mhurhangee/ep-ind-claims huggingface dataset:
A mechanism for a reciprocating positive-displacement machine, the machine being of the type comprising at least a first power input/output member comprising a shaft; and at least a second power input/output member comprising at least a piston reciprocating along a first axis; the mechanism being interposed between the first and second power input/output member to transfer mechanical power from one to the other, and comprising a first portion designed to connect angularly to the shaft to rotate integrally with it, and a second portion (17; 25) connected angularly to the first portion to rotate integrally with it, and having one end designed to connect to the piston; the mechanism being designed to rotate the first portion about said first axis and simultaneously reciprocate the piston along the first axis, in response to axial thrust exerted on the piston or torque applied to the shaft; wherein the first portion comprises a box body designed to fit inside a fixed frame of the machine to rotate about the first axis by a gear train comprising two pinions, which rotate about a second axis perpendicular to the first axis, and mesh with a ring gear integral with said frame; wherein the second portion (17; 25) is housed inside the box body and comprises a connecting rod-crank mechanism, which comprises a crankshaft rotating about the second axis and connecting rod means, the small end of which defines said end of the second portion (17; 25) and is hinged to the piston to reciprocate with it along the first axis characterised in that the crankshaft comprises two counter-rotating half-crankshafts connected to said pinions and hinged to each other by a main bearing fitted to the box body.
A CMOS image sensor comprising: (a) a plurality of pixels arranged in columns and rows in an array; (b) a column circuit for storing reset values and a value after integration; (c) a correlated double sampler which derives an image signal from the reset and the value after integration; (d) an anti-eclipse circuit that is physically separated from the column circuit and shared between multiple columns of pixels for detecting and rectifying a corrupted reset voltage on each one of the multiple columns of pixels; wherein the anti-eclipse circuit includes: a comparator connected to each one of the multiple columns of pixels via switches (95a, 95b) for comparing a predetermined voltage to a reset voltage from each one of the columns of pixels; and a flip-flop connected to an output of the comparator for rectifying the corrupted reset voltage on each one of the multiple columns of pixels; wherein each one of the multiple columns of pixels has a column line, and the comparator is configured to sense the reset voltage from each one of the column lines via a plurality of switches (95a, 95b), wherein each switch (95a, 95b) is configured to permit a connection between an input of the comparator and a respective one of the column lines only during reset of the column to which the column line belongs; wherein the comparator is configured to send out a trigger signal if a reset voltage sensed from one of the column lines falls below the predetermined voltage; wherein the flip-flop is configured to latch a trigger signal sent by the comparator on the rising edge of a signal that also controls reset level sampling on the column circuit and to generate a correction signal which causes the voltage on the column line on which the reset voltage fell below the predetermined voltage to be pulled to a corrected level equivalent to a normal reset level; wherein the switches (95a, 95b) are configured to, after the correction signal has been generated by the flip-flop, disconnect the comparator's input from the column line on which the reset voltage fell below the predetermined voltage by connecting the comparator's input to ground to deactivate the sensing such that the voltage of that column line remains at the corrected level until a clear signal is received by the flip-flop after completion of the sample reset phase of the column circuit. (a) a plurality of pixels arranged in columns and rows in an array; (b) a column circuit for storing reset values and a value after integration; (c) a correlated double sampler which derives an image signal from the reset and the value after integration; (d) an anti-eclipse circuit that is physically separated from the column circuit and shared between multiple columns of pixels for detecting and rectifying a corrupted reset voltage on each one of the multiple columns of pixels; a comparator connected to each one of the multiple columns of pixels via switches (95a, 95b) for comparing a predetermined voltage to a reset voltage from each one of the columns of pixels; and a flip-flop connected to an output of the comparator for rectifying the corrupted reset voltage on each one of the multiple columns of pixels;
A first system comprising: a component monitoring apparatus, and a remote device, wherein the component monitoring apparatus comprises: an input to receive sensor data from a sensor arrangement, the sensor data being representative of use of a component during a monitoring interval; memory to store data representing received sensor data and a life parameter associated with the component; an interface to communicate with a remote device; and a power source to power the apparatus wherein the remote device is adapted to send a data package containing the life parameter that is associated with the component to the component monitoring apparatus, and wherein, the apparatus is arranged to: store in the memory data representing received sensor data; in response to a trigger, read the stored data from the memory and transfer the said data to the remote device; and in response to receipt of a data packet from the remote device containing said life parameter associated with the usage of the component, store said life parameter to the memory. a component monitoring apparatus, and a remote device, wherein the component monitoring apparatus comprises: an input to receive sensor data from a sensor arrangement, the sensor data being representative of use of a component during a monitoring interval; memory to store data representing received sensor data and a life parameter associated with the component; an interface to communicate with a remote device; and a power source to power the apparatus an input to receive sensor data from a sensor arrangement, the sensor data being representative of use of a component during a monitoring interval; memory to store data representing received sensor data and a life parameter associated with the component; an interface to communicate with a remote device; and a power source to power the apparatus wherein the remote device is adapted to send a data package containing the life parameter that is associated with the component to the component monitoring apparatus, and wherein, the apparatus is arranged to: store in the memory data representing received sensor data; in response to a trigger, read the stored data from the memory and transfer the said data to the remote device; and in response to receipt of a data packet from the remote device containing said life parameter associated with the usage of the component, store said life parameter to the memory. store in the memory data representing received sensor data; in response to a trigger, read the stored data from the memory and transfer the said data to the remote device; and in response to receipt of a data packet from the remote device containing said life parameter associated with the usage of the component, store said life parameter to the memory.
