mhurhangee/patent-ind-claim-en huggingface dataset:
A bistable-type solenoid valve for fluid with a main obturator as well as an auxiliary obturator actuated by a core of an electromagnet, said solenoid valve having a longitudinal axis, a fluid inlet, a fluid outlet and the electromagnet controlling the auxiliary obturator being aligned along the longitudinal axis of the solenoid valve, the core having a bore and a obturator stem being housed in said bore , the obturator stem bearing, at its lower end, the auxiliary obturator , said obturator stem having, at its upper end, an annular rim housed in the bore of the core , said bore having a shoulder opposite the annular rim of the obturator stem , said shoulder being configured so that the core can drive vertically the movement of the obturator stem during an opening command of the solenoid valve, a return member being housed in the bore to push the obturator stem back during a closing command of the solenoid valve, the solenoid valve including a hub with radial partitions delimiting housings for an upper winding , a lower winding and one or several permanent magnets with a crescent shape, each permanent magnet being inserted between the two windings in cells of a central partition of the hub, said permanent magnet being arranged perpendicularly to the axis of the core sliding in a central bore of the hub , such that the periphery of this permanent magnet is in contact with an inner wall of a carcass with two nested parts made from stamped sheet metal in which the hub is housed and such that an inner radius of said magnet is as close as possible to the core , said permanent magnet being made up of one or several sectors that are radially magnetized relative to the axis of the core in order to generate two balanced magnetic fluxes, a first rising magnetic flux and a second descending magnetic flux, characterized in that a clearance separates the annular rim of the shoulder when the solenoid valve is in the closed position.
A modular disk coextrusion die comprising at least one cell , the cell including a plurality of thin annular disks (1-9) arranged in a stacked configuration; the cell including a central routing disk having at least one flow opening, a first sub-cell on a first side of the central routing disk , and a second sub-cell on a second side of the central routing disk ; the first sub-cell including a first distribution disk , a first transition disk and a first spreader disk ; the second sub-cell including a second distribution disk , a second transition disk and a second spreader disk ; each distribution disk including a distribution inlet opening, a plurality of outlet openings, and a plurality of channels connecting the distribution inlet opening with the plurality of outlet openings; wherein the distribution inlet opening in the first distribution disk is about 180 degrees opposed to the distribution inlet opening in the second distribution disk . the cell including a central routing disk having at least one flow opening, a first sub-cell on a first side of the central routing disk , and a second sub-cell on a second side of the central routing disk ; the first sub-cell including a first distribution disk , a first transition disk and a first spreader disk ; the second sub-cell including a second distribution disk , a second transition disk and a second spreader disk ; each distribution disk including a distribution inlet opening, a plurality of outlet openings, and a plurality of channels connecting the distribution inlet opening with the plurality of outlet openings; wherein the distribution inlet opening in the first distribution disk is about 180 degrees opposed to the distribution inlet opening in the second distribution disk .
A battery pack installed in a vehicle, the battery pack comprising a plurality of battery cells , each of the battery cells including a relief valve and being configured to exhaust gas through the relief valve ; and gas-ventilation-passage defining portions (27, 37, 47; 80), each of the gas-ventilation-passage defining portions (27, 37, 47; 80) including an inner surface and an outer surface and provided with a gas ventilation passage (S) defined by the inner surface of the gas-ventilation-passage defining portion (27, 37, 47; 80), and configured to allow the gas exhausted from the relief valves to pass through the gas ventilation passage (S); characterized by a temperature sensor disposed on the outer surface side of the gas-ventilation-passage defining portion (27, 37, 47; 80), and configured to measure a temperature of an inside of the gas ventilation passage (S) via the gas-ventilation-passage defining portion (27, 37, 47; 80).
A moving robot comprising: a body defining an exterior; a travelling unit configured to move the body against a travelling surface of a travelling area; a storage configured to store a grid map corresponding to a travelling area and cost information of grids included in the grid map; and a controller configured to generate a movement route based on the cost information, control the travelling unit to move the body according to the generated movement route, characterized in that the controller is further configured to increase a stay cost of a grid corresponding to a route that has passed during the movement of the body and control the storage to store the increased stay cost. a body defining an exterior; a travelling unit configured to move the body against a travelling surface of a travelling area; a storage configured to store a grid map corresponding to a travelling area and cost information of grids included in the grid map; and a controller configured to generate a movement route based on the cost information, control the travelling unit to move the body according to the generated movement route, characterized in that the controller is further configured to increase a stay cost of a grid corresponding to a route that has passed during the movement of the body and control the storage to store the increased stay cost.
