mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool for driving a fastener, comprising: a housing ; an output spindle received at least partially in the housing ; a motor disposed in the housing and coupleable to a power source ; a transmission configured to transmit torque from the motor to the output spindle ; a user adjustable input member configured to generate a clutch setting signal according to a selection of a clutch setting from a plurality of clutch settings; and an electronic clutch including a current sensing circuit configured to generate a sensed current signal that corresponds to the amount of current delivered to the motor ; a rotation sensing circuit configured to generate a sensed rotation signal that corresponds to a speed of the motor ; and a controller configured to receive an input of the clutch setting signal, the current sensing circuit signal, and the rotation sensing signal, and to determine a maximum current threshold value based upon the clutch setting signal; wherein the controller is configured to cause interruption of torque transmission from the motor to the output spindle when the sensed rotation signal indicates that the rotational speed of the motor is decreasing; characterised in that the controller is also configured such that its interruption of the torque transmission from the motor to the output spindle also requires the sensed current signal to exceed the maximum current threshold value; and further characterised in that the controller is further configured to determine whether a switch of the power tool for controlling delivery of power from the power source to the motor has been activated within a predetermined time period after torque transmission from the motor to the output spindle has been interrupted, and to interrupt torque transmission from the motor to the output spindle a second time when the controller determines that the switch has been activated within a predetermined time period after interrupting transmission of torque to the output spindle a first time.
A data processing system comprising: a processing unit; at least one bus coupled to the processing unit; at least one subsystem coupled to the at least one bus; a memory coupled to the at least one bus; a power controller coupled to the processing unit, to control power supplied to the processing unit and the at least one subsystem; wherein the memory is configured to store data representing a future action for the at least one subsystem and the processing unit, the future action being scheduled to be executed at a time for the future action; wherein the processing unit is configured to adjust a timer indicating the time for the future action by a latency value which represents a period of time between when full power is applied to the processing unit or the at least one subsystem and when the processing unit or the at least one subsystem is stabilized and ready to operate after having been powered up from a reduced power state; and wherein the power controller is configured to assert an interrupt responsive to the timer to supply power to one or more of the processing unit and the at least one subsystem at the adjusted time for the future action. a processing unit; at least one bus coupled to the processing unit; at least one subsystem coupled to the at least one bus; a memory coupled to the at least one bus; a power controller coupled to the processing unit, to control power supplied to the processing unit and the at least one subsystem; wherein the memory is configured to store data representing a future action for the at least one subsystem and the processing unit, the future action being scheduled to be executed at a time for the future action; wherein the processing unit is configured to adjust a timer indicating the time for the future action by a latency value which represents a period of time between when full power is applied to the processing unit or the at least one subsystem and when the processing unit or the at least one subsystem is stabilized and ready to operate after having been powered up from a reduced power state; and wherein the power controller is configured to assert an interrupt responsive to the timer to supply power to one or more of the processing unit and the at least one subsystem at the adjusted time for the future action.
A first electronic device comprising: a display unit ; at least one processor ; an input unit ; an output unit ; and a transceiver , wherein the input unit is configured to recognize occurrence of a touch input for receiving contents, and wherein the transceiver is configured to receive the contents from a second electronic device based on a received signal strength of a discovery signal or a response signal, received from the second electronic device , wherein the at least one processor is configured to control at least one of the display unit and the output unit so as to indicate that content reception from the second electronic device is possible, wherein, when receiving, from the second electronic device, information on whether the second electronic device plays back content, the at least one processor is configured to make a request for the transmission of a content mirroring signal to the second electronic device; at least one of the display unit and the output unit are configured to output at least one of an indication and an audio signal for notifying that reception of the content mirroring signal from the second electronic device is possible, the transceiver is configured to receive the content mirroring signal from the second electronic device, and the display unit is configured to play back the at least one mirror content successively from a time point at which the content playback is terminated in the second electronic device. a display unit ; at least one processor ; an input unit ; an output unit ; and a transceiver , wherein the input unit is configured to recognize occurrence of a touch input for receiving contents, and wherein the transceiver is configured to receive the contents from a second electronic device based on a received signal strength of a discovery signal or a response signal, received from the second electronic device , wherein the at least one processor is configured to control at least one of the display unit and the output unit so as to indicate that content reception from the second electronic device is possible, wherein, when receiving, from the second electronic device, information on whether the second electronic device plays back content, the at least one processor is configured to make a request for the transmission of a content mirroring signal to the second electronic device; at least one of the display unit and the output unit are configured to output at least one of an indication and an audio signal for notifying that reception of the content mirroring signal from the second electronic device is possible, the transceiver is configured to receive the content mirroring signal from the second electronic device, and the display unit is configured to play back the at least one mirror content successively from a time point at which the content playback is terminated in the second electronic device.
