mhurhangee/ep-ind-claims huggingface dataset:
An assembly for performing an aligned operation downhole, the assembly comprising: a tubular for downhole defining an internal bore with a first inner radius, the tubular having a target at a first radial orientation, the internal bore defining a locator profile thereabout at a first axial location and defining an internal nipple thereabout at a second axial location distanced from the first axial location, the internal nipple having a second inner radius smaller than the first inner radius of the internal bore, the internal nipple at least partially defining an orientation slot longitudinally therethrough and disposed at a second radial orientation configured relative to the first radial orientation of the target, the orientation slot comprising a channel defined through the internal nipple, the channel having: a face inset at a depth into the internal nipple, a lead sidewall extending in a radial direction on a lead edge of the face, and a back sidewall extending in the radial direction on a back edge of the face; and a tool deployable in a longitudinal direction into the internal bore of the tubular and having first and second portions (102, 104), the first portion having a locator biased outward to engage in the locator profile of the tubular, the second portion rotatable relative to the first portion and having an operational component to perform the aligned operation at the first radial orientation of the target, the second portion having an orientor biased outward to engage in the orientation slot of the tubular. a tubular for downhole defining an internal bore with a first inner radius, the tubular having a target at a first radial orientation, the internal bore defining a locator profile thereabout at a first axial location and defining an internal nipple thereabout at a second axial location distanced from the first axial location, the internal nipple having a second inner radius smaller than the first inner radius of the internal bore, the internal nipple at least partially defining an orientation slot longitudinally therethrough and disposed at a second radial orientation configured relative to the first radial orientation of the target, the orientation slot comprising a channel defined through the internal nipple, the channel having: a face inset at a depth into the internal nipple, a lead sidewall extending in a radial direction on a lead edge of the face, and a back sidewall extending in the radial direction on a back edge of the face; and a tool deployable in a longitudinal direction into the internal bore of the tubular and having first and second portions (102, 104), the first portion having a locator biased outward to engage in the locator profile of the tubular, the second portion rotatable relative to the first portion and having an operational component to perform the aligned operation at the first radial orientation of the target, the second portion having an orientor biased outward to engage in the orientation slot of the tubular.
Computer-implemented method for locating a first point of gaze onto a screen, said method comprising at least the steps of: • initiating the acquiring of at least a first image; • initiating the locating of a first face landmark location of a first face landmark in the first image; • initiating the locating of a second face landmark location of a second face landmark in the first image; • initiating the selecting of a first region of interest in the first image, wherein the selecting of the first region of interest is performed by using at least the first face landmark location and the second face landmark location; • initiating the constructing of a first gaze vector, wherein the constructing of the first gaze vector is performed by means of at least an artificial neural network, the artificial neural network using as input at least the first region of interest; characterized in that: the method further comprises the step of: • initiating the locating of the first point of gaze onto the screen, wherein the locating of the first point of gaze is performed by means of at least the first gaze vector and a Kalman filter, the Kalman filter using a series of estimations of the point of gaze on the screen. • initiating the acquiring of at least a first image; • initiating the locating of a first face landmark location of a first face landmark in the first image; • initiating the locating of a second face landmark location of a second face landmark in the first image; • initiating the selecting of a first region of interest in the first image, wherein the selecting of the first region of interest is performed by using at least the first face landmark location and the second face landmark location; • initiating the constructing of a first gaze vector, wherein the constructing of the first gaze vector is performed by means of at least an artificial neural network, the artificial neural network using as input at least the first region of interest; • initiating the locating of the first point of gaze onto the screen, wherein the locating of the first point of gaze is performed by means of at least the first gaze vector and a Kalman filter, the Kalman filter using a series of estimations of the point of gaze on the screen.
Cooling device for cooling an offshore energy system, comprising a water tank, a collecting device, leading into the water tank, for collecting rainwater in the water tank, a heat exchanger that can be thermally coupled to the offshore energy system, a water line, leading from the water tank to the heat exchanger, for supplying collected rainwater to the heat exchanger for cooling the heat exchanger, and an inflow controller for the water line for controlling the rainwater supply depending on a temperature measured by a temperature sensor (TS1,...,TS5).
