mhurhangee/patent-ind-claim-en huggingface dataset:
Bearing assembly comprising a rolling bearing having at least one inner ring and at least one outer ring , wherein rolling bodies are arranged between the bearing rings , and further comprising a sealing assembly having a carrier element which is directly or indirectly fastened to one of the bearing rings , wherein the carrier element holds a seal having at least one sealing lip , and wherein the at least one sealing lip butts against the other of the bearing rings or a component connected thereto, wherein the carrier element comprises: a carrier disc which is directly or indirectly fastened to one of the bearing rings , at least two sleeves which are arranged coaxially to one another and which are arranged with a radial spacing on the carrier disc , a first fixed cover element which is directly or indirectly connected to the at least two sleeves at one of their axial ends, and a second releasable cover element which is directly or indirectly connected to the at least two sleeves in a releasable manner, wherein a sleeve , the first fixed cover element and the second releasable cover element form a receiving chamber for the seal , characterized in that the carrier disc and at least one of the sleeves and/or the first cover element and at least one of the sleeves and/or the second cover element and at least one of the sleeves are connected to one another by a formfitting connection , wherein the formfitting connection is formed by a number of lug-shaped projections which are arranged on the sleeve and which engage in congruent recesses in the carrier disc or in the first cover element or in the second cover element . a carrier disc which is directly or indirectly fastened to one of the bearing rings , at least two sleeves which are arranged coaxially to one another and which are arranged with a radial spacing on the carrier disc , a first fixed cover element which is directly or indirectly connected to the at least two sleeves at one of their axial ends, and a second releasable cover element which is directly or indirectly connected to the at least two sleeves in a releasable manner, wherein a sleeve , the first fixed cover element and the second releasable cover element form a receiving chamber for the seal , characterized in that the carrier disc and at least one of the sleeves and/or the first cover element and at least one of the sleeves and/or the second cover element and at least one of the sleeves are connected to one another by a formfitting connection , wherein the formfitting connection is formed by a number of lug-shaped projections which are arranged on the sleeve and which engage in congruent recesses in the carrier disc or in the first cover element or in the second cover element .
A progressive cavity pump or a positive displacement motor comprising: an external member comprising three or more lobes ; and an internal member extending through the external member and comprising one less lobe than the external member , wherein one of the internal member and the external member rotates with respect to the other, wherein a curvature of a profile of each of the internal member and external member is finite at all points, characterized in that a ratio of a lobe volume of the external member to a valley volume of the external member enclosed between a minor external member diameter and a major external member diameter is between 0.9 and 1.2, and wherein a lobe height of the external member is related to a ratio of its minor member diameter to one less than the number of member lobes . an external member comprising three or more lobes ; and an internal member extending through the external member and comprising one less lobe than the external member , wherein one of the internal member and the external member rotates with respect to the other, wherein a curvature of a profile of each of the internal member and external member is finite at all points, characterized in that a ratio of a lobe volume of the external member to a valley volume of the external member enclosed between a minor external member diameter and a major external member diameter is between 0.9 and 1.2, and wherein a lobe height of the external member is related to a ratio of its minor member diameter to one less than the number of member lobes .
A light deflector comprising: a base ; a mirror unit having a light reflection plane , wherein the mirror unit comprises a center of gravity (Mg) and a center in shape (MFc), the center in shape (MFc) of the mirror unit being a centroid of a planar shape obtained by projecting the mirror unit in a normal-line direction of the light reflection plane ; a pair of elastic supporting members each having one end attached to the mirror unit and configured to support the mirror unit in a rotatable and oscillatable manner; and a pair of drive bars each having one end attached to the other end of corresponding one of the elastic supporting members and the other end attached to the base in a cantilever state, the pair of drive bars being configured to deform by application of voltage, wherein the mirror unit rotates and oscillates as deformation of the drive bars caused by application of voltage is transferred to the mirror unit through the elastic supporting members , characterised in that the center of gravity (Mg) of the mirror unit is misaligned from the center in shape (MFc) of the mirror unit . a base ; a mirror unit having a light reflection plane , wherein the mirror unit comprises a center of gravity (Mg) and a center in shape (MFc), the center in shape (MFc) of the mirror unit being a centroid of a planar shape obtained by projecting the mirror unit in a normal-line direction of the light reflection plane ; a pair of elastic supporting members each having one end attached to the mirror unit and configured to support the mirror unit in a rotatable and oscillatable manner; and a pair of drive bars each having one end attached to the other end of corresponding one of the elastic supporting members and the other end attached to the base in a cantilever state, the pair of drive bars being configured to deform by application of voltage, wherein the mirror unit rotates and oscillates as deformation of the drive bars caused by application of voltage is transferred to the mirror unit through the elastic supporting members , characterised in that the center of gravity (Mg) of the mirror unit is misaligned from the center in shape (MFc) of the mirror unit .
