mhurhangee/ep-ind-claims huggingface dataset:
An anode for an energy storage device, the anode comprising: a) a current collector comprising: i) a metal layer; and ii) a metal oxide layer overlaying the metal layer; and b) a lithium storage structure overlaying the metal oxide, characterized in that the metal oxide layer is provided in a first pattern and that the lithium storage structure is a patterned lithium storage structure comprising a continuous porous lithium storage layer selectively overlaying at least a portion of the first pattern of metal oxide. a) a current collector comprising: i) a metal layer; and ii) a metal oxide layer overlaying the metal layer; and i) a metal layer; and ii) a metal oxide layer overlaying the metal layer; and b) a lithium storage structure overlaying the metal oxide, characterized in that the metal oxide layer is provided in a first pattern and that the lithium storage structure is a patterned lithium storage structure comprising a continuous porous lithium storage layer selectively overlaying at least a portion of the first pattern of metal oxide.
An inserter device for sub- or transcutaneous placement of a medical device comprising - a housing, - a carrier body for the medical device to be inserted which is movable relative to the housing and comprising a needle hub carrying penetrating means pointing in the direction of insertion, - a second body which is also movable relative to the housing and - driving means which move respectively the carrier body and the second body relative to the housing wherein the driving means comprise a single spring unit placed concentrically between the carrier body and the second body, which driving means first moves the carrier body in the direction of insertion and then moves the second body in a direction which is in an angle of 180° ± 5° to the insertion direction, thereby retracting the second body from the carrier body after insertion of the medical device, and wherein the inserter device comprises means for locking the penetrating means to the second body while the second body is moving from a forward to a retracted position in relation to the housing, wherein the carrier body is provided with first locking means keeping the carrier body in a chosen retracted position in relation to the housing while the driving means are biased and in that the inserter device is provided with second locking means (11, 14) which second locking means keeps the second body in said chosen forward position in relation to the housing while the driving means are biased before insertion of the medical device. - a housing, - a carrier body for the medical device to be inserted which is movable relative to the housing and comprising a needle hub carrying penetrating means pointing in the direction of insertion, - a second body which is also movable relative to the housing and - driving means which move respectively the carrier body and the second body relative to the housing
A dopamine agonist for use in the treatment of Parkinson's disease, tremor not attributed to Parkinson's disease, cervical dystonia and torticollis, wherein the dopamine agonist is selected from the group consisting of apomorphine, pramipexole, ropinirole, bromocriptine, cabergoline, pergolide, rotigotine, entacapone, tolcapone, seligiline, and mixtures of any of the foregoing, wherein the drug is administered topically at the back of the neck at the hairline in close proximity to and under or on the area of skin above the brain stem.
A method comprising: receiving a data packet at a routing node comprising a processor; determining at least one value for the data packet; selecting a routing table (216a-216N) from a plurality of routing tables stored at the routing node in response to the at least one value for the packet, each routing table associated with a respective one cost function (202a-202N); and forwarding the data packet in response to the routing table selected; wherein each respective cost function is based on parameters comprising bandwidth, load, delay and reliability each weighted by values of a respective K-vector set by a user; and wherein the values of the respective K-vectors set by the user applied for a cost function are dependent upon a traffic class of the data packet being routed. receiving a data packet at a routing node comprising a processor; determining at least one value for the data packet; selecting a routing table (216a-216N) from a plurality of routing tables stored at the routing node in response to the at least one value for the packet, each routing table associated with a respective one cost function (202a-202N); and forwarding the data packet in response to the routing table selected; wherein each respective cost function is based on parameters comprising bandwidth, load, delay and reliability each weighted by values of a respective K-vector set by a user; and wherein the values of the respective K-vectors set by the user applied for a cost function are dependent upon a traffic class of the data packet being routed.
Combustion engine having a venting system for venting the cooling system of a plurality of separate cylinder heads (1, 1 `) of the combustion engine, or for venting a plurality of regions of the cooling system of a cohesive cylinder head bank of a combustion engine that are associated with the individual cylinders, having a venting line which connects venting apertures of the cooling system to a tank and/or to the environment, wherein the venting line comprises a first run which serially connects at least two venting apertures, characterised in that the venting line comprises at least a second run, which is arranged parallel to the first run in the venting line and serially connects at least two venting apertures.
