mhurhangee/ep-ind-claims huggingface dataset:
An in-ear binaural stimulation system comprising a first device configured to be worn at least partially in a first ear canal of a subject and a second device configured to be worn at least partially in a second ear canal of the subject; wherein each of the first device and the second device comprises: - at least one in-ear active electrode (11, 21) configured to receive a bio-signal and at least one in-ear reference electrode (12, 22) configured to receive a bio-signal; - at least one stimulation device (13,23) configured for emitting at least one electrical or sensory stimulus; and wherein the in-ear binaural stimulation system further comprises an electronic system configured to detect at least one bio-signal pattern from the bio-signals measured from the electrodes (11,12,21,22) and to trigger, in response to the detection of the at least one bio-signal pattern, a generation of at least one stimulus from the stimulation device of the first device and a generation of at least one stimulus from the stimulation device of the second device. - at least one in-ear active electrode (11, 21) configured to receive a bio-signal and at least one in-ear reference electrode (12, 22) configured to receive a bio-signal; - at least one stimulation device (13,23) configured for emitting at least one electrical or sensory stimulus; and wherein
A gas turbine engine assembly comprising: a gas turbine engine turbine frame having an outer radial casing; a fairing disposed within the gas turbine engine turbine frame to form a main gas path internal to the fairing and a secondary gas path between the fairing and the turbine frame, characterised by the fairing comprising an outer radial platform and a first rib; the first rib extending from an aft end of the outer radial platform of the fairing towards the outer radial casing of the turbine frame; a mount affixed to an aft end of the outer radial casing of the turbine frame, the mount comprising a flange-shaped ring and slots to receive portions of the first rib therein; and a first plate spaced from a surface of the outer radial casing of the turbine frame and generally conforming to the shape of said surface, a portion of the first plate being affixed to the mount and wherein the first plate and the turbine frame form a passageway between the outer radial casing of the turbine frame and the first plate that directs a secondary gas flow (68, 80) from the secondary gas path along the surface of the outer radial casing of the turbine frame. a gas turbine engine turbine frame having an outer radial casing; a fairing disposed within the gas turbine engine turbine frame to form a main gas path internal to the fairing and a secondary gas path between the fairing and the turbine frame, characterised by the fairing comprising an outer radial platform and a first rib; the first rib extending from an aft end of the outer radial platform of the fairing towards the outer radial casing of the turbine frame; a mount affixed to an aft end of the outer radial casing of the turbine frame, the mount comprising a flange-shaped ring and slots to receive portions of the first rib therein; and a first plate spaced from a surface of the outer radial casing of the turbine frame and generally conforming to the shape of said surface, a portion of the first plate being affixed to the mount and wherein the first plate and the turbine frame form a passageway between the outer radial casing of the turbine frame and the first plate that directs a secondary gas flow (68, 80) from the secondary gas path along the surface of the outer radial casing of the turbine frame.
A system for taking a biological sample from an item, the system comprising: a) a sampler comprising a handheld body to hold a sample collecting device and an actuator adapted to drive the sample collecting device relative to the handheld body and to contact the item to remove a sample from the item, b) a reader unit comprising: i. a sample identification reader adapted to capture identification information (hereinafter "sample information") associated with the sample collecting device, and ii. an item ID reader adapted to capture identification information (hereinafter "ID") associated with the item from which the sample is to be taken, characterized in that the reader unit is configured to measure and/or record time between: a) capturing said item ID and taking the sample, and/or b) taking the sample and capturing said item ID, and to compare the measured and/or recorded time against a predetermined time wherein if said measured and/or recorded time exceeds the predetermined time the handheld body or reader unit provides directly or indirectly at least one of audio, visual and haptic feedback to a user of the sampler. a) a sampler comprising a handheld body to hold a sample collecting device and an actuator adapted to drive the sample collecting device relative to the handheld body and to contact the item to remove a sample from the item, b) a reader unit comprising: i. a sample identification reader adapted to capture identification information (hereinafter "sample information") associated with the sample collecting device, and ii. an item ID reader adapted to capture identification information (hereinafter "ID") associated with the item from which the sample is to be taken, characterized in that the reader unit is configured to measure and/or record time between: a) capturing said item ID and taking the sample, and/or b) taking the sample and capturing said item ID, and to compare the measured and/or recorded time against a predetermined time wherein if said measured and/or recorded time exceeds the predetermined time the handheld body or reader unit provides directly or indirectly at least one of audio, visual and haptic feedback to a user of the sampler. i. a sample identification reader adapted to capture identification information (hereinafter "sample information") associated with the sample collecting device, and ii. an item ID reader adapted to capture identification information (hereinafter "ID") associated with the item from which the sample is to be taken, a) capturing said item ID and taking the sample, and/or b) taking the sample and capturing said item ID,
