mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a luminaire in which different dimming levels can be set, in such a manner that light emissions of different brightness can be generated with the luminaire, characterized by the following step (a) determination of efficiency values of the luminaire at several different dimming levels, wherein a value is designated an efficient value, which constitutes a measure of the ratio of the luminous intensity of the light emission generated by the luminaire to the power supplied to the luminaire, wherein in each case a brightness value of the light is detected for determining the efficiency values for each of the different dimming levels, which is emitted by the luminaire, wherein the efficiency values are formed in that the detected brightness values are set in each case in ratio to the - for the in each case associated dimming level - power supplied to the luminaire, wherein in a following step (b) that of the several different dimming values is determined, in which the efficiency value was greatest. (a) determination of efficiency values of the luminaire at several different dimming levels, wherein a value is designated an efficient value, which constitutes a measure of the ratio of the luminous intensity of the light emission generated by the luminaire to the power supplied to the luminaire, wherein in each case a brightness value of the light is detected for determining the efficiency values for each of the different dimming levels, which is emitted by the luminaire, wherein the efficiency values are formed in that the detected brightness values are set in each case in ratio to the - for the in each case associated dimming level - power supplied to the luminaire, wherein in a following step (b) that of the several different dimming values is determined, in which the efficiency value was greatest.
A reagent preparing apparatus for preparing reagent by mixing a concentrated reagent and a diluting liquid and supplying the prepared reagent to a clinical sample measurement apparatus which measures a clinical sample using the supplied reagent, the reagent preparing apparatus comprising: a chamber for mixing the concentrated reagent and the diluting liquid; a liquid quality measurement part for measuring a quality of the diluting liquid; and a controller for controlling a flow of the diluting liquid based on the quality of the diluting liquid measured by the liquid quality measurement part; wherein the controller is further characterised in that it is configured to determine whether the quality of the diluting liquid measured by the liquid quality measurement part satisfies a predetermined standard including a first standard and a second standard, and issues a first abnormality notice related to the quality of the diluting liquid and controls the flow of the diluting liquid to not supply the diluting liquid to the chamber side when the quality does not satisfy the second standard; and issues a second abnormality notice and controls the flow of the diluting liquid to supply the diluting liquid to the chamber when the quality satisfies the second standard but does not satisfy the first standard. a chamber for mixing the concentrated reagent and the diluting liquid; a liquid quality measurement part for measuring a quality of the diluting liquid; and a controller for controlling a flow of the diluting liquid based on the quality of the diluting liquid measured by the liquid quality measurement part; wherein the controller is further characterised in that it is configured to determine whether the quality of the diluting liquid measured by the liquid quality measurement part satisfies a predetermined standard including a first standard and a second standard, and issues a first abnormality notice related to the quality of the diluting liquid and controls the flow of the diluting liquid to not supply the diluting liquid to the chamber side when the quality does not satisfy the second standard; and issues a second abnormality notice and controls the flow of the diluting liquid to supply the diluting liquid to the chamber when the quality satisfies the second standard but does not satisfy the first standard.
Method for operating a network, wherein network devices in the network exchange useful data with one another via at least one transmission medium through the transmission of useful data packets and at least one redundancy protocol is applied in order to reduce a failure risk, wherein this at least one redundancy protocol performs a transmission of test data packets in order to detect failures in the network, characterized in that the transmission of a useful data packet is interrupted and, instead of the further transmission of this useful data packet, a test data packet is transmitted in order to detect failures in the network and only thereafter is the transmission of the remaining useful data packet carried out.
