mhurhangee/ep-ind-claims huggingface dataset:
Cap for a spout of a flexible thin-walled packaging, comprising: - a closure body suitable to close the spout, provided with an annular closure wall extending along a main axis between a lower end and an upper end; - an extension comprising an annular side wall extending from the closure wall to a lower end, coaxially to the closure wall, and a base closing the side wall at the lower end, wherein the base is placed at a predefined height below the lower end of the closure wall, said extension being tubular and having an opening at the upper end thereby forming an internal cavity; - a scraper element located along the side wall of the extension, elastically yielding to advance at pressure contact on a side surface of a tube of the spout and to remove any product residues present therein; wherein said scraper element is an annular ridge, protruding radially externally from the side wall; wherein said ridge is arranged near the lower end of the side wall, characterized in that said ridge is axially positioned corresponding to the cavity. - a closure body suitable to close the spout, provided with an annular closure wall extending along a main axis between a lower end and an upper end; - an extension comprising an annular side wall extending from the closure wall to a lower end, coaxially to the closure wall, and a base closing the side wall at the lower end, wherein the base is placed at a predefined height below the lower end of the closure wall, said extension being tubular and having an opening at the upper end thereby forming an internal cavity; - a scraper element located along the side wall of the extension, elastically yielding to advance at pressure contact on a side surface of a tube of the spout and to remove any product residues present therein; wherein said scraper element is an annular ridge, protruding radially externally from the side wall; wherein said ridge is arranged near the lower end of the side wall, characterized in that said ridge is axially positioned corresponding to the cavity.
A polynucleotide comprising: (a) a sensor expression cassette comprising (i) a sensor transcription control element operably linked to (ii) a unique identifier sequence providing an RNA oligonucleotide; and (b) an effector expression cassette comprising (i) a sequence providing an effector expression product; wherein said unique identifier sequence specifically identifies said polynucleotide. (a) a sensor expression cassette comprising (i) a sensor transcription control element operably linked to (ii) a unique identifier sequence providing an RNA oligonucleotide; and (i) a sensor transcription control element operably linked to (ii) a unique identifier sequence providing an RNA oligonucleotide; (b) an effector expression cassette comprising (i) a sequence providing an effector expression product; (i) a sequence providing an effector expression product;
An apparatus to configure heterogenous components in an accelerator, the apparatus comprising: an accelerator including a credit manager and a configuration controller; a graph compiler to: identify a workload node in a workload; and generate a selector for the workload node; and the selector to identify an input condition and an output condition of a compute building block, wherein the graph compiler is to, in response to obtaining the identified input condition and output condition from the selector, map the workload node to the compute building block; wherein the compute building block is one out of multiple hardware components in the accelerator; wherein the input condition and output condition define a type of input and type of output, respectively; wherein the credit manager and/or the configuration controller are to partition a memory of the accelerator into one or more buffers associated with each workload node; wherein the credit manager is to provide credits to the compute building block, in response to receiving an instruction from the configuration controller to execute the workload node, said credits representative of slots in the buffers, wherein the credits are sent back to the credit manager once the compute building block completes the workload node; and wherein the credit manager is to determine that execution of the workload node is complete, and to clear all credits in the compute building block associated with the workload node. an accelerator including a credit manager and a configuration controller; a graph compiler to: identify a workload node in a workload; and generate a selector for the workload node; and identify a workload node in a workload; and generate a selector for the workload node; and the selector to identify an input condition and an output condition of a compute building block, wherein the graph compiler is to, in response to obtaining the identified input condition and output condition from the selector, map the workload node to the compute building block; wherein the compute building block is one out of multiple hardware components in the accelerator; wherein the input condition and output condition define a type of input and type of output, respectively; wherein the credit manager and/or the configuration controller are to partition a memory of the accelerator into one or more buffers associated with each workload node; wherein the credit manager is to provide credits to the compute building block, in response to receiving an instruction from the configuration controller to execute the workload node, said credits representative of slots in the buffers, wherein the credits are sent back to the credit manager once the compute building block completes the workload node; and wherein the credit manager is to determine that execution of the workload node is complete, and to clear all credits in the compute building block associated with the workload node.