Acoustic communication and powering assembly , comprising: a transducer , configured to convert electrical energy into acoustic wave energy; an acoustic wave conductor ; a sensor/actuator platform , comprising a sensor and/or actuator , sensor/actuator platform circuits , and an acoustic wave energy converter , configured to convert acoustic wave energy into electrical power and to provide the electrical power to the sensor and/or actuator and the sensor/actuator platform circuits ; wherein the transducer and the sensor/actuator platform are connected acoustically by the acoustic wave conductor ; wherein the sensor/actuator platform further comprises an electrical signal to acoustic wave signal converter , configured to convert electrical signals from the sensor and/or actuator into acoustic wave signals; wherein a frequency spectrum of the waves transporting the acoustic wave energy is lower than a frequency spectrum of the waves for the acoustic wave signals, the acoustic wave energy is ultrasonic energy. a transducer , configured to convert electrical energy into acoustic wave energy; an acoustic wave conductor ; a sensor/actuator platform , comprising a sensor and/or actuator , sensor/actuator platform circuits , and an acoustic wave energy converter , configured to convert acoustic wave energy into electrical power and to provide the electrical power to the sensor and/or actuator and the sensor/actuator platform circuits ; wherein the transducer and the sensor/actuator platform are connected acoustically by the acoustic wave conductor ; wherein the sensor/actuator platform further comprises an electrical signal to acoustic wave signal converter , configured to convert electrical signals from the sensor and/or actuator into acoustic wave signals; wherein a frequency spectrum of the waves transporting the acoustic wave energy is lower than a frequency spectrum of the waves for the acoustic wave signals, the acoustic wave energy is ultrasonic energy.
A method of initializing and controlling a robotic installation comprising a first robot having a minimum of four degrees of freedom and a second robot that is of Cartesian type, the method comprising the following steps: • using the first robot to collect location information relating to at least one element situated in a workspace common to the first and second robots; and • using the collected location information to move the second robot in or around the element. • using the first robot to collect location information relating to at least one element situated in a workspace common to the first and second robots; and • using the collected location information to move the second robot in or around the element.
An optical measuring device , comprising: a light source , outputting a light of a plurality of wavelengths; a sensor head , comprising a conversion lens and an objective lens , wherein the conversion lens converts the light incident via a light guide part into parallel light, and the objective lens irradiates the light in which chromatic aberration is generated to a measurement object ; and a spectroscope , acquiring reflected light reflected by the measurement object and condensed by the sensor head via the light guide part , and measuring a spectrum of the reflected light, characterized in that the light guide part is formed by an optical fiber comprising four cores , wherein in the sensor head , a shield (S) that shields light is arranged between the conversion lens and the objective lens to inhibit light emitted from one core among the four cores included in the light guide part from entering cores other than the one core as the reflected light, and wherein the shield (S) is arranged in a four-way point pattern, a cross pattern, or a ring pattern. a light source , outputting a light of a plurality of wavelengths; a sensor head , comprising a conversion lens and an objective lens , wherein the conversion lens converts the light incident via a light guide part into parallel light, and the objective lens irradiates the light in which chromatic aberration is generated to a measurement object ; and a spectroscope , acquiring reflected light reflected by the measurement object and condensed by the sensor head via the light guide part , and measuring a spectrum of the reflected light, characterized in that the light guide part is formed by an optical fiber comprising four cores , wherein in the sensor head , a shield (S) that shields light is arranged between the conversion lens and the objective lens to inhibit light emitted from one core among the four cores included in the light guide part from entering cores other than the one core as the reflected light, and wherein the shield (S) is arranged in a four-way point pattern, a cross pattern, or a ring pattern.
