mhurhangee/ep-ind-claims huggingface dataset:
Disc/vibration plate assembly for a musical or striking timepiece, including at least one disc rotating about an axis and provided with pins projecting substantially parallel to said axis, and arranged to cooperate with strips comprised in at least one vibration plate of said assembly, each said pin including an actuation surface arranged to cooperate with a complementary receiving surface on a distal end of a said corresponding strip and said distal end is placed on the same radius of said disc as said pin, wherein the section of said strips of said vibration plate gradually increases from said shortest strip which is the highest pitched, to said longest strip which is the lowest pitched, wherein said complementary receiving surface includes an end edge, which is placed, at the end of said strip actuation phase, on the same radius relative to said pivot axis as a complementary end edge comprised in said pin, and said end edge and said complementary end edge being straight line segments (49, 49A), characterized in that said straight line segments (49, 49A) are inclined relative to a plane perpendicular to said axis, in that said actuation surfaces of said pins, and said complementary receiving surfaces of said strips, are oblique planes relative to the plane of said disc, in a local radial direction originating from the centre of said disc and passing through the point of contact between said strip and said pin concerned, at the moment that the strip is released, and in that the slope of said planes is oriented tangentially to the trajectory of said pins fixed to said disc, so that each said strip is lifted orthogonally to said plane, thereby preventing torsion and bending in the plane of said timepiece.
A device for controlling flow of a fluid, comprising: a first valve, the first valve comprising: a selectively openable inlet; an opening; and, a selectively openable outlet, arranged such that fluid may enter the first valve through the inlet, exit the first valve through the opening, enter the first valve through the opening and exit the first valve through the outlet; a fluid channel arranged such that fluid may enter and exit the fluid channel through the opening of the first valve; a first sensor for detecting when a fluid level of the fluid passes the first sensor during emission of the fluid from the fluid channel; a second sensor for detecting when the fluid level reaches the second sensor during filling of the fluid channel; a controller for receiving signals from the first sensor and second sensor and for controlling opening and closing of the inlet and outlet in response to receiving said signals, arranged to allow, in use, the fluid to flow through the device by flowing: into the first valve through the inlet of the first valve; out of the first valve through the opening of the first valve; past the first sensor; to the second sensor; into the first valve through the opening of the first valve; out of the first valve through the outlet of the first valve. a first valve, the first valve comprising: a selectively openable inlet; an opening; and, a selectively openable outlet, arranged such that fluid may enter the first valve through the inlet, exit the first valve through the opening, enter the first valve through the opening and exit the first valve through the outlet; a selectively openable inlet; an opening; and, a selectively openable outlet, arranged such that fluid may enter the first valve through the inlet, exit the first valve through the opening, enter the first valve through the opening and exit the first valve through the outlet; a fluid channel arranged such that fluid may enter and exit the fluid channel through the opening of the first valve; a first sensor for detecting when a fluid level of the fluid passes the first sensor during emission of the fluid from the fluid channel; a second sensor for detecting when the fluid level reaches the second sensor during filling of the fluid channel; a controller for receiving signals from the first sensor and second sensor and for controlling opening and closing of the inlet and outlet in response to receiving said signals, arranged to allow, in use, the fluid to flow through the device by flowing: into the first valve through the inlet of the first valve; out of the first valve through the opening of the first valve; past the first sensor; to the second sensor; into the first valve through the opening of the first valve; out of the first valve through the outlet of the first valve. into the first valve through the inlet of the first valve; out of the first valve through the opening of the first valve; past the first sensor; to the second sensor; into the first valve through the opening of the first valve; out of the first valve through the outlet of the first valve.
Orthosis with at least one holding element (4, 15, 22), which is designed without a stable shaped part adapted to a circumferential shape of the body part, for placing on a body part and securing the holding element (4, 15, 22) with at least one securing means (7, 12, 18), by which two ends of the holding element (4, 15, 22) bearing on the body part can be connected to each other with tensioning, the holding element (4, 15, 22) having at least one elastic expansion part (13, 21, 24), which pretensions the holding element (4, 15, 22) in such a starting shape that the ends of the holding element (4, 15, 22) jut out from the body part, and, with the securing means (7, 12, 18), the ends of the holding element (4, 15, 22) can be applied to the body part counter to the pretensioning of the expansion part (13, 21, 24), characterized in that the expansion part has a pretensioning force which is simply sufficient to tension the holding element in the starting shape, such that the expansion part does not perform the function of a shaped part adapted to the body part and does not perform a supporting function for the body part.
