mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a local traffic service, the method comprising: detecting a vehicle is transitioning from a first region of control of a first local traffic service to a second region of control of a second local traffic service;; providing, to a second traffic management service associated with the second local traffic service,, priority information for the vehicle so as to maintain the priority information for the vehicle during transitioning, wherein the priority information includes at least one of: a vehicle type, a vehicle occupancy level, a service level purchased for the vehicle, and a routing information for the vehicle, wherein the priority information is provided to the second traffic management service at a time determined based on local area congestion and sending, by the second traffic management service,, traffic management communications to the vehicle for controlling a behavior of the vehicle based on the priority information. detecting a vehicle is transitioning from a first region of control of a first local traffic service to a second region of control of a second local traffic service;; providing, to a second traffic management service associated with the second local traffic service,, priority information for the vehicle so as to maintain the priority information for the vehicle during transitioning, wherein the priority information includes at least one of: a vehicle type, a vehicle occupancy level, a service level purchased for the vehicle, and a routing information for the vehicle, wherein the priority information is provided to the second traffic management service at a time determined based on local area congestion and sending, by the second traffic management service,, traffic management communications to the vehicle for controlling a behavior of the vehicle based on the priority information.
Method for isomerizing compounds of the formula or mixtures of compounds of the formula Ar-R n where Ar is an n-valent aromatic residue, n is a natural number of 2 or more, preferably 2 or 3 and particularly preferably 2 and R is each independently halogen, alkyl, fluoroalkyl, aryl, alkylaryl or amino characterized in that the isomerization takes place in the presence of a salt melt comprising: • at least one compound of the formula: [M 1][X 1] m1 in which M 1 is aluminium or gallium, X 1 is chlorine or bromine, preferably chlorine and m1 is 3 for aluminium and gallium • at least one compound of the formula: [M 2][X 2] m2 in which M 2 is lithium, sodium or potassium, where lithium is even more preferred, X 2 is chlorine or bromine, particularly preferably chlorine and m2 is 1 for lithium, sodium and potassium, and wherein the molar ratio of the compounds of the formula to formula is 1.8:1 to 10:1. Ar is an n-valent aromatic residue, n is a natural number of 2 or more, preferably 2 or 3 and particularly preferably 2 and R is each independently halogen, alkyl, fluoroalkyl, aryl, alkylaryl or amino • at least one compound of the formula: [M 1][X 1] m1 in which M 1 is aluminium or gallium, X 1 is chlorine or bromine, preferably chlorine and m1 is 3 for aluminium and gallium M 1 is aluminium or gallium, X 1 is chlorine or bromine, preferably chlorine and m1 is 3 for aluminium and gallium • at least one compound of the formula: [M 2][X 2] m2 in which M 2 is lithium, sodium or potassium, where lithium is even more preferred, X 2 is chlorine or bromine, particularly preferably chlorine and m2 is 1 for lithium, sodium and potassium, M 2 is lithium, sodium or potassium, where lithium is even more preferred, X 2 is chlorine or bromine, particularly preferably chlorine and m2 is 1 for lithium, sodium and potassium,
An organic light emitting device comprising: first and second electrodes, wherein the first electrode is an anode and the second electrode is a cathode; first and second stacks formed in this order between the first electrode and the second electrode, the first and second stacks emitting their respective colors different from each other; and an intermediate layer formed between the first stack and the second stack, wherein the intermediate layer includes a first intermediate layer disposed to be adjacent to the first stack to provide electrons to the first stack, and a second intermediate layer disposed to be adjacent to the second stack to provide holes to the second stack, and the second intermediate layer includes a P doping charge generating layer formed on the first intermediate layer and a layer having hole transporting characteristic (322, 323) formed on the P doping charge generating layer; wherein the P doping charge generating layer and the layer having hole transporting characteristic (322, 323) comprise the same organic material; and wherein the layer having hole transporting characteristic (322, 323) is comprised of an electron blocking layer, and the second stack includes a light emitting layer formed on the electron blocking layer; characterized in that the P doping charge generating layer and the electron blocking layer are repeated alternately. first and second electrodes, wherein the first electrode is an anode and the second electrode is a cathode; first and second stacks formed in this order between the first electrode and the second electrode, the first and second stacks emitting their respective colors different from each other; and an intermediate layer formed between the first stack and the second stack, wherein the intermediate layer includes a first intermediate layer disposed to be adjacent to the first stack to provide electrons to the first stack, and a second intermediate layer disposed to be adjacent to the second stack to provide holes to the second stack, and the second intermediate layer includes a P doping charge generating layer formed on the first intermediate layer and a layer having hole transporting characteristic (322, 323) formed on the P doping charge generating layer; wherein the P doping charge generating layer and the layer having hole transporting characteristic (322, 323) comprise the same organic material; and wherein the layer having hole transporting characteristic (322, 323) is comprised of an electron blocking layer, and the second stack includes a light emitting layer formed on the electron blocking layer; characterized in that the P doping charge generating layer and the electron blocking layer are repeated alternately.
