mhurhangee/ep-ind-claims huggingface dataset:
A seal for sealing an aircraft wing rib to a stringer passing through an aperture defined in the rib at a position subject to a tolerance, the seal comprising a first seal part engageable with the rib and a second seal part engageable with the stringer, the first and second seal parts each defining a sealing surface for sealable engagement together upon said assembly, and the seal includes self-adjustment means to absorb any said tolerance and form the said seal upon the stringer being assembled into the aperture in the rib, the first seal part comprises a seal plate having a body slidably engageable with the rib and defining the sealing surface on a flange depending from the body and the second seal part comprises a saddle for fitting over an upstanding part of the stringer and defines an outwardly directed said sealing surface for engagement with the sealing surface of the seal plate, and characterized in that the saddle comprises a pair of downwardly depending legs (24, 25) to engage either side of the stringer and a bridging portion connecting the legs (24, 25) together and is divided into two parts in a region of the bridging portion whereby to accommodate any variation in thickness of the stringer when positioned thereon.
A support element for biopsies comprising a substrate on which at least one strip of filtering material is adhered, said substrate being a piece of rigid, semi-rigid or soft material, which is provided with a surface in contact with said at least one strip of filtering material, wherein said at least one strip of filtering material has a general elongated rectangular shape characterized in that the strip of filtering material is removably applied to the surface and comprises a first end being fixed to said surface, an elongated portion and a second end both rested on said surface though not glued thereto, said at least one strip having a first end having a weakening element arranged such as to ensure the strip to be easily detached from the support element.
Hammer strike iron for a comminution machine with a stationary anvil (2; 12), wherein the hammer strike iron (4; 14) is mounted pivotably on a rotor of the comminution machine by means of a swivel pin (6; 16), wherein an insert piece (7; 17) is provided in the hammer strike iron, which insert piece contains a receiving opening (11; 011) with a first bearing surface (8; 18) and an opposite second bearing surface (12; 012) for the swivel pin and which can be installed in the hammer strike iron in a first orientation or in a second orientation rotated through 180°, wherein the first bearing surface in the first orientation and the second bearing surface in the second orientation are at different distances from the hammer head (5; 15), characterized in that the receiving opening is an elongated hole which is formed eccentrically in the insert piece so that cheeks of the insert piece serving as bearing surfaces which are opposite in the longitudinal direction of the hammer head have different wall thicknesses.
An adapter (84; 162) configured for use in combination with a cap or metering valve (86a, 86b) on a fuel cell (16, 16a) having a closure formation, the cap having at least one leg portion and a corresponding foot extending from the leg, comprising: a ring portion (92, 172) configured for engagement upon the closure formation of the fuel cell and including a top edge (94, 174), a bottom edge (96, 176), and a sidewall (98, 178) therebetween having an inner sidewall (100, 180) and an outer sidewall (102, 182); a grooved portion (104, 186) defined by said inner sidewall; a convex gripping formation (106, 184) on said outer sidewall complementary to the closure formation characterized in that it further comprises at least one recessed formation (108a, 108b) adjacent said grooved portion for receiving the foot. a ring portion (92, 172) configured for engagement upon the closure formation of the fuel cell and including a top edge (94, 174), a bottom edge (96, 176), and a sidewall (98, 178) therebetween having an inner sidewall (100, 180) and an outer sidewall (102, 182); a grooved portion (104, 186) defined by said inner sidewall; a convex gripping formation (106, 184) on said outer sidewall complementary to the closure formation characterized in that it further comprises at least one recessed formation (108a, 108b) adjacent said grooved portion for receiving the foot.
A device for screening a person for convergence insufficiency (Cl) with a binocular viewer comprising a first eyepiece to receive a first eye of the person, a second eyepiece to receive a second eye of the person, a first image sensor adjacent the first eyepiece, and a second image sensor adjacent the second eyepiece, the device comprising: a display adjacent the binocular viewer; and a processor and associated memory cooperating with said display and configured to record, with the first image sensor, movement of the first eye, record, with the second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI. a display adjacent the binocular viewer; and a processor and associated memory cooperating with said display and configured to record, with the first image sensor, movement of the first eye, record, with the second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI. record, with the first image sensor, movement of the first eye, record, with the second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI.
