mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for securing plate-like material , comprising: a carrier , on which the plate-like material is arranged in a stack; a first and a second retaining means , which extends in each case around the plate-like material and the carrier so as to secure the plate-like material , characterized by a a first to fourth angled securing device (5A-5D) having respectively a first limb and a second limb which are arranged on respectively one corner of the plate-like material , respectively enclose the corners on two sides of the plate-like material in certain regions, and is fixedly arranged on one of the two limbs by means of the first and second retaining means on the plate-like material so as to secure the plate-like material ; wherein the first to fourth angled securing device (5A-5D) are each fixed only on the second limb ; and wherein the first retaining means respectively encloses and fixes the second limb of the first and second securing device and the second retaining means respectively encloses and fixes the second limb of the third and fourth securing device . a carrier , on which the plate-like material is arranged in a stack; a first and a second retaining means , which extends in each case around the plate-like material and the carrier so as to secure the plate-like material , characterized by a a first to fourth angled securing device (5A-5D) having respectively a first limb and a second limb which are arranged on respectively one corner of the plate-like material , respectively enclose the corners on two sides of the plate-like material in certain regions, and is fixedly arranged on one of the two limbs by means of the first and second retaining means on the plate-like material so as to secure the plate-like material ; wherein the first to fourth angled securing device (5A-5D) are each fixed only on the second limb ; and wherein the first retaining means respectively encloses and fixes the second limb of the first and second securing device and the second retaining means respectively encloses and fixes the second limb of the third and fourth securing device .
An additive manufacturing system , comprising: a first laser to emit a first light beam at a first wavelength; a second laser to emit a second light beam at a second wavelength different from the first wavelength; beam shaping optics that form a common beam, the beam shaping optics including at least one wavelength filter to pass the first light beam of the first wavelength and reflect the second light beam of the second wavelength in a common beam; an optically addressable light patterning unit to receive the common light beam and emit light as a two-dimensional patterned beam, with the optically addressable light patterning unit rejecting energy not required to form the two-dimensional patterned beam; an image relay to receive the two-dimensional patterned beam and focus it as a two-dimensional image on a powder bed ; and a rejected light energy handling unit to reuse the rejected light energy by repatterning and directing it against the powder bed . a first laser to emit a first light beam at a first wavelength; a second laser to emit a second light beam at a second wavelength different from the first wavelength; beam shaping optics that form a common beam, the beam shaping optics including at least one wavelength filter to pass the first light beam of the first wavelength and reflect the second light beam of the second wavelength in a common beam; an optically addressable light patterning unit to receive the common light beam and emit light as a two-dimensional patterned beam, with the optically addressable light patterning unit rejecting energy not required to form the two-dimensional patterned beam; an image relay to receive the two-dimensional patterned beam and focus it as a two-dimensional image on a powder bed ; and a rejected light energy handling unit to reuse the rejected light energy by repatterning and directing it against the powder bed .
A control system for a vehicle, comprising: a steering angle detector configured to detect a steering angle of a steering wheel , the steering wheel mounted on the vehicle; a speed detector configured to detect a traveling speed of the vehicle; a reaction-force generator configured to generate a reaction force of the steering wheel ; and a controller electrically connected with the steering angle detector , the speed detector , and the reaction-force generator , the controller is configured to calculate a lateral acceleration based on the traveling speed and the steering angle, characterized in that the controller is configured to: set the reaction force, wherein a ratio of the reaction force to the steering angle increases as the calculated lateral acceleration increases; and control the reaction-force generator so that the reaction force generated by the reaction-force generator becomes the set reaction-force. a steering angle detector configured to detect a steering angle of a steering wheel , the steering wheel mounted on the vehicle; a speed detector configured to detect a traveling speed of the vehicle; a reaction-force generator configured to generate a reaction force of the steering wheel ; and a controller electrically connected with the steering angle detector , the speed detector , and the reaction-force generator , the controller is configured to calculate a lateral acceleration based on the traveling speed and the steering angle, characterized in that the controller is configured to: set the reaction force, wherein a ratio of the reaction force to the steering angle increases as the calculated lateral acceleration increases; and control the reaction-force generator so that the reaction force generated by the reaction-force generator becomes the set reaction-force. set the reaction force, wherein a ratio of the reaction force to the steering angle increases as the calculated lateral acceleration increases; and control the reaction-force generator so that the reaction force generated by the reaction-force generator becomes the set reaction-force.
