mhurhangee/ep-ind-claims huggingface dataset:
A method for drape forming a laminated composite charge, the method comprising: placing the laminated composite charge on a forming tool; and redirecting forming forces applied to the laminated composite charge during drape forming to counteract wrinkle forming movement between plies of the laminated composite charge; wherein the forming forces are redirected by applying tension forces to one or more tension members interleaved into a peripheral area (400A1, 400A2) of the laminated composite charge; and wherein the tension forces are generated by the one or more tension members interleaved in the laminated composite charge where a free end of the one or more tension members is constrained at a fixed location under compressive loading by a drape forming diaphragm and an interleaved end of the one or more tension members pulls on the laminated composite charge under the compressive loading by the drape forming diaphragm. placing the laminated composite charge on a forming tool; and redirecting forming forces applied to the laminated composite charge during drape forming to counteract wrinkle forming movement between plies of the laminated composite charge; wherein the forming forces are redirected by applying tension forces to one or more tension members interleaved into a peripheral area (400A1, 400A2) of the laminated composite charge; and wherein the tension forces are generated by the one or more tension members interleaved in the laminated composite charge where a free end of the one or more tension members is constrained at a fixed location under compressive loading by a drape forming diaphragm and an interleaved end of the one or more tension members pulls on the laminated composite charge under the compressive loading by the drape forming diaphragm.
Rotary dimmer for fastening to a building wall, comprising a base body which can be permanently fastened to the wall and is set up for electrical connection to a light control system, and an operating element which is mounted on the base body such that it can be rotated about an axis (x), characterized in that a sensor is arranged within the operating element, which sensor is set up to detect a rotational movement of the operating element, an electrical device being provided between the operating element and the base body for transmitting the positional information detected by the sensor to the base body, wherein the operating element is mechanically connected to the base body via a rotary shaft, wherein the axis (x) for rotation of the operating element is formed by the axis of the rotary shaft, wherein the electrical device is formed as a contact along the rotary shaft, in that electrical contact sections (6a, 6b) which are electrically separated from one another are formed on the outer casing of the rotary shaft, by means of which the operating element is electrically connected to the base body for transmitting the position information.
A method for utilizing a broadcast channel for transmitting paging information, on a per sector basis, to subscriber stations from the same soft handoff group, (602, 604) the method comprising: defining a pre-defined periodic time interval for packet transmissions to indicate that packets transmitted in the interval carry paging information for paging subscriber stations; replacing part of a content of a parity portion of a transmitting buffer with the paging information; and transmitting the replaced content of the transmitting buffer at a determined time of the pre-defined periodic time interval on the forward broadcast shared channel, wherein the power for transmission of the forward broadcast shared channel is increased during the determined time of the pre-defined periodic time interval. defining a pre-defined periodic time interval for packet transmissions to indicate that packets transmitted in the interval carry paging information for paging subscriber stations; replacing part of a content of a parity portion of a transmitting buffer with the paging information; and transmitting the replaced content of the transmitting buffer at a determined time of the pre-defined periodic time interval on the forward broadcast shared channel, wherein the power for transmission of the forward broadcast shared channel is increased during the determined time of the pre-defined periodic time interval.
A laminate comprising a pair of polycarbonate optical sheets or films which are laminated together through a polarizing film layer and an adhesive layer of a photochromic composition comprising a polyurethane urea resin and a photochromic compound, wherein the photochromic composition further comprises a polyisocyanate compound having at least two isocyanate groups in the molecule and the polyisocyanate compound having at least two isocyanate groups in the molecule comprises 100 parts by mass of the compound having an isocyanate group bonded to a secondary carbon (IIIA) and 20 to 100 parts by mass of at least one compound (IIIB) selected from the group consisting of hexamethylene diisocyanate, burette compound of hexamethylene diisocyanate, isocyanurate compound of hexamethylene diisocyanate and adduct compound of hexamethylene diisocyanate.
A combination comprising a smoke machine including a smoke generator device to produce smoke and a source of gas communicating with the smoke generator device of said smoke machine to provide a supply of gas thereto at which to be mixed with the smoke produced by said smoke generator device and carry the smoke outwardly from said smoke generator device to a closed fluid system to be tested for leaks, characterized in that said source of gas is a nitrogen generating membrane tube adapted to produce nitrogen gas to be provided to the smoke generating device of said smoke machine, and wherein said nitrogen generating membrane tube is connected to said smoke machine such that a space is created therebetween through which to receive a hand of a user and thereby enable the user to wrap his hand around said nitrogen generating membrane tube such that said nitrogen generating membrane tube creates a handle at which said smoke machine is lifted and transported.