Fuel filter for filtering fuel in a motor vehicle, - with a housing, wherein the housing encloses a pressure area in which a filter chamber is arranged, - with a filter element which is arranged in the filter chamber and separates a dirty side from a clean side, - with a water collecting area which is arranged in the pressure area and is connected fluidically to the filter chamber, - with a venting duct, - with a fluid connection from the pressure area to the venting duct, in which a first throttle is arranged, - with a discharge duct from the water collecting area, in which a second throttle is arranged, and - with a collecting chamber which forms a sump and which has an overflow for the sump, characterised in that - the venting duct has an outlet which opens into the collecting chamber, - the outlet of the venting duct is positioned below the overflow of the sump, - the discharge duct has an outlet which opens into the collecting chamber, and - a siphon is arranged in or on the discharge duct. - with a housing, wherein the housing encloses a pressure area in which a filter chamber is arranged, - with a filter element which is arranged in the filter chamber and separates a dirty side from a clean side, - with a water collecting area which is arranged in the pressure area and is connected fluidically to the filter chamber, - with a venting duct, - with a fluid connection from the pressure area to the venting duct, in which a first throttle is arranged, - with a discharge duct from the water collecting area, in which a second throttle is arranged, and - with a collecting chamber which forms a sump and which has an overflow for the sump, - the venting duct has an outlet which opens into the collecting chamber, - the outlet of the venting duct is positioned below the overflow of the sump, - the discharge duct has an outlet which opens into the collecting chamber, and - a siphon is arranged in or on the discharge duct.
A combination comprising (a) a synaptic vesicle protein 2a ("SV2A") ligand selected from the group consisting of levetiracetam, brivaracetam and seletracetam; and (b) a positive allosteric modulator of the metabotropic glutamatergic receptor subtype 2 selected from a compound having the Formula or a pharmaceutically acceptable salt or a solvate thereof. (a) a synaptic vesicle protein 2a ("SV2A") ligand selected from the group consisting of levetiracetam, brivaracetam and seletracetam; and (b) a positive allosteric modulator of the metabotropic glutamatergic receptor subtype 2 selected from a compound having the Formula
Protective stackable tray for protecting electrostatic discharge sensitive devices against electrostatic charges comprising a shape memory polymer composite and an anti-static additive compound; wherein the shape memory polymer composite is configured to be deformable from a permanent shape corresponding to a memorized shape of the polymer, to a temporary shape referent to a deformed, non-memorized shape of the polymer, and vice-versa; the tray being characterized in that the anti-static additive compound is present in a percentage between 1 to 8% in relation to the shape memory polymer weight. wherein the shape memory polymer composite is configured to be deformable from a permanent shape corresponding to a memorized shape of the polymer, to a temporary shape referent to a deformed, non-memorized shape of the polymer, and vice-versa; the tray being characterized in that the anti-static additive compound is present in a percentage between 1 to 8% in relation to the shape memory polymer weight.
Connector plate for a vacuum cleaner dust container, the connector plate, comprising an opening and being adapted to correctly position the opening within a vacuum cleaner by the connector plate being inserted in a holder of the vacuum cleaner, the connector plate comprising a central portion surrounding said opening, and an extending portion projecting from the central portion in the plane thereof, the connector plate further comprising a shutter made in one piece with the connector plate, the shutter being slidable to cover the opening, wherein the shutter is connected to the central portion at the side of the extending portion, the extending portion, comprising lateral arm portions extending from the central portion, wherein the shutter is attached to the central portion in between the arm portions characterized in that a bridge portion interconnects the arm portions at their distal ends.