Supporting device for an elongate object which is constructed so as to have a reinforcement layer which comprises reinforcement elements and which extends from below through an opening of a horizontal platform, the supporting device comprising clamping means (10, 20) for the reinforcement layer and support means for supporting the supporting device on the platform, • the clamping means comprising a core ring which receives the reinforcement elements in a wrapping manner and which surrounds the object, and an outer ring which is securely connected to the platform by means of the support means and which surrounds the object, • and an inner face of the outer ring being directed towards the outer face of the core ring in this instance, • and the reinforcement elements being placed around the core ring starting from the inner face of the core ring in the direction towards the outer face of the core ring, characterised in that a tensile-load-dependent clamping of the reinforcement elements between the outer face of the core ring which is loosely placed in the outer ring and the inner face of the outer ring is carried out only by the core ring and outer ring being pressed against each other by means of a tensile force developed by the weight of the freely suspended object. • the clamping means comprising a core ring which receives the reinforcement elements in a wrapping manner and which surrounds the object, and an outer ring which is securely connected to the platform by means of the support means and which surrounds the object, • and an inner face of the outer ring being directed towards the outer face of the core ring in this instance, • and the reinforcement elements being placed around the core ring starting from the inner face of the core ring in the direction towards the outer face of the core ring, characterised in that a tensile-load-dependent clamping of the reinforcement elements between the outer face of the core ring which is loosely placed in the outer ring and the inner face of the outer ring is carried out only by the core ring and outer ring being pressed against each other by means of a tensile force developed by the weight of the freely suspended object.
Securing equipment interacting with a device to be secured which has a locking part which is able to be plugged into a bore of the device to be secured or able to be inserted into a free end region of the device to be secured, in which locking part at least two locking elements are mounted rotatably and engage with an annular groove of the device to be secured, with the exception of a fixed rotational position respectively, by means of an engagement element, for the locking of the same, wherein an end region of the locking elements which is accessible from the outside is formed to engage an adjustment member respectively, wherein a spring is allocated to each locking element, said spring pressing this against a contact surface of the locking part in the direction of its rotational axis, and that a catch structure having several catch points is arranged on an annular surface of the locking elements or of the locking part, wherein a catch element lies opposite in the axial direction, which, in the case of a rotation of the respective locking element, at least during tilting or axial displacement of the locking part, engages with catch points of the catch structure, characterised in that, due to the spring which influences a locking element respectively, the engagement element is pressed in a spring-loaded manner against the contact surface of the locking part formed as an annular surface, wherein the annular surface of the engagement element facing towards this contact surface is provided with the catch structure and an edge of the annular groove of the device to be secured which lies opposite this annular surface serves as a catch element which engages with one of the catch points of the catch structure formed as slightly indented recesses at least during tilting or axial displacement of the locking part, wherein a surface of the catch points corresponds to a surface of a recess of the engagement element, wherein this recess determines the unlocking position of the engagement element.
A substrate with an antireflection layer, which comprises an antireflection layer on at least one surface of the substrate, wherein the antireflection layer contains a silica porous film having fluorinated organic groups, and the surface of the antireflection layer on the opposite side from the substrate has an element number ratio F/Si of at least 1 as obtained from the peak height of F 1s and the peak height of Si 2p in surface analysis by scanning X-ray photoelectron spectroscopy (ESCA) and has an arithmetic mean roughness (Sa) of at most 3.0 nm, wherein the antireflection layer has pores having diameters of at least 20 nm, and has a number of open pores of at most 13 pores/10 6 nm 2 on the opposite surface of the antireflection layer from the substrate, and wherein in the antireflection layer, the average of minimum distances from closed pores having diameters of at least 20 nm to the surface of the antireflection layer on the opposite side from the substrate, is from 10 to 80 nm.
Cosmetic make-up or care composition comprising an oily phase comprising at least one liquid polyester obtained by condensation of unsaturated fatty acid dimer and/or trimer and diol, said composition being free from lipophilic gelling agent or comprising at the most 10 wt.% thereof, relative to the weight of the composition, said diol being butanediol, and wherein unsaturated fatty acid means mono- or polyunsaturated fatty acids having from 14 to 22 carbon atoms.
