mhurhangee/ep-ind-claims huggingface dataset:
A pressure-reducing system for a breathing apparatus comprising: i) a supply conduit for supplying a pressurised breathable gas; ii) a suction mouthpiece for a user to breathe in the breathable gas; iii) a valve interposed between the supply conduit and the suction mouthpiece, the valve in turn comprising: - an inlet for the breathable gas coming from the supply conduit; - an outlet for the breathable gas directed to the suction mouthpiece; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet; - a pressure balancing chamber, said shutter being at least partially interposed between the inlet of the valve and the balancing chamber; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber; characterised in that the reducing system comprises a movement system for moving the pressure balancing chamber towards the inlet for the breathable gas to move the shutter from the first position to the second position when at least one preset operating condition occurs. i) a supply conduit for supplying a pressurised breathable gas; ii) a suction mouthpiece for a user to breathe in the breathable gas; iii) a valve interposed between the supply conduit and the suction mouthpiece, the valve in turn comprising: - an inlet for the breathable gas coming from the supply conduit; - an outlet for the breathable gas directed to the suction mouthpiece; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet; - a pressure balancing chamber, said shutter being at least partially interposed between the inlet of the valve and the balancing chamber; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber; - an inlet for the breathable gas coming from the supply conduit; - an outlet for the breathable gas directed to the suction mouthpiece; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet; - a pressure balancing chamber, said shutter being at least partially interposed between the inlet of the valve and the balancing chamber; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber;
A test stand arrangement having a unit under test that is connected to at least one electric motor for driving and/or loading the unit under test as well as having a control arrangement for the or each electric motor for driving and/or loading the test specimen, whereas at least a model for a component that can be connected to the unit under test is implemented in the control arrangement and at least part of a control requirement for the or each electric motor is determined from said model, characterized in that at least a model for a multi-mass flywheel is implemented in the control arrangement, said model contains at least two masses of the primary and secondary sides of the multi-mass flywheel and a substitute model for a bow spring in the multi-mass flywheel, whereas an algorithm being implemented in the control arrangement that evaluates the model for a multi-mass flywheel by means of an integrated time step method.
Computer-implemented method (602B/702B) for quantifying biological objects on parts of plants, by estimating the number (N EST) of the objects on parts of a plant, the method (602B/702B) comprising: receiving a plant-image taken from a particular plant, the plant-image showing at least one of the parts of the particular plant; using a first convolutional neural network to process the plant-image to derive a part-image being a contiguous set of pixels that show a part of the particular plant completely, the first convolutional neural network having been trained by a plurality of part-annotated plant-images, wherein the plant-images are annotated to identify parts; splitting the part-image into a plurality of tiles (402-k), the tiles being segments of the plant-image having pre-defined tile dimensions; using a second convolutional neural network to separately process the plurality of tiles to obtain a plurality of density maps (502-k) having map dimensions that correspond to the tile dimensions, the second convolutional neural network having been trained by processing object-annotated plant-images, the processing comprising the calculation of convolutions for each pixel based on a kernel function leading to density maps with different integral values for tiles showing biological objects and tiles not showing biological objects; and combining the plurality of density maps to a combined density map in the dimension of the part-image, and integrating the pixel values of the combined density map to an estimated number of biological objects (N EST) for the main part. receiving a plant-image taken from a particular plant, the plant-image showing at least one of the parts of the particular plant; using a first convolutional neural network to process the plant-image to derive a part-image being a contiguous set of pixels that show a part of the particular plant completely, the first convolutional neural network having been trained by a plurality of part-annotated plant-images, wherein the plant-images are annotated to identify parts; splitting the part-image into a plurality of tiles (402-k), the tiles being segments of the plant-image having pre-defined tile dimensions; using a second convolutional neural network to separately process the plurality of tiles to obtain a plurality of density maps (502-k) having map dimensions that correspond to the tile dimensions, the second convolutional neural network having been trained by processing object-annotated plant-images, the processing comprising the calculation of convolutions for each pixel based on a kernel function leading to density maps with different integral values for tiles showing biological objects and tiles not showing biological objects; and combining the plurality of density maps to a combined density map in the dimension of the part-image, and integrating the pixel values of the combined density map to an estimated number of biological objects (N EST) for the main part.
