mhurhangee/patent-ind-claim-en huggingface dataset:
A virtual security inspection machine , which simulates a physical security inspection machine , wherein the physical security inspection machine is a machine which is used at airports, railway stations, bus stations, government buildings, embassies, convention centers, exhibition centers, hotels, shopping malls, large-scale activities, post offices, schools, logistics business or industrial detecting places, so as to check carry-on baggage or verify identities of people, the virtual security inspection machine simulates characteristics of the physical security inspection machine comprising a device identification, a channel size, a resolution, a state control function of on/off, a single/dual channel detection function or a transport carrying manner of the physical security inspection machine , and the virtual security inspection machine comprises: a first communication module , configured to establish a first communication link with a virtual or physical security inspection machine ; a data duplication module , configured to acquire security inspection data from the other virtual security inspection machine or the physical security inspection machine in real time through the first communication link. and duplicate the security inspection data; a function simulation module , configured to simulate a characteristic of the physical security inspection machine and load the security inspection data duplicated by the data duplication module ; a second communication module , configured to establish a second communication link with a virtual security inspection machine or a process mechanism, wherein the process mechanism comprises a transport control mechanism, an alarm mechanism, or components, persons or departments that specifically perform a process; and a result transmission module , configured to transmit a security inspection result of the virtual security inspection machine to a virtual security inspection machine or the process mechanism through the second communication link. a first communication module , configured to establish a first communication link with a virtual or physical security inspection machine ; a data duplication module , configured to acquire security inspection data from the other virtual security inspection machine or the physical security inspection machine in real time through the first communication link. and duplicate the security inspection data; a function simulation module , configured to simulate a characteristic of the physical security inspection machine and load the security inspection data duplicated by the data duplication module ; a second communication module , configured to establish a second communication link with a virtual security inspection machine or a process mechanism, wherein the process mechanism comprises a transport control mechanism, an alarm mechanism, or components, persons or departments that specifically perform a process; and a result transmission module , configured to transmit a security inspection result of the virtual security inspection machine to a virtual security inspection machine or the process mechanism through the second communication link.
A terminal comprising: a control section configured to control, in a predetermined resource, a monitoring of a downlink control channel used in a transmission of downlink control information for paging based on a broadcast signal from a base station ; and a receiving section configured to receive paging message based on the downlink control information; characterized in that the control section is further configured to perform monitoring of the downlink control channel in non-consecutive symbols on a plurality of beam patterns. a control section configured to control, in a predetermined resource, a monitoring of a downlink control channel used in a transmission of downlink control information for paging based on a broadcast signal from a base station ; and a receiving section configured to receive paging message based on the downlink control information; characterized in that the control section is further configured to perform monitoring of the downlink control channel in non-consecutive symbols on a plurality of beam patterns.
An antioxidated fat-containing composition comprising an antioxidant combination of at least tocopherols, carnosic acid and hydrolysable gallotannins, wherein in said composition: - the amount of tocopherols is less than 500 ppm ±5% or is 500 ppm ±5%, preferably less than 500 ppm or is 500 ppm, and - the ratio of carnosic acid: hydrolysable gallotannins ranges from 1:4 ±5% to 3:1 ±5%, preferably from 1:4 to 3:1. - the amount of tocopherols is less than 500 ppm ±5% or is 500 ppm ±5%, preferably less than 500 ppm or is 500 ppm, and - the ratio of carnosic acid: hydrolysable gallotannins ranges from 1:4 ±5% to 3:1 ±5%, preferably from 1:4 to 3:1.
A method for preparing a halftone phase shift mask blank comprising a transparent substrate and a halftone phase shift film thereon, the halftone phase shift film being composed mainly of silicon and nitrogen and consisting of a single layer whose composition is constant or continuously graded in the thickness direction, or of two layers including a said single layer and a surface oxidized layer disposed on that side of the single layer remote from the substrate, the halftone phase shift film providing a phase shift relative to the wavelength of ArF excimer laser which has a median value over the film plane of 180±30° and a difference between maximum and minimum over the film plane of up to 2°, and having a transmittance relative to the wavelength of ArF excimer laser which has a median value over the film plane of 3 to 17 % and a difference between maximum and minimum over the film plane of up to 0.2 %, the method comprising the step of depositing the halftone phase shift film on a surface (SS) of the substrate (S) using a sputtering gas containing rare gas and nitrogen-containing gas, and characterized by the use of plural targets (T) including at least two silicon targets, applying powers of at least two different values to the at least two silicon targets, effecting reactive sputtering, and rotating the substrate on its axis (a) in the horizontal direction, and wherein in the sputter deposition step, the plural targets are arranged such that, considering the axis of rotation (a) of the substrate and parallel and spaced vertical lines (v) passing the centers of sputter surfaces (TS) of each of the plural targets: the respective distances (d) between the rotational axis and the vertical lines are from 1 to 3 times the shortest said distance, and the maximum included angle θ in plan view between normal lines extending from the rotational axis to vertical lines has a value of 70° to 180°.
