mhurhangee/ep-ind-claims huggingface dataset:
A broad line red light generator for an RGB display, comprising: a single transverse mode SM pulsed ytterbium Yb fiber laser pump source configured to emit pulsed pump light in a fundamental mode FM at a pump wavelength which is selected from a 1030 - 1120 nm wavelength range, the Yb fiber laser pump source configured with a master oscillator power fiber amplifier MOPFA scheme that includes a broad spectral linewidth diode laser with a polarization-maintaining PM fiber pigtail emitting the pulsed pump light at the pump wavelength and a PM fiber booster configured to output the pulsed pump light with a peak power of several kilowatts kW; a SM fiber Raman converter having a multi-meter long length and spliced to an output of the Yb fiber laser pump source and having a core with a multi-micron core diameter guiding the pulsed pump light, and a cladding surrounding the core, wherein the Raman converter induces an "n" order frequency Stokes shift of the pulsed pump light to output the pump light at a desired Raman-shifted wavelength which varies between 1220 and 1300 nm and has a broad spectral linewidth of at least 10 nm, wherein "n" is an integer; and a single pass second harmonic generator SHG including a lithium triborate LBO nonlinear optical crystal which receives the pulsed pump light at the Raman-shifted wavelength and has a spectral acceptance linewidth which is sufficient to cover the broad spectral linewidth of the pulsed pump light, wherein the SHG generates a SM pulsed broad spectral linewidth red light at half the desired Raman-shifted wavelength with a broad spectral linewidth of at least 5 nm. a single transverse mode SM pulsed ytterbium Yb fiber laser pump source configured to emit pulsed pump light in a fundamental mode FM at a pump wavelength which is selected from a 1030 - 1120 nm wavelength range, the Yb fiber laser pump source configured with a master oscillator power fiber amplifier MOPFA scheme that includes a broad spectral linewidth diode laser with a polarization-maintaining PM fiber pigtail emitting the pulsed pump light at the pump wavelength and a PM fiber booster configured to output the pulsed pump light with a peak power of several kilowatts kW; a SM fiber Raman converter having a multi-meter long length and spliced to an output of the Yb fiber laser pump source and having a core with a multi-micron core diameter guiding the pulsed pump light, and a cladding surrounding the core, wherein the Raman converter induces an "n" order frequency Stokes shift of the pulsed pump light to output the pump light at a desired Raman-shifted wavelength which varies between 1220 and 1300 nm and has a broad spectral linewidth of at least 10 nm, wherein "n" is an integer; and a single pass second harmonic generator SHG including a lithium triborate LBO nonlinear optical crystal which receives the pulsed pump light at the Raman-shifted wavelength and has a spectral acceptance linewidth which is sufficient to cover the broad spectral linewidth of the pulsed pump light, wherein the SHG generates a SM pulsed broad spectral linewidth red light at half the desired Raman-shifted wavelength with a broad spectral linewidth of at least 5 nm.
An induction cooking hob comprising a control unit and at least one cooking zone; wherein the cooking zone includes at least three induction coils (12, 14, 16, 18); wherein at least one first group of one or more induction coils (12, 14, 16, 18), and at least one second group of two or more induction coils (12, 14, 16, 18) of said at least one cooking zone are alternatingly activated by the control unit; characterized in that the induction coils (12, 14, 16, 18) which are arranged side by side or adjacent to each other are not activated at the same time; wherein the at least three induction coils (12, 14, and 16) of the cooking zone of the induction cooking hob are arranged in a column, row and/or array; and wherein the induction coils (12, 14, 16, 18) of the first group of induction coils (12, 14, 16, 18) are arranged alternating with the induction coils (12, 14, 16, 18) of the second group of induction coils (12, 14, 16, 18). wherein the cooking zone includes at least three induction coils (12, 14, 16, 18); wherein at least one first group of one or more induction coils (12, 14, 16, 18), and at least one second group of two or more induction coils (12, 14, 16, 18) of said at least one cooking zone are alternatingly activated by the control unit; characterized in that the induction coils (12, 14, 16, 18) which are arranged side by side or adjacent to each other are not activated at the same time; wherein the at least three induction coils (12, 14, and 16) of the cooking zone of the induction cooking hob are arranged in a column, row and/or array; and wherein the induction coils (12, 14, 16, 18) of the first group of induction coils (12, 14, 16, 18) are arranged alternating with the induction coils (12, 14, 16, 18) of the second group of induction coils (12, 14, 16, 18).
