mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a housing part of a hearing device to be worn in the auditory canal of a person, wherein the housing part serves for accommodating at least one electronic component of the hearing device in a housing interior, wherein according to the method - a fiber skeleton is built up from fibers for a wall of the housing part, said wall at least partially surrounding the housing interior, - by means of the fibers a mechanical property of the wall along a reference direction of the housing part is variably predetermined, wherein as the mechanical property a flexibility of the wall is variably predetermined, wherein the reference direction extends along a surface of the housing part that is predetermined by the wall, respectively by the fiber skeleton, and - the fiber skeleton is infiltrated with a matrix material over at least a portion of its longitudinal extent. - a fiber skeleton is built up from fibers for a wall of the housing part, said wall at least partially surrounding the housing interior, - by means of the fibers a mechanical property of the wall along a reference direction of the housing part is variably predetermined, wherein as the mechanical property a flexibility of the wall is variably predetermined, wherein the reference direction extends along a surface of the housing part that is predetermined by the wall, respectively by the fiber skeleton, and - the fiber skeleton is infiltrated with a matrix material over at least a portion of its longitudinal extent.
Device cover of a low voltage, high power fuse device having a cover section, two holding sections (19, 20), which are connected to the cover section, for mounting two grip taps (15, 15) of a low voltage, high power fuse insert in a suspended manner, wherein the grip taps (15, 15) are guided by means of the holding sections (19, 20) when the fuse insert is inserted into the device cover and when the said fuse insert is removed from the device cover, and having a locking device, which is connected to the cover section, for releasably locking one grip tab from amongst the grip taps (15, 15) of the inserted fuse insert in the device cover, wherein the locking device, in a first position, projects into the path of the said grip tab when the fuse insert is inserted and removed and, in a second position, is moved out of the said path of the grip tab, and having an operating device for operating the locking device, wherein the operating device and the locking device form one component, characterized in that the locking device has two shoulders (27, 28) which are connected to the device cover, wherein the respective shoulder (27 or 28) has, at a distance from the point at which shoulder (27 or 28) and device cover are connected, a projection (29, 30) which is directed towards the other projection (30, 29), wherein the two shoulders (27, 28) are connected by means of a connecting element, and the connecting element has the operating device at a distance from the projections (29, 30), wherein the two projections (29, 30) can be moved away from one another by pressing the operating device, in order to release the locking of the grip tab.
Compound according to the following Formula for use as a medicament: wherein L is an alkanediyl group with 1 to 6 carbon atoms A is SO, SO 2 or NR 1, and R 1 is an organic residue. L is an alkanediyl group with 1 to 6 carbon atoms A is SO, SO 2 or NR 1, and R 1 is an organic residue.
A process to form a "functionalized ethylene-based polymer" from a first composition comprising an ethylene-based polymer and at least one polar compound, and at least one peroxide, said process comprising at least the following: a) thermally treating the first composition, in at least one extruder comprising at least one barrel, to form the functionalized ethylene-based polymer; b) extruding the functionalized ethylene-based polymer, in melt form, to form an extrudate; c) cooling the extrudate; and d) pelletizing the extrudate; and wherein the "efficiency of the peroxide consumption, after the thermal treatment, is ≥ 91 wt% within the at least one extruder; and wherein the feed rate of the extruder is ≥ 635.0 kg/hr (1400 lbs/hr) and the "normalized feed rate" of the extruder is ≥ 0.00082 (kg/hr)/(mm) 3 (0.0018 (lbs/hr)/(mm) 3); and wherein, for step c), after the extrudate exits the extruder, and before the extrudate is pelletized, the extrudate is cooled in a cooling medium to a pelletization temperature, T pel (in °C), ≤ the crystallization temperature T c (in °C) of the functionalized ethylene-based polymer. a) thermally treating the first composition, in at least one extruder comprising at least one barrel, to form the functionalized ethylene-based polymer; b) extruding the functionalized ethylene-based polymer, in melt form, to form an extrudate; c) cooling the extrudate; and d) pelletizing the extrudate; and
An air compressor comprising: a tank unit that stores a compressed air; a compressed air generating unit that generates the compressed air to be stored in the tank unit; a motor unit that drives the compressed air generating unit; a driving current generating unit that generates a driving current of the motor unit; a control unit that drives the motor unit in such that a pressure condition in the tank unit maintains within a range of predetermined pressure value by controlling the driving current generating unit; and characterised by a temperature detecting unit that detects a temperature of the driving current generating unit, wherein the control unit lowers the driving current of the motor unit when the temperature detecting unit detects that temperature of the driving current generating unit is high, and wherein the control unit reduces a load of the motor unit when the temperature detecting unit detects that the temperature of the driving current generating unit is further high. a tank unit that stores a compressed air; a compressed air generating unit that generates the compressed air to be stored in the tank unit; a motor unit that drives the compressed air generating unit; a driving current generating unit that generates a driving current of the motor unit; a control unit that drives the motor unit in such that a pressure condition in the tank unit maintains within a range of predetermined pressure value by controlling the driving current generating unit; and characterised by a temperature detecting unit that detects a temperature of the driving current generating unit, wherein the control unit lowers the driving current of the motor unit when the temperature detecting unit detects that temperature of the driving current generating unit is high, and wherein the control unit reduces a load of the motor unit when the temperature detecting unit detects that the temperature of the driving current generating unit is further high.
