mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining whether or not a monitor is registered with a security service for configuring monitors on a public network to conform with preset security preferences, wherein the security service comprises a computer system operable in executing program code stored on at least one non-transitory computer readable medium to cause the computer system to perform the method comprising: the computer system using a device search engine to perform a search for and find a monitor based on a search query provided to the device search engine by the computer system, wherein the device search engine discovers devices by scanning IP addresses, and comprises a search index having data elements that are searched according to the search query and that correspond to information received by the device search engine from the discovered devices in response to the device search engine probing ports of the discovered devices; the computer system extracting a monitor identifier, ID, of the found monitor from results of the device search engine ; the computer system checking a database associated with the security device to see if the monitor ID of the found monitor matches that of a device currently registered with the security service; and when the found monitor is not currently registered with the security service, the computer system automatically contacting an owner of the unregistered monitor. the computer system using a device search engine to perform a search for and find a monitor based on a search query provided to the device search engine by the computer system, wherein the device search engine discovers devices by scanning IP addresses, and comprises a search index having data elements that are searched according to the search query and that correspond to information received by the device search engine from the discovered devices in response to the device search engine probing ports of the discovered devices; the computer system extracting a monitor identifier, ID, of the found monitor from results of the device search engine ; the computer system checking a database associated with the security device to see if the monitor ID of the found monitor matches that of a device currently registered with the security service; and when the found monitor is not currently registered with the security service, the computer system automatically contacting an owner of the unregistered monitor.
Apparatus for sealing or tying products , comprising a housing with at least a first tape dispenser and a star wheel , a slot defined by or through the housing , wherein the star wheel extends at least partly in said slot , wherein the star wheel comprises at least a series of first cells , the first cells being intermittently disposed in the star wheel , each cell being open to a periphery of the star wheel and two opposite sides thereof, characterized in that one of the star wheel and the housing is provided with at least one knife and preferably the other of the star wheel and the housing is provided with an anvil , wherein the at least one knife provided in the star wheel is movable relative to the star wheel and/or wherein at least one anvil provided in the star wheel is movable relative to the star wheel and the knife , wherein the at least one knife or anvil provided in the star wheel is provided in a second cell of the star wheel .
Light device comprising: - at least one source arranged to emit a light beam, - an optical system arranged to send each light beam from a central zone in several possible directions (12-18) contained in a light cone the vertex of which is located in the central zone , such that each light beam propagates in its light cone, said optical system comprising a reflective surface mounted in rotation in the central zone around an axis - a reflector system arranged to receive each light beam propagating in its light cone and to reflect each received light beam in a space and outside its light cone. characterized in that said reflector system is arranged to move between several positions so that a change of position modifies the trajectory of a light beam reflected by the reflector system , the device further comprising a control system arranged to move the reflector system between its positions. - at least one source arranged to emit a light beam, - an optical system arranged to send each light beam from a central zone in several possible directions (12-18) contained in a light cone the vertex of which is located in the central zone , such that each light beam propagates in its light cone, said optical system comprising a reflective surface mounted in rotation in the central zone around an axis - a reflector system arranged to receive each light beam propagating in its light cone and to reflect each received light beam in a space and outside its light cone.
An information processing apparatus comprising: a touch sensor that detects an interaction position of a manipulation body on a display screen ; a position information acquisition unit configured to acquire position information of a current location of the information processing apparatus ; and a processor configured to when a first manipulation of the manipulation body on the display screen is detected (S201) in a locked screen state of the information processing apparatus , cause a selection (S204) of a set of application icons (I) based on the position information of a current location of the information processing apparatus and a display (S205) of the selected set of application icons (I) on the display screen , and when, subsequently to the first manipulation, a second manipulation of the manipulation body indicating a direction of movement from the last contact position of the first manipulation to select one of the set of application icons (I) is detected (S207) within a predetermined period of time, start up (S209) an application corresponding to the selected one of the set of application icons (I). a touch sensor that detects an interaction position of a manipulation body on a display screen ; a position information acquisition unit configured to acquire position information of a current location of the information processing apparatus ; and a processor configured to when a first manipulation of the manipulation body on the display screen is detected (S201) in a locked screen state of the information processing apparatus , cause a selection (S204) of a set of application icons (I) based on the position information of a current location of the information processing apparatus and a display (S205) of the selected set of application icons (I) on the display screen , and when, subsequently to the first manipulation, a second manipulation of the manipulation body indicating a direction of movement from the last contact position of the first manipulation to select one of the set of application icons (I) is detected (S207) within a predetermined period of time, start up (S209) an application corresponding to the selected one of the set of application icons (I).