An epicyclic gearbox assembly for a gas turbine engine, the epicyclic gearbox assembly defining an axial direction, a radial direction, a circumferential direction, a forward end, and an aft end, the epicyclic gearbox assembly comprising: a sun gear assembly; a planet gear assembly engaged with the sun gear assembly; a ring gear assembly comprising one or more ring gears engaged with the planet gear assembly; and a lubrication fluid collection assembly comprising a rotating oil scoop extending in the circumferential direction around the ring gear assembly, the rotating oil scoop coupled to the ring gear assembly at a location forward of one or more ring gears of the ring gear assembly; characterized in that the ring gear assembly further comprises a ring gear shaft that defines a plurality of lubrication fluid openings. a sun gear assembly; a planet gear assembly engaged with the sun gear assembly; a ring gear assembly comprising one or more ring gears engaged with the planet gear assembly; and a lubrication fluid collection assembly comprising a rotating oil scoop extending in the circumferential direction around the ring gear assembly, the rotating oil scoop coupled to the ring gear assembly at a location forward of one or more ring gears of the ring gear assembly; characterized in that the ring gear assembly further comprises a ring gear shaft that defines a plurality of lubrication fluid openings.
Connection part with integrated additional functions including screw-connection mounting, top-hat rail mounting and reliable earthing connection for the connection of a component to a holding device, in particular in a switchgear cabinet or an open switch panel, wherein the connection part is also designed in one piece taking into account an integrated additional function in the form of a cable-free earthing function, wherein the connection part is manufactured from an electrically conductive material and has connection contours, wherein the connection contours comprise a contact tongue for electrical contact-connection, a spring element and claws in a central region, arranged in a first plane, of the connection part, and wherein the connection part has projections (6, 7) which i) adjoin the two ends of the central region, ii) are arranged in a second plane, which is formed parallel to the first plane, and iii) have recesses via which connection in the form of a screw connection is possible. wherein the connection part is manufactured from an electrically conductive material and has connection contours, wherein the connection contours comprise a contact tongue for electrical contact-connection, a spring element and claws in a central region, arranged in a first plane, of the connection part, and wherein the connection part has projections (6, 7) which i) adjoin the two ends of the central region, ii) are arranged in a second plane, which is formed parallel to the first plane, and iii) have recesses via which connection in the form of a screw connection is possible.
Backfeeding system, comprising: - an energy-optimised backfeeding installation (30, 40, 50, 60) comprising: - at least one compressor (21, 45, 55, 61) between a gas network at a first pressure and a gas network at a second pressure higher than the first pressure, the compressor being driven by an electric motor (46, 52, 62); - a programmable logic controller for controlling the operation of each compressor; - at least one sensor for checking the quality compliance of the gas circulating in the compressor; - at least one meter for metering a flow rate of gas circulating in the compressor; - at least one filter for filtering the gas circulating in the compressor; - a gas expander (41, 51, 61) for expanding gas initially at the second pressure in order to supply the gas network at the first pressure; - a generator (42, 52, 62) driven by the gas expander; and - a heat and electrical power cogeneration unit, the heat being used to heat the gas during expansion, the electricity outlet of the generator being connected to the electricity outlet of the cogeneration unit. - an energy-optimised backfeeding installation (30, 40, 50, 60) comprising: - at least one compressor (21, 45, 55, 61) between a gas network at a first pressure and a gas network at a second pressure higher than the first pressure, the compressor being driven by an electric motor (46, 52, 62); - a programmable logic controller for controlling the operation of each compressor; - at least one sensor for checking the quality compliance of the gas circulating in the compressor; - at least one meter for metering a flow rate of gas circulating in the compressor; - at least one filter for filtering the gas circulating in the compressor; - a gas expander (41, 51, 61) for expanding gas initially at the second pressure in order to supply the gas network at the first pressure; - a generator (42, 52, 62) driven by the gas expander; and - at least one compressor (21, 45, 55, 61) between a gas network at a first pressure and a gas network at a second pressure higher than the first pressure, the compressor being driven by an electric motor (46, 52, 62); - a programmable logic controller for controlling the operation of each compressor; - at least one sensor for checking the quality compliance of the gas circulating in the compressor; - at least one meter for metering a flow rate of gas circulating in the compressor; - at least one filter for filtering the gas circulating in the compressor; - a gas expander (41, 51, 61) for expanding gas initially at the second pressure in order to supply the gas network at the first pressure; - a generator (42, 52, 62) driven by the gas expander; and - a heat and electrical power cogeneration unit, the heat being used to heat the gas during expansion, the electricity outlet of the generator being connected to the electricity outlet of the cogeneration unit.