Combination firework for electrical ignition of individual pyrotechnical objects , which combination firework comprises a base plate with at least two pyrotechnical objects and a connector , characterized in that the connector is formed for connection to electric ignition cables of the pyrotechnical objects guided along the base plate , between each pyrotechnical object and the connector , and the connector is further configured so as to permanently secure thereto an electrical bridging device , and wherein the pyrotechnical objects comprise a sealed container in which an ignition element and a flare charge are disposed, and wherein the container is fixedly disposed directly on the base plate .
An ionic conductance measuring device comprising a voltage/current detection part and a test electrode; characterized in that the test electrode consists of: a block of substrate , four linearly arranged through holes in the block of substrate , four platinum wires inserted in the holes with upper tips of the platinum wires extended outside the block of substrate , and opposite tips of the platinum wires withdrawn inside the block of substrate , an ion conductive polymer that fills the gaps between the lower end surfaces of the platinum wires and the block of substrate , wherein axes of the mentioned through holes, as well as the platinum wires , are aligned parallel in the same plane, the upper tips of the second and third platinum wires counted from the left in the test electrode are connected with a voltage control terminal of the voltage/current detection part, and the upper tips of the first and fourth platinum wires counted from the left in the test electrode are connected with a current control terminal of the voltage/current detection part, a distance between a lower end surface of the platinum wires and a bottom surface of the block of substrate is 0.1-2 mm, and such that in use a sample may be measured by pressing the sample on a bottom end of the test electrode block of substrate . a block of substrate , four linearly arranged through holes in the block of substrate , four platinum wires inserted in the holes with upper tips of the platinum wires extended outside the block of substrate , and opposite tips of the platinum wires withdrawn inside the block of substrate , an ion conductive polymer that fills the gaps between the lower end surfaces of the platinum wires and the block of substrate , wherein axes of the mentioned through holes, as well as the platinum wires , are aligned parallel in the same plane, the upper tips of the second and third platinum wires counted from the left in the test electrode are connected with a voltage control terminal of the voltage/current detection part, and the upper tips of the first and fourth platinum wires counted from the left in the test electrode are connected with a current control terminal of the voltage/current detection part, a distance between a lower end surface of the platinum wires and a bottom surface of the block of substrate is 0.1-2 mm, and such that in use a sample may be measured by pressing the sample on a bottom end of the test electrode block of substrate .
A liquid composition for an electronic cigarette, comprising: - glycerol as a TRP modulator, wherein the weight fraction of the glycerol, expressed in weight percent, is 30% to 55%, and - at least one TRP agonist / activator selected from 6-paradol, 1'-acetoxychavicol acetate, isothiocyanates, camphor, grains of paradise, and thymol, wherein the interaction of the modulator and the at least one agonist / activator results in a chemosensory imitation of inhaled cigarette smoke, and - wherein the liquid composition contains no nicotine. - glycerol as a TRP modulator, wherein the weight fraction of the glycerol, expressed in weight percent, is 30% to 55%, and - at least one TRP agonist / activator selected from 6-paradol, 1'-acetoxychavicol acetate, isothiocyanates, camphor, grains of paradise, and thymol, wherein the interaction of the modulator and the at least one agonist / activator results in a chemosensory imitation of inhaled cigarette smoke, and - wherein the liquid composition contains no nicotine.
A positive electrode active material for a nonaqueous electrolyte secondary battery, the positive electrode active material comprising: a lithium-nickel-cobalt-manganese composite oxide represented by General Formula : Li 1+s Ni x Co y Mn z B t M1 u O 2+β in Formula , M1 is an element other than Li, Ni, Co, Mn, and B; and -0.05 ≤ s ≤ 0.20, 0.1 ≤ x ≤ 0.5, 0.1 ≤ y ≤ 0.5, 0.1 ≤ z ≤ 0.5, x + y + z + u = 1, 0.02 ≤ t ≤ 0.04, 0 ≤ u ≤ 0.1, and 0 ≤ β ≤ 0.5 and having a hexagonal layered crystal structure, wherein the lithium-nickel-cobalt-manganese composite oxide contains a secondary particle formed of a plurality of flocculated primary particles and a boron compound containing lithium present at least on part of surfaces of the primary particles, and a water-soluble Li amount present on the surfaces of the primary particles is up to 0.1% by mass relative to an entire amount of the positive electrode active material. a lithium-nickel-cobalt-manganese composite oxide represented by General Formula : Li 1+s Ni x Co y Mn z B t M1 u O 2+β in Formula , M1 is an element other than Li, Ni, Co, Mn, and B; and -0.05 ≤ s ≤ 0.20, 0.1 ≤ x ≤ 0.5, 0.1 ≤ y ≤ 0.5, 0.1 ≤ z ≤ 0.5, x + y + z + u = 1, 0.02 ≤ t ≤ 0.04, 0 ≤ u ≤ 0.1, and 0 ≤ β ≤ 0.5 and having a hexagonal layered crystal structure, wherein the lithium-nickel-cobalt-manganese composite oxide contains a secondary particle formed of a plurality of flocculated primary particles and a boron compound containing lithium present at least on part of surfaces of the primary particles, and a water-soluble Li amount present on the surfaces of the primary particles is up to 0.1% by mass relative to an entire amount of the positive electrode active material.
