mhurhangee/ep-ind-claims huggingface dataset:
A system for registering a first image of an eye with a second image of an eye, the system comprising: a computer processor configured to receive a first image of an eye including an iris; an imaging device coupled to the computer processor to obtain a second image of the eye including an iris; wherein the computer processor is configured: to locate a common reference point in the first image and the second image; to unwrap the iris in the first image and the second image; to divide the unwrapped iris into sectors; to select at least one marker on the iris of the eye in the first image, to locate a corresponding marker on the iris in the second image; to register the first image of the eye and the second image of the eye by substantially matching the common reference point in the first and second images and matching the marker on the iris in the first image of the eye and the marker on the iris in the second image of the eye, so as to enable a laser treatment plan to be centered and cyclotorsionally aligned with the second image of the eye. a computer processor configured to receive a first image of an eye including an iris; an imaging device coupled to the computer processor to obtain a second image of the eye including an iris; wherein the computer processor is configured: to locate a common reference point in the first image and the second image; to unwrap the iris in the first image and the second image; to divide the unwrapped iris into sectors; to select at least one marker on the iris of the eye in the first image, to locate a corresponding marker on the iris in the second image; to register the first image of the eye and the second image of the eye by substantially matching the common reference point in the first and second images and matching the marker on the iris in the first image of the eye and the marker on the iris in the second image of the eye, so as to enable a laser treatment plan to be centered and cyclotorsionally aligned with the second image of the eye. to locate a common reference point in the first image and the second image; to unwrap the iris in the first image and the second image; to divide the unwrapped iris into sectors; to select at least one marker on the iris of the eye in the first image, to locate a corresponding marker on the iris in the second image; to register the first image of the eye and the second image of the eye by substantially matching the common reference point in the first and second images and matching the marker on the iris in the first image of the eye and the marker on the iris in the second image of the eye, so as to enable a laser treatment plan to be centered and cyclotorsionally aligned with the second image of the eye.
A mounting structure for a rear housing of a display device comprising: a backplane comprising a backplane substrate and a first engaging structure disposed on one side of the backplane substrate, the first engaging structure comprising at least two engaging beams, characterized in that the at least two engaging beams are integrally formed with the backplane substrate, or two ends of each of the at least two engaging beams are detachably provided on the backplane by a connecting structure; and a rear housing comprising a rear housing substrate and a second engaging structure disposed on one side of the rear housing substrate; wherein the first engaging structure and the second engaging structure are matched and engaged, causing the backplane and the rear housing to be fixed with each other. a backplane comprising a backplane substrate and a first engaging structure disposed on one side of the backplane substrate, the first engaging structure comprising at least two engaging beams, characterized in that the at least two engaging beams are integrally formed with the backplane substrate, or two ends of each of the at least two engaging beams are detachably provided on the backplane by a connecting structure; and a rear housing comprising a rear housing substrate and a second engaging structure disposed on one side of the rear housing substrate; wherein the first engaging structure and the second engaging structure are matched and engaged, causing the backplane and the rear housing to be fixed with each other.
A tire sensor container system comprising a tire, the tire including a carcass toroidally extending from a first bead area to a second bead area and an innerliner being formed on an inner surface of the carcass, the tire sensor container system further including: a tire pressure monitoring system sensor unit, the tire pressure monitoring system sensor unit including a relatively rigid housing; a flexible container being mounted to the innerliner, the container including a base and a wall extending radially outwardly from the base, wherein the wall terminates in a lip; a cavity defined by the base, the wall, and the lip, the cavity being configured to receiving and securing the tire pressure monitoring system sensor unit; characterized in that the housing is formed with an oval shape and in that the wall is formed with an oval shape that cooperates with the shape of the tire pressure monitoring sensor housing. a tire pressure monitoring system sensor unit, the tire pressure monitoring system sensor unit including a relatively rigid housing; a flexible container being mounted to the innerliner, the container including a base and a wall extending radially outwardly from the base, wherein the wall terminates in a lip; a cavity defined by the base, the wall, and the lip, the cavity being configured to receiving and securing the tire pressure monitoring system sensor unit; characterized in that the housing is formed with an oval shape and in that the wall is formed with an oval shape that cooperates with the shape of the tire pressure monitoring sensor housing.