A system for maintaining moisture in a textile electrode, the system comprising: a single knitted textile layer having a textile electrode region knitted therein and an insulated region, wherein the insulated region is knitted from an electrically insulated or electrically inert yarn, adjacent to the textile electrode region, the textile layer having an inner side and an outer side opposite the inner side, the inner side of the textile electrode region being exposed and configured to contact against a user's skin; the textile electrode region and insulated region together define a continuous textile section: a reservoir material positioned above the outer side of the textile electrode region; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material, the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region. a single knitted textile layer having a textile electrode region knitted therein and an insulated region, wherein the insulated region is knitted from an electrically insulated or electrically inert yarn, adjacent to the textile electrode region, the textile layer having an inner side and an outer side opposite the inner side, the inner side of the textile electrode region being exposed and configured to contact against a user's skin; the textile electrode region and insulated region together define a continuous textile section: a reservoir material positioned above the outer side of the textile electrode region; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material, the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region. a reservoir material positioned above the outer side of the textile electrode region; wherein the textile electrode region is knitted from an electrically conductive yarn having an exposed electrically conductive surface and the system further comprises an outer sealing layer positioned above the reservoir material, the outer sealing layer creating a moisture barrier between the textile electrode region and the rest of the textile layer by extending over and around the reservoir material and the textile electrode region.
Immunoassay method for an antibody specific for an antigen of a virus of the Capripoxvirus genus, in a biological sample comprising the following steps: (i) Contacting at least one primary antigen comprising at least one synthetic or recombinant rP32 protein or an antigenic peptide fragment thereof, with a biological sample suspected of containing said antibody specific for said primary antigen, under conditions allowing the formation of a 'primary antigen/antibody' complex; (ii) Addition of at least one conjugate containing at least one secondary antigen comprising a synthetic or recombinant rP32 protein or an antigenic peptide fragment thereof and a marker under conditions allowing the formation of a 'primary antigen/antibody/conjugate' complex; and (iii) Detection of said primary antigen/antibody/conjugate complex. (i) Contacting at least one primary antigen comprising at least one synthetic or recombinant rP32 protein or an antigenic peptide fragment thereof, with a biological sample suspected of containing said antibody specific for said primary antigen, under conditions allowing the formation of a 'primary antigen/antibody' complex; (ii) Addition of at least one conjugate containing at least one secondary antigen comprising a synthetic or recombinant rP32 protein or an antigenic peptide fragment thereof and a marker under conditions allowing the formation of a 'primary antigen/antibody/conjugate' complex; and (iii) Detection of said primary antigen/antibody/conjugate complex.
A display panel comprising an anode layer, an organic light-emitting layer, a cathode layer, and a first pixel defining layer and a second pixel defining layer stacked on the first pixel defining layer, wherein the first pixel defining layer has a plurality of first openings corresponding to light-emitting regions of respective sub-pixels in one-to-one correspondence, the second pixel defining layer has a plurality of second openings corresponding to the plurality of first openings in one-to-one correspondence, a cross section of the first opening is in a regular trapezoidal shape which is narrow at top and wide at bottom, and a cross section of the second opening is in an inverted trapezoidal shape which is wide at top and narrow at bottom wherein the first pixel defining layer is a hydrophilic film layer, and the second pixel defining layer is a hydrophobic film layer; and the hydrophilic film layer is a negative photoresist film layer, and the hydrophobic film layer is a positive photoresist film layer and wherein the plurality of first openings of the first pixel defining layer are formed therein with anode layers and organic light-emitting layers of respective sub-pixels, the organic light-emitting layer is on the anode layer, and a sum of thicknesses of the organic light-emitting layer and the anode layer is identical to or larger than the thickness of the first pixel defining layer, so that the cathode is only formed in the second openings. wherein the first pixel defining layer is a hydrophilic film layer, and the second pixel defining layer is a hydrophobic film layer; and the hydrophilic film layer is a negative photoresist film layer, and the hydrophobic film layer is a positive photoresist film layer and wherein the plurality of first openings of the first pixel defining layer are formed therein with anode layers and organic light-emitting layers of respective sub-pixels, the organic light-emitting layer is on the anode layer, and a sum of thicknesses of the organic light-emitting layer and the anode layer is identical to or larger than the thickness of the first pixel defining layer, so that the cathode is only formed in the second openings.
