mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid ultrasonic flowmeter , comprising a meter body including a meter pipe wall ; at least a first sensing plane including at least four ultrasonic transducers positioned in a parallelogram arrangement on said meter pipe wall including a first transducer pair and a second transducer pair ; a first ultrasonic reflector positioned between said first transducer pair on a first portion (105 1 ) of said meter pipe wall and a second ultrasonic reflector between said second transducer pair on a second portion (105 2 ) of said meter pipe wall opposite said first wall portion (105 1 ); said four transducers having assembly angles and emission patterns for emitting an ultrasonic beam to provide a plurality of direct measurement paths including at least a first and second direct measurement path and a plurality of reflective-paths including at least a first reflective-path involving said first transducer pair and said first ultrasonic reflector and a second reflective-path involving said second transducer pair and said second ultrasonic reflector , and a flow electronics module including a transceiver coupled to a processor having an associated memory storing a flow measurement algorithm coupled to said four transducers for causing said four transducers to transmit ultrasonic signals, for receiving sensing signals generated by said four transducers, and for determining a volume flow of a fluid flowing through said hybrid ultrasonic flowmeter . a meter body including a meter pipe wall ; at least a first sensing plane including at least four ultrasonic transducers positioned in a parallelogram arrangement on said meter pipe wall including a first transducer pair and a second transducer pair ; a first ultrasonic reflector positioned between said first transducer pair on a first portion (105 1 ) of said meter pipe wall and a second ultrasonic reflector between said second transducer pair on a second portion (105 2 ) of said meter pipe wall opposite said first wall portion (105 1 ); said four transducers having assembly angles and emission patterns for emitting an ultrasonic beam to provide a plurality of direct measurement paths including at least a first and second direct measurement path and a plurality of reflective-paths including at least a first reflective-path involving said first transducer pair and said first ultrasonic reflector and a second reflective-path involving said second transducer pair and said second ultrasonic reflector , and a flow electronics module including a transceiver coupled to a processor having an associated memory storing a flow measurement algorithm coupled to said four transducers for causing said four transducers to transmit ultrasonic signals, for receiving sensing signals generated by said four transducers, and for determining a volume flow of a fluid flowing through said hybrid ultrasonic flowmeter .
A projecting device, adapted to assembling with an electronic device, comprising a main body having a first opening and a second opening and a light emitting portion disposed in the main body, and transmitting a light through the first opening, characterized in that the projecting device further comprises: a rotating portion , disposed in the main body, and connected with the light emitting portion; and an adjusting portion , disposed in the second opening, and connected with the rotating portion; a top cover , covering the first opening and made of transparent material; wherein, the adjusting portion drives the light emitting portion through the rotating portion to adjust the angle of light; wherein a graphic element is disposed between the top cover and the light emitting portion, the light from the light emitting portion passes through the graphic element and the top cover and forms a projecting image on a target object. a rotating portion , disposed in the main body, and connected with the light emitting portion; and an adjusting portion , disposed in the second opening, and connected with the rotating portion; a top cover , covering the first opening and made of transparent material; wherein, the adjusting portion drives the light emitting portion through the rotating portion to adjust the angle of light; wherein a graphic element is disposed between the top cover and the light emitting portion, the light from the light emitting portion passes through the graphic element and the top cover and forms a projecting image on a target object.
A method of link startup between a first device and a second device , which are connected to each other through a plurality of uni-directional lanes , the method comprising: setting up data communication through an available transmission lane and an available reception lane from among the plurality of lanes ; setting, by the first device , a length of an activate period directly following a hibernation period, in which a line of the available transmission lane has a negative differential line voltage, DIF-N; transmitting, by the first device , the activate period to the available reception lane; receiving, by the second device connected to the available reception lane, the activate period; performing by the second device the link startup through the available transmission lane and the available reception lane in a high-speed mode, based on determining that the activate period being less than a first time period and in a low-speed mode, based on determining that the activate period being greater than the first time period. setting up data communication through an available transmission lane and an available reception lane from among the plurality of lanes ; setting, by the first device , a length of an activate period directly following a hibernation period, in which a line of the available transmission lane has a negative differential line voltage, DIF-N; transmitting, by the first device , the activate period to the available reception lane; receiving, by the second device connected to the available reception lane, the activate period; performing by the second device the link startup through the available transmission lane and the available reception lane in a high-speed mode, based on determining that the activate period being less than a first time period and in a low-speed mode, based on determining that the activate period being greater than the first time period.
