mhurhangee/ep-ind-claims huggingface dataset:
Method for performing shifts in a dog clutch element of a transmission system in a hybrid vehicle, having 1.1 an input shaft which is connected to a crankshaft of an internal combustion engine of the hybrid vehicle; 1.2 an output shaft which is connected at least indirectly to driven wheels of the hybrid vehicle; 1.3 an electric machine which is in engagement with the input shaft; 1.4 an automatic transmission or a transmission which is shiftable in an automated manner between the input shaft and the output shaft, which transmission 1.4.1 has at least one dog clutch element for the releasable coupling of two transmission elements, wherein 1.5 during a desired shifting of the dog clutch element, the torque of the input shaft is adapted via the electric machine, and therefore 1.6 a reduced load prevails in the region of the dog clutch element and the latter can be disengaged, after which 1.7 the internal combustion engine is braked or accelerated to the desired target rotational speed via the electric machine, characterized in that after this 1.8 the dog clutch element is engaged when or shortly before the target rotational speed is reached. 1.1 an input shaft which is connected to a crankshaft of an internal combustion engine of the hybrid vehicle; 1.2 an output shaft which is connected at least indirectly to driven wheels of the hybrid vehicle; 1.3 an electric machine which is in engagement with the input shaft; 1.4 an automatic transmission or a transmission which is shiftable in an automated manner between the input shaft and the output shaft, which transmission 1.4.1 has at least one dog clutch element for the releasable coupling of two transmission elements, 1.5 during a desired shifting of the dog clutch element, the torque of the input shaft is adapted via the electric machine, and therefore 1.6 a reduced load prevails in the region of the dog clutch element and the latter can be disengaged, after which 1.7 the internal combustion engine is braked or accelerated to the desired target rotational speed via the electric machine, characterized in that after this 1.8 the dog clutch element is engaged when or shortly before the target rotational speed is reached.
- Cap for drink bottle or similar recipient comprising: - a base element comprising an upper drinking nozzle (1.1) and a substantially tubular lower portion (1.2) adapted so that the base element can be secured to a neck of the bottle or similar recipient, - a covering element comprising a flip top (2.1) adapted to hermetically seal the drinking nozzle (1.1) of the base element, and - anti-tamper means (2.2) of the top (2.1) adapted to provide a visual indication of whether the top (2.1) has already been removed for a first time from the drinking nozzle (1.1), wherein, the covering element comprises a tubular portion (2.3) adapted to be secured to the outside of the substantially tubular portion (1.2) of the base element, an upper slit (2.33) is made in an upper side of the tubular portion (2.3) of the covering element and the anti-tamper means (2.2) of the top (2.1) comprise an interlocking element (2.21) extended from a lower edge (2.11) of the top (2.1), wherein the interlocking element (2.21) is adapted to pass through the upper slit (2.33), characterized in that the interlocking element is adapted to latch through the inside of a front window (2.22) of the tubular portion (2.3) of the covering element. - a base element comprising an upper drinking nozzle (1.1) and a substantially tubular lower portion (1.2) adapted so that the base element can be secured to a neck of the bottle or similar recipient, - a covering element comprising a flip top (2.1) adapted to hermetically seal the drinking nozzle (1.1) of the base element, and - anti-tamper means (2.2) of the top (2.1) adapted to provide a visual indication of whether the top (2.1) has already been removed for a first time from the drinking nozzle (1.1), wherein, the covering element comprises a tubular portion (2.3) adapted to be secured to the outside of the substantially tubular portion (1.2) of the base element, an upper slit (2.33) is made in an upper side of the tubular portion (2.3) of the covering element and the anti-tamper means (2.2) of the top (2.1) comprise an interlocking element (2.21) extended from a lower edge (2.11) of the top (2.1), wherein the interlocking element (2.21) is adapted to pass through the upper slit (2.33), characterized in that the interlocking element is adapted to latch through the inside of a front window (2.22) of the tubular portion (2.3) of the covering element.
An antibody or binding fragment thereof that specifically binds HER3 comprising a light chain variable region and a heavy chain variable region, the light chain variable region comprising complementarity determining regions CDR-L1, CDR-L2 and CDR-L3 and the heavy chain variable region comprising complementarity determining regions CDR-H1, CDR-H2 and CDR-H3, wherein CDR-L1 comprises the amino acid sequence set out in SEQ ID NO: 1 or SEQ ID NO: 117, CDR-L2 comprises the amino acid sequence set out in SEQ ID NO: 2 or SEQ ID NO: 118, CDR-L3 comprises the amino acid sequence set out in SEQ ID NO: 3, CDR-H1 comprises the amino acid sequence set out in SEQ ID NO: 4 or SEQ ID NO: 120, CDR-H2 comprises the amino acid sequence set out in SEQ ID NO: 5 or SEQ ID NO: 121 and CDR-H3 comprises the amino acid sequence set out in SEQ ID NO: 6 or SEQ ID NO: 122, wherein the HER3 is human HER3.