Laser processing machine with a sensor arrangement, comprising an insulator, in turn comprising an outer insulation part made of plastic for electrical shielding, and an inner shielding part made of a non-conductive heat-resistant material, characterised in that the outer insulation part can be shielded against reflected laser radiation and/or heat by means of the inner shielding part in that the inner shielding part is arranged on the inside of the outer insulation part.
A disc shaped casing for a plurality of pressure-contacted semiconductor components by way of clamping means (4, 13) producing a clamping force, comprising: a housing (2, 3, 7, 8); at least a first semiconductor component of a first construction type accommodated in a housing; at least a second semiconductor component of a second construction type different from first one, accommodated in a housing; wherein the housing (2, 3, 7, 8) comprises at least a metal pressure plate protruding the first and second semiconductor component and oriented essentially orthogonally to the clamping force, for clamping the first and second semiconductor component, wherein the pressure plate is configured such that the clamping force acts thereon in a locally limited manner, so that the first and second semiconductor component are clamped by way of the pressure plate, wherein the first semiconductor component is arranged below the local zone of action for the clamping force, and the second component is arranged at least partially exterior of the local action. a housing (2, 3, 7, 8); at least a first semiconductor component of a first construction type accommodated in a housing; at least a second semiconductor component of a second construction type different from first one, accommodated in a housing; wherein the housing (2, 3, 7, 8) comprises at least a metal pressure plate protruding the first and second semiconductor component and oriented essentially orthogonally to the clamping force, for clamping the first and second semiconductor component, wherein the pressure plate is configured such that the clamping force acts thereon in a locally limited manner, so that the first and second semiconductor component are clamped by way of the pressure plate, wherein the first semiconductor component is arranged below the local zone of action for the clamping force, and the second component is arranged at least partially exterior of the local action.
A rocket engine, comprising: a rocket engine combustion chamber; an ignition torch for initiating combustion in the rocket engine combustion chamber; and a fuel circuit and an oxidizer circuit to supply the rocket engine combustion chamber respectively with fuel and oxidizer; the rocket engine combustion chamber being a main combustion chamber of the rocket engine, or a combustion chamber of a gas generator of the rocket engine, or a combustion chamber of a preburner of the rocket engine; the ignition torch comprising: a body in which a torch combustion chamber is arranged; an ejection tube for discharging the combustion gas leaving the torch combustion chamber; the ejection tube having a first end whereby it is connected to the body and a second end arranged in the rocket engine combustion chamber; the body being configured to allow the torch combustion chamber to be fed with fuel and oxidizer respectively via a fuel feed duct and an oxidizer feed duct; the rocket engine being characterized in that the ignition torch further comprises an oxygen reinjection duct configured to enable oxygen to be injected substantially at the outlet of the ejection tube, and connected upstream to the oxidizer feed circuit. a rocket engine combustion chamber; an ignition torch for initiating combustion in the rocket engine combustion chamber; and a fuel circuit and an oxidizer circuit to supply the rocket engine combustion chamber respectively with fuel and oxidizer; the rocket engine combustion chamber being a main combustion chamber of the rocket engine, or a combustion chamber of a gas generator of the rocket engine, or a combustion chamber of a preburner of the rocket engine; the ignition torch comprising: a body in which a torch combustion chamber is arranged; an ejection tube for discharging the combustion gas leaving the torch combustion chamber; a body in which a torch combustion chamber is arranged; an ejection tube for discharging the combustion gas leaving the torch combustion chamber; the ejection tube having a first end whereby it is connected to the body and a second end arranged in the rocket engine combustion chamber; the body being configured to allow the torch combustion chamber to be fed with fuel and oxidizer respectively via a fuel feed duct and an oxidizer feed duct; the rocket engine being characterized in that the ignition torch further comprises an oxygen reinjection duct configured to enable oxygen to be injected substantially at the outlet of the ejection tube, and connected upstream to the oxidizer feed circuit.
