mhurhangee/ep-ind-claims huggingface dataset:
An induction heating system comprising an induction heating power source communicatively coupleable to a plurality of temperature feedback devices, each temperature feedback device being operable to provide a feedback signal representative of work piece temperature, wherein the induction heating power source is operable to control the output of the induction heating power source based on the feedback signals representative of work piece temperature received from the plurality of temperature feedback devices, characterised in that: the induction heating power source is operable to select a controlling signal from the feedback signals to control the output of the induction heating power source based on a programmed control scheme; and, the induction heating power source is programmed to select as the controlling signal the feedback signal representative of one of the following: the greatest work piece temperature; the lowest work piece temperature; and, the greatest rate of change of work piece temperature. the induction heating power source is operable to select a controlling signal from the feedback signals to control the output of the induction heating power source based on a programmed control scheme; and, the induction heating power source is programmed to select as the controlling signal the feedback signal representative of one of the following: the greatest work piece temperature; the lowest work piece temperature; and, the greatest rate of change of work piece temperature.
An apparatus comprising: an interface device disposed above or below a processor module, the interface device including a plurality of routing elements connected to the processor module; at least one memory device (110, 120) disposed on the opposite side of the interface device to the processor module and including stacked memory arrays (110-1, 110-2); and vertical interconnects connecting an outer one of the memory arrays to the interface device by completely passing through respective Z-vias which are openings (135, 322) in an inner one of the memory arrays; wherein the interface device is configured to communicatively couple the memory arrays to the processor module using the plurality of routing elements and the vertical interconnects. an interface device disposed above or below a processor module, the interface device including a plurality of routing elements connected to the processor module; at least one memory device (110, 120) disposed on the opposite side of the interface device to the processor module and including stacked memory arrays (110-1, 110-2); and vertical interconnects connecting an outer one of the memory arrays to the interface device by completely passing through respective Z-vias which are openings (135, 322) in an inner one of the memory arrays; wherein the interface device is configured to communicatively couple the memory arrays to the processor module using the plurality of routing elements and the vertical interconnects.
A synthetic acid composition for use in downhole oil industry activities, said composition comprising: - urea and hydrogen chloride in a molar ratio ranging from 0.1:1.0 to 1.05:1.0 inclusively; - a metal iodide or iodate; - an alcohol or derivative thereof; and water and - optionally, a phosphonic acid derivative. - urea and hydrogen chloride in a molar ratio ranging from 0.1:1.0 to 1.05:1.0 inclusively; - a metal iodide or iodate; - an alcohol or derivative thereof; and water and - optionally, a phosphonic acid derivative.
A device for examining the retinal vascular endothelial function of the vessels of the retina at the fundus of an eye, containing a fundus camera with an observation beam path (1.2) with a digital image sensor for recording image sequences of images of regions of the fundus on which the observation beam path (1.2) of the fundus camera is focused, and with an illumination beam path (1.1), in which an illumination unit is arranged in a plane (AP") conjugate to the eye pupil of the eye, for illuminating the fundus with a measuring light and a flicker light within a luminous field on the fundus, which is delimited by the mapping of a field stop, which is located in a plane (F′′′) conjugate to the fundus in the illumination beam path (1.1), wherein at least one macula stop is arranged in the plane (F′′′) conjugate to the fundus in the illumination beam path (1.1), on each of which there is a fixation mark, so that at least one of the macula stops covers the macula on the fundus when the eye fixates on the fixation mark of the one macula stop.
A system for measuring a property of a sample, comprising: a diagnostic test strip for collecting the sample, the diagnostic test strip having information embedded thereon; a diagnostic measuring device for receiving the diagnostic test strip, reading the embedded information, and measuring the sample; the diagnostic measuring device further includes machine readable media storing an error detection routine for detecting errors in the embedded information, the error detection routine comprising an error detection algorithm for detecting errors in the information read by the diagnostic measuring device; the system being characterized in that: the embedded information comprises a first code containing first information encoded in a first arrangement, and a second code containing the first information encoded in a second arrangement different from the first arrangement; and the error detection algorithm comprises a redundant code algorithm. a diagnostic test strip for collecting the sample, the diagnostic test strip having information embedded thereon; a diagnostic measuring device for receiving the diagnostic test strip, reading the embedded information, and measuring the sample; the diagnostic measuring device further includes machine readable media storing an error detection routine for detecting errors in the embedded information, the error detection routine comprising an error detection algorithm for detecting errors in the information read by the diagnostic measuring device; the system being characterized in that: the embedded information comprises a first code containing first information encoded in a first arrangement, and a second code containing the first information encoded in a second arrangement different from the first arrangement; and the error detection algorithm comprises a redundant code algorithm. the embedded information comprises a first code containing first information encoded in a first arrangement, and a second code containing the first information encoded in a second arrangement different from the first arrangement; and the error detection algorithm comprises a redundant code algorithm.
