mhurhangee/ep-ind-claims huggingface dataset:
An actuating device for a lock having a lock follower, said actuating device comprising a polygonal pin having a first end section on which a first handle is disposed and a second end section on which a second handle is disposed, the polygonal pin consisting of multiple parts and comprising a base pin and a slider comprising an actuating element, which is disposed on the first handle and which is capable of being manually actuated, and being capable of being shifted with respect to the base pin parallel to the axis of the polygonal pin between an engagement position in which it is able to be engaged with the lock follower and a blocking position in which the polygonal pin is rotatable with respect to the lock follower or in which the polygonal pin is blockable with respect to a rotation about its axis, the slider interacting with an emergency unlocking device on the side of the second handle, characterized in that the emergency unlocking device comprises an unlocking element which is pressurized and movable within the second handle and which serves to move the slider axially into the engagement position.
A method for determining the risk of an adverse pregnancy or neonatal outcome for a subject, said method comprising: (a) detecting in a biological sample taken from the subject the level of bacteria of Parvimonas micra, Ureaplasma urealyticum or Ureaplasma parvum, Atopobium vaginae, Peptoniphilus lacrimalis, Megasphaera cerevisiae, and Parvibacter caecicola; and (b) determining that the subject has an increased risk for an adverse pregnancy or neonatal outcome if the level of each of the bacteria is greater than a standard control level. (a) detecting in a biological sample taken from the subject the level of bacteria of Parvimonas micra, Ureaplasma urealyticum or Ureaplasma parvum, Atopobium vaginae, Peptoniphilus lacrimalis, Megasphaera cerevisiae, and Parvibacter caecicola; and (b) determining that the subject has an increased risk for an adverse pregnancy or neonatal outcome if the level of each of the bacteria is greater than a standard control level.
A light emitting device, comprising: a printed circuit board; a reflection layer formed on said printed circuit board; a light guide layer formed on said reflection layer; and one or more light sources provided on one or more sides of said light guide layer to allow light to enter said light guide layer from said one or more sides, wherein said light guide layer can be bent with one or more curves; and wherein one surface of said light guide layer is formed with a plurality of microstructures, characterized in that said plurality of microstructures comprises forward directional microstructures which are globe-shaped and deflecting microstructures which are cone-shaped, wherein said light guide layer comprises larger curves having more deflecting microstructures than forward directional microstructures and smaller curves having more forward directional microstructures than deflecting microstructures. a printed circuit board; a reflection layer formed on said printed circuit board; a light guide layer formed on said reflection layer; and one or more light sources provided on one or more sides of said light guide layer to allow light to enter said light guide layer from said one or more sides, wherein said light guide layer can be bent with one or more curves; and wherein one surface of said light guide layer is formed with a plurality of microstructures, characterized in that said plurality of microstructures comprises forward directional microstructures which are globe-shaped and deflecting microstructures which are cone-shaped, wherein said light guide layer comprises larger curves having more deflecting microstructures than forward directional microstructures and smaller curves having more forward directional microstructures than deflecting microstructures.
A process for improving precision in a diagnostic test utilizing an enzymatic biosensor comprising: contacting a sample suspected of having a target analyte therein with an amount of a fluid comprising an amount of the target analyte prior to analysis of the sample for the target analyte; wherein the contacting is done within an analytical zone defined by the biosensor, the biosensor configured for detection of a presence of the target analyte; and wherein the contacting is effective to increase a degree of precision in the analysis for the target analyte, and wherein the fluid comprises a wash fluid which is delivered to the analytical zone prior to delivery of the sample to the analytical zone, wherein the fluid comprises an amount of the target analyte greater than a lower medical decision value and lower than an upper medical decision value for the target analyte. contacting a sample suspected of having a target analyte therein with an amount of a fluid comprising an amount of the target analyte prior to analysis of the sample for the target analyte; wherein the contacting is done within an analytical zone defined by the biosensor, the biosensor configured for detection of a presence of the target analyte; and wherein the contacting is effective to increase a degree of precision in the analysis for the target analyte, and wherein the fluid comprises a wash fluid which is delivered to the analytical zone prior to delivery of the sample to the analytical zone, wherein the fluid comprises an amount of the target analyte greater than a lower medical decision value and lower than an upper medical decision value for the target analyte.
