mhurhangee/patent-ind-claim-en huggingface dataset:
A clutch control device comprising: an engine ; a gearbox ; a clutch device that disconnects and connects a power transmission between the engine and the gearbox ; a clutch actuator that drives the clutch device and changes a clutch capacity; a controller that calculates a control target value of the clutch capacity; a clutch operator that is configured for manually operating the clutch device ; characterized in that the clutch control device further comprises a clutch operation amount sensor that detects and converts an operation amount of the clutch operator into an electrical signal, wherein the controller calculates a clutch operation speed of the clutch operator on the basis of the operation amount detected by the clutch operation amount sensor , and changes a disconnection and connection speed of the clutch device according to the calculated clutch operation speed of the clutch operator . an engine ; a gearbox ; a clutch device that disconnects and connects a power transmission between the engine and the gearbox ; a clutch actuator that drives the clutch device and changes a clutch capacity; a controller that calculates a control target value of the clutch capacity; a clutch operator that is configured for manually operating the clutch device ; characterized in that the clutch control device further comprises a clutch operation amount sensor that detects and converts an operation amount of the clutch operator into an electrical signal, wherein the controller calculates a clutch operation speed of the clutch operator on the basis of the operation amount detected by the clutch operation amount sensor , and changes a disconnection and connection speed of the clutch device according to the calculated clutch operation speed of the clutch operator .
A method of manufacturing a package , wherein the method comprises: providing a patterned cover layer on a front side of a base structure to thereby define a position of a cavity to be formed in the base structure and of at least one alignment marker in a common procedure; forming the cavity at the defined position; removing material of the base structure from a back side to thereby expose the at least one alignment marker . providing a patterned cover layer on a front side of a base structure to thereby define a position of a cavity to be formed in the base structure and of at least one alignment marker in a common procedure; forming the cavity at the defined position; removing material of the base structure from a back side to thereby expose the at least one alignment marker .
An image processing apparatus that is configured to process image data for forming an image by ejection of ink from a plurality of nozzles, the image processing apparatus comprising: a pixel value acquisition unit configured to acquire a pixel value group consisting of pixel values of a plurality of pixels included in a target area in the image data, a threshold value acquisition unit configured to acquire a threshold value group consisting of a plurality of threshold values corresponding to the plurality of pixels, wherein in the threshold value group the threshold values whose values are different are arranged in the form of a matrix so as to correspond to each pixel within the target area; a derivation unit configured to derive a target number of dots indicating a number of dots to be arranged within the target area; a priority level determination unit configured to determine, corresponding to each pixel included in the target area, a priority level of a dot, according to which the dot is arranged in the target area, based on the pixel value group and the threshold value group; a position acquisition unit configured to acquire a pixel position at which a dot is expected to be formed by a non-ejectable nozzle in the image data as a non-ejectable nozzle position; and a dot arrangement determination unit configured to determine arrangement of dots in the target area based on the priority levels, the target number of dots, and the non-ejectable nozzle position, wherein dots corresponding to the target number of dots are arranged in the target area in order of the priority level at pixels not located at the non-ejectable nozzle position. a pixel value acquisition unit configured to acquire a pixel value group consisting of pixel values of a plurality of pixels included in a target area in the image data, a threshold value acquisition unit configured to acquire a threshold value group consisting of a plurality of threshold values corresponding to the plurality of pixels, wherein in the threshold value group the threshold values whose values are different are arranged in the form of a matrix so as to correspond to each pixel within the target area; a derivation unit configured to derive a target number of dots indicating a number of dots to be arranged within the target area; a priority level determination unit configured to determine, corresponding to each pixel included in the target area, a priority level of a dot, according to which the dot is arranged in the target area, based on the pixel value group and the threshold value group; a position acquisition unit configured to acquire a pixel position at which a dot is expected to be formed by a non-ejectable nozzle in the image data as a non-ejectable nozzle position; and a dot arrangement determination unit configured to determine arrangement of dots in the target area based on the priority levels, the target number of dots, and the non-ejectable nozzle position, wherein dots corresponding to the target number of dots are arranged in the target area in order of the priority level at pixels not located at the non-ejectable nozzle position.