A method of providing technical support for a software application having a plurality of executable modules executing on a client computer, wherein each module includes stages, the method comprising: reading by a debugger executing on the client computer, an error message generated by the software application to obtain an error code therefrom; searching a project directory by the debugger to obtain a first report indicating a failed module of the plurality of executable modules; wherein the first report is associated with the error message; identifying by the debugger, a failed stage of the stages of the failed module from the first report; and preparing by the debugger, a case inquiry for the error message, the case inquiry identifying the failed stage and the error code; sending the case inquiry to a network server; searching a document by the network server for a subsection of the document having an entry that matches the failed stage and the error code, wherein each entry in the document specifies a stage, an error code, and links to databases associated with the error code; sending a copy of the subsection to the client computer; detecting by the debugger if an entry of the copy of the subsection matches the failed stage and error code, displaying the matching entry in a window; and if no entry matches the failed stage and error code, initiating by the debugger creation of an entry in the document on the network server including the error code and a link to information indicating that the error is currently being addressed. reading by a debugger executing on the client computer, an error message generated by the software application to obtain an error code therefrom; searching a project directory by the debugger to obtain a first report indicating a failed module of the plurality of executable modules; wherein the first report is associated with the error message; identifying by the debugger, a failed stage of the stages of the failed module from the first report; and preparing by the debugger, a case inquiry for the error message, the case inquiry identifying the failed stage and the error code; sending the case inquiry to a network server; searching a document by the network server for a subsection of the document having an entry that matches the failed stage and the error code, wherein each entry in the document specifies a stage, an error code, and links to databases associated with the error code; sending a copy of the subsection to the client computer; detecting by the debugger if an entry of the copy of the subsection matches the failed stage and error code, displaying the matching entry in a window; and if no entry matches the failed stage and error code, initiating by the debugger creation of an entry in the document on the network server including the error code and a link to information indicating that the error is currently being addressed.
A compound having the formula wherein A is -CH(R 3)-CH 2 - or -CH 2 - CH(R 3)-; each R 1 is the same and is selected from C 1 -C 21 alkyl; C 3 -C 7 cycloalkyl; -CH 2 -R 5, wherein R 5 is acyclic C 2 -C 20 hydrocarbyl having one, two, or three double bonds; C 1 -C 21 alkyl substituted with at least one substituent selected from C 1 -C 4 alkoxy, -OH or -CN; C 3 -C 7 cycloalkyl substituted with at least one substituent selected from C 1 -C 4 alkyl, C 1 -C 4 alkoxy, -OH or -CN; and C 4 -C 21 alkyl substituted with -CO-R 4, wherein R 4 is C 1 -C 4 alkyl; R 2 is selected from H and C 1 -C 3 alkyl; and R 3 is H or C 1 -C 4 alkyl. A is -CH(R 3)-CH 2 - or -CH 2 - CH(R 3)-; each R 1 is the same and is selected from C 1 -C 21 alkyl; C 3 -C 7 cycloalkyl; -CH 2 -R 5, wherein R 5 is acyclic C 2 -C 20 hydrocarbyl having one, two, or three double bonds; C 1 -C 21 alkyl substituted with at least one substituent selected from C 1 -C 4 alkoxy, -OH or -CN; C 3 -C 7 cycloalkyl substituted with at least one substituent selected from C 1 -C 4 alkyl, C 1 -C 4 alkoxy, -OH or -CN; and C 4 -C 21 alkyl substituted with -CO-R 4, wherein R 4 is C 1 -C 4 alkyl; R 2 is selected from H and C 1 -C 3 alkyl; and R 3 is H or C 1 -C 4 alkyl.
Key module comprising: - a cover element with a circular opening, - a tappet comprising a cam nose, wherein the tappet is supported to be movable along a movement axis by the cover element, wherein the tappet comprises a cylindrical keycap supporting portion in a passage area in which it projects through the circular opening of the cover element and comprises at least one rib on a guiding portion adjacent to the an keycap supporting portion on an outside; - a contactor unit formed and arranged to be taken along by the cam nose; - a contact piece formed and arranged for establishing electric contact with the contact nose; and - a housing element for accommodating the contact piece, the contactor unit and the tappet, wherein the housing element comprises, for accommodating the guiding portion of the tappet, at least one accommodating bowl with at least one recess for accommodating the at least one rib of the tappet. - a cover element with a circular opening, - a tappet comprising a cam nose, wherein the tappet is supported to be movable along a movement axis by the cover element, wherein the tappet comprises a cylindrical keycap supporting portion in a passage area in which it projects through the circular opening of the cover element and comprises at least one rib on a guiding portion adjacent to the an keycap supporting portion on an outside; - a contactor unit formed and arranged to be taken along by the cam nose; - a contact piece formed and arranged for establishing electric contact with the contact nose; and - a housing element for accommodating the contact piece, the contactor unit and the tappet, wherein the housing element comprises, for accommodating the guiding portion of the tappet, at least one accommodating bowl with at least one recess for accommodating the at least one rib of the tappet.