Method for transmitting messages in a data bus system, wherein the messages can be transmitted in the form of data frames by means of a data bus (H, L) and a data frame that is to be sent by a bus subscriber is checked for a piece of changeover information, whereby changeover of the rise time and/or edge shape of edges of bit pulses of the data frame that is to be sent is performed on the basis of the presence of a defined value of the piece of changeover information, characterized in that the changeover is performed within the data frame that is to be sent, wherein various rise times and/or edge shapes are realized in the data frame that is to be sent, wherein the changeover is performed by means of a transceiver associated with the bus subscriber, wherein said transceiver comprises an output driver to send data to said data bus, a receiver to receive data from the data bus and a decoder that can be used to decode data frames read by the receiver and the data frame that is to be sent is being sent by the output driver is checked for the piece of changeover information by means of the decoder decoding said data being sent by the output driver and received by the receiver at the same time, wherein the decoder outputs a control signal to said output driver for said changeover of the rise time and/or edge shape of edges of bit pulses of the data frame that is to be sent when a value of the piece of changeover information is recognized that indicates the changeover that is to be provided.
A method for operating a circuit configured to actuate a mechanical valve comprising the steps of: (a) closing a single first switch, thereby allowing a source current to flow through an inductor; (b) opening the single first switch, thereby forcing a charge current to flow through an energy storage device utilizing the inductance of the inductor; (c) repeating steps a and b until the energy storage device is sufficiently charged, wherein steps a and b are performed a predetermined number of times, and wherein the predetermined number of times is determined for a given implementation through a calibration process and accounts for both component tolerances and ambient temperature since due to variances in the components of the circuit and the temperature, it is expected that a different number of cycles may be required for different circuits and valves; (d) upon command, closing a second switch and the first switch, thereby forcing a discharge current to flow from the energy storage device to the inductor causing the inductor to produce an actuating magnetic field thereby actuating the mechanical valve. (a) closing a single first switch, thereby allowing a source current to flow through an inductor; (b) opening the single first switch, thereby forcing a charge current to flow through an energy storage device utilizing the inductance of the inductor; (c) repeating steps a and b until the energy storage device is sufficiently charged, wherein steps a and b are performed a predetermined number of times, and wherein the predetermined number of times is determined for a given implementation through a calibration process and accounts for both component tolerances and ambient temperature since due to variances in the components of the circuit and the temperature, it is expected that a different number of cycles may be required for different circuits and valves; (d) upon command, closing a second switch and the first switch, thereby forcing a discharge current to flow from the energy storage device to the inductor causing the inductor to produce an actuating magnetic field thereby actuating the mechanical valve.
A method for determining quality of a pharmaceutical manufacturing process comprising: (a) generating an infrared thermographic image of a material obtained in a manufacturing process of a drug, the material being selected from raw, intermediate or final material forming the drug, the IR image being generated by an IR detector (102; 202) operable to sense, in its field of view, radiation of said material in a mid to very long IR wavelength; characterised by (b) processing the IR thermographic image to generate an output which comprises the moisture content of said material; (c) utilizing said output to alter the manufacturing process. (a) generating an infrared thermographic image of a material obtained in a manufacturing process of a drug, the material being selected from raw, intermediate or final material forming the drug, the IR image being generated by an IR detector (102; 202) operable to sense, in its field of view, radiation of said material in a mid to very long IR wavelength; characterised by (b) processing the IR thermographic image to generate an output which comprises the moisture content of said material; (c) utilizing said output to alter the manufacturing process.
