mhurhangee/ep-ind-claims huggingface dataset:
An operating device for a shovel, the shovel including a lower traveling body and an upper turning body turnably mounted on the lower traveling body, the operating device comprising: an operating lever; a switch installed within reach of an operator when the operator is operating the operating lever; and a controller (30, 30R) configured to disable the switch when the operator is operating the operating lever. an operating lever; a switch installed within reach of an operator when the operator is operating the operating lever; and a controller (30, 30R) configured to disable the switch when the operator is operating the operating lever.
A roller shutter mounting kit for a roof window, comprising a roller shutter box for at least temporarily and at least partially receiving a roller shutter, comprising roller shutter guide rails, which are rigidly fastened or which can be rigidly fastened to the roller shutter box, for guiding the roller shutter, and comprising a guide means, which is formed separately from the roller shutter body and which can be fastened to the roof window, wherein the guide means has at least one first positive-locking element (19, 20), and the roller shutter box has at least one second positive-locking element (21, 22), wherein one of the positive-locking elements (21, 22) has at least one positive-locking projection (25, 26), and the respective other one of the positive-locking elements (19, 20) has at least one positive-locking receptacle (23, 24) for receiving the positive-locking projection (25, 26), characterised in that the first positive-locking element (19, 20) and the second positive-locking element (21, 22) are designed such that, after being engaged with one another, they effect a guidance of the roller shutter box with respect to the guide means along a guide track within a guide region, and become disengaged outside of the guide region.
Escalator step comprising • a single-piece tread body having a tread element portion and a riser element portion, the tread element portion and the riser element portion forming an L-shaped cross section of the single-piece tread body, • two side cheeks (22, 23), which can be arranged on both sides of the single-piece tread body, • and at least one supporting profile, which can be arranged between the side cheeks (22, 23), characterized in that the single-piece tread body, the side cheeks (22, 23), and the supporting profile are formed as plug-in parts (21, 22, 23, 24) and comprise plug-in connections (37/53, 38/52, 39/54, 40/55, 41/68, 45/64, 66/67), by means of which plug-in connections (37/53, 38/52, 39/54, 40/55, 41/68, 45/64, 66/67) the supporting profile can be plugged to the side cheeks (22, 23), and the single-piece tread body can be plugged at least to the side cheeks (22, 23) to form an escalator step. • a single-piece tread body having a tread element portion and a riser element portion, the tread element portion and the riser element portion forming an L-shaped cross section of the single-piece tread body, • two side cheeks (22, 23), which can be arranged on both sides of the single-piece tread body, • and at least one supporting profile, which can be arranged between the side cheeks (22, 23),
A surgical bur comprising: a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a plurality of rake surfaces (184, 185) and a clearance surface, wherein the plurality of rake surfaces of one of the plurality of flutes are decoupled from each other; and a plurality of lands, each of the plurality of lands is disposed between a pair of the plurality of flutes. a plurality of flutes, wherein each of the plurality of flutes comprises a cutting edge, a plurality of rake surfaces (184, 185) and a clearance surface, wherein the plurality of rake surfaces of one of the plurality of flutes are decoupled from each other; and a plurality of lands, each of the plurality of lands is disposed between a pair of the plurality of flutes.
Shaped component as a connecting element for connecting two cable guide components (40,42) comprising a base metal-plate and at least two torsion tabs, wherein the torsion tabs include a torsion region and a tab head, wherein an extension of the torsion region perpendicular to a central longitudinal axis of the torsion tabs is smaller than an extension of the tab head perpendicular to a central longitudinal axis of the torsion tabs, and wherein the tab head comprises a clamping region and wherein the torsion tabs are detached from the base metal plate and project from a base plate plane.
A vehicle interior member obtained by further forming a cross-linked polyolefin resin foam, the cross-linked polyolefin resin foam obtained by cross-linking and foaming a polyolefin resin composition, the composition comprising a polyolefin resin-containing resin, azodicarbonamide, and at least one basic magnesium selected from the group consisting of magnesium oxide and magnesium hydroxide, wherein the amount of the basic magnesium included in the polyolefin resin composition is 0.05 to 0.5 parts by mass relative to 100 parts by mass of the resin, and the basic magnesium has an average particle diameter of 0.1 to 15 μm.
