mhurhangee/ep-ind-claims huggingface dataset:
A storage cell comprising: a negative electrode comprising liquid alkali metal; a positive electrode having a porous matrix comprising 50% by weight or more of a transition metal chalcogenide; a liquid alkali metal haloaluminate electrolyte; and a non-porous solid alkali metal conducting separation element intermediate between the negative electrode and the liquid alkali metal haloaluminate electrolyte; wherein the liquid alkali metal haloaluminate electrolyte permeates the porous matrix of the positive electrode and the transition metal chalcogenide of the positive electrode is not in direct physical contact with the solid alkali metal conducting separation element. a negative electrode comprising liquid alkali metal; a positive electrode having a porous matrix comprising 50% by weight or more of a transition metal chalcogenide; a liquid alkali metal haloaluminate electrolyte; and a non-porous solid alkali metal conducting separation element intermediate between the negative electrode and the liquid alkali metal haloaluminate electrolyte; wherein the liquid alkali metal haloaluminate electrolyte permeates the porous matrix of the positive electrode and the transition metal chalcogenide of the positive electrode is not in direct physical contact with the solid alkali metal conducting separation element.
A goggle for use in snowsports, the goggle comprising a body and a detachable lens assembly, magnets or magnetic elements being provided on the lens assembly and magnets or magnetic elements being provided in corresponding positions on the body, for detachably holding the lens assembly to the body, and at least one moveable clip being provided on each lateral side of the body, each clip being movable between a released position and an engaged position, characterized in that at least one tongue extends from the rear surface of the lens assembly on each lateral side of the lens assembly, each tongue extending in a direction substantially behind the lens assembly, into the body when the lens assembly is fitted to the body, and an aperture extending through each tongue, and each clip including a retaining finger which in the engaged position passes into the aperture in the tongue, preventing detachment of the lens assembly from the body and in the released position moves clear of the tongue, allowing detachment of the lens assembly. magnets or magnetic elements being provided on the lens assembly and magnets or magnetic elements being provided in corresponding positions on the body, for detachably holding the lens assembly to the body, and at least one moveable clip being provided on each lateral side of the body, each clip being movable between a released position and an engaged position, characterized in that at least one tongue extends from the rear surface of the lens assembly on each lateral side of the lens assembly, each tongue extending in a direction substantially behind the lens assembly, into the body when the lens assembly is fitted to the body, and an aperture extending through each tongue, and each clip including a retaining finger which in the engaged position passes into the aperture in the tongue, preventing detachment of the lens assembly from the body and in the released position moves clear of the tongue, allowing detachment of the lens assembly.
An arrangement for detecting the flow speed in a conduit with an obstruction which is arranged in a conduit section and with a sensor arranged downstream of this in the flow direction, wherein a sleeve with a predefined inner cross section is provided at least in the region of the sensor and obstruction, the obstruction is is formed by a body which projects into the flow cross section or passes through this and which is formed as one piece with the sleeve, characterised in that the sleeve comprises a run-in region which lies at a distance upstream of the obstruction in the flow direction, in which run-in region the inner cross section widens continuously outwards towards the on-flow-side end, that the sleeve has an essentially constant inner cross section downstream of run-in region in the flow direction, that a recess through which recess the sensor is led is provided in the conduit wall and, aligned thereto, in the sleeve, that sealing means are provided between the outer side of the sleeve and the surrounding conduit wall and that the sleeve is formed by a plastic injection moulded part.
A curable composition comprising 5 to 200 parts by weight of an organic polymer that has not less than 0.6 and less than one hydrolyzable silyl group per molecule on average and contains 5 to 80 wt% of oxyethylene units, and 100 parts by weight of an organic polymer having at least one hydrolyzable silyl group per molecule on average. 5 to 200 parts by weight of an organic polymer that has not less than 0.6 and less than one hydrolyzable silyl group per molecule on average and contains 5 to 80 wt% of oxyethylene units, and 100 parts by weight of an organic polymer having at least one hydrolyzable silyl group per molecule on average.
An exposure unit comprising zipper teeth to be exposed to a treatment of depositing a surface coating film, wherein said zipper teeth have two opposite legs, respectively (101 A, 101 B) connected by a bridge which delimits a recess between said legs, characterised in that it comprises a metallic or metallised retaining means for retaining said zipper teeth in specific positions, wherein said metallic or metallised retaining means is configured for a force connection by elastic mechanical engagement in said recess between said legs of said zipper teeth, and in that said metallic or metallised retaining means is configured for an electrical connection of said zipper teeth and comprises at least one filiform element, said at least one filiform element is formed by at least one rod for retaining a plurality of teeth, or said at least one filiform element is formed by at least one flexible cord for retaining a plurality of teeth, or said at least one filiform element is formed by a plurality of pairs of elastically deformable fingers, wherein each pair of fingers is configured to retain a single tooth, said finger pairs being supported by rods particularly flat and projecting from a longitudinal edge of said rods.
