mhurhangee/ep-ind-claims huggingface dataset:
An electro-optical landing system for facilitating autonomous landing of aerial vehicles on a surface, comprising beam emitting means (4,5,6,7,8) directed downwards and control means to govern the vehicle, wherein the system comprises image capturing means and processing means to process image data, wherein the beam emitting means (4,5,6,7,8) are arranged to emit simultaneously at least four beams directed towards the surface in order to project a pattern (4p,5p,6p,7p,8p) thereon, wherein the image capturing means captures subsequent images of the pattern, wherein the system is characterized in that one beam emitting means of the at least four beam emitting means is placed in the centre and in that the beam emitting means (4,5,6,7,8) are arranged such that at least three beams are directed inwards towards the beam emitted from the one beam emitting means placed in the centre such that the at least three beams intersect in the same point.
An irradiation device for coupling infrared radiation into a vacuum process chamber, having a single ended infrared radiator comprising a radiator cladding tube in form of a round tube of glass, with a closed end thereof being configured to project into the vacuum process chamber, and having a vacuum lead-through for mounting the radiator cladding tube and leading through an opening of the vacuum process chamber in a gastight manner, wherein a heating conductor configured as a heating filament and a return conductor configured as a current recirculation are arranged in the radiator cladding tube, wherein the heating conductor has a connecting element arranged in the partial section of the radiator cladding tube surrounded by the vacuum lead-through, said connecting element being led out of the radiator cladding tube, wherein the connecting element of the heating conductor is led through a tube section, characterised in that the return conductor has a means for compensating the thermal expansion arranged in the partial section of the radiator cladding tube that is surrounded by the vacuum lead-through.
A coated paper product for use in a flow wrapping process comprising: - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate; - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70; - wherein the coat weight of the first coating layer is 4-10 g/m 2; - wherein the coat weight of the second coating layer is 3-9 g/m 2; and - wherein the grammage measured according to ISO 536:2020 of the paper substrate is 40-60 g/m 2. - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate; - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70; - wherein the coat weight of the first coating layer is 4-10 g/m 2; - wherein the coat weight of the second coating layer is 3-9 g/m 2; and - wherein the grammage measured according to ISO 536:2020 of the paper substrate is 40-60 g/m 2.
Braking device, characterized in that it comprises: - a base body associable with a chassis of a towing vehicle; - first command means which can be associated with at least a parking brake of the towing vehicle and activatable to start the same; - second command means which can be connected to a braking valve of a trailer and activatable to start the braking of the same; - a lever comprising at least a first portion hinged to said body around a first axis of rotation, associated with said first command means and movable between a rest position and at least a braking position in which the first command means themselves are deactivated and activated, respectively, removable locking means of said first portion being provided in said braking position, and at least a second portion, that may be gripped by an operator, hinged to said first portion around a second axis of rotation, associated with said second command means and movable between a rest position and at least a braking position in which said second command means are deactivated and activated, respectively; as a result of the starting of said second portion, the latter and said first portion move to a respective braking position by rotating around their respective axes (X, Y), whereas as a result of the release of said second portion, the latter returns to its rest position and said first portion remains stationary in the braking position due to said locking means. - a base body associable with a chassis of a towing vehicle; - first command means which can be associated with at least a parking brake of the towing vehicle and activatable to start the same; - second command means which can be connected to a braking valve of a trailer and activatable to start the braking of the same; - a lever comprising at least a first portion hinged to said body around a first axis of rotation, associated with said first command means and movable between a rest position and at least a braking position in which the first command means themselves are deactivated and activated, respectively, removable locking means of said first portion being provided in said braking position, and at least a second portion, that may be gripped by an operator, hinged to said first portion around a second axis of rotation, associated with said second command means and movable between a rest position and at least a braking position in which said second command means are deactivated and activated, respectively; as a result of the starting of said second portion, the latter and said first portion move to a respective braking position by rotating around their respective axes (X, Y), whereas as a result of the release of said second portion, the latter returns to its rest position and said first portion remains stationary in the braking position due to said locking means.
A black porous polytetrafluoroethylene membrane comprising a porous polytetrafluoroethylene membrane dyed black having a porous structure, wherein the porous structure has voids formed between fibrils of polytetrafluoroethylene as pores in the porous structure, the porous polytetrafluoroethylene membrane is dyed with a black dye that is soluble in solvent, a whiteness of a principal face of the black porous polytetrafluoroethylene membrane as measured according to JIS L 1015 (Hunter method) is 18.0 to 23.0%, and the whiteness of the principal face falls within a range of 18.0 and 25.0% after heating at 350°C for 1 minute, characterized in that the black dye has a melting point higher than 360°C.