Tactile sensor with a sensor unit that comprises a first layer with a first electrode, a second layer with a second electrode and an intermediate layer of pressure-sensitive material that spaces the first electrode apart from the second electrode, and with a housing in which the sensor unit is disposed, wherein at least the first electrode is made of conductive yarn and the sensor unit extends along a longitudinal direction L defined by the conductive yarn, wherein the first and second electrodes (18, 20) define, together with the pressure-sensitive material, an active region of the sensor unit that is configured such that a compression of the pressure-sensitive material in the active region leads to a change in an electrical property between the first and second electrodes (18, 20) which can be detected by an evaluation unit, wherein the housing comprises a main body, a compression body and a joining section, wherein the main body is configured to receive the sensor unit, the compression body is configured to transfer a mechanical force acting thereon to the sensor unit, and the joining section is configured to couple the housing to a support, and wherein the housing with main body, compression body and joining section extends along the longitudinal direction L and the housing is formed in one piece from an elastic material, and wherein the main body comprises a receptacle for supporting the sensor unit, said receptacle comprising with respect to the joining section a slot-like opening, via which the sensor unit can be inserted into the housing.
A hand-actuated closing device, having two closing parts (2, 3) which are fittable together along a closing direction, are mechanically interconnected in a closed position and are releasable from one another as by releasing the mechanical connection, wherein one of the closure parts (2, 3) comprises a housing and a locking element which is arranged so as to be movable on the housing and is in connection with the other closure part (3, 2) in the closed position to produce the mechanical connection between the closure parts (2, 3), wherein in the closed position, the locking part assumes a first position on the housing, is manually movable from the first position into a second position to release the closure parts (2, 3) and is resettable from the second position into the first position under the action of a resetting force, characterized by a delaying system which is constituted to delay the resetting of the locking element (4, 82) from the second position into the first position under the effect of a resetting force in such a manner that the locking element (4, 82) moves back into the first position only after lapse of a predetermined delay time has elapsed, wherein the closure parts (2, 3; 7, 8) comprise in each case at least one magnetic element (23, 63; 71, 827), wherein the magnetic elements (23, 63; 71, 827) support the fitting of the closure parts (2, 3; 7, 8) in a magnetic manner for closing the closure device.
An artificial joint implant comprising a first element with a socket and a second element with a ball head, wherein said ball head is insertable in said socket such as to form a ball-and-socket connection between said first element and said second element, and the movement of said ball head in said socket is restricted by means of a protrusion (6.1; 6.2) engaged in a groove, whereby said protrusion (6.1; 6.2) has a central axis A2 and is protruding from the surface of said socket and said groove is provided on the surface of said ball head or vice versa; said groove is positioned along a great circle of said ball head or of said socket, and said protrusion (6.1; 6.2) has a shape allowing rotation of the protrusion around its central axis A2 when received in the groove, characterized in that a) the surface roughness of the protrusion (6.1; 6.2) and/or of the groove is at most 25 micrometers; and b) said first element further comprises an inlay rotatably coupled to a base portion around a fourth axis of rotation, wherein said protrusion (6.1, 6.2) and said groove are arranged to block at least a degree of freedom of said ball-and-socket connection around a first axis of rotation which is essentially parallel to the fourth axis of rotation. a) the surface roughness of the protrusion (6.1; 6.2) and/or of the groove is at most 25 micrometers; and b) said first element further comprises an inlay rotatably coupled to a base portion around a fourth axis of rotation, wherein said protrusion (6.1, 6.2) and said groove are arranged to block at least a degree of freedom of said ball-and-socket connection around a first axis of rotation which is essentially parallel to the fourth axis of rotation.
A spooling assembly comprising a reel, an optical cable, a pre-connectorized rack which is connected to said optical cable and a rotation axle unit for rotating said reel, wherein said optical cable is at least partially wound on said reel, wherein said pre-connectorized rack is arranged within an inner volume of said reel, wherein said rotation axle unit comprises two pivot pins (211, 212) projecting outwardly with respect to respective flanges of said reel, wherein said rotation axle unit connects said pivot pins (211, 212) and runs at least partially in the inner volume of said reel, characterized in that said rotation axle unit comprises at least two elongate bars, and wherein said pre-connectorized rack is arranged between said at least two bars.