A current sampling method , comprising: obtaining (S110) a detected temperature of each semiconductor switch device of a plurality of parallel semiconductor switch devices (M1, M2,...Mn); and characterised by : determining (S120) that the plurality of parallel semiconductor switch devices (M1, M2,...Mn) are in a current equalization state, based on the detected temperature of each semiconductor switch device; obtaining (S130) an equalized current flowing through a target semiconductor switch device in the current equalization state, wherein the target semiconductor switch device is any one of the plurality of parallel semiconductor switch devices (M1, M2,...Mn); and determining (S140) a total current of a main circuit connected to the plurality of parallel semiconductor switch devices (M1, M2,...Mn) according to the equalized current. obtaining (S110) a detected temperature of each semiconductor switch device of a plurality of parallel semiconductor switch devices (M1, M2,...Mn); and characterised by : determining (S120) that the plurality of parallel semiconductor switch devices (M1, M2,...Mn) are in a current equalization state, based on the detected temperature of each semiconductor switch device; obtaining (S130) an equalized current flowing through a target semiconductor switch device in the current equalization state, wherein the target semiconductor switch device is any one of the plurality of parallel semiconductor switch devices (M1, M2,...Mn); and determining (S140) a total current of a main circuit connected to the plurality of parallel semiconductor switch devices (M1, M2,...Mn) according to the equalized current.
A product for personal use comprising: an applicator comprising a substantially hemispherical head portion is adapted to spread a liquid composition onto human skin, the head portion being connected to a handle configured to be gripped by a user; the applicator comprising a chamber formed at least partially within said head portion for holding a charge of a composition; the applicator further comprising a pump disposed at least partially within said chamber for dispensing said composition through an outlet orifice defined in said head portion; wherein said handle comprises an actuator for actuating said pump; - the head portion having a smooth outer surface; - wherein the composition is a fragrance gel having a viscosity between about 5,000 cps and about 1,000,000 cps measured at 25°C with a shear rate of 10 s -1 , wherein said fragrance gel comprises one or more fragrance oils. - the head portion having a smooth outer surface; - wherein the composition is a fragrance gel having a viscosity between about 5,000 cps and about 1,000,000 cps measured at 25°C with a shear rate of 10 s -1 , wherein said fragrance gel comprises one or more fragrance oils.
An apparatus for measuring liquid volume in a container, the apparatus comprising: a plurality of light sources disposed and configured to emit electromagnetic radiation toward the container; a plurality of sensors optically coupleable to the plurality of light sources , each sensor of the plurality of sensors disposed and configured to detect the electromagnetic radiation emitted by at least two of the plurality of light sources ; and a processing unit configured to receive data representative of the detected electromagnetic radiation from each of the plurality of sensors , the processing unit operable to combine the received data into a signal signature representative of the electromagnetic radiation detected by the plurality of sensors and the volume of the liquid in the container. a plurality of light sources disposed and configured to emit electromagnetic radiation toward the container; a plurality of sensors optically coupleable to the plurality of light sources , each sensor of the plurality of sensors disposed and configured to detect the electromagnetic radiation emitted by at least two of the plurality of light sources ; and a processing unit configured to receive data representative of the detected electromagnetic radiation from each of the plurality of sensors , the processing unit operable to combine the received data into a signal signature representative of the electromagnetic radiation detected by the plurality of sensors and the volume of the liquid in the container.
A computer-implemented method for determination of real subsoil geological formation characterized in that the method comprises: /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determining a first fluvial geological formation in said model using parametric surfaces, /c/ determining a subsequent fluvial geological formation as a deformation of the first fluvial geological formation using parametric surfaces and based on at least observation data arising from seismic imaging, /d/ subtract the first fluvial geological formation from the subsequent fluvial geological formation to create a new geological formation named point bar formation, /e/ determine a real subsoil composition for the point bar formation, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, /f/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations and their respective real subsoil compositions. /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determining a first fluvial geological formation in said model using parametric surfaces, /c/ determining a subsequent fluvial geological formation as a deformation of the first fluvial geological formation using parametric surfaces and based on at least observation data arising from seismic imaging, /d/ subtract the first fluvial geological formation from the subsequent fluvial geological formation to create a new geological formation named point bar formation, /e/ determine a real subsoil composition for the point bar formation, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, wherein steps /c/ to /d/ are reiterated to create a plurality of point bar formations, and wherein a respective flow transmissivity parameter is associated with each one of the plurality of point bar formations, the respective flow transmissivity parameter for a given point bar formation determined during the iteration n being greater than the respective flow transmissivity parameter for a given point bar formation determined during the iteration n+1, /f/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations and their respective real subsoil compositions.