An inertial sensing device comprising a circuit board and an inertial sensor (4-3) provided on the circuit board , wherein the inertial sensing device further comprising: a base , a rotating plate and a power source assembly (DZ); the circuit board is mounted on the rotating plate , the power source assembly (DZ) is mounted on the base , the rotating plate is drivingly connected to a power output shaft of the power source assembly; the circuit board rotates along with the rotating plate in a reciprocating manner or a continuous manner at a rotation speed of 1 to 200RPM; the inertial sensing device is mounted on a monitored movable target under operating conditions, a signal collected by the inertial sensor (4-3) is transmitted to a personal navigation system, characterized in that the inertial sensing device further comprises a first frame (2-1) and a first slip ring (5-1); the first frame (2-1) has an inverted L-shape with a lower portion fixed on the base and a top portion mounted with the first slip ring (5-1) and the power source assembly (DZ) comprises a second motor (8-2) and a second speed reducer (7-2) drivingly connected to the second motor (8-2), which are both mounted on the base ; the power output shaft is a power output shaft of the second speed reducer (7-2) which is sleeved by the rotating plate ; a first rotor (5-1-1) of the first slip ring (5-1) is drivingly connected to the power output shaft of the second speed reducer (7-2); or characterised in that the inertial sensing device further comprises a second frame (2-2) and a third slip ring (5-3); wherein the second frame (2-2) has an inverted L-shape with a lower portion fixed on the base and a top portion mounted with the third slip ring (5-3); the power source assembly (DZ) comprises a fifth motor (8-5), a first positioning block (12-1), a third driving gear (9-3), a first internal gear (10-1) and a second rotating shaft (6-2); the fifth motor (8-5) is mounted on the rotating plate ; the power output shaft is a power output shaft of the fifth motor (8-5) which is assembled to the third driving gear (9-3) by passing through the rotating plate ; the third driving gear (9-3) is engaged with internal gear teeth of the first internal gear (10-1); the first internal gear (10-1) and the first positioning block (12-1) are both fixed on the base , the first positioning block (12-1) is disposed inside the first internal gear (10-1); one terminal of the second rotating shaft (6-2) passes through the first positioning block (12-1) to be assembled to the base , the rotating plate and the circuit board are arranged on an upper surface of the first positioning block (12-1) by receiving the second rotating shaft (6-2); the other terminal of the second rotating shaft (6-2) is assembled to a third rotor (5-3-1) of the third slip ring (5-3).
A stent graft comprising: a tubular graft ; and at least one stent that is disposed in a region corresponding to part or all of the graft , and includes one or a plurality of wire members , the graft having a thickness (d12) that is greater than a diameter (r11) of at least one of the one or the plurality of wire members of the at least one stent , wherein the graft has liquid retainability that is greater on outer circumferential surface (So) side of the graft than on inner circumferential surface (Si) side of the graft . a tubular graft ; and at least one stent that is disposed in a region corresponding to part or all of the graft , and includes one or a plurality of wire members , the graft having a thickness (d12) that is greater than a diameter (r11) of at least one of the one or the plurality of wire members of the at least one stent , wherein the graft has liquid retainability that is greater on outer circumferential surface (So) side of the graft than on inner circumferential surface (Si) side of the graft .
Method for producing an airflow (F') by means of a device for producing an airflow comprising: an enclosure which contains a volume of liquid (V) and which comprises at least one air discharge opening and one or more baffles (14; 14'; 14") interposed between the volume of liquid (V) and said discharge opening ; and air injection means for creating and passing an airflow (F) entering from outside the enclosure into the volume of liquid (V) contained in the enclosure, in which method said entering airflow (F) is introduced at an airflow rate of at least 100 m 3 /h into said volume of liquid (V) below the surface of said volume of liquid (V), such that this entering airflow is treated by direct contact with the volume of liquid and exits this volume of liquid in the form of an exiting airflow (F'), and all the airflow (F') exiting the volume of liquid (V) is circulated to the discharge opening whilst being subjected, by means of the baffle(s) (14; 14'; 14"), to one or more changes of direction, so as to prevent the spraying of liquid through the air discharge opening , and the airflow (F') exiting said enclosure is discharged by being passed through the air discharge opening of the enclosure.
