mhurhangee/patent-ind-claim-en huggingface dataset:
An optical communication system including: an optical transmitter configured to output an optical signal, the optical transmitter including an erbium-doped fiber amplifier, EDFA, ; and one or more processors operatively coupled to the optical transmitter, the one or more processors being configured to: receive optical signal data related to a received power for a communication link from a remote communication system ; determine that the optical signal data is likely to fall below a minimum received power within a time interval; in response to the determination that the optical signal data is likely to fall below the minimum received power within the time interval, determine a duty cycle of the optical transmitter based on a minimum on-cycle length and a predicted EDFA output power; and operate the optical transmitter using the determined duty cycle to transmit the optical signal on the communication link. an optical transmitter configured to output an optical signal, the optical transmitter including an erbium-doped fiber amplifier, EDFA, ; and one or more processors operatively coupled to the optical transmitter, the one or more processors being configured to: receive optical signal data related to a received power for a communication link from a remote communication system ; determine that the optical signal data is likely to fall below a minimum received power within a time interval; in response to the determination that the optical signal data is likely to fall below the minimum received power within the time interval, determine a duty cycle of the optical transmitter based on a minimum on-cycle length and a predicted EDFA output power; and operate the optical transmitter using the determined duty cycle to transmit the optical signal on the communication link. receive optical signal data related to a received power for a communication link from a remote communication system ; determine that the optical signal data is likely to fall below a minimum received power within a time interval; in response to the determination that the optical signal data is likely to fall below the minimum received power within the time interval, determine a duty cycle of the optical transmitter based on a minimum on-cycle length and a predicted EDFA output power; and operate the optical transmitter using the determined duty cycle to transmit the optical signal on the communication link.
A part made of a composite material, having at least one outer face (S1), for an aircraft turbojet engine nacelle, including: - a fibrous preform including fiber rovings and having a surface (s) delimiting depressions between fiber rovings , the depressions being depressions on a macroscopic scale with a height comprised between one and two times the height of a fiber roving, - a covering material which at least partially covers the surface (s) of the preform and in particular the depressions , - a matrix which binds entirely the covering material and the fibrous preform , characterized in that the covering material is an unwoven fibrous mat including at least one fiber extending substantially parallel to the outer face (S1) of the part and above at least one depression between at least two fiber rovings of the preform , and wherein the outer face (S1) is smooth. - a fibrous preform including fiber rovings and having a surface (s) delimiting depressions between fiber rovings , the depressions being depressions on a macroscopic scale with a height comprised between one and two times the height of a fiber roving, - a covering material which at least partially covers the surface (s) of the preform and in particular the depressions , - a matrix which binds entirely the covering material and the fibrous preform ,
An orthopaedic device for repairing a portion of a body, the orthopaedic device comprising: an orthopaedic plate configured to attach to at least one bone and comprising a hole configured to receive a fastener , wherein the orthopaedic plate includes an orthopaedic plate surface within an interior of the orthopaedic plate; a tissue protector attached to the orthopaedic plate , wherein the hole of the orthopaedic plate is attached to the tissue protector , wherein the tissue protector includes a tissue protector surface on an outer surface of the tissue protector that abuts the orthopaedic plate surface , a first leaf and a second leaf and a remaining portion proximate to the orthopaedic plate, wherein the first leaf and the second leaf are detachable from the orthopaedic plate and the remaining portion after a force is applied to the tissue protector ; and a rotating member that is configured to connect the tissue protector to the orthopaedic plate while allowing the tissue protector to rotate relative to the orthopaedic plate such that a longitudinal axis of the tissue protector is at an angle to a longitudinal axis of the hole in the orthopaedic plate . an orthopaedic plate configured to attach to at least one bone and comprising a hole configured to receive a fastener , wherein the orthopaedic plate includes an orthopaedic plate surface within an interior of the orthopaedic plate; a tissue protector attached to the orthopaedic plate , wherein the hole of the orthopaedic plate is attached to the tissue protector , wherein the tissue protector includes a tissue protector surface on an outer surface of the tissue protector that abuts the orthopaedic plate surface , a first leaf and a second leaf and a remaining portion proximate to the orthopaedic plate, a tissue protector surface on an outer surface of the tissue protector that abuts the orthopaedic plate surface , a first leaf and a second leaf and a remaining portion proximate to the orthopaedic plate, wherein the first leaf and the second leaf are detachable from the orthopaedic plate and the remaining portion after a force is applied to the tissue protector ; and a rotating member that is configured to connect the tissue protector to the orthopaedic plate while allowing the tissue protector to rotate relative to the orthopaedic plate such that a longitudinal axis of the tissue protector is at an angle to a longitudinal axis of the hole in the orthopaedic plate .
