mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device for allowing a voice of a user to be transmitted to a telecommunication transmission link (TTL), said communication device comprising: - an in-ear device for substantially occluding an outer ear canal of the user, said in-ear device including an internal microphone for measuring an internal sound pressure level inside the occluded outer ear canal , and an external microphone for measuring an external ambient sound pressure level reaching the user's ear, the internal and external measured sound pressure levels including respective speech voice from the user; and - a controller device connecting to the internal and external microphones for receiving respective internal and external measured sound pressure levels, said controller device performing an evaluation of the external measured sound pressure level, digitally generating an enhanced speech voice signal (NSV) from the internal measured sound pressure level when the external measured sound pressure level is larger than a noise threshold (NT), and when the external measured sound pressure level is smaller or equal to the noise threshold (NT), said controller device generates the enhanced speech voice signal (NSV) from both the internal and external measured sound pressure levels when the internal and external measured sound pressure levels correlate and/or are coherent with one another, and from the internal measured sound pressure level when the internal and external measured sound pressure levels do not correlate and/or are not coherent with one another, and transmitting the generated enhanced speech voice signal (NSV) to the telecommunication transmission link (TTL). - an in-ear device for substantially occluding an outer ear canal of the user, said in-ear device including an internal microphone for measuring an internal sound pressure level inside the occluded outer ear canal , and an external microphone for measuring an external ambient sound pressure level reaching the user's ear, the internal and external measured sound pressure levels including respective speech voice from the user; and - a controller device connecting to the internal and external microphones for receiving respective internal and external measured sound pressure levels, said controller device performing an evaluation of the external measured sound pressure level, digitally generating an enhanced speech voice signal (NSV) from the internal measured sound pressure level when the external measured sound pressure level is larger than a noise threshold (NT), and when the external measured sound pressure level is smaller or equal to the noise threshold (NT), said controller device generates the enhanced speech voice signal (NSV) from both the internal and external measured sound pressure levels when the internal and external measured sound pressure levels correlate and/or are coherent with one another, and from the internal measured sound pressure level when the internal and external measured sound pressure levels do not correlate and/or are not coherent with one another, and transmitting the generated enhanced speech voice signal (NSV) to the telecommunication transmission link (TTL).
A method for automatically editing brain electrical activity data received from at least two frontal EEG electrodes positioned on a patient, wherein the method is performed by a device for automatically editing brain electrical activity data signals, the method comprising: obtaining a signal representing brain electrical activity based on the two electrodes ; analyzing the signal to determine if a plurality of temporal segments of the signal include an artifact due to lateral eye movements , wherein: determining if temporal segments of the signal include an artifact due to lateral eye movements includes filtering signals obtained from the electrodes positioned at F7 and F8 positions, determining if the difference between the filtered signals obtained from the electrodes positioned at the F7 and F8 positions exceeds a threshold, and identifying the segment as including the artifact in dependence on the threshold being exceeded; and editing the signal to remove the segment that includes the artifact. obtaining a signal representing brain electrical activity based on the two electrodes ; analyzing the signal to determine if a plurality of temporal segments of the signal include an artifact due to lateral eye movements , wherein: determining if temporal segments of the signal include an artifact due to lateral eye movements includes filtering signals obtained from the electrodes positioned at F7 and F8 positions, determining if the difference between the filtered signals obtained from the electrodes positioned at the F7 and F8 positions exceeds a threshold, and identifying the segment as including the artifact in dependence on the threshold being exceeded; and editing the signal to remove the segment that includes the artifact. determining if temporal segments of the signal include an artifact due to lateral eye movements includes filtering signals obtained from the electrodes positioned at F7 and F8 positions, determining if the difference between the filtered signals obtained from the electrodes positioned at the F7 and F8 positions exceeds a threshold, and identifying the segment as including the artifact in dependence on the threshold being exceeded; and editing the signal to remove the segment that includes the artifact.
A pneumatic radial tyre comprising a tread portion comprising a tread surface extending in a convex arc shape between a tyre equator (c) and a tread surface outer end , a shoulder main groove extending in a tyre circumferential direction, a shoulder land region (Ys) defined between the shoulder main groove and the outer end of the tread surface , and a plurality of shoulder lateral grooves each crossing the shoulder land region (Ys), wherein in a cross-sectional view of at least one of the shoulder lateral grooves taken along a groove width center line (j) thereof, a groove bottom of the shoulder lateral groove includes a first bottom surface portion arranged on an inner side in a tyre axial direction and a second bottom surface portion extending between the first bottom surface portion and the tread surface outer end characterized in that the second bottom surface portion extends between the first bottom surface portion and the tread surface outer end in a concave arc shape having a radius of curvature (R).
