mhurhangee/patent-ind-claim-en huggingface dataset:
A brake disc for a vehicle, which brake disc comprises: a rotor formed of a first material and comprising a friction ring annular about an axis of rotation and, coaxial with the friction ring , a tubular flange extending axially from the friction ring to a free end and having a wall with a radially inner face and a radially outer face ; and a hub securable to a wheel or an axle of the vehicle for rotation therewith about said axis and being formed of a second material of a lower density, a lower melting point and a higher coefficient of thermal expansion than said first material; the hub being cast over said flange to encapsulate at least a portion of said wall and being a shrink fit thereon; characterised in that the encapsulated portion of the wall has a configuration with axially extending teeth circumferentially spaced apart at the free end of the flange and that said inner and outer surfaces of the encapsulated portion of the flange wall have been made smooth by a machining operation to provide (a) no positive resistance to differential thermal contraction, in an axial direction, of the hub relative to the flange as the hub solidifies and cools after its casting and (b) positive resistance to axial separation of the hub from the rotor after the cast hub has solidified. a rotor formed of a first material and comprising a friction ring annular about an axis of rotation and, coaxial with the friction ring , a tubular flange extending axially from the friction ring to a free end and having a wall with a radially inner face and a radially outer face ; and a hub securable to a wheel or an axle of the vehicle for rotation therewith about said axis and being formed of a second material of a lower density, a lower melting point and a higher coefficient of thermal expansion than said first material; the hub being cast over said flange to encapsulate at least a portion of said wall and being a shrink fit thereon; characterised in that the encapsulated portion of the wall has a configuration with axially extending teeth circumferentially spaced apart at the free end of the flange and that said inner and outer surfaces of the encapsulated portion of the flange wall have been made smooth by a machining operation to provide (a) no positive resistance to differential thermal contraction, in an axial direction, of the hub relative to the flange as the hub solidifies and cools after its casting and (b) positive resistance to axial separation of the hub from the rotor after the cast hub has solidified.
A filling aid for self-filling at least one cartridge from a storage vessel , comprising at least one housing configured for receiving the cartridge , at least one stopper interacting with the housing and configured for entering the cartridge , and at least one cannula configured for piercing a septum of the cartridge , characterized in that the housing is configured to be activated, wherein, when the housing is in an inactivated state, the stopper is maintained outside the cartridge , wherein a first gap exists between the stopper and the cartridge , and, when the housing is in an activated state, the stopper is inserted into the cartridge and the septum is pierced by the cannula , wherein the stopper is configured to seal an opening of the cartridge .
Aircraft and data-loading system for loading software configurations into electronic components (38, 39, 40, 41, ...) of aircraft, wherein the data-loading system comprises a database system , a ground-based storage position and at least a transportable data-loading device , wherein on the database system software configurations are stored for at least one fleet of corresponding aircraft , wherein the data-loading device is configured to load an assigned software configuration obtained from the database system via a connection into a data bus of an aircraft corresponding to said software configuration , characterized in that the data-loading device is configured to load the latest individual software configurations of all of the aircraft of the fleet from the database system in a ground-based storage position via a data connection and store them on the data-loading device , wherein the data-loading device has a screen and input devices for an operator, wherein the data-loading device is connected with the data bus of the aircraft via a cable-connected data bus connection , wherein the respective software configuration to be loaded via the connection into the data bus of an aircraft can be selected by an operator via an user interface of the data-loading device , wherein the data transfer can be started by the operator.
An electronic device including a processor (CPU0, CPU1, CPU2, CPU3) having a pipeline for processing a software program, a bus coupled to the pipeline, and a storage coupled to the bus, wherein said storage comprises a real time operating system and a real-time application, a secure environment kernel, and a software monitor, characterized in that said storage further comprises a non-real-time operating system; and the electronic device includes protective circuitry coupled to said processor and operable to establish a first signal and a second signal each having states and together having combinations of the states representing a first category for the real-time operating system and the real-time application, a second category for the non-real-time operating system, and a third category for the secure environment kernel; said processor is operable to assert a physical address on the bus and to establish secure and public modes and privileged modes including a particular privileged mode; the device further includes a modem coupled to said bus to receive the asserted physical address; and said protective circuitry is coupled to said bus and operable to activate a qualifier signal indicative of modem operation by determining whether the asserted physical address lies within a predetermined address range for modem operation occurring in a public mode and in the particular privileged mode, the protective circuitry operable to set a flag, SEC_VIOLATION, active upon detecting a security violation and in response operable to trigger a suitable security response comprising flushing the pipeline and terminating the software program in the pipeline that caused the security violation.
