mhurhangee/ep-ind-claims huggingface dataset:
Optically variable security element having a combination of thin optically effective layers and which has, in reflected view, at least one first colour impression and, in transmitted view, at least one second colour impression, wherein the optically variable security element has an additional reflected-view/transmitted-view effect, wherein the optically variable security element comprises at least one arrangement of image elements, wherein the additional reflected-view/transmitted-view effect is produced by the at least one arrangement of image elements (2, 4, 5, 6) applied on at least one side of the optically variable security element, wherein the image elements (2, 4, 5, 6) are not light-diffractive or interference-producing microstructures, wherein, from a given side of the optically variable security element at a given viewing angle, the image elements (2, 4, 5, 6) are not visible in reflected view but are visible in transmitted view, or, from the given side of the optically variable security element at the given viewing angle, the combination of thin optically effective layers is not visible in reflected view but is visible in transmitted view, characterized in that the combination of thin optically effective layers is a thin-film element in the form of an interference-capable multilayer construction.
A recombinant microorganism of the Enterobacteriaceae family which already produces L-amino acids and which contains an overexpressed yodA ORF, and which produces L-amino acids in an improved manner in comparison to microorganisms which are not recombinant for the yodA ORF, and which do not contain any potentiated yodA ORF.
A variable frequency oil gas recovery control system for an oiling machine with a self calibrated gas liquid ratio, comprising a gas filter, an oil gas flowmeter, an oil gas recovery pump, an oil tank, a recovery electrical motor, a controller, a temperature sensor, an oiling pump, an oil gun, an oiling flowmeter which is used for measuring the oiling amount, the oiling flowmeter being arranged on an oiling pipeline, and being in signal connection with the controller, the recovery electrical motor and the oil gas recovery pump being in sequence, the controller being used to control the recovery electrical motor and the oil gas recovery pump by temperature signals and by oil gas recovery amount signals; the oil gas flowmeter being used for measuring the oil gas recovery amount, which is in signal connection with the controller; the temperature sensor being in signal connection with the controller; characterized in that an oil gas switching valve is arranged at the muzzle of the oil gun; a steadyflow tank is disposed between the gas filter and the oil gas flowmeter on an oil gas recovery pipeline; wherein the oil gas switching valve, the gas filter, the steadyflow tank, the oil gas flowmeter, the oil gas recovery pump, the oil tank, the oiling pump, the oiling flowmeter and the oil gun are connected in sequence.
An endless industrial fabric, belt or sleeve comprising: one or more spirally wound strips of polymeric material wherein said one or more strips of polymeric material is an industrial strapping or ribbon material, wherein the strapping or ribbon material is uniaxially oriented and has at least twice the tensile modulus of a biaxially oriented material and up to ten times the modulus of an extruded material, characterised in that said industrial strapping or ribbon material includes a reinforcing material oriented in the MD of the belt or sleeve selected from the group consisting of fibers, yarns, monofilaments and multifilament yarns, wherein the reinforcing material is made of a material selected from the group consisting of aramids, thermoplastic polymers, thermosetting polymers, glass and carbon, and wherein the melting temperature of the strapping or ribbon material is lower than the melting temperature of the reinforcing material. one or more spirally wound strips of polymeric material wherein said one or more strips of polymeric material is an industrial strapping or ribbon material, wherein the strapping or ribbon material is uniaxially oriented and has at least twice the tensile modulus of a biaxially oriented material and up to ten times the modulus of an extruded material, characterised in that said industrial strapping or ribbon material includes a reinforcing material oriented in the MD of the belt or sleeve selected from the group consisting of fibers, yarns, monofilaments and multifilament yarns, wherein the reinforcing material is made of a material selected from the group consisting of aramids, thermoplastic polymers, thermosetting polymers, glass and carbon, and wherein the melting temperature of the strapping or ribbon material is lower than the melting temperature of the reinforcing material.
Hand-held steam appliance, comprising a housing and a pressure storage device with a steam valve, which is arranged in an inside space of the housing, wherein the housing comprises a housing shell device with a first housing shell and a second housing shell, the first housing shell and the second housing shell are connected to one another, the housing shell device has an opening to the inside space, at which opening a housing insert is arranged, which closes the opening, and at least one of the following elements is arranged on the housing insert: a steam delivery actuating element, a movable lever element, which is able to act on the steam valve to actuate same, a child safety lock actuating element, and further comprising a first assembly, which comprises the steam delivery actuating element, the child safety lock actuating element, and the lever element, and a second assembly, which comprises the pressure storage device, wherein the first assembly and the second assembly are arranged and/or held on the housing insert.