A hearing aid comprising a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid, a speaker that is connected to an output of the signal processor for converting the second audio signal into an output sound signal, a transceiver connected to the signal processor for wireless data communication interconnected with an antenna for emission and reception of an electromagnetic field, an electrical circuitry comprising the signal processor, the transceiver, interconnecting transmission lines, antenna structures and/or further electrical components, the transceiver having a connection to a ground potential, the electrical circuitry extending over an area of a support substrate, characterized in that the hearing aid further comprises a resonant element being provided within the near field of the electrical circuitry, the resonant element being connected to the ground potential through energy dissipating means to terminate and dissipate electromagnetic noise from at least a part of the area.
A wireless transmitting method, comprising: encoding a data packet to be transmitted from a source station to a destination station in a wireless local area network, wherein the data packet comprises one or more signaling fields, hereinafter SIG fields, and a data field; inserting a Dual Carrier Modulation, hereinafter DCM, indication bit in a signaling field that indicates whether DCM is applied in one of the fields; modulating encoded bits of a field over a first sub-carrier using a first mapping scheme, and modulating the same encoded bits over a second sub-carrier using a second mapping scheme if DCM is applied for the field; and transmitting the data packet to the destination station, characterized in that the data packet is a multi-user, hereinafter MU, PPDU having a SIG-A field followed by a SIG-B field, wherein the SIG-A field comprises the DCM indication bit indicating whether DCM is applied for the SIG-B field. encoding a data packet to be transmitted from a source station to a destination station in a wireless local area network, wherein the data packet comprises one or more signaling fields, hereinafter SIG fields, and a data field; inserting a Dual Carrier Modulation, hereinafter DCM, indication bit in a signaling field that indicates whether DCM is applied in one of the fields; modulating encoded bits of a field over a first sub-carrier using a first mapping scheme, and modulating the same encoded bits over a second sub-carrier using a second mapping scheme if DCM is applied for the field; and transmitting the data packet to the destination station, characterized in that the data packet is a multi-user, hereinafter MU, PPDU having a SIG-A field followed by a SIG-B field, wherein the SIG-A field comprises the DCM indication bit indicating whether DCM is applied for the SIG-B field.
A field device connection unit includes a base plate on which a plurality of connection elements for connection of connecting lines with field devices and a plurality of plug-in positions for receiving in each case one plug-in unit of different plug-in unit types, is characterized in that an identical type coding is assigned to the plug-in units of the same plug-in unit type, which identical type coding is formed by a plurality of wedge-shaped code elements which are anchored rigidly in the plug-in unit, and a plurality of wedge-shaped code elements are assigned to each module slot, which wedge-shaped code elements are mounted moveably about an axis of rotation between two opposite stops (32, 33) and whose wedge tips are oriented, in an initial rest position, centrally between the stops (32, 33).
A method for anti-surge protection of a compressor under wet gas conditions, the compressor comprising a suction side, a delivery side and an anti-surge system (11,13); the method comprising calculating a surge limit line in a compression ratio vs. corrected power diagram; determining a compressor operating point in said compression ratio vs. corrected power diagram; detecting a distance between the operating point and the surge limit line; and acting on the anti-surge system (11,13) of the compressor if the distance is below a minimum safety distance; wherein the surge limit line extends from a first end point corresponding to a dry gas condition to a second end point corresponding to a maximum liquid content. calculating a surge limit line in a compression ratio vs. corrected power diagram; determining a compressor operating point in said compression ratio vs. corrected power diagram; detecting a distance between the operating point and the surge limit line; and acting on the anti-surge system (11,13) of the compressor if the distance is below a minimum safety distance; wherein the surge limit line extends from a first end point corresponding to a dry gas condition to a second end point corresponding to a maximum liquid content.