A gimbal sensor platform positionable in a tool body having a longitudinal axis, the gimbal sensor platform comprising: an outer gimbal, the outer gimbal rotatably coupled to the tool body; an outer angular positioning device coupled to the outer gimbal to rotate the outer gimbal relative to the tool body about an outer gimbal axis of rotation; an inner gimbal, the inner gimbal rotatably coupled to the outer gimbal; an inner angular positioning device coupled to the inner gimbal to rotate the inner gimbal relative to the outer gimbal about an inner gimbal axis of rotation; an inner limit stop, the inner limit stop positioned to restrict rotation of the inner gimbal between a first cant angle and a second cant angle relative to the outer gimbal axis of rotation; and a gyro coupled to the inner gimbal wherein the inner gimbal axis of rotation is canted to the outer gimbal axis of rotation, wherein the inner gimbal axis of rotation is substantially perpendicular to the outer gimbal axis of rotation. an outer gimbal, the outer gimbal rotatably coupled to the tool body; an outer angular positioning device coupled to the outer gimbal to rotate the outer gimbal relative to the tool body about an outer gimbal axis of rotation; an inner gimbal, the inner gimbal rotatably coupled to the outer gimbal; an inner angular positioning device coupled to the inner gimbal to rotate the inner gimbal relative to the outer gimbal about an inner gimbal axis of rotation; an inner limit stop, the inner limit stop positioned to restrict rotation of the inner gimbal between a first cant angle and a second cant angle relative to the outer gimbal axis of rotation; and a gyro coupled to the inner gimbal wherein the inner gimbal axis of rotation is canted to the outer gimbal axis of rotation, wherein the inner gimbal axis of rotation is substantially perpendicular to the outer gimbal axis of rotation.
Fire alarm device for a building, having at least one battery (7a, b) for the power supply of the fire alarm device, having a housing, wherein the housing has a battery compartment for holding the battery (7a, b), wherein the battery compartment has at least one battery contact for making contact with the battery (7a, b), wherein the housing has a mounting side, and wherein the housing is mountable with the mounting side on a mounting surface, characterized by a security means, wherein the security means can be arranged on the mounting side, wherein the security means interrupts the contact between the battery and the battery contact and, at the same time, prevents the housing from being mounted with the mounting side on the mounting surface.
Method for preparing C-H acidic (meth)acrylates of formula CH 2 =CR 1 -CO-NH-R 2 -NH-CO-CH 2 -CN wherein R 1: H or methyl R 2: C n H m O x N y where n= 2-15 m= 4-30 x= 0-4 and y= 0-4 characterized in that a) an ester of cyanoacetic acid is reacted with a diamine in excess, b) unreacted diamine is removed from the reaction solution, c) the intermediate product obtained in b), an amino-functionalized cyanoacetamide, c1) is reacted with (meth)acrylic acid esters, or c2) is reacted with (meth)acrylic anhydride or (meth)acryloyl halide, d) the product obtained in c) is optionally isolated by means of extraction or crystallization. R 1: H or methyl R 2: C n H m O x N y where n= 2-15 m= 4-30 x= 0-4 and y= 0-4 n= 2-15 m= 4-30 x= 0-4 and y= 0-4 a) an ester of cyanoacetic acid is reacted with a diamine in excess, b) unreacted diamine is removed from the reaction solution, c) the intermediate product obtained in b), an amino-functionalized cyanoacetamide, c1) is reacted with (meth)acrylic acid esters, or c2) is reacted with (meth)acrylic anhydride or (meth)acryloyl halide, d) the product obtained in c) is optionally isolated by means of extraction or crystallization. c1) is reacted with (meth)acrylic acid esters, or c2) is reacted with (meth)acrylic anhydride or (meth)acryloyl halide, d) the product obtained in c) is optionally isolated by means of extraction or crystallization.
