a file receipt location; adding metadata to the sensitive file; transmitting a push notification to a cloud compute service that the sensitive file has been received at the file receipt location; cloud granting the cloud compute service access to the sensitive file, wherein the compute service generates, in response to receiving the push notification, a container instance which removes sensitive data from the sensitive file; receiving an instruction to destroy the sensitive file; and destroying the sensitive file in response to the instruction.
Method for moving a driverless transport vehicle on an inclined transport roadway, wherein - the transport vehicle has means of detecting the direction of inclination (d') of the transport roadway relative to the transport vehicle and wherein - the transport vehicle has controllable steering drives, characterised by the method steps: i) for movement the steering drives are activated on account of the detected direction of inclination (d') so that the transport vehicle moves in a direction (d',β) which differs from the direction of inclination (d'); ii) after reaching a predetermined minimum speed of the transport vehicle, the steering drives are set so that the transport vehicle continues to move (10', 10", 10"') in the direction of inclination (d'). - the transport vehicle has means of detecting the direction of inclination (d') of the transport roadway relative to the transport vehicle and wherein - the transport vehicle has controllable steering drives, i) for movement the steering drives are activated on account of the detected direction of inclination (d') so that the transport vehicle moves in a direction (d',β) which differs from the direction of inclination (d'); ii) after reaching a predetermined minimum speed of the transport vehicle, the steering drives are set so that the transport vehicle continues to move (10', 10", 10"') in the direction of inclination (d').
A method of controlling a transmit power of an uplink sounding reference signal for a transmission/reception point, the method comprising: determining an offset value for an uplink SRS transmit power of user equipment, using a constant step size in an entire range including a first range and a second range, wherein the first range is a base range, and the second range includes comparatively larger values than those in the first range; and transmitting offset information indicating the determined offset value to the user equipment through higher-layer signaling, characterized in that: when a parameter Ks defined by the higher-layer signaling of the transmission/reception point is 1.25, the entire range is substantially [-3, 28] dB, the first range is [-3, 12] dB, the second range is (12, 28] dB, and the constant step size is 1 dB; and when the parameter Ks = 0, the entire range is [-10.5, 28.5] dB, the first range is [-10.5, 12] dB, the second range is (12, 28.5] dB, and the constant step size is 1.5 dB. determining an offset value for an uplink SRS transmit power of user equipment, using a constant step size in an entire range including a first range and a second range, wherein the first range is a base range, and the second range includes comparatively larger values than those in the first range; and transmitting offset information indicating the determined offset value to the user equipment through higher-layer signaling, when a parameter Ks defined by the higher-layer signaling of the transmission/reception point is 1.25, the entire range is substantially [-3, 28] dB, the first range is [-3, 12] dB, the second range is (12, 28] dB, and the constant step size is 1 dB; and when the parameter Ks = 0, the entire range is [-10.5, 28.5] dB, the first range is [-10.5, 12] dB, the second range is (12, 28.5] dB, and the constant step size is 1.5 dB.
A secondary charged particle detection device for detection of a signal beam, comprising: a detector arrangement having at least two detection elements with active detection areas, wherein the active detection areas are separated by a gap; a particle optics configured for separating the signal beam into a first portion of the signal beam and into at least one second portion of the signal beam, and configured for focusing the first portion of the signal beam and the at least one second portion of the signal beam, wherein the particle optics comprises: an aperture plate; and at least a first aperture opening in the aperture plate, and at least one second aperture opening in the aperture plate, wherein the first aperture opening has a concave shaped portion bent inwardly towards the center of the opening, particularly wherein the first aperture opening has a pincushion shape. a detector arrangement having at least two detection elements with active detection areas, wherein the active detection areas are separated by a gap; a particle optics configured for separating the signal beam into a first portion of the signal beam and into at least one second portion of the signal beam, and configured for focusing the first portion of the signal beam and the at least one second portion of the signal beam, wherein the particle optics comprises: an aperture plate; and at least a first aperture opening in the aperture plate, and at least one second aperture opening in the aperture plate, wherein the first aperture opening has a concave shaped portion bent inwardly towards the center of the opening, particularly wherein the first aperture opening has a pincushion shape. an aperture plate; and at least a first aperture opening in the aperture plate, and at least one second aperture opening in the aperture plate, wherein the first aperture opening has a concave shaped portion bent inwardly towards the center of the opening, particularly wherein the first aperture opening has a pincushion shape.
