mhurhangee/ep-ind-claims huggingface dataset:
A method for press forming a product having a hat type or channel type cross-sectional shape and a longitudinal shape with a curved portion in its intermediate portion and straight portions (1,2) adjacent to both sides thereof from a blank, wherein both ends of a blank having a length longer than a length along a longitudinal direction of a product to be formed are first approached to each other up to a distance between both ends of the product to be formed; characterised in that portions of the blank corresponding to the straight portions of the product to be formed are restrained while being press formed to a hat type or channel type cross-sectional shape prior to a portion of the blank corresponding to a curved portion of the product to be formed at an approached state of the both ends to thereby leave a surplus in a length of the portion of the blank corresponding to the curved portion of the product to be formed as compared to a length of the curved portion; the portion of the blank corresponding to the curved portion of the product to be formed is press formed to a longitudinal curved shape at a state of leaving the surplus while forming the hat type or channel type cross-sectional shape to thereby apply a longitudinal compression stress to the portion of the blank corresponding to curved portion of the product to be formed.
A coffee machine with a coffee machine housing, with a coffee mill comprising a grinder for grinding coffee beans to produce coffee grounds and with a brewing device for squeezing hot water through the coffee grounds to produce a coffee beverage, the brewing device having a brewing chamber which can be adjusted between a filling position and a brewing position, wherein the coffee grinder has an electric motor associated with it, with which a grinding ring of the grinder can be rotatingly driven about a rotary axis relative to a grinding cone radially arranged within the grinding ring via a drive shaft spaced apart from the rotary axis, in order to grind the coffee beans between the grinding ring and the grinding cone, characterised in that the drive shaft is disposed extending at right angles to the rotary axis, and in that, in the filling position, the brewing chamber is disposed axially below the grinder outlet such that the rotary axis passes, preferably centrally, through the grinding outlet and the brewing chamber, so that ground coffee powder, due to the rule of gravity, can be delivered axially from the grinder into the brewing chamber, in particular can fall axially into the same, and in that the electric motor is radially adjacent to the grinding ring.
A vacuum pump, in particular a turbomolecular pump or a backing pump for a turbomolecular pump, including at least one pump mechanism (38, 40; 46, 48, 50, 52) for pumping a gas through the vacuum pump with a pump rotor and a rotor shaft, and an electric motor, in particular configured as a synchronous motor, for driving the pump mechanism (38, 40; 46, 48, 50, 52), wherein the electric motor comprises a stator and an electric motor rotor rotating about a rotational axis and co-operating with the stator, wherein the electric motor rotor comprises a core formed of at least one stack of steel sheet members and permanent magnets which are arranged around the rotational axis in the interior of the core, wherein the core formed of at least one stack of steel sheet members has a receiving opening for the accommodation with positive locking of the electric motor rotor, and wherein the rotor shaft has a section on which the at least one stack of steel sheet members is arranged and which has a shape matched to the receiving opening, and the receiving opening is formed to be rotationally symmetric and the vacuum pump is characterised in that the receiving opening, which is for accommodating the rotor shaft and which is arranged in the at least one stack of steel sheet members, has a shape differing from a complete circle, in that the receiving opening has a polygonal shape, and in that the at least one laminated stack is fixed on the rotor shaft by at least one spring and/or by at least one spring washer.
A dolly assembly structured to be disposable between operative and self-contained positions, said dolly assembly comprising: at least two elongated guide members each including an open longitudinal side and a hollow interior extending along at least a portion of the length thereof, at least two elongated rail members, said at least two guide members and said at least two rail members cooperatively structured to be disposed in either an operative orientation or a self-contained orientation, a plurality of castors (30, 30'; 130) disposable in movable, supporting relation to said guide members and said rail members, when in said operative orientation, said operative orientation comprising said at least two rail members removably interconnecting said at least two guide members in spaced relation to one another, said self-contained orientation comprising said open longitudinal sides of said two guide members disposed in facing, confronting engagement with one another and said hollow interiors thereof disposed in directly communicating relation with one another, and characterised in that said at least two rail members and said plurality of castors (30, 30'; 130) collectively and concurrently enclosed within said directly communicating hollow interiors of said two guide members, wherein said plurality of castors (30, 30'; 130) is detached from said guide members. at least two elongated guide members each including an open longitudinal side and a hollow interior extending along at least a portion of the length thereof, at least two elongated rail members, said at least two guide members and said at least two rail members cooperatively structured to be disposed in either an operative orientation or a self-contained orientation, a plurality of castors (30, 30'; 130) disposable in movable, supporting relation to said guide members and said rail members, when in said operative orientation, said operative orientation comprising said at least two rail members removably interconnecting said at least two guide members in spaced relation to one another, said self-contained orientation comprising said open longitudinal sides of said two guide members disposed in facing, confronting engagement with one another and said hollow interiors thereof disposed in directly communicating relation with one another, and characterised in that said at least two rail members and said plurality of castors (30, 30'; 130) collectively and concurrently enclosed within said directly communicating hollow interiors of said two guide members, wherein said plurality of castors (30, 30'; 130) is detached from said guide members.
