mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the state of a vehicle (V) equipped with an electric charge accumulator assembly (B) adapted to supply at least a starter device of a thermal engine (E) and/or accessory devices of the vehicle (V) and rechargeable by means of the kinetic energy of said engine (E), the method including: - the detection of the voltage established across the electric charge accumulator assembly (B) of the vehicle (V) in a predetermined succession of moments in time; - at least a binary classification of the voltage value established across the accumulator assembly (B); and - the determination of the operating state of the vehicle (V) as a function of the outcome of said binary classification of the voltage value established across the accumulator assembly (B), characterised in that the method comprises at least the following binary classification: (a) determination of an active engine (E) state or a running vehicle (V) state if the difference between a short-term average of the voltage value across the accumulator assembly (B) and a long-term average of the voltage value across the accumulator assembly (B) is greater than a predetermined first transition threshold value; and determination of an inactive engine (E) state or a vehicle (V)-at-rest state if the difference between a long-term average of the voltage value across the accumulator assembly (B) and a short-term average of the voltage value across the accumulator assembly (B) is greater than a predetermined second transition threshold value. - the detection of the voltage established across the electric charge accumulator assembly (B) of the vehicle (V) in a predetermined succession of moments in time; - at least a binary classification of the voltage value established across the accumulator assembly (B); and - the determination of the operating state of the vehicle (V) as a function of the outcome of said binary classification of the voltage value established across the accumulator assembly (B), (a) determination of an active engine (E) state or a running vehicle (V) state if the difference between a short-term average of the voltage value across the accumulator assembly (B) and a long-term average of the voltage value across the accumulator assembly (B) is greater than a predetermined first transition threshold value; and determination of an inactive engine (E) state or a vehicle (V)-at-rest state if the difference between a long-term average of the voltage value across the accumulator assembly (B) and a short-term average of the voltage value across the accumulator assembly (B) is greater than a predetermined second transition threshold value.
A tooth retention device for attachment to an edge of excavator bucket , said bucket defining a bucket clamp opening , the tooth retention device having: a tooth mounting portion ; a fork- shaped body forming part of said tooth mounting portion fitting over said edge of said bucket , said fork-shaped body defining a fork clamp opening registering with said bucket clamp opening ; a generally C-shaped clamp passing through said bucket clamp opening and said fork clamp opening in said fork-shaped body ; a wedge located alongside said clamp and extending into said fork clamp opening and said bucket clamp opening and holding the clamp in position and said wedge including a wedge channel ; a threaded rod received in said wedge channel in said wedge ; the device characterized in that there is a threaded wedge block received in said wedge channel between said wedge and said clamp and wherein the rod is rotatable to move the wedge block along the rod between locked and released positions; the wedge channel having a semi-annular ridge formed therein and the rod having an annular groove to receive this ridge . a tooth mounting portion ; a fork- shaped body forming part of said tooth mounting portion fitting over said edge of said bucket , said fork-shaped body defining a fork clamp opening registering with said bucket clamp opening ; a generally C-shaped clamp passing through said bucket clamp opening and said fork clamp opening in said fork-shaped body ; a wedge located alongside said clamp and extending into said fork clamp opening and said bucket clamp opening and holding the clamp in position and said wedge including a wedge channel ; a threaded rod received in said wedge channel in said wedge ; the device characterized in that there is a threaded wedge block received in said wedge channel between said wedge and said clamp and wherein the rod is rotatable to move the wedge block along the rod between locked and released positions; the wedge channel having a semi-annular ridge formed therein and the rod having an annular groove to receive this ridge .
