mhurhangee/ep-ind-claims huggingface dataset:
A cargo holding device, namely a cargo container for loading aircrafts, comprising at least one floor element as well as at least one profile element connected to the floor element, wherein at least one edge portion of the floor element is releasably connected to the at least one profile element via a connecting means comprising at least one hook, wherein at least one wall element having at least an additional wall layer and four wall corners is provided, characterized in that reinforcements extend from all of the four wall corners to the respective diagonally opposite wall corner such that a cross-shaped reinforcement is formed as a whole, wherein the at least one reinforcement is realized by a local increase in the number of layers.
A method of screening for a TRiC/CCT modulator comprising: 1) preparing candidate material and either (i) COP1 or (ii) COP1 and VRK2 2) measuring the expression amount or enzyme activity of COP1, or the binding between the VRK2 and COP1; and 3) treating COP1 with the candidate material and measuring a change in the expression amount or the enzyme activity of COP1, or the binding between the VRK2 and COP1, and 4) identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been decreased compared to untreated control, identifying the candidate material as a material that decreases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been increased compared to untreated control, or identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if binding between the VRK2 and COP1 is inhibited by treatment of the candidate material. 1) preparing candidate material and either (i) COP1 or (ii) COP1 and VRK2 2) measuring the expression amount or enzyme activity of COP1, or the binding between the VRK2 and COP1; and 3) treating COP1 with the candidate material and measuring a change in the expression amount or the enzyme activity of COP1, or the binding between the VRK2 and COP1, and 4) identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been decreased compared to untreated control, identifying the candidate material as a material that decreases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been increased compared to untreated control, or identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if binding between the VRK2 and COP1 is inhibited by treatment of the candidate material. identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been decreased compared to untreated control, identifying the candidate material as a material that decreases the amount or stability of TRiC/CCT protein if the expression amount or enzyme activity of COP1 has been increased compared to untreated control, or identifying the candidate material as a material that increases the amount or stability of TRiC/CCT protein if binding between the VRK2 and COP1 is inhibited by treatment of the candidate material.
Trolley for a zip line system, the trolley (1, 1') comprising a frame in which at least one pulley (4, 4', 4") is rotatably supported, wherein the frame is made from an electrically conductive material, characterised in that the pulley (4, 4', 4") comprises at least one permanent magnet that is positioned in an eccentric manner with respect to the rotation axis of the pulley (4, 4', 4") to induce turbulent flow of current in the frame.
Bumper arrangement for a motor vehicle, having a cross-member that can be coupled to the motor vehicle via crash boxes and is produced as a one-piece press-formed component of a uniform material, wherein the end region is of ring shape, characterised in that the ring shape is arranged oriented downwards in relation to the cross-member in the vertical direction of the vehicle in such a way that a downwardly oriented part of the ring-shaped region is arranged below a connection of the crash box. the end region is of ring shape, characterised in that the ring shape is arranged oriented downwards in relation to the cross-member in the vertical direction of the vehicle in such a way that a downwardly oriented part of the ring-shaped region is arranged below a connection of the crash box.
