mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a flexible electronic device, comprising the steps of: (a) providing a substrate having a first surface and an opposite, second surface; (b) coating a first polyamic acid on the first surface of the substrate to form a first polyimide layer so as to define a first area on which the first PI layer is formed and a second area surrounding the first area in the substrate; (c) coating a second polyamic acid containing organic silane on the first PI layer in the first area of the substrate and on the second area of the substrate to form a second PI layer thereon, such that an adhesion force between the first PI layer and the substrate in the first area is weaker than that between the second PI layer and the substrate in the second area; (d) forming an electronic device layer on the second PI layer over the first area, wherein the electronic device layer defines a boundary thereon, and the boundary is projectively within the first area; and (e) separating the electronic device layer, the partial second PI layer and the partial first PI layer from the substrate by cutting through the second PI layer and the first PI layer along a contour that is equal to or larger than the boundary of the electronic device layer but within the first area. (a) providing a substrate having a first surface and an opposite, second surface; (b) coating a first polyamic acid on the first surface of the substrate to form a first polyimide layer so as to define a first area on which the first PI layer is formed and a second area surrounding the first area in the substrate; (c) coating a second polyamic acid containing organic silane on the first PI layer in the first area of the substrate and on the second area of the substrate to form a second PI layer thereon, such that an adhesion force between the first PI layer and the substrate in the first area is weaker than that between the second PI layer and the substrate in the second area; (d) forming an electronic device layer on the second PI layer over the first area, wherein the electronic device layer defines a boundary thereon, and the boundary is projectively within the first area; and (e) separating the electronic device layer, the partial second PI layer and the partial first PI layer from the substrate by cutting through the second PI layer and the first PI layer along a contour that is equal to or larger than the boundary of the electronic device layer but within the first area.
A transmission device comprising: a transmission unit for transmitting a predetermined format container having a predetermined number of audio streams including a plurality of group encoded data; and an information insertion unit for inserting attribute information indicating an attribute of each of the plurality of group encoded data, into a layer of the container, wherein the information insertion unit further inserts stream correspondence information indicating an audio stream including each of the plurality of group encoded data, into the layer of the container. a transmission unit for transmitting a predetermined format container having a predetermined number of audio streams including a plurality of group encoded data; and an information insertion unit for inserting attribute information indicating an attribute of each of the plurality of group encoded data, into a layer of the container, wherein the information insertion unit further inserts stream correspondence information indicating an audio stream including each of the plurality of group encoded data, into the layer of the container.
An apparatus for detecting and grading carcinoma, comprising: (i) a computer processor; and (ii) a non-transitory computer-readable memory storing instructions executable by the computer processor; (iii) wherein said instructions, when executed by the computer processor, perform steps comprising: (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features (48, 50, 52) from the pre-processed images (34, 36, 38); (d) applying support vector machine classifiers to the extracted deep learning features (48, 50, 52) to produce support vector machine decision values (56, 58, 60); and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision. (i) a computer processor; and (ii) a non-transitory computer-readable memory storing instructions executable by the computer processor; (iii) wherein said instructions, when executed by the computer processor, perform steps comprising: (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features (48, 50, 52) from the pre-processed images (34, 36, 38); (d) applying support vector machine classifiers to the extracted deep learning features (48, 50, 52) to produce support vector machine decision values (56, 58, 60); and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision. (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features (48, 50, 52) from the pre-processed images (34, 36, 38); (d) applying support vector machine classifiers to the extracted deep learning features (48, 50, 52) to produce support vector machine decision values (56, 58, 60); and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision.
A cell structure which is a cylindrical cell structure comprising a plurality of cells which pierce through the structure between two end faces and are flow paths for fluid, an outer wall which encloses the cells and a cavity which pierces in the direction of a central axis of the structure through a portion including the central axis or a given axis parallel to the central axis, wherein the cells are partitioned in the form of a honeycomb with partition walls, characterized in that the cell structure further has an inner wall on the inner surface of the cavity, and a strength index represented by the formula: strength index = T / CP 2 × B / A 2 is not less than 0.02 in which T denotes a thickness (mm) of the partition wall, CP denotes a cell pitch (mm), A denotes a length (mm) of a line formed by linking, along the outer wall, points of intersection of the outer wall with two tangent lines which contact with inner contour of the inner wall and extend in parallel in longitudinal direction of the partition wall, and B denotes a distance (mm) between a point of contact of the tangent line with the inner contour of the inner wall and a point of intersection of the tangent line with the closest outer wall at the section formed by cutting the cell structure along a plane perpendicular to the central axis of the cell structure.