An exhaust gas purifying device to be connected to an exhaust gas flow channel of an internal combustion engine to purify exhaust gases flowing in the exhaust gas flow channel, the exhaust gas purifying device comprising: a cylindrical shell that is formed in a cylindrical shape having a pair of open ends, and in which the exhaust gases flow; a flow channel pipe that is connected to the cylindrical shell along a radial direction of the cylindrical shell; and a lid member that closes one end of the pair of ends of the cylindrical shell, wherein the cylindrical shell has a shell-side fitting groove, characterized in, that the shell-side fitting groove is formed at the one end, wherein in the shell-side fitting groove the flow channel pipe is fittable, wherein the lid member has a lid-side fitting groove that is formed at a position facing the shell-side fitting groove, and in which the flow channel pipe is fittable, wherein the shell-side fitting groove and the lid-side fitting groove fit the flow channel pipe therein by holding the flow channel pipe therebetween, and wherein the lid-side fitting groove is formed to be longer than a length of the flow channel pipe to reach a vicinity of an approximate center of the lid member. a cylindrical shell that is formed in a cylindrical shape having a pair of open ends, and in which the exhaust gases flow; a flow channel pipe that is connected to the cylindrical shell along a radial direction of the cylindrical shell; and a lid member that closes one end of the pair of ends of the cylindrical shell, wherein the cylindrical shell has a shell-side fitting groove, characterized in, that the shell-side fitting groove is formed at the one end, wherein in the shell-side fitting groove the flow channel pipe is fittable, wherein the lid member has a lid-side fitting groove that is formed at a position facing the shell-side fitting groove, and in which the flow channel pipe is fittable, wherein the shell-side fitting groove and the lid-side fitting groove fit the flow channel pipe therein by holding the flow channel pipe therebetween, and wherein the lid-side fitting groove is formed to be longer than a length of the flow channel pipe to reach a vicinity of an approximate center of the lid member.
Method for monitoring a motorcycle, having the following steps: acquiring and evaluating acceleration-related information (a, ax, ay, az) of the motorcycle, wherein a vehicle movement and a vehicle position in three-dimensional space are estimated based on the acceleration-related information (a, ax, ay, az) and/or quantities ascertained therefrom, wherein the currently estimated vehicle position in space is evaluated and assessed as a normal or critical driving state (Z1, Z2), characterized in that an acquisition direction of a sensor unit is predefined such that the acquisition direction lies in a horizontal plane (x-y) in an upright normal rest position of the motorcycle and the acquired acceleration-related information (a, ax, ay, az) comprises a first acceleration component (ax) in the vehicle longitudinal direction and a second acceleration component (ay) in the vehicle transverse direction, wherein the plausibility of a driving state assessed as critical is checked with the estimated vehicle movement in order to identify a critical rest position following an accident, and an emergency call is generated upon an identified critical rest position following an accident.
A method of using space based augmentation system, SBAS, ephemeris data in conjunction with a ground based augmentation systems, GBAS, station, the method comprising: integrating a space based augmentation system, SBAS, receiver in the GBAS station; receiving a message type via the SBAS receiver at the GBAS station, the message type including SBAS ephemeris standard deviation data associated with satellites in a global navigation satellite system, GNSS, and an assumed distance to the satellites in the GNSS; processing, at the GBAS station, the SBAS ephemeris standard deviation data from the message type associated with satellites in view of the GBAS station to compute GBAS broadcast ephemeris decorrelation parameters for the satellites in the GNSS to, improve error bounds to GBAS broadcast ephemeris decorrelation parameters broadcast from the GBAS station, and reduce time to reintroduce a satellite in the GNSS when the satellite's status transitions from invalid to valid. integrating a space based augmentation system, SBAS, receiver in the GBAS station; receiving a message type via the SBAS receiver at the GBAS station, the message type including SBAS ephemeris standard deviation data associated with satellites in a global navigation satellite system, GNSS, and an assumed distance to the satellites in the GNSS; processing, at the GBAS station, the SBAS ephemeris standard deviation data from the message type associated with satellites in view of the GBAS station to compute GBAS broadcast ephemeris decorrelation parameters for the satellites in the GNSS to, improve error bounds to GBAS broadcast ephemeris decorrelation parameters broadcast from the GBAS station, and reduce time to reintroduce a satellite in the GNSS when the satellite's status transitions from invalid to valid.