Drillship comprising a hull which extends along a longitudinal axis between a bow and a stern, said ship comprising at least three operating zones (10, 20, 30) distributed between bow and stern along said axis: - a first operating zone of ship management, in which the safety and abandon ship means are stored; - a second operating zone of drilling, where at least one derrick is installed and a drilling aperture through the hull is made; and - a third operating zone of power generation for the propulsion of the ship; the second operating zone and third operating zone being connected to the first operating zone by two longitudinal lateral corridors (41, 42), made under the main deck, each of which extends beside a ship side (5, 6), characterised in that said two longitudinal corridors (41, 42) are connected to each other transversally by one or more transversal corridors (51, 52, 53), each of which extends from one ship side to the other under the main deck - a first operating zone of ship management, in which the safety and abandon ship means are stored; - a second operating zone of drilling, where at least one derrick is installed and a drilling aperture through the hull is made; and - a third operating zone of power generation for the propulsion of the ship;
An X-ray detector, comprising: a plurality of detection modules, connected in series, each of the plurality of detection modules having an input port (TxIn) configured to receive data from the upstream detection module, an output port (TxOut) configured to send data to the downstream detection module, a detection section configured to detect X-rays and convert them into X-ray image data, and a transfer section configured to transfer said data received via said input port (TxIn) and said converted data to the downstream detection module via said output port (TxOut), said X-ray detector being characterised in that each of the plurality of detection modules is configured to synchronously read X-ray image data detected by the detection module itself, based on an internal clock (φ) of the detection module itself, and transfer the read X-ray image data sequentially, each of the plurality of detection modules is configured to receive the transferred X-ray image data, resynchronize the received X-ray image data by using the internal clock of the detection module itself, and transfer the received X-ray image data and the X-ray image data detected by the detection module, and the last detection module of the plurality of detection modules is configured to transfer the X-ray image data to the data input port of a control device. a plurality of detection modules, connected in series, each of the plurality of detection modules having an input port (TxIn) configured to receive data from the upstream detection module, an output port (TxOut) configured to send data to the downstream detection module, a detection section configured to detect X-rays and convert them into X-ray image data, and a transfer section configured to transfer said data received via said input port (TxIn) and said converted data to the downstream detection module via said output port (TxOut), said X-ray detector being characterised in that each of the plurality of detection modules is configured to synchronously read X-ray image data detected by the detection module itself, based on an internal clock (φ) of the detection module itself, and transfer the read X-ray image data sequentially, each of the plurality of detection modules is configured to receive the transferred X-ray image data, resynchronize the received X-ray image data by using the internal clock of the detection module itself, and transfer the received X-ray image data and the X-ray image data detected by the detection module, and the last detection module of the plurality of detection modules is configured to transfer the X-ray image data to the data input port of a control device.
A method for manufacturing a composite structuring panel of a trailing edge for an element of an aircraft having: - an upper surface; - a lower surface; - a trailing edge connecting said upper and lower surfaces, the upper surface and the lower surface being connected by transverse stiffeners, characterized in that it includes: ∘ a first step in which cores, each at least partially surrounded by a drape-molding skin, are deposited on a base skin over a length of the latter which is appropriate to enable folding of the base skin over itself; ∘ a second step in which the base skin is folded over the drape-molded cores, ∘ a third step in which the panel thus obtained is polymerized so as to integrate the plies of the drape-molding into the base skin to form the transverse stiffeners; and ∘ a fourth step in which the cores are removed in order to obtain the structuring panel. - an upper surface; - a lower surface; - a trailing edge connecting said upper and lower surfaces, the upper surface and the lower surface being connected by transverse stiffeners, characterized in that it includes: ∘ a first step in which cores, each at least partially surrounded by a drape-molding skin, are deposited on a base skin over a length of the latter which is appropriate to enable folding of the base skin over itself; ∘ a second step in which the base skin is folded over the drape-molded cores, ∘ a third step in which the panel thus obtained is polymerized so as to integrate the plies of the drape-molding into the base skin to form the transverse stiffeners; and ∘ a fourth step in which the cores are removed in order to obtain the structuring panel. ∘ a first step in which cores, each at least partially surrounded by a drape-molding skin, are deposited on a base skin over a length of the latter which is appropriate to enable folding of the base skin over itself; ∘ a second step in which the base skin is folded over the drape-molded cores, ∘ a third step in which the panel thus obtained is polymerized so as to integrate the plies of the drape-molding into the base skin to form the transverse stiffeners; and ∘ a fourth step in which the cores are removed in order to obtain the structuring panel.
