mhurhangee/patent-ind-claim-en huggingface dataset:
An opening device for a container suitable for containing a liquid, the device comprising: - a lid configured to be crimped onto an edge of a body of the container so as to close the latter, the lid comprising a straw housing and an orifice adjacent to the straw housing, - an external straw made of elastomer hermetically attached to the lid so as to communicate with the orifice and being able to deform elastically from a straight position, - an internal straw attached to the lid so as to communicate with the orifice of the lid and with the external straw , and being able to be placed inside the container when the lid is crimped to said container, - a slide coupled to the lid so as to be movable between an open position and a closed position allowing the straw housing and the orifice to be uncovered or covered, the slide being able to at least partially fold the external straw into the straw housing by elastic deformation from its straight position when passing from the open position to the closed position, and to keep the external straw folded in the straw housing , in the closed position, characterized in that the external straw and the internal straw each comprise a base and a main body extending from the base, the base of the internal straw being attached to the lid , the base of the external straw being sandwiched between the base of the internal straw and the lid. - a lid configured to be crimped onto an edge of a body of the container so as to close the latter, the lid comprising a straw housing and an orifice adjacent to the straw housing, - an external straw made of elastomer hermetically attached to the lid so as to communicate with the orifice and being able to deform elastically from a straight position, - an internal straw attached to the lid so as to communicate with the orifice of the lid and with the external straw , and being able to be placed inside the container when the lid is crimped to said container, - a slide coupled to the lid so as to be movable between an open position and a closed position allowing the straw housing and the orifice to be uncovered or covered, the slide being able to at least partially fold the external straw into the straw housing by elastic deformation from its straight position when passing from the open position to the closed position, and to keep the external straw folded in the straw housing , in the closed position, characterized in that the external straw and the internal straw each comprise a base and a main body extending from the base, the base of the internal straw being attached to the lid , the base of the external straw being sandwiched between the base of the internal straw and the lid.
A disturbance removal device that removes, from a distance image, a granular disturbance object flying around a target object to be recognized, the disturbance removal device comprising: a distance measurement sensor that chronologically acquires a plurality of distance images indicating a distance distribution of a surrounding environment; an extraction unit that, with respect to each distance image acquired by the distance measurement sensor , extracts a predetermined number of pixels in order of smaller distance as candidate pixels of the disturbance object, the predetermined number being one or more; a calculation unit that calculates a feature value indicating the characteristic of the temporal change between each candidate pixel in a distance image of a current frame and a corresponding candidate pixel in a distance image of a past frame, wherein the feature value is at least one of velocity, an angle between velocity vectors and an acceleration; and a removal unit that specifies, as a pixel indicating the disturbance object, a candidate pixel, the feature value of which calculated by the calculation unit is larger than a predetermined reference feature value, and removes the specified pixel from the distance image of the current frame. a distance measurement sensor that chronologically acquires a plurality of distance images indicating a distance distribution of a surrounding environment; an extraction unit that, with respect to each distance image acquired by the distance measurement sensor , extracts a predetermined number of pixels in order of smaller distance as candidate pixels of the disturbance object, the predetermined number being one or more; a calculation unit that calculates a feature value indicating the characteristic of the temporal change between each candidate pixel in a distance image of a current frame and a corresponding candidate pixel in a distance image of a past frame, wherein the feature value is at least one of velocity, an angle between velocity vectors and an acceleration; and a removal unit that specifies, as a pixel indicating the disturbance object, a candidate pixel, the feature value of which calculated by the calculation unit is larger than a predetermined reference feature value, and removes the specified pixel from the distance image of the current frame.
