mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting data in a transport block, TB, in wireless communication comprising the following non-recursive procedure: determining a maximum code block size ; determining a transport block level cyclic redundancy check size ; determining a code block level cyclic redundancy check size ; determining a number of code blocks associated with the TB based on the maximum code block size, the transport block level cyclic redundancy check size, and the code block level cyclic redundancy check size ; determining a code block size based on the number of code blocks; determining a transport block size, TBS, for the TB as a function of the following parameters: the determined maximum code block size, the transport block level cyclic redundancy check size, the code block level cyclic redundancy check size, the number of code blocks, and the code block size, without changing the parameters based on the determined value of the TBS; and transmitting the TB with the data based on the determined TBS . determining a maximum code block size ; determining a transport block level cyclic redundancy check size ; determining a code block level cyclic redundancy check size ; determining a number of code blocks associated with the TB based on the maximum code block size, the transport block level cyclic redundancy check size, and the code block level cyclic redundancy check size ; determining a code block size based on the number of code blocks; determining a transport block size, TBS, for the TB as a function of the following parameters: the determined maximum code block size, the transport block level cyclic redundancy check size, the code block level cyclic redundancy check size, the number of code blocks, and the code block size, without changing the parameters based on the determined value of the TBS; and transmitting the TB with the data based on the determined TBS .
Method for generating a document accessible over a communication network via a universal address for the document, the document describing a multimedia content containing at least one data segment and comprising data for generating a first universal address for said segment, said method for generating a document comprising at least one step of writing in the document at least one generation rule for generating a second universal address for accessing the segment, said generation rule indicating the accounting for, to generate said second universal address for the segment for a client terminal: - the first universal address, - and at least one parameter personalized for said client terminal, included in the universal address for the document describing the content. - the first universal address, - and at least one parameter personalized for said client terminal, included in the universal address for the document describing the content.
Loading device for successively feeding cardboard sheets to a processing station for folding said sheets in order to form packing boxes therefrom, said processing station having a magazine for receiving the successive sheets , possibly grouped into batches , said device having, for its part, a manipulator comprising a gripping tool for grasping said sheets , and an actuator for displacing the tool , the device being characterized in that the tool is provided, on the one hand, with a clamp for grasping a possible tie holding together the sheets of a same batch by forming a closed loop and, on the other hand, a cutting means for opening such a tie .
Method of determining a mixing ratio of two liquids at a 3-way mixing valve , characterised by the following steps: 1.1 measuring the transmission of an ultrasonic signal through the first liquid in a first inlet of the mixing valve; 1.2 measuring the transmission of an ultrasonic signal through the second liquid in a second inlet of the mixing valve; 1.3 measuring the transmission of an ultrasonic signal through the mixed liquid in the outlet of the mixing valve; 1.4 calculating the mixing ratio from the measured transmissions. 1.1 measuring the transmission of an ultrasonic signal through the first liquid in a first inlet of the mixing valve; 1.2 measuring the transmission of an ultrasonic signal through the second liquid in a second inlet of the mixing valve; 1.3 measuring the transmission of an ultrasonic signal through the mixed liquid in the outlet of the mixing valve; 1.4 calculating the mixing ratio from the measured transmissions.
Method for determining the yaw angle (YA) of a trailer with respect to the longitudinal axis (LAV) of a towing vehicle , the method comprising the steps of: - capturing at least a first and a second image of the trailer using a camera , the orientation of the trailer with respect to the vehicle being different on the at least two images (S10); - determining at least a first and a second feature (F1, F2) of the trailer which are visible on first and second image, wherein said first and second features (F1, F2) are arranged at different positions of the trailer (S11); - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature (F1) on the first image and the first feature (F1) on the second image with respect to a fix point of the towing vehicle (S12); - calculating a second angle estimation (α2), the second angle estimation (α2) characterizing the pivot angle in a horizontal plane between the second feature (F2) on the first image and the second feature (F2) on the second image with respect to the fix point of the towing vehicle (S13); - calculating the yaw angle (YA) based on said first and second angle estimations (α1, α2) (S14). - capturing at least a first and a second image of the trailer using a camera , the orientation of the trailer with respect to the vehicle being different on the at least two images (S10); - determining at least a first and a second feature (F1, F2) of the trailer which are visible on first and second image, wherein said first and second features (F1, F2) are arranged at different positions of the trailer (S11); - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature (F1) on the first image and the first feature (F1) on the second image with respect to a fix point of the towing vehicle (S12); - calculating a second angle estimation (α2), the second angle estimation (α2) characterizing the pivot angle in a horizontal plane between the second feature (F2) on the first image and the second feature (F2) on the second image with respect to the fix point of the towing vehicle (S13); - calculating the yaw angle (YA) based on said first and second angle estimations (α1, α2) (S14).
