mhurhangee/ep-ind-claims huggingface dataset:
Locking and unlocking system with reversible triggering, comprising a stationary drive and a plurality of locking and unlocking arrangements (10, 20), which each have: - at least one locking and unlocking element (12, 22), which is movable between a locking position (12, 22) and an unlocking position; and - a transmission kinematic system (11, 21) for kinematically coupling the locking and unlocking element (12, 22) to the drive, comprising a first kinematic member, a second kinematic member and a third kinematic member, wherein the first kinematic member is coupled to the drive and pivotably connected, by a free end remote from the drive, to a first end of the second kinematic member via an articulation, wherein a second end of the second kinematic member is pivotably connected to the third kinematic member via a second articulation, and wherein the third kinematic member is mounted in an articulated manner on a stationary point via a third articulation and the locking and unlocking element (12, 22) is rigidly connected to the third kinematic member, wherein the first kinematic member is pivotable by means of the drive between a first position and a second position, the first kinematic member, in the second position, being pivoted past an extended position, in which the first and the second kinematic member (13, 17) form a straight line, into a top dead centre position, and wherein at least one of the kinematic members (13, 17, 19) is alterable in a kinematically effective direction in such a way that the transmission kinematic system (11, 21) can move past the extended position into the top dead centre position. - at least one locking and unlocking element (12, 22), which is movable between a locking position (12, 22) and an unlocking position; and - a transmission kinematic system (11, 21) for kinematically coupling the locking and unlocking element (12, 22) to the drive, comprising a first kinematic member, a second kinematic member and a third kinematic member,
A system for implementing a dynamic three-dimensional lung map view for navigating a probe inside a patient's lungs, the system comprising: a navigation system having a navigation plan loaded therein, the navigation plan including a planned pathway shown in a 3D model generated from a plurality of CT images; a probe for insertion into a patient's airways, the probe including a location sensor in operative communication with the navigation system; and a workstation having a display, the workstation configured to carry out the steps of registering a sensed location of the probe with the planned pathway; selecting, or enabling the selection of, a target in the navigation plan; presenting on the display a view of the 3D model showing the planned pathway and indicating the sensed location of the probe; automatically iteratively adjusting a view point from which the 3D model showing the planned pathway is presented based on sensed locations of the probe as it is navigated through the lung of a patient; and updating the presented view by removing at least a part of an object forming part of the 3D model which is visible from the current view point, wherein removing at least part of an object comprises showing the object with a higher transparency than objects which are not hidden. a navigation system having a navigation plan loaded therein, the navigation plan including a planned pathway shown in a 3D model generated from a plurality of CT images; a probe for insertion into a patient's airways, the probe including a location sensor in operative communication with the navigation system; and a workstation having a display, the workstation configured to carry out the steps of registering a sensed location of the probe with the planned pathway; selecting, or enabling the selection of, a target in the navigation plan; presenting on the display a view of the 3D model showing the planned pathway and indicating the sensed location of the probe; automatically iteratively adjusting a view point from which the 3D model showing the planned pathway is presented based on sensed locations of the probe as it is navigated through the lung of a patient; and updating the presented view by removing at least a part of an object forming part of the 3D model which is visible from the current view point, wherein removing at least part of an object comprises showing the object with a higher transparency than objects which are not hidden.
