mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus for a radiation image obtained by a digital radiation imaging unit, comprising: obtaining means for obtaining first dark current data obtained in a state in which the digital radiation imaging unit is not irradiated with radiation before radiation imaging is performed by irradiating the digital radiation imaging unit with the radiation, a radiation image obtained by the radiation imaging, and second dark current data obtained in a state in which the digital radiation imaging unit is not irradiated with the radiation after the radiation imaging has been performed; generation means configured to generate, based on the first dark current data (122, 301) and the second dark current data (123, 304), correction data by compositing first frequency components of the first dark current data and second frequency components of the second dark current data, in which correction data the first frequency components of the first dark current data are relatively emphasized compared to the corresponding first frequency components of the second dark current data, and the second frequency components of the second dark current data are relatively emphasized compared to the corresponding second frequency components of the first dark current data; and correction means for correcting the radiation image obtained by said obtaining means based on the generated correction data. obtaining means for obtaining first dark current data obtained in a state in which the digital radiation imaging unit is not irradiated with radiation before radiation imaging is performed by irradiating the digital radiation imaging unit with the radiation, a radiation image obtained by the radiation imaging, and second dark current data obtained in a state in which the digital radiation imaging unit is not irradiated with the radiation after the radiation imaging has been performed; generation means configured to generate, based on the first dark current data (122, 301) and the second dark current data (123, 304), correction data by compositing first frequency components of the first dark current data and second frequency components of the second dark current data, in which correction data the first frequency components of the first dark current data are relatively emphasized compared to the corresponding first frequency components of the second dark current data, and the second frequency components of the second dark current data are relatively emphasized compared to the corresponding second frequency components of the first dark current data; and correction means for correcting the radiation image obtained by said obtaining means based on the generated correction data.
A light detection device comprising: a first optical fiber that includes a first core and first cladding surrounding the first core; a second optical fiber that includes a second core having a diameter larger than a diameter of the first core and connected to the first core, and second cladding surrounding the second core; a first cladding mode stripper provided outside the first cladding, wherein the first cladding mode stripper is configured to emit cladding mode light propagating through the first cladding to the outside of the first optical fiber; and a first light detection unit and a second light detection unit, wherein in a longitudinal direction of the first optical fiber, the first light detection unit is disposed on one side of the first cladding mode stripper and the second light detection unit is disposed on the other side, the first light detection unit detects Rayleigh scattering of light propagating through the first optical fiber, the second light detection unit detects Rayleigh scattering of light propagating through the first optical fiber or the second optical fiber, and the second optical fiber is a multimode fiber. a first optical fiber that includes a first core and first cladding surrounding the first core; a second optical fiber that includes a second core having a diameter larger than a diameter of the first core and connected to the first core, and second cladding surrounding the second core; a first cladding mode stripper provided outside the first cladding, wherein the first cladding mode stripper is configured to emit cladding mode light propagating through the first cladding to the outside of the first optical fiber; and a first light detection unit and a second light detection unit, wherein in a longitudinal direction of the first optical fiber, the first light detection unit is disposed on one side of the first cladding mode stripper and the second light detection unit is disposed on the other side, the first light detection unit detects Rayleigh scattering of light propagating through the first optical fiber, the second light detection unit detects Rayleigh scattering of light propagating through the first optical fiber or the second optical fiber, and the second optical fiber is a multimode fiber.
A multi-lens camera, comprising a main casing assembly, lenses, a lens regulator, a supporting mechanism and a transparent cover; wherein the transparent cover is mounted on the main casing assembly, and the lens regulator is mounted within a space formed by the main casing assembly and the transparent cover; the transparent cover comprises a flat portion and a curved portion surrounding the flat portion; the lens regulator comprises a fixing disc and at least two lens brackets, each of the lens brackets comprises a first bracket for mounting a lens; the first bracket is movably arranged on the fixing disc and is movable along a circumferential direction of the fixing disc; one end of the supporting mechanism is in supporting contact with the main casing assembly, and the other end of the supporting mechanism passes through the fixing disc and is in supporting contact with the flat portion; the supporting mechanism, the curved portion and the main casing assembly constitute a lens accommodating space within which the lenses are located; wherein, the supporting mechanism comprises a supporting body and an elastic pad, one end of the supporting body is fixed on the main casing assembly, and the elastic pad is supported between the other end of the supporting body and the flat portion; wherein, the elastic pad is sleeved on the other end of the supporting body, and an anti-dropping belt is connected between the supporting body and the elastic pad. wherein, the supporting mechanism comprises a supporting body and an elastic pad, one end of the supporting body is fixed on the main casing assembly, and the elastic pad is supported between the other end of the supporting body and the flat portion; wherein, the elastic pad is sleeved on the other end of the supporting body, and an anti-dropping belt is connected between the supporting body and the elastic pad.
