mhurhangee/ep-ind-claims huggingface dataset:
A base station configured to control in a network including a first cell and a second cell contained in the first cell, communication with a terminal in the second cell, the base station comprising: a handover request receiver configured to receive a handover request for performing a handover of the terminal from the first cell to the second cell from a base station of the first cell; a handover response transmitter configured to transmit a handover response that is a response to the handover request and which includes an identifier of the terminal in the second cell to the base station of the first cell, and configured to cause the base station of the first cell to notify the identifier to the terminal; and characterized by a dedicated signal transmitter that is configured to repeatedly transmit a dedicated signal containing a handover command to the terminal via a dedicated channel set using the identifier at an interval shorter than a period during which the terminal is able to receive data from the base station of the second cell. a handover request receiver configured to receive a handover request for performing a handover of the terminal from the first cell to the second cell from a base station of the first cell; a handover response transmitter configured to transmit a handover response that is a response to the handover request and which includes an identifier of the terminal in the second cell to the base station of the first cell, and configured to cause the base station of the first cell to notify the identifier to the terminal; and characterized by a dedicated signal transmitter that is configured to repeatedly transmit a dedicated signal containing a handover command to the terminal via a dedicated channel set using the identifier at an interval shorter than a period during which the terminal is able to receive data from the base station of the second cell.
A method comprising: receiving a packet at a first network device; making, at the first network device, a forwarding decision for the packet, wherein making the forwarding decision includes determining a target pair for the packet, and wherein the target pair includes i) a target virtual port and ii) a second network device; in response to making the forwarding decision, forwarding the packet from the first network device to the second network device, wherein the packet is tagged with a tag that includes information, determined at the first network device, to be used for forwarding the packet at the second network device based on a mapping between i) the target virtual port determined at the first network device and ii) a physical interface at the second network device; mapping the target virtual port determined at the first network device to the physical interface to which the packet is to be forwarded at the second network device; and forwarding, at the second network device, the packet to the physical interface using the information, included in the tag, for forwarding the packet at the second network device based on the mapping between i) the target virtual port determined at the first network device and ii) the physical interface at the second network device. receiving a packet at a first network device; making, at the first network device, a forwarding decision for the packet, wherein making the forwarding decision includes determining a target pair for the packet, and wherein the target pair includes i) a target virtual port and ii) a second network device; in response to making the forwarding decision, forwarding the packet from the first network device to the second network device, wherein the packet is tagged with a tag that includes information, determined at the first network device, to be used for forwarding the packet at the second network device based on a mapping between i) the target virtual port determined at the first network device and ii) a physical interface at the second network device; mapping the target virtual port determined at the first network device to the physical interface to which the packet is to be forwarded at the second network device; and forwarding, at the second network device, the packet to the physical interface using the information, included in the tag, for forwarding the packet at the second network device based on the mapping between i) the target virtual port determined at the first network device and ii) the physical interface at the second network device.
A prismatic retroreflective article comprising: a transparent polymeric body portion having an elastic modulus less than 1.3 GPa; an optical layer comprising internally reflecting cube-corner optical elements, the optical layer having an elastic modulus greater than 1.4 GPa and being coupled to the body portion; and an image layer coupled to the body portion opposite the optical layer, the image layer defining an image having imaged portions and non-imaged portions, wherein the image layer forms an outermost exterior layer of the prismatic retroreflective article in the area of the imaged portions, the image layer comprising a polymer resin comprising at least one of a polyester and a vinyl copolymer, characterized in that the image layer includes cross-links formed between the polymer resin having hydroxyl functional groups and a cross-linking agent having isocyanate functional groups. a transparent polymeric body portion having an elastic modulus less than 1.3 GPa; an optical layer comprising internally reflecting cube-corner optical elements, the optical layer having an elastic modulus greater than 1.4 GPa and being coupled to the body portion; and an image layer coupled to the body portion opposite the optical layer, the image layer defining an image having imaged portions and non-imaged portions, wherein the image layer forms an outermost exterior layer of the prismatic retroreflective article in the area of the imaged portions, the image layer comprising a polymer resin comprising at least one of a polyester and a vinyl copolymer, characterized in that the image layer includes cross-links formed between the polymer resin having hydroxyl functional groups and a cross-linking agent having isocyanate functional groups.