An implantable prosthesis for repairing an abdominal wall defect, the implantable prosthesis comprising: a multi-layer soft tissue repair patch including a first mesh layer, a second mesh layer and an adhesion resistant barrier layer, the first mesh layer located between the second mesh layer and the barrier layer; and a pair of tethers (24,26) extending from spaced apart portions of the repair patch and from a side of the repair patch opposite the barrier layer, each tether (24,26) having a sufficient length to extend from the patch and through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each tether (24,26) is accessible on the other side of the defect for manipulation from outside a patient's body, and characterised in that the first mesh layer and the second mesh layer are attached in a manner to form a pocket therebetween; and in that the second mesh layer includes an opening extending therethrough, the opening being adapted to provide entry into an interior of the pocket and being located between the pair of tethers (24,26). a multi-layer soft tissue repair patch including a first mesh layer, a second mesh layer and an adhesion resistant barrier layer, the first mesh layer located between the second mesh layer and the barrier layer; and a pair of tethers (24,26) extending from spaced apart portions of the repair patch and from a side of the repair patch opposite the barrier layer, each tether (24,26) having a sufficient length to extend from the patch and through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each tether (24,26) is accessible on the other side of the defect for manipulation from outside a patient's body, and characterised in that the first mesh layer and the second mesh layer are attached in a manner to form a pocket therebetween; and in that the second mesh layer includes an opening extending therethrough, the opening being adapted to provide entry into an interior of the pocket and being located between the pair of tethers (24,26).
An arc wire spraying method, comprising the following steps: conveying at least two wires out of respective lance nozzles of a wire conveying device by means of the wire conveying device, applying current to the at least two wires to form an arc for melting the ends of the at least two wires, and applying airflow to the arc in the direction transverse to the longitudinal direction (z) of the wire conveying device by means of an airflow applying device so as to spray the melted wire material toward a surface to be sprayed, wherein the airflow applying device rotationally applies the airflow around the longitudinal direction (z) of the wire conveying device, wherein parameters for spraying are variably adjusted along the rotating direction of the airflow applying device, wherein the lance nozzles are arranged in a straight line, characterizing in that the airflow is rotationally applied at a varying rotating speed, wherein the rotating speed of the airflow applying device at the positions where its rotating trajectory is crossed with the straight line is higher than that at the positions where the tangents of the rotating trajectory are parallel to the straight line. conveying at least two wires out of respective lance nozzles of a wire conveying device by means of the wire conveying device, applying current to the at least two wires to form an arc for melting the ends of the at least two wires, and applying airflow to the arc in the direction transverse to the longitudinal direction (z) of the wire conveying device by means of an airflow applying device so as to spray the melted wire material toward a surface to be sprayed, wherein the airflow applying device rotationally applies the airflow around the longitudinal direction (z) of the wire conveying device, wherein parameters for spraying are variably adjusted along the rotating direction of the airflow applying device, wherein the lance nozzles are arranged in a straight line, characterizing in that the airflow is rotationally applied at a varying rotating speed, wherein the rotating speed of the airflow applying device at the positions where its rotating trajectory is crossed with the straight line is higher than that at the positions where the tangents of the rotating trajectory are parallel to the straight line.
Method for producing a multicomponent compound, in particular for dental purposes, by means of a device according to one of Claims 7 to 14, by pressing its components out of cartridges by means of pistons and by mixing the components, characterized in that the pressing-out process, at the beginning thereof, takes place at a reduced pressure.
A magnetic stimulation system comprising: a shield (1306; 1600) comprising: an external surface; an internal surface; an internal cavity therebetween, a first opening, and a first channel that intersects the first opening, a second opening and a second channel that intersects the second opening; and wherein the openings (1408, 1410) and the channels (1412, 1414) extend through the entire thickness of the shield, the channels (1412, 1414) divide the shield (1306, 1600) into sections (1418, 1420, 1422), and wherein the external and internal surfaces comprise a non-conductive material; and a first helical coil aligned with the center of the first opening, the coil comprising a single wire having a plurality of turns, and having a geometry that comprises a series of ramped structures; and a second helical coil aligned with the center of the second opening, the coil comprising a single wire having a plurality of turns, and having a geometry that comprises a series of ramped structures. a shield (1306; 1600) comprising: an external surface; an internal surface; an internal cavity therebetween, a first opening, and a first channel that intersects the first opening, a second opening and a second channel that intersects the second opening; and wherein the openings (1408, 1410) and the channels (1412, 1414) extend through the entire thickness of the shield, the channels (1412, 1414) divide the shield (1306, 1600) into sections (1418, 1420, 1422), and wherein the external and internal surfaces comprise a non-conductive material; and an external surface; an internal surface; an internal cavity therebetween, a first opening, and a first channel that intersects the first opening, a second opening and a second channel that intersects the second opening; and wherein the openings (1408, 1410) and the channels (1412, 1414) extend through the entire thickness of the shield, the channels (1412, 1414) divide the shield (1306, 1600) into sections (1418, 1420, 1422), and wherein the external and internal surfaces comprise a non-conductive material; and a first helical coil aligned with the center of the first opening, the coil comprising a single wire having a plurality of turns, and having a geometry that comprises a series of ramped structures; and a second helical coil aligned with the center of the second opening, the coil comprising a single wire having a plurality of turns, and having a geometry that comprises a series of ramped structures.