A method for triggering an application action based on a shortcut touch gesture, in an electronic device comprising a user interface , a haptic device and a controller , the method comprising: receiving , by said user interface , a touch gesture at a surface of said user interface of said electronic device , the touch gesture comprising a continuous movement on the surface; determining , by said controller , a recognition level of the touch gesture during the receiving, the recognition level being based on a similarity between the touch gesture and a predetermined shortcut touch gesture associated with an application action; generating, by said haptic device , a haptic effect at the user interface during the receiving and varying the haptic effect based on the recognition level; and triggering , by said controller , the application action associated with the predetermined shortcut touch gesture as the touch gesture is being received if the recognition level exceeds a threshold, wherein the threshold is that the touch gesture matches no more than one predetermined shortcut touch gesture and the recognition level is at least 90%. receiving , by said user interface , a touch gesture at a surface of said user interface of said electronic device , the touch gesture comprising a continuous movement on the surface; determining , by said controller , a recognition level of the touch gesture during the receiving, the recognition level being based on a similarity between the touch gesture and a predetermined shortcut touch gesture associated with an application action; generating, by said haptic device , a haptic effect at the user interface during the receiving and varying the haptic effect based on the recognition level; and triggering , by said controller , the application action associated with the predetermined shortcut touch gesture as the touch gesture is being received if the recognition level exceeds a threshold, wherein the threshold is that the touch gesture matches no more than one predetermined shortcut touch gesture and the recognition level is at least 90%.
A dual power automatic transfer switch mechanism, comprising: a switch housing ; a first spring ; a second spring ; a first pin ; the first spring acts between the first pin and the switch housing ; and a second pin the second spring acts between the second pin and the switch housing ; characterized in that , the first pin is disposed on a first movable contact corresponding to a first power supply; the second pin is disposed on a second movable contact corresponding to a second power supply; a first driving disk is configured to actuate the first pin to move between a first power-on position and a first power-off position; a second driving disk is configured to actuate the second pin to move between a second power-on position and a second power-off position; wherein the first driving disk and the second driving disk are configured to rotate synchronously such that: when the first pin is in the first power-on position, the second pin is in the second power-off position; when the first pin is in the first power-off position, the second pin is in the second power-on position; or when the first pin is in the first power-off position, the second pin is in the second power-off position. a switch housing ; a first spring ; a second spring ; a first pin ; the first spring acts between the first pin and the switch housing ; and a second pin the second spring acts between the second pin and the switch housing ; characterized in that , the first pin is disposed on a first movable contact corresponding to a first power supply; the second pin is disposed on a second movable contact corresponding to a second power supply; a first driving disk is configured to actuate the first pin to move between a first power-on position and a first power-off position; a second driving disk is configured to actuate the second pin to move between a second power-on position and a second power-off position; wherein the first driving disk and the second driving disk are configured to rotate synchronously such that: when the first pin is in the first power-on position, the second pin is in the second power-off position; when the first pin is in the first power-off position, the second pin is in the second power-on position; or when the first pin is in the first power-off position, the second pin is in the second power-off position. when the first pin is in the first power-on position, the second pin is in the second power-off position; when the first pin is in the first power-off position, the second pin is in the second power-on position; or when the first pin is in the first power-off position, the second pin is in the second power-off position.
