mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a Head Related Transfer Function (HRTF) for application to an input audio signal for localizing audio to a set of headphones comprising: accessing a Binaural Acoustic Impulse Response (BAIRs) pair individualized for a listener at a reference position; accessing a plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the listener corresponding to additional positions relative to the listener; deriving a plurality of transfer functions for converting Binaural Acoustic Impulse Response (BAIRs) for the reference position relative to the listener to each of the additional positions by dividing each of the plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the additional positions by the Binaural Acoustic Impulse Response (BAIRs) pair for the reference position; receiving a signal indicating a change in head orientation and selecting one pair of the plurality of transfer functions in response to and corresponding to the signal; and applying the reference position Binaural Acoustic Impulse Response (BAIRs) pair and the selected pair of the plurality of transfer functions to the input audio signal to localize the audio in the set of headphones. accessing a Binaural Acoustic Impulse Response (BAIRs) pair individualized for a listener at a reference position; accessing a plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the listener corresponding to additional positions relative to the listener; deriving a plurality of transfer functions for converting Binaural Acoustic Impulse Response (BAIRs) for the reference position relative to the listener to each of the additional positions by dividing each of the plurality of Binaural Acoustic Impulse Response (BAIRs) pairs for the additional positions by the Binaural Acoustic Impulse Response (BAIRs) pair for the reference position; receiving a signal indicating a change in head orientation and selecting one pair of the plurality of transfer functions in response to and corresponding to the signal; and applying the reference position Binaural Acoustic Impulse Response (BAIRs) pair and the selected pair of the plurality of transfer functions to the input audio signal to localize the audio in the set of headphones.
Method for producing a sheet metal product from a sheet metal preliminary product , wherein at least one surface of the sheet metal preliminary product is coated with a coating, wherein the coating used is zinc, wherein the sheet metal preliminary product is rolled, wherein depressions are rolled into the surface during the rolling operation, wherein, after the coating and rolling operations, lubricant (8.1) is introduced into the depressions , wherein, after the introduction of lubricant (8.1), the sheet metal preliminary product is mechanically formed by a forming tool , characterized in that the surface is coated in such a way that, in the forming tool during the forming process, the coating is elastically deformable under loads of 0.5 MPa to 20 MPa and plastically deformable under loads of above 20 MPa.
A light guide configured for positioning proximate to a light emitter in an electronic device; said light guide comprising: a plurality of prisms , including at least a first prism having a first position in relation to said light emitter ; said first prism having a first boundary defined by a first length (L1) and a first angle (θ 1 ) in relation to a plane parallel to a surface of said light emitter; and, the plurality of prisms further including at least a second prism having a second position in relation to said light emitter ; said second prism having a second boundary defined by a second length (L2) and a second angle (θ 2 ) in relation to said plane ; wherein said first position is closer to said light emitter than said second position and said second angle (θ 2 ) is less than said first angle (θ 1 ); said second position being spaced apart from said first position; the plurality of prisms further comprising a plurality of additional prisms, each of said additional prisms having surfaces defined by additional lengths and additional angles in relation to said plane, each of said additional angle decreasing according to a distance from said light emitter; each of the plurality of prisms having a substantially square base; the plurality of prisms being arranged in a grid. a plurality of prisms , including at least a first prism having a first position in relation to said light emitter ; said first prism having a first boundary defined by a first length (L1) and a first angle (θ 1 ) in relation to a plane parallel to a surface of said light emitter; and, the plurality of prisms further including at least a second prism having a second position in relation to said light emitter ; said second prism having a second boundary defined by a second length (L2) and a second angle (θ 2 ) in relation to said plane ; wherein said first position is closer to said light emitter than said second position and said second angle (θ 2 ) is less than said first angle (θ 1 ); said second position being spaced apart from said first position; the plurality of prisms further comprising a plurality of additional prisms, each of said additional prisms having surfaces defined by additional lengths and additional angles in relation to said plane, each of said additional angle decreasing according to a distance from said light emitter; each of the plurality of prisms having a substantially square base; the plurality of prisms being arranged in a grid.
