mhurhangee/ep-ind-claims huggingface dataset:
Fuse comprising: - a tubular body, - at least one insulating bar arranged in the tubular body along a longitudinal axis (X-X') of the tubular body, and - at least one fuse strip (110; 210) of a constant thickness, arranged on the bar and extending between the longitudinal ends (1a, 1b) of the fuse, the strip (110; 210) comprising segments (111; 211) of a maximum width ( l 110; l 210) and several narrow sections (112, 113; 212, 213, 214) arranged along its longitudinal direction, with each narrow section having a geometry defined by its minimum width ( l 112, l 113; l 212, l 213, l 214) and its length (L112, L113; L212, L213, L214), wherein the narrow sections (112,113; 212, 213, 214) are of at least two different types and include: - at least one narrow section of a first type (112; 212) which has a first minimum width ( l 112; l 212), and - at least one narrow section of a second type (113; 213) which has a second minimum width ( l 113; l 213), different from the first minimum width, characterised in that the narrow sections (112, 113; 212, 213, 214) are regularly spaced along the fuse strip (110; 210), with an alternation of narrow sections of the first type (112; 212) and narrow sections of the second type (113; 213). - a tubular body, - at least one insulating bar arranged in the tubular body along a longitudinal axis (X-X') of the tubular body, and - at least one fuse strip (110; 210) of a constant thickness, arranged on the bar and extending between the longitudinal ends (1a, 1b) of the fuse, the strip (110; 210) comprising segments (111; 211) of a maximum width ( l 110; l 210) and several narrow sections (112, 113; 212, 213, 214) arranged along its longitudinal direction, with each narrow section having a geometry defined by its minimum width ( l 112, l 113; l 212, l 213, l 214) and its length (L112, L113; L212, L213, L214), - at least one narrow section of a first type (112; 212) which has a first minimum width ( l 112; l 212), and - at least one narrow section of a second type (113; 213) which has a second minimum width ( l 113; l 213), different from the first minimum width,
A portable irrigation system comprising: a reservoir for an irrigating liquid; a probe for arrangement in a user; and an electrical system, comprising: an electrical pump for directly or indirectly pumping irrigation liquid from the reservoir to the probe; characterized in that if further comprises: a control unit for controlling the electrical pump, and thereby also the transfer of said irrigation liquid; and tubing providing fluid communication between said reservoir, control unit and probe; wherein said probe further comprises an inflatable retention member, and wherein said control unit comprises at least one manually operable control element (34, 35, 36), such as a control button, for controlling said electrical pump, said control element (34, 35, 36) being switchable between an activated state, in which the electrical pump is controlled to pump irrigation liquid, and a deactivated state, in which the electrical pump is controlled not to pump irrigation liquid, and wherein the control element (34, 35, 36) is brought into the activated state by continuous application of a predetermined condition thereto, and wherein the control element (34, 35, 36) is immediately brought to the deactivated state when the predetermined condition ceases to be applied, thereby aborting pumping of the irrigation liquid. a reservoir for an irrigating liquid; a probe for arrangement in a user; and an electrical system, comprising: an electrical pump for directly or indirectly pumping irrigation liquid from the reservoir to the probe; an electrical pump for directly or indirectly pumping irrigation liquid from the reservoir to the probe; a control unit for controlling the electrical pump, and thereby also the transfer of said irrigation liquid; and tubing providing fluid communication between said reservoir, control unit and probe; wherein said probe further comprises an inflatable retention member, and wherein said control unit comprises at least one manually operable control element (34, 35, 36), such as a control button, for controlling said electrical pump, said control element (34, 35, 36) being switchable between an activated state, in which the electrical pump is controlled to pump irrigation liquid, and a deactivated state, in which the electrical pump is controlled not to pump irrigation liquid, and wherein the control element (34, 35, 36) is brought into the activated state by continuous application of a predetermined condition thereto, and wherein the control element (34, 35, 36) is immediately brought to the deactivated state when the predetermined condition ceases to be applied, thereby aborting pumping of the irrigation liquid.