An unlocking device for opening a door that has a panic lock, having a base bar secured to the wing of the door and a push bar connected to the base bar via a gear mechanism, so that upon actuation of the push bar, the gear mechanism is activated and by way of it the panic lock is actuated, wherein a blocking device blocking the push bar and/or the gear mechanism is provided, characterized in that the blocking device has an electric door opener with an opener latch; that the blocking device is embodied as a rocker, the pivoting motion of which is blockable; that the rocker is secured to the base bar and has a lever arm, protruding in the direction of the push bar, that supports the electric door opener.
A total knee implant prosthesis comprising: a femoral component including a pair of condyles (22, 24) and a cam positioned between the pair of condyles (22, 24), the cam having a convex curved surface including a center point that is laterally offset from a center line of the femoral component when the femoral component is viewed in a first plane, and a tibial component including a medial bearing surface, a lateral bearing surface, and a post positioned between the medial bearing surface and the lateral bearing surface, wherein the femoral component is configured to rotate relative to the tibial component between a full extension position and a full flexion position, and characterized by the post having a curved surface that is angled to face toward the medial bearing surface and away from the lateral bearing surface when the tibial component is viewed in the first plane, wherein the cam and the post are sized, shaped, and positioned so that the cam engages the post at a contact point on the curved surface of the post when the femoral component is in the full extension position, and wherein when the femoral component is rotated from the full extension position toward the full flexion position, the cam and the post are sized, shaped, and positioned so that the contact point moves laterally along the curved surface of the post, and the cam is disengaged from the post when the femoral component is in the full flexion position. a femoral component including a pair of condyles (22, 24) and a cam positioned between the pair of condyles (22, 24), the cam having a convex curved surface including a center point that is laterally offset from a center line of the femoral component when the femoral component is viewed in a first plane, and a tibial component including a medial bearing surface, a lateral bearing surface, and a post positioned between the medial bearing surface and the lateral bearing surface, wherein the femoral component is configured to rotate relative to the tibial component between a full extension position and a full flexion position, and characterized by the post having a curved surface that is angled to face toward the medial bearing surface and away from the lateral bearing surface when the tibial component is viewed in the first plane, wherein the cam and the post are sized, shaped, and positioned so that the cam engages the post at a contact point on the curved surface of the post when the femoral component is in the full extension position, and wherein when the femoral component is rotated from the full extension position toward the full flexion position, the cam and the post are sized, shaped, and positioned so that the contact point moves laterally along the curved surface of the post, and the cam is disengaged from the post when the femoral component is in the full flexion position.
A method for identifying a target value in a data set, the method comprising: receiving a request from a spreadsheet application function for a first target value in a data array, the request including a reference value and a range of cells, the reference value having a first value type; determining whether a cached index with a range overlapping the range of cells already exists; if it is determined that a cached index with a range overlapping the range of cells already exists, performing a binary search for the first target value on the cached index over the overlapping range; only if a portion of the range of cells remains for which no overlapping cached index exists and the searched first target value has not been identified in the cached index, upon determining that the data array is sorted in a first order according to a second value type, generating an index comprising a plurality of row or column numbers from the data array corresponding to the remaining portion of the range of cells; sorting the plurality of row or column numbers in the index by the first value type in the data array; and performing a binary search on the generated index; and identifying, based at least in part on the binary search, the first target value. receiving a request from a spreadsheet application function for a first target value in a data array, the request including a reference value and a range of cells, the reference value having a first value type; determining whether a cached index with a range overlapping the range of cells already exists; if it is determined that a cached index with a range overlapping the range of cells already exists, performing a binary search for the first target value on the cached index over the overlapping range; only if a portion of the range of cells remains for which no overlapping cached index exists and the searched first target value has not been identified in the cached index, upon determining that the data array is sorted in a first order according to a second value type, generating an index comprising a plurality of row or column numbers from the data array corresponding to the remaining portion of the range of cells; sorting the plurality of row or column numbers in the index by the first value type in the data array; and performing a binary search on the generated index; and upon determining that the data array is sorted in a first order according to a second value type, generating an index comprising a plurality of row or column numbers from the data array corresponding to the remaining portion of the range of cells; sorting the plurality of row or column numbers in the index by the first value type in the data array; and performing a binary search on the generated index; and identifying, based at least in part on the binary search, the first target value.