A moving picture decoding method for realizing motion compensated prediction using a motion vector with sub-pixel accuracy, said method comprising steps of: causing each of a plurality of filters to use its respective filter coefficients, to perform a sub-pixel interpolation by applying a filtering to pixel values of a reconstructed image, thereby generating, with respect to each of the filters, an interpolated image; selecting one of the plurality of interpolated images based on filter coefficient information that is received as input; and reading, as prediction values, pixel values of sub-pixel positions from the selected interpolated image by using a motion vector that is received as input, characterized in that: the filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position. causing each of a plurality of filters to use its respective filter coefficients, to perform a sub-pixel interpolation by applying a filtering to pixel values of a reconstructed image, thereby generating, with respect to each of the filters, an interpolated image; selecting one of the plurality of interpolated images based on filter coefficient information that is received as input; and reading, as prediction values, pixel values of sub-pixel positions from the selected interpolated image by using a motion vector that is received as input, characterized in that: the filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position. the filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position.
A multilayer, heat-shrinkable film comprising a layer containing at least one semi-crystalline polyamide selected from the group consisting of polyamide 6/12 having a melting point of at least 125°C, polyamide 6, polyamide 66, and polyamide 6/66, and exhibiting upon conditioning at 48.9°C (120°F) and at least 80 percent relative humidity for 24 hours an FTIR Transmission Absorbance Ratio: A 1199 A 1170 ≤ 1.65, wherein A 1199 is determined by integrating a peak area between 1223.6 cm -1 and 1186.0 cm -1 with a baseline made by connecting points on the curve at 1223.6 cm -1 and 1186.0 cm -1 with a straight line, and wherein A 1170 is determined by integrating a peak area between 1186.0 cm -1 and 1152.5 cm -1 with a baseline made by connecting points on the curve at 1186.0 cm -1 and 1152.5 cm -1 with a straight line, with the multilayer film comprising a total semicrystalline polyamide content of at least 35 volume percent based on total film volume, the multilayer film having a total free shrink at 85°C (185°F) of at least 35 percent as measured using ASTM D-2732.
A method, comprising: at an electronic device with a display: receiving an utterance from a user; performing speech recognition on the received utterance to determine a plurality of candidate text representations of the utterance, including a primary text representation and one or more alternative text representations; performing natural language processing on the primary text representation to determine a plurality of candidate actionable intents, including a primary actionable intent and one or more alternative actionable intents; determining a result based on the primary actionable intent; providing the result to the user; detecting a recognition correction trigger; characterizied by: in response to detecting the recognition correction trigger, concurrently displaying, on the display: a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance. receiving an utterance from a user; performing speech recognition on the received utterance to determine a plurality of candidate text representations of the utterance, including a primary text representation and one or more alternative text representations; performing natural language processing on the primary text representation to determine a plurality of candidate actionable intents, including a primary actionable intent and one or more alternative actionable intents; determining a result based on the primary actionable intent; providing the result to the user; detecting a recognition correction trigger; characterizied by: in response to detecting the recognition correction trigger, concurrently displaying, on the display: a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance. a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance.