An optical connector, comprising: a multi-core fiber having plural cores at predetermined intervals on the front-end side of the connector; and a bundle structure (5a-c) having plural optical fibers bundled in a close-packed arrangement on the rear-end side of the connector; wherein the front end of the multi-core fiber is exposed on a front end surface of the optical connector, and wherein the front end of the bundle structure in the close-packed arrangement is exposed at a rear end of the optical connector and is inserted into a second capillary; characterized in that the optical connector further comprises: a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary, wherein the zirconia capillary and the glass capillary form a first capillary; a connector flange part, wherein the multi-core fiber is inserted into the first capillary; wherein the first capillary and the second capillary are joined together rearward of the connector flange part such as to optically connect the rear end of the multi-core fiber and the front end of the bundle structure; and wherein the glass capillary on the rear end side of the first capillary and the second capillary are joined together with an adhesive. a multi-core fiber having plural cores at predetermined intervals on the front-end side of the connector; and a bundle structure (5a-c) having plural optical fibers bundled in a close-packed arrangement on the rear-end side of the connector; wherein the front end of the multi-core fiber is exposed on a front end surface of the optical connector, and wherein the front end of the bundle structure in the close-packed arrangement is exposed at a rear end of the optical connector and is inserted into a second capillary; characterized in that the optical connector further comprises: a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary, wherein the zirconia capillary and the glass capillary form a first capillary; a connector flange part, a ferrule on its front side, the ferrule comprising a zirconia capillary and a glass capillary, wherein the zirconia capillary and the glass capillary form a first capillary; a connector flange part, wherein the multi-core fiber is inserted into the first capillary; wherein the first capillary and the second capillary are joined together rearward of the connector flange part such as to optically connect the rear end of the multi-core fiber and the front end of the bundle structure; and wherein the glass capillary on the rear end side of the first capillary and the second capillary are joined together with an adhesive.
Cleaning and disinfection instrument for cleaning care utensils, comprising a washing chamber for holding the care utensils, furthermore comprising a spray system for applying a cleaning fluid onto the care utensils, the spray system comprising at least one nozzle for emitting at least one jet of the cleaning fluid, wherein a jet direction, at which the jet is emitted, can be set, wherein the jet direction is fixed after being set and the nozzle has a fastening means, characterized in that the jet direction is adjustable in at least one first position of the fastening means and the jet direction is fixed in at least one second position of the fastening means.
A pneumatic tire, comprising a tread formed from a rubber composition, the rubber composition containing a rubber component, a solventless acrylic resin, and a liquid xylene resin having a viscosity at 25°C of 20000 mPa·s or less, and having a solventless acrylic resin content of 1 to 50 parts by mass and a liquid xylene resin content of 5 to 100 parts by mass, each per 100 parts by mass of the rubber component, wherein the viscosity of the liquid xylene resin is measured at 25°C with a capillary viscometer.
A scattered object collection system comprising: an autonomous collector configured to perform a collecting operation by picking up scattered objects scattered in a work area while traveling in the work area; a collector management unit configured to manage the autonomous collector and to acquire positional information on the autonomous collector; and a sensor for sequentially detecting that each scattered object has been picked up and collected and for acquiring collection information, characterized in that the collector management unit comprises an information acquisition unit configured to identify an actual position where each scattered object was picked up in the work area using the acquired positional information and the acquired collection information, and an object position identification unit configured to correct the positional information on the collector at a time point when the objects are detected by the sensor, using information acquired by the information acquisition unit, thereby acquiring the actual position where each object were picked up, and wherein the collector management unit is further configured to manage the autonomous collector to perform a collecting operation in an area having a high density of scattered objects with a higher travel ratio than in an area having a low density of scattered objects using the identified actual positional information on each scattered object. an autonomous collector configured to perform a collecting operation by picking up scattered objects scattered in a work area while traveling in the work area; a collector management unit configured to manage the autonomous collector and to acquire positional information on the autonomous collector; and a sensor for sequentially detecting that each scattered object has been picked up and collected and for acquiring collection information, characterized in that the collector management unit comprises an information acquisition unit configured to identify an actual position where each scattered object was picked up in the work area using the acquired positional information and the acquired collection information, and an object position identification unit configured to correct the positional information on the collector at a time point when the objects are detected by the sensor, using information acquired by the information acquisition unit, thereby acquiring the actual position where each object were picked up, and wherein the collector management unit is further configured to manage the autonomous collector to perform a collecting operation in an area having a high density of scattered objects with a higher travel ratio than in an area having a low density of scattered objects using the identified actual positional information on each scattered object.
An electret web comprising: a thermoplastic resin; and a charge-enhancing additive comprising a divalent metal-containing substituted-mercaptobenzimidazolate salt. a thermoplastic resin; and a charge-enhancing additive comprising a divalent metal-containing substituted-mercaptobenzimidazolate salt.
