mhurhangee/ep-ind-claims huggingface dataset:
A windshield for a balance to be attached to a balance to define a weighing chamber, comprising: an openable and closable door constituting a portion of the weighing chamber; an opening and closing mechanism configured to open and close the door; a sensor (64A,64B) configured to detect movement of the door; and a control unit configured to perform control so as to cause the opening and closing mechanism to open or close the door when a movement of the door from a stationary state is detected by the sensor(64A,64B). characterized in that moving the door from a stationary state works as a trigger for the control unit to perform control so as to cause the opening and closing mechanism to open or close the door. an openable and closable door constituting a portion of the weighing chamber; an opening and closing mechanism configured to open and close the door; a sensor (64A,64B) configured to detect movement of the door; and a control unit configured to perform control so as to cause the opening and closing mechanism to open or close the door when a movement of the door from a stationary state is detected by the sensor(64A,64B). characterized in that
A method for transferring a processing status in an audiological fitting application (2, 2') for a hearing device, wherein data of a user of the hearing device is being transferred as input values to the audiological fitting application towards a central memory, and being stored there, typecast into several of a plurality of processing groups, wherein, in a first application domain and at a first instant of time, a first information regarding the identity of the user is encoded together with a second information regarding at least a first processing modus, wherein the first processing modus corresponds to a processing of the data, active at a given instant of time, of a first processing group by the audiological fitting application (2, 2'), wherein the first and second information encoded at the first instant of time is decoded at a second instant of time, wherein the user's biological and/or audiometrical data at least from the first processing group are loaded from the central memory into the audiological fitting application (2, 2'), and wherein by means of the decoded first and second information, the processing status of the audiological fitting application (2, 2') with respect to the hearing device, as given at the first instance of time, is restored by providing the data of the user from the first processing group, at least in the first processing modus. wherein data of a user of the hearing device is being transferred as input values to the audiological fitting application towards a central memory, and being stored there, typecast into several of a plurality of processing groups, wherein, in a first application domain and at a first instant of time, a first information regarding the identity of the user is encoded together with a second information regarding at least a first processing modus, wherein the first processing modus corresponds to a processing of the data, active at a given instant of time, of a first processing group by the audiological fitting application (2, 2'), wherein the first and second information encoded at the first instant of time is decoded at a second instant of time, wherein the user's biological and/or audiometrical data at least from the first processing group are loaded from the central memory into the audiological fitting application (2, 2'), and wherein by means of the decoded first and second information, the processing status of the audiological fitting application (2, 2') with respect to the hearing device, as given at the first instance of time, is restored by providing the data of the user from the first processing group, at least in the first processing modus.
Composite pressure vessel comprising a plastic liner for the storage of hydrogen, wherein the plastic liner comprises in the following order: an inner layer, hereinafter second barrier layer and configured to be in contact with hydrogen, a first layer of adhesive, an intermediate layer based on HDPE, a second layer of adhesive, a barrier layer, hereinafter first barrier layer, the intermediate layer being arranged between the first and the second barrier layers, a third layer of adhesive and an outer layer based on HDPE, and wherein the second barrier layer has a lower hydrogen permeability than said at least intermediate layer such that the second barrier layer slows down the migration of hydrogen inside said at least one intermediate layer, characterized in that: the second barrier layer is based on PVDF, the first barrier layer is based on EVOH. an inner layer, hereinafter second barrier layer and configured to be in contact with hydrogen, a first layer of adhesive, an intermediate layer based on HDPE, a second layer of adhesive, a barrier layer, hereinafter first barrier layer, the intermediate layer being arranged between the first and the second barrier layers, a third layer of adhesive and an outer layer based on HDPE, and wherein the second barrier layer has a lower hydrogen permeability than said at least intermediate layer such that the second barrier layer slows down the migration of hydrogen inside said at least one intermediate layer, characterized in that: the second barrier layer is based on PVDF, the first barrier layer is based on EVOH. the second barrier layer is based on PVDF, the first barrier layer is based on EVOH.
Aircraft landing gear comprising an axle and a wheel (3, 3'), which comprises a rim (4, 4') mounted so as to rotate on the axle about a first axis of rotation, first blocks (11, 11') protruding from a lateral face (F, F') of the rim, said first blocks being adapted to cooperate with a gearwheel of a drive actuator carried by the landing gear, the gearwheel being mounted rotatably about a second axis of rotation perpendicular to the first axis of rotation.