A blow mould assembly for moulding plastic preforms into plastic containers, comprising a blow mould unit forming a cavity, within which the plastic preforms can be expanded into plastic containers, wherein said blow mould unit is formed at least in two parts, and comprises a blow mould holder for receiving the blow mould unit, wherein the blow mould holder has at least two mould holder elements (4a, 4b) for receiving parts (2a, 2b) of the blow mould unit, and comprising a locking mechanism in order to arrest at least a part of the blow mould unit in relation to at least one mould holder element, wherein said locking mechanism has an engagement member (12, 52) that can be pivoted and/or displaced in relation to a specified axis, which engagement member rests in an arrested condition of part of the blow mould unit in relation to a mould holder element on a section of part of the blow mould unit, wherein the locking mechanism has an actuating member (14, 54), in order to release an arrest between the mould holder element and the blow mould unit, and a movement of this actuating member (14, 54) is coupled to the movement of the engagement member (12, 52), and wherein the actuating member (14, 54) is adapted and intended to be displaceable in a direction, in order to achieve an arrest of a part of the blow mould relative to the blow mould holder element, and in order to achieve a corresponding clamping of the blow mould unit by a longitudinal displacement of the actuating member, and wherein a locking of the blow mould unit relative to the mould holder element is realized with a central locking shaft, characterized in that a blow mould holder is provided with a continuous vertical bore into which the locking shaft is inserted.
A computer implemented method for securely sharing datasets that include information and an original unique ID associated with each individual, where the datasets originate from several different data contributors and are to be shared with a central party or recipient, while concealing or masking the original, unique ID; in which each contributor encrypts and sends the original unique ID to an intermediary party, together with the information associated with each individual, in which the encryption is performed with both a public key of the central party and a public key of the intermediary party; the intermediary party decrypts using its private key the encrypted original unique ID received from each contributor and then performs a homomorphic crypto operation that deterministically but irreversibly maps the encrypted original, unique IDs to an encrypted and obscured form, and sends that encrypted and obscured data to a central or recipient party, in which the intermediary party uses the same exponentiation key k for all contributors when performing the homomorphic crypto operation; the central party (i) decrypts using its private key the encrypted and obscured data received from the intermediate party to recover obscured unique IDs that are one-to-one mapped to but cannot be used to recover each original, unique ID and then (ii) joins together the information for each individual from each contributor. in which each contributor encrypts and sends the original unique ID to an intermediary party, together with the information associated with each individual, in which the encryption is performed with both a public key of the central party and a public key of the intermediary party; the intermediary party decrypts using its private key the encrypted original unique ID received from each contributor and then performs a homomorphic crypto operation that deterministically but irreversibly maps the encrypted original, unique IDs to an encrypted and obscured form, and sends that encrypted and obscured data to a central or recipient party, in which the intermediary party uses the same exponentiation key k for all contributors when performing the homomorphic crypto operation; the central party (i) decrypts using its private key the encrypted and obscured data received from the intermediate party to recover obscured unique IDs that are one-to-one mapped to but cannot be used to recover each original, unique ID and then (ii) joins together the information for each individual from each contributor.
A transceiver device for providing Fixed Wireless Access Services to customer premises, where said premises are bordered by a perimeter, said transceiver device being configured to be mounted on the inner edge of said perimeter, and said transceiver device comprising: - a low-end module configured to receive and transmit a standard-speed communication signal via a wireless connection with a base station of a first telecommunication network outside said perimeter, said standard-speed communication signal being supported by a first level subscription; the transceiver device characterized by: - a high-end interface configured to receive and transmit a high-speed communication signal via a wireless connection established throughout said perimeter, said high-end interface being configured to establish said wireless connection with an outside transceiver device, when said outside transceiver device is mounted on the outer edge of said perimeter and said outside transceiver device wirelessly connects with a base station of a second telecommunication network, wherein said high-speed communication signal is supported by a second level subscription, said high-speed communication signal having a transmission speed higher than the transmission speed of said standard-speed communication signal; - an activation module configured to receive an activation command and to activate said high-end interface upon receipt of said activation command. - a low-end module configured to receive and transmit a standard-speed communication signal via a wireless connection with a base station of a first telecommunication network outside said perimeter, said standard-speed communication signal being supported by a first level subscription; - a high-end interface configured to receive and transmit a high-speed communication signal via a wireless connection established throughout said perimeter, said high-end interface being configured to establish said wireless connection with an outside transceiver device, when said outside transceiver device is mounted on the outer edge of said perimeter and said outside transceiver device wirelessly connects with a base station of a second telecommunication network, wherein said high-speed communication signal is supported by a second level subscription, said high-speed communication signal having a transmission speed higher than the transmission speed of said standard-speed communication signal; - an activation module configured to receive an activation command and to activate said high-end interface upon receipt of said activation command.
