mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic signal generating device for a pneumatic tool, characterized in that the pneumatic signal generating device comprises: a valve sleeve having a sleeve chamber defined in the valve sleeve; an opening defined in an end of the valve sleeve and communicating with the sleeve chamber; and an input end defined in an end of the valve sleeve opposite the opening; a valve core mounted rotatably in the sleeve chamber of the valve sleeve and having an axial hole defined axially through the valve core; and an annular groove defined around an outer surface of the valve core; a piston pin mounted moveably in the axial hole in the valve core and having an end extending out of the input end of the valve sleeve and combined with a sealing cap; characterized by a guiding assembly combined rotatably with the valve core and comprising a signal member combined with the valve core, held in the annular groove in the valve core, and having a passage defined in the signal member and communicating with the sleeve chamber of the valve sleeve; and a guiding tube connected with the signal member and communicating with the passage in the signal member. a valve sleeve having a sleeve chamber defined in the valve sleeve; an opening defined in an end of the valve sleeve and communicating with the sleeve chamber; and an input end defined in an end of the valve sleeve opposite the opening; a valve core mounted rotatably in the sleeve chamber of the valve sleeve and having an axial hole defined axially through the valve core; and an annular groove defined around an outer surface of the valve core; a piston pin mounted moveably in the axial hole in the valve core and having an end extending out of the input end of the valve sleeve and combined with a sealing cap; characterized by a guiding assembly combined rotatably with the valve core and comprising a signal member combined with the valve core, held in the annular groove in the valve core, and having a passage defined in the signal member and communicating with the sleeve chamber of the valve sleeve; and a guiding tube connected with the signal member and communicating with the passage in the signal member.
Method for detecting an electrical arc in a photovoltaic installation, characterized in that it comprises the following steps: - measurement of voltage values at at least one point of the electrical circuit of the photovoltaic installation; - digitization of the measured voltage values to form a sampling of data x; - calculation of an estimation value y of the presence of an electrical arc based on a statistical calculation on the sampling of data and the inclusion of an omission factor Φ; - comparison of the estimation value y of the presence of an electrical arc with a threshold value to deduce therefrom the presence or absence of an electrical arc in the photovoltaic installation. - measurement of voltage values at at least one point of the electrical circuit of the photovoltaic installation; - digitization of the measured voltage values to form a sampling of data x; - calculation of an estimation value y of the presence of an electrical arc based on a statistical calculation on the sampling of data and the inclusion of an omission factor Φ; - comparison of the estimation value y of the presence of an electrical arc with a threshold value to deduce therefrom the presence or absence of an electrical arc in the photovoltaic installation.
A detection cassette, adapted to detect a sample, wherein the sample comprises a first component and a second component, the detection cassette comprising: a sample injection hole; a first separation tank, communicated with the sample injection hole, wherein a part of the sample is adapted to enter the first separation tank from the sample injection hole, and the part of the sample is separated into the first component and the second component in the first separation tank; a second separation tank, communicated with the sample injection hole, wherein another part of the sample is adapted to enter the second separation tank from the sample injection hole, and the another part of the sample is separated into the first component and the second component in the second separation tank; a first detection tank (148, 149), communicated with the first separation tank, wherein the first component separated in the first separation tank flows to the first detection tank (148, 149) for detection; and a second detection tank (178, 179), communicated with the second separation tank, characterized in that the second component separated in the second separation tank flows to the second detection tank (178, 179) for detection; and the detection cassette further comprises: a first connection flow channel, connected between the first separation tank and the second separation tank. a sample injection hole; a first separation tank, communicated with the sample injection hole, wherein a part of the sample is adapted to enter the first separation tank from the sample injection hole, and the part of the sample is separated into the first component and the second component in the first separation tank; a second separation tank, communicated with the sample injection hole, wherein another part of the sample is adapted to enter the second separation tank from the sample injection hole, and the another part of the sample is separated into the first component and the second component in the second separation tank; a first detection tank (148, 149), communicated with the first separation tank, wherein the first component separated in the first separation tank flows to the first detection tank (148, 149) for detection; and a second detection tank (178, 179), communicated with the second separation tank, characterized in that the second component separated in the second separation tank flows to the second detection tank (178, 179) for detection; and the detection cassette further comprises: a first connection flow channel, connected between the first separation tank and the second separation tank.