An internal rearview device adapted for use with a motor vehicle, comprising: a rearview element comprising at least one of a reflective element and a display element; a bezel surrounding the rearview element and being surrounded by a housing; and a mount assembly which is configured to attach the housing (60, 60') to the vehicle; wherein the perimeter edge of the bezel is exposed to and is viewable by the driver of the vehicle when said device is normally mounted in the vehicle; said perimeter edge comprises a curved surface disposed between the front and/or reflective surface of the rearview element and the housing (60, 60'); characterized in that the housing (60, 60') is provided with a protrusion (65, 65') projecting edgewise, beyond the curved surface of the perimeter edge of the bezel such that it is viewable by the driver when said device is normally mounted in the vehicle. a rearview element comprising at least one of a reflective element and a display element; a bezel surrounding the rearview element and being surrounded by a housing; and a mount assembly which is configured to attach the housing (60, 60') to the vehicle; wherein the perimeter edge of the bezel is exposed to and is viewable by the driver of the vehicle when said device is normally mounted in the vehicle; said perimeter edge comprises a curved surface disposed between the front and/or reflective surface of the rearview element and the housing (60, 60'); characterized in that the housing (60, 60') is provided with a protrusion (65, 65') projecting edgewise, beyond the curved surface of the perimeter edge of the bezel such that it is viewable by the driver when said device is normally mounted in the vehicle.
A navigation system for an aircraft, the navigation system comprising: a vertical gyroscope operable to determine a true vertical direction, a horizontal plane and angles of inclination relative thereto of the aircraft during flight; a turn rate gyroscope operable to determine a rate of change in a heading of the aircraft during flight; a directional gyroscope operable to determine the heading of the aircraft during flight, the directional gyroscope having a magnetic heading correction mode, a nonmagnetic manual heading correction mode and a nonmagnetic automatic heading correction mode; a magnetic field sensor operably coupled to the directional gyroscope and operable to generate magnetic north-based signals; a heading correction input operably coupled to the directional gyroscope and operable to generate manual signals upon actuation thereof; and a global positioning system sensor operably coupled to the directional gyroscope and operable to generate track-based signals; wherein, in the magnetic heading correction mode, the directional gyroscope receives the magnetic north-based signals from the magnetic field sensor for heading corrections; wherein, in the nonmagnetic manual heading correction mode, the directional gyroscope receives the manual signals from the heading correction input for heading corrections; and wherein, in the nonmagnetic automatic heading correction mode, the directional gyroscope receives the track-based signals from the global positioning system sensor for heading corrections. a vertical gyroscope operable to determine a true vertical direction, a horizontal plane and angles of inclination relative thereto of the aircraft during flight; a turn rate gyroscope operable to determine a rate of change in a heading of the aircraft during flight; a directional gyroscope operable to determine the heading of the aircraft during flight, the directional gyroscope having a magnetic heading correction mode, a nonmagnetic manual heading correction mode and a nonmagnetic automatic heading correction mode; a magnetic field sensor operably coupled to the directional gyroscope and operable to generate magnetic north-based signals; a heading correction input operably coupled to the directional gyroscope and operable to generate manual signals upon actuation thereof; and a global positioning system sensor operably coupled to the directional gyroscope and operable to generate track-based signals; wherein, in the magnetic heading correction mode, the directional gyroscope receives the magnetic north-based signals from the magnetic field sensor for heading corrections; wherein, in the nonmagnetic manual heading correction mode, the directional gyroscope receives the manual signals from the heading correction input for heading corrections; and wherein, in the nonmagnetic automatic heading correction mode, the directional gyroscope receives the track-based signals from the global positioning system sensor for heading corrections.
Link device for plasma torches and/or welding systems having a connector for engaging into a housing of a feeding means and having at least one link to provide fluids to the torch and a plurality of electrical connections for said torch; wherein said link device comprises a safety key assigned, in a linked condition of the device in which the connector is engaged in the housing, at least partially in a respective space between the external wall of the connector and the internal wall of the housing; said key is equipped with first stop means and said housing is equipped with second stop means, such that, in said linked condition, the first stop means matches with the second stop means of the housing to avoid disengagement of the key from the housing; the device is characterised in that the key and the connector are respectively provided with first connection means and with second connection means and a removable blocking means is present and configured, in said linked condition, to block the connector to the key and therefore to the housing.
