mhurhangee/ep-ind-claims huggingface dataset:
A capacitive micromachined ultrasonic transducer cell comprising: - a substrate, - a cell membrane opposing the substrate with a gap of a gas or vacuum cavity there between, - a cell floor comprising an upper surface of the substrate, wherein the upper surface of the substrate faces the cavity, - a first electrode coupled to the cell membrane, - a third electrode embedded into the floor of the cell, - characterized in that the capacitive micromachined transducer cell further comprises, a second electrode deposited onto the substrate opposing the third electrode on the side opposite to the cavity, and - a dielectric layer sandwiched between and being in direct contact with the second and third electrodes, thereby realizing a capacitive coupling between the second and third electrodes. - a substrate, - a cell membrane opposing the substrate with a gap of a gas or vacuum cavity there between, - a cell floor comprising an upper surface of the substrate, wherein the upper surface of the substrate faces the cavity, - a first electrode coupled to the cell membrane, - a third electrode embedded into the floor of the cell, - characterized in that the capacitive micromachined transducer cell further comprises, - a dielectric layer sandwiched between and being in direct contact with the second and third electrodes, thereby realizing a capacitive coupling between the second and third electrodes.
A terminal fixing method for fixing one ore more terminals to a plurality of lands (11, 13) provided on a substrate by laser soldering, comprising: constructing the plurality of lands (11, 13) by one ore more terminal installation lands on which the terminals are installed and one or more dummy lands, characterized in that the terminal fixing method further comprises the step of: irradiating each of divided laser beams (19; 19A, 19B) emitted from a laser oscillator toward a corresponding land of two or more lands in the plurality of lands (11, 13) so as executing the laser soldering, wherein the two or more lands are constructed by two or more terminal installation lands in the terminal installation lands, or one or more terminal installation lands in the terminal installation lands and the one or more dummy lands, and wherein said one or more dummy lands are each larger than each of the terminal installation lands. irradiating each of divided laser beams (19; 19A, 19B) emitted from a laser oscillator toward a corresponding land of two or more lands in the plurality of lands (11, 13) so as executing the laser soldering, wherein the two or more lands are constructed by two or more terminal installation lands in the terminal installation lands, or one or more terminal installation lands in the terminal installation lands and the one or more dummy lands, and wherein said one or more dummy lands are each larger than each of the terminal installation lands.
A spark gap with a first ignition circuit, comprising • a first spark gap with a first main electrode and a second main electrode as well as an auxiliary ignition electrode, • a first ignition circuit with a first voltage-switching element, wherein the first ignition circuit is connected on one side to the first main electrode and on the other side to the auxiliary ignition electrode, • characterized in that a capacitor is arranged in parallel to the first voltage-switching element, • wherein the spark gap arrangement further comprises a second spark gap, with a first main electrode and a second main electrode, as well as an auxiliary ignition electrode, • wherein the second spark gap further comprises a second ignition circuit with a second voltage-switching element, • wherein the second ignition circuit is connected on one side to the first main electrode of the second spark gap and on the other side to the auxiliary ignition electrode of the second spark gap, • wherein the second spark gap and the first spark gap are electrically connected to one another at, respectively, one of the main electrodes. • a first spark gap with a first main electrode and a second main electrode as well as an auxiliary ignition electrode, • a first ignition circuit with a first voltage-switching element, wherein the first ignition circuit is connected on one side to the first main electrode and on the other side to the auxiliary ignition electrode, • characterized in that a capacitor is arranged in parallel to the first voltage-switching element, • wherein the spark gap arrangement further comprises a second spark gap, with a first main electrode and a second main electrode, as well as an auxiliary ignition electrode, • wherein the second spark gap further comprises a second ignition circuit with a second voltage-switching element, • wherein the second ignition circuit is connected on one side to the first main electrode of the second spark gap and on the other side to the auxiliary ignition electrode of the second spark gap, • wherein the second spark gap and the first spark gap are electrically connected to one another at, respectively, one of the main electrodes.
Transport method for transferring workpieces between a plurality of successive stations (110, 120, 130, 140, 150) of a processing device, especially a forming device, wherein the workpieces are in each case transported from one station to the respective next station of the processing device simultaneously by means of a plurality of gripping tools (32a, 32b) which are movable jointly in a transport cycle, characterised in that in the event of a process disturbance the transport cycle is suspended and the gripping tools (32a, 32b) with the workpieces are moved into a waiting position in which the workpieces are outside the operating range of processing tools (112, 122, 132, 142, 152) of the stations (110, 120, 130, 140, 150) of the processing device and, once the process disturbance has been eliminated, the transport cycle of the workpieces is resumed.
