mhurhangee/patent-ind-claim-en huggingface dataset:
A method for communicating between operative nodes constituting a network of a network-distributed process control system comprising a Programmable Logic Controller, PLC , each operative node being configured by a node configuration comprising at least one network role, the method comprising reading out tag data of the PLC by an operative node , characterised by making available the tag data to other operative nodes of the system by - applying in the system tags that each have at least one assigned operative node configured as a source node and at least one assigned operative node configured as a sink node , and - establishing a bidirectional communication connection between the nodes of each node pair that is assigned to the same tag and consists of a source node and a sink node , the bidirectional communication comprising - transferring the tag data from the source node to the sink node , and - sending a command to be executed from the sink node to the source node , the command relating to the tag data of the assigned tag or to a scheduling of a data transfer, wherein the command comprises a tag data write request and/or a message for controlling the scheduling of transferring the tag data. - applying in the system tags that each have at least one assigned operative node configured as a source node and at least one assigned operative node configured as a sink node , and - establishing a bidirectional communication connection between the nodes of each node pair that is assigned to the same tag and consists of a source node and a sink node , the bidirectional communication comprising - transferring the tag data from the source node to the sink node , and - sending a command to be executed from the sink node to the source node , the command relating to the tag data of the assigned tag or to a scheduling of a data transfer, wherein the command comprises a tag data write request and/or a message for controlling the scheduling of transferring the tag data. - transferring the tag data from the source node to the sink node , and - sending a command to be executed from the sink node to the source node , the command relating to the tag data of the assigned tag or to a scheduling of a data transfer, wherein the command comprises a tag data write request and/or a message for controlling the scheduling of transferring the tag data.
A radio frequency (RF) transmit-receive coil for a magnetic resonance (MR) imaging system, the RF transmit-receive coil comprising a vital signs detector for the detection of vital signs of a patient within the magnetic resonance (MR) imaging system, wherein the vital signs detector is integrated in the RF transmit-receive coil , wherein a pair of electrically conducting coil elements of the RF transmit-receive coil forms the vital signs detector , wherein the vital signs detector is a capacitive vital signs detector , wherein the capacitive vital signs detector is an electrocardiography (ECG) sensor being adapted for receiving ECG signals.
An attachment feature for a leadless biostimulator , comprising: a base including a distal flange having a flange port surrounding a central axis ; a button including a proximal button face having a face port surrounding the central axis ; and a stem extending between the base and the button , wherein the attachment feature includes an internal cavity extending along the central axis from the face port to the flange port through the stem , characterized in that the stem has a tubular structure including a transverse profile extending around the central axis . a base including a distal flange having a flange port surrounding a central axis ; a button including a proximal button face having a face port surrounding the central axis ; and a stem extending between the base and the button , wherein the attachment feature includes an internal cavity extending along the central axis from the face port to the flange port through the stem , characterized in that the stem has a tubular structure including a transverse profile extending around the central axis .
A glass ceramic sheet intended in particular to be used as a surface of a furniture unit and/or as a worktop, and comprising, at least in one of its faces, in particular its lower face , at least one connection element of a height less than or equal to 10 cm, said connection element comprising at least one part that is magnetized or capable of being attracted by a magnet, characterized in that said connection element a rail made of a non-magnetic material comprising a cavity wherein a magnetized bar or a magnetic coating like a paint or foil is arranged.
