mhurhangee/ep-ind-claims huggingface dataset:
Organic light-emitting component, comprising - a substrate - a first electrode arranged on the substrate, - a layer stack which is arranged on the first electrode and which has at least one layer, which contains an organic material, wherein the layer stack is suitable for producing electromagnetic radiation, - a second electrode arranged on the layer stack, - an insulating layer, which is applied to the second electrode and at least partially covers the second electrode, - a receiver device which comprises a coil and which is suitable for extracting energy from an electromagnetic alternating field, at least partially converting the extracted energy into electrical energy and providing the electrical energy required for radiation emission to the layer stack, wherein the layer stack and the second electrode as well as the insulating layer and the receiver device are arranged at least partially one above the other, so that the coil is at least partially applied to the insulating layer, characterized in that an encapsulation is applied to the substrate and to the layer stack, so that the outer surface of the component is free of electric contact surfaces. - a substrate - a first electrode arranged on the substrate, - a layer stack which is arranged on the first electrode and which has at least one layer, which contains an organic material, wherein the layer stack is suitable for producing electromagnetic radiation, - a second electrode arranged on the layer stack, - an insulating layer, which is applied to the second electrode and at least partially covers the second electrode, - a receiver device which comprises a coil and which is suitable for extracting energy from an electromagnetic alternating field, at least partially converting the extracted energy into electrical energy and providing the electrical energy required for radiation emission to the layer stack, wherein the layer stack and the second electrode as well as the insulating layer and the receiver device are arranged at least partially one above the other, so that the coil is at least partially applied to the insulating layer,
A magnetic levitation rotor sail, the rotor sail comprising: a body of the rotor sail; a coil unit provided at a lower portion of the body; an electromagnet configured to levitate the coil unit; a support member supporting the electromagnet; and a gap sensor provided at the support member and configured to measure a gap between the coil unit and the electromagnet, a locking means capable of fixing the body to a hull, a buffer member provided at the lower portion of the body, thereby being capable of preventing a collision between the coil unit and the support member, wherein the coil unit comprises: a levitation coil provided such that a vertical gap is formed between the electromagnet and the levitation coil; and an electric coil provided such that a horizontal gap is formed between the electromagnet and the electric coil, wherein the levitation coil levitates the body in a vertical direction, the electric coil is configured for allowing the body to rotate. a body of the rotor sail; a coil unit provided at a lower portion of the body; an electromagnet configured to levitate the coil unit; a support member supporting the electromagnet; and a gap sensor provided at the support member and configured to measure a gap between the coil unit and the electromagnet, a locking means capable of fixing the body to a hull, a buffer member provided at the lower portion of the body, thereby being capable of preventing a collision between the coil unit and the support member, wherein the coil unit comprises: a levitation coil provided such that a vertical gap is formed between the electromagnet and the levitation coil; and an electric coil provided such that a horizontal gap is formed between the electromagnet and the electric coil, wherein the levitation coil levitates the body in a vertical direction, the electric coil is configured for allowing the body to rotate. a levitation coil provided such that a vertical gap is formed between the electromagnet and the levitation coil; and an electric coil provided such that a horizontal gap is formed between the electromagnet and the electric coil, wherein the levitation coil levitates the body in a vertical direction, the electric coil is configured for allowing the body to rotate.