A subsea control module comprising: a casing containing electrically insulating oil, and housing hydraulic and electronic components, including a subsea electronic module; at least one pair of electrodes inside the casing, the subsea electronics module being connected with the electrodes of the or each pair for monitoring at least one electrical characteristic between the electrodes as a result of a fluid to which the electrodes are exposed, wherein the or each pair of electrodes comprises an array in which each electrode of the pair has finger portions interleaved with finger portions of the other electrode; wherein the subsea electronic module is configured for the detection of fluid ingress using changes of the at least one electrical characteristic between the electrodes of the array; and wherein the subsea electronic module comprises seawater ingress detection circuitry and hydraulic fluid ingress detection circuitry switchably (28, 32) connected to the at least one pair of electrodes. a casing containing electrically insulating oil, and housing hydraulic and electronic components, including a subsea electronic module; at least one pair of electrodes inside the casing, the subsea electronics module being connected with the electrodes of the or each pair for monitoring at least one electrical characteristic between the electrodes as a result of a fluid to which the electrodes are exposed, wherein the or each pair of electrodes comprises an array in which each electrode of the pair has finger portions interleaved with finger portions of the other electrode; wherein the subsea electronic module is configured for the detection of fluid ingress using changes of the at least one electrical characteristic between the electrodes of the array; and wherein the subsea electronic module comprises seawater ingress detection circuitry and hydraulic fluid ingress detection circuitry switchably (28, 32) connected to the at least one pair of electrodes.
An apparatus, comprising: means for receiving a request to originate a data call with a wireless communication network; means for determining whether throttling applies to the data call, in response to the request; means for determining if a prior origination attempt was unsuccessful, if the throttling applies to the data call; and means for barring an origination of the data call based on determining that the prior origination attempt was unsuccessful. means for receiving a request to originate a data call with a wireless communication network; means for determining whether throttling applies to the data call, in response to the request; means for determining if a prior origination attempt was unsuccessful, if the throttling applies to the data call; and means for barring an origination of the data call based on determining that the prior origination attempt was unsuccessful.
A dental whitening and/or curing lamp control system for controlling the operation of a dental whitening/curing lamp which has both a light source and a light guide, comprising: a light guide and a recordable medium coupled to said light guide; said recordable medium is adapted to record a recorded data signal indicating a duration of use of the light guide and the light source; and a timing device adapted to read said recorded data signal from said recordable medium and control illumination of said light source and a user interface device. a light guide and a recordable medium coupled to said light guide; said recordable medium is adapted to record a recorded data signal indicating a duration of use of the light guide and the light source; and a timing device adapted to read said recorded data signal from said recordable medium and control illumination of said light source and a user interface device.
Polyfunctional self-supporting panel structure for use in the passenger compartment of a motor vehicle, particularly for lining internal parts of the passenger compartment of a motor vehicle or for providing a frame for the upholstery of a motor vehicle or an accessory for the seats of a motor vehicle and the like, said panel structure being characterised in that it comprises: at least one first panel, which is shaped and made of natural fibres and, polypropylene or other synthetic thermoplastic fibres; in said at least one first panel there being defined a first face and a second face juxtaposed to the first face; and at least one second panel, which is shaped and made of natural fibres and, polypropylene or other thermoplastic synthetic fibres; in said at least one second panel there being defined a third face and a fourth face juxtaposed to the third face; said at least one second panel comprising at least one portion shaped so as to form, at the fourth face, at least one protuberance (26, 27) carrying connection means (28, 29) to allow to connect, in use, said at least one second panel to a support component of a motor vehicle; wherein the at least one first panel and the at least one second panel are mutually joined at at least one respective peripheral area and/or at least one respective inner area so that the first face and the third face face each other, and that the second face is directed, in use, towards the internal of the passenger compartment of a motor vehicle, and that the fourth face faces, in use, said support component of the motor vehicle. at least one first panel, which is shaped and made of natural fibres and, polypropylene or other synthetic thermoplastic fibres; in said at least one first panel there being defined a first face and a second face juxtaposed to the first face; and at least one second panel, which is shaped and made of natural fibres and, polypropylene or other thermoplastic synthetic fibres; in said at least one second panel there being defined a third face and a fourth face juxtaposed to the third face; said at least one second panel comprising at least one portion shaped so as to form, at the fourth face, at least one protuberance (26, 27) carrying connection means (28, 29) to allow to connect, in use, said at least one second panel to a support component of a motor vehicle; wherein the at least one first panel and the at least one second panel are mutually joined at at least one respective peripheral area and/or at least one respective inner area so that the first face and the third face face each other, and that the second face is directed, in use, towards the internal of the passenger compartment of a motor vehicle, and that the fourth face faces, in use, said support component of the motor vehicle.