An integrated antenna comprising: a first loop antenna having a first annular antenna element; and a second loop antenna having a second annular antenna element, the second loop antenna being lower in resonance frequency than the first loop antenna, a first passive element arranged between the first annular antenna element and the second annular antenna element, at least part of an inner circumference of the first passive element facing at least part of an outer circumference of the first annular antenna element, the second annular antenna element being arranged on a surface identical to that where the first annular antenna element is arranged, so as to surround the first annular antenna element, characterized in that the first loop antenna further has: - first and second feed paths (11b, 11c) extending, from respective ends of the first annular antenna element which ends face each other, toward a center of a region surrounded by the first annular antenna element; - a first short-circuit part configured such that an end of the first feed path which end is located at the center of the region surrounded by the first annular antenna element, and a first point on the first annular antenna element are short-circuited; and - a second short-circuit part configured such that an end of the second feed path which end is located at the center of the region surrounded by the first annular antenna element, and a second point on the first annular antenna element are short-circuited. a first loop antenna having a first annular antenna element; and a second loop antenna having a second annular antenna element, the second loop antenna being lower in resonance frequency than the first loop antenna, a first passive element arranged between the first annular antenna element and the second annular antenna element, at least part of an inner circumference of the first passive element facing at least part of an outer circumference of the first annular antenna element, the second annular antenna element being arranged on a surface identical to that where the first annular antenna element is arranged, so as to surround the first annular antenna element, - first and second feed paths (11b, 11c) extending, from respective ends of the first annular antenna element which ends face each other, toward a center of a region surrounded by the first annular antenna element; - a first short-circuit part configured such that an end of the first feed path which end is located at the center of the region surrounded by the first annular antenna element, and a first point on the first annular antenna element are short-circuited; and - a second short-circuit part configured such that an end of the second feed path which end is located at the center of the region surrounded by the first annular antenna element, and a second point on the first annular antenna element are short-circuited.
A system for converting an AC input voltage into a rectified output voltage, comprising: first and second transistors (20, 22) arranged in a first transistor pair, third and fourth transistors (16, 18) arranged in a second transistor pair, and a controller responsive to the input voltage and the output voltage to control switching of the first, second, third and fourth transistors (20, 22, 16, 18), the controller being configured to control transistors in the first transistor pair (20, 22) in accordance with polarity of the AC input signal, and to control the third transistor based on a voltage across the third transistor and to control the fourth transistor based on a voltage across the fourth transistor, the controller including an AC polarity detect circuit for determining the polarity of the AC input voltage to produce a first enabling signal that enables the first transistor to t urn on, wherein the AC polarity detect circuit is further configured to produce a second enabling signal that enables the second transistor to turn on, the controller being configured to prevent the second transistor from turning on when the first transistor is on. first and second transistors (20, 22) arranged in a first transistor pair, third and fourth transistors (16, 18) arranged in a second transistor pair, and a controller responsive to the input voltage and the output voltage to control switching of the first, second, third and fourth transistors (20, 22, 16, 18), the controller being configured to control transistors in the first transistor pair (20, 22) in accordance with polarity of the AC input signal, and to control the third transistor based on a voltage across the third transistor and to control the fourth transistor based on a voltage across the fourth transistor, the controller including an AC polarity detect circuit for determining the polarity of the AC input voltage to produce a first enabling signal that enables the first transistor to t urn on, wherein the AC polarity detect circuit is further configured to produce a second enabling signal that enables the second transistor to turn on, the controller being configured to prevent the second transistor from turning on when the first transistor is on.
An adhesive for use in the oral environment, said adhesive comprising at least one filler, at least one hardenable resin, at least one hardener, and at least one photobleachable dye, wherein the hardener is an initiator system comprising a sensitizer, an electron donor and a iodonium salt, wherein the sensitizer is different from the photobleachable dye, wherein said dye is selected from Rose Bengal, Methylene Violet, Methylene Blue, Fluorescein, Eosin Yellow, Eosin Y, Ethyl Eosin, Eosin bluish, Eosin B, Erythrosin B, Erythrosin Yellowish Blend, Toluidine Blue, 4',5'-Dibromofluorescein and blends thereof, said adhesive having an initial color prior to exposure to actinic radiation and a final color subsequent to exposure to actinic radiation, said initial color being different than said final color, and wherein the sensitizer alone is not used to impart an initial color to the adhesive.
