mhurhangee/ep-ind-claims huggingface dataset:
Cooking apparatus of the hot air fryer type, comprising a cooking chamber and an air circulation device comprising: - fresh air suction means configured to convey the fresh air to a device for heating this air, the air thus heated subsequently supplying the cooking chamber, and - hot air extraction means configured to discharge the hot air from the cooking chamber, the extraction means comprising a closure system configured to be activated either in the open position, allowing the discharge of the hot air, or in the closed position, limiting the discharge of the hot air, so as to create a confined atmosphere in the cooking chamber, said cooking apparatus comprising a control device comprising means for managing the activation of the closure system according to at least one predetermined cooking parameter comprising humidity level, temperature, cooking time, or pressure exerted in the cooking chamber, during a cooking cycle, the extraction means comprising an extraction outlet and a closure mechanism of the extraction outlet, configured to be operated in said open and closed positions, characterised in that the closure mechanism is configured to be operated manually, the control device comprising at least one audible or visual indicator instructing a user to operate the closure mechanism at least in the open position during cooking. - fresh air suction means configured to convey the fresh air to a device for heating this air, the air thus heated subsequently supplying the cooking chamber, and - hot air extraction means configured to discharge the hot air from the cooking chamber, the extraction means comprising a closure system configured to be activated either in the open position, allowing the discharge of the hot air, or in the closed position, limiting the discharge of the hot air, so as to create a confined atmosphere in the cooking chamber,
A solid dispersion comprising: a) Coenzyme Q10 b) a phospholipid, c) one or more cellulosic derivatives selected from the group consisting of carboxymethyl cellulose, methylcellulose, ethyl cellulose, hydroxypropylcellulose, hydroxyethyl cellulose, hydroxypropylmethyl cellulose, microcrystalline cellulose, cellulose acetate phthalate, hydroxypropylmethyl cellulose phthalate; and/or d) a polymeric material selected from the group consisting of polyvinylpyrrolidone, polyvinyl acetate, poly (methacrylic acid, methyl methacrylate), poloxamers, chitosan, alginates, hyaluronic acid, pectin, pullulan, cyclodextrins, starch polymers, D-alpha-tocopheryl polyethylene glycol 1000 succinate; wherein the Coenzyme Q10 to phospholipid ratio is 0.2 to 1. a) Coenzyme Q10 b) a phospholipid, c) one or more cellulosic derivatives selected from the group consisting of carboxymethyl cellulose, methylcellulose, ethyl cellulose, hydroxypropylcellulose, hydroxyethyl cellulose, hydroxypropylmethyl cellulose, microcrystalline cellulose, cellulose acetate phthalate, hydroxypropylmethyl cellulose phthalate; and/or d) a polymeric material selected from the group consisting of polyvinylpyrrolidone, polyvinyl acetate, poly (methacrylic acid, methyl methacrylate), poloxamers, chitosan, alginates, hyaluronic acid, pectin, pullulan, cyclodextrins, starch polymers, D-alpha-tocopheryl polyethylene glycol 1000 succinate;
Nozzle arrangement for use in a gas thruster, comprising: stagnation chamber having an entrance opening and a nozzle exit; and at least one heater microstructure arranged in said stagnation chamber, characterized in that said at least one heater microstructure comprises a heater microstructure core of silicon or silicon compounds coated by a surface metal or metal compound coating. stagnation chamber having an entrance opening and a nozzle exit; and at least one heater microstructure arranged in said stagnation chamber,
A method for producing garments or bandages, with two superimposed layers of fabric (2, 3), in two different steps, on the one hand, the two superimposed layers of fabric (2, 3) partially by means of a point, line or area-shaped elastomer connection and on the other hand, a three-dimensional, elastic molded part that protrudes over the fabric layer is produced on the fabric layer by layer-by-layer application of elastomer, the three-dimensional molded part only being attached to the fabric layer.
