mhurhangee/ep-ind-claims huggingface dataset:
A calculation device for a work machine comprising a holding head (56, 58) including a holding tool configured to hold a lead component comprising a lead and a body and a moving device configured to move the holding head (56, 58), the calculation device is configured to calculate a release position of the lead component held by the holding tool, when the work machine mounts the lead component on a board by inserting the lead of the lead component held by the holding tool into a hole formed on the board by operating the moving device, wherein the calculation device is configured to calculate, when a held component constituting the lead component held by the holding tool is mounted on the board, a height of the held component as a release height at which the held component is released by the holding tool, the height of the held component being the height allowing the lead to be inserted into the hole without interference of the holding tool holding the held component and a pre-loaded component already mounted on the board, the calculation being performed based on a dimension of the pre-loaded component, a dimension of the lead of the held component, and a dimension of the holding tool.
A valve, comprising: a housing; a stem supported by the housing; a valve member coupled to the stem; wherein the valve member comprises a gate having a first passage defined therein with a metering flow profile and a second passage defined therein with an unrestricted flow profile, the second passage having a diameter substantially equal to a diameter of a flow passage defined through said housing; wherein the first and second passages (160, 150) are in use selectively alignable with said flow passage; characterised in that the metering flow profile comprises an unrestricted portion and a restricted portion, and the valve further comprises a second pressure port communicating with the restricted portion and a first pressure port communicating with the unrestricted portion wherein the valve further comprises at least one sensor communicating with the unrestricted portion and with the restricted portion by means of said first and second ports for detecting the pressure difference across the metering flow profile. a housing; a stem supported by the housing; a valve member coupled to the stem; wherein the valve member comprises a gate having a first passage defined therein with a metering flow profile and a second passage defined therein with an unrestricted flow profile, the second passage having a diameter substantially equal to a diameter of a flow passage defined through said housing; wherein the first and second passages (160, 150) are in use selectively alignable with said flow passage; characterised in that the metering flow profile comprises an unrestricted portion and a restricted portion, and the valve further comprises a second pressure port communicating with the restricted portion and a first pressure port communicating with the unrestricted portion wherein the valve further comprises at least one sensor communicating with the unrestricted portion and with the restricted portion by means of said first and second ports for detecting the pressure difference across the metering flow profile.
A battery control apparatus for controlling first and second rechargeable batteries (2, 7) connected to a common bus, the apparatus comprising: a voltage detector (5, 10) configured to detect voltages of the first and second rechargeable batteries (2, 7); a temperature detector (6, 11) configured to detect a temperature of the first and second rechargeable batteries (2,7); a charger/discharger configured to connect the rechargeable batteries (2,7), and charge one rechargeable battery by electric power discharged by another rechargeable battery; and a controller configured to control the charger/discharger such that charging and discharging are performed between the rechargeable batteries (2,7) by using the charger/discharger if battery temperature information detected by the temperature detector (6,11) is lower than a preset threshold temperature, wherein the charging is stopped and switched to discharging or pause if voltage information detected by the voltage detector (5,10) reaches an upper limit voltage of the rechargeable battery, and the discharging is stopped and switched to charging or pause if the voltage information detected by the voltage detector (5,10) reaches a lower limit voltage of the rechargeable battery. a voltage detector (5, 10) configured to detect voltages of the first and second rechargeable batteries (2, 7); a temperature detector (6, 11) configured to detect a temperature of the first and second rechargeable batteries (2,7); a charger/discharger configured to connect the rechargeable batteries (2,7), and charge one rechargeable battery by electric power discharged by another rechargeable battery; and a controller configured to control the charger/discharger such that charging and discharging are performed between the rechargeable batteries (2,7) by using the charger/discharger if battery temperature information detected by the temperature detector (6,11) is lower than a preset threshold temperature, wherein the charging is stopped and switched to discharging or pause if voltage information detected by the voltage detector (5,10) reaches an upper limit voltage of the rechargeable battery, and the discharging is stopped and switched to charging or pause if the voltage information detected by the voltage detector (5,10) reaches a lower limit voltage of the rechargeable battery.