An infrared detector (100; 101; 102; 103; 104) comprising: a plurality of infrared sensors; a plurality of infrared transmitting members which are made of synthetic resin, and arranged one-by-one in front of the plurality of infrared sensors; a housing that accommodates the plurality of infrared sensors and supports the plurality of infrared transmitting members; and a light shielding plate (9; 9a; 9b; 9c) that shields infrared light and is detachably attached to the housing to overlap at least one infrared transmitting member of the plurality of infrared transmitting members; wherein the light shielding plate (9; 9a; 9b; 9c) is attached to the housing to extend over at least two infrared transmitting members of the plurality of infrared transmitting members; characterized in that: the housing includes a housing body, and a decorative cover that is attached to the housing body and includes a plurality of window holes for individually exposing the plurality of infrared transmitting members; the decorative cover includes a front surface and a rear surface; and the light shielding plate (9; 9a; 9b; 9c) includes first part in contact with the front surface of the decorative cover and second part (92; 92a; 92b; 92c) in contact with the rear surface. a plurality of infrared sensors; a plurality of infrared transmitting members which are made of synthetic resin, and arranged one-by-one in front of the plurality of infrared sensors; a housing that accommodates the plurality of infrared sensors and supports the plurality of infrared transmitting members; and a light shielding plate (9; 9a; 9b; 9c) that shields infrared light and is detachably attached to the housing to overlap at least one infrared transmitting member of the plurality of infrared transmitting members; wherein the light shielding plate (9; 9a; 9b; 9c) is attached to the housing to extend over at least two infrared transmitting members of the plurality of infrared transmitting members; characterized in that: the housing includes a housing body, and a decorative cover that is attached to the housing body and includes a plurality of window holes for individually exposing the plurality of infrared transmitting members; the decorative cover includes a front surface and a rear surface; and the light shielding plate (9; 9a; 9b; 9c) includes first part in contact with the front surface of the decorative cover and second part (92; 92a; 92b; 92c) in contact with the rear surface. the housing includes a housing body, and a decorative cover that is attached to the housing body and includes a plurality of window holes for individually exposing the plurality of infrared transmitting members; the decorative cover includes a front surface and a rear surface; and the light shielding plate (9; 9a; 9b; 9c) includes first part in contact with the front surface of the decorative cover and second part (92; 92a; 92b; 92c) in contact with the rear surface.
Guide rail (6, 7) for use in an open roof construction for a vehicle having a roof opening in its fixed roof, comprising two opposite parallel flanges (16, 17) defining a guide channel having an elongated narrow entrance opening extending along at least a substantial part of the length of the guide channel, which is intended to guide and hold a holding member of a sunscreen, wherein one of the flanges (16, 17) is part of an extruded aluminium profile and the other flange is formed at least partly by a plastic member provided on the extruded aluminium profile characterized in that the plastic member, attached to the aluminium profile, defines a bottom flange of the guide channel which forms the main sliding surface for the sunscreen and which is capable of supporting the sunscreen.
A polyvinyl sulfonic acid comprising a vinyl sulfonic acid unit represented by the following general formula: wherein R 1, R 2 and R 3 each independently represent hydrogen, or an alkyl group or alkylene group, which has 1 to 15 carbon atoms; and Z represents hydrogen, halogen, an alkyl group or alkylene group, which has 1 to 15 carbon atoms, a metal ion, an ammonium ion, a protonated primary, secondary or tertiary amine, or a quaternary ammonium ion, wherein the molar amount of sulfonic acid groups derived from a vinyl sulfonic acid monomer with respect to the molar amount of total monomer units is 50.0 to 98.0 mol%, and the polyvinyl sulfonic acid has an absorbance of 0.1 or greater (aqueous solution: 0.2 mass%, cell length: 10 mm) in a wavelength range of 255 to 800 nm.