A magnetic resonance imaging compatible drive system for controlling an elongate medical device, the system comprising: a follower assembly configured to secure to a mount, the follower assembly comprising a tubular member defining an aperture configured for receiving an elongate medical device , a guide rail having a gear track parallel with a center axis of the tubular member and extending in a longitudinal direction with respect to the tubular member ; and a follower device comprising an alignment device configured to secure the elongate medical device configured to be aligned with the aperture of the tubular member , a first pulley assembly configured to move the follower device along the guide rail in the longitudinal direction, and a second pulley assembly configured to rotate the alignment device about the center axis; and a commander unit comprising a first drive spool shaft remotely connected to the first pulley assembly via a first wire , and a second drive spool shaft remotely connected to the second pulley assembly via a second wire . a follower assembly configured to secure to a mount, the follower assembly comprising a tubular member defining an aperture configured for receiving an elongate medical device , a guide rail having a gear track parallel with a center axis of the tubular member and extending in a longitudinal direction with respect to the tubular member ; and a follower device comprising an alignment device configured to secure the elongate medical device configured to be aligned with the aperture of the tubular member , a first pulley assembly configured to move the follower device along the guide rail in the longitudinal direction, and a second pulley assembly configured to rotate the alignment device about the center axis; and a tubular member defining an aperture configured for receiving an elongate medical device , a guide rail having a gear track parallel with a center axis of the tubular member and extending in a longitudinal direction with respect to the tubular member ; and a follower device comprising an alignment device configured to secure the elongate medical device configured to be aligned with the aperture of the tubular member , a first pulley assembly configured to move the follower device along the guide rail in the longitudinal direction, and a second pulley assembly configured to rotate the alignment device about the center axis; and an alignment device configured to secure the elongate medical device configured to be aligned with the aperture of the tubular member , a first pulley assembly configured to move the follower device along the guide rail in the longitudinal direction, and a second pulley assembly configured to rotate the alignment device about the center axis; and a commander unit comprising a first drive spool shaft remotely connected to the first pulley assembly via a first wire , and a second drive spool shaft remotely connected to the second pulley assembly via a second wire . a first drive spool shaft remotely connected to the first pulley assembly via a first wire , and a second drive spool shaft remotely connected to the second pulley assembly via a second wire .
A computer-implemented method comprising: receiving , by a user group request system , from a client device , a content request comprising a set of request signals specifying user group identifiers that each identify a user group that includes a user of the client device as a member; identifying , by the user group request system , one or more user group identifiers that satisfy a first k-anonymity process; for each user group identifier that satisfies the first k-anonymity process, transmitting , by the user group request system , to each of one or more first content platforms, a selection parameter request comprising the user group identifier; receiving , by the user group request system , from the one or more first content platforms, selection parameter elements that each comprise data indicating a respective digital component and a selection parameter for the respective digital component; transmitting , by the user group request system , to a second content platform, at least a portion of the selection parameters and, for each selection parameter, data identifying the first content platform from which the selection parameter was received; receiving , by the user group request system , from the second content platform, data specifying a given first content platform selected based on the selection parameters; and transmitting , by the user group request system , to the client device , data indicating the digital component provided by the given first content platform and the selection parameter for the digital component provided by the given first content platform. receiving , by a user group request system , from a client device , a content request comprising a set of request signals specifying user group identifiers that each identify a user group that includes a user of the client device as a member; identifying , by the user group request system , one or more user group identifiers that satisfy a first k-anonymity process; for each user group identifier that satisfies the first k-anonymity process, transmitting , by the user group request system , to each of one or more first content platforms, a selection parameter request comprising the user group identifier; receiving , by the user group request system , from the one or more first content platforms, selection parameter elements that each comprise data indicating a respective digital component and a selection parameter for the respective digital component; transmitting , by the user group request system , to a second content platform, at least a portion of the selection parameters and, for each selection parameter, data identifying the first content platform from which the selection parameter was received; receiving , by the user group request system , from the second content platform, data specifying a given first content platform selected based on the selection parameters; and transmitting , by the user group request system , to the client device , data indicating the digital component provided by the given first content platform and the selection parameter for the digital component provided by the given first content platform.
