mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for determining the stage of a periodontal disease by using as an index at least two selected from the amount of occult blood, the number of white blood cells, and the total protein concentration in an examination object obtained from an oral cavity, the method comprising: a) a step of measuring at least two selected from the amount of occult blood, the number of white blood cells, and the total protein concentration in said examination object; and b) a step of determining whether the amount of occult blood or the total protein concentration is positive or negative; and c) a step of determining whether the number of white blood cells is positive or negative when the amount of occult blood or the total protein concentration is positive; or d) a step of determining whether the total protein concentration is positive or negative when the amount of occult blood is negative; or a step of determining whether the amount of occult blood is positive or negative when the total protein concentration is negative, wherein a case where the amount of occult blood is positive, and the number of white blood cells is positive is determined as serious periodontal infection, a case where the amount of occult blood is positive, and the number of white blood cells is negative is determined as intermediate periodontal infection, a case where the amount of occult blood is negative, and the total protein concentration is positive is determined as light periodontal infection, a case where the amount of occult blood is negative, and the total protein concentration is negative is determined as gingivitis, a case where the total protein concentration is positive, and the number of white blood cells is positive is determined as serious periodontal infection, a case where the total protein concentration is positive, and the number of white blood cells is negative is determined as light or intermediate periodontal infection, a case where the total protein concentration is negative, and the amount of occult blood is positive is determined as intermediate periodontal infection, a case where the total protein concentration is negative, and the amount of occult blood is negative is determined as gingivitis. a) a step of measuring at least two selected from the amount of occult blood, the number of white blood cells, and the total protein concentration in said examination object; and b) a step of determining whether the amount of occult blood or the total protein concentration is positive or negative; and c) a step of determining whether the number of white blood cells is positive or negative when the amount of occult blood or the total protein concentration is positive; or d) a step of determining whether the total protein concentration is positive or negative when the amount of occult blood is negative; or
An acoustic air data sensing system comprising: an acoustic transmitter adapted to be located on a vehicle and being configured to transmit an acoustic signal into airflow about an exterior of the vehicle; a plurality of acoustic receivers, each of the plurality of acoustic receivers located at a respective angle from a wind angle reference line and a respective distance from the acoustic transmitter being configured to receive the acoustic signal; characterized in that the acoustic air data sensing system further comprises: a skin friction sensor positioned in a boundary layer region of the airflow that interacts with the acoustic transmitter and the plurality of acoustic receivers; and control circuitry configured to: determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow. an acoustic transmitter adapted to be located on a vehicle and being configured to transmit an acoustic signal into airflow about an exterior of the vehicle; a plurality of acoustic receivers, each of the plurality of acoustic receivers located at a respective angle from a wind angle reference line and a respective distance from the acoustic transmitter being configured to receive the acoustic signal; a skin friction sensor positioned in a boundary layer region of the airflow that interacts with the acoustic transmitter and the plurality of acoustic receivers; and control circuitry configured to: determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow. determine respective times of flight of the acoustic signal from the acoustic transmitter to each of the plurality of acoustic receivers; determine a measured skin friction value indicative of a parameter of the boundary layer region; determine at least one of a true airspeed of the airflow, a relative wind angle of the airflow, and a speed of sound in the airflow based on the respective times of flight of the acoustic signal and the measured skin friction value; and output one or more of the true airspeed of the airflow, the relative wind angle of the airflow, and the speed of sound in the airflow.
