mhurhangee/patent-ind-claim-en huggingface dataset:
A system for determining mobility of air bubbles within a conduit, said system comprising: a sensor adapted to sense a physical parameter of fluid within the conduit; a sensor-line interface, adapted to mount said sensor in position to sense the physical parameter; and signal processing circuitry communicatively coupled to said sensor and adapted to identify an output of said sensor indicative of an air bubble within the conduit, characterized in that the signal processing circuitry is adapted to determine a mobility of the air bubble within the conduit based on a rate of change of the physical parameter. a sensor adapted to sense a physical parameter of fluid within the conduit; a sensor-line interface, adapted to mount said sensor in position to sense the physical parameter; and signal processing circuitry communicatively coupled to said sensor and adapted to identify an output of said sensor indicative of an air bubble within the conduit, characterized in that the signal processing circuitry is adapted to determine a mobility of the air bubble within the conduit based on a rate of change of the physical parameter.
A duct sub-assembly for forming a duct assembly to be used in a vehicle, said duct sub-assembly comprising: at least one bracket configured to couple to a structural member of the vehicle; and a plurality of duct portions coupled to said at least one bracket such that each said duct sub-assembly forms a unitary bundle of duct portions , wherein the duct portions are sized such that fluid and/or electrical wiring is routable therethrough and are arranged such that open ends of duct portions in adjacent duct sub-assemblies are coplanarly aligned when the duct sub-assembly and the adjacent duct sub-assemblies are coupled together end-to-end, wherein the at least one bracket includes a first bracket at a first end of the duct sub-assembly and a second bracket at a second opposing end of the duct sub-assembly . at least one bracket configured to couple to a structural member of the vehicle; and a plurality of duct portions coupled to said at least one bracket such that each said duct sub-assembly forms a unitary bundle of duct portions , wherein the duct portions are sized such that fluid and/or electrical wiring is routable therethrough and are arranged such that open ends of duct portions in adjacent duct sub-assemblies are coplanarly aligned when the duct sub-assembly and the adjacent duct sub-assemblies are coupled together end-to-end, wherein the at least one bracket includes a first bracket at a first end of the duct sub-assembly and a second bracket at a second opposing end of the duct sub-assembly .
A reactive sol-gel ink for printing a metallic substrate, preferably for a coil coating process, comprising 10 to 30 wt% of a sol-gel resin composition and at least one pigment, preferably at least one yellow pigment, at least one purple pigment, at least one cyan pigment or at least one black pigment, wherein the sol-gel resin composition comprises a) 35 to 65 wt% of a hydrolysate obtainable by reacting a mixture comprising at least one epoxy functionalized alkoxy-silane, at least one further trialkoxysilane and at least one aluminum alkoxide with water comprising at least one acidic catalyst, wherein water is added to said mixture in a molar ratio to each hydrolysable group of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide ranging from 0.95:1 to 1:0.95, b) 35 to 55 wt% of at least one alcohol,wherein the at least one alcohol is a hydrolysis product of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide and c) 0.1 to 10 wt% water. a) 35 to 65 wt% of a hydrolysate obtainable by reacting a mixture comprising at least one epoxy functionalized alkoxy-silane, at least one further trialkoxysilane and at least one aluminum alkoxide with water comprising at least one acidic catalyst, wherein water is added to said mixture in a molar ratio to each hydrolysable group of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide ranging from 0.95:1 to 1:0.95, b) 35 to 55 wt% of at least one alcohol,wherein the at least one alcohol is a hydrolysis product of the at least one epoxy functionalized alkoxy-silane, the at least one further trialkoxysilane and the at least one aluminum alkoxide and c) 0.1 to 10 wt% water.
A light-emitting unit comprising a backplane and a light source including a plurality of sub light sources provided on the backplane , wherein the light-emitting unit further comprises at least one light reflecting structures provided between the sub light sources , wherein the light reflecting structures are configured to reflect the light radiating thereon from the sub light sources into the light-emitting direction of the light-emitting unit, wherein each of the light reflecting structures includes a base and a reflecting film layer overlapping on the base, wherein the reflecting film layer overlaps on a surface of a side of the base which is far away from the backplane , characterized in that the base is formed of heat-contractible material, and when the heat-contractible material is in a state of contraction, each of the light reflecting structures is higher than the highest sub light source among the adjacent sub light sources thereof in the direction perpendicular to the backplane . wherein each of the light reflecting structures includes a base and a reflecting film layer overlapping on the base, wherein the reflecting film layer overlaps on a surface of a side of the base which is far away from the backplane , characterized in that the base is formed of heat-contractible material, and when the heat-contractible material is in a state of contraction, each of the light reflecting structures is higher than the highest sub light source among the adjacent sub light sources thereof in the direction perpendicular to the backplane .