An inverted F antenna , comprising: a radiating element configured to resonate at a fundamental resonance frequency; a plurality of feed points (P1, P2), each feed point positioned at a respective location on the configured radiating element , characterized in that each feed point location (P1, P2) operably effecting an excitation of a particular mode of the antenna when coupled to respective feeds (F1, F2); wherein the position of each feed point (P1, P2) is located at a current distribution maximum of a respective harmonic of the fundamental resonance frequency; at least one tuning element (T1, T2) positioned on said radiating element at a respective location displaced along said radiation element from the respective locations of said feed points (P1, P2) and configured so that an adjustment of a value of one of the at least one tuning element tunes a resonant frequency at a corresponding one of the plurality of feed points (P1, P2) independently of other resonant frequencies of others of the plurality of feed points (P1, P2); and wherein the at least one tuning element (T1, T2) is placed on the antenna such that for a given feed point (P1, P2), the corresponding tuning element (T1, T2) is placed on the configured radiating element where a current distribution of the other feed points (P1, P2) is a minimum. a radiating element configured to resonate at a fundamental resonance frequency; a plurality of feed points (P1, P2), each feed point positioned at a respective location on the configured radiating element , characterized in that each feed point location (P1, P2) operably effecting an excitation of a particular mode of the antenna when coupled to respective feeds (F1, F2); wherein the position of each feed point (P1, P2) is located at a current distribution maximum of a respective harmonic of the fundamental resonance frequency; at least one tuning element (T1, T2) positioned on said radiating element at a respective location displaced along said radiation element from the respective locations of said feed points (P1, P2) and configured so that an adjustment of a value of one of the at least one tuning element tunes a resonant frequency at a corresponding one of the plurality of feed points (P1, P2) independently of other resonant frequencies of others of the plurality of feed points (P1, P2); and wherein the at least one tuning element (T1, T2) is placed on the antenna such that for a given feed point (P1, P2), the corresponding tuning element (T1, T2) is placed on the configured radiating element where a current distribution of the other feed points (P1, P2) is a minimum.
A method for transmitting digital data, said method comprising the steps of generating a first modulated signal by modulating digital data of a first service; generating a second modulated signal by modulating digital data of a second service; up-sampling the first modulated signal by inserting (M-1) zeroes between every two consecutive samples of the first modulated signal, M being a positive integer greater than 1; generating a compound signal by adding the up-sampled signal and the second modulated signal; interleaving the compound signal by applying a permutation to a block of consecutive samples of the compound signal, said permutation being adapted such that a subset consisting of every M-th sample of the block is mapped onto itself, said subset of every M-th sample consisting of samples of the compound signal that are the sum of a sample of the first modulated signal and a sample of the second modulated signal; and transmitting the interleaved compound signal, wherein the interleaving step further comprises demultiplexing the compound signal into a first sequence of samples consisting of every M-th sample of the compound signal and into a second sequence of samples consisting of the samples of the compound signal that are not part of the first sequence of samples, the first sequence of samples consisting of the samples that are the sum of a sample of the first modulated signal and a sample of the second modulated signal; applying a first interleaving process to the first sequence of samples; applying a second interleaving process to the second sequence of samples; and re-multiplexing the interleaved first sequence of samples and the interleaved second sequence of samples to obtain the interleaved compound signal.
Tread strip profile of a pneumatic vehicle tyre, in particular of a passenger car pneumatic vehicle tyre, with at least one circumferential rib which is delimited in the radial direction R towards the outside by a radially outer surface which forms the ground contact area and in the axial direction A by two circumferential grooves , grooves which run transversely in the circumferential rib being configured, which grooves extend, starting from the one circumferential groove , in a first axial extent section as far as a fork point , at which the groove splits into two groove arms , the groove ending in its extent course in the two groove arms at a spacing from the two circumferential grooves , the axial directional component of the extent direction of the groove being greater in its first extent section than the directional component in the circumferential direction U, the groove being configured in the first of the two groove arms so as to extend, starting from the fork point , in the circumferential direction U, characterized in that the groove being configured in the second groove arm , starting from the fork point , with an extent direction with an axial directional component and with a directional component which is oriented in the circumferential direction U, the axial directional component being smaller than the axial directional component of the extent direction of the groove in the first extent section , and in that the groove is configured with a constantly decreasing depth T3 along its extent in the extent course of the first groove arm , starting from the fork point , as far as its extent end.