Management system for a technical facility, in particular a process or manufacturing facility, which has an operator station server and an operator station client, wherein for control and monitoring the operator station server is designed to transfer a facility mimic diagram (11, 12) of the technical facility to the operator station client, wherein the facility mimic diagram (11, 12) comprises an alarm signal indicator, and wherein the operator station client is designed to visually display the facility mimic diagram (11, 12) with the alarm signal indicator, characterised in that the operator station server has a computer-implemented alarm signal service, which is designed to communicate to the operator station client, when transferring the facility mimic diagram (11, 12) with the alarm signal indicator, which duration it is allowed to expend for the visual display of the alarm signal indicator, and wherein the operator station client is designed to determine which value an actual display time has for the visual display of the alarm signal indicator, wherein the alarm signal service is also designed to inform the operator station client about an emergence of a new or updated alarm signal in the management system by way of a message, wherein the operator station client is designed to determine whether a display time for the visual display of the alarm signal indicator with the new or updated alarm signal would overshoot the value of the duration, which the operator station client is allowed to expend for the visual display of the alarm signal indicator, and wherein the operator station client is also designed to limit the visual display of the alarm signal indicator when the available duration is overshot. and wherein the operator station client is designed to visually display the facility mimic diagram (11, 12) with the alarm signal indicator, characterised in that the operator station server has a computer-implemented alarm signal service, which is designed to communicate to the operator station client, when transferring the facility mimic diagram (11, 12) with the alarm signal indicator, which duration it is allowed to expend for the visual display of the alarm signal indicator, and wherein the operator station client is designed to determine which value an actual display time has for the visual display of the alarm signal indicator, wherein the alarm signal service is also designed to inform the operator station client about an emergence of a new or updated alarm signal in the management system by way of a message, wherein the operator station client is designed to determine whether a display time for the visual display of the alarm signal indicator with the new or updated alarm signal would overshoot the value of the duration, which the operator station client is allowed to expend for the visual display of the alarm signal indicator, and wherein the operator station client is also designed to limit the visual display of the alarm signal indicator when the available duration is overshot.
A locking system having a key and a lock cylinder which has a cylinder core which is journalled in a housing and has a keyway for the introduction of the key, wherein a plurality of tumblers (31, 33) actuable by the key and an additional blocking element movably arranged in a guide passage of the cylinder core and displaceable obliquely or transversely to the direction of insertion of the key project into the keyway, wherein the additional blocking element is made to cooperate with a counter-element (9, 10, 47) arranged at the key blade with a key introduced up to a maximum insertion depth, and wherein the counter-element (9, 10, 47) is completely arranged in a groove or recess extending in the longitudinal direction of the key blade and starting from the key tip, characterized in that the counter-element is formed by a partly spherical, frustoconical or pin-type elevated portion (9, 47).
Position measuring device comprising - a code (1, 101), consisting of a sequence of code elements (C1 to C28) arranged in a measurement direction X and having an identical width B and having a first and a second property, wherein the code elements (C1, C4, C5, C6, C8, C12, C21, C24, C26, C28) having the first property and the code elements (C2, C3, C7, C11, C22, C23, C25, C27) having the second property are arranged aperiodically in each case; - a scanning unit having a plurality of detectors (D1 to D52) for scanning the code (1, 101) and obtaining scanning signals (A1 to A52), from which a code word defining the absolute position is formed, and - an arrangement (11, 11.1, 11.2, 211) for forming at least one incremental signal (IN, IN0, IN90, IN180, IN270, IN120, IN240, BN0, BN90) from the scanning signals (A1 to A52), characterized in that - the arrangement (11, 211) for forming the incremental signal (IN, IN0, IN90, IN180, IN270, IN120, IN240, BN0, BN90) comprises a converter device (12, 112) and a collecting device (13, 113) disposed downstream of the converter device (12, 112), wherein the converter device (12, 112) is configured to compare the scanning signals (A1 to A52) derived at scanning positions in the spacing grid B in each case with a scanning signal (A1 to A52) of a further detector (D1 to D52) spaced apart in the measurement direction X and to rectify the difference formed by the comparison by absolute value formation and thus forms in each case piecewise periodic partial signals (TA1 to TA36), which are fed to the collecting device (13, 113) and are summed by the collecting device (13, 113). - a code (1, 101), consisting of a sequence of code elements (C1 to C28) arranged in a measurement direction X and having an identical width B and having a first and a second property, wherein the code elements (C1, C4, C5, C6, C8, C12, C21, C24, C26, C28) having the first property and the code elements (C2, C3, C7, C11, C22, C23, C25, C27) having the second property are arranged aperiodically in each case; - a scanning unit having a plurality of detectors (D1 to D52) for scanning the code (1, 101) and obtaining scanning signals (A1 to A52), from which a code word defining the absolute position is formed, and - an arrangement (11, 11.1, 11.2, 211) for forming at least one incremental signal (IN, IN0, IN90, IN180, IN270, IN120, IN240, BN0, BN90) from the scanning signals (A1 to A52), - the arrangement (11, 211) for forming the incremental signal (IN, IN0, IN90, IN180, IN270, IN120, IN240, BN0, BN90) comprises a converter device (12, 112) and a collecting device (13, 113) disposed downstream of the converter device (12, 112), wherein
Tool holder designated as a pendulum holder, with a machine holder that can be clamped in a machine tool, and with a tool holder, into the holder opening of which a tool can be inserted, and with an equalising coupling arranged between the machine holder and the tool holder allowing a radial offset between the two said elements of the pendulum holder, where two concentric coupling elements (8, 9) are arranged in the equalising coupling which create an annular gap between them, of which one coupling element is attached to the machine holder and the other coupling element to the tool holder, where one of these coupling elements (8, 9) has an inclined surface which has an increasing radial distance from the centre axis of the pendulum holder, and where the two coupling elements (8, 9) are movable relative to one another and can be fixed in different relative positions, such that, depending on the relative position, the annular gap between these two coupling elements (8, 9) has a different effective gap width which determines the radial movement between the machine holder and the tool holder, where bearing bodies are arranged between the two coupling elements (8, 9), characterised in that the bearing bodies are arranged in the annular gap between the inclined surface and the opposite coupling element (8, 9).