A poliomyelitis vaccine for use in (i) preventing a person from an infection by a Coronaviridae virus, (ii) inducing a protective immune response in a person against a Coronaviridae virus, (iii) inducing an immune response in a person protective against severe acute respiratory syndrome caused by an infection of a Coronaviridae virus, or (iv) reducing the severity of one or more symptoms of an infectious disease caused by a Coronaviridae virus in a person; wherein the poliomyelitis vaccine is an inactivated poliomyelitis vaccine.
Method for training in the use and deployment of firearms in a weapon simulator, wherein at least one marksman is able to train on the weapon simulator, with the weapon simulator having at least one image display unit for the representation of a training scenario and at least one obstacle behind which the marksman can take cover during the course of training, wherein on the basis of at least one camera provided in the region of the at least one image display unit and recording the at least one marksman, a position of the at least one marksman in relation to at least one of the obstacles provided in the weapon simulator is recorded and the at least one camera in the region of the at least one image display unit is movably arranged, characterised in that the at least one camera follows a movement of at least one virtual enemy on the at least one image display unit.
A structural section element having a first and second section (2, 3) which each comprise an inwardly disposed and outwardly disposed section limb (4, 5, 7, 8), each having an inner side (10, 12, 14, 16) and an outer side (11, 13, 15, 17), and a section web (6, 9) which connects the section limbs (4, 5, 7, 8) to one another, wherein the inner sides (10, 12, 14, 16) of the section limbs (4, 5, 7, 8) are each directed toward the interior of the associated section (2, 3) and the outer sides (11, 13, 15, 17) of the section limbs (4, 5, 7, 8) each face the outside of the associated section (2, 3); wherein at least one soundproofing and/or thermally insulating intermediate element (20, 21, 23) is provided between the inwardly disposed section limb of the first section and the inwardly disposed section limb of the second section; and wherein the intermediate element (20, 21, 23) contacts the inner sides (10, 14) of the two inwardly disposed section limbs (4, 7), characterized in that the inner sides (10, 14) of the two inwardly disposed section limbs (4, 7) are connected to one another via the intermediate element (20, 21, 23).
A spinal reduction apparatus, comprising: - a reducer, comprising a sleeve having a threaded portion and openings, wherein said threaded portion of said sleeve is in engagement with a threaded portion of a knob of said reducer, wherein turning the knob in a first direction causes the sleeve to extend; and - an extender coupled releasably to the reducer, characterized in that the reducer further comprises locking handles coupled to locking members, wherein the locking members are configured to be selectively coupled to the extender, wherein the sleeve is configured to couple to the extender via said locking members when said locking members are in position in said openings in said sleeve, and wherein depressing locking handles causes locking members to withdraw from said openings in said sleeve. - a reducer, comprising a sleeve having a threaded portion and openings, wherein said threaded portion of said sleeve is in engagement with a threaded portion of a knob of said reducer, wherein turning the knob in a first direction causes the sleeve to extend; and - an extender coupled releasably to the reducer,
An angular velocity sensor comprising: a substrate; a plurality of mass units (21 to 24) which is disposed on the substrate; coupling units (31 to 34) which couple the mass units (21 to 24) that are adjacent to each other, among the plurality of mass units; and drive units (41 to 44) which are disposed on the substrate and are connected to the coupling units (31 to 34), respectively, wherein the drive units (41 to 44) respectively drive the mass units (21 to 24) that are adjacent to each other through the respective coupling unit (31 to 34), characterized in that the coupling units (31 to 34) are formed in arc shapes having a respective center (O1 to O4) between the mass units that are adjacent to each other, wherein each one of the drive units (41 to 44) includes a fixing unit that includes the respective center (O1 to O4) of the arc shapes and is fixed to the substrate, and a moving unit which connects the fixing unit to the coupling units (31 to 34), and wherein the moving unit and the coupling units (31 to 34) can rotate using the fixing unit as a center. a substrate; a