A shipping container system comprising: a bottom panel with interlocking features disposed about a perimeter thereof; a plurality of side panels with interlocking features disposed about perimeters thereof, the side panels interlocking with the bottom panel to assemble a self-supporting shipping container; a plurality of horizontally oriented slots formed in an opposing pair of the side panels , the slots arranged at different heights between the bottom panel and a top edge of the side panels ; vertically oriented channels formed in the opposing pair of side panels , the vertically oriented channels extending along and adjoining the horizontally oriented slots ; a cross member positioned at a selected one of the different heights by insertion into an opposing pair of the slots , the cross member configured to restrain one or more shipping units inside the shipping container against vertical motion with respect to the bottom panel ; and a top panel with interlocking features disposed about a perimeter thereof, the top panel interlocking with the side panels to cover the shipping container, wherein the top panel is spaced above the one or more shipping units at a clearance maintained by the cross member . a bottom panel with interlocking features disposed about a perimeter thereof; a plurality of side panels with interlocking features disposed about perimeters thereof, the side panels interlocking with the bottom panel to assemble a self-supporting shipping container; a plurality of horizontally oriented slots formed in an opposing pair of the side panels , the slots arranged at different heights between the bottom panel and a top edge of the side panels ; vertically oriented channels formed in the opposing pair of side panels , the vertically oriented channels extending along and adjoining the horizontally oriented slots ; a cross member positioned at a selected one of the different heights by insertion into an opposing pair of the slots , the cross member configured to restrain one or more shipping units inside the shipping container against vertical motion with respect to the bottom panel ; and a top panel with interlocking features disposed about a perimeter thereof, the top panel interlocking with the side panels to cover the shipping container, wherein the top panel is spaced above the one or more shipping units at a clearance maintained by the cross member .
The tank closing unit composed of a cylindrically shaped tank mouth wall , a seal , and a cylindrical lid fitted with technical measures which enable its putting in, removing, and turning, where the side wall of the lid contacts the inner surface of the mouth wall , characterised in that the side wall of the lid is fitted with pin-like projections on the outside, and there are sockets for projections in the shape of two-arm notches formed along the edge of the wall of the mouth of the tank , where the arms of the notches form an obtuse angle, and where the first arm of each notch contacts obliquely the edge of the tank mouth wall , while the second arm runs generally parallel to the edge of the tank mouth wall , and formed under the notches , in the mouth wall and parallel to the mouth wall edge, is a groove with a flexible seal seated therein, where the seal contacts the lid , wherein the height of the side wall of the lid under the pin-like projections is identical along the entire circumference of the lid and no smaller than the distance between the bottom edge of the notch and the seal .
Operating circuit (BS) for an LED load, comprising: - a half-bridge circuit (HB) having two switches (HS, LS) connected in series, - a series resonant circuit supplied from the center point of the two switches (HS, LS), - a transformer (GT), the leakage inductance of which is part of the resonant circuit, or which is arranged in series with a discrete resonant choke, and from the secondary side of which connections for an LED load (LED) are supplied, - a control circuit (ST) which is designed to clock the switches (HS, LS) of the half-bridge at a high frequency, and the control circuit (ST) is further designed to superimpose, on the high-frequency clocking, a PWM modulation of a low frequency in comparison thereto, and to adjust the high-frequency clocking by means of feedforward control and to change the duty cycle of the PWM modulation by means of feedback control, wherein a signal representing a current through the LED is fed to the control circuit (ST) for the feedback control. - a half-bridge circuit (HB) having two switches (HS, LS) connected in series, - a series resonant circuit supplied from the center point of the two switches (HS, LS), - a transformer (GT), the leakage inductance of which is part of the resonant circuit, or which is arranged in series with a discrete resonant choke, and from the secondary side of which connections for an LED load (LED) are supplied, - a control circuit (ST) which is designed to clock the switches (HS, LS) of the half-bridge at a high frequency, and the control circuit (ST) is further designed to superimpose, on the high-frequency clocking, a PWM modulation of a low frequency in comparison thereto,
A method for processing a liquid sample in a container , an attachment device being secured to the container in such a way that at least one fluid line protrudes into the liquid sample and a fluid is dispensed through the fluid line directly into the liquid sample and/or part of the liquid sample is sucked into the fluid line , characterised in that the dispensed fluid is a previously sucked-in part of the liquid sample and/or that the dispensed fluid is a gas previously sucked in from the liquid sample .