A reel comprising: a cylindrical hub that includes a winding part where a wire is windable; first and second flanges that are spaced in an axial direction along the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions that are formed on a surface opposite to the facing surface of the first flange and that are disposed on a first circumference radially spaced from a shaft center of the hub; and a second information display portion that is formed on the surface of the first flange , wherein the second information display portion is offset in a circumferential direction from each of said plurality of first information display portions such that at least part of said second information display portion is positioned so that a radial line extending from said shaft center and through said at least part of said second information display portion does not extend through any of said plurality of first information display portions, characterized in that the second information display portion is disposed on a second circumference having a diameter smaller than that of the first circumference about the shaft center of the hub. a cylindrical hub that includes a winding part where a wire is windable; first and second flanges that are spaced in an axial direction along the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions that are formed on a surface opposite to the facing surface of the first flange and that are disposed on a first circumference radially spaced from a shaft center of the hub; and a second information display portion that is formed on the surface of the first flange , wherein the second information display portion is offset in a circumferential direction from each of said plurality of first information display portions such that at least part of said second information display portion is positioned so that a radial line extending from said shaft center and through said at least part of said second information display portion does not extend through any of said plurality of first information display portions, characterized in that the second information display portion is disposed on a second circumference having a diameter smaller than that of the first circumference about the shaft center of the hub.
Automatic method for cooking food by means of a cooking appliance , comprising at least the steps of: operating the cooking appliance by means of a first cooking setting having at least one first target cooking chamber temperature (Temp-Soll-1); detecting a first actual cooking chamber temperature (Temp-Ist-1) of a cooking chamber of the cooking appliance ; comparing the first actual cooking chamber temperature (Temp-lst-1) with the first target cooking chamber temperature (Temp-Soll-1); and if the first actual cooking chamber temperature (Temp-lst-1) reaches the first target cooking chamber temperature (Temp-Soll-1), operating , in a time-delayed manner or immediately, the cooking appliance by means of a second cooking setting having at least one second target cooking chamber temperature (Temp-Soll-2), characterised by at least one additional step of determining a first cooking characteristic of the food from the length of time until the first target cooking chamber temperature (Temp-Soll-1) is reached and/or at least two first actual cooking chamber temperatures (Temp-lst-1) detected during the first cooking setting, the cooking appliance being operated (400; 800) by means of a second and/or a third cooking setting according to the first cooking characteristic of the food , the humidity of the second cooking setting and/or the humidity of the third cooking setting being set according to the first cooking characteristic of the food . operating the cooking appliance by means of a first cooking setting having at least one first target cooking chamber temperature (Temp-Soll-1); detecting a first actual cooking chamber temperature (Temp-Ist-1) of a cooking chamber of the cooking appliance ; comparing the first actual cooking chamber temperature (Temp-lst-1) with the first target cooking chamber temperature (Temp-Soll-1); and if the first actual cooking chamber temperature (Temp-lst-1) reaches the first target cooking chamber temperature (Temp-Soll-1), operating , in a time-delayed manner or immediately, the cooking appliance by means of a second cooking setting having at least one second target cooking chamber temperature (Temp-Soll-2), characterised by at least one additional step of determining a first cooking characteristic of the food from the length of time until the first target cooking chamber temperature (Temp-Soll-1) is reached and/or at least two first actual cooking chamber temperatures (Temp-lst-1) detected during the first cooking setting, the cooking appliance being operated (400; 800) by means of a second and/or a third cooking setting according to the first cooking characteristic of the food , the humidity of the second cooking setting and/or the humidity of the third cooking setting being set according to the first cooking characteristic of the food .
A lightning strike suppression type lightning protector comprising: an inner electrode body ; an outer electrode body which is disposed so as to enclose the inner electrode body with a predetermined gap from the inner electrode body ; and an electrical insulator which is provided in the gap to hold the inner electrode body and the outer electrode body in a state of being electrically insulated from each other, wherein the shape of the inner electrode body and the outer electrode body are selected from: 1) wherein the inner electrode body is formed in a substantially spherical shape or a spherical shell shape, and the outer electrode body is formed in a spherical shell shape, wherein preferably the outer electrode body is formed in a spherical shell shape similar to an outer surface shape of the inner electrode body , or 2) wherein the inner electrode body and the outer electrode body have an elliptical shape in a vertical section. an inner electrode body ; an outer electrode body which is disposed so as to enclose the inner electrode body with a predetermined gap from the inner electrode body ; and an electrical insulator which is provided in the gap to hold the inner electrode body and the outer electrode body in a state of being electrically insulated from each other, wherein the shape of the inner electrode body and the outer electrode body are selected from: 1) wherein the inner electrode body is formed in a substantially spherical shape or a spherical shell shape, and the outer electrode body is formed in a spherical shell shape, wherein preferably the outer electrode body is formed in a spherical shell shape similar to an outer surface shape of the inner electrode body , or 2) wherein the inner electrode body and the outer electrode body have an elliptical shape in a vertical section. 1) wherein the inner electrode body is formed in a substantially spherical shape or a spherical shell shape, and the outer electrode body is formed in a spherical shell shape, wherein preferably the outer electrode body is formed in a spherical shell shape similar to an outer surface shape of the inner electrode body , or 2) wherein the inner electrode body and the outer electrode body have an elliptical shape in a vertical section.
