mhurhangee/ep-ind-claims huggingface dataset:
Method of output of at least one part of at least one main voice, in particular singing voice, containing audio signal in the form of a stereo signal into a part of a passenger cell of a motor vehicle forming interior via a left and a right audio output channel (5, 6) audio output device, comprising the steps: - providing at least one part of a piece of music containing at least one main voice, - extracting an audio signal portion containing at least one main voice (AS.2) of the audio signal from the audio signal, wherein extracting the audio signal containing at least one main voice is carried out by dividing the provided audio signal into several audio signal portions, wherein an audio signal portion obtained by splitting the audio signal contains at least one main voice, attenuating of the audio signal portion containing at least one main voice (AS.2), outputting the audio signal via the left and right audio output channel (5, 6) of the audio output device, wherein the audio signal portion containing at least one main voice (AS.2) is attenuated, wherein the attenuation of the at least one main voice containing audio signal portion (AS.2) is carried out by filtering the audio signal portion from the audio signal by means of a filter device, in particular a locking filter device, preferably a band lock filter device, wherein an upper and a lower limit frequency comprising filtering frequency is used, wherein the upper and the lower limit frequency of the filtering device are selected such that frequency portions of the main voice to be filtered out are filtered out. - providing at least one part of a piece of music containing at least one main voice, - extracting an audio signal portion containing at least one main voice (AS.2) of the audio signal from the audio signal, wherein extracting the audio signal containing at least one main voice is carried out by dividing the provided audio signal into several audio signal portions, wherein an audio signal portion obtained by splitting the audio signal contains at least one main voice, attenuating of the audio signal portion containing at least one main voice (AS.2), outputting the audio signal via the left and right audio output channel (5, 6) of the audio output device, wherein the audio signal portion containing at least one main voice (AS.2) is attenuated, wherein the attenuation of the at least one main voice containing audio signal portion (AS.2) is carried out by filtering the audio signal portion from the audio signal by means of a filter device, in particular a locking filter device, preferably a band lock filter device, wherein an upper and a lower limit frequency comprising filtering frequency is used, wherein the upper and the lower limit frequency of the filtering device are selected such that frequency portions of the main voice to be filtered out are filtered out.
Delivering device of a liquid substance for preparing beverages, comprising at least one nozzle adapted to be placed, in a sequence, next to at least one container of a battery of containers to allow outwards pouring a dose of the liquid substance, in a pre-established amount, and further comprising at least one extracting device of vapours of the liquid substance released in a space between said battery of containers and said nozzle, said extracting device comprising capturing means and collecting means of vapours of the liquid substance, characterized in that it further comprises at least one trolley sliding along guiding means and dragged with transmission means by at least one controlled motor, said trolley being adapted to transport said at least one nozzle and said extracting device of vapours of the liquid substance, in that said nozzle is connected through at least one hydraulic flexible tube to thermal-hydraulic means comprising at least one boiler for heating the liquid substance to be sent to said nozzle, said thermal-hydraulic means being fixed with respect to said trolley and lacking solenoid valves or timed or intercepting elements of the liquid substance, and in that said extracting device is connected through at least one hydraulic flexible tube to sucking means comprising at least one fan, said sucking means being fixed with respect to said trolley and lacking solenoid valves or timed or intercepting elements of the liquid substance.
A method of controlling a laser delivery control console, comprising: receiving at the laser delivery control console electronically stored information from a radio frequency identification tag associated with a medical device; converting, using at least one processor of the control console, the electronically stored information to a plurality of operating parameter threshold values; wherein the plurality of threshold values include maximum frequency values and maximum energy values for laser energy supplied by the laser delivery control console to the medical device, and wherein converting the electronically stored information to a plurality of threshold values includes using the electronically stored information to create a plurality of corner stone set point pairs defining an operating parameter matrix, wherein each corner stone set point pair defines a threshold frequency value that defines a limit on the frequency operating range for a particular energy value and a threshold energy value that defines a limit on the energy operating range for a particular frequency; and preventing, in response to a command to adjust the energy or frequency of laser energy applied to the medical device, the delivery of laser energy with a frequency or energy value that exceeds one or more of the threshold values, wherein the command is generated by an action or series of actions on a user interface operably coupled to the laser delivery control console. receiving at the laser delivery control console electronically stored information from a radio frequency identification tag associated with a medical device; converting, using at least one processor of the control console, the electronically stored information to a plurality of operating parameter threshold values; wherein the plurality of threshold values include maximum frequency values and maximum energy values for laser energy supplied by the laser delivery control console to the medical device, and wherein converting the electronically stored information to a plurality of threshold values includes using the electronically stored information to create a plurality of corner stone set point pairs defining an operating parameter matrix, wherein each corner stone set point pair defines a threshold frequency value that defines a limit on the frequency operating range for a particular energy value and a threshold energy value that defines a limit on the energy operating range for a particular frequency; and preventing, in response to a command to adjust the energy or frequency of laser energy applied to the medical device, the delivery of laser energy with a frequency or energy value that exceeds one or more of the threshold values, wherein the command is generated by an action or series of actions on a user interface operably coupled to the laser delivery control console.
