mhurhangee/patent-ind-claim-en huggingface dataset:
A seat frame for a vehicle seat comprising: a side frame which is disposed at each end of a seat back frame (F1) of a seat back (S1) of the vehicle seat in a width direction of the vehicle seat; a reclining mechanism which comprises a rotation shaft extending in the width direction and pivots the seat back (S1) with respect to a seat cushion of the vehicle seat by the rotation of the rotation shaft ; and an actuator which is driven to rotate the rotation shaft , wherein the reclining mechanism is attached to a side wall of the side frame while the rotation shaft penetrates the side wall of the side frame , wherein the actuator is fixed to an attachment bracket bonded to an inner surface of the side wall in the width direction while engaging with a portion penetrating the side wall in the rotation shaft , characterized in that the attachment bracket comprises an upper portion which is disposed above the attachment area of the reclining mechanism in the side wall and a lower portion which is disposed below the attachment area of the reclining mechanism in the side wall, and one end of the upper portion and one end of the lower portion in a front to back direction of the vehicle seat are connected to each other, and an other end of the upper portion and an other end of the lower portion in the front to back direction are separated from each other. a side frame which is disposed at each end of a seat back frame (F1) of a seat back (S1) of the vehicle seat in a width direction of the vehicle seat; a reclining mechanism which comprises a rotation shaft extending in the width direction and pivots the seat back (S1) with respect to a seat cushion of the vehicle seat by the rotation of the rotation shaft ; and an actuator which is driven to rotate the rotation shaft , wherein the reclining mechanism is attached to a side wall of the side frame while the rotation shaft penetrates the side wall of the side frame , wherein the actuator is fixed to an attachment bracket bonded to an inner surface of the side wall in the width direction while engaging with a portion penetrating the side wall in the rotation shaft , characterized in that the attachment bracket comprises an upper portion which is disposed above the attachment area of the reclining mechanism in the side wall and a lower portion which is disposed below the attachment area of the reclining mechanism in the side wall, and one end of the upper portion and one end of the lower portion in a front to back direction of the vehicle seat are connected to each other, and an other end of the upper portion and an other end of the lower portion in the front to back direction are separated from each other.
Fibre component comprising at least three fibre rods each having fibres extending continuously in the axial direction (X) of the fibre rods , wherein at least two of the three fibre rods each form a support rod , and at least one of the three fibre rods each forms a connecting rod (10"), the support rods are arranged substantially parallel to and spaced apart from one another in their axial direction (X), the connecting rod (10") connects the support rods to one another, and the connecting rod (10") respectively forms a node point with the respective support rod at the respective connecting points between the connecting rod (10") and the support rods , wherein at least three fibre rods each form a support rod , the support rods are arranged parallel to one another in their axial direction X and on at least two spaced-apart planes, with the result that they form an imaginary volume between them, characterized in that at least one connecting rod (10") is wound around the support rods forming the imaginary volume, and the at least one connecting rod (10") forms the node points with the support rods forming the volume at its connecting points with the support rods forming the imaginary volume. wherein at least two of the three fibre rods each form a support rod , and at least one of the three fibre rods each forms a connecting rod (10"), the support rods are arranged substantially parallel to and spaced apart from one another in their axial direction (X), the connecting rod (10") connects the support rods to one another, and the connecting rod (10") respectively forms a node point with the respective support rod at the respective connecting points between the connecting rod (10") and the support rods , wherein at least three fibre rods each form a support rod , the support rods are arranged parallel to one another in their axial direction X and on at least two spaced-apart planes, with the result that they form an imaginary volume between them, characterized in that at least one connecting rod (10") is wound around the support rods forming the imaginary volume, and the at least one connecting rod (10") forms the node points with the support rods forming the volume at its connecting points with the support rods forming the imaginary volume.
A downhole tool to be submerged into a well fluid from a top of a well, comprising: - a first tool section , - a tool housing having an inner face , and - a downhole communication module for communicating through a well fluid in a downhole well to operate the downhole tool , comprising: - a piezoelectric transceiver having a first face and a second face and being arranged in the tool housing, characterised in that the downhole communication module further comprises - an element , wherein the element is arranged between the piezoelectric transceiver and the tool housing, and the element is arranged in abutment with the first face of the piezoelectric transceiver and the inner face of the housing, so that the tool housing acts as a transducer when the piezoelectric transceiver is activated and enlarges in a radial direction of the tool housing, forcing the tool housing outwards and sending a signal through the well fluid. - a first tool section , - a tool housing having an inner face , and - a downhole communication module for communicating through a well fluid in a downhole well to operate the downhole tool , comprising: - a piezoelectric transceiver having a first face and a second face and being arranged in the tool housing, characterised in that the downhole communication module further comprises - an element , - a piezoelectric transceiver having a first face and a second face and being arranged in the tool housing, characterised in that the downhole communication module further comprises - an element , wherein the element is arranged between the piezoelectric transceiver and the tool housing, and the element is arranged in abutment with the first face of the piezoelectric transceiver and the inner face of the housing, so that the tool housing acts as a transducer when the piezoelectric transceiver is activated and enlarges in a radial direction of the tool housing, forcing the tool housing outwards and sending a signal through the well fluid.