Wire clamping adapted for connecting within a housing an electric wire extending along a longitudinal horizontal direction (X-X), the clamping comprising +) a conductive counter-plate to be inserted into the housing, extending along the longitudinal horizontal direction (X-X) and fixed in relation to the housing itself, +) a conductive body in the form of an overturned L, having a longitudinal horizontal leg with a longitudinal horizontal face presenting a hole passing through along the vertical direction (Z-Z) and provided with a female thread; a vertical leg with a vertical face with an opening (11 a) passing through it along the longitudinal horizontal direction (X-X), an actuating screw adapted for being inserted into a seat of the housing along the vertical direction (Z-Z) and orthogonally to the counter-plate and having threaded shank adapted for engaging the female thread of the hole of the conductive body such that tightening of the actuating screw causes the longitudinal horizontal face to move away from the counter-plate substantially along the vertical direction (Z-Z) and clamping the end (1 a) of the wire entered into the opening (11 a) against the lower side of the counter-plate by the vertical face.
A hat stiffener comprising: a cap; a first web and a second web extending from opposite ends of the cap, wherein the first web and the second web are non-linear and, a first flange extending outwardly from a first web base portion and a second flange extending outwardly from a second web base portion; characterized in that the first web and the second web have two canted portions (64a, 64b) formed at first and second portions spaced apart from each other along a length of each of the first and second webs, the first canted portion and the second canted portion dividing each of the first web and the second web in three substantially linear sections (102, 104, 106). a cap; a first web and a second web extending from opposite ends of the cap, wherein the first web and the second web are non-linear and, a first flange extending outwardly from a first web base portion and a second flange extending outwardly from a second web base portion; characterized in that the first web and the second web have two canted portions (64a, 64b) formed at first and second portions spaced apart from each other along a length of each of the first and second webs, the first canted portion and the second canted portion dividing each of the first web and the second web in three substantially linear sections (102, 104, 106).
An antenna unit to communicate a wireless communication signal, comprising: an antenna element (310, 320) connected to a ground; wherein the antenna element comprises first and second antenna elements (310, 320) which are operable independently to have different electric fields or electric fields of different phases, a plurality of feeding units (312, 322) connected to the first and second antenna elements (310, 320), characterised by a switching unit configured to supply power concurrently to each of the antenna elements. an antenna element (310, 320) connected to a ground; wherein the antenna element comprises first and second antenna elements (310, 320) which are operable independently to have different electric fields or electric fields of different phases, a plurality of feeding units (312, 322) connected to the first and second antenna elements (310, 320), characterised by a switching unit configured to supply power concurrently to each of the antenna elements.
Nanofibrous material particularly for topical use in therapies, characterized in that it consists of a compound selected from a group comprising lipophosphonoxins of general formula I, wherein R 1 is selected from a group comprising (C 8 -C 22)alkyl, hexadecyloxypropyl, tetradecyloxypropyl, tetradecyloxyethyl, hexadecyloxyethyl, R 2 is selected from a group comprising uracil, thymine, cytosine, and R 3 is selected from a group comprising primary, secondary, tertiary amine, diastereomers and mixtures of diastereomers of compounds according to general formula I, and their pharmaceutically acceptable salts and hydrates, incorporated into nanofibers of polycaprolactone,. lipophosphonoxins of general formula I, wherein R 1 is selected from a group comprising (C 8 -C 22)alkyl, hexadecyloxypropyl, tetradecyloxypropyl, tetradecyloxyethyl, hexadecyloxyethyl, R 2 is selected from a group comprising uracil, thymine, cytosine, and R 3 is selected from a group comprising primary, secondary, tertiary amine, diastereomers and mixtures of diastereomers of compounds according to general formula I, and their pharmaceutically acceptable salts and hydrates, incorporated into nanofibers of polycaprolactone,.