An apparatus adapted to determine an occupancy in a designated area, said apparatus comprising a memory and a controller, said controller being configured to: detect at least one passage of a person into said area based on an image stream; determine a passage time; wherein said passage time is the time when the passage is detected; determine an average occupancy time (Ta); determine an estimation of the present occupancy in the designated area by determining whether the at least one detected passage is estimated to occupy the designated area by determining a present time and comparing said present time to a sum of said passage time corresponding to said at least one detected passage and the average occupancy time (Ta) and if said present time is smaller than the sum of the passage time corresponding to said at least one detected passage and the average occupancy time (Ta), then increasing an estimation sum and determining said occupancy in said area as said estimation sum. detect at least one passage of a person into said area based on an image stream; determine a passage time; wherein said passage time is the time when the passage is detected; determine an average occupancy time (Ta); determine an estimation of the present occupancy in the designated area by determining whether the at least one detected passage is estimated to occupy the designated area by determining a present time and comparing said present time to a sum of said passage time corresponding to said at least one detected passage and the average occupancy time (Ta) and if said present time is smaller than the sum of the passage time corresponding to said at least one detected passage and the average occupancy time (Ta), then increasing an estimation sum and determining said occupancy in said area as said estimation sum.
A method for providing role-based access control permissions, comprising: receiving, via a policy decision point, up-to-date security context information from one or more sources (104, 106, 108, 110, 112, 114, 116, 234, 236, 238); receiving, via a policy agent, a request by a user interface for access to the portion of the computing system by the user interface; creating, via the policy decision point, an access vector, wherein the creation of the access vector changes rights associated with a role of the user based on the up-to-date security context information; receiving, via the communications policy enforcement point, the request from the policy agent; determining, via the communications policy enforcement point, whether the user interface is an authorized node, based upon the access vector received from the policy decision point; and receiving, via the user/application policy enforcement point, the request from the communications policy enforcement point; determining, via the user/application policy enforcement point whether the user interface is using a proper application and whether the user is authorized, based upon the access vector received from the policy decision point. receiving, via a policy decision point, up-to-date security context information from one or more sources (104, 106, 108, 110, 112, 114, 116, 234, 236, 238); receiving, via a policy agent, a request by a user interface for access to the portion of the computing system by the user interface; creating, via the policy decision point, an access vector, wherein the creation of the access vector changes rights associated with a role of the user based on the up-to-date security context information; receiving, via the communications policy enforcement point, the request from the policy agent; determining, via the communications policy enforcement point, whether the user interface is an authorized node, based upon the access vector received from the policy decision point; and receiving, via the user/application policy enforcement point, the request from the communications policy enforcement point; determining, via the user/application policy enforcement point whether the user interface is using a proper application and whether the user is authorized, based upon the access vector received from the policy decision point.
An agent, or composition containing an agent, for use in treating hypercytokinemia in a subject resulting from cytokine release from non-proliferating immune cells in blood, wherein said agent comprises: (i) an oligopeptidic compound comprising a PCNA interacting motif and a cell penetrating peptide, wherein the PCNA interacting motif is X 1 X 2 X 3 X 4 X 5 (SEQ ID NO: 2) and wherein: X 1 is selected from Arginine, Lysine and Histidine; X 2 is selected from Tryptophan, Phenylalanine and Tyrosine; X 3 is selected from Leucine, Isoleucine, Valine, Alanine, Methionine, Serine, Threonine, Asparagine, Glutamine and Cysteine; X 4 is selected from Valine, Leucine, Isoleucine, Alanine, Methionine, Glycine, Serine, Threonine, Asparagine, Glutamine, Arginine, Lysine, Histidine and Cysteine; and X 5 is selected from Arginine, Lysine, Histidine and Proline; or (ii) a nucleic acid molecule comprising a sequence encoding the oligopeptidic compound of (i). (i) an oligopeptidic compound comprising a PCNA interacting motif and a cell penetrating peptide, wherein the PCNA interacting motif is X 1 X 2 X 3 X 4 X 5 (SEQ ID NO: 2) and wherein: X 1 is selected from Arginine, Lysine and Histidine; X 2 is selected from Tryptophan, Phenylalanine and Tyrosine; X 3 is selected from Leucine, Isoleucine, Valine, Alanine, Methionine, Serine, Threonine, Asparagine, Glutamine and Cysteine; X 4 is selected from Valine, Leucine, Isoleucine, Alanine, Methionine, Glycine, Serine, Threonine, Asparagine, Glutamine, Arginine, Lysine, Histidine and Cysteine; and X 5 is selected from Arginine, Lysine, Histidine and Proline; or X 1 is selected from Arginine, Lysine and Histidine; X 2 is selected from Tryptophan, Phenylalanine and Tyrosine; X 3 is selected from Leucine, Isoleucine, Valine, Alanine, Methionine, Serine, Threonine, Asparagine, Glutamine and Cysteine; X 4 is selected from Valine, Leucine, Isoleucine, Alanine, Methionine, Glycine, Serine, Threonine, Asparagine, Glutamine, Arginine, Lysine, Histidine and Cysteine; and X 5 is selected from Arginine, Lysine, Histidine and Proline; or (ii) a nucleic acid molecule comprising a sequence encoding the oligopeptidic compound of (i).