An implantable device adapted for use within a living subject, the device comprising: a substrate; a sealed enclosure having a plurality of walls defining an inner enclosure volume therebetween, the sealed enclosure comprising a plurality of electrical interconnects, each electrical interconnect extending through one of the plurality of walls; an electronic component assembly (ECA 42) provided within the inner enclosure volume, the ECA being electrically coupled to each of the electrical interconnects; a flexible circuit board assembly (FCBA 46) provided external to the sealed enclosure and in contact with the substrate, the FCBA being electrically coupled to each of the electrical interconnects such that the FCBA is in electrical communication with the ECA through the sealed enclosure, the FCBA further including: at least one transducer operative to monitor a physical characteristic of the substrate and alter an electrical parameter accessible to the ECA in response to the monitored physical characteristic; and a protective cover coupled to the substrate to define an enclosed sensor volume therebetween, and wherein the sealed enclosure and FCBA are both located within the enclosed sensor volume. a substrate; a sealed enclosure having a plurality of walls defining an inner enclosure volume therebetween, the sealed enclosure comprising a plurality of electrical interconnects, each electrical interconnect extending through one of the plurality of walls; an electronic component assembly (ECA 42) provided within the inner enclosure volume, the ECA being electrically coupled to each of the electrical interconnects; a flexible circuit board assembly (FCBA 46) provided external to the sealed enclosure and in contact with the substrate, the FCBA being electrically coupled to each of the electrical interconnects such that the FCBA is in electrical communication with the ECA through the sealed enclosure, the FCBA further including: at least one transducer operative to monitor a physical characteristic of the substrate and alter an electrical parameter accessible to the ECA in response to the monitored physical characteristic; and a protective cover coupled to the substrate to define an enclosed sensor volume therebetween, and wherein the sealed enclosure and FCBA are both located within the enclosed sensor volume.
A rotary disk valve arrangement having a crankcase for accommodating a crankshaft, wherein the crankcase has an inlet opening (11, 11') for fresh air and at least two rotary disk valves (21, 22) for regulating an ingress of fresh air into the crankcase, wherein the at least two rotary disk valves (21, 22) have in each case one axis of rotation and are mounted so as to be rotatable relative to one another for the purpose of at least partially opening up and closing off the inlet opening (11, 11'), and wherein the at least two rotary disk valves (21, 22) are arranged on the crankcase at a coupling surface of the crankcase, wherein the coupling surface has at least one further inlet opening (11, 11'), and the at least two rotary disk valves (21, 22) comprise in each case at least two rotary valve openings (23, 23', 24, 24') for the purpose of at least partially opening up the at least two inlet openings (11, 11'), characterized in that, on the coupling surface, there is provided at least one lubrication bore opening via which lubricant situated in the crankcase can be introduced into the first rotary disk valve chamber.
A mechanical hoistway access control device for an elevator landing door, comprising: a first blocking member mounted on a position on a landing door frame above a landing door, the first blocking member pivotably attached between an upright position and a first horizontal position extending in the door opening direction about a horizontal shaft; and a second blocking member mounted on a position on a car door frame above a car door, the second blocking member pivotably attached between an upright position and a second horizontal position about a horizontal shaft, the second horizontal position being where the second blocking member protrudes out to the landing door side to block movement of the first blocking member, wherein the first blocking member is configured to fall down in the first horizontal position to mechanically block complete closing of the landing door when the landing door is opened with no elevator car at the landing, and wherein the second blocking member is configured to fall down in the second horizontal position before the first blocking member falls down to prevent the first blocking member from falling down in the first horizontal position when the landing door is opened in conjunction with the car door. a first blocking member mounted on a position on a landing door frame above a landing door, the first blocking member pivotably attached between an upright position and a first horizontal position extending in the door opening direction about a horizontal shaft; and a second blocking member mounted on a position on a car door frame above a car door, the second blocking member pivotably attached between an upright position and a second horizontal position about a horizontal shaft, the second horizontal position being where the second blocking member protrudes out to the landing door side to block movement of the first blocking member, wherein the first blocking member is configured to fall down in the first horizontal position to mechanically block complete closing of the landing door when the landing door is opened with no elevator car at the landing, and wherein the second blocking member is configured to fall down in the second horizontal position before the first blocking member falls down to prevent the first blocking member from falling down in the first horizontal position when the landing door is opened in conjunction with the car door.