Handling assembly for plate-type products of wood or wood substitutes, with a handling device, a plurality of mobile supply elements set up to receive plate-type products , a plurality of plate-type products of wood or wood substitutes, a machine control, wherein each mobile supply element has at least one shelf for receiving and/or depositing plate-type products, characterised in that at least one shelf and/or at least one sub-division apparatus of at least one mobile supply element is configured so that it can be manipulated by the handling device, and the handling device is designed to manipulate the at least one shelf and/or sub-division apparatus so that plate-type products are placed in the respective supply element according to an item plan produced by the machine control.
A tank telescopic oral cavity washing device , comprising: a device body that a pump is built in; and a tank that comprises a storage unit , the tank being capable of accommodating the device body in the storage unit so as to slidably support the device body , wherein a liquid supply hole through which liquid is injected into the storage unit is formed in the tank , the liquid supply hole is closed by a liquid supply lid with which the tank is openably and closably provided via a hinge , characterized in that in a state where the liquid supply lid is opened, an end portion of the liquid supply lid provided opposite to the hinge is disposed within a range along a side surface of the tank in a front view, such that it does not protrude from a lower end of the side surface of tank . a device body that a pump is built in; and a tank that comprises a storage unit , the tank being capable of accommodating the device body in the storage unit so as to slidably support the device body , wherein a liquid supply hole through which liquid is injected into the storage unit is formed in the tank , the liquid supply hole is closed by a liquid supply lid with which the tank is openably and closably provided via a hinge , characterized in that in a state where the liquid supply lid is opened, an end portion of the liquid supply lid provided opposite to the hinge is disposed within a range along a side surface of the tank in a front view, such that it does not protrude from a lower end of the side surface of tank .
A method comprising, at a mobile device: acquiring a first Positioning Reference Signals, PRS, burst transmitted from a base station during a first occasion through a first antenna port coupled to a first antenna; acquiring a second PRS burst transmitted from said base station during a second occasion through a second antenna port coupled to a second antenna; and selecting between said first and second acquired PRS bursts for use in positioning operations based, at least in part, on one or more measured performance criteria of first and second acquired PRS bursts. acquiring a first Positioning Reference Signals, PRS, burst transmitted from a base station during a first occasion through a first antenna port coupled to a first antenna; acquiring a second PRS burst transmitted from said base station during a second occasion through a second antenna port coupled to a second antenna; and selecting between said first and second acquired PRS bursts for use in positioning operations based, at least in part, on one or more measured performance criteria of first and second acquired PRS bursts.
A cam action door closer comprising a body , a spring , an axis , a cam being connected to the axis , a speed control channel system and a latching control channel system , and a closing control piston having a piston head and a circular side , the cam action door closer also comprising a closing piston , the body having a bore that is divided into three spaces by the pistons , the first space being for the spring , the spring being in connection with the closing piston , the spring and the closing piston being on another side with respect to the axis than the closing control piston , the closing piston being in connection with the cam , the axis and the cam being located in the second space , and the closing control piston being in connection with the cam and between the second space and the third space , characterised in that the closing control piston has a cutting on the side of the closing control piston and on the piston head , the cutting forming a control edge at its end, the cutting having a length between the piston head and the control edge , the speed control channel system comprises a speed control channel and a speed connecting channel , which speed connecting channel is located in such a way that the control edge is arranged to close it when the closing control piston is moved by the spring via the closing piston and the cam to close a door.
A method of performing foreign object detection in a wireless power transmission system , the method comprising: performing a plurality of FOD, Foreign Object Detection, measurements at different times; processing the plurality of FOD measurements to obtain a FOD measurement result; and determining whether to enable or disable wireless power transfer based on the FOD measurement result, wherein the processing comprises determining whether the plurality of FOD measurements converge, and, if so, discontinuing further FOD measurements. performing a plurality of FOD, Foreign Object Detection, measurements at different times; processing the plurality of FOD measurements to obtain a FOD measurement result; and determining whether to enable or disable wireless power transfer based on the FOD measurement result, wherein the processing comprises determining whether the plurality of FOD measurements converge, and, if so, discontinuing further FOD measurements.
