mhurhangee/patent-ind-claim-en huggingface dataset:
A method for balancing a rotor , particularly a vehicle wheel, comprising: - mounting said rotor on a shaft of a balancer comprising a base , a shaft support connected to the base , said shaft rotatable along a rotation axis (R) relative to the shaft support , one or more elastic elements positioned between the shaft support and the base , such that the shaft support is elastically suspended over the base , a first IMU fixedly positioned on the shaft support and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the first IMU , and to generate signals representative of the same, a second IMU fixedly positioned on the shaft at a radial distance from the shaft rotation axis (R), and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the second IMU , and to generate signals representative of the same; - rotating the shaft ; - receiving the signals coming from the first and the second IMUs; - determining from said signals coming from the first and the second IMUs an estimated unbalance severity ( m̂ ) and an estimated unbalance angular position ( φ̂ ) in the rotor . - mounting said rotor on a shaft of a balancer comprising a base , a shaft support connected to the base , said shaft rotatable along a rotation axis (R) relative to the shaft support , one or more elastic elements positioned between the shaft support and the base , such that the shaft support is elastically suspended over the base , a first IMU fixedly positioned on the shaft support and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the first IMU , and to generate signals representative of the same, a second IMU fixedly positioned on the shaft at a radial distance from the shaft rotation axis (R), and configured to measure a first (a z ) and/or a second (a y ) and/or a third accelerations (a x ), and/or a first (ω z ) and/or a second (ω y ) and/or a third (ω x ) angular speeds along three axes (x, y, z) of a reference frame integrally moving with the second IMU , and to generate signals representative of the same; - rotating the shaft ; - receiving the signals coming from the first and the second IMUs; - determining from said signals coming from the first and the second IMUs an estimated unbalance severity ( m̂ ) and an estimated unbalance angular position ( φ̂ ) in the rotor .
A process for treating an aqueous composition comprising lithium sulfate and sulfuric acid, said process comprising: evaporatively crystallizing the aqueous composition comprising lithium sulfate and sulfuric acid under conditions to obtain crystals of lithium sulfate monohydrate and a lithium sulfate-reduced solution, and to inhibit decomposition of said crystals of lithium sulfate monohydrate into anhydrous lithium sulfate, optionally separating the crystals of the lithium sulfate monohydrate from the lithium sulfate-reduced solution, characterized in that the evaporative crystallizing is carried out at a temperature of 40°C to 95 °C and at a pressure of 1 kPa to 75 kPa. evaporatively crystallizing the aqueous composition comprising lithium sulfate and sulfuric acid under conditions to obtain crystals of lithium sulfate monohydrate and a lithium sulfate-reduced solution, and to inhibit decomposition of said crystals of lithium sulfate monohydrate into anhydrous lithium sulfate, optionally separating the crystals of the lithium sulfate monohydrate from the lithium sulfate-reduced solution, characterized in that the evaporative crystallizing is carried out at a temperature of 40°C to 95 °C and at a pressure of 1 kPa to 75 kPa.
Actuator, comprising an electric drive for converting electrical signals into mechanical forces and/or deflections, the drive having at least one coil through which the current of the electrical signal can flow and having at least two magnets which can electromagnetically interact with the coil , the actuator being designed to excite a flat body which can be connected to the actuator to vibrate, as a result of which the body can emit acoustic sound, the two magnets being arranged such that they form a substantially straight air gap between them, the coil being arranged in said air gap, characterized in that the actuator is designed such that a respective pole plate is arranged above and below each magnet with respect to the vertical direction of the air gap .