System for lifting platforms of a vehicle for transporting motor vehicles comprising: supporting means of a front cross member connected to said front cross member and assembled sliding on a column; bearing means of a rear cross member connected to said rear cross member, actuated by first actuating means and assembled sliding on the supporting means; at least one platform hinged to the front cross member and abutted onto the rear cross member which supports it and determines its slanting, following a movement of the bearing means actuated by the first actuating means. supporting means of a front cross member connected to said front cross member and assembled sliding on a column; bearing means of a rear cross member connected to said rear cross member, actuated by first actuating means and assembled sliding on the supporting means; at least one platform hinged to the front cross member and abutted onto the rear cross member which supports it and determines its slanting, following a movement of the bearing means actuated by the first actuating means.
An inflatable rock bolt comprising: a pipe with a cap welded in sealing engagement onto an end of the pipe in a pre-formed condition; the cap having a sidewall that extends from a rim of the cap to a closed end provided by an end wall of the cap; the rock bolt provided with a fold formed from a first side of the rock bolt and extending along a length of the pipe; and a bottom of the fold located adjacent an opposite, second side of the rock bolt where it extends along the length of the pipe; characterised in that the bottom of the fold extends from the pipe into the sidewall of the cap and outwardly towards the first side of the rock bolt to a position separated by a ridge from a first portion of the end wall that remains outside the fold, with a second portion of the end wall drawn into the fold and the ridge extends from a front of the rock bolt as a substantially U-shaped ridge formed around the fold at the cap of the rock bolt, with an edge of the ridge located on the first side relative to an axis of the pipe as it exists in a pre-formed condition of the pipe. a pipe with a cap welded in sealing engagement onto an end of the pipe in a pre-formed condition; the cap having a sidewall that extends from a rim of the cap to a closed end provided by an end wall of the cap; the rock bolt provided with a fold formed from a first side of the rock bolt and extending along a length of the pipe; and a bottom of the fold located adjacent an opposite, second side of the rock bolt where it extends along the length of the pipe; characterised in that the bottom of the fold extends from the pipe into the sidewall of the cap and outwardly towards the first side of the rock bolt to a position separated by a ridge from a first portion of the end wall that remains outside the fold, with a second portion of the end wall drawn into the fold and the ridge extends from a front of the rock bolt as a substantially U-shaped ridge formed around the fold at the cap of the rock bolt, with an edge of the ridge located on the first side relative to an axis of the pipe as it exists in a pre-formed condition of the pipe. the bottom of the fold extends from the pipe into the sidewall of the cap and outwardly towards the first side of the rock bolt to a position separated by a ridge from a first portion of the end wall that remains outside the fold, with a second portion of the end wall drawn into the fold and the ridge extends from a front of the rock bolt as a substantially U-shaped ridge formed around the fold at the cap of the rock bolt, with an edge of the ridge located on the first side relative to an axis of the pipe as it exists in a pre-formed condition of the pipe.
Method for providing electrical energy by way of a charging station (109, 110, 111, 112), - in which at least one charging station from a multiplicity of charging stations (109, 110, 111, 112) communicates a status change to a charging system; - in which the charging system determines a load distribution for load caused by the charging station and communicates this to the at least one charging station (109, 110, 111, 112); - in which the at least one charging station (109, 110, 111, 112) provides the electrical energy in accordance with the communicated load distribution; - in which the charging system is provided by a master charging station; - in which at least one backup master charging station is determined; - in which the backup master charging station is activated in the event of failure of the master charging station; characterized in that, - in the method, a reactivated previous master charging station is not initially used again as master charging station until a criterion for selection as master charging station is met. - in which at least one charging station from a multiplicity of charging stations (109, 110, 111, 112) communicates a status change to a charging system; - in which the charging system determines a load distribution for load caused by the charging station and communicates this to the at least one charging station (109, 110, 111, 112); - in which the at least one charging station (109, 110, 111, 112) provides the electrical energy in accordance with the communicated load distribution; - in which the charging system is provided by a master charging station; - in which at least one backup master charging station is determined; - in which the backup master charging station is activated in the event of failure of the master charging station; characterized in that, - in the method, a reactivated previous master charging station is not initially used again as master charging station until a criterion for selection as master charging station is met.