A control system for controlling a quantity of blood in a blood reservoir of a perfusion system in which the blood reservoir is supplied through a venous line and a pump is configured to circulate blood out of the blood reservoir through an outgoing line, the control system comprising: a venous flow sensor configured to measure a venous flow rate of blood in the venous line, an outgoing flow sensor (23, 24) configured to measure an arterial flow rate of blood in the outgoing line and/or in an arterial line, a blood quantity sensor system (26, 28) configured to generate a blood quantity output indicative of a quantity of blood in the blood reservoir, and a controller, the controller configured to receive as inputs the venous flow rate, the arterial flow rate, and the blood quantity output; and to determine whether the blood quantity output is below a first blood quantity threshold, wherein the controller comprises decision logic permitting it to issue, while the quantity of blood is below the first blood quantity threshold, a signal to control the pump to prevent the arterial flow rate from exceeding the venous flow rate, as measured by the venous flow sensor, so as to arrest a decrease of blood in the blood reservoir. a venous flow sensor configured to measure a venous flow rate of blood in the venous line, an outgoing flow sensor (23, 24) configured to measure an arterial flow rate of blood in the outgoing line and/or in an arterial line, a blood quantity sensor system (26, 28) configured to generate a blood quantity output indicative of a quantity of blood in the blood reservoir, and a controller, the controller configured to receive as inputs the venous flow rate, the arterial flow rate, and the blood quantity output; and to determine whether the blood quantity output is below a first blood quantity threshold, wherein the controller comprises decision logic permitting it to issue, while the quantity of blood is below the first blood quantity threshold, a signal to control the pump to prevent the arterial flow rate from exceeding the venous flow rate, as measured by the venous flow sensor, so as to arrest a decrease of blood in the blood reservoir.
A cabinet, in particular a safety cabinet, with at least one swing-leaf door and with a spring element (8a, 8b) which is connected to the swing-leaf door and acts upon the latter at least in the direction of the closed position, wherein the spring element (8a, 8b) is lockable in at least one predefined open position of the swing-leaf door and, after the locking has been removed by an operator, serves for automatic closing of the door, wherein - the spring element (8a, 8b) is connected by means of a pull/push rod to a connecting element which is mounted displaceably in guides and arranged in the region of a ceiling wall and which in turn is coupled to the at least one swing-leaf door, wherein - the connecting element formed as a cross-beam extending between the guides is able to carry out linear movements in the transverse direction of the ceiling wall with the aid of the guides, wherein further - a push rod connected to the swing-leaf door is coupled to a cantilever of the connecting element, wherein further - the spring element (8a, 8b) is mounted displaceably along a spring element guide which extends substantially perpendicular to the direction of movement of the connecting element and is arranged parallel to the extent of the connecting element between the two guides, and wherein - opening of the swing-leaf door compresses the spring element (8a, 8b) along the spring member guide, whereby the spring element (8a, 8b) is released from one or both of the end stops of the spring element guide and can be displaced along the spring element guide. - the spring element (8a, 8b) is connected by means of a pull/push rod to a connecting element which is mounted displaceably in guides and arranged in the region of a ceiling wall and which in turn is coupled to the at least one swing-leaf door, wherein - the connecting element formed as a cross-beam extending between the guides is able to carry out linear movements in the transverse direction of the ceiling wall with the aid of the guides, wherein further - a push rod connected to the swing-leaf door is coupled to a cantilever of the connecting element, wherein further - the spring element (8a, 8b) is mounted displaceably along a spring element guide which extends substantially perpendicular to the direction of movement of the connecting element and is arranged parallel to the extent of the connecting element between the two guides, and wherein - opening of the swing-leaf door compresses the spring element (8a, 8b) along the spring member guide, whereby the spring element (8a, 8b) is released from one or both of the end stops of the spring element guide and can be displaced along the spring element guide.