A facial treatment apparatus , which comprises: - a handheld member including an outer housing ; - a facial treatment member mounted to the housing of the handheld member , the treatment member dimensioned for application to facial skin of a subject and being actuable to treat the facial skin; - a motor for actuating the facial treatment member ; - a visual display disposed within the housing of the handheld member , the visual display including a facial icon having a plurality of regions corresponding to different areas of the facial skin to be treated by the facial treatment member ; - a timer adapted to count time associated with a treatment protocol and responsive to actuation of the facial treatment member ; and - a controller associated with the timer and the facial icon and cooperating to activate a different region of the facial icon at successive predetermined time intervals of the treatment protocol, the controller controlling operation of the motor to activate/deactivate the facial treatment member and to control functioning of the visual display in accordance with the predefined treatment protocol. - a handheld member including an outer housing ; - a facial treatment member mounted to the housing of the handheld member , the treatment member dimensioned for application to facial skin of a subject and being actuable to treat the facial skin; - a motor for actuating the facial treatment member ; - a visual display disposed within the housing of the handheld member , the visual display including a facial icon having a plurality of regions corresponding to different areas of the facial skin to be treated by the facial treatment member ; - a timer adapted to count time associated with a treatment protocol and responsive to actuation of the facial treatment member ; and - a controller associated with the timer and the facial icon and cooperating to activate a different region of the facial icon at successive predetermined time intervals of the treatment protocol, the controller controlling operation of the motor to activate/deactivate the facial treatment member and to control functioning of the visual display in accordance with the predefined treatment protocol.
Feedthrough for an electrical conductor for electrical connection of an electrically heatable heating disk, especially in an exhaust gas system of an internal combustion engine, through a housing, where the feedthrough has an internal conductor, an outer sleeve and at least one insulation means, where the insulation means is disposed between the internal conductor and the outer sleeve such that the internal conductor is electrically insulated from the outer sleeve, characterized in that the insulation means is formed by a porous ceramic layer, where pores in the ceramic layer are at least partly filled by a pore filler.
A component for use in a hot gas path of a gas turbine comprising: a first end wall ; a second end wall having an outer surface which faces an outer surface of the first end wall ; an airfoil portion positioned between the first end wall and the second end wall , the airfoil having an airfoil outer surface; and an article comprising a pre-sintered preform having a proximal face and a contoured distal face positioned at least substantially opposite the proximal face ; characterized in that the article is secured to at least one of the outer surface of the first end wall , the outer surface of the second end wall , and the airfoil outer surface, that the proximal face is formed as a contoured proximal face and substantially mirrors a contour of at least one of the outer surface of the first end wall , the outer surface of the second end wall , and the airfoil outer surface; and the pre-sintered preform is formed of a mixture of a first powder material and a second powder material, the second powder material being a braze alloy; wherein the first powder material is the same material as the component. a first end wall ; a second end wall having an outer surface which faces an outer surface of the first end wall ; an airfoil portion positioned between the first end wall and the second end wall , the airfoil having an airfoil outer surface; and an article comprising a pre-sintered preform having a proximal face and a contoured distal face positioned at least substantially opposite the proximal face ; characterized in that the article is secured to at least one of the outer surface of the first end wall , the outer surface of the second end wall , and the airfoil outer surface, that the proximal face is formed as a contoured proximal face and substantially mirrors a contour of at least one of the outer surface of the first end wall , the outer surface of the second end wall , and the airfoil outer surface; and the pre-sintered preform is formed of a mixture of a first powder material and a second powder material, the second powder material being a braze alloy; wherein the first powder material is the same material as the component.
Method for unidirectional and integrity-protected synchronization of log data between at least one first network (NW1) and a second network (NW2), wherein: - log data are monitored and copied in the first network (NW1) by a monitoring apparatus (S1), - metadata of the log data are formed during the monitoring by the monitoring apparatus (S2), - the copied log data and the associated metadata are temporarily stored in the first network (NW1) (S3), - the copied log data and the associated metadata are transmitted from the first network (NW1) to the second network (NW2) unidirectionally via a unidirectional coupling unit (S4), and - the copied log data are checked and chronologically organized in the second network (NW2) on the basis of the metadata (S5), wherein the log data from devices (C) of the at least one first network (NW1) being transferred to a log server (LS1) in the first network (NW1), and the monitoring apparatus monitoring the transfer of the log data between devices (C) and log server (LS1). - log data are monitored and copied in the first network (NW1) by a monitoring apparatus (S1), - metadata of the log data are formed during the monitoring by the monitoring apparatus (S2), - the copied log data and the associated metadata are temporarily stored in the first network (NW1) (S3), - the copied log data and the associated metadata are transmitted from the first network (NW1) to the second network (NW2) unidirectionally via a unidirectional coupling unit (S4), and - the copied log data are checked and chronologically organized in the second network (NW2) on the basis of the metadata (S5),