A non-naturally occurring polypeptide having cyclohexanone monooxygenase (CHMO) activity wherein the amino acid sequence of the polypeptide has at least 90% sequence identity to SEQ ID NO: 2 and one or more amino acid differences relative to SEQ ID NO: 2 selected from the following: X432Q, V, W or N; X143C, E, G, H, M, P, Q, S, or W; X246A, L, N, P, T, or V; X277C, G, H, P, T or W; X278A, K, Q or T; X280L; X281K, M, T, W, or Y; X326E, F, G, H, M, N, P, R, V, or W; X426G or T; X433S; X435G, K, V, or Y; X490A, C, D, G, I, K, L, M, N, S, or Y; and X532M, wherein the polypeptide is capable of converting the acid substrate compound to compound ( R -enantiomer) or its opposite enantiomer compound ( S -enantiomer) with at least 2-fold improved activity relative to the wild-type polypeptide of SEQ ID NO: 2 under the general SFP assay conditions recited in paragraph. X432Q, V, W or N; X143C, E, G, H, M, P, Q, S, or W; X246A, L, N, P, T, or V; X277C, G, H, P, T or W; X278A, K, Q or T; X280L; X281K, M, T, W, or Y; X326E, F, G, H, M, N, P, R, V, or W; X426G or T; X433S; X435G, K, V, or Y; X490A, C, D, G, I, K, L, M, N, S, or Y; and X532M,
A vertebral fusion device (30,30',30",40,40',51,51',52,53) comprising a support element configured for insertion between two corresponding vertebral portions of two adjacent vertebrae (10,20) of a patient's spine portion, said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24) comprising processes (12,22; 14,24) and/or joint surfaces (11,21; 13,23) of said adjacent vertebrae (10,20), such that a supporting reaction is provided to said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24), wherein said support element comprises: - a plastically deformable granular osteosynthesis material; - a hollow container body (31,31',41) having a side wall and two open end portions (35',35",45',45"), said hollow container body (31,31',41) arranged to contain said granular osteosynthesis material and to allow a direct contact of said granular osteosynthesis material with both said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24) through said open end portions (35',35",45',45"), said hollow container body (31,31',41) arranged to laterally contain said granular osteosynthesis material and to allow a plastic deformation thereof in an axial direction between said two open end portions until said granular osteosynthesis material forms a continuous pillar between said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24) along said axial direction, characterized in that said side wall of said hollow container body (31,31',41) comprises a cage element having a reticular structure, and in that said side wall is arranged to yield along said axial direction following the plastic deformation of said granular osteosynthesis material. - a plastically deformable granular osteosynthesis material; - a hollow container body (31,31',41) having a side wall and two open end portions (35',35",45',45"), said hollow container body (31,31',41) arranged to contain said granular osteosynthesis material and to allow a direct contact of said granular osteosynthesis material with both said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24) through said open end portions (35',35",45',45"), said hollow container body (31,31',41) arranged to laterally contain said granular osteosynthesis material and to allow a plastic deformation thereof in an axial direction between said two open end portions until said granular osteosynthesis material forms a continuous pillar between said corresponding vertebral portions (11,21; 12,22; 13,23; 14,24) along said axial direction,
An analytical device, comprising: a substrate comprising a first surface and at least a first optical waveguide disposed upon the first surface; a mask layer disposed over the first surface of the substrate, the mask layer covering at least a first portion of the waveguide and comprising a plurality of apertures leaving exposed portions of the waveguide; and a plurality of individual complexes immobilized sufficiently proximal to the first surface and external to the waveguide to be illuminated by an evanescent field emanating from the waveguide when light is passed through the waveguide, wherein individual complexes are confined by respective apertures in the mask layer, wherein the individual complexes are immobilized within apertures such that a signal from an individual immobilized complex is spatially optically resolvable from any other signal from any other immobilized individual complex. a substrate comprising a first surface and at least a first optical waveguide disposed upon the first surface; a mask layer disposed over the first surface of the substrate, the mask layer covering at least a first portion of the waveguide and comprising a plurality of apertures leaving exposed portions of the waveguide; and a plurality of individual complexes immobilized sufficiently proximal to the first surface and external to the waveguide to be illuminated by an evanescent field emanating from the waveguide when light is passed through the waveguide, wherein individual complexes are confined by respective apertures in the mask layer, wherein the individual complexes are immobilized within apertures such that a signal from an individual immobilized complex is spatially optically resolvable from any other signal from any other immobilized individual complex.