A system comprising: an input arranged to receive measurements for use in localizing a mobile device, the measurements corresponding to measurements of wireless signals transmitted between the mobile device and a plurality of reference nodes; a localization database arranged to map the reference nodes to zones; a localization module arranged, for each of a plurality of the zones in the localization database, to determine a representative value based on a combination of said measurements for the reference nodes of the respective zone, wherein the localization module is further arranged to compare the representative values of the zones with one another in order to directly determine which one or more of the zones the mobile device belongs to; characterized in that the system further comprising: a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database. an input arranged to receive measurements for use in localizing a mobile device, the measurements corresponding to measurements of wireless signals transmitted between the mobile device and a plurality of reference nodes; a localization database arranged to map the reference nodes to zones; a localization module arranged, for each of a plurality of the zones in the localization database, to determine a representative value based on a combination of said measurements for the reference nodes of the respective zone, wherein the localization module is further arranged to compare the representative values of the zones with one another in order to directly determine which one or more of the zones the mobile device belongs to; characterized in that the system further comprising: a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database. a lighting database arranged to map between lamps and said zones, arranged to receive an index or indices of each of the one or more determined zones from the localization module, and based on the received index or indices to directly relate the one or more determined zones to one or more of the lamps; and a lighting access service module arranged to grant the mobile device with access to control the one or more lamps on condition of being related to the one or more determined zones by the lighting database.
An operation method of a transmission apparatus in a wireless communication system, the method comprising: attenuating, if the power of a signal inputted to a transceiver coupled with an amplifier (120,420,620) is smaller than a reference value, the power of the signal based on a gain compensation value corresponding to the power of the signal; and transmitting the signal having the attenuated power to the amplifier, wherein a plurality of gain compensation values are determined based on a predefined plurality of output control values and a plurality of gain values corresponding respectively to the plurality of predefined output control values, wherein respective gain compensation value is determined as difference between respective value among the plurality of gain values and a reference gain value corresponding to a reference output control value among the predefined output control values, and wherein the reference value is the input power at which a gain of the amplifier is minimized. attenuating, if the power of a signal inputted to a transceiver coupled with an amplifier (120,420,620) is smaller than a reference value, the power of the signal based on a gain compensation value corresponding to the power of the signal; and transmitting the signal having the attenuated power to the amplifier, wherein a plurality of gain compensation values are determined based on a predefined plurality of output control values and a plurality of gain values corresponding respectively to the plurality of predefined output control values, wherein respective gain compensation value is determined as difference between respective value among the plurality of gain values and a reference gain value corresponding to a reference output control value among the predefined output control values, and wherein the reference value is the input power at which a gain of the amplifier is minimized.
An electronically functional yarn comprising a plurality of carrier fibres forming a core with a series of electronic devices mounted thereon, and conductive interconnects extending from the devices along the core, characterised in that a plurality of packing fibres extend generally parallel to the yarn axis around the core, the devices and the interconnects, which packing fibres preserve a substantially uniform cross-section along the length of the yarn and between the devices; and wherein the packing fibres are enclosed within a retaining sleeve around the packing fibres, and the core, the devices and the interconnects are confined within the plurality of packing fibres retained in the sleeve.
A food processing apparatus for the cutting of foodstuff comprising: a first cutting means having a cross-sectional shape defining a first maximal external diameter and a first minimal internal diameter about a first central axis; a second cutting means having a cross-sectional shape defining a second maximal external diameter and a second minimal internal diameter about a second central axis, the second maximal external diameter of the second cutting means being greater than or equal to the first minimal internal diameter of the first cutting means, wherein the first and second cutting means (11, 15) comprise a hollow central portion defined by a plurality of helical cutting formations (21, 22) formed around their respective central axis (14, 18). a first cutting means having a cross-sectional shape defining a first maximal external diameter and a first minimal internal diameter about a first central axis; a second cutting means having a cross-sectional shape defining a second maximal external diameter and a second minimal internal diameter about a second central axis, the second maximal external diameter of the second cutting means being greater than or equal to the first minimal internal diameter of the first cutting means, wherein the first and second cutting means (11, 15) comprise a hollow central portion defined by a plurality of helical cutting formations (21, 22) formed around their respective central axis (14, 18).