A system information obtaining method, comprising: obtaining , by a mobile device, a first part of system information to be used by the mobile device to access a target cell in a cell cluster; receiving, by the mobile device, a second part of system information sent by a primary cell, and storing the second part of system information, wherein the cell cluster is in a coverage area of the primary cell, and the second part of system information is a same part of system information to be used by the mobile device to access all cells in the cell cluster; and obtaining, by the mobile device, system information to be used by the mobile device to access the target cell by combining the first part of system information and the stored second part of system information. obtaining , by a mobile device, a first part of system information to be used by the mobile device to access a target cell in a cell cluster; receiving, by the mobile device, a second part of system information sent by a primary cell, and storing the second part of system information, wherein the cell cluster is in a coverage area of the primary cell, and the second part of system information is a same part of system information to be used by the mobile device to access all cells in the cell cluster; and obtaining, by the mobile device, system information to be used by the mobile device to access the target cell by combining the first part of system information and the stored second part of system information.
A conversion method for transmission towers for electric high-voltage and extra high-voltage in order to improve the field control of the electric field of at least one conductor cable that is fastened on the transmission tower with a tower construction , characterized by the following steps: fastening a field control means , which is connected to ground potential and realized in the form of field control cables , field control rods, field control chains or field control pipes, directly or indirectly on one side of the tower construction in a permanent and conductive manner underneath the at least one conductor cable in the direction of a longitudinal tower axis (L) toward the ground (B), and installing the field control means in such a way that it completely extends solely above ground through the air between a transmission tower and a point in the surroundings of the transmission tower such that the field control means is permanently arranged on the transmission tower so as to extend above ground through the air over its entire length up to an adjacent transmission tower or the point in the surroundings of the transmission tower and can be used for the field control of the electric field underneath the conductor cables in the region of the transmission tower between the conductor cable and the ground surface, wherein the field control means is not subjected to an electric current. fastening a field control means , which is connected to ground potential and realized in the form of field control cables , field control rods, field control chains or field control pipes, directly or indirectly on one side of the tower construction in a permanent and conductive manner underneath the at least one conductor cable in the direction of a longitudinal tower axis (L) toward the ground (B), and installing the field control means in such a way that it completely extends solely above ground through the air between a transmission tower and a point in the surroundings of the transmission tower such that the field control means is permanently arranged on the transmission tower so as to extend above ground through the air over its entire length up to an adjacent transmission tower or the point in the surroundings of the transmission tower and can be used for the field control of the electric field underneath the conductor cables in the region of the transmission tower between the conductor cable and the ground surface, wherein the field control means is not subjected to an electric current.
A method for fluid volume tracking in a laboratory system or device, the system or device comprising: - at least one fluid buffer container, - at least one fluid supply container fluidically connected to the fluid buffer container, the fluid supply container comprising a data storage for storing at least data related to the content of the fluid supply container, - a scale for determining the content of the fluid buffer container, - a control unit comprising a temperature sensor, wherein the control unit is connected to the scale, the method comprising the following steps: a. determining by the control unit the content of the fluid buffer container by means of the scale and the temperature sensor, b. determining by the control unit if the content of the fluid buffer container is below a given threshold, c. determining by the control unit the filling amount of fluid to be supplied to the fluid buffer container from the fluid supply container, d. updating the data related to the content of the fluid supply container in the data storage of the fluid supply container by subtracting the filling amount previously determined from the content of the fluid supply container stored in the data storage of the fluid supply container, e. supply the filling amount of fluid from the fluid supply container to the fluid buffer container. - at least one fluid buffer container, - at least one fluid supply container fluidically connected to the fluid buffer container, the fluid supply container comprising a data storage for storing at least data related to the content of the fluid supply container, - a scale for determining the content of the fluid buffer container, - a control unit comprising a temperature sensor, wherein the control unit is connected to the scale, a. determining by the control unit the content of the fluid buffer container by means of the scale and the temperature sensor, b. determining by the control unit if the content of the fluid buffer container is below a given threshold, c. determining by the control unit the filling amount of fluid to be supplied to the fluid buffer container from the fluid supply container, d. updating the data related to the content of the fluid supply container in the data storage of the fluid supply container by subtracting the filling amount previously determined from the content of the fluid supply container stored in the data storage of the fluid supply container, e. supply the filling amount of fluid from the fluid supply container to the fluid buffer container.
