mhurhangee/patent-ind-claim-en huggingface dataset:
An operating machine comprising: a power transmission machine with an input shaft linked to a drive source ; an operation body to be selected from a plurality of different operation bodies and configured to be attachable and detachable with respect to an output shaft of the power transmission machine depending on an operation; and a control unit configured to control the drive source , wherein the operation body selected from the plurality of different operation bodies rotates by the drive source and is configured to have at least one detection body disposed thereon along a circumference of an approximately identical circle centered around the output shaft of the power transmission machine , wherein the power transmission machine includes a sensor configured to detect the at least one detection body at a time of rotation of the operation body and to emit a detection signal, wherein the control unit is configured to identify the operation body selected from the plurality of different operation bodies in accordance with the detection signals received from the sensor for a duration as long as the output shaft rotates a predetermined number of revolutions, and wherein the control unit is configured to control the drive source to be in a number of rotations per time unit suitable for an operation of the operation body selected from the plurality of different operation bodies based on the identification result. a power transmission machine with an input shaft linked to a drive source ; an operation body to be selected from a plurality of different operation bodies and configured to be attachable and detachable with respect to an output shaft of the power transmission machine depending on an operation; and a control unit configured to control the drive source , wherein the operation body selected from the plurality of different operation bodies rotates by the drive source and is configured to have at least one detection body disposed thereon along a circumference of an approximately identical circle centered around the output shaft of the power transmission machine , wherein the power transmission machine includes a sensor configured to detect the at least one detection body at a time of rotation of the operation body and to emit a detection signal, wherein the control unit is configured to identify the operation body selected from the plurality of different operation bodies in accordance with the detection signals received from the sensor for a duration as long as the output shaft rotates a predetermined number of revolutions, and wherein the control unit is configured to control the drive source to be in a number of rotations per time unit suitable for an operation of the operation body selected from the plurality of different operation bodies based on the identification result.
A pressure vessel having an interior chamber , the pressure vessel comprising: an outer shell ; a boss fit to the outer shell and comprising: a port extending between the interior chamber and an exterior of the pressure vessel ; and an annular flange extending radially from the port and having an exterior surface and an interior surface ; and an internal liner disposed within the outer shell and comprising: an exterior portion adjacent the exterior surface of the flange ; and an interior portion adjacent the interior surface of the flange ; the pressure vessel characterised by a vent aperture through a thickness of the interior portion of the liner that fluidly connects an interface between the annular flange and the liner with the interior chamber . an outer shell ; a boss fit to the outer shell and comprising: a port extending between the interior chamber and an exterior of the pressure vessel ; and an annular flange extending radially from the port and having an exterior surface and an interior surface ; and a port extending between the interior chamber and an exterior of the pressure vessel ; and an annular flange extending radially from the port and having an exterior surface and an interior surface ; and an internal liner disposed within the outer shell and comprising: an exterior portion adjacent the exterior surface of the flange ; and an interior portion adjacent the interior surface of the flange ; an exterior portion adjacent the exterior surface of the flange ; and an interior portion adjacent the interior surface of the flange ;
A computer-readable storage medium including instructions that, upon execution by one or more computers, cause the one or more computers to implement a protocol selection service disposed within a service provider environment to: provide , to a client computing device and using a first communication channel associated with a first communication protocol of a plurality of communication protocols, access to a virtual desktop instance running on a server computer also disposed within the service provider environment; detect a request for a functionality from a user of the client computing device, the requested functionality unsupported by the first communication protocol; select , based on the requested functionality, a second communication protocol from a plurality of available communication protocols, the second communication protocol supporting the requested functionality; verify whether the user is authorized to use the second communication protocol; upon successful verification , establish a second communication channel between the server computing device and the client computing device using the second communication protocol; and switch over at least one of a plurality of functionalities, associated with the access to the virtual desktop instance, to the second communication channel, while providing at least another one of the plurality of functionalities to the client computing device using the first communication channel. provide , to a client computing device and using a first communication channel associated with a first communication protocol of a plurality of communication protocols, access to a virtual desktop instance running on a server computer also disposed within the service provider environment; detect a request for a functionality from a user of the client computing device, the requested functionality unsupported by the first communication protocol; select , based on the requested functionality, a second communication protocol from a plurality of available communication protocols, the second communication protocol supporting the requested functionality; verify whether the user is authorized to use the second communication protocol; upon successful verification , establish a second communication channel between the server computing device and the client computing device using the second communication protocol; and switch over at least one of a plurality of functionalities, associated with the access to the virtual desktop instance, to the second communication channel, while providing at least another one of the plurality of functionalities to the client computing device using the first communication channel.
