mhurhangee/ep-ind-claims huggingface dataset:
A method of performing Automatic Gain Control, or AGC, for a receiver of a device being served on a serving carrier of a multi-carrier communication network, wherein measurement gaps (220, 226) are scheduled on the serving carrier for inter-carrier measurements on a non-serving carrier, the method comprising: - determining a first time interval (252; 254; 258; 260) in which a predefined signal portion (240; 244, 246) is transmitted on the non-serving carrier; - estimating, for the first time interval (252; 254; 258; 260), received signal power on the non-serving carrier; - computing a receiver gain based on the estimated signal power characterised by - performing, over a second time interval (250; 256; 262; 264), an inter-carrier measurement on the non-serving carrier, wherein the first time interval and the second time interval are inside a same first measurement gap (220; 226), and wherein the receiver gain is applied not until the end of the second time interval; and - applying the receiver gain to the receiver after the second time interval (250; 256; 262; 264). - determining a first time interval (252; 254; 258; 260) in which a predefined signal portion (240; 244, 246) is transmitted on the non-serving carrier; - estimating, for the first time interval (252; 254; 258; 260), received signal power on the non-serving carrier; - computing a receiver gain based on the estimated signal power characterised by - performing, over a second time interval (250; 256; 262; 264), an inter-carrier measurement on the non-serving carrier, wherein the first time interval and the second time interval are inside a same first measurement gap (220; 226), and wherein the receiver gain is applied not until the end of the second time interval; and - applying the receiver gain to the receiver after the second time interval (250; 256; 262; 264).
A wedge of a lead-through system further comprising a frame, a number of modules and stay plates, which wedge is moveable between a first extreme and a second extreme, wherein the wedge comprises a first wedge element and a second wedge element placed in line with each other, and wherein the wedge comprises a third wedge element and a fourth wedge element placed on opposite sides of the first and second wedge elements (1, 2) and abutting the first and second wedge elements (1, 2) along sloping surfaces, wherein the wedge has distinct stops at the first and second extremes, which distinct stops are given by co-operating stop edges (16, 17,18, 23), characterised in that a first end of a screw is locked in a nut inside the second wedge element and that a second end of the screw is received in a socket, which socket is arranged fixed but rotatable in relation to the first wedge element.
A method for assembling a wire element with an electronic chip comprising the following steps: - arranging the wire element in a groove (4a, 4b) of the chip delineated by a first element and a second element connected by a link element comprising a plastically deformable material and, - clamping the first and second elements (8, 8') to deform the link element until fixing of the wire element is achieved in the groove. - arranging the wire element in a groove (4a, 4b) of the chip delineated by a first element and a second element connected by a link element comprising a plastically deformable material and, - clamping the first and second elements (8, 8') to deform the link element until fixing of the wire element is achieved in the groove.
A wind turbine generator (WTG, 1) comprising an electric generator and a rotating shaft transmitting rotational movement to the electric generator, the electrical generator comprising an electric generator bearing assembly being grease lubricated, the electric generator bearing assembly comprising: a ball bearing supporting the rotating shaft, the ball bearing having a rotating portion on the rotating shaft, and a fixed portion, the rotating portion and the fixed portion being separated by bearing balls, and a suction provider, wherein the fixed portion of the ball bearing comprises at least one grease reservoir adjacent to the bearing balls for supplying the ball bearing with grease during rotational operation, the at least one grease reservoir being positioned on a first side of the ball bearing, the at least one grease reservoir being rechargeable from a lubrication system, the at least one grease reservoir further having a shape so that a point of the at least one grease reservoir being closest to the rotating shaft and a grease inlet of the ball bearing are adjoining, and wherein the suction provider is positioned on a second side of the ball bearing, said second side being opposite the said first side of the ball bearing, and wherein the suction provider, during rotation of the rotating shaft, creates a pressure which is lower than atmospheric pressure, so as to create a suction of grease through the ball bearing from the at least one grease reservoir, which aids in distributing the grease in the ball bearing. a ball bearing supporting the rotating shaft, the ball bearing having a rotating portion on the rotating shaft, and a fixed portion, the rotating portion and the fixed portion being separated by bearing balls, and a suction provider, wherein the fixed portion of the ball bearing comprises at least one grease reservoir adjacent to the bearing balls for supplying the ball bearing with grease during rotational operation, the at least one grease reservoir being positioned on a first side of the ball bearing, the at least one grease reservoir being rechargeable from a lubrication system, the at least one grease reservoir further having a shape so that a point of the at least one grease reservoir being closest to the rotating shaft and a grease inlet of the ball bearing are adjoining, and wherein the suction provider is positioned on a second side of the ball bearing, said second side being opposite the said first side of the ball bearing, and wherein the suction provider, during rotation of the rotating shaft, creates a pressure which is lower than atmospheric pressure, so as to create a suction of grease through the ball bearing from the at least one grease reservoir, which aids in distributing the grease in the ball bearing.