A method of recognizing consecutive objects on a conveying path in a detection zone, arranged on the conveying path, of a sensor device comprising a radio frequency sensor arranged at the conveying path; and an evaluation device connected to the radio frequency sensor, wherein the method comprises the following steps: - generating an electromagnetic radio frequency field radiating into the detection zone by means of the radio frequency sensor; - measuring a time curve of a dielectric conductivity in the detection zone by means of the radio frequency field; and - determining contour information of the consecutive objects from the time curve of the dielectric conductivity by means of the evaluation device, characterized in that the radio frequency sensor comprises a plurality of individual sensors; and in that the individual sensors are arranged next to one another along a transverse direction of the conveying path which is oriented perpendicular to the conveying direction of the conveying path. wherein the method comprises the following steps: - generating an electromagnetic radio frequency field radiating into the detection zone by means of the radio frequency sensor; - measuring a time curve of a dielectric conductivity in the detection zone by means of the radio frequency field; and - determining contour information of the consecutive objects from the time curve of the dielectric conductivity by means of the evaluation device, - generating an electromagnetic radio frequency field radiating into the detection zone by means of the radio frequency sensor; - measuring a time curve of a dielectric conductivity in the detection zone by means of the radio frequency field; and - determining contour information of the consecutive objects from the time curve of the dielectric conductivity by means of the evaluation device, characterized in that the radio frequency sensor comprises a plurality of individual sensors; and in that the individual sensors are arranged next to one another along a transverse direction of the conveying path which is oriented perpendicular to the conveying direction of the conveying path.
A communication apparatus (A, 301) comprising: a first setting unit configured to operate as an access point that communicates with another communication apparatus (B, 304) to perform communication parameter setting processing; a second setting unit configured to operate as a station that communicates with an access point (AP, 302) to perform communication parameter setting processing; a detection unit (205, 206) configured to detect an apparatus that is currently activating communication parameter setting processing; and a selection unit configured to select first setting processing (S408-S411) to be performed by the first setting unit or second setting processing (S404-S407) to be performed by the second setting unit according to a detection result obtained by the detection unit (205, 206); wherein the selection unit is configured to select the second setting processing (S404-S407) to be performed by the second setting unit in a case where an access point that is currently activating the communication parameter setting processing is detected by the detection unit (205, 206) and there is not any other communication apparatus (B, 304) that is currently activating the communication parameter setting processing as a station. a first setting unit configured to operate as an access point that communicates with another communication apparatus (B, 304) to perform communication parameter setting processing; a second setting unit configured to operate as a station that communicates with an access point (AP, 302) to perform communication parameter setting processing; a detection unit (205, 206) configured to detect an apparatus that is currently activating communication parameter setting processing; and a selection unit configured to select first setting processing (S408-S411) to be performed by the first setting unit or second setting processing (S404-S407) to be performed by the second setting unit according to a detection result obtained by the detection unit (205, 206); wherein the selection unit is configured to select the second setting processing (S404-S407) to be performed by the second setting unit in a case where an access point that is currently activating the communication parameter setting processing is detected by the detection unit (205, 206) and there is not any other communication apparatus (B, 304) that is currently activating the communication parameter setting processing as a station.
A lithium secondary battery comprising a cathode, an anode, a separator disposed between the cathode and the anode, and an electrolyte, wherein the electrolyte comprises a mixed solvent of ethylene carbonate and methyl propionate, the cathode comprises a lithium nickel manganese complex oxide (LNMO) represented by Formula 4 below as a cathode active material, and the anode comprises a lithium titanium oxide represented by Formula 5 below as an anode active material: Li x Ni y Mn 2-y O 4 wherein 0.9≤x≤1.2 and 0.4≤y≤0.5, Li 1.33 Ti 1.67 O 4
Connecting apparatus for hollow conductors, having - a hollow body which is formed from electrically conductive materials, - a plurality of receiving openings (20, 22), which are arranged in the hollow body, for receiving the hollow conductors (28, 30) which are to be connected, and - at least one ventilation opening, which is arranged in the hollow body, for dissipating the heat within the hollow body, - wherein the ventilation opening is in the form of a mounting opening, wherein the hollow body is formed in a T-shape with three receiving openings (20, 22) for receiving three hollow conductors, and wherein a bottom face is formed on a receiving opening-free face of the hollow body, the ventilation opening which is in the form of a mounting opening being arranged on said bottom face, characterized in that the hollow conductors (28, 30) are fastened to the hollow body by a plurality of connecting elements which can be reached from the outside of the hollow body through the mounting opening. - a hollow body which is formed from electrically conductive materials, - a plurality of receiving openings (20, 22), which are arranged in the hollow body, for receiving the hollow conductors (28, 30) which are to be connected, and - at least one ventilation opening, which is arranged in the hollow body, for dissipating the heat within the hollow body, - wherein the ventilation opening is in the form of a mounting opening, wherein the hollow body is formed in a T-shape with three receiving openings (20, 22) for receiving three hollow conductors, and wherein a bottom face is formed on a receiving opening-free face of the hollow body, the ventilation opening which is in the form of a mounting opening being arranged on said bottom face, characterized in that the hollow conductors (28, 30) are fastened to the hollow body by a plurality of connecting elements which can be reached from the outside of the hollow body through the mounting opening.