A method for performing a task on a computing device based on access rights, the method comprising: gathering data characterizing a task by intercepting function calls used to perform the task, and sending a request to an operating system of the computing device to temporarily interrupt the called functions until access rights are determined; determining a threat level of the task based on the gathered data and task templates, wherein the threat level is provided as a numerical value characterizing a probability of performing the task causing harm to information security of the computing device, the probability being based on the gathered data and a similarity of the task to another task for which a threat level has been previously determined; generating a test that determines whether the task is requested by a human user of the computing device or by a machine and presenting the test to the user, wherein the test is generated based on the threat level and test generating rules; analyzing results of the test and determining access rights of the task based on the results; and performing the task based on the access rights . gathering data characterizing a task by intercepting function calls used to perform the task, and sending a request to an operating system of the computing device to temporarily interrupt the called functions until access rights are determined; determining a threat level of the task based on the gathered data and task templates, wherein the threat level is provided as a numerical value characterizing a probability of performing the task causing harm to information security of the computing device, the probability being based on the gathered data and a similarity of the task to another task for which a threat level has been previously determined; generating a test that determines whether the task is requested by a human user of the computing device or by a machine and presenting the test to the user, wherein the test is generated based on the threat level and test generating rules; analyzing results of the test and determining access rights of the task based on the results; and performing the task based on the access rights .
A sensor: for capturing an image of a fingerprint, the sensor including a plurality of pillars arranged as a matrix of pillars, which are embedded in a material suitable to fix the pillars in place and oscillate upon excitation by an electrical input signal, wherein oscillations of the plurality of pillars are damped upon physical contact of the fingerprint structure with a sensor surface; characterized in that a pillar of interest within said matrix of pillars, with respect to pillars that are located adjacent to said pillar of interest within said matrix , has: (a) an electrical connection to one or more diagonally adjacent pillars, and (b) is devoid of an electrical connection to vertically adjacent or horizontally adjacent pillars. for capturing an image of a fingerprint, the sensor including a plurality of pillars arranged as a matrix of pillars, which are embedded in a material suitable to fix the pillars in place and oscillate upon excitation by an electrical input signal, wherein oscillations of the plurality of pillars are damped upon physical contact of the fingerprint structure with a sensor surface; characterized in that a pillar of interest within said matrix of pillars, with respect to pillars that are located adjacent to said pillar of interest within said matrix , has: (a) an electrical connection to one or more diagonally adjacent pillars, and (b) is devoid of an electrical connection to vertically adjacent or horizontally adjacent pillars. (a) an electrical connection to one or more diagonally adjacent pillars, and (b) is devoid of an electrical connection to vertically adjacent or horizontally adjacent pillars.