A method for providing location data of a mobile device using a web service, comprising: receiving location data associated with a mobile device, the mobile device operable to transmit a wireless signal including corresponding location data; receiving, by the web service from a client, at least one criterion and a monitoring request comprising a request to monitor the location data associated with the mobile device as compared to the at least one criterion; extracting, by the web service, the at least one received criterion and storing the at least one received criterion in a monitoring configuration file; determining, by the web service, whether the monitoring configuration file includes at least one unsatisfied criterion; and if the monitoring configuration file includes at least one unsatisfied criterion: receiving additional location data associated with the mobile device; based on the received additional location data, determining whether one of the at least one unsatisfied criterion has been satisfied; and automatically communicating an alert to the client in response to the one of the at least one unsatisfied criterion being satisfied. receiving location data associated with a mobile device, the mobile device operable to transmit a wireless signal including corresponding location data; receiving, by the web service from a client, at least one criterion and a monitoring request comprising a request to monitor the location data associated with the mobile device as compared to the at least one criterion; extracting, by the web service, the at least one received criterion and storing the at least one received criterion in a monitoring configuration file; determining, by the web service, whether the monitoring configuration file includes at least one unsatisfied criterion; and if the monitoring configuration file includes at least one unsatisfied criterion: receiving additional location data associated with the mobile device; based on the received additional location data, determining whether one of the at least one unsatisfied criterion has been satisfied; and automatically communicating an alert to the client in response to the one of the at least one unsatisfied criterion being satisfied. receiving additional location data associated with the mobile device; based on the received additional location data, determining whether one of the at least one unsatisfied criterion has been satisfied; and automatically communicating an alert to the client in response to the one of the at least one unsatisfied criterion being satisfied.
An onboard powertrain for an automated guided vehicle, AGV, the onboard powertrain comprising: - a split-source inverter, SSI, having a plurality of electrical phases (V a, V b, V c), such as three electrical phases (Va, Vb, Vc), having at least one middle point pole, a separate positive DC-Link pole per phase of the SSI and a common negative DC-link pole; and - a battery and an inductor connected in series between the common negative DC-link pole and the middle point pole; characterized by a supercapacitor per electrical phase (V a, V b, V c) of the SSI, each connected between the common negative DC-link pole for the SSI and the separate positive DC-link pole per phase of the SSI. - a split-source inverter, SSI, having a plurality of electrical phases (V a, V b, V c), such as three electrical phases (Va, Vb, Vc), having at least one middle point pole, a separate positive DC-Link pole per phase of the SSI and a common negative DC-link pole; and - a battery and an inductor connected in series between the common negative DC-link pole and the middle point pole;
Aid to assist persons when rising from a sitting position to a standing position, in which a handle element is disposed between two frame elements (2.1 and 2.2) and is connected or capable of being connected to the frame elements (2.1 and 2.2); and at least one of the frame elements (2.1) has a length, or a length is capable of being set by way of at least one of the frame elements (2.1, 2.2), at which said at least one frame element (2.1), proceeding from the handle element, reaches at least down to the floor when said at least one frame element (2.1) at the handle element is encompassed by the hands of a sitting person; and an at least in regions elastic support element is fastened or capable of being fastened to the frame elements (2.1 and 2.2), said support element between the frame elements (2.1 and 2.2) being disposed at a height that covers the region of a minimum and a maximum tibial plateau height of a sitting person, characterized in that the floor-side end of at least one of the frame elements (2.1 and/or 2.2) is angled so as to be parallel to the floor on which the floor-side end is capable of being placed such that the angled region, when rising, is capable of being placed or positioned behind the foot of the respective person.
An oxygen detecting agent composition comprising a redox dye, a reducing agent and a basic substance, wherein the redox dye is an iron blue pigment and the reducing agent is lactose, wherein the iron blue pigment is a compound represented by the following general formula: MFe [Fe 6] wherein M represents NH 4, K, Na, or Fe.