Cermet material comprising, as mass percentages, at least: - 50% to 90%, preferably 60% to 80%, of a metallic phase which contains at least one alloy of copper (Cu) and nickel (Ni), said alloy comprising as percentages by mass: • 35% to 75%, preferably 40% to 60%, more preferably 45% to 55%, of nickel, • 25% to 65%, preferably 40% to 55%, more preferably 45% to 55%, of copper, - 10% to 50%, preferably 20% to 40%, of an oxide phase containing: - a monoxide phase of composition Ni x M y Fe 1-x-y O with the following proportions by mass: • 0,3% ≤ Ni ≤ 17%, • 60% ≤ Fe ≤ 78%, • 0 ≤ M ≤ 10%, and/or - a nickel ferrite oxide phase of composition Ni x M y Fe 3-1-y O 4 with the following proportions by mass: • 0,2% ≤ Ni ≤ 13%, • 60% S Fe ≤ 72%, • 0 ≤ M ≤ 8%, M being a metal selected from aluminum (Al), cobalt (Co), chromium (Cr), copper (Cu), manganese (Mn), titanium (Ti), zirconium (Zr), tin (Sn), vanadium (V), niobium (Nb), tantalum (Ta), yttrium (Y), hafnium (Hf) or a combination of these metals. - 50% to 90%, preferably 60% to 80%, of a metallic phase which contains at least one alloy of copper (Cu) and nickel (Ni), said alloy comprising as percentages by mass: • 35% to 75%, preferably 40% to 60%, more preferably 45% to 55%, of nickel, • 25% to 65%, preferably 40% to 55%, more preferably 45% to 55%, of copper, • 35% to 75%, preferably 40% to 60%, more preferably 45% to 55%, of nickel, • 25% to 65%, preferably 40% to 55%, more preferably 45% to 55%, of copper, - 10% to 50%, preferably 20% to 40%, of an oxide phase containing: - a monoxide phase of composition Ni x M y Fe 1-x-y O with the following proportions by mass: • 0,3% ≤ Ni ≤ 17%, • 60% ≤ Fe ≤ 78%, • 0 ≤ M ≤ 10%, and/or • 0,3% ≤ Ni ≤ 17%, • 60% ≤ Fe ≤ 78%, • 0 ≤ M ≤ 10%, - a nickel ferrite oxide phase of composition Ni x M y Fe 3-1-y O 4 with the following proportions by mass: • 0,2% ≤ Ni ≤ 13%, • 60% S Fe ≤ 72%, • 0 ≤ M ≤ 8%, • 0,2% ≤ Ni ≤ 13%, • 60% S Fe ≤ 72%, • 0 ≤ M ≤ 8%,
A method for decoding an intrinsic matrixed bar code, the method comprising: receiving an image using an image-receiving device ; determining whether the received image contains at least one registration mark ; and when the received image is determined to have at least one registration mark , determining , from the at least one registration mark , one or more coordinates; characterized by further comprising: when the received image is determined not to have at least one registration mark , determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates. receiving an image using an image-receiving device ; determining whether the received image contains at least one registration mark ; and when the received image is determined to have at least one registration mark , determining , from the at least one registration mark , one or more coordinates; characterized by further comprising: when the received image is determined not to have at least one registration mark , determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates. when the received image is determined not to have at least one registration mark , determining one or more coordinates based on a detected color-shifting of a portion of the image; and extracting one or more matrixed bar codes overlaid on the received image and located at the one or more coordinates.
An apparatus for applying a protective layer on the surface of a device , said apparatus being configured for accommodating the device and comprising a pressure unit configured to be displaced along said surface while applying pressure on said protective layer , wherein the pressure unit is configured to be displaced in a direction from a first end portion to a second end portion of said device when said protective layer is mounted in a manner so that its rests on a support tab positioned at said second end portion of said device , and wherein said support tab is removed when said pressure unit approaches said second end portion of the device and comes into contact with a sliding device which forms part of said apparatus and comprises said support tab and which is configured to be displaced in a direction along the longitudinal extension of the device .
A blade of a gas turbine engine comprising: an airfoil portion including a first portion located radially outwardly that is located in a flow path and a second portion located radially inwardly of the first portion that is not located in the flow path; a root portion radially inward of the airfoil portion ; and a plurality of external cavities in the second portion of the airfoil portion ; characterised in that : each of the plurality of external cavities is substantially elliptical in shape. an airfoil portion including a first portion located radially outwardly that is located in a flow path and a second portion located radially inwardly of the first portion that is not located in the flow path; a root portion radially inward of the airfoil portion ; and a plurality of external cavities in the second portion of the airfoil portion ; characterised in that : each of the plurality of external cavities is substantially elliptical in shape.
Composition for dyeing keratin fibres, comprising one or more oxidation bases, at least one 2-amino-5-ethylphenol coupler or a salt or solvate thereof, and at least one liquid fatty substance different from salified fatty acids, in a total amount of greater than or equal to 20% by weight relative to the total weight of the composition; in which the liquid fatty substance(s) is(are) chosen from liquid hydrocarbons comprising more than 16 carbon atoms.