A computer-implemented method comprising: obtaining an indication of a fault in an alternating current power supply to a hydrogen-cooled dynamoelectric machine system; and extending a pre-purge cycle for the hydrogen-cooled dynamoelectric machine system in which a pump/motor system continues to provide lube oil to the hydrogen-cooled dynamoelectric machine system; characterized in that the method further comprises the steps: determining a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply; extending the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device; and sending instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold. obtaining an indication of a fault in an alternating current power supply to a hydrogen-cooled dynamoelectric machine system; and extending a pre-purge cycle for the hydrogen-cooled dynamoelectric machine system in which a pump/motor system continues to provide lube oil to the hydrogen-cooled dynamoelectric machine system; characterized in that the method further comprises the steps: determining a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply; extending the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device; and sending instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold. determining a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply; extending the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device; and sending instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold.
Method for particle separation, wherein a fluid with particles dispersed therein is subjected to a centrifugal action in at least two successive stages (2, 3) in order to separate particles having a different terminal velocity, comprising a regulation step carried out in an intermediate position between the stages, characterized in that the fluid coming from a first stage enters a second stage axially, and in that the regulation step comprises the introduction of a regulation fluid between said stages (2, 3), wherein the introduction takes place by providing a rotational velocity component to the regulation fluid.
A communications device (2002, 2020), comprising: a memory including stored beacon transmitter information, said beacon transmitter information including for a first beacon signal, information indicating a location of a first beacon transmitter which is a virtual beacon transmitter, and a transmit power level of the first beacon signal; and a processor configured to: determine, based on a location of a wireless terminal and the indicated location of said first beacon transmitter, a beacon signal to be reported, wherein the beacon signal is a virtual beacon signal; and communicate a message indicating reception of the beacon signal to be reported to the wireless terminal or a component in said wireless terminal which acts upon information indicating the receipt of one or more beacon signals. a memory including stored beacon transmitter information, said beacon transmitter information including for a first beacon signal, information indicating a location of a first beacon transmitter which is a virtual beacon transmitter, and a transmit power level of the first beacon signal; and a processor configured to: determine, based on a location of a wireless terminal and the indicated location of said first beacon transmitter, a beacon signal to be reported, wherein the beacon signal is a virtual beacon signal; and communicate a message indicating reception of the beacon signal to be reported to the wireless terminal or a component in said wireless terminal which acts upon information indicating the receipt of one or more beacon signals. determine, based on a location of a wireless terminal and the indicated location of said first beacon transmitter, a beacon signal to be reported, wherein the beacon signal is a virtual beacon signal; and communicate a message indicating reception of the beacon signal to be reported to the wireless terminal or a component in said wireless terminal which acts upon information indicating the receipt of one or more beacon signals.
An oven comprising means for producing heat, one or more enclosures comprising means for receiving one or more products to be cooked, defining a substantially horizontal plane, an opening, a platform extending in front of said opening, outside said enclosure(s) and comprising a continuous surface, at least one seal, flush with or having a part flush with said surface of the platform, means closing said opening comprising a first and a second wall (11 and 12), a lower edge, an upper edge and side edges, said closing means being able to go from a so-called "open" position to a so-called "closed" position, and vice versa, said lower edge of said closing means, when the latter are in the "closed" position, coming into contact with said seal, or said part of said seal, which is flush with the surface of the platform.
