mhurhangee/patent-ind-claim-en huggingface dataset:
A toroidal electric generator (100; 1100) comprising a stator (20; 120), which includes a tubular body (21; 121) supporting a plurality of windings (24; 124), and a rotor (30; 130) rotatable within the stator (20; 120) and comprising a support element (31; 131) and a plurality of hydraulic blades (32; 132), each provided with a respective magnet (34; 134) and mounted on the support element (31; 131) integral to it; characterized in that it further comprises an external casing (40; 140) and a plurality of separating elements (51, 52; 151, 152), each separating element being arranged between a respective pair of adjacent windings (24; 124) of the plurality of windings (24; 124) of the stator (20; 120).
A method of performing an immersion tin process in the production of a component carrier, wherein the method comprises: electroless plating of tin on at least a part of a copper surface of the component carrier by immersing said part of the copper surface in a composition containing Sn(II), subsequently rinsing the tin-plated part of the copper surface carrier with a rinsing composition, characterised in that the rinsing composition comprises an alkali carbonate. electroless plating of tin on at least a part of a copper surface of the component carrier by immersing said part of the copper surface in a composition containing Sn(II), subsequently rinsing the tin-plated part of the copper surface carrier with a rinsing composition, characterised in that the rinsing composition comprises an alkali carbonate.
Child safety seat comprising: • an integral harness belt for restraining a child in the child safety seat , • a deflector for the harness belt , • an elastic mechanism adapted for forcing the deflector from a first position to a second position , the harness belt being guided by the deflector , wherein due to the guidance by the deflector the harness belt length available for buckling in the child is shorter in the second position than in the first position , • a latch mechanism transferable between a blocking position and a release position, the latch mechanism being adapted for blocking in the blocking position the deflector against a movement toward the second position and for releasing in the release position the deflector for a movement induced by the forcing towards the second position , the latch mechanism comprising a first toothing and a pawl , the deflector being coupled to the first toothing , the latch mechanism being transferable between the blocking position and the release position by an engagement and a disengagement of the pawl with the first toothing , • a release mechanism adapted for transferring the latch mechanism from the blocking position to the release position upon receiving a trigger signal. • an integral harness belt for restraining a child in the child safety seat , • a deflector for the harness belt , • an elastic mechanism adapted for forcing the deflector from a first position to a second position , the harness belt being guided by the deflector , wherein due to the guidance by the deflector the harness belt length available for buckling in the child is shorter in the second position than in the first position , • a latch mechanism transferable between a blocking position and a release position, the latch mechanism being adapted for blocking in the blocking position the deflector against a movement toward the second position and for releasing in the release position the deflector for a movement induced by the forcing towards the second position , the latch mechanism comprising a first toothing and a pawl , the deflector being coupled to the first toothing , the latch mechanism being transferable between the blocking position and the release position by an engagement and a disengagement of the pawl with the first toothing , • a release mechanism adapted for transferring the latch mechanism from the blocking position to the release position upon receiving a trigger signal.
A fibre-optic pressure sensor , comprising: a light guide having an end; an optical deflector unit connected to the end of the light guide ; and a sensor body in which a cavity is formed, which is covered with a sensor membrane which forms a top side of the cavity , wherein the top side and a bottom side of the cavity , which is formed by the sensor body , form an optical resonator, wherein the light guide extends along a light guide axis of the light guide at the bottom side of the sensor body , wherein the optical deflector unit is designed to deflect light escaping from the light guide toward the cavity , wherein the end of the light guide serves both as a light-emitting surface for emitting light in the direction of the optical deflector unit and as a light entry surface for receiving light, which is reflected back from the cavity , wherein the cavity has a different length along the longitudinal extension of the light guide , wherein the deflector unit is attached to the sensor body in a measuring position by means of a curable adhesive or a soldered connection. a light guide having an end; an optical deflector unit connected to the end of the light guide ; and a sensor body in which a cavity is formed, which is covered with a sensor membrane which forms a top side of the cavity , wherein the top side and a bottom side of the cavity , which is formed by the sensor body , form an optical resonator, wherein the light guide extends along a light guide axis of the light guide at the bottom side of the sensor body , wherein the optical deflector unit is designed to deflect light escaping from the light guide toward the cavity , wherein the end of the light guide serves both as a light-emitting surface for emitting light in the direction of the optical deflector unit and as a light entry surface for receiving light, which is reflected back from the cavity , wherein the cavity has a different length along the longitudinal extension of the light guide , wherein the deflector unit is attached to the sensor body in a measuring position by means of a curable adhesive or a soldered connection.
