mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum cleaner nozzle comprising: - a sole provided with a lower face configured to be oriented towards a surface to be cleaned and a suction channel opening into the lower face of the sole , - a front scraping member located at the front of a front edge of the suction channel and delimiting at least in part a central passage opening which is fluidly connected to the suction channel , the front scraping member generally having a V shape having a vertex oriented towards a central part of the suction channel , the front scraping member including a first scraping branch which is elongated and which extends in a first extension direction (De1) and a second scraping branch which is elongated and which extends in a second extension direction (De2), the first and second scraping branches being configured to direct waste, coming into contact against the front scraping member during a movement forward the vacuum cleaner nozzle , towards the central passage opening , characterized in that the first and second extension directions (De1, De2) are inclined relative to each other by an inclination angle comprised between 165° and 178°. - a sole provided with a lower face configured to be oriented towards a surface to be cleaned and a suction channel opening into the lower face of the sole , - a front scraping member located at the front of a front edge of the suction channel and delimiting at least in part a central passage opening which is fluidly connected to the suction channel , the front scraping member generally having a V shape having a vertex oriented towards a central part of the suction channel , the front scraping member including a first scraping branch which is elongated and which extends in a first extension direction (De1) and a second scraping branch which is elongated and which extends in a second extension direction (De2), the first and second scraping branches being configured to direct waste, coming into contact against the front scraping member during a movement forward the vacuum cleaner nozzle , towards the central passage opening ,
A refrigerator , comprising: a cabinet formed with at least one refrigerated compartment; a door pivotally mounted to the cabinet via a hollow hinge to selectively open and close at least a portion of the refrigerated compartment; a water heater mounted on a top exterior surface of the cabinet and configured to heat water supplied from the refrigerator , a hot water dispenser positioned on the door that is configured to dispense hot water supplied from the water heater into a receiver vessel ; and a hot water conduit guided through the hollow hinge and extending from the water heater to the hot water dispenser to supply the hot water from the heater to the dispenser , characterized in that the water heater is in contact with the hollow hinge and wherein the water heater is an in-line water heater , which can heat water on demand, thus, the refrigerator does not store water and no separate hot water tank is used. a cabinet formed with at least one refrigerated compartment; a door pivotally mounted to the cabinet via a hollow hinge to selectively open and close at least a portion of the refrigerated compartment; a water heater mounted on a top exterior surface of the cabinet and configured to heat water supplied from the refrigerator , a hot water dispenser positioned on the door that is configured to dispense hot water supplied from the water heater into a receiver vessel ; and a hot water conduit guided through the hollow hinge and extending from the water heater to the hot water dispenser to supply the hot water from the heater to the dispenser , characterized in that the water heater is in contact with the hollow hinge and wherein the water heater is an in-line water heater , which can heat water on demand, thus, the refrigerator does not store water and no separate hot water tank is used.
A lower limb rehabilitation training robot, comprising a bedstead support and a rising bedstead arranged on the bedstead support , wherein the lower limb rehabilitation training robot further comprises: a linear motion device which is arranged between the bedstead support and the rising bedstead and is configured to allow the rising bedstead to be slidable along the bedstead support , wherein the linear motion device has one lateral surface connected to the bedstead support , and another lateral surface hinged to the rising bedstead ; a push rod device configured to drive the rising bedstead to rotate around a hinge point where the rising bedstead is hinged to the linear motion device ; a bionic leg arranged at one end of a surface of the rising bedstead and hinged to the rising bedstead ; and a bed board arranged at another end of the rising bedstead and configured to support a patient; and wherein the rising bedstead comprises: a bedstead base plate hinged to the linear motion device and hinged to the push rod device ; two standing plates arranged on the bedstead base plate and being arranged opposite to each other; and a connecting plate mounted on the two standing plates and being movable in a direction perpendicular to the bedstead base plate , the connecting plate being provided with a horizontal rod configured to mount the bionic leg , and the horizontal rod being arranged in parallel with the connecting plate . a linear motion device which is arranged between the bedstead support and the rising bedstead and is configured to allow the rising bedstead to be slidable along the bedstead support , wherein the linear motion device has one lateral surface connected to the bedstead support , and another lateral surface hinged to the rising bedstead ; a push rod device configured to drive the rising bedstead to rotate around a hinge point where the rising bedstead is hinged to the linear motion device ; a bionic leg arranged at one end of a surface of the rising bedstead and hinged to the rising bedstead ; and a bed board arranged at another end of the rising bedstead and configured to support a patient; and wherein the rising bedstead comprises: a bedstead base plate hinged to the linear motion device and hinged to the push rod device ; two standing plates arranged on the bedstead base plate and being arranged opposite to each other; and a connecting plate mounted on the two standing plates and being movable in a direction perpendicular to the bedstead base plate , the connecting plate being provided with a horizontal rod configured to mount the bionic leg , and the horizontal rod being arranged in parallel with the connecting plate . a bedstead base plate hinged to the linear motion device and hinged to the push rod device ; two standing plates arranged on the bedstead base plate and being arranged opposite to each other; and a connecting plate mounted on the two standing plates and being movable in a direction perpendicular to the bedstead base plate , the connecting plate being provided with a horizontal rod configured to mount the bionic leg , and the horizontal rod being arranged in parallel with the connecting plate .