A computer implemented method of a security system to provide access by a requester to an encrypted data object stored in an object store, the requester being authenticated by the object store, the method comprising: receiving, from the object store: the encrypted object having associated an object identifier; and an identifier of the requester; deriving a first cryptographic key available only to the security system to decrypt the object and decrypting the object with the first key; deriving a second cryptographic key; re-encrypting the object based on the second key and communicating the re-encrypted object to the requester; characterized in that: the object store is external to the security system, and each of the first and second keys are based on the object identifier, the requester identifier and a secret key portion generated by the security system, the secret key portion being different for each of the first and second keys, the method further comprising: in response to a second authentication of the requester by the security system, securely communicating the secret key portion for the second key to the requester so as to allow the requester to derive the second cryptographic key to decrypt the re-encrypted object therewith, wherein the authentication by the object store and the second authentication are undertaken using different authentication techniques. receiving, from the object store: the encrypted object having associated an object identifier; and an identifier of the requester; deriving a first cryptographic key available only to the security system to decrypt the object and decrypting the object with the first key; deriving a second cryptographic key; re-encrypting the object based on the second key and communicating the re-encrypted object to the requester; characterized in that: the object store is external to the security system, and each of the first and second keys are based on the object identifier, the requester identifier and a secret key portion generated by the security system, the secret key portion being different for each of the first and second keys, the method further comprising: in response to a second authentication of the requester by the security system, securely communicating the secret key portion for the second key to the requester so as to allow the requester to derive the second cryptographic key to decrypt the re-encrypted object therewith, wherein the authentication by the object store and the second authentication are undertaken using different authentication techniques.
A method for preparing a labeling agent, the method comprising: (a) providing a compound including a chelating moiety and a conjugation moiety; and (b) mixing the compound with a radionuclide to create the labeling agent before reacting the compound with an additional moiety, wherein the chelating moiety includes a hydroxamic acid group and the conjugation moiety includes an isothiocyanate group. (a) providing a compound including a chelating moiety and a conjugation moiety; and (b) mixing the compound with a radionuclide to create the labeling agent before reacting the compound with an additional moiety, wherein the chelating moiety includes a hydroxamic acid group and the conjugation moiety includes an isothiocyanate group.
A method for producing a sensor head for a torque or force sensor having a generator coil for generating a magnetic field and at least a first and a second measuring coil for measuring a change in a magnetic field induced in a measuring body, comprising: manufacturing the generator coil and the measuring coils as a planar coil assembly having n planar coil units arranged one above the other, where n is a natural number greater than 1, comprising the steps of: a) manufacturing an i-th planar coil unit by computer-aided fabrication of a plurality of planar coils formed of electrical conductors and lying in one plane, with a planar coil thickness d i,PS on an insulating material layer of electrical insulating material with a layer thickness d i,IM, for i equal to 1 to n, b) arranging the planar coil units in layers with the insulating material layer interposed between the planar coils, the thicknesses d i,PS and d i,IM being chosen such that 0,6 ≤ D PS D IM + D PS ≤ 0,9, applies, where D PS = ∑ i = 1 n d i, PS is the sum of the thicknesses d i,PS of the planar coils and D IM = ∑ i = 1 n d i, IM is the sum of the thicknesses of the insulating material layers, c) electrically connecting superimposed planar coils of the planar coil units to form the generator coil and the measurement coils. a) manufacturing an i-th planar coil unit by computer-aided fabrication of a plurality of planar coils formed of electrical conductors and lying in one plane, with a planar coil thickness d i,PS on an insulating material layer of electrical insulating material with a layer thickness d i,IM, for i equal to 1 to n, b) arranging the planar coil units in layers with the insulating material layer interposed between the planar coils, the thicknesses d i,PS and d i,IM being chosen such that 0,6 ≤ D PS D IM + D PS ≤ 0,9, applies, where D PS = ∑ i = 1 n d i, PS is the sum of the thicknesses d i,PS of the planar coils and D IM = ∑ i = 1 n d i, IM is the sum of the thicknesses of the insulating material layers, c) electrically connecting superimposed planar coils of the planar coil units to form the generator coil and the measurement coils.
