mhurhangee/ep-ind-claims huggingface dataset:
Procedure designed to commission a field device that is used in automation engineering and mounted on a component, particularly on a vessel, of a measuring point using an operating unit, wherein the operating unit has a display unit and a camera, wherein said procedure comprises the following steps: - Identification of the field device using the operating unit, - Determination of at least one parameter of the field device to be configured, - Visualization of the at least one parameter to be configured using the display unit, wherein the field of vision of an operator is presented on the display unit, wherein, as the field of vision of the operator, the display unit visualizes an image captured by the camera and constantly updated, wherein the parameter is displayed as at least a virtual symbol (S Max, S Min, M M1, S M2, S M3), wherein the virtual symbol (S Max, S Min, M M1, S M2, S M3) is at least partially superimposed on the image shown on the display unit, wherein the virtual symbol (S Max, S Min, M M1, S M2, S M3) is superimposed on the field of vision at the point that concerns the function of the at least one parameter to be configured; - Selection of at least one predefined parameter value and entry of at least one parameter value; - Confirmation of the parameter value selected or entered, and - Transmission of the confirmed parameter value to the field device and saving of the parameter value in the field device. - Identification of the field device using the operating unit, - Determination of at least one parameter of the field device to be configured, - Visualization of the at least one parameter to be configured using the display unit, wherein the field of vision of an operator is presented on the display unit, wherein, as the field of vision of the operator, the display unit visualizes an image captured by the camera and constantly updated, wherein the parameter is displayed as at least a virtual symbol (S Max, S Min, M M1, S M2, S M3), wherein the virtual symbol (S Max, S Min, M M1, S M2, S M3) is at least partially superimposed on the image shown on the display unit, wherein the virtual symbol (S Max, S Min, M M1, S M2, S M3) is superimposed on the field of vision at the point that concerns the function of the at least one parameter to be configured; - Selection of at least one predefined parameter value and entry of at least one parameter value; - Confirmation of the parameter value selected or entered, and - Transmission of the confirmed parameter value to the field device and saving of the parameter value in the field device.
A method for producing a tread strip, comprising the steps: (a) extruding the tread strip, which has - an outer side and an inner side, opposite the outer side, and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, (b) wherein the guide strip extends from the outer side to the inner side and a specific electrical guide strip resistance (ρ 28) of the guide strip rubber material is smaller than a specific electrical carrying region resistance (ρ 26) of the carrying region rubber material, (c) determining a parameter, which correlates to an electrical guide strip resistance (W 28) of the guide strip between the outer side and the inner side, (d) wherein the determining of the parameter comprises the step of applying an electrostatic charge on a side (22, 24), (e) the parameter describes a charging current, which arises on applying the electrostatic charge, and (f) emitting a warning signal when the parameter assumes a value which indicates that the guide strip resistance (W 28) exceeds a specified maximum value (W 28,max), characterized in that the applying of the electrostatic charge takes place in a contactless manner. (a) extruding the tread strip, which has - an outer side and an inner side, opposite the outer side, and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, - an outer side and an inner side, opposite the outer side, and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, (b) wherein the guide strip extends from the outer side to the inner side and a specific electrical guide strip resistance (ρ 28) of the guide strip rubber material is smaller than a specific electrical carrying region resistance (ρ 26) of the carrying region rubber material, (c) determining a parameter, which correlates to an electrical guide strip resistance (W 28) of the guide strip between the outer side and the inner side, (d) wherein the determining of the parameter comprises the step of applying an electrostatic charge on a side (22, 24), (e) the parameter describes a charging current, which arises on applying the electrostatic charge, and (f) emitting a warning signal when the parameter assumes a value which indicates that the guide strip resistance (W 28) exceeds a specified maximum value (W 28,max),
A method of controlling power delivered to one or more loads in an inductive power transfer, IPT, system having a primary conductive path and one or more pick-up devices adapted to receive power inductively from the primary conductive path, the method comprising the steps of varying a frequency of a current in the primary conductive path whereby the frequency of the current is determined by a power available to the IPT system, detecting in one of the pick-up devices inductively coupled with the primary conductive path the frequency or an indication of the frequency, and controlling the power supplied to a load associated with said one of the pickup devices dependent on the detected frequency of the current in the primary conductive path.
