mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound probe comprising: an array of ultrasound transducer elements ; a respective signal processing circuit associated with each transducer element, wherein each signal processing circuit comprises: an amplifier for receiving a signal from the transducer element; a time gain compensation circuit ; and an analog to digital converter circuit connected to an output of the time gain compensation circuit , wherein each signal processing circuit further comprises: a switch arrangement at the output of the amplifier for generating an intermediate two-terminal output from the amplifier output directly or with inversion, wherein the intermediate two-terminal output is provided to an input of the time gain compensation circuit, and an inverter at the output of the analog to digital converter, wherein the inverter is controlled synchronously with the switch arrangement . an array of ultrasound transducer elements ; a respective signal processing circuit associated with each transducer element, wherein each signal processing circuit comprises: an amplifier for receiving a signal from the transducer element; a time gain compensation circuit ; and an analog to digital converter circuit connected to an output of the time gain compensation circuit , an amplifier for receiving a signal from the transducer element; a time gain compensation circuit ; and an analog to digital converter circuit connected to an output of the time gain compensation circuit , wherein each signal processing circuit further comprises: a switch arrangement at the output of the amplifier for generating an intermediate two-terminal output from the amplifier output directly or with inversion, wherein the intermediate two-terminal output is provided to an input of the time gain compensation circuit, and an inverter at the output of the analog to digital converter, wherein the inverter is controlled synchronously with the switch arrangement .
A dish washing machine comprising: a washing tub ; a nozzle to spray washing water; a vane that linearly reciprocates in the washing tub and deflects the washing water sprayed from the nozzle as the vane linearly reciprocates; a driving source that generates power; a belt that rotates in a rotation direction via the power generated by the driving source ; characterised in that the dish washing machine further comprises a direction changing member having a rotating pin at a first end rotatably provided with respect to the vane , and a fixed portion at a second end integrated with the belt , and the direction changing member further comprises a rotating portion connecting the fixed portion to the rotating pin so that, as the belt rotates in the rotation direction, the vane linearly reciprocates together with the direction changing member in a first direction until the first end reaches a position at which the first end rotates with respect to the vane and thereby causes the vane to linearly reciprocate together with the direction changing member from the position in a second direction opposite to the first direction. a washing tub ; a nozzle to spray washing water; a vane that linearly reciprocates in the washing tub and deflects the washing water sprayed from the nozzle as the vane linearly reciprocates; a driving source that generates power; a belt that rotates in a rotation direction via the power generated by the driving source ; characterised in that the dish washing machine further comprises a direction changing member having a rotating pin at a first end rotatably provided with respect to the vane , and a fixed portion at a second end integrated with the belt , and the direction changing member further comprises a rotating portion connecting the fixed portion to the rotating pin so that, as the belt rotates in the rotation direction, the vane linearly reciprocates together with the direction changing member in a first direction until the first end reaches a position at which the first end rotates with respect to the vane and thereby causes the vane to linearly reciprocate together with the direction changing member from the position in a second direction opposite to the first direction.
A multi-modal imaging system for providing an image of an examination object , comprising a multiphoton imaging system for providing high-resolution detailed images of the examination object , which imaging system comprises a radiation source with a laser head and a laser driver , which generates an excitation beam of near-infrared femtosecond laser radiation for triggering secondary radiation emitted by the examination object , a detector system for TPF, SHG and THG imaging and/or a detector system for time-correlated single photon counting, and focussing optics , by means of which the radiation of the radiation source can be directed to a measurement position of the examination object , wherein the focusing optics and the laser head of the radiation source are provided within a measuring head which is pivotable, rotatable and flexibly positionable freely in space such that the examination of the examination object performable under any desired solid angle, and wherein the laser head comprises an SHG unit for frequency doubling of the radiation emitted by the laser driver to generate the linearly polarised excitation beam , and with at least one confocal detection device which is at least partially integrated into the measuring head as well and is configured to receive a signal of the excitation beam of near-infrared femtosecond laser radiation emitted by the examination object . comprising a multiphoton imaging system for providing high-resolution detailed images of the examination object , which imaging system comprises a radiation source with a laser head and a laser driver , which generates an excitation beam of near-infrared femtosecond laser radiation for triggering secondary radiation emitted by the examination object , a detector system for TPF, SHG and THG imaging and/or a detector system for time-correlated single photon counting, and focussing optics , by means of which the radiation of the radiation source can be directed to a measurement position of the examination object , wherein the focusing optics and the laser head of the radiation source are provided within a measuring head which is pivotable, rotatable and flexibly positionable freely in space such that the examination of the examination object performable under any desired solid angle, and wherein the laser head comprises an SHG unit for frequency doubling of the radiation emitted by the laser driver to generate the linearly polarised excitation beam , and with at least one confocal detection device which is at least partially integrated into the measuring head as well and is configured to receive a signal of the excitation beam of near-infrared femtosecond laser radiation emitted by the examination object .