A process for the storage and subsequent release of hydrogen comprising: a) contacting hydrogen, in the presence of a hydrogenation catalyst under hydrogenation conditions, with an extended pi-conjugated substrate to effect storage of hydrogen by forming an at least partially hydrogenated extended pi-conjugated substrate; wherein the extended pi-conjugated substrate is selected from the group consisting of extended pi-conjugated substrates with nitrogen heteroatoms comprising a five-membered cyclic aromatic hydrocarbon containing a nitrogen atom in the five-membered aromatic ring, or a six-membered cyclic aromatic hydrocarbon containing a nitrogen atom in the six-membered aromatic ring, wherein the nitrogen containing heterocyclic molecule is fused to at least one six-membered aromatic sextet structure which may also contain a nitrogen heteroatom; pi-conjugated monocyclic substrates with multiple nitrogen heteroatoms which have a five-membered or six-membered aromatic ring having two or more nitrogen atoms in the aromatic ring structure, wherein the aromatic ring is not fused to another aromatic ring; and any combination of the foregoing; and thereafter b) contacting the at least partially hydrogenated extended pi-conjugated substrate under dehydrogenation conditions in the presence of an effective amount of a dehydrogenation catalyst to release hydrogen from the at least partially hydrogenated extended pi-conjugated substrate. a) contacting hydrogen, in the presence of a hydrogenation catalyst under hydrogenation conditions, with an extended pi-conjugated substrate to effect storage of hydrogen by forming an at least partially hydrogenated extended pi-conjugated substrate; wherein the extended pi-conjugated substrate is selected from the group consisting of extended pi-conjugated substrates with nitrogen heteroatoms comprising a five-membered cyclic aromatic hydrocarbon containing a nitrogen atom in the five-membered aromatic ring, or a six-membered cyclic aromatic hydrocarbon containing a nitrogen atom in the six-membered aromatic ring, wherein the nitrogen containing heterocyclic molecule is fused to at least one six-membered aromatic sextet structure which may also contain a nitrogen heteroatom; pi-conjugated monocyclic substrates with multiple nitrogen heteroatoms which have a five-membered or six-membered aromatic ring having two or more nitrogen atoms in the aromatic ring structure, wherein the aromatic ring is not fused to another aromatic ring; and any combination of the foregoing; and thereafter b) contacting the at least partially hydrogenated extended pi-conjugated substrate under dehydrogenation conditions in the presence of an effective amount of a dehydrogenation catalyst to release hydrogen from the at least partially hydrogenated extended pi-conjugated substrate.
A wearable surgical garment defining an environment side and a wearer side for use with a surgical helmet having a headlamp, the wearable surgical garment comprising: a surgical fabric configured to provide a microbial barrier between a medical environment and a wearer; a face shield (26, 26A, 26B, 26C) coupled to the surgical fabric; and a lens assembly coupled to the face shield (26, 26A, 26B, 26C) or the surgical fabric on the environment side of the surgical garment, the lens assembly comprising: a first lens, and a control member, wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly; characterized in that the wearable surgical garment further comprises a coupling member (40, 40A, 40B, 40C) provided on the wearer side, wherein the face shield (26, 26A, 26B, 26C) is disposed between the coupling member (40, 40A, 40B, 40C) and the lens assembly, and wherein the coupling member (40, 40A, 40B, 40C) is configured to couple to the headlamp of the surgical helmet on the wearer side to align the headlamp to the lens assembly such that light emitted by the headlamp is transmitted through the lens assembly. a surgical fabric configured to provide a microbial barrier between a medical environment and a wearer; a face shield (26, 26A, 26B, 26C) coupled to the surgical fabric; and a lens assembly coupled to the face shield (26, 26A, 26B, 26C) or the surgical fabric on the environment side of the surgical garment, the lens assembly comprising: a first lens, and a control member, wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly; characterized in that the wearable surgical garment further comprises a coupling member (40, 40A, 40B, 40C) provided on the wearer side, wherein the face shield (26, 26A, 26B, 26C) is disposed between the coupling member (40, 40A, 40B, 40C) and the lens assembly, and wherein the coupling member (40, 40A, 40B, 40C) is configured to couple to the headlamp of the surgical helmet on the wearer side to align the headlamp to the lens assembly such that light emitted by the headlamp is transmitted through the lens assembly. a first lens, and a control member, wherein the control member is operatively coupled to the first lens and manipulatable by the wearer on the environment side of the surgical garment to adjust a characteristic of the lens assembly;