A process for forming cyclohexylbenzyl and/or biphenyl compounds, the process comprising: (a) contacting a first cyclohexylbenzyl compound with a substituted or unsubstituted benzene in the presence of a transalkylation catalyst, thereby obtaining a transalkylated cyclohexylbenzyl compound, wherein the transalkylation catalyst comprises a solid acid catalyst; wherein the first cyclohexylbenzyl compound has the structural formula (I) where each R 1 - R 10 is independently H or a C 1 - C 10 alkyl group; wherein the substituted or unsubstituted benzene has the structural formula (II) where each R 6* - R 10* is independently H or a C 1 - C 10 alkyl group, and further provided that one or more of the following is true: R 6* is different from R 6 , R 7* is different from R 7 , R 8* is different from R 8 , R 9* is different from R 9 , and R 10* is different from R 10 ; and wherein the transalkylated cyclohexylbenzyl compound has the structural formula (III) or a positional isomer thereof in which the cyclohexyl ring has each R 1 - R 5 covalently bonded thereto, and the phenyl ring has each R 6* - R 10* covalently bonded thereto. (a) contacting a first cyclohexylbenzyl compound with a substituted or unsubstituted benzene in the presence of a transalkylation catalyst, thereby obtaining a transalkylated cyclohexylbenzyl compound, wherein the transalkylation catalyst comprises a solid acid catalyst; wherein the first cyclohexylbenzyl compound has the structural formula (I) where each R 1 - R 10 is independently H or a C 1 - C 10 alkyl group; wherein the substituted or unsubstituted benzene has the structural formula (II) where each R 6* - R 10* is independently H or a C 1 - C 10 alkyl group, and further provided that one or more of the following is true: R 6* is different from R 6 , R 7* is different from R 7 , R 8* is different from R 8 , R 9* is different from R 9 , and R 10* is different from R 10 ; and wherein the transalkylated cyclohexylbenzyl compound has the structural formula (III) or a positional isomer thereof in which the cyclohexyl ring has each R 1 - R 5 covalently bonded thereto, and the phenyl ring has each R 6* - R 10* covalently bonded thereto.
A decoding device comprising: a decoding unit that decodes audio data included in an encoded bit stream; a reading unit that reads speaker position information about a height of a speaker from a region of the encoded bit stream, which can store arbitrary data; and an output unit that outputs the decoded audio data on the basis of the height of the speaker, wherein the height of the speaker indicates that the speaker is arranged in a layer, which is one of a middle layer, a top layer, and an LFE layer. a decoding unit that decodes audio data included in an encoded bit stream; a reading unit that reads speaker position information about a height of a speaker from a region of the encoded bit stream, which can store arbitrary data; and an output unit that outputs the decoded audio data on the basis of the height of the speaker, wherein the height of the speaker indicates that the speaker is arranged in a layer, which is one of a middle layer, a top layer, and an LFE layer.
A machine comprising: an inner stator having a plurality of radially outwardly extending teeth ; an outer stator having a plurality of radially inwardly extending teeth that are offset from the radially outwardly extending teeth; a rotor , the rotor including an extension disposed between the inner and outer stators , the extension including a plurality of rotor magnet slots and a plurality of flux barrier slots , and wherein the plurality of rotor magnet slots and the plurality of flux barrier slots contact one another and are arranged in a circumferentially alternating sequence, one after another, such that each of the plurality of rotor magnet slots is circumferentially bounded by a pair of the plurality of flux barrier slots; and in that a portion of each of the plurality of rotor magnet slots is disposed along a machine radial axis (R); and a portion of each of the plurality of flux barrier slots is disposed at an angle to the machine radial axis (R). an inner stator having a plurality of radially outwardly extending teeth ; an outer stator having a plurality of radially inwardly extending teeth that are offset from the radially outwardly extending teeth; a rotor , the rotor including an extension disposed between the inner and outer stators , the extension including a plurality of rotor magnet slots and a plurality of flux barrier slots , and wherein the plurality of rotor magnet slots and the plurality of flux barrier slots contact one another and are arranged in a circumferentially alternating sequence, one after another, such that each of the plurality of rotor magnet slots is circumferentially bounded by a pair of the plurality of flux barrier slots; and in that a portion of each of the plurality of rotor magnet slots is disposed along a machine radial axis (R); and a portion of each of the plurality of flux barrier slots is disposed at an angle to the machine radial axis (R).