A process of preparing a composite material, the process comprising mixing at least one starch that is not gelatinized and having a charge, at least one soluble polymer of opposite charge, and at least one polar solvent, wherein at least one of said starch and said soluble polymer of opposite charge is capable of expanding; and expanding the mixture to form a composite material including the two polymers as a foam.
A handle for a shaving razor adapted to releasably engage with a razor cartridge , said handle comprising: a handle body , a support , a pair of arms movably mounted on the support between a lock position and a release position and elastically biased toward the lock position, said pair of arms being adapted to engage said cartridge when the arms are in a lock position, and to disengage said cartridge when the arms are in a release position, each of said arms extending from a proximate end of the handle closer to the support to a distal end of the handle further away from the support, wherein the support further comprises a pair of arcuate guides and said arms are slidably mounted along said arcuate guides , said arcuate guides being shaped so that sliding the arms in the first direction (Y1), turns them toward the lock position, and sliding the arms in a second direction (Y2) opposite to the first direction, turns them toward the release position, characterized in that the handle further includes a driving member which is slidably mounted on the support between the arms and which is connected to the arms such that sliding the driving member in the first direction (Y1) moves the arms towards the distal end of the handle on the arcuate guides and turns them toward the lock position, and sliding the driving member in the second direction (Y2) moves the arms towards the proximate end of the handle on the arcuate guides and turns them toward the release position. a handle body , a support , a pair of arms movably mounted on the support between a lock position and a release position and elastically biased toward the lock position, said pair of arms being adapted to engage said cartridge when the arms are in a lock position, and to disengage said cartridge when the arms are in a release position, each of said arms extending from a proximate end of the handle closer to the support to a distal end of the handle further away from the support, wherein the support further comprises a pair of arcuate guides and said arms are slidably mounted along said arcuate guides , said arcuate guides being shaped so that sliding the arms in the first direction (Y1), turns them toward the lock position, and sliding the arms in a second direction (Y2) opposite to the first direction, turns them toward the release position, characterized in that the handle further includes a driving member which is slidably mounted on the support between the arms and which is connected to the arms such that sliding the driving member in the first direction (Y1) moves the arms towards the distal end of the handle on the arcuate guides and turns them toward the lock position, and sliding the driving member in the second direction (Y2) moves the arms towards the proximate end of the handle on the arcuate guides and turns them toward the release position.
A force-sensing catheter system comprising a catheter tip (205; 405; 705), a deformable body (330; 430; 730) coupled to the catheter tip (205; 405; 705) and including a lumen that extends along a longitudinal axis of the force-sensing catheter system, the deformable body is configured and arranged to deform in response to a force exerted on the catheter tip (205; 405; 705), and a manifold (215; 415) extending through the lumen of the deformable body (330; 430; 730), wherein the manifold (215; 415) is coupled to the catheter tip (205; 405; 705) and a proximal end of the deformable body (330; 430; 730), wherein the manifold (215; 415) is configured and arranged to deliver irrigant to the distal tip (205; 405; 705), and characterised in that the manifold (215; 415) is further configured and arranged to transmit a portion of the force exerted on the catheter tip (205; 405; 705), proximally, to the proximal end of the deformable body (330; 430; 730). a catheter tip (205; 405; 705), a deformable body (330; 430; 730) coupled to the catheter tip (205; 405; 705) and including a lumen that extends along a longitudinal axis of the force-sensing catheter system, the deformable body is configured and arranged to deform in response to a force exerted on the catheter tip (205; 405; 705), and a manifold (215; 415) extending through the lumen of the deformable body (330; 430; 730), wherein the manifold (215; 415) is coupled to the catheter tip (205; 405; 705) and a proximal end of the deformable body (330; 430; 730), wherein the manifold (215; 415) is configured and arranged to deliver irrigant to the distal tip (205; 405; 705), and