An in-vehicle relay device configured to be installed in a vehicle and to relay transmission and reception of data among in-vehicle equipment, the in-vehicle relay device comprising: a first communication unit configured to transmit and to receive data to and from a first in-vehicle equipment; a second communication unit configured to transmit and to receive data to and from a second in-vehicle equipment; and a control unit configured to control relay of data among the first communication unit and the second communication unit, wherein, in a case where reception data received from the first communication unit or the second communication unit is unauthorized, the control unit is configured to stop the relaying in accordance with a traveling state of the vehicle, characterized in that the vehicle has self-driving functions, and the control unit is further configured to receive, from the first communication unit or the second communication unit, unauthorized activity detection data notifying that the reception data is unauthorized, and to stop the relaying upon having received data, as the traveling state of the vehicle, including a command to turn the self-driving functions off, if the command has been received after the unauthorized activity detection data. a first communication unit configured to transmit and to receive data to and from a first in-vehicle equipment; a second communication unit configured to transmit and to receive data to and from a second in-vehicle equipment; and a control unit configured to control relay of data among the first communication unit and the second communication unit, wherein, in a case where reception data received from the first communication unit or the second communication unit is unauthorized, the control unit is configured to stop the relaying in accordance with a traveling state of the vehicle, characterized in that the vehicle has self-driving functions, and the control unit is further configured to receive, from the first communication unit or the second communication unit, unauthorized activity detection data notifying that the reception data is unauthorized, and to stop the relaying upon having received data, as the traveling state of the vehicle, including a command to turn the self-driving functions off, if the command has been received after the unauthorized activity detection data.
An organic light emitting display device comprising at least one light emitting part between an anode and a cathode, comprising at least one organic layer and a light emitting layer (140, 190), wherein the at least one organic layer includes a compound having one or more nitrogen atoms and a substituent with relatively high electron mobility, wherein the compound is represented by the following Chemical Formula 1: wherein X 1 to X 10 comprise at least three or more N atoms, and X 1 to X 10 with no corresponding N atoms include C atoms, and characterized in that R 1 and R 2 include independently one among the following groups: wherein includes one among wherein if Y is N in includes one among and wherein if Y is P in includes one among or wherein if Y is N includes one among and wherein if Y is P in includes one among and
A wireless power transmission device for transmitting power to a wireless power receiving device, comprising: a first coil provided in a first direction; a second coil provided in a second direction that is perpendicular to the first direction, and connected to both ends of the first coil; and a voltage source configured to supply voltage to the first coil and the second coil, characterised in that the first coil is a loop structure provided at the center of the wireless power transmission device for coupling magnetic field by generating mutual inductance, and in that the second coil is dipolar structure provided at both ends of the wireless power transmission device for coupling electric field by generating mutual capacitance. a first coil provided in a first direction; a second coil provided in a second direction that is perpendicular to the first direction, and connected to both ends of the first coil; and a voltage source configured to supply voltage to the first coil and the second coil, characterised in that the first coil is a loop structure provided at the center of the wireless power transmission device for coupling magnetic field by generating mutual inductance, and in that the second coil is dipolar structure provided at both ends of the wireless power transmission device for coupling electric field by generating mutual capacitance.
A shared memory fabric (100; 1310), comprising: n pipelines, each of which for communicatively coupling to one of n memory banks (1340-0, 1340-1); an address hash and selection logic to receive an addressed data access request from a requesting agent, to hash a target address of the addressed data access request and to assign the addressed data access request to exactly one of the n pipelines according to the hashed target address, the assigned one of the n pipelines being the pipelines for communicatively coupling to the memory bank (1340-0, 1340-1) including the target address; characterized by a single aggregator, the aggregator and the address hash and selection logic are configured to form a single monolithic access request interface to receive addressed data access requests from requesting agents, the aggregator is further configured to aggregate data returns of all n memory banks (1340-0, 1340-1) and to return the aggregated data returns directly to the requesting agent wherein each of the n pipelines starts at the address hash and selection logic, proceeds to the respective one of the n memory banks (1340-0, 1340-1) and further to the aggregator, where the n pipelines converge. n pipelines, each of which for communicatively coupling to one of n memory banks (1340-0, 1340-1); an address hash and selection logic to receive an addressed data access request from a requesting agent, to hash a target address of the addressed data access request and to assign the addressed data access request to exactly one of the n pipelines according to the hashed target address, the assigned one of the n pipelines being the pipelines for communicatively coupling to the memory bank (1340-0, 1340-1) including the target address; characterized by a single aggregator, the aggregator and the address hash and selection logic are configured to form a single monolithic access request interface to receive addressed data access requests from requesting agents, the aggregator is further configured to aggregate data returns of all n memory banks (1340-0, 1340-1) and to return the aggregated data returns directly to the requesting agent wherein each of the n pipelines starts at the address hash and selection logic, proceeds to the respective one of the n memory banks (1340-0, 1340-1) and further to the aggregator, where the n pipelines converge.