A wire material for an elastic member for producing an elastic member, the wire material comprising: inner circumferential-side reinforced fibers that are wound in a spiral form; outer circumferential-side reinforced fibers that are provided on an outer circumference of the inner circumferential-side reinforced fibers; and thermosetting resin that is provided in at least a part of the inner circumferential-side reinforced fibers and the outer circumferential-side reinforced fibers and firmly fixes the reinforced fibers with each other, wherein an angle (θ 1 ) formed by a winding direction (Y20) of the inner circumferential-side reinforced fibers and a center axis (N10) of the winding is 70° to 110°, and characterized in that an angle (θ 2 ) formed by the center axis (N10) of the winding of the outer circumferential-side reinforced fibers and the winding direction (Y21) of the outer circumferential-side reinforced fibers is 40° to 50°. inner circumferential-side reinforced fibers that are wound in a spiral form; outer circumferential-side reinforced fibers that are provided on an outer circumference of the inner circumferential-side reinforced fibers; and thermosetting resin that is provided in at least a part of the inner circumferential-side reinforced fibers and the outer circumferential-side reinforced fibers and firmly fixes the reinforced fibers with each other, wherein an angle (θ 1 ) formed by a winding direction (Y20) of the inner circumferential-side reinforced fibers and a center axis (N10) of the winding is 70° to 110°, and characterized in that an angle (θ 2 ) formed by the center axis (N10) of the winding of the outer circumferential-side reinforced fibers and the winding direction (Y21) of the outer circumferential-side reinforced fibers is 40° to 50°.
A chair , in particular a swivel chair, comprising - a seat element that is displaceable by a displacement movement (VB), - a backrest element that is pivotable about a first axis (A1) with a pivoting movement (SB), and - a transmission that couples the displacement movement (VB) to the pivoting movement (SB), wherein the transmission -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point (D1) and a rear pivot point (D2), wherein the seat element is pivotable by way of a joint about a second axis (A2) for a lateral tilting movement (KB) formed in addition to the displacement movement (VB), wherein the second axis (A2) extends obliquely, in particular perpendicularly, to the first axis (A1), and wherein the joint is preferably integrated in the rear pivot point (D2), characterized in that the joint is a cardan joint or a ball joint. - a seat element that is displaceable by a displacement movement (VB), - a backrest element that is pivotable about a first axis (A1) with a pivoting movement (SB), and - a transmission that couples the displacement movement (VB) to the pivoting movement (SB), wherein the transmission -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point (D1) and a rear pivot point (D2), -- comprises a kinematic chain that has at least one elastic storage element with a restoring force that returns the backrest element and seat element to an initial position, and -- is pivotably connected to the seat element via a front pivot point (D1) and a rear pivot point (D2), wherein the seat element is pivotable by way of a joint about a second axis (A2) for a lateral tilting movement (KB) formed in addition to the displacement movement (VB), wherein the second axis (A2) extends obliquely, in particular perpendicularly, to the first axis (A1), and wherein the joint is preferably integrated in the rear pivot point (D2), characterized in that the joint is a cardan joint or a ball joint.
A gas turbine combustor assembly , comprising: a fuel injector ; a dome stator around the fuel injector; and a dome sleeve coupled to the dome stator by a finger joint coupling, the dome sleeve defining: an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, wherein the fuel injector, the dome stator, and the dome sleeve are positioned along a shared axis, and the air inlet opening is a radial air inlet disposed radially about the shared axis, wherein movement of the dome sleeve relative to the dome stator is allowed in the axial direction, but inhibited in all other directions. a fuel injector ; a dome stator around the fuel injector; and a dome sleeve coupled to the dome stator by a finger joint coupling, the dome sleeve defining: an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, wherein the fuel injector, the dome stator, and the dome sleeve are positioned along a shared axis, and the air inlet opening is a radial air inlet disposed radially about the shared axis, wherein movement of the dome sleeve relative to the dome stator is allowed in the axial direction, but inhibited in all other directions.