Printing press having at least one inking unit, in which at least one inking unit cylinder (2, 4, 5) can be set against another inking unit cylinder (2, 4, 5), - which inking unit contains at least one throwing-on system, - by way of which at least one inking unit frame (3, 6) can be moved in the course of the throwing-on movement of the inking unit cylinder (2, 4, 5), - the throwing-on system comprising at least one first throwing-on mechanism, by way of which the position of the at least one inking unit frame (3, 6) can be set in a variable marner, - the throwing-on system having at least a further second throwing-on mechanism, by way of which the at least one inking unit frame (3, 6) can be moved out of the position which is set by way of the at least one first throwing-on mechanism and can be moved back into the said position, - the second throwing-on mechanism having at least one eccentric (31, 32, 33), - and the at least one inking unit containing at least two inking unit cylinders (2, 4, 5) which can be set against another inking unit cylinder (2, 4, 5), characterized - in that the second throwing-on mechanism contains at least one multiple eccentric (31, 32, 33). - which inking unit contains at least one throwing-on system, - by way of which at least one inking unit frame (3, 6) can be moved in the course of the throwing-on movement of the inking unit cylinder (2, 4, 5), - the throwing-on system comprising at least one first throwing-on mechanism, by way of which the position of the at least one inking unit frame (3, 6) can be set in a variable marner, - the throwing-on system having at least a further second throwing-on mechanism, by way of which the at least one inking unit frame (3, 6) can be moved out of the position which is set by way of the at least one first throwing-on mechanism and can be moved back into the said position, - the second throwing-on mechanism having at least one eccentric (31, 32, 33), - and the at least one inking unit containing at least two inking unit cylinders (2, 4, 5) which can be set against another inking unit cylinder (2, 4, 5), characterized - in that the second throwing-on mechanism contains at least one multiple eccentric (31, 32, 33).
A gear system for a gas turbine engine comprising: a sun gear; a plurality of gears drivable by the sun gear; a carrier supporting the plurality of gears; and a manifold attached to the carrier for communicating lubricant, wherein the manifold includes a hub with a first channel, characterized by first bowl member received within the first channel for defining a first lubricant passage, and a second channel and a second bowl member received within the second channel for defining a second lubricant passage, wherein at least one of the first and second channels (80, 84) comprises an annular channel extending circumferentially about the hub and the first bowl member and the second bowl member comprise a C-shaped and/or U-shaped cross-sections. a sun gear; a plurality of gears drivable by the sun gear; a carrier supporting the plurality of gears; and a manifold attached to the carrier for communicating lubricant, wherein the manifold includes a hub with a first channel, characterized by first bowl member received within the first channel for defining a first lubricant passage, and a second channel and a second bowl member received within the second channel for defining a second lubricant passage, wherein at least one of the first and second channels (80, 84) comprises an annular channel extending circumferentially about the hub and the first bowl member and the second bowl member comprise a C-shaped and/or U-shaped cross-sections.
A display apparatus, comprising: a substrate (no) including a display area for displaying an image; a first thin film transistor in the display area, the first thin film transistor including a first semiconductor layer having a silicon semiconductor and a first gate electrode insulated from the first semiconductor layer; a first interlayer insulating layer covering the first gate electrode and having a first contact hole penetrating therethrough; and a second thin film transistor on the first interlayer insulating layer and including a second semiconductor layer including an oxide semiconductor and a second gate electrode insulated from the second semiconductor layer, wherein a portion of the second semiconductor layer extends into the first contact hole and is connected to the first semiconductor layer, wherein the first semiconductor layer includes a first channel area, and a first source area and a first drain area respectively at both sides of the first channel area and doped with impurities, wherein the second semiconductor layer includes a second channel area, and a second source area and a second drain area respectively at both sides of the second channel area and made to be conductive, and wherein one of the second source area and second drain area extends into the first contact hole and contacts one of the first source area and the first drain area. a substrate (no) including a display area for displaying an image; a first thin film transistor in the display area, the first thin film transistor including a first semiconductor layer having a silicon semiconductor and a first gate electrode insulated from the first semiconductor layer; a first interlayer insulating layer covering the first gate electrode and having a first contact hole penetrating therethrough; and a second thin film transistor on the first interlayer insulating layer and including a second semiconductor layer including an oxide semiconductor and a second gate electrode insulated from the second semiconductor layer, wherein a portion of the second semiconductor layer extends into the first contact hole and is connected to the first semiconductor layer, wherein the first semiconductor layer includes a first channel area, and a first source area and a first drain area respectively at both sides of the first channel area and doped with impurities, wherein the second semiconductor layer includes a second channel area, and a second source area and a second drain area respectively at both sides of the second channel area and made to be conductive, and wherein one of the second source area and second drain area extends into the first contact hole and contacts one of the first source area and the first drain area.
