mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: - a first optical converter arranged to receive polarization encoded light from a fibre interface, to convert the polarization encoded light into dual rail form light and to output the dual rail form light into two waveguides; - a dual rail encoder configured to encode the dual rail form light from the two waveguides with payload information; - wherein an output of the dual rail encoder is coupled to the first optical converter or to a second optical converter disposed between the dual rail encoder and the fibre interface, and wherein the first optical converter or the second optical converter is coupled so as to convert the dual rail form light from the dual rail encoder into polarization encoded light and to provide this polarization encoded light into the fibre interface, characterized by the dual rail encoder being configured to modify the dual rail form light to correct, based on adjustment information concerning a fibre coupled with the fibre interface, for polarization rotation caused by the fibre , wherein the apparatus is configured to obtain, from an interface distinct from the fibre, the adjustment information concerning the fibre . - a first optical converter arranged to receive polarization encoded light from a fibre interface, to convert the polarization encoded light into dual rail form light and to output the dual rail form light into two waveguides; - a dual rail encoder configured to encode the dual rail form light from the two waveguides with payload information; - wherein an output of the dual rail encoder is coupled to the first optical converter or to a second optical converter disposed between the dual rail encoder and the fibre interface, and wherein the first optical converter or the second optical converter is coupled so as to convert the dual rail form light from the dual rail encoder into polarization encoded light and to provide this polarization encoded light into the fibre interface, characterized by the dual rail encoder being configured to modify the dual rail form light to correct, based on adjustment information concerning a fibre coupled with the fibre interface, for polarization rotation caused by the fibre , wherein the apparatus is configured to obtain, from an interface distinct from the fibre, the adjustment information concerning the fibre .
A computing device for secure cryptographic engine programming, the computing device comprising: a secure programming module to (i) establish, by a processor of a computing device with secure enclave support, an invoking enclave, (ii) configure, by the invoking enclave, channel programming information, wherein the channel programming information includes a channel identifier and a channel key to be programmed to a cryptographic engine of the computing device, and (ii) invoke, by the invoking enclave, a processor instruction with the channel programming information as a parameter; and a binding module to generate, by the processor, wrapped programming information based on the channel programming information in response to invocation of the processor instruction, wherein the wrapped programming information comprises an encrypted channel key and a message authentication code. a secure programming module to (i) establish, by a processor of a computing device with secure enclave support, an invoking enclave, (ii) configure, by the invoking enclave, channel programming information, wherein the channel programming information includes a channel identifier and a channel key to be programmed to a cryptographic engine of the computing device, and (ii) invoke, by the invoking enclave, a processor instruction with the channel programming information as a parameter; and a binding module to generate, by the processor, wrapped programming information based on the channel programming information in response to invocation of the processor instruction, wherein the wrapped programming information comprises an encrypted channel key and a message authentication code.
An optical fiber manufacturing method comprising: a drawing step of drawing an optical fiber preform to form a bare optical fiber ; a first cooling step of cooling the bare optical fiber ; and a coating step of providing an uncured coating layer containing a resin precursor on an outer periphery of the bare optical fiber ; characterized in that the optical fiber manufacturing method further comprises: a first curing step of curing the uncured coating layer to form a semi-cured coating layer; a second curing step of further curing the semi-cured coating layer; and a second cooling step of cooling the semi-cured coating layer by at least one non-contact direction changer between the first curing step and the second curing step. a drawing step of drawing an optical fiber preform to form a bare optical fiber ; a first cooling step of cooling the bare optical fiber ; and a coating step of providing an uncured coating layer containing a resin precursor on an outer periphery of the bare optical fiber ; a first curing step of curing the uncured coating layer to form a semi-cured coating layer; a second curing step of further curing the semi-cured coating layer; and a second cooling step of cooling the semi-cured coating layer by at least one non-contact direction changer between the first curing step and the second curing step.
A method, comprising: configuring by a user equipment, in the following also referred to as UE, to use a first numerology for receiving a control channel (304; 1704); receiving by the UE information regarding using a second numerology for receiving or transmitting a first data channel (306; 1706) wherein the second numerology is indicated by the control channel; receiving by the UE the control channel by using the first numerology (308; 1708), and receiving or transmitting by the UE the first data channel by using the second numerology (310; 1710), characterized in that the control channel schedules the first data channel. configuring by a user equipment, in the following also referred to as UE, to use a first numerology for receiving a control channel (304; 1704); receiving by the UE information regarding using a second numerology for receiving or transmitting a first data channel (306; 1706) wherein the second numerology is indicated by the control channel; receiving by the UE the control channel by using the first numerology (308; 1708), and receiving or transmitting by the UE the first data channel by using the second numerology (310; 1710), characterized in that the control channel schedules the first data channel.