A conductive ink comprising: a nickel component; a polycarboxylic acid component; and a polyol component, the polycarboxylic acid component and the polyol component being reactable to form a polyester component. a nickel component; a polycarboxylic acid component; and a polyol component, the polycarboxylic acid component and the polyol component being reactable to form a polyester component.
An organic electroluminescent device comprising a light-emitting layer B comprising: (i) 40-98 % by weight of a host material H B, which has a lowest unoccupied molecular orbital LUMO(H B) having an energy E LUMO (H B) and a highest occupied molecular orbital HOMO(H B) having an energy E HOMO (H B); (ii) 1-50 % by weight of a thermally activated delayed fluorescence (TADF) material E B, which has a lowermost excited singlet state energy level S1 E, a lowermost excited triplet state energy level T1 E, determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(E B) having an energy E LUMO (E B) and a highest occupied molecular orbital HOMO(E B) having an energy E HOMO (E B); and (iii) 1-10 % by weight of a depopulation agent S B, which has a lowermost excited singlet state energy level S1 S, a lowermost excited triplet state energy level T1 S, determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(S B) having an energy E LUMO (S B) and a highest occupied molecular orbital HOMO(S B) having an energy E HOMO (S B), and optionally (iv) 0-93 % by weight of one or more further host compounds H B2 differing from H B; and optionally (v) 0-93 % by weight of one or more solvents, wherein E B emits thermally activated delayed fluorescence; and wherein the relations expressed by the following formulas to and either and or and apply: S1 S ≥ S1 E T1 S ≥ 2.5 eV E LUMO E B < E LUMO H B 0.2 eV < E LUMO E B − E LUMO S B < 0.5 eV E LUMO E B > E LUMO H B 0.2 eV < E LUMO H B − E LUMO S B < 0.5 eV (i) 40-98 % by weight of a host material H B, which has a lowest unoccupied molecular orbital LUMO(H B) having an energy E LUMO (H B) and a highest occupied molecular orbital HOMO(H B) having an energy E HOMO (H B); (ii) 1-50 % by weight of a thermally activated delayed fluorescence (TADF) material E B, which has a lowermost excited singlet state energy level S1 E, a lowermost excited triplet state energy level T1 E, determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(E B) having an energy E LUMO (E B) and a highest occupied molecular orbital HOMO(E B) having an energy E HOMO (E B); and (iii) 1-10 % by weight of a depopulation agent S B, which has a lowermost excited singlet state energy level S1 S, a lowermost excited triplet state energy level T1 S, determined from the onset of the time-gated emission spectrum at 77 K with a decay time of 1 ms and integration time of 1 ms, a lowest unoccupied molecular orbital LUMO(S B) having an energy E LUMO (S B) and a highest occupied molecular orbital HOMO(S B) having an energy E HOMO (S B), and optionally (iv) 0-93 % by weight of one or more further host compounds H B2 differing from H B; and optionally (v) 0-93 % by weight of one or more solvents,
A system for treating a heart, the heart having a first chamber bordered by a septum and a wall, the heart having a second chamber separated from the first chamber by the septum, the system comprising: a penetrating/sensing perforation device advanceable distally through the septum, the perforation device having a sensor to characterise tissue at a target location, wherein the sensor is a pressure sensor; a plurality of implants, each implant having an anchor, a wall anchor, and a tension member configured to apply tension between the septum and wall when the implant is deployed so as to bring the wall and septum into engagement, the implants together configured to extend the engagement across a portion of the chamber sufficiently to effectively exclude regions of the wall and septum from the chamber. a penetrating/sensing perforation device advanceable distally through the septum, the perforation device having a sensor to characterise tissue at a target location, wherein the sensor is a pressure sensor; a plurality of implants, each implant having an anchor, a wall anchor, and a tension member configured to apply tension between the septum and wall when the implant is deployed so as to bring the wall and septum into engagement, the implants together configured to extend the engagement across a portion of the chamber sufficiently to effectively exclude regions of the wall and septum from the chamber.
