mhurhangee/ep-ind-claims huggingface dataset:
A method for handling access rights for access to a physical space (16a-g), the method being performed in an access control device (1, 1a-g), the method comprising the steps of: communicating with a credential of a user, based on short-range wireless communication; determining that the credential does not currently have access rights to access the physical space (16a-g) by determining that there is no access role associated with the access control device that is associated with the credential, wherein access roles of the user are found by querying a local or remote database based on the identifier of the credential; finding a communication address to a superior to the user; generating an increased-access request message, comprising a link that, when activated, adds a first access role to the user, the first access role implying that the access control device (1, 1a-g) should grant access for the user to the physical space (16a-g), wherein the link is in the form of a URI, Uniform Resource Indicator, wherein access, provided by the first access role, is valid until the association between the credential and the access role is removed or the definition of the access role is modified; sending the increased-access request message to the address of the superior; receiving an indication that the superior has activated the link, thereby adding the first access role to the user; and granting access for the user to the physical space (16a-g). communicating with a credential of a user, based on short-range wireless communication; determining that the credential does not currently have access rights to access the physical space (16a-g) by determining that there is no access role associated with the access control device that is associated with the credential, wherein access roles of the user are found by querying a local or remote database based on the identifier of the credential; finding a communication address to a superior to the user; generating an increased-access request message, comprising a link that, when activated, adds a first access role to the user, the first access role implying that the access control device (1, 1a-g) should grant access for the user to the physical space (16a-g), wherein the link is in the form of a URI, Uniform Resource Indicator, wherein access, provided by the first access role, is valid until the association between the credential and the access role is removed or the definition of the access role is modified; sending the increased-access request message to the address of the superior; receiving an indication that the superior has activated the link, thereby adding the first access role to the user; and granting access for the user to the physical space (16a-g).
An electrode assembly comprising two electrodes having polarities opposite to each other, and a separator interposed between the two electrodes, wherein the separator comprises: a separator base which comprises a porous polymer substrate having a plurality of pores, and a porous coating layer formed on at least one surface of the porous polymer substrate and containing a plurality of inorganic particles and a binder polymer positioned on the whole or a part of the surface of the inorganic particles to connect the inorganic particles with each other and fix them; and an adhesive layer formed on at least one surface of the separator base, provided to face either of the electrodes and containing an adhesive resin, and wherein the adhesion (Peel Strength) between the porous polymer substrate and the porous coating layer and the adhesion (Lami Strength) between the adhesive layer and the electrode are determined by the method described under the respective definitions in the description and satisfy the following Mathematical Formula 1: 1.10 ≤ Peel Strength / Lami Strength ≤ 2.1 a separator base which comprises a porous polymer substrate having a plurality of pores, and a porous coating layer formed on at least one surface of the porous polymer substrate and containing a plurality of inorganic particles and a binder polymer positioned on the whole or a part of the surface of the inorganic particles to connect the inorganic particles with each other and fix them; and an adhesive layer formed on at least one surface of the separator base, provided to face either of the electrodes and containing an adhesive resin, and wherein the adhesion (Peel Strength) between the porous polymer substrate and the porous coating layer and the adhesion (Lami Strength) between the adhesive layer and the electrode are determined by the method described under the respective definitions in the description and satisfy the following Mathematical Formula 1: 1.10 ≤ Peel Strength / Lami Strength ≤ 2.1
A mineral wool insulating element comprising: - a mineral wool blanket comprising mineral fibres; - a first non-metallic mesh arranged at a first major surface of the mineral wool blanket; - a second mesh arranged at a second major surface of the mineral wool blanket; and a plurality of fasteners comprising threads sewn through the mineral wool blanket and arranged to connect the first and second meshes together so as to retain the mineral wool blanket sandwiched between the first and the second meshes; wherein the mineral wool insulating element is a mineral wool mat held together by being sandwiched between the meshes covering its first major surface and its second major surface, wherein the said meshes covering the second major surface consist of the second mesh; and wherein the second mesh consists of a network of one of more of the threads formed by portions of the thread(s) passing along the second major surface of the mineral wool blanket. - a mineral wool blanket comprising mineral fibres; - a first non-metallic mesh arranged at a first major surface of the mineral wool blanket; - a second mesh arranged at a second major surface of the mineral wool blanket; and a plurality of fasteners comprising threads sewn through the mineral wool blanket and arranged to connect the first and second meshes together so as to retain the mineral wool blanket sandwiched between the first and the second meshes; wherein the mineral wool insulating element is a mineral wool mat held together by being sandwiched between the meshes covering its first major surface and its second major surface, wherein the said meshes covering the second major surface consist of the second mesh; and wherein the second mesh consists of a network of one of more of the threads formed by portions of the thread(s) passing along the second major surface of the mineral wool blanket.