A vehicle steering wheel assembly, comprising a steering wheel , a control component , a rotation measuring component for measuring the rotation condition of the steering wheel , and a road sense simulator for applying a resistance torque to the rotation of the steering wheel according to the rotation condition of the steering wheel ; a steering column is disposed under the steering wheel , wherein the upper end of the steering column is connected to the steering wheel , and the lower end of the steering column is connected to the road sense simulator , and the road sense simulator is fixed to the vehicle body of the vehicle; the rotation measuring component and the road sense simulator are both connected to the control component , and the control component controls the road sense simulator to apply the resistance torque to the rotation of the steering wheel according to the measurement data of the rotation measuring component , wherein the control component is configured to send a steering command to the steering mechanisms of the wheels to perform steering according to the received rotation condition of the steering wheel , characterized in that the control component is configured to receive the actual wheel rotation resistance at the time of steering, and wherein the control component is configured to transmit a control signal to the road sense simulator according to the actual wheel rotation resistance, and wherein the road sense simulator is configured to apply a resistance torque to the rotation of the steering wheel according to the received control signal.
A surgical stapling instrument comprising: an anvil assembly including an anvil head and an anvil center rod extending proximally from the anvil head; a shell assembly including an annular cartridge adapted to house a plurality of staples; and an adapter assembly including: a tubular shaft supporting the shell assembly at a distal portion of the tubular shaft; and a trocar assembly including: a trocar detachably supporting the anvil center rod thereon; and characterised in that the trocar assembly further comprises a light diffuser configured to scatter light received from a light source, the light diffuser disposed adjacent a proximal portion of the trocar such that the light diffuser is surrounded by the anvil center rod when the anvil center rod is attached to the trocar. an anvil assembly including an anvil head and an anvil center rod extending proximally from the anvil head; a shell assembly including an annular cartridge adapted to house a plurality of staples; and an adapter assembly including: a tubular shaft supporting the shell assembly at a distal portion of the tubular shaft; and a trocar assembly including: a trocar detachably supporting the anvil center rod thereon; and characterised in that the trocar assembly further comprises a light diffuser configured to scatter light received from a light source, the light diffuser disposed adjacent a proximal portion of the trocar such that the light diffuser is surrounded by the anvil center rod when the anvil center rod is attached to the trocar. a tubular shaft supporting the shell assembly at a distal portion of the tubular shaft; and a trocar assembly including: a trocar detachably supporting the anvil center rod thereon; and characterised in that the trocar assembly further comprises a light diffuser configured to scatter light received from a light source, the light diffuser disposed adjacent a proximal portion of the trocar such that the light diffuser is surrounded by the anvil center rod when the anvil center rod is attached to the trocar. a trocar detachably supporting the anvil center rod thereon; and characterised in that the trocar assembly further comprises a light diffuser configured to scatter light received from a light source, the light diffuser disposed adjacent a proximal portion of the trocar such that the light diffuser is surrounded by the anvil center rod when the anvil center rod is attached to the trocar.
A control system for controlling movements of an end effector connected to a clutch output of at least two magnetorheological (MR) fluid clutch apparatuses , the control system being characterized in that it comprises: a clutch driver configured to drive the at least two MR fluid clutch apparatuses between at least a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatuses varies, and a combined mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold simultaneously for both of the MR fluid clutch apparatuses , the two clutch outputs resisting movement of the end effector in the same direction; a motor driver configured to control a motor output of at least one motor (A, 70, 87, 112, 121), the motor output coupled to at least one clutch input ; a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between at least the controlled slippage mode and the combined mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements. a clutch driver configured to drive the at least two MR fluid clutch apparatuses between at least a controlled slippage mode, in which slippage between a clutch input and the clutch output of the MR fluid clutch apparatuses varies, and a combined mode, in which said slippage between the clutch input and the clutch output is maintained below a given threshold simultaneously for both of the MR fluid clutch apparatuses , the two clutch outputs resisting movement of the end effector in the same direction; a motor driver configured to control a motor output of at least one motor (A, 70, 87, 112, 121), the motor output coupled to at least one clutch input ; a mode selector module configured to receive signals representative of at least one movement parameter of the end effector, the mode selector module selecting a mode between at least the controlled slippage mode and the combined mode of the clutch driver based on the signals, and switching the selected mode based on the signals; and a movement controller to control the clutch driver and the motor driver to displace the end effector based on at least one of the selected mode and on commanded movements of the end effector for the end effector to achieve the commanded movements.