A computer-implemented method for generating a crowd animation, comprising the steps of: (a) generating a guide shape for a crowd Z including at least one character onto a virtual plane where the at least one character included in the crowd exists in a 3D environment, with reference to a first user operation, wherein the guide shape specifies at least one of a formation of the crowd and a number of the at least one character included in the crowd; (b) generating a guide path for specifying a motion path of the at least one character included in the crowd onto the virtual plane, with reference to a second user operation inputted with respect to the guide shape, wherein the guide path further specifies a motion made by the at least one character included in the crowd while moving along the motion path; and (c) generating the crowd animation in which the at least one character included in the crowd moves in the formation specified by the guide shape and along the motion path specified by the guide path, and wherein at least one of the first and second user operations is inputted via a sketch-based interface, and wherein the step (b) comprises the step of: (b1) generating a guide field onto the virtual plane with reference to a fifth user operation, and wherein a predetermined change is made to the motion of the at least one character passing an area where the guide field is located, the method being characterized in that : the change is made depending on at least one of a distance of the at least one character from the center of the guide field, and a length of the motion path overlapping the guide field. (a) generating a guide shape for a crowd Z including at least one character onto a virtual plane where the at least one character included in the crowd exists in a 3D environment, with reference to a first user operation, wherein the guide shape specifies at least one of a formation of the crowd and a number of the at least one character included in the crowd; (b) generating a guide path for specifying a motion path of the at least one character included in the crowd onto the virtual plane, with reference to a second user operation inputted with respect to the guide shape, wherein the guide path further specifies a motion made by the at least one character included in the crowd while moving along the motion path; and (c) generating the crowd animation in which the at least one character included in the crowd moves in the formation specified by the guide shape and along the motion path specified by the guide path,
A contact cleaning apparatus for cleaning a work piece (A), the contact cleaning apparatus comprising: an inlet for introducing the work piece (A) into the contact cleaning apparatus and an outlet for removing the work piece (A) from the contact cleaning apparatus ; a contact cleaning carriage with a contact cleaning surface attached thereto, the contact cleaning carriage being located between the inlet and the outlet ; a conveyor for conveying the work piece (A) from the inlet to the outlet and between the contact cleaning surface and the conveyor ; at least one cam operably connected to the contact cleaning carriage ; wherein the at least one cam is rotatable to move the contact cleaning carriage in a direction normal to the conveyor to control the distance between the contact cleaning carriage and the conveyor ; and characterised in that the contact cleaning apparatus further comprises a carriage sensor for measuring a distance between the conveyor and the contact cleaning carriage ; and wherein the distance between the contact cleaning carriage and the conveyor is adjustable to control the strain rate applied to the work piece (A) by the contact cleaning surface . an inlet for introducing the work piece (A) into the contact cleaning apparatus and an outlet for removing the work piece (A) from the contact cleaning apparatus ; a contact cleaning carriage with a contact cleaning surface attached thereto, the contact cleaning carriage being located between the inlet and the outlet ; a conveyor for conveying the work piece (A) from the inlet to the outlet and between the contact cleaning surface and the conveyor ; at least one cam operably connected to the contact cleaning carriage ; wherein the at least one cam is rotatable to move the contact cleaning carriage in a direction normal to the conveyor to control the distance between the contact cleaning carriage and the conveyor ; and characterised in that the contact cleaning apparatus further comprises a carriage sensor for measuring a distance between the conveyor and the contact cleaning carriage ; and wherein the distance between the contact cleaning carriage and the conveyor is adjustable to control the strain rate applied to the work piece (A) by the contact cleaning surface .
An atherectomy device that includes a handle coupled to a working tip via a plurality of axially disposed tubular members, the handle including: a housing that extends from a first housing end to a second housing end along a housing longitudinal axis (L1), the second housing end being coupled to a first tubular member , the first tubular member surrounding at least a portion of a second tubular member , the second tubular member being coupled to a rotary member proximate the housing and disposed around a portion of a third tubular member , the third tubular member disposed around a portion of an axially moveable fourth tubular member ; and a working tip spaced from the handle and extending along a working tip longitudinal axis (L2), the working tip including: a first balloon coupled to the first tubular member , a rotary debulker coupled to the second tubular member , and a second balloon coupled to both the third tubular member and the axially moveable fourth tubular member such that the second balloon is disposed inside the third tubular member . a first balloon coupled to the first tubular member , a rotary debulker coupled to the second tubular member , and a second balloon coupled to both the third tubular member and the axially moveable fourth tubular member such that the second balloon is disposed inside the third tubular member .