An elevator comprising guide rails extending along a height of a shaft, a car and/or a counterweight moving upwards and downwards in the shaft and being glidingly supported on the guide rails, a stop block being attached to at least one guide rail in order to prevent movement of the car and/or the counterweight beyond the level of the stop block, whereby the stop block comprises a buffer attached to a bottom plate, characterized in that the buffer comprising a slot receiving a guide portion of the guide rail, whereby the guide portion of the guide rail becomes enclosed within the buffer, the bottom plate supporting the buffer on the guide rail.
A method comprising: receiving a packet and a segment ID stack at a segment routing enabled node (204 - 222), wherein the segment ID stack comprises a plurality of segment IDs comprising a first area-segment ID, wherein the first area-segment ID identifies a first area of a subdivided segment routing enabled network, and wherein the segment IDs are unique in the areas in which the segment routing enabled nodes are contained; selecting one of a plurality of segment routing forwarding tables based on the first area-segment ID; forwarding the packet and the segment ID stack along a segment or sub path of a segment path to a second segment routing enabled node based on forwarding information contained in the selected forwarding table. receiving a packet and a segment ID stack at a segment routing enabled node (204 - 222), wherein the segment ID stack comprises a plurality of segment IDs comprising a first area-segment ID, wherein the first area-segment ID identifies a first area of a subdivided segment routing enabled network, and wherein the segment IDs are unique in the areas in which the segment routing enabled nodes are contained; selecting one of a plurality of segment routing forwarding tables based on the first area-segment ID; forwarding the packet and the segment ID stack along a segment or sub path of a segment path to a second segment routing enabled node based on forwarding information contained in the selected forwarding table.
A combination of a winglet (100, 300, 500, 700, 800) fixedly attachable to a baseline wing (108, 308) of an aircraft and a control system, the winglet (100, 300, 500, 700, 800) comprising: a horizontal portion (102, 302, 502, 702, 802) comprising a control surface (106, 306, 506, 706, 806) configured to be moved by a first actuation system; and a vertical portion (104, 304, 504, 704) coupled to the horizontal portion (102, 302, 502, 702, 802), wherein the vertical portion (104, 304, 504, 704) is configured to be moved by a second actuation system about an axis that is substantially perpendicular to the horizontal portion (102, 302, 502, 702, 802), whereby the control system is operable to control motion of the control surface (106, 306, 506, 706, 806) and the vertical portion (104, 304, 504, 704) by respectively the first and second actuation system, characterized in that the control system, the first and second actuation system, the control surface (106, 202, 306, 506, 706, 806) and the vertical portion (104, 304, 504, 704) are configured to, when the winglet (100, 300, 500, 700, 800) is attached to the baseline wing (108, 308) of the aircraft, increase wing efficiency by deflecting the control surface (106, 202, 306, 506, 706, 806) downwards and by rotating inwards a leading edge of the vertical portion (104, 304, 504, 704) to increase lift at a first flight condition that requires a high coefficient of lift, and by deflecting the control surface (106, 202, 306, 506, 706, 806) upwards and by rotating outwards the leading edge of the vertical portion (104, 304, 504, 704) to decrease lift at a second flight condition that requires a low coefficient of lift. a horizontal portion (102, 302, 502, 702, 802) comprising a control surface (106, 306, 506, 706, 806) configured to be moved by a first actuation system; and a vertical portion (104, 304, 504, 704) coupled to the horizontal portion (102, 302, 502, 702, 802), wherein the vertical portion (104, 304, 504, 704) is configured to be moved by a second actuation system about an axis that is substantially perpendicular to the horizontal portion (102, 302, 502, 702, 802), whereby the control system is operable to control motion of the control surface (106, 306, 506, 706, 806) and the vertical portion (104, 304, 504, 704) by respectively the first and second actuation system, characterized in that the control system, the first and second actuation system, the control surface (106, 202, 306, 506, 706, 806) and the vertical portion (104, 304, 504, 704) are configured to, when the winglet (100, 300, 500, 700, 800) is attached to the baseline wing (108, 308) of the aircraft, increase wing efficiency by deflecting the control surface (106, 202, 306, 506, 706, 806) downwards and by rotating inwards a leading edge of the vertical portion (104, 304, 504, 704) to increase lift at a first flight condition that requires a high coefficient of lift, and by deflecting the control surface (106, 202, 306, 506, 706, 806) upwards and by rotating outwards the leading edge of the vertical portion (104, 304, 504, 704) to decrease lift at a second flight condition that requires a low coefficient of lift.
