mhurhangee/ep-ind-claims huggingface dataset:
A method of using a fertilizer composition comprising applying the composition to soil, said composition comprising a mixture 4% by weight to 20% by weight of a first source of a target micronutrient comprising said target micronutrient chelated with a chelating agent; and 20% by weight to 40 % by weight of a second source of the target micronutrient that is different from said first source; wherein each % by weight is based upon the total weight of said composition taken as 100% by weight; wherein the target micronutrient is selected from the group consisting of nickel, copper, zinc, manganese, iron, molybdenum, boron, and combinations thereof; and wherein said chelating agent is selected from the group consisting of ethylenediaminetetraacetic acid, ethylenediaminetetraacetate, EDTA salts, and mixtures thereof. 4% by weight to 20% by weight of a first source of a target micronutrient comprising said target micronutrient chelated with a chelating agent; and 20% by weight to 40 % by weight of a second source of the target micronutrient that is different from said first source; wherein each % by weight is based upon the total weight of said composition taken as 100% by weight; wherein the target micronutrient is selected from the group consisting of nickel, copper, zinc, manganese, iron, molybdenum, boron, and combinations thereof; and wherein said chelating agent is selected from the group consisting of ethylenediaminetetraacetic acid, ethylenediaminetetraacetate, EDTA salts, and mixtures thereof.
An electronic component mounting machine comprising: a storage section in which a viscous fluid is stored and a fluid film of the viscous fluid is formed; a movable section which holds an electronic component, moves, and dips the electronic component in the fluid film; characterized by a film thickness gage which forms measurement marks (200A to 200D) corresponding to measurement values in the fluid film by coming into contact with the fluid film, the measurement marks (200A to 200D) being for measuring a film thickness of the fluid film; and an imaging section which images the measurement marks (200A to 200D) which are formed in the fluid film by the film thickness gage, wherein the electronic component mounting machine detects the film thickness of the fluid film based on imaging data by the imaging section. a storage section in which a viscous fluid is stored and a fluid film of the viscous fluid is formed; a movable section which holds an electronic component, moves, and dips the electronic component in the fluid film; characterized by a film thickness gage which forms measurement marks (200A to 200D) corresponding to measurement values in the fluid film by coming into contact with the fluid film, the measurement marks (200A to 200D) being for measuring a film thickness of the fluid film; and an imaging section which images the measurement marks (200A to 200D) which are formed in the fluid film by the film thickness gage, wherein the electronic component mounting machine detects the film thickness of the fluid film based on imaging data by the imaging section.
An anti-theft device for a steering column, in particular for a motor vehicle, said anti-theft device having a « Y » general shape, a first branch including a lock with a rotor rotatably mounted about an axis of rotation and comprising a first end oriented outwardly from the « Y » and intended to receive a contact key, a second branch comprising a camshaft rotatably mounted about an axis of rotation and having a first end oriented outwardly from the « Y » and connected to a start contactor of the motor vehicle, a third branch comprising a bolt movably mounted in translation between a locking position of the steering column and a release position of said steering column, characterized in that the rotor includes at a second end, oriented inwardly of the « Y », a toothing engaged with a complementary toothing carried on a portion of its periphery, by a second end of the camshaft, oriented inwardly of the « Y », and that said second end of the camshaft is extended by a radial cam, said radial cam cooperating with a connecting member carried by the bolt.
A device, comprising: a) a metal substrate having opposite faces; b) one or more diffusion barrier layers on each of said opposite faces of said metal substrate; c) one or more insulator layers on said one or more diffusion barrier layers on each of said opposite faces of said metal substrate; and d) a device layer comprising electrical devices and/or electrical device features on one of said one or more insulator layers, wherein said one or more insulator layers on which said device layer is formed electrically isolates said one or more diffusion barrier layers from said electrical devices and said electrical device features. a) a metal substrate having opposite faces; b) one or more diffusion barrier layers on each of said opposite faces of said metal substrate; c) one or more insulator layers on said one or more diffusion barrier layers on each of said opposite faces of said metal substrate; and d) a device layer comprising electrical devices and/or electrical device features on one of said one or more insulator layers, wherein said one or more insulator layers on which said device layer is formed electrically isolates said one or more diffusion barrier layers from said electrical devices and said electrical device features.