Pump unit that can be driven by electric motor for the generation of negative pressure for a pneumatic brake force booster, comprising a pump housing that can be closed off by means of a working chamber cover and comprising at least one elastic displacement element, wherein a working chamber is delimited between the displacement element and the working chamber cover, and said working chamber is assigned in each case inlet and outlet valves and inlet and outlet ducts assigned to the valves, characterized in that, to reduce an area of contact between the working chamber cover and the pump housing, three molded protuberances are formed on a housing flange on the pump housing or on a flange on the working chamber cover so as to be spaced apart from one another in a manner distributed over the circumference, such that spatially stable three-point support is realized between the working chamber cover and the pump housing.
A device comprising a crossbar and a frame of a door made of hollow or solid profile bars (5a, 5b, 7a, 7b), onto which door panels are inserted and held on the front side by the hollow or solid profile bars (5a, 5b, 7a,7b) and the at least one crossbar, wherein the crossbar, into which the edges of the door panels engage and are held, is connected on the reverse side with a crossbar support which is inserted internally or on the front side between the hollow or solid profile bars (5a, 5b, 7a, 7b) resting thereon of the frame and is connected therewith, wherein the connection between the crossbar support and the hollow or solid profile bars (5a, 5b) resting thereon is made by clamping plates, which hold the hollow or solid profile bars (5a, 5b) and the crossbar support together on the reverse side thereof, characterized in that the clamping plates are connected to slides, which are displaceably inserted into dovetail slots or T-slots on the hollow or solid profile bars (5a, 5b) and the crossbar support.
Sensor device (30; 30a) for detecting the movement of a deformation region, having a device for generating an electrical voltage, wherein the device has at least one magnet element and at least one coil element (59; 65, 66) which is arranged so as to be movable relative to the magnet element and which interacts with the magnet element, wherein the magnet element is fastened to a first carrier element and the at least one coil element (59; 65, 66) is fastened to a second carrier element, wherein the two carrier elements (31; 32) form a housing for accommodating the device, and the two carrier elements (31, 32) have, on opposite sides of the at least one coil element (59; 65, 66) with respect to a direction running perpendicular to a longitudinal axis of the at least one coil element (59; 65, 66), in each case one fastening region for fastening to an injector housing, which injector housing forms the deformation region, wherein the two carrier elements (31, 32) are elastically deformable in a region between the fastening regions, and wherein, during the deformation of the carrier elements (31, 32), the position between the magnet element and the at least one coil element (59; 65, 66) changes.
A method for identifying an obstruction to a trackable field-of-view, FOV, of a tracker, comprising: executing interactive content for display of a plurality of images on a head-mounted display (110, 140, 152, 1400), wherein the head-mounted display, HMD, is configured to be worn by a user, wherein the execution of the interactive content is changed based on a position and orientation of the HMD when tracked by the tracker; determining that the trackable FOV is obstructed by a spectator when the spectator is not visible through the HMD to the user, wherein the obstruction by the spectator reduces a quality factor associated with tracking of the position and orientation used for generating the plurality of images displayed on the HMD; and notifying the user that the quality factor has reduced as a result of the obstruction by the spectator. executing interactive content for display of a plurality of images on a head-mounted display (110, 140, 152, 1400), wherein the head-mounted display, HMD, is configured to be worn by a user, wherein the execution of the interactive content is changed based on a position and orientation of the HMD when tracked by the tracker; determining that the trackable FOV is obstructed by a spectator when the spectator is not visible through the HMD to the user, wherein the obstruction by the spectator reduces a quality factor associated with tracking of the position and orientation used for generating the plurality of images displayed on the HMD; and notifying the user that the quality factor has reduced as a result of the obstruction by the spectator.
An apparatus comprising: a wheel assembly configured to connect to a downhole tool to thereby reduce friction between the downhole tool and a sidewall of a wellbore through which the downhole tool is conveyed, characterized in that the wheel assembly comprises: an axle comprising: a first face; a second face; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a wheel rotatably connected with the axle, wherein the wheel is disposed around the circumferential surface; and a threaded fastener configured to: be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool. an axle comprising: a first face; a second face; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a first face; a second face; a circumferential surface between the first face and the second face; and a bore extending through the axle between the first face and the second face; a wheel rotatably connected with the axle, wherein the wheel is disposed around the circumferential surface; and a threaded fastener configured to: be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool. be disposed at least partially within the bore and extend out of the bore past the first face; and threadedly engage a threaded bore extending into a sidewall of the downhole tool to connect the axle to the downhole tool to thereby connect the wheel assembly to the downhole tool.