A permanent magnet motor, wherein a relationship of mN ≠ K is satisfied with respect to an integer m, where the pole number of a rotor is K and the number of partial iron cores of a stator iron core of a stator is N, and N values of r( θ), r( θ + 360° /N),..., r( θ + (i - 1) × 360° /N),..., r( θ + (N - 1) × 360° /N) are set so that the absolute value of the difference between any two values of the N values becomes equal to or smaller than a predetermined value, where r( θ) is an inner radius defined as, on a plane perpendicular to a rotary shaft of the rotor, a distance from the center of the rotary shaft to a point on a surface of the stator iron core facing to the rotor at which an angle from a fitting portion of the partial iron core is θ on the perpendicular plane, θ taking a value of 0 to 360° /N, wherein a parameter calculated by the following expression is set to be equal to or smaller than 2.2 × 10 -5 (mT 2), Δ M Lm μ r 2 Br 2 Lm μ r + g 2 where ΔM is the average value of Δmax with respect to the axial direction height of the stator iron core, Δmax being the maximum value, with respect to θ, of the absolute value of the difference between any two values among the N values of r( θ), r( θ + 360° /N),..., r( θ + (i - 1) × 360° /N),..., r( θ + (N - 1) × 360° /N), and where Lm is the thickness (m) of the permanent magnet, μ r is a recoil permeability, g is an air gap length (m), and Br is the residual magnetic flux density of the permanent magnet. where ΔM is the average value of Δmax with respect to the axial direction height of the stator iron core, Δmax being the maximum value, with respect to θ, of the absolute value of the difference between any two values among the N values of r( θ), r( θ + 360° /N),..., r( θ + (i - 1) × 360° /N),..., r( θ + (N - 1) × 360° /N), and where Lm is the thickness (m) of the permanent magnet, μ r is a recoil permeability, g is an air gap length (m), and Br is the residual magnetic flux density of the permanent magnet.
A method for routing communications traffic between a machine to machine, M2M, device connected to a telecommunications network and having an International Mobile Subscriber Identity, IMSI, and a server selected from a plurality of servers, the method comprising the steps of: assigning an access point name, APN, from a plurality of APNs based on the IMSI of the M2M device; and routing, via the assigned APN, communications traffic between the M2M device and the server, wherein the server is determined based on a characteristic of a communication traffic between the M2M device and the server, wherein the server is selected from a plurality of servers and determined based on a transport protocol of the communication traffic received from the M2M device determined from the port number, and/or wherein the characteristic of the communication traffic is user datagram protocol, UDP, or transmission control protocol, TCP, and/or wherein when the communication traffic is secure, the traffic is routed to a device management, DM, server and when the communication traffic is unsecure, the traffic is routed to a bootstrapping server function, BSF, server. assigning an access point name, APN, from a plurality of APNs based on the IMSI of the M2M device; and routing, via the assigned APN, communications traffic between the M2M device and the server, wherein the server is determined based on a characteristic of a communication traffic between the M2M device and the server, wherein the server is selected from a plurality of servers and determined based on a transport protocol of the communication traffic received from the M2M device determined from the port number, and/or wherein the characteristic of the communication traffic is user datagram protocol, UDP, or transmission control protocol, TCP, and/or wherein when the communication traffic is secure, the traffic is routed to a device management, DM, server and when the communication traffic is unsecure, the traffic is routed to a bootstrapping server function, BSF, server.
A take-out device for paper sheets, comprising: a supply unit into which paper sheets are put in an overlapping manner; a supply mechanism configured to move the paper sheets in an overlapping direction and supply a paper sheet at an end in the moving direction to a take-out position at an end of the supply unit; a take-out mechanism configured to take-out the paper sheets supplied to the take-out position from the supply unit one by one; sensors (122, 127) comprising at least one optical sensor and configured to detect absence/presence of the paper sheets at the take-out position from directions different from each other; and a control unit configured to control a supply operation of the supply mechanism for the paper sheets in accordance with detection information from the sensors, monitors a relationship between signal information from the optical sensor and signal information from the other sensor, characterized in that the control unit retracts the signal information from the optical sensor and uses the signal information from the other sensor alone if there is generated a signal relationship that is not normal with respect to a signal relationship at the time of normal take-out operation. a supply unit into which paper sheets are put in an overlapping manner; a supply mechanism configured to move the paper sheets in an overlapping direction and supply a paper sheet at an end in the moving direction to a take-out position at an end of the supply unit; a take-out mechanism configured to take-out the paper sheets supplied to the take-out position from the supply unit one by one; sensors (122, 127) comprising at least one optical sensor and configured to detect absence/presence of the paper sheets at the take-out position from directions different from each other; and a control unit configured to control a supply operation of the supply mechanism for the paper sheets in accordance with detection information from the sensors, monitors a relationship between signal information from the optical sensor and signal information from the other sensor, characterized in that the control unit retracts the signal information from the optical sensor and uses the signal information from the other sensor alone if there is generated a signal relationship that is not normal with respect to a signal relationship at the time of normal take-out operation.
