mhurhangee/patent-ind-claim-en huggingface dataset:
A sealing arrangement (100; 200; 300), which can be pushed onto a cable and is fixable on the cable for mounting in a cable feedthrough of a housing, comprising: - a clamping body (104; 304) having a sealing part (106; 306) fastened thereto, and - a clamping ring (108; 208), which can be pushed onto the cable body (104; 304), which clamping ring fixes the clamping body (104; 304) and thus the sealing arrangement (100; 200; 300) on the cable , wherein the sealing part (106; 306) is made from an elastically deformable first material, and wherein the clamping body (104; 304) is made from a second elastically deformable material, wherein the second material has a lower elasticity than the first material, characterized in that the sealing part (106; 306) is fastened in a force-locking, form-locking and/or material-locking manner in the axial direction to an end of the clamping body, and that the sealing part (106; 306) has a larger diameter than the cable feedthrough accommodating the sealing part (106; 306), so that the sealing part (106; 306) is compressed in the mounted state into the cable feedthrough of the housing and is exposed to forces acting radially against the cable and against the cable feedthrough into a housing wall , which forces deform the sealing part (106; 306) in a sealing manner simultaneously against the cable and the cable feedthrough. - a clamping body (104; 304) having a sealing part (106; 306) fastened thereto, and - a clamping ring (108; 208), which can be pushed onto the cable body (104; 304), which clamping ring fixes the clamping body (104; 304) and thus the sealing arrangement (100; 200; 300) on the cable ,
Frothing device to froth a beverage, particularly milk, comprising: vapor producing means ; pressurized-air producing means ; air-vapor delivering means to deliver air and vapor to the beverage; characterized in that said vapor producing means and said pressurized-air producing means are connected to a tank for respectively feeding vapor and air to said tank , and in that said tank is connected to said air-vapor delivering means to deliver air and vapor to the beverage, wherein said tank is provided with a pressure sensor ..
A brake disk lock , having a claw comprising a first claw section and a second claw section which are movable relative to each other between an open position and a closed position of the claw , wherein, in the closed position, the claw comprises a predetermined clearing width to engage around a section of a brake disk of a two-wheeler; and further having a locking mechanism which is configured to lock the claw in the closed position, characterized by an adjustment device configured to adjust the predetermination of the clearing width of the claw to different brake disks, wherein the predetermination of the clearing width of the claw can be adjusted by means of the adjustment device such that the clearing width with which the claw effectively limits a receiving space for the brake disk in the closed position is predetermined for a subsequent repeated fastening and locking of the brake disk lock to the brake disk. having a claw comprising a first claw section and a second claw section which are movable relative to each other between an open position and a closed position of the claw , wherein, in the closed position, the claw comprises a predetermined clearing width to engage around a section of a brake disk of a two-wheeler; and further having a locking mechanism which is configured to lock the claw in the closed position, characterized by an adjustment device configured to adjust the predetermination of the clearing width of the claw to different brake disks, wherein the predetermination of the clearing width of the claw can be adjusted by means of the adjustment device such that the clearing width with which the claw effectively limits a receiving space for the brake disk in the closed position is predetermined for a subsequent repeated fastening and locking of the brake disk lock to the brake disk.
Encoder (100; 200; 300) for encoding an audio signal , the encoder comprising an analyzer (120; 320) configured for deriving prediction coefficients (122; 322) and a residual signal (124; 324) from a frame of the audio signal ; a formant information calculator configured for calculating a speech related spectral shaping information from the prediction coefficients (122; 322); a gain parameter calculator (150; 350; 350'; 550) configured for calculating a gain parameter (g n ; g c ) from an unvoiced residual signal and the spectral shaping information ; and a bitstream former (190; 690) configured for forming an output signal (192; 692) based on an information related to a voiced signal frame, the gain parameter (g n ; g c ) or a quantized gain parameter g ⌢ c : g ⌢ n and the prediction coefficients (122; 322); wherein the gain parameter calculator (150; 350; 350'; 550) comprises a noise generator configured for generating an encoding noise-like signal (n(n)); wherein the gain parameter calculator (150; 350; 350'; 550) comprises a shaping processor configured for shaping the spectrum of the noise-like signal (n(n)) using the speech related spectral shaping information and a variable amplifier configured for amplifying the spectrum of the shaped noise-like signal to obtain an amplified shaped noise-like signal and a controller (350k; 550n) for calculating a gain parameter (g n ; g c ) based on the amplified shaped noise-like signal ; wherein the gain parameter calculator (150; 350; 350'; 550) comprises a comparer (350h; 350'; 550l) configured for comparing the unvoiced residual signal and the amplified shaped noise-like signal to obtain a comparison result , wherein the controller (350k; 550n) is configured for determining the gain parameter (g n (temp)) based on the comparison result ;and wherein the gain parameter calculator (350; 350') is configured for combining a spectrum of the encoding noise-like signal (n(n)) or a spectrum derived thereof and a transfer function (Ffe(z)) comprising Ffe z = A z / w 1 A z / w 2 wherein A(z) corresponds to a filter polynomial of the encoding filter for filtering the adapted shaped encoding noise-like signal weighted by weighting factors w1 or w2, wherein w1 comprises a positive non zero scalar value of at most 1.0 and wherein w2 comprises a positive non zero scalar value of at most 1.00, wherein w2 is greater than w1.