A method comprising the steps of: providing a plurality of tabs to a first transfer position, the tabs traveling in a first tab path; providing a web for receiving said tabs, said web traveling in a web path, the web path being skew to the tab path at the first transfer position; and coupling said tabs to said web by urging a first tab applicator comprising at least first and second bump transfer surfaces against said web to urge said web into contact with a single tab at said first transfer position, wherein: the first bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about an axis at a peripheral velocity approximately equal to a linear velocity of said web, the second bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about a different axis to the first bump transfer surface at a peripheral velocity approximately equal to a linear velocity of said web, and said first tab applicator provides a plurality of spaced apart attachment sites between each tab and said web to improve adhesion between each tab and said web. providing a plurality of tabs to a first transfer position, the tabs traveling in a first tab path; providing a web for receiving said tabs, said web traveling in a web path, the web path being skew to the tab path at the first transfer position; and coupling said tabs to said web by urging a first tab applicator comprising at least first and second bump transfer surfaces against said web to urge said web into contact with a single tab at said first transfer position, wherein: the first bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about an axis at a peripheral velocity approximately equal to a linear velocity of said web, the second bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about a different axis to the first bump transfer surface at a peripheral velocity approximately equal to a linear velocity of said web, and said first tab applicator provides a plurality of spaced apart attachment sites between each tab and said web to improve adhesion between each tab and said web. the first bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about an axis at a peripheral velocity approximately equal to a linear velocity of said web, the second bump transfer surface of said first tab applicator is provided with a counterweight and in conjunction with said counterweight rotates about a different axis to the first bump transfer surface at a peripheral velocity approximately equal to a linear velocity of said web, and said first tab applicator provides a plurality of spaced apart attachment sites between each tab and said web to improve adhesion between each tab and said web.
A new, circulatory support device being adapted to use energy from the respiratory system of the patient himself, the support device comprising a pump which consists of a first chamber adapted to be connected to the blood circuit and a second chamber adapted to be connected to the respiratory system wherein blood is circulated in the blood circuit when air pressure variations induced during respiratory cycle cause pressure variations in the second chamber .
A solid-state imaging device comprising: a substrate ; a plurality of microlenses (6, 6a-6f) formed on one surface of the substrate ; and at least one concave lens formed at a boundary between adjacent ones of the plurality of microlenses (6, 6a-6f) and depressed toward the one surface of the substrate , characterized in that the concave lenses are arranged in a two-dimensional square lattice pattern, and the concave lenses each have a curvature radius (r) of 100 nm or less in the lateral cross section parallel to the direction in which the concave lenses are arranged and parallel to the thickness direction of the substrate , and on a 45-degree cross section parallel to the direction inclined by 45 degrees on the substrate relative to the direction in which the concave lenses are arranged and parallel to the thickness direction of the substrate . a substrate ; a plurality of microlenses (6, 6a-6f) formed on one surface of the substrate ; and at least one concave lens formed at a boundary between adjacent ones of the plurality of microlenses (6, 6a-6f) and depressed toward the one surface of the substrate , characterized in that the concave lenses are arranged in a two-dimensional square lattice pattern, and the concave lenses each have a curvature radius (r) of 100 nm or less in the lateral cross section parallel to the direction in which the concave lenses are arranged and parallel to the thickness direction of the substrate , and on a 45-degree cross section parallel to the direction inclined by 45 degrees on the substrate relative to the direction in which the concave lenses are arranged and parallel to the thickness direction of the substrate .