Charging device for charging a vehicle accumulator connected thereto which can be charged under the control of a configurable charge program, wherein - the charging device has an authentication unit which is intended for authentication of the vehicle accumulator with respect to the charging device, and - the charging device has a control unit with a charge program memory, wherein a charge program stored in the charge program memory is selected depending on the accumulator type of the vehicle accumulator connected to the charging device and on a result of an authentication delivered by the authentication unit and transferred to the control unit of the charging device from the charge program memory for execution, wherein the charging device executes the charge program for charging the vehicle accumulator; characterised in that the charge program for charging the vehicle accumulator is transferred from the charge program memory to the control unit of the charging device in cryptographically encrypted form after authentication of the vehicle accumulator has taken place, wherein the control unit of the charging device obtains from a server of the manufacturer of the particular vehicle accumulator a cryptographic key for decryption of the charge program received in encrypted form. - the charging device has an authentication unit which is intended for authentication of the vehicle accumulator with respect to the charging device, and - the charging device has a control unit with a charge program memory, wherein a charge program stored in the charge program memory is selected depending on the accumulator type of the vehicle accumulator connected to the charging device and on a result of an authentication delivered by the authentication unit and transferred to the control unit of the charging device from the charge program memory for execution, wherein the charging device executes the charge program for charging the vehicle accumulator;
A toilet device, comprising: a toilet including a toilet bowl; a toilet seat including a toilet seat main body and a hinge part, the hinge part being provided at a rear center of the toilet seat main body; a main part, the toilet seat being rotatable by being pivotally supported by the main part at two sides of the hinge part; and an electric opening/closing mechanism performing an electric opening/closing of the toilet seat and being provided in the main part, the electric opening/closing mechanism including a motor disposed to have a rotation axis offset from a rotation axis of the hinge part, and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part, wherein: two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space. a toilet including a toilet bowl; a toilet seat including a toilet seat main body and a hinge part, the hinge part being provided at a rear center of the toilet seat main body; a main part, the toilet seat being rotatable by being pivotally supported by the main part at two sides of the hinge part; and an electric opening/closing mechanism performing an electric opening/closing of the toilet seat and being provided in the main part, the electric opening/closing mechanism including a motor disposed to have a rotation axis offset from a rotation axis of the hinge part, and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part, a motor disposed to have a rotation axis offset from a rotation axis of the hinge part, and a transmission mechanism connecting the motor and one end of the hinge part and transferring a drive force of the motor to the hinge part, wherein: two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space. two side parts of the toilet include inclined parts inclining upward toward rear, and the toilet has a hollow space between the inclined parts rearward of the toilet bowl; and the motor is disposed perpendicularly downward from the hinge part with at least a part of the motor overlapping at least a part of the hinge part in a vertical direction, and arranged inside the hollow space.
A method for coating a substrate with a mixture B or with the curing sealant formed therefrom, wherein the mixture B and the sealant contain sulphur-containing polymers, characterised in that the mixture B is an uncured mixture consisting of a matrix A and a curing agent having a content of isocyanate, in that the matrix A is uncured and contains a mercapto-terminated base polymer based on polythioether, polysulphide, the copolymers thereof or/and the mixtures thereof, in that the uncured matrix A, the curing agent or both contain at least one photoinitiator based on α-aminoketone, in that the isocyanate of mixture B that is used as the curing agent has an average functionality in the range of 1.5 to 3.2, in that the mercapto-terminated base polymer in the matrix A has a mercaptan content, relative to the reactive SH-groups with respect to the total base polymer, in the range of 0.8 to 8 % by weight, in that at least one photoinitiator in the event of action by high-energy actinic radiation splits off at least one radical per molecule based on tertiary amine, from which in particular as a result of H-absorption an active catalyst is formed that acts as a catalyst for curing the sealant, and in that the mixture B cures with effect from the action by high-energy actinic radiation in the temperature range of -10 to +70°C, wherein it is referred to as a sealant with effect from the start of curing. in that the mixture B is an uncured mixture consisting of a matrix A and a curing agent having a content of isocyanate, in that the matrix A is uncured and contains a mercapto-terminated base polymer based on polythioether, polysulphide, the copolymers thereof or/and the mixtures thereof, in that the uncured matrix A, the curing agent or both contain at least one photoinitiator based on α-aminoketone, in that the isocyanate of mixture B that is used as the curing agent has an average functionality in the range of 1.5 to 3.2, in that the mercapto-terminated base polymer in the matrix A has a mercaptan content, relative to the reactive SH-groups with respect to the total base polymer, in the range of 0.8 to 8 % by weight, in that at least one photoinitiator in the event of action by high-energy actinic radiation splits off at least one radical per molecule based on tertiary amine, from which in particular as a result of H-absorption an active catalyst is formed that acts as a catalyst for curing the sealant, and in that the mixture B cures with effect from the action by high-energy actinic radiation in the temperature range of -10 to +70°C, wherein it is referred to as a sealant with effect from the start of curing.