Container assembly (1; 101) for biopsy comprising: - a container provided with a lower chamber filled with a liquid intended to preserve biopsic samples and an upper chamber disposed above the lower chamber, - a partition disposed in the upper chamber of the container and provided with a base wall connected to the container, in such a way to isolate the lower chamber from the upper chamber, said partition comprising a lateral wall that raises from said base wall in such a way to define a compartment intended to receive a biopsic sample, - disengageable connection means that connect the base wall of the partition to the container in a disengageable way; and - a cover that is coupled with said container, the container assembly being characterized in that the cover cooperates with said lateral wall of the partition in such manner to push the partition, to force said disengageable connection means and to cause the disengagement of the base wall of the partition from the container, in such manner that the partition with the biopsic sample falls and is immersed in the liquid contained in said lower chamber of the container, an upper wall of the cover being stopped against an upper edge of the lateral wall of the partition, pushing the partition downwards when an user screws the cover onto the container. - a container provided with a lower chamber filled with a liquid intended to preserve biopsic samples and an upper chamber disposed above the lower chamber, - a partition disposed in the upper chamber of the container and provided with a base wall connected to the container, in such a way to isolate the lower chamber from the upper chamber, said partition comprising a lateral wall that raises from said base wall in such a way to define a compartment intended to receive a biopsic sample, - disengageable connection means that connect the base wall of the partition to the container in a disengageable way; and - a cover that is coupled with said container, the container assembly being characterized in that the cover cooperates with said lateral wall of the partition in such manner to push the partition, to force said disengageable connection means and to cause the disengagement of the base wall of the partition from the container, in such manner that the partition with the biopsic sample falls and is immersed in the liquid contained in said lower chamber of the container, an upper wall of the cover being stopped against an upper edge of the lateral wall of the partition, pushing the partition downwards when an user screws the cover onto the container.
An aircraft galley having two stand-alone structures including a beverage station and a food preparation station; the beverage station including a plurality of beverage cart storage compartments and a plurality of beverage brewing equipment (14, 16, 18) integrated into the beverage station, and the food preparation station including a plurality of beverage cart storage compartments and a plurality of ovens (60, 65), the galley further comprising: a sink and faucet; a display screen (110, 120/210) on at least one side of one of the two stand-alone structures; a top loading trash chute; task lighting; and at least one touchscreen interface (32, 33) for operation of galley equipment; wherein the galley is characterized in that it further comprises a side refrigeration unit having two halves, each having a door that swings out, one half being adjacent to an external side of the structure, wherein the one half comprises a sliding door, that can slide open using a handle, on the external side of the structure to allow beverages to be dispensed from the external side of the structure without the need to enter the galley. a sink and faucet; a display screen (110, 120/210) on at least one side of one of the two stand-alone structures; a top loading trash chute; task lighting; and at least one touchscreen interface (32, 33) for operation of galley equipment; wherein the galley is characterized in that it further comprises a side refrigeration unit having two halves, each having a door that swings out, one half being adjacent to an external side of the structure, wherein the one half comprises a sliding door, that can slide open using a handle, on the external side of the structure to allow beverages to be dispensed from the external side of the structure without the need to enter the galley.
A dual-chambered drug delivery device, comprising: a cartridge having a first chamber for storing a medicament; a second chamber in fluid communication with said first chamber; a dose setting member for setting a medicament dose to be injected at an injection site; a drive screw movably connected to said dose setting member such that rotation of said dose setting member moves said drive screw upwardly; a bevel gear rotatably connected to said dose setting member such that downward movement of said drive screw rotates said dose setting member, which rotates said bevel gear, said bevel gear including a cam shaft; a piston movably connected to said bevel gear via said cam shaft and disposed in said second chamber, an upward stroke of said piston drawing a discrete portion of the medicament dose into said second chamber and a downward stroke of said piston expelling the discrete portion of the medicament; and a needle communicating with said second chamber for sequentially injecting portions of the medicament dose into the injection site, characterized by a clutch connected to said dose setting member, said clutch separating said dose setting member from said bevel gear when the medicament dose is being set and causing said dose setting member to engage said bevel gear and rotate said bevel gear when said medicament dose is being delivered, and rotation of the bevel gear causing the cam shaft to drive the piston up and down in a reciprocating manner, thereby injecting the set medicament dose through several smaller sequential discrete portions of medicament injections. a cartridge having a first chamber for storing a medicament; a second chamber in fluid communication with said first chamber; a dose setting member for setting a medicament dose to be injected at an injection site; a drive screw movably connected to said dose setting member such that rotation of said dose setting member moves said drive screw upwardly; a bevel gear rotatably connected to said dose setting member such that downward movement of said drive screw rotates said dose setting member, which rotates said bevel gear, said bevel gear including a cam shaft; a piston movably connected to said bevel gear via said cam shaft and disposed in said second chamber, an upward stroke of said piston drawing a discrete portion of the medicament dose into said second chamber and a downward stroke of said piston expelling the discrete portion of the medicament; and a needle communicating with said second chamber for sequentially injecting portions of the medicament dose into the injection site, characterized by a clutch connected to said dose setting member, said clutch separating said dose setting member from said bevel gear when the medicament dose is being set and causing said dose setting member to engage said bevel gear and rotate said bevel gear when said medicament dose is being delivered, and rotation of the bevel gear causing the cam shaft to drive the piston up and down in a reciprocating manner, thereby injecting the set medicament dose through several smaller sequential discrete portions of medicament injections.