A tire comprising: a tread portion provided with at least one main groove extending continuously in the tire circumferential direction to axially divide the tread portion into land portions, wherein at least one of the land portions is provided with axial grooves extending in a tire axial direction and each comprising a radially outer portion and a radially inner portion which is wider than the radially outer portion, and at least the radially outer portion of each of the axial grooves is crossed by a sipe, characterized in that each of the axial grooves is curved in an arc shape in its top view. a tread portion provided with at least one main groove extending continuously in the tire circumferential direction to axially divide the tread portion into land portions, wherein at least one of the land portions is provided with axial grooves extending in a tire axial direction and each comprising a radially outer portion and a radially inner portion which is wider than the radially outer portion, and at least the radially outer portion of each of the axial grooves is crossed by a sipe,
An apparatus for measuring binding kinetics of an interaction of an analyte material present in a fluid sample, comprising: a sensing resonator comprising binding sites for the analyte material; actuation circuitry configured to drive the sensing resonator into an oscillating motion; measurement circuitry (25, 26) arranged to be coupled to the sensing resonator and configured to measure one or more resonator output signals representing resonance characteristics of the oscillating motion of the sensing resonator; and a controller configured to: adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic. a sensing resonator comprising binding sites for the analyte material; actuation circuitry configured to drive the sensing resonator into an oscillating motion; measurement circuitry (25, 26) arranged to be coupled to the sensing resonator and configured to measure one or more resonator output signals representing resonance characteristics of the oscillating motion of the sensing resonator; and a controller configured to: adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic. adjust the frequency at which the actuation circuitry drives the sensing resonator in response to the fluid sample being contacted with the sensing resonator to maintain a resonance point having a resonance characteristic; calculate the binding kinetics in response to the rate of change of the frequency to maintain the resonance characteristic; and calculate an analyte concentration in response to the rate of change of the resonance characteristic.
A method of sending data related to cardholder transactions, performed by a remote database, comprising receiving transaction data from a merchant relating to the cardholder transactions, the transaction data comprising itemised product data and payment device data, the itemised product data comprising itemised receipt line items for goods or services received from the merchant; storing, for each cardholder transaction, the received transaction data relating to that transaction in a transaction record in the remote database, wherein each transaction record comprises a transaction ID and wherein the remote database defines a set of attributes relating to the transaction records; aggregating the received transaction data and storing the aggregated transaction data in the transaction records; receiving, from a third party, (206, 501) a request for data related to cardholder transactions stored in the remote database; generating a polynomial Ai for each attribute whose zeros correspond to the transaction IDs of the records that have the ith attribute; assigning a Tag, Tag_i, to each attribute and encrypting each Ai(x) as Enc (Ai(x)) sending a set {Tag_i, Enc(Ai(x))} to a proxy database; receiving an encrypted and blinded polynomial Enc(B(x)) that is based on the polynomial Ai(x) from the proxy database through the third party, the polynomial Enc (B(x)) comprising attributes selected by the third party; decrypting Enc(B(x)) and sending the decrypted polynomial B(x) to the third party; querying the remote database based on the decrypted polynomial B(x) and returning aggregated transaction data to the third party. receiving transaction data from a merchant relating to the cardholder transactions, the transaction data comprising itemised product data and payment device data, the itemised product data comprising itemised receipt line items for goods or services received from the merchant; storing, for each cardholder transaction, the received transaction data relating to that transaction in a transaction record in the remote database, wherein each transaction record comprises a transaction ID and wherein the remote database defines a set of attributes relating to the transaction records; aggregating the received transaction data and storing the aggregated transaction data in the transaction records; receiving, from a third party, (206, 501) a request for data related to cardholder transactions stored in the remote database; generating a polynomial Ai for each attribute whose zeros correspond to the transaction IDs of the records that have the ith attribute; assigning a Tag, Tag_i, to each attribute and encrypting each Ai(x) as Enc (Ai(x)) sending a set {Tag_i, Enc(Ai(x))} to a proxy database; receiving an encrypted and blinded polynomial Enc(B(x)) that is based on the polynomial Ai(x) from the proxy database through the third party, the polynomial Enc (B(x)) comprising attributes selected by the third party; decrypting Enc(B(x)) and sending the decrypted polynomial B(x) to the third party; querying the remote database based on the decrypted polynomial B(x) and returning aggregated transaction data to the third party.