A capacitive liquid level detection assembly for use on a transfer arm in a clinical analyzer in an in vitro diagnostics (IVD) environment, the assembly comprising: a capacitive liquid level detection printed circuit assembly (PCA) comprising a plurality of spring-loaded pins and capacitive liquid level detection circuity; characterized by a probe comprising a primary tube nested within a secondary tube , wherein the primary tube and the secondary tube comprise respective heads at respective top portions thereof forming a set of electrically isolated contact surfaces; and a fitting configured to secure the probe within the transfer arm and to establish a mechanical connection, a fluid connection and, via the spring-loaded pins , an electrical connection between the probe and the transfer arm, thereby establishing an electrical connection between the capacitive liquid level detection PCA and the probe; wherein the circuity of the capacitive liquid level detection PCA is configured to detect a change in capacitance of the probe and send a level detection signal to a motor controller configured to control operation of the transfer arm . a capacitive liquid level detection printed circuit assembly (PCA) comprising a plurality of spring-loaded pins and capacitive liquid level detection circuity; characterized by a probe comprising a primary tube nested within a secondary tube , wherein the primary tube and the secondary tube comprise respective heads at respective top portions thereof forming a set of electrically isolated contact surfaces; and a fitting configured to secure the probe within the transfer arm and to establish a mechanical connection, a fluid connection and, via the spring-loaded pins , an electrical connection between the probe and the transfer arm, thereby establishing an electrical connection between the capacitive liquid level detection PCA and the probe; wherein the circuity of the capacitive liquid level detection PCA is configured to detect a change in capacitance of the probe and send a level detection signal to a motor controller configured to control operation of the transfer arm .
Method for parametrizing a communication service delivered by a server of a service provider to a communication module of a user , the communication service being configured according to an availability status of the user, the method comprising the following steps: - detection (E0) by a parametrizing device included in a handheld device, of a change of context of use of the handheld device of said user distinct from said communication module , - determination (E1) by the parametrizing device , of a new availability status as a function of the change of context of use detected, - transmission (E2) by the parametrizing device , of a message relating to the new availability status, destined for the server of the service provider so that the communication service is configured on the basis of the new determined availability status, characterized in that the method furthermore comprises a step (E3) of rendering to said user by way of a user interface of the handheld device, an information item relating to the new availability status determined, and in which, said user interface of the handheld device displaying interface elements corresponding to a set of functionalities to be displayed, the step of rendering an information item relating to the new availability status of the user (E3) comprises a step (E31) of selecting a set of functionalities to be displayed as a function of said new availability status of the user said functionalities corresponding to functionalities of the communication service and the displaying (E32) of the interface elements corresponding to said set of selected functionalities. - detection (E0) by a parametrizing device included in a handheld device, of a change of context of use of the handheld device of said user distinct from said communication module , - determination (E1) by the parametrizing device , of a new availability status as a function of the change of context of use detected, - transmission (E2) by the parametrizing device , of a message relating to the new availability status, destined for the server of the service provider so that the communication service is configured on the basis of the new determined availability status,
Portable power tool having a tool receptacle which is configured to receive an application tool provided with an external profile and has an internal receptacle provided at least partially with an internal profile , and having a tool housing , to which a tool change magazine having at least one tool chamber for storing the application tool is assigned, said tool chamber being able to be oriented so as to be flush with the tool receptacle in order to make it possible to transfer the application tool from the tool chamber into the internal receptacle or from the internal receptacle into the tool chamber , wherein a positioning device for circumferentially orienting the external profile when the application tool is transferred from the tool chamber into the internal receptacle of the tool receptacle in order to produce an at least substantially rotational-play-free form-fitting connection between the internal profile and the external profile is provided, characterized in that the positioning device has at least one magnet , which is provided to orient the application tool relative to the internal profile when it is inserted into the internal receptacle .
