mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic flow meter comprising: - a housing formed by a monolithic polymer structure being cast in one piece, the monolithic structure including a flow tube defined by a first wall and a cavity partly defined by a second circumferential wall, the cavity being separated from the flow tube by the first wall, wherein the flow tube defines a through-going straight flow section arranged for passage of a fluid between an inlet and an outlet, and wherein a part of the first wall of the flow section is part of an inside surface of the cavity, so that the flow section and the cavity has a shared wall area; wherein the cavity is configured for housing: - two ultrasonic transducers positioned at the shared wall area to transmit ultrasonic signals through the first wall; - a measurement circuit operationally connected to the ultrasonic transducers so as to allow measurement of a flow rate of the fluid; - at least one battery for driving the measurement circuit; - a calculation circuit arranged to calculate a consumed quantity of the flowing fluid based on the measured flow rate of the fluid; and - a signal transmitter for wireless transmission of at least the consumed quantity of the flowing fluid; and wherein the ultrasonic flow meter further comprises a cover, the cavity is provided with only a single opening and a rim of the cavity is arranged for sealed connection with the cover. - a housing formed by a monolithic polymer structure being cast in one piece, the monolithic structure including a flow tube defined by a first wall and a cavity partly defined by a second circumferential wall, the cavity being separated from the flow tube by the first wall, wherein the flow tube defines a through-going straight flow section arranged for passage of a fluid between an inlet and an outlet, and wherein a part of the first wall of the flow section is part of an inside surface of the cavity, so that the flow section and the cavity has a shared wall area; - two ultrasonic transducers positioned at the shared wall area to transmit ultrasonic signals through the first wall; - a measurement circuit operationally connected to the ultrasonic transducers so as to allow measurement of a flow rate of the fluid; - at least one battery for driving the measurement circuit; - a calculation circuit arranged to calculate a consumed quantity of the flowing fluid based on the measured flow rate of the fluid; and - a signal transmitter for wireless transmission of at least the consumed quantity of the flowing fluid; and
Assembly comprising a blind frame and a casement frame, wherein - the casement frame is pivotally connected to the blind frame with at least one door hinge, wherein - the door hinge comprises a first connection means for connection to the blind frame and a second connection means for connection to the casement frame, wherein the blind frame is equipped with a prechamber serving substantially only for receiving the first connection means, wherein the first connection means is accommodated in the prechamber, characterised in that the prechamber extends perpendicularly away from a blind frame plane, such that the first connection means is accommodated parallel to the blind frame plane in the prechamber. - the casement frame is pivotally connected to the blind frame with at least one door hinge, wherein - the door hinge comprises a first connection means for connection to the blind frame and a second connection means for connection to the casement frame, wherein
An article with compression effect (1, 2, 10, 11, 20, 26, 27, 28) comprising: - an integrally knitted item (3, 18, 25) comprising at least a first knitted tubular element (4, 12, 21) and a second knitted tubular element (5, 13, 22), each having an upper end (4a, 5a, 12a, 13a, 21a, 22a) and an open lower end (4b, 5b, 12b, 13b, 21b, 22b), - the first tubular element being joined to the second tubular element at their lower ends (4b, 5b), - the first tubular element comprising a first anterior portion and a first posterior portion, at its lower end, - the second tubular element comprising a second anterior portion and a second posterior portion at its lower end, the article being characterized in that: - said at least first and second tubular elements each comprise a number of columns of stitches measured according to standard NF EN 14971 April 2006, and possibly rows of stitches, per centimeter greater than or equal to 8, - the knitted first anterior portion and second anterior portion overlap on at least one stitch, preferably at least three stitches, and - said first and second anterior portions not being overlapped by the first and second posterior portions. - an integrally knitted item (3, 18, 25) comprising at least a first knitted tubular element (4, 12, 21) and a second knitted tubular element (5, 13, 22), each having an upper end (4a, 5a, 12a, 13a, 21a, 22a) and an open lower end (4b, 5b, 12b, 13b, 21b, 22b), - the first tubular element being joined to the second tubular element at their lower ends (4b, 5b), - the first tubular element comprising a first anterior portion and a first posterior portion, at its lower end, - the second tubular element comprising a second anterior portion and a second posterior portion at its lower end, the article being characterized in that: - said at least first and second tubular elements each comprise a number of columns of stitches measured according to standard NF EN 14971 April 2006, and possibly rows of stitches, per centimeter greater than or equal to 8, - the knitted first anterior portion and second anterior portion overlap on at least one stitch, preferably at least three stitches, and - said first and second anterior portions not being overlapped by the first and second posterior portions. - said at least first and second tubular elements each comprise a number of columns of stitches measured according to standard NF EN 14971 April 2006, and possibly rows of stitches, per centimeter greater than or equal to 8, - the knitted first anterior portion and second anterior portion overlap on at least one stitch, preferably at least three stitches, and - said first and second anterior portions not being overlapped by the first and second posterior portions.