A system for mounting a signal cable to a disc brake , the system comprising: - a cover plate configured to be fastened to or constituting an actuation side of the disc brake in an accommodation space of a brake caliper , and comprising an actuator opening in a region of the cover plate configured to allow passage of actuation means; and - signal cable fixation means for mounting the signal cable to the cover plate , the signal cable fixation means comprising an attachment part and a signal cable guiding part , the attachment part being configured to engage with an attachment counterpart in or on the cover plate and the signal cable guiding part being configured to guide the signal cable towards a side edge of the cover plate , wherein the system comprises a connecting part operatively coupling the attachment part and the signal cable guiding part , the connecting part being configured to space apart a signal cable guide axis (A) of the signal cable guiding part from an engagement axis (B) of the attachment part by an offset (d), wherein the connection between the attachment part and the attachment counterpart is non-rotatable, characterized in that the attachment part and the attachment counterpart comprise corresponding positioning means and the corresponding positioning means are configured to define a single predetermined orientation of the attachment part and wherein the single predetermined orientation is obtained by providing the attachment part with two differentially shaped and/or sized attachment elements for engaging with a correspondingly shaped and/or sized attachment counterpart - a cover plate configured to be fastened to or constituting an actuation side of the disc brake in an accommodation space of a brake caliper , and comprising an actuator opening in a region of the cover plate configured to allow passage of actuation means; and - signal cable fixation means for mounting the signal cable to the cover plate , the signal cable fixation means comprising an attachment part and a signal cable guiding part , the attachment part being configured to engage with an attachment counterpart in or on the cover plate and the signal cable guiding part being configured to guide the signal cable towards a side edge of the cover plate , wherein the system comprises a connecting part operatively coupling the attachment part and the signal cable guiding part , the connecting part being configured to space apart a signal cable guide axis (A) of the signal cable guiding part from an engagement axis (B) of the attachment part by an offset (d), wherein the connection between the attachment part and the attachment counterpart is non-rotatable, characterized in that the attachment part and the attachment counterpart comprise corresponding positioning means and the corresponding positioning means are configured to define a single predetermined orientation of the attachment part and wherein the single predetermined orientation is obtained by providing the attachment part with two differentially shaped and/or sized attachment elements for engaging with a correspondingly shaped and/or sized attachment counterpart
A pipe lubricant applicator comprising: a rotatable housing to receive a lubricant, the housing having a central axis , a concave inner surface , and a plurality of openings aligned with the central axis; characterised in that an axis extending radially from and in a direction perpendicular to the central axis of the housing intersects the concave inner surface at an angle in a direction toward the openings and in a plane perpendicular to the central axis that is not 90°. a rotatable housing to receive a lubricant, the housing having a central axis , a concave inner surface , and a plurality of openings aligned with the central axis; characterised in that an axis extending radially from and in a direction perpendicular to the central axis of the housing intersects the concave inner surface at an angle in a direction toward the openings and in a plane perpendicular to the central axis that is not 90°.
A physiological sensor comprising: a plurality of light emitting sources , each light emitting source configured to activate by addressing at least one of a plurality of rows and at least one of a plurality of columns of an electrical grid, the light emitting sources configured to transmit light of a plurality of wavelengths into body tissue and clustered in rows of said grid and according to wavelength so as to minimize path length variations and facilitate equalization of light emission intensities; and a detector configured to be responsive to the transmitted light after attenuation by said body tissue. a plurality of light emitting sources , each light emitting source configured to activate by addressing at least one of a plurality of rows and at least one of a plurality of columns of an electrical grid, the light emitting sources configured to transmit light of a plurality of wavelengths into body tissue and clustered in rows of said grid and according to wavelength so as to minimize path length variations and facilitate equalization of light emission intensities; and a detector configured to be responsive to the transmitted light after attenuation by said body tissue.