A method for producing a graphite powder for use as a lithium secondary battery negative electrode material, the method comprising: melt-mixing a coke powder and a carbon precursor binder so that an amount of fixed carbon included in the carbon precursor binder is 5 to 15 parts by mass based on 100 parts by mass of the coke powder, to prepare a mixture, and pressing the mixture to prepare a compact, wherein the mixture is pressed using a cold isostatic pressing method at a pressure of 9.8 to 98 MPa (100 to 1000 kgf/cm 2 ) the coke powder being obtained by heating a green coke powder at 600 to 1450°C in a non-oxidizing atmosphere, the green coke powder having a cumulative particle size at 50% in a volumetric cumulative particle size distribution measured using laser diffraction of 5 to 50 μm; heating the compact in a non-oxidizing atmosphere to effect carbonization and graphitization to obtain a graphitized compact; and grinding the graphitized compact, wherein the carbon precursor binder is coal tar pitch or a mixture of coal tar pitch and anthracene oil. melt-mixing a coke powder and a carbon precursor binder so that an amount of fixed carbon included in the carbon precursor binder is 5 to 15 parts by mass based on 100 parts by mass of the coke powder, to prepare a mixture, and pressing the mixture to prepare a compact, wherein the mixture is pressed using a cold isostatic pressing method at a pressure of 9.8 to 98 MPa (100 to 1000 kgf/cm 2 ) the coke powder being obtained by heating a green coke powder at 600 to 1450°C in a non-oxidizing atmosphere, the green coke powder having a cumulative particle size at 50% in a volumetric cumulative particle size distribution measured using laser diffraction of 5 to 50 μm; heating the compact in a non-oxidizing atmosphere to effect carbonization and graphitization to obtain a graphitized compact; and grinding the graphitized compact, wherein the carbon precursor binder is coal tar pitch or a mixture of coal tar pitch and anthracene oil.
Sensor for verifying a value document which comprises a multiplicity of fibres distributed over the value document and which is brought into a capture region of the sensor for the purpose of verifying said value document, wherein the sensor comprises: - an image capture device configured to capture a value document image of the value document , wherein the value document image shows a characteristic optical or magnetic signal of the fibres, and - an evaluation device , which, for the purpose of evaluating the value document image, is configured - to localize the fibres contained in the respective value document image, and - to ascertain for a plurality of different locations of the value document image in each case at least one local fibre characteristic value which applies to the respective location and optionally to surroundings of the respective location on the value document image, wherein the evaluation device has information about the value document type of the value document to be verified, the information being the currency or the denomination of the value document to be verified, and said evaluation device is configured to determine those locations of the value document image for which the respective local fibre characteristic value is determined depending on the value document type of the value document to be verified, and - to classify the value document as suspected counterfeit or not suspected counterfeit depending on the at least one local fibre characteristic value. - an image capture device configured to capture a value document image of the value document , wherein the value document image shows a characteristic optical or magnetic signal of the fibres, and - an evaluation device , which, for the purpose of evaluating the value document image, is configured - to localize the fibres contained in the respective value document image, and - to ascertain for a plurality of different locations of the value document image in each case at least one local fibre characteristic value which applies to the respective location and optionally to surroundings of the respective location on the value document image, wherein the evaluation device has information about the value document type of the value document to be verified, the information being the currency or the denomination of the value document to be verified, and said evaluation device is configured to determine those locations of the value document image for which the respective local fibre characteristic value is determined depending on the value document type of the value document to be verified, and - to classify the value document as suspected counterfeit or not suspected counterfeit depending on the at least one local fibre characteristic value.
Catheter for the transfer of human embryos , wherein the catheter comprises an outer, harder catheter (α) and an inner, soft catheter (β), characterized in that outer catheter (α) has element of transverse folds in the shape of an "accordion". such as w hen being compact, the element of transverse folds is 1 cm long while the distance of its center from the tip of the catheter is 5.5 cm but can vary +/- 1 cm in variations of the same design.