Operating fluid container made of thermoplastic material for a motor vehicle, with the following features: - the operating fluid container has a container opening which is arranged in a container upper shell and is edged by a surround ; - the operating fluid container comprises a tubular stiffening element arranged in the operating fluid container inner space; - on the end, the stiffening element has a circumferential connecting edge in contact with the container upper shell ; - in a plan view onto the container upper shell , the container opening is surrounded by the connecting edge ; - the stiffening element is directly and integrally connected to a container lower shell and integrally connected by means of the connecting edge to the container upper shell ; and - the stiffening element counteracts deformation caused by the internal pressure of the operating fluid container , characterized in that the stiffening element is a tie rod . - the operating fluid container has a container opening which is arranged in a container upper shell and is edged by a surround ; - the operating fluid container comprises a tubular stiffening element arranged in the operating fluid container inner space; - on the end, the stiffening element has a circumferential connecting edge in contact with the container upper shell ; - in a plan view onto the container upper shell , the container opening is surrounded by the connecting edge ; - the stiffening element is directly and integrally connected to a container lower shell and integrally connected by means of the connecting edge to the container upper shell ; and - the stiffening element counteracts deformation caused by the internal pressure of the operating fluid container , characterized in that the stiffening element is a tie rod .
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves and a connecting member connecting two side faces of adjacent contacting elements , the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a rib for forming the groove between adjacent contacting elements , at least two rib side faces forming the side faces of the contacting element , the rib having a notching portion , the molding element being characterized in that a guiding member made of a material different from a material of the molding element is received in the notching portion and has two opposite side faces configured to form a part of the side faces of the contacting element and a top face configured to form a part of a bottom of the groove , and in that said material of the guiding member has a modulus at 10% elongation lower than that of the molding element , and in that the guiding member has a guiding slit extending from one of the two opposite side faces to the other of the two opposite side faces through the guiding member and radially from the top face .
A method of manufacturing a set of semi-finished ophthalmic lenses wherein each semi-finished ophthalmic lens is intended to be used in the manufacturing of a finished ophthalmic lens of determined target power, the method comprising: - determining a number N of target power ranges, - for each determined target power range, determining a respective base curve (B i ) of a semi-finished lens such that the semi-finished curve is intended to be used in the manufacturing of a finished ophthalmic lens having a power within the determined target power range, - for each base curve (B i ), determining at least one respective configuration of holographic component suitable to be recorded on a semi-finished lens having said base curve, and - manufacturing at least one semi-finished lens of each determined base curve (B i ), wherein the manufacturing of each semi-finished lens comprises recording a holographic component on the semi-finished lens, each holographic component being recorded according to a configuration selected among the respective configurations determined for the base curve (B i ), and wherein each holographic configuration associated to a base curve is configured such that the optical function imparted to the holographic component exhibits best performance for the power in the middle of the target power range corresponding to the base curve. - determining a number N of target power ranges, - for each determined target power range, determining a respective base curve (B i ) of a semi-finished lens such that the semi-finished curve is intended to be used in the manufacturing of a finished ophthalmic lens having a power within the determined target power range, - for each base curve (B i ), determining at least one respective configuration of holographic component suitable to be recorded on a semi-finished lens having said base curve, and - manufacturing at least one semi-finished lens of each determined base curve (B i ), wherein the manufacturing of each semi-finished lens comprises recording a holographic component on the semi-finished lens, each holographic component being recorded according to a configuration selected among the respective configurations determined for the base curve (B i ), and wherein each holographic configuration associated to a base curve is configured such that the optical function imparted to the holographic component exhibits best performance for the power in the middle of the target power range corresponding to the base curve.
Cosmetic composition comprising from 0,1% to 99% by weight of diglycerol tetrapelargonate, relative to the total weight of the cosmetic composition.