Cam mechanism for converting the rotary movement of a shaft into a linear movement of a guided output element (7'; 43), the cam mechanism comprising a cam body containing at least one guide groove (19; 30-36) and an engagement member with at least one tappet (22; 23-29) engaging in the guide groove (19; 30-36), having the features a) the engagement member is connected to the shaft in such a manner that, upon rotation of the shaft , the tappet (22; 23-29) as a drive tappet moves circularly about the axis of rotation of the shaft at a predetermined distance; b) either the guided output element (7'; 43) is designed as a slide and the cam body is part of the slide, or the guided output element (7'; 43) is designed as a guide carriage arranged on a guide rail, wherein in the latter case the shaft with the engagement member is rotatably mounted in the guide carriage and the cam body is part of the guide rail; c) the guide groove (9-14; 19; 30-36) has a loop-shaped course. a) the engagement member is connected to the shaft in such a manner that, upon rotation of the shaft , the tappet (22; 23-29) as a drive tappet moves circularly about the axis of rotation of the shaft at a predetermined distance; b) either the guided output element (7'; 43) is designed as a slide and the cam body is part of the slide, or the guided output element (7'; 43) is designed as a guide carriage arranged on a guide rail, wherein in the latter case the shaft with the engagement member is rotatably mounted in the guide carriage and the cam body is part of the guide rail; c) the guide groove (9-14; 19; 30-36) has a loop-shaped course.
A lock and a lock-holder supporting part for a door or flap of a motor vehicle, wherein the lock has a separate structural unit with a lock holder on which a rotary latch which is loaded by a spring element from a locking position into an open position and a pawl which is loaded by a spring part from an unlocking position into a blocking position relative to the rotary latch are arranged to be pivotable in each case about an associated axis, with a one-part or multi-part transmission element , connected at least indirectly to a handle, wherein the transmission element , at least once the structural unit has been mounted, is connected at least indirectly to a lever arm of the pawl , and the structural unit which is brought into its installation position reaches under a body-mounted counter-supporting wall region with at least one supporting wall region and reaches over another body-mounted counter-supporting wall region with at least one other supporting wall region , and in the installation position the structural unit at least in the region of the other supporting wall region is connected detachably or non-detachably by way of at least one fastening element to the other counter-supporting wall region , wherein the lock holder is to be supported on the body-mounted lock-holder supporting part and/or to be fastened by way of the fastening element, and wherein the lock-holder supporting part forms an access opening into which the structural unit can be inserted and can be shifted into the installation position, characterised in that upon insertion of the structural unit into an insertion position in the access opening at least one projecting part on the lock holder or on a component of the structural unit which is connected thereto and/or on the vehicle body or optionally on the lock-holder supporting part engages either in a recess or behind a supporting wall in the other part, in the lock-holder supporting part or in the vehicle body or in the lock holder or in a component of the structural unit which is connected to the lock holder, as a result of which in the event of loading and possible deformation, caused by an accident, of lock parts and/or of the body, the projecting part , in cooperation with the adjacent wall region of the recess or of the supporting wall, supports the structural unit and thereby prevents displacement of the structural unit out of the access opening .