A liquid ring pump comprising: a pump head having an inlet opening , an outlet opening , and an anti-cavitation opening ; a pump housing coupled to the pump head and defining a chamber that is substantially enclosed by the pump housing and the pump head ; a rotor at least partially disposed in the chamber ; a port member disposed in the chamber and positioned adjacent the rotor , the port member including a wall that defines an inlet port , a discharge port , and an anti-cavitation port each separate from the others; and a plurality of blades arranged around a rotational axis of the rotor , wherein each pair of adjacent blades partially define a bucket therebetween, and wherein each bucket rotates from a first position (G) in which the bucket is positioned between the discharge port and the inlet port , to a second position (H) in which the bucket is in fluid communication with the inlet port to draw fluid into the bucket , to a third position (J) in which the bucket is in fluid communication with the anti- cavitation port to admit fluid to a fourth position and to a fifth position (L) in which the bucket is in fluid communication with the discharge port to discharge the fluid within the bucket characterized in that in the fourth position (K) the bucket is in fluid communication with the anti-cavitation port to admit fluid into the bucket and in fluid communication with the discharge port to discharge fluid within the bucket . a pump head having an inlet opening , an outlet opening , and an anti-cavitation opening ; a pump housing coupled to the pump head and defining a chamber that is substantially enclosed by the pump housing and the pump head ; a rotor at least partially disposed in the chamber ; a port member disposed in the chamber and positioned adjacent the rotor , the port member including a wall that defines an inlet port , a discharge port , and an anti-cavitation port each separate from the others; and a plurality of blades arranged around a rotational axis of the rotor , wherein each pair of adjacent blades partially define a bucket therebetween, and wherein each bucket rotates from a first position (G) in which the bucket is positioned between the discharge port and the inlet port , to a second position (H) in which the bucket is in fluid communication with the inlet port to draw fluid into the bucket , to a third position (J) in which the bucket is in fluid communication with the anti- cavitation port to admit fluid to a fourth position and to a fifth position (L) in which the bucket is in fluid communication with the discharge port to discharge the fluid within the bucket characterized in that in the fourth position (K) the bucket is in fluid communication with the anti-cavitation port to admit fluid into the bucket and in fluid communication with the discharge port to discharge fluid within the bucket .
A surgical robotic arm drape for enveloping a portion of a robotic arm, the drape comprising a sheet configured to define a cavity for housing a portion of a robotic arm , the sheet comprising an interior surface and an exterior surface , the drape being characterised by a power cable interposed between the interior and exterior surfaces of the sheet for use in a surgical procedure, the power cable comprising a conductive core surrounded by a sheath formed from material of the sheet, wherein the material of the sheet interfaces directly with the conductive core.
A headlamp for stationary mounting in an interior or exterior space, in particular a stadium headlamp, the headlamp comprising a plurality of clusters each having a plurality of LEDs , the clusters being arranged in the headlamp at a distance from one another, wherein individual ones of the LEDs in each of the clusters can be switched on and off and/or dimmed independently of at least some of the remaining LEDs in the cluster, wherein each of the clusters has its own optical system for all the LEDs in the relevant cluster in each case, and wherein the LED clusters each have an arrangement of LEDs which is symmetrical to two mirror planes, wherein the mirror planes have the perpendicular bisector through the cluster as common degrees of intersection and are perpendicular to one another, characterized in that the LEDs in each of the clusters can be switched and/or dimmed separately in different patterns, which are each symmetrical with respect to said mirror planes, and the LEDs can also be switched or dimmed in patterns which are asymmetrical with respect to said mirror planes, wherein asymmetrical switching of the LEDs within the symmetrical arrangement achieves an asymmetrical light distribution curve.
A terminal apparatus comprising: a reception unit configured to receive, from a base station apparatus , an uplink grant on a physical downlink control channel; and a transmission unit configured to transmit based on the uplink grant, to the base station apparatus , a Medium Access Control Protocol Data Unit, MAC PDU, that includes a regular Buffer Status Report, BSR, wherein a MAC PDU is not generated in a case that the MAC PDU includes only a periodic BSR and there is no available data for an uplink transmission, and the periodic BSR is triggered in a case that a timer expires. a reception unit configured to receive, from a base station apparatus , an uplink grant on a physical downlink control channel; and a transmission unit configured to transmit based on the uplink grant, to the base station apparatus , a Medium Access Control Protocol Data Unit, MAC PDU, that includes a regular Buffer Status Report, BSR, wherein a MAC PDU is not generated in a case that the MAC PDU includes only a periodic BSR and there is no available data for an uplink transmission, and the periodic BSR is triggered in a case that a timer expires.