A lightweight composite roofing support system , comprising: a longitudinally-extending core member comprising a longitudinally-extending first roof contact side comprising a longitudinally-extending first core edge and an opposed longitudinally-extending second core edge , a longitudinally-extending second side comprising a second side working surface , the second side tapering toward the first core edge at a first acute angle (α) from the first roof contact side , and a longitudinally-extending third side comprising a third side working surface , the third side tapering toward the second core edge at a second acute angle (β) from the first roof contact side that is different than the first acute angle (α), the core member comprising a core material and a wedge-shaped lateral cross-section , the first roof contact side comprising a base attachment structure configured for selective attachment to and detachment from a mating core attachment structure of a base member , characterized in that the lightweight composite roofing support system further comprises: a laterally-extending first core end comprising an integral first recess defining a first handle or grip , and an opposed laterally-extending second core end comprising an integral second recess defining a second handle or grip . a longitudinally-extending core member comprising a longitudinally-extending first roof contact side comprising a longitudinally-extending first core edge and an opposed longitudinally-extending second core edge , a longitudinally-extending second side comprising a second side working surface , the second side tapering toward the first core edge at a first acute angle (α) from the first roof contact side , and a longitudinally-extending third side comprising a third side working surface , the third side tapering toward the second core edge at a second acute angle (β) from the first roof contact side that is different than the first acute angle (α), the core member comprising a core material and a wedge-shaped lateral cross-section , the first roof contact side comprising a base attachment structure configured for selective attachment to and detachment from a mating core attachment structure of a base member , characterized in that the lightweight composite roofing support system further comprises: a laterally-extending first core end comprising an integral first recess defining a first handle or grip , and an opposed laterally-extending second core end comprising an integral second recess defining a second handle or grip .
A torque vectoring device for a vehicle, comprising an electrical motor being connected to a differential mechanism via a first planetary gear set and a second planetary gear set , said planetary gear sets sharing a common ring wheel , wherein the first planetary gear set is connecting the electrical motor to a cage of the differential , and the second planetary gear set is connecting the electrical motor to an output shaft , and wherein the rotational axis (R) of the first planetary gear set and the second planetary gear set is arranged remote from the output shaft , characterized in that the connection between the first planetary gear set and the cage or the connection between the second planetary gear set and the output shaft is formed by a chain drive or a belt drive. the first planetary gear set is connecting the electrical motor to a cage of the differential , and the second planetary gear set is connecting the electrical motor to an output shaft , and wherein the rotational axis (R) of the first planetary gear set and the second planetary gear set is arranged remote from the output shaft , characterized in that the connection between the first planetary gear set and the cage or the connection between the second planetary gear set and the output shaft is formed by a chain drive or a belt drive.