Apparatus for use in the performance of work on a workpiece, said apparatus including a plurality of legs depending from a body so that the body is supported at a fixed distance from a support surface with which the legs contact, said body elongate in form and including a moveable clamping jaw mounted on a track so that, in a first mode of use of the apparatus, said moveable clamping jaw is selectively positioned along said body to define a space between the said moveable clamping jaw and another, fixed, jaw at or adjacent to one end of the said body and into which space the workpiece is received so as to be clamped in position between said jaws, said apparatus includes first and second support arms (34,36) and said apparatus is adaptable to a second mode in which said support arms (34,36) are engaged with the said body so as to define a support for the location of a power tool which, when located with the support arms (34,36) is supported in a fixed position so as to be used to perform a work operation on said workpiece and the said track is formed in the body so that the moveable clamping jaw is slidingly movable along said body and the other, fixed, jaw is also provided on said body, and characterised in that said apparatus includes a foot pedal lever assembly which is pivotally movable by the user to advance the said moveable jaw towards the fixed clamping jaw and a release means which, when operated allows manual movement of the moveable clamping jaw away from the fixed clamping jaw.
A turbine nozzle diaphragm preform comprising an as-cast body, the as-cast body comprising a partially cylindrical wall section having a generally U-shaped profile comprising a base having opposed ends and two legs, each leg extending radially outwardly from one of the opposed ends and a plurality of as-cast seal teeth projecting radially inwardly from an inner surface of the base, wherein the as-cast body comprises a cast iron.
A process for imparting a simulated patina appearance to a substrate comprising the steps of: a1) selecting a coating composition comprising a colorant (colorant composition) providing the desired initial color tone to the substrate; a2) selecting a coating composition comprising a perlite based effect pigment providing the desired patina color tone; b1) applying the colorant composition on the surface of the substrate to produce a continuous layer of said colorant on the surface of the substrate to provide the appearance of the desired initial color tone on said substrate; and b2) applying the perlite based effect pigment composition on the colorant layer to produce a noncontinuous layer of said perlite based effect pigment composition on the colorant layer to provide the appearance of patination of the desired patina color tone via interspersed spots of a perlite based effect pigment finish. a1) selecting a coating composition comprising a colorant (colorant composition) providing the desired initial color tone to the substrate; a2) selecting a coating composition comprising a perlite based effect pigment providing the desired patina color tone; b1) applying the colorant composition on the surface of the substrate to produce a continuous layer of said colorant on the surface of the substrate to provide the appearance of the desired initial color tone on said substrate; and b2) applying the perlite based effect pigment composition on the colorant layer to produce a noncontinuous layer of said perlite based effect pigment composition on the colorant layer to provide the appearance of patination of the desired patina color tone via interspersed spots of a perlite based effect pigment finish.