A compound represented by General Formula or and having a total of 15 to 110 carbon atoms: R 1 R 2 R 3 A R 1 R 2 A-Y-AR 3 R 4 wherein A is phosphorus or arsenic; R 1, R 2, R 3 and R 4 are each independently a substituted pyridyl group having electron-withdrawing groups, which are optionally different, bonded to the positions meta to the atom A as well as hydrogen atoms bonded to the positions ortho to the atom A; and Y is a divalent group derived from a C 2-20, optionally substituted and optionally heteroatom-containing, aliphatic, alicyclic or aromatic compound or from ferrocene; wherein the electron-withdrawing group is at least one selected from the group consisting of a perhaloalkyl group having 1 to 4 carbon atoms, a halogen, nitro group, cyano group, pentafluorophenyl group, tetrafluoropyridyl group, heptafluorotolyl group, 2,6-ditrifluoromethylpyridyl group and 3,5-ditrifluoromethylphenyl group.
An inspection vehicle configured to inspect steam generators, the inspection vehicle comprising: a front chassis comprising two independently driven magnetic wheels; a rear chassis comprising two independently driven magnetic wheels; a connecting member flexibly connecting the front chassis to the rear chassis to permit relative motion between the front chassis and the rear chassis along at least one axis, the connecting member, front chassis, and rear chassis collectively defining a receiving area; a navigation camera disposed on the front chassis; and a pan and tilt inspection camera assembly comprising a first rotatable arm driven by a first motor, a second rotatable arm disposed on a distal portion of the first rotatable arm, the second rotatable arm being driven by a second motor, and an inspection camera rotatably disposed on a distal portion of the second arm, the inspection camera being driven by a third motor, the camera assembly being dimensioned to be received within the receiving area in a stowed position. a front chassis comprising two independently driven magnetic wheels; a rear chassis comprising two independently driven magnetic wheels; a connecting member flexibly connecting the front chassis to the rear chassis to permit relative motion between the front chassis and the rear chassis along at least one axis, the connecting member, front chassis, and rear chassis collectively defining a receiving area; a navigation camera disposed on the front chassis; and a pan and tilt inspection camera assembly comprising a first rotatable arm driven by a first motor, a second rotatable arm disposed on a distal portion of the first rotatable arm, the second rotatable arm being driven by a second motor, and an inspection camera rotatably disposed on a distal portion of the second arm, the inspection camera being driven by a third motor, the camera assembly being dimensioned to be received within the receiving area in a stowed position.
An oxidant reduction electrode module for coupling to a cell cover and immersion into an ionically conductive medium of an electrochemical cell, the oxidant reduction electrode module comprising: a housing configured to define a gaseous oxidant receiving space therein; an oxidant reduction electrode having an oxidant facing side and an ionically conductive medium facing side, the oxidant reduction electrode mounted to said housing such that the oxidant reduction electrode defines a boundary wall for the gaseous oxidant receiving space, with the oxidant facing side facing inwardly to the gaseous oxidant receiving space and the ionically conductive medium facing side facing outwardly for exposure to the ionically conductive medium; and a gaseous oxidant inlet and a gaseous oxidant outlet in communication with the gaseous oxidant receiving space; wherein the gaseous oxidant inlet is configured to allow an oxidant into the gaseous oxidant receiving space, the oxidant reduction electrode is configured to absorb the gaseous oxidant via the oxidant facing side and reduce the gaseous oxidant during discharge of the electrochemical cell;. characterized in that the oxidant reduction electrode module further comprises an electrical conductor provided in a conductor channel, or in a gaseous inlet or outlet (120, 13), and electrically connected to the oxidant reduction electrode; wherein the electrical conductor is configured to electrically connect the oxidant reduction electrode with circuitry in the cell cover. a housing configured to define a gaseous oxidant receiving space therein; an oxidant reduction electrode having an oxidant facing side and an ionically conductive medium facing side, the oxidant reduction electrode mounted to said housing such that the oxidant reduction electrode defines a boundary wall for the gaseous oxidant receiving space, with the oxidant facing side facing inwardly to the gaseous oxidant receiving space and the ionically conductive medium facing side facing outwardly for exposure to the ionically conductive medium; and a gaseous oxidant inlet and a gaseous oxidant outlet in communication with the gaseous oxidant receiving space; wherein the gaseous oxidant inlet is configured to allow an oxidant into the gaseous oxidant receiving space, the oxidant reduction electrode is configured to absorb the gaseous oxidant via the oxidant facing side and reduce the gaseous oxidant during discharge of the electrochemical cell;. characterized in that the oxidant reduction electrode module further comprises an electrical conductor provided in a conductor channel, or in a gaseous inlet or outlet (120, 13), and electrically connected to the oxidant reduction electrode; wherein the electrical conductor is configured to electrically connect the oxidant reduction electrode with circuitry in the cell cover.