A coating composition comprising: an in-store tintable liquid base paint formulation comprising a multistage latex polymer having at least a first stage with a Tg of greater than 0 to 120°C and at least a second stage with a Tg of -35 to 0°C; and up to 0.5 wt% fluorosurfactant, based on the total weight of the multistage latex composition; and 0.05 to 15 wt%, based on the weight of the base paint formulation, of one or more colorant compositions having volatile organic content (VOC) of less than 5 g/L, which colorants are added to the base paint formulation at a point-of-sale to achieve a desired color, wherein the coating composition has scrub resistance of at least 600 scrubs tested using ASTM D2486-96, and wherein the coating composition does not contain more than 5 wt% coalescing agent. an in-store tintable liquid base paint formulation comprising a multistage latex polymer having at least a first stage with a Tg of greater than 0 to 120°C and at least a second stage with a Tg of -35 to 0°C; and up to 0.5 wt% fluorosurfactant, based on the total weight of the multistage latex composition; and a multistage latex polymer having at least a first stage with a Tg of greater than 0 to 120°C and at least a second stage with a Tg of -35 to 0°C; and up to 0.5 wt% fluorosurfactant, based on the total weight of the multistage latex composition; and 0.05 to 15 wt%, based on the weight of the base paint formulation, of one or more colorant compositions having volatile organic content (VOC) of less than 5 g/L, which colorants are added to the base paint formulation at a point-of-sale to achieve a desired color,
A process of water extraction for up-concentration of organic solutes, comprising: a) a membrane module comprising a membrane ; said membrane comprising a polyamide thin film composite layer comprising immobilized aquaporin water channels and a support layer , and said membrane having a feed side and a non-feed side , wherein the non-feed side of the membrane functions as the draw side; and b) an aqueous source solution in fluid communication with the feed side of the membrane, and c) an aqueous draw solution in fluid communication with the draw side of the membrane, wherein the aqueous source solution comprises organic solutes. a) a membrane module comprising a membrane ; said membrane comprising a polyamide thin film composite layer comprising immobilized aquaporin water channels and a support layer , and said membrane having a feed side and a non-feed side , wherein the non-feed side of the membrane functions as the draw side; and b) an aqueous source solution in fluid communication with the feed side of the membrane, and c) an aqueous draw solution in fluid communication with the draw side of the membrane,
A method of determining a device under test antenna frequency band relation of a device under test , comprising the following steps: - Performing an attach procedure between the device under test and a test system , - Asking, by means of the test system , the device under test for at least one frequency band supported by the device under test , - Submitting, by means of the device under test , the at least one frequency band supported to the test system , and - Performing a signaling test and/or a transmitter and/or receiver test for each antenna of the device under test and for each frequency band supported, wherein the device under test antenna frequency band relation corresponds to the number of frequency bands supported by the device under test and/or the assignment of the frequency bands supported to the antennas of the device under test . - Performing an attach procedure between the device under test and a test system , - Asking, by means of the test system , the device under test for at least one frequency band supported by the device under test , - Submitting, by means of the device under test , the at least one frequency band supported to the test system , and - Performing a signaling test and/or a transmitter and/or receiver test for each antenna of the device under test and for each frequency band supported,
Method for injecting electrical energy into an electrical, three-phase grid , comprising the steps of: - injecting current by means of an injection unit at a grid connection point , - detecting an asymmetry in the grid , namely a negative sequence component in the grid , - injecting an asymmetrical current portion into the grid for, at least, partial compensation of the detected asymmetry, with injection of the asymmetrical current portion taking place such that the injection unit behaves like a consumer , characterized in that the consumer in the negative sequence is described as an impedance Z - with the correlation Z _ − = Z n e jφ − k − , where Z n describes the value of the impedance, φ - an adjustment phase angle and k - a scalar adjustment factor. - injecting current by means of an injection unit at a grid connection point , - detecting an asymmetry in the grid , namely a negative sequence component in the grid , - injecting an asymmetrical current portion into the grid for, at least, partial compensation of the detected asymmetry, with injection of the asymmetrical current portion taking place such that the injection unit behaves like a consumer ,
A food processor with a base device , a preparation vessel that can be arranged on the base device and a cover element for the preparation vessel , wherein the cover element is designed for at least partially covering a vessel opening of the preparation vessel and/or a cover opening of a vessel cover for the preparation vessel , wherein the cover element has a radially outwardly facing support edge to be supported on the preparation vessel and/or vessel cover , wherein the support edge has a continuously curved base contour viewed in the axial direction, and the support edge has at least two support elements , which lie opposite each other in relation to a radial direction, separate from each other viewed in a circumferential direction, and protruding over the base contour , and wherein the support elements extending in an imaginary circular ring surface reaching from a radially outer edge of the support elements up to the base contour are identically designed on both opposing sides viewed in the axial direction and formed in the same plane extending perpendicular to the axial direction, and wherein the food processor has a locking device for locking the cover element with the preparation vessel , wherein the optionally useable cover element rests on the preparation vessel on the top side and is engaged by the locking device and/or rests on the vessel cover , and along with the vessel cover is engaged by the locking device , characterized in that the locking device has at least two locking elements that can be driven by an electric motor, which at least partially grip over the support elements in relation to the locked state.
