mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating in a wireless network, the method comprising: receiving (702, 704) wireless signals from at least one neighboring base station; and determining (706, 708), from the received wireless signals, whether a Physical-Layer Cell Identifier, PCID, collision has occurred, that is, whether the received wireless signals correspond to neighboring base stations having a common PCID, characterized in that the determining comprises receiving a plurality of Physical Broadcast Channel, PBCH, payloads corresponding to said neighboring base stations having a common PCID, determining whether two or more of the PBCH payloads are different and determining a PCID collision has occurred if two or more of the PBCH payloads are different. receiving (702, 704) wireless signals from at least one neighboring base station; and determining (706, 708), from the received wireless signals, whether a Physical-Layer Cell Identifier, PCID, collision has occurred, that is, whether the received wireless signals correspond to neighboring base stations having a common PCID, characterized in that the determining comprises receiving a plurality of Physical Broadcast Channel, PBCH, payloads corresponding to said neighboring base stations having a common PCID, determining whether two or more of the PBCH payloads are different and determining a PCID collision has occurred if two or more of the PBCH payloads are different.
A vehicle seat structure (1, 31), comprising: a metallic seat structure member (7, 37a, 37b, 37c) with a surface (7a, 44) roughened, the surface (7a, 44) having a plurality of anchor-shaped recesses (12, 43) having depth of nanometer scale; the size of the recesses (12, 43) is 20 to 50 nanometers, and a strength member (11, 41 a, 41 b) made of synthetic resin, the strength member (11, 41 a, 41 b) reinforcing the metallic seat structure member (7, 37a, 37b, 37c) and having a plurality of wedge-shaped leg portions (11 a, 42) embedded in the plurality of anchor-shaped recesses (12, 43), wherein during manufacturing of the vehicle seat structure (1, 31) the seat structure member (7, 37a, 37b, 37c) is placed within a forming die (20, 50), into which synthetic resin is injected for molding to fix the leg portion (11 a, 42) of the strength member (11, 41 a, 41 b) made of the synthetic resin to the roughened surface (7a, 44) of the seat structure member (7, 37a, 37b, 37c). a metallic seat structure member (7, 37a, 37b, 37c) with a surface (7a, 44) roughened, the surface (7a, 44) having a plurality of anchor-shaped recesses (12, 43) having depth of nanometer scale; the size of the recesses (12, 43) is 20 to 50 nanometers, and a strength member (11, 41 a, 41 b) made of synthetic resin, the strength member (11, 41 a, 41 b) reinforcing the metallic seat structure member (7, 37a, 37b, 37c) and having a plurality of wedge-shaped leg portions (11 a, 42) embedded in the plurality of anchor-shaped recesses (12, 43), wherein during manufacturing of the vehicle seat structure (1, 31) the seat structure member (7, 37a, 37b, 37c) is placed within a forming die (20, 50), into which synthetic resin is injected for molding to fix the leg portion (11 a, 42) of the strength member (11, 41 a, 41 b) made of the synthetic resin to the roughened surface (7a, 44) of the seat structure member (7, 37a, 37b, 37c).
A respiratory treatment device (500, 500', 600, 600', 700) comprising: an OPEP (oscillating positive expiratory pressure) mechanism (555, 555', 655, 655', 755) having a restrictor member repeatedly moveable in response to air flow between a closed position where air flow through the OPEP mechanism (555, 555', 655, 655', 755) is restricted, and an open position where air flow through the OPEP mechanism (555, 555', 655, 655', 755) is less restricted; a Huff Cough mechanism (553, 553', 653, 653', 753) having a valve moveable in response to a threshold exhalation pressure from a closed position where air flow through the Huff Cough mechanism (553, 553', 653, 653', 753) is restricted, to an open position where air flow through the Huff Cough mechanism (553, 553', 653, 653', 753) is less restricted a user interface (551, 551', 651, 651', 751); a conduit leading from the user interface to the OPEP mechanism (555, 555', 655, 655', 755) and the Huff Cough mechanism (553, 553', 653, 653', 753), and wherein airflow through the conduit is selectively directed to the OPEP mechanism (555, 555', 655, 655', 755), the Huff Cough mechanism, or both the OPEP mechanism (555, 555', 655, 655', 755) and the Huff Cough mechanism. an OPEP (oscillating positive expiratory pressure) mechanism (555, 555', 655, 655', 755) having a restrictor member repeatedly moveable in response to air flow between a closed position where air flow through the OPEP mechanism (555, 555', 655, 655', 755) is restricted, and an open position where air flow through the OPEP mechanism (555, 555', 655, 655', 755) is less restricted; a Huff Cough mechanism (553, 553', 653, 653', 753) having a valve moveable in response to a threshold exhalation pressure from a closed position where air flow through the Huff Cough mechanism (553, 553', 653, 653', 753) is restricted, to an open position where air flow through the Huff Cough mechanism (553, 553', 653, 653', 753) is less restricted a user interface (551, 551', 651, 651', 751); a conduit leading from the user interface to the OPEP mechanism (555, 555', 655, 655', 755) and the Huff Cough mechanism (553, 553', 653, 653', 753), and wherein airflow through the conduit is selectively directed to the OPEP mechanism (555, 555', 655, 655', 755), the Huff Cough mechanism, or both the OPEP mechanism (555, 555', 655, 655', 755) and the Huff Cough mechanism.
