mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for enabling data access to a federated storage, the method comprising: receiving, from a client device operating in a first computing environment, a request for a data set stored in the federated storage, wherein the data set includes a content data subset and a meta data subset comprising meta data of the content data subset; determining a first classification level of the first computing environment and a respective second classification level of one or more second computing environments, the content data subset and the meta data subset each being stored in a corresponding storage location in a different one of the first and one or more second computing environments, wherein the meta data subset is stored in a meta data storage in a less classified computing environment and the content data subset is stored in a content data storage in a more classified computing environment; based on the determined first and one or more second classification levels, in particular based on a comparison of the first and one or more second classification levels, selectively enabling or denying access to the content data subset and meta data subset for the client device, comprising enabling access for the client device to the meta data subset stored in the meta data storage, and denying access to the content data stored in the content data storage in response to a determination that the content data storage is located in a more classified computing environment relative to the first computing environment. receiving, from a client device operating in a first computing environment, a request for a data set stored in the federated storage, wherein the data set includes a content data subset and a meta data subset comprising meta data of the content data subset; determining a first classification level of the first computing environment and a respective second classification level of one or more second computing environments, the content data subset and the meta data subset each being stored in a corresponding storage location in a different one of the first and one or more second computing environments, wherein the meta data subset is stored in a meta data storage in a less classified computing environment and the content data subset is stored in a content data storage in a more classified computing environment; based on the determined first and one or more second classification levels, in particular based on a comparison of the first and one or more second classification levels, selectively enabling or denying access to the content data subset and meta data subset for the client device, comprising enabling access for the client device to the meta data subset stored in the meta data storage, and denying access to the content data stored in the content data storage in response to a determination that the content data storage is located in a more classified computing environment relative to the first computing environment.
A laminated sheet having a plurality of layers laminated therein, the laminated sheet characterized by comprising: an absorbing layer absorbing at least one of liquid and gas; a reinforcing layer laminated on said absorbing layer with an adhesive layer interposed therebetween, wherein the reinforcing layer is formed of one selected from a group consisting of biaxially-oriented polyamide, polyethylene terephthalate, and polyvinyl chloride; an aluminum layer laminated on said reinforcing layer with an adhesive layer interposed therebetween; and a liquid- and/or gas-barrier layer laminated on said aluminum layer with an adhesive layer interposed therebetween and suppressing entry of at least one of liquid and gas, wherein the liquid- and/or gas-barrier layer is formed of biaxially-oriented polyamide or polyethylene terephthalate, and wherein the reinforcing layer is disposed between the absorbing layer and the aluminum layer, which improves the entire strength of the laminated sheet. an absorbing layer absorbing at least one of liquid and gas; a reinforcing layer laminated on said absorbing layer with an adhesive layer interposed therebetween, wherein the reinforcing layer is formed of one selected from a group consisting of biaxially-oriented polyamide, polyethylene terephthalate, and polyvinyl chloride; an aluminum layer laminated on said reinforcing layer with an adhesive layer interposed therebetween; and a liquid- and/or gas-barrier layer laminated on said aluminum layer with an adhesive layer interposed therebetween and suppressing entry of at least one of liquid and gas, wherein the liquid- and/or gas-barrier layer is formed of biaxially-oriented polyamide or polyethylene terephthalate, and wherein the reinforcing layer is disposed between the absorbing layer and the aluminum layer, which improves the entire strength of the laminated sheet.
A method for fabricating a light source unit for a lamp, the method comprising: arranging a plurality of semiconductor light emitting devices on a substrate; depositing a seed layer made of a metal or an alloy on the substrate between the plurality of semiconductor light emitting devices; forming a phosphor layer that covers the plurality of semiconductor light emitting devices; etching a portion of the phosphor layer to expose the seed layer to an outside; and forming barrier ribs on the seed layer by applying a voltage to the seed layer in a plating solution. arranging a plurality of semiconductor light emitting devices on a substrate; depositing a seed layer made of a metal or an alloy on the substrate between the plurality of semiconductor light emitting devices; forming a phosphor layer that covers the plurality of semiconductor light emitting devices; etching a portion of the phosphor layer to expose the seed layer to an outside; and forming barrier ribs on the seed layer by applying a voltage to the seed layer in a plating solution.