A method for the prognosis of mortality of a subject suffering from sepsis, wherein said method comprises determining a level of proadrenomedullin (proADM) in a sample of said subject, wherein a level of proADM below 0.88 nmol/L is indicative for the subject to survive within about 28 days.
A mobile station comprising a mobile end device having a secured runtime environment and a removable or firmly implemented security element, wherein in the security element there is arranged a security element receiving unit for receiving security element messages sent to the security element, and wherein in the secured runtime environment of the end device there is arranged an end device receiving unit for receiving end device messages sent to the secured runtime environment of the end device, further comprising an end device send server (TEE-TSM) arranged in the security element, which is arranged to send to the secured runtime environment end device messages which can be received by the secured runtime environment; wherein the security element messages sent to the security element are messages sent by an external server.
A multilayer film comprising a. a skin layer comprising an anhydride and/or carboxylic acid functionalized ethylene/alpha-olefin interpolymer having a melting point, which is measured by DSC as described in the description, in the range of from 50 to 89°C, wherein the anhydride or carboxylic acid functionality is present in an amount of from 0.02 to 0.3 percent by weight of the polyethylene based resin; and b. a substrate layer comprising a resin selected from the group consisting of polypropylene or polyethylene terephthalate. a. a skin layer comprising an anhydride and/or carboxylic acid functionalized ethylene/alpha-olefin interpolymer having a melting point, which is measured by DSC as described in the description, in the range of from 50 to 89°C, wherein the anhydride or carboxylic acid functionality is present in an amount of from 0.02 to 0.3 percent by weight of the polyethylene based resin; and b. a substrate layer comprising a resin selected from the group consisting of polypropylene or polyethylene terephthalate.
A method of operating a mobile station, comprising: determining whether a release version of a serving general packet radio service support node of a general packet radio service core network is compatible with Release 1997, R97, or Release 1999, R99, from a value of at least one received bit; and adapting a quality of service information element in a message sent by the mobile station according to the determined release version of the serving general packet radio service support node. determining whether a release version of a serving general packet radio service support node of a general packet radio service core network is compatible with Release 1997, R97, or Release 1999, R99, from a value of at least one received bit; and adapting a quality of service information element in a message sent by the mobile station according to the determined release version of the serving general packet radio service support node.
Filter cigarette, - comprising a tobacco rod (12; 32) wrapped with a cigarette paper (14; 34) having a basic porosity and - comprising a filter (16; 36) attached to an end of the wrapped tobacco rod (12; 32) by means of a tipping (18; 38), - wherein the cigarette paper (14; 34) includes at least one first circumferentially extending band-like zone (20; 40) having a lower porosity than the basic porosity and one second circumferentially extending band-like zone (22; 42) having a lower porosity than the basic porosity and being longitudinally spaced to the at least one first band-like zone (20; 40), - wherein the second band-like zone (22; 42) has a lower diffusivity than the at least one first band-like zone (20; 40), characterised - in that the second band-like zone (22; 42) is closer to the filter than the at least one first band-like zone (20; 40) and - in that the diffusivity of the second band-like zone (22; 42) is lower than 0.05 cm/s. - comprising a tobacco rod (12; 32) wrapped with a cigarette paper (14; 34) having a basic porosity and - comprising a filter (16; 36) attached to an end of the wrapped tobacco rod (12; 32) by means of a tipping (18; 38), - wherein the cigarette paper (14; 34) includes at least one first circumferentially extending band-like zone (20; 40) having a lower porosity than the basic porosity and one second circumferentially extending band-like zone (22; 42) having a lower porosity than the basic porosity and being longitudinally spaced to the at least one first band-like zone (20; 40), - wherein the second band-like zone (22; 42) has a lower diffusivity than the at least one first band-like zone (20; 40), - in that the second band-like zone (22; 42) is closer to the filter than the at least one first band-like zone (20; 40) and - in that the diffusivity of the second band-like zone (22; 42) is lower than 0.05 cm/s.
