mhurhangee/ep-ind-claims huggingface dataset:
Method for reproducing a panoramic sound image, comprising: - recording (4.2) by the camera a sound sequence and a plurality of photographs taken (4.3) and storing of said photographs, - creating (4,5) a single panoramic sound image by assembling the plurality of photographs and by associating said panoramic sound image with the recorded sound sequence, - reproducing (4.7) the panoramic sound image consisting in reproducing the recorded sound sequence and in viewing a part of the panoramic image thus created, characterised in that: - each photograph is associated with a moment of the sound sequence during which this photograph was acquired, - said creation (4.5) of the panoramic sound image is implemented using a table associating each photograph at the moment of the sound sequence during which this photograph was taken, - the part of the panoramic sound image corresponding to a photograph is displayed at the moment of the sound sequence where this photograph was acquired, - during the reproduction (4,7), the displayed part of the panoramic image displaces in a continuous movement, the speed of displacement of the image part that displays successively each photograph depends on the time passing between the consecutive takes of two photographs and the distance separating these two photographs in the panoramic image. - recording (4.2) by the camera a sound sequence and a plurality of photographs taken (4.3) and storing of said photographs, - creating (4,5) a single panoramic sound image by assembling the plurality of photographs and by associating said panoramic sound image with the recorded sound sequence, - reproducing (4.7) the panoramic sound image consisting in reproducing the recorded sound sequence and in viewing a part of the panoramic image thus created, - each photograph is associated with a moment of the sound sequence during which this photograph was acquired, - said creation (4.5) of the panoramic sound image is implemented using a table associating each photograph at the moment of the sound sequence during which this photograph was taken, - the part of the panoramic sound image corresponding to a photograph is displayed at the moment of the sound sequence where this photograph was acquired, - during the reproduction (4,7), the displayed part of the panoramic image displaces in a continuous movement, the speed of displacement of the image part that displays successively each photograph depends on the time passing between the consecutive takes of two photographs and the distance separating these two photographs in the panoramic image.
Method for treating a biological material, wherein the method comprises the steps of i) using biological material, and ii) contacting the biological material with a first non-aqueous composition comprising: 30 to 90 vol.% methanol, and at least one additional additive not comprising chloroform and/or trichlorethane, and an acid iii) transferring the biological material of step ii) into a second non-aqueous composition comprising ethanol, wherein the ethanol content is up to 99 vol.%. i) using biological material, and ii) contacting the biological material with a first non-aqueous composition comprising: 30 to 90 vol.% methanol, and at least one additional additive not comprising chloroform and/or trichlorethane, and an acid 30 to 90 vol.% methanol, and at least one additional additive not comprising chloroform and/or trichlorethane, and an acid iii) transferring the biological material of step ii) into a second non-aqueous composition comprising ethanol, wherein the ethanol content is up to 99 vol.%.
Electromechanical brake device for a motor vehicle, comprising an electromotive actuating device and a brake part which is connected thereto, can be adjusted by the actuating device and can be brought into braking engagement with a counter-brake part, wherein the actuating device has at least one actuating drive (6, 7) wherein the actuating drive has a ball ramp arrangement comprising two cam disks (61, 62), the cam disks (61, 62) being drivable in rotation relative to one another about an axis by an electric servomotor (41, 42), and have axially opposite raceways lying obliquely to the axis, between each of which a ball is arranged to roll off wherein the raceways have an at least partially rounded cross-sectional profile with a raceway radius (rg), and the ball has a ball diameter (Db), wherein a ratio greater than 0.5 is formed between the raceway radius (rg) and the ball diameter (Db) characterized in in that the raceway has a flattening in at least one end section. wherein the actuating device has at least one actuating drive (6, 7) wherein the actuating drive has a ball ramp arrangement comprising two cam disks (61, 62), the cam disks (61, 62) being drivable in rotation relative to one another about an axis by an electric servomotor (41, 42), and have axially opposite raceways lying obliquely to the axis, between each of which a ball is arranged to roll off wherein the raceways have an at least partially rounded cross-sectional profile with a raceway radius (rg), and the ball has a ball diameter (Db), wherein a ratio greater than 0.5 is formed between the raceway radius (rg) and the ball diameter (Db) characterized in in that the raceway has a flattening in at least one end section.