A method of deploying a constellation of satellites, the method comprising the following steps: · using a single launcher to deploy a plurality of satellites at the same initial altitude on the same initial orbit; · controlling said satellites in such a manner that, depending on the initial orbit, each satellite reaches a drift altitude selected from a drift set, with the orbits of the various satellites shifting relative to one another at the respective drift altitudes under the effect of the gravitational potential of the Earth; and · controlling the satellites in such a manner as to be moved sequentially in order to reach the same final altitude, said sequential movement being performed in such a manner that the satellites describe final orbits having identical trajectories with the same angle of inclination relative to the equatorial plane, but presenting distinct longitudes for their ascending nodes. · using a single launcher to deploy a plurality of satellites at the same initial altitude on the same initial orbit; · controlling said satellites in such a manner that, depending on the initial orbit, each satellite reaches a drift altitude selected from a drift set, with the orbits of the various satellites shifting relative to one another at the respective drift altitudes under the effect of the gravitational potential of the Earth; and · controlling the satellites in such a manner as to be moved sequentially in order to reach the same final altitude, said sequential movement being performed in such a manner that the satellites describe final orbits having identical trajectories with the same angle of inclination relative to the equatorial plane, but presenting distinct longitudes for their ascending nodes.
A balloon catheter comprising: an outer shaft including a hypotube and a monolithic single-layer distal outer member , the outer shaft having an inflation lumen defined therethrough, wherein the monolithic single-layer distal outer member is made of a polymer material and is necked to a reduced diameter along an entire length thereof, wherein a linear orientation is introduced in the polymer material, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube , and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen , the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and a monolithic inner tubular member having a guidewire lumen defined therethrough, the monolithic inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through the balloon to form a tip. an outer shaft including a hypotube and a monolithic single-layer distal outer member , the outer shaft having an inflation lumen defined therethrough, wherein the monolithic single-layer distal outer member is made of a polymer material and is necked to a reduced diameter along an entire length thereof, wherein a linear orientation is introduced in the polymer material, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube , and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen , the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and a monolithic inner tubular member having a guidewire lumen defined therethrough, the monolithic inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through the balloon to form a tip.
A method for purifying and obtaining energy-containing gases, wherein the energy-containing gas is passed through a filter container equipped with an energy-carrier filter material , wherein the filter container , in its upper region, comprises a material lock via which the filter container is supplied with the energy-carrier filter material , and a gas outlet stub , via which the purified gas is discharged, as well as a material outlet opening at its bottom, so that a gravity-induced material flow from the material lock to the material outlet opening takes place, wherein the energy-carrier filter material is fed via the material outlet opening to a countercurrent gasifier which is operatively connected to the filter container , wherein the filter container is combined directly with the countercurrent gasifier via the material outlet opening , wherein during the method an agitator for homogenizing the energy-carrier filter material is used, characterized in that the energy-carrier filter material serves as adsorption material on which tars and moisture condense.
