mhurhangee/ep-ind-claims huggingface dataset:
An opening blocking system for a vehicle door, wherein the system comprises: - a lever, pivotable with respect to a reinforcement element of said lever, wherein the lever comprises an actuation cam, such that an actuation on the lever causes movement of the actuation cam which in turn causes the unlocking of the door; - a blocking device, wherein the blocking device comprises fixing means for fixing to the reinforcement element, wherein the blocking device can be moved to prevent the accidental unlocking of the door; characterised in that the blocking device comprises a first section, a second section, and a break area, wherein the fixing means comprise at least one first attachment element for attaching the first section to the reinforcement element of the lever and at least one second attachment element for attaching the second section to the reinforcement element of the lever, being the at least one first attachment element arranged at the end farthest away from the first section with respect to the break area, and being the at least one second attachment element arranged at the end farthest away from the second section with respect to the break area. wherein the first section is attached to the second section through the break area, wherein the first section comprises a projection extending away from the reinforcement element, wherein the blocking device is configured such that, when the projection receives pressure, the break area breaks, releasing a movement of the first section of the blocking device to a blocking position, wherein said first section blocks the actuation path of the actuation cam. - a lever, pivotable with respect to a reinforcement element of said lever, wherein the lever comprises an actuation cam, such that an actuation on the lever causes movement of the actuation cam which in turn causes the unlocking of the door; - a blocking device, wherein the blocking device comprises fixing means for fixing to the reinforcement element, wherein the blocking device can be moved to prevent the accidental unlocking of the door; characterised in that the blocking device comprises a first section, a second section, and a break area, wherein the fixing means comprise at least one first attachment element for attaching the first section to the reinforcement element of the lever and at least one second attachment element for attaching the second section to the reinforcement element of the lever, being the at least one first attachment element arranged at the end farthest away from the first section with respect to the break area, and being the at least one second attachment element arranged at the end farthest away from the second section with respect to the break area. wherein the first section is attached to the second section through the break area, wherein the first section comprises a projection extending away from the reinforcement element, wherein the blocking device is configured such that, when the projection receives pressure, the break area breaks, releasing a movement of the first section of the blocking device to a blocking position, wherein said first section blocks the actuation path of the actuation cam.
A target for neutron generation, comprising a substrate coated with a palladium layer and a lithium layer such that a surface of the lithium layer is arranged to be irradiated with charged particles to generate neutrons, the target for neutron generation characterised in that it further comprises, between the palladium layer and the lithium layer, a barrier layer made of a metal that does not form an eutectic alloy with either palladium or lithium, wherein the barrier layer is made of a metal selected from copper, iron, nickel, cobalt, titanium, and zirconium or an alloy containing any of these metals, and wherein the barrier layer has a thickness of 0.5 to 5 μm.
Descaling device for descaling a flow-line system for fluids, comprising a storage container, to which water can be supplied via a water inlet and which comprises a water-soluble descaling agent contained therein, the solution of which agent can be discharged via a mixture outlet of the storage container, characterised in that a forming saturated solution of the originally powdered or pasty descaling agent is produced in the storage container filled with water, the storage container comprising a water inlet near the base and a mixture outlet arranged above the water inlet, with which inlet and outlet at least one metering valve (7, 8) is associated in each case.
A method of transmitting three-dimensional,3D, video content, the method comprising: defining reference coordinates of a six degrees of freedom space (400, 500) represented by a volumetric cuboid; defining placement information where a bounding box representing a 6DoF object (410, 520, 610) is placed in the 6DoF space, the placement information comprising reference coordinates of the bounding box, scaling information of the bounding box, and rotation information of the bounding box, wherein the rotation information of the bounding box is defined based on an orientation of the bounding box referring to the 6D0F space; placing the bounding box (410, 520, 610) in the 6DoF space by matching the reference coordinate of the bounding box and the reference coordinate of the 6DoF space, according to the placement information; dividing the bounding box into at least two sub-blocks based on division information; compressing 3D video content, comprising the at least two sub-blocks of the bounding box, into a two-dimensional, 2D, video frame; obtaining, from the 2D video frame, location information about compressed data (621, 622, 623) corresponding to the at least two sub-blocks of the bounding box; encoding the 2D video frame; encapsulating the compressed data into tracks for each component of the bounding box to generate a media file comprising the encoded 2D video frame and the location information; and transmitting the media file, wherein each of the tracks is divided into at least two regions corresponding to the sub-blocks of the bounding box, where the at least two regions are independently decodable of each other. defining reference coordinates of a six degrees of freedom space (400, 500) represented by a volumetric cuboid; defining placement information where a bounding box representing a 6DoF object (410, 520, 610) is placed in the 6DoF space, the placement information comprising reference coordinates of the bounding box, scaling information of the bounding box, and rotation information of the bounding box, wherein the rotation information of the bounding box is defined based on an orientation of the bounding box referring to the 6D0F space; placing the bounding box (410, 520, 610) in the 6DoF space by matching the reference coordinate of the bounding box and the reference coordinate of the 6DoF space, according to the placement information; dividing the bounding box into at least two sub-blocks based on division information; compressing 3D video content, comprising the at least two sub-blocks of the bounding box, into a two-dimensional, 2D, video frame; obtaining, from the 2D video frame, location information about compressed data (621, 622, 623) corresponding to the at least two sub-blocks of the bounding box; encoding the 2D video frame; encapsulating the compressed data into tracks for each component of the bounding box to generate a media file comprising the encoded 2D video frame and the location information; and transmitting the media file, wherein each of the tracks is divided into at least two regions corresponding to the sub-blocks of the bounding box, where the at least two regions are independently decodable of each other.