A pharmaceutical composition comprising a monoclonal antibody or a fragment thereof, wherein the antibody or fragment thereof specifically binds to CD19 and comprises ● a VH domain comprising: ■ CDR1 of sequence SEQ ID NO: 5; ■ CDR2 of sequence SEQ ID NO: 6; and ■ CDR3 of sequence SEQ ID NO: 7; and ● a VL domain comprising: ■ CDR1 of sequence SEQ ID NO: 8; ■ CDR2 of sequence SEQ ID NO: 9; and ■ CDR3 of sequence SEQ ID NO: 10, wherein the numbering of the amino acid residues is according to IMGT, and a physiologically acceptable vehicle or excipient. wherein the antibody or fragment thereof specifically binds to CD19 and comprises ● a VH domain comprising: ■ CDR1 of sequence SEQ ID NO: 5; ■ CDR2 of sequence SEQ ID NO: 6; and ■ CDR3 of sequence SEQ ID NO: 7; and ● a VL domain comprising: ■ CDR1 of sequence SEQ ID NO: 8; ■ CDR2 of sequence SEQ ID NO: 9; and ■ CDR3 of sequence SEQ ID NO: 10, ● a VH domain comprising: ■ CDR1 of sequence SEQ ID NO: 5; ■ CDR2 of sequence SEQ ID NO: 6; and ■ CDR3 of sequence SEQ ID NO: 7; and ■ CDR1 of sequence SEQ ID NO: 5; ■ CDR2 of sequence SEQ ID NO: 6; and ■ CDR3 of sequence SEQ ID NO: 7; and ● a VL domain comprising: ■ CDR1 of sequence SEQ ID NO: 8; ■ CDR2 of sequence SEQ ID NO: 9; and ■ CDR3 of sequence SEQ ID NO: 10, ■ CDR1 of sequence SEQ ID NO: 8; ■ CDR2 of sequence SEQ ID NO: 9; and ■ CDR3 of sequence SEQ ID NO: 10, wherein the numbering of the amino acid residues is according to IMGT, and a physiologically acceptable vehicle or excipient.
Washing equipment for a vehicle, comprising: - at least one gantry defining a track for the vehicle, - at least one nozzle supported by the gantry and intended to spray a cleaning liquid on the vehicle, and - means able to create a helical rotational movement of the cleaning liquid relative to the gantry, characterized in that the means able to create a helical rotational movement are suitable for ensuring the rotation of the cleaning liquid around the axis of the stream of cleaning liquid leaving the nozzle. - at least one gantry defining a track for the vehicle, - at least one nozzle supported by the gantry and intended to spray a cleaning liquid on the vehicle, and - means able to create a helical rotational movement of the cleaning liquid relative to the gantry,
Strength-training apparatus, suitable for fastening on a wall or ceiling, comprising the following components: - a load-bearing framework having an upper, horizontal load-bearing beam or an upper fastening means, referred to hereinbelow collectively as upper retaining element, - beneath the upper retaining element, at least one vertical load-bearing beam, which is mounted on the upper retaining element, characterized in that the strength-training apparatus also comprises: - an extension arrangement with at least one horizontal extension arm, which runs parallel to the wall, and at least one second extension arm, which has a first end region and also has a second, free end region for receiving training elements, wherein the at least second extension arm has its first end region mounted on the vertical load-bearing beam (101, 102), - at least one slide bearing (110, 210) for displacing the at least second extension arm along the vertical load-bearing beam (101, 102), wherein - the strength-training apparatus comprises at least two different training elements such as handles, a horizontal bar, one or two punch mitts, a speed ball, training straps, a swing or resistance bands, which can be mounted in a releasable manner, and are interchangeable, by way of connecting means at the second, free end region of the at least second extension arm. - a load-bearing framework having an upper, horizontal load-bearing beam or an upper fastening means, referred to hereinbelow collectively as upper retaining element, - beneath the upper retaining element, at least one vertical load-bearing beam, which is mounted on the upper retaining element, - an extension arrangement with at least one horizontal extension arm, which runs parallel to the wall, and at least one second extension arm, which has a first end region and also has a second, free end region for receiving training elements, wherein the at least second extension arm has its first end region mounted on the vertical load-bearing beam (101, 102), - at least one slide bearing (110, 210) for displacing the at least second extension arm along the vertical load-bearing beam (101, 102), - the strength-training apparatus comprises at least two different training elements such as handles, a horizontal bar, one or two punch mitts, a speed ball, training straps, a swing or resistance bands, which can be mounted in a releasable manner, and are interchangeable, by way of connecting means at the second, free end region of the at least second extension arm.
Omecamtiv mecarbil or a pharmaceutically acceptable salt or hydrate thereof, for use in treating heart failure, wherein the omecamtiv mecarbil or a pharmaceutically acceptable salt or hydrate thereof is administered with ivabradine or a pharmaceutically acceptable salt or hydrate thereof.