A diode pumped laser, comprising: a cavity defined by two or more reflecting surfaces (104, 106); and a gain medium disposed within the cavity; characterised in that the gain medium receives pump light such that a peak intensity of internal infrared radiation within the gain medium is greater than about 0.01 G watts/cm 2, in that the gain medium contains Cr 3+ or Ce 3+ co-dopant ions that make the gain medium resistant to ionizing radiation, and in that the co-dopant ions further make the gain medium resistant to degradation from the infrared radiation. a cavity defined by two or more reflecting surfaces (104, 106); and a gain medium disposed within the cavity; characterised in that the gain medium receives pump light such that a peak intensity of internal infrared radiation within the gain medium is greater than about 0.01 G watts/cm 2, in that the gain medium contains Cr 3+ or Ce 3+ co-dopant ions that make the gain medium resistant to ionizing radiation, and in that the co-dopant ions further make the gain medium resistant to degradation from the infrared radiation.
Flow rate measuring apparatus for fluid media, with a housing, the interior space of which is bounded by an inner housing wall, with a measuring tube, which is arranged within the housing and determines a measuring zone for a transit time measurement, and with an ultrasonic measuring apparatus comprising at least one ultrasonic transducer, for emitting ultrasonic waves into the interior space, and at least one deflecting mirror, by means of which the ultrasonic waves of the ultrasonic transducer are deflected into the measuring zone, the deflecting mirror being fastened to a carrying arm and the carrying arm being formed at its insertion end for insertion into an intermediate space between the measuring tube and the inner housing wall, characterized in that the carrying arm has at its end opposite from the insertion end an elastic spring element for the detachable fixing of the carrying arm to the inner housing wall, the deflecting mirror being arranged between the insertion end and the spring element and the spring element being supported on the part of the inner housing wall that is opposite from the carrying arm, and the spring element having deflecting surfaces for rectifying the flow.
System for detecting a fault in a piece of firmware stored in a non-volatile memory of a module of a programmable logic controller, said system including a computer station equipped with fault-detecting software tools, characterized in that: - the system includes a link cable able to connect the module to the computer station, said cable including an identifying device; - the module includes a connector and software means for identifying the link cable when the link cable is plugged into its connector; - when the link cable is detected as being present in the connector, a fault-detection mode is launched by virtue of a software component that is stored in the non-volatile memory of the module, - the software component being able to interact with fault-detecting software tools of the computer station in order to detect a fault in the piece of firmware of the module. - the system includes a link cable able to connect the module to the computer station, said cable including an identifying device; - the module includes a connector and software means for identifying the link cable when the link cable is plugged into its connector; - when the link cable is detected as being present in the connector, a fault-detection mode is launched by virtue of a software component that is stored in the non-volatile memory of the module, - the software component being able to interact with fault-detecting software tools of the computer station in order to detect a fault in the piece of firmware of the module.
A frame, comprising: a plurality of profile sections and at least one first adapter assembly, at least one section extension surface of each profile section being provided with at least one first groove therein; each first adapter assembly including a first position-limiting block provided with at least one first mounting hole therein; and the first position-limiting block being configured to be fixed into one first groove during assembly, and to fix other components to at least one profile section through the at least one first mounting hole; characterized in that, the first groove includes an opening and a bottom, and the first position-limiting block has an edge abutting surface; a width of the first groove is gradually increasing in a direction in which a depth of the first groove increases; and in a case where the first position-limiting block is fixed into the first groove, the edge abutting surface of the first position-limiting block is configured to abut against a part of a side wall of the first groove proximate to the opening of the first groove. the first position-limiting block being configured to be fixed into one first groove during assembly, and to fix other components to at least one profile section through the at least one first mounting hole; characterized in that, the first groove includes an opening and a bottom, and the first position-limiting block has an edge abutting surface; a width of the first groove is gradually increasing in a direction in which a depth of the first groove increases; and in a case where the first position-limiting block is fixed into the first groove, the edge abutting surface of the first position-limiting block is configured to abut against a part of a side wall of the first groove proximate to the opening of the first groove.