A reduced coenzyme Q10 crystal showing characteristic peaks at diffraction angles (2θ ± 0.2°) of 11.5°, 18.2°, 19.3°, 22.3°, 23.0° and 33.3° in powder X-ray (Cu-Kα) diffraction.
A method for operating a device, the method comprising: receiving state information on each of a plurality of control devices from each of the plurality of control devices generating a plurality of data requests to a storage device; determining a threshold value indicating a number of at least one data request queued without response among the plurality of data requests based on the received state information wherein whether to transmit the plurality of data requests to the storage device is based on the threshold value; the method is characterized in further comprising transmitting the determined threshold value to at least one another device, wherein the state information includes a time deadline for processing operation of the control device and a processing time of the requested data. receiving state information on each of a plurality of control devices from each of the plurality of control devices generating a plurality of data requests to a storage device; determining a threshold value indicating a number of at least one data request queued without response among the plurality of data requests based on the received state information wherein whether to transmit the plurality of data requests to the storage device is based on the threshold value; the method is characterized in further comprising transmitting the determined threshold value to at least one another device, wherein the state information includes a time deadline for processing operation of the control device and a processing time of the requested data. transmitting the determined threshold value to at least one another device, wherein the state information includes a time deadline for processing operation of the control device and a processing time of the requested data.
A device for maintaining an intra-luminal pressure within an Upper Esophageal Sphincter of a patient to reduce pharyngeal reflux, the device comprising: a cushion (302, 402, 502); a band (304, 404, 504) for supporting the cushion (302, 402, 502) against a cricoid of a patient; the device further comprises a means for applying a predetermining amount of pressure to the cricoid in order to reduce pharyngeal reflux in the patient while allowing the patient to open the Upper Esophageal Sphincter of the patient for other physiological events, characterized in that the predetermined amount of pressure is in a range of pressures between 1333,32 and 9332,54 Pascal (10 and 70 millimeters of mercury). a cushion (302, 402, 502); a band (304, 404, 504) for supporting the cushion (302, 402, 502) against a cricoid of a patient; the device further comprises a means for applying a predetermining amount of pressure to the cricoid in order to reduce pharyngeal reflux in the patient while allowing the patient to open the Upper Esophageal Sphincter of the patient for other physiological events, characterized in that the predetermined amount of pressure is in a range of pressures between 1333,32 and 9332,54 Pascal (10 and 70 millimeters of mercury).
Hose connection having at least one hose receptacle into which a hose end is insertable, wherein a clip passes through the at least one hose receptacle in order to engage into a clip receptacle of the hose end, wherein the clip is formed so as to be self-retaining on the at least one hose receptacle, characterized in that the at least one hose receptacle is one of three hose receptacles (3a, 3b, 3c) into which a respective hose end (4a, 4b, 4c) is insertable, and in that the clip comprises multiple arresting webs (8a, 8b, 8c) which pass through the three hose receptacles (3a, 3b, 3c).
A photocurable composition comprising: a dithiol compound having a disulfide bond; a compound having two ethylenically unsaturated groups; a hydrogen abstraction type photoradical generator; and an intramolecular cleavage type photoradical generator. a dithiol compound having a disulfide bond; a compound having two ethylenically unsaturated groups; a hydrogen abstraction type photoradical generator; and an intramolecular cleavage type photoradical generator.
Connector assembly for connecting a transom with a mullion comprising a connector and a gasket (200, 201), wherein - the gasket (200, 201) is designed to seal drainage channels of the transom, as well as a screw channel arranged between the drainage channels at one end of the transom in a watertight manner in an assembled state, and - wherein the connector is designed to be placed on the gasket (200, 201) in an assembled state characterized in that - the gasket (200, 201) has a central groove, which is arranged inside the screw channel in an assembled state and - the connector has a rib, which is designed to engage in the groove in the assembled state and to press the gasket (200, 201) against the screw channel. - the gasket (200, 201) is designed to seal drainage channels of the transom, as well as a screw channel arranged between the drainage channels at one end of the transom in a watertight manner in an assembled state, and - wherein the connector is designed to be placed on the gasket (200, 201) in an assembled state - the gasket (200, 201) has a central groove, which is arranged inside the screw channel in an assembled state and - the connector has a rib, which is designed to engage in the groove in the assembled state and to press the gasket (200, 201) against the screw channel.