A hand-held power tape dispenser comprising: (a) at least one housing, wherein the said at least one housing further extend to serve as a handle; (b) an electrical power source attached to the said housing; (c) at least one electrical circuit supplied with electrical energy from said electrical power source; (d) at least one motor component connected to the said electrical circuit; (e) at least one rotatable roller attached to the said at least one motor component; (f) at least one on-off switch (88, 89) connected to the said electrical circuit; (g) at least one triggering device for triggering said at least one on-off switch (88, 89); (h) at least one adapter roller attached to the said housing; and (i) at least one cutter member attached to the said housing, characterized inthat the at least one triggering device comprises at least one tension loaded mechanical component, and the at least one triggering device is a roller or a lever adapted to contact a surface, or the at least one triggering device comprises at least one proximity sensor. (a) at least one housing, wherein the said at least one housing further extend to serve as a handle; (b) an electrical power source attached to the said housing; (c) at least one electrical circuit supplied with electrical energy from said electrical power source; (d) at least one motor component connected to the said electrical circuit; (e) at least one rotatable roller attached to the said at least one motor component; (f) at least one on-off switch (88, 89) connected to the said electrical circuit; (g) at least one triggering device for triggering said at least one on-off switch (88, 89); (h) at least one adapter roller attached to the said housing; and (i) at least one cutter member attached to the said housing,
An automatically actuable pneumatic tool comprising: a pneumatic tool having a trigger valve pin; and a pneumatic tool actuation device which comprises: a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening (120, 122), wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate, a shaft and an annular groove formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly. a pneumatic tool having a trigger valve pin; and a pneumatic tool actuation device which comprises: a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening (120, 122), wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate, a shaft and an annular groove formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly. a housing having a piston drive chamber and an air inlet chamber formed therein, the housing having a fastener receiving opening (120, 122), wherein the fastener receiving opening is configured to attach the actuation device to the pneumatic tool; a piston disposed within the piston drive chamber and configured to slidably move within the piston drive chamber, the piston having a piston head and a support plate, a shaft and an annular groove formed between the piston head and the support plate; and an O-ring, wherein the O-ring is disposed in the annular groove and wherein the O-ring forms a seal between the piston and the piston drive chamber, characterized in that said pneumatic tool is not provided with a trigger and in that said piston is configured to actuate the trigger valve pin directly.
Device for facilitating entry and exit to and from a vehicle, especially for wheelchair users, with a ramp which can be accommodated in a non-use position in a housing under a floor surface of the vehicle and which can be extended out of the housing for use, wherein, for transfer into a use position, a vehicle-facing, vehicle-side transverse edge of the ramp can be raised to the level of the floor surface by at least one lever mechanism having a carriage, which can be displaced in the housing, a slide and an erecting lever by virtue of the slide assigned to the carriage being movable relative to the carriage for the purpose of pivoting the respective erecting lever, characterized in that the erecting lever of the or each lever mechanism is mounted pivotably on the carriage, which can be displaced in the housing, there is assigned to each carriage a double-armed tilting lever which is mounted such that it can tilt or rotate on the respective carriage, and the respective tilting lever is connected via at least one coupling arm to the respective erecting lever at a pivot pin between its two lever arms.
A composition comprising an oxidized poly alpha-1,3-glucan compound, wherein said compound is produced by oxidizing poly alpha-1,3-glucan comprising at least 90% alpha-1,3 glycosidic linkages under aqueous conditions, wherein one or more hydroxyl groups at carbon positions 2, 4 and/or 6 of the poly alpha-1,3-glucan are oxidized, wherein the position 6 carbon can be oxidized to an aldehyde or carboxylic acid, and the carbons at positions 2 and 4 can each independently be oxidized to a ketone, aldehyde, or carboxylic acid.
Device (1, 31) for light therapy and heating of a vegetation cover or massive algal mats, comprising a lamp able to activate photosynthesis, a frame bearing said lamp, a motorized means of transport installed on the frame, characterized by the fact that the device includes a guide element, a command element of the motorized means of transport and a data processing element, on the one hand, designed for analyzing at least a first position information of the guide element and, on the other hand, configured for activating the command element of the motorized means of transport depending on the position information.