Electrical machine having a rotor (8; 50; 76) and a stator (9; 29; 77), wherein the rotor (8; 50; 76) and/or the stator (9; 29; 77) has at least one laminated core (2; 11; 32; 72) having a substantially rectangular cross section, wherein the laminated core (2; 11; 32; 72) has a sheet-metal strip which is wound on edge in the form of a coil, and wherein the stator (9; 29; 77) and/or the rotor (8; 50; 76) have a support (15, 17; 70), wherein the prestress of the wound sheet-metal strip is set such that the laminated core (2; 11; 32; 72) is arranged without play in a receptacle of the support (15, 17; 70) of the stator (9; 29; 77) and/or of the rotor (8; 50; 76) after the sheet-metal strip is relieved of stress, wherein the sheet-metal strip of the laminated core (2; 11; 32; 72) is connected in the axial direction at least partially by means of baked enamel or by means of a weld connection, characterized in that the contour of the receptacle has a smaller diameter than the support (15, 17; 70).
Illuminating and imaging system comprising: - an infrared light source; - an image capture apparatus; and - a cover comprising: - a window designed to extend over the infrared light source and the image capture apparatus; and - a separator, the window comprising a back surface in contact with the separator and a front surface opposite to the back surface, the separator being positioned with respect to the window in such manner as to be interposed between the light source and the image capture apparatus to prevent direct illumination of the image capture apparatus by the light source, said cover comprises a layer adapted to absorb infrared light, the layer extending on the front surface of the window such as to face at least partly the separator, characterized in that - said illuminating and imaging system is adapted to be placed inside an automotive vehicle; and - said cover further comprises an infrared coating adapted to absorb visible light and to transmit infrared light, the infrared coating extending in front of the front surface of the window in such manner as to face the infrared light source. - an infrared light source; - an image capture apparatus; and - a cover comprising: - a window designed to extend over the infrared light source and the image capture apparatus; and - a separator, the window comprising a back surface in contact with the separator and a front surface opposite to the back surface, the separator being positioned with respect to the window in such manner as to be interposed between the light source and the image capture apparatus to prevent direct illumination of the image capture apparatus by the light source, said cover comprises a layer adapted to absorb infrared light, the layer extending on the front surface of the window such as to face at least partly the separator, characterized in that the window comprising a back surface in contact with the separator and a front surface opposite to the back surface, the separator being positioned with respect to the window in such manner as to be interposed between the light source and the image capture apparatus to prevent direct illumination of the image capture apparatus by the light source, said cover comprises a layer adapted to absorb infrared light, the layer extending on the front surface of the window such as to face at least partly the separator, characterized in that - said illuminating and imaging system is adapted to be placed inside an automotive vehicle; and - said cover further comprises an infrared coating adapted to absorb visible light and to transmit infrared light, the infrared coating extending in front of the front surface of the window in such manner as to face the infrared light source.
A mobile device, comprising: a fixed camera which is fixedly installed on a rear housing of the mobile device; a movable camera which is connected to the fixed camera via a connection component; and wherein a port at which the connection component is connected to the fixed camera is a component having a rotation function, characterized in that the mobile device further comprises a sliding rail shaped as a circular arc forming a circle, semicircle or quarter-circle, wherein the fixed camera is positioned at the centre of the circle, semicircle or quarter-circle of the circular arc formed by the shape of the sliding rail, and the movable camera moves along the sliding rail via the connection component. a fixed camera which is fixedly installed on a rear housing of the mobile device; a movable camera which is connected to the fixed camera via a connection component; and wherein a port at which the connection component is connected to the fixed camera is a component having a rotation function, characterized in that the mobile device further comprises a sliding rail shaped as a circular arc forming a circle, semicircle or quarter-circle, wherein the fixed camera is positioned at the centre of the circle, semicircle or quarter-circle of the circular arc formed by the shape of the sliding rail, and the movable camera moves along the sliding rail via the connection component.
