mhurhangee/ep-ind-claims huggingface dataset:
A method for improving absorption of at least nitrate nitrogen by a plant, the method comprising spraying nanobubble water over soil in which a plant is planted, wherein the plant is selected from flowers and ornamental plants or from root vegetables, wherein the method comprises: the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion. wherein the plant is selected from flowers and ornamental plants or from root vegetables, wherein the method comprises: the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion. the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion.
A method of tracking multiple objects, comprising: (a) obtaining a video data including a first image frame and at least one key frame that is part of a key frame set storing object shapes from various viewpoints, the at least one key frame comprising at least one key point; (b) detecting at least one object included in a first subset of the multiple objects from the first image frame at a first predetermined time; (c) tracking all multiple objects including the objects of the first subset among image frames at times preceding the first predetermined time of the first image frame, while performing step (b), wherein the step (b) includes extracting at least one feature point from the first image frame and matching the at least one key point with the at least one feature point, characterized in that the time to detect the multiple objects is divided into successive frames due to real time constraints, and undetected objects among objects that already exist in a current frame are detected in any one of the subsequent frames. (a) obtaining a video data including a first image frame and at least one key frame that is part of a key frame set storing object shapes from various viewpoints, the at least one key frame comprising at least one key point; (b) detecting at least one object included in a first subset of the multiple objects from the first image frame at a first predetermined time; (c) tracking all multiple objects including the objects of the first subset among image frames at times preceding the first predetermined time of the first image frame, while performing step (b),
A method for assembling a hollow rail for guiding a lift car and/or a counterweight of a lift installation, wherein the method comprises: arranging a first hollow rail part and a second hollow rail part at different heights in a lift shaft of the lift installation; aligning the first hollow rail part relative to the second hollow rail part by means of an alignment piece so that the first hollow rail part and the second hollow rail part extend along a common longitudinal axis, wherein the alignment piece is arranged between the first hollow rail part and the second hollow rail part such that the alignment piece protrudes partially into an open end of the first hollow rail part and partially into an open end of the second hollow rail part; fastening one clamping element (17a, 17b) to the first hollow rail part and one to the second hollow rail part; and applying a force to the clamping elements (17a, 17b) in opposite directions parallel to the common longitudinal axis to bring together the first hollow rail part and the second hollow rail part to form the hollow rail, wherein the alignment piece is pressed into the open end of the first hollow rail part and/or into the open end of the second hollow rail part. arranging a first hollow rail part and a second hollow rail part at different heights in a lift shaft of the lift installation; aligning the first hollow rail part relative to the second hollow rail part by means of an alignment piece so that the first hollow rail part and the second hollow rail part extend along a common longitudinal axis, wherein the alignment piece is arranged between the first hollow rail part and the second hollow rail part such that the alignment piece protrudes partially into an open end of the first hollow rail part and partially into an open end of the second hollow rail part; fastening one clamping element (17a, 17b) to the first hollow rail part and one to the second hollow rail part; and applying a force to the clamping elements (17a, 17b) in opposite directions parallel to the common longitudinal axis to bring together the first hollow rail part and the second hollow rail part to form the hollow rail, wherein the alignment piece is pressed into the open end of the first hollow rail part and/or into the open end of the second hollow rail part.
A building that is adaptable between a first normal configuration and a second wind-resistant configuration by relative movement of at least two space enclosing elements of the building, wherein the first configuration comprises a first roof element moveable relative to at least one structurally supporting part of the building which first roof element in the first configuration has a first roof angle to the horizontal and an adjacent first side wall element at least a portion of which is moveable relative to at least one structurally supporting part of the building which first side wall element in the first configuration has a first side wall angle to the horizontal and wherein the second configuration comprises a composite roof-wall arrangement having a roof component derived from at least a portion of the first roof element cooperating with a side wall component derived from at least a portion of the first side wall element, the angle to the horizontal of the roof component and wall component of the composite roof-wall arrangement being a substantially consistent angle of inclination and intermediate between the first roof angle and the first wall angle.