Heat exchanger (WT), in particular heating element or cooling element, through which a heat exchanger fluid may flow and which has several tube registers (RR) arranged next to one another, wherein the heat exchanger (WT) has two distributor lines , between which extend a multiplicity of connection tubes which connect the first distributor line, also called the supply distributor , with the second distributor line, also called the return flow distributor , for fluid purposes, wherein the tube register has a straight-line supply distributor , and a straight-line return flow distributor running parallel to the former, between which extend a multiplicity of connection tubes which are arranged in one plane, wherein the first ends of the connection tubes are each connected for fluid purposes with the supply distributor and the second ends of the connection tubes are each connected for fluid purposes with the return flow distributor , wherein the connection points (P1) between the supply distributor and the connection tubes , based on the centre axis (M1) of the supply distributor , are arranged eccentrically on the supply distributor , and that the connection points (P2) between the return flow distributor and the connection tubes , based on the centre axis (M2) of the return flow distributor , are arranged eccentrically on the return flow distributor , characterised in that the tube registers (RR) are made of polymer material, that the heat exchanger (WT) has at least on its large surfaces, i.e. on its front face and/or on its rear face , a plate-like cover element (11 and 12 respectively), and that the supply distributor and/or the return flow distributor have or has two smooth surface areas on their or its outer surface(s), which are bent relative to one another, and an axis of symmetry (SA) of the cross-section of the supply distributor or the return flow distributor , or the plane of symmetry of the supply distributor , runs through a corner point (KL) of a cross-section between the smooth areas .
A method of manufacturing at least a portion of an article of footwear customized for a user , the method comprising the steps of: determining input parameters related to the user , the input parameters comprising pressure distribution measurements over at least a portion of a sole of a foot of the user and force distribution measurements between at least a portion of the sole of the foot of the user and a ground surface during at least a portion of a ground contact phase of an athletic motion; analyzing the input parameters by multiplying the pressure distribution measurements and the force distribution measurements to determine at least one performance metric relating at least in part to an angle and a magnitude of an interaction between the foot of the user and the ground surface at a plurality of locations on the foot of the user ; determining at least one customized structural characteristic of at least the portion of the article of footwear for the user based on the at least one performance metric; and manufacturing for the user at least the portion of the article of footwear with the at least one customized structural characteristic. determining input parameters related to the user , the input parameters comprising pressure distribution measurements over at least a portion of a sole of a foot of the user and force distribution measurements between at least a portion of the sole of the foot of the user and a ground surface during at least a portion of a ground contact phase of an athletic motion; analyzing the input parameters by multiplying the pressure distribution measurements and the force distribution measurements to determine at least one performance metric relating at least in part to an angle and a magnitude of an interaction between the foot of the user and the ground surface at a plurality of locations on the foot of the user ; determining at least one customized structural characteristic of at least the portion of the article of footwear for the user based on the at least one performance metric; and manufacturing for the user at least the portion of the article of footwear with the at least one customized structural characteristic.
A digital protection control device configured to acquire a bus voltage by using data from a plurality of protection control terminals , each arranged on one of a plurality of lines and configured to convert a voltage detected by a voltage transformer arranged on the same one of the plurality of lines , a state of a circuit breaker arranged on the same one of the plurality of lines, and a state of a disconnector arranged on the same one of the plurality of lines into digital data, the device comprising: a simulated-bus-voltage selecting unit configured to select the voltage data as a simulated bus voltage that is a simulated value of the bus voltage, on a basis of voltage data, wherein voltage data is digital data related to the voltages detected by the voltage transformers, data related to the states of the circuit breakers, and data related to the states of the disconnectors; and a synchronism indicator configured to perform a detection process of whether the voltage data and the simulated bus voltage selected by the simulated-bus-voltage selecting unit are in a synchronized state satisfying a certain relationship and to output information indicating a synchronized state to the protection control terminal wherein the simulated-bus-voltage selecting unit is configured to determine whether the circuit breaker and the disconnector that are arranged on a line corresponding to the voltage data are in a closed state in order of arrival of the voltage data and, when the circuit breaker and the disconnector are in a closed state, the simulated-bus-voltage selecting unit is configured to select the voltage data of the corresponding line as a simulated bus voltage. a simulated-bus-voltage selecting unit configured to select the voltage data as a simulated bus voltage that is a simulated value of the bus voltage, on a basis of voltage data, wherein voltage data is digital data related to the voltages detected by the voltage transformers, data related to the states of the circuit breakers, and data related to the states of the disconnectors; and a synchronism indicator configured to perform a detection process of whether the voltage data and the simulated bus voltage selected by the simulated-bus-voltage selecting unit are in a synchronized state satisfying a certain relationship and to output information indicating a synchronized state to the protection control terminal wherein the simulated-bus-voltage selecting unit is configured to determine whether the circuit breaker and the disconnector that are arranged on a line corresponding to the voltage data are in a closed state in order of arrival of the voltage data and, when the circuit breaker and the disconnector are in a closed state, the simulated-bus-voltage selecting unit is configured to select the voltage data of the corresponding line as a simulated bus voltage.