A half mirror for use in a windshield, the half mirror comprising: a reflection layer including a non-reflection region (30, 42) which does not reflect visible light, a reflection region (34, 48) which is formed of a cholesteric liquid crystal layer and selectively reflects visible light, and a mixed region (32, 46) between the non-reflection region (30, 42) and the reflection region (34, 48), in which a non-reflection portion (32b, 46b) which does not reflect visible light and a reflection portion (32a, 50, 54) which is formed of a cholesteric liquid crystal layer and selectively reflects visible light are mixed, wherein in the mixed region (32, 46), an area of the reflection portion (32a, 50, 54) is gradually increased from the non-reflection region (30, 42) toward the reflection region (34, 48). a reflection layer including a non-reflection region (30, 42) which does not reflect visible light, a reflection region (34, 48) which is formed of a cholesteric liquid crystal layer and selectively reflects visible light, and a mixed region (32, 46) between the non-reflection region (30, 42) and the reflection region (34, 48), in which a non-reflection portion (32b, 46b) which does not reflect visible light and a reflection portion (32a, 50, 54) which is formed of a cholesteric liquid crystal layer and selectively reflects visible light are mixed, wherein in the mixed region (32, 46), an area of the reflection portion (32a, 50, 54) is gradually increased from the non-reflection region (30, 42) toward the reflection region (34, 48).
A source-follower based filter of a differential type having two stages with two pairs of source followers per stage, comprising: a first and a second stage (1,3; 2,4) which, each, comprises two source followers (1,3; 2,4), wherein a source follower (1;3) in the first stage (1;3) is series-connected to a corresponding source follower (2;4) in the second stage (2;4), and between input nodes (5,6) and output nodes (7,8) of the filter, wherein an inner node (9,10) electrically connects the two series-connected source followers (1,2;3,4) and feedback capacitors (11;12) are connected between said input node (5,6) and output nodes (7,8), respectively, the filter having a transfer function with at least two zeros and two poles, wherein said filter comprises additional feedback means for defining a location of said poles and zeros independently of one another, wherein the additional feedback means comprises capacitors, wherein said additional feedback means are connected between input nodes (5,6) and inner nodes (9,10) and between output nodes (7,8) and inner nodes (10;9) of the filter, and wherein the output nodes (7,8) are connected by a capacitor.
A solenoid valve having at least one electromagnetic circuit that is formed by a coil wound on a coil carrier, an armature, two cores (9, 10), at least one magnetizable feedback device and at least one permanent magnet, wherein the armature is supported for movement between two end positions (15, 16) defined by the cores (9, 10) and acts at least indirectly on a valve-closure member, wherein means are provided that fix the armature in the deenergized state, wherein energizing the coil causes a movement of the armature to the first or the second end position, wherein the coil and the at least one permanent magnet are arranged relative to one another in the axial direction such that two axially successive permanently magnetic circuits (18; 19) form in the feedback device, whereby, in the deenergized state, the armature is fixed in one end position (15; 16), wherein a control means is provided by which the polarity of the coil can be reversed, wherein reversing the polarity of the coil causes a change in the current direction and thus a reversal in the direction of the electromagnetic circuits (20, 21), characterized in that the feedback device is substantially formed by two axially successive feedback sheet elements or sections (6, 7), wherein the coil is arranged in the first feedback sheet element or section and the at least one permanent magnet is arranged in the second feedback sheet element or section, wherein the at least one permanent magnet is arranged on a soft iron element on the inner part of which a bearing means for the armature is provided, wherein the bearing means is arranged on the inner side of the coil carrier and on the inner side of the soft iron element.
A wound-dressing apparatus, the apparatus comprising an elongated wrapping element and a foldable pad element; wherein said pad element comprises a first portion attached to a first surface of said wrapping element and a second portion reversibly attached at one side thereof to said first portion, each portion comprising at least one absorbent layer (210; 212); wherein at least part of said first portion is attached to said first surface of said wrapping element, such that said at least one absorbent layer faces away from said first surface; wherein said second portion is attached to said first portion through attachment, such that said second portion is elevatable from a closed position to an open position, wherein in the closed position said second portion folds over said first portion; and wherein in the open position the at least one absorbent layer (210; 212) is exposed and said second portion extends beyond said wrapping element, such that the width of the pad element is larger than the width of the elongated wrapping element wherein said said elongated wrapping element has a first and a second end, wherein one of said first or second ends of said elongated wrapping element comprises a compartment having at least one opening; wherein said compartment contains wound-dressing material.
Method for operating a vehicle drive train with an engine, with a transmission apparatus having a plurality of shift elements (A to F), which are in each case connected into or disconnected from a force flux in order to provide various step-up ratios ("1" to "8"), and with a power take-off, the power take-off being coupled to a transmission output shaft and the engine being coupled to a transmission input shaft of the transmission apparatus, wherein, in the presence of a requirement for interrupting the force flux in the transmission apparatus between the transmission input shaft and the transmission output shaft a maximum number of the shift elements (A to F) are transferred into and/or held in a closed operating state and the other shift elements (A to F) are transferred into and/or held in an open operating state, the transmission output shaft being rotatable, characterized in that, in the presence of a requirement for interrupting the force flux between the transmission input shaft and the transmission output shaft in an operating state of the transmission apparatus for which a positive shift element is opened in the transmission apparatus, the positive shift element is closed when a differential rotational speed in the region of the positive shift element is guided by the shift of the shift elements (B to E), after the cancellation of the force flux, into a differential rotational-speed window within which the positive shift element can be closed.