A method of performing a re-establishment procedure in a mobile communication system, the method comprising: receiving, by a packet data convergence protocol "PDCP" entity, at least one PDCP data unit; performing, by the PDCP entity, an integrity check on the at least one PDCP data unit; indicating, by the PDCP entity, an integrity check failure to a radio resource control "RRC" entity if the integrity check fails with regard to the at least one PDCP data unit; and performing, by the RRC entity, a re-establishment procedure upon integrity check failure indication from the PDCP entity, wherein the at least one PDCP data unit is for a control plane. receiving, by a packet data convergence protocol "PDCP" entity, at least one PDCP data unit; performing, by the PDCP entity, an integrity check on the at least one PDCP data unit; indicating, by the PDCP entity, an integrity check failure to a radio resource control "RRC" entity if the integrity check fails with regard to the at least one PDCP data unit; and performing, by the RRC entity, a re-establishment procedure upon integrity check failure indication from the PDCP entity, wherein the at least one PDCP data unit is for a control plane.
Device for mixing and dispensing a pasty mass, in particular a bone cement, comprising a cartridge (9, 80) that is open or openable on two ends, in which cartridge (9, 80) a mixing element (1, 91) and a feed plunger is arranged, whereby the feed plunger being in a starting position is arranged in the region of a first cartridge end, the mixing element (1, 91) is arranged on a mixing rod (2, 89), the mixing rod (2, 89) extending through the feed plunger into the cartridge inside, the mixing rod (2, 89) and the feed plunger and the cartridge (9, 80) together form a tight connection that seals the cartridge inside of the device with respect to the exterior, whereby the feed plunger is arranged such as to be axially mobile on the mixing rod (2, 89) and in the cartridge (9, 80), characterized in that at least one clamping jaw (18, 78) is arranged on the feed plunger in appropriate manner such that the at least one clamping jaw (18, 78) is pressable against the mixing rod (2, 89) by means of a locking element (5, 79), such that the mixing rod (2, 89) is no longer shiftable with respect to the feed plunger, wherein the locking element (5, 79) is a part of the feed plunger, that is shiftable on the mixing rod (2, 89) in axial direction with respect to the remaining feed plunger and, upon the locking element (5, 79) being slid or plugged together with the remaining feed plunger, presses the at least one clamping jaw (18, 78) onto the mixing rod (2, 89) such that the mixing rod (2, 89) is no longer shiftable with respect to the feed plunger.
A method for wireless communication performed by a user equipment, UE (104, 204, 506), participating in a sidelink communications group, comprising: communicating with one or more member UEs (502, 504) of the sidelink communications group; and transmitting group presence announcement messages for the sidelink communications group based on a determination, based on communicating with the one or more member UEs (502, 504), of at least a transmit power for the group presence announcement messages and that the UE (104, 204, 506) is expected to transmit the group presence announcement messages for the sidelink communications group, wherein the UE (104, 204, 506) is one of a subset of member UEs of the sidelink communications group that transmits the group presence announcement messages for the sidelink communications group. communicating with one or more member UEs (502, 504) of the sidelink communications group; and transmitting group presence announcement messages for the sidelink communications group based on a determination, based on communicating with the one or more member UEs (502, 504), of at least a transmit power for the group presence announcement messages and that the UE (104, 204, 506) is expected to transmit the group presence announcement messages for the sidelink communications group, wherein the UE (104, 204, 506) is one of a subset of member UEs of the sidelink communications group that transmits the group presence announcement messages for the sidelink communications group.
Device for supporting and movably guiding a chair in a guide slot that is provided in a housing, is formed as a slotted guide and comprises a support that is movable in the guide slot and supports a chair receptacle of the chair, the support comprising a guide carriage (4.1) and being movable along a guide rail arranged inside the slotted guide, the guide rail being formed as a monorail guide that is formed in the centre of the slotted guide and which is assigned to the outer edges (3.1) of the longitudinal sides of the slotted guide adjacent carriage bodies of the guide carriage (4.1), the housing comprising a hollow profiled element having a substantially C-shaped or substantially rectangular cross section and being provided with at least one movement groove (25, 26) in the hollow cover profiled part thereof facing the chair, through which groove a part of the chair receptacle is guided, characterised in that the housing as a whole, together with the guide rail and the support, can be moved into a position that is inclined relative to the horizontal by means of height adjusters.
