mhurhangee/ep-ind-claims huggingface dataset:
An optical flame detector comprising: a body; a first infrared source housed within the body configured to produce a first emission (222A, 224A), wherein the first infrared source is a MEMS device; a second infrared source housed within the body configured to produce a second emission (222B, 224B), wherein the second infrared source is an LED emitter, wherein the first emission (222A, 224A) has a first wavelength and the second emission (222B, 224A, 224B) has a second wavelength, and the first infrared source and the second infrared source are configured to operate at different times. a first window coupled to the body configured to filter and reflect the first emission from the first infrared source and the second emission from the second infrared source; a second window coupled to the body configured to filter and reflect the first emission from the first infrared source and the second emission from the second infrared source; a first detector housed within the body configured to monitor an environment through the first window and to receive the first emission from the first infrared source reflected by the first window and to receive the second emission from the second infrared source reflected by the first window; and a second detector housed within the body configured to monitor the environment through the second window and to receive the first emission from the first infrared source reflected by the second window and to receive the second emission from the second infrared source reflected by the second window. a body; a first infrared source housed within the body configured to produce a first emission (222A, 224A), wherein the first infrared source is a MEMS device; a second infrared source housed within the body configured to produce a second emission (222B, 224B), wherein the second infrared source is an LED emitter, wherein the first emission (222A, 224A) has a first wavelength and the second emission (222B, 224A, 224B) has a second wavelength, and the first infrared source and the second infrared source are configured to operate at different times. a first window coupled to the body configured to filter and reflect the first emission from the first infrared source and the second emission from the second infrared source; a second window coupled to the body configured to filter and reflect the first emission from the first infrared source and the second emission from the second infrared source; a first detector housed within the body configured to monitor an environment through the first window and to receive the first emission from the first infrared source reflected by the first window and to receive the second emission from the second infrared source reflected by the first window; and a second detector housed within the body configured to monitor the environment through the second window and to receive the first emission from the first infrared source reflected by the second window and to receive the second emission from the second infrared source reflected by the second window.
A tearable foil for sealing a package, the foil comprising a plurality of layers laminated together, including at least an oxygen barrier layer and a cover layer, a tear line penetrating at least partially through the cover layer to define a tear strip extending from a pull tab to define a removable panel encircled by a border, wherein the pull tab comprises lateral wings (50A, 50B) that are delaminated with respect to the remainder of the foil, on either side of a central region that is laminated to the remainder of the foil, whereby a user may fold the lateral wings together at right angles to a plane of the foil and grip them to exert a force on the central region and thus commence tearing of the tear strip.
Manufacturing process for a composite part having a reinforcement structure comprising at least one reinforcement layer based on fibre, fabric or textile reinforcement or preimpregnated reinforcement and/or Prepreg material, wherein the reinforcement structure is provided with a functional finishing layer comprising an expandable, weldable, impact-resistant, fire resistant, electrical conductive, heat transferring, paintable and/or detachable thermoplastic sheet, said functional finishing layer being integrally formed on at least one of the surfaces of said reinforcement structure, the process comprising the following steps: - using a mould whose shape corresponds to the future composite part, - arranging the reinforcement structure inside the mould and covering the reinforcement structure with the expandable, weldable, impact-resistant, fire resistant, electrical conductive, heat transferring, paintable and/or detachable thermoplastic sheet; the process being characterised in that it further comprises the following steps: - sealing the mould by the expandable, weldable, impact-resistant, fire resistant, electrical conductive, heat transferring, paintable and/or detachable thermoplastic sheet, - heating the reinforcement structure until reaching the injection/infusion temperature of at least one impregnation matrix, so that the composite part comprises the thermoplastic sheet; - if a non-impregnated reinforcement or non-Prepreg material is used, injecting or infusing the at least one impregnation matrix in the mould so as to impregnate the reinforcement structure, and so that the composite part comprises the thermoplastic sheet; - next solidifying the resulting composite part by subjecting it to the final solidification temperature for a set time, - and extracting the composite part provided with the functional finishing layer from the mould. - using a mould whose shape corresponds to the future composite part, - arranging the reinforcement structure inside the mould and covering the reinforcement structure with the expandable, weldable, impact-resistant, fire resistant, electrical conductive, heat transferring, paintable and/or detachable thermoplastic sheet; the process being characterised in that it further comprises the following steps: - sealing the mould by the expandable, weldable, impact-resistant, fire resistant, electrical conductive, heat transferring, paintable and/or detachable thermoplastic sheet, - heating the reinforcement structure until reaching the injection/infusion temperature of at least one impregnation matrix, so that the composite part comprises the thermoplastic sheet; - if a non-impregnated reinforcement or non-Prepreg material is used, injecting or infusing the at least one impregnation matrix in the mould so as to impregnate the reinforcement structure, and so that the composite part comprises the thermoplastic sheet; - next solidifying the resulting composite part by subjecting it to the final solidification temperature for a set time, - and extracting the composite part provided with the functional finishing layer from the mould.