Flexible hose, particularly vacuum cleaner hose, comprising a profiled outer circumferential surface covered by a braiding of monofilament or multifilament threads, which consist of a thermoplastic plastics material, with formation of a smoothed outer circumferential surface, characterized in that the braiding is formed from monofilament or multifilament threads flock-coated with short fibers of thermoplastic plastics material.
Power tool braking device, in particular hand-held power tool braking device, of a portable power tool (12a; 12b; 12c; 12d) having at least one magnetic field braking unit (14a; 14b; 14c; 14d) which, by means of the use of a magnetic field, reduces a speed of a moving component compared to a working speed, characterized by at least one mechanical activation unit (16a; 16b; 16c; 16d) which, as a result of a relative movement, initiates a triggering process and/or an activation process of the magnetic field braking unit (14a; 14b; 14c; 14d), wherein the relative movement is different from a pure switching movement of a switching element for generation of an electrical signal.
A method for controlling a stabilizing fin for anti-roll stabilization of watercraft standing at anchor, comprising the steps of: - detecting at least one value identifying roll of said watercraft; - estimating (1020, 2002) the expected oscillation of roll of said watercraft as a function of said at least one value detected; - determining (1030, 2002-2008) a path for the movement of said stabilizing fin as a function of said expected roll; and - controlling (106, 2010, 2012) the movement of said stabilizing fin as a function of said path. - detecting at least one value identifying roll of said watercraft; - estimating (1020, 2002) the expected oscillation of roll of said watercraft as a function of said at least one value detected; - determining (1030, 2002-2008) a path for the movement of said stabilizing fin as a function of said expected roll; and - controlling (106, 2010, 2012) the movement of said stabilizing fin as a function of said path.
Method for operating a component of predetermined geometry Ω that is cyclically loaded during operation, wherein - a probability of failure P is determined for the component taking account of distributions of failure times, which are caused by deviations in material properties, - the component is operated depending on the determined probability of failure P, wherein at least one maintenance time is set for the component, in particular depending on the determined probability of failure P, characterized in that - the probability of failure P is determined taking additional account of distributions of failure times, which are caused by deviations of the component form from a standard geometry, wherein, in particular, data that were obtained by determining the geometry of a predetermined number of representative components by metrology are resorted to for the purposes of taking account of the form deviation from the standard geometry, wherein the probability of failure P is determined according to the formula P t ≈ 1 − e − t m J + ΔJ + 1 2 t 2 m σ 2 1 − Φ t m σ − J + ΔJ σ 1 − Φ − J + Δ J σ, with the coordinate vector X of all nodes of the finite element model of the geometry Ω of the component, the discretized objective functional J = J ( X,U) for LCF (low cycle fatigue) or for another fault mechanism, the number of load cycles t, a form parameter of the Weibull distribution m, the error function, i.e., the distribution function of the standard normal distribution Φ(t), and with J = J ( X d), where X d is the standard position of the nodes in the standard geometry, and with Δ J = ( dJ / dX)' Δ X with the mean process deviation ΔX and with σ 2 = ( dJ / dX)'C ( dJ / dX) with the process distribution C. - a probability of failure P is determined for the component taking account of distributions of failure times, which are caused by deviations in material properties, - the component is operated depending on the determined probability of failure P, wherein at least one maintenance time is set for the component, in particular depending on the determined probability of failure P, characterized in that - the probability of failure P is determined taking additional account of distributions of failure times, which are caused by deviations of the component form from a standard geometry,
A composition for use in a method of preventing, treating or delaying a cardiovascular disease or disorder in mammals, wherein the composition comprises a neuregulin protein, or a functional fragment thereof comprising an epidermal growth factor-like domain, or a nucleic acid encoding a neuregulin protein or a functional fragment thereof comprising an epidermal growth factor-like domain, and wherein said method comprises administering said neuregulin protein for 21 days, or less than 21 days in a total regimen equal to or less than 3600 U/kg.