A medical connector device, comprising: a vascular access device comprising a body having an interior chamber and a first connector end and a second connector end for connection of or to other vascular access devices, and a septum having a slit disposed within the first connector end; a gas permeable vent (32, 40, 38) including an adapter (32, 40) capable of penetrating into the slit of the septum, wherein the gas permeable vent (32, 40, 38) is capable of venting a gas from the interior chamber of the body to the exterior of the body; wherein the gas permeable vent (32, 40, 38) includes a vent plug secured to the adapter, the vent plug including venting material capable for acting as a barrier to liquid while permitting gas to permeate through the material. a vascular access device comprising a body having an interior chamber and a first connector end and a second connector end for connection of or to other vascular access devices, and a septum having a slit disposed within the first connector end; a gas permeable vent (32, 40, 38) including an adapter (32, 40) capable of penetrating into the slit of the septum, wherein the gas permeable vent (32, 40, 38) is capable of venting a gas from the interior chamber of the body to the exterior of the body; wherein the gas permeable vent (32, 40, 38) includes a vent plug secured to the adapter, the vent plug including venting material capable for acting as a barrier to liquid while permitting gas to permeate through the material.
Robotic cleaning device suitable for use on ferromagnetic structures that includes: 1a) two symmetrical cleaning arms (100, 200); 1b) a caterpillar type tractor that moves using magnetic soles over bands of said caterpillar type tractor; 1c) two independent actuating units (301, 302); 1c1) joined together by means of a ball joint that allows for transverse rotation with respect to a central body and 1c2) also joined by a longitudinal hinge that enables each actuating unit (301, 302) to turn transversely as well as longitudinally, and 1d) at least one arm behind each actuating unit (301, 302), and 1e) free rotating wheels for supporting each arm; characterized in that: If) aligned with each arm is a profile that supports: 1f1) a cleaning roller operated by a reduction motor that is coupled to said cleaning roller and 1f2) a plurality of pipes (12, 13) comprising: 1f2a) a first chemical product distribution pipe; 1f2b) a second water distribution pipe; 1f3) a plurality of spray nozzles configured for spraying water and for spraying a chemical product over a ferromagnetic surface. 1a) two symmetrical cleaning arms (100, 200); 1b) a caterpillar type tractor that moves using magnetic soles over bands of said caterpillar type tractor; 1c) two independent actuating units (301, 302); 1c1) joined together by means of a ball joint that allows for transverse rotation with respect to a central body and 1c2) also joined by a longitudinal hinge that enables each actuating unit (301, 302) to turn transversely as well as longitudinally, and) joined together by means of a ball joint that allows for transverse rotation with respect to a central body and 1c2) also joined by a longitudinal hinge that enables each actuating unit (301, 302) to turn transversely as well as longitudinally, and 1d) at least one arm behind each actuating unit (301, 302), and 1e) free rotating wheels for supporting each arm; If) aligned with each arm is a profile that supports: 1f1) a cleaning roller operated by a reduction motor that is coupled to said cleaning roller and 1f2) a plurality of pipes (12, 13) comprising: 1f2a) a first chemical product distribution pipe; 1f2b) a second water distribution pipe; 1f3) a plurality of spray nozzles configured for spraying water and for spraying a chemical product over a ferromagnetic surface. 1f1) a cleaning roller operated by a reduction motor that is coupled to said cleaning roller and 1f2) a plurality of pipes (12, 13) comprising: 1f2a) a first chemical product distribution pipe; 1f2b) a second water distribution pipe; 1f2a) a first chemical product distribution pipe; 1f2b) a second water distribution pipe; 1f3) a plurality of spray nozzles configured for spraying water and for spraying a chemical product over a ferromagnetic surface.