A display apparatus comprising: a display; a bezel (210, 630) extended along at least a portion of an edge of the display and configured to cover the edge of the display; characterised by: at least one signal transceiver (220, 360) configured to transmit a detection signal to the bezel and receive a reflection signal of the transmitted detection signal; and a controller configured to determine a touch position of a user on the bezel based on an amount of time taken from a point of time where the at least one signal transceiver transmits the detection signal to a point of time where the at least one signal transceiver receives the reflection signal. a display; a bezel (210, 630) extended along at least a portion of an edge of the display and configured to cover the edge of the display; characterised by: at least one signal transceiver (220, 360) configured to transmit a detection signal to the bezel and receive a reflection signal of the transmitted detection signal; and a controller configured to determine a touch position of a user on the bezel based on an amount of time taken from a point of time where the at least one signal transceiver transmits the detection signal to a point of time where the at least one signal transceiver receives the reflection signal. at least one signal transceiver (220, 360) configured to transmit a detection signal to the bezel and receive a reflection signal of the transmitted detection signal; and a controller configured to determine a touch position of a user on the bezel based on an amount of time taken from a point of time where the at least one signal transceiver transmits the detection signal to a point of time where the at least one signal transceiver receives the reflection signal.
An image display apparatus comprising: a movable dome screen having a spherical or semispherical shape; a support body configured to support the dome screen, wherein the support body includes a pair of shaft portions (102A, 102B) having a common rotation axis corresponding to a predetermined horizontal axis, such that the dome screen is rotatable around the predetermined horizontal axis within a sagittal plane; a sensor configured to measure a change of a rotation angle of the dome screen around the rotation axis; a plurality of projectors (103, 104) whose relative positions with the dome screen and attitudes are each fixed, wherein each of the projectors (103, 104) is fixed at a peripheral end of the dome screen and the plurality of projectors is configured to project a video toward the dome screen to cover a whole inner display surface of the dome screen with the projected video, and wherein the plurality of projectors move in accordance with rotation of the dome screen around the predetermined horizontal axis; and a display control apparatus configured to control the video to be projected on the inner display surface of the dome screen from the plurality of projectors (103, 104) and to switch, in accordance with the changed rotation angle, a viewing field of the video. a movable dome screen having a spherical or semispherical shape; a support body configured to support the dome screen, wherein the support body includes a pair of shaft portions (102A, 102B) having a common rotation axis corresponding to a predetermined horizontal axis, such that the dome screen is rotatable around the predetermined horizontal axis within a sagittal plane; a sensor configured to measure a change of a rotation angle of the dome screen around the rotation axis; a plurality of projectors (103, 104) whose relative positions with the dome screen and attitudes are each fixed, wherein each of the projectors (103, 104) is fixed at a peripheral end of the dome screen and the plurality of projectors is configured to project a video toward the dome screen to cover a whole inner display surface of the dome screen with the projected video, and wherein the plurality of projectors move in accordance with rotation of the dome screen around the predetermined horizontal axis; and a display control apparatus configured to control the video to be projected on the inner display surface of the dome screen from the plurality of projectors (103, 104) and to switch, in accordance with the changed rotation angle, a viewing field of the video.
Capacitive sensor of electric voltage, which extends axially along a longitudinal axis and which comprises: - a source electrode (110, 210), which has an elongated shape that extends longitudinally along said longitudinal axis, in which said source electrode (110, 210) configures a first axial end portion (111, 211) and a second axial end portion (112, 212) opposite to the first axial end portion (111, 211); - a tubular body shielding (120, 220), which has an elongated shape which extends longitudinally along said longitudinal axis, and which configures a first axial portion (121, 221) and a second axial portion (122, 222) opposite to said first axial portion (121, 221), and which configures a shell (123, 223) having an inner face (124, 224) and an outer face (125, 225); - an electric field sensor (130, 230), which is positioned radially spaced around said source electrode (110, 210), and which is positioned within said tubular body shielding (120, 220), and which is positioned between the first axial end portion (121, 221) and the second axial end portion (122, 222); - a mass of dielectric insulating material (140, 240), which is able to encompass said tubular body shielding (130, 230), said source electrode (110, 210) and said electric field sensor (130, 230); characterized by the fact that said electric field sensor (130, 230) comprises at least a first inner sheet (131, 231) and a second outer sheet (132, 232) overlapped and joined together; that said first inner sheet (131, 231) is made of an electrically conductive material; whereas said second outer sheet (131, 231) is made of an electrically insulating material; wherein said