A track joint assembly, comprising: a first link having a first bore; a second link having a second bore; a bushing including: a first axial end portion press-fit into the first bore, the first axial end portion having an outer diameter smaller than an outer diameter of a first axial end-adjacent portion of the bushing; and a second axial end portion press-fit into the second bore, the second axial end portion having a second outer diameter smaller than an outer diameter of a second axial end-adjacent portion of the bushing; and a thrust ring (290a, b) positioned at an axial end of the first axial end portion, and having an outer diameter that is between approximately 1.1 and approximately 2.0 times the outer diameter of the first axial end portion. a first link having a first bore; a second link having a second bore; a bushing including: a first axial end portion press-fit into the first bore, the first axial end portion having an outer diameter smaller than an outer diameter of a first axial end-adjacent portion of the bushing; and a second axial end portion press-fit into the second bore, the second axial end portion having a second outer diameter smaller than an outer diameter of a second axial end-adjacent portion of the bushing; and a first axial end portion press-fit into the first bore, the first axial end portion having an outer diameter smaller than an outer diameter of a first axial end-adjacent portion of the bushing; and a second axial end portion press-fit into the second bore, the second axial end portion having a second outer diameter smaller than an outer diameter of a second axial end-adjacent portion of the bushing; and a thrust ring (290a, b) positioned at an axial end of the first axial end portion, and having an outer diameter that is between approximately 1.1 and approximately 2.0 times the outer diameter of the first axial end portion.
A method for determining the quality of a joint fabricated in a plurality of metal sheets by means of a joining device, said device comprising a drive element in combination with a punch which can be moved with it and a hold-down device which can be moved with it, wherein the method has the following steps: a. moving the drive element in a mating direction (R F), wherein the drive element transfers the movement to the punch and, via at least one first and one second spring, to the hold-down device, b. sensing of a force F applied by the drive element and of a distance S covered by the drive element during a movement of the drive element in the mating direction (R F) and opposite thereto as a force/displacement curve, and the method is characterized in that c. the sensing of the force F applied by the drive element is detected by a first sensor and of the distance S covered by the drive element is detected by a second sensor, and d. after the completion of a joining process, comparing a linear relief range (E 1) in the recorded force/displacement curve with a reference curve of the joining device, which can be determined as a reference force/displacement curve with the movement of the punch and the hold-down device via the drive element toward and away from a counter-support without metal sheets arranged between and without a joining element, wherein the comparison ensures an evaluation of a head end position of a joining element or a remaining bottom thickness in the plurality of metal sheets. a. moving the drive element in a mating direction (R F), wherein the drive element transfers the movement to the punch and, via at least one first and one second spring, to the hold-down device, b. sensing of a force F applied by the drive element and of a distance S covered by the drive element during a movement of the drive element in the mating direction (R F) and opposite thereto as a force/displacement curve, and the method is characterized in that c. the sensing of the force F applied by the drive element is detected by a first sensor and of the distance S covered by the drive element is detected by a second sensor, and d. after the completion of a joining process, comparing a linear relief range (E 1) in the recorded force/displacement curve with a reference curve of the joining device, which can be determined as a reference force/displacement curve with the movement of the punch and the hold-down device via the drive element toward and away from a counter-support without metal sheets arranged between and without a joining element, wherein the comparison ensures an evaluation of a head end position of a joining element or a remaining bottom thickness in the plurality of metal sheets.