A decorative member comprising: a light reflective layer having a surface resistance of 20 ohm/square or greater; a light absorbing layer provided on the light reflective layer ; a substrate which is provided - on a surface of the light reflective layer opposite to the surface facing the light absorbing layer , or - on a surface of the light absorbing layer opposite to the surface facing the light reflective layer , wherein the light absorbing layer is a single layer or a multilayer comprising one, two or more types of materials selected from among indium (In), titanium (Ti), tin (Sn), silicon (Si), germanium (Ge), aluminum (Al), copper (Cu), nickel (Ni), vanadium (V), tungsten (W), tantalum (Ta), molybdenum (Mo), neodymium (Nd), iron (Fe), chromium (Cr), cobalt (Co), gold (Au) and silver (Ag), or oxides, nitrides or oxynitrides thereof wherein an upper surface of the light absorbing layer comprises a pattern having a cone-shaped protrusion or groove, a pattern having a protrusion in which the highest point has a line shape or a groove in which the lowest point has a line shape, or a pattern having a protrusion or groove with a structure in which the cone-shaped upper surface is cut. a light reflective layer having a surface resistance of 20 ohm/square or greater; a light absorbing layer provided on the light reflective layer ; a substrate which is provided - on a surface of the light reflective layer opposite to the surface facing the light absorbing layer , or - on a surface of the light absorbing layer opposite to the surface facing the light reflective layer , - on a surface of the light reflective layer opposite to the surface facing the light absorbing layer , or - on a surface of the light absorbing layer opposite to the surface facing the light reflective layer , wherein the light absorbing layer is a single layer or a multilayer comprising one, two or more types of materials selected from among indium (In), titanium (Ti), tin (Sn), silicon (Si), germanium (Ge), aluminum (Al), copper (Cu), nickel (Ni), vanadium (V), tungsten (W), tantalum (Ta), molybdenum (Mo), neodymium (Nd), iron (Fe), chromium (Cr), cobalt (Co), gold (Au) and silver (Ag), or oxides, nitrides or oxynitrides thereof wherein an upper surface of the light absorbing layer comprises a pattern having a cone-shaped protrusion or groove, a pattern having a protrusion in which the highest point has a line shape or a groove in which the lowest point has a line shape, or a pattern having a protrusion or groove with a structure in which the cone-shaped upper surface is cut.
Jet regulator having a jet regulator housing which on the housing external circumference thereof, at a spacing from an outflow-side housing end side, has an external thread for screw-fitting into an internal thread in a water outlet of a sanitary outlet fitting, wherein the jet regulator is configured as a jet aerator which mixes the water flowing therethrough with ambient air, and wherein the jet regulator to this end, in a housing portion of the jet regulator housing that is disposed on the outflow side of the external thread , has at least one aeration opening that is provided on the housing circumference or on the housing end side of the jet regulator housing , characterized in that a housing part-region of the jet regulator housing that is disposed on the outflow side of the external thread is angled in the direction towards the internal circumference of the water outlet in such a manner that a drainage annular space is formed between said housing part-region and the internal circumference of the water outlet .
Method for operating at least one machine tool management system , which comprises at least one control unit , by means of which a need of at least one machine tool can be detected, which comprises at least one setting device and which comprises at least two self-driving changing systems that are freely moveable in space , which respectively have at least one drive unit for moveably driving the changing system , which respectively have at least one transport section for picking up and/or putting down at least one tool and which respectively have at least one handling unit for picking up and putting down the tool , having the steps a. detecting a need of a machine tool on a specific tool by the control unit and calculating or determining a transport order by the control unit ; b. detecting a moving changing system suitable for carrying out the transport order and transmitting the transport order to the changing system ; c. setting the at least one tool by the at least one setting device ; and d. processing the transport order by the detected moving changing system by autonomously moving to the machine tool , wherein the tool can be picked up by the handling unit , put down on the transport section and picked up again as well as passed to the machine tool ; characterised in that detecting a self-driving changing system suitable for carrying out the transport order comprises calculating an energy need, in particular an electrical one, and detecting an energy reserve, in particular an electrical one, of a moving changing system . a. detecting a need of a machine tool on a specific tool by the control unit and calculating or determining a transport order by the control unit ; b. detecting a moving changing system suitable for carrying out the transport order and transmitting the transport order to the changing system ; c. setting the at least one tool by the at least one setting device ; and d. processing the transport order by the detected moving changing system by autonomously moving to the machine tool , wherein the tool can be picked up by the handling unit , put down on the transport section and picked up again as well as passed to the machine tool ;
Energy storage device having a switching cabinet housing in which a plurality of reception spaces are provided, in which at least one control device and a variable number of storage blocks are replaceably received, wherein the storage blocks are selectively interconnected in series or in parallel and are connected to power connections via a current controller , characterized in that the current controller is configured to be scalable and is operated in different scaling stages depending on the number of storage blocks used and on their parallel and/or serial connection.