A controller for a life support device, the controller having a control section in charge of sequence control, the controller comprising: first interface means configured to transmit an output state of the control section to each part in the life support device, and to transmit an output state of each part in the life support device to the control section; and second interface means configured to set an output state in response to detection of a predetermined data sequence output from the control section, and to maintain the set output state until the second interface means receives the predetermined data sequence anew; a part of the life support device essential for life support operation configured to be driven via the second interface means. first interface means configured to transmit an output state of the control section to each part in the life support device, and to transmit an output state of each part in the life support device to the control section; and second interface means configured to set an output state in response to detection of a predetermined data sequence output from the control section, and to maintain the set output state until the second interface means receives the predetermined data sequence anew; a part of the life support device essential for life support operation configured to be driven via the second interface means.
A wind turbine wheel that is used for wind power generation, comprising: a hub portion that has blades; and a nacelle portion that has a main shaft that is joined to the blades and a power generator that is connected to the main shaft, characterized in that a nose cap is removably mounted on the hub portion; the hub portion has a nose cap aperture portion to which the nose cap is attached; an optical liquid detector that has a detecting element that is formed by an optical fiber is disposed inside the hub portion; the detecting element is disposed on a circumferential edge portion of the nose cap aperture portion. a hub portion that has blades; and a nacelle portion that has a main shaft that is joined to the blades and a power generator that is connected to the main shaft, characterized in that
A kite for a system for extracting energy from the wind, the kite comprising: a body having a wing for providing lift; means for connecting the wing to a tether; and means for controlling the flight of the kite in the wind to extract energy from the wind, characterised in that the wing is constructed with an asymmetry in a spanwise direction from a first end of the wing to a second end of the wing to provide the wing with a naturally asymmetric shape at least when in flight. a body having a wing for providing lift; means for connecting the wing to a tether; and means for controlling the flight of the kite in the wind to extract energy from the wind, characterised in that the wing is constructed with an asymmetry in a spanwise direction from a first end of the wing to a second end of the wing to provide the wing with a naturally asymmetric shape at least when in flight.
A polymerase chain reaction module detachable from a reader system including a central processing unit, a memory, and an interface, the CPU being configured to receive a photo sensing signal to calculate gene amplification amount in real time and to generate a temperature control signal based on a temperature signal and a temperature control information, the memory being connected to the CPU and configured to store the gene amplification amount and the temperature control information, the interface being connected to the CPU and configured to transmit the gene amplification amount received from the CPU in real time to an outside or to apply an external input signal to the CPU, the PCR module comprising: a photo sensor assembly including: a plurality of photo sensors arranged in an array shape and configured to sense emission light generated from a specimen and to generate the photo sensing signal; and a temperature sensor configured to sense temperature and to output the temperature signal; a partition wall protruded from the photo sensor assembly and configured to define a reaction space in which the specimen is received; and a control interface electrically connected to the photo sensor assembly and configured to transmit the photo sensing signal and the temperature signal to the reader system, characterized in that each of the plurality of photo sensors has a different sensing capacity although the same emission light is irradiated into, and that each of the plurality of photo sensors has an output signal having a different intensity. a photo sensor assembly including: a plurality of photo sensors arranged in an array shape and configured to sense emission light generated from a specimen and to generate the photo sensing signal; and a temperature sensor configured to sense temperature and to output the temperature signal; a plurality of photo sensors arranged in an array shape and configured to sense emission light generated from a specimen and to generate the photo sensing signal; and a temperature sensor configured to sense temperature and to output the temperature signal; a partition wall protruded from the photo sensor assembly and configured to define a reaction space in which the specimen is received; and a control interface electrically connected to the photo sensor assembly and configured to transmit the photo sensing signal and the temperature signal to the reader system, characterized in that each of the plurality of photo sensors has a different sensing capacity although the same emission light is irradiated into, and that each of the plurality of photo sensors has an output signal having a different intensity.
Device for the collection of phytoplankton (microalgae), in which, in a housing, a nutrient solution and a plurality of vertically oriented plates are disposed at a horizontal spacing to one another, which do not extend as far as the opposite wall and of which at least a portion are fastened on the top side of the housing to form a vertically meandering stream, as well as in which the nutrient solution is recirculated via a pump, wherein, at the end faces of the plates, in the region of the fastening, illumination means are mounted and the plates consist of transparent solid material, characterised in that the plates are fastened alternately either on the base or on the top side of the housing, and, in the solid material, light-scattering particles are embedded, with a suitable location-dependent particle density, such that the density of the light emergence is approximately constant over the surface of the plate.