Handle unit for a vehicle, having a handle for opening an opening element of the vehicle, which is movable at least between an actuation position (11.2) for activating an electric opening function for opening the opening element and an emergency opening position (11.3) for opening the opening element mechanically, a rotation element, which is designed to rotate preferably about an axis of rotation (20.1) or swivel track (20.1) when moving the handle from the actuation position (11.2) into the emergency opening position (11.3), and a counterforce element for exerting a counterforce on the rotation element when moving the handles from the actuation position (11.2) into the emergency opening position (11.3), wherein the rotation element and the counterforce element form a contact pair that has at least one contact region, which can be brought into a resistance position (40.1), in which the counterforce can be exerted on the rotation element by the counterforce element, and an unblocking position (40.2), in which the counterforce element can be overcome when the handle is moved from the actuation position (11.2) into the emergency opening position (11.3), characterized in that the counterforce element has a movable bearing for moving the counterforce element in at least one resetting direction, so that the counterforce element can be overcome by the rotation element when the handle is moved back from the emergency opening position (11.3) while the contact region is in the resistance position (40.1). a handle for opening an opening element of the vehicle, which is movable at least between an actuation position (11.2) for activating an electric opening function for opening the opening element and an emergency opening position (11.3) for opening the opening element mechanically, a rotation element, which is designed to rotate preferably about an axis of rotation (20.1) or swivel track (20.1) when moving the handle from the actuation position (11.2) into the emergency opening position (11.3), and a counterforce element for exerting a counterforce on the rotation element when moving the handles from the actuation position (11.2) into the emergency opening position (11.3), wherein the rotation element and the counterforce element form a contact pair that has at least one contact region, which can be brought into a resistance position (40.1), in which the counterforce can be exerted on the rotation element by the counterforce element, and an unblocking position (40.2), in which the counterforce element can be overcome when the handle is moved from the actuation position (11.2) into the emergency opening position (11.3), characterized in that the counterforce element has a movable bearing for moving the counterforce element in at least one resetting direction, so that the counterforce element can be overcome by the rotation element when the handle is moved back from the emergency opening position (11.3) while the contact region is in the resistance position (40.1).
A system for treating a patient with gastroesophageal reflux disease, comprising: at least one electrode adapted such that, in use, it is capable of being positioned within 3 cm above and 3 cm below the patient's lower esophageal sphincter; a waveform generator operably coupled to said at least one electrode; a controller configured to electrically stimulate the LES to increase the pressure or function of the LES from a first level to a second level, wherein said increase in LES pressure or function above the first level occurs during stimulation and continues after stimulation ceases and wherein said controller controls the waveform generator to repeatedly: a) generate and apply an electrical pulse train to the LES through the at least one electrode for a stimulation period, and b) terminate the electrical pulse train for a rest period; and characterized in that said system further comprises an accelerometer coupled to the controller for sensing posture data of the patient, wherein said controller is configured to control the waveform generator to adjust parameters of the electrical pulse train applied to the LES based on an analysis of said posture data from said accelerometer, wherein the controller is configured to switch between a first stimulation mode to a second stimulation mode when said posture data crosses a predetermined threshold value and wherein the electrical pulse train has a pulse amplitude in a range of 1mAmp to 15 mAmp so as not cause an inhibition of the patient's swallow. at least one electrode adapted such that, in use, it is capable of being positioned within 3 cm above and 3 cm below the patient's lower esophageal sphincter; a waveform generator operably coupled to said at least one electrode; a controller configured to electrically stimulate the LES to increase the pressure or function of the LES from a first level to a second level, wherein said increase in LES pressure or function above the first level occurs during stimulation and continues after stimulation ceases and wherein said controller controls the waveform generator to repeatedly: a) generate and apply an electrical pulse train to the LES through the at least one electrode for a stimulation period, and b) terminate the electrical pulse train for a rest period; and characterized in that said system further comprises an accelerometer coupled to the controller for sensing posture data of the patient, wherein said controller is configured to control the waveform generator to adjust parameters of the electrical pulse train applied to the LES based on an analysis of said posture data from said accelerometer, wherein the controller is configured to switch between a first stimulation mode to a second stimulation mode when said posture data crosses a predetermined threshold value and wherein the electrical pulse train has a pulse amplitude in a range of 1mAmp to 15 mAmp so as not cause an inhibition of the patient's swallow. a) generate and apply an electrical pulse train to the LES through the at least one electrode for a stimulation period, and b) terminate the electrical pulse train for a rest period; and
A method of forming a conversion coating on a ferriferous substrate, said method comprising contacting a surface of said ferriferous substrate with a liquid composition comprising at least 0.2% sodium phosphate ester and/or at least 0.2% potassium phosphate ester, wherein said surface of said ferriferous substrate is at a temperature of least 204°C (400°F) and/or said liquid composition applied to the substrate is at a temperature of at least 204°C (400°F).
