mhurhangee/ep-ind-claims huggingface dataset:
A food processor comprising a food processor base provided with a switch assembly and a driving member, and a food processing cup assembly (10a, 10b) removably assembled on the food processor base, wherein the food processing cup assembly comprises: - a food processing cup; - a lid (102a, 102b) for covering the food processing cup and comprising a lid locking portion (1022a, 1022b); - a connecting rod comprising a connecting rod body, an abutting portion and a connecting rod locking portion located at opposite ends of the connecting rod body; and - a connecting rod locking member; wherein when the lid (102a, 102b) is placed in position on the food processing cup and the food processing cup assembly (10a, 10b) is assembled on the food processor base, the lid locking portion (1022a, 1022b) presses the connecting rod locking portion to drive the connecting rod to move downward toward the switch assembly, so that the abutting portion triggers the switch assembly to be turned on; the food processor being characterized in that the switch assembly is configured such that when the switch assembly is turned on, the driving member drives the connecting rod locking member to drive the connecting rod to continue to move downward, so that the lid locking portion (1022a, 1022b) is locked with the connecting rod locking portion, and the connecting rod locking member is locked with the connecting rod. - a food processing cup; - a lid (102a, 102b) for covering the food processing cup and comprising a lid locking portion (1022a, 1022b); - a connecting rod comprising a connecting rod body, an abutting portion and a connecting rod locking portion located at opposite ends of the connecting rod body; and - a connecting rod locking member; wherein when the lid (102a, 102b) is placed in position on the food processing cup and the food processing cup assembly (10a, 10b) is assembled on the food processor base, the lid locking portion (1022a, 1022b) presses the connecting rod locking portion to drive the connecting rod to move downward toward the switch assembly, so that the abutting portion triggers the switch assembly to be turned on; the food processor being characterized in that the switch assembly is configured such that when the switch assembly is turned on, the driving member drives the connecting rod locking member to drive the connecting rod to continue to move downward, so that the lid locking portion (1022a, 1022b) is locked with the connecting rod locking portion, and the connecting rod locking member is locked with the connecting rod.
An optical structure characterized in that it comprises: a substrate including an edge grating pattern that is proximal to an edge of the substrate, the edge grating pattern including one or more features (302, 304) arranged to control capillary flow of a material from the edge of the substrate into the edge grating pattern wherein: the edge grating pattern is on a first portion of a surface of the substrate; the substrate further includes a second grating pattern on a second portion of the same surface of the substrate, the second grating pattern providing an optically functional region of the substrate, preferably wherein the second grating pattern is a functional grating pattern that includes one or more of an orthogonal pupil expander, OPE, region and an exit pupil expander, EPE, region; and the edge grating pattern is arranged to control the capillary flow of the material by: i) allowing the capillary flow of the material at least partly in an inward direction from the edge of the substrate into the edge grating pattern, and ii) inhibiting the capillary flow of the material further in the inward direction into the optically functional region provided by the second edge grating pattern. the edge grating pattern is on a first portion of a surface of the substrate; the substrate further includes a second grating pattern on a second portion of the same surface of the substrate, the second grating pattern providing an optically functional region of the substrate, preferably wherein the second grating pattern is a functional grating pattern that includes one or more of an orthogonal pupil expander, OPE, region and an exit pupil expander, EPE, region; and the edge grating pattern is arranged to control the capillary flow of the material by: i) allowing the capillary flow of the material at least partly in an inward direction from the edge of the substrate into the edge grating pattern, and ii) inhibiting the capillary flow of the material further in the inward direction into the optically functional region provided by the second edge grating pattern.
A method of controlling inflation of a tire comprising: determining tire pressure by: providing a first pulse of pressurized gas to a tire valve, wherein the first pulse of pressurized gas does not open the tire valve when the tire pressure is greater than or equal to a target tire pressure; and measuring a pressure of the first pulse of pressurized gas; wherein the measured pressure of the first pulse of pressurized gas is indicative of the tire pressure when the measured pressure is less than a target tire pressure and the measured pressure is within a threshold amount of a pressure value of a previous pressure pulse. determining tire pressure by: providing a first pulse of pressurized gas to a tire valve, wherein the first pulse of pressurized gas does not open the tire valve when the tire pressure is greater than or equal to a target tire pressure; and measuring a pressure of the first pulse of pressurized gas; providing a first pulse of pressurized gas to a tire valve, wherein the first pulse of pressurized gas does not open the tire valve when the tire pressure is greater than or equal to a target tire pressure; and measuring a pressure of the first pulse of pressurized gas; wherein the measured pressure of the first pulse of pressurized gas is indicative of the tire pressure when the measured pressure is less than a target tire pressure and the measured pressure is within a threshold amount of a pressure value of a previous pressure pulse.