A computer-readable medium storing computer-executable instructions that when executed by a Subscription Manager Secure Routing, SM-SR, cause the SM-SR to perform steps comprising: receiving a request from a mobile network operator, MNO, to delete an embedded Subscriber Identity Module, eSIM, profile from an embedded Universal Integrated Circuit Card, eUICC, of a machine-to-machine, M2M, device, the SM-SR being associated with the MNO, and the eSIM profile being provided by a Subscription Manager Data Preparation, SM-DP, of a third party partner of the MNO; sending a command to an application on the M2M device to delete the eSIM profile from the eUICC of the M2M device; receiving an indication that the eSIM profile has been deleted from the eUICC from the application on the M2M device, in which deletion of the eSIM profile terminates an ability of the M2M device to use telecommunication services provided by the MNO; and sending, via SMS protocol, a notification to the SM-DP of the third-party partner indicating that the eSIM profile has been deleted from the eUICC of the M2M device. receiving a request from a mobile network operator, MNO, to delete an embedded Subscriber Identity Module, eSIM, profile from an embedded Universal Integrated Circuit Card, eUICC, of a machine-to-machine, M2M, device, the SM-SR being associated with the MNO, and the eSIM profile being provided by a Subscription Manager Data Preparation, SM-DP, of a third party partner of the MNO; sending a command to an application on the M2M device to delete the eSIM profile from the eUICC of the M2M device; receiving an indication that the eSIM profile has been deleted from the eUICC from the application on the M2M device, in which deletion of the eSIM profile terminates an ability of the M2M device to use telecommunication services provided by the MNO; and sending, via SMS protocol, a notification to the SM-DP of the third-party partner indicating that the eSIM profile has been deleted from the eUICC of the M2M device.
A fusion protein comprising (i) an intein domain at least 75% identical to a sequence selected from the group consisting of SEQ ID NOs: 7, 16, 24, 38 and 65 and (ii) a heterologous polypeptide, wherein the heterologous polypeptide is C-terminal to the intein domain.
A slip-resistant footwear outsole comprising: an outsole material having a tread pattern (100, 102, 104) formed by an arrangement of tread elements, wherein the tread pattern includes repeating tread patterns (200, 305) of the tread elements, wherein each of the repeating tread patterns include six square tread elements and two L-shaped tread elements, the tread elements within the repeating tread patterns being separated from each other by one or more narrow dispersion channels having a width, wherein each of the one or more narrow dispersion channels is a groove that is formed in the outsole material, wherein each of the one or more narrow dispersion channel protrudes inward from a walk surface, and the repeating tread patterns being separated from each other by one or more wide dispersion channels having angled side walls having an angle α of about 25 degrees, and having a wide dispersion channel opening width of about 4 mm and having a wide dispersion channel ceiling width of about 1.2 mm, or having a wide dispersion channel opening width of about 5.5 mm and having a wide dispersion channel ceiling width of about 2.7 mm, or having a wide dispersion channel opening width of about 6.0 mm and having a wide dispersion channel ceiling width of about 3.2 mm, and wherein each of the one or more wide dispersion channels has a depth of about 3 mm. an outsole material having a tread pattern (100, 102, 104) formed by an arrangement of tread elements, wherein the tread pattern includes repeating tread patterns (200, 305) of the tread elements, wherein each of the repeating tread patterns include six square tread elements and two L-shaped tread elements, the tread elements within the repeating tread patterns being separated from each other by one or more narrow dispersion channels having a width, wherein each of the one or more narrow dispersion channels is a groove that is formed in the outsole material, wherein each of the one or more narrow dispersion channel protrudes inward from a walk surface, and the repeating tread patterns being separated from each other by one or more wide dispersion channels having angled side walls having an angle α of about 25 degrees, and having a wide dispersion channel opening width of about 4 mm and having a wide dispersion channel ceiling width of about 1.2 mm, or having a wide dispersion channel opening width of about 5.5 mm and having a wide dispersion channel ceiling width of about 2.7 mm, or having a wide dispersion channel opening width of about 6.0 mm and having a wide dispersion channel ceiling width of about 3.2 mm, and having a wide dispersion channel opening width of about 4 mm and having a wide dispersion channel ceiling width of about 1.2 mm, or having a wide dispersion channel opening width of about 5.5 mm and having a wide dispersion channel ceiling width of about 2.7 mm, or having a wide dispersion channel opening width of about 6.0 mm and having a wide dispersion channel ceiling width of about 3.2 mm, and wherein each of the one or more wide dispersion channels has a depth of about 3 mm.