A power assembly for a garden tool , comprising: a housing , a driving unit received in the housing and including a driving motor and a control panel assembly located upon the driving motor , and a power supplying unit received in the housing for powering the driving unit , wherein the housing has at least one heat dissipation air duct formed therein for airflow passing through the driving unit, and wherein the heat dissipation air duct has an air inlet (161; 171) for air intaking and an air outlet (162; 172) for air flowing out, and wherein the air outlet (162; 172) is located at a bottom of the housing and open towards a lateral side of the housing , wherein the power assembly is configured to be replaceable component and configured to be detachably connected to a garden tool . a housing , a driving unit received in the housing and including a driving motor and a control panel assembly located upon the driving motor , and a power supplying unit received in the housing for powering the driving unit , wherein the housing has at least one heat dissipation air duct formed therein for airflow passing through the driving unit, and wherein the heat dissipation air duct has an air inlet (161; 171) for air intaking and an air outlet (162; 172) for air flowing out, and wherein the air outlet (162; 172) is located at a bottom of the housing and open towards a lateral side of the housing , wherein the power assembly is configured to be replaceable component and configured to be detachably connected to a garden tool .
A blade outer air seal assembly, comprising: a blade outer air seal having a main body portion , an outwardly facing surface and an inwardly facing surface ; an impingement plate secured to the outwardly facing surface ; a plurality of warts disposed between the impingement plate and the main body portion ; a plurality of elongated ribs disposed between the impingement plate and the main body portion ; characterized in that : the plurality of warts are positioned axially closer to a trailing edge portion of the blade outer air seal than the plurality of elongated ribs ; and: the elongated ribs are located on a floor of a forward cavity and the warts are provided on a floor of an aft cavity , the forward cavity being positioned axially closer to the leading edge of the blade outer air seal than the aft cavity , the forward cavity and the aft cavity being separated by a dividing rib , wherein the impingement plate includes a multiple of apertures configured to direct a flow of air toward the plurality of elongated ribs and the warts , the multiple of apertures configured to direct more air toward the elongated ribs than toward the warts . a blade outer air seal having a main body portion , an outwardly facing surface and an inwardly facing surface ; an impingement plate secured to the outwardly facing surface ; a plurality of warts disposed between the impingement plate and the main body portion ; a plurality of elongated ribs disposed between the impingement plate and the main body portion ; characterized in that : the plurality of warts are positioned axially closer to a trailing edge portion of the blade outer air seal than the plurality of elongated ribs ; and: the elongated ribs are located on a floor of a forward cavity and the warts are provided on a floor of an aft cavity , the forward cavity being positioned axially closer to the leading edge of the blade outer air seal than the aft cavity , the forward cavity and the aft cavity being separated by a dividing rib , wherein the impingement plate includes a multiple of apertures configured to direct a flow of air toward the plurality of elongated ribs and the warts , the multiple of apertures configured to direct more air toward the elongated ribs than toward the warts . the plurality of warts are positioned axially closer to a trailing edge portion of the blade outer air seal than the plurality of elongated ribs ; and: the elongated ribs are located on a floor of a forward cavity and the warts are provided on a floor of an aft cavity , the forward cavity being positioned axially closer to the leading edge of the blade outer air seal than the aft cavity , the forward cavity and the aft cavity being separated by a dividing rib , wherein the impingement plate includes a multiple of apertures configured to direct a flow of air toward the plurality of elongated ribs and the warts , the multiple of apertures configured to direct more air toward the elongated ribs than toward the warts .
Multilayer material comprising a zirconium-based substrate covered with a multilayer coating, said multilayer coating comprising from 2 to 50 sequential metallic layers composed of different substances and each having a thickness from 3 nm to 1 μm, the different substances being chosen from chromium, a chromium alloy or a ternary alloy of the Nb-Cr-Ti system.