second outer sheet (132, 232) made of insulating material is constrained with respect to the inner face (124, 224) of the tubular shielding (120, 220). - a source electrode (110, 210), which has an elongated shape that extends longitudinally along said longitudinal axis, in which said source electrode (110, 210) configures a first axial end portion (111, 211) and a second axial end portion (112, 212) opposite to the first axial end portion (111, 211); - a tubular body shielding (120, 220), which has an elongated shape which extends longitudinally along said longitudinal axis, and which configures a first axial portion (121, 221) and a second axial portion (122, 222) opposite to said first axial portion (121, 221), and which configures a shell (123, 223) having an inner face (124, 224) and an outer face (125, 225); - an electric field sensor (130, 230), which is positioned radially spaced around said source electrode (110, 210), and which is positioned within said tubular body shielding (120, 220), and which is positioned between the first axial end portion (121, 221) and the second axial end portion (122, 222); - a mass of dielectric insulating material (140, 240), which is able to encompass said tubular body shielding (130, 230), said source electrode (110, 210) and said electric field sensor (130, 230);
A liquid discharge head, comprising: a plate including a pressure chamber open to one main surface; a flow path base provided on the one main surface side of the plate which forms a liquid chamber with the plate in which liquid chamber a liquid flows from a primary side to a secondary side along a surface direction of the one main surface; a liquid introduction portion which directs a flow direction of at least a portion of the liquid toward the pressure chamber on the secondary side of the flow direction of the liquid at an opening of the pressure chamber; and a nozzle which is connected to the pressure chamber, wherein the nozzle opens to another main surface and discharges the liquid, characterized in that the liquid introduction portion is provided on the secondary side in the flow direction of the liquid at the opening of the pressure chamber, the liquid introduction portion has an inclined surface which is inclined with respect to the surface direction of the one main surface and faces the pressure chamber. a plate including a pressure chamber open to one main surface; a flow path base provided on the one main surface side of the plate which forms a liquid chamber with the plate in which liquid chamber a liquid flows from a primary side to a secondary side along a surface direction of the one main surface; a liquid introduction portion which directs a flow direction of at least a portion of the liquid toward the pressure chamber on the secondary side of the flow direction of the liquid at an opening of the pressure chamber; and a nozzle which is connected to the pressure chamber, wherein the nozzle opens to another main surface and discharges the liquid, characterized in that the liquid introduction portion is provided on the secondary side in the flow direction of the liquid at the opening of the pressure chamber, the liquid introduction portion has an inclined surface which is inclined with respect to the surface direction of the one main surface and faces the pressure chamber.
Osmotic release system consisting of a core and a shell, where the shell consists of a water-permeable material impermeable for the components of the core and has at least one orifice, and where the core comprises sodium -3-(4-chloro-3-{[(2S,3R)-2-(4-chlorophenyl)-4,4,4-trifluoro-3-methylbutanoyl]amino}phenyl)-3-cyclopropyl-propanoate of the formula and at least one hydrophilic swellable polymer, where the hydrophilic swellable polymer is selected from the list consisting of polyethylene oxide, xanthan, cellulose derivatives, for example hydroxypropylcellulose, hydroxypropylmethylcellulose or sodium carboxymethylcellulose, vinylpyrrolidone/vinyl acetate copolymer, polyvinylpyrrolidone, methacrylic acid copolymers, for example methacrylic acid-methyl methacrylate copolymer, and polyacrylic acids.
A vertical stabilizer (160, 500), comprising: an airfoil structure configured to be mounted to a rotorcraft at a vertical orientation, wherein: the airfoil structure comprises a leading edge and a trailing edge, wherein the trailing edge is configured to form a blunt shaped edge; the airfoil structure further comprises a root end and a tip end, wherein the airfoil structure is tapered from the root end to the tip end; the airfoil structure is cambered; the airfoil structure is further configured to be mounted with a tail rotor, the tail rotor being mountable on the airfoil structure proximate the tip end of the airfoil structure so that the tail rotor supports rotor blades that rotate in a vertical plane of rotation exterior to the airfoil structure; the airfoil structure is further configured to house one or more internal components associated with the aircraft; and the airfoil structure is configured as a fixed structure with no adjustable control surfaces. the airfoil structure comprises a leading edge and a trailing edge, wherein the trailing edge is configured to form a blunt shaped edge; the airfoil structure further comprises a root end and a tip end, wherein the airfoil structure is tapered from the root end to the tip end; the airfoil structure is cambered; the airfoil structure is further configured to be mounted with a tail rotor, the tail rotor being mountable on the airfoil structure proximate the tip end of the airfoil structure so that the tail rotor supports rotor blades that rotate in a vertical plane of rotation exterior to the airfoil structure; the airfoil structure is further configured to house one or more internal components associated with the aircraft; and the airfoil structure is configured as a fixed structure with no adjustable control surfaces.