An apparatus adapted to combine write transactions comprising: a processor including at least a first die and a second die ; a link coupling the first die and the second die ; and a link interface on the first die configured to transmit packets over the link , wherein the link interface is further configured to: identify , as candidates for combination, at least two write transactions in a queue based on the at least two write transactions being associated with data compressed using a same data compression scheme; combine the at least two candidate write transactions, including to add control information to a command of the combined write transaction that indicates a type of data compression scheme; and transmit the command for the combined write transactions a processor including at least a first die and a second die ; a link coupling the first die and the second die ; and a link interface on the first die configured to transmit packets over the link , wherein the link interface is further configured to: identify , as candidates for combination, at least two write transactions in a queue based on the at least two write transactions being associated with data compressed using a same data compression scheme; combine the at least two candidate write transactions, including to add control information to a command of the combined write transaction that indicates a type of data compression scheme; and transmit the command for the combined write transactions identify , as candidates for combination, at least two write transactions in a queue based on the at least two write transactions being associated with data compressed using a same data compression scheme; combine the at least two candidate write transactions, including to add control information to a command of the combined write transaction that indicates a type of data compression scheme; and transmit the command for the combined write transactions
Drive module for a vehicle, comprising: a housing ; an electric machine accommodated in a first subregion of the housing ; a gearbox accommodated in a second subregion of the housing , which is kinematically coupled to the electric machine , wherein the second subregion of the housing forms a lubricant reservoir into which the gearbox protrudes; a wheel shaft kinematically coupled to the gearbox , to be connected to a wheel of the vehicle, which extends in the second subregion of the housing and protrudes out of the second subregion of the housing onto an outer side of the housing ; and a friction brake system having a braking device , which has a brake body fastened to the wheel shaft and a brake actuator for exerting a frictional force on the brake body ; characterized in that the brake body is arranged in the second subregion of the housing and protrudes into the lubricant reservoir . a housing ; an electric machine accommodated in a first subregion of the housing ; a gearbox accommodated in a second subregion of the housing , which is kinematically coupled to the electric machine , wherein the second subregion of the housing forms a lubricant reservoir into which the gearbox protrudes; a wheel shaft kinematically coupled to the gearbox , to be connected to a wheel of the vehicle, which extends in the second subregion of the housing and protrudes out of the second subregion of the housing onto an outer side of the housing ; and a friction brake system having a braking device , which has a brake body fastened to the wheel shaft and a brake actuator for exerting a frictional force on the brake body ; characterized in that the brake body is arranged in the second subregion of the housing and protrudes into the lubricant reservoir .
A data transmission method including the step of controlling excitation current for a laser diode of a laser beam emitter device by servocontrolling the excitation current on laser beam power and by modulating the excitation current as a function of the data for transmission in order to encode the data with laser beam power levels, the method being characterized in that it includes the step of measuring a temperature (T INT ) in the vicinity of the laser diode in order to perform: · a first mode of operation up to a first predetermined temperature threshold (T SEUIL ), in which mode the excitation current is servocontrolled by using a nominal low setpoint value (L 0_A ) and a nominal high setpoint value (L 1_A ) corresponding respectively to a low power level and to a high power level in such a manner that the beam has an average power and an extinction ratio that are optimum for transmitting the data; · a second mode of operation when the temperature exceeds the first temperature threshold, in which mode the excitation current is servocontrolled on a reduced low setpoint value (L 0_B ; L 0_T ) and on a reduced high setpoint value (L 1_B ; L 1_T ) corresponding respectively to a low power level and to a high power level in such a manner that the beam has a reduced average power level while conserving an extinction ratio that is acceptable for transmitting data. · a first mode of operation up to a first predetermined temperature threshold (T SEUIL ), in which mode the excitation current is servocontrolled by using a nominal low setpoint value (L 0_A ) and a nominal high setpoint value (L 1_A ) corresponding respectively to a low power level and to a high power level in such a manner that the beam has an average power and an extinction ratio that are optimum for transmitting the data; · a second mode of operation when the temperature exceeds the first temperature threshold, in which mode the excitation current is servocontrolled on a reduced low setpoint value (L 0_B ; L 0_T ) and on a reduced high setpoint value (L 1_B ; L 1_T ) corresponding respectively to a low power level and to a high power level in such a manner that the beam has a reduced average power level while conserving an extinction ratio that is acceptable for transmitting data.