A rotor for a rotating electrical machine, comprising: a first flange member and a second flange member that are respectively comprised of an electrically conductive material and arranged so as to face each other on a common axis (L) with a space therebetween; a plurality of connection members comprised of an electrically conductive weak magnetic material and arranged at predetermined distances therebetween in a circumferential direction with the axis (L) being a center; outer peripheral portions of the first flange member and the second flange member being connected together by the connection members to support induction magnetic poles formed of a soft magnetic material between the connection members which are adjacent in the circumferential direction, characterized in that the first and second flange members are electrically insulated from each other, insulating treatment being applied to the surface of the connection members .
A compound comprising: A. a fluoroelastomer comprising copolymerized units of: one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and B. 0.1 to 10 parts by weight of at least one curing agent B, based on 100 parts of fluoroelastomer A, wherein the curing agent B is selected from the group consisting of amidinoamidine HCl; phenyloxoaminoamidine, 3-(5-phenyl-4H-1,2,4-triazolyl)amidine, 1H-pyrrolylamidine, benzimidazolylamidine, aminothioxoamidine; aminocarbonylmethylamidine HCl, N-aminoamidine bicarbonate, 2-pyridylamidine HCl, sulfinoamidine, and mixtures of these. A. a fluoroelastomer comprising copolymerized units of: one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and one or more unsaturated fluorinated olefins; one or more co-monomer different from 1) selected from the group consisting of fluorovinyl ethers, unsaturated fluorinated olefins, unsaturated olefins, and mixtures of these; and one or more cure site monomers selected from the group consisting of nitrile-containing fluorinated olefins and nitrile-containing fluorinated vinyl ethers; and B. 0.1 to 10 parts by weight of at least one curing agent B, based on 100 parts of fluoroelastomer A, wherein the curing agent B is selected from the group consisting of amidinoamidine HCl; phenyloxoaminoamidine, 3-(5-phenyl-4H-1,2,4-triazolyl)amidine, 1H-pyrrolylamidine, benzimidazolylamidine, aminothioxoamidine; aminocarbonylmethylamidine HCl, N-aminoamidine bicarbonate, 2-pyridylamidine HCl, sulfinoamidine, and mixtures of these.
A method of transmitting a pilot sequence by a transmitter to a receiver for wireless communication system, the method comprising: generating a baseline sequence having non-Constant Amplitude Zero Auto Correlation, CAZAC, properties; generating a plurality of pilot sequences by shifting the baseline sequence in a time domain based on a shifting value (S3210) ; and transmitting, to the receiver, a pilot sequence from a sequence set composed of the plurality of pilot sequences (S3220), wherein the shifting value satisfies that a correlation between two pilot sequences of the sequence set is minimized, and characterized wherein, each of the plurality of pilot sequences included in the sequence set respectively relates to different bit values among a plurality of bit values. generating a baseline sequence having non-Constant Amplitude Zero Auto Correlation, CAZAC, properties; generating a plurality of pilot sequences by shifting the baseline sequence in a time domain based on a shifting value (S3210) ; and transmitting, to the receiver, a pilot sequence from a sequence set composed of the plurality of pilot sequences (S3220), wherein the shifting value satisfies that a correlation between two pilot sequences of the sequence set is minimized, and characterized wherein, each of the plurality of pilot sequences included in the sequence set respectively relates to different bit values among a plurality of bit values.