mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument, comprising: a housing having an elongated body (14; 214) extending distally therefrom, the elongated body defining a first articulating portion and a second articulating portion, and the elongated body defining a lumen therein; an end effector (100; 200; 600; 700) supported at a distal end portion of the elongated body;and a flexible waveguide (301; 401; 801; 1001; 1201; 1301) extending through the lumen of the elongated body, a proximal end portion of the flexible waveguide configured to connect to an ultrasonic transducer , and a distal end portion of the flexible waveguide configured to connect with the end effector, the flexible waveguide defining a first articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide, and the flexible waveguide defining a second articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide characterised by further including first and second transducers at opposite sides of the first articulating portion of the flexible waveguide, at least one of the first or second transducers configured to amplify an ultrasonic wave transmitted through the first articulating portion of the flexible waveguide. a housing having an elongated body (14; 214) extending distally therefrom, the elongated body defining a first articulating portion and a second articulating portion, and the elongated body defining a lumen therein; an end effector (100; 200; 600; 700) supported at a distal end portion of the elongated body;and a flexible waveguide (301; 401; 801; 1001; 1201; 1301) extending through the lumen of the elongated body, a proximal end portion of the flexible waveguide configured to connect to an ultrasonic transducer , and a distal end portion of the flexible waveguide configured to connect with the end effector, the flexible waveguide defining a first articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide, and the flexible waveguide defining a second articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide characterised by further including first and second transducers at opposite sides of the first articulating portion of the flexible waveguide, at least one of the first or second transducers configured to amplify an ultrasonic wave transmitted through the first articulating portion of the flexible waveguide.
An asphalt composition comprising asphalt, a thermoplastic elastomer, and a polyester, wherein the polyester has a softening point of 90°C or higher and 140°C or lower and a glass transition point of 40°C or higher and 80°C or lower, wherein the softening point and the glass transition point are determined as indicated in the specification, and a ratio of the polyester is 1 part by mass or more and 17 parts by mass or less based on 100 parts by mass of the asphalt. the polyester has a softening point of 90°C or higher and 140°C or lower and a glass transition point of 40°C or higher and 80°C or lower, wherein the softening point and the glass transition point are determined as indicated in the specification, and a ratio of the polyester is 1 part by mass or more and 17 parts by mass or less based on 100 parts by mass of the asphalt.
A scratch-resistant chemically tempered glass element , comprising a chemically tempered glass substrate having a potassium-rich surface , and a layer system comprising a plurality of successive layers including an oxygen-rich layer adjacent to the potassium-rich surface of the glass , which comprises predominantly silicon oxide and/or aluminium oxide, wherein said oxygen-rich layer is an adhesion promoting layer for a nitridic hard material layer which is the lowermost component of a multi-layered, in particular four-layered anti-reflective coating that is composed of layers having different refractive indices, alternating higher refractive indices and lower refractive indices ; wherein the layers having a higher refractive index comprise a lower nitridic hard material layer and an upper nitridic hard material layer .
An integrated circuit, comprising: PMOS transistors having diamond shaped cavities filled with epitaxially grown p-doped SiGe , SiGe cavities, as source and drain, the transistors comprising: a first PMOS transistor with source and drain extensions and with pockets , the first PMOS transistor having SiGe source and drains with a first SiGe cavity to gate distance (C2Gd); and a second PMOS transistor without source and drain extensions and without pockets, the second PMOS transistor having SiGe source and drains with a second SiGe cavity to gate distance (C2Gu); wherein the second SiGe cavity to gate distance (C2Gu) is smaller than the first SiGe cavity to gate distance (C2Gd), and wherein the turn on voltage of the second PMOS transistor is at least 50 mV lower than the turn on voltage of the first PMOS transistor . a first PMOS transistor with source and drain extensions and with pockets , the first PMOS transistor having SiGe source and drains with a first SiGe cavity to gate distance (C2Gd); and a second PMOS transistor without source and drain extensions and without pockets, the second PMOS transistor having SiGe source and drains with a second SiGe cavity to gate distance (C2Gu); wherein the second SiGe cavity to gate distance (C2Gu) is smaller than the first SiGe cavity to gate distance (C2Gd), and wherein the turn on voltage of the second PMOS transistor is at least 50 mV lower than the turn on voltage of the first PMOS transistor .