A method for thermo-optical measurements in a first volume of aqueous solution comprising particles of interest, the method comprising the steps: - providing the first volume of aqueous solution with a volume of less than 200nl, wherein the aqueous solution is a first liquid and at least a part of the particles of interest are fluorescent particles; - embedding the first volume of aqueous solution at least partly in a second liquid, wherein said second liquid comprises fluorocarbon or is formed from fluorocarbon; - irradiating a laser light beam into the first volume to obtain a spatial temperature distribution in the first volume around the irradiated laser light beam; - exciting fluorescently said fluorescent particles and detecting the fluorescence at least at one position or at around one position in the first volume or detecting the fluorescence distribution of said fluorescently excited particles, wherein said detection of fluorescence is performed at least once at a predetermined time after the start of the laser irradiation; and - determining a characteristic of the particles of interest from the detected fluorescence intensity or fluorescence intensity distribution. - providing the first volume of aqueous solution with a volume of less than 200nl, wherein the aqueous solution is a first liquid and at least a part of the particles of interest are fluorescent particles; - embedding the first volume of aqueous solution at least partly in a second liquid, wherein said second liquid comprises fluorocarbon or is formed from fluorocarbon; - irradiating a laser light beam into the first volume to obtain a spatial temperature distribution in the first volume around the irradiated laser light beam; - exciting fluorescently said fluorescent particles and detecting the fluorescence at least at one position or at around one position in the first volume or detecting the fluorescence distribution of said fluorescently excited particles, wherein said detection of fluorescence is performed at least once at a predetermined time after the start of the laser irradiation; and - determining a characteristic of the particles of interest from the detected fluorescence intensity or fluorescence intensity distribution.
An outer fin heat exchanger tube, comprising: a heat transfer tube, for separating fluids inside and outside the tube, and implementing heat transfer between the fluids inside and outside the tube by convection and conduction; outer fin groups, for extending an outer side heat exchange surface of the heat transfer tube, forming micro-channels, restricting an counter flow of an outside-of-tube fluid along the axial direction of the heat transfer tube, and simultaneously producing a turbulent flow action, holes are formed in the outer fin groups; the holes of the multiple outer fin groups form micro-channels parallel to the axial direction of the heat transfer tube; characterised in that the outer fin heat exchanger tube further comprises outer fin group frames, for reducing transverse flow of the outside-of-tube fluid of the heat transfer tube, wherein, an outer wall of the heat transfer tube is connected to the multiple outer fin groups; the multiple outer fin groups are arrayed along the axial direction of the heat transfer tube; and the periphery of each outer fin group is connected to each outer fin group frame. a heat transfer tube, for separating fluids inside and outside the tube, and implementing heat transfer between the fluids inside and outside the tube by convection and conduction; outer fin groups, for extending an outer side heat exchange surface of the heat transfer tube, forming micro-channels, restricting an counter flow of an outside-of-tube fluid along the axial direction of the heat transfer tube, and simultaneously producing a turbulent flow action, holes are formed in the outer fin groups; the holes of the multiple outer fin groups form micro-channels parallel to the axial direction of the heat transfer tube; characterised in that the outer fin heat exchanger tube further comprises outer fin group frames, for reducing transverse flow of the outside-of-tube fluid of the heat transfer tube, wherein, an outer wall of the heat transfer tube is connected to the multiple outer fin groups; the multiple outer fin groups are arrayed along the axial direction of the heat transfer tube; and the periphery of each outer fin group is connected to each outer fin group frame.
A replaceable container for use with an apparatus for detecting and controlling subterranean termites, said apparatus having a substantially stationary aggregation base attractive to said termites for forming an aggregation site for said termites, said replaceable container comprising: a cup comprising a bottom and an imperforate sidewall defining an interior chamber, said bottom having at least one opening facing the aggregation base to permit the passage of termites from the aggregation base to the interior chamber of the cup, said bottom having small legs extending from the bottom of the cup to space the cup from the aggregation base to provide a gap for termite exploration between the bottom of the cup and the aggregation base; a material received within said container, wherein said material comprises at least one of a monitoring medium attractive to said termites and a bait both attractive and toxic to said termites; and wherein said container is sized and shaped such that the container may be removed from the apparatus without substantially disturbing the aggregation base. a cup comprising a bottom and an imperforate sidewall defining an interior chamber, said bottom having at least one opening facing the aggregation base to permit the passage of termites from the aggregation base to the interior chamber of the cup, said bottom having small legs extending from the bottom of the cup to space the cup from the aggregation base to provide a gap for termite exploration between the bottom of the cup and the aggregation base; a material received within said container, wherein said material comprises at least one of a monitoring medium attractive to said termites and a bait both attractive and toxic to said termites; and wherein said container is sized and shaped such that the container may be removed from the apparatus without substantially disturbing the aggregation base.