Drive arrangement for a vehicle which can be driven by muscle power and/or additionally by motor power, such as an electric bicycle, eBike or pedelec, comprising: - a crankshaft , which is able to rotate about an axis of rotation (Y), for receiving a first torque, produced in particular by muscle power, and - a transmission device which is configured for transmitting the first torque from the crankshaft to an output element which can be coupled to a drive wheel (9-2) of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing , for realizing a variable transmission ratio, in which drive arrangement: - the transmission ratio of the planetary gearing can be adjusted by way of a gear ratio change and by controlled connection and/or release of respective sun gears of corresponding planetary stages by way of a driver element which can be coupled in a rotationally fixed manner to the respective sun gear , characterized in that - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear , wherein the driver element is in each case configured on a or as a radially outer or outermost portion of a shift finger which is coupled in a rotationally fixed manner to the respective sun gear . - a crankshaft , which is able to rotate about an axis of rotation (Y), for receiving a first torque, produced in particular by muscle power, and - a transmission device which is configured for transmitting the first torque from the crankshaft to an output element which can be coupled to a drive wheel (9-2) of the vehicle and, by means of an - in particular automatically - shiftable multi-stage planetary gearing , for realizing a variable transmission ratio, - the transmission ratio of the planetary gearing can be adjusted by way of a gear ratio change and by controlled connection and/or release of respective sun gears of corresponding planetary stages by way of a driver element which can be coupled in a rotationally fixed manner to the respective sun gear , characterized in that - the respective driver element is arranged radially and/or axially outside the respectively coupled sun gear , wherein the driver element is in each case configured on a or as a radially outer or outermost portion of a shift finger which is coupled in a rotationally fixed manner to the respective sun gear .
A method for quantifying isotropic diffusion and/or anisotropic diffusion in a sample, the method comprising: performing diffusion weighted magnetic resonance measurements on the sample using diffusion encoding magnetic gradient pulse sequences G i=1...m , wherein each magnetic gradient pulse sequence G i is generated such that a diffusion encoding tensor b i for the magnetic gradient pulse sequence G i has one to three non-zero eigenvalues, where b i = ∫ 0 i q i t q i T t dt , q i ( t ) is a dephasing vector proportional to ∫ 0 i G i t ′ dt ′ and τ is an echo time, collecting data representing magnetic resonance echo signals resulting from said measurements on the sample, at least a subset of said data representing echo signals being acquired with a set of magnetic gradient pulse sequences causing anisotropic diffusion weighting, wherein the diffusion encoding tensor for each gradient pulse sequence of said set of magnetic gradient pulse sequences has three non-zero eigenvalues, at least one of the three eigenvalues being different from the other eigenvalues, and calculating a degree of isotropic diffusion and/or a degree of anisotropic diffusion using said data. performing diffusion weighted magnetic resonance measurements on the sample using diffusion encoding magnetic gradient pulse sequences G i=1...m , wherein each magnetic gradient pulse sequence G i is generated such that a diffusion encoding tensor b i for the magnetic gradient pulse sequence G i has one to three non-zero eigenvalues, where b i = ∫ 0 i q i t q i T t dt , q i ( t ) is a dephasing vector proportional to ∫ 0 i G i t ′ dt ′ and τ is an echo time, collecting data representing magnetic resonance echo signals resulting from said measurements on the sample, at least a subset of said data representing echo signals being acquired with a set of magnetic gradient pulse sequences causing anisotropic diffusion weighting, wherein the diffusion encoding tensor for each gradient pulse sequence of said set of magnetic gradient pulse sequences has three non-zero eigenvalues, at least one of the three eigenvalues being different from the other eigenvalues, and calculating a degree of isotropic diffusion and/or a degree of anisotropic diffusion using said data.
A vacuum cleaner, comprising a head assembly comprising a housing and a fan arranged in the housing; wherein a switch for controlling the fan is provided in the housing and a recessed cavity is provided in the side wall of the housing a switch trigger for turning on or turning off the switch is provided in the cavity and the cavity comprises an opening in the side wall of the housing, a dust storage barrel detachably connected to the head assembly; and a filter assembly arranged below the head assembly, characterised in that the switch trigger is hidden in the outer contour of the housing and the cavity has a bottom and a top opposite to the bottom , wherein the bottom is provided with a switch seat and the switch trigger is mounted in the switch seat . a head assembly comprising a housing and a fan arranged in the housing; wherein a switch for controlling the fan is provided in the housing and a recessed cavity is provided in the side wall of the housing a switch trigger for turning on or turning off the switch is provided in the cavity and the cavity comprises an opening in the side wall of the housing, a dust storage barrel detachably connected to the head assembly; and a filter assembly arranged below the head assembly, characterised in that the switch trigger is hidden in the outer contour of the housing and the cavity has a bottom and a top opposite to the bottom , wherein the bottom is provided with a switch seat and the switch trigger is mounted in the switch seat .