An assembly comprising at least one primary duct including one or more optical signal conductors, and at least one distribution box, the distribution box being mounted on the primary duct, in fluid-tight engagement there-with, for enclosing a distribution chamber therewith, wherein the distribution box comprises two box parts, for example shells, (2a, 2b) that engage the primary duct from two sides, wherein the distribution box has two primary duct passages for feeding the primary duct through the box, characterised in that only one side of the distribution box has secondary duct receiving passages, configured for passing proximal end sections of secondary ducts there-through, towards the distribution chamber, wherein the distribution box has a first section and an opposite second section, the first distribution box section being a relatively narrow neck portion and the second distribution box section being a relatively wide portion having the number of secondary duct receiving passages, wherein both the first section of the distribution box and the opposite second section are provided with one of the primary duct passages.
Medical guidewire (1, 11) comprising: a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer surface of the core shaft; and an inner flexible tube disposed in the outer flexible tube and including a distal end portion, the inner flexible tube surrounding the distal end portion of the core shaft, wherein a distal end of the core shaft is joined to a distal end of the outer flexible tube, wherein the inner flexible tube is disposed so that a distal end thereof is positioned between the distal end of the core shaft and a proximal end of the core shaft and the distal end of the inner flexible tube is separated from the distal end of the core shaft, characterized in that a first joint is formed so as to join the distal end of the inner flexible tube to the core shaft without joining the outer flexible tube, and at least one second joint (7a, 7b) is formed so as to join the outer flexible tube to the inner flexible tube without joining the core shaft, the at least one second joint (7a, 7b) being positioned between the first joint and a proximal end of the core shaft, and wherein the distal end portion of the inner flexible tube towards the distal end of the inner flexible tube has a smaller diameter towards the distal end. a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer surface of the core shaft; and an inner flexible tube disposed in the outer flexible tube and including a distal end portion, the inner flexible tube surrounding the distal end portion of the core shaft, wherein a distal end of the core shaft is joined to a distal end of the outer flexible tube, wherein the inner flexible tube is disposed so that a distal end thereof is positioned between the distal end of the core shaft and a proximal end of the core shaft and the distal end of the inner flexible tube is separated from the distal end of the core shaft, characterized in that a first joint is formed so as to join the distal end of the inner flexible tube to the core shaft without joining the outer flexible tube, and at least one second joint (7a, 7b) is formed so as to join the outer flexible tube to the inner flexible tube without joining the core shaft, the at least one second joint (7a, 7b) being positioned between the first joint and a proximal end of the core shaft, and wherein the distal end portion of the inner flexible tube towards the distal end of the inner flexible tube has a smaller diameter towards the distal end.
An inner housing of an electric plug, the inner housing having a base body which extends along a longitudinal axis, which base body is configured such that it can be inserted into an outer housing of said electric plug in an assembly direction, the inner housing having at least one press-on element, which can be deflected transversely to the assembly direction in the direction of the inner housing, for producing a press-fit connection between the inner housing and the outer housing, characterised in that a recess is formed between an outer lateral surface of the inner housing and the at least one press-on element.
A method of manufacturing a trifluoropyruvyl fluoride dimer, comprising a reaction step of reacting hexafluoropropylene oxide and aldehyde, characterized in that, the hexafluoropropylene oxide and the aldehyde are reacted at 0°C to 100°C in the reaction step, and in that the method comprises an aging step of aging at equal to or higher than 100°C, after the reaction step. the hexafluoropropylene oxide and the aldehyde are reacted at 0°C to 100°C in the reaction step, and in that the method comprises an aging step of aging at equal to or higher than 100°C, after the reaction step.
