mhurhangee/patent-ind-claim-en huggingface dataset:
A drain plug , comprising: an attachment member , configured to fixingly couple into an aperture (H) of a wall structure (W), so as to provide a fluid path along a longitudinal axis (L) of said attachment member through the wall structure (W), and comprising a casing member axially protruding along said longitudinal axis (L) towards a distal end of said attachment member , and a fluid flow member , sealingly engageable with said casing member , comprising at least one fluid conduit , extending between an inlet port and an outlet port of said drain plug , said fluid conduit comprising at least one first region towards said inlet port and at least one second region, downstream of said at least one first region towards said outlet port , characterised in that the cross-sectional area of said at least one first region is greater than the cross-sectional area of said at least one second region. an attachment member , configured to fixingly couple into an aperture (H) of a wall structure (W), so as to provide a fluid path along a longitudinal axis (L) of said attachment member through the wall structure (W), and comprising a casing member axially protruding along said longitudinal axis (L) towards a distal end of said attachment member , and a fluid flow member , sealingly engageable with said casing member , comprising at least one fluid conduit , extending between an inlet port and an outlet port of said drain plug , said fluid conduit comprising at least one first region towards said inlet port and at least one second region, downstream of said at least one first region towards said outlet port , characterised in that the cross-sectional area of said at least one first region is greater than the cross-sectional area of said at least one second region.
A storage device comprising: a power supply circuit adapted to receive a power disable signal from a host device and to provide a first internal voltage to a processor and a second internal voltage to a host interface ; a non-volatile memory including a memory device (200_1); and a storage controller that is adapted to control the non-volatile memory and that includes the processor , that is adapted to perform a data recovery operation on data stored in the memory device (200_1) after a reference time has elapsed following a power off time, and the host interface , that is adapted to communicate with the host device , wherein when the power disable signal is activated at the power off time, the storage controller configured to be powered off, the power supply circuit is configured to interrupt the first internal voltage and the second internal voltage during the reference time following the power off time, and to provide the first internal voltage to the processor and to not provide the second internal voltage to the host interface after the reference time has elapsed following the power off time. a power supply circuit adapted to receive a power disable signal from a host device and to provide a first internal voltage to a processor and a second internal voltage to a host interface ; a non-volatile memory including a memory device (200_1); and a storage controller that is adapted to control the non-volatile memory and that includes the processor , that is adapted to perform a data recovery operation on data stored in the memory device (200_1) after a reference time has elapsed following a power off time, and the host interface , that is adapted to communicate with the host device , wherein when the power disable signal is activated at the power off time, the storage controller configured to be powered off, the power supply circuit is configured to interrupt the first internal voltage and the second internal voltage during the reference time following the power off time, and to provide the first internal voltage to the processor and to not provide the second internal voltage to the host interface after the reference time has elapsed following the power off time.
A method of mechanically contacting a flexible stamp to a substrate , the method comprising the steps of: - (a) forming in the flexible stamp an at least partial stamp bulge (150; 170) having a stamp bulge portion; - (b) positioning the flexible stamp with respect to the substrate, wherein the stamp bulge portion is either a partial stamp bulge portion at a first non-zero distance to the substrate without contact with the substrate and closer to the substrate than a portion of the flexible stamp outside the partial stamp bulge portion or a full stamp bulge portion in contact with the substrate; - (c) measuring a lateral alignment between the stamp bulge portion and the substrate using a flexible stamp feature located in the stamp bulge portion and a substrate feature located on the substrate; - (d) determining whether adjustment of the lateral alignment is needed, while the stamp bulge portion is kept in place; - (e) if adjustment of the lateral alignment is needed, making a lateral adjustment by lateral translation of at least the stamp bulge portion relative to the substrate, either while maintaining the partial stamp bulge portion in place, or after retracting the full stamp bulge portion to a partial stamp bulge portion; and - (f) if adjustment of the lateral alignment is not needed, or, after the lateral adjustment has been made in step (e), if there is a partial stamp bulge portion in place advancing the stamp bulge portion towards the substrate to form a full stamp bulge portion in contact with the substrate. - (a) forming in the flexible stamp an at least partial stamp bulge (150; 170) having a stamp bulge portion; - (b) positioning the flexible stamp with respect to the substrate, wherein the stamp bulge portion is either a partial stamp bulge portion at a first non-zero distance to the substrate without contact with the substrate and closer to the substrate than a portion of the flexible stamp outside the partial stamp bulge portion or a full stamp bulge portion in contact with the substrate; - (c) measuring a lateral alignment between the stamp bulge portion and the substrate using a flexible stamp feature located in the stamp bulge portion and a substrate feature located on the substrate; - (d) determining whether adjustment of the lateral alignment is needed, while the stamp bulge portion is kept in place; - (e) if adjustment of the lateral alignment is needed, making a lateral adjustment by lateral translation of at least the stamp bulge portion relative to the substrate, either while maintaining the partial stamp bulge portion in place, or after retracting the full stamp bulge portion to a partial stamp bulge portion; and - (f) if adjustment of the lateral alignment is not needed, or, after the lateral adjustment has been made in step (e), if there is a partial stamp bulge portion in place advancing the stamp bulge portion towards the substrate to form a full stamp bulge portion in contact with the substrate.