A polymerization process comprising: polymerizing ethylene, or one or more (C 3 -C 12 ) alpha-olefin monomers, or a combination of ethylene and one or more (C 3 -C 12 ) alpha-olefin monomers, in the presence of at least one catalyst system, the catalyst system comprising a phosphaguanidine complex according to formula I where R 1 and R 5 include the same or different moieties selected from hydride, aliphatic, heteroaliphatic, aromatic, and heteroaromatic moieties; R 2 and R 4 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties; R 3 includes a lone pair of electrons or a heteroatom; M is selected from titanium, zirconium, or hafnium; X is selected from aliphatic moieties, aromatic moieties, NR N 2 moieties or halide moieties, wherein R N is selected from alkyl, aryl, or heteroaryl moieties; and each dotted line optionally defines a bridging connection. R 1 and R 5 include the same or different moieties selected from hydride, aliphatic, heteroaliphatic, aromatic, and heteroaromatic moieties; R 2 and R 4 include the same or different moieties selected from aliphatic moieties, heteroaliphatic moieties, aromatic moieties, or heteroaromatic moieties; R 3 includes a lone pair of electrons or a heteroatom; M is selected from titanium, zirconium, or hafnium; X is selected from aliphatic moieties, aromatic moieties, NR N 2 moieties or halide moieties, wherein R N is selected from alkyl, aryl, or heteroaryl moieties; and each dotted line optionally defines a bridging connection.
A method of generating haptic effects, the method comprising: receiving a plurality of haptic pixels including haptic data modifiers , each haptic pixel associated with at least one video pixel , the at least one video pixel included in a video texture map representative of at least one frame of a video ; characterized by identifying a point of interest in the at least one frame of the video , the point of interest including a target video pixel in the at least one frame of the video ; determining a target haptic pixel among the haptic pixels , the target haptic pixel corresponding to the target video pixel in the at least one frame of the video ; obtaining target haptic data included in the target haptic pixel ; and controlling operation of a haptic actuator based on the target haptic data . receiving a plurality of haptic pixels including haptic data modifiers , each haptic pixel associated with at least one video pixel , the at least one video pixel included in a video texture map representative of at least one frame of a video ; characterized by identifying a point of interest in the at least one frame of the video , the point of interest including a target video pixel in the at least one frame of the video ; determining a target haptic pixel among the haptic pixels , the target haptic pixel corresponding to the target video pixel in the at least one frame of the video ; obtaining target haptic data included in the target haptic pixel ; and controlling operation of a haptic actuator based on the target haptic data .
A filter management system for the filtration of cabin air for vehicles comprising: a first filter element and a second filter element disposed in an exterior fresh air housing , wherein the exterior fresh air housing comprises an inlet and an outlet ; a third filter element disposed in a cabin housing , wherein the cabin housing comprises at least one inlet , wherein the at least one inlet is a filtered inlet ; a fluid channel arranged between the exterior fresh air housing and the cabin housing , wherein the filtered inlet of the cabin housing is adapted to receive air from the exterior fresh air housing through said fluid channel ; a first diverter disposed near an outlet of the exterior fresh air housing , wherein the first diverter is configured to cause ambient air to flow through the exterior fresh air housing in a plurality of flow paths, wherein the plurality of flow paths comprises a single filtration pass of ambient air through the first filter element and a double pass filtration of ambient air through both the first filter element and second filter element . a first filter element and a second filter element disposed in an exterior fresh air housing , wherein the exterior fresh air housing comprises an inlet and an outlet ; a third filter element disposed in a cabin housing , wherein the cabin housing comprises at least one inlet , wherein the at least one inlet is a filtered inlet ; a fluid channel arranged between the exterior fresh air housing and the cabin housing , wherein the filtered inlet of the cabin housing is adapted to receive air from the exterior fresh air housing through said fluid channel ; a first diverter disposed near an outlet of the exterior fresh air housing , wherein the first diverter is configured to cause ambient air to flow through the exterior fresh air housing in a plurality of flow paths, wherein the plurality of flow paths comprises a single filtration pass of ambient air through the first filter element and a double pass filtration of ambient air through both the first filter element and second filter element .
