mhurhangee/ep-ind-claims huggingface dataset:
A method for secure controlled network-based distribution of a media file from a central server machine and secure storage of the media file at a local machine (112, 114), wherein a plurality of media files, each including media content data, and user accounts, each user account having a plurality of user keys assigned thereto, are stored at the central server machine, said method comprising: selecting a user key from the plurality of user keys, wherein the selection of the user key is based on a cycling of the plurality of user keys; downloading a content key and a media file, identified from the plurality of stored available media files, in encrypted form, in which encrypted form the content data is encrypted with a content key and in which the content key is encrypted using the user key selected from the plurality of user keys; storing the identified media file in modified form, to a local data storage device within the local machine (112, 114), in which modified form the file further includes the content key, encrypted with the user key selected from the plurality of user keys, and a user key reference that enables the local machine (112, 114) to locate the user key, assigned to the user, in the local data storage, wherein the local machine (112, 114) has not been configured to be suitable for accessing the media file if the user key cannot be found in the local data; determining that the user key cannot be found in the local data; and in response to determining that the user key cannot be found, contacting the central server machine to create a user account associated with the local machine. selecting a user key from the plurality of user keys, wherein the selection of the user key is based on a cycling of the plurality of user keys; downloading a content key and a media file, identified from the plurality of stored available media files, in encrypted form, in which encrypted form the content data is encrypted with a content key and in which the content key is encrypted using the user key selected from the plurality of user keys; storing the identified media file in modified form, to a local data storage device within the local machine (112, 114), in which modified form the file further includes the content key, encrypted with the user key selected from the plurality of user keys, and a user key reference that enables the local machine (112, 114) to locate the user key, assigned to the user, in the local data storage, wherein the local machine (112, 114) has not been configured to be suitable for accessing the media file if the user key cannot be found in the local data; determining that the user key cannot be found in the local data; and in response to determining that the user key cannot be found, contacting the central server machine to create a user account associated with the local machine.
An electrically conductive roller for an image forming apparatus comprising an elastic layer formed on an outer circumferential surface of a shaft and a urethane coat layer formed on an outer circumferential surface of the elastic layer, the urethane coat layer including a urethane resin and at least one ionic liquid selected from the group consisting of pyridinium ionic liquids and amine ionic liquids, in an amount from 1 to 20 parts by mass to 100 parts by mass of the urethane resin, characterized in that the urethane coat layer is a surface layer of the electrically conductive roller as a whole.
A nutritional composition for use in oral immuno-therapy of cow's milk protein allergy in cow's milk protein allergic infants, comprising at least one beta-lactoglobulin peptide having a molecular weight of at most 5 kDa, wherein the at least one beta-lactoglobulin peptide comprises a sequence selected from the group consisting of SEQ ID NO 1, SEQ ID NO 2, SEQ ID NO 3 and SEQ ID NO 4.
A friction clutch device having at least one pressure plate (14, 18) and a counter-pressure plate (15, 19), and at least one leaf spring device (41, 42) combined with an adjustment device, the adjustment device being designed as a tolerance compensation device, which allows a tolerance compensation of the friction clutch device in the installed position thereof, characterised in that first adjusting pieces of a first clutch and second adjusting pieces of a second clutch are arranged so that the first and second adjusting pieces (51, 52), in particular when adjusting the leaf spring force, deform in opposite directions (81, 82), or that a plurality of adjusting units (61, 62, 63) each comprising at least one leaf spring device (41, 42) and an adjusting piece (51, 52), are arranged in a circumferential direction.