An optical device for displaying a reticle or a target mark in a measuring or sighting telescope, comprising - a reticle plate with a reticle arranged on one surface, - a light source for illuminating this reticle, - wherein the reticle plate has an entry surface, which is arranged laterally of the surface provided with the reticle, for an illumination beam path leading from the light source to the reticle, - wherein the reticle plate is made of a material that is transparent in visible light and the illumination beam path leading to the reticle extends in the interior of the reticle plate, and - wherein the illumination beam path leading from the light source to the reticle forms a convergent beam path, characterized in that - at least one retroreflector (9, 15, 16) is arranged on the reticle plate, wherein a reflection layer of the retroreflector (9, 15, 16) contains microprisms or microscopic glass spheres, by means of which the incident radiation is reflected back in the direction of the radiation source largely independent of the orientation of the reflector, - and wherein the reflection layer faces the reticle plate - such that light reflected on the retroreflector forms a convergent beam path in the region of the reticle. - a reticle plate with a reticle arranged on one surface, - a light source for illuminating this reticle, - wherein the reticle plate has an entry surface, which is arranged laterally of the surface provided with the reticle, for an illumination beam path leading from the light source to the reticle, - wherein the reticle plate is made of a material that is transparent in visible light and the illumination beam path leading to the reticle extends in the interior of the reticle plate, and - wherein the illumination beam path leading from the light source to the reticle forms a convergent beam path, - at least one retroreflector (9, 15, 16) is arranged on the reticle plate, wherein a reflection layer of the retroreflector (9, 15, 16) contains microprisms or microscopic glass spheres, by means of which the incident radiation is reflected back in the direction of the radiation source largely independent of the orientation of the reflector, - and wherein the reflection layer faces the reticle plate - such that light reflected on the retroreflector forms a convergent beam path in the region of the reticle.
A management apparatus configured to store facsimile data received by an electronic device, the management apparatus comprising: a received facsimile data management unit configured to store, in a memory the received facsimile data in association with information on a group to which an electronic device that has received the facsimile data belongs; and a list response unit configured to transmit a list of the received facsimile data based on a browse request of the received facsimile data, the list in which the received facsimile data is classified according to at least the information on the group to which the destination belongs, wherein, when the information on the group to which the destination of the received facsimile data belongs is not identified, the received facsimile data management unit: identifies site information corresponding to a global internet protocol address of the destination; and stores, in the memory, the received facsimile data in association with the identified site information as the information on the group to which the destination belongs. a received facsimile data management unit configured to store, in a memory the received facsimile data in association with information on a group to which an electronic device that has received the facsimile data belongs; and a list response unit configured to transmit a list of the received facsimile data based on a browse request of the received facsimile data, the list in which the received facsimile data is classified according to at least the information on the group to which the destination belongs, wherein, when the information on the group to which the destination of the received facsimile data belongs is not identified, the received facsimile data management unit: identifies site information corresponding to a global internet protocol address of the destination; and stores, in the memory, the received facsimile data in association with the identified site information as the information on the group to which the destination belongs. identifies site information corresponding to a global internet protocol address of the destination; and stores, in the memory, the received facsimile data in association with the identified site information as the information on the group to which the destination belongs.
A mask comprising: a body comprising: a shell defining a cavity including a bottom wall portion that transitions into opposite curved side wall portions, and an upper curved wall portion defining an apex; a barrier separating an upper nasal cavity shaped to receive a user's nose and a lower oral cavity adapted to be in fluid communication with the user's mouth; an exterior surface exposed to an ambient environment; an inlet in fluid communication with only the upper nasal cavity; and a one-way exhaust valve in fluid communication between the lower oral cavity and the ambient environment, characterized in that the barrier has an upwardly extending vertical portion that extends upwardly from the bottom wall portion and spans between the opposite side wall portions, and a forwardly extending horizontal portion that spans between the opposite side wall portions and terminates at a user interface edge positioned adjacent an upper lip of the user. a shell defining a cavity including a bottom wall portion that transitions into opposite curved side wall portions, and an upper curved wall portion defining an apex; a barrier separating an upper nasal cavity shaped to receive a user's nose and a lower oral cavity adapted to be in fluid communication with the user's mouth; an exterior surface exposed to an ambient environment; an inlet in fluid communication with only the upper nasal cavity; and a one-way exhaust valve in fluid communication between the lower oral cavity and the ambient environment, characterized in that the barrier has an upwardly extending vertical portion that extends upwardly from the bottom wall portion and spans between the opposite side wall portions, and a forwardly extending horizontal portion that spans between the opposite side wall portions and terminates at a user interface edge positioned adjacent an upper lip of the user.
System-pressure valve for a hydraulic system of a motor-vehicle transmission, the system-pressure valve comprising: - a valve housing, - a piston rod, - a first inlet, - a second inlet, - a first outlet, - a second outlet, - a third outlet, wherein - a primary pump of the hydraulic system can be connected to the first inlet, - a secondary pump of the hydraulic system can be connected to the second inlet, - a primary system-pressure circuit of the hydraulic system can be connected to the first outlet and to the second outlet, and - a secondary system-pressure circuit of the hydraulic system can be connected to the third outlet, wherein the system-pressure valve is configured to adjust the piston rod within the valve housing into a first switching position and into a second switching position, wherein, in the first switching position, the third outlet is connected neither to the first inlet nor to the second inlet, wherein, in the second switching position, the second inlet is connected to the third outlet, characterized in that the system-pressure valve is furthermore configured to adjust the piston rod within the valve housing into a third switching position, wherein, in the third switching position, the third outlet is connected both to the first inlet and to the second inlet. - a valve housing, - a piston rod, - a first inlet, - a second inlet, - a first outlet, - a second outlet, - a third outlet, wherein - a primary pump of the hydraulic system can be connected to the first inlet, - a secondary pump of the hydraulic system can be connected to the second inlet, - a primary system-pressure circuit of the hydraulic system can be connected to the first outlet and to the second outlet, and - a secondary system-pressure circuit of the hydraulic system can be connected to the third outlet, wherein the system-pressure valve is configured to adjust the piston rod within the valve housing into a first switching position and into a second switching position, wherein, in the first switching position, the third outlet is connected neither to the first inlet nor to the second inlet, wherein, in the second switching position, the second inlet is connected to the third outlet, characterized in that the system-pressure valve is furthermore configured to adjust the piston rod within the valve housing into a third switching position, wherein, in the third switching position, the third outlet is connected both to the first inlet and to the second inlet. wherein the system-pressure valve is configured to adjust the piston rod within the valve housing into a first switching position and into a second switching position, wherein, in the first switching position, the third outlet is connected neither to the first inlet nor to the second inlet, wherein, in the second switching position, the second inlet is connected to the third outlet, characterized in that the system-pressure valve is furthermore configured to adjust the piston rod within the valve housing into a third switching position, wherein, in the third switching position, the third outlet is connected both to the first inlet and to the second inlet.
Method for controlling the operation of a complex electronic component transferring data frames to physical ports, each data frame comprising at least a source address, characterized in that the method comprises the steps of: - a software module included in the complex electronic component inserting, into each data frame to be transferred by the complex electronic component, a first signature determined at least on the basis of the source address included in the data frame and an identifier of the physical port through which the data frame is transferred by the complex electronic component, - the complex electronic component transferring the data frame into which the signature was inserted, - a device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) receiving the data frame into which the signature was inserted, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) determining a second signature on the basis of the identifier of the physical port and the source address, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) comparing the signatures, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) executing a first operation if the first and second signatures are different or a second operation if the first and second signatures are identical. - a software module included in the complex electronic component inserting, into each data frame to be transferred by the complex electronic component, a first signature determined at least on the basis of the source address included in the data frame and an identifier of the physical port through which the data frame is transferred by the complex electronic component, - the complex electronic component transferring the data frame into which the signature was inserted, - a device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) receiving the data frame into which the signature was inserted, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) determining a second signature on the basis of the identifier of the physical port and the source address, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) comparing the signatures, - the device for securing the routing (25a, 25b, 25c, 25d) associated with the physical port (porta, Portb, Portc, Portd) executing a first operation if the first and second signatures are different or a second operation if the first and second signatures are identical.
A brake rod (60; 160) for a steering/braking mechanism of an aircraft comprising: a rod body (62; 162) having a longitudinal axis; and a rod end (64; 164) at a first end of the rod body, the rod end having a bore (68; 168) therethrough having a bore axis arranged generally perpendicular to the rod longitudinal axis; characterised in further comprising: a rod end shield (100; 200) mounted to the rod (60; 160) and extending in a longitudinal direction axially beyond the rod end (64; 164). a rod body (62; 162) having a longitudinal axis; and a rod end (64; 164) at a first end of the rod body, the rod end having a bore (68; 168) therethrough having a bore axis arranged generally perpendicular to the rod longitudinal axis; characterised in further comprising: a rod end shield (100; 200) mounted to the rod (60; 160) and extending in a longitudinal direction axially beyond the rod end (64; 164).
A method of managing a communication network, the method comprising: a management node obtaining indications of network events occurring at a plurality of nodes (200; 210-1, 210-2, 210-3, 210-4, 220-1, 220-2, 230-1, 230-2) of the communication network; the management node performing a correlation of times of the indicated network events; on the basis of the correlation, the management node identifying clusters of nodes (200; 210-1, 210-2, 210-3, 210-4, 220-1, 220-2, 230-1, 230-2) with correlated network events; and on the basis of the clusters, the management node determining a topology model of the communication network. a management node obtaining indications of network events occurring at a plurality of nodes (200; 210-1, 210-2, 210-3, 210-4, 220-1, 220-2, 230-1, 230-2) of the communication network; the management node performing a correlation of times of the indicated network events; on the basis of the correlation, the management node identifying clusters of nodes (200; 210-1, 210-2, 210-3, 210-4, 220-1, 220-2, 230-1, 230-2) with correlated network events; and on the basis of the clusters, the management node determining a topology model of the communication network.
A plastics cathode substrate for an electro-optical device, said substrate having (a) a barrier layer or stacked barrier layers on a surface thereof providing a moisture and/or oxygen barrier, wherein the thickness of the barrier layer(s) is in the range from 10 nm to 1 μm and (b) a metal layer of a low work function metal selected from Li-Ag, MgAg, AlMg, aluminium, barium, calcium, lithium, rare earth metals, transition metals, magnesium and alloys thereof and characterized that it has thereon (c) an electron injection layer comprising a compound of the formula wherein R 1 is a 1-5 ring aryl (including polycyclic aryl or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1- C 4 alkyl or alkoxy substituents; and R 2 and R 3 together form a 1-5 ring aryl (including polycyclic or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1 -C 4 alkyl or alkoxy substituents. (a) a barrier layer or stacked barrier layers on a surface thereof providing a moisture and/or oxygen barrier, wherein the thickness of the barrier layer(s) is in the range from 10 nm to 1 μm and (b) a metal layer of a low work function metal selected from Li-Ag, MgAg, AlMg, aluminium, barium, calcium, lithium, rare earth metals, transition metals, magnesium and alloys thereof and characterized that it has thereon (c) an electron injection layer comprising a compound of the formula wherein R 1 is a 1-5 ring aryl (including polycyclic aryl or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1- C 4 alkyl or alkoxy substituents; and R 2 and R 3 together form a 1-5 ring aryl (including polycyclic or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1 -C 4 alkyl or alkoxy substituents. R 1 is a 1-5 ring aryl (including polycyclic aryl or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1- C 4 alkyl or alkoxy substituents; and R 2 and R 3 together form a 1-5 ring aryl (including polycyclic or aryl-substituted polycyclic aryl), aralkyl or heteroaryl group which may be substituted with one or more C 1 -C 4 alkyl or alkoxy substituents.