A catheter device comprising: a catheter body comprising: a tubular member having an inner lumen and an outer surface, said tubular member comprising a metal helix having a helical gap and a thermoset polymeric material disposed within the helical gap; an inner liner extending through the lumen of the tubular member and defining an inner lumen of the catheter; and an outer covering on the outer surface of the tubular member, wherein the thermoset polymeric material disposed within the helical gap is different from the materials of the inner liner and the outer covering , and a hydrophilic coating on an outer surface of the outer covering ; and wherein a distal region of the catheter body has an inner diameter to wall thickness ratio from about 16:1 to about 24:1 and a kink radius of about 4.42 millimeters (mm) +/- 0.203 mm (about 0.174 inch +/- 0.008 inch) or less. a tubular member having an inner lumen and an outer surface, said tubular member comprising a metal helix having a helical gap and a thermoset polymeric material disposed within the helical gap; an inner liner extending through the lumen of the tubular member and defining an inner lumen of the catheter; and an outer covering on the outer surface of the tubular member, wherein the thermoset polymeric material disposed within the helical gap is different from the materials of the inner liner and the outer covering , and a hydrophilic coating on an outer surface of the outer covering ; and wherein a distal region of the catheter body has an inner diameter to wall thickness ratio from about 16:1 to about 24:1 and a kink radius of about 4.42 millimeters (mm) +/- 0.203 mm (about 0.174 inch +/- 0.008 inch) or less.
A device for monitoring a pulmonary system of a subject, said device comprising: an optical member for emitting a light signal through a cavity of said pulmonary system of said subject, wherein said light signal comprises at least one wavelength, wherein said at least one wavelength is within an optical window for tissue; a detector unit , wherein said detector is configured to be positioned on a skin surface for detecting said light signal transmitted through said cavity of said subject; wherein said optical member and said detector unit are configured to be positioned so that said light signal is transmitted from said optical member through said cavity to be detected by said detector ; and a control unit for evaluating said detected light signal for determining a physiological status of said pulmonary system of said subject by evaluating a change over time in an intensity of said detected light signal transmitted through said cavity; characterized in that said control unit is further configured to associate said change over time in an intensity of said detected light signal transmitted through said cavity with a variation of a volume of said cavity. an optical member for emitting a light signal through a cavity of said pulmonary system of said subject, wherein said light signal comprises at least one wavelength, wherein said at least one wavelength is within an optical window for tissue; a detector unit , wherein said detector is configured to be positioned on a skin surface for detecting said light signal transmitted through said cavity of said subject; wherein said optical member and said detector unit are configured to be positioned so that said light signal is transmitted from said optical member through said cavity to be detected by said detector ; and a control unit for evaluating said detected light signal for determining a physiological status of said pulmonary system of said subject by evaluating a change over time in an intensity of said detected light signal transmitted through said cavity; characterized in that said control unit is further configured to associate said change over time in an intensity of said detected light signal transmitted through said cavity with a variation of a volume of said cavity.
A method of two-pass video encoding , the method comprising: identifying an input frame from an input video stream; determining a reduced frame from the input frame, the reduced frame having a size smaller than a size of the input frame ; encoding the reduced frame using an encoder , wherein encoding the reduced frame includes generating a plurality of encoding metrics; generating a plurality of encoding parameters based on encoding the reduced frame, wherein generating the plurality of encoding parameters includes generating the plurality of encoding parameters based on the plurality of encoding metrics generating an encoded frame by encoding the input frame using the encoder and the plurality of encoding parameters ; and including the encoded frame in an output bitstream ; characterized in that the plurality of encoding metrics includes one or more of a global motion vector for encoding the reduced frame, a cardinality of a plurality of intra-coded blocks for encoding the reduced frame, a cardinality of a plurality of skipped blocks for encoding the reduced frame, a cardinality of a plurality of zero-motion blocks for encoding the reduced frame, or a distribution of reference frames for encoding the reduced frame. identifying an input frame from an input video stream; determining a reduced frame from the input frame, the reduced frame having a size smaller than a size of the input frame ; encoding the reduced frame using an encoder , wherein encoding the reduced frame includes generating a plurality of encoding metrics; generating a plurality of encoding parameters based on encoding the reduced frame, wherein generating the plurality of encoding parameters includes generating the plurality of encoding parameters based on the plurality of encoding metrics generating an encoded frame by encoding the input frame using the encoder and the plurality of encoding parameters ; and including the encoded frame in an output bitstream ; characterized in that the plurality of encoding metrics includes one or more of a global motion vector for encoding the reduced frame, a cardinality of a plurality of intra-coded blocks for encoding the reduced frame, a cardinality of a plurality of skipped blocks for encoding the reduced frame, a cardinality of a plurality of zero-motion blocks for encoding the reduced frame, or a distribution of reference frames for encoding the reduced frame.