A sandwich panel comprising: a flocking core layer; and skin layers (10, 10') stacked on both sides of the flocking core layer, wherein the flocking core layer includes a mixed fiber containing at least two types of fibers having different average cross-sectional diameters, wherein the mixed fiber includes a first type of fiber having an average cross-sectional diameter of 40μm to 70μm; and a second type of fiber having an average cross-sectional diameter of 10μm to 20μm, and wherein the mixed fiber includes one selected from the group consisting of polyamide fiber, polyethylene fiber, polyester fiber, and a combination thereof. a flocking core layer; and skin layers (10, 10') stacked on both sides of the flocking core layer, wherein the flocking core layer includes a mixed fiber containing at least two types of fibers having different average cross-sectional diameters, wherein the mixed fiber includes a first type of fiber having an average cross-sectional diameter of 40μm to 70μm; and a second type of fiber having an average cross-sectional diameter of 10μm to 20μm, and wherein the mixed fiber includes one selected from the group consisting of polyamide fiber, polyethylene fiber, polyester fiber, and a combination thereof.
Method for determining the head-related transfer function (HRTF) for at least one person using a vehicle, wherein the head-related transfer function (HRTF) is calculated based on features of the person which are captured by cameras (4, 6, 7), characterized in that the features are captured by a plurality of cameras (4, 6, 7) at least partially one after the other over time, wherein at least one of the cameras is arranged such that it captures the person in the external region of the vehicle as they approach and open the vehicle.
A substrate for adhesive tape, comprising: 25 to 75 parts by mass of a plasticizer and 5 to 40 parts by mass of an inorganic filler with respect to 100 parts by mass of polyvinyl chloride resin having a mean degree of polymerization of 1200 to 1800 measured by GPC; wherein the inorganic filler has a mean particle size of 0.05 to 0.8 μm measured by air permeability method according to the description; and the substrate has a thickness of 40 to 80 μm. 25 to 75 parts by mass of a plasticizer and 5 to 40 parts by mass of an inorganic filler with respect to 100 parts by mass of polyvinyl chloride resin having a mean degree of polymerization of 1200 to 1800 measured by GPC; wherein the inorganic filler has a mean particle size of 0.05 to 0.8 μm measured by air permeability method according to the description; and the substrate has a thickness of 40 to 80 μm.
Machining method for a workpiece, the workpiece being supported by a rotatably drivable workpiece spindle, and a cutting edge of a tool supported by a rotatably drivable tool spindle being brought into a working position on the workpiece by means of a displacement of the tool spindle, or optionally one or more supports (16, 19) that support said spindle, in the three spatial directions (X, Y, Z) and in the two solid angles (θ, φ), which displacement is servo-driven according to setting values specified by an electronic control unit, in which working position a large number of identically designed workpieces are machined one after the other, surfaces that are circumferentially offset being produced on the workpiece by means of chip removal, and the tool spindle, or optionally the one or more supports that support said spindle, being positioned exclusively by means of linear drives, characterised in that said linear drives are held in the working position thereof in an unclamped manner under closed-loop control.
Apparatus for guiding a laser beam for processing a workpiece, having a mirror arrangement with movable mirrors (21, 22) for producing an angle of attack of the laser beam onto a focusing optical unit, the latter being arranged along the propagation direction of the laser beam, for setting a lateral offset of the laser beam on the workpiece and for producing a lateral offset of the laser beam on the focusing optical unit for setting an angle of incidence of the laser beam on the workpiece, characterized in that an optical arrangement for beam expansion and for variably setting the focus distance of the laser beam is arranged between the mirror arrangement and the focusing optical unit, wherein software in the actuation electronics of the mirror arrangement is configured to compensate for a change in the angle of incidence of the laser beam on the workpiece, caused by a change in the focus distance by way of the optical arrangement or by a change in the angle of attack by way of the mirror arrangement, on the workpiece by changing the lateral offset of the laser beam on the focusing optical unit.