A coil for use in a non-contact power transmission system transmitting electric power via a non-contact method, the coil comprising: a first coil in which a wire is wound around at a center of a core, and a second coil placed at an end of the core or at each end of the core wound with the wire, wherein the winding axis of each second coil is perpendicular to the winding axis of the first coil, and characterized in that in each second coil, the wire is wound in a swirl pattern in a plan view on an end surface of the core. a first coil in which a wire is wound around at a center of a core, and a second coil placed at an end of the core or at each end of the core wound with the wire, wherein the winding axis of each second coil is perpendicular to the winding axis of the first coil, and characterized in that in each second coil, the wire is wound in a swirl pattern in a plan view on an end surface of the core.
Deployment module for an insert for a key having a retractable insert designed to be mounted in a casing of said key, having - an insert (5, 7) mounted in a pivotable manner about a pivot axis and comprising a key-bit support and a key bit secured to said support, - an insert (5, 7) deployment mechanism mounted in said casing and comprising: • a push button housed axially in an associated housing of the upper half-shell and protruding from this upper half-shell in order to be actuated by a user, and • an insert (5, 7) elastic return element of which a first end is connected to the insert (5, 7) at the support, for urging said insert (5, 7) into a pivoting movement toward a use position when the push button is actuated, said return element being fixed to the push button by a second end, the support or the button having holding pegs that rise parallel to the pivot axis and being positioned in a manner facing one another and symmetrically with respect to said pivot axis, characterized in that said holding pegs define, on either side of the pivot axis, a space for angular travel of the first end or the second end of the elastic return element at an angle of between 10° and 90°. - an insert (5, 7) mounted in a pivotable manner about a pivot axis and comprising a key-bit support and a key bit secured to said support, - an insert (5, 7) deployment mechanism mounted in said casing and comprising: • a push button housed axially in an associated housing of the upper half-shell and protruding from this upper half-shell in order to be actuated by a user, and • an insert (5, 7) elastic return element of which a first end is connected to the insert (5, 7) at the support, for urging said insert (5, 7) into a pivoting movement toward a use position when the push button is actuated, said return element being fixed to the push button by a second end, • a push button housed axially in an associated housing of the upper half-shell and protruding from this upper half-shell in order to be actuated by a user, and • an insert (5, 7) elastic return element of which a first end is connected to the insert (5, 7) at the support, for urging said insert (5, 7) into a pivoting movement toward a use position when the push button is actuated, said return element being fixed to the push button by a second end,
Method for controlling and/or monitoring a compressor system comprising one or more compressors (11, 12, 13) and one or more peripheral devices (14 to 21), wherein the compressors (11, 12, 13) and peripheral devices (14 to 21) are arranged or interconnected in a predetermined configuration, wherein the compressor system is controlled and/or monitored via a control/monitoring unit, wherein, based on one or more base models (M 1, M 2,....) of the compressor system, which is based, for example, on a P&I diagram, optionally including the specification of the compressors (11, 12, 13) and the peripheral devices (14 to 21), one or more derived models ( M̃ a, M̃ b,...), which take into account the operative relationships between the individual compressors (11, 12, 13) and peripheral devices (14 to 21) and optionally also dynamic processes, are created, characterized in that the one or more derived models ( M̃ a, M̃ b,...) are used as a basis in subsequent control, monitoring, diagnostic or evaluation routines for an evaluation of recorded operating data. wherein the compressors (11, 12, 13) and peripheral devices (14 to 21) are arranged or interconnected in a predetermined configuration, wherein the compressor system is controlled and/or monitored via a control/monitoring unit, wherein, based on one or more base models (M 1, M 2,....) of the compressor system, which is based, for example, on a P&I diagram, optionally including the specification of the compressors (11, 12, 13) and the peripheral devices (14 to 21), one or more derived models ( M̃ a, M̃ b,...), which take into account the operative relationships between the individual compressors (11, 12, 13) and peripheral devices (14 to 21) and optionally also dynamic processes, are created, characterized in that the one or more derived models ( M̃ a, M̃ b,...) are used as a basis in subsequent control, monitoring, diagnostic or evaluation routines for an evaluation of recorded operating data.