A method of manufacture of a helical water-cooled Radio Frequency (RF) coil for a multi-driver RF based ion source, the method comprising the steps of: a) manufacturing a coiled tube using stainless steel grade as a substrate material to form a coil; b) coating the coiled tube consisting of a steel tube with a thin layer of copper having a thickness of 150 - 200 microns; and c) joining a plurality of coiled tubes produced by step (a) and step (b) by orbital TIG welding process. a) manufacturing a coiled tube using stainless steel grade as a substrate material to form a coil; b) coating the coiled tube consisting of a steel tube with a thin layer of copper having a thickness of 150 - 200 microns; and c) joining a plurality of coiled tubes produced by step (a) and step (b) by orbital TIG welding process.
A transgenic mouse in which an endogenous immunoglobulin variable region locus has been replaced with a partially human immunoglobulin variable region locus that allows the transgenic mouse to produce antibodies comprising human V regions, said partially human locus comprising: a. human V H coding sequences, non-coding V H sequences of the endogenous mouse V H region, human D and J H coding sequences, and non-coding D and J H gene sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of the endogenous V H immunoglobulin genes and downstream of the endogenous D and J H gene region and includes regulatory sequences for antibody expression; and/or b. human V L coding sequences and non-coding V L sequences of the endogenous mouse V L region, human J gene coding sequences, and non-coding J-sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of endogenous V L immunoglobulin genes and downstream of an endogenous J L region and includes regulatory sequences for antibody expression; wherein all of the endogenous immunoglobulin variable region locus has been removed and the recombinase targeting sites are introduced into introns to avoid disrupting regulatory sequences necessary for proper antibody expression. a. human V H coding sequences, non-coding V H sequences of the endogenous mouse V H region, human D and J H coding sequences, and non-coding D and J H gene sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of the endogenous V H immunoglobulin genes and downstream of the endogenous D and J H gene region and includes regulatory sequences for antibody expression; and/or b. human V L coding sequences and non-coding V L sequences of the endogenous mouse V L region, human J gene coding sequences, and non-coding J-sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of endogenous V L immunoglobulin genes and downstream of an endogenous J L region and includes regulatory sequences for antibody expression;
An aerodynamic element assembly for a gas turbine engine, comprising: a hub defining a slot ; and an aerodynamic element comprising a dovetail section receivable in the slot and an airfoil section configured to aerodynamically interact with fluid to drive hub and aerodynamic element rotations around a rotational axis, the dovetail section being deformable during operational conditions from an initial configuration to a deformed configuration, characterized in that : with the dovetail section assuming the initial configuration and with the dovetail section being received in the slot : axial ends of each side of the pressure surfaces of the slot at opposite ends thereof are flared outwardly and thereby configured to be spaced apart from corresponding ends of pressure surfaces of the dovetail section . a hub defining a slot ; and an aerodynamic element comprising a dovetail section receivable in the slot and an airfoil section configured to aerodynamically interact with fluid to drive hub and aerodynamic element rotations around a rotational axis, the dovetail section being deformable during operational conditions from an initial configuration to a deformed configuration, characterized in that : with the dovetail section assuming the initial configuration and with the dovetail section being received in the slot : axial ends of each side of the pressure surfaces of the slot at opposite ends thereof are flared outwardly and thereby configured to be spaced apart from corresponding ends of pressure surfaces of the dovetail section .
An image data sending apparatus , comprising: a receiving means for receiving authentication information in a login process of a user, the user being allowed to use a send function provided in the image data sending apparatus if the user is successfully authenticated by checking of the received authentication information ; a storage means for storing the authentication information received in the login process of the user; a sending means capable of sending image data; a destination setting means capable of setting a destination to which the sending means sends image data using a plurality of destination setting methods; and a setting means for performing setting processing of authentication information required for the sending means to send the image data to the destination, wherein the setting means sets, in a case where the image data is sent to a destination using a first destination setting method, the authentication information stored in the storage means , and the setting means does not set, in a case where the image data is sent to a destination using a second destination setting method, the authentication information stored in the storage means . a receiving means for receiving authentication information in a login process of a user, the user being allowed to use a send function provided in the image data sending apparatus if the user is successfully authenticated by checking of the received authentication information ; a storage means for storing the authentication information received in the login process of the user; a sending means capable of sending image data; a destination setting means capable of setting a destination to which the sending means sends image data using a plurality of destination setting methods; and a setting means for performing setting processing of authentication information required for the sending means to send the image data to the destination, wherein the setting means sets, in a case where the image data is sent to a destination using a first destination setting method, the authentication information stored in the storage means , and the setting means does not set, in a case where the image data is sent to a destination using a second destination setting method, the authentication information stored in the storage means .