Asphalt pavements having high solar reflectance, with an SR index equal to or greater than 33 %, in accordance with LEED v4 BD+C certification, for both types of hot bituminous mixtures commonly used as asphalt wearing layers on streets and highways: bituminous concrete AC-type mixtures, according to UNE-EN 13108-1, and discontinuous BBTM-type mixtures, according to UNE-EN 13108-2, developed on the basis of physicochemical parameters that determine the type and composition of the mixtures: limestone aggregates for coarse and fine, or porphyry aggregates for coarse and limestone aggregates for fine, smaller maximum size of coarse aggregate, light or colourless pigmentable synthetic binder, white titanium oxides, red iron oxides and/or yellow iron oxides as additives, dense/semidense granulometry, type D or S for AC mixtures, or type A or B for discontinuous BBTM mixtures, less number of holes and less surface texture characterized by asphalt wearing mixtures of type: - AC16 SURF D, with a maximum aggregate size of 16 mm, white titanium dioxide (TiO 2 ) as an additive, granulometry type D, a maximum number of holes of 7 %, and pigmentable synthetic binder in a minimum binder allowance of 5.5 % by mass over the total of the mixture, - BBTM 5A or BBTM 8A, discontinuous mixtures with a maximum aggregate size of 8 mm, white titanium dioxide (TiO 2 ) as an additive, granulometry type A, a maximum number of holes of 16 %, and pigmentable synthetic binder in a minimum binder allowance of 5.5 % by mass over the total of the mixture. - AC16 SURF D, with a maximum aggregate size of 16 mm, white titanium dioxide (TiO 2 ) as an additive, granulometry type D, a maximum number of holes of 7 %, and pigmentable synthetic binder in a minimum binder allowance of 5.5 % by mass over the total of the mixture, - BBTM 5A or BBTM 8A, discontinuous mixtures with a maximum aggregate size of 8 mm, white titanium dioxide (TiO 2 ) as an additive, granulometry type A, a maximum number of holes of 16 %, and pigmentable synthetic binder in a minimum binder allowance of 5.5 % by mass over the total of the mixture.
A method of establishing a fleet management plan for aircraft, the method comprising: providing an environmental sampling system in an aircraft , the environmental sampling system including a collector that receives ambient aircraft air thereto when the aircraft flies, the collector retaining constituents from the air; after the aircraft has flown, collecting the constituents by either removing the collector from the aircraft or removing the constituents from the collector ; analyzing the constituents to determine the amount of calcium-magnesium-aluminosilicate solids (CMAS) associated with the constituents; inspecting the aircraft engine components for CMAS degradation; and correlating the amount of CMAS collected in the environmental sampling system to an amount of degradation in aircraft engine components. providing an environmental sampling system in an aircraft , the environmental sampling system including a collector that receives ambient aircraft air thereto when the aircraft flies, the collector retaining constituents from the air; after the aircraft has flown, collecting the constituents by either removing the collector from the aircraft or removing the constituents from the collector ; analyzing the constituents to determine the amount of calcium-magnesium-aluminosilicate solids (CMAS) associated with the constituents; inspecting the aircraft engine components for CMAS degradation; and correlating the amount of CMAS collected in the environmental sampling system to an amount of degradation in aircraft engine components.