A graphics processing unit configured to process graphics data using a rendering space which is sub-divided into a plurality of tiles, the graphics processing unit comprising: a plurality of processing cores configured to render graphics data; cost indication logic configured to obtain a cost indication for each of a plurality of sets of one or more tiles of the rendering space, wherein the cost indication for a set of one or more tiles is suggestive of a cost of processing the set of one or more tiles; characterised in that the graphics processing unit further comprises: similarity indication logic configured to obtain similarity indications between sets of one or more tiles of the rendering space, wherein the similarity indication between two sets of one or more tiles is indicative of a level of similarity between the two sets of tiles according to at least one processing metric; and scheduling logic configured to assign the sets of one or more tiles to the processing cores for rendering in dependence on the cost indications and the similarity indications. a plurality of processing cores configured to render graphics data; cost indication logic configured to obtain a cost indication for each of a plurality of sets of one or more tiles of the rendering space, wherein the cost indication for a set of one or more tiles is suggestive of a cost of processing the set of one or more tiles; characterised in that the graphics processing unit further comprises: similarity indication logic configured to obtain similarity indications between sets of one or more tiles of the rendering space, wherein the similarity indication between two sets of one or more tiles is indicative of a level of similarity between the two sets of tiles according to at least one processing metric; and scheduling logic configured to assign the sets of one or more tiles to the processing cores for rendering in dependence on the cost indications and the similarity indications. similarity indication logic configured to obtain similarity indications between sets of one or more tiles of the rendering space, wherein the similarity indication between two sets of one or more tiles is indicative of a level of similarity between the two sets of tiles according to at least one processing metric; and scheduling logic configured to assign the sets of one or more tiles to the processing cores for rendering in dependence on the cost indications and the similarity indications.
An antenna array comprising: a first radiating cell and a second radiating cell: wherein each of the first and second radiating cells comprises: a radiating element; a phase shifter; a switch connected between the radiating element and the phase shifter, wherein the switch is configured to selectively connect the phase shifter to one of a first radiating element port and a second radiating element port of the radiating element; and a phase delay difference between the first and second radiating element ports, wherein the first radiating cell is rotated relative to the second radiating cell, wherein the phase shifter of each of the first and second radiating cells is a 1-bit phase shifter. a first radiating cell and a second radiating cell: wherein each of the first and second radiating cells comprises: a radiating element; a phase shifter; a switch connected between the radiating element and the phase shifter, wherein the switch is configured to selectively connect the phase shifter to one of a first radiating element port and a second radiating element port of the radiating element; and a phase delay difference between the first and second radiating element ports, wherein each of the first and second radiating cells comprises: a radiating element; a phase shifter; a switch connected between the radiating element and the phase shifter, wherein the switch is configured to selectively connect the phase shifter to one of a first radiating element port and a second radiating element port of the radiating element; and a phase delay difference between the first and second radiating element ports, a radiating element; a phase shifter; a switch connected between the radiating element and the phase shifter, wherein the switch is configured to selectively connect the phase shifter to one of a first radiating element port and a second radiating element port of the radiating element; and a phase delay difference between the first and second radiating element ports, wherein the first radiating cell is rotated relative to the second radiating cell, wherein the phase shifter of each of the first and second radiating cells is a 1-bit phase shifter.