Connecting element for connecting a first electrical assembly to a second electrical assembly, comprising a rigid, tubular outer housing made of an electrically conductive material and an electrical cable running inside the outer housing along a longitudinal axis of the outer housing, wherein the electrical cable comprises at least one inner conductor and a dielectric surrounding the at least one inner conductor, and wherein at least one segment of the outer housing is reshaped along the longitudinal axis in such a way that the electrical cable is fixed inside the outer housing, characterized in that the outer housing comprises a plug-in connector at the ends for connecting to a respective mating plug-in connector of an electrical assembly (2, 3) and the plug-in connectors are formed in that the ends of the outer housing are widened.
A method for maintaining an order of received data units during a handover procedure in a wireless communication system, the method comprising: receiving, by a mobile terminal, a plurality of data units from a source base station before the handover is started to a target base station, wherein each data unit has a sequence number; receiving, by the mobile terminal, at least one data unit having a sequence number from the target base station after the handover is started; delivering, from a packet data convergence protocol, PDCP, layer of the mobile terminal to a higher layer, all data units received from the source base station prior to a completion of the handover and having sequence numbers smaller than the sequence number of the at least one data unit received from the target base station after the handover; and delivering, from the PDCP layer of the mobile terminal to the higher layer, all data units having consecutive sequence numbers that are greater than, and immediately sequential to, the sequence number of the at least one data unit received from the target base station after the handover. receiving, by a mobile terminal, a plurality of data units from a source base station before the handover is started to a target base station, wherein each data unit has a sequence number; receiving, by the mobile terminal, at least one data unit having a sequence number from the target base station after the handover is started; delivering, from a packet data convergence protocol, PDCP, layer of the mobile terminal to a higher layer, all data units received from the source base station prior to a completion of the handover and having sequence numbers smaller than the sequence number of the at least one data unit received from the target base station after the handover; and delivering, from the PDCP layer of the mobile terminal to the higher layer, all data units having consecutive sequence numbers that are greater than, and immediately sequential to, the sequence number of the at least one data unit received from the target base station after the handover.
A MIA-inhibitor peptide selected from the group consisting of from SEQ ID NO: 1 to SEQ ID NO: 49 for use in preventing and curing non-segmental vitiligo.
An intracameral implant comprising: (i) 5-40% wt of a therapeutic agent; (ii) 10-60% wt of a poly-(D,L lactide) with an inherent viscosity of 0,25-0,35 dl/g; (iii) 5-20% wt of a poly-(D,L lactide) with an inherent viscosity of 0,16-0,24 dl/g; (iv) 5-40% wt of a poly-(DL-lactide-co-glycolide) which has a molar ratio of D,L glycolide:lactide of 73:27 to 77:23 and an inherent viscosity of 0,16-0,24 dl/g; and (v) 0-15% wt of a polyethylene glycol having a molecular weight of 3,000-3,500 g/mol. (i) 5-40% wt of a therapeutic agent; (ii) 10-60% wt of a poly-(D,L lactide) with an inherent viscosity of 0,25-0,35 dl/g; (iii) 5-20% wt of a poly-(D,L lactide) with an inherent viscosity of 0,16-0,24 dl/g; (iv) 5-40% wt of a poly-(DL-lactide-co-glycolide) which has a molar ratio of D,L glycolide:lactide of 73:27 to 77:23 and an inherent viscosity of 0,16-0,24 dl/g; and (v) 0-15% wt of a polyethylene glycol having a molecular weight of 3,000-3,500 g/mol.