An arrangement for detecting a loss of adhesion of a vehicle wheel, comprising: - a first acceleration sensor (1; 201; 301; 401; 501), which is arranged on a vehicle wheel, - a warning unit which is configured to inform a vehicle driver of a loss of adhesion when the loss of adhesion is detected by means of the acceleration sensor (1; 201; 301; 401; 501), and - a control unit, which is configured to trigger the vehicle brake and/or the vehicle engine ∘ in critical driving conditions upon response by a rain sensor or below 3°C, in order to bring about a test acceleration of at least one vehicle wheel at regular time intervals, or ∘ in suspicious driving situations, when an actuation element which is configured as a push-button and arranged on fittings in a vehicle cockpit is actuated by a vehicle driver, in order to bring about a test acceleration of at least one vehicle wheel, in order to bring about the start of a low-intensity loss of adhesion, which serves to ascertain the level of the loss of adhesion. - a first acceleration sensor (1; 201; 301; 401; 501), which is arranged on a vehicle wheel, - a warning unit which is configured to inform a vehicle driver of a loss of adhesion when the loss of adhesion is detected by means of the acceleration sensor (1; 201; 301; 401; 501), and - a control unit, which is configured to trigger the vehicle brake and/or the vehicle engine ∘ in critical driving conditions upon response by a rain sensor or below 3°C, in order to bring about a test acceleration of at least one vehicle wheel at regular time intervals, or ∘ in suspicious driving situations, when an actuation element which is configured as a push-button and arranged on fittings in a vehicle cockpit is actuated by a vehicle driver, in order to bring about a test acceleration of at least one vehicle wheel, in order to bring about the start of a low-intensity loss of adhesion, which serves to ascertain the level of the loss of adhesion. ∘ in critical driving conditions upon response by a rain sensor or below 3°C, in order to bring about a test acceleration of at least one vehicle wheel at regular time intervals, or ∘ in suspicious driving situations, when an actuation element which is configured as a push-button and arranged on fittings in a vehicle cockpit is actuated by a vehicle driver, in order to bring about a test acceleration of at least one vehicle wheel,
Method for monitoring the quality of a data connection of a mobile subscriber station (30, 32, 33), wherein the data are transmitted to at least one mobile subscriber station (30, 32, 33) via a faulty radio channel in a cell of a transmissions network, wherein, in the mobile subscriber station, a state of the data connection is monitored in a monitoring module as part of an application program in an application layer at least based upon measurements in a bit transmission layer, and wherein the measurements in the bit transmission layer are passed on directly to the application layer without passing through one or more intermediate layers, or are retrieved by the application layer from the layer providing the measurements, characterized in that, in addition to or as an alternative to the state assessment of the data connection based upon at least the measurements in the bit transmission layer, information about the state of the transmissions network is also taken into account in the state assessment in the monitoring module, wherein, in addition to the measurements in the bit transmission layer, parameters of the data connection are also forwarded to the application layer, wherein the parameters of the data connection include the assigned bandwidth and/or the modulation type that is used, along with the set modulation parameters.
A thrust reverser nozzle for a gas turbine engine nacelle comprising: opposite and asymmetrically pivoting first and second doors (24,26) defining an aft section of the nacelle, the first and second doors (24,26) including first and second trailing edges (24a, 26a) respectively adjacent to a nozzle outlet of the nacelle, the first and second doors (24,26) being pivotable simultaneously between a stowed position and a deployed position, and the first trailing edge of the first door being positioned behind the second trailing edge of the second door in the deployed position, and characterised by: first and second fairings (34,36) attached to the first and second doors (24,26) in relative fixed positions to the first and second doors (24,26) respectively; said first fairing including forward, middle, and aft portions (41,38,59) correspondingly adjoining forward, middle, and aft portions (39,40,60) of said second fairing when said doors are stowed; and said first and second fairings (34,36) having complementary contours adjoining each other such that said forward portions (41,39) of said first and second fairings (34,36) overlap said aft portions (60,59) of said second and first fairings (36,34), respectively, as said fairings scissor about said middle portions (38,40) when said doors (24,26) are deployed. first and second fairings (34,36) attached to the first and second doors (24,26) in relative fixed positions to the first and second doors (24,26) respectively; said first fairing including forward, middle, and aft portions (41,38,59) correspondingly adjoining forward, middle, and aft portions (39,40,60) of said second fairing when said doors are stowed; and said first and second fairings (34,36) having complementary contours adjoining each other such that said forward portions (41,39) of said first and second fairings (34,36) overlap said aft portions (60,59) of said second and first fairings (36,34), respectively, as said fairings scissor about said middle portions (38,40) when said doors (24,26) are deployed.