An accessory device detachably mountable to an imaging apparatus , the accessory device comprising: an accessory communication unit that provides, between itself and the imaging apparatus , channels including a notification channel used for notification from the imaging apparatus to the accessory device , and an accessory data communication channel used for data transmission from the accessory device to the imaging apparatus , and an accessory control unit that performs control of the accessory communication unit , wherein the accessory control unit transmits data to the imaging apparatus via the accessory data communication channel, in response to receiving a transmission request signal, via the notification channel, the transmission request signal being a signal for requesting transmission of data from the accessory device to the imaging apparatus , and wherein the accessory control unit transmits a communication standby request signal to the imaging apparatus via the accessory communication channel, the communication standby request signal being a signal for preventing transmission of the transmission request signal from the imaging apparatus to the accessory device . an accessory communication unit that provides, between itself and the imaging apparatus , channels including a notification channel used for notification from the imaging apparatus to the accessory device , and an accessory data communication channel used for data transmission from the accessory device to the imaging apparatus , and an accessory control unit that performs control of the accessory communication unit , wherein the accessory control unit transmits data to the imaging apparatus via the accessory data communication channel, in response to receiving a transmission request signal, via the notification channel, the transmission request signal being a signal for requesting transmission of data from the accessory device to the imaging apparatus , and wherein the accessory control unit transmits a communication standby request signal to the imaging apparatus via the accessory communication channel, the communication standby request signal being a signal for preventing transmission of the transmission request signal from the imaging apparatus to the accessory device .
A thermosetting solid surface material as defined by standard UNE.EN ISO 19712-1:2013 formed from a liquid composition comprising at least one polyol, at least one metal-based catalyst, at least one aliphatic or cycloaliphatic-type isocyanate and expandable polymeric microspheres whose diameter is increased by a factor of 2 to 5 with respect to the unexpanded state, wherein said polyol in the liquid composition is a polyether, a polyester, a polycarbonate-based polyol or a macroglycol-based polyol, or a combination thereof, and said polyol is present between 4% and 20% by weight in the composition, and wherein said thermosetting solid surface material is rigid, opaque or slightly translucent, and partially expanded while retaining solid areas.
A method for setting a sports mode, comprising: outputting , by a first transceiver module of an intelligent device, a first electrical signal by using an output end and receiving a second electrical signal by using a receive end, wherein the output end and the receive end are two metal endpoints on an outer surface of the intelligent device; obtaining , by the intelligent device, first sports characteristic data detected by a sports sensing apparatus, wherein the sports sensing apparatus is mounted in the intelligent device; and setting , by the intelligent device, a sports mode to a swimming mode if a setting condition of the swimming mode is met, wherein the setting condition comprises: a variation between the second electrical signal and the first electrical signal meets a preset condition, and the first sports characteristic data matches preset sports characteristic data corresponding to the swimming mode, wherein the preset condition is: a frequency of the second electrical signal matches a frequency of the first electrical signal. outputting , by a first transceiver module of an intelligent device, a first electrical signal by using an output end and receiving a second electrical signal by using a receive end, wherein the output end and the receive end are two metal endpoints on an outer surface of the intelligent device; obtaining , by the intelligent device, first sports characteristic data detected by a sports sensing apparatus, wherein the sports sensing apparatus is mounted in the intelligent device; and setting , by the intelligent device, a sports mode to a swimming mode if a setting condition of the swimming mode is met, wherein the setting condition comprises: a variation between the second electrical signal and the first electrical signal meets a preset condition, and the first sports characteristic data matches preset sports characteristic data corresponding to the swimming mode, wherein the preset condition is: a frequency of the second electrical signal matches a frequency of the first electrical signal.
A thermosensitive recording material comprising paper, an undercoat layer disposed on the paper, and a thermosensitive recording layer disposed on the undercoat layer, wherein the undercoat layer comprises a binder and first and second hollow sphere polymer particles, wherein: a) the first hollow sphere particles have a diameter in the range of from 1.0 μm to 1.8 μm; b) the second hollow sphere particles have a diameter in the range of from 0.25 to 1 μm; c) the number ratio of the second to the first hollow sphere polymer particles is in the range of from 2:1 to 20:1; d) the diameter of the second hollow sphere polymer particles is in the range of from 15 to 65 percent of the diameter of the first hollow sphere polymer particles; e) the dry bulk density of the first hollow sphere polymer particles is in the range of 0.25 to 0.5 g/mL; and f) the dry bulk density of the second hollow polymer particles is in the range of 0.30 to 0.90 g/mL. a) the first hollow sphere particles have a diameter in the range of from 1.0 μm to 1.8 μm; b) the second hollow sphere particles have a diameter in the range of from 0.25 to 1 μm; c) the number ratio of the second to the first hollow sphere polymer particles is in the range of from 2:1 to 20:1; d) the diameter of the second hollow sphere polymer particles is in the range of from 15 to 65 percent of the diameter of the first hollow sphere polymer particles; e) the dry bulk density of the first hollow sphere polymer particles is in the range of 0.25 to 0.5 g/mL; and f) the dry bulk density of the second hollow polymer particles is in the range of 0.30 to 0.90 g/mL.
