mhurhangee/ep-ind-claims huggingface dataset:
A distributed configuration utility facilitating remote configuration of process control data access servers, the distributed configuration utility comprising: a configuration editor located at a control console node; a configuration storage for storing configuration information including parameter values corresponding to a current configuration of a configurable process control data access server; and a rules storage for storing a set of configuration rules associated with the configurable process control data access server, wherein the set of configuration rules provide a guide to processing the configuration information within the configuration storage corresponding to the current configuration of the configurable process control data access server; characterized by a server agent, located on a computing node (50a-b) remote from the control console node and containing the configurable process control data access server, the server agent including executable procedures for notifying the configuration editor of the configurable process control data access server and thereby facilitating establishing a configuration interface between the configuration editor and the configurable process control data access server, wherein the configuration storage and rules storage are maintained on the computing node (50a-b) upon which the configurable process control data access server resides. a configuration editor located at a control console node; a configuration storage for storing configuration information including parameter values corresponding to a current configuration of a configurable process control data access server; and a rules storage for storing a set of configuration rules associated with the configurable process control data access server, wherein the set of configuration rules provide a guide to processing the configuration information within the configuration storage corresponding to the current configuration of the configurable process control data access server; characterized by a server agent, located on a computing node (50a-b) remote from the control console node and containing the configurable process control data access server, the server agent including executable procedures for notifying the configuration editor of the configurable process control data access server and thereby facilitating establishing a configuration interface between the configuration editor and the configurable process control data access server, wherein the configuration storage and rules storage are maintained on the computing node (50a-b) upon which the configurable process control data access server resides.
A method for the processor controlled management of a data storage of a chip card, in particular a SIM, USIM, bank or health card, comprising the process steps of: a) checking the available data storage capacity of the data storage of the chip card, b) releasing the data storage of the chip card for an application for storing data (56, 58), c) occupying data storage of the chip card with data and/or removing data (56, 58) from the data storage of the chip card by means of the application, d) adapting stored information about the actually free quantity of storage space of the data storage of the chip card, and e) reorganizing the data storage of the chip card and allocating free storage space of the data storage of the chip card for the application, wherein for preventing the data storage from overflowing, a need request with respect to the storage capacity will be compared with the actually free quantity of storage space and if the need is smaller than or equal to the available storage capacity, the storage can be allocated to the application and wherein the statement or information about the actually free quantity of storage space of the data storage of the chip card is stored as a value at a precisely defined storage position of the data storage of the chip card and wherein an access status of the data storage and/or subsections (56a, 56b, 56c) of the data storage can be stored at the precisely defined storage position of the data storage, at which position it is recorded whether the application may use a storage area at all. a) checking the available data storage capacity of the data storage of the chip card, b) releasing the data storage of the chip card for an application for storing data (56, 58), c) occupying data storage of the chip card with data and/or removing data (56, 58) from the data storage of the chip card by means of the application, d) adapting stored information about the actually free quantity of storage space of the data storage of the chip card, and e) reorganizing the data storage of the chip card and allocating free storage space of the data storage of the chip card for the application,
A computer-implemented letter-based method of encoding a length-significant portion of natural language text to generate a letter-based fingerprint of the text portion, the method comprising: a. detecting (S101A, S101B), by digital computer, letter-based locations of occurrences of pre-determined single-letter and/or multi-letter pattern(s) within the length-significant portion of the natural language text, the detecting being carried out such that at least some occurrences are detected in a word-boundary independent manner that does not depend on locations of word-word boundaries, and generating a pattern occurrence letter-position signal which describes letter positions of the occurrences of the pattern(s) within the text portion; b. for the pattern occurrence letter-position signal, computing (S105A, S105B) a frequency domain power spectrum of said signal, said frequency domain power spectrum comprising a plurality of absolute or relative magnitudes of signal strength for a plurality of frequencies, the computed magnitudes representing letter-based frequencies of the pattern occurrences within the natural language text portion; and c. storing (S107A, S107B) within volatile and/or non-volatile computer memory descriptions of the computed signal strength magnitudes, the generated letter-based fingerprint comprising the stored signal strength magnitudes, wherein the length-significant portion of natural language text includes at least 256 natural language letters and at least 10 natural language words. a. detecting (S101A, S101B), by digital computer, letter-based locations of occurrences of pre-determined single-letter and/or multi-letter pattern(s) within the length-significant portion of the natural language text, the detecting being carried out such that at least some occurrences are detected in a word-boundary independent manner that does not depend on locations of word-word boundaries, and generating a pattern occurrence letter-position signal which describes letter positions of the occurrences of the pattern(s) within the text portion; b. for the pattern occurrence letter-position signal, computing (S105A, S105B) a frequency domain power spectrum of said signal, said frequency domain power spectrum comprising a plurality of absolute or relative magnitudes of signal strength for a plurality of frequencies, the computed magnitudes representing letter-based frequencies of the pattern occurrences within the natural language text portion; and c. storing (S107A, S107B) within volatile and/or non-volatile computer memory descriptions of the computed signal strength magnitudes, the generated letter-based fingerprint comprising the stored signal strength magnitudes, wherein the length-significant portion of natural language text includes at least 256 natural language letters and at least 10 natural language words.