A method for setting a background of a user interface - UI - control on a screen of a terminal, the method comprising: acquiring, after a wallpaper of the terminal is updated, a fuzzy wallpaper obtained after Gaussian fuzzy processing is performed on the updated wallpaper, wherein the Gaussian fuzzy processing is performed by performing a convolution on the updated wallpaper and a Gaussian normal distribution; and setting a wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control, wherein the wallpaper area block is at a location on the acquired fuzzy wallpaper corresponding to a location of the UI control on the screen of the terminal, and wherein the setting the wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control comprises: when the UI control is at a first location on the screen, a first wallpaper area block from the fuzzy wallpaper corresponding to the first location is set as the background of the UI control, and when the UI control is moved to a second location on the screen, a second wallpaper area block from the fuzzy wallpaper corresponding to the second location is set as the background of the UI control. acquiring, after a wallpaper of the terminal is updated, a fuzzy wallpaper obtained after Gaussian fuzzy processing is performed on the updated wallpaper, wherein the Gaussian fuzzy processing is performed by performing a convolution on the updated wallpaper and a Gaussian normal distribution; and setting a wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control, wherein the wallpaper area block is at a location on the acquired fuzzy wallpaper corresponding to a location of the UI control on the screen of the terminal, and wherein the setting the wallpaper area block from the acquired fuzzy wallpaper to a background of the UI control comprises: when the UI control is at a first location on the screen, a first wallpaper area block from the fuzzy wallpaper corresponding to the first location is set as the background of the UI control, and when the UI control is moved to a second location on the screen, a second wallpaper area block from the fuzzy wallpaper corresponding to the second location is set as the background of the UI control.
A composition for controlling pests comprising, as active ingredients, ethaboxam and a neonicotinoid compound represented by formula: wherein A represents a 6-chloro-3-pyridyl group, a 2-chloro-5-thiazolyl group, a tetrahydrofuran-2-yl group or a tetrahydrofuran-3-yl group; Z represents a methyl group, an NHR 2 group, an N(CH 3)R 2 group or an SR 2 group; R 1 represents a hydrogen atom, a methyl group or an ethyl group; R 2 represents a hydrogen atom or a methyl group; or R 1 and R 2 together may form a CH 2 CH 2 group or a CH 2 OCH 2 group; X represents a nitrogen atom or a CH group; and Y represents a cyano group or a nitro group.
A flexible sump comprising: a sump cavity comprising flexible walls; a flange comprising a coupling section and an exposed section, the exposed section comprising an aperture; a platform coupled to an upper edge of the sump cavity; and a support structure coupled to the platform and the coupling section of the flange whereby the aperture provides an opening through which fuel may be added to or removed from a fuel structure to which the flexible sump is coupled. a sump cavity comprising flexible walls; a flange comprising a coupling section and an exposed section, the exposed section comprising an aperture; a platform coupled to an upper edge of the sump cavity; and a support structure coupled to the platform and the coupling section of the flange whereby the aperture provides an opening through which fuel may be added to or removed from a fuel structure to which the flexible sump is coupled.
A centrifugal hollow forming method, comprising the following steps: 1) Fill materials into a model in a molding device to form a parison which comprises a superficial frozen layer and an inner uncured layer; 2) Move the parison from the molding device to a centrifugation device; 3) Form the hollow basic body by making the uncured layer separate from the parison under centrifugal force generated by a centrifugation device. 1) Fill materials into a model in a molding device to form a parison which comprises a superficial frozen layer and an inner uncured layer; 2) Move the parison from the molding device to a centrifugation device; 3) Form the hollow basic body by making the uncured layer separate from the parison under centrifugal force generated by a centrifugation device.
An infrasound generator for enhancing the combustion of solid fuels burning in a combustion chamber, equipped with a vertical down pipe, a plurality of sound chambers and connections for the flow of infrasound between said sound chambers and said down pipe; characterized in that said infrasound generator comprises one or more set(-s) of each two vibrating plates, each of said vibrating plate of said set, situated parallel to each other, vibrating in the same direction with the same displacement amplitude but in antiphase; each of said vibrating plate of said one or more set(-s) is connected to one of said plurality of sound chambers; said down pipe is situated between said sound chambers and that there are flaps in front of the connections preventing ash particles from the combustion to enter into the sound chambers. characterized in that said infrasound generator comprises one or more set(-s) of each two vibrating plates, each of said vibrating plate of said set, situated parallel to each other, vibrating in the same direction with the same displacement amplitude but in antiphase; each of said vibrating plate of said one or more set(-s) is connected to one of said plurality of sound chambers; said down pipe is situated between said sound chambers and that there are flaps in front of the connections preventing ash particles from the combustion to enter into the sound chambers.