A system (10, 32) with at least one conveying unit and with a code reading device for parallel reading of a plurality of codes on a plurality of objects in the conveying unit, the code reading device comprising a camera unit with at least one camera head for recording an image of the objects with the codes and a control and evaluation unit configured to locate code regions of the codes in the image, to read the code information of the codes and to determine the position of a respective code in the image, characterized in that the conveying unit comprises a plurality of subareas separated from one another by partitions (46, 48), and in that the control and evaluation unit is furthermore configured to assign the position of a code in the image to a subarea and, in a set-up mode, to teach in the subareas using an image of a conveying unit which is recorded at a fixed position of the conveying unit with respect to the camera unit.
An apparatus for application of surgical clips to body tissue, the apparatus comprising: a handle assembly including a trigger and a drive bar reciprocally translatable by the trigger upon an actuation thereof; and a shaft assembly extending distally from the handle assembly and defining a longitudinal axis, the shaft assembly including: a housing; a plurality of surgical clips ('C') disposed within the housing; a pair of jaws mounted adjacent a distal end portion of the housing, the jaws being movable between an open spaced-apart condition and a closed approximated condition; a wedge plate reciprocally disposed within the housing, the wedge plate being movable between a distal position where a distal end thereof is disposed between the jaws and a proximal position where the distal end thereof is free from between the jaws; characterised by the housing defining a ledge; and a lock mechanism slidably supported within the housing and configured with a tooth to cam over and engage the ledge of the housing when the wedge plate moves from the proximal position to the distal position to maintain the wedge plate in the distal position. a handle assembly including a trigger and a drive bar reciprocally translatable by the trigger upon an actuation thereof; and a shaft assembly extending distally from the handle assembly and defining a longitudinal axis, the shaft assembly including: a housing; a plurality of surgical clips ('C') disposed within the housing; a pair of jaws mounted adjacent a distal end portion of the housing, the jaws being movable between an open spaced-apart condition and a closed approximated condition; a wedge plate reciprocally disposed within the housing, the wedge plate being movable between a distal position where a distal end thereof is disposed between the jaws and a proximal position where the distal end thereof is free from between the jaws; characterised by the housing defining a ledge; and a lock mechanism slidably supported within the housing and configured with a tooth to cam over and engage the ledge of the housing when the wedge plate moves from the proximal position to the distal position to maintain the wedge plate in the distal position. a housing; a plurality of surgical clips ('C') disposed within the housing; a pair of jaws mounted adjacent a distal end portion of the housing, the jaws being movable between an open spaced-apart condition and a closed approximated condition; a wedge plate reciprocally disposed within the housing, the wedge plate being movable between a distal position where a distal end thereof is disposed between the jaws and a proximal position where the distal end thereof is free from between the jaws; characterised by the housing defining a ledge; and a lock mechanism slidably supported within the housing and configured with a tooth to cam over and engage the ledge of the housing when the wedge plate moves from the proximal position to the distal position to maintain the wedge plate in the distal position.
Method for producing a pile (50, 150), wherein an at least partly tube-like shaped device (12, 112) and a detachable lower end portion (14, 114) arranged at its end, are pressed into a subsoil, repressing surrounding soil material, a granular first material containing at least one binder, is filled into the device (12, 112) upon reaching a predetermined setting deepness, a pile foot (52, 152) is formed by compressing said first material by means of an internal driving, a pile shaft (54, 154) is formed by filling a granular second material containing at least one binder into the device (12, 112), and the device (12, 112) is removed from the underground, wherein the end portion (14, 114) is detached from the device (12, 112), and wherein a monkey is inserted into the device (12, 112) for performing the internal driving.
Method for operating an ultrasonic connecting device, wherein the ultrasonic connecting device provides an ultrasound head displaceable in a z-direction, comprising a carrier, comprising an ultrasound generation device movable relative to and held on the carrier, and comprising an ultrasonic tool excitable in ultrasonic vibrations by the ultrasound generation device, comprising the following steps: - an electrically conductive joining conductor is positioned above a connection region, which is provided on a connection component and is formed electrically conductive, in such a way that a gap having a gap dimension (s) determined in the z-direction is formed between the joining conductor and a joining surface of the connection region facing the joining conductor, - the ultrasound head is positioned relative to the joining conductor and connection component in such a way that a contact face, formed for contact against the joining conductor, of the ultrasonic tool is facing the joining conductor, - the ultrasound generation device is subjected to a bonding force (F B) acting in the z-direction and pressed against the carrier, and subsequently - the ultrasound head is lowered in the z-direction, and a displacement position of the ultrasound head in the z-direction and a relative position (z NL), determined in the z-direction, of the ultrasound generation device with respect to the carrier are determined, and, - while taking account of the displacement position (z) and relative position (z NL), a contact time (t 1) is determined at which the joining conductor is lowered so far by the ultrasonic tool as to touch the connection region of the connection component. - an electrically conductive joining conductor is positioned above a connection region, which is provided on a connection component and is formed electrically conductive, in such a way that a gap having a gap dimension (s) determined in the z-direction is formed between the joining conductor and a joining surface of the connection region facing the joining conductor, - the ultrasound head is positioned relative to the joining conductor and connection component in such a way that a contact face, formed for contact against the joining conductor, of the ultrasonic tool is facing the joining conductor, - the ultrasound generation device is subjected to a bonding force (F B) acting in the z-direction and pressed against the carrier, - the ultrasound head is lowered in the z-direction, and a displacement position of the ultrasound head in the z-direction and a relative position (z NL), determined in the z-direction, of the ultrasound generation device with respect to the carrier are determined, and, - while taking account of the displacement position (z) and relative position (z NL), a contact time (t 1) is determined at which the joining conductor is lowered so far by the ultrasonic tool as to touch the connection region of the connection component.