A method for diagnosing a paraneoplastic neurological syndrome or an adenocarcinoma, comprising the step detecting in a sample an autoantibody binding to the alpha 3 subunit of the human neuronal Na(+)/K(+) ATPase.
A method for leveling a vehicle, in which data, which characterizes an orientation of the vehicle in relation to a horizontal plane and/or a deviation of the orientation from the horizontal plane and/or at least one measure, by which the deviation can be at least reduced or removed, is transmitted by means of a first mobile terminal, which comprises a mobile radio module, by means of which the first mobile terminal is wirelessly connected or connectable to a mobile radio network, to a second mobile terminal, characterized in that the first mobile terminal is formed to perform a voice communication with the second mobile terminal and/or a third mobile terminal via the mobile radio network in a state, in which the first mobile terminal is wirelessly connected to the mobile radio network by means of the mobile radio module.
A sensor for fastening on a multi-bracket apparatus for the upper jaw, on a multi-bracket apparatus for the lower jaw, on an aligner for the upper jaw and/or on an aligner for the lower jaw, in order to measure the time period during which a force is exerted on a compressive-force, tensile-force and/or shear-force sensor of the sensor, as a result of which the wearing time of orthopaedic elastic bands for multibracket apparatuses (2, 3) and/or aligners (2', 3') can be monitored, wherein the multi-bracket apparatuses have a multiplicity of brackets, comprising the compressive-force, tensile-force and/or shear-force sensor, a microcontroller with timer and data memory, characterized in that the sensor - is a sensor independent of the multi-bracket apparatus (2, 3) and the brackets, and - has a fastening device for fastening the sensor on a multi-bracket apparatus (2, 3) and/or on an aligner (2', 3'), wherein the sensor may also be fastened on an aligner (2', 3') instead of the fastening device, and - comprises a elastic-band holder and/or elastic-band guide, wherein the elastic band can be fastened on the elastic-band holder of the sensor and/or the elastic band can be guided in the elastic-band guide of the sensor, as a result of which a force acts by means of the elastic band on the compressive-force, tensile-force and/or shear-force sensor of the sensor and the timer measures the time period during which the force acts on the sensor. - is a sensor independent of the multi-bracket apparatus (2, 3) and the brackets, and - has a fastening device for fastening the sensor on a multi-bracket apparatus (2, 3) and/or on an aligner (2', 3'), wherein the sensor may also be fastened on an aligner (2', 3') instead of the fastening device, and - comprises a elastic-band holder and/or elastic-band guide,
A method comprising: securing, by a hardware firewall of a computing device, areas in a memory in the computing device to establish a secure memory area in the memory that is not accessible by unauthorized clients by enforcing read and write rules for the secure memory area; receiving a request to decode video content stored in the secure memory area; if the video content to be decoded is stored in the secure memory area, enforcing a rule by a first memory management unit, MMU, associated with a hardware video decoder of the computing device that the video content is to be decoded into one or more output buffers in the secure memory area, including decoding, by the hardware video decoder, the video content into the one or more output buffers in the secure memory area; receiving a request to display the decoded video content stored in the secure memory area; and if the decoded video content is stored in the secure memory area, enforcing a rule by a second MMU associated with a hardware display processor that a secure link be established between the hardware display processor and an output device, including rendering, by the hardware display processor in the computing device, the decoded video content at the output device via the secure link. securing, by a hardware firewall of a computing device, areas in a memory in the computing device to establish a secure memory area in the memory that is not accessible by unauthorized clients by enforcing read and write rules for the secure memory area; receiving a request to decode video content stored in the secure memory area; if the video content to be decoded is stored in the secure memory area, enforcing a rule by a first memory management unit, MMU, associated with a hardware video decoder of the computing device that the video content is to be decoded into one or more output buffers in the secure memory area, including decoding, by the hardware video decoder, the video content into the one or more output buffers in the secure memory area; receiving a request to display the decoded video content stored in the secure memory area; and if the decoded video content is stored in the secure memory area, enforcing a rule by a second MMU associated with a hardware display processor that a secure link be established between the hardware display processor and an output device, including rendering, by the hardware display processor in the computing device, the decoded video content at the output device via the secure link.