A mortar delivery system comprising: a hopper in material communication with a mixing structure; a feed auger in material communication with the mixing structure; the mixing structure located in an upper area of the hopper and the feed auger located in a lower area of the hopper; a feed tube containing the feed auger; a first source of rotational energy mechanically coupled to the mixing structure; and a second source of rotational energy mechanically coupled to the feed auger; the mortar delivery system comprising a nozzle coupled to the feed tube for forming a mortar bed; characterized by the mortar delivery system comprising a nozzle output pressure sensor contained within the nozzle and configured to provide an analog signal that is proportional to the nozzle output pressure, wherein the mortar delivery system further comprises an analog to digital converter and a microcontroller, the microcontroller being configured to use the signal from the nozzle output pressure sensor converted by the analog to digital converter for process control and feedback. a hopper in material communication with a mixing structure; a feed auger in material communication with the mixing structure; the mixing structure located in an upper area of the hopper and the feed auger located in a lower area of the hopper; a feed tube containing the feed auger; a first source of rotational energy mechanically coupled to the mixing structure; and a second source of rotational energy mechanically coupled to the feed auger; the mortar delivery system comprising a nozzle coupled to the feed tube for forming a mortar bed; characterized by the mortar delivery system comprising a nozzle output pressure sensor contained within the nozzle and configured to provide an analog signal that is proportional to the nozzle output pressure, wherein the mortar delivery system further comprises an analog to digital converter and a microcontroller, the microcontroller being configured to use the signal from the nozzle output pressure sensor converted by the analog to digital converter for process control and feedback.
A device for attaching a solar panel to a metal roof, comprising: a first hinge base with a first roof-anchoring platform, a first hinge pin extending rigidly upward and lengthwise along the first roof-anchoring platform, and a first slot-shaped aperture extending lengthwise along the first hinge base; a second hinge base with a second roof-anchoring platform, a second hinge pin extending rigidly upward from and lengthwise along the second roof-anchoring platform, and a second slot-shaped aperture extending lengthwise along the second hinge base; a hinge platform assembly including a first hinge sleeve and a second hinge sleeve each extending downward from the hinge platform assembly; the first hinge sleeve includes a first upper arcuate-shaped portion received by the first slot-shaped aperture with the first hinge pin being pivotable about the first upper arcuate-shaped portion; and the second hinge sleeve includes a second upper arcuate-shaped portion received by the second slot-shaped aperture with the second hinge pin being pivotable about the second upper arcuate-shaped portion. a first hinge base with a first roof-anchoring platform, a first hinge pin extending rigidly upward and lengthwise along the first roof-anchoring platform, and a first slot-shaped aperture extending lengthwise along the first hinge base; a second hinge base with a second roof-anchoring platform, a second hinge pin extending rigidly upward from and lengthwise along the second roof-anchoring platform, and a second slot-shaped aperture extending lengthwise along the second hinge base; a hinge platform assembly including a first hinge sleeve and a second hinge sleeve each extending downward from the hinge platform assembly; the first hinge sleeve includes a first upper arcuate-shaped portion received by the first slot-shaped aperture with the first hinge pin being pivotable about the first upper arcuate-shaped portion; and the second hinge sleeve includes a second upper arcuate-shaped portion received by the second slot-shaped aperture with the second hinge pin being pivotable about the second upper arcuate-shaped portion.
An audio processing device comprising: a first controller configured to initialize the audio processing device; and a second controller configured to connect the audio processing device and an audio output device comprising audio output circuitry while the first controller initializes the audio processing device, wherein, to connect the audio processing device and the audio output device, the second controller is further configured to determine a previously stored connection state of a HDMI port supporting an audio return channel, ARC, of the audio processing device in response to the audio processing device being turned on; wherein the previously stored connection state identifies whether the audio processing device operated in ARC mode before being turned off, and wherein the second controller is further configured to transmit a message for turning on the audio output device in response to the previously stored connection state of the HDMI port supporting the ARC identifying that the audio processing device operated in ARC mode before being turned off, and to transmit a message reporting completion of the connection of the audio processing device and the audio output device to the first controller, wherein the first controller is configured to start an operation of outputting audio to the audio output device in response to the message reporting the completion of the connection from the second controller. a first controller configured to initialize the audio processing device; and a second controller configured to connect the audio processing device and an audio output device comprising audio output circuitry while the first controller initializes the audio processing device, wherein, to connect the audio processing device and the audio output device, the second controller is further configured to determine a previously stored connection state of a HDMI port supporting an audio return channel, ARC, of the audio processing device in response to the audio processing device being turned on; wherein the previously stored connection state identifies whether the audio processing device operated in ARC mode before being turned off, and wherein the second controller is further configured to transmit a message for turning on the audio output device in response to the previously stored connection state of the HDMI port supporting the ARC identifying that the audio processing device operated in ARC mode before being turned off, and to transmit a message reporting completion of the connection of the audio processing device and the audio output device to the first controller, wherein the first controller is configured to start an operation of outputting audio to the audio output device in response to the message reporting the completion of the connection from the second controller.