Robot , for example for patient positioning, comprising a robot arm with a plurality of robot members (G1-G4) connected to each other via axis units (A1-A5), wherein the axis units (A1-A5) each define at least one axis of movement of the robot arm , wherein the robot arm comprises a first end portion that allows placement on a surrounding area of the robot and a second end portion on which an end effector can be placed, wherein a first axis unit located downstream of the first end portion defines a first axis of rotation (R1) of the robot arm , and wherein the robot arm can be arranged on the surrounding area by means of the first end portion in such a way that the first axis of rotation (R1) runs at an angle (W) transverse to the surrounding area, wherein the surrounding area comprises a substantially horizontal spatial plane and the robot is adapted to attach the robot arm by means of the first end portion to the horizontal spatial plane while providing the angle (W) of the first axis of rotation (R1). wherein the axis units (A1-A5) each define at least one axis of movement of the robot arm , wherein the robot arm comprises a first end portion that allows placement on a surrounding area of the robot and a second end portion on which an end effector can be placed, wherein a first axis unit located downstream of the first end portion defines a first axis of rotation (R1) of the robot arm , and wherein the robot arm can be arranged on the surrounding area by means of the first end portion in such a way that the first axis of rotation (R1) runs at an angle (W) transverse to the surrounding area, wherein the surrounding area comprises a substantially horizontal spatial plane and the robot is adapted to attach the robot arm by means of the first end portion to the horizontal spatial plane while providing the angle (W) of the first axis of rotation (R1).
Method for monitoring the wear state of a hydrostat (HY) of a hydrostatic transmission (HT), the hydrostat comprising a pump (P) with variable displacement and a hydraulic motor (HM) fluidly connected with the pomp (P), the hydrostatic transmission comprising at least a epicyclic gearing having a first port operatively driven by a first mover (engine), a second port operatively driven by the hydraulic motor and a third port operatively connected with a vehicular propulsion wheel, the hydrostat comprising a valve for regulating the pump displacement, configured to assume at least - a first operating condition (ZERO RATIO) wherein the pump displacement is zero, - a second operating condition (HSTO) wherein the pump displacement is such that to drive the hydraulic motor at a predetermined rotation speed such that said third port is at standstill, the method comprising an evaluation procedure of a parameter representative of a valve dynamic during the transition between the first and the second operating condition and/or vice versa, the method is characterized in that said parameter comprises a measurement of the switching time of the valve and when said measurement is external to a preordained time interval then said valve is judged as deteriorated. - a first operating condition (ZERO RATIO) wherein the pump displacement is zero, - a second operating condition (HSTO) wherein the pump displacement is such that to drive the hydraulic motor at a predetermined rotation speed such that said third port is at standstill, the method comprising an evaluation procedure of a parameter representative of a valve dynamic during the transition between the first and the second operating condition and/or vice versa, the method is characterized in that said parameter comprises a measurement of the switching time of the valve and when said measurement is external to a preordained time interval then said valve is judged as deteriorated. the method comprising an evaluation procedure of a parameter representative of a valve dynamic during the transition between the first and the second operating condition and/or vice versa, the method is characterized in that said parameter comprises a measurement of the switching time of the valve and when said measurement is external to a preordained time interval then said valve is judged as deteriorated.
A method of manufacturing a lithium secondary battery, the method comprising: (a) a step of manufacturing a lithium secondary battery by embedding an electrode stack together with an electrolyte in a battery case; (b) a step of aging the battery at room temperature; (c) a hot press step of applying pressure and heat to the battery; and (d) a step of charging the battery, wherein a stack surface of the electrode stack is laminated through the hot press; wherein the steps of the method are conducted in the consecutive order (a), (b), (c) and (d); wherein the step (b) is performed at 20 to 30°C for 12 to 80 hours; wherein the hot press step includes applying pressure at a pressure of 294.20 kPa to 980.67 kPa (3 kgf/cm2 to 10 kgf/cm2) at 60°C to 90°C for 3 to 15 minutes. (b) a step of aging the battery at room temperature; (c) a hot press step of applying pressure and heat to the battery; and (d) a step of charging the battery, wherein a stack surface of the electrode stack is laminated through the hot press; wherein the steps of the method are conducted in the consecutive order (a), (b), (c) and (d); wherein the step (b) is performed at 20 to 30°C for 12 to 80 hours; wherein the hot press step includes applying pressure at a pressure of 294.20 kPa to 980.67 kPa (3 kgf/cm2 to 10 kgf/cm2) at 60°C to 90°C for 3 to 15 minutes.