A clearance gap measurement assembly comprising: at least one clearance gap dimension measurement apparatus; characterized by at least one clearance gap magnetic flux measurement apparatus; wherein said at least one dimension measurement apparatus and said at least one magnetic flux measurement apparatus are time and position synchronized such that a clearance gap dimension input signal and a clearance gap magnetic flux input signal are attained simultaneously from similar locations. at least one clearance gap dimension measurement apparatus; characterized by at least one clearance gap magnetic flux measurement apparatus; wherein said at least one dimension measurement apparatus and said at least one magnetic flux measurement apparatus are time and position synchronized such that a clearance gap dimension input signal and a clearance gap magnetic flux input signal are attained simultaneously from similar locations.
Permanent magnet comprising: - an antiferromagnetic layer (40; 94), - a ferromagnetic layer (42; 84; 96, 104; 122), the magnetization direction of the ferromagnetic layer being set by exchange coupling to the antiferromagnetic layer, this ferromagnetic layer comprising: • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer (124, 126) the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material, characterized in that the second type of ferromagnetic material is also an alloy of iron and of cobalt in which the proportion of face-centered cubic crystals is lower than the proportion of face-centered cubic crystals in the first type of ferromagnetic material. - an antiferromagnetic layer (40; 94), - a ferromagnetic layer (42; 84; 96, 104; 122), the magnetization direction of the ferromagnetic layer being set by exchange coupling to the antiferromagnetic layer, this ferromagnetic layer comprising: • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer (124, 126) the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material, • a first sublayer (44, 48; 86, 90; 108, 112) making contact with the antiferromagnetic layer or solely separated from the antiferromagnetic layer by an intermediate ferromagnetic sublayer (124, 126) the thickness of which is smaller than 2 nm, the thickness of this first sublayer being larger than 2 nm, this first sublayer being made of a first type of ferromagnetic material, the first type of ferromagnetic material being an alloy of iron and of cobalt that is at least partially crystallized, and • a second sublayer (46; 88; 110, 114) separated from the antiferromagnetic layer by the first sublayer, the thickness of this second sublayer being larger than 2 nm, this second sublayer being made of a second type of ferromagnetic material,
A method of setting security policy of an image forming apparatus which is connectable to an external device (10; 20; 30) via a communication interface and includes an open framework on which applications corresponding to a plurality of functions are installed, the method comprising: accessing the external device storing at least one security provider corresponding to user authentication via the communication interface and selecting the security provider; and receiving the selected security provider from the external device, and installing the received security provider in the open framework, thereby setting the installed security provider as a user authenticator for at least one application installed in the open framework; receiving a request to perform a function provided by the image forming apparatus; performing authentication for the request using a security provider corresponding to the requested function; and providing the requested function using an application corresponding to the request when the request is authenticated. accessing the external device storing at least one security provider corresponding to user authentication via the communication interface and selecting the security provider; and receiving the selected security provider from the external device, and installing the received security provider in the open framework, thereby setting the installed security provider as a user authenticator for at least one application installed in the open framework; receiving a request to perform a function provided by the image forming apparatus; performing authentication for the request using a security provider corresponding to the requested function; and providing the requested function using an application corresponding to the request when the request is authenticated.