Electrically and thermally conductive element comprising: - a high-purity aluminum wire or tape, - a strip of pyrolytic graphite or graphene extending along the aluminum tape, said wire or tape and strip being encapsulated together in a sheath of an electrically insulating material. - a high-purity aluminum wire or tape, - a strip of pyrolytic graphite or graphene extending along the aluminum tape,
Columns lift for vehicles comprising at least one column and at least one first arm for supporting a vehicle, said at least one first arm being configured to slide along said at least one column in order to raise said vehicle to a given height above the ground, wherein at least one platform is positioned on supports connected to at least one second arm which slides on said at least one column, wherein at least one battery of said vehicle can be placed on said at least one platform, characterized in that said at least one platform, when it is in a lowered position, is positioned on a multi-function modular wheeled or fixed station and in that said multi-function modular station has diagnostic and/or repair instruments used for said at least one battery.
A hybrid solid electrolyte comprising: a hybrid film including (i) 85 to 95 parts by weight of an ion conductive ceramic and (ii) 5 to 15 parts by weight of a polymer; and a liquid electrolyte including (i) an ion compound selected from the group consisting of lithium ions and sodium ions and (ii) a non-aqueous organic solvent, wherein the hybrid solid electrolyte includes (i) 60 to 100 parts by weight of the hybrid film and (ii) 1 to 40 parts by weight of the liquid electrolyte, wherein the hybrid film is obtainable by mixing the conductive ceramic and the polymer in a solvent to prepare a mixture slurry, making the slurry into a film shape using a printing method or a doctor blading method, and then drying the film shape, wherein the hybrid film is impregnated with the liquid electrolyte, and wherein the hybrid solid electrolyte has a thickness of 10-30 μm. a hybrid film including (i) 85 to 95 parts by weight of an ion conductive ceramic and (ii) 5 to 15 parts by weight of a polymer; and a liquid electrolyte including (i) an ion compound selected from the group consisting of lithium ions and sodium ions and (ii) a non-aqueous organic solvent, wherein the hybrid solid electrolyte includes (i) 60 to 100 parts by weight of the hybrid film and (ii) 1 to 40 parts by weight of the liquid electrolyte, wherein the hybrid film is obtainable by mixing the conductive ceramic and the polymer in a solvent to prepare a mixture slurry, making the slurry into a film shape using a printing method or a doctor blading method, and then drying the film shape, wherein the hybrid film is impregnated with the liquid electrolyte, and wherein the hybrid solid electrolyte has a thickness of 10-30 μm.
A container for consumer goods, the container formed from at least first and second folded blanks, wherein one of the folded blanks is substantially contained within the other folded blank, the container comprising: a compartment for receiving consumer goods; a moveable portion defined by the first folded blank and moveable relative to the second folded blank between a closed position in which consumer goods cannot be removed from the compartment and an open position in which consumer goods can be removed from the compartment; and a magnetic closure comprising a first magnetic material provided on the moveable portion and a second magnetic material provided on the second folded blank, wherein each of the first and second magnetic materials has a thickness of between about 0.1 millimetres and about 0.4 millimetres, and wherein the first and second magnetic materials are arranged to overlap each other when the moveable portion is in the closed position so that the magnetic closure releasably retains the moveable portion in the closed position, characterised in that at least one of the first and second magnetic materials is a magnetisable material and wherein only a portion of the magnetisable material is magnetised. a compartment for receiving consumer goods; a moveable portion defined by the first folded blank and moveable relative to the second folded blank between a closed position in which consumer goods cannot be removed from the compartment and an open position in which consumer goods can be removed from the compartment; and a magnetic closure comprising a first magnetic material provided on the moveable portion and a second magnetic material provided on the second folded blank, wherein each of the first and second magnetic materials has a thickness of between about 0.1 millimetres and about 0.4 millimetres, and wherein the first and second magnetic materials are arranged to overlap each other when the moveable portion is in the closed position so that the magnetic closure releasably retains the moveable portion in the closed position, characterised in that at least one of the first and second magnetic materials is a magnetisable material and wherein only a portion of the magnetisable material is magnetised.