Dental turbine for driving a dental preparation tool by pressurized air, comprising: a head housing , inside of which a turbine chamber is formed, a rotor shaft that is rotatably mounted in the head housing using anti-friction bearings (8a, 8b; 20a, 20b) and that has a chuck for receiving the preparation tool, a turbine wheel that is arranged in the turbine chamber and that is non-rotatably mounted to the rotor shaft , characterized in that an outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) extends into the turbine chamber in axial direction, an annular web (16a, 16b; 26a, 26b) non-rotatably mounted to the rotor shaft is arranged concentrically to the outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) and, together with the outer race, forms a gap seal (17a, 17b; 27a, 27b). a head housing , inside of which a turbine chamber is formed, a rotor shaft that is rotatably mounted in the head housing using anti-friction bearings (8a, 8b; 20a, 20b) and that has a chuck for receiving the preparation tool, a turbine wheel that is arranged in the turbine chamber and that is non-rotatably mounted to the rotor shaft , characterized in that an outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) extends into the turbine chamber in axial direction, an annular web (16a, 16b; 26a, 26b) non-rotatably mounted to the rotor shaft is arranged concentrically to the outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) and, together with the outer race, forms a gap seal (17a, 17b; 27a, 27b).
A method for managing a display of an assembly model , the method comprising: displaying the assembly model in an initial state within a first display area in a graphical user interface , wherein the assembly model comprises a three-dimensional digital representation of an assembly , wherein the assembly comprises a plurality of components , wherein the assembly model comprises a plurality of items that represent the plurality of components ; changing a first display state of an item of the assembly model to a second display state within the first display area in response to receiving a first type of input , wherein the first display state is a solid view and the second display state is a transparent view in the graphical user interface ; changing the second display state of the item to a third display state within the first display area in response to receiving a second type of input , wherein the third display state is a hidden view ; adding an entry to an assembly hierarchy within a second display area in the graphical user interface in response to the second display state of the item changing to the third display state , wherein the assembly hierarchy comprises a stack of entries and tracks a sequence of how the initial state of assembly model changes to a selected state ; and receiving at least one of the first type of input or the second type of input through an input device in communication with the graphical user interface . displaying the assembly model in an initial state within a first display area in a graphical user interface , wherein the assembly model comprises a three-dimensional digital representation of an assembly , wherein the assembly comprises a plurality of components , wherein the assembly model comprises a plurality of items that represent the plurality of components ; changing a first display state of an item of the assembly model to a second display state within the first display area in response to receiving a first type of input , wherein the first display state is a solid view and the second display state is a transparent view in the graphical user interface ; changing the second display state of the item to a third display state within the first display area in response to receiving a second type of input , wherein the third display state is a hidden view ; adding an entry to an assembly hierarchy within a second display area in the graphical user interface in response to the second display state of the item changing to the third display state , wherein the assembly hierarchy comprises a stack of entries and tracks a sequence of how the initial state of assembly model changes to a selected state ; and receiving at least one of the first type of input or the second type of input through an input device in communication with the graphical user interface .
A control device for a three-phase electric motor , the control device comprising: - an inverter and a control module that generate inverter control signals for implementing a current servo-control loop for the electric motor ; - an excitation module producing an excitation signal (S e ); the control device being characterized in that it further comprises: - a synchro-transmitter having two coupling windings, one excitation winding constrained to rotate with a rotor of the electric motor, and three measurement windings mounted on a stator of the electric motor, the excitation signal being applied to the excitation winding via the two coupling windings; and - three first synchronous demodulators , each connected to a respective one of the three measurement windings of the synchro-transmitter, and each generating a respective current setpoint for the current servo-control loop for use by the control module. - an inverter and a control module that generate inverter control signals for implementing a current servo-control loop for the electric motor ; - an excitation module producing an excitation signal (S e ); - a synchro-transmitter having two coupling windings, one excitation winding constrained to rotate with a rotor of the electric motor, and three measurement windings mounted on a stator of the electric motor, the excitation signal being applied to the excitation winding via the two coupling windings; and - three first synchronous demodulators , each connected to a respective one of the three measurement windings of the synchro-transmitter, and each generating a respective current setpoint for the current servo-control loop for use by the control module.
A seal device for a door leaf or window casement, wherein the seal device has a housing rail , an actuating mechanism and a sealing strip which is held in the housing rail and is movable relative to the housing rail by means of the actuating mechanism, characterized in that the seal device further comprises means (7, 7', 44; 42, 42'; 22; 40, 47, 48) by use of which, in the actuated state of the seal device, the sealing strip provides end-side sealing in both directions of a longitudinal axis (L) of the seal device.