A linear guide having at least two rail elements (2, 2') which are displaceable relative to each other in the longitudinal direction, wherein each rail element (2, 2') has running surfaces (3, 3') which with running surface (3, 3') of a rail element (2, 2') moveable relative thereto form running tracks for receiving rolling bodies and sliding bodies between the respective two relatively displaceable rail elements, characterised in that at least one sliding body and at least two rolling bodies are provided in each running track between two rail elements (2, 2'), wherein at least one respective rolling body is arranged on both sides of a sliding body in the longitudinal direction of the running track.
A delivery platform for a silver ion releasing compound for use in the treatment of menorrhagia and comprising a hollow, physiologically inert, flexible spiroid coil sized for introduction into uterine cavity of a female patient and having an outside diameter of about 2 to about 10 millimeters, wherein the spiroid coil is porous, is made of a polymeric material, and bears a tissue necrosing amount of a water soluble silver ion releasing compound.
A decompression panel assembly for use in an aircraft cabin, said decompression panel assembly defining at least partially an interior of the cabin and comprising: a body panel comprising an opening defined therein; a cover panel positioned within said opening and spaced from said body panel; an annular spacer panel positioned outboard from said cover panel and said body panel, wherein said annular spacer panel is spaced from said cover panel to define a first annular flow path between said cover panel and said annular spacer panel, and wherein said annular spacer panel is spaced from said body panel to define a second annular flow path between said body panel and said annular spacer panel; a first baffle element coupled to said cover panel and said annular spacer panel and configured to selectively seal said first annular flow path; and a second baffle element coupled to said body panel and said annular spacer panel and configured to selectively seal said second annular flow path; wherein said first baffle element and said second baffle element each comprise a plurality of designated fracture zones configured to tear during a decompression event to enable airflow through said first annular flow path and said second annular flow path. a body panel comprising an opening defined therein; a cover panel positioned within said opening and spaced from said body panel; an annular spacer panel positioned outboard from said cover panel and said body panel, wherein said annular spacer panel is spaced from said cover panel to define a first annular flow path between said cover panel and said annular spacer panel, and wherein said annular spacer panel is spaced from said body panel to define a second annular flow path between said body panel and said annular spacer panel; a first baffle element coupled to said cover panel and said annular spacer panel and configured to selectively seal said first annular flow path; and a second baffle element coupled to said body panel and said annular spacer panel and configured to selectively seal said second annular flow path; wherein said first baffle element and said second baffle element each comprise a plurality of designated fracture zones configured to tear during a decompression event to enable airflow through said first annular flow path and said second annular flow path.
A device for closing openings or cavities in blood vessels, e.g. in veins or in the heart, said device comprising - a closing body comprising an outer side having a partial region arranged for blood flow therealong at least in a part of said partial region thereof when said closing body is in its state of use for closing said opening or cavity, and - at least one layer of biostable nonwoven fiber material, which at least within a partial surface of said partial region of said outer side of the closing body is at least partially in abutment on the closing body, characterized in that - the nonwoven fiber material layer has a bottom side which is in abutment on the outer side of the closing body, and a top side facing away from the outer side of the closing body, and wherein the nonwoven fiber material layer on its top side comprises pores of a size different from that of the pores on its bottom side. - a closing body comprising an outer side having a partial region arranged for blood flow therealong at least in a part of said partial region thereof when said closing body is in its state of use for closing said opening or cavity, and - at least one layer of biostable nonwoven fiber material, which at least within a partial surface of said partial region of said outer side of the closing body is at least partially in abutment on the closing body, characterized in that - the nonwoven fiber material layer has a bottom side which is in abutment on the outer side of the closing body, and a top side facing away from the outer side of the closing body, and wherein the nonwoven fiber material layer on its top side comprises pores of a size different from that of the pores on its bottom side.