Flushing shaft to be mounted into an outer drill pipe of a rotary percussive installation that has a central drill bit, placed on an inner drill pipe, that is rotationally driven and that is loaded by a down-the-hole hammer with axial impacts and that has a rotationally driven core bit loaded by an outer hammer with axial impacts, core bit that is placed on the outer drill pipe that receives the inner drill pipe in such a manner that it lags the central drill bit, which flushing shaft has a cylindrical body at the axial end portions of which standardized connecting threads (81, 82) are provided for connecting with the outer drill pipe or with the outer hammer and that has a percussive assembly for decoupling the down-the-hole hammer from the outer hammer, characterized in that the cylindrical body has a recess in the manner of a blind hole in its end portion turned in mounted condition to the down-the-hole hammer, recess that communicates with a supply drilled hole for the supply of a flushing medium for the down-the-hole hammer and in which the percussive assembly is placed and that the percussive assembly comprises a group of circular ring-shaped steel disks and elastomer disks, wherein an elastomer disk is placed respectively between two steel disks.
Permanently braked rolling device for a piece of seating furniture, lounge furniture and/or transporting furniture that may roll, in particular a chair, wherein the rolling device comprises: two rollers that are connected to one another via a common shaft, wherein the respective roller comprises a wheel hub, a housing having a bearing bush in which the shaft is mounted in a rotatable manner, wherein an axially-acting braking device and/or a radially acting braking device is fastened to the housing and is in permanent frictional contact with the roller so as to permanently brake the rolling device, wherein the housing comprises a roller receiving arrangement having at least one latching section, wherein the wheel hub may be latched into or clipped into the roller receiving arrangement on the at least one latching section. two rollers that are connected to one another via a common shaft, wherein the respective roller comprises a wheel hub, a housing having a bearing bush in which the shaft is mounted in a rotatable manner, wherein an axially-acting braking device and/or a radially acting braking device is fastened to the housing and is in permanent frictional contact with the roller so as to permanently brake the rolling device, wherein the housing comprises a roller receiving arrangement having at least one latching section, wherein the wheel hub may be latched into or clipped into the roller receiving arrangement on the at least one latching section.
Method for operating a vehicle on-board weighing system having a sensor for measuring an axle load of a vehicle (100, 119), characterized by - ascertaining a voltage profile of an operating voltage present at the sensor, - ascertaining a deviation (105, 106, 107, 108, 109) from a predefined operating voltage, - and, if the deviation (105, 106, 108) is still present after a predefined time interval (110, 111, 113), ascertaining a manipulation attempt to manipulate the sensor. - ascertaining a voltage profile of an operating voltage present at the sensor, - ascertaining a deviation (105, 106, 107, 108, 109) from a predefined operating voltage, - and, if the deviation (105, 106, 108) is still present after a predefined time interval (110, 111, 113), ascertaining a manipulation attempt to manipulate the sensor.
A method for manufacturing a security element for a security paper, value document or the like, comprising a substrate which is at least partially equipped with an embossed coating comprising at least two layers, having the steps of: a) applying a first UV-curing layer to the substrate; b) complete curing of the first UV-curing layer; c) applying at least one second UV-curing layer to the completely cured first layer; characterized in that the method has the following further steps of: d) embossing the last applied UV-curing layer, wherein a microstructure is embossed; e) curing the coating; wherein the curing of the layers is effected by ultraviolet radiation. a) applying a first UV-curing layer to the substrate; b) complete curing of the first UV-curing layer; c) applying at least one second UV-curing layer to the completely cured first layer; characterized in that the method has the following further steps of: d) embossing the last applied UV-curing layer, wherein a microstructure is embossed; e) curing the coating; wherein the curing of the layers is effected by ultraviolet radiation.
A medical device (40, 90) for implantation in a body vessel comprising: a support frame (20, 70) comprising a metallic bioabsorbable material attached to a remodelable graft material (30, 60, 80) defining a tubular lumen and permitting tissue ingrowth; wherein the support frame (20, 70) is configured so that, following implantation, it provides support for the graft material (30, 60, 80) during remodeling of the graft material, maintaining the graft material in a configuration to permit remodeling and tissue growth in and through the graft material, and then dissipating within the body thereafter.
A method for enhancing electrical conduction, comprising: coating a composite body with an adhering layer comprising a conductive material, wherein a metallic component is electrically connected to the conductive material of the adhering layer, wherein the metallic component is coupled to the composite body.