A thermal processing torch , comprising: an operation portion with an operation button ; a display portion with a display screen ; a sensor portion that detects inclination information of the thermal processing torch; a communications portion that transmits a signal; a control portion that causes the communications portion to transmit a signal based on an input from the operation portion , and causes the display screen to display a menu screen for selecting a desired screen among a plurality of screens based on the inclination information detected by the sensor portion ; and characterized in that the control portion causes the menu screen to be displayed in a case where the inclination information detected by the sensor portion is within a predetermined range. an operation portion with an operation button ; a display portion with a display screen ; a sensor portion that detects inclination information of the thermal processing torch; a communications portion that transmits a signal; a control portion that causes the communications portion to transmit a signal based on an input from the operation portion , and causes the display screen to display a menu screen for selecting a desired screen among a plurality of screens based on the inclination information detected by the sensor portion ; and characterized in that the control portion causes the menu screen to be displayed in a case where the inclination information detected by the sensor portion is within a predetermined range.
A control method of a moving robot comprising: a mode inputting step (S100) of receiving an input for information on a set time (C71) to set a predetermined disturbance prohibiting mode; and a disturbance prohibiting step (S300) of restricting at least one specific function (F73; C73) when a current time belongs to the set time (C71), further comprising: a normal performance step (S400) of normally performing the at least one specific function (F73; C73) when the current time does not belong to the set time (C71), wherein at least one mode function (C75) is provided to be input in the mode inputting step (S100), and when the at least one mode function (C75) is input in the mode inputting step (S100), the at least one mode function (C75) is turned on in the disturbance prohibiting step (S300) and the at least one mode function (C75) is turned off in the normal performance step (S400). a mode inputting step (S100) of receiving an input for information on a set time (C71) to set a predetermined disturbance prohibiting mode; and a disturbance prohibiting step (S300) of restricting at least one specific function (F73; C73) when a current time belongs to the set time (C71), further comprising: a normal performance step (S400) of normally performing the at least one specific function (F73; C73) when the current time does not belong to the set time (C71), wherein at least one mode function (C75) is provided to be input in the mode inputting step (S100), and when the at least one mode function (C75) is input in the mode inputting step (S100), the at least one mode function (C75) is turned on in the disturbance prohibiting step (S300) and the at least one mode function (C75) is turned off in the normal performance step (S400). a normal performance step (S400) of normally performing the at least one specific function (F73; C73) when the current time does not belong to the set time (C71), wherein at least one mode function (C75) is provided to be input in the mode inputting step (S100), and when the at least one mode function (C75) is input in the mode inputting step (S100), the at least one mode function (C75) is turned on in the disturbance prohibiting step (S300) and the at least one mode function (C75) is turned off in the normal performance step (S400).
An intrusion detection device , comprising: a state transition information storage section to hold a system state rule , wherein predefined combinations of states of a plurality of devices included in a communication system are defined by the system state rule ; a state detection section to detect states of the plurality of devices included in the communication system and to determine whether the combination of the detected states of the plurality of devices corresponds to one of the predefined combinations of states; a selection section to select, from among a plurality of whitelists each of which is associated with one of the predefined combinations of states, a whitelist associated with the combination of the states of the plurality of devices detected by the state detection section when the combination of the states of the plurality of devices is determined to correspond to one of the predefined combinations of states; and an attack detection section to detect an attack on the communication system by using the whitelist selected by the selection section , wherein an attack is detected when communication data does not conform to the whitelist selected by the selection section . a state transition information storage section to hold a system state rule , wherein predefined combinations of states of a plurality of devices included in a communication system are defined by the system state rule ; a state detection section to detect states of the plurality of devices included in the communication system and to determine whether the combination of the detected states of the plurality of devices corresponds to one of the predefined combinations of states; a selection section to select, from among a plurality of whitelists each of which is associated with one of the predefined combinations of states, a whitelist associated with the combination of the states of the plurality of devices detected by the state detection section when the combination of the states of the plurality of devices is determined to correspond to one of the predefined combinations of states; and an attack detection section to detect an attack on the communication system by using the whitelist selected by the selection section , wherein an attack is detected when communication data does not conform to the whitelist selected by the selection section .