A method for partially splitting a piece, the method comprising pressing the piece in a direction intersecting with a splitting direction by pressing elements during a machining motion (L1) of a splitting element and the machinable piece and splitting the piece partially, characterized by controlling the location and shape of splitting areas (A2) in the machinable piece by pressing the machinable piece in a direction intersecting with the splitting direction by the pressing elements during the machining motion (L1) of the splitting element and the machinable piece such that tensile stress caused by the splitting element inside the machinable material causes the machinable piece to split until compression stress of the material in the range of the pressing elements eliminates the tensile stress and the splitting can thus be limited at a desired splitting area (A2).
An expander for expanding metal pipes, comprising a plurality of flexible rods , which are fed in parallel towards a corresponding plurality of parallel pipes to axially insert respective expander mandrels placed at the front end of the flexible rods therein, characterized in that said flexible rods are made in form of a harmonic steel stem with round section and smooth outer surface and wherein a moving assembly for said flexible rods is provided, which assembly comprises a plurality of driving elements arranged side-by-side, one for each flexible rod , each of which is formed by a set of pairs of superimposed slotted gears (21-22) which define grooves for the passage and driving of a flexible rod .
A double-sided adhesive sheet including: a double-sided adhesive sheet characterized in that it comprises an adhesive member which is kneaded with at least an adhesive agent, the double-sided adhesive sheet being formed so as to have a previously formed non-planar shape in the shape of a curve which is projected or recessed in a vertical up/down direction. a double-sided adhesive sheet characterized in that it comprises an adhesive member which is kneaded with at least an adhesive agent, the double-sided adhesive sheet being formed so as to have a previously formed non-planar shape in the shape of a curve which is projected or recessed in a vertical up/down direction.
A vehicle control device configured to control a vehicle , the vehicle comprising: a left-right pair of steered wheels of which braking/driving forces can be controlled for each of left and right; another wheel provided separately from the left-right pair of steered wheels; and a steering force generation device configured to generate a steering force for the steered wheels and configured to control a steering angle of the steered wheels, wherein the vehicle control device is configured to control the steering force or steering reaction force of the steering force generation device by controlling the braking/driving forces for each of the steered wheels on the basis of a lateral force acting on the steered wheels, characterized in that the vehicle control device is further configured to control braking/driving forces of the other wheel so as to compensate excess or deficiency of a yaw moment generated by controlling the braking/driving forces of the steered wheels. wherein the vehicle control device is configured to control the steering force or steering reaction force of the steering force generation device by controlling the braking/driving forces for each of the steered wheels on the basis of a lateral force acting on the steered wheels, characterized in that the vehicle control device is further configured to control braking/driving forces of the other wheel so as to compensate excess or deficiency of a yaw moment generated by controlling the braking/driving forces of the steered wheels.
A signal measurement unit comprising: an input unit that inputs an electric signal output from an external signal output equipment; an analogue measurement unit that measures a voltage value of the electric signal input in the input unit as an analogue value; and a counting measurement unit that counts at least one of a number of times that the voltage value of the electric signal input in the input unit has equaled or exceeded a predetermined first threshold value and a number of times that the voltage value has equaled or fallen below a predetermined second threshold value, characterized in that the input unit receives a setting information and selects whether to transmit the electric signal that is input to either the analogue measurement unit or to the counting measurement unit according to the setting instruction. an input unit that inputs an electric signal output from an external signal output equipment; an analogue measurement unit that measures a voltage value of the electric signal input in the input unit as an analogue value; and a counting measurement unit that counts at least one of a number of times that the voltage value of the electric signal input in the input unit has equaled or exceeded a predetermined first threshold value and a number of times that the voltage value has equaled or fallen below a predetermined second threshold value, characterized in that the input unit receives a setting information and selects whether to transmit the electric signal that is input to either the analogue measurement unit or to the counting measurement unit according to the setting instruction.
Anti-vibration device having a resonating mechanism consisting of at least one resonator , said at least one resonator having at least one mixer including a first mixer extending from a recessed end to a mixing free end , said at least one resonator consisting of an elastically deformable base , characterised in that said base has a first branch and a second branch that are linked to one another by a central section , said recessed end being recessed at the first branch , the first branch extending from a first end to a second end each configured to be rigidly fixed to a support , the second branch extending from a first end zone to a second end zone each configured to be rigidly fixed to a vibration source .