A strike assembly for a latch or bolt type lock, comprising in combination: - an elongated box body, inside which a receiving cavity is defined, that is opened frontally, that is suitable for being engaged by the latch or the bolt of the lock, said box body being provided with holes for receiving screws for fixing in a housing seat of a support element; - a face plate that consists of a cover piece that is separate and distinct from said box body, having an opening and being conformed to couple with said box body and extending to overlap the holes for the fixing screws, - on said face plate there being obtained a rear annular protrusion bounding said opening and rear legs that extend to a greater depth than said annular protrusion, said rear legs being configured with snap or press fitting means to engage corresponding seats of said box body, - on said box body there being obtained slits for receiving said rear legs and an annular recess extending peripherally around said receiving cavity and arranged for receiving said annular protrusion, wherein the length of said slits is greater than the width of said rear legs and the size in thickness of said annular recess is greater than the thickness of said annular protrusion, to enable said adjustable face plate to be positioned with respect to said box body. - an elongated box body, inside which a receiving cavity is defined, that is opened frontally, that is suitable for being engaged by the latch or the bolt of the lock, said box body being provided with holes for receiving screws for fixing in a housing seat of a support element; - a face plate that consists of a cover piece that is separate and distinct from said box body, having an opening and being conformed to couple with said box body and extending to overlap the holes for the fixing screws, - on said face plate there being obtained a rear annular protrusion bounding said opening and rear legs that extend to a greater depth than said annular protrusion, said rear legs being configured with snap or press fitting means to engage corresponding seats of said box body, - on said box body there being obtained slits for receiving said rear legs and an annular recess extending peripherally around said receiving cavity and arranged for receiving said annular protrusion,
A fastener comprising: a head; a shank having an outer surface and an axially-extending channel in the outer surface; and optically transmissive, strain-sensitive material filling the channel, characterized in that a first portion of the filled channel extends from the head in the axial direction, a second portion of the filled channel extends circumferentially from the first portion, and a third portion of the filled channel extends from the second portion in the axial direction and terminates at the head. a head; a shank having an outer surface and an axially-extending channel in the outer surface; and optically transmissive, strain-sensitive material filling the channel, characterized in that a first portion of the filled channel extends from the head in the axial direction, a second portion of the filled channel extends circumferentially from the first portion, and a third portion of the filled channel extends from the second portion in the axial direction and terminates at the head.
Prefabricated foundation and pillar assembly for buildings, with at least one foundation in the form of a concrete block equipped with reinforcing steel and at least one pillar, the foundation being equipped with a recess on its upper surface for receiving the lower end of the pillar, characterised in that for connecting the pillar with the foundation at the upper side of the foundation and at the lower end of the pillar flaps (52, 56, 58, 60, 62) are provided, which include holes that align when the pillar is mounted on the foundation, and in that bolts (66, 68) are provided to be inserted into the aligning holes in order to connect corresponding flaps, and in that the flaps (56, 58, 60,62) attached to the foundation are arranged in grooves (20, 22) on the upper side of the foundation.