A cap assembly for a secondary battery, which is mounted on an opening of a can, the cap assembly comprising: a top cap; a safety element disposed on a lower portion of the top cap; a safety vent disposed on a lower portion of the safety element; and a gasket surrounding edges of the top cap, the safety element, and the safety vent and mounted on the opening of the can, wherein an impact absorption part absorbing an impact from the gasket is disposed between an inner wall of the gasket and an outer circumferential surface of the safety vent, wherein the impact absorption part is provided as an impact absorption member which absorbs external impact and is made of a material having elasticity to prevent the safety vent from being shaken, wherein the impact absorption member is attached to the outer circumferential surface of the safety vent, and wherein at least three or more impact absorption members are attached at the same interval to the outer circumferential surface of the safety vent. a top cap; a safety element disposed on a lower portion of the top cap; a safety vent disposed on a lower portion of the safety element; and a gasket surrounding edges of the top cap, the safety element, and the safety vent and mounted on the opening of the can, wherein an impact absorption part absorbing an impact from the gasket is disposed between an inner wall of the gasket and an outer circumferential surface of the safety vent, wherein the impact absorption part is provided as an impact absorption member which absorbs external impact and is made of a material having elasticity to prevent the safety vent from being shaken, wherein the impact absorption member is attached to the outer circumferential surface of the safety vent, and wherein at least three or more impact absorption members are attached at the same interval to the outer circumferential surface of the safety vent.
A device for assisting in an open surgery, comprising: a base configured to be mounted on a portion of a handheld medical tool, wherein the base has a cylindrical or round, rather flat frustoconical shape, the base having a central opening (2a, 901, 911) configured to be mounted around a portion of the handheld medical tool; and wherein the base comprises a power supply; and an appendage to the base having a receptacle configured to receive an auxiliary medical device; wherein the medical tool is selected from a group consisting of an electrical scalpel, an ultrasonic scalpel, a radiofrequency knife, a surgical clamp, a sealant or a cautery; and characterized in that the base further comprises two or more LEDs, such that when the base is attached to the handheld medical tool, the LEDs are directed towards a distal end of the handheld medical tool. a base configured to be mounted on a portion of a handheld medical tool, wherein the base has a cylindrical or round, rather flat frustoconical shape, the base having a central opening (2a, 901, 911) configured to be mounted around a portion of the handheld medical tool; and wherein the base comprises a power supply; and an appendage to the base having a receptacle configured to receive an auxiliary medical device; wherein the medical tool is selected from a group consisting of an electrical scalpel, an ultrasonic scalpel, a radiofrequency knife, a surgical clamp, a sealant or a cautery; and characterized in that the base further comprises two or more LEDs, such that when the base is attached to the handheld medical tool, the LEDs are directed towards a distal end of the handheld medical tool.
A system for delivering one or more liquids into a preselected array of a plurality wells comprising: a plurality of tubes, each tube having a first end in fluid communication with a reservoir, and a second end terminating in an orifice; a plurality of the reservoirs, the reservoirs provided in a predetermined configuration relative to one another; a print head operable to movably hold each orifice in a predetermined position such that the position of each orifice corresponds to a well in the preselected array of wells; a plurality of straws, each straw having a hollow opening connecting a first end to a second end, the first end fluidly connected to the first end of a corresponding tube and the second end removably in contact with a bottom portion of a corresponding reservoir; a metering device operable to urge a preselected amount of fluid from the second end of each straw through its corresponding tube, and out its corresponding orifice; an imaging system; and a computing device; wherein the imaging system comprises a camera configured to image a bottom surface of the print head, including any drops on the print head and orifices without drops; and wherein the computing device is configured to interface with the imaging system to accept or reject an array of drops on the print head, either prior to or subsequent to transfer to the array of wells. a plurality of tubes, each tube having a first end in fluid communication with a reservoir, and a second end terminating in an orifice; a plurality of the reservoirs, the reservoirs provided in a predetermined configuration relative to one another; a print head operable to movably hold each orifice in a predetermined position such that the position of each orifice corresponds to a well in the preselected array of wells; a plurality of straws, each straw having a hollow opening connecting a first end to a second end, the first end fluidly connected to the first end of a corresponding tube and the second end removably in contact with a bottom portion of a corresponding reservoir; a metering device operable to urge a preselected amount of fluid from the second end of each straw through its corresponding tube, and out its corresponding orifice; an imaging system; and
A nutritional composition comprising 2-fucosyl-lactose for use in enhancing learning in an individual subjected to psychological stress early in life whereby the hippocampal long-term potentiation response is enhanced in the individual.