A device for preparing foods received in a vessel, in particular ready meals, the device comprising a preparation chamber for receiving the vessel, a steam generator assembly for generating steam, comprising at least one first steam-conducting path for conducting steam and at least one cold-fluid-conducting path for conducting fluid which is colder than the steam, a steam delivery unit having at least one steam discharge opening into the preparation chamber, said steam delivery unit being connected to the at least one steam-conducting path of the steam generator assembly in a steam-conducting manner, a condensate delivery unit having at least one condensate discharge opening into the preparation chamber, said condensate delivery unit being connected to the steam-conducting path of the steam generator assembly and to the cold-fluid-conducting path characterized in that the device is designed to perform a preparation operation in which the food received in the vessel can be prepared by means of the steam delivery unit so as to be ready to eat, and to perform a rinsing operation in which the preparation chamber can be cleaned by means of the condensate delivery unit.
A chuck apparatus comprising a pair of grip members driven by a piston via a pair of levers, the piston being disposed inside a body (12, 46), each lever being rotatably supported by the body (12, 46) via a lever shaft, the chuck apparatus being used by attaching the body (12, 46) to a transport device, characterized in that the lever shafts protrude from a mounting surface (12b, 46b) of the body mounted to the transport device, and positioning with respect to the transport device is performed by using the protruding ends of the lever shafts.
Process for the molding of a body in a mold, comprising the following steps: • application of an adhesive tape on the internal side of a mold, where the edges of the individual strips of the adhesive tape (1, 2, 3) are abutted, i.e. leave no intervening spaces • distribution, on the adhesive tape, of the layers of material that form the body • hardening of the layers of material • removal of the body from the mold, where the individual strips of adhesive tape (1, 2, 3) are composed of a backing foil onto one side of which an adhesive layer, in particular self-adhesive, has been applied, and the backing foil comprises one or at least two fluoropolymers, where the backing layer is composed of an at least two-layer laminate made of two or more foil layers, where the outermost foil layer, i.e. the foil layer which is facing toward the layers of material forming the body, is the foil layer comprising one or at least two fluoropolymers. • application of an adhesive tape on the internal side of a mold, where the edges of the individual strips of the adhesive tape (1, 2, 3) are abutted, i.e. leave no intervening spaces • distribution, on the adhesive tape, of the layers of material that form the body • hardening of the layers of material • removal of the body from the mold,
A power-assisted bicycle comprising: a drive unit including an electric motor for assisting pedal force applied to pedals and a motor controller configured to control the electric motor based on pedal force applied to the pedals; a battery configured to accumulate electronic power to be supplied to the electric motor; and a locked portion for coupling to a lock device provided in a parking station; characterized by a device for sensing that the bicycle is placed in the parking station, wherein the electric motor is configured to be restricted from driving when said device senses that the bicycle is placed in the parking station. a drive unit including an electric motor for assisting pedal force applied to pedals and a motor controller configured to control the electric motor based on pedal force applied to the pedals; a battery configured to accumulate electronic power to be supplied to the electric motor; and a locked portion for coupling to a lock device provided in a parking station; characterized by a device for sensing that the bicycle is placed in the parking station, wherein the electric motor is configured to be restricted from driving when said device senses that the bicycle is placed in the parking station.
