mhurhangee/patent-ind-claim-en huggingface dataset:
A laser therapy instrument, - designed for surgery on the cornea, the sclera, the vitreous body or the crystalline lens, especially for use alternately with other instruments for eye diagnosis or eye therapy, with the treatment area in which the patient or the eye is positioned having to be accessible to other instruments in succession, the laser therapy instrument comprising a motor and a control, and further comprising: - a beam conducting device comprising a swiveable laser arm including an exit lens system for a therapeutic laser beam, a swivelling mechanism being actuable by the motor and the swivelling movement being controllable by the control, and - a device for moving at least part of the beam conducting device, including the exit lens system , into the treatment area at the beginning and for moving it out of the treatment area after the use of the laser therapy instrument , so that - the treatment area , after the part of the beam conducting device including the exit lens system has been moved out of it, is freely accessible for using the other instruments. - designed for surgery on the cornea, the sclera, the vitreous body or the crystalline lens, especially for use alternately with other instruments for eye diagnosis or eye therapy, with the treatment area in which the patient or the eye is positioned having to be accessible to other instruments in succession, the laser therapy instrument comprising a motor and a control, and further - a beam conducting device comprising a swiveable laser arm including an exit lens system for a therapeutic laser beam, a swivelling mechanism being actuable by the motor and the swivelling movement being controllable by the control, and - a device for moving at least part of the beam conducting device, including the exit lens system , into the treatment area at the beginning and for moving it out of the treatment area after the use of the laser therapy instrument , so that - the treatment area , after the part of the beam conducting device including the exit lens system has been moved out of it, is freely accessible for using the other instruments.
A method performed by a user equipment, comprising: receiving , from a network element of a radio access network, load information of the radio access network; receiving , from an access network discovery and selection function server, at least one offloading related policy for offloading traffic to at least one wireless local access network, wherein the offloading related policy comprises: a plurality of inter-system routing policy flow distribution rules each having a policy validity condition that takes the load information of the radio access network into account, wherein the plurality of inter-system routing policy flow distribution rules define different priorities for offloading traffic to the at least one wireless local access network dependent on the traffic type; using the policy validity conditions to select one of the plurality of inter-system routing policy flow distribution rules based on: the received load information; and applying the selected inter-system routing policy flow distribution rule of the offloading related policy in the user equipment when the respective policy validity condition is met, to set the priorities for offloading received traffic to the least one wireless local access network dependent on the traffic type of the received traffic. receiving , from a network element of a radio access network, load information of the radio access network; receiving , from an access network discovery and selection function server, at least one offloading related policy for offloading traffic to at least one wireless local access network, wherein the offloading related policy comprises: a plurality of inter-system routing policy flow distribution rules each having a policy validity condition that takes the load information of the radio access network into account, wherein the plurality of inter-system routing policy flow distribution rules define different priorities for offloading traffic to the at least one wireless local access network dependent on the traffic type; using the policy validity conditions to select one of the plurality of inter-system routing policy flow distribution rules based on: the received load information; and applying the selected inter-system routing policy flow distribution rule of the offloading related policy in the user equipment when the respective policy validity condition is met, to set the priorities for offloading received traffic to the least one wireless local access network dependent on the traffic type of the received traffic.
A sound signal downmix method for obtaining a downmix signal that is a signal obtained by mixing a left channel input sound signal and a right channel input sound signal, the sound signal downmix method comprising: obtaining preceding channel information that is information indicating which of the left channel input sound signal and the right channel input sound signal is preceding by plus or minus sign of a left-right time difference which is a time difference between the left channel input sound signal and the right channel input sound signal, and a left-right correlation coefficient that is a correlation coefficient between the left channel input sound signal and the right channel input sound signal; and obtaining the downmix signal by weighted averaging the left channel input sound signal and the right channel input sound signal to include a larger amount of an input sound signal of a preceding channel among the left channel input sound signal and the right channel input sound signal as the left-right correlation coefficient is greater, based on the preceding channel information and the left-right correlation coefficient. obtaining preceding channel information that is information indicating which of the left channel input sound signal and the right channel input sound signal is preceding by plus or minus sign of a left-right time difference which is a time difference between the left channel input sound signal and the right channel input sound signal, and a left-right correlation coefficient that is a correlation coefficient between the left channel input sound signal and the right channel input sound signal; and obtaining the downmix signal by weighted averaging the left channel input sound signal and the right channel input sound signal to include a larger amount of an input sound signal of a preceding channel among the left channel input sound signal and the right channel input sound signal as the left-right correlation coefficient is greater, based on the preceding channel information and the left-right correlation coefficient.