An aircraft propulsion unit comprising a first fan spool, a second fan spool, a first air passage duct extending downstream of the first fan spool and a second air passage duct extending downstream of the second fan spool, the propulsion unit comprising: - a control ring disposed on the first duct downstream of the first fan spool, an internal annular wall of the control ring extending into an interior space of the first duct, a control unit of the control ring being configured to modify a shape of said internal wall and to vary an air passage cross section at the ring, - a device for acquiring acoustic signals generated by the acoustic waves propagating downstream of the fan spools, - a device for processing said acoustic signals, said device being configured to measure dephasing between said acoustic waves and control the control ring depending on said dephasing. - a control ring disposed on the first duct downstream of the first fan spool, an internal annular wall of the control ring extending into an interior space of the first duct, a control unit of the control ring being configured to modify a shape of said internal wall and to vary an air passage cross section at the ring, - a device for acquiring acoustic signals generated by the acoustic waves propagating downstream of the fan spools, - a device for processing said acoustic signals, said device being configured to measure dephasing between said acoustic waves and control the control ring depending on said dephasing.
A friction stir welding method in which a tool is moved being rotated along portions (11 to 14, C1 to C4; 11 to 14, D1 to D4) to be joined of a work piece, the portions including a corner (C1 to C4; D1 to D4) with a smaller curvature that connect two portions (11 to 14) with larger curvatures, the method comprising the steps of: setting the work piece on a supporting member; rotating the tool around a center axis of the tool; moving the tool toward the work piece to penetrate a portion of the tool into the work piece at the portions to be joined; and moving and turning the tool along the portions to be joined, wherein a rotation speed of the tool around the center axis of the tool is controlled according to a relative positional relationship between the tool and the work piece so that the rotational speed is decreased to be smaller at the corner (C1 to C4; D1 to D4) with the smaller curvature than the rotation speed of the tool around the center axis of the tool at the portions (11 to 14) with the larger curvatures. setting the work piece on a supporting member; rotating the tool around a center axis of the tool; moving the tool toward the work piece to penetrate a portion of the tool into the work piece at the portions to be joined; and moving and turning the tool along the portions to be joined, wherein a rotation speed of the tool around the center axis of the tool is controlled according to a relative positional relationship between the tool and the work piece so that the rotational speed is decreased to be smaller at the corner (C1 to C4; D1 to D4) with the smaller curvature than the rotation speed of the tool around the center axis of the tool at the portions (11 to 14) with the larger curvatures.
Bipolar plate for a fuel cell system, having: a cathode-side plate, having a first channel structure for an oxygen-containing reactant on a first side and a second channel structure for a coolant on a second side, and an anode-side plate, having a first channel structure for a fuel-containing reactant on a first side and a second channel structure for a coolant on a second side, where the cathode-site plate and the anode-side plate adjoin one another by their second sides (12, 22) for the coolant, characterized in that the first channel structure of the cathode-side plate differs geometrically from the second channel structure of the cathode-side plate, characterized in that the cathode-side plate, viewed in a direction transverse to individual channels (k1, k2, km) of the first channel structure and of the second channel structure, alternately has a channel (km) for the coolant and two channels (k1, k2) for the oxygen-containing reactant. a cathode-side plate, having a first channel structure for an oxygen-containing reactant on a first side and a second channel structure for a coolant on a second side, and an anode-side plate, having a first channel structure for a fuel-containing reactant on a first side and a second channel structure for a coolant on a second side, where the cathode-site plate and the anode-side plate adjoin one another by their second sides (12, 22) for the coolant, characterized in that the first channel structure of the cathode-side plate differs geometrically from the second channel structure of the cathode-side plate, characterized in that the cathode-side plate, viewed in a direction transverse to individual channels (k1, k2, km) of the first channel structure and of the second channel structure, alternately has a channel (km) for the coolant and two channels (k1, k2) for the oxygen-containing reactant.
A track maintenance machine having a tamping unit for tamping sleepers of a track lying in a ballast bed, including a tool carrier which is mounted for vertical adjustment on an assembly frame and on which tamping tools are arranged so as to be squeezable towards one another, wherein the tool carrier is coupled to a vertical adjustment drive actuated by means of a control device and wherein a control circuit is set up for controlling a lowering motion of the tool carrier, the control circuit including a controller, a setting device for the vertical adjustment drive and a measuring device for recording the lowering motion characterized in that the control circuit is provided with a computing unit and that a pre-control or a pre-filter is installed upstream of the controller, by means of which a command variable (w) can be adjusted wherein in the computer unit, a so-called iterative learning control algorithm is set up.
A rail fastening system for fastening a rail on a sleeper of a track system in an elastically force-fitted fashion, comprising at least one angular guide plate, which can be fixed on the sleeper with at least one screw, and at least one tension clamp, characterized in that the tension clamp arms of the tension clamp have curvature radii, wherein the ratio between adjacent curvature radii within each tension clamp arm is ≤ 1.9 and the ratio between the greatest and the smallest curvature radius is ≤ 3.8, and in that the ratio between the weight and the width of the angular guide plate amounts to < 1.3 g/mm, preferably about 1.25 g/mm.