Mobile data loading device for the secured data transfer of signed and encrypted data from a data source via a decryption-device to an avionic device, wherein the data processing device comprises an interface for input of the signed and encrypted data and the data loading device comprises at least one interface (5, 5'), via which the decrypted data can be transmitted to the avionic unit, characterized in that a. the interface (5, 5') is adapted for the transmission of the data based on a ARNIC-data bus protocoll; b. the data loading device comprising a housing having a data processing unit with a data source comprising encrypted and signed data, c. the data loading device further comprises a housing having a decryption-device and a decryption unit, a DSC (Digital Signature Certification) unit and an operating system and wherein in the operating system a signature software and an encrypted decryption software is stored wherein, d. the decryption unit and the DSC unit are coupled for exchanging at least a verification parameter for the data authenticity. a. the interface (5, 5') is adapted for the transmission of the data based on a ARNIC-data bus protocoll; b. the data loading device comprising a housing having a data processing unit with a data source comprising encrypted and signed data, c. the data loading device further comprises a housing having a decryption-device and a decryption unit, a DSC (Digital Signature Certification) unit and an operating system and wherein in the operating system a signature software and an encrypted decryption software is stored wherein, d. the decryption unit and the DSC unit are coupled for exchanging at least a verification parameter for the data authenticity.
An in-vehicle terminal, comprising: a web browser that includes a plurality of tabs (M TAB, S TAB) used to load and display a plurality of sets of content in different categories and a launcher tab (L TAB) used to display links to sets of content, wherein the plurality of tabs are each designated to one of the categories, wherein the plurality of tabs are generated at the web browser by referencing a settings file that indicates the categories into which the plurality of sets of content are classified; a storage unit where the plurality of sets of content to be loaded into the plurality of tabs at the web browser and the settings file are saved; an input unit configured to accept a user input; a display unit configured to display a tab among the plurality of tabs and the launcher tab; and a control unit configured to determine the category corresponding to a selected set of content indicated with a link selected via the input unit while the launcher tab is on display at the display unit among the categories indicated by the settings file, to load the selected set of content into a tab among the plurality of tabs based upon the result of category determination, thereby ensuring that sets of content loaded in the plurality of tabs belong to different categories, and to display the tab having the selected set of content loaded therein at the display unit, and to load the selected set of content with the category thereof having been determined into the tab designated to the determined category among the plurality of tabs. a web browser that includes a plurality of tabs (M TAB, S TAB) used to load and display a plurality of sets of content in different categories and a launcher tab (L TAB) used to display links to sets of content, wherein the plurality of tabs are each designated to one of the categories, wherein the plurality of tabs are generated at the web browser by referencing a settings file that indicates the categories into which the plurality of sets of content are classified; a storage unit where the plurality of sets of content to be loaded into the plurality of tabs at the web browser and the settings file are saved; an input unit configured to accept a user input; a display unit configured to display a tab among the plurality of tabs and the launcher tab; and a control unit configured to determine the category corresponding to a selected set of content indicated with a link selected via the input unit while the launcher tab is on display at the display unit among the categories indicated by the settings file, to load the selected set of content into a tab among the plurality of tabs based upon the result of category determination, thereby ensuring that sets of content loaded in the plurality of tabs belong to different categories, and to display the tab having the selected set of content loaded therein at the display unit, and to load the selected set of content with the category thereof having been determined into the tab designated to the determined category among the plurality of tabs.
A thermal insulator containing closed cell expanded perlite comprising: 10 to 84 wt% of expanded perlite, including dried and expanded perlite ore particles, having a surface with a closed cell shape; 15 to 85 wt% of a liquid binder; and 0.25 to 5 wt% of a reinforcing fiber, wherein 50 wt% or more of the total amount of expanded perlite is composed of closed cell expanded perlite, and wherein the expanded perlite has a bulk density in a range from 20 to 40 g/l.
An electronic vapour provision system comprising: a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 60 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene. a vaporiser for vaporising liquid for inhalation by a user of the electronic vapour provision system; a power supply comprising a cell or battery for supplying power to the vaporiser a container in which is contained a nicotine solution, wherein at least 60 wt% of the nicotine present in the solution is in protonated form, and wherein at least a portion of the container in contact with the nicotine solution is formed from polycarbonate or polypropylene.