A gas turbine engine comprising a low pressure spool including a fan rotor arranged at a forward end of the engine, a low pressure turbine rotor arranged at an aft end of the engine, a low pressure drive shaft extending along an axis and rotationally coupling the fan rotor to receive driven rotation from the low pressure turbine rotor, a high pressure spool including a compressor rotor, a high pressure turbine rotor, and a high pressure drive shaft extending along the axis and rotationally coupling the compressor rotor to receive driven rotation from the high pressure turbine rotor, a support frame having an outer collar that extends around the axis and a number of struts extending radially inward from the outer collar, and a low pressure generator assembly including a generator housing, a generator core received within the generator housing, and an electrical assembly connected electrically with the generator core, the electrical assembly including a connector module attached to the generator housing, a number of busbars connected to the connector module, and a terminal base coupled to the number of busbars and mounted on an outer surface of the collar, the number of busbars extending radially through one of the number of struts for connection with the terminal base, wherein the busbars 64 are each embodied as a straight rod formed of electrically conductive material; and wherein the number of busbars are connected to one of the connector module and the terminal base by a fixed connection and to the other of the connector module and the terminal base by a floating connection.
A biosensor system comprising: a capsule comprising: a housing configured for ingesting in a mammal GI tract and having a longitudinal axis, at least some portions of the housing (5, 6, 7) being transparent to radiation of a sensing wavelength, and wherein the housing is configured to form an external space which is open to access by fluids, a radiation emitter and a radiation detector arranged to emit radiation into said external space and to detect radiation from said external space, through said transparent portions of the housing, a drive circuit for the radiation emitter and a signal processing circuit linked to the detector, and an interface (50, 61, 60) with an antenna for wireless transmission of data to an external device and/or a processor for locally processing and storing detection data, wherein the emitter comprises a plurality of emitter devices each adapted to emit at a particular wavelength and the drive circuit is configured to activate each emitter device according to a time multiplex scheme, characterized in that, the signal processing circuit is configured to use a ratio of far red/red (FR/R) to indicate old blood and a ratio of far red/green (FR/G) for fresh blood. a housing configured for ingesting in a mammal GI tract and having a longitudinal axis, at least some portions of the housing (5, 6, 7) being transparent to radiation of a sensing wavelength, and wherein the housing is configured to form an external space which is open to access by fluids, a radiation emitter and a radiation detector arranged to emit radiation into said external space and to detect radiation from said external space, through said transparent portions of the housing, a drive circuit for the radiation emitter and a signal processing circuit linked to the detector, and an interface (50, 61, 60) with an antenna for wireless transmission of data to an external device and/or a processor for locally processing and storing detection data, wherein the emitter comprises a plurality of emitter devices each adapted to emit at a particular wavelength and the drive circuit is configured to activate each emitter device according to a time multiplex scheme, characterized in that, the signal processing circuit is configured to use a ratio of far red/red (FR/R) to indicate old blood and a ratio of far red/green (FR/G) for fresh blood.