Method for local or offloaded processing of computing tasks that are generated by a software application in course of execution on a wireless equipment of a cellular communication network, the method comprising for each of the tasks: - a step of classifying the task in a class belonging to a group of classes formed from at least one class of immediate offloaded execution and one class of immediate local execution, - if the task belongs to the class of immediate offloaded execution, a step of transmitting an offload execution request for the execution of the task by a third-party equipment of the cellular communication network, and - if the task belongs to the class of immediate local execution, a step for the priority execution of the task by the wireless equipment, and characterized in that the classifying step is performed by traversing an oriented graph consisting of decision nodes (D1-D7), each having successor nodes in the graph and terminal nodes (T1-T8), each assigned to one of the classes of said group, the decision nodes being distributed into at least three hierarchical levels (N1-N4), themselves distributed into at least three subsets of levels (A1-A3), the traversal of the graph taking place from an initial decision node to reach a terminal node, and comprising: - during the transit through any decision node (D1) of a first subset of levels (A1), the verification of a feasibility criterion (F) for the offloading of the task for execution by a third-party equipment, - during the transit through any decision node (D2-D4) of a second subset of levels (A2), the verification of a criticality criterion (C1, C2) for the execution of the task, and - during the transit through any decision node (D5-D7) of a third subset of levels (A3), the verification of an opportunity criterion (O1, O2, O3) for the execution of the task. - a step of classifying the task in a class belonging to a group of classes formed from at least one class of immediate offloaded execution and one class of immediate local execution, - if the task belongs to the class of immediate offloaded execution, a step of transmitting an offload execution request for the execution of the task by a third-party equipment of the cellular communication network, and - if the task belongs to the class of immediate local execution, a step for the priority execution of the task by the wireless equipment, - during the transit through any decision node (D1) of a first subset of levels (A1), the verification of a feasibility criterion (F) for the offloading of the task for execution by a third-party equipment, - during the transit through any decision node (D2-D4) of a second subset of levels (A2), the verification of a criticality criterion (C1, C2) for the execution of the task, and - during the transit through any decision node (D5-D7) of a third subset of levels (A3), the verification of an opportunity criterion (O1, O2, O3) for the execution of the task.
Distributor boom for an agricultural distribution machine, having - a plurality of boom portions that are pivotable relative to one another; - a joint arrangement that is arranged between two boom portions and is set up to allow a pivoting movement of an external boom portion about an upright axis; and - a restoring device that counteracts any pivoting of the external boom portion out of a working position; characterized in that the restoring device has a restoring cylinder , the longitudinal axis of which extends substantially flush with the central axis of a force absorption strut of the external boom portion , said strut extending substantially transversely to the direction of travel (F) in the working position; and in that the joint arrangement is arranged beneath the restoring device . - a plurality of boom portions that are pivotable relative to one another; - a joint arrangement that is arranged between two boom portions and is set up to allow a pivoting movement of an external boom portion about an upright axis; and - a restoring device that counteracts any pivoting of the external boom portion out of a working position;
Antenna including: an elongated conductive strip ; an antenna plug connected to the conductive strip ; at least one capacitive element of adjustable capacity connecting, from a first point , said strip to ground; at least one first inductive element coupling the conductive strip to ground from a second point ; and at least one second inductive element (Lp1, Lp2) switchable (K1, K2) in parallel with the first capacitive element , the capacitive element and the first inductive element(s) (Lp1, Lp2) being connected out of a portion of the conductive strip . an elongated conductive strip ; an antenna plug connected to the conductive strip ; at least one capacitive element of adjustable capacity connecting, from a first point , said strip to ground; at least one first inductive element coupling the conductive strip to ground from a second point ; and at least one second inductive element (Lp1, Lp2) switchable (K1, K2) in parallel with the first capacitive element , the capacitive element and the first inductive element(s) (Lp1, Lp2) being connected out of a portion of the conductive strip .