Device for a cellular communications network, wherein said device includes at least a processor, a memory and a transceiver and is configured to: determine a parameter which characterizes a relative velocity (v_rel) of said device with respect to a base station of said cellular communications network, wherein said device is configured to receive from said base station timing information notifying the device which timing to apply to future uplink transmissions (ul) to said base station, wherein said device is configured to modify said timing of said at least one uplink transmission (ul) from said device to said base station depending on said parameter and on said timing information received from said base station and characterized in that said device is configured to adapt the timing of said at least one uplink transmission (ul) by applying a timing advance adaptation algorithm with a feedback loop using the timing information received from said base station as feedback information.
A composition for use in bioseparation, the composition comprising: a plurality of hollow particles, the hollow particles comprising a siliceous surface; and a surface-modifying agent bonded to the hollow particles, wherein the surface-modifying agent comprises a binding segment and a reactive segment, wherein the binding segment comprises a silyl group, and wherein the reactive segment comprises a reactive nitrogen group; wherein the plurality of hollow particles have an average density between 0.05 and 0.4 g/ml, and wherein a size distribution of the plurality of hollow particles has a span of less than 1.0, the span being defined as 90 P − 10 P / 50 P, wherein 90P is the size for which 90 percent of the particles in the distribution are smaller; 10P is the size for which only 10 percent of the particles in the distribution are smaller; and 50P is the size for which 50 percent of the particles in the distribution are smaller. a plurality of hollow particles, the hollow particles comprising a siliceous surface; and a surface-modifying agent bonded to the hollow particles, wherein the surface-modifying agent comprises a binding segment and a reactive segment, wherein the binding segment comprises a silyl group, and wherein the reactive segment comprises a reactive nitrogen group; wherein the plurality of hollow particles have an average density between 0.05 and 0.4 g/ml, and wherein a size distribution of the plurality of hollow particles has a span of less than 1.0, the span being defined as 90 P − 10 P / 50 P, wherein 90P is the size for which 90 percent of the particles in the distribution are smaller; 10P is the size for which only 10 percent of the particles in the distribution are smaller; and 50P is the size for which 50 percent of the particles in the distribution are smaller.
An integrated Reaction Wheel Assembly Array (RWAA), comprising: a multi-rotor chassis comprising a chassis body (24, 26) and a plurality of bearing locating features (38, 74); and a plurality of rotor assemblies mounted to the multi-rotor chassis, each rotor assembly comprising: a rotor having a rotor shaft; a spin motor coupled to the rotor and configured to drive rotation of the rotor about a spin axis; and a first spin bearing assembly disposed around an end portion of the rotor shaft, the first spin bearing assembly engaging one of the bearing locating features to place the spin axis of the rotor assembly in a predetermined spatial relationship with the spin axes of the other rotor assemblies; characterized in that the multi-rotor chassis comprises a plurality of rotor nests in the chassis body; and each of the plurality of bearing locating features comprises a bearing sleeve which is installed within a bottom central region of each of the rotor nests, which receives a first spin bearing assembly of the rotor assemblies therein and which is produced from a different material than is the chassis body. a multi-rotor chassis comprising a chassis body (24, 26) and a plurality of bearing locating features (38, 74); and a plurality of rotor assemblies mounted to the multi-rotor chassis, each rotor assembly comprising: a rotor having a rotor shaft; a spin motor coupled to the rotor and configured to drive rotation of the rotor about a spin axis; and a rotor having a rotor shaft; a spin motor coupled to the rotor and configured to drive rotation of the rotor about a spin axis; and a first spin bearing assembly disposed around an end portion of the rotor shaft, the first spin bearing assembly engaging one of the bearing locating features to place the spin axis of the rotor assembly in a predetermined spatial relationship with the spin axes of the other rotor assemblies; characterized in that the multi-rotor chassis comprises a plurality of rotor nests in the chassis body; and each of the plurality of bearing locating features comprises a bearing sleeve which is installed within a bottom central region of each of the rotor nests, which receives a first spin bearing assembly of the rotor assemblies therein and which is produced from a different material than is the chassis body.
An engineered polypeptide comprising: an albumin binding domain polypeptide sequence comprising the amino acid sequence set forth in SEQ ID NO:35, and a first peptide hormone domain sequence comprising the amino acid sequence set forth in SEQ ID NO:3.