Electrical insulating paper comprising 20% to 99% by weight of cellulose and 1% to 80% by weight of mineral fillers, characterised in that the mineral filler includes talc, wherein the talc content in the mineral filler is between 1% and 100%, and the talc has a mean particle size distribution of 0.5 to 400 pm and platelets with a mean thickness of 0.01 to 100 pm, such that the electrical insulation paper has a dielectric strength measured in accordance with DIN EN 60243-1 greater than 40 kV/rnm and a conductivity in the hot water extract measured in accordance with TAPPI standard T 252 of less than 5 mS/m.
An apparatus for measuring a three-dimensional image of an object to be measured using an image captured by an optical system, the apparatus comprising: a CCD camera for capturing the object and outputting the captured image; a lamp for generating light to illuminate a capturing area of the object; an illumination controller for controlling the lamp to be turned on; a projection grating formed with gratings; a projection grating driving unit for adjusting a distance between the projection grating and the object; an image capturing device for acquiring the image captured by the CCD camera; a driving signal generator unit for outputting a driving signal to the illumination controller, the projection grating driving unit, and the image capturing device simultaneously according to an enable signal generated from the CCD camera; an image signal processor for estimating a three-dimensional image of the object from data transmitted from the image capturing device; wherein the driving signal generator unit comprises: a memory storing reference data necessary for the control of generating the driving signal; a digital-to-analog converter; a low pass filter for removing high frequency components from a signal outputted from the digital-to-analog converter and a signal acquired by the image capturing device; and a driving signal generator for generating the driving signal. a CCD camera for capturing the object and outputting the captured image; a lamp for generating light to illuminate a capturing area of the object; an illumination controller for controlling the lamp to be turned on; a projection grating formed with gratings; a projection grating driving unit for adjusting a distance between the projection grating and the object; an image capturing device for acquiring the image captured by the CCD camera; a driving signal generator unit for outputting a driving signal to the illumination controller, the projection grating driving unit, and the image capturing device simultaneously according to an enable signal generated from the CCD camera; an image signal processor for estimating a three-dimensional image of the object from data transmitted from the image capturing device; wherein the driving signal generator unit comprises: a memory storing reference data necessary for the control of generating the driving signal; a digital-to-analog converter; a low pass filter for removing high frequency components from a signal outputted from the digital-to-analog converter and a signal acquired by the image capturing device; and a driving signal generator for generating the driving signal. a memory storing reference data necessary for the control of generating the driving signal; a digital-to-analog converter; a low pass filter for removing high frequency components from a signal outputted from the digital-to-analog converter and a signal acquired by the image capturing device; and a driving signal generator for generating the driving signal.
Apparatus for providing optical radiation, which apparatus comprises an optical input, a coupler, a first semiconductor amplifier, a controller, a preamplifier, a power amplifier, an output fibre, and a resonant cavity, wherein: • the optical input is for receiving input optical radiation; • the optical input is connected in series to the coupler, the first semiconductor amplifier, the preamplifier, the power amplifier, the output fibre, and the resonant cavity; • the resonant cavity comprises a non-linear crystal; the apparatus being characterized in that • the resonant cavity is connected to the optical input thereby forming a ring laser comprising the coupler, the first semiconductor amplifier, the preamplifier, the power amplifier, the output fibre, and the resonant cavity; • the first semiconductor amplifier comprises a waveguide having a lower reflecting facet; • the first semiconductor amplifier is in a double pass configuration such that the low reflecting facet is connected to both the optical input and the preamplifier via the coupler; • the controller is configured to cause the waveguide of the first semiconductor amplifier to operate in saturation thereby enable the first semiconductor amplifier to reduce non-linear effects in the preamplifier, the power amplifier, and the output fibre. • the optical input is for receiving input optical radiation; • the optical input is connected in series to the coupler, the first semiconductor amplifier, the preamplifier, the power amplifier, the output fibre, and the resonant cavity; • the resonant cavity comprises a non-linear crystal; • the resonant cavity is connected to the optical input thereby forming a ring laser comprising the coupler, the first semiconductor amplifier, the preamplifier, the power amplifier, the output fibre, and the resonant cavity; • the first semiconductor amplifier comprises a waveguide having a lower reflecting facet; • the first semiconductor amplifier is in a double pass configuration such that the low reflecting facet is connected to both the optical input and the preamplifier via the coupler; • the controller is configured to cause the waveguide of the first semiconductor amplifier to operate in saturation thereby enable the first semiconductor amplifier to reduce non-linear effects in the preamplifier, the power amplifier, and the output fibre.