Mechanical gravimetric disk dispenser, for the dosage of powders suitable for use with plasma and HVOF torches and in vacuum, of the kind comprising a substantially vertical, hermetically sealed container casing (20, 22, 24), containing therein: a. a system for maintaining the powder in the container fluid, a mixer, b. a mechanical transportation system for the deposited powder, the mechanical transportation system being a motorized rotating disk upon which the powder inside the container deposits by gravity, by means of a first calibration matching part which determines the powder section on the rotating disk; c. in addition a gas flow feeding system which, once introduced into the container, exits through a single opening found in the container, aspirating the powder from the rotating disk by means of a second calibration matching part, wherein the system for maintaining the powder in the container fluid is co-axial with the rotation of the rotating disk and uses the same motorization as that used for the rotation of said rotating disk for the dosage of a powder, wherein said motorization is positioned at the bottom and external to the container casing, and transmits the motion through at least one pivot which is inserted from the bottom, integrally rotates the disk, continues upwards and exits into the container where it is made integral with the head of the system for maintaining the powder fluid, that is a central element joined at the head to said pivot, said central element substantially being a hat shaped element; a series of elements or rods are integral with said element at its periphery and extend towards the bottom of the container and are adapted to distribute the powder and direct it towards the rotating disk. a. a system for maintaining the powder in the container fluid, a mixer, b. a mechanical transportation system for the deposited powder, the mechanical transportation system being a motorized rotating disk upon which the powder inside the container deposits by gravity, by means of a first calibration matching part which determines the powder section on the rotating disk; c. in addition a gas flow feeding system which, once introduced into the container, exits through a single opening found in the container, aspirating the powder from the rotating disk by means of a second calibration matching part, wherein
Sensor probe for measuring a food preparation parameter, comprising an elongate handle portion for manipulating the sensor probe; an elongate sensor portion; and a stepped connecting portion connecting the handle portion and the sensor portion such that the longitudinal axis of the handle portion is offset with respect to the longitudinal axis of the sensor portion; wherein the dimensions and weights of the handle portion, the sensor portion, and the connecting portion are selected such that the center of gravity of the sensor probe is located in the connecting portion. an elongate handle portion for manipulating the sensor probe; an elongate sensor portion; and a stepped connecting portion connecting the handle portion and the sensor portion such that the longitudinal axis of the handle portion is offset with respect to the longitudinal axis of the sensor portion; wherein the dimensions and weights of the handle portion, the sensor portion, and the connecting portion are selected such that the center of gravity of the sensor probe is located in the connecting portion.
A pumping device (1, 1a) for conveying highly viscous or viscous media, as the case may be, in particular adhesives, the pumping device (1, 1a) comprising - a cylinder unit as well as a piston unit, which is at least in sections contained within the cylinder unit, with the cylinder unit and the piston unit together forming a conveying means that operates according to the reciprocating piston principle; - at least one drive shaft being in communication with a motor, via which drive shaft the cylinder unit and the piston unit are rotationally movable about a common axis; as well as - a forced guide being in mechanical coupling with the conveying means, which forced guide converts the rotational movement of the conveying means into an alternating forward and return stroke of the piston unit for the purpose of pumping the particular viscous medium, wherein the piston unit and the connecting rod unit are directly mechanically coupled with each other via a bearing journal connection, and wherein the forward and return strokes of the piston unit are effectible via a connecting rod unit, which is eccentrically movable via an adjustment mechanism, and which has a mechanical coupling to the conveying means, characterised in that - the cylinder unit of the conveying means has at least one inlet (23, 25) for the pumping device (1, 1a) for the viscous medium, the inlet (23, 25) being oriented perpendicular to the axis of rotation of the drive shaft, and in that - the drive shaft at least in sections provides a channel for the transport of the viscous medium to the outlet nozzle, which is in fluidic communication with the piston unit. - a cylinder unit as well as a piston unit, which is at least in sections contained within the cylinder unit, with the cylinder unit and the piston unit together forming a conveying means that operates according to the reciprocating piston principle; - at least one drive shaft being in communication with a motor, via which drive shaft the cylinder unit and the piston unit are rotationally movable about a common axis; as well as - a forced guide being in mechanical coupling with the conveying means, which forced guide converts the rotational movement of the conveying means into an alternating forward and return stroke of the piston unit for the purpose of pumping the particular viscous medium, - the cylinder unit of the conveying means has at least one inlet (23, 25) for the pumping device (1, 1a) for the viscous medium, the inlet (23, 25) being oriented perpendicular to the axis of rotation of the drive shaft, and in that - the drive shaft at least in sections provides a channel for the transport of the viscous medium to the outlet nozzle, which is in fluidic communication with the piston unit.