Tire valve for a pneumatic tire of a vehicle, in particular a motor vehicle such as utility vehicles or passenger cars, with an air inlet end for connecting a compressed air source and an air outlet end for positioning within the pneumatic tire; with a valve shaft extending from the air inlet end to the air outlet end and having an external thread on its outer circumference and in the area of the air outlet end having a stop for a rim well supporting the pneumatic tire and a fastening thread for an air pressure sensor to be positioned inside the pneumatic tire or another device to be fastened to the valve shaft, with a union nut which has an internal thread for screwing onto the external thread, in order to clamp the rim well between the union nut and the stop with the valve shaft pushed through a rim bore, with a valve cap made of plastic, which can be screwed or is screwed to the valve shaft at the air inlet and has a maximum outer diameter, with a deformation element on the outer circumference of the valve shaft and/or an inner circumference of the union nut, which is designed to be reversibly or irreversibly deformed when the union nut is screwed onto the valve shaft in such a way that, at an initial screwing-on torque, the valve shaft together with the union nut is at first rotatable relative to the rim well, with an at least largely deformation-free state of the deformation element, and with a subsequently comparably higher screwing-on torque, the union nut can be rotated relative to the valve shaft by deformation of the deformation element; characterized in that the union nut and, when the deformation element is arranged on the inner circumference of the union nut, also the deformation element has a minimum inner diameter which is greater than the maximum outer diameter of the valve cap.
An operating system independent Secured Data Storage Subsystem, SDSS, for use with an electrical computer/digital data processing apparatus, the SDSS comprising: a data storage device of said electrical computer/digital data processing apparatus in indirect communications with the operating system: of the electrical computer/digital data processing apparatus; an intermediary data handler having a local hardware processor circuitry, a local buffer memory, a local data storage memory, and a user communication circuitry, with the intermediary data handler being functionally disposed in communications between the operating system of said electrical computer/digital data processing apparatus and a storage memory of the data storage device, wherein the local hardware processor circuitry is independent from the operating system; and a Data Handler Software/Instruction Set which is resident in the local data storage memory and executable by the intermediary data handler, the Data Handler Software/Instruction Set enabling the intermediary data handler to carry out its functions, being adapted to intercept a read/write request from the operating system and to generate mock response data in response to the read/write request, the mock response data being in a data-structure format that is expected by the operating system, while separately preventing modification of data on the data storage device to ensure the integrity of data in the storage memory. a data storage device of said electrical computer/digital data processing apparatus in indirect communications with the operating system: of the electrical computer/digital data processing apparatus; an intermediary data handler having a local hardware processor circuitry, a local buffer memory, a local data storage memory, and a user communication circuitry, with the intermediary data handler being functionally disposed in communications between the operating system of said electrical computer/digital data processing apparatus and a storage memory of the data storage device, wherein the local hardware processor circuitry is independent from the operating system; and a Data Handler Software/Instruction Set which is resident in the local data storage memory and executable by the intermediary data handler, the Data Handler Software/Instruction Set enabling the intermediary data handler to carry out its functions, being adapted to intercept a read/write request from the operating system and to generate mock response data in response to the read/write request, the mock response data being in a data-structure format that is expected by the operating system, while separately preventing modification of data on the data storage device to ensure the integrity of data in the storage memory.
A method for administering an emergency call service in a public switched telephone network, said method being carried out ley a switching facility and comprising: a) receiving a call at the facility from an end user terminal, EUT, served by the facility, the facility providing the EUT access to a telephone service feature; b) disabling the telephone service feature for the EUT in response to the facility recognizing the received call as an emergency call; c) routing the emergency call to a public safety answering point, PSAF serving a geographic region in which the EUT is located; the method being further characterized in that it comprises: d) detecting call processing signals that would otherwise result in the invoking of the disabled telephone service feature; e) sending an appropriate signal or message to the PSAP over a signaling network for signaling the PSAP that the disabled telephone feature is being invoked; and, f) holding the invocation of the disabled telephone feature until a response is received from the PSAP. a) receiving a call at the facility from an end user terminal, EUT, served by the facility, the facility providing the EUT access to a telephone service feature; b) disabling the telephone service feature for the EUT in response to the facility recognizing the received call as an emergency call; c) routing the emergency call to a public safety answering point, PSAF serving a geographic region in which the EUT is located; d) detecting call processing signals that would otherwise result in the invoking of the disabled telephone service feature; e) sending an appropriate signal or message to the PSAP over a signaling network for signaling the PSAP that the disabled telephone feature is being invoked; and, f) holding the invocation of the disabled telephone feature until a response is received from the PSAP.