A method comprising: displaying, at an electronic device, a plurality of notifications (41, 43, 45), indicative of a plurality of information reception events on a lock screen via a display of the electronic device while the electronic device is in a lock state; in response to receiving a first touch input on the display with respect to one of the plurality of notifications (41, 43, 45) displayed on the lock screen, altering a form of the one of the plurality of notifications (41, 43, 45) to distinguish the one of the plurality of notifications from the rest of the plurality of notifications while the electronic device is in the lock state; and in response to receiving a second touch input on the display with respect to the altered notification, transitioning from the lock state to an unlock state and activating a user function corresponding to the one of the plurality of notifications. displaying, at an electronic device, a plurality of notifications (41, 43, 45), indicative of a plurality of information reception events on a lock screen via a display of the electronic device while the electronic device is in a lock state; in response to receiving a first touch input on the display with respect to one of the plurality of notifications (41, 43, 45) displayed on the lock screen, altering a form of the one of the plurality of notifications (41, 43, 45) to distinguish the one of the plurality of notifications from the rest of the plurality of notifications while the electronic device is in the lock state; and in response to receiving a second touch input on the display with respect to the altered notification, transitioning from the lock state to an unlock state and activating a user function corresponding to the one of the plurality of notifications.
A machine operator seat of a construction machine having a seat surface, a backrest, which is situated opposite to the front seat edge in the longitudinal direction (a) of the seat surface, and at least one armrest situated laterally to the seat surface, comprising a base part, an arm support, and at least one operating element, the arm support being situated in the rear area in the longitudinal direction (a) and the at least one operating element being situated in the front area of the armrest in the longitudinal direction (a), the arm support being mounted via a guide device on the base part of the armrest, the guide device - implemented to be self-positioning in such a way that the arm support automatically moves into a starting position with respect to its positioning in the longitudinal direction (a) in the unloaded state, - having a spring loading for the self-positioning, characterized in that the guide device is being implemented in such a way that the arm support is displaceable with respect to the base part in a limited longitudinal displacement range along the longitudinal direction (a) and in a limited lateral displacement range. - implemented to be self-positioning in such a way that the arm support automatically moves into a starting position with respect to its positioning in the longitudinal direction (a) in the unloaded state, - having a spring loading for the self-positioning,
A method for detecting presence of a second transmit antenna port (3ab, 3ba, 3bb) in a distributed antenna port system, the method being performed in a user equipment, comprising the steps of: receiving cell-specific reference signals, CRS, on a first receive antenna port and a second receive antenna port, the CRS having been transmitted by a first transmit antenna port and a second transmit antenna port (3ab, 3ba, 3bb) in said distributed antenna port system; estimating reference signal received power, RSRP, measurements from the CRS for all transmit-receive antenna port combinations, and filtering said RSRP measurements so as to obtain filtered RSRP measurements; estimating reference signal resource element received power, RSRERP, measurements from the CRS for the second transmit antenna port (3ab, 3ba, 3bb) in combination with each receive antenna port (21a, 21b), and filtering said RSRERP measurements so as to obtain filtered RSRERP measurements; determining a signal to interference and noise ratio, SINR, based on the filtered RSRP of the second transmit antenna port (3ab, 3ba, 3bb) and the filtered RSRERP of the second transmit antenna port (3ab, 3ba, 3bb); and determining, based on comparing said SINR to a first threshold, SINR thr, whether said second transmit antenna port (3ab, 3ba, 3bb) is present or not. receiving cell-specific reference signals, CRS, on a first receive antenna port and a second receive antenna port, the CRS having been transmitted by a first transmit antenna port and a second transmit antenna port (3ab, 3ba, 3bb) in said distributed antenna port system; estimating reference signal received power, RSRP, measurements from the CRS for all transmit-receive antenna port combinations, and filtering said RSRP measurements so as to obtain filtered RSRP measurements; estimating reference signal resource element received power, RSRERP, measurements from the CRS for the second transmit antenna port (3ab, 3ba, 3bb) in combination with each receive antenna port (21a, 21b), and filtering said RSRERP measurements so as to obtain filtered RSRERP measurements; determining a signal to interference and noise ratio, SINR, based on the filtered RSRP of the second transmit antenna port (3ab, 3ba, 3bb) and the filtered RSRERP of the second transmit antenna port (3ab, 3ba, 3bb); and determining, based on comparing said SINR to a first threshold, SINR thr, whether said second transmit antenna port (3ab, 3ba, 3bb) is present or not.