A markerless tracking device comprising: a source configured to direct a beam on a plurality of beam paths, where each beam path illuminates a distinct region of an object; a sensor configured to receive the beam reflected from each region in order to generate an image of each region; and a processor configured to: compare a plurality of neighbouring pairs of the generated images for corresponding neighbouring regions (142a-t) on the object; determine a beam trajectory (132a-n) for each of the plurality of neighbouring pairs of the generated images; and generate a metric for each beam trajectory (132a-n) which indicates suitability of the beam trajectory (132a-n), wherein the metric is generated by comparing the generated images of the corresponding neighbouring pair, the beam trajectory (132a-n) for each neighbouring pair is configured to be aimed at a region positioned between the corresponding regions (142a-t) of the neighbouring pair, and wherein the beam trajectory (132a-n) is a path over which the beam is to be directed by the source during markerless tracking of the object. a source configured to direct a beam on a plurality of beam paths, where each beam path illuminates a distinct region of an object; a sensor configured to receive the beam reflected from each region in order to generate an image of each region; and a processor configured to: compare a plurality of neighbouring pairs of the generated images for corresponding neighbouring regions (142a-t) on the object; determine a beam trajectory (132a-n) for each of the plurality of neighbouring pairs of the generated images; and generate a metric for each beam trajectory (132a-n) which indicates suitability of the beam trajectory (132a-n), wherein the metric is generated by comparing the generated images of the corresponding neighbouring pair, the beam trajectory (132a-n) for each neighbouring pair is configured to be aimed at a region positioned between the corresponding regions (142a-t) of the neighbouring pair, and wherein the beam trajectory (132a-n) is a path over which the beam is to be directed by the source during markerless tracking of the object. compare a plurality of neighbouring pairs of the generated images for corresponding neighbouring regions (142a-t) on the object; determine a beam trajectory (132a-n) for each of the plurality of neighbouring pairs of the generated images; and generate a metric for each beam trajectory (132a-n) which indicates suitability of the beam trajectory (132a-n), wherein the metric is generated by comparing the generated images of the corresponding neighbouring pair, the beam trajectory (132a-n) for each neighbouring pair is configured to be aimed at a region positioned between the corresponding regions (142a-t) of the neighbouring pair, and wherein the beam trajectory (132a-n) is a path over which the beam is to be directed by the source during markerless tracking of the object.
A method for reducing reverberation signal artifacts in ultrasound images comprising: receiving ultrasound echo signals which contain reverberation signal artifacts; processing the received ultrasound echo signals by envelope detection; detecting the presence of reverberation signal components in the ultrasound echo signals from the amplitude of the envelope detected ultrasound signals; the method being characterised by estimating time delays and amplitudes for reverberation signal correction from a simulation of the transmission of reverberation signals to virtual point sources, wherein estimating time delays and amplitudes for reverberations signal correction further comprises estimating reverberation signal components from the received echo signals; combining a plurality of A-lines of the ultrasound echo signals using the estimated time delays and amplitudes to reduce reverberation signal components in the combined A-lines, wherein combining a plurality of A-lines of the ultrasound echo signals using the estimated time delays and amplitudes to reduce reverberation signal components further comprises subtracting estimated reverberation signal components from the received ultrasound echo signals; and forming an ultrasound image using the combined A-lines. receiving ultrasound echo signals which contain reverberation signal artifacts; processing the received ultrasound echo signals by envelope detection; detecting the presence of reverberation signal components in the ultrasound echo signals from the amplitude of the envelope detected ultrasound signals; the method being characterised by estimating time delays and amplitudes for reverberation signal correction from a simulation of the transmission of reverberation signals to virtual point sources, wherein estimating time delays and amplitudes for reverberations signal correction further comprises estimating reverberation signal components from the received echo signals; combining a plurality of A-lines of the ultrasound echo signals using the estimated time delays and amplitudes to reduce reverberation signal components in the combined A-lines, wherein combining a plurality of A-lines of the ultrasound echo signals using the estimated time delays and amplitudes to reduce reverberation signal components further comprises subtracting estimated reverberation signal components from the received ultrasound echo signals; and forming an ultrasound image using the combined A-lines.