A subband switching method between subbands in a communication technology system, the method comprising: determining, by a network device, a target subband within the same communication technology system than a source subband, to which user equipment is to switch; and sending, by the network device, identification information of the target subband to the user equipment, wherein the identification information of the target subband is used by the user equipment to determine configuration information of the target subband in order to switch to the target subband; wherein the configuration information comprises at least one of subcarrier space, a transmission time interval, TTI, length, a symbol length, a quantity of symbols, a cyclic prefix, CP, length. determining, by a network device, a target subband within the same communication technology system than a source subband, to which user equipment is to switch; and sending, by the network device, identification information of the target subband to the user equipment, wherein the identification information of the target subband is used by the user equipment to determine configuration information of the target subband in order to switch to the target subband; wherein the configuration information comprises at least one of subcarrier space, a transmission time interval, TTI, length, a symbol length, a quantity of symbols, a cyclic prefix, CP, length.
A Radio Frequency device, comprising: a package having a redistribution layer; first and second antennas (110, 120) formed in the redistribution layer of the package; and at least one conductive trace (224a, 224b) formed in the redistribution layer of the package, the at least one conductive trace separate from the first and second antennas; a first ground terminal, and a second ground terminal, wherein: the first antenna is a transmitter antenna substantially surrounded by the first ground terminal, the second antenna is a receiver antenna substantially surrounded by the second ground terminal, the at least one conductive trace is a stub having an open end and an end connected to the first or second ground terminal; the at least one conductive trace is sized and positioned to couple energy from the first antenna, and the at least one conductive trace is configured to reduce coupling between the first antenna and the second antenna. a package having a redistribution layer; first and second antennas (110, 120) formed in the redistribution layer of the package; and at least one conductive trace (224a, 224b) formed in the redistribution layer of the package, the at least one conductive trace separate from the first and second antennas; a first ground terminal, and a second ground terminal, wherein: the first antenna is a transmitter antenna substantially surrounded by the first ground terminal, the second antenna is a receiver antenna substantially surrounded by the second ground terminal, the at least one conductive trace is a stub having an open end and an end connected to the first or second ground terminal; the at least one conductive trace is sized and positioned to couple energy from the first antenna, and the at least one conductive trace is configured to reduce coupling between the first antenna and the second antenna. the first antenna is a transmitter antenna substantially surrounded by the first ground terminal, the second antenna is a receiver antenna substantially surrounded by the second ground terminal, the at least one conductive trace is a stub having an open end and an end connected to the first or second ground terminal; the at least one conductive trace is sized and positioned to couple energy from the first antenna, and the at least one conductive trace is configured to reduce coupling between the first antenna and the second antenna.
A bivalent, bispecific construct comprising a monoclonal anti-IL-6 antibody, or an antigen-binding fragment thereof, and a monoclonal anti-IL-23 antibody, or an antigen-binding fragment thereof.
A refrigeration system including a refrigerant circuit which is configured to perform a refrigeration cycle and provided with a compressor mechanism including a first compressor and a second compressor whose discharge sides are connected to each other, the refrigeration system comprising: oil separators (37a, 37b) provided at a discharge pipe of the first compressor and a discharge pipe of the second compressor, respectively; and an oil return passageway configured to combine streams of refrigerating machine oil separated in the oil separators (37a, 37b) and distribute the combined refrigerating machine oil to the first compressor and the second compressor, wherein an outlet side of the oil return passageway communicates with compression chambers with intermediate pressures of the respective compressors (14a, 14b). oil separators (37a, 37b) provided at a discharge pipe of the first compressor and a discharge pipe of the second compressor, respectively; and an oil return passageway configured to combine streams of refrigerating machine oil separated in the oil separators (37a, 37b) and distribute the combined refrigerating machine oil to the first compressor and the second compressor, wherein an outlet side of the oil return passageway communicates with compression chambers with intermediate pressures of the respective compressors (14a, 14b).