An article of footwear incorporating a sole structure, the sole structure comprising: a midsole comprising a fluid-filled chamber; an outsole secured to the midsole, the outsole forming at least part of a ground contacting surface of the footwear; and the fluid-filled chamber comprising an outer barrier defining an interior void, the outer barrier having a first area and a second area, the first area and second area being in fluid communication, a first tensile structure located in at least a midfoot region of the footwear within the interior void and bonded to the outer barrier in the first area, the first tensile structure having a first height, and a second tensile structure located forward of the first tensile structure within the interior void and bonded to the outer barrier in the second area, the second tensile structure having a second height that is less than the first height and being separated from the first tensile structure by a gap, wherein the first tensile structure includes a lateral segment and a medial segment, and the second tensile structure is at least partially located between the lateral segment and the medial segment. a midsole comprising a fluid-filled chamber; an outsole secured to the midsole, the outsole forming at least part of a ground contacting surface of the footwear; and the fluid-filled chamber comprising an outer barrier defining an interior void, the outer barrier having a first area and a second area, the first area and second area being in fluid communication, a first tensile structure located in at least a midfoot region of the footwear within the interior void and bonded to the outer barrier in the first area, the first tensile structure having a first height, and a second tensile structure located forward of the first tensile structure within the interior void and bonded to the outer barrier in the second area, the second tensile structure having a second height that is less than the first height and being separated from the first tensile structure by a gap, wherein the first tensile structure includes a lateral segment and a medial segment, and the second tensile structure is at least partially located between the lateral segment and the medial segment. an outer barrier defining an interior void, the outer barrier having a first area and a second area, the first area and second area being in fluid communication, a first tensile structure located in at least a midfoot region of the footwear within the interior void and bonded to the outer barrier in the first area, the first tensile structure having a first height, and a second tensile structure located forward of the first tensile structure within the interior void and bonded to the outer barrier in the second area, the second tensile structure having a second height that is less than the first height and being separated from the first tensile structure by a gap, wherein the first tensile structure includes a lateral segment and a medial segment, and the second tensile structure is at least partially located between the lateral segment and the medial segment.
An annular combustion chamber for a turbomachine, the chamber comprising inner and outer annular walls united by a transverse wall, the inner and outer walls being extended at their downstream ends by inner and outer fastener flanges for being fastened respectively to inner and outer shells of a casing of the turbomachine in order to hold the combustion chamber in position, the inner flange being provided with a plurality of holes for feeding cooling air to a high pressure turbine of the turbomachine, characterized in that the air feed holes through the inner flange are distributed circumferentially over at least two rows (26a, 26b) disposed in a staggered configuration.
A periodic-combined-envelope-sequence generation device (100, 101) comprising: a spectral-envelope-sequence calculating part (120, 121) adapted to take, as an input audio signal, a time-domain audio digital signal in each frame which is a predetermined time segment, and adapted to calculate a spectral envelope sequence of the input audio signal on the basis of time-domain linear prediction of the input audio signal; and a periodic-combined-envelope generating part adapted to transform the spectral envelope sequence to a periodic combined envelope sequence on the basis of a periodic component of the input audio signal in the frequency domain. a spectral-envelope-sequence calculating part (120, 121) adapted to take, as an input audio signal, a time-domain audio digital signal in each frame which is a predetermined time segment, and adapted to calculate a spectral envelope sequence of the input audio signal on the basis of time-domain linear prediction of the input audio signal; and a periodic-combined-envelope generating part adapted to transform the spectral envelope sequence to a periodic combined envelope sequence on the basis of a periodic component of the input audio signal in the frequency domain.
A method of processing image data, comprising the steps of: dividing a block of data into a plurality of sub-blocks, the block of data corresponding to a first one of the video frames of the at least one image, the plurality of sub-block respectively including a portion of the block of data, wherein different ones of the plurality of sub blocks correspond to different portions of the block of data; selecting at least one of the sub-blocks according to a predetermined sequence; identifying a plurality of features of interest in the selected sub-block; and processing the selected sub-block to provide information regarding at least one of the features of interest, selecting a different sub-block from another one of the video frames according to the predetermined sequence; identifying a plurality of features of interest in the different sub-block; processing the different sub-block to provide information regarding at least one of the features of interest from the different sub-block; and performing the selecting, identifying and processing for a plurality of different sub-blocks from other respective ones of the video frames until the entire image has been processed. dividing a block of data into a plurality of sub-blocks, the block of data corresponding to a first one of the video frames of the at least one image, the plurality of sub-block respectively including a portion of the block of data, wherein different ones of the plurality of sub blocks correspond to different portions of the block of data; selecting at least one of the sub-blocks according to a predetermined sequence; identifying a plurality of features of interest in the selected sub-block; and processing the selected sub-block to provide information regarding at least one of the features of interest, selecting a different sub-block from another one of the video frames according to the predetermined sequence; identifying a plurality of features of interest in the different sub-block; processing the different sub-block to provide information regarding at least one of the features of interest from the different sub-block; and performing the selecting, identifying and processing for a plurality of different sub-blocks from other respective ones of the video frames until the entire image has been processed.