Multifunction bit, comprising a tip for realizing a hole on a workpiece, such as a plate and the like, having a surface, wherein the multifunction bit comprises at least one radial milling insert (41, 42), arranged for realizing a concentric milling to said hole on said surface of said workpiece, and at least one centering milling insert (43, 44), arranged to realize a circular milling on the edge of said hole realized by said milling insert for drilling (45, 46), wherein said at least one radial milling insert (41, 42) is arranged in a more advanced position than said centering milling insert (43, 44), with respect to the surface of said workpiece, so that said at least one milling radial milling insert (41, 42) realizes a milling deeper than said at least one centering milling insert (43, 44) wherein the multifunction bit comprises at least one milling insert for drilling (45, 46) arranged on the top of said bit, the multifunction bit further comprises a pair of radial milling inserts (41, 42), arranged so as to achieve two millings (G1, G2) concentric to said hole, partially overlapped, so as to form a circular groove, having an irregular cross-section. a tip for realizing a hole on a workpiece, such as a plate and the like, having a surface, wherein the multifunction bit comprises at least one radial milling insert (41, 42), arranged for realizing a concentric milling to said hole on said surface of said workpiece, and at least one centering milling insert (43, 44), arranged to realize a circular milling on the edge of said hole realized by said milling insert for drilling (45, 46), wherein said at least one radial milling insert (41, 42) is arranged in a more advanced position than said centering milling insert (43, 44), with respect to the surface of said workpiece, so that said at least one milling radial milling insert (41, 42) realizes a milling deeper than said at least one centering milling insert (43, 44) wherein the multifunction bit comprises at least one milling insert for drilling (45, 46) arranged on the top of said bit, the multifunction bit further comprises a pair of radial milling inserts (41, 42), arranged so as to achieve two millings (G1, G2) concentric to said hole, partially overlapped, so as to form a circular groove, having an irregular cross-section.
Application server including: - means for defining a plurality of phases (Pi) of a conference call and the list of the terminals (Tij, Tik) that are to join said conference call at the start of each of said phases (Pi); and - sequencing means, which are able to trigger, prior to the starting of each of said phases (Pi), the sending of a command (JOIN) to each of the terminals (Tij) that are to join the conference call at the start of said phase (Pi), the execution of said command (JOIN) by a microcircuit card included in the terminal (Tij) generating a telephone call from said terminal (Tij) to a conference bridge that is able to connect said terminal (Tij) to said conference call on reception of a telephone call from said terminal (Tij), the microcircuit card storing an executable that is able to transmit commands to the terminal in which it is inserted. - means for defining a plurality of phases (Pi) of a conference call and the list of the terminals (Tij, Tik) that are to join said conference call at the start of each of said phases (Pi); and - sequencing means, which are able to trigger, prior to the starting of each of said phases (Pi), the sending of a command (JOIN) to each of the terminals (Tij) that are to join the conference call at the start of said phase (Pi), the execution of said command (JOIN) by a microcircuit card included in the terminal (Tij) generating a telephone call from said terminal (Tij) to a conference bridge that is able to connect said terminal (Tij) to said conference call on reception of a telephone call from said terminal (Tij), the microcircuit card storing an executable that is able to transmit commands to the terminal in which it is inserted.
A device for controlling the flow rate of a coolant of a motor comprising a frame in which two chambers (4, 5) delimited by a partition are arranged, the two chambers (4, 5) communicating via a conduit, a valve capable of penetrating into the conduit and a thermostat, characterized in that the device includes means for guiding the valve in translation relative to the conduit and in that the valve and the thermostat are linked by flat-type linking means.
A computer-implemented method for configuring related patient health care event records, the method comprising: generating a matching rule defined by a user, wherein the matching rule is a clear text rule that is not specific to any one programming language, wherein the matching rule is for grouping together patient health care events for a specific patient to identify a patient pathway, wherein the patient pathway is a sequence of patient health care events that a patient may experience for the treatment of a medical condition; receiving a transaction message that includes patient data from one or more health care facilities, wherein the patient data includes patient health care event data; generating, based on the received patient data, a custom extension to a relational database; applying, to the received patient data at the custom extension to the relational database, the generated matching rule; identifying related patient event records within the custom extension to the relational database; and configuring the related patient event records based on the applied matching rule. generating a matching rule defined by a user, wherein the matching rule is a clear text rule that is not specific to any one programming language, wherein the matching rule is for grouping together patient health care events for a specific patient to identify a patient pathway, wherein the patient pathway is a sequence of patient health care events that a patient may experience for the treatment of a medical condition; receiving a transaction message that includes patient data from one or more health care facilities, wherein the patient data includes patient health care event data; generating, based on the received patient data, a custom extension to a relational database; applying, to the received patient data at the custom extension to the relational database, the generated matching rule; identifying related patient event records within the custom extension to the relational database; and configuring the related patient event records based on the applied matching rule.