A process for the oligomerization of alpha-olefins, the process comprising; a) contacting a feedstock of alpha-olefins and at least one oligomerization catalyst in a reactor under oligomerization conditions to oligomerize the alpha-olefins, the feedstock of alpha-olefins being a blend of decene, at least 10 weight% octene, and at least 30 weight% dodecene; b) removing unreacted alpha-olefins and dimers of the alpha-olefins to obtain a bottoms intermediate comprising trimers; c) hydrogenating the bottoms product to obtain a hydrogenated product; and d) separating the hydrogenated product to obtain at least two fractions of polyalpha-olefins of differing nominal viscosities. a) contacting a feedstock of alpha-olefins and at least one oligomerization catalyst in a reactor under oligomerization conditions to oligomerize the alpha-olefins, the feedstock of alpha-olefins being a blend of decene, at least 10 weight% octene, and at least 30 weight% dodecene; b) removing unreacted alpha-olefins and dimers of the alpha-olefins to obtain a bottoms intermediate comprising trimers; c) hydrogenating the bottoms product to obtain a hydrogenated product; and d) separating the hydrogenated product to obtain at least two fractions of polyalpha-olefins of differing nominal viscosities.
A scheduling method, comprising: receiving, by a controller, scheduling request information sent by a content source, wherein the scheduling request information comprises a constraint condition of non-real-time traffic transmission, and the constraint condition comprises: information about a first address and information about a second address, wherein the information about the first address is information about an address of a device that sends traffic, and the information about the second address is information about an address of a device that receives the traffic, characterized by determining, by the controller according to the information about the first address, the information about the second address and statistical information about network traffic, a first forwarding path, a sending rate and a sending time for sending the traffic; and sending, by the controller, a first message that comprises the sending rate to the content source at the sending time, wherein the first message is used to instruct the content source to send the traffic according to the sending rate, and the traffic is sent through the first forwarding path. receiving, by a controller, scheduling request information sent by a content source, wherein the scheduling request information comprises a constraint condition of non-real-time traffic transmission, and the constraint condition comprises: information about a first address and information about a second address, wherein the information about the first address is information about an address of a device that sends traffic, and the information about the second address is information about an address of a device that receives the traffic, characterized by determining, by the controller according to the information about the first address, the information about the second address and statistical information about network traffic, a first forwarding path, a sending rate and a sending time for sending the traffic; and sending, by the controller, a first message that comprises the sending rate to the content source at the sending time, wherein the first message is used to instruct the content source to send the traffic according to the sending rate, and the traffic is sent through the first forwarding path.
A method of making an eyeglass frame comprising a frame front and/or a pair of temples, wherein each of the frame front and temples independently comprises a top layer and a patterned layer having the shape of the frame front and/or the pair of temples, and wherein the patterned layer comprises a laminate and a design pattern printed on a surface of the laminate by transfer printing, characterizing in that the method comprises the steps of: a) providing a mold having a cavity, wherein the shape of the cavity corresponds to the shape of the frame front and/or the temples; b) setting the patterned layer in the mold; c) coating the patterned layer with a lamination agent before the injecting step; and d) injecting a melt of a first polymer composition into the cavity to form the top layer, wherein the transfer printing is dye diffusion transfer printing or dye sublimation transfer printing. a) providing a mold having a cavity, wherein the shape of the cavity corresponds to the shape of the frame front and/or the temples; b) setting the patterned layer in the mold; c) coating the patterned layer with a lamination agent before the injecting step; and d) injecting a melt of a first polymer composition into the cavity to form the top layer, wherein the transfer printing is dye diffusion transfer printing or dye sublimation transfer printing.