A stationary blade for a blade set of a hair cutting appliance , said blade set being arranged to be moved through hair in a moving direction to cut hair, said stationary blade comprising: - a first wall portion arranged to serve as a skin facing wall when in operation, - a second wall portion at least partially offset from the first wall portion , such that the first wall portion and the second wall portion define therebetween a guide slot arranged to receive a movable cutter blade , - an intermediate wall portion arranged in the guide slot between the first wall portion and the second wall portion , - at least one toothed leading edge jointly formed by the first wall portion and the second wall portion , wherein the at least one toothed leading edge comprises a plurality of teeth , wherein the first wall portion and the second wall portion are connected at a frontal end of the at least one leading edge , thereby forming tips of the teeth , wherein the stationary blade is an integrally formed metal-plastic composite stationary blade , wherein the first wall portion is at least partially made from metal material, wherein the second wall portion is at least partially made from plastic material, wherein the intermediate wall portion defines a central offset (l co ) between the first wall portion and the second wall portion , and wherein the intermediate wall portion is adapted to a respective opening of a to-be-mounted movable cutter blade . - a first wall portion arranged to serve as a skin facing wall when in operation, - a second wall portion at least partially offset from the first wall portion , such that the first wall portion and the second wall portion define therebetween a guide slot arranged to receive a movable cutter blade , - an intermediate wall portion arranged in the guide slot between the first wall portion and the second wall portion , - at least one toothed leading edge jointly formed by the first wall portion and the second wall portion ,
A non-transitory machine readable medium having machine executable instructions comprising an online data management (ODM) system , wherein the ODM system comprises an association engine and a converter , and wherein the ODM system is configured to: parse tool data with the association engine for a particular project provided from a plurality of disparate software tools employed for project management; aggregate the parsed tool data with the association engine to generate a data structure in response to the parsing of the tool data, wherein the data structure is stored in a relational database and comprises a hierarchy of interconnected objects; identify relationships between the interconnected objects of the data structure, wherein the relationships are determined by the association engine ; generate with the converter web data that characterizes the data structure, wherein the web data comprises a plurality of links to access the plurality of disparate software tools ; and cause execution of a file associated with one of the plurality of disparate software tools upon selection of a given link of the plurality of links. parse tool data with the association engine for a particular project provided from a plurality of disparate software tools employed for project management; aggregate the parsed tool data with the association engine to generate a data structure in response to the parsing of the tool data, wherein the data structure is stored in a relational database and comprises a hierarchy of interconnected objects; identify relationships between the interconnected objects of the data structure, wherein the relationships are determined by the association engine ; generate with the converter web data that characterizes the data structure, wherein the web data comprises a plurality of links to access the plurality of disparate software tools ; and cause execution of a file associated with one of the plurality of disparate software tools upon selection of a given link of the plurality of links.
A local coil for a magnetic resonance scan, comprising: a first coil half body; a second coil half body, provided with an electrical connector protruding towards the first coil half body, and being electrically connectable to the first coil half body by means of the electrical connector, the second coil half body being separable from the first coil half body together with the electrical connector in a first direction; a locking apparatus, comprising an engagement plate shaft-supported on the second coil half body, one end of the engagement plate being engagable with the first coil half body in a locking position, and one end of the engagement plate being turnable in the same direction as the first direction so as to move to an unlocking position in which the engagement is released, characterized in that the locking apparatus comprises a return spring, the return spring being set so as to always apply a force to the engagement plate towards the locking position, and in a state in which the first coil half body and the second coil half body have been separated, the engagement plate remains in the locking position, and projects further than the electrical connector in the direction of protrusion. a second coil half body, provided with an electrical connector protruding towards the first coil half body, and being electrically connectable to the first coil half body by means of the electrical connector, the second coil half body being separable from the first coil half body together with the electrical connector in a first direction; a locking apparatus, comprising an engagement plate shaft-supported on the second coil half body, one end of the engagement plate being engagable with the first coil half body in a locking position, and one end of the engagement plate being turnable in the same direction as the first direction so as to move to an unlocking position in which the engagement is released, characterized in that the locking apparatus comprises a return spring, the return spring being set so as to always apply a force to the engagement plate towards the locking position, and in a state in which the first coil half body and the second coil half body have been separated, the engagement plate remains in the locking position, and projects further than the electrical connector in the direction of protrusion.
An implant for reducing the size of a heart valve annulus, the implant comprising: a tubular body comprising a frame defining a proximal diameter and a distal diameter, the tubular body having a first structural configuration in which the proximal diameter is smaller than the distal diameter and a second structural configuration in which the proximal diameter is larger than the distal diameter; characterized by a plurality of helical anchors connected to the tubular body proximate the distal diameter of the frame, the plurality of helical anchors configured to be rotated by a plurality of rotatable drivers to advance the plurality of helical anchors distally relative to the frame and penetrate the heart valve annulus. a tubular body comprising a frame defining a proximal diameter and a distal diameter, the tubular body having a first structural configuration in which the proximal diameter is smaller than the distal diameter and a second structural configuration in which the proximal diameter is larger than the distal diameter; characterized by a plurality of helical anchors connected to the tubular body proximate the distal diameter of the frame, the plurality of helical anchors configured to be rotated by a plurality of rotatable drivers to advance the plurality of helical anchors distally relative to the frame and penetrate the heart valve annulus.