A process for the production of a capacitor, comprising the process steps: a) providing an electrode body of an electrode material, wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body; b) introducing a dispersion comprising a dispersing agent, a foreign-doped conductive polymer and negative charged counter-ions which are not covalently bonded to the foreign-doped conductive polymer into at least a part of the anode body, wherein the foreign-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by the negative charged counter-ions; c) at least partially removing the dispersing agent under obtaining a solid electrolyte in a capacitor body; wherein a self-doped conductive polymer is additionally introduced into at least a part of the anode body, wherein the self-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by negative charged counter-ions which are covalently bonded to the conductive polymer. a) providing an electrode body of an electrode material, wherein a dielectric covers one surface of this electrode material at least partly under formation of an anode body; b) introducing a dispersion comprising a dispersing agent, a foreign-doped conductive polymer and negative charged counter-ions which are not covalently bonded to the foreign-doped conductive polymer into at least a part of the anode body, wherein the foreign-doped conductive polymer has positive charges along the polymer chain which are at least partly compensated by the negative charged counter-ions; c) at least partially removing the dispersing agent under obtaining a solid electrolyte in a capacitor body;
A nucleic acid barcoded probe, comprising: a nucleic acid arranged to form a hairpin structure having a partially-double-stranded primer-binding region, a double-stranded barcode region, a double-stranded palindromic region, and a single-stranded loop region containing a target-binding moiety, wherein a molecule that terminates polymerization is located adjacent to the double-stranded palindromic region and between the double-stranded palindromic region and the loop region.
A fire alarm system, comprising a first and a second radio subscriber unit (100, 200), in particular a fire alarm unit, with respectively transmission means (108, 208) for transmitting radio messages and respectively logic means (104, 204), wherein the logic means (104, 204) comprise respectively a variation unit (142, 242), which influences the transmission- and/or reception parameters of the transmission means (108, 208) for the transmission of a radio message, and wherein the radio subscriber units (100, 200) respectively have a collision detection unit (140, 240), which is configured so that it detects a signal-related collision in the transmission of a radio message and brings about a renewed transmission of this radio message as a reaction to such a detection, characterized in that a first equipment-specific variation parameter is associated with the first radio subscriber unit, and a second equipment-specific variation parameter, differing from the first variation parameter, is associated with the second radio subscriber unit, wherein the equipment-specific variation parameters have a bit pattern, wherein the fire alarm system is configured so that the transmission of the radio message is repeated as long as a collision is detected and in the case of each repeated transmission of the radio message a bit of the bit pattern is read sequentially and as a function thereof a transmission parameter is altered by the variation unit, wherein the transmission parameter is a transmission time or a transmission frequency of the radio message.
A system for generating vacuum comprising: a first aspirator defining a conduit having a Venturi gap in fluid communication with a first suction inlet and separating the conduit into a converging section and a diverging section; a second aspirator defining a conduit having a Venturi gap in fluid communication with a second suction inlet and separating the conduit into a converging section and a diverging section; a shut-off valve positioned in a flowpath of the second aspirator to shut off the flow therethrough without shutting off a flow through the first aspirator; characterized by comprising a single suction housing having a suction port; the first suction inlet and the second suction inlet being conjoined by the single suction housing, thereby conjoiningly mating the Venturi gap of the first aspirator with the Venturi gap of the second aspirator for fluid communication of both Venturi gaps with the suction port to draw a total combined suction through the single suction housing; the suction port connecting both the first aspirator and the second aspirator to the same device requiring a vacuum or a vacuum reservoir. a first aspirator defining a conduit having a Venturi gap in fluid communication with a first suction inlet and separating the conduit into a converging section and a diverging section; a second aspirator defining a conduit having a Venturi gap in fluid communication with a second suction inlet and separating the conduit into a converging section and a diverging section; a shut-off valve positioned in a flowpath of the second aspirator to shut off the flow therethrough without shutting off a flow through the first aspirator; characterized by comprising a single suction housing having a suction port; the first suction inlet and the second suction inlet being conjoined by the single suction housing, thereby conjoiningly mating the Venturi gap of the first aspirator with the Venturi gap of the second aspirator for fluid communication of both Venturi gaps with the suction port to draw a total combined suction through the single suction housing; the suction port connecting both the first aspirator and the second aspirator to the same device requiring a vacuum or a vacuum reservoir.