An apparatus for evaluating input signals in a switchgear for medium-voltage technology or high-voltage technology, comprising a plurality of channels, wherein each channel comprises the following components: - an input (E 1 , E 2 , E 1 ', E 2 ') for receiving an electrical input signal; and from the input signal or from a signal derived from the input signal - a signal processing device which is configured to generate from the input signal or from a signal derived from the input signal a pulsed electrical signal having at least one pulse, with the width (t 2 ) of the at least one pulse depending on the voltage amplitude (A 1 ) of the input signal, wherein the apparatus comprises a common microprocessor which is configured to receive the pulsed signals of the channels or signals of the channels derived from the pulsed signals and to generate a digital value, which corresponds to the voltage amplitude (A 1 ) of the input signal of the respective channel, by evaluating a respective pulse width of the received signals; and wherein at least one channel has a power supply circuit which is adapted to generate from the input signal of the channel or from the signal of the channel derived from the input signal at least one DC voltage signal having a voltage for the power supply of the components of the channel. - an input (E 1 , E 2 , E 1 ', E 2 ') for receiving an electrical input signal; and from the input signal or from a signal derived from the input signal - a signal processing device which is configured to generate from the input signal or from a signal derived from the input signal a pulsed electrical signal having at least one pulse, with the width (t 2 ) of the at least one pulse depending on the voltage amplitude (A 1 ) of the input signal,
A method for interfacing a memory device and an external memory controller, comprising: determining if the memory device is in a first mode or a second mode; and in the first mode , performing error correction internally in the memory device based on data and internal error correction bits stored locally in the memory device by generating error correction bits for the data and comparing the stored internal error correction bits to the generated error correction bits; and characterized by : in the second mode, exposing the internal error correction bits stored locally in the memory device to the external memory controller as metadata bits; and performing error correction internally in the external memory controller by generating error correction bits for the data and comparing the internal error correction bits to the generated error correction bits. determining if the memory device is in a first mode or a second mode; and in the first mode , performing error correction internally in the memory device based on data and internal error correction bits stored locally in the memory device by generating error correction bits for the data and comparing the stored internal error correction bits to the generated error correction bits; and characterized by : in the second mode, exposing the internal error correction bits stored locally in the memory device to the external memory controller as metadata bits; and performing error correction internally in the external memory controller by generating error correction bits for the data and comparing the internal error correction bits to the generated error correction bits. in the second mode, exposing the internal error correction bits stored locally in the memory device to the external memory controller as metadata bits; and performing error correction internally in the external memory controller by generating error correction bits for the data and comparing the internal error correction bits to the generated error correction bits.
A method of wireless communication, comprising: determining , by a user equipment, UE, a time period since a last beam change of one or more serving beams received at the LTE from a serving base station; measuring , by the LTE, a first pathloss of a current serving beam in response to the time period exceeding a minimum time threshold, the first pathloss being based on a layer 3 filtered beam reference signal receive power; and measuring , by the UE, a second pathloss of the current serving beam in response to the time period being below the minimum time threshold, the second pathloss being based on a layer 1 filtered beam quality. determining , by a user equipment, UE, a time period since a last beam change of one or more serving beams received at the LTE from a serving base station; measuring , by the LTE, a first pathloss of a current serving beam in response to the time period exceeding a minimum time threshold, the first pathloss being based on a layer 3 filtered beam reference signal receive power; and measuring , by the UE, a second pathloss of the current serving beam in response to the time period being below the minimum time threshold, the second pathloss being based on a layer 1 filtered beam quality.