A process for the preparation of a compound of formula (I), lifitegrast, comprising the following steps: a) reacting a compound of formula (II): with a non-chlorinated carboxyl activating agent in the presence of an appropriate solvent to give an activated derivative of the compound of formula (II); b) reacting the activated compound of formula (II) obtained in step a), with a compound of formula (III) or a salt thereof in the presence of an appropriate solvent and optionally in the presence of a base to give a compound of formula (I) or a salt thereof; and c) optionally isolating the obtained lifitegrast. a) reacting a compound of formula (II): with a non-chlorinated carboxyl activating agent in the presence of an appropriate solvent to give an activated derivative of the compound of formula (II); b) reacting the activated compound of formula (II) obtained in step a), with a compound of formula (III) or a salt thereof in the presence of an appropriate solvent and optionally in the presence of a base to give a compound of formula (I) or a salt thereof; and c) optionally isolating the obtained lifitegrast.
A motor, comprising; a housing ; a motor assembly accommodated in the housing ; a mold cover having a conductive layer formed on an outer circumferential surface thereof, the outer circumferential surface being coupled to the housing ; a noise filter accommodated in the mold cover ; wherein a ground terminal of the noise filter is electrically connected to the outer circumferential surface of the mold cover ; characterized in that the ground terminal of the noise filter is electrically connected to the conductive layer by a contact pin disposed between the ground terminal of the noise filter and the conductive layer ; and in that the motor further comprises a conductive tape by which the contact pin is attached to the conductive layer .
A radiation sensor element , comprising: - a read-out integrated circuit having an interconnection face , - a compound semiconductor layer opposite the interconnection face , and - a copper-pillar interconnection element extending from the interconnection face towards the compound semiconductor layer , wherein the copper-pillar interconnection element comprises a copper part and an oxidation barrier layer , comprising a noble metal and arranged between the copper part and the compound semiconductor layer . - a read-out integrated circuit having an interconnection face , - a compound semiconductor layer opposite the interconnection face , and - a copper-pillar interconnection element extending from the interconnection face towards the compound semiconductor layer ,
A temporary tattooing ink comprising: genipin, a solvent, a vegetable oil, and a thickening agent, wherein the thickening agent is xanthan gum, wherein the temporary tattoo ink is in the form of a gel. genipin, a solvent, a vegetable oil, and a thickening agent, wherein the thickening agent is xanthan gum, wherein the temporary tattoo ink is in the form of a gel.
A nozzle of a plasma arc torch, the nozzle configured to reduce fluid pressure surging in a nozzle plenum , the nozzle comprising: a nozzle body having a proximal end and a distal end , the nozzle plenum defined between the nozzle body and an electrode of the plasma arc torch; a nozzle plenum gas inlet located at the proximal end of the nozzle body; a plasma gas exit orifice located at the distal end of the nozzle body; a plasma gas passageway fluidly connecting the nozzle plenum gas inlet to the plasma gas exit orifice; and characterised by an isolation chamber having a common inlet and outlet fluidly connected to the plasma gas passageway and the nozzle plenum, the isolation chamber sized to receive a volume of substantially stagnant gas to reduce the fluid pressure surging in the nozzle plenum. a nozzle body having a proximal end and a distal end , the nozzle plenum defined between the nozzle body and an electrode of the plasma arc torch; a nozzle plenum gas inlet located at the proximal end of the nozzle body; a plasma gas exit orifice located at the distal end of the nozzle body; a plasma gas passageway fluidly connecting the nozzle plenum gas inlet to the plasma gas exit orifice; and characterised by an isolation chamber having a common inlet and outlet fluidly connected to the plasma gas passageway and the nozzle plenum, the isolation chamber sized to receive a volume of substantially stagnant gas to reduce the fluid pressure surging in the nozzle plenum.
