mhurhangee/ep-ind-claims huggingface dataset:
A diagnostic circuit to detect malfunctioning of an engine of a vehicle, the diagnostic circuit comprising: a filter circuit to receive an operation signal from a powertrain sensor of the vehicle and generate a filtered signal; an alternating current-to-direct current converter to convert the filtered signal to a direct current filtered signal; and a peak detection circuit to detect a signal peak of the direct current filtered signal and generate a trigger signal in response to a determination that the detected signal peak is greater than a reference threshold, characterised in that the filter circuit comprises an eighth order Butterworth band-pass filter having a high cutoff frequency of about 35 Hertz and a low cutoff frequency of about 5 Hertz. a filter circuit to receive an operation signal from a powertrain sensor of the vehicle and generate a filtered signal; an alternating current-to-direct current converter to convert the filtered signal to a direct current filtered signal; and a peak detection circuit to detect a signal peak of the direct current filtered signal and generate a trigger signal in response to a determination that the detected signal peak is greater than a reference threshold,
Assembly for tightly covering an elongate member of predetermined dimensions with an elastic protective sleeve, comprising: - said sleeve; - a tubular core for holding expanded said sleeve, which core is covered tightly by said sleeve and is configured to internally receive said elongate member; - a slip film interposed between said sleeve and said core to allow said core to slide relative to said sleeve; and - an add-on to the slip film which is mechanically bonded to the slip film and attached to the core at a predetermined attachment location between an end of the sleeve and an end of the core located beyond said end of the sleeve; said assembly being characterised in that it further comprises a fastener provided with a male locking member while said core has a female locking member, said female member and said male member being at said predetermined attachment location in a predetermined relative locking position in which the male member is locked to the core with the add-on to the film which is attached to the core by clamping between the male member and the female member; said add-on, said female member and said fastener being configured such that the male member can be moved relative to the female member until the male member and the female member adopt a predetermined relative unlocking position in which the male member is free to be removed from the female member while the add-on is free to move relative to the core. - said sleeve; - a tubular core for holding expanded said sleeve, which core is covered tightly by said sleeve and is configured to internally receive said elongate member; - a slip film interposed between said sleeve and said core to allow said core to slide relative to said sleeve; and - an add-on to the slip film which is mechanically bonded to the slip film and attached to the core at a predetermined attachment location between an end of the sleeve and an end of the core located beyond said end of the sleeve;
Method for displaying images on a matrix screen comprising several rows of pixels (12, 12a, 12b, 12c), the rows being ordered from i=1 to i=N, N representing the number of rows, each pixel comprising a display component (22, 25) and a memory (21, 27), the matrix screen comprising addressing means for each of the rows and data transfer means to the memory (21, 27) of each of the pixels, the method consisting in controlling the brightness of each of the pixels of the matrix screen by means of a binary word comprising several bits (D0, D1, D2, D3) written successively through the data transfer means, into the memory (21, 27) and by controlling the display component (22, 25) as a function of a state of the bit written into the memory (21, 27), the bits of each binary word being ranked according to their weight from j=1 to j=P, the method being characterized in that it consists in sequencing the following writes for the duration (T frame) of an image frame: • from a current row i, writing on the rows i+2 j, from j=1 to j=P, the bit of weight j of each binary word associated with the different pixels of the rows i+2 j; • repeating, 2 P -1 times, the writes mentioned above by shifting a pointer of the current row by one unit on each repetition; the pointer of a row being determined: i modulo 2 P -1 so as to lie between 1 and 2 P -1. • from a current row i, writing on the rows i+2 j, from j=1 to j=P, the bit of weight j of each binary word associated with the different pixels of the rows i+2 j; • repeating, 2 P -1 times, the writes mentioned above by shifting a pointer of the current row by one unit on each repetition;