A thermistor holder assembly for a high current charging connector, comprising a terminal retaining structure , attachable to a high current charging connector housing , said terminal retraining structure comprises a tunnel configured to guide a high current wire through the terminal retraining structure , whereby the terminal retraining structure comprises a clip cavity that extends along a mating axis (X) which is parallel to an axis along which the tunnel extends and wherein the clip cavity extends perpendicular to the mating axis (X) into a tunnel wall , the assembly further comprising a thermistor holder clip adapted to hold a thermal sensor and configured to be clipped to the high current wire , whereby the thermistor holder clip is, at least partly, received and held in the clip cavity, wherein the thermistor holder clip has an elongated clip base aligned along an axis parallel with the mating axis (X) and having a first clip end and a second clip end , characterized in that a first clip wing and a second clip wing extend perpendicular to the elongated clip base and between the first clip end and the second clip end from the elongated clip base, whereby the clip wings extend spaced apart from and parallel to each other.
Fire detection system for an aircraft compartment , comprising: a plurality of temperature sensors distributed in an array across at least one of a wall and a ceiling of the aircraft compartment to evenly cover a substantial surface portion and configured to measure the temperature at their respective position; and a system control unit configured to receive and analyze the temperature measured by each temperature sensor to establish a temperature distribution signature across the array of temperature sensors and to generate a fire warning signal in case that the temperature distribution signature fulfills predefined criteria characteristic of an occurring fire ; wherein at least subgroups of the temperature sensors are communicatively interconnected with each other in a linear arrangement one after the other; wherein the temperature sensors are configured as fiber Bragg grating sensors, wherein at least subgroups of the temperature sensors are engraved at different lengths along respective optical fibers, wherein the system control unit is configured as an electro-optical control unit optically coupled to the optical fibers to read out optical signals from the temperature sensors over a length of the optical fibers; wherein the optical fibers are arranged under equal intervals lengthwise along a barrel of an aircraft fuselage, each fiber being oriented along a circumferential extension of an inner fuselage surface. a plurality of temperature sensors distributed in an array across at least one of a wall and a ceiling of the aircraft compartment to evenly cover a substantial surface portion and configured to measure the temperature at their respective position; and a system control unit configured to receive and analyze the temperature measured by each temperature sensor to establish a temperature distribution signature across the array of temperature sensors and to generate a fire warning signal in case that the temperature distribution signature fulfills predefined criteria characteristic of an occurring fire ; wherein at least subgroups of the temperature sensors are communicatively interconnected with each other in a linear arrangement one after the other; wherein the temperature sensors are configured as fiber Bragg grating sensors, wherein at least subgroups of the temperature sensors are engraved at different lengths along respective optical fibers, wherein the system control unit is configured as an electro-optical control unit optically coupled to the optical fibers to read out optical signals from the temperature sensors over a length of the optical fibers; wherein the optical fibers are arranged under equal intervals lengthwise along a barrel of an aircraft fuselage, each fiber being oriented along a circumferential extension of an inner fuselage surface.
Reproduction apparatus for printing a digital image by means of a single pass strategy, the reproduction apparatus comprising a control unit and a print engine, where the digital image is constituted of pixels , each pixel having assigned a pixel value; the print engine comprising print elements for ejecting an amount of marking material on a receiving material according to a pixel value, the reproduction apparatus further comprising detection means for detecting a failing print element and the control unit comprising derivation means (OD, HT, OD1, OD2, OD3, HT1, HT2, HT3) for deriving from the digital image before printing of the digital image a first matrix (F2aa) of columns of pixel values, wherein each pixel value of the first matrix (F2aa) equals a corresponding pixel value of the digital image incremented with a weight value, a second matrix (F2bb) of columns of pixel values, wherein each pixel value of the second matrix (F2bb) equals a corresponding pixel value of the digital image incremented with a weight value, and a third matrix (F22) of columns of pixel values, wherein each pixel value of the third matrix (F22) equals a corresponding pixel value of the digital image, merging means for merging the first matrix, the second matrix and the third matrix upon detection of a failing print element for creating a corrected digital image to be printed, wherein upon detection of the failing printing element by the detection means, pixels are intended to be printed by a first printing element left neighbouring the failing printing element according to the pixel values of a column of the first matrix (F2aa) and pixels are intended to be printed by a second printing element right neighbouring the failing printing element according to the pixel values of a column of the second matrix (F2bb).