A cabin roof of a cabin for an agricultural working vehicle , comprising a lower shell and an upper shell between which a circumferential side wall is formed, wherein a section for the intake of air is disposed on one side of the cabin roof downstream of which an air treatment device is positioned in the cabin roof , wherein at least one removable cover element is disposed in a section of the circumferential side wall and closes off a receiving section for at least one filter element which extends between the lower shell and the upper shell , wherein in the mounted position, the cover element is flush with the circumferential side wall and has fastening sections for fastening to the upper shell which enable the cover element to be swivelled upwards in the direction of the upper shell and fastening elements are provided for releasably connecting the cover element to the lower shell , characterized in that the cover element is formed with webs which are disposed in pairs and which extend into sections of the interior of the cabin roof and which function to attach the at least one filter element , wherein the length of the webs is determined such that when the air filter is installed in the receiving section , the webs are supported on the frame of the air filter and attach them to the receiving section .
A washing machine, comprising: an outer tub for accommodating wash water; an inner tub which is disposed in the outer tub to accommodate laundry, and rotatable around a vertical axis; a motor which provides torque; an outer shaft which has a first hollow , is connected to the inner tub to rotate the inner tub , and has a tooth groove on an inner circumferential surface thereof; an inner shaft which is connected to and rotated by the motor in the first hollow , and has a helix thread formed on an outer circumferential surface thereof along an axial direction ; a pulsator which is disposed in the inner tub and is connected to the inner shaft ; and a clutch which has a thread on an inner circumferential surface thereof, the thread being screw-coupled to the helix thread of the inner shaft in the first hollow of the outer shaft , and has a tooth surface forming a spline on an outer circumferential surface thereof, the tooth surface being spline-coupled to the tooth groove of the outer shaft , wherein when the inner shaft rotates in a forward direction, and the clutch reaches a predetermined raised position, the clutch is restrained from being raised further, and the outer shaft rotates in the forward direction, and when the inner shaft rotates in a reverse direction, and the clutch reaches a predetermined lowered direction, the clutch is restrained from being lowered further, and the outer shaft rotates in the reverse direction. an outer tub for accommodating wash water; an inner tub which is disposed in the outer tub to accommodate laundry, and rotatable around a vertical axis; a motor which provides torque; an outer shaft which has a first hollow , is connected to the inner tub to rotate the inner tub , and has a tooth groove on an inner circumferential surface thereof; an inner shaft which is connected to and rotated by the motor in the first hollow , and has a helix thread formed on an outer circumferential surface thereof along an axial direction ; a pulsator which is disposed in the inner tub and is connected to the inner shaft ; and a clutch which has a thread on an inner circumferential surface thereof, the thread being screw-coupled to the helix thread of the inner shaft in the first hollow of the outer shaft , and has a tooth surface forming a spline on an outer circumferential surface thereof, the tooth surface being spline-coupled to the tooth groove of the outer shaft , wherein when the inner shaft rotates in a forward direction, and the clutch reaches a predetermined raised position, the clutch is restrained from being raised further, and the outer shaft rotates in the forward direction, and when the inner shaft rotates in a reverse direction, and the clutch reaches a predetermined lowered direction, the clutch is restrained from being lowered further, and the outer shaft rotates in the reverse direction.
A process for producing a silvered wound dressing including the steps of (i) forming a fabric comprising gel forming fibres and (ii) contacting the fabric with a solution containing silver ions by spraying the solution onto the fabric. (i) forming a fabric comprising gel forming fibres and (ii) contacting the fabric with a solution containing silver ions by spraying the solution onto the fabric.
A system comprising a first chamber (83A-83D), a second chamber (83A-83D), a first station and a workpiece , wherein the workpiece comprises a first component and a second component, wherein the first component surrounds the second component, and wherein the first and second components each comprise a lid and a body, wherein the first chamber (83A-83D) is operable to clean the first component, wherein the second chamber (83A-83D) is operable to clean the second component, and wherein the first station is coupled to the first and second chambers (83A-83D), wherein the first station comprises a first robotic mechanism , wherein the first robotic mechanism is operable to transfer the first component from the first station to the first chamber (83A-83D) and to transfer the second component from the first station to the second chamber (83A-83D). wherein the first chamber (83A-83D) is operable to clean the first component, wherein the second chamber (83A-83D) is operable to clean the second component, and wherein the first station is coupled to the first and second chambers (83A-83D), wherein the first station comprises a first robotic mechanism , wherein the first robotic mechanism is operable to transfer the first component from the first station to the first chamber (83A-83D) and to transfer the second component from the first station to the second chamber (83A-83D).