A method (1110, 1200, 1300, 1400, 1500, 1600, 1700, 1800, 1900) of wireless communication of a first user equipment -UE- (102, 206, 650, 2060), comprising: establishing a wireless wide area network -WWAN- communication link with a base station through a WWAN radio access technology -RAT-; providing an access point accessing the WWAN communication link to at least one second UE (102, 206, 650, 2060) through a wireless local area network - WLAN- RAT; determining a channel condition of the WWAN communication link; and managing at least one multimedia service between the base station and the at least one second UE (102, 206, 650, 2060) based on the channel condition, wherein the managing the at least one multimedia service comprises: intercepting a message for a first multimedia service of the at least one multimedia service communicated between the base station and the at least one second UE; and determining to forward the message or to send a response message in response to the message based on at least the channel condition, wherein the at least one multimedia service preferably includes an Internet protocol -IP- multimedia subsystem -IMS- service, a video telephony service, a rich communication service -RCS-, or any combination thereof. establishing a wireless wide area network -WWAN- communication link with a base station through a WWAN radio access technology -RAT-; providing an access point accessing the WWAN communication link to at least one second UE (102, 206, 650, 2060) through a wireless local area network - WLAN- RAT; determining a channel condition of the WWAN communication link; and managing at least one multimedia service between the base station and the at least one second UE (102, 206, 650, 2060) based on the channel condition, wherein the managing the at least one multimedia service comprises: intercepting a message for a first multimedia service of the at least one multimedia service communicated between the base station and the at least one second UE; and determining to forward the message or to send a response message in response to the message based on at least the channel condition, wherein the at least one multimedia service preferably includes an Internet protocol -IP- multimedia subsystem -IMS- service, a video telephony service, a rich communication service -RCS-, or any combination thereof. intercepting a message for a first multimedia service of the at least one multimedia service communicated between the base station and the at least one second UE; and determining to forward the message or to send a response message in response to the message based on at least the channel condition, wherein the at least one multimedia service preferably includes an Internet protocol -IP- multimedia subsystem -IMS- service, a video telephony service, a rich communication service -RCS-, or any combination thereof.
A sensor integrated circuit comprising:a first processing channel responsive to a first analog signal to generate a first processed signal;a second processing channel responsive to a second analog signal to generate a second processed signal, wherein the second processing channel is non-homogenous with respect to the first processing channel; and a checker circuit responsive to the first processed signal and the second processed signal and configured to detect a fault in the sensor integrated circuit and generate a fault signal (42, 44) indicative of the fault when the first processed signal and the second processed signal differ from each other by more than a predetermined amount, wherein the checker circuit comprises a first sample circuit configured to sample the first processed signal and generate a first sampled signal, a second sample circuit configured to process the second processed signal and generate a second sampled signal, and a window comparator responsive to the first sampled signal and the second sampled signal and configured to generate the fault signal (42, 44), characterized by further comprising a time delay synchronizer providing a clock signal (232, 234, 236) to the first sample circuit and to the second sample circuit and to the window comparator.
A polypeptide for use in a pharmaceutical composition for treating a subject having at least one disease selected from a group comprising inflammation and inflammatory reactions, metabolic syndrome disease and obesity, wherein the pharmaceutical composition comprises an effective amount of the polypeptide, wherein the polypeptide comprises the amino acids sequence of SEQ ID No. 1 or a homologous amino acid sequence modified by substitution, deletion, or insertion of one or multiple amino acids, wherein the homologous polypeptide comprises an amino acid sequence including more than 90% identity with the sequence of SEQ ID No.1.
Track or steering rod for a vehicle, having a tube which, in a tube end region which extends in an axial direction (x), has an internal thread which is threaded in a first rotational direction and at least one slot which runs in the axial direction (x), having an adjusting sleeve which is screwed into the tube end region of the tube, extends out of the latter with an actuating region, and has an internal thread, which is threaded in a second rotational direction which opposes the first rotational direction, and at least one slot which runs in the axial direction (x) and is arranged at least in regions in the tube, having a joint which has an axial shank and is screwed by way of the latter into the adjusting sleeve, with the result that an axial adjusting movement of the tube relative to the joint is made possible by way of rotation of the adjusting sleeve relative to the tube and to the shank, and having a clamping means which acts on the tube end region and by means of which, with the adjusting sleeve connected in between, the tube end region is pressed against the outer circumference of the shank, with the result that the tube, the adjusting sleeve and the shank are fixed in their position relative to one another, characterized in that the slot of the adjusting sleeve runs in a serpentine or sinusoidal manner in the axial direction (x) and is open at its axial end which faces away from the actuating region.