A method comprising: identifying a coarse waypoint (406; 506, 508, 510, 512, 514, 516) for a vehicle; determining a trajectory (402; 522; 526) for the vehicle from a current location of the vehicle to the coarse waypoint (406; 506, 508, 510, 512, 514, 516); selecting one or more fine waypoints (412, 414, 416, 418; 518, 520) along the trajectory (402; 522; 526); communicating commands to a movement control system to maneuver the vehicle from the current location to the coarse waypoint (406; 506, 508, 510, 512, 514, 516) and passing through each of the one or more fine waypoints (412, 414, 416, 418; 518, 520); and capturing video via a camera system of the vehicle while the vehicle maneuvers from the current location to the coarse waypoint (406; 506, 508, 510, 512, 514, 516), characterized by the trajectory (402; 522; 526) reducing sudden changes in direction of movement of the vehicle by reducing j erk by minimizing a third derivative of the trajectory and/or by reducing snap of the vehicle by minimizing a fourth derivative of the trajectory, reducing sudden changes in speed of the vehicle by minimizing the first derivative of the trajectory, and reducing sudden changes in the vehicle acceleration by minimizing the second derivative of the trajectory. identifying a coarse waypoint (406; 506, 508, 510, 512, 514, 516) for a vehicle; determining a trajectory (402; 522; 526) for the vehicle from a current location of the vehicle to the coarse waypoint (406; 506, 508, 510, 512, 514, 516); selecting one or more fine waypoints (412, 414, 416, 418; 518, 520) along the trajectory (402; 522; 526); communicating commands to a movement control system to maneuver the vehicle from the current location to the coarse waypoint (406; 506, 508, 510, 512, 514, 516) and passing through each of the one or more fine waypoints (412, 414, 416, 418; 518, 520); and capturing video via a camera system of the vehicle while the vehicle maneuvers from the current location to the coarse waypoint (406; 506, 508, 510, 512, 514, 516), characterized by the trajectory (402; 522; 526) reducing sudden changes in direction of movement of the vehicle by reducing j erk by minimizing a third derivative of the trajectory and/or by reducing snap of the vehicle by minimizing a fourth derivative of the trajectory, reducing sudden changes in speed of the vehicle by minimizing the first derivative of the trajectory, and reducing sudden changes in the vehicle acceleration by minimizing the second derivative of the trajectory.
A reflow oven of the type used to join electronic components to a substrate, the reflow oven comprising: a chamber housing including surfaces that are in contact with heated air mixed with contaminants, including flux; characterized by an intermediate layer selectively applied to the surfaces of the chamber housing and being able to be periodically removed and renewed on said surfaces, wherein the intermediate layer includes foaming and non-foaming polymers. a chamber housing including surfaces that are in contact with heated air mixed with contaminants, including flux; characterized by an intermediate layer selectively applied to the surfaces of the chamber housing and being able to be periodically removed and renewed on said surfaces, wherein the intermediate layer includes foaming and non-foaming polymers.
A method of laser welding, comprising: steering a laser beam in a series of passes across the junction between first and second materials (12, 14), wherein during each of the passes the laser power is applied across a continuous high aspect ratio area that traverses the junction, wherein the high aspect ratio area for each pass comprises a first elongated area on the first material and a second elongated area on the second material; and characterized by: varying the power density that is applied during each pass in a predetermined manner such that the average power density that is applied to each of the first elongated areas is different from the average power density that is applied to each of the second elongated areas so as to compensate for different thermal characteristics of the materials (12, 14).