A brake rotor weight comprising: a hook arm that has a hook disposed at a first end and a first bend disposed at a second end ; a guide arm that is spaced apart from the hook arm and that has a first guide arm end and a second bend disposed at a second guide arm end ; an intermediate portion that extends from the first bend to the second bend , wherein the brake rotor weight extends from the first end to the first guide arm end , the first guide arm end is disposed at an opposite end of the brake rotor weight from the first end ; and characterized in that the guide arm does not have a hook at the first guide arm end . a hook arm that has a hook disposed at a first end and a first bend disposed at a second end ; a guide arm that is spaced apart from the hook arm and that has a first guide arm end and a second bend disposed at a second guide arm end ; an intermediate portion that extends from the first bend to the second bend , wherein the brake rotor weight extends from the first end to the first guide arm end , the first guide arm end is disposed at an opposite end of the brake rotor weight from the first end ; and characterized in that the guide arm does not have a hook at the first guide arm end .
A method, for use in a network node of a wireless communication network, for configuring measurements in a mobile terminal, wherein the method comprises: selecting a measurement gap pattern to be used by the mobile terminal, the measurement gap pattern having a series of measurement gap bursts such that the measurement gap bursts are separated by a repetition period of 1280ms, each measurement gap burst comprises two or more measurement gaps which are separated by a measurement gap repetition period of 40 or 80 ms; and signaling the measurement gap pattern to the mobile terminal, wherein selecting the measurement gap pattern comprises selecting a number of measurement gaps for each measurement gap burst; wherein the selecting the number of measurement gaps for each measurement gap burst depends on a duplex mode and/or a radio access technology, RAT, of a target carrier for offloading measurements by the mobile terminal. selecting a measurement gap pattern to be used by the mobile terminal, the measurement gap pattern having a series of measurement gap bursts such that the measurement gap bursts are separated by a repetition period of 1280ms, each measurement gap burst comprises two or more measurement gaps which are separated by a measurement gap repetition period of 40 or 80 ms; and signaling the measurement gap pattern to the mobile terminal, wherein selecting the measurement gap pattern comprises selecting a number of measurement gaps for each measurement gap burst;
A dispensing cap as an element of a dispensing system including a dispensing device by means of which the dispensing system is attachable to a tubular casing for dispensing a viscous or granular filling material in a dispensing direction (D), the dispensing cap comprises: an attachment end for reversibly attaching the dispensing cap to an outlet opening of the dispensing device of the dispensing system ; a dispensing end for dispensing a viscous or granular filling material; at least one cutting element configured to open the tubular casing , extending from the attachment end in a direction opposite to the dispensing direction (D); and attachment means provided at the attachment end of the dispensing cap ; wherein the attachment means include an external screw thread configured to screw the dispensing cap into a corresponding internal thread of the dispensing device and thereby open the tubular casing by means of the cutting element . an attachment end for reversibly attaching the dispensing cap to an outlet opening of the dispensing device of the dispensing system ; a dispensing end for dispensing a viscous or granular filling material; at least one cutting element configured to open the tubular casing , extending from the attachment end in a direction opposite to the dispensing direction (D); and attachment means provided at the attachment end of the dispensing cap ; wherein the attachment means include an external screw thread configured to screw the dispensing cap into a corresponding internal thread of the dispensing device and thereby open the tubular casing by means of the cutting element .