A method, in a packing and filling machine, of manufacturing a packaging container from a packaging laminate sleeve with at least one inner layer of thermoplastic, the packaging container, in addition to the packaging laminate sleeve, including a shoulder portion connected to the packaging laminate sleeve, and a neck portion connected to the shoulder portion, with associated pouring aperture, comprising the steps of: - disposing the packaging laminate sleeve in association with an inner moulding tool, - disposing an outer moulding tool outside the inner moulding tool for the formation of a cavity between the moulding tools, - injecting at least one melt of a first material into the cavity, characterised by the steps of: - disposing the neck portion of the packaging container between said inner and outer moulding tools, in contact with the cavity, the melt filling out the cavity and fusing together with the neck and a portion of the inner layer of thermoplastic located at the end of the packaging laminate sleeve, wherein the shoulder portion manufactured from thermoplastic extends past an upper edge of the packaging laminate sleeve, on the outside of the sleeve, so that the upper end of the sleeve is enclosed on three sides by the shoulder portion, and - opening the moulding tools and displacing the packaging container further to additional processing. - disposing the packaging laminate sleeve in association with an inner moulding tool, - disposing an outer moulding tool outside the inner moulding tool for the formation of a cavity between the moulding tools, - injecting at least one melt of a first material into the cavity, - disposing the neck portion of the packaging container between said inner and outer moulding tools, in contact with the cavity, the melt filling out the cavity and fusing together with the neck and a portion of the inner layer of thermoplastic located at the end of the packaging laminate sleeve, wherein the shoulder portion manufactured from thermoplastic extends past an upper edge of the packaging laminate sleeve, on the outside of the sleeve, so that the upper end of the sleeve is enclosed on three sides by the shoulder portion, and - opening the moulding tools and displacing the packaging container further to additional processing.
A method for communication within a cooperative intelligent transport system, wherein said method comprises: - receiving, in a first node of said cooperative intelligent transport system, a first intelligent transport system message from another node of said cooperative intelligent transport system; - identifying, in said first node, a technology status of said another node; said technology status comprises information whether or not said first intelligent transport system message was transmitted configured according to a predetermined first intelligent transport system technology; characterised in that: said technology status further comprises information whether or not said first intelligent transport system message comprises a dual technology indicator in a layer above the transport layer, said dual technology indicator being an information element identifying that the node transmitting the first intelligent transport system message is capable of communicating intelligent transport system messages according to said first intelligent transport system technology as well as according to a predetermined second intelligent transport system technology. - receiving, in a first node of said cooperative intelligent transport system, a first intelligent transport system message from another node of said cooperative intelligent transport system; - identifying, in said first node, a technology status of said another node; said technology status comprises information whether or not said first intelligent transport system message was transmitted configured according to a predetermined first intelligent transport system technology; characterised in that: said technology status further comprises information whether or not said first intelligent transport system message comprises a dual technology indicator in a layer above the transport layer, said dual technology indicator being an information element identifying that the node transmitting the first intelligent transport system message is capable of communicating intelligent transport system messages according to said first intelligent transport system technology as well as according to a predetermined second intelligent transport system technology.
A compound of the formula below: wherein R1 is selected from: -CH 3 and -CF 3; R2 is selected from: H, -CH 3, -CH 2 OCH 3, and -CH 2 OCH 2 CH 3; R3 is selected from: H, -C 1-2 alkyl, -CH 2 OCH 3, -CH 2 OCH 2 CH 3; R4 is selected from: H, halo, and -OCH 3; R5 is selected from H and halo; A is selected from: CH, C-F, C-CN, and N; X is selected from: CH, C-F, C-OCH 3, and N; and provided that only one of X and A is N, or a pharmaceutically acceptable salt thereof. R1 is selected from: -CH 3 and -CF 3; R2 is selected from: H, -CH 3, -CH 2 OCH 3, and -CH 2 OCH 2 CH 3; R3 is selected from: H, -C 1-2 alkyl, -CH 2 OCH 3, -CH 2 OCH 2 CH 3; R4 is selected from: H, halo, and -OCH 3; R5 is selected from H and halo; A is selected from: CH, C-F, C-CN, and N; X is selected from: CH, C-F, C-OCH 3, and N; and provided that only one of X and A is N, or a pharmaceutically acceptable salt thereof.