An apparatus comprising: means for determining a viewing angle associated with at least one camera; means for determining from at least two audio signals a direction of at least one audio source relative to the apparatus; means for generating at least one spatial filter defining at least a first direction range associated with the viewing angle and with a viewing angle gain applicable for the first direction range so as to control a level of the at least one audio source dependent on whether the at least one audio source direction is located within the first direction range; means for displaying a representation of the first direction range associated with the viewing angle gain on a display of the apparatus, wherein the representation of the first direction range comprises an indication of the viewing angle gain for the first direction range; and means for receiving a user interface input that comprises an indication of a change in said viewing angle gain to control the level of the at least one audio source dependent on whether the at least one audio source is within the first direction range. means for determining a viewing angle associated with at least one camera; means for determining from at least two audio signals a direction of at least one audio source relative to the apparatus; means for generating at least one spatial filter defining at least a first direction range associated with the viewing angle and with a viewing angle gain applicable for the first direction range so as to control a level of the at least one audio source dependent on whether the at least one audio source direction is located within the first direction range; means for displaying a representation of the first direction range associated with the viewing angle gain on a display of the apparatus, wherein the representation of the first direction range comprises an indication of the viewing angle gain for the first direction range; and means for receiving a user interface input that comprises an indication of a change in said viewing angle gain to control the level of the at least one audio source dependent on whether the at least one audio source is within the first direction range.
An aqueous composition comprising particles, wherein (a) each particle comprises a complex of at least one double-stranded polyribonucleotide, or a salt or solvate thereof, and at least one polyalkyleneimine, or a salt and/or solvate thereof, wherein (i) the double-stranded polyribonucleotide is polyinosinic-polycytidylic acid [poly(I:C)], wherein at least 60% of the double-stranded polyribonucleotides have at least 850 base pairs, at least 70% of the double-stranded polyribonucleotides have between 400 and 5000 base pairs, and between 20% and 45% of the double-stranded polyribonucleotides have between 400 and 850 base pairs; and (ii) the polyalkyleneimine comprises at least 95% polyethyleneimines, wherein the average molecular weight of the polyalkyleneimine is between 17 and 23 kDa and the polydispersity index is < 1.5, and wherein the ratio of the number of moles of nitrogen of the polyalkyleneimine to the number of moles of phosphorus of the double-stranded polyribonucleotide in the composition is around 3; and (b) the particles have a z-average diameter measured according to ISO 22412:2008 of between 30 nm and 150 nm, and (c) wherein at least 99% of the particles have a diameter distribution below 600 nm. (a) each particle comprises a complex of at least one double-stranded polyribonucleotide, or a salt or solvate thereof, and at least one polyalkyleneimine, or a salt and/or solvate thereof, wherein (i) the double-stranded polyribonucleotide is polyinosinic-polycytidylic acid [poly(I:C)], wherein at least 60% of the double-stranded polyribonucleotides have at least 850 base pairs, at least 70% of the double-stranded polyribonucleotides have between 400 and 5000 base pairs, and between 20% and 45% of the double-stranded polyribonucleotides have between 400 and 850 base pairs; and (ii) the polyalkyleneimine comprises at least 95% polyethyleneimines, wherein the average molecular weight of the polyalkyleneimine is between 17 and 23 kDa and the polydispersity index is < 1.5, and wherein the ratio of the number of moles of nitrogen of the polyalkyleneimine to the number of moles of phosphorus of the double-stranded polyribonucleotide in the composition is around 3; and (i) the double-stranded polyribonucleotide is polyinosinic-polycytidylic acid [poly(I:C)], wherein at least 60% of the double-stranded polyribonucleotides have at least 850 base pairs, at least 70% of the double-stranded polyribonucleotides have between 400 and 5000 base pairs, and between 20% and 45% of the double-stranded polyribonucleotides have between 400 and 850 base pairs; and (ii) the polyalkyleneimine comprises at least 95% polyethyleneimines, wherein the average molecular weight of the polyalkyleneimine is between 17 and 23 kDa and the polydispersity index is < 1.5, and wherein the ratio of the number of moles of nitrogen of the polyalkyleneimine to the number of moles of phosphorus of the double-stranded polyribonucleotide in the composition is around 3; and (b) the particles have a z-average diameter measured according to ISO 22412:2008 of between 30 nm and 150 nm, and (c) wherein at least 99% of the particles have a diameter distribution below 600 nm.