A method performed by a terminal (350, 600) including a universal integrated circuit card, UICC, in a wireless communication system, the method comprising: obtaining a first certificate issuer, CI, public key identifier; obtaining, from the UICC, UICC information including a list of the public key identifiers supported by the UICC; comparing the list of the public key identifiers supported by the UICC with the first CI public key identifier; determining that the first CI public key identifier matches with a public key identifier of the list of the public key identifiers, and transmitting, to a server (310, 700), a first message for initiating an authentication, the first message including a matching public key identifier, wherein the first CI public key identifier is obtained by receiving a user input with respect to the terminal, retrieving information stored in the UICC, receiving an activation code, or receiving a command code. obtaining a first certificate issuer, CI, public key identifier; obtaining, from the UICC, UICC information including a list of the public key identifiers supported by the UICC; comparing the list of the public key identifiers supported by the UICC with the first CI public key identifier; determining that the first CI public key identifier matches with a public key identifier of the list of the public key identifiers, and transmitting, to a server (310, 700), a first message for initiating an authentication, the first message including a matching public key identifier, wherein the first CI public key identifier is obtained by receiving a user input with respect to the terminal, retrieving information stored in the UICC, receiving an activation code, or receiving a command code.
A syringe gasket comprising a liquid contact portion and a sliding portion, wherein an inactive film is layered on the liquid contact portion, no inactive film is layered on the sliding portion, a modified polymer chain is formed on a surface of the sliding portion, the modified polymer chain is obtained by adding a silane compound to a surface of a polymer chain and further reacting a fluoroalkyl group-containing silane compound and a perfluoroether group-containing silane compound or further reacting a fluoroalkyl group-containing silane compound, a mass ratio of the fluoroalkyl group-containing silane compound to the perfluoroether group-containing silane compound is 60:40 to 100:0, and the fluoroalkyl group-containing silane compound is a compound represented by the following formula, F 3 C-(CF 2) n -(CH 2) m -Si(OR 1) 3 wherein n is 0 to 5, m is 0 to 8, and R 1 s each represent an alkyl group and may be the same or different from each other. an inactive film is layered on the liquid contact portion, no inactive film is layered on the sliding portion, a modified polymer chain is formed on a surface of the sliding portion, the modified polymer chain is obtained by adding a silane compound to a surface of a polymer chain and further reacting a fluoroalkyl group-containing silane compound and a perfluoroether group-containing silane compound or further reacting a fluoroalkyl group-containing silane compound, a mass ratio of the fluoroalkyl group-containing silane compound to the perfluoroether group-containing silane compound is 60:40 to 100:0, and the fluoroalkyl group-containing silane compound is a compound represented by the following formula, F 3 C-(CF 2) n -(CH 2) m -Si(OR 1) 3 wherein n is 0 to 5, m is 0 to 8, and R 1 s each represent an alkyl group and may be the same or different from each other.
A dental hand tool for delivery of disinfected dental fluid under pressure to a dental patient comprising a main body having a main body proximate end, a main body distal end, at least one dental utility conduit (108,110,112) associated with the main body proximate end, and a dental disinfection system associated with the main body that receives the dental fluid and disinfects dental fluid adjacent, to a point of use relative to the patient, the dental disinfection system comprising: a disinfection reactor associated with the main body, comprising a germicidal UV light source end, a disinfection reactor distal end, at least one disinfection reactor wall which together with the ends define a disinfection reactor inner chamber having a longitudinal axis between the ends (202,204), a disinfection reactor fluid inlet to the chamber that receives the dental fluid from a dental fluid source via the conduit and a disinfection reactor dental fluid outlet that delivers the dental fluid from the chamber to the point of use, wherein the germicidal UV light source end directs germicidal UV light toward the disinfection reactor distal end generally along the longitudinal axis of the chamber, such that germicidal UV light substantially irradiates a substantial portion of the disinfection reactor inner chamber to disinfect the dental fluid just prior to being delivered to the point of use relative to the patient. a disinfection reactor associated with the main body, comprising a germicidal UV light source end, a disinfection reactor distal end, at least one disinfection reactor wall which together with the ends define a disinfection reactor inner chamber having a longitudinal axis between the ends (202,204), a disinfection reactor fluid inlet to the chamber that receives the dental fluid from a dental fluid source via the conduit and a disinfection reactor dental fluid outlet that delivers the dental fluid from the chamber to the point of use, wherein the germicidal UV light source end directs germicidal UV light toward the disinfection reactor distal end generally along the longitudinal axis of the chamber, such that germicidal UV light substantially irradiates a substantial portion of the disinfection reactor inner chamber to disinfect the dental fluid just prior to being delivered to the point of use relative to the patient.