A wall or roof portion (182, 220) defining an opening, wherein the wall or roof portion is provided with a support arrangement (2, 54, 80, 190, 200, 222, 240) for supporting at least one extendable covering (46, 46', 48), the covering being arranged for movement between a retracted state and an extended state for at least partly covering the opening (84, 223), wherein the support arrangement comprises at least one elongated support member (4, 56, 56') adapted to be attached to the wall portion or roof portion defining the opening, wherein the support arrangement comprises a closing structure (6, 58, 196, 202) for at least substantially concealing the elongated support member, wherein the closing structure (6, 58, 202) comprises at least one elongated cover (8, 60, 90, 92, 96, 98, 102, 104, 106, 122, 124, 126, 150, 156), which is adapted for connection to the at least one elongated support member (4, 56, 56') in a way that a longitudinal direction of the at least one elongated cover is in parallel with a longitudinal direction of the at least one elongated support member in a connected state, wherein the at least one elongated cover (8, 60, 90, 92, 96, 98, 102, 104, 106, 122, 124, 126, 150, 156) comprises a first engagement means (10, 12, 62, 64) and the at least one elongated support member (4, 56, 56') comprises a second engagement means (14, 16, 66, 68), wherein the first and second engagement means are adapted for a detachable connection of the at least one elongated cover to the at least one elongated support member, wherein the at least one elongated support member and the at least one elongated cover are adapted to jointly define a substantially rectangular shape in a cross section perpendicular to the longitudinal direction when the at least one elongated cover and the at least one elongated support member are in the connected state, wherein the elongated support member comprises a back wall and two spaced side walls forming three sides of the rectangle, characterized in that the wall or roof portion has an elongated groove (86a, 86b) receiving of one of the at least one elongated support member in such a way that an exterior surface of the at least one elongated cover is at least substantially flush with the adjacent surface of the wall or roof portion.
An anti-theft lockset, comprising a key, a lock cylinder and a lock shell, a first pin tumbler hole and a second pin tumbler hole being provided in the front part of the lock shell, a third pin tumbler hole and a fourth pin tumbler hole corresponding to the first pin tumbler hole and the second pin tumbler hole on the lock shell being provided in the front part of the lock cylinder, a fifth pin tumbler hole being provided in the rear part of the lock shell, a sixth pin tumbler hole corresponding to the fifth pin tumbler hole being provided in the rear part of the lock cylinder, a corresponding pin tumbler (26, 25, 22, 23, 27, 24) being provided in each of the pin tumbler holes (18, 19, 11, 10, 21, 13), the key being matched with the lock cylinder, whereby the key comprises a key handle, a connecting portion and a key head, the key head being mounted on the connecting portion, the connecting portion being connected to the key handle; columns are provided around a hole, into which the key head is to be mounted, on the connecting portion; a long hole is formed on the key head; sliders corresponding to the columns are provided in the lock cylinder, and a conical chute or bulge fitted with the pin tumbler in the fourth pin tumbler hole is provided on the slider; the pin tumbler in the third pin tumbler hole is matched with biting on the key head; a slide bar is provided in the lock cylinder, with a plurality of flanges different in the outer diameter being provided on the slide bar; the pin tumbler in the sixth pin tumbler hole is resisted against the outer circumferential walls of the flanges; the slide bar can extend into the long hole of the key head; and springs (9, 17) are provided at ends of both the slider and the slide bar, such that when the key is inserted into the lock cylinder and pushed inward to the proper position, the slide bar will be inserted into the long hole on the key head and moved, so that the pin tumbler in the sixth pin tumbler hole falls onto the corresponding flanges, whereby the pin tumblers in the sixth pin tumbler hole on the lock cylinder are exactly flushed with the outer circumferential surface of the lock cylinder.
Plastic container product, particularly manufactured using a blow-fill-seal method, comprising a container body with a container content and a top part connected to said body, said top part delimiting an extraction region, which is sealed by a top membrane, which comprises a connecting seam, which passes through a plane spanned by the top membrane and separates at least two penetrable regions (22, 24) on the free end face of the top membrane from one another for an extraction process for the container content, characterised in that the connecting seam seen on the free end face of the top membrane comprises a seam course that at least partially deviates from a fictitious straight line course, said seam course extending and running within said plane, being longer than the straight line course and at least partially enclosing the penetrable regions (22, 24).