A process for producing a container, the process comprising: biaxially stretch blow molding a preform formed in a bottomed tubular shape including a mouth, a trunk, and a bottom into a container by using a liquid as a pressurizing medium, wherein a portion of a mold used to form the preform by extrusion blow molding that corresponds to the bottom has a structure that is splittable into at least three parts in a circumferential direction of the bottom, and joints of the portion of the mold extend to an outer side from an axis of the bottom, and wherein, during the biaxial stretch blow molding, an annular-shaped ground-contacting portion is formed in a bottom of the container, and one or more bottom parting line marks (12a, 12b, 12c), which correspond to one or more bottom parting lines (2a, 2b, 2c), are positioned inside the ground-contacting portion, wherein that the bottom parting marks (12A, 12B12C) are not formed in the ground-contacting portion of the bottom is achieved by: adjusting the lengths of the bottom parting lines (2a, 2b, 2c), which are formed in the bottom of the preform, and adjusting the degree to which the bottom of the preform is stretched in the longitudinal and the lateral direction during biaxial stretch blow molding. adjusting the lengths of the bottom parting lines (2a, 2b, 2c), which are formed in the bottom of the preform, and adjusting the degree to which the bottom of the preform is stretched in the longitudinal and the lateral direction during biaxial stretch blow molding.
A method of detecting an encoder functionality issue in a media distribution system in which consecutive media segments generated by the encoder are transmitted to a media client and in which media descriptions describe expected availability times of media segments for the media client, the method being performed by a monitoring entity and comprising: monitoring an availability time of a media segment compared to an expected availability time of the media segment, wherein the expected availability time is described by or derived from a media description; determining whether a deviation of the monitored availability time of the media segment from the expected availability time of the media segment is present; determining the deviation; comparing the determined deviation with at least one threshold; and detecting the encoder functionality issue based on a result of the comparison. monitoring an availability time of a media segment compared to an expected availability time of the media segment, wherein the expected availability time is described by or derived from a media description; determining whether a deviation of the monitored availability time of the media segment from the expected availability time of the media segment is present; determining the deviation; comparing the determined deviation with at least one threshold; and detecting the encoder functionality issue based on a result of the comparison.
A busway system for power distribution to equipment (100, 210, 460) positioned in information technology racks (380, 382), comprising: - a busway (200, 310, 400) external to said information technology racks; - energy meters; - a plurality of locations in said busway (200, 310, 400) and, - received in said locations, a plurality of detachably engageable taps (230, 330, 350, 450, 520, 610), each of said taps including a respective circuit breaker; - said busway (200, 310, 400) including a plurality of segments (410, 600, 920), each of which are detachably engaged with one another and include at least one of said plurality of locations, said busway providing power to said information technology racks (380, 382) by respective said taps (230, 330, 350, 450, 520, 610); - each of said taps (230, 330, 350, 450, 520, 610) including a respective electrical sensor (510, 910) supported by a respective one of said taps (230, 330, 350, 450, 520, 610), which electrical sensor senses at least one of a voltage level and a current level at a position on the tap at a location beyond an electrical interconnection between the tap and the busway, such that opening of said respective circuit breaker disconnects an electrical interconnection between said electrical sensor (510, 910) and said busway (200, 310, 400), and provides an output signal to a computing device; characterized in that each of said energy meters includes a respective one of said electrical sensors and a busway voltage sensor that directly senses a voltage on the busway at a location proximate the respective tap not including said electrical interconnection between the tap and the busway as part of the measurement. - a busway (200, 310, 400) external to said information technology racks; - energy meters; - a plurality of locations in said busway (200, 310, 400) and, - received in said locations, a plurality of detachably engageable taps (230, 330, 350, 450, 520, 610), each of said taps including a respective circuit breaker; - said busway (200, 310, 400) including a plurality of segments (410, 600, 920), each of which are detachably engaged with one another and include at least one of said plurality of locations, said busway providing power to said information technology racks (380, 382) by respective said taps (230, 330, 350, 450, 520, 610); - each of said taps (230, 330, 350, 450, 520, 610) including a respective electrical sensor (510, 910) supported by a respective one of said taps (230, 330, 350, 450, 520, 610), which electrical sensor senses at least one of a voltage level and a current level at a position on the tap at a location beyond an electrical interconnection between the tap and the busway, such that opening of said respective circuit breaker disconnects an electrical interconnection between said electrical sensor (510, 910) and said busway (200, 310, 400), and provides an output signal to a computing device;
A sensor (102, 300, 400, 500) for a separable connector comprising: a plug body (210, 222, 242, 310, 410, 510) comprising an insulating resin, the plug body configured to be inserted into the separable connector to encase a high voltage conductor disposed in the separable connector such that there are no exposed high voltage surfaces; one or more high voltage capacitors (204, 304, 404, 504) encased by the insulating resin and configured to be electrically coupled to the separable connector at a first end portion when the plug body is inserted; one or more discrete low voltage capacitors (206, 306) electrically coupled in series to the one or more high voltage capacitors to form a capacitive voltage divider; and a low voltage connection (330, 430) configured to provide a low voltage signal corresponding to a high voltage signal present in the separable connector, further comprising a substrate (338, 438) supporting the one or more low voltage capacitors, wherein the substrate includes conductors, such as traces or wires, to facilitate mechanical connection, electrical connection, or both to other components. a plug body (210, 222, 242, 310, 410, 510) comprising an insulating resin, the plug body configured to be inserted into the separable connector to encase a high voltage conductor disposed in the separable connector such that there are no exposed high voltage surfaces; one or more high voltage capacitors (204, 304, 404, 504) encased by the insulating resin and configured to be electrically coupled to the separable connector at a first end portion when the plug body is inserted; one or more discrete low voltage capacitors (206, 306) electrically coupled in series to the one or more high voltage capacitors to form a capacitive voltage divider; and a low voltage connection (330, 430) configured to provide a low voltage signal corresponding to a high voltage signal present in the separable connector, further comprising a substrate (338, 438) supporting the one or more low voltage capacitors, wherein the substrate includes conductors, such as traces or wires, to facilitate mechanical connection, electrical connection, or both to other components.