Mold for making a base component of a support element for the human body, such as for example a saddle for vehicles, e.g. for bicycles or motorcycles, a seat, a grip, a handle, an arm, a back, a headrest, an equipment for sport or leisure, wherein said mold comprises a portion, lower during use , said lower portion comprising a cavity , adapted for molding said base component , wherein said mold comprises an extraction system comprising movable rods , adapted during use to release and/or lift and/or make the molded base component exit from said mold and/or from said lower portion , and further movable rods , during use adapted to make an undercut and/or holes in said base component and/or in a lower surface thereof, characterized in that said movable rods are movable along a vertical direction, substantially perpendicular to a plane on which said mold lies and said further movable rods comprise a first further movable rod , placed at a tapered and during use frontal zone of the cavity , adapted to correspond with a frontal portion of the base component , wherein said first further movable rod moves upward in a direction tilted towards the interior of said mold and is tilted towards the interior of said mold with respect to the vertical direction along which said movable rods are extended and/or towards at least one of said movable rods and in that said first further movable rod comprises a first proximal end that is substantially wedge-shaped, in a manner such to make, during use, a seat at the frontal portion of the lower surface of the base component , said first proximal end comprising a central body from which at least one tongue departs, corresponding during use with the seat , wherein said tongue is extended towards one end of the mold opposite that corresponding, during use, with the enlarged rear portion of the base component .
An electrical spark system, comprising: an acoustic sensor adapted to sense a spark sound wave generated by an electrical spark generator , the spark sound wave propagating through an igniter rod in acoustic communication with the acoustic sensor ; a spark detector , in communication with the acoustic sensor , adapted to: (a) identify a first time period when an ignition signal is sent to the electrical spark generator , (b) identify a second time period defining when the acoustic sensor senses the spark sound wave , (c) identify a spark characteristic based on a temporal relationship between the first and second time periods as compared to a predetermined time range, and (d) generate an output defining the spark characteristic, wherein the electrical spark generator is located on the igniter rod ; and, wherein the spark detector further includes a pulse-echo generator for generating a pulse sound wave . an acoustic sensor adapted to sense a spark sound wave generated by an electrical spark generator , the spark sound wave propagating through an igniter rod in acoustic communication with the acoustic sensor ; a spark detector , in communication with the acoustic sensor , adapted to: (a) identify a first time period when an ignition signal is sent to the electrical spark generator , (b) identify a second time period defining when the acoustic sensor senses the spark sound wave , (c) identify a spark characteristic based on a temporal relationship between the first and second time periods as compared to a predetermined time range, and (d) generate an output defining the spark characteristic, wherein the electrical spark generator is located on the igniter rod ; and, (a) identify a first time period when an ignition signal is sent to the electrical spark generator , (b) identify a second time period defining when the acoustic sensor senses the spark sound wave , (c) identify a spark characteristic based on a temporal relationship between the first and second time periods as compared to a predetermined time range, and (d) generate an output defining the spark characteristic, wherein the electrical spark generator is located on the igniter rod ; and,
A reflow condensation soldering machine comprising at least one process chamber and a circulation system for a heat transfer medium, wherein the circulation system comprises a centrifuge and a condensation device for the heat transfer medium.