A process to produce a catalyst composition, the process comprising: (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the time period is at least 10 minutes; and (ii) contacting the precontacted mixture with a metallocene compound for a second period of time to form the catalyst composition, wherein: the metallocene compound comprises a bridged metallocene containing an alkenyl substituent on the bridging group and/or on a cyclopentadienyl-type group, and wherein a single metallocene compound is employed in the process. (i) contacting an activator-support and an organoaluminum compound for a first period of time to form a precontacted mixture, wherein the time period is at least 10 minutes; and (ii) contacting the precontacted mixture with a metallocene compound for a second period of time to form the catalyst composition, wherein: the metallocene compound comprises a bridged metallocene containing an alkenyl substituent on the bridging group and/or on a cyclopentadienyl-type group, and wherein a single metallocene compound is employed in the process.
A linear motion actuation system for moving a server blade within a server rack , the system comprising: a controller ; a linear motion assembly comprising a frame and configured for fastening relative to a server blade and configured for linear motion with the server blade , the linear motion assembly configured to accommodate at least a front portion of the server blade within at least a front face of the frame ; a bracket configured for fastening relative to the server rack ; and at least one linear motion actuator comprising: a first component comprising a housing rigidly secured with the frame of the linear motion assembly ; and a second component movably secured with the first component and rigidly secured with the bracket , wherein the second component is configured for at least linear movement relative to the first component ; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller , move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction. a controller ; a linear motion assembly comprising a frame and configured for fastening relative to a server blade and configured for linear motion with the server blade , the linear motion assembly configured to accommodate at least a front portion of the server blade within at least a front face of the frame ; a bracket configured for fastening relative to the server rack ; and at least one linear motion actuator comprising: a first component comprising a housing rigidly secured with the frame of the linear motion assembly ; and a second component movably secured with the first component and rigidly secured with the bracket , wherein the second component is configured for at least linear movement relative to the first component ; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller , move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction. a first component comprising a housing rigidly secured with the frame of the linear motion assembly ; and a second component movably secured with the first component and rigidly secured with the bracket , wherein the second component is configured for at least linear movement relative to the first component ; wherein the at least one linear motion actuator is configured to, upon receipt of a signal from the controller , move the second component in an at least linear direction relative to the first component to move the housing and the server blade relative to the server rack in the at least linear direction.
A method for providing operation data to a fluid processing medical apparatus, the method comprising the steps of: providing the medical apparatus with a readable element comprising an optical pattern, acquiring configuration data associated to the readable element of the medical apparatus by relatively approaching a data acquisition unit of a medical accessory and the readable element of the medical apparatus , the data acquisition unit of the medical accessory comprising an optical reader configured to scan the optical pattern, establishing a wireless communication between medical accessory and the medical apparatus based on the configuration data; providing a medical component having a readable element ; acquiring operation data associated to the readable element of the medical component by relatively approaching the data acquisition unit of the medical accessory and the readable element of the medical component , the medical component being destined to be operatively coupled to the medical apparatus ; and providing the operation data to the medical apparatus using the wireless communication, wherein the optical pattern comprises changeable or updatable encoded data containing dynamically generated encryption data; and wherein the step of providing the medical apparatus with a readable element comprises: - dynamically generating the optical pattern to convey data that varies over time encoding transient configuration data in the optical pattern thereby providing regularly changed encryption data, and - displaying the optical pattern on a display unit of the medical apparatus . providing the medical apparatus with a readable element comprising an optical pattern, acquiring configuration data associated to the readable element of the medical apparatus by relatively approaching a data acquisition unit of a medical accessory and the readable element of the medical apparatus , the data acquisition unit of the medical accessory comprising an optical reader configured to scan the optical pattern, establishing a wireless communication between medical accessory and the medical apparatus based on the configuration data; providing a medical component having a readable element ; acquiring operation data associated to the readable element of the medical component by relatively approaching the data acquisition unit of the medical accessory and the readable element of the medical component , the medical component being destined to be operatively coupled to the medical apparatus ; and providing the operation data to the medical apparatus using the wireless communication, wherein the optical pattern comprises changeable or updatable encoded data containing dynamically generated encryption data; and - dynamically generating the optical pattern to convey data that varies over time encoding transient configuration data in the optical pattern thereby providing regularly changed encryption data, and - displaying the optical pattern on a display unit of the medical apparatus .