A fragrance formulation comprising a mixture of dec-6-enal, dec-7-enal, and dec-8-enal, wherein the mixture contains 8-22% by weight of dec-6-enal, 20-43% by weight of dec-7-enal, and 35-59% by weight of dec-8-enal.
A hot water appliance, in particular a hot water storage tank, comprising a storage tank and a corrosion protection device for protecting the storage tank from corrosion, wherein the corrosion protection device includes a sacrificial anode and an impressed current anode, which can each be reversibly mounted within the storage tank and are insulated against the storage tank, wherein the corrosion protection device includes a potential determining unit arranged to determine a potential between the impressed current anode and the storage tank, and a wear detection unit, wherein the wear detection unit is arranged to determine wear of the sacrificial anode based on the potential determined by the potential determining unit, wherein the hot water appliance includes an electric controller arranged to selectively supply the impressed current anode with power, wherein the sacrificial anode is electrically connected to the storage tank via the electronics of the electric controller by means of a switchable contact, characterised in that the switchable contact contains a field effect transistor or a relay and is closed in the currentless state, so that the sacrificial anode is connected to the storage tank via the switchable contact when currentless. comprising a storage tank and a corrosion protection device for protecting the storage tank from corrosion, wherein the corrosion protection device includes a sacrificial anode and an impressed current anode, which can each be reversibly mounted within the storage tank and are insulated against the storage tank, wherein the corrosion protection device includes a potential determining unit arranged to determine a potential between the impressed current anode and the storage tank, and a wear detection unit, wherein the wear detection unit is arranged to determine wear of the sacrificial anode based on the potential determined by the potential determining unit, wherein the hot water appliance includes an electric controller arranged to selectively supply the impressed current anode with power, wherein the sacrificial anode is electrically connected to the storage tank via the electronics of the electric controller by means of a switchable contact, characterised in that the switchable contact contains a field effect transistor or a relay and is closed in the currentless state, so that the sacrificial anode is connected to the storage tank via the switchable contact when currentless.
A processor assembly, comprising: an interposer directly disposed on a substrate; an integrated circuit directly disposed on the interposer; a memory circuit directly disposed on the interposer and coupled to the integrated circuit; and a capacitor embedded in the interposer, the capacitor including: at least a first non-planar conductor structure and a second non-planar conductor structure separated by a non-planar dielectric structure; a first capacitor terminal electrically coupling the first non-planar conductor structure to a first voltage terminal in the integrated circuit; a second capacitor terminal electrically coupling the second non-planar conductor structure to a second voltage terminal in the integrated circuit; and an oxide layer electrically isolating the capacitor from the interposer. an interposer directly disposed on a substrate; an integrated circuit directly disposed on the interposer; a memory circuit directly disposed on the interposer and coupled to the integrated circuit; and a capacitor embedded in the interposer, the capacitor including: at least a first non-planar conductor structure and a second non-planar conductor structure separated by a non-planar dielectric structure; a first capacitor terminal electrically coupling the first non-planar conductor structure to a first voltage terminal in the integrated circuit; a second capacitor terminal electrically coupling the second non-planar conductor structure to a second voltage terminal in the integrated circuit; and an oxide layer electrically isolating the capacitor from the interposer. at least a first non-planar conductor structure and a second non-planar conductor structure separated by a non-planar dielectric structure; a first capacitor terminal electrically coupling the first non-planar conductor structure to a first voltage terminal in the integrated circuit; a second capacitor terminal electrically coupling the second non-planar conductor structure to a second voltage terminal in the integrated circuit; and an oxide layer electrically isolating the capacitor from the interposer.