Air spring system for a rail vehicle, arranged as a secondary spring system between a car body and a bogie which serves as running gear, wherein the spring system has the following devices: - an air spring having an air spring volume in a working or pressure chamber which is formed in an air spring bellows arranged between air spring cover and running-gear-side rim, - an additional volume which interacts with the working or pressure chamber and which is formed in the air spring cover, - an additional spring which is arranged below the air spring and which interacts with the latter in a series connection and which is composed of elastomer material, preferably of rubber, - an emergency spring, which is in the form of a stop buffer and which is likewise composed of elastomer material, within the working or pressure chamber, wherein the emergency spring is provided so as to act between air spring cover and running-gear-side rim, characterized in that the air spring cover which accommodates the additional volume is of pot-shaped form with an upper wall, a lateral wall and a flange and which is equipped, in its outer edge regions, with reinforcing structural elements (12, 16, 17, 18, 21, 22), wherein functional and line elements (13, 14, 15) which are arranged on the air spring cover and which are required for the operation of the air spring system are connected to, and integrated into, the structural elements (12, 16, 17, 18, 21, 22) such that functional elements and line elements and structural elements in interaction increase the stiffness and the dimensional or form stability of the air spring cover. - an air spring having an air spring volume in a working or pressure chamber which is formed in an air spring bellows arranged between air spring cover and running-gear-side rim, - an additional volume which interacts with the working or pressure chamber and which is formed in the air spring cover, - an additional spring which is arranged below the air spring and which interacts with the latter in a series connection and which is composed of elastomer material, preferably of rubber, - an emergency spring, which is in the form of a stop buffer and which is likewise composed of elastomer material, within the working or pressure chamber, wherein the emergency spring is provided so as to act between air spring cover and running-gear-side rim,
Motor vehicle battery module having an energy content of at least 5 kWh and having the following features: a. the battery module comprises multiple individual batteries, each of which has at least one housing and at least one galvanic cell disposed within the housing, and b. the battery module comprises a joining device (50, 60), by means of which the individual batteries are assembled to form a battery module that can be handled as a whole, characterized by the feature that: c. the battery module has, on its outside, a spray-applied protective layer that comprises a wax and surrounds at least sections of the battery module, wherein d. the wax is intercalated in a matrix composed of a solidified binder, wherein the wax has a solidification point in the range from 30 to 95°C and the binder after solidification has a thermal stability of at least 100°C. a. the battery module comprises multiple individual batteries, each of which has at least one housing and at least one galvanic cell disposed within the housing, and b. the battery module comprises a joining device (50, 60), by means of which the individual batteries are assembled to form a battery module that can be handled as a whole, c. the battery module has, on its outside, a spray-applied protective layer that comprises a wax and surrounds at least sections of the battery module, wherein d. the wax is intercalated in a matrix composed of a solidified binder, wherein the wax has a solidification point in the range from 30 to 95°C and the binder after solidification has a thermal stability of at least 100°C.
A granulator comprising a granulator mill housing with a fixed section and an opening hatch which is pivotally connected to the fixed section by the intermediary of a first pivot with a substantially vertical first pivot axis, the granulator mill housing having a number of fixed knives, a rotor rotatably disposed in the granulator mill housing, with a number of knives, and a discharge section for discharging granulate material, characterised in that the opening hatch comprises a first part and a second part which are pivotally connected to one another at a second pivot with a substantially vertical second pivot axis.
Power injection apparatus for providing power to and communication data to or from a plurality of heater modules (12, 312, 412, 512) that are daisy-chain connected together, each of which heater modules (12, 312, 412, 512) comprises a heater element in a heater, a controller device (20, 320, 420, 520) connected to the heater by a primary heater cord (22, 322, 422), high voltage power conductors (140, 150, 162), neutral conductors (142, 152), and communication conductors (144, 146, 154, 156) extending from the controller device (20, 320, 420, 520), through the primary heater cord (22, 322, 422) to the heater, and through a secondary heater cord extending from the heater for connection to the controller device (20, 320, 420, 520) of another one of the heater modules (12, 312, 412, 512), comprising: means for injecting power into a first one of the heater modules (12, 312, 412, 512) while passing communication data into or out of said first one of the heater modules (12, 312, 412, 512); characterised by means for injecting auxiliary power into another one of the heater modules (12, 312, 412, 512) in the daisy-chain of heater modules (12, 312, 412, 512) by connecting a second power injection device into said another one of the heater modules (12, 312, 412, 512) and connecting the secondary heater cord of an intermediate heater module in the daisy chain of heater modules (12, 312, 412, 512) to the second power injection device to transmit communication data between the said another one of the heater modules (12, 312, 412, 512) and the said intermediate heater module through the power injection device.