A flow adjusting valve in which a needle valve that adjusts the flow of liquid fluid and an open/close valve that makes it possible to fully close a flow path of the liquid fluid are accommodated inside a casing in which a fluid flow path and a valve seat are formed, wherein the needle valve is provided with a reciprocating movement section that adjusts the flow of the liquid fluid that flows in the flow path by moving a needle valve piece toward and away from the valve seat and that is driven by a stepper motor; and the open/close valve is provided with an opening/closing section that utilizes a basal outer surface of the needle valve piece facing the valve seat as a fully-closing valve piece that reciprocatingly moves the fully-closing valve piece, independently of the reciprocating movement section, between a closed position, and that is driven by air pressure, where the fully-closing valve piece is in close contact with the valve seat, and an open position, where the fully-closing valve piece is moved away from the valve seat, wherein the reciprocating movement section is provided with a converter that converts rotational movement of the stepper motor to reciprocating movement in an axial direction, a slider that reciprocatingly moves in the axial direction integrally with the needle valve piece by being engaged with a shaft portion of the needle valve piece, said needle valve piece being loosely fitted to the converter, and an elastic member that biases the slider in a direction in which the slider is pressed against the converter; wherein the opening/closing section is provided with a piston that moves at an outer surface of the converter by being pressed by the air pressure in one of the axial directions and an elastic member that biases said piston in a direction that moves the piston by pressing the piston in the other axial direction; wherein the slider that reciprocatingly moves, following the converter, adjusts the degree of opening by moving the needle valve piece toward and away from the valve seat; and wherein the piston moves the fully-closing valve piece together with the slider, to the flow-path-fully-closed position of the open/close valve.
A pressure relief assembly comprising: an aircraft engine cowl including radially outer and inner skins (28,30) having an opening therethrough; a door frame fixedly joined around a perimeter of said opening and extending laterally therefrom to define a door seat surrounding a central portal and facing radially outwardly; a pressure relief door pivotally joined to said cowl for being deployed outwardly from a stowed closed position covering said portal to a deployed open position uncovering said portal; said door having radially opposite inner and outer surfaces (40,42) terminating in a perimeter rim, with an inner surface of said rim overlapping said door seat to define a primary seal in said door stowed position; and a fireproof secondary seal bridging said door inner surface and said frame around an inner perimeter of said primary seal to pre- seal flow to said primary seal. an aircraft engine cowl including radially outer and inner skins (28,30) having an opening therethrough; a door frame fixedly joined around a perimeter of said opening and extending laterally therefrom to define a door seat surrounding a central portal and facing radially outwardly; a pressure relief door pivotally joined to said cowl for being deployed outwardly from a stowed closed position covering said portal to a deployed open position uncovering said portal; said door having radially opposite inner and outer surfaces (40,42) terminating in a perimeter rim, with an inner surface of said rim overlapping said door seat to define a primary seal in said door stowed position; and a fireproof secondary seal bridging said door inner surface and said frame around an inner perimeter of said primary seal to pre- seal flow to said primary seal.
Auxiliary handle for a hand-held power tool, comprising a grip, a fastening means for fastening the auxiliary handle to the hand-held power tool, a rod with at least one toothing portion, a guide in which the rod is supported in a longitudinally displaceable manner, a pawl, a pivot axis about which the pawl can pivot between a locking position and a release position, at least one locking tooth on the pawl that engages with the toothing portion in the locking position and is pivoted out of the guide in the release position, and a spring element that biases the pawl into the locking position, wherein the distance of the spring element from the pivot axis is shorter than the distance of the locking tooth from the pivot axis, characterised in that the spring element is arranged between the pivot axis and the locking tooth.
Method for improving the wear resistance of dyed surgical instruments having a vacuum-resistant material as the main body which is coated with a thin titanium oxide layer, characterized in that, over the course of the vacuum coating step, prior to coating with the titanium oxide layer, at least parts of the main body are coated with a layer of hard material which improves the wear protection.
A combination of an on-board power supply control device and at least one light control device that is arranged for operating at least one semiconductor light source (36, 38), and the on-board power supply control device is arranged to be used for supplying current to the light control device via a supply line connected to a first connection pin of the on-board power supply control device, for monitoring currents flowing via connection pins of the on-board power supply control device, and for diagnosing the power consumer connected to the respective connection pin, characterized in that the light control device is additionally connected via a fault line to a further connection pin of the on-board power supply control device and is arranged for monitoring the function of the connected semiconductor light source (36, 38) and, in the event of a fault function, of opening up a flow of current in the fault line, and the on-board power supply control device is arranged for reacting to the opened-up flow of current by generating a fault report.