A method for implementing communication, comprising obtaining , by a first terminal device in a second network , a network identifier, PAN ID, of a first network from a network device (102; 104; 201) in the first network ; determining , by the first terminal device , based on the network identifier, a broadcast address for broadcast communication in the second network ; in response to determining an alarm event, broadcasting , by the first terminal device , in the second network , a message indicating the alarm event, using the broadcast address; the method being characterised by further comprising: receiving a request for the broadcast address from a second terminal device in the second network , the first terminal device and the second terminal device being paired devices; and transmitting the broadcast address to the second terminal device, for the second terminal device to receive the message indicating the alarm event, using the broadcast address. obtaining , by a first terminal device in a second network , a network identifier, PAN ID, of a first network from a network device (102; 104; 201) in the first network ; determining , by the first terminal device , based on the network identifier, a broadcast address for broadcast communication in the second network ; in response to determining an alarm event, broadcasting , by the first terminal device , in the second network , a message indicating the alarm event, using the broadcast address; the method being characterised by further comprising: receiving a request for the broadcast address from a second terminal device in the second network , the first terminal device and the second terminal device being paired devices; and transmitting the broadcast address to the second terminal device, for the second terminal device to receive the message indicating the alarm event, using the broadcast address. receiving a request for the broadcast address from a second terminal device in the second network , the first terminal device and the second terminal device being paired devices; and transmitting the broadcast address to the second terminal device, for the second terminal device to receive the message indicating the alarm event, using the broadcast address.
An electric screw coolant pump for delivering a coolant circulation comprising: a spindle housing having a spindle chamber in which at least two screw spindles are rotatably accommodated; a pump inlet and a pump outlet for guiding a delivery flow through the spindle chamber ; a motor housing that is arranged axially adjacent to the spindle housing ; characterized in that the motor housing includes a motor chamber in which a dry-running electric motor is arranged in such a manner that it is delimited with respect to the delivery flow; and the motor housing comprises a heat transfer section , through which the delivery flow flows, arranged between the motor chamber and a component boundary between the motor housing and the spindle housing . a spindle housing having a spindle chamber in which at least two screw spindles are rotatably accommodated; a pump inlet and a pump outlet for guiding a delivery flow through the spindle chamber ; a motor housing that is arranged axially adjacent to the spindle housing ; characterized in that the motor housing includes a motor chamber in which a dry-running electric motor is arranged in such a manner that it is delimited with respect to the delivery flow; and the motor housing comprises a heat transfer section , through which the delivery flow flows, arranged between the motor chamber and a component boundary between the motor housing and the spindle housing .
A process for the hydrosilylation of an unsaturated compound comprising at least one carbon-carbon unsaturated group with a silylhydride in the presence of a metal complex of Formula (I), Formula (II), or a combination thereof: GXn Formula (II); wherein the process comprises activating the metal complex with a silylhydride and a promoter compound, and G is Mn, Fe, Ni, Ru, or Co; each occurrence of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , is independently H, C1-18 alkyl, aryl, or an inert group, wherein any two neighboring R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 groups taken together may form a ring being a saturated, or unsaturated cyclic structure X in Formula (I) is an anion; X in Formula (II) is an anion or an oxygen atom, and n = 1-3 including non-integers, and wherein the promoter compound is a compound that does not catalyze the disproportionation of alkoxysilanes and is selected from pyridine(di)imine compounds.