A neuromodulation system, in particular for Cortical and/or Deep Brain Stimulation and/or Modulation, comprising: - at least one implant unit comprising: - at least one first antenna, and - at least one lead having at least one electrode array with at least one electrode; and - at least one wearable device comprising at least one second antenna, wherein the at least one wearable device is configured to wirelessly control and wirelessly communicate with the at least one implant unit, characterized in that the at least one electrode is made of hydrothermally reduced graphene oxide, which is electrochemically activated in an electrolyte solution causing charged ions to permeate into the structure. - at least one implant unit comprising: - at least one first antenna, and - at least one lead having at least one electrode array with at least one electrode; and - at least one first antenna, and - at least one lead having at least one electrode array with at least one electrode; and - at least one wearable device comprising at least one second antenna, wherein the at least one wearable device is configured to wirelessly control and wirelessly communicate with the at least one implant unit, characterized in that the at least one electrode is made of hydrothermally reduced graphene oxide, which is electrochemically activated in an electrolyte solution causing charged ions to permeate into the structure.
A computer-implemented method for modifying the user interface or behavior of a global positioning system, GPS, application wherein the GPS application is configured to issue directions, comprising: selecting a learning model (320, 420) created by a machine learning algorithm, the selected learning model (320, 420) matching a set of characteristics of a user (318, 320, 418, 420); deriving a learning threshold using the learning model based on the user's familiarity with an area surrounding a current location of the GPS application, wherein the user's familiarity is assessed by evaluating: the user's past travel locations; frequency of travel to a location, an area; frequency that a user has passed a landmark, a location; frequency of the user requesting directions to a location, the learning threshold setting a level of learning cues to be included in the GPS application and the learning threshold being a number that runs from a minimum to maximum value that indicates what and how much to adjust the GPS application, the level of learning cues comprising: a level of detail associated with directions given to the user; a frequency of directions given to the user; and a type of direction given to the user; changing a user interface, a behavior or both of the GPS application based on the learning threshold in order to incorporate learning cues into the application (322, 422); monitoring the user's interaction with the application (310, 410); and based on the user's interaction, changing the learning threshold using the learning model (322, 422). selecting a learning model (320, 420) created by a machine learning algorithm, the selected learning model (320, 420) matching a set of characteristics of a user (318, 320, 418, 420); deriving a learning threshold using the learning model based on the user's familiarity with an area surrounding a current location of the GPS application, wherein the user's familiarity is assessed by evaluating: the user's past travel locations; frequency of travel to a location, an area; frequency that a user has passed a landmark, a location; frequency of the user requesting directions to a location, the learning threshold setting a level of learning cues to be included in the GPS application and the learning threshold being a number that runs from a minimum to maximum value that indicates what and how much to adjust the GPS application, the level of learning cues comprising: a level of detail associated with directions given to the user; a frequency of directions given to the user; and a type of direction given to the user; changing a user interface, a behavior or both of the GPS application based on the learning threshold in order to incorporate learning cues into the application (322, 422); monitoring the user's interaction with the application (310, 410); and based on the user's interaction, changing the learning threshold using the learning model (322, 422).
Use of a silicone rubber mixture for the production of silicone rubber components by extrusion, where the silicone rubber mixture has an emulsion with water distributed in the mixture, where the silicone rubber mixture is fed to an extruder for shaping, characterized in that, the silicone rubber mixture, after leaving the extruder as a raw component, has a material cross-section area of ≤ 1400 mm 2, preferably ≤ 1200 mm 2, or a material thickness of 50 mm, or preferably 40 mm, where, for the purpose of the shock-like evaporation of the emulsion's water, the raw component is exposed to a temperature of 180 °C to 250 °C in a tunnel kiln with two sections (7a, 7b), in the first section over a period from 10 to 110 seconds, preferably from 20 to 90 seconds, depending on the size of the cross-section area or the material thickness.