A planar polarization transformer (2, 12) for a normally incident optical wave or beam having a given vacuum wavelength λ, comprising an optical planar grating between a cover medium of refractive index n c and an optical substrate (4, 4A) of refractive index ns larger than the cover refractive index n c, this planar grating defining a binary index modulation or corrugation of substantially rectangular profile with periodic ridges, having a ridge refractive index n r and a ridge width W r, and interleaved grooves having a groove width W g and groove refractive index ng equal to the cover refractive index n c (n g = n c), the grooves forming the corrugation with a Height H, this planar grating locally having a grating period Λ which is smaller than the wavelength of the incident optical wave divided by the substrate refractive index (Λ < λ/n s); wherein said ridge refractive index n r is larger than the substrate refractive index ns, said grating period Λ is larger than 0.4·λ/n c, and said substrate refractive index ns is smaller than 2.7-nc; wherein: - the relative height (H rel = H/λ) of the planar grating has a value between 0.16/n c and 1.0/n c (0.16/n c < H rel < 1.0/n c), - the substrate refractive index ns has a value between 1.0·n c and 2.3·n c (1.0·n c < n s < 2.3·n c) and the ridge refractive index n r has a value between 1.5·n c and 4.5·n c (1.5·n c < n r < 4.5·n c), and - for a given ridge refractive index n r, the substrate refractive index n s is lower than the following function F of the ridge index n r: F(nr) = (0.381·(n r /n c) 4 - 3.638·(n r /n c) 3 + 13.102·(n r /n c) 2)·n c - 20.653·n r + 13.206·n c; and wherein the index modulation or corrugation is designed such that, according to the grating mode dispersion equation, the effective index of the TE fundamental grating mode TE 0 is larger than the substrate index n s and the effective index of the TM fundamental grating mode TM 0 is larger than the cover refractive index n c and smaller than the substrate index n s. - the relative height (H rel = H/λ) of the planar grating has a value between 0.16/n c and 1.0/n c (0.16/n c < H rel < 1.0/n c), - the substrate refractive index ns has a value between 1.0·n c and 2.3·n c (1.0·n c < n s < 2.3·n c) and the ridge refractive index n r has a value between 1.5·n c and 4.5·n c (1.5·n c < n r < 4.5·n c), and - for a given ridge refractive index n r, the substrate refractive index n s is lower than the following function F of the ridge index n r: F(nr) = (0.381·(n r /n c) 4 - 3.638·(n r /n c) 3 + 13.102·(n r /n c) 2)·n c - 20.653·n r + 13.206·n c;
A method for the hyperpolarisation of 13 C nuclear spins in a diamond, comprising an optical pumping step, in which colour centre electron spins in the diamond are optically pumped, characterised in that in a transfer step using a DNP protocol, the polarisation of a long-lived state of the colour centre electron spins is transferred to 13 C nuclear spins in the diamond via a long-range interaction.
A method to process a proximity image to discriminate between ear and earlobe contacts as distinguished from other contacts in a mutual capacitance touch surface mobile telephone device, comprising: obtaining a proximity image based on a disturbance in an electric field of a two dimensional array of sensing elements of the mutual capacitance touch surface mobile telephone device; smoothing the proximity image to generate a filtered proximity image; generating a dispersion image defined by the difference between proximity image and the filtered proximity image; segmenting the proximity image to identify a plurality of patches; determining an irregularity measure value for each of the plurality of patches in the dispersion image, wherein the irregularity measure value indicates a general roughness, non-roundness or folds in the pixel patch associated with the ear or earlobe positioned near or in contact with the mutual capacitance touch surface mobile telephone device; identifying one of the plurality of patches as being associated with the ear or earlobe contact or near contact if the irregularity measure value of the one patch is above a specified threshold; and controlling the operation of the mutual capacitance touch surface mobile telephone device based on the identification of the ear or earlobe contact. obtaining a proximity image based on a disturbance in an electric field of a two dimensional array of sensing elements of the mutual capacitance touch surface mobile telephone device; smoothing the proximity image to generate a filtered proximity image; generating a dispersion image defined by the difference between proximity image and the filtered proximity image; segmenting the proximity image to identify a plurality of patches; determining an irregularity measure value for each of the plurality of patches in the dispersion image, wherein the irregularity measure value indicates a general roughness, non-roundness or folds in the pixel patch associated with the ear or earlobe positioned near or in contact with the mutual capacitance touch surface mobile telephone device; identifying one of the plurality of patches as being associated with the ear or earlobe contact or near contact if the irregularity measure value of the one patch is above a specified threshold; and controlling the operation of the mutual capacitance touch surface mobile telephone device based on the identification of the ear or earlobe contact.