A secure programmable logic device, PLD, asset management system, comprising: a secure PLD, wherein the secure PLD comprises a plurality of programmable logic blocks (PLBs) arranged in a PLD fabric of the secure PLD, and a configuration engine configured to program the PLD fabric according to a configuration image stored in a non-volatile memory of the secure PLD and/or coupled through a configuration input/output (I/O) of the secure PLD to the configuration engine, wherein the configuration image is associated with an authentication bit set to indicate the configuration image is authenticated and bootable, wherein the secure PLD is configured to perform a computer-implemented method comprising: receiving a secure PLD asset access request from the PLD fabric or an external system coupled to the secure PLD through the configuration I/O; and performing a secure PLD asset update process corresponding to the secure PLD asset access request, wherein the performing the asset update process is based, at least in part, on a lock status associated with a secure PLD asset corresponding to the secure PLD asset access request. receiving a secure PLD asset access request from the PLD fabric or an external system coupled to the secure PLD through the configuration I/O; and performing a secure PLD asset update process corresponding to the secure PLD asset access request, wherein the performing the asset update process is based, at least in part, on a lock status associated with a secure PLD asset corresponding to the secure PLD asset access request.
A graphical interface system for managing degrees of freedom of a virtual dummy in a dynamic environment, said dummy comprising jointed members with degrees of freedom, the system comprising: • display means; • pointer means for designating a point on the display means and for acting thereon; and • processor means for causing the display means to display an object in a first window, said processor means responding to the pointer means to cause a second window to display a selected member of the object displayed in the first window, characterized in that said graphical interface system is for managing degrees of freedom of a virtual dummy in a dynamic environment, said dummy comprising jointed members with degrees of freedom, said object being the dummy, said selected member including symbols indicating the degrees of freedom of said selected member, and the processor means respond to the pointer means selecting the symbol for a degree of freedom in the second window, by blocking or unblocking the corresponding degree of freedom. • display means; • pointer means for designating a point on the display means and for acting thereon; and • processor means for causing the display means to display an object in a first window, said processor means responding to the pointer means to cause a second window to display a selected member of the object displayed in the first window, characterized in that said graphical interface system is for managing degrees of freedom of a virtual dummy in a dynamic environment, said dummy comprising jointed members with degrees of freedom, said object being the dummy, said selected member including symbols indicating the degrees of freedom of said selected member, and the processor means respond to the pointer means selecting the symbol for a degree of freedom in the second window, by blocking or unblocking the corresponding degree of freedom.
Cosmetic or dermatological anhydrous antiperspirant aerosol preparation comprising one or more silicone gums and - one or more hydrocarbon mixtures with a proportion of hydrocarbons having a chain length greater than and/or equal to C16 of at least 50% by weight, based on the total mass of the hydrocarbon mixture, characterized in that the proportion of cyclomethicones is less than 8% by weight, based on the total mass of the preparation. - one or more hydrocarbon mixtures with a proportion of hydrocarbons having a chain length greater than and/or equal to C16 of at least 50% by weight, based on the total mass of the hydrocarbon mixture,
Process for manufacturing at least one portion of a tightness seal ensuring gas tightness between at least a first and a second glass panel in a glazing unit, the process comprising the following steps: - depositing a first adhesion layer on a first peripheral zone of the first panel and a second adhesion layer onto a second peripheral zone of the second panel; - welding a first metal seal element to the first adhesion layer; and - welding a second metal seal element or said first metal seal element to the second adhesion layer; characterized in that the first and second adhesion layers are deposited with a high-velocity oxy/fuel spraying process. - depositing a first adhesion layer on a first peripheral zone of the first panel and a second adhesion layer onto a second peripheral zone of the second panel; - welding a first metal seal element to the first adhesion layer; and - welding a second metal seal element or said first metal seal element to the second adhesion layer;