An apparatus for underwater dredging comprising: a pipe; and a dredging head (2, 2a); wherein the pipe comprises a first aperture and a second aperture each disposed at opposing ends of the pipe, and the pipe further comprises a sidewall, at least one first sidewall aperture and at least one second sidewall aperture; wherein the dredging head (2, 2a) is circumferentially arranged on the sidewall of the pipe and comprises at least one input, at least one output and a plenum chamber; wherein the at least one output is in fluid communication with the at least one first sidewall aperture; and further comprising a first obstruction mechanism configured to selectively deter reverse fluid flow into the dredging head (2, 2a), wherein the first obstruction mechanism is configured to be selectively transformable between:- i) a first, obstructing, configuration in which at least reverse fluid flow through the dredging head (2, 2a) is deterred; and ii) a second, open, configuration in which fluid flow through the dredging head (2, 2a) is permitted; and characterised in that the apparatus further comprises at least one thruster tube, wherein the at least one thruster tube comprises a first thruster aperture, and a second thruster aperture, and further comprises a thruster disposed between the first thruster aperture and the second thruster aperture, wherein the at least one thruster tube is in fluid communication with the at least one second sidewall aperture. a pipe; and a dredging head (2, 2a); wherein the pipe comprises a first aperture and a second aperture each disposed at opposing ends of the pipe, and the pipe further comprises a sidewall, at least one first sidewall aperture and at least one second sidewall aperture; wherein the dredging head (2, 2a) is circumferentially arranged on the sidewall of the pipe and comprises at least one input, at least one output and a plenum chamber; wherein the at least one output is in fluid communication with the at least one first sidewall aperture; and further comprising a first obstruction mechanism configured to selectively deter reverse fluid flow into the dredging head (2, 2a), wherein the first obstruction mechanism is configured to be selectively transformable between:- i) a first, obstructing, configuration in which at least reverse fluid flow through the dredging head (2, 2a) is deterred; and ii) a second, open, configuration in which fluid flow through the dredging head (2, 2a) is permitted; and i) a first, obstructing, configuration in which at least reverse fluid flow through the dredging head (2, 2a) is deterred; and ii) a second, open, configuration in which fluid flow through the dredging head (2, 2a) is permitted; and characterised in that the apparatus further comprises at least one thruster tube, wherein the at least one thruster tube comprises a first thruster aperture, and a second thruster aperture, and further comprises a thruster disposed between the first thruster aperture and the second thruster aperture, wherein the at least one thruster tube is in fluid communication with the at least one second sidewall aperture.
An indexing system for a rotary switch, comprising a housing (3;13), a driving part and a driven part, both being coupled to the housing for rotation with respect to the housing and with respect to each other about an axis of rotation, wherein the housing and the driven part comprise cooperating first and second indexing means (119A, 119B; 33, 35) defining one or more relative angular positions, wherein the indexing means comprise at least one first indexing member (119A, 119B, 121A, 121B) being at least partly reversibly movable between a first and a second radial position, wherein the at least one first indexing member (119A, 119B, 121A, 121B) extends generally tangentially and/or azimuthally with respect to the axis of rotation, and wherein the first radial position the indexing means cooperate to block relative rotation of the housing and the driven part about the axis of rotation, beyond a predetermined relative rotary position, characterised by providing a blocking force extending substantially in the direction of extension of the first indexing member and in the second radial position the indexing means allow relative rotation of the housing and the driven part about the axis of rotation.
A communication method in a system including communication nodes forming a mesh network in which each node periodically transmits, via a shared transmission resource accessible to the whole of the nodes, a network neighborhood discovery message to these neighboring nodes in order to detect the links connecting them with each other, each node listening to the medium used as a support for the shared transmission resource in order to determine whether said medium is free, nodes of a subset of the nodes of the mesh network being used as exclusive relays for propagating topology information broadcasting messages, characterized by the steps consisting of: - for each node: o detecting collisions on the medium upon listening; o computing a metric from the number of detected collisions; o writing the metric into a first field of the network neighborhood discovery message which the node transmits; o receiving the network neighborhood discovery messages from its neighboring nodes; o comparing its metric to the metrics of its neighboring nodes; - adding a node to said subset depending on the result of the comparison. - for each node: o detecting collisions on the medium upon listening; o computing a metric from the number of detected collisions; o writing the metric into a first field of the network neighborhood discovery message which the node transmits; o receiving the network neighborhood discovery messages from its neighboring nodes; o comparing its metric to the metrics of its neighboring nodes; o detecting collisions on the medium upon listening; o computing a metric from the number of detected collisions; o writing the metric into a first field of the network neighborhood discovery message which the node transmits; o receiving the network neighborhood discovery messages from its neighboring nodes; o comparing its metric to the metrics of its neighboring nodes; - adding a node to said subset depending on the result of the comparison.
A method of identifying the risk of a human for developing a breast cancer phenotype, the method comprising: detecting, in a biological sample from the human, the single nucleotide polymorphism REFSNP_ID 13281615, either directly or indirectly through a closely linked locus which is 100 kb or less from the polymorphism; and, correlating the allele at said polymorphism or locus to the risk of developing the phenotype. detecting, in a biological sample from the human, the single nucleotide polymorphism REFSNP_ID 13281615, either directly or indirectly through a closely linked locus which is 100 kb or less from the polymorphism; and, correlating the allele at said polymorphism or locus to the risk of developing the phenotype.