A method of cooking a food in a cooking appliance which includes a heater and a fan that can be operated at intervals, characterized in that the ratio between operating phases and standstill phases of the fan (clock ratio) is varied as a function of the decrease in heat in the cooking chamber of the cooking appliance, the clock ratio being dependent on the cooking program, characterized in that the core temperature of a product to be cooked is monitored and the portion of the standstill phases is increased when the difference between the actual core temperature and either the set-point core temperature or the cooking chamber temperature and/or the shank temperature of a temperature sensor and/or the set-point cooking chamber temperature falls below a predetermined threshold.
Hand-held device for the optical and contact-free determination of the thickness of a rolled metal strip, the device being formed by a housing with a handle, the housing being provided with a C-shaped measuring frame having an insertion gap for a peripheral region of a rolled metal strip, and a distance measuring device is disposed on the measuring frame respectively on either side of the insertion gap, the distance measuring device having at least one triangulation device and an evaluation and control unit, characterised in that the device further comprises at least one multiwavelength interferometer, a 3D acceleration sensor and an additional multiwavelength interferometer for preventing measuring errors due to the influence of heat on the dimensions of the measuring frame and to compensate for changes in the refractive index in the insertion gap.
Method at a node in a wireless communication network of estimating parameters used for determining a signal-to-interference measure at a wireless communication device served by a base station, comprising: acquiring an estimate of channel gain between the communication device and the serving base station, and between the communication device and at least one base station of a neighbouring cell; estimating the signal-to-interference measure using the estimate of the respective channel gain and acquired output power and Physical Resource Block, PRB, utilization of each of the base stations (12, 13), to be complied with when communicating with the communication device; receiving, from the communication device, an indication of quality of a channel via which the communication device is served by the base station; determining whether a change in the estimate of the signal-to-interference measure is required based on said indication of channel quality; and if so updating the estimate of the channel gain between the communication device and the serving base station and/or between the communication device and the at least one base station of a neighbouring cell to attain the required change in the estimate of the signal-to-interference measure. acquiring an estimate of channel gain between the communication device and the serving base station, and between the communication device and at least one base station of a neighbouring cell; estimating the signal-to-interference measure using the estimate of the respective channel gain and acquired output power and Physical Resource Block, PRB, utilization of each of the base stations (12, 13), to be complied with when communicating with the communication device; receiving, from the communication device, an indication of quality of a channel via which the communication device is served by the base station; determining whether a change in the estimate of the signal-to-interference measure is required based on said indication of channel quality; and if so updating the estimate of the channel gain between the communication device and the serving base station and/or between the communication device and the at least one base station of a neighbouring cell to attain the required change in the estimate of the signal-to-interference measure.
A height adjustment arrangement for a lawn mower for changing a cutting height of a lawn mower chassis, the height adjustment arrangement comprising: a respective link arm (2a, 2b) pivotally arranged about a respective pivot point at opposite sides of the chassis, a transversal rod extending between the link arms (2a, 2b) and comprising respective wheel attachment ends (6a, 6b) configured to protrude outwardly from the respective link arm (2a, 2b) at a distance from the respective pivot point, and a locking arrangement for releaseably locking at least one of the link arms (2a, 2b) in a pivot position corresponding to a desired cutting height of the chassis, wherein the transversal rod further comprises respective connection portions (9a, 9b) which are essentially parallel to the link arms (2a, 2b) and releasably connected thereto by an interconnection means (10a, 10b) configured to maintain a relative position between the connection portion (9a, 9b) and the link arm (2a, 2b), such that pivoting of the link arm (2a, 2b) causes the wheel attachment ends (6a, 6b) to synchronously change the cutting height of the lawn mower chassis, characterized in that the interconnection means (10a, 10b) is an integrated part of the link arm (2a, 2b) arranged as a fork portion on the link arm (2a, 2b) configured to receive the connection portion (9a, 9b). a respective link arm (2a, 2b) pivotally arranged about a respective pivot point at opposite sides of the chassis, a transversal rod extending between the link arms (2a, 2b) and comprising respective wheel attachment ends (6a, 6b) configured to protrude outwardly from the respective link arm (2a, 2b) at a distance from the respective pivot point, and a locking arrangement for releaseably locking at least one of the link arms (2a, 2b) in a pivot position corresponding to a desired cutting height of the chassis, wherein the transversal rod further comprises respective connection portions (9a, 9b) which are essentially parallel to the link arms (2a, 2b) and releasably connected thereto by an interconnection means (10a, 10b) configured to maintain a relative position between the connection portion (9a, 9b) and the link arm (2a, 2b), such that pivoting of the link arm (2a, 2b) causes the wheel attachment ends (6a, 6b) to synchronously change the cutting height of the lawn mower chassis, characterized in that