A composition comprising: an inorganic filler; a copolymer of a fluoromonomer and an amide bond-containing polymerizable vinyl compound; and a solvent; wherein the inorganic filler is at least one selected from the group consisting of a carbon filler, and a ceramic filler, the copolymer is a copolymer of at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene and at least one amide bond-containing polymerizable vinyl compound selected from the group consisting of N-vinyl lactam compounds, acyclic N-vinylamide compounds, acyclic N-allyl amide compounds, and N-allyl lactam compounds, and the copolymer contains a unit of the fluoromonomer and a unit of the amide bond-containing polymerizable vinyl compound in amounts of 65 to 7 mol% and 35 to 93 mol%, respectively, of all monomer units. an inorganic filler; a copolymer of a fluoromonomer and an amide bond-containing polymerizable vinyl compound; and a solvent; wherein the inorganic filler is at least one selected from the group consisting of a carbon filler, and a ceramic filler, the copolymer is a copolymer of at least one fluoromonomer selected from the group consisting of tetrafluoroethylene and hexafluoropropylene and at least one amide bond-containing polymerizable vinyl compound selected from the group consisting of N-vinyl lactam compounds, acyclic N-vinylamide compounds, acyclic N-allyl amide compounds, and N-allyl lactam compounds, and the copolymer contains a unit of the fluoromonomer and a unit of the amide bond-containing polymerizable vinyl compound in amounts of 65 to 7 mol% and 35 to 93 mol%, respectively, of all monomer units.
A composition comprising acid oil having free fatty acids and at least one organic acid, wherein the pKa of the acid oil ranges from 2.5 to 4.0 and the organic acid is selected from the group consisting of formic acid, acetic acid, propionic acid, butyric acid, and combinations thereof.
A composition comprising at least one isolated Clostridium orbiscindens capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 609, at least one isolated Clostridium tertium capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 653, and at least one isolated Coprococcus comes capable of forming a spore and comprising a 16S nucleic acid sequence at least 97% identical to SEQ ID NO: 674, wherein the ternary combination of Clostridium orbiscindens, Clostridium tertium, and Coprococcus comes can synergistically decrease and/or inhibit the growth and/or colonization of at least one type of pathogenic bacteria in a human gastrointestinal tract.
A method for using random values for use in a white-box cryptography system comprising the steps of: - receiving navigation information from a navigation system, the navigation information received from the navigation system including integrity data that improves the accuracy of the navigation data; - verifying the integrity of the received navigation information; - extracting random information from the received navigation information, which includes processing the received navigation information to determine a position of the white-box cryptography system and extracting random information from the processed navigation information; calculating an estimate of the entropy of the extracted random information; and if the calculated entropy exceeds a threshold - performing a white-box cryptography operation using the extracted random information, or if the calculated entropy does not exceed a threshold - discarding the received navigation information and collecting additional navigation information and repeating calculating an estimate of the entropy of the extracted random information, ,wherein verifying the integrity of the received navigation information includes communicating with an integrity device to compare the navigation information received from the navigation system with navigation data received and stored by the integrity device. - receiving navigation information from a navigation system, the navigation information received from the navigation system including integrity data that improves the accuracy of the navigation data; - verifying the integrity of the received navigation information; - extracting random information from the received navigation information, which includes processing the received navigation information to determine a position of the white-box cryptography system and extracting random information from the processed navigation information; calculating an estimate of the entropy of the extracted random information; and if the calculated entropy exceeds a threshold - performing a white-box cryptography operation using the extracted random information, or if the calculated entropy does not exceed a threshold - discarding the received navigation information and collecting additional navigation information and repeating calculating an estimate of the entropy of the extracted random information, ,wherein verifying the integrity of the received navigation information includes communicating with an integrity device to compare the navigation information received from the navigation system with navigation data received and stored by the integrity device.
A hole injection or transfer layer or charge generation layer coating composition of an organic electroluminescent device, characterised in that the coating composition comprises an organic metal complex which comprises an organic metal complex comprising at least one of Mo, V, Re, Ni and Pt, and an organic metal complex comprising W; and an organic solvent. an organic metal complex which comprises an organic metal complex comprising at least one of Mo, V, Re, Ni and Pt, and an organic metal complex comprising W; and an organic solvent.