A method of mounting an airfoil component body to a blade root, comprising: providing an airfoil component body having a connection portion, the connection portion comprising an elongate member with at least one depression (126, 128, 130) formed on an outer surface thereof, wherein the airfoil component body is formed from a fibre-reinforced polymer material; inserting the connection portion into a bore formed in a metal blade root; and deforming the blade root such that a portion of the inner surface of the bore engages with at least one of the depressions in the connection portion to mechanically couple the blade root to the airfoil component body. providing an airfoil component body having a connection portion, the connection portion comprising an elongate member with at least one depression (126, 128, 130) formed on an outer surface thereof, wherein the airfoil component body is formed from a fibre-reinforced polymer material; inserting the connection portion into a bore formed in a metal blade root; and deforming the blade root such that a portion of the inner surface of the bore engages with at least one of the depressions in the connection portion to mechanically couple the blade root to the airfoil component body.
Device for locking an access for actuating two switching devices (ES1, ES2, S, TP) of high-voltage switchgear with the aid of a drive shaft transmitting drive force onto the two switching devices, said drive shaft being rotated, in a first active position of the two switching devices, in the clockwise direction through a base angle (α) and, in a second active position of the two switching devices, being rotated in the counterclockwise direction through the base angle relative to its angle position in a neutral position of the two switching devices, characterized in that the locking device comprises a closing disk which is fastened on the drive shaft, a rocker bar arrangement containing at least four rocker bars (51, 52, 53, 54), and a slider, wherein the slider can be moved, on-site, into two positions, the first of which releases an access for the actuation on-site and blocks an access for the actuation from a remote location, and the second of which blocks the access for the on-site actuation and releases the access for the remote actuation, wherein, in the first position of the slider, a first rocker bar can engage into the closing disk, in the first active position, and a second rocker bar can engage into said closing disk, in the second active position and, in the neutral position, a third rocker bar and a fourth rocker bar can engage into the closing disk, and wherein the slider, in its second position, blocks the first rocker bar and the second rocker bar.
Contact element system having a plurality of identically long, pin-shaped or needle-shaped and electrically conductive contact elements (4,5), each having two end regions (4',5',4", 5") for electrically contacting contact positions and each having an intermediate region (12,13) between the end regions, wherein the contact elements (4,5) are formed so that each are elastically bendable in the intermediate region (12,13) in their longitudinal extension when a load is applied, overcoming their bending rigidity, and to this purpose, each have a lamellar shape in the intermediate region (12,13) such that each comprises at least two strips (14,16) that run parallel to each other and are spaced from each other, characterized in that at least two of contact elements (4,5) of the plurality of contact elements (4,5), comparing the intermediate regions (12,13) of the at least wo contact elements (4,5) with each other, comprise different cross-section areas and differently shaped strips in their intermediate areas (12,13), wherein the shapes of the strips (14,16) being chosen so that the contact elements (4,5) have the same or almost the same bending rigidity.
A method for predicting the responsiveness of a patient affected with a tumor to a treatment with a tyrosine kinase inhibitor, comprising a step of measuring the expression level of FSHR in a biological sample from said patient, wherein said sample is selected from the group consisting of a resected tumor, or a biopsy, and more specifically from tissue tumor sample and a step of comparing the expression level of FSHR with control reference values obtained from responder and non-responder group of patients.
A method for controlling a plasma-jet spark plug of a four-stroke internal combustion engine, the plasma-jet spark plug having a pair of electrodes (20, 30) defining therebetween a discharge gap and an electrical insulator surrounding at least part of the discharge gap to form a cavity in the discharge gap, the method comprising: causing the spark plug to generate a primary discharge in the discharge gap during either a compression stroke or an expansion stroke of the engine in such a manner as to produce a plasma in the cavity; characterized in that the method further comprises causing the spark plug to generate a secondary discharge in the discharge gap during a time after the primary discharge and before the completion of a subsequent intake stroke of the engine. causing the spark plug to generate a primary discharge in the discharge gap during either a compression stroke or an expansion stroke of the engine in such a manner as to produce a plasma in the cavity; characterized in that the method further comprises causing the spark plug to generate a secondary discharge in the discharge gap during a time after the primary discharge and before the completion of a subsequent intake stroke of the engine.