A method for controlling the start-up of a liquefied natural gas (LNG) plant having a heat exchange system including a heat exchanger to achieve cool down of the heat exchanger by closed loop refrigeration by a refrigerant, the heat exchanger comprising at least one hot stream and at least one refrigerant stream , the at least one hot stream comprising a natural gas feed stream, and the at least one refrigerant stream being used to cool the natural gas feed stream through indirect heat exchange, the method comprising the steps of: (a) cooling the heat exchanger from a first temperature profile at a first time to a second temperature profile at a second time, the first temperature profile having a first average temperature that is greater than a second average temperature of the second temperature profile; and (b) executing the following steps, in parallel during the performance of step (a): (i) measuring a first temperature at a first location within the heat exchange system; (ii) calculating a first value comprising a rate of change of the first temperature; (iii) providing a first set point representing a preferred rate of change of the first temperature; and characterised in that step (b) further comprises: (iv) controlling a flow rate of the natural gas feed stream through the heat exchanger based on the first value and the first set point; and (v) independent of step (b)(iv), controlling a flow rate of a first stream of the at least one refrigerant stream such that the flow rate of the first refrigerant stream is greater at the second time than at the first time. (a) cooling the heat exchanger from a first temperature profile at a first time to a second temperature profile at a second time, the first temperature profile having a first average temperature that is greater than a second average temperature of the second temperature profile; and (b) executing the following steps, in parallel during the performance of step (a): (i) measuring a first temperature at a first location within the heat exchange system; (ii) calculating a first value comprising a rate of change of the first temperature; (iii) providing a first set point representing a preferred rate of change of the first temperature; and (i) measuring a first temperature at a first location within the heat exchange system; (ii) calculating a first value comprising a rate of change of the first temperature; (iii) providing a first set point representing a preferred rate of change of the first temperature; and (iv) controlling a flow rate of the natural gas feed stream through the heat exchanger based on the first value and the first set point; and (v) independent of step (b)(iv), controlling a flow rate of a first stream of the at least one refrigerant stream such that the flow rate of the first refrigerant stream is greater at the second time than at the first time.
A string trimmer , comprising: a housing ; a line storage device, configured to accommodate a trimmer line ; a trimmer head , having a line eyelet, and the trimmer line passing through the line eyelet; a motor , configured to drive the trimmer head to rotate, to enable a length of the trimmer line that has passed through the line eyelet to perform cutting work; and a release mechanism, capable of releasing the trimmer line , to increase the length of the trimmer line that has passed through the line eyelet; characterized by a calculation unit , configured to respond to a release signal to calculate the usage and/or remainder of the trimmer line ; and a reminder unit, configured to send a reminder signal according to the usage and/or remainder of the trimmer line calculated by the calculation unit to remind a user. a housing ; a line storage device, configured to accommodate a trimmer line ; a trimmer head , having a line eyelet, and the trimmer line passing through the line eyelet; a motor , configured to drive the trimmer head to rotate, to enable a length of the trimmer line that has passed through the line eyelet to perform cutting work; and a release mechanism, capable of releasing the trimmer line , to increase the length of the trimmer line that has passed through the line eyelet; characterized by a calculation unit , configured to respond to a release signal to calculate the usage and/or remainder of the trimmer line ; and a reminder unit, configured to send a reminder signal according to the usage and/or remainder of the trimmer line calculated by the calculation unit to remind a user.
A method executed by a user equipment , comprising: determining whether a cell allows machine type communications or coverage enhancement for machine type communications, wherein the determining is based on whether a second type of broadcast message is scheduled or not in a first type of broadcast message received by the user equipment from a base station , wherein the second type of broadcast message is at least one of known or defined to support at least one of machine type communications or coverage enhancements for machine type communications; and initiating a connection to the cell, based on at least the determining that the machine type communications or coverage enhancement for machine type communications is allowed in the cell. determining whether a cell allows machine type communications or coverage enhancement for machine type communications, wherein the determining is based on whether a second type of broadcast message is scheduled or not in a first type of broadcast message received by the user equipment from a base station , wherein the second type of broadcast message is at least one of known or defined to support at least one of machine type communications or coverage enhancements for machine type communications; and initiating a connection to the cell, based on at least the determining that the machine type communications or coverage enhancement for machine type communications is allowed in the cell.
A method for manufacturing a mandibular advancement splint comprising an upper part splint for connection to the upper jaw and a lower part splint for connection to the lower jaw of a patient, guide means being provided for mutually guiding the two part splints during a biting movement, which guide the lower jaw via a predetermined guide path into a predetermined therapy position, a set of individual patient data of the temporomandibular-joint apparatus being recorded, characterized in that the guide path being determined from the individual patient data and in that the guide means are manufactured in accordance with the guide path, wherein the curve shape of a joint path between the condyle of the lower jaw and the glenoid fossa of the upper jaw is determined from the individual patient data, and wherein the guide path is determined from the course of the joint path and the guide means are manufactured in accordance with the guide path.