A system for management of a window treatment system in response to motion detection comprising: the window treatment system arranged for covering a window, the window treatment system having a means for adapting a window treatment state being at least one of a position and an orientation of the window treatment system; at least one occupancy sensor for detecting motion within an enclosed area adjacent to the window; characterized by a processor and a memory in communication with said processor, the memory including code which when accessed by the processor causes the processor to - determine a schedule comprising times for adapting the window treatment state, the schedule having an adaptation interval time between subsequent times in the schedule, the adaptation interval time being greater than a time-out time of the at least one occupancy sensor, - determine a window treatment state for a corresponding time in the schedule, - receive an occupancy signal from the at least one occupancy sensor to use in determining occupancy within the enclosed area (110, 120); and - adapt the window treatment state to the determined window treatment state only if the occupancy signal indicates that the enclosed area is occupied. the window treatment system arranged for covering a window, the window treatment system having a means for adapting a window treatment state being at least one of a position and an orientation of the window treatment system; at least one occupancy sensor for detecting motion within an enclosed area adjacent to the window; characterized by a processor and a memory in communication with said processor, the memory including code which when accessed by the processor causes the processor to - determine a schedule comprising times for adapting the window treatment state, the schedule having an adaptation interval time between subsequent times in the schedule, the adaptation interval time being greater than a time-out time of the at least one occupancy sensor, - determine a window treatment state for a corresponding time in the schedule, - receive an occupancy signal from the at least one occupancy sensor to use in determining occupancy within the enclosed area (110, 120); and - adapt the window treatment state to the determined window treatment state only if the occupancy signal indicates that the enclosed area is occupied. - determine a schedule comprising times for adapting the window treatment state, the schedule having an adaptation interval time between subsequent times in the schedule, the adaptation interval time being greater than a time-out time of the at least one occupancy sensor, - determine a window treatment state for a corresponding time in the schedule, - receive an occupancy signal from the at least one occupancy sensor to use in determining occupancy within the enclosed area (110, 120); and - adapt the window treatment state to the determined window treatment state only if the occupancy signal indicates that the enclosed area is occupied.
A method for storing information in a database or knowledge base, wherein the method comprises: - performing deep learning of an artificial neural network using images as input dataset; - once the artificial neural network has been trained, inputting images associated with the information to be stored in the database or knowledge base, and extracting, for each input image, feature maps of at least one hidden layer of the artificial neural network; - generating, for each input image, an embedding from the extracted feature maps; - storing the information in the database or knowledge base in association with their respective images in image fields indexed on the basis of the generated embeddings, wherein the method further comprises: - collecting geometrically registered satellite images so as to form a first time series of reference images; - generating images patches by randomly extracting adjacent pixels in the reference images so as to form second time series of image patches, the image patches being thus a portion of said reference images from which they are obtained; and wherein the deep learning of the artificial neural network is performed using the second time series of image patches and class labels that are automatically generated in such a way that a unique class label is associated with each second time series of image patches. - performing deep learning of an artificial neural network using images as input dataset; - once the artificial neural network has been trained, inputting images associated with the information to be stored in the database or knowledge base, and extracting, for each input image, feature maps of at least one hidden layer of the artificial neural network; - generating, for each input image, an embedding from the extracted feature maps; - storing the information in the database or knowledge base in association with their respective images in image fields indexed on the basis of the generated embeddings, wherein the method further comprises: - collecting geometrically registered satellite images so as to form a first time series of reference images; - generating images patches by randomly extracting adjacent pixels in the reference images so as to form second time series of image patches, the image patches being thus a portion of said reference images from which they are obtained; - collecting geometrically registered satellite images so as to form a first time series of reference images; - generating images patches by randomly extracting adjacent pixels in the reference images so as to form second time series of image patches, the image patches being thus a portion of said reference images from which they are obtained; and wherein the deep learning of the artificial neural network is performed using the second time series of image patches and class labels that are automatically generated in such a way that a unique class label is associated with each second time series of image patches.
Method for producing a gasket framework, comprising a step of creating a strip comprising a warp and a weft obtained using a yarn made of semi-rigid synthetic material and susceptible of being folded; said method is characterised in that it comprises a step for localised thickness reduction and facilitating the folding of said yarn into a plurality of points of said yarn made of synthetic material; said plurality of points lying on a plurality of ideal parallel lines.
A composition comprising a heat transfer fluid with one or more compounds of formula: wherein W is independently selected from the group consisting of H or F; X is independently selected from the group consisting of H or F; Y is independently is F; Z is independently selected from the group consisting of H or F; n is an integer from 1 to 8; and n' is an integer from 1 to 12; wherein the heat transfer fluid comprises one or more compounds selected from the group of (hydro)fluoroolefins (HFOs), hydrofluorocarbons (HFCs), chlorofluorocarbons (CFCs), and hydrocarbons. W is independently selected from the group consisting of H or F; X is independently selected from the group consisting of H or F; Y is independently is F; Z is independently selected from the group consisting of H or F; n is an integer from 1 to 8; and n' is an integer from 1 to 12; wherein the heat transfer fluid comprises one or more compounds selected from the group of (hydro)fluoroolefins (HFOs), hydrofluorocarbons (HFCs), chlorofluorocarbons (CFCs), and hydrocarbons.