Compressor system for generating a compressed gas, in particular air, having at least one main compressor to which pre-compressed gas is fed using at least one pre-compressor, wherein - the at least one main compressor is driven, as is also the at least one pre-compressor, by a common drive motor or separate drives, characterized in that - at least one pre-compressor is assigned a hydrodynamic fluid coupling for changing the drive speed of the pre-compressor, - wherein this fluid coupling makes it possible to change the drive speed of the pre-compressor independently of the rotational speed of the common drive motor or of the separate drive of the pre-compressor. - the at least one main compressor is driven, as is also the at least one pre-compressor, by a common drive motor or separate drives, - at least one pre-compressor is assigned a hydrodynamic fluid coupling for changing the drive speed of the pre-compressor, - wherein this fluid coupling makes it possible to change the drive speed of the pre-compressor independently of the rotational speed of the common drive motor or of the separate drive of the pre-compressor.
A device carrier for fixing in a recess or a borehole of a wall, a cavity wall, or a thermally insulated wall or façade of buildings, characterized by that the device carrier consists of a cylindrical, front opening hollow body with integrated spreading arms, which hollow body can be fitted into the recess or borehole, and of a substantially cylindrical shaped body to be slid from the front into the hollow body, said shaped body being matched in its shape and dimensions to the cavity of the hollow body and in the desired mounting position fittingly filling the cavity, that the shaped body has at its front that in the desired mounting position approximately flushly closes off the orifice of the hollow body, a wall with a multitude of perforations, alternatively one of which serves for receiving the shaft of a fastening means, and that in a pre-assembly position the spreading arms of the hollow body are displaced into the cavity of the hollow body and are located in the line of peripheral alignment of the hollow body or behind thereof, and are pivoted by the slid-in shaped body from the pre-assembly position into a desired mounting position, in which they protrude beyond the line of peripheral alignment of the hollow body.
Method for increasing the direction-finding accuracy of a receiver arrangement, wherein sound waves are received using the receiver arrangement, received signals (16a to 16c) are ascertained from the sound waves by means of the receiver arrangement, direction signals (20a to 20c) for a respective relative reception direction (21a to 21c) are ascertained from the received signals (16a to 16c) and associated frequency lines (64a to 64j) for a respective frequency of a frequency range with an amplitude value are ascertained from each direction signal (20a to 20c) for the same reception direction (21a to 21c), characterized in that a respective direction function with first function arguments is formed for each frequency of the frequency range, wherein each first function argument of a direction function is consistent with a respective one of the reception directions (21a to 21c), adjacent first function arguments are consistent with adjacent reception directions (21a to 21c) and each first function argument comprises, as a function value, the amplitude value or a value derived from the amplitude value for the frequency line (64a to 64j) of the frequency of the respective direction function of the reception direction (21a to 21c) consistent with the first function argument, and each of the direction functions is transformed into the spectral domain and a real portion of the first spectral function obtained therefrom comprises first spectral function arguments and the real portion of the first spectral function is filled with further spectral function arguments between intermediate spectral function arguments of the first spectral function arguments and is symmetrical in relation to the intermediate spectral function arguments of the first spectral function, wherein the further spectral function arguments each comprise a function value of zero or in the region of zero, and the filled first spectral function is transformed back from the spectral domain, resulting in an interpolated first direction function.