A downhole system comprising a tag (26, 912, 1706), the tag (26, 912, 1706) comprising: a set of accelerometers configured to detect acceleration of the tag along multiple axes; a processor configured to process acceleration measurements provided by the set of accelerometers, wherein processing by the processor comprises: sorting the acceleration measurements according to direction and degree of acceleration detected by the set of accelerometers, setting a use start time based on the acceleration detected exceeding a predetermined threshold after initialization of the tag; and setting a use end time based on the acceleration detected exceeding the predetermined threshold and the use start time being set; a memory configured to store results of the processing of the processor; and a transceiver configured for wireless communication; wherein the tag is configured for attachment to an exterior surface of a drill string; wherein the use start time specifies a time at which a drill string component (18, 902, 1702) to which the tag is attached is put into a service, and the use end time specifies a time at which the drill string component to which the tag is attached is no longer in the service; wherein the transceiver is configured to transfer the acceleration measurements via a communication link including long wavelength inductive transmission to a facility that analyzes operation of the drill string component. a set of accelerometers configured to detect acceleration of the tag along multiple axes; a processor configured to process acceleration measurements provided by the set of accelerometers, wherein processing by the processor comprises: sorting the acceleration measurements according to direction and degree of acceleration detected by the set of accelerometers, setting a use start time based on the acceleration detected exceeding a predetermined threshold after initialization of the tag; and setting a use end time based on the acceleration detected exceeding the predetermined threshold and the use start time being set; a memory configured to store results of the processing of the processor; and a transceiver configured for wireless communication; wherein the tag is configured for attachment to an exterior surface of a drill string; wherein the use start time specifies a time at which a drill string component (18, 902, 1702) to which the tag is attached is put into a service, and the use end time specifies a time at which the drill string component to which the tag is attached is no longer in the service; wherein the transceiver is configured to transfer the acceleration measurements via a communication link including long wavelength inductive transmission to a facility that analyzes operation of the drill string component.
An endoscope, comprising: a shaft comprising: a distal end; and a proximal end comprising a rigid attachment segment configured to be removably coupled to an adapter or instrument (1100,1200,1300) a first surface of the rigid attachment segment comprising a first groove and a first section adjacent the first groove, the first section protruding relative to the first groove, wherein: the first section comprises a protruding portion that is configured to block the first protrusion of the adapter or instrument (1100, 1200, 1300) and is configured to prevent the lifting of the rigid attachment segment, and the first section comprises a recessed indentation configured to be engaged by a second protrusion of the adapter or instrument (1100, 1200, 1300); and a housing coupled to the shaft. a shaft comprising: a distal end; and a proximal end comprising a rigid attachment segment configured to be removably coupled to an adapter or instrument (1100,1200,1300) a first surface of the rigid attachment segment comprising a first groove and a first section adjacent the first groove, the first section protruding relative to the first groove, wherein: the first section comprises a protruding portion that is configured to block the first protrusion of the adapter or instrument (1100, 1200, 1300) and is configured to prevent the lifting of the rigid attachment segment, and the first section comprises a recessed indentation configured to be engaged by a second protrusion of the adapter or instrument (1100, 1200, 1300); and a distal end; and a proximal end comprising a rigid attachment segment configured to be removably coupled to an adapter or instrument (1100,1200,1300) a first surface of the rigid attachment segment comprising a first groove and a first section adjacent the first groove, the first section protruding relative to the first groove, wherein: the first section comprises a protruding portion that is configured to block the first protrusion of the adapter or instrument (1100, 1200, 1300) and is configured to prevent the lifting of the rigid attachment segment, and the first section comprises a recessed indentation configured to be engaged by a second protrusion of the adapter or instrument (1100, 1200, 1300); and the first section comprises a protruding portion that is configured to block the first protrusion of the adapter or instrument (1100, 1200, 1300) and is configured to prevent the lifting of the rigid attachment segment, and the first section comprises a recessed indentation configured to be engaged by a second protrusion of the adapter or instrument (1100, 1200, 1300); and a housing coupled to the shaft.