A crystalline form of Afatinib dimaleate designated as Form Alpha, characterized by : an X-ray powder diffraction pattern having peaks at 6.6, 10.6, 15.3, 16.3 and 24.2 degrees two theta ± 0.2 degrees two theta (Cu irradiation source with λ = 1.54184 Å).
A flexible microwave catheter , comprising: a catheter hub ; an outer sheath extending from the catheter hub ; and a coaxial feedline disposed within the outer sheath, the coaxial feedline having an inner conductor , an inner dielectric coaxially disposed about the inner conductor, and an outer conductor coaxially disposed about the inner dielectric, wherein the coaxial feedline defines a radiating portion at a distal portion of the coaxial feedline, the radiating portion configured to emit microwave energy; and wherein the outer sheath engages the outer conductor for preventing the release of microwave energy when the radiating portion is housed therein in a fully retracted position, in which the entire radiating portion is contained within the outer sheath and a cap ; and wherein the coaxial feedline is slidable within the outer sheath and along a longitudinal axis of the outer sheath such that the radiating portion is selectively deployable from the outer sheath upon distal movement of the coaxial feedline relative to the outer sheath. a catheter hub ; an outer sheath extending from the catheter hub ; and a coaxial feedline disposed within the outer sheath, the coaxial feedline having an inner conductor , an inner dielectric coaxially disposed about the inner conductor, and an outer conductor coaxially disposed about the inner dielectric, wherein the coaxial feedline defines a radiating portion at a distal portion of the coaxial feedline, the radiating portion configured to emit microwave energy; and wherein the outer sheath engages the outer conductor for preventing the release of microwave energy when the radiating portion is housed therein in a fully retracted position, in which the entire radiating portion is contained within the outer sheath and a cap ; and wherein the coaxial feedline is slidable within the outer sheath and along a longitudinal axis of the outer sheath such that the radiating portion is selectively deployable from the outer sheath upon distal movement of the coaxial feedline relative to the outer sheath.
An apparatus comprising: a pseudo-random noise generator circuit arranged to generate a pseudo-random noise; signal control circuitry configured and arranged to receive the pseudo-random noise and an input clock signal derived from an application clock signal and to provide a reference clock signal carrying pseudo-random phase noise ; a phase-locked loop, PLL including a phase detector being configured and arranged to, responsive to the reference clock signal , provide an output phase error signal that is indicative of a phase difference between the reference clock signal and a feedback signal generated by the PLL; and a correlation circuit configured and arranged to self-test the PLL by cross-correlating a signal corresponding to the output phase error signal from the phase detector with the pseudo-random noise and, in response, by assessing results of the cross-correlation relative to a known threshold indicative of at least one of a phase margin limit and a previously calculated phase margin of the PLL , wherein the correlation circuit further includes a summing circuit and a low-pass filter circuit (LP) configured and arranged to derive a PLL impulse response from a difference between the cross-correlation result between the phase error signal and the pseudo-random noise and an auto-correlation of the pseudo-random noise , the summing circuit being configured to receive the cross-correlation result and the auto-correlation, subtract the auto-correlation result from the cross-correlation result and output the PLL impulse response filtered by the low-pass filter circuit (LP). a pseudo-random noise generator circuit arranged to generate a pseudo-random noise; signal control circuitry configured and arranged to receive the pseudo-random noise and an input clock signal derived from an application clock signal and to provide a reference clock signal carrying pseudo-random phase noise ; a phase-locked loop, PLL including a phase detector being configured and arranged to, responsive to the reference clock signal , provide an output phase error signal that is indicative of a phase difference between the reference clock signal and a feedback signal generated by the PLL; and a correlation circuit configured and arranged to self-test the PLL by cross-correlating a signal corresponding to the output phase error signal from the phase detector with the pseudo-random noise and, in response, by assessing results of the cross-correlation relative to a known threshold indicative of at least one of a phase margin limit and a previously calculated phase margin of the PLL , wherein the correlation circuit further includes a summing circuit and a low-pass filter circuit (LP) configured and arranged to derive a PLL impulse response from a difference between the cross-correlation result between the phase error signal and the pseudo-random noise and an auto-correlation of the pseudo-random noise , the summing circuit being configured to receive the cross-correlation result and the auto-correlation, subtract the auto-correlation result from the cross-correlation result and output the PLL impulse response filtered by the low-pass filter circuit (LP).