Method for producing a wiper blade having a supporting element and a connection device, which is fastened to the supporting element by means of a part on a wiper blade side, said part having claw-like shoulders which engage at least in regions around the supporting element, wherein the part on the wiper blade side is pushed onto and positioned on the supporting element with an only slightly larger clear width than the thickness of the supporting element and, after the positioning, is heat treated, characterized in that the heat treatment ensures that the elements of the supporting element and of the part on the wiper blade side lie tightly against one another and produce a force-fitting assembly.
A patch structure comprising: - a support layer consisting of a biocompatible synthetic polymer material with a microporous nonwoven structure; - a layer of fibrin with a cross-linked nanofibrillar structure; wherein said fibrin layer is rooted in the supporting layer. - a support layer consisting of a biocompatible synthetic polymer material with a microporous nonwoven structure; - a layer of fibrin with a cross-linked nanofibrillar structure; wherein said fibrin layer is rooted in the supporting layer.
Process for colouring and permanently shaping keratin fibres especially human hair in a single process characterised in that it comprises the following steps a- an aqueous oxidative colouring composition based on at least one oxidative dye precursor and optionally at least one coupling substance but not comprising any direct dye is mixed with a composition comprising at least one oxidizing agent and applied onto hair and rinsed off from hair with water after processing 5 to 45 min at a temperature of 20 to 45°C and towel dried, b- the towel dried hair is put on curlers, c- an aqueous composition comprising at least one reducing agent is applied onto hair and rinsed off from hair with water after a processing time of 2 to 30 min at ambient temperature and towel dried, d- a composition comprising at least one oxidizing agent is applied onto hair processed for 2 to 15 min and curlers are taken off from hair, and optionally rinsed off from hair with water and optionally towel dried, and e- an aqueous oxidative colouring composition based on at least one oxidative dye precursor and optionally at least one coupling substance is mixed with a composition comprising at least one oxidizing agent and applied onto hair and rinsed off from hair with water after processing 5 to 45 min at a temperature of 20 to 45°C and towel dried and dried with a dryer or left to dry in the air. a- an aqueous oxidative colouring composition based on at least one oxidative dye precursor and optionally at least one coupling substance but not comprising any direct dye is mixed with a composition comprising at least one oxidizing agent and applied onto hair and rinsed off from hair with water after processing 5 to 45 min at a temperature of 20 to 45°C and towel dried, b- the towel dried hair is put on curlers, c- an aqueous composition comprising at least one reducing agent is applied onto hair and rinsed off from hair with water after a processing time of 2 to 30 min at ambient temperature and towel dried, d- a composition comprising at least one oxidizing agent is applied onto hair processed for 2 to 15 min and curlers are taken off from hair, and optionally rinsed off from hair with water and optionally towel dried, and e- an aqueous oxidative colouring composition based on at least one oxidative dye precursor and optionally at least one coupling substance is mixed with a composition comprising at least one oxidizing agent and applied onto hair and rinsed off from hair with water after processing 5 to 45 min at a temperature of 20 to 45°C and towel dried and dried with a dryer or left to dry in the air.