A locking device comprising: - a substantially rectilinear rod , a first end of said rod comprising a thread ; - a substantially rectilinear tube , a first open end of said tube comprising a tapping that is capable of cooperating with the thread of the rod in an engaged configuration of the device, said tube and the rod thus being movable relative to one another along a main axis ; the rod comprising a longitudinal groove ; an outer surface of the tube, close to the first end , comprising a first anti-rotation form ; the locking device being characterized in that it comprises: - a locking sleeve capable of being positioned around the rod in said engaged configuration, a first end of said sleeve comprising an inner lug that is capable of sliding axially in the longitudinal groove of said rod, a second end of said sleeve comprising a second anti-rotation form that is capable of being assembled with the first anti-rotation form, so as to prevent the rotation of the tube and the sleeve relative to the main axis; and - an elastic element connected to the locking sleeve, said locking sleeve and said elastic element being movable between a locked position, in which the first and second anti-rotation forms are assembled; and a release position, in which the first and second anti-rotation forms are spaced apart along the main axis, the tube thus being free to rotate relative to the sleeve. - a substantially rectilinear rod , a first end of said rod comprising a thread ; - a substantially rectilinear tube , a first open end of said tube comprising a tapping that is capable of cooperating with the thread of the rod in an engaged configuration of the device, said tube and the rod thus being movable relative to one another along a main axis ; the rod comprising a longitudinal groove ; an outer surface of the tube, close to the first end , comprising a first anti-rotation form ; the locking device being characterized in that it comprises: the rod comprising a longitudinal groove ; an outer surface of the tube, close to the first end , comprising a first anti-rotation form ; the locking device being characterized in that it comprises: - a locking sleeve capable of being positioned around the rod in said engaged configuration, a first end of said sleeve comprising an inner lug that is capable of sliding axially in the longitudinal groove of said rod, a second end of said sleeve comprising a second anti-rotation form that is capable of being assembled with the first anti-rotation form, so as to prevent the rotation of the tube and the sleeve relative to the main axis; and - an elastic element connected to the locking sleeve, said locking sleeve and said elastic element being movable between a locked position, in which the first and second anti-rotation forms are assembled; and a release position, in which the first and second anti-rotation forms are spaced apart along the main axis, the tube thus being free to rotate relative to the sleeve.
A microbiological production method for producing a metabolic product in the form of gaseous H 2 and/or liquid 2,3-butanediol, said method comprising the steps of: a) introducing a carrier gas into a raw waste biomass material, said biomass material containing E . coli and Klebsiella mobilis; and wherein the carrier gas conducted into the raw biomass material is an inert gas, nitrogen, carbon dioxide, carbon monoxide, or a mixture of these gases; characterised in that said method further includes the steps of b) providing a pH level of the biomass material of under pH 5 to minimize metabolism of carbon containing compounds in the biomass material and to minimize loss of gaseous carbon in the biomass material; c) producing a metabolic product in the form of gaseous H 2 and/or liquid 2,3-butanediol from the biomass material in proposition to time and volumetric units without optimizing actual cell growth metabolism within the biomass material; d) releasing at least a first portion of the metabolic product to a combustion process to produce a combustion product, and introducing the combustion product into the carrier gas prior to introduction into the raw waste biomass material; and e) capturing at least a second gaseous portion of the metabolic product containing hydrogen. a) introducing a carrier gas into a raw waste biomass material, said biomass material containing E . coli and Klebsiella mobilis; and wherein the carrier gas conducted into the raw biomass material is an inert gas, nitrogen, carbon dioxide, carbon monoxide, or a mixture of these gases; characterised in that said method further includes the steps of b) providing a pH level of the biomass material of under pH 5 to minimize metabolism of carbon containing compounds in the biomass material and to minimize loss of gaseous carbon in the biomass material; c) producing a metabolic product in the form of gaseous H 2 and/or liquid 2,3-butanediol from the biomass material in proposition to time and volumetric units without optimizing actual cell growth metabolism within the biomass material; d) releasing at least a first portion of the metabolic product to a combustion process to produce a combustion product, and introducing the combustion product into the carrier gas prior to introduction into the raw waste biomass material; and e) capturing at least a second gaseous portion of the metabolic product containing hydrogen.