A control device configured to control a wind turbine , the wind turbine comprising a rotor being rotatable about a rotational axis , wherein the rotor has at least one blade , the blade comprising at least one add-on member which is actuated by a corresponding trim actuator to alter aerodynamic properties of the blade and a pitch actuator to alter a pitch angle of the blade ; wherein the control device is configured to determine an idling mode or a self-sustaining mode of the wind turbine ; control the pitch actuator to set a predetermined pitch angle of the blade , if the idling mode or the self-sustaining mode is determined; and cause a target rotational speed of the rotor by variably controlling the trim actuator of the blade , if the idling mode or the self-sustaining mode is determined. determine an idling mode or a self-sustaining mode of the wind turbine ; control the pitch actuator to set a predetermined pitch angle of the blade , if the idling mode or the self-sustaining mode is determined; and cause a target rotational speed of the rotor by variably controlling the trim actuator of the blade , if the idling mode or the self-sustaining mode is determined.
A method for controlling a vehicle comprising a friction clutch configured to switch between engagement and disengagement between a motor/generator and a drive wheel, an oil pump that supplies hydraulic oil pressure to the friction clutch , and an electric oil pump driven by an electric motor to supply hydraulic oil pressure to the friction clutch , comprising: maintaining the friction clutch disengaged while the vehicle is stopped, and reducing a motor rotational speed using a predetermined rotational speed as a target motor rotational speed in response a request to stop the motor/generator upon determining the motor rotational speed of the motor/generator is greater than the predetermined rotational speed, characterized in that the oil pump is configured to be driven by the motor/generator , the friction clutch is maintained to be disengaged with slack eliminated in a stroke while the vehicle is stopped, when the motor rotational speed has reached the predetermined rotational speed, reducing the motor rotational speed toward zero while limiting the torque of the motor/generator , and when the motor rotational speed reaches the predetermined rotational speed, maintaining the motor rotational speed at the predetermined rotational speed until a predetermined time has elapsed, after which the limiting of the torque of the motor/generator is started. maintaining the friction clutch disengaged while the vehicle is stopped, and reducing a motor rotational speed using a predetermined rotational speed as a target motor rotational speed in response a request to stop the motor/generator upon determining the motor rotational speed of the motor/generator is greater than the predetermined rotational speed, characterized in that the oil pump is configured to be driven by the motor/generator , the friction clutch is maintained to be disengaged with slack eliminated in a stroke while the vehicle is stopped, when the motor rotational speed has reached the predetermined rotational speed, reducing the motor rotational speed toward zero while limiting the torque of the motor/generator , and when the motor rotational speed reaches the predetermined rotational speed, maintaining the motor rotational speed at the predetermined rotational speed until a predetermined time has elapsed, after which the limiting of the torque of the motor/generator is started.
A raising and lowering device for supporting load, where the raising and lowering device comprises a first beam and a second beam , where a first profile element is slidably connected to the first beam and a second profile element is slidably connected to the second beam , said first and second profile elements are in slidable contact with each other, where said first profile element further, through at least one strut , is connected to the second beam , while the second profile element , through strut , is connected to the first beam , wherein the first and the second beam are movable relative each other between a retracted position and an extended position of the raising and lowering device .
A polyalkylene carbonate-based resin comprising: 100 parts by weight of a base resin including a polyalkylene carbonate resin and a polylactide resin; and 5 parts by weight to 10 parts by weight of a heat shrinkage prevention agent, wherein the base resin includes the polyalkylene carbonate resin and the polylactide resin in a weight ratio of 6:4 to 4:6; and wherein the heat shrinkage prevention agent is one or more selected from the group consisting of a polyalkyl(meth)acrylate-based resin, a polyalphaolefin-vinyl acetate-based resin, and a polyoxyalkylene-based resin. 100 parts by weight of a base resin including a polyalkylene carbonate resin and a polylactide resin; and 5 parts by weight to 10 parts by weight of a heat shrinkage prevention agent, wherein the base resin includes the polyalkylene carbonate resin and the polylactide resin in a weight ratio of 6:4 to 4:6; and wherein the heat shrinkage prevention agent is one or more selected from the group consisting of a polyalkyl(meth)acrylate-based resin, a polyalphaolefin-vinyl acetate-based resin, and a polyoxyalkylene-based resin.