A mobile terminal comprising: a case (201, 202) having a first body having a display and a second body, wherein the first body has a bezel portion, and the second body has a transparent portion; a controller located in the first body; characterized by further comprising: an antenna including a transparent sheet and an antenna pattern provided on the transparent sheet, wherein the antenna pattern includes a transparent pattern arranged at the transparent portion and non-transparent pattern arranged at the bezel portion, wherein the transparent pattern is configured to allow a light emitted from at least one light source to pass through the transparent pattern to the exterior of the case (201, 202), and wherein the controller is operatively connected to the antenna pattern. a case (201, 202) having a first body having a display and a second body, wherein the first body has a bezel portion, and the second body has a transparent portion; a controller located in the first body; characterized by further comprising: an antenna including a transparent sheet and an antenna pattern provided on the transparent sheet, wherein the antenna pattern includes a transparent pattern arranged at the transparent portion and non-transparent pattern arranged at the bezel portion, wherein the transparent pattern is configured to allow a light emitted from at least one light source to pass through the transparent pattern to the exterior of the case (201, 202), and wherein the controller is operatively connected to the antenna pattern. an antenna including a transparent sheet and an antenna pattern provided on the transparent sheet, wherein the antenna pattern includes a transparent pattern arranged at the transparent portion and non-transparent pattern arranged at the bezel portion, wherein the transparent pattern is configured to allow a light emitted from at least one light source to pass through the transparent pattern to the exterior of the case (201, 202), and wherein the controller is operatively connected to the antenna pattern.
A dual power transfer switch for electrically connecting with a first power supply and a second power supply, comprising: a main shaft; a first drive disc which is integrated with the main shaft, wherein the first drive disc comprises a first stop surface, at least one first pin and at least one first pin hole, the first stop surface protrudes from a surface of the first drive disc, the at least one first pin is fixed on the first drive disc; and a second drive disc which is arranged coaxially with the first drive disc, wherein the second drive disc comprises a second stop surface, at least one second pin and at least one second pin hole, the second stop surface protrudes from a surface of the second drive disc, the at least one second pin is fixed on the second drive disc; wherein the at least one first pin cooperates with the at least one second pin hole, the at least one second pin cooperates with the at least one first pin hole, the second stop surface abuts against the first stop surface so that the first drive disc and the second drive disc rotate together in a circumferential rotation direction and so that: the first power supply is turned on, and the second power supply is turned off; both the first power supply and the second power supply are turned off; or the first power supply is turned off and the second power supply is turned on. a main shaft; a first drive disc which is integrated with the main shaft, wherein the first drive disc comprises a first stop surface, at least one first pin and at least one first pin hole, the first stop surface protrudes from a surface of the first drive disc, the at least one first pin is fixed on the first drive disc; and a second drive disc which is arranged coaxially with the first drive disc, wherein the second drive disc comprises a second stop surface, at least one second pin and at least one second pin hole, the second stop surface protrudes from a surface of the second drive disc, the at least one second pin is fixed on the second drive disc; wherein the at least one first pin cooperates with the at least one second pin hole, the at least one second pin cooperates with the at least one first pin hole, the second stop surface abuts against the first stop surface so that the first drive disc and the second drive disc rotate together in a circumferential rotation direction and so that: the first power supply is turned on, and the second power supply is turned off; both the first power supply and the second power supply are turned off; or the first power supply is turned off and the second power supply is turned on. the first power supply is turned on, and the second power supply is turned off; both the first power supply and the second power supply are turned off; or the first power supply is turned off and the second power supply is turned on.
A method, comprising: receiving an input indicative of respective measured locations of a plurality of points disposed along a length of a probe inside a body of a subject; applying a model of known mechanical properties of the probe to the respective measured locations so as to minimize a first cost function with respect to shapes that can be assumed by the probe in the body; choosing a shape responsively to the minimized first cost function and determining preliminary coordinates of the measured locations responsively to the shape; characterized by minimizing a second cost function with respect to differences between the measured locations and the preliminary coordinates; and generating corrected coordinates of the points along the length of the probe based on the minimized second cost function. receiving an input indicative of respective measured locations of a plurality of points disposed along a length of a probe inside a body of a subject; applying a model of known mechanical properties of the probe to the respective measured locations so as to minimize a first cost function with respect to shapes that can be assumed by the probe in the body; choosing a shape responsively to the minimized first cost function and determining preliminary coordinates of the measured locations responsively to the shape; characterized by minimizing a second cost function with respect to differences between the measured locations and the preliminary coordinates; and generating corrected coordinates of the points along the length of the probe based on the minimized second cost function.