A negative electrode for a rechargeable lithium battery comprising a current collector; and a negative active material layer formed on the current collector; characterized in that the negative active material layer consists of a negative active material, represented by the following Chemical Formula 1: Chemical Formula 1 X-Ra-Rb wherein, X is an active material which comprises Si, SiO x (0 < x < 2), a Si-Q alloy, wherein Q is an element selected from the group consisting of an alkali metal, an alkaline-earth metal, a Group 13 element, a Group 14 element, a Group 15 element, a Group 16 element, a transition element, a rare earth element, and combinations thereof, but is not Si, Sn, SnO 2, a Sn-R alloy wherein R is an element selected from the group consisting of an alkali metal, an alkaline-earth metal, a Group 13 element, a Group 14 element, a Group 15 element, a Group 16 element, a transition element, a rare earth element, and combinations thereof, but is not Sn, or combinations thereof, and whose functional group has been reacted with a silane coupling agent; Ra is a residual group from a silane coupling agent; and Rb is a polymer including a first repeating unit represented by the following Chemical Formula 2a, wherein, R 10 to R 13 are the same or different, and are hydrogen; or a substituted or unsubstituted C1 to C5 alkyl group, n1 is an integer ranging from 1 to 100000, and * is a chemical bond.
Helicopter search light comprising a lighting arrangement, having at least one light source (10, 20), the lighting arrangement having an adjustable light output; a light detector, which is configured for detecting light emitted by the at least one light source (10, 20) and reflected by the ground and/or at least one item on the ground and for providing a detection signal which is correlated to an amount of light detected; and a control unit which is configured for controlling the adjustable light output of the lighting arrangement of the helicopter search light depending on the detection signal provided by the light detector wherein the lighting arrangement has a flood light mode and a spot light mode and wherein the lighting arrangement is switchable between the flood light mode and the spot light mode, wherein the control unit is configured for switching the lighting arrangement between the flood light mode and the spot light mode depending on the detection signal provided by the light detector, and wherein the lighting arrangement has: at least one first light source, associated with the spot light mode, with the at least one first light source being dimmable and with the control unit controlling a dimming level of the at least one first light source depending on the detection signal provided by the light detector, and/or at least one second light source, associated with the flood light mode, with the at least one second light source being dimmable and with the control unit controlling a dimming level of the at least one second light source depending on the detection signal provided by the light detector. at least one first light source, associated with the spot light mode, with the at least one first light source being dimmable and with the control unit controlling a dimming level of the at least one first light source depending on the detection signal provided by the light detector, and/or at least one second light source, associated with the flood light mode, with the at least one second light source being dimmable and with the control unit controlling a dimming level of the at least one second light source depending on the detection signal provided by the light detector.
A window covering system, comprising: a window; a plurality of structures arranged in front of the window and arranged to vary their color and to control the amount of light passing through the window, the plurality of structures being variable color structures that do not contact the window, the structures comprising an electro-optic medium and being configured to transition between a first color and transmission state and a second color and transmission state upon receipt of a signal; and a controller configured to send a signal to the plurality of variable color structures, thereby causing the plurality of variable color structures to transition between the first color and transmission state and the second color and transmission state, and thereby varying the color and the transmission of the variable color structures to control the amount of light passing through the window, characterized in that the structures are interwoven with fabric sections. a window; a plurality of structures arranged in front of the window and arranged to vary their color and to control the amount of light passing through the window, the plurality of structures being variable color structures that do not contact the window, the structures comprising an electro-optic medium and being configured to transition between a first color and transmission state and a second color and transmission state upon receipt of a signal; and a controller configured to send a signal to the plurality of variable color structures, thereby causing the plurality of variable color structures to transition between the first color and transmission state and the second color and transmission state, and thereby varying the color and the transmission of the variable color structures to control the amount of light passing through the window, characterized in that the structures are interwoven with fabric sections.