A patient monitoring system comprising: a capacitive electrode connectable to a patient to detect an output signal; a signal generator unit arranged to transmit a carrier signal to the capacitive electrode, the carrier signal having a carrier frequency and a carrier amplitude; an amplifier unit arranged to amplify the output signal detected by the capacitive electrode to generate an amplified output signal; a gain determination module arranged to: determine an output amplitude of a carrier frequency portion of the amplified output signal; determine a system gain based on a comparison between the output amplitude and the original carrier amplitude; a voltage determination module arranged to: filter the output signal to isolate a physiological signal detected from the patient; and determine a voltage of the physiological signal based on the system gain. a capacitive electrode connectable to a patient to detect an output signal; a signal generator unit arranged to transmit a carrier signal to the capacitive electrode, the carrier signal having a carrier frequency and a carrier amplitude; an amplifier unit arranged to amplify the output signal detected by the capacitive electrode to generate an amplified output signal; a gain determination module arranged to: determine an output amplitude of a carrier frequency portion of the amplified output signal; determine a system gain based on a comparison between the output amplitude and the original carrier amplitude; determine an output amplitude of a carrier frequency portion of the amplified output signal; determine a system gain based on a comparison between the output amplitude and the original carrier amplitude; a voltage determination module arranged to: filter the output signal to isolate a physiological signal detected from the patient; and determine a voltage of the physiological signal based on the system gain. filter the output signal to isolate a physiological signal detected from the patient; and determine a voltage of the physiological signal based on the system gain.
Interface for communicating with and for controlling the operation of an automatic hygienic sheet material dispenser, the interface comprising: a user sensor arranged to have a sensing zone and to detect the presence of a user within the sensing zone; at least one indicator for indicating the setting or status of an operational parameter of the dispenser, and a main microcontroller being arranged to selectively operate the dispenser in any of at least a user setting and a maintenance setting; whereby the interface further comprises at least one additional sensor for adjusting at least one dispenser operational parameter or for activating at least one dispenser function, and a protective cover comprising at least one graphical symbol or text, the at least one additional sensor , the at least one indicator , the user sensor and the main microcontroller are located on a main printed circuit board , and the main printed circuit board is located behind the protective cover and arranged relative the at least one graphical symbol or text such that the at least one graphical symbol or text overlaps with the at least one additional sensor or the at least one indicator . a user sensor arranged to have a sensing zone and to detect the presence of a user within the sensing zone; at least one indicator for indicating the setting or status of an operational parameter of the dispenser, and a main microcontroller being arranged to selectively operate the dispenser in any of at least a user setting and a maintenance setting; whereby the interface further comprises at least one additional sensor for adjusting at least one dispenser operational parameter or for activating at least one dispenser function, and a protective cover comprising at least one graphical symbol or text, the at least one additional sensor , the at least one indicator , the user sensor and the main microcontroller are located on a main printed circuit board , and the main printed circuit board is located behind the protective cover and arranged relative the at least one graphical symbol or text such that the at least one graphical symbol or text overlaps with the at least one additional sensor or the at least one indicator .
An angled magnetic coupling comprising magnets (A) for a drive mechanism and magnets (B) for a driven mechanism, said magnets (A, B) have identical diameter and are attached to holders , said magnets (A) for drive mechanism and said magnets (B) for driven mechanism are two composite cylindrical magnets (A, B), the axes of the two composite cylindrical magnets (A, B) are arranged at an angle of 90 to 270 degrees relative to each other, characterized in that each of said two composite cylindrical magnets (A, B) is composed of two pairs of equal sized segmental magnets (3, 5 and 4, 6) and each of said four segmental magnets is a diametrically polarized radial segment of said cylinder, wherein the segmental magnets of each pair (3, 5 and 4, 6) are arranged opposite each other in said composite cylindrical magnets (A, B) and have the same polarity at the inner and outer sides of the segment, further, the segmental magnets of one pair have an opposite polarity in relation to the segmental magnets of the other pair so as the radial segments with opposite polarity are alternating around the circumference of said composite cylindrical magnets (A, B).
An optoelectronic device comprising a photoactive region, which photoactive region comprises: an n-type region comprising at least one n-type layer; a p-type region comprising at least one p-type layer; and, disposed between the n-type region and the p-type region: a layer of a perovskite semiconductor without open porosity, wherein said perovskite comprises a three-dimensional crystal structure. an n-type region comprising at least one n-type layer; a p-type region comprising at least one p-type layer; and, disposed between the n-type region and the p-type region: a layer of a perovskite semiconductor without open porosity, wherein said perovskite comprises a three-dimensional crystal structure. a layer of a perovskite semiconductor without open porosity, wherein said perovskite comprises a three-dimensional crystal structure.