Composition comprising at least one anti-infectious agent and one activating agent, said anti-infectious agent being an essential oil of oregano, thyme, savory or a grapefruit seed extract, and said activating agent being an extract made from dehydrated and partially sodium-free seawater.
A data pushing method, wherein the method comprises: determining, by a terminal, a target positioning base station; obtaining, by the terminal, an indication message broadcasted by the target positioning base station, wherein the indication message comprises a target identifier; obtaining, by the terminal, the target identifier from the indication message by means of parsing, wherein the indication message further comprises a broadcast address and a port that are of the access device (S100); obtaining, by the terminal, a broadcast data stream delivered by an access device, by listening to, by the terminal according to the broadcast address and the port, the broadcast data stream broadcasted by the access device, wherein the broadcast data stream comprises information data corresponding to identifiers of multiple positioning base stations (S101); and extracting, by the terminal from the broadcast data stream, target information data corresponding to the target identifier (S102). determining, by a terminal, a target positioning base station; obtaining, by the terminal, an indication message broadcasted by the target positioning base station, wherein the indication message comprises a target identifier; obtaining, by the terminal, the target identifier from the indication message by means of parsing, wherein the indication message further comprises a broadcast address and a port that are of the access device (S100); obtaining, by the terminal, a broadcast data stream delivered by an access device, by listening to, by the terminal according to the broadcast address and the port, the broadcast data stream broadcasted by the access device, wherein the broadcast data stream comprises information data corresponding to identifiers of multiple positioning base stations (S101); and extracting, by the terminal from the broadcast data stream, target information data corresponding to the target identifier (S102).
An organic-matter holding chamber for holding organic matter in a handholdable organic-matter fragmentation apparatus , the chamber comprising : a first chamber part having a first magnetic member ; a second chamber part having second and third magnetic members ; the first and second chamber parts being rotatable relative to each other to adopt locked and unlocked conditions and the second and third magnetic members being angularly offset relative to each other; when the chamber is in the locked condition, the first and second magnetic members facing each other so as to magnetically attract; and the first and third magnetic members being positionable via angular displacement of the first and second chamber parts to magnetically repel thereby biasing the first and second chamber parts away from each to adopt the unlocked condition characterised in that the second chamber part includes a partitioning element removable from a body of the second chamber part , the third magnetic member being positioned on said partitioning element , and a fourth magnetic member on the body, the third and fourth magnetic members being positionable so as to be aligned and oriented so as to magnetically attract, thereby locking the partitioning element to the body. a first chamber part having a first magnetic member ; a second chamber part having second and third magnetic members ; the first and second chamber parts being rotatable relative to each other to adopt locked and unlocked conditions and the second and third magnetic members being angularly offset relative to each other; when the chamber is in the locked condition, the first and second magnetic members facing each other so as to magnetically attract; and the first and third magnetic members being positionable via angular displacement of the first and second chamber parts to magnetically repel thereby biasing the first and second chamber parts away from each to adopt the unlocked condition characterised in that the second chamber part includes a partitioning element removable from a body of the second chamber part , the third magnetic member being positioned on said partitioning element , and a fourth magnetic member on the body, the third and fourth magnetic members being positionable so as to be aligned and oriented so as to magnetically attract, thereby locking the partitioning element to the body.