A flexible waveguide band comprising: a spine comprising a pliable rod; a plurality of vertebrae comprising rigid pieces connected to said spine along the length of said spine, said vertebrae each comprising at least one waveguide channel guide for sound waves and a center portion comprising an open portion for receiving said spine; wherein at least a portion of said spine and said plurality of vertebrae are encased within a potting material. a spine comprising a pliable rod; a plurality of vertebrae comprising rigid pieces connected to said spine along the length of said spine, said vertebrae each comprising at least one waveguide channel guide for sound waves and a center portion comprising an open portion for receiving said spine; wherein at least a portion of said spine and said plurality of vertebrae are encased within a potting material.
A bone fixation system, comprising: a first plate including a plate body extending from a proximal end to a distal end and including a plurality of bone fixation openings extending therethrough from a first surface of the body which, when the bone plate is in an operative position, faces away from the bone, to a second surface which, when the bone plate is in an operative position, faces the bone, the first plate further including a connection portion extending distally from the plate body, the connection portion including a first opening extending from a first surface to a second surface,; a second plate extending from a proximal end to a distal end and comprising a head portion; the head portion including a second opening extending therethrough from a first surface of the second plate which, when the second plate is in an operative position, faces away from the bone, to a second surface which, when the bone plate is in an operative position, faces toward the bone; and a connection screw configured to extend through the first opening and the second opening to couple the first and second plates together, wherein tightening the connection screw translates the ramped proximal face along the ramped distal part, eliminating a connection gap therebetween, characterized in that the connection portion includes a positioning tab at a distal end thereof, and the second surface of the connection portion includes a ramped distal part, wherein the head portion of the second plate includes a coupling aperture along a proximal portion thereof, the coupling aperture configured to receive the positioning tab therein, the coupling aperture including a ramped proximal face configured to abut against the ramped distal part of the second surface of the positioning tab when the positioning tab is inserted into the coupling aperture. a first plate including a plate body extending from a proximal end to a distal end and including a plurality of bone fixation openings extending therethrough from a first surface of the body which, when the bone plate is in an operative position, faces away from the bone, to a second surface which, when the bone plate is in an operative position, faces the bone, the first plate further including a connection portion extending distally from the plate body, the connection portion including a first opening extending from a first surface to a second surface,; a second plate extending from a proximal end to a distal end and comprising a head portion; the head portion including a second opening extending therethrough from a first surface of the second plate which, when the second plate is in an operative position, faces away from the bone, to a second surface which, when the bone plate is in an operative position, faces toward the bone; and a connection screw configured to extend through the first opening and the second opening to couple the first and second plates together, wherein tightening the connection screw translates the ramped proximal face along the ramped distal part, eliminating a connection gap therebetween,
An inflatable slide comprising a restraint arrangement, the restraint arrangement comprising: a force releasing member attached to the inflatable slide at at least two locations, the force releasing member being an element configured to separate in response to a tensile force applied to its extremities, tensile force caused by an increase in pressure in the inflatable slide, wherein the force releasing member is configured to separate in response to a predetermined pressure; a first strap coupled to the force releasing member at a first location, wherein the force releasing member is coupled to the inflatable slide via the first strap; and a second strap coupled to the force releasing member at a second location, wherein the force releasing member is coupled to the inflatable slide via the second strap and; characterized in that it further comprises a dampener coupled to the force releasing member and the inflatable slide in parallel with the second strap, such that a rate of force applied to the force releasing member is reduced in response to stretching of the dampener. a force releasing member attached to the inflatable slide at at least two locations, the force releasing member being an element configured to separate in response to a tensile force applied to its extremities, tensile force caused by an increase in pressure in the inflatable slide, wherein the force releasing member is configured to separate in response to a predetermined pressure; a first strap coupled to the force releasing member at a first location, wherein the force releasing member is coupled to the inflatable slide via the first strap; and a second strap coupled to the force releasing member at a second location, wherein the force releasing member is coupled to the inflatable slide via the second strap and; characterized in that it further comprises a dampener coupled to the force releasing member and the inflatable slide in parallel with the second strap, such that a rate of force applied to the force releasing member is reduced in response to stretching of the dampener.