A system for tracking individual user health using intrusion detection sensors, comprising: a processor module; one or more sensors of an intrusion detection system configured to measure one or more metrics of users, wherein the one or more sensors are configured to operate in a first, unarmed mode to detect the one or more metrics and a second, armed mode to detect a presence of an intruder, wherein the processor module is operably coupled to the one or more sensors; one or more devices operably coupled to the processor module to identify the users; a health profile (104, 200) comprising user identifiers from the one or more devices; and a transmitter coupled to the processor module; characterized in that: the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile (104, 200) comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate. a processor module; one or more sensors of an intrusion detection system configured to measure one or more metrics of users, wherein the one or more sensors are configured to operate in a first, unarmed mode to detect the one or more metrics and a second, armed mode to detect a presence of an intruder, wherein the processor module is operably coupled to the one or more sensors; one or more devices operably coupled to the processor module to identify the users; a health profile (104, 200) comprising user identifiers from the one or more devices; and a transmitter coupled to the processor module; characterized in that: the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile (104, 200) comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate. the one or more sensors include a radar-based sensor, and wherein the radar-based sensor is configured to detect motion of the intruder and measure a user heartbeat and/or respiration rate; the health profile (104, 200) comprises a user profile including the user heartbeat and/or respiration rate from the one or more sensors; and the transmitter is configured to transmit a notification based at least in part on a detection associated with the user heartbeat and/or respiration rate.
Method of protection by a device of a cryptographic algorithm against white-box attacks, said algorithm comprising a step of computing a quadratic form Y = A x 1,..., x n = ∑ 1 ≤ i ≤ j ≤ n α ij x i x j, where the n > 1 variables x 1,..., x n as well as the coefficients α ( ij) belong to a finite field K with q elements, and where Y is the value taken by the quadratic form A( x 1,..., x n) for a given value of the variables x 1,..., x n, characterized in that, to carry out the said computation step, a first device implements the following substeps: - determination, as a function of the parity of q and of n, of a canonical quadratic form Y = C X 1,... X n = ∑ 0 ≤ i ≤ n − 2 / 2 0 ≤ i ≤ n − 3 / 2 γ i X 2 i + 1 X 2 i + 2 + ∑ 1 ≤ i ≤ n δ i X i 2, where the variables X 1,..., X n as well as the coefficients γ i and δ i belong to said field K, equivalent to said form A ( x 1,..., x n), and of a linear change of variable X = Lx associated with this casting into canonical form, - subdivision of the set of terms of said canonical quadratic form C ( X 1,..., X n) into subsets each comprising one or more of these terms, - tabling of the values of at least one of the substeps, and a second device implements the following substeps: - computation of the value of the transformed variables X 1,..., X n associated with said value of the variables x 1,...,x n, - computation of the value of the subsets associated with said value of the transformed variables X 1,..., X n, said computation being performed by means of the table of values for the at least one of the subsets, - summing of the value of each of said subsets to obtain said value Y taken by the quadratic form, the method furthermore comprising parasitic transformations inserted between the successive substeps of the method which are computed by means of a table. - determination, as a function of the parity of q and of n, of a canonical quadratic form Y = C X 1,... X n = ∑ 0 ≤ i ≤ n − 2 / 2 0 ≤ i ≤ n − 3 / 2 γ i X 2 i + 1 X 2 i + 2 + ∑ 1 ≤ i ≤ n δ i X i 2, where the variables X 1,..., X n as well as the coefficients γ i and δ i belong to said field K, equivalent to said form A ( x 1,..., x n), and of a linear change of variable X = Lx associated with this casting into canonical form, - subdivision of the set of terms of said canonical quadratic form C ( X 1,..., X n) into subsets each comprising one or more of these terms, - tabling of the values of at least one of the substeps, - computation of the value of the transformed variables X 1,..., X n associated with said value of the variables x 1,...,x n, - computation of the value of the subsets associated with said value of the transformed variables X 1,..., X n, said computation being performed by means of the table of values for the at least one of the subsets, - summing of the value of each of said subsets to obtain said value Y taken by the quadratic form,
Device for the edge sealing of a part or a window pane of a vehicle body, which device has a fastening element by means of which the sealing device can be fastened to a body flange and which is provided to hold at least one sealing strand, wherein the fastening element comprises a main leg, to which is fastened a decorative element which has a visible surface that can be seen after installation on the vehicle body, and comprises at least one connecting leg, which protrudes from the main leg and is provided to receive the sealing strand, wherein the fastening element and also the decorative element and/or the sealing strand are formed from plastics material or fibre composite material, and characterized in that the fastening element and also the decorative element and the sealing strand are produced by multiple-component injection moulding and moulded on one another. wherein the fastening element and also the decorative element and/or the sealing strand are formed from plastics material or fibre composite material, and characterized in that the fastening element and also the decorative element and the sealing strand are produced by multiple-component injection moulding and moulded on one another.