Process for determining the 3-D coordinates of an object , wherein a partial surface of the object is recorded by a piece of 3-D measuring equipment and the 3-D coordinates of this partial surface of the object are determined, further partial surfaces of the object are recorded by the piece of 3-D measuring equipment and the 3-D coordinates of these partial surfaces are determined, and the 3-D coordinates of the partial surfaces of the object are pieced together by a processing apparatus , the recordings and/or the 3-D coordinates of one or more partial surfaces of the object being displayed on a pair of smart glasses , characterized in that the measured volume of the piece of 3-D measuring equipment is displayed on the pair of smart glasses so that an operator can assess which partial surfaces can be detected and/or in that the piece of 3-D measuring equipment comprises a scanner , the position and orientation of which are determined by a tracking system , the measured volume of the tracking system being displayed on the pair of smart glasses so that an operator can ensure that the scanner is situated within the measured volume of the tracking system . wherein a partial surface of the object is recorded by a piece of 3-D measuring equipment and the 3-D coordinates of this partial surface of the object are determined, further partial surfaces of the object are recorded by the piece of 3-D measuring equipment and the 3-D coordinates of these partial surfaces are determined, and the 3-D coordinates of the partial surfaces of the object are pieced together by a processing apparatus , the recordings and/or the 3-D coordinates of one or more partial surfaces of the object being displayed on a pair of smart glasses , characterized in that the measured volume of the piece of 3-D measuring equipment is displayed on the pair of smart glasses so that an operator can assess which partial surfaces can be detected and/or in that the piece of 3-D measuring equipment comprises a scanner , the position and orientation of which are determined by a tracking system , the measured volume of the tracking system being displayed on the pair of smart glasses so that an operator can ensure that the scanner is situated within the measured volume of the tracking system .
A prosthetic finger , comprising: a main body; and a terminal gripper at an end of the main body for enabling fine-motor grasping skills, the terminal gripper having at least two tongs movable relative to one another, wherein the main body includes a proximal segment configured to be attached to a prosthetic palm and a distal segment pivotally attached to a distal end of the proximal segment, the main body being flexed when the distal segment is pivoted relative to the proximal segment and the proximal segment is pivoted relative to the palm. a main body; and a terminal gripper at an end of the main body for enabling fine-motor grasping skills, the terminal gripper having at least two tongs movable relative to one another, wherein the main body includes a proximal segment configured to be attached to a prosthetic palm and a distal segment pivotally attached to a distal end of the proximal segment, the main body being flexed when the distal segment is pivoted relative to the proximal segment and the proximal segment is pivoted relative to the palm.
A laser welding apparatus configured to weld an electrode lead of at least one secondary battery of a battery module and a main bus bar configured to electrically connect a plurality of secondary batteries to each other, the laser welding apparatus comprising: a laser beam emitting unit comprising a laser emitting element to irradiate a laser beam to the electrode lead and the main bus bar ; a pressing jig comprising a pressing bar configured to move in a left-and-right direction such that the electrode lead is adhered to the main bus bar ; characterized by a blocking block blocking the laser beam generated in the laser beam emitting unit from reaching the at least one secondary battery or opened to allow the generated laser beam to pass therethrough, according to a position of the pressing bar moved in the left-and-right direction, wherein the blocking block comprises: a blocking plate configured to be movable in a horizontal direction and having a plate shape elongated in an up-and-down direction; and a hinge connection member connected to one side of the blocking plate and having a bar shape elongated in the horizontal direction, wherein the hinge connection member comprises: a connecting bar having one end portion hinge-connected to one side of the pressing bar and the other end portion hinge-connected to one side of the blocking plate ; and a rotating center portion having a fixed position and hinge-connected to a center region of the connecting bar . a laser beam emitting unit comprising a laser emitting element to irradiate a laser beam to the electrode lead and the main bus bar ; a pressing jig comprising a pressing bar configured to move in a left-and-right direction such that the electrode lead is adhered to the main bus bar ; characterized by a blocking block blocking the laser beam generated in the laser beam emitting unit from reaching the at least one secondary battery or opened to allow the generated laser beam to pass therethrough, according to a position of the pressing bar moved in the left-and-right direction, wherein the blocking block comprises: a blocking plate configured to be movable in a horizontal direction and having a plate shape elongated in an up-and-down direction; and a hinge connection member connected to one side of the blocking plate and having a bar shape elongated in the horizontal direction, wherein the hinge connection member comprises: a connecting bar having one end portion hinge-connected to one side of the pressing bar and the other end portion hinge-connected to one side of the blocking plate ; and a rotating center portion having a fixed position and hinge-connected to a center region of the connecting bar . a connecting bar having one end portion hinge-connected to one side of the pressing bar and the other end portion hinge-connected to one side of the blocking plate ; and a rotating center portion having a fixed position and hinge-connected to a center region of the connecting bar .
A piston for a cylinder for an internal combustion engine , the piston having a piston bowl surface adapted for facing a combustion chamber of the cylinder , the piston bowl surface being provided with a thermal barrier coating layer , characterised in that the thermal barrier coating layer is provided on a plurality of circumferentially spaced surface parts of the piston bowl surface .