A method for preventing growth of a living cell and/or a living organism on a solid substrate, comprising the steps of: providing a solid substrate, wherein the solid substrate is not a human or animal body; applying a polymer matrix comprising an effective amount of a selenium compound to the solid substrate, wherein the selenium compound is selected from the group consisting of RSeH, RSeR', RSeSeR, RSeSeR', and RSeX, wherein R and R' are each an aliphatic or phenolic residue, wherein R comprises a reactive group that binds the selenium compound to the solid substrate via the polymer matrix, and wherein X is a protecting group selected from the group consisting of -O-R, -S-R, a halogen, an imide, a cyanide, an azide, a phosphate, a sulfate, a nitrate, a carbonate, and selenium dioxide, and wherein the selenium compound is non-covalently associated with the solid substrate via the polymer matrix; and wherein when the selenium compound comes into contact with and binds to a surface of the living cell and/or living organism, the selenium anion Se- and free radical species are formed, the free radical species inhibits and/or inactivates said living cell and/or living organism, thereby preventing growth of the living cell and/or living organism on the solid substrate, and wherein the selenium anion Se- remains attached to the surface of the solid substrate via the polymer matrix after generation of the selenium anion Se- and the free radical species, such that selenium anion can continually generate additional free radical species when brought into contact with additional living cells and/or organisms. providing a solid substrate, wherein the solid substrate is not a human or animal body; applying a polymer matrix comprising an effective amount of a selenium compound to the solid substrate, wherein the selenium compound is selected from the group consisting of RSeH, RSeR', RSeSeR, RSeSeR', and RSeX, wherein R and R' are each an aliphatic or phenolic residue, wherein R comprises a reactive group that binds the selenium compound to the solid substrate via the polymer matrix, and wherein X is a protecting group selected from the group consisting of -O-R, -S-R, a halogen, an imide, a cyanide, an azide, a phosphate, a sulfate, a nitrate, a carbonate, and selenium dioxide, and wherein the selenium compound is non-covalently associated with the solid substrate via the polymer matrix; and wherein when the selenium compound comes into contact with and binds to a surface of the living cell and/or living organism, the selenium anion Se- and free radical species are formed, the free radical species inhibits and/or inactivates said living cell and/or living organism, thereby preventing growth of the living cell and/or living organism on the solid substrate, and wherein the selenium anion Se- remains attached to the surface of the solid substrate via the polymer matrix after generation of the selenium anion Se- and the free radical species, such that selenium anion can continually generate additional free radical species when brought into contact with additional living cells and/or organisms.
A display apparatus having an around-view monitor function, the display apparatus comprising: a camera configured to acquire an image by capturing an image of a view around a vehicle: a processor configured to, based on the captured image of the view around the vehicle: fix a view point for the around-view monitor function; designate a viewing area at the fixed view point for the around-view monitor function; and generate a fixed around-view monitor image representing the viewing area at the fixed view point; and a display unit controlled by the processor to display the fixed around-view monitor image, characterized in that the processor is further configured to maintain the fixed view point and the designated viewing area while the vehicle moves. a camera configured to acquire an image by capturing an image of a view around a vehicle: a processor configured to, based on the captured image of the view around the vehicle: fix a view point for the around-view monitor function; designate a viewing area at the fixed view point for the around-view monitor function; and generate a fixed around-view monitor image representing the viewing area at the fixed view point; and a display unit controlled by the processor to display the fixed around-view monitor image, characterized in that the processor is further configured to maintain the fixed view point and the designated viewing area while the vehicle moves. a processor configured to, based on the captured image of the view around the vehicle: fix a view point for the around-view monitor function; designate a viewing area at the fixed view point for the around-view monitor function; and generate a fixed around-view monitor image representing the viewing area at the fixed view point; and a display unit controlled by the processor to display the fixed around-view monitor image, characterized in that the processor is further configured to maintain the fixed view point and the designated viewing area while the vehicle moves. fix a view point for the around-view monitor function; designate a viewing area at the fixed view point for the around-view monitor function; and generate a fixed around-view monitor image representing the viewing area at the fixed view point; and a display unit controlled by the processor to display the fixed around-view monitor image, characterized in that the processor is further configured to maintain the fixed view point and the designated viewing area while the vehicle moves.
A flow path switcher, wherein the flow path switcher comprises: - a valve core, - a shell engaging with the valve core, and - a base engaging with the valve core, the shell comprises a valve chamber, a valve seat A, a valve seat B, a channel of valve seat A, a channel of valve seat B, an outlet and an inlet connected to the channel of valve seat A, the base comprises a valve seat C and an air vent, the valve seat A and the valve seat B are located on one side of the valve core and correspond to this side of the valve core, the valve seat C is located on the other side of the valve core, the valve seat A and the valve core form a valve A, the valve seat B and the valve core form a valve B, and the valve seat C and the valve core form a valve C, characterized in that the distance between the edge of the valve seat B and the valve core is less than that between the edge of the valve seat A and the valve core. - a valve core, - a shell engaging with the valve core, and - a base engaging with the valve core, the shell comprises a valve chamber, a valve seat A, a valve seat B, a channel of valve seat A, a channel of valve seat B, an outlet and an inlet connected to the channel of valve seat A, the base comprises a valve seat C and an air vent, the valve seat A and the valve seat B are located on one side of the valve core and correspond to this side of the valve core, the valve seat C is located on the other side of the valve core, the valve seat A and the valve core form a valve A, the valve seat B and the valve core form a valve B, and the valve seat C and the valve core form a valve C, characterized in that the distance between the edge of the valve seat B and the valve core is less than that between the edge of the valve seat A and the valve core.