Self-closing valve cartridge for a sanitary fitting with an inlet and an outlet , with a valve for blocking or unblocking a flow path from the inlet to the outlet , with an actuating element which cooperates with the valve and is movable back and forward between a closed position and an open position, wherein the valve is openable by means of its forward movement and closable by means of its return movement, and with a return drive for the return movement of the actuating element from the open position to the closed position, and with a delay device for the return movement of the actuating element , wherein the delay device has a first and a second hydraulic medium containing chamber , which chambers are separated by a partition wall and are communicatively connected on the one hand via a one-way valve arrangement and on the other hand via a return flow channel having a restriction, so that hydraulic medium is allowed to be driven from the first chamber into the second chamber through the one-way valve arrangement during the forward movement of the actuating element and so that during the return movement of the actuating element hydraulic medium is allowed to be driven back from the second chamber into the first chamber only through the return flow channel having the restriction, wherein the return flow channel extends through the actuating element from an inlet opening via a hollow cylindrical section of the actuating element to an outlet opening , characterized in that a throttle member having a cylindrical throttle head is arranged in the actuating element such that it can be adjusted in the longitudinal direction of the actuating element , wherein the throttle head is insertable in the hollow cylindrical portion of the actuating element by adjusting the throttle member , and in that either the throttle head or the inner wall of the hollow cylindrical portion of the actuating element has a groove which extends from one end of the throttle head in the longitudinal direction thereof and has a depth that decreases away from the end of the throttle head or which extends from the outlet opening of the actuating element in the longitudinal direction thereof and has a depth that decreases away from the outlet opening , wherein the throttle head forms the restriction with the inner wall of the hollow cylindrical portion of the actuating element and with the groove , wherein by adjusting the throttle member relative to the actuating element , the return flow channel can be closed to a greater or lesser extent and whereby the flow cross-section of the restriction is adjustable.
An apparatus for generating bias signals for body bias terminals of transistors, the apparatus comprising: a first current mirror circuit (M4 - M5) to generate a first feed forward bias signal (Vbp) based on a first current signal; a voltage follower circuit electrically coupled the first current mirror circuit to generate a first voltage based on the first bias signal; and a second current mirror circuit (M1 - M6), electrically coupled to the voltage follower circuit, to generate a second feed forward bias signal (Vbn) based on the first voltage, first and second diode connected transistors (M7, M2), connected respectively to the outputs of the first and second current mirror circuits; and wherein the voltage follower circuit comprises a transistor (M3) having its drain connected to the input of the first current mirror circuit, its source connected to the input of the second current mirror circuit and its gate connected to the drain of the second diode connected transistor (M2). a first current mirror circuit (M4 - M5) to generate a first feed forward bias signal (Vbp) based on a first current signal; a voltage follower circuit electrically coupled the first current mirror circuit to generate a first voltage based on the first bias signal; and a second current mirror circuit (M1 - M6), electrically coupled to the voltage follower circuit, to generate a second feed forward bias signal (Vbn) based on the first voltage, first and second diode connected transistors (M7, M2), connected respectively to the outputs of the first and second current mirror circuits; and wherein the voltage follower circuit comprises a transistor (M3) having its drain connected to the input of the first current mirror circuit, its source connected to the input of the second current mirror circuit and its gate connected to the drain of the second diode connected transistor (M2).
Commercial vehicle body , in particular in the form of a refrigerated box, with at least one opening to be closed by means of a closing and wall part in a closed position, the closing and wall part being spaced at a distance apart from an edge of the opening in the closed position, and disposed on the opening and/or on the closing and wall part bridging and sealing at least certain regions of the distance in the closed position is a seal arrangement having a base body and at least one sealing lip disposed on the base body , the extension of which directed away from the base body is greater than the distance between the closing and wall part and the edge of the opening and which bridges this distance in the closed position, and which comprises at least two sections preferably disposed at a right angle to one another which are connected to one another via a corner region , the sealing lip extending across the at least two sections as well as the corner region , characterised in that the sealing lip has a shorter extension directed away from the base body in the corner region than in at least a region of the seal arrangement disposed outside the corner region .
A method for imaging a biomarker indicative of thermal ablation using a medical imaging system, the steps of the method comprising: a) acquiring data with the medical imaging system that includes a magnetic resonance imaging (MRI) system after a thermal ablation procedure; b) producing from the acquired data an image that depicts the biomarker indicative of the thermal ablation, wherein the biomarker comprises a magnetic resonance signal parameter of a ferric iron containing chemical compound produced in response to the thermal ablation procedure and acting as an intrinsic paramagnetic contrast agent; characterized in that the magnetic resonance signal parameter is a relaxation time that accounts for both longitudinal and transverse relaxation, T 1 ∗ and step b) includes producing a T 1 ∗ map having pixel values indicative of T 1 ∗ values. a) acquiring data with the medical imaging system that includes a magnetic resonance imaging (MRI) system after a thermal ablation procedure; b) producing from the acquired data an image that depicts the biomarker indicative of the thermal ablation, wherein the biomarker comprises a magnetic resonance signal parameter of a ferric iron containing chemical compound produced in response to the thermal ablation procedure and acting as an intrinsic paramagnetic contrast agent;