Method of estimating a soot loading of a filter for particles to motor heat-ignition, the filter in a line exhaust leaving the engine, in which: - a pressure gradient (dPdV) is estimated, the estimation of this pressure gradient (dPdV) being done by linear regression on a number of couples of a measurement of a back pressure at the terminals of the filter with an estimate of a volume flow upstream of the filter in the line, - a soot load is estimated from this pressure gradient (dPdV), - an average is carried out over a number of consecutive load values giving a final estimate of a current load in soot, characterized in that it is considered a first stability criterion based on a duration calculation of the pressure gradient (dPdV) with, when the period of calculating the value of the pressure gradient (dPdV) is less than a duration threshold calibratable, the load value estimated from this pressure gradient (dPdV) is counted in the number of load values. - a pressure gradient (dPdV) is estimated, the estimation of this pressure gradient (dPdV) being done by linear regression on a number of couples of a measurement of a back pressure at the terminals of the filter with an estimate of a volume flow upstream of the filter in the line, - a soot load is estimated from this pressure gradient (dPdV), - an average is carried out over a number of consecutive load values giving a final estimate of a current load in soot,
A method for receiving an input to a vision sensory test by way of a touch screen device (104, 204, 302, 402, 500, 600) having memory and a processor, the method comprising: displaying a graphical element of the vision sensory test at a remote sensory testing and training device on a first display; communicating between the sensory testing and training device and the touch screen device (104, 204, 302, 402, 500) by way of a wireless communication protocol; receiving an input from a subject in response to the vision sensory test, the input in the form of a physical contact between the subject and the display surface (218, 602) of the touch screen device (104, 204, 302, 402, 500), wherein the physical contact input is in the form of a slide touch comprising contact at an initial point on the display surface and the contact being maintained across the display surface to a second point on the display surface, the direction of the input being identified based on the direction of travel radiating from the initial point of contact to the second point relative to one of two orthogonal axes (504, 506), and wherein the display surface of the touch screen device (104, 204, 302, 402, 500, 600) comprises a noninput portion and an input portion (508, 510, 512, 514), the noninput portion being associated with a null input that is not associated with a direction,; and communicating the directional input to the sensory testing and training device utilizing the wireless communication protocol. displaying a graphical element of the vision sensory test at a remote sensory testing and training device on a first display; communicating between the sensory testing and training device and the touch screen device (104, 204, 302, 402, 500) by way of a wireless communication protocol; receiving an input from a subject in response to the vision sensory test, the input in the form of a physical contact between the subject and the display surface (218, 602) of the touch screen device (104, 204, 302, 402, 500), wherein the physical contact input is in the form of a slide touch comprising contact at an initial point on the display surface and the contact being maintained across the display surface to a second point on the display surface, the direction of the input being identified based on the direction of travel radiating from the initial point of contact to the second point relative to one of two orthogonal axes (504, 506), and wherein the display surface of the touch screen device (104, 204, 302, 402, 500, 600) comprises a noninput portion and an input portion (508, 510, 512, 514), the noninput portion being associated with a null input that is not associated with a direction,; and communicating the directional input to the sensory testing and training device utilizing the wireless communication protocol.
A communication method, comprising: cycling operation of a first Long Term Evolution, LTE, Radio Access Technology, RAT, over a number of LTE frames between active periods and inactive periods of transmission, on a communication medium shared with a second RAT, in accordance with a Discontinuous Transmission, DTX, communication pattern; setting one or more cycling parameters of the DTX communication pattern based on a frame structure associated with the first RAT, the frame structure corresponding to LTE System Frame Number, SFN, numerology, the setting comprising aligning one or more transition boundaries of the DTX communication pattern with one or more transition boundaries between frames of the frame structure; and transmitting over the communication medium in accordance with the first RAT and the one or more cycling parameters of the DTX communication pattern. cycling operation of a first Long Term Evolution, LTE, Radio Access Technology, RAT, over a number of LTE frames between active periods and inactive periods of transmission, on a communication medium shared with a second RAT, in accordance with a Discontinuous Transmission, DTX, communication pattern; setting one or more cycling parameters of the DTX communication pattern based on a frame structure associated with the first RAT, the frame structure corresponding to LTE System Frame Number, SFN, numerology, the setting comprising aligning one or more transition boundaries of the DTX communication pattern with one or more transition boundaries between frames of the frame structure; and transmitting over the communication medium in accordance with the first RAT and the one or more cycling parameters of the DTX communication pattern.
A method for eliminating hunting in an automatic transmission of a vehicle powertrain, characterized in that a state setpoint (GBX_TG_RAW) of the drivetrain, which setpoint is imposed on the transmission, can be frozen on a state target (GBX_TG_CS) by: - a first request to freeze during implementation of this setpoint by the transmission ( BLK_REQ_DRG_SHF), if the vehicle speed decreases during this implementation, while the level of performance required of the powertrain is above a defined threshold, or - by a second request to freeze (BLK_REQ_AFTR_SHF) at the end of implementation of the setpoint (GBX_TG_CS), if the vehicle speed at this moment is below its speed of travel during the initial change of setpoint, and also the level of performance required of the powertrain ( PWT_SP) is still above a defined threshold ( PWT_SP_THD). - a first request to freeze during implementation of this setpoint by the transmission ( BLK_REQ_DRG_SHF), if the vehicle speed decreases during this implementation, while the level of performance required of the powertrain is above a defined threshold, or - by a second request to freeze (BLK_REQ_AFTR_SHF) at the end of implementation of the setpoint (GBX_TG_CS), if the vehicle speed at this moment is below its speed of travel during the initial change of setpoint, and also the level of performance required of the powertrain ( PWT_SP) is still above a defined threshold ( PWT_SP_THD).