An article of apparel , comprising: a textile material ; a mobile device holder , coupled to the textile material , configured to secure a mobile device with respect to the article of apparel ; and an electrical system , including: an antenna , configured to communicatively couple with a primary antenna of the mobile device , positioned in relation to the holder ; a power supply coupled to the antenna ; a controller , coupled to the power supply , operable based on the power as output by the power supply ; and a sensor , coupled to the textile material , communicatively coupled to the controller via a conductor , configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply ; characterized in that : the electrical system is a passive system in that components of the electrical system are configured to operate when a current is induced in the antenna by the mobile device and the primary antenna , wherein the power supply is configured to rectify and convert the current to a voltage suitable for operation of the components of the electrical system . a textile material ; a mobile device holder , coupled to the textile material , configured to secure a mobile device with respect to the article of apparel ; and an electrical system , including: an antenna , configured to communicatively couple with a primary antenna of the mobile device , positioned in relation to the holder ; a power supply coupled to the antenna ; a controller , coupled to the power supply , operable based on the power as output by the power supply ; and a sensor , coupled to the textile material , communicatively coupled to the controller via a conductor , configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply ; an antenna , configured to communicatively couple with a primary antenna of the mobile device , positioned in relation to the holder ; a power supply coupled to the antenna ; a controller , coupled to the power supply , operable based on the power as output by the power supply ; and a sensor , coupled to the textile material , communicatively coupled to the controller via a conductor , configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply ; characterized in that : the electrical system is a passive system in that components of the electrical system are configured to operate when a current is induced in the antenna by the mobile device and the primary antenna , wherein the power supply is configured to rectify and convert the current to a voltage suitable for operation of the components of the electrical system .
Vertical take-off and landing aircraft comprising neither a flat wing nor a tilt rotor, characterized in that said aircraft comprises three and only three closed wings all attached, with no possible rotation, to the same structure of the aircraft, this attachment making them all integral with each other and with the structure during all the phases of flight, and a cockpit carrying the possible pilot(s) and the possible passenger(s) which tilts around the pitch axis independently of the structure carrying these closed wings, and in that these three closed wings are non-contiguous and incorporate at least one propulsion device positioned at least partly in each of the volumes delimited by each of these closed wings, the rotation of the aircraft on at least two of its three axes (roll, pitch and yaw) is obtained by the differential modification of the thrust of at least three of the propulsion devices.
An apparatus comprising: a machine; a plurality of sensors (101 - 103) configured to monitor the machine; and a central control unit comprising a processor and a communication interface in communication with the plurality of sensors (101 - 103), the processor configured to at least: broadcast, using the communication interface , a request for sensor identification in a detection mode; receive, using the communication interface , sensor identification information provided by the sensors (101 - 103); instruct, based on the sensor identification information, the plurality of sensors (101-103) to enter a monitoring mode to await a physical stimulus; receive, in response to a first physical stimulus applied to a first location and experienced by some or all of the sensors (101 - 103), a first sensor response to the first physical stimulus from a first sensor of the plurality of sensors; evaluate the first sensor response with respect to an expected sensor response; and when the first sensor response satisfies a criterion, associate the first sensor with the first location. a machine; a plurality of sensors (101 - 103) configured to monitor the machine; and a central control unit comprising a processor and a communication interface in communication with the plurality of sensors (101 - 103), the processor configured to at least: broadcast, using the communication interface , a request for sensor identification in a detection mode; receive, using the communication interface , sensor identification information provided by the sensors (101 - 103); instruct, based on the sensor identification information, the plurality of sensors (101-103) to enter a monitoring mode to await a physical stimulus; receive, in response to a first physical stimulus applied to a first location and experienced by some or all of the sensors (101 - 103), a first sensor response to the first physical stimulus from a first sensor of the plurality of sensors; evaluate the first sensor response with respect to an expected sensor response; and when the first sensor response satisfies a criterion, associate the first sensor with the first location. broadcast, using the communication interface , a request for sensor identification in a detection mode; receive, using the communication interface , sensor identification information provided by the sensors (101 - 103); instruct, based on the sensor identification information, the plurality of sensors (101-103) to enter a monitoring mode to await a physical stimulus; receive, in response to a first physical stimulus applied to a first location and experienced by some or all of the sensors (101 - 103), a first sensor response to the first physical stimulus from a first sensor of the plurality of sensors; evaluate the first sensor response with respect to an expected sensor response; and when the first sensor response satisfies a criterion, associate the first sensor with the first location.