An axial flow filter media construction using filter media wherein at least two layers of open corrugated spacer and at least two layers of a non-pleated and non-fluted filter media/material are combined in an alternating sequence and coiled around a core to form at least two distinct, continuous, coil-shaped fluid flow channels being contiguous but separated by said filter media in the radial direction and extending axially from the inlet side (I) to the outlet side (O) of the filter media construction preventing direct fluid flow between the clean and dirty sides of the filter media construction , corrugations of the spacer adapted to propagate in the transverse direction of the filter media construction , the spacer being discontinuous in the axial direction in the sandwiched gap (G) formed between the two layers of filter media and configured to allow fluid flow into and out of the sandwiched gap (G) and in the axial direction, the spacer adapted to maintain substantially uniform width of flow channels in the flow direction, one of the flow channels being closed to fluid flow at axial end at the inlet side (I) of the filter media construction thereby forming the clean side and the other flow channel being closed to fluid flow at axial end at the outlet side (O) of the filter media construction thereby forming the dirty side, inner and outer ends of both of said flow channels being closed along the axial direction.
Plate heat exchanger , comprising a plurality of heat exchanger plates , the heat exchanger plates comprise at least one section showing indentations intended to be placed against corresponding indentations of a heat exchanger plate of a corresponding design, where the heat exchanger plates comprise at least a first type of indentations and at least a second type of indentations raised by a given height relative to a reference plate in opposite directions and where said indentations have profiles with flat top and bottom surface areas and wherein the number of said first type of indentations and said second type of indentations are differing, and the arrangement of at least said first type of indentations corresponds symmetrically to the shape of at least said first type of indentations and/or at least said second type of indentations , wherein said first type of indentations and second type of indentations are first and second bulges , respectively, characterized in that a) the first bulges have an essentially hexagonal shape, while the second bulges have an essentially triangular shape; b) the arrangement of the first and second bulges relative to each other is chosen to reflect the individual shapes of the first and second bulges, wherein c) the second bulges are likewise arranged in a hexagonal formation around a central first bulge and there are six second bulges arranged around each first bulge ; d) the first bulges are arranged in a triangular formation around a central second bulge and there are three first bulges arranged around each second bulge ; e) such that a corner of a hexagonally shaped first bulge is pointing towards a triangularly shaped second bulge and a straight line of the triangular shaped second bulge is "pointing" towards a hexagonally shaped first bulge . a) the first bulges have an essentially hexagonal shape, while the second bulges have an essentially triangular shape; b) the arrangement of the first and second bulges relative to each other is chosen to reflect the individual shapes of the first and second bulges, wherein c) the second bulges are likewise arranged in a hexagonal formation around a central first bulge and there are six second bulges arranged around each first bulge ; d) the first bulges are arranged in a triangular formation around a central second bulge and there are three first bulges arranged around each second bulge ; e) such that a corner of a hexagonally shaped first bulge is pointing towards a triangularly shaped second bulge and a straight line of the triangular shaped second bulge is "pointing" towards a hexagonally shaped first bulge .