A web for forming dunnage units, comprising: a first elongated layer; a second elongated layer superposed over the first elongated layer, the first and second layers [14, 16] connected together at an inflation edge and an opposite edge; a plurality of transverse seals extending from the opposite edge to a seal termination point, wherein said opposite edge and said transverse seals form a plurality of inflatable pouches; and a plurality of lines of weakness that allow the inflatable pouches to be separated, the lines of weakness beginning at a starting point transversely located between the inflation edge and the termination point of the transverse seals and extend toward the opposite edge; characterized by: a frangible line of connection disposed in one of the first and second elongated layers [14, 16], the frangible line of connection being substantially parallel to the inflation edge and offset from the inflation edge by a first distance; wherein the seal termination point is a second distance from the inflation edge that is greater than said first distance. a first elongated layer; a second elongated layer superposed over the first elongated layer, the first and second layers [14, 16] connected together at an inflation edge and an opposite edge; a plurality of transverse seals extending from the opposite edge to a seal termination point, wherein said opposite edge and said transverse seals form a plurality of inflatable pouches; and a plurality of lines of weakness that allow the inflatable pouches to be separated, the lines of weakness beginning at a starting point transversely located between the inflation edge and the termination point of the transverse seals and extend toward the opposite edge; characterized by: a frangible line of connection disposed in one of the first and second elongated layers [14, 16], the frangible line of connection being substantially parallel to the inflation edge and offset from the inflation edge by a first distance; wherein the seal termination point is a second distance from the inflation edge that is greater than said first distance. a frangible line of connection disposed in one of the first and second elongated layers [14, 16], the frangible line of connection being substantially parallel to the inflation edge and offset from the inflation edge by a first distance; wherein the seal termination point is a second distance from the inflation edge that is greater than said first distance.
A refrigerator having a telescopic fixture wherein the fixture has a shelf that is mounted to a support bar secured to the inner face of a refrigerator door, the shelf is telescopic and is comprised of at least two parts, namely, a base and a platform, characterized in that the base and the platform are both being slidable upon each other and slidable along the support bar; both the base and the platform have mounting means and on the support bar, a route-limited (w) fitting and sliding means and between the base and the platform.
A vehicle, especially motorcycle, with an engine and with a crankshaft which is coupled with a transmission via a clutch, wherein a torque-limiting means is arranged in the torque path between the clutch and an output of the transmission, wherein • the torque-limiting means is designed in such a way that the maximum overrun torque which can be transmitted in the overrun condition from the transmission to the engine is less than the maximum driving torque which can be transmitted in normal operation from the engine to the transmission, and • the torque-transmitting means has a first torque-transmitting element and a second torque-transmitting element which can be or is rotationally coupled therewith, characterised in that • the torque-transmitting elements (5, 7) are two coaxially arranged gearwheels, • the two torque-transmitting elements (5, 7) can be or are rotationally coupled together via a friction clutch which is clamped by a clamping means (16, 19, 20), • the clamping means (16, 19, 20) has a clamping device which is dependent on direction of rotation and/or torque-dependent, • the clamping of the clamping device (19, 20) which is dependent on direction of rotation and/or torque-dependent is relieved to a maximum in the overrun condition and the friction clutch is increasingly applied with increasing torque upon the transition into normal operation. • the torque-limiting means is designed in such a way that the maximum overrun torque which can be transmitted in the overrun condition from the transmission to the engine is less than the maximum driving torque which can be transmitted in normal operation from the engine to the transmission, and • the torque-transmitting means has a first torque-transmitting element and a second torque-transmitting element which can be or is rotationally coupled therewith, • the torque-transmitting elements (5, 7) are two coaxially arranged gearwheels, • the two torque-transmitting elements (5, 7) can be or are rotationally coupled together via a friction clutch which is clamped by a clamping means (16, 19, 20), • the clamping means (16, 19, 20) has a clamping device which is dependent on direction of rotation and/or torque-dependent, • the clamping of the clamping device (19, 20) which is dependent on direction of rotation and/or torque-dependent is relieved to a maximum in the overrun condition and the friction clutch is increasingly applied with increasing torque upon the transition into normal operation.