A method for processing communications data for communications transmitted via a communications network, wherein said communications data is processed on behalf of a user of the communications network, wherein communications data for communications is stored as a plurality of records in a database by creating a plurality of files in a file system, wherein each of said plurality of files is stored within said file system and wherein each file has a file name when stored within the file system, the method comprising: receiving communications data including an alphanumeric character string to be stored as a record in said database on behalf of the user; and determining whether the received alphanumeric character string contains more data than can be stored in the file name of a file of said file system, and, where said received alphanumeric character string contains more data than can be stored in the file name of a file, the method comprises: generating a plurality of file names each including data indicative of at least part of said alphanumeric character string and each having a different record segment number indicating an order in which the generated plurality of file names is to be assembled when said stored record is read; and storing said record by creating, in said file system, a plurality of files within said file system, each of said plurality of files having a different one of said plurality of file names. receiving communications data including an alphanumeric character string to be stored as a record in said database on behalf of the user; and determining whether the received alphanumeric character string contains more data than can be stored in the file name of a file of said file system, and, where said received alphanumeric character string contains more data than can be stored in the file name of a file, the method comprises: generating a plurality of file names each including data indicative of at least part of said alphanumeric character string and each having a different record segment number indicating an order in which the generated plurality of file names is to be assembled when said stored record is read; and storing said record by creating, in said file system, a plurality of files within said file system, each of said plurality of files having a different one of said plurality of file names. generating a plurality of file names each including data indicative of at least part of said alphanumeric character string and each having a different record segment number indicating an order in which the generated plurality of file names is to be assembled when said stored record is read; and storing said record by creating, in said file system, a plurality of files within said file system, each of said plurality of files having a different one of said plurality of file names.
A fan arrangement for a duct, the fan arrangement including a housing having an inlet and an outlet adapted to communicate air with the duct and an axially rotatably driven impeller supported within the housing between the inlet and the outlet, the impeller including a hub carrying a plurality of blades that span in a radial direction outwardly of the hub, the plurality of blades being shaped to urge air between the inlet and the outlet, wherein the plurality of blades have a tip solidity ratio in the range of about 0.8 to 1.2, and wherein each of the plurality of blades has a twist angle between a root and a tip thereof in the range of about 15 to 30 degrees, characterised in that the impeller is an impulse bladed impeller in which each of the plurality of blades have a constant thickness across a chord thereof. wherein the plurality of blades have a tip solidity ratio in the range of about 0.8 to 1.2, and wherein each of the plurality of blades has a twist angle between a root and a tip thereof in the range of about 15 to 30 degrees, characterised in that the impeller is an impulse bladed impeller in which each of the plurality of blades have a constant thickness across a chord thereof.
Haymaking machine including at least one rotor fitted with arms carrying work tools, at least one of the said arms including at least two sections, a first section carrying the said work tools and a second section connected to the said rotor, the said first and second sections (24, 25) being able to be connected to each other by means of a hitching device allowing a torque to be transmitted from one to the other of the said first and second sections (24, 25) around an axis oriented in a longitudinal direction of the said second section, the said hitching device including a stop means and a tension means, the said tension means being able to be placed in an operating position in which the said tension means exerts on the said stop means a force oriented from one to the other of the said first and second sections (24, 25), so that in the said operating position, the said first section is, at least in a direction parallel to the said axis, stationary relative to the said second section, the said stop means including at least two support parts, a first support part connected to the said first section and a second support part connected to the said second section, characterised in that the said first support part includes at least one first support surface that is tilted relative to the said axis, that the said second support part includes at least one second support surface that is tilted relative to the said axis and that in the said operating position, the said force maintains in contact the said at least one first support surface with the said at least one second support surface so that, in the said operating position, the immobilisation of the said first section relative to the said second section along the said axis simultaneously causes an immobilisation of the said first section relative to the said second section around the said axis.
Device for machining elongate workpieces, in the form of window or door frames or sashes/leaves or blind frames composed of profile bars, having a machining head (4, 5), wherein the workpiece to be machined can be arranged on a workpiece support, and the workpiece and the machining head (4, 5) to the side of the workpiece support are movable relative to one another during the workpiece machining operation in a movement direction along the workpiece support, wherein a machining unit (7, 37) having at least one machining tool (8, 18) held thereon for machining the workpiece is arranged on the machining head (4, 5) and is movable in a positioning plane running transversely or perpendicularly to the movement direction, and at least one device for fixing the workpiece in one or two spatial directions (X, Y, Z) in the form of a concomitantly travelling clamping roller device for supporting the workpiece during the workpiece machining operation is provided on the machining head (4, 5), characterized in that the machining unit (7, 37) is rotatable and/or pivotable, with respect to the machining head (4, 5), about at least one axis of rotation (10, 11) running transversely or perpendicularly to the movement direction by means of a drive, and in that the machining unit (7, 37) is designed to be translationally movable in the positioning plane along the at least one axis of rotation (10, 11).