A lance for a burner comprising a. a duct having at least a nozzle, b. a sleeve around the duct, the sleeve having at least a nozzle, wherein: the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin, the duct has a hole, the pin is form fittingly inserted into the hole; characterized by comprising an inner duct inside the duct, wherein the inner duct has at least a nozzle aligned with the at least a nozzle of the duct and the at least a nozzle of the sleeve. a. a duct having at least a nozzle, b. a sleeve around the duct, the sleeve having at least a nozzle, wherein: the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin, the duct has a hole, the pin is form fittingly inserted into the hole; the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin, the duct has a hole, the pin is form fittingly inserted into the hole;
A nitrogen purge sub-system for a liquid fuel system for a dual fuel combustion turbine, the fuel system having at least one cavity said nitrogen purge sub-system comprising a source of nitrogen coupled to a pipe in flow communication with the cavity, said purge sub-system further comprising at least one three way valve that controls flow of nitrogen from said source to the cavity via said pipe, said at least one three way valve having an open condition, wherein nitrogen flows from said source through said pipe and into the cavity to facilitate removal of liquid fuel and air from the cavity such that a formation of a carbonaceous precipitate particulate is mitigated, said nitrogen purge subsystem further comprising a drain valve coupled in flow communication with said at least one three way valve.
A recombinant immunobinder specifically binding human VEGF with a Kd of less than 10 -8 M comprising a variable heavy chain and a variable light chain which neutralizes human VEGF and comprises rabbit CDRH1, CDRH2, CDRH3, CDRL1, CDRL2, and CDRL3, having at least 80% similarity to a consensus sequence of the group consisting of SEQ ID NO: 14, SEQ ID NO: 26, SEQ ID NO: 37, SEQ ID NO: 49, SEQ ID NO: 60 and SEQ ID NO: 71, respectively.
A long fiber reinforced plastic strand production method comprising: an impregnation step of continuously introducing a reinforcing fiber bundle into an impregnation head and impregnating a molten thermoplastic into the reinforcing fiber bundle inside the impregnation head; a hauling-off step of forming a long fiber reinforced plastic strand by twisting the reinforcing fiber bundle, which has been impregnated with the plastic, in a manner that the reinforcing fiber bundle is rotated at a predetermined number of rotation about its axis while the reinforcing fiber bundle, which has been impregnated with the plastic, is drawn out from the impregnation head, and hauling-off the formed long fiber reinforced plastic strand; and a winding-up step of guiding the long fiber reinforced plastic strand, which has been hauled off in the hauling-off step, to a winding-up bobbin while rotating the long fiber reinforced plastic strand about the axis of the long fiber reinforced plastic strand in the same rotation direction as that of the reinforcing fiber bundle in the hauling-off step after the hauling-off step, and winding up the rotated long fiber reinforced plastic strand on the winding-up bobbin, wherein in the winding-up step, the long fiber reinforced plastic strand is rotated at the number of rotation smaller than that of the reinforcing fiber bundle in the hauling-off step so that a torsional elastic deformation, which has been generated in the long fiber reinforced plastic strand in the hauling-off step, is reduced. an impregnation step of continuously introducing a reinforcing fiber bundle into an impregnation head and impregnating a molten thermoplastic into the reinforcing fiber bundle inside the impregnation head; a hauling-off step of forming a long fiber reinforced plastic strand by twisting the reinforcing fiber bundle, which has been impregnated with the plastic, in a manner that the reinforcing fiber bundle is rotated at a predetermined number of rotation about its axis while the reinforcing fiber bundle, which has been impregnated with the plastic, is drawn out from the impregnation head, and hauling-off the formed long fiber reinforced plastic strand; and a winding-up step of guiding the long fiber reinforced plastic strand, which has been hauled off in the hauling-off step, to a winding-up bobbin while rotating the long fiber reinforced plastic strand about the axis of the long fiber reinforced plastic strand in the same rotation direction as that of the reinforcing fiber bundle in the hauling-off step after the hauling-off step, and winding up the rotated long fiber reinforced plastic strand on the winding-up bobbin, wherein in the winding-up step, the long fiber reinforced plastic strand is rotated at the number of rotation smaller than that of the reinforcing fiber bundle in the hauling-off step so that a torsional elastic deformation, which has been generated in the long fiber reinforced plastic strand in the hauling-off step, is reduced.