Print head for a 3D printer, in particular a metal printer, comprising a housing , a device for supplying a metal , a reservoir for a liquid phase of the metal , a nozzle device having a guide sleeve and a nozzle plate and a piston , comprising a piston rod and a plunger , wherein the plunger , the guide sleeve and the nozzle plate form a displacement chamber , wherein the plunger and the guide sleeve form at least two regions with different opening cross sections for leading the liquid phase through between the reservoir and the displacement chamber , wherein a first region is formed by a first contour of the plunger and an inner surface of the guide sleeve , wherein the first contour has subregions by which the plunger is guided in the guide sleeve and has recesses which, with the inner surface of the guide sleeve , form a first opening cross section for leading the liquid phase through, wherein a second region having a second opening cross section for leading the liquid phase through is formed by a second contour of the plunger and the inner surface of the guide sleeve , wherein the inner surface of the guide sleeve is circular, wherein the second contour of the plunger forms with the inner surface of the guide sleeve an annular groove , which forms the second opening cross section for leading the liquid phase through, characterized in that the second contour is arranged directly on a pressure side of the plunger , wherein the pressure side is arranged in the displacement chamber of the print head , and the first region has a larger opening cross section than the second opening cross section of the second region . the plunger and the guide sleeve form at least two regions with different opening cross sections for leading the liquid phase through between the reservoir and the displacement chamber , wherein a first region is formed by a first contour of the plunger and an inner surface of the guide sleeve , wherein the first contour has subregions by which the plunger is guided in the guide sleeve and has recesses which, with the inner surface of the guide sleeve , form a first opening cross section for leading the liquid phase through, wherein a second region having a second opening cross section for leading the liquid phase through is formed by a second contour of the plunger and the inner surface of the guide sleeve , wherein the inner surface of the guide sleeve is circular, wherein the second contour of the plunger forms with the inner surface of the guide sleeve an annular groove , which forms the second opening cross section for leading the liquid phase through, characterized in that the second contour is arranged directly on a pressure side of the plunger , wherein the pressure side is arranged in the displacement chamber of the print head , and the first region has a larger opening cross section than the second opening cross section of the second region .
Inductive energy emitter/receiver for an inductive charger of an electric vehicle wherein said inductive energy emitter/receiver includes: • a planar-shaped magnetic core with two opposed main surfaces (S); • at least one planar conductive coil wound around an axis (A) perpendicular to the main surfaces (S) of the planar-shaped magnetic core , said planar conductive coil adjacent and overlapped to one of said main surfaces (S) of the magnetic core ; • an inductor casing being attached to said planar-shaped magnetic core and said at least one planar conductive coil ; wherein the planar-shaped magnetic core is a made of a plurality of elongated partial cores , radially arranged, around a central opening that overlaps another opening in the planar coil 20 that is adjacent, wherein each of the flexible elongated partial cores is perpendicular to an overlapped section of the planar conductive coil , characterized in that each elongated partial core is flexible; the inductor casing is a flexible inductor casing made of flexible polymer bonded soft magnetic material, filling interspaces between the flexible elongated partial cores , and the flexible elongated partial cores are surrounded by the flexible inductor casing, creating in conjunction a planar-shaped magnetic core flexible in two orthogonal directions, whereby the flexible inductor casing collaborates magnetically with the flexible elongated partial cores producing, in conjunction, a magnetic behaviour similar to that produced by a single monolithic magnetic core . • a planar-shaped magnetic core with two opposed main surfaces (S); • at least one planar conductive coil wound around an axis (A) perpendicular to the main surfaces (S) of the planar-shaped magnetic core , said planar conductive coil adjacent and overlapped to one of said main surfaces (S) of the magnetic core ; • an inductor casing being attached to said planar-shaped magnetic core and said at least one planar conductive coil ; each elongated partial core is flexible; the inductor casing is a flexible inductor casing made of flexible polymer bonded soft magnetic material, filling interspaces between the flexible elongated partial cores , and the flexible elongated partial cores are surrounded by the flexible inductor casing, creating in conjunction a planar-shaped magnetic core flexible in two orthogonal directions,