A method for processing data by a terminal , the method comprises: identifying a plurality of inspection types for a packet; determining at least one inspection type from the plurality of inspection types for the packet based on connection device information and user scenarios; and processing the determined at least one inspection type for the packet,wherein the connection device information includes a wifi network and a long term evolution, LTE, network, and wherein the processing the determined at least one inspection type for the packet comprises: determining an inspection performance type based on an application being executed in the terminal and whether a size of the at least one packet is over a predetermined size that can be transmitted through an application; processing the determined inspection performance type for the packet. identifying a plurality of inspection types for a packet; determining at least one inspection type from the plurality of inspection types for the packet based on connection device information and user scenarios; and processing the determined at least one inspection type for the packet,wherein the connection device information includes a wifi network and a long term evolution, LTE, network, and wherein the processing the determined at least one inspection type for the packet comprises: determining an inspection performance type based on an application being executed in the terminal and whether a size of the at least one packet is over a predetermined size that can be transmitted through an application; processing the determined inspection performance type for the packet. determining an inspection performance type based on an application being executed in the terminal and whether a size of the at least one packet is over a predetermined size that can be transmitted through an application; processing the determined inspection performance type for the packet.
A process to treat / clean a gas, containing SO 2 , CO 2 and O 2 comprising the steps of: a. Bringing the gas in contact with an activated carbon catalyst, converting SO 2 to SO 3 / H 2 SO 4 on the activated carbon catalyst, washing the SO 3 / H 2 SO 4 from the activated carbon catalyst to obtain a sulfuric acid solution and a SO 2 depleted gas; b. Bringing the SO 2 depleted gas in contact with an aqueous ammonia solution wherein CO 2 is converted to obtain a SO 2 and CO 2 depleted gas containing ammonia; c. Bringing on another activated carbon catalyst the SO 2 and CO 2 depleted gas containing ammonia in contact with the sulfuric acid solution obtained in step a. to form a solution containing ammonium sulfate and a treated, clean gas, wherein the sulfuric acid solution obtained in step a. is brought on top of the other activated carbon catalyst. a. Bringing the gas in contact with an activated carbon catalyst, converting SO 2 to SO 3 / H 2 SO 4 on the activated carbon catalyst, washing the SO 3 / H 2 SO 4 from the activated carbon catalyst to obtain a sulfuric acid solution and a SO 2 depleted gas; b. Bringing the SO 2 depleted gas in contact with an aqueous ammonia solution wherein CO 2 is converted to obtain a SO 2 and CO 2 depleted gas containing ammonia; c. Bringing on another activated carbon catalyst the SO 2 and CO 2 depleted gas containing ammonia in contact with the sulfuric acid solution obtained in step a. to form a solution containing ammonium sulfate and a treated, clean gas, wherein the sulfuric acid solution obtained in step a. is brought on top of the other activated carbon catalyst.
A process for manufacturing calcium zincate crystals which comprises at least the following steps: placing in suspension at least: calcium hydroxide (Ca(OH) 2 ) and zinc oxide (ZnO) or a precursor thereof, or a mixture thereof, with water, referred to as the starting suspension the mass ratio of (water):(calcium hydroxide + zinc oxide, a precursor thereof or a mixture thereof) being greater than or equal to 1, preferably ranging from 2 to 15 and in particular ranging from 3 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, in a three-dimensional wet-phase microball mill for a residence time of less than or equal to 15 minutes, and ranging especially from 5 to 25 seconds; recovering at the mill outlet a suspension of calcium zincate crystals, and optionally, said suspension of calcium zincate crystals is concentrated or dried so as to obtain a powder of calcium zincate crystals. placing in suspension at least: calcium hydroxide (Ca(OH) 2 ) and zinc oxide (ZnO) or a precursor thereof, or a mixture thereof, with water, referred to as the starting suspension the mass ratio of (water):(calcium hydroxide + zinc oxide, a precursor thereof or a mixture thereof) being greater than or equal to 1, preferably ranging from 2 to 15 and in particular ranging from 3 to 5; milling said starting suspension at an ambient temperature of less than or equal to 50°C, in a three-dimensional wet-phase microball mill for a residence time of less than or equal to 15 minutes, and ranging especially from 5 to 25 seconds; recovering at the mill outlet a suspension of calcium zincate crystals, and optionally, said suspension of calcium zincate crystals is concentrated or dried so as to obtain a powder of calcium zincate crystals.