A communication system for authenticated communications between a second communication device , wherein the second communication device is a headset or hearing aid configured to receive the voice of the user, and a first communication device , wherein the first communication device is a base station, wherein the communication system comprises: - a first physical connection established between the first communication device and the second communication device prior to performing authentication between the first and second communication devices, wherein the first communication device is configured to transmit a first message from the first communication device over the first physical connection to the second communication device if the first communication device is connected to the second communication device and wherein the first physical connection is a wired charge interface between the first communication device and the second communication device, - a non-physical connection established between the first communication device and the second communication device, wherein the first communication device is configured to transmit a second message from the first communication device over the non-physical connection to the second communication device if the first communication device is connected to the second communication devices, wherein the second communication device is configured to compare the first message transmitted over the first physical connection to the second message transmitted over the non-physical connection based on a matching criteria, and if the comparison of the first message to the second message is determined by the second communication devices to fulfill the matching criteria then the second communication device transmits an acceptance to conduct authenticated communication with the first communication device. - a first physical connection established between the first communication device and the second communication device prior to performing authentication between the first and second communication devices, wherein the first communication device is configured to transmit a first message from the first communication device over the first physical connection to the second communication device if the first communication device is connected to the second communication device and wherein the first physical connection is a wired charge interface between the first communication device and the second communication device, - a non-physical connection established between the first communication device and the second communication device, wherein the first communication device is configured to transmit a second message from the first communication device over the non-physical connection to the second communication device if the first communication device is connected to the second communication devices,
A transparent or translucent silicone-in-water cosmetic comprising water, at least a polyhydric alcohol, a polyorganosiloxane dispersion comprising encapsulated polyorganosiloxane particles, and a hydrophilic polymer, said polyorganosiloxane particles comprising a polyorganosiloxane core covered with a polymer shell, wherein the hydrophilic polymer is pullulan.
Loading device for the net-shape heat-treatment of disc- or ring-shaped workpieces, with a loading rack for the horizontal storage of the workpiece , characterized in that at least three ball joint supports are arranged on the loading rack , wherein the ball joint supports have a base plate with an internal thread , a screw element with an external thread matching the internal thread and a head in the shape of the surface of a portion of a sphere, and a pressure piece which matches the sphere portion surface of the head with an exact fit and is arranged thereon so as to be able to move.
An image matching method, comprising: an extension step of extending an original reference image into one or more extended reference images, wherein the one or more extended reference images is obtained by deforming the original reference image; an image matching step of image-matching a detected image with candidate reference images that include the original reference image and the one or more extended reference images, wherein, the detected image is an image in a detected image sequence, the detected image sequence comprising images that are continuously detected; a homography matrix calculation step of calculating, based on a result of the image matching, a homography matrix between the detected image and matched original reference image or extended reference image; an imaging direction angle determination step of determining, based on the homography matrix, an imaging direction angle of the detected image; and a selection step of, in a case where image matching is performed on a next detected image in the detected image sequence, selecting, based on the imaging direction angle, one reference image that corresponds to the imaging direction angle in the candidate reference images as a reference image for image matching. an extension step of extending an original reference image into one or more extended reference images, wherein the one or more extended reference images is obtained by deforming the original reference image; an image matching step of image-matching a detected image with candidate reference images that include the original reference image and the one or more extended reference images, wherein, the detected image is an image in a detected image sequence, the detected image sequence comprising images that are continuously detected; a homography matrix calculation step of calculating, based on a result of the image matching, a homography matrix between the detected image and matched original reference image or extended reference image; an imaging direction angle determination step of determining, based on the homography matrix, an imaging direction angle of the detected image; and a selection step of, in a case where image matching is performed on a next detected image in the detected image sequence, selecting, based on the imaging direction angle, one reference image that corresponds to the imaging direction angle in the candidate reference images as a reference image for image matching.