A grid holder (200, 300, 400, 450, 500, 510, 520, 600, 700) for retaining a specimen grid for electron microscopy, the grid holder comprising: a body (52, 524) with a least one slot (4,6,8,456,506,512,522,616) formed therein, the slot (4,6,8) including an interior for receiving the specimen grid, the specimen grid being a flat disk with edges and a pair of opposing faces (102, 104), wherein one of the faces sides optionally has a specimen thereon; the slot (4,6,8) having a width and being sized to receive the specimen grid with the faces of the specimen grid oriented substantially in parallel to said width through an open top end, the slot (4,6,8) further having sides tapering in width from the top end to a bottom end,; and the slot (4,6,8) further configured to contact the specimen grid along edges of the specimen grid and to allow the specimen grid to be secured by engagement of the edges of the specimen grid and the tapered sides of the slot (4,6,8) without either face (102,104) of the specimen grid distant from the edges coming into contact with the interior wall of the slot (4,6,8). a body (52, 524) with a least one slot (4,6,8,456,506,512,522,616) formed therein, the slot (4,6,8) including an interior for receiving the specimen grid, the specimen grid being a flat disk with edges and a pair of opposing faces (102, 104), wherein one of the faces sides optionally has a specimen thereon; the slot (4,6,8) having a width and being sized to receive the specimen grid with the faces of the specimen grid oriented substantially in parallel to said width through an open top end, the slot (4,6,8) further having sides tapering in width from the top end to a bottom end,; and the slot (4,6,8) further configured to contact the specimen grid along edges of the specimen grid and to allow the specimen grid to be secured by engagement of the edges of the specimen grid and the tapered sides of the slot (4,6,8) without either face (102,104) of the specimen grid distant from the edges coming into contact with the interior wall of the slot (4,6,8).
Commercial vehicle superstructure (1,31) of a trailer or semitrailer, comprising at least one rail (4,32) extending in the longitudinal direction of the commercial vehicle superstructure (1,31), whereby at least one load securing device (8,35) is provided on the at least one rail (4,32) for attaching a securing means (7,41), wherein the load securing device (8,35) has at least one slide (11,36) held on the rail (4,32) for displacing the load securing device (8,35) along the rail (4,32), wherein the load securing device (8,35) has at least one fastening section (15,38,42) accessible from the loading space of the commercial vehicle superstructure (1,31) for fastening a securing means (7,41) to the load securing device (8,35), characterised in that the load securing device (8,35) and/or the rail (4,32) comprises a locking device (17,48) adjustable from a locking position into a displacement position and back, in that the slide (11,36) is held in the displacement position of the locking device (17,48), displaceable on the rail (4,32) in the longitudinal direction of the commercial vehicle superstructure (1,31), and in that the slide (11,36) is fixed to the rail (4,32) in the locking position of the locking device (17,48) in the longitudinal direction of the commercial vehicle superstructure (1,31).
A coasting control device which performs coasting control to disengage a clutch and reduce the number of revolutions per minute of an engine to a number of idle revolutions per minute when the engine is doing no work for the outside of the engine while the vehicle is in motion, characterized in that the coasting control device comprising gearshift prevention means for preventing a gearshift operation during coasting control by locking a shift lever.
A floating off-shore hydrocarbon gas processing plant arranged on a floating structure, wherein said floating structure floats on a body of water above a sea bed, wherein the floating structure is anchored to the sea bed via an anchor line (30, 230) being attached to an anchor point on the sea bed, and wherein a water intake hose is provided comprising a distal end projecting away from the floating structure into the body of water and a proximal end that is connected to the hydrocarbon gas processing plant to take up a flow of water from the body of water via the distal end and convey the flow of water to the floating structure through the water intake hose and the proximal end, characterized in that said water intake hose is mechanically connected to the anchor line (30, 230) at multiple locations along a length of the water intake hose and a length of the anchor line (30, 230).
A stretch blow moulding method for manufacturing a plastic container, concerning which a preform which is designed in an essentially tubelet-like manner with a neck part is inserted into a mould cavity of a blow moulding tool of a stretch blow moulding machine, is stretched with a stretching mandrel and is inflated in accordance with the mould cavity by way of overpressure with the help of a fluid, wherein a dome which connects onto a container section which is provided with at least one structure which projects or recedes with respect to the container wall, and which comprises the neck part of the preform is separated away, characterised in that at least one section of the structure is axially compressed to a settable extent within the blow moulding tool before the plastic container is removed from the mould.