A method performed by an electronic device, the method comprising: obtaining, by at least one sensor, a first voltage of a first signal at a first point of a first connection member for connecting a first power amplifier of a power amplifier and a transmission line of the power amplifier; obtaining, by the at least one sensor, a second voltage of a second signal at a second point of a second connection member for connecting the transmission line and an antenna, wherein a second power amplifier of the power amplifier is electrically connected to a point of the second connection member; and calculating a power of the second signal output by the power amplifier, based on the first voltage and the second voltage, wherein a length of the transmission line is based on a wavelength of the second signal. obtaining, by at least one sensor, a first voltage of a first signal at a first point of a first connection member for connecting a first power amplifier of a power amplifier and a transmission line of the power amplifier; obtaining, by the at least one sensor, a second voltage of a second signal at a second point of a second connection member for connecting the transmission line and an antenna, wherein a second power amplifier of the power amplifier is electrically connected to a point of the second connection member; and calculating a power of the second signal output by the power amplifier, based on the first voltage and the second voltage, wherein a length of the transmission line is based on a wavelength of the second signal.
Device for cleaning an optical sensor of an optical detection system of a motor vehicle, which comprises spray means for spraying a cleaning liquid onto an exterior surface of this optical sensor, characterized in that it comprises suction means of which a chamber opens onto at least a portion of the periphery of this optical sensor.
A live attenuated virus composition comprising: one or more live, attenuated viruses; one or more polyoxyethylene-polyoxypropylene (EO-PO) block copolymer(s), wherein the one or more EO-PO block copolymer(s) include poloxamer 407 (Pluronic F127 ®); one or more protein agents, wherein the one or more protein agents are one or more albumins, and one or more carbohydrate agents, wherein the one or more carbohydrate agents include trehalose, wherein the composition is capable of reducing the inactivation of the live attenuated virus. one or more live, attenuated viruses; one or more polyoxyethylene-polyoxypropylene (EO-PO) block copolymer(s), wherein the one or more EO-PO block copolymer(s) include poloxamer 407 (Pluronic F127 ®); one or more protein agents, wherein the one or more protein agents are one or more albumins, and one or more carbohydrate agents, wherein the one or more carbohydrate agents include trehalose,
A motor controller configured to receive a PWM command signal formed of a pulse-width modulated rotation speed command from a host controller, and control a motor to rotate at a speed corresponding to the rotation speed command, the motor controller comprising: a PWM demodulation processor for demodulating the PWM command signal and restoring the rotation speed command as a speed command value; a rotation control section for generating a drive value of the motor according to the speed command value; a power drive section for generating a driving voltage to energize and drive a winding of the motor based on the drive value; a PWM modulation processor; and an information signal generator for generating an information signal to be transmitted to the PWM modulation processor, the information signal being a signal showing an actual speed of rotation detected on the motor; wherein the PWM modulation processor is configured to generate a PWM information signal that is pulse-width modulated by the information signal, characterized in that the PWM modulation processor is configured to generate and output the PWM information signal to the host controller synchronized with the PWM command signal. a PWM demodulation processor for demodulating the PWM command signal and restoring the rotation speed command as a speed command value; a rotation control section for generating a drive value of the motor according to the speed command value; a power drive section for generating a driving voltage to energize and drive a winding of the motor based on the drive value; a PWM modulation processor; and an information signal generator for generating an information signal to be transmitted to the PWM modulation processor, the information signal being a signal showing an actual speed of rotation detected on the motor; wherein the PWM modulation processor is configured to generate a PWM information signal that is pulse-width modulated by the information signal, the PWM modulation processor is configured to generate and output the PWM information signal to the host controller synchronized with the PWM command signal.