A method performed at an electronic device with a touch-sensitive surface , a processor , and memory storing one or more applications for execution by the processor , the method comprising: detecting one or more touches that start within a view on the touch-sensitive surface ; and processing the one or more touches on the touch-sensitive surface with a software element associated with the view; and characterized by receiving, at the software element associated with the view, a touch event, the touch event comprising a data structure including a phase value indicating that a respective touch on the touch-sensitive surface has begun; and responding to receiving the touch event having the phase value indicating that the respective touch on the touch-sensitive surface has begun by referencing the data structure and associating the data structure as a touch data structure of a new touch. detecting one or more touches that start within a view on the touch-sensitive surface ; and processing the one or more touches on the touch-sensitive surface with a software element associated with the view; and characterized by receiving, at the software element associated with the view, a touch event, the touch event comprising a data structure including a phase value indicating that a respective touch on the touch-sensitive surface has begun; and responding to receiving the touch event having the phase value indicating that the respective touch on the touch-sensitive surface has begun by referencing the data structure and associating the data structure as a touch data structure of a new touch.
A laminated glass cutting apparatus for dividing laminated glass sheets , preferably laminated safety glass sheets, comprising at least two glass plates and an intermediate laminated glass film disposed therebetween, into laminated glass panes , preferably laminated safety glass panes, comprising: - an edge decoating device , - a laminated glass cutting device for separating a laminated glass sheet part (14b;14c) from the laminated glass sheet(14;14a) and/or from a separated laminated glass sheet part (14b-d), - a returning device for returning a separated laminated glass sheet part (14b;14c) to the laminated glass cutting device , the returning device comprising a pivot device for pivoting the separated laminated glass sheet part (14b;14c) about a vertical pivot axis and a transverse transport device for transporting a laminated glass sheet part (14b;14c) in a horizontal transverse direction (y) perpendicular to a main conveying direction , wherein the returning device is arranged such that the returning in a return direction opposite to a main conveying direction takes place above or next to the laminated glass cutting device . - an edge decoating device , - a laminated glass cutting device for separating a laminated glass sheet part (14b;14c) from the laminated glass sheet(14;14a) and/or from a separated laminated glass sheet part (14b-d), - a returning device for returning a separated laminated glass sheet part (14b;14c) to the laminated glass cutting device , the returning device comprising a pivot device for pivoting the separated laminated glass sheet part (14b;14c) about a vertical pivot axis and a transverse transport device for transporting a laminated glass sheet part (14b;14c) in a horizontal transverse direction (y) perpendicular to a main conveying direction , wherein the returning device is arranged such that the returning in a return direction opposite to a main conveying direction takes place above or next to the laminated glass cutting device .
A pulse wave detection device comprising: moving image obtaining means for obtaining a moving image photographing a region including a face of a target; eye portion specifying means for specifying an eye portion of the target shown on the moving image; brightness change obtaining means for obtaining a change in brightness caused by a change in a photographing environment of the moving image from a change in a predetermined color space component of the specified eye portion; brightness correcting means for correcting the brightness of the moving image using the obtained change in the brightness; pulse wave obtaining means for obtaining a pulse wave of the target from a temporal change in the predetermined color space component in a skin portion of the target corrected as above; and output means for outputting the obtained pulse wave. moving image obtaining means for obtaining a moving image photographing a region including a face of a target; eye portion specifying means for specifying an eye portion of the target shown on the moving image; brightness change obtaining means for obtaining a change in brightness caused by a change in a photographing environment of the moving image from a change in a predetermined color space component of the specified eye portion; brightness correcting means for correcting the brightness of the moving image using the obtained change in the brightness; pulse wave obtaining means for obtaining a pulse wave of the target from a temporal change in the predetermined color space component in a skin portion of the target corrected as above; and output means for outputting the obtained pulse wave.