Blocking apparatus for an electromechanical service brake of a motor vehicle, wherein - the electromechanical service brake comprises a ratchet wheel, rotatably mounted around an axis of rotation, which is non-rotatably connectable or connected to a drive shaft of a drive train of the electromechanical service brake, which is rotatable around the same axis of rotation, and wherein the blocking apparatus comprises - a locking pawl, which is axially moveable along a displacement axis between a first position, in which the locking pawl releases the ratchet wheel, and a second position, in which the locking pawl engages with the ratchet wheel for blocking, - a movement device for moving the locking pawl along the displacement axis, and - a position determination device for determining the position of the locking pawl characterized in that the locking pawl comprises at least one marking segment, which interacts with the position determination device in order to determine the position of the locking pawl. - the electromechanical service brake comprises a ratchet wheel, rotatably mounted around an axis of rotation, which is non-rotatably connectable or connected to a drive shaft of a drive train of the electromechanical service brake, which is rotatable around the same axis of rotation, and wherein the blocking apparatus comprises - a locking pawl, which is axially moveable along a displacement axis between a first position, in which the locking pawl releases the ratchet wheel, and a second position, in which the locking pawl engages with the ratchet wheel for blocking, - a movement device for moving the locking pawl along the displacement axis, and - a position determination device for determining the position of the locking pawl
A method for manufacturing an organic electronic element that includes, on a substrate, a first electrode (11, 102) and a second electrode (22, 107) facing each other, with at least one organic functional layer (99, 104) being interposed therebetween, and has a sealing layer (10', 100) provided directly along the top surface and the lateral surface of the organic electronic element, the method comprising steps to described below: an organic electronic element forming step of forming an organic electronic element by sequentially laminating a first electrode (11, 102), an organic functional layer (99, 104), and a second electrode (22, 107), on the substrate; a film forming step of directly applying a coating liquid containing a silicon compound, which is at least one selected from the group consisting of a polysilazane compound, a polyorganosiloxane compound, a polysilane compound, and a polycarbosilane compound, as a main component along the top surface and the lateral surface of the organic electronic element, and thereby forming a coating film; and an ion implantation step of implanting plasma ions into the coating film by generating plasma in an atmosphere containing a plasma generating gas, applying a plasma implantation pressure adjusted to a value within the range of 0.01 Pa to 1 Pa and a negative high voltage pulse with an applied voltage adjusted to a value within the range of -1 kV to -50 kV, and thereby forming a sealing layer (10', 100), characterized in that the coating film formed in step is formed by directly applying a coating liquid containing a polysilazane compound as a main component, and the refractive index of the coating film is adjusted to a value within the range of 1.48 to 1.63 before the ion implantation step of step, wherein a seasoning treatment is provided in step and is performed at a temperature of 15°C to 35°C for 24 hours to 480 hours to adjust the refractive index of the coating film. an organic electronic element forming step of forming an organic electronic element by sequentially laminating a first electrode (11, 102), an organic functional layer (99, 104), and a second electrode (22, 107), on the substrate; a film forming step of directly applying a coating liquid containing a silicon compound, which is at least one selected from the group consisting of a polysilazane compound, a polyorganosiloxane compound, a polysilane compound, and a polycarbosilane compound, as a main component along the top surface and the lateral surface of the organic electronic element, and thereby forming a coating film; and an ion implantation step of implanting plasma ions into the coating film by generating plasma in an atmosphere containing a plasma generating gas, applying a plasma implantation pressure adjusted to a value within the range of 0.01 Pa to 1 Pa and a negative high voltage pulse with an applied voltage adjusted to a value within the range of -1 kV to -50 kV, and thereby forming a sealing layer (10', 100),