Device for cooling a hot tool chuck, particularly for a device for clamping and/or unclamping tools having a tool shaft, the device comprising an open sleeve section at its open end out of electrically conductive material for the frictional engagement of the tool shaft, the sleeve section of the tool chuck preferably being heatable with an induction coil which can preferably be loaded with a high frequency AC current and which is configured as an annular coil or cylindrical coil, comprising an outer sleeve or collar which can be slid onto the sleeve section to be cooled, wherein the outer sleeve or collar at least partly comprises a channel at its inner side which runs along between the inner side of the outer sleeve/collar and the sleeve section of the tool chuck, through which channel a coolant is flowed, which cools the sleeve section of the tool chuck, characterized in that a seal is disposed at the opening through with the sleeve section is inserted into the device or removed there from, which seal seals the section of the sleeve section which form a wall of the channel against the wall of the channel connecting with said sleeve section, wherein the seal as a flexible seal is configured soft enough that it attaches tight to a sleeve section which is inserted into the outer sleeve or collar, respectively, and/or that a sealing membrane adapts tightly to the sleeve section independent of its contour.
Amorphous or microcrystalline copolyamide comprising at least the following monomers: (a) at least one cycloaliphatic diamine; (b) 0.25 to 4.4 mol% of at least one dimeric fatty acid; and (c) 12 to 49.75 mol% of aromatic dicarboxylic acids selected from the group consisting of isophthalic acid, terephthalic acid and naphthalenedicarboxylic acid, wherein the proportion of isophthalic acid is 7 to 44 mol%,and (d) 0 to 37.75 mol% of at least one aliphatic dicarboxylic acid; wherein the molar proportion of isophthalic acid is at least equal to the molar proportion of terephthalic acid, and wherein the monomers (b), (c) and optionally (d) add up to 50 mol% and the molar proportions of all the monomers present in the copolyamide add up to 100 mol%. (a) at least one cycloaliphatic diamine; (b) 0.25 to 4.4 mol% of at least one dimeric fatty acid; and (c) 12 to 49.75 mol% of aromatic dicarboxylic acids selected from the group consisting of isophthalic acid, terephthalic acid and naphthalenedicarboxylic acid, wherein the proportion of isophthalic acid is 7 to 44 mol%,and (d) 0 to 37.75 mol% of at least one aliphatic dicarboxylic acid;
A method for transmitting data in a Vehicle-to-Everything, V2X, system, the method comprising: establishing, by a terminal device, a radio resource connection with network equipment providing coverage through a serving cell, the network equipment being deployed by a first operator, and a wireless communication network to which the serving cell belongs being deployed by the first operator and a second operator; receiving, by the terminal device, information of the second operator transmitted by the network equipment, the information of the second operator comprising a Public Land Mobile Network, PLMN, number and frequency resource information; and receiving, by the terminal device, data transmitted by the second operator according to the information of the second operator. establishing, by a terminal device, a radio resource connection with network equipment providing coverage through a serving cell, the network equipment being deployed by a first operator, and a wireless communication network to which the serving cell belongs being deployed by the first operator and a second operator; receiving, by the terminal device, information of the second operator transmitted by the network equipment, the information of the second operator comprising a Public Land Mobile Network, PLMN, number and frequency resource information; and receiving, by the terminal device, data transmitted by the second operator according to the information of the second operator.
A conductor unit comprising: a plurality of conductors each including a conducting portion covered with an insulating coating; an annular core made of magnetic material that includes a first core constituent portion and a second core constituent portion combined with the first core constituent portion, and that interposes the conductors between the first core constituent portion and the second core constituent portion; and a holding member that makes the first core constituent portion and the second core constituent portion press and hold the conductors therebetween, charactered in that the holding member is an adhesive member that bonds the first core constituent portion and the second core constituent portion together, wherein the adhesive member is interposed between the first core constituent portion and the second core constituent portion in a circumferential direction of the core, and contains a magnetic material. a plurality of conductors each including a conducting portion covered with an insulating coating; an annular core made of magnetic material that includes a first core constituent portion and a second core constituent portion combined with the first core constituent portion, and that interposes the conductors between the first core constituent portion and the second core constituent portion; and a holding member that makes the first core constituent portion and the second core constituent portion press and hold the conductors therebetween, charactered in that the holding member is an adhesive member that bonds the first core constituent portion and the second core constituent portion together, wherein the adhesive member is interposed between the first core constituent portion and the second core constituent portion in a circumferential direction of the core, and contains a magnetic material.