A water treatment device comprising: a dual-pipe structure unit including an outer pipe extending in an axial direction from a first end to a second end, an inner pipe provided in the outer pipe and extending in the axial direction, and a prevention member (36, 38) provided between the outer pipe and the inner pipe and preventing displacement of the inner pipe in a radial direction relative to the outer pipe; and a light source unit provided to block an opening of the first end of the outer pipe in a liquid-tight manner and radiating ultraviolet light in the axial direction to irradiate water subject to treatment flowing in the inner pipe; wherein the inner pipe includes an opposing end facing the light source unit across a gap provided between the opposing end and the light source unit, and an inflow end positioned opposite to the opposing end, the water subject to treatment flowing in through the inflow end, and the outer pipe includes an outflow port provided on an outer circumferential surface of the outer pipe, allowing the water subject to treatment flowing out of the inner pipe to flow out via the gap from the outflow port, characterized in that the prevention member includes an inlaid flange provided to block a space between the second end of the outer pipe and the inflow end of the inner pipe, and the inlaid flange is sandwiched and fixed between a flange of the second end and a flange of the inflow end. a dual-pipe structure unit including an outer pipe extending in an axial direction from a first end to a second end, an inner pipe provided in the outer pipe and extending in the axial direction, and a prevention member (36, 38) provided between the outer pipe and the inner pipe and preventing displacement of the inner pipe in a radial direction relative to the outer pipe; and a light source unit provided to block an opening of the first end of the outer pipe in a liquid-tight manner and radiating ultraviolet light in the axial direction to irradiate water subject to treatment flowing in the inner pipe; wherein the inner pipe includes an opposing end facing the light source unit across a gap provided between the opposing end and the light source unit, and an inflow end positioned opposite to the opposing end, the water subject to treatment flowing in through the inflow end, and the outer pipe includes an outflow port provided on an outer circumferential surface of the outer pipe, allowing the water subject to treatment flowing out of the inner pipe to flow out via the gap from the outflow port, characterized in that the prevention member includes an inlaid flange provided to block a space between the second end of the outer pipe and the inflow end of the inner pipe, and the inlaid flange is sandwiched and fixed between a flange of the second end and a flange of the inflow end.
Androgynous coupling device for connecting modules, in particular for constructing a spacecraft of modular design, wherein the coupling device for connecting the modules can be coupled to an identically constructed further androgynous coupling device, and has a plurality of coupling elements (30, 32) and also a cover element, providing an essentially flat outer surface, in which cover element one or more through openings are designed, characterized in that the cover element covers the coupling elements (30, 32) in a passive state of the coupling device, wherein a first of the coupling elements can be moved outward through the one or one of the multiple through openings formed in the cover element for active coupling to the identically constructed further coupling device, and the through opening or one of the through openings allows a penetration of a first coupling element, moved correspondingly outward, of the identically constructed further androgynous coupling device into a region behind the cover element, wherein a second of the coupling elements of the coupling device is permanently covered by the cover element and is arranged in this region for force and/or form compliant connection to the first coupling element of the identically constructed further androgynous coupling device moved into the region.
A laminate comprising at least two superposed portions comprising a first portion being made of a first rubber composition and a second portion being made of a second rubber composition; wherein each of the rubber compositions is based on at least: - an elastomer matrix; - a reinforcing filler; and - at least one of an epoxy or an epoxy hardener; wherein the amount in phr of the epoxy in the first rubber composition is lower than that in the second rubber composition, and wherein the amount in phr of the epoxy hardener in the first rubber composition is higher than that in the second rubber composition. - an elastomer matrix; - a reinforcing filler; and - at least one of an epoxy or an epoxy hardener;
Method for adapting a scalable data flow comprising first data units (O_Data) to be transmitted and defining a plurality of levels of quality and of bitrate according to the number and the type of data units used, the method for adapting said scalable data flow being carried out as a function of second data units (R_Data) corresponding to data signalled as having to be retransmitted, according to which each data unit from among the first data units and second data units to be transmitted is initially classed in a respective initial level (N1, N2, N3, N4) from among the plurality of levels, and according to which, for a second unit considered classed in an initial level, when a resource in terms of bitrate available for said level is not sufficient to transmit said second unit in the data flow, a regulating mechanism is implemented in relation to the second unit, according to which: - data units which comprise at least one first unit and are classed in the initial level of the second unit considered are inter-compared, at least one of said data units is selected as a function of at least one determined selection criterion and said data unit selected is reclassed in a lower priority level than said initial level of the second unit considered. - data units which comprise at least one first unit and are classed in the initial level of the second unit considered are inter-compared, at least one of said data units is selected as a function of at least one determined selection criterion and said data unit selected is reclassed in a lower priority level than said initial level of the second unit considered.
An antisense oligonucleotide consisting of the sequence of 5' ucagcuucuguuagccacug 3' (SEQ ID NO:5) wherein at least one of the nucleotides is a nucleotide analogue.