A refrigerator comprising: a cabinet; an inner case of a freezing compartment, which forms the freezing compartment, an inner case of a refrigerating compartment, which forms the refrigerating compartment, a cooling cycle for cooling the refrigerating compartment and the freezing compartment, the cooling cycle being operated by a compressor, a condenser, an expansion device and an evaporator;a thermal siphon unit of a closed loop shape, in which a working fluid for heat transfer flows, having a part arranged outside the inner case of the freezing compartment and the other part arranged outside the inner case of the refrigerating compartment, wherein the cool air of the freezing compartment is transferred to the refrigerating compartment by the thermal siphon unit, and a cool air storage unit arranged at an inner side of a space partitioned in the inner case of the freezing compartment, accumulating the cool air by means of the cool air of the freezing compartment and transferring the cool air to the thermal siphon unit arranged outside the inner case of the freezing compartment, wherein the cool air storage unit includes a housing forming an external appearance, and a phase change material stored in the housing, characterized in that the phase change material is a material made by mixing water, urea and aluminum silicate, and wherein the urea is mixed in the range of 2% to 7%. a cabinet; an inner case of a freezing compartment, which forms the freezing compartment, an inner case of a refrigerating compartment, which forms the refrigerating compartment, a cooling cycle for cooling the refrigerating compartment and the freezing compartment, the cooling cycle being operated by a compressor, a condenser, an expansion device and an evaporator;a thermal siphon unit of a closed loop shape, in which a working fluid for heat transfer flows, having a part arranged outside the inner case of the freezing compartment and the other part arranged outside the inner case of the refrigerating compartment, wherein the cool air of the freezing compartment is transferred to the refrigerating compartment by the thermal siphon unit, and a cool air storage unit arranged at an inner side of a space partitioned in the inner case of the freezing compartment, accumulating the cool air by means of the cool air of the freezing compartment and transferring the cool air to the thermal siphon unit arranged outside the inner case of the freezing compartment, wherein the cool air storage unit includes a housing forming an external appearance, and a phase change material stored in the housing, characterized in that the phase change material is a material made by mixing water, urea and aluminum silicate, and wherein the urea is mixed in the range of 2% to 7%.
Textile fabric having at least one raised surface incorporating yarn comprising multicomponent fibers formed of at least a first polymer and a second polymer disposed in side-by-side relationship, the first polymer and the second polymer exhibiting differential thermal elongation to cause the multicomponent fibers to bend or curl and reversibly recover in response to changes in temperature, adjusting insulation performance of the textile fabric in response to ambient conditions, wherein the first polymer is a polypropylene and the second polymer is a polyethylene or wherein the first polymer is a first polypropylene and the second polymer is a second polypropylene different from the first polypropylene.
A door system with a door drive having at least one connecting element for connecting to a leaf element of the door system and/or at least one leaf element with which the door drive is in operative connection in a driving manner, wherein at least the one leaf element of the door system can be moved with the door drive and the door drive having a motor unit with a housing, in which an annular stator is accommodated in a stationary manner and wherein a rotor is arranged so as to be rotatably movable in the housing, which has an output shaft, wherein the output shaft can be brought into operative connection in a driving manner with the leaf element, characterized in that the motor unit has half-shell-shaped housing halves (15, 16) connected to one another, wherein the half-shell-shaped housing halves (15, 16) define an interior in which at least the stator and the rotor are accommodated, and wherein the half-shell-shaped housing halves (15, 16) have bearing receiving sections (17, 18) projecting into the interior, in which bearing elements for supporting the output shaft are introduced at least in sections, wherein the output shaft has a first bearing section and has a second bearing section, on each of which a bearing element is accommodated, wherein a receiving section is designed between the bearing sections (25, 26) to form the rotor, on which a support body fitted with permanent magnets is accommodated, and wherein the support body has circumferential recesses on the inside, into which the bearing receiving sections (17, 18) protrude and the bearing elements are at least partially inserted.
A sweeping device for working on a track formed of rails and sleepers, with a brush shaft consisting of a plurality of shaft portions, which is designed as a hollow shaft, having resilient sweeping elements protruding radially from it, which can be attached via at least one adjustable vertical drive to a vehicle that can travel on rails, characterised in that at least one axis of rotation of one of the shaft portions is adjustable via a control shaft with control elements acting externally on the shaft portion.
A reflective article, comprising: - a transparent substrate having a first major surface and a second major surface; - a basecoat formed over at least a portion of the second major surface; - a primary reflective coating formed over at least a portion of the basecoat; - an inorganic protective coating formed over at least a portion of the primary reflective coating; and - an anti-corrosion coating positioned between the primary reflective coating and the protective coating, wherein the anti-corrosion coating comprises at least one elemental metal or metal alloy from members of Groups 2-16 of the Periodic Table of the Elements and has a thickness in the range of 20 nm to 40 nm. - a transparent substrate having a first major surface and a second major surface; - a basecoat formed over at least a portion of the second major surface; - a primary reflective coating formed over at least a portion of the basecoat; - an inorganic protective coating formed over at least a portion of the primary reflective coating; and - an anti-corrosion coating positioned between the primary reflective coating and the protective coating, wherein the anti-corrosion coating comprises at least one elemental metal or metal alloy from members of Groups 2-16 of the Periodic Table of the Elements and has a thickness in the range of 20 nm to 40 nm.