A computer-implemented method for controlling a traction motor of a materials handling vehicle, the method comprising: receiving, by a processor, steering command signals from a steering control input sensor of the materials handling vehicle; characterised by generating, by the processor, a current output value proportional to a rate of change of the steering command signals; determining, by the processor, a raw target steering angle value; calculating, by the processor, a current target steering angle value based on: the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; calculating, by the processor, a traction speed limit based on the calculated current target steering angle value; calculating, by the processor, a traction setpoint based on the traction speed limit; and controlling the traction motor of the materials handling vehicle based on the traction setpoint. receiving, by a processor, steering command signals from a steering control input sensor of the materials handling vehicle; characterised by generating, by the processor, a current output value proportional to a rate of change of the steering command signals; determining, by the processor, a raw target steering angle value; calculating, by the processor, a current target steering angle value based on: the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; the current output value compared to a predetermined threshold, and the raw target steering angle value compared to a previously calculated target steering angle value; calculating, by the processor, a traction speed limit based on the calculated current target steering angle value; calculating, by the processor, a traction setpoint based on the traction speed limit; and controlling the traction motor of the materials handling vehicle based on the traction setpoint.
Rotary machine (1, 100) for processing a container comprising: - a main axis, - a plurality of first stations (4, 94), each first station being arranged for applying a first process to a container, each first station rotating around the main axis, wherein the first process comprises a filling process during which a container is filled with liquid, - a plurality of second stations (6, 96), each second station being arranged for applying a second process to a processed container already processed by the first process, each second station (6, 96) rotating around the main axis, - an internal exit position (14, 114), at which each first station is located once said first station has completed the first process to a container and is arranged to release the processed container, - an internal entry position (16, 116), at which each second station is arranged to receive a processed container and to start applying the second process to said processed container, - at least one transfer arm (22, 122) comprising a gripper element (44, 144) adapted to seize a processed container, said gripper element (44, 144) being movable between a first station located at the internal exit position (14, 114) and a second station located at the internal entry position (16, 116). - a main axis, - a plurality of first stations (4, 94), each first station being arranged for applying a first process to a container, each first station rotating around the main axis, wherein the first process comprises a filling process during which a container is filled with liquid, - a plurality of second stations (6, 96), each second station being arranged for applying a second process to a processed container already processed by the first process, each second station (6, 96) rotating around the main axis, - an internal exit position (14, 114), at which each first station is located once said first station has completed the first process to a container and is arranged to release the processed container, - an internal entry position (16, 116), at which each second station is arranged to receive a processed container and to start applying the second process to said processed container, - at least one transfer arm (22, 122) comprising a gripper element (44, 144) adapted to seize a processed container, said gripper element (44, 144) being movable between a first station located at the internal exit position (14, 114) and a second station located at the internal entry position (16, 116).
A solar system module bonded to a translucent thin stone product wherein the thin stone product comprises an external stone layer having a median thickness in a range from 0.6 to 80 μm and an adjacent polymer layer, wherein the stone layer is a slate layer and the angle between the bedding and the cleavage is in a range from 2 to 90 degrees, wherein the roughness Ra of the thin stone product back surface is in an range from 2 to 100 μm when measured according to DIN EN ISO 25178, wherein the thin stone product back comprising the adjacent polymer layer, and wherein the thin stone product comprises an adhesive layer for bonding with the solar system module on the side opposing the stone layer.