A method for dyeing keratin material, in particular human hair, comprising the following steps: - applying an agent (a) to the keratin material, wherein agent (a) contains at least one organic silicon compound selected from silanes having one, two or three silicon atoms, wherein the organic silicon compound comprises one or more hydroxyl groups and/or hydrolyzable groups per molecule, and wherein agent (a) further contains at least one oligoalkylsiloxane, and - applying an agent (b) to the keratin material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or substantive dyes. - applying an agent (a) to the keratin material, wherein agent (a) contains at least one organic silicon compound selected from silanes having one, two or three silicon atoms, wherein the organic silicon compound comprises one or more hydroxyl groups and/or hydrolyzable groups per molecule, and wherein agent (a) further contains at least one oligoalkylsiloxane, and - applying an agent (b) to the keratin material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or substantive dyes.
A variable vane stabilizer system comprising first and second variable vane stabilizers adjacent each other, wherein the first and second variable vane stabilizers both include: a first nearest neighbor attachment; a second nearest neighbor attachment; a circumferential extension member disposed between the first nearest neighbor attachment and the second nearest neighbor attachment and spacing apart the first nearest neighbor attachment and the second nearest neighbor attachment; and a vane stem interface configured to attach each of the first and second variable vane stabilizers to a respective vane, wherein an angle of attack of the respective vane is fixed; characterised in that the first nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab; and in that the second nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab; wherein the trunnion of the second variable vane stabilizer is received in the trunnion receiving bearing of the first variable vane stabilizer. a first nearest neighbor attachment; a second nearest neighbor attachment; a circumferential extension member disposed between the first nearest neighbor attachment and the second nearest neighbor attachment and spacing apart the first nearest neighbor attachment and the second nearest neighbor attachment; and a vane stem interface configured to attach each of the first and second variable vane stabilizers to a respective vane, wherein an angle of attack of the respective vane is fixed; characterised in that the first nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab; and in that a radial tab extending radially outward from the variable vane stabilizer; and a trunnion receiving bearing comprising a bearing disposed in an aperture through the radial tab; and in that the second nearest neighbor attachment comprises: a radial tab extending radially outward from the variable vane stabilizer; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab; a radial tab extending radially outward from the variable vane stabilizer; and a trunnion comprising a shaft extending from the radial tab perpendicular to the radial tab; wherein the trunnion of the second variable vane stabilizer is received in the trunnion receiving bearing of the first variable vane stabilizer.
A surgical simulation device comprising: a support plate defining a datum reference; a mannequin support structure carried by the support plate and comprising top and bottom interconnected plates (330, 332), each having a cut out; a mannequin carried by the mannequin support structure on the top plate and having a body cavity corresponding to at least one of a thorax and abdomen; a pedestal connected to the support plate and extending vertically upward through the cut outs in the top and bottom plates (330, 332) of the mannequin support structure; a tissue tray carried by the pedestal within the body cavity; animal tissue carried by the tissue tray; a first sensor connected to the pedestal between the tissue tray and support plate and configured to sense force and torque exerted against the animal tissue from at least one surgical tool exerting force against the tissue during surgical training; a second sensor connected between the bottom plate of the mannequin support structure and support plate and configured to sense force and torque exerted against the mannequin onto the support plate; and a processor connected to the first and second sensors (324, 344) and configured to determine the force exerted against respective areas of the animal tissue and mannequin during surgeon training. a support plate defining a datum reference; a mannequin support structure carried by the support plate and comprising top and bottom interconnected plates (330, 332), each having a cut out; a mannequin carried by the mannequin support structure on the top plate and having a body cavity corresponding to at least one of a thorax and abdomen; a pedestal connected to the support plate and extending vertically upward through the cut outs in the top and bottom plates (330, 332) of the mannequin support structure; a tissue tray carried by the pedestal within the body cavity; animal tissue carried by the tissue tray; a first sensor connected to the pedestal between the tissue tray and support plate and configured to sense force and torque exerted against the animal tissue from at least one surgical tool exerting force against the tissue during surgical training; a second sensor connected between the bottom plate of the mannequin support structure and support plate and configured to sense force and torque exerted against the mannequin onto the support plate; and a processor connected to the first and second sensors (324, 344) and configured to determine the force exerted against respective areas of the animal tissue and mannequin during surgeon training.