An electrode structure for electronic muscle stimulation (100, 200, 300, 400), characterized by comprising: a conductive fabric layer (110, 210, 310, 410) having a first surface (112, 212) and a second surface (114, 214) opposite to each other; a water retention fabric layer (120, 220, 320, 420) connected to the first surface (112, 212) of the conductive fabric layer (110, 210, 310, 410), wherein a plurality of EMS points of the electrode structure (100, 200, 300, 400) are consisted of the water retention fabric layer (120, 220, 320, 420); and a dielectric protection layer (130, 230) disposed on the first surface of the conductive fabric layer (110, 210, 310, 410) and surrounding a peripheral of the water retention fabric layer (120, 220, 320, 420). a conductive fabric layer (110, 210, 310, 410) having a first surface (112, 212) and a second surface (114, 214) opposite to each other; a water retention fabric layer (120, 220, 320, 420) connected to the first surface (112, 212) of the conductive fabric layer (110, 210, 310, 410), wherein a plurality of EMS points of the electrode structure (100, 200, 300, 400) are consisted of the water retention fabric layer (120, 220, 320, 420); and a dielectric protection layer (130, 230) disposed on the first surface of the conductive fabric layer (110, 210, 310, 410) and surrounding a peripheral of the water retention fabric layer (120, 220, 320, 420).
Device for a turbocharger, comprising an air inlet housing, which air inlet housing has a flange, an inner compressor housing, which inner compressor housing has a flange, and an outer compressor housing, which outer compressor housing has a flange, wherein the air inlet housing, the inner compressor housing and the outer compressor housing are mechanically connected to one another by way of a flange connection, which flange connection connects the flange of the air inlet housing, the flange of the inner compressor housing and the flange of the outer compressor housing by way of screw connections, wherein the flange of the inner compressor housing is arranged between the flange of the air inlet housing and the flange of the outer compressor housing, characterized in that the screw connections comprise a first type of short screw connections, which short connections connect only the inner compressor housing and the outer compressor housing, out of the air inlet housing, the inner compressor housing and the outer compressor housing, to one another, and the screw connections comprise a second type of long screw connections, which long connections connect the air inlet housing, the inner compressor housing and the outer compressor housing to one another.
An optical tracking tool for navigating a surgery, comprising a mounting base, wherein the mounting base is provided with two to six supporting faces thereon, two or four reflective balls are mounted on each of the supporting faces, a positioning face is formed by a quadrilateral with four reflective balls located on the same supporting face as end points or formed by a quadrilateral with four reflective balls located on two adjacent supporting faces as end points, an angle between surface normal vectors of two adjacent positioning faces being 90°-140°, and any two positioning faces being different in shape or size, characterized in that, each of the reflective balls is connected with a respective supporting face through a reflective ball mounting base; the reflective ball mounting base comprises a ball support, a seal rubber ring and an annular cover plate, and the ball support is fixedly connected to the supporting face; each of the reflective balls is composed of two hemispheres with different diameters, wherein the larger-diameter hemispherical portion of the reflective ball is held up by the ball support and then is locked and fastened by the annular cover plate arranged on the ball support in a form of a buckle, the smaller-diameter hemispherical portion of the reflective ball protrudes from the annular cover plate, and the seal rubber ring is arranged between the ball support and the larger-diameter hemisphere portion of the reflective ball.
Method for filtering a platinum bath by electrodialysis, the platinum bath containing Cl - ions and Na + ions, the method comprising consecutive steps of: - extracting fluid from the platinum bath by means of an extraction current; - filtering the fluid extracted during the extraction step, carried out by electrodialysis in a filtering device comprising an electrodialysis reactor; - supplying the platinum bath with the fluid from the filtering step, by means of a filtered bath current; all of these steps being carried out in a continuous flow, and the filtering step being carried out when the concentration of Cl - ions in the platinum bath is greater than or equal to a first predetermined threshold value, or the concentration of Na + ions in the platinum bath is greater than or equal to a second predetermined threshold value. - extracting fluid from the platinum bath by means of an extraction current; - filtering the fluid extracted during the extraction step, carried out by electrodialysis in a filtering device comprising an electrodialysis reactor; - supplying the platinum bath with the fluid from the filtering step, by means of a filtered bath current;