A memory device, comprising: a first electrode; a second electrode, the second electrode coupled to the first electrode through a resistance switching material, selectable between a first state, and a second state with higher resistance than the first state characterized in that the resistance switching material forms a ring-like structure having a plurality of portions, wherein each respective portion comprises a cell of the memory device; and a single rectifying device coupled to a plurality of the cells through the first electrode. a first electrode; a second electrode, the second electrode coupled to the first electrode through a resistance switching material, selectable between a first state, and a second state with higher resistance than the first state characterized in that the resistance switching material forms a ring-like structure having a plurality of portions, wherein each respective portion comprises a cell of the memory device; and a single rectifying device coupled to a plurality of the cells through the first electrode.
A method for surface modification with nanocomposites containing metallic nanoparticles and boron compounds, characterised in that the selected solid substance comprising the surface to be modified is placed in a colloidal solution of bare metallic nanoparticles stabilised with boron compounds being oxoborates, and subsequently the oxoborates are polymerised/condensed by induction of a pH change by adding an acid or a base, or by addition of bivalent or trivalent metal salts, in particular Mg, Ca, Cu, Fe, Cr, Au, Hg, or Pb salts, which results in formation of nanocomposites from metallic nanoparticles and polyoxoborates adsorbed on the material used.
A traditional Chinese medicine composition, which is prepared from the following traditional Chinese medicine raw materials in parts by weight: 5 to 25 parts by weight of buffalo horn powder, 5 to 15 parts by weight of Japanese honeysuckle flower, 5 to 15 parts by weight of gypsum, 2 to 10 parts by weight of red peony root, 2 to 10 parts by weight of tree peony bark, 1 to 4 parts by weight of charred cape jasmine fruit, 2 to 10 parts by weight of baical skullcap root, 5 to 15 parts by weight of garden burnet root and 0.5 to 3 parts by weight of liquorice root.
A method comprising: providing a sheet of highly magnetic permeable material, the sheet having a width and a length, and a first surface and an opposite second surface with a thickness extending therebetween; forming the sheet with a plurality of slots in the first and second surfaces and at least partially extending through the sheet thickness parallel to the width of the sheet and spaced along a length of the sheet, the slots defining a plurality of teeth in the sheet between the slots and enabling the sheet to be conformable to a mounting surface of a secondary of a motor, the plurality of teeth having a motor pitch; characterized in the following: forming the sheet first surface with a first set of pockets adjacent the plurality of slots, the first set of pockets extending parallel to the width and being spaced along the length of the sheet, the first set of pockets forming an encoder scale for the motor, the first set of pockets having an encoder pitch, the motor pitch being an integer multiple of the encoder pitch; forming the sheet first surface with a second set of pockets formed adjacent the first set of pockets, the second set of pockets extending parallel to the width and being spaced along the length of the sheet, the second set of pockets forming teeth in a track readable by a sensor operatively connected to a control controlling commutation of the motor; and mounting the sheet to a support surface to form the secondary of the motor wherein the sheet is conformable to the support surface. providing a sheet of highly magnetic permeable material, the sheet having a width and a length, and a first surface and an opposite second surface with a thickness extending therebetween; forming the sheet with a plurality of slots in the first and second surfaces and at least partially extending through the sheet thickness parallel to the width of the sheet and spaced along a length of the sheet, the slots defining a plurality of teeth in the sheet between the slots and enabling the sheet to be conformable to a mounting surface of a secondary of a motor, the plurality of teeth having a motor pitch; forming the sheet first surface with a first set of pockets adjacent the plurality of slots, the first set of pockets extending parallel to the width and being spaced along the length of the sheet, the first set of pockets forming an encoder scale for the motor, the first set of pockets having an encoder pitch, the motor pitch being an integer multiple of the encoder pitch; forming the sheet first surface with a second set of pockets formed adjacent the first set of pockets, the second set of pockets extending parallel to the width and being spaced along the length of the sheet, the second set of pockets forming teeth in a track readable by a sensor operatively connected to a control controlling commutation of the motor; and mounting the sheet to a support surface to form the secondary of the motor wherein the sheet is conformable to the support surface.