A bioreactor including: a rigid-walled vessel for containing a biological medium, the vessel having a lid ; a probe passing through an aperture in the lid and having a sensing end inside the vessel and a remote end outside the vessel, the sensing end having plural electrodes for immersion in the biological medium, and the remote end being configured for coupling to external devices and transmission thereto of electrical or electromagnetic measurements made by the electrodes; wherein one of the lid and the probe has one or more resiliently deformable mechanisms and the other of the lid and the probe has one or more respective complementary surfaces , the resiliently deformable mechanisms and the complementary surfaces being configured such that, on insertion of the probe through the aperture to assemble the probe to the lid, the one or more resiliently deformable mechanisms are first deformed on sliding against the one or more complementary surfaces and then resile when the probe reaches a predetermined insertion position relative to the lid to secure the probe to the lid; and wherein one of the lid and the probe carries a sealing element which seals the probe to the lid when the probe is secured at the predetermined position; characterised in that the probe and the aperture are keyed such that the probe can adopt only one angular orientation around the insertion direction of the probe when the probe is located at the predetermined position. a rigid-walled vessel for containing a biological medium, the vessel having a lid ; a probe passing through an aperture in the lid and having a sensing end inside the vessel and a remote end outside the vessel, the sensing end having plural electrodes for immersion in the biological medium, and the remote end being configured for coupling to external devices and transmission thereto of electrical or electromagnetic measurements made by the electrodes; wherein one of the lid and the probe has one or more resiliently deformable mechanisms and the other of the lid and the probe has one or more respective complementary surfaces , the resiliently deformable mechanisms and the complementary surfaces being configured such that, on insertion of the probe through the aperture to assemble the probe to the lid, the one or more resiliently deformable mechanisms are first deformed on sliding against the one or more complementary surfaces and then resile when the probe reaches a predetermined insertion position relative to the lid to secure the probe to the lid; and wherein one of the lid and the probe carries a sealing element which seals the probe to the lid when the probe is secured at the predetermined position; characterised in that the probe and the aperture are keyed such that the probe can adopt only one angular orientation around the insertion direction of the probe when the probe is located at the predetermined position.
A method for securely operating a modular system in a motor vehicle, having: - supplying a central control device of the modular system; - supplying a plurality of control devices of the modular system, which are each communicatively coupled to the central control device; - activating a security mode when starting the control device and the plurality of control devices; and - deactivating the security mode if the checked quality feature is present in all control devices, characterized by - an iterative checking of at least one predetermined quality feature of the control devices by the control device, wherein the iterative checking is no longer executed when an abortion criterion is reached, but an error routine is started. - supplying a central control device of the modular system; - supplying a plurality of control devices of the modular system, which are each communicatively coupled to the central control device; - activating a security mode when starting the control device and the plurality of control devices; and - deactivating the security mode if the checked quality feature is present in all control devices, - an iterative checking of at least one predetermined quality feature of the control devices by the control device,
A method for converting a precatalyst complex to an active catalyst complex, - wherein said precatalyst complex and said active catalyst complex comprise a ruthenium atom and an optically active ligand that is insoluble in water, and - wherein said active catalyst complex comprises a monohydride and a water molecule, said method comprising the steps of: a) providing an activation solvent system comprising at least 25% (v/v) water, b) adding to said activation solvent system - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen, characterized in that the pH value of said activation solvent system is equal or below 2 after addition of said acid. - wherein said precatalyst complex and said active catalyst complex comprise a ruthenium atom and an optically active ligand that is insoluble in water, and - wherein said active catalyst complex comprises a monohydride and a water molecule, a) providing an activation solvent system comprising at least 25% (v/v) water, b) adding to said activation solvent system - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen, - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen,
Magnetic stir bar for use with a magnetic stirrer, said magnetic stir bar comprising: - at least one permanent magnet for spinning said magnetic stir bar when said magnetic stir bar is subjected to a rotating magnetic field; and - a chamber for storing a product inside said magnetic stir bar , wherein said magnetic stir bar has a closed configuration in which said chamber is closed, said magnetic stir bar being maintained in said closed configuration under the effect of a first force (f), and an open configuration in which said chamber is open, said magnetic stir bar being maintained in said open configuration under the effect of a second force (F); and wherein said magnetic stir bar is adapted to automatically reconfigure itself from said closed configuration to said open configuration when said magnetic stir bar is spun at or above a threshold rotational speed (ωt). - at least one permanent magnet for spinning said magnetic stir bar when said magnetic stir bar is subjected to a rotating magnetic field; and - a chamber for storing a product inside said magnetic stir bar ,