A personal care composition, comprising: a. a compound of Formula at a concentration from 0.0001 wt % to 20 wt % of the composition; wherein R is selected from the group consisting of C 15 -C 23 conjugated dienes, C 15 -C 23 hydroxylated mono unsaturated alkenes, and C 15 -C 23 hydroxylated alkanes; wherein R1 is selected from the group consisting of H, C 1 -C 4 alkyl, - CH 2 OH, -CH 2 (CH 3)-OH,-[CH 2] 4 -NH 2, -CH 2 -CO 2 H, -[CH 2] 2 -CO 2 H, wherein R3 is -CO 2 H; -CH 2 CO 2 H; -CH 2 CH 2 CO 2 H; and b. a cosmetically acceptable carrier; the composition further comprising an organic sunscreen. a. a compound of Formula at a concentration from 0.0001 wt % to 20 wt % of the composition; wherein R is selected from the group consisting of C 15 -C 23 conjugated dienes, C 15 -C 23 hydroxylated mono unsaturated alkenes, and C 15 -C 23 hydroxylated alkanes; wherein R1 is selected from the group consisting of H, C 1 -C 4 alkyl, - CH 2 OH, -CH 2 (CH 3)-OH,-[CH 2] 4 -NH 2, -CH 2 -CO 2 H, -[CH 2] 2 -CO 2 H, wherein R3 is -CO 2 H; -CH 2 CO 2 H; -CH 2 CH 2 CO 2 H; and b. a cosmetically acceptable carrier; the composition further comprising an organic sunscreen.
Robust device for levelling sand at prescribed dimensions in a sewerage channel and for placing ducts in a sewerage channel, wherein it comprises a self-supporting housing of the exoskeleton type supported by a rail track, a levelling blade connected to the housing by swivelling rods, which is operated by an electro-mechanical gear driving a control rod, the top part of the blade being connected to a laser receiver by a removable graduated rod, the said device being operated by means of an actuating and control panel mounted on a removable supporting rod, a winch attached to the top part of said self-supporting housing, and an active device for placing ducts attached to the rear of said housing, oscillating both in a vertical plane and in a horizontal plane.
A clamp for establishing an electrical connection with a conductor, the clamp comprising: a first body; a second body, pivotally coupled to the first body, the first and second bodies defining a receiving region therebetween for receiving a conductor, the first and second bodies being biased towards each other at the receiving region to clamp a conductor; and a first shutter, movably coupled to the first body wherein the first body comprises a first edge portion, and the second body comprises a second edge portion, the first and second edge portions defining an opening into the receiving region, characterized by the clamp further comprising a second shutter, movably coupled to the second body, wherein the first and second shutters (112, 114) are biased into a position which restricts entry into the receiving region via the opening; and wherein the first and second shutters (112, 114) are biased to substantially cover the opening when the clamp is in a closed configuration in which the first and second bodies (102, 104) are proximate to each other at the receiving region. a first body; a second body, pivotally coupled to the first body, the first and second bodies defining a receiving region therebetween for receiving a conductor, the first and second bodies being biased towards each other at the receiving region to clamp a conductor; and a first shutter, movably coupled to the first body wherein the first body comprises a first edge portion, and the second body comprises a second edge portion, the first and second edge portions defining an opening into the receiving region, characterized by the clamp further comprising a second shutter, movably coupled to the second body, wherein the first and second shutters (112, 114) are biased into a position which restricts entry into the receiving region via the opening; and wherein the first and second shutters (112, 114) are biased to substantially cover the opening when the clamp is in a closed configuration in which the first and second bodies (102, 104) are proximate to each other at the receiving region.
A sensor comprising: a sensor array including: a plurality of passive imaging pixels; and a plurality of time of flight, TOF, imaging pixels; characterised by each TOF imaging pixel including: a constant current source electrically connected to a first node; an integrating capacitor electrically connected between the first node and a ground; a sampling transistor electrically connected between the first node and a second node; and a photodiode electrically connected between a base terminal of the sampling transistor and the ground for switching electrical connectivity through the sampling transistor in response to radiation incident on the photodiode. a plurality of passive imaging pixels; and a plurality of time of flight, TOF, imaging pixels; characterised by each TOF imaging pixel including: a constant current source electrically connected to a first node; an integrating capacitor electrically connected between the first node and a ground; a sampling transistor electrically connected between the first node and a second node; and a constant current source electrically connected to a first node; an integrating capacitor electrically connected between the first node and a ground; a sampling transistor electrically connected between the first node and a second node; and a photodiode electrically connected between a base terminal of the sampling transistor and the ground for switching electrical connectivity through the sampling transistor in response to radiation incident on the photodiode.