Passenger seat comprising: - a carrier structure ; - a backrest having a backrest surface being a front surface of the backrest against which a user of the passenger seat can lean when sitting on the passenger seat ; and - a seat element which is fastened to the carrier structure so as to be displaceable, relative to the backrest , in a direction of depth (T) of a seating surface of the seat element between a usable position and an out-of-use position, wherein, in its usable position, said seat element is arranged in such a way, relative to the backrest , that a front edge of said seat element that faces away from the backrest is arranged at a first distance (A1) from the backrest surface of said backrest , and wherein, in its out-of-use position, said seat element is received, at least partially, in a gap which is provided between a part of the carrier structure that carries said seat element and an edge of the backrest that faces towards said seat element , so that the front edge of the seat element is arranged at a second distance (A2) from the backrest surface of the backrest that is smaller than the first distance (A1), wherein the backrest is fastened to the carrier structure independently of the seat element , and wherein the seat element protrudes, in its out-of-use position, into the gap which is provided between that part of the carrier structure which carries the seat element and that edge of the backrest which faces towards said seat element , and fills up said gap , so that a rear edge of the seat element that faces towards the backrest when said seat element is in its usable position is arranged at a third distance (A3) from a rear side of the backrest . - a carrier structure ; - a backrest having a backrest surface being a front surface of the backrest against which a user of the passenger seat can lean when sitting on the passenger seat ; and - a seat element which is fastened to the carrier structure so as to be displaceable, relative to the backrest , in a direction of depth (T) of a seating surface of the seat element between a usable position and an out-of-use position, wherein, in its usable position, said seat element is arranged in such a way, relative to the backrest , that a front edge of said seat element that faces away from the backrest is arranged at a first distance (A1) from the backrest surface of said backrest , and wherein, in its out-of-use position, said seat element is received, at least partially, in a gap which is provided between a part of the carrier structure that carries said seat element and an edge of the backrest that faces towards said seat element , so that the front edge of the seat element is arranged at a second distance (A2) from the backrest surface of the backrest that is smaller than the first distance (A1),
Method for producing guide and/or alignment elements for at least one transporting belt of continuous conveyors of laundry machines, which at least one transporting belt is guided endlessly around lateral surfaces of at least two drums , characterized in that , for the purpose of forming the guide and/or alignment elements, at least one encircling strand composed of a flowable and/or pasty curable material is applied to the lateral surface of at least one drum and, following the application of the at least one encircling strand to the lateral surface of the at least one drum , said at least one encircling strand is cured.
Duct arrangement , having: a metal hose which is corrugated at least in some sections; an inner component which is arranged radially inside the metal hose at least over part of the length thereof; and at least one coupling element , which coupling element is arranged between an outer crest of the metal hose and an outer surface of the inner component and which coupling element is designed to damp the metal hose by mechanical coupling to the inner component , wherein the at least one coupling element makes contact, on the one hand, with an outer crest of the metal hose and, on the other hand, with the outer surface of the inner component , at least during operation of the duct arrangement ; characterised in that the inner component is in the form of a stripwound hose having profile gaps , and the coupling element is designed for engagement in profile gaps of the inner component and is preferably matched to a pitch of those profile gaps . a metal hose which is corrugated at least in some sections; an inner component which is arranged radially inside the metal hose at least over part of the length thereof; and at least one coupling element , which coupling element is arranged between an outer crest of the metal hose and an outer surface of the inner component and which coupling element is designed to damp the metal hose by mechanical coupling to the inner component , wherein the at least one coupling element makes contact, on the one hand, with an outer crest of the metal hose and, on the other hand, with the outer surface of the inner component , at least during operation of the duct arrangement ; characterised in that the inner component is in the form of a stripwound hose having profile gaps , and the coupling element is designed for engagement in profile gaps of the inner component and is preferably matched to a pitch of those profile gaps .