A method for establishing a group call. from a calling end point to a group of recipient end points (121, 122), the method being carried out by a group call service node and comprising: - receiving a group call setup message from the calling end point, the call setup message comprising at least one identifier for the group of recipient end points, - sending to the calling end point contact data for a temporary end point allocated to the calling end point, - recognizing a first call placed from the calling end point to the temporary end point, - placing second calls to each recipient end of the group of recipient end points using the at least one identifier, - joining the first and second calls to generate a group call from the calling end point to each of the recipient end points. - receiving a group call setup message from the calling end point, the call setup message comprising at least one identifier for the group of recipient end points, - sending to the calling end point contact data for a temporary end point allocated to the calling end point, - recognizing a first call placed from the calling end point to the temporary end point, - placing second calls to each recipient end of the group of recipient end points using the at least one identifier, - joining the first and second calls to generate a group call from the calling end point to each of the recipient end points.
A method of tracing forwards of an electronic message, the method comprising: storing, for each of a plurality of forwarded messages sent via an electronic messaging application, a record in a data store, each record including a link to an original message for the forwarded message; calculating, with an electronic processor, one or more statistics for an electronic message based on records stored in the data store, wherein the one or more statistics include at least a first statistic being a number of requests to revoke the electronic message; and outputting the one or more statistics for display to a user via at least one user interface, including generating an alert and transmitting the alert, wherein the alert is automatically generated and transmitted in response to the first statistic satisfying a predetermined threshold. storing, for each of a plurality of forwarded messages sent via an electronic messaging application, a record in a data store, each record including a link to an original message for the forwarded message; calculating, with an electronic processor, one or more statistics for an electronic message based on records stored in the data store, wherein the one or more statistics include at least a first statistic being a number of requests to revoke the electronic message; and outputting the one or more statistics for display to a user via at least one user interface, including generating an alert and transmitting the alert, wherein the alert is automatically generated and transmitted in response to the first statistic satisfying a predetermined threshold.
Method for watermarking video images wherein modifiable blocks are selected among a plurality of candidate blocks, the method comprising: • obtaining (210, 310) a pixel error block ( e) with respect to an original block ( o) and a modified block ( w) for a candidate block among said plurality of candidate blocks; • determining an error concentration metric ( ec) for said pixel error block, comprising: ∘ obtaining a sorted error vector ( e *) by sorting said pixel error block in descending order of error value; ∘ computing a normalized accumulated error vector ( ec *) of said sorted error vector; ∘ determining said error concentration metric ( ec) by obtaining a minimum index of said normalized accumulation error vector for which a normalized accumulation error value is above a target value ( ec T); • determining (230, 330) that said candidate block is a modifiable block in the case where said error concentration metric ( ec) is larger than a concentration value. • obtaining (210, 310) a pixel error block ( e) with respect to an original block ( o) and a modified block ( w) for a candidate block among said plurality of candidate blocks; • determining an error concentration metric ( ec) for said pixel error block, comprising: ∘ obtaining a sorted error vector ( e *) by sorting said pixel error block in descending order of error value; ∘ computing a normalized accumulated error vector ( ec *) of said sorted error vector; ∘ determining said error concentration metric ( ec) by obtaining a minimum index of said normalized accumulation error vector for which a normalized accumulation error value is above a target value ( ec T); ∘ obtaining a sorted error vector ( e *) by sorting said pixel error block in descending order of error value; ∘ computing a normalized accumulated error vector ( ec *) of said sorted error vector; ∘ determining said error concentration metric ( ec) by obtaining a minimum index of said normalized accumulation error vector for which a normalized accumulation error value is above a target value ( ec T); • determining (230, 330) that said candidate block is a modifiable block in the case where said error concentration metric ( ec) is larger than a concentration value.
Fuel injector (1; 1a; 1b), in particular for compression-ignition internal combustion engines, with a control valve and a control chamber, wherein the control chamber is connected via an outlet bore to a valve chamber of the control valve, wherein a valve bolt is arranged in the valve chamber, wherein the valve bolt is loaded by the spring force of a compression spring in a first position into a closing position in which said valve bolt interacts with a valve seat surface, wherein the compression spring is arranged in a low-pressure region which is sealed in relation to the valve chamber, wherein the opening stroke of the valve bolt can be set for a second position, in which the valve bolt is spaced apart from the valve seat surface, and wherein the valve bolt is guided in the valve chamber by a sealing sleeve which radially encloses the valve bolt, characterized in that the opening stroke of the valve bolt is brought about by the valve bolt at least indirectly bearing against the sealing sleeve.