Method for automatically regulating the speed of a vehicle travelling at low speed as a function of a reference speed (Vc), comprising a step of braking and/or a step of acceleration of the vehicle , characterized in that the step of braking comprises a substep of determination of a movement status (E d1 , E d2 , E d3 , E d4 ) of the vehicle based on the reference speed (Vc) and a substep of generation of a brake torque (C f1 , C f2 , C f3 , C f4 ) as a function of the determined movement status (E d1 , E d2 , E d3 , E d4 ) of the vehicle .
A coupling member for coupling modules with each other, wherein the coupling member comprises a coupling portion , which in turn has a coupling rim and at least two hook members disposed on the coupling rim , wherein the coupling portion substantially corresponds in its outer contour to a spherical segment (ksg) of a sphere (k) with a predetermined spherical radius (rk), wherein the coupling rim represents a circular disk (ks) of the spherical segment (ksg) and an outer radius (kr) of the coupling rim is smaller than or equal to the spherical radius (rk), wherein the at least two hook members , in a lateral view, at least partially follow the outer contour of the spherical cap (kh) of the spherical segment (ksg), wherein the at least two hook members are engageable with the hook members of a coupling portion of a second coupling member .
An industrial laundry method of cleaning an article, the laundry method comprising: (a) providing an article to be cleaned; (b) contacting the article in a prewash step with a prewash composition and water, wherein said prewash step is performed at a pH of about 6.5 to about 10.5, and wherein said prewash composition comprises a soil release polymer and has less than 0.5 wt.% hydroxide based alkalinity; (c) contacting the article with an alkaline detergent in a main wash step; (d) rinsing the article; and (e) an acid sour step after the main wash. (a) providing an article to be cleaned; (b) contacting the article in a prewash step with a prewash composition and water, wherein said prewash step is performed at a pH of about 6.5 to about 10.5, and wherein said prewash composition comprises a soil release polymer and has less than 0.5 wt.% hydroxide based alkalinity; (c) contacting the article with an alkaline detergent in a main wash step; (d) rinsing the article; and (e) an acid sour step after the main wash.
Spotlight for generating a visible light stream on a ceiling , comprising an illuminant for generating artificial light in the visible range and an optical member adapted to shape the visible light stream from the light generated by the illuminant , the optical member being designed to define a light distribution curve of the light generated by the illuminant in such a way that a lighting object having a homogeneous luminance density can be generated on the ceiling , characterized in that the optical member is designed to shape the light generated by the illuminant in such a way that the visible light stream has a focal point which is spaced apart from the illuminant and the optical member in a radiation direction such that the visible light stream is a cross beam. define a light distribution curve of the light generated by the illuminant in such a way that a lighting object having a homogeneous luminance density can be generated on the ceiling , characterized in that the optical member is designed to shape the light generated by the illuminant in such a way that the visible light stream has a focal point which is spaced apart from the illuminant and the optical member in a radiation direction such that the visible light stream is a cross beam.
Electroplating bath for depositing chromium or chromium alloys comprising: a) 100 to 400 g/L of at least one trivalent chromium salt, b) 100 to 400 g/L of at least one complexing agent, wherein the complexing agent is selected from the group consisting of carboxylic acids and carboxylate salts, c) 1 to 50 g/l of at least one halogen salt, d) 0 to 10 g/L of additives, wherein the electroplating bath has a pH from 4 to 7 and is substantially free of divalent sulphur compounds and boric acid, its salts and/or derivatives and wherein the molar ratio of the at least one complexing agent selected from carboxylic acids and carboxylate salts to the trivalent chromium salt is from 10:1 to 15:1; and wherein the electroplating bath further comprises ammonia in a molar concentration which is less than the molar concentration of the at least one complexing agent selected from the group consisting of carboxylic acids and carboxylate salts. a) 100 to 400 g/L of at least one trivalent chromium salt, b) 100 to 400 g/L of at least one complexing agent, wherein the complexing agent is selected from the group consisting of carboxylic acids and carboxylate salts, c) 1 to 50 g/l of at least one halogen salt, d) 0 to 10 g/L of additives, wherein the electroplating bath has a pH from 4 to 7 and is substantially free of divalent sulphur compounds and boric acid, its salts and/or derivatives and wherein the molar ratio of the at least one complexing agent selected from carboxylic acids and carboxylate salts to the trivalent chromium salt is from 10:1 to 15:1; and wherein the electroplating bath further comprises ammonia in a molar concentration which is less than the molar concentration of the at least one complexing agent selected from the group consisting of carboxylic acids and carboxylate salts.