An intravascular blood pump , comprising - a drive section which has a motor housing having a proximal end and a distal end and an electric motor disposed in the motor housing, with the electric motor possessing a motor shaft which protrudes at one end out of the distal end of the motor housing and is mounted radially in the motor housing both at the proximal end and at the distal end of the motor housing, with the radial bearing of the motor shaft at the proximal end of the motor housing and/or the radial bearing of the motor shaft at the distal end of the motor shaft being configured as a radial sliding bearing and the motor shaft being mounted in the motor housing axially by means of at least one axial sliding bearing or radial-axial sliding bearing , - a catheter which is connected to the proximal end of the motor housing and along which there extend lines for power supply to the electric motor, and - a pump section having a tubular pump housing which is fastened to the distal end of the motor housing , and an impeller which is seated on the end of the motor shaft protruding out of the distal end of the motor housing and is rotatable in the pump housing , characterized in that the motor shaft is made of ceramic, and one of the surfaces forming the bearing gap of the radial bearing configured as a or radial sliding bearing is a ceramic surface and the respectively other of the surfaces forming the bearing gap is formed by the ceramic shaft, with a purge-fluid line being so disposed that fluid fed through the purge-fluid line flows through the radial sliding bearing located at the distal end of the motor housing and the bearing gap of the axial sliding bearing or radial-axial sliding bearing . - a drive section which has a motor housing having a proximal end and a distal end and an electric motor disposed in the motor housing, with the electric motor possessing a motor shaft which protrudes at one end out of the distal end of the motor housing and is mounted radially in the motor housing both at the proximal end and at the distal end of the motor housing, with the radial bearing of the motor shaft at the proximal end of the motor housing and/or the radial bearing of the motor shaft at the distal end of the motor shaft being configured as a radial sliding bearing and the motor shaft being mounted in the motor housing axially by means of at least one axial sliding bearing or radial-axial sliding bearing , - a catheter which is connected to the proximal end of the motor housing and along which there extend lines for power supply to the electric motor, and - a pump section having a tubular pump housing which is fastened to the distal end of the motor housing , and an impeller which is seated on the end of the motor shaft protruding out of the distal end of the motor housing and is rotatable in the pump housing ,
A terminal apparatus comprising: an acquisition unit configured to acquire control information for determining uplink transmission power; and a communication control unit configured to control the uplink transmission power on the basis of the control information, wherein the control information includes gain-related information about an antenna gain in a case where a beamforming process is performed; wherein the gain-related information includes information about a downlink transmission antenna gain in a case where a downlink beamforming process is performed; wherein the gain-related information includes information about an uplink reception antenna gain in a case where an uplink beamforming process is performed; and wherein the information about the uplink reception antenna gain includes information indicating a difference between the uplink reception antenna gain and a downlink transmission antenna gain. an acquisition unit configured to acquire control information for determining uplink transmission power; and a communication control unit configured to control the uplink transmission power on the basis of the control information, wherein the control information includes gain-related information about an antenna gain in a case where a beamforming process is performed; wherein the gain-related information includes information about a downlink transmission antenna gain in a case where a downlink beamforming process is performed; wherein the gain-related information includes information about an uplink reception antenna gain in a case where an uplink beamforming process is performed; and wherein the information about the uplink reception antenna gain includes information indicating a difference between the uplink reception antenna gain and a downlink transmission antenna gain.
An electronic component mounting machine which is configured to mount an electronic component on a circuit board, comprising: a plurality of measuring devices which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component , and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes , wherein the disposition of each of the plurality of device side electrodes of the plurality of measuring devices is different from each other, characterized by a mounting section on which an arbitrary measuring device among the plurality of measuring devices is mounted, and wherein a measuring device other than the arbitrary measuring device among the plurality of measuring devices is able to be mounted on the mounting section instead of the arbitrary measuring device which is mounted on the mounting section . a plurality of measuring devices which includes a plurality of device side electrodes that correspond to a plurality of component side electrodes of the electronic component , and which is configured to measure electrical properties of the electronic component as the plurality of device side electrodes are electrically connected to the plurality of component side electrodes , wherein the disposition of each of the plurality of device side electrodes of the plurality of measuring devices is different from each other, characterized by a mounting section on which an arbitrary measuring device among the plurality of measuring devices is mounted, and wherein a measuring device other than the arbitrary measuring device among the plurality of measuring devices is able to be mounted on the mounting section instead of the arbitrary measuring device which is mounted on the mounting section .