A method for determining a nitrogen content in solid or liquid samples , wherein a measuring gas is generated by oxidation of the sample in the oxygen stream, a carrier gas is added to the measuring gas and the oxygen and nitrogen oxide components in the measuring gas are converted into water and nitrogen, wherein the share of the nitrogen is detected in the remaining nitrogen carrier gas mixture, characterized in that hydrogen is added as carrier gas to the measuring gas for reducing the oxygen and nitrogen oxide components and that the reduction of the measuring gas takes place on a catalyst, wherein the parameters of temperature, dwell time, type of catalyst are selected so that nitrogen is created and a further reduction to ammonia is avoided.
A method of making a substrate-through metal via having a high aspect ratio, in a semiconductor substrate, and a metal pattern on the substrate surface, comprising: a) providing a semiconductor substrate ; b) depositing a first poly-silicon on the substrate ; c) patterning the first poly-silicon on the substrate surface; d) selectively depositing Ni on the patterned first poly-silicon by an electroless process, and e) providing an intermediate barrier layer of silicide Si x Ni y by silicidation of the deposited Ni; making a via hole through the substrate, wherein the walls in the hole are subjected to the same processing as in steps b), d) and e); and depositing Cu on the Ni by a plating process. a) providing a semiconductor substrate ; b) depositing a first poly-silicon on the substrate ; c) patterning the first poly-silicon on the substrate surface; d) selectively depositing Ni on the patterned first poly-silicon by an electroless process, and e) providing an intermediate barrier layer of silicide Si x Ni y by silicidation of the deposited Ni; making a via hole through the substrate, wherein the walls in the hole are subjected to the same processing as in steps b), d) and e); and depositing Cu on the Ni by a plating process.
A motor vehicle comprising: a frame assembly comprising a head tube disposed in a front portion of said vehicle , a down tube extending in a downward and rearward fashion from said head tube, and a main tube extending in a substantial straight and rearward fashion form said head tube; a footrest assembly attached to at least one of left hand side and right hand side of said vehicle ; an internal combustion engine mounted on said frame assembly of said vehicle ; an exhaust emission system extending in a rearward direction of said vehicle and being attached to said internal combustion engine through a first mounting flange at an upstream mounting and to said frame assembly through a second mounting flange at a downstream mounting; and an intermediate mounting assembly provided to mount said exhaust emission system to said footrest assembly ; characterised in that said intermediate mounting assembly comprises a mounting clamp attached to said exhaust emission system , a support rod with one end attached onto said mounting clamp and other end accommodated in a ring attached to said footrest assembly ; wherein, said intermediate mounting assembly configured to withstand and restrict the vibrations of said exhaust emission system in any direction or plane. a frame assembly comprising a head tube disposed in a front portion of said vehicle , a down tube extending in a downward and rearward fashion from said head tube, and a main tube extending in a substantial straight and rearward fashion form said head tube; a footrest assembly attached to at least one of left hand side and right hand side of said vehicle ; an internal combustion engine mounted on said frame assembly of said vehicle ; an exhaust emission system extending in a rearward direction of said vehicle and being attached to said internal combustion engine through a first mounting flange at an upstream mounting and to said frame assembly through a second mounting flange at a downstream mounting; and an intermediate mounting assembly provided to mount said exhaust emission system to said footrest assembly ;
A battery charge and discharge control device , comprising: a voltage sensor for measuring the voltage of a battery ; and a control unit configured to charge the battery with a constant current in a constant current mode, and configured to convert to a constant voltage mode when the voltage of the battery measured through the voltage sensor corresponds to an end-of-charge voltage, thereby charging the battery with a constant voltage, wherein the control unit is further configured to set the end-of-charge voltage as a first end-of-charge voltage by subtracting a negative electrode threshold potential from the full-charge voltage of the battery , and the negative electrode threshold potential is a potential value of the negative electrode where a negative electrode active material contained in the battery causes a phase change of the negative electrode active material, wherein the control unit , during a discharge period of the battery , is configured to stop discharge of the battery when the measured voltage of the battery corresponds to an end-of-discharge voltage; characterized in that the end-of-discharge voltage is a voltage at a time point when the slope of the measured battery voltage exceeds a threshold slope. a voltage sensor for measuring the voltage of a battery ; and a control unit configured to charge the battery with a constant current in a constant current mode, and configured to convert to a constant voltage mode when the voltage of the battery measured through the voltage sensor corresponds to an end-of-charge voltage, thereby charging the battery with a constant voltage, wherein the control unit is further configured to set the end-of-charge voltage as a first end-of-charge voltage by subtracting a negative electrode threshold potential from the full-charge voltage of the battery , and the negative electrode threshold potential is a potential value of the negative electrode where a negative electrode active material contained in the battery causes a phase change of the negative electrode active material, wherein the control unit , during a discharge period of the battery , is configured to stop discharge of the battery when the measured voltage of the battery corresponds to an end-of-discharge voltage; characterized in that the end-of-discharge voltage is a voltage at a time point when the slope of the measured battery voltage exceeds a threshold slope.