Machine for the assembly of valve guides and seats in a cylinder head characterized in that it comprises: - a first station for loading and unloading said head and for loading said guides and said seats at an upper mask and at a lower mask, respectively; - a second pressing station for the assembly and pressing of said guides and said seats in the cylinder head; - a rotating table comprising a first support tool and a second support tool, being the first and second tools configured to support a cylinder head and being said table configured to rotate so that the first tool and the second tool are arranged alternatively and simultaneously at the first station and the second station; - a first manipulator configured to place said guides and said seats in the upper mask and lower mask respectively at the first station; - at least one pressing head configured to snap the seats and the guides on to the cylinder head at the second station. - a first station for loading and unloading said head and for loading said guides and said seats at an upper mask and at a lower mask, respectively; - a second pressing station for the assembly and pressing of said guides and said seats in the cylinder head; - a rotating table comprising a first support tool and a second support tool, being the first and second tools configured to support a cylinder head and being said table configured to rotate so that the first tool and the second tool are arranged alternatively and simultaneously at the first station and the second station; - a first manipulator configured to place said guides and said seats in the upper mask and lower mask respectively at the first station; - at least one pressing head configured to snap the seats and the guides on to the cylinder head at the second station.
A terahertz wave camera that detects a terahertz wave from a measurement target and acquires information on the measurement target, the terahertz wave camera comprising: a sensor unit in which a plurality of detection elements having spectral sensitivity to the terahertz wave are arranged; a readout circuit unit that reads out signals from the detection elements; a first light-shielding portion that reduces disturbance light to which the readout circuit unit has spectral sensitivity, and an optical unit that guides a terahertz wave from the measurement target to the sensor unit, characterized by a second light-shielding portion that further reduces the disturbance light reduced by the first light-shielding portion, transmits the terahertz wave, and is arranged between the first light-shielding portion and the sensor unit, and the optical unit and the sensor unit, wherein the first light-shielding portion and the second light-shielding portion are arranged along an optical axis of the terahertz wave camera. a sensor unit in which a plurality of detection elements having spectral sensitivity to the terahertz wave are arranged; a readout circuit unit that reads out signals from the detection elements; a first light-shielding portion that reduces disturbance light to which the readout circuit unit has spectral sensitivity, and an optical unit that guides a terahertz wave from the measurement target to the sensor unit,
A food preparation apparatus comprising: a food preparation compartment; a dielectric sensor in said food preparation compartment, a data storage device; and a processor arrangement coupled to said dielectric sensor and adapted to: determine a dielectric property of a food product in the food preparation compartment from sensor data provided by said dielectric sensor; characterized in that: the data storage device stores food seasoning data as a function of a dielectric constant of the food product, said food seasoning data relating to a plurality of condiments to be added to the food product; and in that the processor arrangement is further adapted to: retrieve food seasoning data for the food product corresponding to the determined dielectric property from the data storage device; and, for each condiment of said plurality generate a seasoning instruction signal for adding an amount of said condiment of said plurality to the food product based on the retrieved food seasoning data until all condiments of said plurality have been added to the food product. a food preparation compartment; a dielectric sensor in said food preparation compartment, a data storage device; and a processor arrangement coupled to said dielectric sensor and adapted to: determine a dielectric property of a food product in the food preparation compartment from sensor data provided by said dielectric sensor; characterized in that: the data storage device stores food seasoning data as a function of a dielectric constant of the food product, said food seasoning data relating to a plurality of condiments to be added to the food product; and in that the processor arrangement is further adapted to: retrieve food seasoning data for the food product corresponding to the determined dielectric property from the data storage device; and, for each condiment of said plurality generate a seasoning instruction signal for adding an amount of said condiment of said plurality to the food product based on the retrieved food seasoning data until all condiments of said plurality have been added to the food product. the data storage device stores food seasoning data as a function of a dielectric constant of the food product, said food seasoning data relating to a plurality of condiments to be added to the food product; and in that the processor arrangement is further adapted to: retrieve food seasoning data for the food product corresponding to the determined dielectric property from the data storage device; and, for each condiment of said plurality generate a seasoning instruction signal for adding an amount of said condiment of said plurality to the food product based on the retrieved food seasoning data until all condiments of said plurality have been added to the food product. retrieve food seasoning data for the food product corresponding to the determined dielectric property from the data storage device; and, for each condiment of said plurality generate a seasoning instruction signal for adding an amount of said condiment of said plurality to the food product based on the retrieved food seasoning data until all condiments of said plurality have been added to the food product.