Ammoximation reactor for cyclohexanone oxime production, comprising: (a) a reactor vessel provided with a stirrer; (b) an internal filtering system; (c) an internal liquid ammonia evaporation coil installed at the bottom of the reactor vessel; (d) an internal gaseous ammonia toroidal distributor connected to the outlet end of the evaporation coil; (e) an external cyclohexanone toroidal distributor; (f) an internal hydrogen peroxide toroidal distributor; (g) an internal cylindrical draft tube; (h) an external cooling jacket; said internal filtering system being arranged between the internal cylindrical draft tube and the reactor vessel and comprising a set of tubular candles filters arranged in two concentric circular crowns, the bottom of each tubular candle filter being connected together to form two continuous toroidal connecting tubes; said external cyclohexanone toroidal distributor being endowed with circularly arranged oriented feeding nozzles configured to feed cyclohexanone tangentially into said vessel; said filtering system has a filtering area (square meter of the filtering surface of the tubular filters per each cubic meter per hour of the obtained liquid filtered reaction mixture) which ranges from 0.7 (m 2 x hour)/m 3 to 3 (m 2 x hour)/m 3 ; said internal cylindrical draft tube being suspended, through supports, in the centre of the reactor vessel; the ratio between the internal diameter of the cylindrical draft tube (D C ) and the internal diameter of said reactor vessel (D R ) ranges from 0.25 to 0.8; the tubular candles filters are respectively connected to the reactor vessel and to the cylindrical draft tube through supports. (a) a reactor vessel provided with a stirrer; (b) an internal filtering system; (c) an internal liquid ammonia evaporation coil installed at the bottom of the reactor vessel; (d) an internal gaseous ammonia toroidal distributor connected to the outlet end of the evaporation coil; (e) an external cyclohexanone toroidal distributor; (f) an internal hydrogen peroxide toroidal distributor; (g) an internal cylindrical draft tube; (h) an external cooling jacket;
Sound damper for a compressed-air system of a vehicle, in particular a utility vehicle, with a housing , with at least one air inlet and with at least one air outlet , with a noise-insulating material arranged in the housing and with at least one overpressure valve unit , characterised in that the overpressure valve unit is an overpressure valve unit that operates non-destructively, such that the overpressure valve unit operates reversibly and can be changed reversibly from an open position, in particular for discharging overpressure, and a closed position.
Turning device , in particular turning bar, for producing a multi-shelled concrete element, with at least one centring device , preferably two centring devices spaced apart from one another and facing one another, wherein the at least one centring device comprises a groove running along a longitudinal direction (L) for receiving a centring pin of a form pallet , wherein the groove comprises a groove bottom and two groove walls which face one another, and which extend between the groove bottom and a groove opening opposite the groove bottom , characterized in that the groove narrows at least in sections starting from the groove bottom in the direction of the groove opening .
A processor-implemented method comprising: determining , by a multi-route robot planner , a route plan of a first node based on an order value associated with the first node, wherein the first node has a plurality of order slots each having an order value associated therewith, the order value is a measure of distance from the first node to one or more second nodes in a network and determines which order slot to occupy; sending , by a multi-route robot planner , the determined route plan of the first node to the one or more second nodes in the network; generating , by a multi-route robot planner , a new route plan, in response to sending the determined route plan to the one or more second nodes, wherein the new route plan is generated based on an order cost threshold and robot wait time estimate associated with the first node such that the new route plan is the one which can be traveled fastest with minimum order value; and optimizing , by a multi-route robot planner , the generated new route plan of the first node to obtain an optimized new route plan, wherein the optimization comprises computing a new order value of the first node based on a change in order value of the one or more second nodes. determining , by a multi-route robot planner , a route plan of a first node based on an order value associated with the first node, wherein the first node has a plurality of order slots each having an order value associated therewith, the order value is a measure of distance from the first node to one or more second nodes in a network and determines which order slot to occupy; sending , by a multi-route robot planner , the determined route plan of the first node to the one or more second nodes in the network; generating , by a multi-route robot planner , a new route plan, in response to sending the determined route plan to the one or more second nodes, wherein the new route plan is generated based on an order cost threshold and robot wait time estimate associated with the first node such that the new route plan is the one which can be traveled fastest with minimum order value; and optimizing , by a multi-route robot planner , the generated new route plan of the first node to obtain an optimized new route plan, wherein the optimization comprises computing a new order value of the first node based on a change in order value of the one or more second nodes.