A molecule having one of the following structures 596 597 598 599 600 601 602 603 604 605 606 609 610 611 612 613 614 615 616 617 618 619 620 621 622 623 624 625 626 627
A liquid recovery filter comprising: a filter shell having an upper end , a lower end opposite the upper end , and a cylindrical wall extending between the upper end and the lower end , the shell defining an internal volume ; a filter element disposed within the filter shell , whereby a gap formed between the shell and the filter element defines an upstream section of the internal volume , the filter element having an inlet side and an outlet core , the inlet side of the filter element communicating fluidly with the upstream section ; an inlet passage disposed through the filter shell , the inlet passage communicating fluidly with the upstream section ; an outlet passage disposed through the filter shell , the outlet passage communicating fluidly with the outlet core of the filter element ; characterized by a downstream vent/purge port disposed through the filter shell with an inline gas filter disposed in the downstream vent/purge port , the downstream vent/purge port communicating fluidly with the outlet core of the filter element , wherein the vent/purge port is configured to permit the introduction of a gas under pressure, sterilized by the inline gas filter , into the outlet core to purge filtered liquids, retained in the outlet core after a filtering operation is terminated, out of the outlet passage to recover the retained filtered liquids. a filter shell having an upper end , a lower end opposite the upper end , and a cylindrical wall extending between the upper end and the lower end , the shell defining an internal volume ; a filter element disposed within the filter shell , whereby a gap formed between the shell and the filter element defines an upstream section of the internal volume , the filter element having an inlet side and an outlet core , the inlet side of the filter element communicating fluidly with the upstream section ; an inlet passage disposed through the filter shell , the inlet passage communicating fluidly with the upstream section ; an outlet passage disposed through the filter shell , the outlet passage communicating fluidly with the outlet core of the filter element ; characterized by a downstream vent/purge port disposed through the filter shell with an inline gas filter disposed in the downstream vent/purge port , the downstream vent/purge port communicating fluidly with the outlet core of the filter element , wherein the vent/purge port is configured to permit the introduction of a gas under pressure, sterilized by the inline gas filter , into the outlet core to purge filtered liquids, retained in the outlet core after a filtering operation is terminated, out of the outlet passage to recover the retained filtered liquids.
A wound short rod monopole antenna configured as a CB antenna for the frequency range from 26.565 to 27.405 MHz for being used in a mobile environment, composed of an emitter , an antenna base , an antenna housing configured to receive electrical and/or electronic components (5; 7; 9), and an antenna outlet provided at the antenna housing or the antenna base, wherein a compensation circuitry is provided which is connected to the base point of the emitter configured without mechanical tuning means and has a fixed, invariable length, wherein the compensation circuitry is formed as a parallel resonance circuit made up of a capacitor (C K ) and an inductance (L K ), and a coupling capacitor (C 1 ) is connected to the compensation circuitry, the length of the emitter is matched to the resonance frequency in the center of the operation frequency band, wherein the compensation circuitry compensates the negative reactance of the emitter below the resonance frequency and the positive reactance of the emitter above the resonance frequency by parallel connection with the consequence of a band width enlargement, moreover the reactance of the capacitor (C K ) at a resonance frequency of the emitter being in the range between substantially 5 to 20 Ohms, and the reactance of the coupling capacitor (C 1 ) at the resonance frequency of the emitter being in the range between substantially 30 to 50 Ohms, so that the antenna impedance amounts to 50 Ohms. wherein a compensation circuitry is provided which is connected to the base point of the emitter configured without mechanical tuning means and has a fixed, invariable length, wherein the compensation circuitry is formed as a parallel resonance circuit made up of a capacitor (C K ) and an inductance (L K ), and a coupling capacitor (C 1 ) is connected to the compensation circuitry, the length of the emitter is matched to the resonance frequency in the center of the operation frequency band, wherein the compensation circuitry compensates the negative reactance of the emitter below the resonance frequency and the positive reactance of the emitter above the resonance frequency by parallel connection with the consequence of a band width enlargement, moreover the reactance of the capacitor (C K ) at a resonance frequency of the emitter being in the range between substantially 5 to 20 Ohms, and the reactance of the coupling capacitor (C 1 ) at the resonance frequency of the emitter being in the range between substantially 30 to 50 Ohms, so that the antenna impedance amounts to 50 Ohms.
An evaluation device , comprising: a feature value calculator configured to calculate a feature value of an energy storage device based on voltage values measured from the energy storage device being subjected to charge-discharge-control according to charge-discharge command values; and a degradation evaluator configured to: derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value. a feature value calculator configured to calculate a feature value of an energy storage device based on voltage values measured from the energy storage device being subjected to charge-discharge-control according to charge-discharge command values; and a degradation evaluator configured to: derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value. derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value.