A park brake system, comprising: a motor shaft having a first diameter portion and a second diameter portion, the second diameter portion having a greater diameter than the first diameter portion, a spring disposed at least partially around a circumference of the motor shaft, a wire coil disposed at least partially around a circumference of a bobbin, a one-way clutch disposed at least partially within the bobbin and coaxial to the motor shaft, an annular magnet disposed coaxial to the motor shaft and distal to at least a portion of the bobbin, and a clutch release mechanism disposed coaxial to the motor shaft and around the first diameter portion, characterised by the clutch release mechanism being configured to engage the one-way clutch, wherein, in response to a first voltage applied to the wire coil, the one-way clutch translates axially in a first direction relative to the motor shaft and engages with the second diameter portion, and wherein, in response to a second voltage applied to the wire coil, the one-way clutch translates axially in a second direction relative to the motor shaft to disengage from the second diameter portion and engages with the clutch release mechanism. a motor shaft having a first diameter portion and a second diameter portion, the second diameter portion having a greater diameter than the first diameter portion, a spring disposed at least partially around a circumference of the motor shaft, a wire coil disposed at least partially around a circumference of a bobbin, a one-way clutch disposed at least partially within the bobbin and coaxial to the motor shaft, an annular magnet disposed coaxial to the motor shaft and distal to at least a portion of the bobbin, and a clutch release mechanism disposed coaxial to the motor shaft and around the first diameter portion, characterised by the clutch release mechanism being configured to engage the one-way clutch, wherein, in response to a first voltage applied to the wire coil, the one-way clutch translates axially in a first direction relative to the motor shaft and engages with the second diameter portion, and wherein, in response to a second voltage applied to the wire coil, the one-way clutch translates axially in a second direction relative to the motor shaft to disengage from the second diameter portion and engages with the clutch release mechanism.
A method of wireless communication at a transmitter connected to a receiver through a split carrier comprising a first carrier and a second carrier, comprising: scheduling transmission data at a packet data convergence protocol, PDCP, level by splitting the transmission data to a first set of packets and a second set of packets based on a relative scheduling delay between the first carrier and the second carrier, and scheduling the first set of packets and the second set of packets on different links based on a scheduling proportion, wherein scheduling the transmission data further comprises: sequentially transmitting the transmission data as the first set of packets to a first radio link control, RLC, level associated with the first carrier; and sequentially transmitting the transmission data starting at an offset relative to the first set of packets as the second set of packets to a second RLC level associated with the second carrier, wherein the offset is determined based on the relative scheduling delay; and transmitting the first set of packets via the first carrier and the second set of packets via the second carrier. scheduling transmission data at a packet data convergence protocol, PDCP, level by splitting the transmission data to a first set of packets and a second set of packets based on a relative scheduling delay between the first carrier and the second carrier, and scheduling the first set of packets and the second set of packets on different links based on a scheduling proportion, wherein scheduling the transmission data further comprises: sequentially transmitting the transmission data as the first set of packets to a first radio link control, RLC, level associated with the first carrier; and sequentially transmitting the transmission data starting at an offset relative to the first set of packets as the second set of packets to a second RLC level associated with the second carrier, wherein the offset is determined based on the relative scheduling delay; and transmitting the first set of packets via the first carrier and the second set of packets via the second carrier. sequentially transmitting the transmission data as the first set of packets to a first radio link control, RLC, level associated with the first carrier; and sequentially transmitting the transmission data starting at an offset relative to the first set of packets as the second set of packets to a second RLC level associated with the second carrier, wherein the offset is determined based on the relative scheduling delay; and transmitting the first set of packets via the first carrier and the second set of packets via the second carrier.
A grease composition comprising a thickener, a base oil and an antistatic agent, wherein the antistatic agent comprises at least one selected from the group consisting of Li(CF 3 SO 2) 2 N and Li(CF 3 SO 2) 3 C, wherein the thickener is an urea compound selected from the group consisting of a diurea compound obtained by reacting an aromatic diisocyanate with an aromatic amine, aliphatic amine, alicyclic amine or a mixture thereof, and wherein the base oil is selected from the group consisting of a mineral oil, an alkyldiphenyl ether oil, a dipentaerythritol ester oil, a pentaerythritol ester oil and combinations thereof.