A heated sensitive film sensor obtained by integrated circuit manufacturing technology, comprising: • an insulating substrate bearing a sensitive layer ; • two complementary measuring electrodes (E1, E2) in the form of two adjacent conductive tracks arranged in electrical contact with the sensitive layer to measure the resistivity of the sensitive layer between the two conductive electrodes; • a heating element in the form of a resistive track arranged on the substrate to heat an active area of the sensitive layer, the resistive track comprising at least three power supply points (0, Vh') evenly spaced along a length of the resistive track, whereby the resistive track is divided into a plurality of segments between the power supply points; and • the resistive track has successive U-shaped arcs; characterised in that : • a first of the two electrode tracks penetrates at least one of the arcs of the resistive track and extends parallel to the arc, forming a second arc adjacent to the arc of the resistive track; and • the second of the two electrode tracks enters the second arc and is adjacent to the second arc. • an insulating substrate bearing a sensitive layer ; • two complementary measuring electrodes (E1, E2) in the form of two adjacent conductive tracks arranged in electrical contact with the sensitive layer to measure the resistivity of the sensitive layer between the two conductive electrodes; • a heating element in the form of a resistive track arranged on the substrate to heat an active area of the sensitive layer, the resistive track comprising at least three power supply points (0, Vh') evenly spaced along a length of the resistive track, whereby the resistive track is divided into a plurality of segments between the power supply points; and • the resistive track has successive U-shaped arcs; • a first of the two electrode tracks penetrates at least one of the arcs of the resistive track and extends parallel to the arc, forming a second arc adjacent to the arc of the resistive track; and • the second of the two electrode tracks enters the second arc and is adjacent to the second arc.
A method of wireless communication performed by a user equipment, UE,, comprising: determining to report first channel state information, CSI, wherein the first CSI is periodic CSI and is associated with a first parameter that corresponds to a first priority level and indicates an ultra-reliable low latency communications, URLLC, service type; prioritizing the first CSI over second CSI being aperiodic CSI, which is associated with a second parameter that corresponds to a second priority level and indicates an enhanced mobile broadband, eMBB, service type, based at least in part on the first parameter and the second parameter; and transmitting an indication of the first CSI and dropping the second CSI based at least in part on prioritizing the first CSI over the second CSI. determining to report first channel state information, CSI, wherein the first CSI is periodic CSI and is associated with a first parameter that corresponds to a first priority level and indicates an ultra-reliable low latency communications, URLLC, service type; prioritizing the first CSI over second CSI being aperiodic CSI, which is associated with a second parameter that corresponds to a second priority level and indicates an enhanced mobile broadband, eMBB, service type, based at least in part on the first parameter and the second parameter; and transmitting an indication of the first CSI and dropping the second CSI based at least in part on prioritizing the first CSI over the second CSI.
A system including a control station and a device, for example an aerial lift, controlled by said control station, said control station including at least one control device for controlling at least one action of the controlled device, said control device comprising a haptic interface comprising at least one user interaction element , and a controller configured to send commands to the haptic interface to generate haptic stimulations at the user interaction element based at least on information relating to a state of the controlled device and/or its environment, said haptic interface includes means for generating a kinaesthetic stimulation, characterized in that the system also includes means for measuring the relative orientation of the user interaction element and at least one part of the controlled device, and int that the controller is configured such that, based on the information provided by the means for measuring the relative orientation between the control device and the controlled device, it controls the means for generating a kinaesthetic stimulation such that the control device is only displaceable along a direction parallel to the direction of displacement of said at least one part of the controlled device.