A rail vehicle braking system for a rail vehicle with braking members having at least one lining or at least one block, comprising a braking linkage configured to act on at least one said braking member, and a braking device provided with a body and an actuator which is movable relative to said body to act on said braking linkage; said actuator comprises a single braking piston having a first section having a first cross-section and a second section having a second cross-section greater than said first cross-section, said braking piston delimiting with said body a single pressure chamber configured to be supplied by at least one source of pressure agent (55, 57) to put said braking piston in a resting position in which said braking linkage applies no force on said at least one braking member, whereby said braking device is not applied; said rail vehicle braking system further comprising a first seal accommodated between said first section of said braking piston and said body; said rail vehicle braking system being characterized in that it comprises a second seal, distinct from said first seal, also accommodated between said first section of said braking piston and said body, a third seal accommodated between said second section of said braking piston and said body, and a fourth seal, distinct from said third seal, also accommodated between said second section of said braking piston and said body; said first and third seals (28, 32) being configured to form primary sealing of said pressure chamber and said second and fourth seals (30, 34) being configured to form secondary sealing of said pressure chamber.
A method for calibrating a wearable display device (100, 200, 400, 550), the method comprising: displaying an image with a plurality of pixels for each of three primary colors using the wearable device; determining RGB and XYZ values for each of the plurality of pixels of the image displayed by the wearable device; selecting a subset of the plurality of pixels to form a group of grid points; dividing the image into a group of tile regions, each tile region including a grid point; determining grid XYZ values for each grid point, based on averaging XYZ values of all pixels in a corresponding tile region; determining a grid RGB-to-XYZ conversion matrix for each grid point that converts the RGB values at the grid point to the grid XYZ values of the grid point; and determining a correction matrix for the plurality of pixels by: for each pixel that is a grid point, multiplying an inverse of the grid RGB-to-XYZ conversion matrix for the grid point with an sRGB-to-XYZ conversion matrix to form grid point correction matrix elements; and for each pixel that is not a grid point, forming pixel correction matrix elements by interpolating using the grid point correction matrix elements from adjacent grid points. displaying an image with a plurality of pixels for each of three primary colors using the wearable device; determining RGB and XYZ values for each of the plurality of pixels of the image displayed by the wearable device; selecting a subset of the plurality of pixels to form a group of grid points; dividing the image into a group of tile regions, each tile region including a grid point; determining grid XYZ values for each grid point, based on averaging XYZ values of all pixels in a corresponding tile region; determining a grid RGB-to-XYZ conversion matrix for each grid point that converts the RGB values at the grid point to the grid XYZ values of the grid point; and determining a correction matrix for the plurality of pixels by: for each pixel that is a grid point, multiplying an inverse of the grid RGB-to-XYZ conversion matrix for the grid point with an sRGB-to-XYZ conversion matrix to form grid point correction matrix elements; and for each pixel that is not a grid point, forming pixel correction matrix elements by interpolating using the grid point correction matrix elements from adjacent grid points. for each pixel that is a grid point, multiplying an inverse of the grid RGB-to-XYZ conversion matrix for the grid point with an sRGB-to-XYZ conversion matrix to form grid point correction matrix elements; and for each pixel that is not a grid point, forming pixel correction matrix elements by interpolating using the grid point correction matrix elements from adjacent grid points.