A plasmin and a therapeutic agent for use in a method of enhancing the delivery of the therapeutic agent to an eye in a subject suffering from an ocular disease or disorder, wherein the plasmin and the therapeutic agent are administered to the eye of the subject, wherein the therapeutic agent is a nucleic acid expression vector comprising a therapeutic transgene encoding an opsin.
A water-resistant sulfur compound adsorbent comprising: copper oxide as a copper component for adsorbing the carbonyl sulfide; an inorganic binder, and a cellulose derivative, wherein the content of the copper component contained in the adsorbent is 30 wt% or more and 70 wt% or less in terms of CuO, wherein the inorganic binder is silica derived from silica sol. copper oxide as a copper component for adsorbing the carbonyl sulfide; an inorganic binder, and a cellulose derivative,
A single use valve, comprising: a plate, having an internal filter structure between an inlet and an outlet; a sealing substance in a solid phase covering said inlet; and heater arrangement arranged for converting an electrical current into heat, arranged at said plate in a vicinity of said sealing substance, for causing a phase transition of said sealing substance, characterized in that said heater arrangement being arranged for conducting at least a part of said electrical current in a path excluding said sealing substance. a plate, having an internal filter structure between an inlet and an outlet; a sealing substance in a solid phase covering said inlet; and heater arrangement arranged for converting an electrical current into heat, arranged at said plate in a vicinity of said sealing substance, for causing a phase transition of said sealing substance, characterized in that said heater arrangement being arranged for conducting at least a part of said electrical current in a path excluding said sealing substance.
A method comprising: receiving a first data message, from a first embedded node (112a-112d), at an embedded node port (212a-212d) of a first end point device, the first data message being addressed to a second embedded node (122a-122d), the embedded node port configured to communicate with the first embedded node; encrypting the first data message using a Layer 2 encryption process to produce an encrypted data message, the encryption being transparent to the first embedded node, the encryption process performed by an encryption controller (270, 420) having a secure encrypted memory not accessible to an end user; communicating the encrypted data message from the encryption controller to an encrypted communications link port over a media independent interface bus; and transmitting the encrypted data message from the encrypted communications link port to a second end point device. receiving a first data message, from a first embedded node (112a-112d), at an embedded node port (212a-212d) of a first end point device, the first data message being addressed to a second embedded node (122a-122d), the embedded node port configured to communicate with the first embedded node; encrypting the first data message using a Layer 2 encryption process to produce an encrypted data message, the encryption being transparent to the first embedded node, the encryption process performed by an encryption controller (270, 420) having a secure encrypted memory not accessible to an end user; communicating the encrypted data message from the encryption controller to an encrypted communications link port over a media independent interface bus; and transmitting the encrypted data message from the encrypted communications link port to a second end point device.
Process for producing polyisocyanates containing sulfonate groups, comprising a reaction of A) at least one polyisocyanate component having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one organic compound bearing at least one mercapto or amino group, which comprises one or more sulfonic acid and/or sulfonate groups, wherein the sulfonic acid groups are neutralized at least partially during and/or subsequent to the reaction of A) with B), and optionally C) further non-ionically hydrophilic or hydrophobic organic compounds having at least one group reactive to isocyanates, characterized in that, the reaction of the polyisocyanate component A) with the organic compound B) is carried out in the presence of at least one antioxidant D). A) at least one polyisocyanate component having aliphatically, cycloaliphatically, araliphatically and/or aromatically bonded isocyanate groups with B) at least one organic compound bearing at least one mercapto or amino group, which comprises one or more sulfonic acid and/or sulfonate groups, wherein the sulfonic acid groups are neutralized at least partially during and/or subsequent to the reaction of A) with B), and optionally C) further non-ionically hydrophilic or hydrophobic organic compounds having at least one group reactive to isocyanates,