A method for determining downlink control information by a terminal device , comprising: receiving first downlink control information, DCI, from a network device , wherein the DCI comprises a first information field, the first information field indicates a time domain resource location occupied by data transmission scheduled by the first DCI, and when the first DCI is received in a common search space, the first information field comprises ┌ log 2 N ┐ bits, at least one state value of the ┌ log 2 N ┐ bits corresponds to a row in a first table, at least one row in the first table indicates at least one of a start symbol, a symbol length, and an end symbol, wherein the first table consists of N rows, and N is a positive integer, when the first DCI is received in a UE-specific search space, the first information field comprises ┌ log 2 M ┐ bits, at least one state value of the ┌ log 2 M ┐ bits corresponds to a row in a second table, at least one row in the second table indicates at least one of a start symbol, a symbol length, and an end symbol, wherein the second table consists of M rows, and M is a positive integer; performing data transmission with the network device according the first DCI. receiving first downlink control information, DCI, from a network device , wherein the DCI comprises a first information field, the first information field indicates a time domain resource location occupied by data transmission scheduled by the first DCI, and when the first DCI is received in a common search space, the first information field comprises ┌ log 2 N ┐ bits, at least one state value of the ┌ log 2 N ┐ bits corresponds to a row in a first table, at least one row in the first table indicates at least one of a start symbol, a symbol length, and an end symbol, wherein the first table consists of N rows, and N is a positive integer, when the first DCI is received in a UE-specific search space, the first information field comprises ┌ log 2 M ┐ bits, at least one state value of the ┌ log 2 M ┐ bits corresponds to a row in a second table, at least one row in the second table indicates at least one of a start symbol, a symbol length, and an end symbol, wherein the second table consists of M rows, and M is a positive integer; performing data transmission with the network device according the first DCI.
A method of forming a valve in a drawn and ironed beverage can body , the method comprising, in a one-piece, drawn and ironed beverage can body that includes a dome in the base , a foot outboard of the base , and an elongate ironed sidewall extending upwardly from the foot : positioning a first tool in an interior of the can body , the first tool contacting an interior surface of the dome ; contacting an exterior surface of the dome with a second tool such that the first and second tools are aligned; forming an aperture in the dome by the action of the first and second tools such that a portion of the dome adjacent the aperture is deformed to form an upstanding wall projecting inwardly toward the can and extending circumferentially about the aperture to provide a rim having an inboard side and an outboard side, as defined radially relative to the vertical centerline of the aperture , the inboard side being radially inward of the outboard side, and inserting a grommet into the aperture ; the method characterised by the aperture being formed such that a burr is formed on the inboard side of the rim and the grommet being inserted such that the burr is inwardly oriented relative to, and contacts, the grommet . positioning a first tool in an interior of the can body , the first tool contacting an interior surface of the dome ; contacting an exterior surface of the dome with a second tool such that the first and second tools are aligned; forming an aperture in the dome by the action of the first and second tools such that a portion of the dome adjacent the aperture is deformed to form an upstanding wall projecting inwardly toward the can and extending circumferentially about the aperture to provide a rim having an inboard side and an outboard side, as defined radially relative to the vertical centerline of the aperture , the inboard side being radially inward of the outboard side, and inserting a grommet into the aperture ; the method characterised by the aperture being formed such that a burr is formed on the inboard side of the rim and the grommet being inserted such that the burr is inwardly oriented relative to, and contacts, the grommet .
A portable device for robotic intraoral preparation of abutment teeth and a milling guide (G), the portable device comprising a turbine head, a handle provided at the top with a stepper motor for each of the X, Y and Z axes, so that it is possible to move the turbine head along guide rails on each of the X, Y and Z axes, wherein the device comprises a fixing rail mounted at one of its ends in the handle of the device, and at a free end the fixing rail is provided with a rectangular frame , the fixing rail extending to a lower part and parallel to an arm of the turbine head , so that a bur (F) mountable in the turbine head is movably controllable inside the frame of the fixing rail , characterized in that the frame is mountable by means of fixing screws in threaded bushes on the milling guide, in correspondence with an opening (L) of a the milling guide (G), which is fixable in advance on the teeth by retentivity and intraosseous by means of pins .
Coated food cardboard which comprises a cardboard layer and a coating layer on at least one side of it, the cardboard comprising a barrier layer between the coating layer and the cardboard, wherein the barrier layer contains binder and slate-like mineral pigment, characterized in that the barrier layer comprises of its dry matter 5-70 % slate-like mineral pigment and 95-30 % starch as said binder and that there is a surface sizing agent layer between the cardboard surface and the barrier layer.