Method for operating a display device with a display element arranged in the field of view of the user for displaying virtual image contents which are displayed superimposed on real image contents, comprising the method steps: - Determining a position and a viewing direction of the user in a real environment; - placing at least one virtual object at an object position of a computer-generated simulation environment which maps the real environment in a georeferenced manner, in particular in a geospecific manner, the simulation environment being generated by evaluating sensor data obtained during a flight over and/or a passage through the real environment, in particular image recordings, the simulation environment being brought into congruence as an invisible virtual backdrop with the real environment in order to generate and display a realistic virtual screen content from a virtual object; - determining a virtual position (14. 2) and viewing direction (15.2) by transferring the determined position and viewing direction to the simulation environment; - calculating a virtual image content as a part of the virtual object visible from the virtual position (14.2) and under the virtual viewing direction (15.2) in the simulation environment; - calculating an insertion position of the virtual image content on the display element based on the object position and the virtual position (14.2) and viewing direction (15.2); - displaying at least one virtual image content on the display element. - Determining a position and a viewing direction of the user in a real environment; - placing at least one virtual object at an object position of a computer-generated simulation environment which maps the real environment in a georeferenced manner, in particular in a geospecific manner, the simulation environment being generated by evaluating sensor data obtained during a flight over and/or a passage through the real environment, in particular image recordings, the simulation environment being brought into congruence as an invisible virtual backdrop with the real environment in order to generate and display a realistic virtual screen content from a virtual object; - determining a virtual position (14. 2) and viewing direction (15.2) by transferring the determined position and viewing direction to the simulation environment; - calculating a virtual image content as a part of the virtual object visible from the virtual position (14.2) and under the virtual viewing direction (15.2) in the simulation environment; - calculating an insertion position of the virtual image content on the display element based on the object position and the virtual position (14.2) and viewing direction (15.2); - displaying at least one virtual image content on the display element.
A composition sterilized by steam autoclaving, comprising at least one crosslinked hyaluronic acid or one of biologically acceptable salts thereof, alone or in a mixture and magnesium ascorbyl phosphate, in a ratio / by mass of the amount of hyaluronic acid or salt thereof to the amount of magnesium ascorbyl phosphate of greater than or equal to 1, the amount of magnesium ascorbyl phosphate being between 0.001% and 1% by weight, relative to the total weight of said composition, wherein the elastic component G' of the said composition is retained or improved after sterilization and is comprised from 5 to 400 Pa and wherein the at least crosslinked hyaluronic acid or one of biologically acceptable salts thereof has a degree of crosslinking comprised from 0.1 to 0.2 and wherein the molecular mass Mw of the said hyaluronic acid or one salts thereof is between 0.01 and 5 MDa.
A speech intelligibility improving apparatus for generating an intelligible speech, comprising: peak general outline extracting means for extracting, from a spectrum of a speech signal as an object, a general outline of peaks represented by a curve along a plurality of local peaks of a spectral envelope of the spectrum; wherein said peak general outline extracting means extracts, from the spectrogram of a speech signal as an object, a curved surface along a plurality of local peaks of an envelope of the spectrogram in time/frequency domain, and obtains said general outline of peaks at each time from the extracted curved surface; and spectrum modifying means for modifying the spectrum of said speech signal based on the general outline of peaks extracted by the peak general outline extracting means; and speech synthesizing means for generating a speech based on the spectrum modified by said spectrum modifying means, wherein said spectrum modifying means includes ambient sound spectrum extracting means for extracting a spectrum from an ambient sound collected in an environment to which the speech is to be transmitted or in a similar environment, and means for modifying a spectrum of said speech signal based on said general outline of peaks extracted by said peak general outline extracting means and the ambient sound spectrum extracted by said ambient sound spectrum extracting means. peak general outline extracting means for extracting, from a spectrum of a speech signal as an object, a general outline of peaks represented by a curve along a plurality of local peaks of a spectral envelope of the spectrum; wherein said peak general outline extracting means extracts, from the spectrogram of a speech signal as an object, a curved surface along a plurality of local peaks of an envelope of the spectrogram in time/frequency domain, and obtains said general outline of peaks at each time from the extracted curved surface; and spectrum modifying means for modifying the spectrum of said speech signal based on the general outline of peaks extracted by the peak general outline extracting means; and speech synthesizing means for generating a speech based on the spectrum modified by said spectrum modifying means, wherein said spectrum modifying means includes ambient sound spectrum extracting means for extracting a spectrum from an ambient sound collected in an environment to which the speech is to be transmitted or in a similar environment, and means for modifying a spectrum of said speech signal based on said general outline of peaks extracted by said peak general outline extracting means and the ambient sound spectrum extracted by said ambient sound spectrum extracting means.