A method, comprising: depositing a photoresist material (402, 602, 604, 1002, 1202, 1204) on and between light emitting diode dies on a carrier substrate; applying light through the carrier substrate towards the LED dies and the deposited photoresist material (402, 602, 604, 1002, 1202, 1204), responsive to depositing the photoresist material (402, 602, 604, 1002, 1202, 1204); a portion of the light incident on the LED dies being absorbed by the LED dies to retain soluble first portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) on the LED dies; exposing portions of photoresist material (402, 602, 604, 1002, 1202, 1204) between the LED dies to another portion of the light to render second portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) between the LED insoluble; removing the first portions of photoresist material (402, 602, 604, 1002, 1202, 1204), responsive to applying the light; depositing an elastomeric material on each LED die and between the second portions of photoresist, responsive to removing the first portions; and removing the second portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) responsive to depositing the elastomeric material, the elastomeric material forming elastomeric interface layers, which facilitate adhesion with a pick-up head, on the LED dies. depositing a photoresist material (402, 602, 604, 1002, 1202, 1204) on and between light emitting diode dies on a carrier substrate; applying light through the carrier substrate towards the LED dies and the deposited photoresist material (402, 602, 604, 1002, 1202, 1204), responsive to depositing the photoresist material (402, 602, 604, 1002, 1202, 1204); a portion of the light incident on the LED dies being absorbed by the LED dies to retain soluble first portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) on the LED dies; exposing portions of photoresist material (402, 602, 604, 1002, 1202, 1204) between the LED dies to another portion of the light to render second portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) between the LED insoluble; removing the first portions of photoresist material (402, 602, 604, 1002, 1202, 1204), responsive to applying the light; depositing an elastomeric material on each LED die and between the second portions of photoresist, responsive to removing the first portions; and removing the second portions of the photoresist material (402, 602, 604, 1002, 1202, 1204) responsive to depositing the elastomeric material, the elastomeric material forming elastomeric interface layers, which facilitate adhesion with a pick-up head, on the LED dies.
A method for controlling a flash memory, comprising: writing data to a page in the flash memory; determining a usable memory indicator that indicates an amount of usable data bytes and corrupted data bytes of the page; storing the usable memory indicator; and determining whether to store additional data in the page based on the usable memory indicator. writing data to a page in the flash memory; determining a usable memory indicator that indicates an amount of usable data bytes and corrupted data bytes of the page; storing the usable memory indicator; and determining whether to store additional data in the page based on the usable memory indicator.
A directly imageable waterless lithographic printing plate precursor having at least a heat sensitive layer and a silicone rubber layer on a substrate in this order, in which the heat sensitive layer contains non-photosensitive particles, characterized in that the average particle size of the non-photosensitive particles is not smaller than 1/2 time the average layer thickness of the heat sensitive layer in the portion where the non-photosensitive particles are not present, and the coefficient of variation CV% value of the non-photosensitive particles is 15% or less, calculated as (standard deviation/average particle size) x 100.
An organic electronic device having a sequentially stacked structure comprising: a substrate for an organic electronic device comprising: a base material; a scattering layer which is formed on the base material, includes a binder and scattering particles for scattering light, and has an uneven structure formed on a surface thereof opposite the base material; and a planarization layer which is formed on the scattering layer to planarize an uneven surface of the scattering layer, wherein a refractive index Na of the scattering particles and a refractive index Nb of the planarization layer satisfy the expression |Na-Nb| ≥0.3, and wherein the refractive index Na of the scattering particles is in a range of 2.0 to 3.5, and the refractive index Nb of the planarization layer is in a range of 1.7 to 2.5, a first electrode; an organic layer including a light emitting layer; and a second electrode, characterized in that the organic layer includes an electron transfer layer doped with an alkali halide, and the electron transfer layer doped with the alkali halide has a thickness of 55 to 85 nm. a base material; a scattering layer which is formed on the base material, includes a binder and scattering particles for scattering light, and has an uneven structure formed on a surface thereof opposite the base material; and a planarization layer which is formed on the scattering layer to planarize an uneven surface of the scattering layer, wherein a refractive index Na of the scattering particles and a refractive index Nb of the planarization layer satisfy the expression |Na-Nb| ≥0.3, and wherein the refractive index Na of the scattering particles is in a range of 2.0 to 3.5, and the refractive index Nb of the planarization layer is in a range of 1.7 to 2.5, a first electrode; an organic layer including a light emitting layer; and a second electrode, characterized in that the organic layer includes an electron transfer layer doped with an alkali halide, and the electron transfer layer doped with the alkali halide has a thickness of 55 to 85 nm.