Machine for producing a fibrous web, in particular a paper or board web, comprising a headbox, a forming unit, a pressing section, a pre-drying section, an MG-Yankee cylinder and a winder, wherein the pre-drying section is embodied for one-sided pre-drying of the fibrous web on the underside thereof, the MG-Yankee cylinder provided is an overhead MG-Yankee cylinder with which the underside of the fibrous web can be brought into contact, characterized in that, in the web running direction, downstream of the pre-drying section and upstream of the point at which the fibrous web runs onto the MG-Yankee cylinder, a rewetting device for one-sided rewetting of the fibrous web on the underside thereof and correspondingly for development of the moisture gradient in a z direction of the fibrous web in the direction of the underside thereof is provided.
Bearing unit for a vehicle wheel, the bearing unit having an axis of rotation and comprising: - a radially outer stationary ring which is axially delimited on one side of the bearing unit by a first axial surface which is transverse with respect to the axis of rotation; - a radially inner rotatable ring; - an encoder fixed to a first outer cylindrical surface of the inner ring; - a protective cover mounted on a second outer cylindrical surface of the outer ring to protect the encoder and to close off a space formed between the outer and inner rings; and - the first axial surface and the protective cover jointly delimit a compartment for housing the encoder, which is positioned substantially outside the space and extends radially from the first cylindrical surface to a boundary in the proximity of the second cylindrical surface; the bearing unit being characterized in that the outer ring is provided with a mounting flange forming a mounting surface, and with a shaped annular channel formed in the flange either through the mounting surface or through the second cylindrical surface, the cover having a bent edge positioned axially so as to bear against an axial bottom surface of the shaped annular channel. - a radially outer stationary ring which is axially delimited on one side of the bearing unit by a first axial surface which is transverse with respect to the axis of rotation; - a radially inner rotatable ring; - an encoder fixed to a first outer cylindrical surface of the inner ring; - a protective cover mounted on a second outer cylindrical surface of the outer ring to protect the encoder and to close off a space formed between the outer and inner rings; and - the first axial surface and the protective cover jointly delimit a compartment for housing the encoder, which is positioned substantially outside the space and extends radially from the first cylindrical surface to a boundary in the proximity of the second cylindrical surface;
A method for preparing a porous carbonaceous material, characterized in that it comprises at least one heat treatment step at a temperature of at least 300°C, under a non-oxidizing atmosphere, of an organic molecule selected from among oxocarbons and pseudo-oxocarbons of the following formulae (I-1) to (I-7): wherein: - R 1 to R 8, R 13 to R 21 and R 24, independently of each other represent OH; SH; an O-alkyl or S-alkyl group wherein the alkyl radical is linear and includes from 1 to 4 carbon atoms; an O-aryl or S-aryl wherein the aryl ring is a phenyl ring or substituted phenyl ring in the para position with an O-methyl or S-methyl group; or a NR 25 R 26 group wherein the radicals R 25 and R 26, either identical or different, represent a C 1 -C 4 alkyl radical; - R 9 to R 12, R 22 and R 23, independently of each other, represent an oxygen or sulfur atom; a N-CN (isocyano) group or a C 2 (malononitrile) group. - R 1 to R 8, R 13 to R 21 and R 24, independently of each other represent OH; SH; an O-alkyl or S-alkyl group wherein the alkyl radical is linear and includes from 1 to 4 carbon atoms; an O-aryl or S-aryl wherein the aryl ring is a phenyl ring or substituted phenyl ring in the para position with an O-methyl or S-methyl group; or a NR 25 R 26 group wherein the radicals R 25 and R 26, either identical or different, represent a C 1 -C 4 alkyl radical; - R 9 to R 12, R 22 and R 23, independently of each other, represent an oxygen or sulfur atom; a N-CN (isocyano) group or a C 2 (malononitrile) group.
Device for mounting a turbine engine, in particular a gas turbine system, in which a rotor unit is mounted to rotate inside a stationary external housing, having at least two supports for taking up the weight of the turbine engine, these supports being arranged at a spacing from one another in an axial longitudinal direction in relation to the external housing and at one side being articulated directly or indirectly on the external housing and at the other being supported directly or indirectly on a base frame, characterized in that at least one support provides at least one support face which is supported exclusively in partial regions on at least two support plate elements, in that the at least one support face of the support is in operational engagement with the base frame by way of the support plate elements, in that the support face is planar and horizontally oriented, in that the support plate elements are clamped between the support face and the base frame exclusively by the force of the weight of the turbine engine, and in that when the base frame is mechanically relieved of the force of the weight of the turbine engine the support plate elements lie loosely on the bearing face of the base frame and may be shifted laterally in relation to the bearing face.