A system comprising: a microphone; a first speaker configured for receiving a first input signal and generating a first vibration force; characterized in that the system further comprises: a signal transformation unit configured for receiving the first input signal and performing a signal transformation thereon to produce one or more transformed input signals for varying an amount of mechanical vibration at the microphone; and a second speaker configured for receiving one of the one or more transformed input signals and generating a second vibration force; wherein: a combination of the first vibration force and the second vibration force varies the amount of mechanical vibration at the microphone. a microphone; a first speaker configured for receiving a first input signal and generating a first vibration force; characterized in that the system further comprises: a signal transformation unit configured for receiving the first input signal and performing a signal transformation thereon to produce one or more transformed input signals for varying an amount of mechanical vibration at the microphone; and a second speaker configured for receiving one of the one or more transformed input signals and generating a second vibration force; wherein: a combination of the first vibration force and the second vibration force varies the amount of mechanical vibration at the microphone. a signal transformation unit configured for receiving the first input signal and performing a signal transformation thereon to produce one or more transformed input signals for varying an amount of mechanical vibration at the microphone; and a second speaker configured for receiving one of the one or more transformed input signals and generating a second vibration force; wherein: a combination of the first vibration force and the second vibration force varies the amount of mechanical vibration at the microphone.
A hybrid ion battery comprising a cathode active material layer containing a cathode active material, an anode active material layer containing an anode active material, and an electrolyte layer formed between the cathode active material layer and the anode active material layer, characterized in that the cathode active material is a cathode active material containing a Na 4 M 3 (PO 4) 2 P 2 O 7 crystal phase wherein M is at least one kind of Ni, Co, Mn, Fe, V, Cr, Cu and Zn, the anode active material is an active material capable of storing and releasing Li ions, and the electrolyte layer contains at least Li ions.
Board for connecting battery cells, which is formed in part from an electrically non-conductive material, wherein the board has on a first side and on a second side in each case electrically and thermally conductive contacting sections, and wherein each contacting section is electrically and thermally conductively connected to each other contacting section, wherein a planar covering of an electrically and thermally conductive material forming the second side is arranged on the electrically non-conductive material of the board, wherein at least a portion of the covering forms a contacting section of the second side, and wherein at least one contacting section is arranged on a first side of the electrically non-conductive material facing away from the covering, and wherein a plurality of electrically and thermally conductive lead-through elements extend through the electrically non-conductive material, so that an electrical and a thermal connection of the contacting sections on the first side to the contacting sections on the second side is made by the lead-through element and a heat flow can be absorbed by the covering and dissipated from the board, wherein on the first side of the board, an electrically and thermally conductive connecting section is arranged, which electrically and thermally conductively connects the contacting sections on the first side of the board to one another, characterized in that an electrical fuse is assigned to each of the contacting sections on the first side of the board and the connecting section on the first side of the board is connected to each contacting section on the first side of the board via the electrical fuse assigned to this contacting section, such that the contacting sections on the first side of the board are electrically secured against the connecting section.
On-board power supply which has: - a starter power system having a starter and a first energy store, in particular a double-layer capacitor, - an intermediate power system having a second energy store, in particular a lithium-ion or lithium-polymer accumulator, - a consumer power system having at least one electrical consumer and a generator, - wherein the starter power system is electrically coupled to the intermediate power system via a first voltage transformer, - wherein the intermediate power system is electrically coupled to the consumer power system via a second voltage transformer, and - wherein the on-board power supply has a control device which is adapted to performing open-loop or closed-loop control of the electrical voltage (U Z) in the intermediate power system as a function of a parameter, in particular of a parameter of the second energy store, and to performing open-loop or closed-loop control of the electrical voltage (U V) in the consumer power system as a function of the operating mode of an internal combustion engine via the second voltage transformer and/or the generator. - a starter power system having a starter and a first energy store, in particular a double-layer capacitor, - an intermediate power system having a second energy store, in particular a lithium-ion or lithium-polymer accumulator, - a consumer power system having at least one electrical consumer and a generator, - wherein the starter power system is electrically coupled to the intermediate power system via a first voltage transformer, - wherein the intermediate power system is electrically coupled to the consumer power system via a second voltage transformer, and - wherein the on-board power supply has a control device which is adapted to performing open-loop or closed-loop control of the electrical voltage (U Z) in the intermediate power system as a function of a parameter, in particular of a parameter of the second energy store, and