A media data transmission method used for transmission of an omnidirectional video according to an omnidirectional media format, comprising: receiving (S105), by a client, a media presentation description, MPD, file, wherein the MPD file comprises priority indication information, and the priority indication information is used to indicate a priority or priorities of one or more overlays, wherein the priority indication information is attribute information of an overlay descriptor in the MPD file, and the overlay descriptor is located in an adaptation set of the MPD file; and processing (S106), by the client, the one or more overlays based on the priority indication information. receiving (S105), by a client, a media presentation description, MPD, file, wherein the MPD file comprises priority indication information, and the priority indication information is used to indicate a priority or priorities of one or more overlays, wherein the priority indication information is attribute information of an overlay descriptor in the MPD file, and the overlay descriptor is located in an adaptation set of the MPD file; and processing (S106), by the client, the one or more overlays based on the priority indication information.
Cutting device for cutting strip material , in particular a steel cord strip or textile cord strip, wherein the cutting device a blade arrangement , which has a movable upper blade , an immovable lower blade assigned to this, and a drive device for moving the upper blade , wherein during at least some of the movement of the upper blade a cutting point moves along a cutting edge of the lower blade from a front cutting region to a rear cutting region of the blade arrangement ; wherein a belt is situated downstream of the blade arrangement for the pick-up and for the transporting away of a cutting strip material section , wherein the belt has an upper strand which comprises a position extending at a first angle to the horizontal, wherein an adjusting device is arranged in the region of the blade arrangement and has a supporting component arranged beneath the belt , wherein the supporting component holds the belt , characterised in that the supporting component has a first component section which is assigned to the rear cutting region , and a second component section which is assigned to the front cutting region , wherein the first component section can be adjusted pivotably about a first axis between the position extending at the first angle to the horizontal and a substantially horizontal position, wherein the second component section can be adjusted pivotably relatively to the first component section about a second axis between the substantially horizontal position and a position extending at a second angle to the horizontal, wherein the second axis is arranged between the first component section and the second component section .
A closing and opening device for doors and/or panels and/or similar components, in particular of electrical household appliances such as washing machines, dishwashers and similar electrical household appliances, said device comprising a closing and opening assembly comprising a closing and opening element adapted to be alternatively engaged and disengaged by a striker latch adapted to be rigidly fixed to a said panel or door, wherein said closing and opening element can be switched by rotation about a first rotation axis (A) between a first position and a second position, wherein the reciprocal engagement arising from pushing said striker latch against said closing and opening element results in a first switching by rotation of said closing and opening element from said first position to said second position, wherein said closing and opening assembly comprises a locking lever which can be switched by rotation about a second rotation axis (B), and wherein the switching by rotation of said closing and opening element from said first position to said second position results in the rotation of said locking lever between a first position and a second position in which it engages and locks said closing and opening element in said second closing position; wherein said closing and opening device comprises first rotatable switching means (LC, 121), characterized in that the rotation of said first switching means (LC, 121) about a fourth rotation axis (D) different from said first rotation axis (A) and second rotation axis (B) in a first direction of rotation results in the positioning of at least part of said first rotatable switching means (LC, 121) in interference with said closing and opening element and therefore in the impossibility for said closing and opening element to be switched from said second position to said first position, in that the rotation of said first switching means (LC, 121) in a second direction of rotation opposite to the first one results in the positioning of at least part of said first rotatable switching means (LC, 121) in a position in which it does not interfere with said closing and opening element and therefore in the possibility for said closing and opening element to be switched from said second position to said first position, and in that, during the rotation of said first switching means (LC, 121) in said second direction of rotation, said locking lever is rotated about a third rotation axis (C) different both from said first rotation axis (A) and from said second rotation axis (B), and is therefore released from said closing and opening element .
A three-layered capsule which comprises: a content comprising a main agent dispersed or solubilized in oil material, a protective layer, formed on the content, comprising edible refined and processed oil, and a shell, formed on an outside of the protective layer, comprising natural polymer, the three layers being present concentrically, wherein the oil material is selected from the group consisting of edible plant oil, edible refined and processed oil, sucrose fatty acid ester, glycerol fatty acid ester and a mixture thereof, the edible refined and processed oil is non-hydrogenated oil having a melting point of 15 to 55 °C and a solid fat content (SFC) of 30 to 90 % at 10 °C, 0.3 to 80 % at 20 °C, 0.1 to 70 % at 30 °C, 0.3 to 40 % at 40 °C, 0.3 to 30 % at 45 °C, and the non-hydrogenated oil is selected from the group consisting of palm stearin, palm olein, palm super olein, palm double olein and palm mid fraction, which are fractionated from palm oil; an ester-exchanged oil of palm oil or the fractionated palm oil; and a mixture thereof. a content comprising a main agent dispersed or solubilized in oil material, a protective layer, formed on the content, comprising edible refined and processed oil, and a shell, formed on an outside of the protective layer, comprising natural polymer, the three layers being present concentrically, wherein the oil material is selected from the group consisting of edible plant oil, edible refined and processed oil, sucrose fatty acid ester, glycerol fatty acid ester and a mixture thereof, the edible refined and processed oil is non-hydrogenated oil having a melting point of 15 to 55 °C and a solid fat content (SFC) of 30 to 90 % at 10 °C, 0.3 to 80 % at 20 °C, 0.1 to 70 % at 30 °C, 0.3 to 40 % at 40 °C, 0.3 to 30 % at 45 °C, and the non-hydrogenated oil is selected from the group consisting of palm stearin, palm olein, palm super olein, palm double olein and palm mid fraction, which are fractionated from palm oil; an ester-exchanged oil of palm oil or the fractionated palm oil; and a mixture thereof.