A voice recognition apparatus comprising: an audio input unit configured to receive a voice; a communication module configured to transmit voice data received from the audio input unit to a server system , which performs voice recognition processing, and receive recognition result data on the voice data from the server system ; and a controller configured to: control the audio input unit and the communication module , perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system , when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, receive the recognition result data corresponding to the transmitted voice data from the server system ; output a pre-stored waiting guidance message according to a communication between the voice recognition apparatus and the server system when the voice command in the voice data does not correspond to the pre-stored keyword command and when the connection with the server system is unstable. an audio input unit configured to receive a voice; a communication module configured to transmit voice data received from the audio input unit to a server system , which performs voice recognition processing, and receive recognition result data on the voice data from the server system ; and a controller configured to: control the audio input unit and the communication module , perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system , when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, control the audio input unit and the communication module , perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system , when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, receive the recognition result data corresponding to the transmitted voice data from the server system ; output a pre-stored waiting guidance message according to a communication between the voice recognition apparatus and the server system when the voice command in the voice data does not correspond to the pre-stored keyword command and when the connection with the server system is unstable.
Pipe or water pump wrench , comprising a) a handle with a first shank-shaped grip part , at the one end of which a first wrench jaw with a gripping face is provided, b) a shaft with a second shank-shaped grip part , at the oNE end of which a second wrench jaw is arranged which is configured with a correspondingly complementary gripping face with respect to the first wrench jaw , the gripping faces of the wrench jaws forming a gripping recess , c) a pivot pin , about which the handle and the shaft are configured pivotably with respect to one another, the pivot pin being configured such that it can be displaced by means of an actuating mechanism , d) the actuating mechanism having a toothed slot in the handle , into which slot a likewise toothed latching body engages in a first position for latching purposes, the latching body being configured such that it can be displaced in the toothed slot in a second position, characterized in that the slot has a curvature in the gripping direction of the wrench jaw . a) a handle with a first shank-shaped grip part , at the one end of which a first wrench jaw with a gripping face is provided, b) a shaft with a second shank-shaped grip part , at the oNE end of which a second wrench jaw is arranged which is configured with a correspondingly complementary gripping face with respect to the first wrench jaw , the gripping faces of the wrench jaws forming a gripping recess , c) a pivot pin , about which the handle and the shaft are configured pivotably with respect to one another, the pivot pin being configured such that it can be displaced by means of an actuating mechanism , d) the actuating mechanism having a toothed slot in the handle , into which slot a likewise toothed latching body engages in a first position for latching purposes, the latching body being configured such that it can be displaced in the toothed slot in a second position,
A base station apparatus configured to transmit a signal to a terminal apparatus and receive an acknowledgement from the terminal apparatus, the base station apparatus comprising: transmission means configured to transmit, to the terminal apparatus, information pertaining to a resource to be used to transmit the acknowledgement and determined in accordance with a length of a period from when the signal is transmitted to the terminal apparatus until the acknowledgement is received; and reception means configured to receive the acknowledgement transmitted by the terminal apparatus using the resource specified based on the information, characterized in that a plurality of resources usable to transmit the acknowledgement are respectively associated with different indices, the information is used to determine a value of an index among the different indices corresponding to the length of the period, and the reception means is configured to receive the acknowledgement in a resource associated with a combination of the determined value and a resource used to transmit control information included in the signal. transmission means configured to transmit, to the terminal apparatus, information pertaining to a resource to be used to transmit the acknowledgement and determined in accordance with a length of a period from when the signal is transmitted to the terminal apparatus until the acknowledgement is received; and reception means configured to receive the acknowledgement transmitted by the terminal apparatus using the resource specified based on the information, characterized in that a plurality of resources usable to transmit the acknowledgement are respectively associated with different indices, the information is used to determine a value of an index among the different indices corresponding to the length of the period, and the reception means is configured to receive the acknowledgement in a resource associated with a combination of the determined value and a resource used to transmit control information included in the signal.