A composition comprising an acidified aqueous solution of micro colloidal silicic acid, boric acid, and a water absorbing additive, having a pH value of equal to or less than 1, wherein at least 90% of the micro colloidal silicic acid particles have a particle size in the range of 3.5 - 8 nm.
A fluid supply apparatus, comprising: a piston having a through hole; a piston support portion to support the piston; a container support portion capable of supporting a container in which a fluid is contained; a drive mechanism to drive at least one of the container support portion and the piston support portion in a direction in which the piston is inserted into the container at a time when supply of the fluid is performed, a nozzle having an inside flow path that is communicated with through hole, the apparatus being characterized in that the nozzle further includes a discharge end portion including a tapered surface whose outer circumference is decreased in diameter in a direction in which the fluid is discharged; an opening and closing mechanism is capable of opening and closing the inside flow path, the opening and closing mechanism being configured to close the inside flow path by pressing the discharge end portion; wherein said drive mechanism drives at least one of the container support portion and the piston support portion in a direction in which the piston is relatively removed from the container at a time when the supply of the fluid is stopped. a piston having a through hole; a piston support portion to support the piston; a container support portion capable of supporting a container in which a fluid is contained; a drive mechanism to drive at least one of the container support portion and the piston support portion in a direction in which the piston is inserted into the container at a time when supply of the fluid is performed, a nozzle having an inside flow path that is communicated with through hole, the apparatus being characterized in that the nozzle further includes a discharge end portion including a tapered surface whose outer circumference is decreased in diameter in a direction in which the fluid is discharged; an opening and closing mechanism is capable of opening and closing the inside flow path, the opening and closing mechanism being configured to close the inside flow path by pressing the discharge end portion; wherein said drive mechanism drives at least one of the container support portion and the piston support portion in a direction in which the piston is relatively removed from the container at a time when the supply of the fluid is stopped.
A method of controlling transmit timing for one or more mobile terminals operating in an intermittent transmission mode, said method comprising: measuring uplink load at a base station; characterized by the further method steps performed by the base station of: computing a load balance metric indicative of fluctuations in the uplink load based on the measurements; comparing the computed load balance metric to a predetermined threshold representing a maximum tolerable fluctuation for the uplink; and selectively adjusting the transmit timing for one or more mobile terminals if the computed load balance metric meets or exceeds the predetermined threshold. measuring uplink load at a base station; characterized by the further method steps performed by the base station of: computing a load balance metric indicative of fluctuations in the uplink load based on the measurements; comparing the computed load balance metric to a predetermined threshold representing a maximum tolerable fluctuation for the uplink; and selectively adjusting the transmit timing for one or more mobile terminals if the computed load balance metric meets or exceeds the predetermined threshold.
A pneumatic tire having a bead portion provided therein with a bead core (30, 140, 240, 300), the bead core (30, 140, 240, 300) having a central bead core portion (33, 40, 310), a first annular layer (35, 350) of a plurality of sheath wires surrounding the central bead core portion (33, 40, 310), said plurality of sheath wires in said first annular layer (35, 350) having all the same diameter ranging from 1.5 to 3 mm, and a second annular layer (37, 370) formed of a plurality of sheath wires surrounding the first annular layer (35, 350), said plurality of sheath wires in said second annular layer (37, 370) having all the same diameter ranging from 1 to 2.5 mm, wherein the sheath wires of the second annular layer (37, 370) have a diameter less than the diameter of the sheath wires of the first annular layer (35, 350), characterized in that there are a total of n annular rows of sheath wires in the first annular layer (35, 350) and a total of n-1 annular rows of sheath wires in the second annular layer (37, 370), n being an integer.