Projectile extending along an axis X between two ends (12, 13), the projectile being intended to be positioned in a barrel of substantially cylindrical shape of axis X, the barrel comprising a first of two helical-connection elements (23, 24), said projectile comprising: • a hollow part at its centre, opening onto a first of the two ends (12, 13) of the projectile and intended to receive a compressed fluid, • a plurality of vents passing through the projectile from the hollow part substantially perpendicular to the axis X and in a direction that has a radial component, which is intended to expel the compressed fluid substantially at a tangent to the projectile, • a second of two helical-connection elements (23, 24) which is fixed in the hollow part of the projectile, the first and the second helical-connection elements (23, 24) forming a combined-movement mechanism so as simultaneously to generate a rotation about the axis X and a translation along the axis X of the projectile with respect to the barrel. • a hollow part at its centre, opening onto a first of the two ends (12, 13) of the projectile and intended to receive a compressed fluid, • a plurality of vents passing through the projectile from the hollow part substantially perpendicular to the axis X and in a direction that has a radial component, which is intended to expel the compressed fluid substantially at a tangent to the projectile, • a second of two helical-connection elements (23, 24) which is fixed in the hollow part of the projectile, the first and the second helical-connection elements (23, 24) forming a combined-movement mechanism so as simultaneously to generate a rotation about the axis X and a translation along the axis X of the projectile with respect to the barrel.
Tensioning terminal having a protective protrusion of the type used for fixing and tensioning filiform elements or the like located between two post-type rigid elements or the like, comprising a solid body housing the elements for retaining the filiform element therein, internally having a channel-like cavity suitable for serving as means for receiving an end portion of a filiform element or the like, allowing the free circulation thereof in one direction, and blocking the movement thereof in the opposite direction, and characterized in that said solid body has a protrusion in the entry area of the filiform element responsible for protecting said filiform element from the edges present in an opening of the post or the like where the body has been installed, wherein the inner border of the inlet of the protrusion is rounded, preventing the risk of shearing the filiform element, and wherein the protrusion has a frustoconical shape, allowing it to be tightly and gradually inserted into an opening located in the post or the like.
A magnetic roller for being rotatable on a ferromagnetic surface, the magnetic roller comprising: a roller wheel having an inner space; and characterised in that the magnetic roller comprises a magnetic array arrangement swivelably disposed within the inner space of the roller wheel, the magnetic array arrangement having a strong adhesion force side and a weak adhesion force side; and at least one first drive mechanism configured to swivelably drive the magnetic array arrangement to direct: the strong adhesion force side towards the oncoming ferromagnetic surface, and the weak adhesion force side towards the foregoing ferromagnetic surface to enable the roller wheel to move forward on the ferromagnetic surface. a roller wheel having an inner space; and characterised in that the magnetic roller comprises a magnetic array arrangement swivelably disposed within the inner space of the roller wheel, the magnetic array arrangement having a strong adhesion force side and a weak adhesion force side; and at least one first drive mechanism configured to swivelably drive the magnetic array arrangement to direct: the strong adhesion force side towards the oncoming ferromagnetic surface, and the weak adhesion force side towards the foregoing ferromagnetic surface to enable the roller wheel to move forward on the ferromagnetic surface. the strong adhesion force side towards the oncoming ferromagnetic surface, and the weak adhesion force side towards the foregoing ferromagnetic surface to enable the roller wheel to move forward on the ferromagnetic surface.
A hemostatic textile material to stop bleeding comprising: a) a dialdehyde cellulose carrier wherein the degree of oxidation of the dialdehyde cellulose varies from 1.5% to 12%; and b) a blood coagulation factor selected from chitosan and gelatin; said blood coagulation factor being chemically immobilized thereon; and optionally further comprising: c) a bacteriolytic agent selected from a lysozyme enzyme, silver nitrate, and chlorhexidine; and further optionally comprising: d) a selected component that prevents hemolysis, said component selected from tranexamic acid and ε-aminocaproic acid chemically immobilized thereon, wherein the aldehydic groups are spread equally and uniformly onto and into said carrier to allow only 85-90% covalent bonding with amino groups of said blood coagulation factor. a) a dialdehyde cellulose carrier wherein the degree of oxidation of the dialdehyde cellulose varies from 1.5% to 12%; and b) a blood coagulation factor selected from chitosan and gelatin; said blood coagulation factor being chemically immobilized thereon; and optionally further comprising: c) a bacteriolytic agent selected from a lysozyme enzyme, silver nitrate, and chlorhexidine; and further optionally comprising: d) a selected component that prevents hemolysis, said component selected from tranexamic acid and ε-aminocaproic acid chemically immobilized thereon,