A catheter device including - one valve (75, 75') or two valves that is/are in communication with a flowing fluid, - a flow channel (79, 88), which is designed as a catheter in the form of a catheter pump and has a rotatable shaft, and - a protective device for the one valve (75, 75') or the two valves, wherein a separating device for retaining particles present in the fluid, with at least one magnetic element (86, 86', 86"), is provided along the flow channel (79, 88) for the fluid, at a distance from the valve(s) (75, 75') and in particular separated therefrom. - one valve (75, 75') or two valves that is/are in communication with a flowing fluid, - a flow channel (79, 88), which is designed as a catheter in the form of a catheter pump and has a rotatable shaft, and - a protective device for the one valve (75, 75') or the two valves, wherein a separating device for retaining particles present in the fluid, with at least one magnetic element (86, 86', 86"), is provided along the flow channel (79, 88) for the fluid, at a distance from the valve(s) (75, 75') and in particular separated therefrom.
A method for shaping cells (14a, 14b, 14c) in a wireless communications network (10a, 10b), the method being performed by a network node (11a, 12), the method comprising the steps of: acquiring previously stored spatial channel characteristics for wireless devices, WDs, the WDs being associated with a set of radio access network nodes (11a, 11b, 11c), RANNs, the spatial channel characteristics for at least one WD of the WDs being measured between the at least one WD and at least two RANNs in the set of RANNs, the spatial channel characteristics relating to at least one of channel correlation or covariance matrices determined from uplink measurements, and signal strength estimates over multiple antenna elements or beam forms, and wherein the previously stored spatial channel characteristics are used to assess coverage for different cell shapes before performance of them is evaluated such that the performance is based not only for WDs currently in the communications network (10a, 10b) but also for WDs that have previously been connected to the communications network (10a, 10b); determining beam forming parameters for shaping cells (14a, 14b, 14c) for at least one RANN in the set of RANNs based on the acquired spatial channel characteristics such that at least a predetermined share of the WDs are in service coverage; and notifying at least one of the RANNs in the set of RANNs of the determined beam forming parameters. acquiring previously stored spatial channel characteristics for wireless devices, WDs, the WDs being associated with a set of radio access network nodes (11a, 11b, 11c), RANNs, the spatial channel characteristics for at least one WD of the WDs being measured between the at least one WD and at least two RANNs in the set of RANNs, the spatial channel characteristics relating to at least one of channel correlation or covariance matrices determined from uplink measurements, and signal strength estimates over multiple antenna elements or beam forms, and wherein the previously stored spatial channel characteristics are used to assess coverage for different cell shapes before performance of them is evaluated such that the performance is based not only for WDs currently in the communications network (10a, 10b) but also for WDs that have previously been connected to the communications network (10a, 10b); determining beam forming parameters for shaping cells (14a, 14b, 14c) for at least one RANN in the set of RANNs based on the acquired spatial channel characteristics such that at least a predetermined share of the WDs are in service coverage; and notifying at least one of the RANNs in the set of RANNs of the determined beam forming parameters.
A Braille cell comprising: a substantially fluid-tight housing having a top end and a bottom end; an opening in the top end of the housing, the opening fluidly sealed with a flexible diaphragm, the flexible diaphragm having a topside and an underside; at least two support blocks positioned at the bottom end of the housing; a stabilizer block positioned at the bottom end of the housing and positioned between the at least two support blocks; an actuator rod having a top end and a bottom end, the top end of the actuator rod secured to the underside of the flexible diaphragm and the bottom end of the rod secured to the stabilizer block; and at least two electroactive polymer bending elements, each element having a top edge and a bottom edge, the bottom edge of each of the electroactive polymer bending elements secured to one of the at least two support blocks, the top edge of each of the electroactive polymer bending elements secured to the housing. a substantially fluid-tight housing having a top end and a bottom end; an opening in the top end of the housing, the opening fluidly sealed with a flexible diaphragm, the flexible diaphragm having a topside and an underside; at least two support blocks positioned at the bottom end of the housing; a stabilizer block positioned at the bottom end of the housing and positioned between the at least two support blocks; an actuator rod having a top end and a bottom end, the top end of the actuator rod secured to the underside of the flexible diaphragm and the bottom end of the rod secured to the stabilizer block; and at least two electroactive polymer bending elements, each element having a top edge and a bottom edge, the bottom edge of each of the electroactive polymer bending elements secured to one of the at least two support blocks, the top edge of each of the electroactive polymer bending elements secured to the housing.