Implant system, comprising - a functional implant (5, 6, 15) that fulfills a medical function, particularly a bone implant, vascular support, stent, or depot implant, which is formed at least in part by a metal material that can be degraded by the body of the implant wearer, characterized by - an implantable control device for controlling the degradation behavior of the functional implant (5, 6, 15), having = at least one counter-electrode to the functional implant (5, 6, 15), and = a voltage source for making available a polarization voltage (ΔU) between functional implant (5, 6, 15) and counter-electrode, to control the degradation behavior of the functional implant (5, 6, 15). - a functional implant (5, 6, 15) that fulfills a medical function, particularly a bone implant, vascular support, stent, or depot implant, which is formed at least in part by a metal material that can be degraded by the body of the implant wearer, characterized by - an implantable control device for controlling the degradation behavior of the functional implant (5, 6, 15), having = at least one counter-electrode to the functional implant (5, 6, 15), and = a voltage source for making available a polarization voltage (ΔU) between functional implant (5, 6, 15) and counter-electrode, to control the degradation behavior of the functional implant (5, 6, 15). = at least one counter-electrode to the functional implant (5, 6, 15), and = a voltage source for making available a polarization voltage (ΔU) between functional implant (5, 6, 15) and counter-electrode, to control the degradation behavior of the functional implant (5, 6, 15).
Grinding device for grinding feet of flat materials to be ground, preferably flat ceramic articles or porcelain articles, having a grinding roller having a grinding drive, and having a feed device having a linear drive and a rotary drive which feeds the flat material to be ground to the grinding roller in such a way that a foot of the material to be ground comes into contact with the grinding roller, characterised in that the grinding drive drives the grinding roller around an axis of rotation in a rotational manner during the grinding, and the grinding roller is mounted in a tiltable manner starting from an initial position against a restoring force around a tilt axis.
A method of manufacturing a high temperature superconducting, HTS, coil, the method comprising: winding an HTS coil cable to produce a coil having a plurality of turns (612, 614), the HTS coil cable comprising HTS tapes; during winding of a turn of the coil, placing one or more HTS shunt cables adjacent to the previous turn of the coil along a first arc of the coil, and then winding the turn such that the HTS shunt cable is sandwiched between the turn and the previous turn of the coil such that current can be shared between the HTS shunt cable and the HTS coil cable, the HTS shunt cable comprising HTS tapes, and being placed such that HTS tapes of the one or more HTS shunt cables are parallel with HTS tapes of the HTS coil cable. winding an HTS coil cable to produce a coil having a plurality of turns (612, 614), the HTS coil cable comprising HTS tapes; during winding of a turn of the coil, placing one or more HTS shunt cables adjacent to the previous turn of the coil along a first arc of the coil, and then winding the turn such that the HTS shunt cable is sandwiched between the turn and the previous turn of the coil such that current can be shared between the HTS shunt cable and the HTS coil cable, the HTS shunt cable comprising HTS tapes, and being placed such that HTS tapes of the one or more HTS shunt cables are parallel with HTS tapes of the HTS coil cable.
Method for generating an acoustic voice output in a domestic appliance, comprising the following steps: a) Identifying at least one pre-stored voice segment in dependence on a digital voice template, (b) Retrieving the identified voice segment, (c) Acoustic output of the retrieved voice segment, wherein a plurality of voice segments are pre-stored in a persistent information object, and are identified and/or retrieved in each case on the basis of at least one item of position information in the information object, wherein the individual voice segments and/or the voice template exclusively comprise predetermined sentences and/or words, wherein the sentences and/or words are recipe-related, wherein the information object is designed as an individual audio file, wherein the position information is time information for the voice segments of the audio file, wherein the voice segments each comprise audio data adapted to be output via an output device, wherein the voice template comprises predetermined words and/or sentences, wherein synthesized acoustic words and/or sentences and/or sentence combinations corresponding to the voice template are generated by the retrieval according to step b) and by recombining the voice segments as voice output. a) Identifying at least one pre-stored voice segment in dependence on a digital voice template, (b) Retrieving the identified voice segment, (c) Acoustic output of the retrieved voice segment,