A data recording and transmission method for use in balancing a propeller of an aircraft, the method comprising: operating the propeller in-flight; receiving, during operation of the propeller in-flight, vibration data associated with the propeller; storing configuration data associated with the propeller in a non-volatile memory on-board the aircraft; retrieving, from the non-volatile memory, the configuration data; transmitting the vibration data and the configuration data to a data processing device configured to determine a balancing solution for the propeller based on the vibration data and the configuration data; the method characterised by receiving, from the data processing device, at least one update to the configuration data; and modifying the configuration data stored in the non-volatile memory according to the at least one update. operating the propeller in-flight; receiving, during operation of the propeller in-flight, vibration data associated with the propeller; storing configuration data associated with the propeller in a non-volatile memory on-board the aircraft; retrieving, from the non-volatile memory, the configuration data; transmitting the vibration data and the configuration data to a data processing device configured to determine a balancing solution for the propeller based on the vibration data and the configuration data; the method characterised by receiving, from the data processing device, at least one update to the configuration data; and modifying the configuration data stored in the non-volatile memory according to the at least one update.
Steel sheet provided with a coating providing sacrificial cathodic protection, the coating comprising 1 to 40 weight % zinc, from 0.01 to 0.4 weight % lanthanum, and optionally up to 10 weight % magnesium, optionally up to 15 weight % silicon and optionally up to 0.3 weight %, in accumulated weight, of possible additional elements selected from among Sb, Pb, Ti, Ca, Mn, Cr, Ni, Zr, In, Sn, Hf and Bi, the remainder being formed of aluminium and residual elements, among which iron at a content of 0 to 5 weight %, or unavoidable impurities derived in particular from pollution of hot dip galvanising baths through the passing of steel strips, or impurities derived from the ingots feedings these same baths or from ingots feeding vacuum deposit processes.
Channel system having rectangular channel elements, in particular ventilation channel elements, which are equipped on both end faces respectively with circumferential frame profiles which have on the outside a bead oriented to the outside, wherein the beads of frame profiles of adjacent channel elements abutting on one another at the end faces are grouped around in each case by at least one clamping element which is C-shaped in cross-section, wherein threaded rods or similar are provided for suspending the channel elements, characterised in that for the tensioned connection of adjacent frame profiles of two adjacent channel elements is provided in each case one support rail which protrudes beyond the frame profiles on both sides to the outside and consists of a profile which is C-shaped in cross-section, in the C-web of which a plurality of openings along the longitudinal axis is left out for inserting a threaded rod or similar, wherein in the C-web of the support rail a longitudinal groove which is C-shaped in cross-section and open to the outside is formed with a lateral undercut (9a, 9b) on each side, wherein the longitudinal groove forms the clamping element for gripping around the bead of adjacent channel elements, wherein the openings are left out at the end of the support rail.
Photovoltaic module comprising a plurality of multijunction photovoltaic cells, at least one of said multijunction photovoltaic cells comprising: • a first photovoltaic sub-cell extending over a first predetermined area; • a second photovoltaic sub-cell provided on said first photovoltaic sub-cell and in electrical connection therewith, said second photovoltaic sub-cell extending over a second predetermined area which is smaller than said first predetermined area so as to define at least one zone in which said first photovoltaic sub-cell is uncovered by said second photovoltaic sub-cell; • an electrically-insulating layer situated upon said first photovoltaic sub-cell in at least a part of said zone; and • an electrically-conductive layer situated upon at least part of said electrically-insulating layer and in electrical connection with a surface of said second photovoltaic sub-cell, characterized in that at least one of said multijunction photovoltaic cells is electrically connected to at least one other of said multijunction photovoltaic cells by means of at least one electrical interconnector electrically connected to said electrically-conductive layer in said zone. • a first photovoltaic sub-cell extending over a first predetermined area; • a second photovoltaic sub-cell provided on said first photovoltaic sub-cell and in electrical connection therewith, said second photovoltaic sub-cell extending over a second predetermined area which is smaller than said first predetermined area so as to define at least one zone in which said first photovoltaic sub-cell is uncovered by said second photovoltaic sub-cell; • an electrically-insulating layer situated upon said first photovoltaic sub-cell in at least a part of said zone; and • an electrically-conductive layer situated upon at least part of said electrically-insulating layer and in electrical connection with a surface of said second photovoltaic sub-cell, characterized in that at least one of said multijunction photovoltaic cells is electrically connected to at least one other of said multijunction photovoltaic cells by means of at least one electrical interconnector electrically connected to said electrically-conductive layer in said zone.