Multi-layer brick, adapted to erect a double-wall masonry, particularly for a domestic partition wall, said masonry comprising a structural wall and a facing wall both being flexibly interconnected and made up of cellular bricks, in each of said multi-layer brick a structural shell and a facing shell , both consisting of cellular brick elements , are acoustically decoupled by means of a softly resilient joining member, said cellular brick element of the facing shell having a gramms per square metre index which is lower than that of the structural cell , wherein the joining member has a dynamic elasticity modulus between 0,1 and 6N/mm 2 , characterized in that (i) the joining member between the facing shell and the structural shell is made up of a surface covering joining layer , wherein the structural shell and the facing shell are glued to each other in the zone of the free ends of the joining layer through an elastic foil strip by means of a hot melting resin, or that (ii) the joining member between the facing shell and the structural shell is made up of localized postive or non postive joining elements . (i) the joining member between the facing shell and the structural shell is made up of a surface covering joining layer , wherein the structural shell and the facing shell are glued to each other in the zone of the free ends of the joining layer through an elastic foil strip by means of a hot melting resin, or that (ii) the joining member between the facing shell and the structural shell is made up of localized postive or non postive joining elements .
An aircraft capable of fixed-wing and rotor flight modes, the aircraft comprising: a fuselage wherein the fuselage includes a front portion and a rear portion and wherein the fuselage includes a longitudinal axis extending through the front portion and the rear portion; a wing coupled to the fuselage; a first support boom coupled to the wing and a second support boom coupled to the wing wherein the fuselage is positioned equidistant between the first support boom and the second support boom and wherein the first support boom and the second support boom are parallel to the longitudinal axis ; a propulsion system configured to provide thrust substantially aligned with the longitudinal axis ; and a rotor array (101-106) distributed among the first support boom and the second support boom , wherein the rotor array provides substantially vertical thrust, wherein the rotor array includes two or more rotor pairs and wherein each rotor pair includes a first rotor on the first support boom and a second rotor on the second support boom, characterized in that each rotor in one rotor pair is mounted tilted away at an equal but opposite fore and aft angle from a vertical axis parallel to a vertical axis of the aircraft and in that each rotor in the other rotor pairs is mounted tilted away at an equal but opposite left and right angle from a vertical axis parallel to a vertical axis of the aircraft, the vertical axis of the aircraft being perpendicular to a lateral axis of the aircraft and to the longitudinal axis . a fuselage wherein the fuselage includes a front portion and a rear portion and wherein the fuselage includes a longitudinal axis extending through the front portion and the rear portion; a wing coupled to the fuselage; a first support boom coupled to the wing and a second support boom coupled to the wing wherein the fuselage is positioned equidistant between the first support boom and the second support boom and wherein the first support boom and the second support boom are parallel to the longitudinal axis ; a propulsion system configured to provide thrust substantially aligned with the longitudinal axis ; and a rotor array (101-106) distributed among the first support boom and the second support boom , wherein the rotor array provides substantially vertical thrust, wherein the rotor array includes two or more rotor pairs and wherein each rotor pair includes a first rotor on the first support boom and a second rotor on the second support boom, characterized in that each rotor in one rotor pair is mounted tilted away at an equal but opposite fore and aft angle from a vertical axis parallel to a vertical axis of the aircraft and in that each rotor in the other rotor pairs is mounted tilted away at an equal but opposite left and right angle from a vertical axis parallel to a vertical axis of the aircraft, the vertical axis of the aircraft being perpendicular to a lateral axis of the aircraft and to the longitudinal axis .