A machine for in-register mounting of flexographic printing plates comprising a virtual data-processing system, a footing, at least one movable television camera, a monitor, position sensing means and a graphic memory, wherein the footing can support at least one printing plate cylinder, wherein a flexographic printing plate can be mounted on said plate cylinder, wherein said at least one television camera is connected to the monitor, is trained onto said cylinder, can slide parallel to said cylinder in order to check the correct positioning and mounting of the printing plate on said cylinder, can be associated with said positioning sensing means and can be connected functionally to means for the real-time processing and displaying of at least one composite image obtained by overlaying at least one digitized reference image and the image acquired by the at least one television camera, said at least one digitized reference image being a preprocessed graphical reproduction of the image to be printed associated with position values provided on a digital memory medium composed of the graphical memory associated with the position measurements, said composite image being obtained by transparent overlaying of said preprocessed graphical reproduction of the image to be printed and the image acquired by the at least one television camera and being suitable to allow the assigned operator to perform precise position comparisons in each instant between said preprocessed graphical reproduction of the image to be printed and the image of the printing plate mounted on said printing plate cylinder, acquired by said at least one television camera, so as to exactly align the printing plate on said cylinder, characterized in that said composite image bears portions of said digital graphical reproduction of the print mixed with portions of the actual image projected at each instant by said television camera.
A hinge for doors of electrical household appliances, comprising: - a box-shaped element and - a first lever pivoted on the box-shaped element by means of a pivot; one of either the box-shaped element or the first lever being fixable to a frame and the other of either the box-shaped element or the first lever being fixable to a door, to make the door tiltably movable relative to the frame between a closed position and an open position; - elastic means (8, 14) supported by the box-shaped element and adapted to apply an elastic action to the first lever, - a damping member for applying a damping action during the reciprocal motion of the first lever and the box-shaped element in the proximity of the closed position, the damping member comprising a gas or fluid cylinder - means for actuating the damping member, comprising a rocker lever oscillating about an axis fixed relative to the box-shaped element and a drive rod for driving the rocker lever, the rocker lever having a first arm adapted to engage the damping member and a second arm adapted to engage the drive rod, the drive rod being slidable along the box-shaped element, characterized in that it comprises a containment body for holding the damping member, the containment body being housed inside the box-shaped element, mounting the rocker lever and having a runner in which the drive rod slides. - a box-shaped element and - a first lever pivoted on the box-shaped element by means of a pivot; one of either the box-shaped element or the first lever being fixable to a frame and the other of either the box-shaped element or the first lever being fixable to a door, to make the door tiltably movable relative to the frame between a closed position and an open position; - elastic means (8, 14) supported by the box-shaped element and adapted to apply an elastic action to the first lever, - a damping member for applying a damping action during the reciprocal motion of the first lever and the box-shaped element in the proximity of the closed position, the damping member comprising a gas or fluid cylinder - means for actuating the damping member, comprising a rocker lever oscillating about an axis fixed relative to the box-shaped element and a drive rod for driving the rocker lever, the rocker lever having a first arm adapted to engage the damping member and a second arm adapted to engage the drive rod, the drive rod being slidable along the box-shaped element, characterized in that it comprises a containment body for holding the damping member, the containment body being housed inside the box-shaped element, mounting the rocker lever and having a runner in which the drive rod slides.
A method of limiting flow through a valve comprising a valve member and an actuator coupled to the valve member, the method comprising a plurality of iterations, each iteration comprising the steps of: reading a time series of signals from a flow sensor (5a, 5b) of the valve; producing a time series of flow rates from the time series of signals; producing an averaged series of values by determining a plurality of moving averages of the time series of flow rates; producing a first bounded series of values by replacing values of the averaged series that are below a lower threshold with values that equal the lower threshold; producing a second bounded series of values by replacing values of the first bounded series that exceed an upper threshold with values that equal the upper threshold; producing a maximum flow rate by applying a maximum filter to the second bounded series, the maximum filter returning the largest value of the second bounded series; reading a set point signal indicative of a flow rate through the valve; limiting the set point signal to the produced maximum flow rate; use the controller of the valve of claim 8 to produce an actuation signal from the limited set point signal; and transmitting the actuation signal to the actuator, the actuation signal causing the actuator to set a position of the valve member in accordance with the actuation signal. reading a time series of signals from a flow sensor (5a, 5b) of the valve; producing a time series of flow rates from the time series of signals; producing an averaged series of values by determining a plurality of moving averages of the time series of flow rates; producing a first bounded series of values by replacing values of the averaged series that are below a lower threshold with values that equal the lower threshold; producing a second bounded series of values by replacing values of the first bounded series that exceed an upper threshold with values that equal the upper threshold; producing a maximum flow rate by applying a maximum filter to the second bounded series, the maximum filter returning the largest value of the second bounded series; reading a set point signal indicative of a flow rate through the valve; limiting the set point signal to the produced maximum flow rate; use the controller of the valve of claim 8 to produce an actuation signal from the limited set point signal; and transmitting the actuation signal to the actuator, the actuation signal causing the actuator to set a position of the valve member in accordance with the actuation signal.