Modified OSB board (oriented strand board, 10) with an upper side and a lower side, wherein the upper and /or lower side of the OSB-board are coated with at least two paper layers , wherein the paper layer being adjacent to the board surface as first paper layer is impregnated with at least one resin, and wherein the second paper layer arranged on the first paper layer is a raw paper layer, characterised in that the weight of the raw paper is between 100 and 300 g/m 2 , and wherein the modified OSB board comprises depressions at different positions along the OSB board on at least one side of the board; wherein the pattern of the depressions and the distance between the depressions along the OSB board is configured to match a lath grate the OSB boards are configured to be fastened to. wherein the upper and /or lower side of the OSB-board are coated with at least two paper layers , wherein the paper layer being adjacent to the board surface as first paper layer is impregnated with at least one resin, and wherein the second paper layer arranged on the first paper layer is a raw paper layer, characterised in that the weight of the raw paper is between 100 and 300 g/m 2 , and wherein the modified OSB board comprises depressions at different positions along the OSB board on at least one side of the board; wherein the pattern of the depressions and the distance between the depressions along the OSB board is configured to match a lath grate the OSB boards are configured to be fastened to.
Copolymer of ethylene and of myrcene which comprises ethylene units and myrcene units, the ethylene units representing between 50 mol% and 95 mol% of the ethylene units and of the myrcene units, and the myrcene units of 1,2 and 3,4 configuration representing more than 50 mol% of the myrcene units.
An improved laser-therapy device for the treatment of acupuncture points, which comprises: - a control unit ; - laser emitting means associated to said control unit ; - means for generating an emission signal, which are functionally associated to said control unit and to said laser emitting means ; and - means for modulating said emission signal, which are designed to generate a modulated signal, wherein said modulated signal derives from a first square-wave modulation at a frequency of 100 Hz combined with a second square-wave modulation at a frequency of between 1 and 2 Hz, a third square-wave modulation at a frequency of between 50 and 200 Hz or 5 and 20 Hz is provided, combined, respectively, with said first and second modulations and said first, second, and third modulations are emitted in a combination in sequence with respect to one another in such a way that the resulting emission is a time-modulated sequence of pulse trains at a basic frequency. - a control unit ; - laser emitting means associated to said control unit ; - means for generating an emission signal, which are functionally associated to said control unit and to said laser emitting means ; and - means for modulating said emission signal, which are designed to generate a modulated signal, said modulated signal derives from a first square-wave modulation at a frequency of 100 Hz combined with a second square-wave modulation at a frequency of between 1 and 2 Hz, a third square-wave modulation at a frequency of between 50 and 200 Hz or 5 and 20 Hz is provided, combined, respectively, with said first and second modulations and said first, second, and third modulations are emitted in a combination in sequence with respect to one another in such a way that the resulting emission is a time-modulated sequence of pulse trains at a basic frequency.
A wireless communication method, performed by a terminal device and comprising: receiving a configuration update command message from a network device , wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure (S110); if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer (S 120); before release of the NAS signaling connection, executing a configuration update procedure related to the configuration update command message; and releasing the NAS signaling connection, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device , wherein the wireless communication method further comprises: after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure. receiving a configuration update command message from a network device , wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure (S110); if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer (S 120); before release of the NAS signaling connection, executing a configuration update procedure related to the configuration update command message; and releasing the NAS signaling connection, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device , wherein the wireless communication method further comprises: after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure.