mhurhangee/ep-ind-claims huggingface dataset:
A flexo printing plate comprising: one or more image portions, wherein in at least one of the image portions, a plurality of depressions is formed in an end region having a predetermined width measured from an edge of the image portion, the at least one of the image portions has a solid region at a central side of the image portion wherein a depression is not formed, the depressions have a depth of 2 μm to 9 μm, and an area ratio of the depressions in the end region is a maximum at the edge side and a minimum at the central side of the image portion, the end region has a plurality of partial regions having different area ratios such that the area ratio of the depressions decreases in stages as the depressions become further away from the edge, each of the plurality of partial regions is a region in which the area ratio of the depressions in each of the plurality of partial regions is within a range of ±0.3%, and a difference in the area ratio of the depressions between the partial regions adjacent to each other and between the solid region and the partial region adjacent to the solid region is equal to or less than 9%. one or more image portions, wherein in at least one of the image portions, a plurality of depressions is formed in an end region having a predetermined width measured from an edge of the image portion, the at least one of the image portions has a solid region at a central side of the image portion wherein a depression is not formed, the depressions have a depth of 2 μm to 9 μm, and an area ratio of the depressions in the end region is a maximum at the edge side and a minimum at the central side of the image portion, the end region has a plurality of partial regions having different area ratios such that the area ratio of the depressions decreases in stages as the depressions become further away from the edge, each of the plurality of partial regions is a region in which the area ratio of the depressions in each of the plurality of partial regions is within a range of ±0.3%, and a difference in the area ratio of the depressions between the partial regions adjacent to each other and between the solid region and the partial region adjacent to the solid region is equal to or less than 9%.
An industrial truck including: a frame including a recess for receiving an electric battery assembly and a lateral opening for inserting the electric battery assembly into the recess, a lifting assembly mounted on the frame for lifting a load, and a counterweight fixed to the frame opposite to the lifting assembly for balancing the weight of the lifting assembly and of a load lifted by the lifting assembly; wherein the recess and the lateral opening are open downwardly to enable the lateral insertion of the electric battery assembly in the recess and the lateral extraction of the electric battery assembly from the recess using a fork, characterized in that the counterweight is formed with an integral single piece which includes a surface for supporting the electric battery assembly when the electric battery assembly is positioned in the recess of the frame, wherein the counterweight includes a main body positioned above an axle structure of the industrial truck and an arm portion protruding downwards from the main body between a front axle and a rear axle of the industrial truck, wherein a protrusion extends from the arm portion, the protrusion forming the surface for supporting the electric battery assembly. a frame including a recess for receiving an electric battery assembly and a lateral opening for inserting the electric battery assembly into the recess, a lifting assembly mounted on the frame for lifting a load, and a counterweight fixed to the frame opposite to the lifting assembly for balancing the weight of the lifting assembly and of a load lifted by the lifting assembly; wherein the recess and the lateral opening are open downwardly to enable the lateral insertion of the electric battery assembly in the recess and the lateral extraction of the electric battery assembly from the recess using a fork, characterized in that the counterweight is formed with an integral single piece which includes a surface for supporting the electric battery assembly when the electric battery assembly is positioned in the recess of the frame, wherein the counterweight includes a main body positioned above an axle structure of the industrial truck and an arm portion protruding downwards from the main body between a front axle and a rear axle of the industrial truck, wherein a protrusion extends from the arm portion, the protrusion forming the surface for supporting the electric battery assembly.
A method of determining a subject's risk of developing iron deficiency anemia, the method comprising: in a sample comprising red blood cells from the subject, determining a population mean corpuscular hemoglobin concentration (MCHC); transforming each cell's volume and hemoglobin content into an index by projecting the volume and hemoglobin content onto a MCHC line; determining a fraction of red blood cells in the sample whose transformed volume and hemoglobin content index falls below a threshold percentage of the mean projection location on the MCHC line to provide a sample fraction; and comparing the sample fraction to a reference fraction; wherein the presence of a sample fraction that is above the reference fraction indicates that the subject is at risk of developing IDA. in a sample comprising red blood cells from the subject, determining a population mean corpuscular hemoglobin concentration (MCHC); transforming each cell's volume and hemoglobin content into an index by projecting the volume and hemoglobin content onto a MCHC line; determining a fraction of red blood cells in the sample whose transformed volume and hemoglobin content index falls below a threshold percentage of the mean projection location on the MCHC line to provide a sample fraction; and comparing the sample fraction to a reference fraction; wherein the presence of a sample fraction that is above the reference fraction indicates that the subject is at risk of developing IDA.
A compound of the Formula or a pharmaceutically acceptable salt thereof, wherein R 1 is C 1 -C 3 alkyl; and R 6 is C 1 -C 3 fluoroalkyl. R 1 is C 1 -C 3 alkyl; and R 6 is C 1 -C 3 fluoroalkyl.
Method of controlling a rechargeable battery system for a vehicle, the system comprising at least two battery subsystems (200, 300), at least one recharging interface capable of operating a recharging to a first recharging voltage when said battery subsystems (200, 300) are configured in parallel connection and at a second recharging voltage when said battery subsystems (200, 300) are configured in series connection, and at least a first consumer interface capable of operating at a first determined supply voltage and supplying at least one thermal regulation device of said at least two battery subsystems (200, 300) of the battery system, control means (50, 41-49) for controlling the connection configuration of the at least two battery subsystems to the recharging interface and to the first consumer interface, characterized in that it comprises the steps successive steps when activating a recharge operated via the recharge interface at the second voltage: - the connection in series of at least two battery subsystems (200, 300) for recharge at the second recharge voltage, - upon detection of an activation condition of a thermal regulation device of the battery system, the connection of the terminals of a first subsystem only among the at least two sub - battery systems (200, 300) at the first consumer interface, - in case of detection of a switching condition during recharging at said second recharging voltage, disconnection of the terminals of the first battery subsystem from the first consumer interface, then connection by the terminal control means of a second sub- one of the at least two battery subsystems at the first consumer interface. - the connection in series of at least two battery subsystems (200, 300) for recharge at the second recharge voltage, - upon detection of an activation condition of a thermal regulation device of the battery system, the connection of the terminals of a first subsystem only among the at least two sub - battery systems (200, 300) at the first consumer interface, - in case of detection of a switching condition during recharging at said second recharging voltage, disconnection of the terminals of the first battery subsystem from the first consumer interface, then connection by the terminal control means of a second sub- one of the at least two battery subsystems at the first consumer interface.
A pipe transit system comprising: a conduit having an axial direction; at least one sealing device which is fully insertable into the conduit; and at least one rubberlike thermally expandable device, the conduit being suitable for receiving at least one pipe, the at least one sealing device comprising a vulcanized fire-resistant rubber plug and being suitable for sealing in an assembled condition of the system between an inner wall of the conduit and the at least one pipe, the at least one of the sealing devices is provided with outer ribs having tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing device and the inner wall of the conduit, the at least one of the sealing devices is provided with inner ribs having tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing device and the at least one pipe, the rubberlike thermally expandable device comprises material having a component which causes the material on exposure to heat to expand to an extent which is much more than the extent to which that material not having this component would expand, the thermally expandable device surrounding in the assembled condition the at least one pipe at a position which is in axial direction, relative to at least one of the at least one sealing device, at or toward the end of the conduit. a conduit having an axial direction; at least one sealing device which is fully insertable into the conduit; and at least one rubberlike thermally expandable device, the conduit being suitable for receiving at least one pipe, the at least one sealing device comprising a vulcanized fire-resistant rubber plug and being suitable for sealing in an assembled condition of the system between an inner wall of the conduit and the at least one pipe, the at least one of the sealing devices is provided with outer ribs having tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing device and the inner wall of the conduit, the at least one of the sealing devices is provided with inner ribs having tops spaced apart in longitudinal direction for realizing, in use, annular contact surfaces which are each closed in itself in a circumferential direction between the sealing device and the at least one pipe, the rubberlike thermally expandable device comprises material having a component which causes the material on exposure to heat to expand to an extent which is much more than the extent to which that material not having this component would expand, the thermally expandable device surrounding in the assembled condition the at least one pipe at a position which is in axial direction, relative to at least one of the at least one sealing device, at or toward the end of the conduit.
A method for transferring data from a file system to a flash storage medium, wherein a bad block management process comprises: queuing, at a bad block manager, one or more write requests, and receiving data associated with each of the one or more write requests and storing the received data in the bad block manager buffer; immediately returning a success status to the file system; performing cache management of data in the bad block manager buffer, wherein the cache management of data in the bad block manager buffer is executed in parallel with executing the one or more queued write requests, wherein executing the one or more write requests is carried out in a separate task, wherein the executing comprises programming the received data to the flash storage medium during the bad block management process, and wherein the file system is arranged to prepare the next write request when the bad block manager is programming the received data in relation to a previously queued write request queuing, at a bad block manager, one or more write requests, and receiving data associated with each of the one or more write requests and storing the received data in the bad block manager buffer; immediately returning a success status to the file system; performing cache management of data in the bad block manager buffer, wherein the cache management of data in the bad block manager buffer is executed in parallel with executing the one or more queued write requests, wherein executing the one or more write requests is carried out in a separate task, wherein the executing comprises programming the received data to the flash storage medium during the bad block management process, and wherein the file system is arranged to prepare the next write request when the bad block manager is programming the received data in relation to a previously queued write request
A band width part, BWP, switching method, performed by a terminal, the method comprising: keeping, after determining that the terminal needs to perform BWP switching, a first BWP that is presently activated on a carrier in an active state; activating a second BWP on the carrier; sending a message to a base station on the second BWP; characterized in that the method further comprises: controlling the first BWP to be in an inactive state; wherein controlling the first BWP to be in the inactive state comprises: receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling, by the terminal, the first BWP to be in the inactive state according to the instruction message. keeping, after determining that the terminal needs to perform BWP switching, a first BWP that is presently activated on a carrier in an active state; activating a second BWP on the carrier; sending a message to a base station on the second BWP; characterized in that the method further comprises: controlling the first BWP to be in an inactive state; wherein controlling the first BWP to be in the inactive state comprises: receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling, by the terminal, the first BWP to be in the inactive state according to the instruction message. receiving by the terminal, after the second BWP is activated, an instruction message sent by the base station; and controlling, by the terminal, the first BWP to be in the inactive state according to the instruction message.
A snow removal blade for removing snow from a snow-covered road surface; the blade comprising: - a rolling body; - a removal knife connected to a lower portion of said rolling body and adapted to slide, in use, adjacent to the road surface thus leaving a layer of residual snow on the road surface; - a feeding assembly, for supplying a snow melting material, the assembly comprising a plurality of delivery nozzles and a circuit for feeding the melting material to said nozzles; - and a further knife arranged behind said removal knife in a forward movement direction of the blade; characterised in that said further knife is a mixing and pressing member for said residual snow; said mixing and pressing member being defined by a solid or boxed plate having the same length as said removal knife measured orthogonally to said movement direction; the removal knife and the mixing and pressing member delimiting between them, a lateral snow outlet channel, and in that said nozzles comprise respective outlets arranged in said channel for sending the melting material onto the residual snow present in said lateral outlet channel, said mixing and pressing member being configured to mix said layer of residual snow with said melting material arranged in said lateral outlet channel and for compressing the residual snow mixed with said melting material on the road surface during its forward movement. - a rolling body; - a removal knife connected to a lower portion of said rolling body and adapted to slide, in use, adjacent to the road surface thus leaving a layer of residual snow on the road surface; - a feeding assembly, for supplying a snow melting material, the assembly comprising a plurality of delivery nozzles and a circuit for feeding the melting material to said nozzles; - and a further knife arranged behind said removal knife in a forward movement direction of the blade; characterised in that said further knife is a mixing and pressing member for said residual snow; said mixing and pressing member being defined by a solid or boxed plate having the same length as said removal knife measured orthogonally to said movement direction; the removal knife and the mixing and pressing member delimiting between them, a lateral snow outlet channel, and in that said nozzles comprise respective outlets arranged in said channel for sending the melting material onto the residual snow present in said lateral outlet channel, said mixing and pressing member being configured to mix said layer of residual snow with said melting material arranged in said lateral outlet channel and for compressing the residual snow mixed with said melting material on the road surface during its forward movement.
Vehicle control device for the manually actuated control of vehicle devices, comprising a housing (11 a), at least one rotary knob, which is attached to a first end of a rotary axis, the second end of which is connected to at least one first pivotable component, and at least one first pivot axis, which extends perpendicularly to the longitudinal extension direction of the rotary axis and about which the first pivotable component can be pivoted within the housing, at least one first magnet element (16a, 16b) being arranged, the magnetic force of which interacts at least in part with at least one second magnet element (17a, 17b), which is connected to the housing in a stationary manner, when the first pivotable component is pivoted, characterised in that the at least one first magnet element (16a, 16b) is loosely arranged on the first pivotable component.
A projection display system comprising: a projector configured to project an image onto a projection surface; a remote controller configured to control the projector; wherein the remote controller includes: a first sensor configured to measure a current value of horizontal distance to the projection surface; a second sensor configured to measure a current value of vertical distance to the projector; and a processor configured to obtain, from a memory, preset values of horizontal distance and vertical distance corresponding to a screen size selected by a user, and to control a display (34, 2) to display a screen including the obtained preset values of horizontal distance and vertical distance, the current value of horizontal distance measured by the first sensor, and the current value of vertical distance measured by the second sensor. a projector configured to project an image onto a projection surface; a remote controller configured to control the projector; wherein the remote controller includes: a first sensor configured to measure a current value of horizontal distance to the projection surface; a second sensor configured to measure a current value of vertical distance to the projector; and a processor configured to obtain, from a memory, preset values of horizontal distance and vertical distance corresponding to a screen size selected by a user, and to control a display (34, 2) to display a screen including the obtained preset values of horizontal distance and vertical distance, the current value of horizontal distance measured by the first sensor, and the current value of vertical distance measured by the second sensor. a first sensor configured to measure a current value of horizontal distance to the projection surface; a second sensor configured to measure a current value of vertical distance to the projector; and a processor configured to obtain, from a memory, preset values of horizontal distance and vertical distance corresponding to a screen size selected by a user, and to control a display (34, 2) to display a screen including the obtained preset values of horizontal distance and vertical distance, the current value of horizontal distance measured by the first sensor, and the current value of vertical distance measured by the second sensor.
A method, - comprising: receiving, by a network authentication entity, a request from a communication device of a User Equipment, UE; determining, by the network authentication entity, whether the request is for authentication or Fast Re-authentication; if the request is for authentication, authenticating, by the network authentication entity, with the UE; if the authentication is successful, generating, by the network authentication entity, a security context; deriving, by the network authentication entity, a secret key from the security context, transmitting, by the network authentication entity, the secret key to a network entity and saving, by the network authentication entity, the security context in a database of the network authentication entity; if the request is for Fast Re-authentication, updating, by the network authentication entity, the security context; continuing, by the network authentication entity, with Fast Re-authentication procedure; creating, by the network authentication entity, a Master Session Key if the Fast Re-authentication is successful and transmitting, by the network authentication entity, the Master Session Key to the network entity. receiving, by a network authentication entity, a request from a communication device of a User Equipment, UE; determining, by the network authentication entity, whether the request is for authentication or Fast Re-authentication; if the request is for authentication, authenticating, by the network authentication entity, with the UE; if the authentication is successful, generating, by the network authentication entity, a security context; deriving, by the network authentication entity, a secret key from the security context, transmitting, by the network authentication entity, the secret key to a network entity and saving, by the network authentication entity, the security context in a database of the network authentication entity; if the request is for Fast Re-authentication, updating, by the network authentication entity, the security context; continuing, by the network authentication entity, with Fast Re-authentication procedure; creating, by the network authentication entity, a Master Session Key if the Fast Re-authentication is successful and transmitting, by the network authentication entity, the Master Session Key to the network entity.