A vibration damping control device of a vehicle suppressing pitching or bouncing vibration of the vehicle by controlling a drive output of the vehicle, comprising a wheel torque estimated value (C6) acquisition portion which acquires an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; and a driving torque control portion (C1, C2) which controls a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the wheel torque estimated value; characterized in that the control of the driving torque based on the wheel torque estimated value is stopped when a degree of slipping (C6c) expressed by a wheel slip state quantity indicating a slip condition of the wheel is greater than a predetermined degree or when the vehicle is reverse-traveling.
Fluid sensor apparatus for capturing a filling level and/or a quality of a fluid in a fluid container , wherein the fluid sensor apparatus has: - a printed circuit board having at least one recess which extends completely through the printed circuit board in the direction of its thickness, wherein the printed circuit board has at least one fastening area , - an ultrasonic transducer which is fitted to the at least one fastening area of the printed circuit board in such a way that the ultrasonic transducer extends at least partially over the recess , and - a housing which at least partially surrounds the printed circuit board and the ultrasonic transducer in such a way that a housing area is at least partially arranged in the recess , wherein the housing area arranged in the recess has, on the side facing away from the ultrasonic transducer , a concave section which is designed to - at least partially deflect the ultrasonic signals emitted by the ultrasonic transducer away from the ultrasonic transducer , or - reflect them back to the ultrasonic transducer in a defined manner, or - transmit them into the environment. - a printed circuit board having at least one recess which extends completely through the printed circuit board in the direction of its thickness, wherein the printed circuit board has at least one fastening area , - an ultrasonic transducer which is fitted to the at least one fastening area of the printed circuit board in such a way that the ultrasonic transducer extends at least partially over the recess , and - a housing which at least partially surrounds the printed circuit board and the ultrasonic transducer in such a way that a housing area is at least partially arranged in the recess , wherein the housing area arranged in the recess has, on the side facing away from the ultrasonic transducer , a concave section which is designed to - at least partially deflect the ultrasonic signals emitted by the ultrasonic transducer away from the ultrasonic transducer , or - reflect them back to the ultrasonic transducer in a defined manner, or - transmit them into the environment.
A brewing cartridge holder , comprising: a generally horizontal base attachable to a bottom surface of a cabinet , the base comprising: generally vertical side walls on each side of the base ; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base ; and a first magnet attached inside a forward end of the base ; and a cartridge rack comprising: a body configured for retaining brewing cartridges ; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack , the pins configured to both slide and pivot in the slots ; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack ; and a second magnet attached to a bottom of a forward end of the cartridge rack ; wherein the first magnet and the second magnet retain the cartridge rack in a closed position when the cartridge rack is slid fully to the rear and lifted; and wherein the sloped stop rests against the base to hold the cartridge rack in a tilted position. a generally horizontal base attachable to a bottom surface of a cabinet , the base comprising: generally vertical side walls on each side of the base ; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base ; and a first magnet attached inside a forward end of the base ; and a cartridge rack comprising: a body configured for retaining brewing cartridges ; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack , the pins configured to both slide and pivot in the slots ; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack ; and a second magnet attached to a bottom of a forward end of the cartridge rack ; generally vertical side walls on each side of the base ; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base ; and a first magnet attached inside a forward end of the base ; and a cartridge rack comprising: a body configured for retaining brewing cartridges ; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack , the pins configured to both slide and pivot in the slots ; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack ; and a second magnet attached to a bottom of a forward end of the cartridge rack ; a body configured for retaining brewing cartridges ; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack , the pins configured to both slide and pivot in the slots ; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack ; and a second magnet attached to a bottom of a forward end of the cartridge rack ; wherein the first magnet and the second magnet retain the cartridge rack in a closed position when the cartridge rack is slid fully to the rear and lifted; and wherein the sloped stop rests against the base to hold the cartridge rack in a tilted position.