Method for detecting an imbalance angle variable which describes the azimuthal angular position of a wheel imbalance in a wheel of a vehicle, in which - the presence of a wheel imbalance is detected on the basis of the output signals of a wheel rotational speed sensor which is assigned to the wheel, - at least one vehicle movement dynamics variable which describes the instantaneous driving situation is determined , characterized in that - a first angular variable which describes the azimuthal angle between the wheel imbalance and the wheel rotational speed sensor is determined as a function of the vehicle movement dynamics variable, - a second angular variable which describes the azimuthal angle between the wheel rotational speed sensor and a reference point on the wheel is determined, and - an imbalance angular variable which describes the azimuthal angle between the wheel imbalance and the reference point on the wheel is determined as a function of the first angular variable and the second angular variable. - the presence of a wheel imbalance is detected on the basis of the output signals of a wheel rotational speed sensor which is assigned to the wheel, - at least one vehicle movement dynamics variable which describes the instantaneous driving situation is determined , characterized in that - a first angular variable which describes the azimuthal angle between the wheel imbalance and the wheel rotational speed sensor is determined as a function of the vehicle movement dynamics variable, - a second angular variable which describes the azimuthal angle between the wheel rotational speed sensor and a reference point on the wheel is determined, and - an imbalance angular variable which describes the azimuthal angle between the wheel imbalance and the reference point on the wheel is determined as a function of the first angular variable and the second angular variable.
A fluid connection system comprising a tubular male part , a female part , and a quick connector for connecting the tubular male part to the female part , the quick connector comprising: sealing means adapted to be set within a mouth portion of the female part to form a seal between the male part and the female part ; retaining means adapted to be set within the mouth portion to hold the sealing means ; and a resilient member for snapping engagement with the male part , wherein the resilient member is held by the retaining means in an axially fixed position and exerting a spring force in a radial direction transversal to an axial direction of the connector, wherein the tubular male part has a tapered portion in which the outer diameter gradually increases in order to stretch the resilient member when the tapered portion is inserted into the retaining means , and the female part has an annular groove formed on the periphery of its mouth portion , characterised in that the tubular male part has a thickened portion which is adapted to push the resilient member radially outwards when the male part is in its snapping engagement position with the retaining means , so that the resilient member is stretched in the radial direction and protrudes into the annular groove when the male part is in its snapping engagement position with the retaining means . sealing means adapted to be set within a mouth portion of the female part to form a seal between the male part and the female part ; retaining means adapted to be set within the mouth portion to hold the sealing means ; and a resilient member for snapping engagement with the male part , wherein the resilient member is held by the retaining means in an axially fixed position and exerting a spring force in a radial direction transversal to an axial direction of the connector, wherein the tubular male part has a tapered portion in which the outer diameter gradually increases in order to stretch the resilient member when the tapered portion is inserted into the retaining means , and the female part has an annular groove formed on the periphery of its mouth portion , characterised in that the tubular male part has a thickened portion which is adapted to push the resilient member radially outwards when the male part is in its snapping engagement position with the retaining means , so that the resilient member is stretched in the radial direction and protrudes into the annular groove when the male part is in its snapping engagement position with the retaining means .
A controller for a vehicle, the vehicle including an engine and a plurality of engagement elements for performing an engagement operation by hydraulic pressure, the plurality of engagement elements having a first engagement element and a second engagement element, a transmission gear stage being established by i) engaging the first engagement element and ii) engaging the second engagement element, the first engagement element being an engagement element common to a plurality of transmission gear stages, the first engagement element being an engagement element to be brought into an engaged state for establishing a transmission gear stage immediately before a start of economic running and a transmission gear stage immediately after cancellation of the economic running, the controller including at least one electronic control unit configured to i) stop the engine of the vehicle and ii) when a specified economic running start condition is established, switch the plurality of engagement elements of the vehicle between the engaged states and disengaged states by starting to switch the first engagement element from the engaged state to the disengaged state after starting to switch the second engagement element from the engaged state to the disengaged state; wherein: the electronic control unit is configured to switch a first command signal transmitted to the first engagement element and a second command signal transmitted to the second engagement element from signals for disengagement to signals for engagement after an economic running cancellation condition is established, the electronic control unit switching the first command signal from the signal for disengagement to the signal for engagement prior to switching the second command signal.