A material set, comprising: a powder bed material , comprising composite particles including glass beads coated with polyamide-12 polymer , wherein the composite particles have an average particle size from 20 μm to 200 μm, wherein the polyamide-12 polymer includes greater than 80 meq/g carboxylic end groups and less than 40 meq/g amino end groups; and a fusing agent comprising an energy absorber capable of absorbing electromagnetic radiation to produce heat. a powder bed material , comprising composite particles including glass beads coated with polyamide-12 polymer , wherein the composite particles have an average particle size from 20 μm to 200 μm, wherein the polyamide-12 polymer includes greater than 80 meq/g carboxylic end groups and less than 40 meq/g amino end groups; and a fusing agent comprising an energy absorber capable of absorbing electromagnetic radiation to produce heat.
A cooking appliance comprising: an upper plate , on which an object to be heated is disposed; a working coil (WC, WC1, WC2) configured to generate a magnetic field for heating the object to be heated; an inverter configured to drive so that current is supplied to the working coil (WC, WC1, WC2); an intermediate heating body (IM) disposed on the upper plate and flowing with eddy current when the magnetic field passes therethrough; and characterised by a switch (191, S1, S2, S3, S4) configured to connect or disconnect one contact point and another contact point formed at different regions on the intermediate heating body (IM). an upper plate , on which an object to be heated is disposed; a working coil (WC, WC1, WC2) configured to generate a magnetic field for heating the object to be heated; an inverter configured to drive so that current is supplied to the working coil (WC, WC1, WC2); an intermediate heating body (IM) disposed on the upper plate and flowing with eddy current when the magnetic field passes therethrough; and characterised by a switch (191, S1, S2, S3, S4) configured to connect or disconnect one contact point and another contact point formed at different regions on the intermediate heating body (IM).
Assembly comprising a plurality of metal monofilaments of radius r1 and a wire-guide block comprising a plurality of wire guides , each wire guide comprising a centring portion configured to centre a metal monofilament of radius r1 along a centring axis (A), in which the centring portion is a right cylinder the generatrices of which are parallel to the centring axis (A) and the directrix of which is a convex polygon having an inscribed circle of radius r2 greater than or equal to 1.05 ∗ r1 and less than or equal to 1.2 ∗ r1, each wire guide comprising a guiding portion configured to guide the metal monofilament towards the centring portion , the shape of the guiding portion comprising a first frustum and a second frustum with different gradients, a base of the first frustum communicating with a base of the second frustum, or can be a hyperbolic funnel.
A non-curable rubber-based adhesive composition for a touch screen panel comprising: a styrene-isoprene-styrene (SIS) rubber wherein the weight average molecular weight of the styrene-isoprene-styrene (SIS) rubber is 5,000 to 200,000, the styrene content of the styrene-isoprene-styrene (SIS) rubber is 15 wt% to 30 wt%, and the non-curable rubber-based adhesive composition for a touch screen panel does not contain an adhesion promoter. a styrene-isoprene-styrene (SIS) rubber wherein the weight average molecular weight of the styrene-isoprene-styrene (SIS) rubber is 5,000 to 200,000, the styrene content of the styrene-isoprene-styrene (SIS) rubber is 15 wt% to 30 wt%, and the non-curable rubber-based adhesive composition for a touch screen panel does not contain an adhesion promoter.
A method for providing a registration plate, preferably a motor vehicle licence plate, with at least one data carrier which can be read contactlessly, wherein the at least one data carrier is gripped by a handling device in a targeted manner, and the or the respective data carrier is positioned in a receptacle, provided for this purpose, of a plate body or of a material web for the formation of plate bodies of the registration plate, characterized in that the position of the or each of the data carriers held by the handling device is determined by a measuring or imaging device , wherein before the handling device fits the plate body or the material web for the formation of plate bodies with the respective data carrier , the position of the plate body or of the material web and/or of the receptacle in or on the plate body or of the material web is determined by at least one measuring or imaging device , and the plate body or the material web is then fitted with at least one data carrier on the basis of the obtained position of the data carrier on the handling device .