Blade for a stripping and peeling tool for stripping and peeling a pre-insulated pipe, including a main body, wherein the main body is configured as an elongate thin plate, wherein the plate is configured so as to be convex and the apex of the convex curvature extends along the length of the plate, wherein a cutting edge is disposed on a longitudinal edge of the plate, or of the main body, respectively, said cutting edge serving for releasing an insulation layer from an internal pipe, and an insert blade, characterized in that the insert blade is configured as a separate part and the blade includes an axle, wherein the axle serves for mounting the insert blade in the main body, wherein the axle runs parallel to the pipe axis and preferably protrudes through the insert blade, wherein the insert blade has a cutting edge and the insert blade is disposed in the main body in such a manner that the cutting edge of the insert blade runs parallel to the cutting edge on the main body.
(Amended) A signal processing device comprising: a positive detecting unit configured to compare a voltage value of an ASK-modulated carrier signal with a positive threshold value, and detect and output the larger one of the values as a positive amplitude fluctuation portion of the voltage of the carrier signal; a negative detecting unit configured to compare the voltage value of the carrier signal with a negative threshold value, and detect and output the smaller one of the values as a negative amplitude fluctuation portion of the voltage of the carrier signal; and a combining unit configured to combine the positive amplitude fluctuation portion and the negative amplitude fluctuation portion of the voltage of the carrier signal. a positive detecting unit configured to compare a voltage value of an ASK-modulated carrier signal with a positive threshold value, and detect and output the larger one of the values as a positive amplitude fluctuation portion of the voltage of the carrier signal; a negative detecting unit configured to compare the voltage value of the carrier signal with a negative threshold value, and detect and output the smaller one of the values as a negative amplitude fluctuation portion of the voltage of the carrier signal; and a combining unit configured to combine the positive amplitude fluctuation portion and the negative amplitude fluctuation portion of the voltage of the carrier signal.
The use of highly branched polymers, wherein at least one hyperbranched polymer is used which has a degree of branching DB of 10% to 95%, as an additive for aqueous coating materials which comprise an aqueous polymer dispersion PD), for increasing the gloss of the coatings produced therefrom.
Unit designed to determine and/or monitor at least one temperature, with at least one temperature sensor, wherein at least one reference temperature sensor is provided, characterized in that at least one cooling/heating unit is provided, said cooling/heating unit being thermally coupled with the temperature sensor and the reference temperature sensor.
A method for controlling a crane that comprises a main boom, at least one trolley arranged to the main boom and comprising a drive motor that drives the trolley along the main boom, wherein the trolley has a machine-driven hoist block for manoeuvring a hoist rope and a hoist hook arranged thereto in a vertical direction, and at least one speed meter measures the speed of the hoist block in relation to its environment, an angle gauge that determines the position of the hoist rope in relation to its vertical rest position in such a manner that the measuring data of the angle gauge is transmitted to a regulating unit that determines the angle speed (w) of the hoist rope and its travel direction in relation to its vertical rest position, at least one control unit manoeuvres the drive motor in accordance with information received from the regulating unit, characterised in that when a given transport command is received, the regulating unit determines the travel direction of the hoist rope so that, if the hoist rope is in a position that differs from its vertical position at the vertical line, the control unit is allowed to transmit a first control signal to the drive motor only when the load has a travel direction that substantially coincides with a travel direction given in the transport command, the first control signal resulting in a substantially stepless acceleration cycle that moves the hoist block to a speed that corresponds to half its maximum speed, the regulating unit measures the time required for the load, after the first control signal has been transmitted, to adopt a travel direction that is opposite to the travel direction given in the transport command in such a manner that when the hoist rope again adopts an opposite travel direction in relation to the travel direction at the time the transport command was given, the regulating unit waits for a position of the hoist rope that corresponds to the angle at the time when half the maximum speed was reached minus the time multiplied by the angular speed (w) of the hoist rope, after which a second control signal is transmitted to the drive motor, which results in a second substantially stepless acceleration cycle to a speed that corresponds to the maximum speed of the hoist block.