plurality of mass units (21 to 24) which is disposed on the substrate; coupling units (31 to 34) which couple the mass units (21 to 24) that are adjacent to each other, among the plurality of mass units; and drive units (41 to 44) which are disposed on the substrate and are connected to the coupling units (31 to 34), respectively, wherein the drive units (41 to 44) respectively drive the mass units (21 to 24) that are adjacent to each other through the respective coupling unit (31 to 34), characterized in that the coupling units (31 to 34) are formed in arc shapes having a respective center (O1 to O4) between the mass units that are adjacent to each other, wherein each one of the drive units (41 to 44) includes a fixing unit that includes the respective center (O1 to O4) of the arc shapes and is fixed to the substrate, and a moving unit which connects the fixing unit to the coupling units (31 to 34), and wherein the moving unit and the coupling units (31 to 34) can rotate using the fixing unit as a center.
An inhaler comprising: a body comprising a mouthpiece, a mouthpiece cover, a lever, and a flexible strip of medication; and an electronics module comprising a power supply, a sensor system, and a switch; characterized in that the electronics module is configured to be in an off state prior to a user moving the lever from a first position to a second position for the first time; wherein, when the lever is moved from the first position to the second position for the first time, the lever is configured to engage the switch, causing the electronics module to transition from the off state to an active state and to sense an inhalation by the user from the mouthpiece; and wherein the electronics module is configured to not return to the off state after the lever is moved to from the first position to the second position for the first time by the user. a body comprising a mouthpiece, a mouthpiece cover, a lever, and a flexible strip of medication; and an electronics module comprising a power supply, a sensor system, and a switch; characterized in that the electronics module is configured to be in an off state prior to a user moving the lever from a first position to a second position for the first time; wherein, when the lever is moved from the first position to the second position for the first time, the lever is configured to engage the switch, causing the electronics module to transition from the off state to an active state and to sense an inhalation by the user from the mouthpiece; and wherein the electronics module is configured to not return to the off state after the lever is moved to from the first position to the second position for the first time by the user.
A vacuum cleaner comprising: a dust separation device provided in a body; a dust collection device connected with the dust separation device; a dust compression part movably provided in the dust collection device, to compress dust by applying a pressure to dust collected in the dust collection device selectively; a liquid accommodation part provided in the dust collection device or the body, to accommodate a predetermined liquid; and a liquid exhaustion part (500, 600) connected with the liquid accommodation part, to exhaust the liquid toward the dust in the dust compression performed by the dust compression part, wherein the liquid exhaustion part(500, 600) comprises an opening/closing member (520, 620) provided therein to control flow of the liquid, and the opening/closing member (520, 620) is transformed by an external force to guide the liquid to be exhausted outside the liquid exhaustion part (500, 600) and wherein the liquid exhaustion part (500, 600) comprises an outlet nozzle (505, 605) to exhaust the liquid, and the outlet nozzle (505, 605) sprays the liquid toward dust while the opening/closing member (520, 620) is transformed. a dust separation device provided in a body; a dust collection device connected with the dust separation device; a dust compression part movably provided in the dust collection device, to compress dust by applying a pressure to dust collected in the dust collection device selectively; a liquid accommodation part provided in the dust collection device or the body, to accommodate a predetermined liquid; and a liquid exhaustion part (500, 600) connected with the liquid accommodation part, to exhaust the liquid toward the dust in the dust compression performed by the dust compression part, wherein the liquid exhaustion part(500, 600) comprises an opening/closing member (520, 620) provided therein to control flow of the liquid, and the opening/closing member (520, 620) is transformed by an external force to guide the liquid to be exhausted outside the liquid exhaustion part (500, 600) and