A uniflow-scavenged two-cycle engine comprising: a cylinder in which a combustion chamber is formed; a piston that slides in the cylinder ; a scavenging chamber which surrounds one end side of the cylinder in the stroke direction of the piston and to which compressed active gas is guided; a scavenging port that is provided in a portion of the cylinder which is positioned in the scavenging chamber and suctions active gas from the scavenging chamber to the combustion chamber in response to a sliding motion of the piston ; a fuel injection opening that is provided on an outer side of the cylinder in a radial direction thereof from the scavenging port and injects fuel gas into the active gas which is suctioned into the scavenging port ; and a fuel injecting valve that opens and closes a fuel supply path through which a fuel tank , in which the fuel gas is stored, communicates with the fuel injection opening , wherein the fuel injecting valve is disposed in an isolated space isolated from the scavenging chamber by a partition wall , characterized in that the isolated space isolates the fuel injecting valve from the scavenging chamber , the fuel injection opening is disposed outside of the isolated space , the isolated space covers from the fuel supply path to the fuel injecting valve , a front end portion of the fuel injecting valve is inserted into a through-hole provided in the partition wall , and a gap between the through-hole and the front end portion is closed. a cylinder in which a combustion chamber is formed; a piston that slides in the cylinder ; a scavenging chamber which surrounds one end side of the cylinder in the stroke direction of the piston and to which compressed active gas is guided; a scavenging port that is provided in a portion of the cylinder which is positioned in the scavenging chamber and suctions active gas from the scavenging chamber to the combustion chamber in response to a sliding motion of the piston ; a fuel injection opening that is provided on an outer side of the cylinder in a radial direction thereof from the scavenging port and injects fuel gas into the active gas which is suctioned into the scavenging port ; and a fuel injecting valve that opens and closes a fuel supply path through which a fuel tank , in which the fuel gas is stored, communicates with the fuel injection opening , wherein the fuel injecting valve is disposed in an isolated space isolated from the scavenging chamber by a partition wall , characterized in that the isolated space isolates the fuel injecting valve from the scavenging chamber , the fuel injection opening is disposed outside of the isolated space , the isolated space covers from the fuel supply path to the fuel injecting valve , a front end portion of the fuel injecting valve is inserted into a through-hole provided in the partition wall , and a gap between the through-hole and the front end portion is closed.
System intended to limit the risks of sudden death in the event of an epileptic seizure, comprising: - a detection and control unit ; - at least one detection probe connected to the detection and control unit and intended to be applied to at least one of the two vagus nerves of a patient, - means provided in the detection and control unit for detecting a phenomenon of mass discharge of action potentials in at least one vagus nerve by determining a global electrical energy density in at least one vagus nerve from signals delivered by the detection probe(s), - at least one stimulation probe for a vagus nerve, and - means provided in the detection and control unit that are capable, in response to the detection of a mass discharge, of applying predetermined asymmetric stimulation signals to the stimulation probe(s) capable of causing a depolarization and/or hyperpolarization of the vagus nerve(s) and of blocking the conduction of the action potentials at least in the efferent direction. - a detection and control unit ; - at least one detection probe connected to the detection and control unit and intended to be applied to at least one of the two vagus nerves of a patient, - means provided in the detection and control unit for detecting a phenomenon of mass discharge of action potentials in at least one vagus nerve by determining a global electrical energy density in at least one vagus nerve from signals delivered by the detection probe(s), - at least one stimulation probe for a vagus nerve, and - means provided in the detection and control unit that are capable, in response to the detection of a mass discharge, of applying predetermined asymmetric stimulation signals to the stimulation probe(s) capable of causing a depolarization and/or hyperpolarization of the vagus nerve(s) and of blocking the conduction of the action potentials at least in the efferent direction.