mhurhangee/ep-ind-claims huggingface dataset:
A method of collecting impression information at a vehicle, the vehicle having advertising displayed exterior to the vehicle, the method comprising: using a central processing unit at the vehicle for: scanning short range radio frequencies, using a radio scanner of the vehicle, collecting, based on the scanning, an identifier of a mobile communication device, determining, from a global positioning module of the vehicle, vehicle location information, transmitting the identifier and the vehicle location information to an analytics system; and using the analytics system for: determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle, wherein the transmitting the advertising message is performed in response to the analytics system determining that a specified number of collections from the scanning of the mobile communication device has been reachec scanning short range radio frequencies, using a radio scanner of the vehicle, collecting, based on the scanning, an identifier of a mobile communication device, determining, from a global positioning module of the vehicle, vehicle location information, transmitting the identifier and the vehicle location information to an analytics system; and using the analytics system for: determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle, determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle,
A pneumatic tire having a flattening ratio of 35 to 70%, wherein, when Y is defined by the following formula: Y = B − 16 / A where A, in mm, is a total width of the tire and B, in mm, is a breaker width of the tire when a tread of the tire, the tire being rimassembled on a normal rim and being in a normal state with a normal internal pressure and no load, is pressed against a flat surface with a normal load being applied, a range of the value of Y changes according to the flattening ratio as follows: when the flattening ratio is 35% or more and less than 40%, Y is 0.80 or less, when the flattening ratio is 40% or more and less than 45%, Y is 0.79 or less, when the flattening is 45% or more and less than 50%, Y is 0.78 or less, when the flattening ratio is 50% or more and less than 55%, Y is 0.77 or less, when the flattening ratio is 55% or more and less than 60%, Y is 0.75 or less, when the flattening ratio is 60% or more and less than 65%, Y is 0.72 or less, when the flattening ratio is 65% or more and less than 70%, Y is 0.69 or less, when the flattening ratio is 70%, Y is 0.67 or less, and wherein an elongation at break of a rubber composition of the tread measured under the following test condition is 180% or more: (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7, wherein the tensile test is carried out according to JIS K 6251: 2017. when the flattening ratio is 35% or more and less than 40%, Y is 0.80 or less, when the flattening ratio is 40% or more and less than 45%, Y is 0.79 or less, when the flattening is 45% or more and less than 50%, Y is 0.78 or less, when the flattening ratio is 50% or more and less than 55%, Y is 0.77 or less, when the flattening ratio is 55% or more and less than 60%, Y is 0.75 or less, when the flattening ratio is 60% or more and less than 65%, Y is 0.72 or less, when the flattening ratio is 65% or more and less than 70%, Y is 0.69 or less, when the flattening ratio is 70%, Y is 0.67 or less, and wherein an elongation at break of a rubber composition of the tread measured under the following test condition is 180% or more: (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7, wherein the tensile test is carried out according to JIS K 6251: 2017. (Test condition) Tensile rate: 14.0 m/sec Temperature: 100°C Test piece: Dumbbell-shaped No. 7,
A process for synthesizing a Mn 4+ doped phosphor, the process comprising contacting a precursor of formula I, A x (M 1-z, Mn z)F y I at an elevated temperature with a fluorine-containing oxidizing agent in gaseous form to form the Mn 4+ doped phosphor; wherein A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; y is 5, 6 or 7; and 0.03 ≤ z ≤ 0.10. A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; y is 5, 6 or 7; and 0.03 ≤ z ≤ 0.10.
A breathalyzer, comprising: an exhalation passage through which exhalation flows; a sample gas chamber communicating with the exhalation passage; a sensing unit disposed inside the sample gas chamber; and a controller wherein the controller includes a sensing signal receiving unit configured to receive an electric signal changed over time from the sensing unit, a time detection unit configured to detect time-related information from the electric signal received by the sensing signal receiving unit, and a blood alcohol concentration calculation unit configured to calculate a blood alcohol concentration based on an electric signal from the sensing unit, characterized in that the controller includes a remaining life estimation unit configured to estimate the remaining life of the sensing unit by comparing a time value detected by the time detection unit with a reference value only when the blood alcohol concentration calculated by the blood alcohol concentration unit is 0.02BAC% or higher. an exhalation passage through which exhalation flows; a sample gas chamber communicating with the exhalation passage; a sensing unit disposed inside the sample gas chamber; and a controller wherein the controller includes a sensing signal receiving unit configured to receive an electric signal changed over time from the sensing unit, a time detection unit configured to detect time-related information from the electric signal received by the sensing signal receiving unit, and a blood alcohol concentration calculation unit configured to calculate a blood alcohol concentration based on an electric signal from the sensing unit, characterized in that the controller includes a remaining life estimation unit configured to estimate the remaining life of the sensing unit by comparing a time value detected by the time detection unit with a reference value only when the blood alcohol concentration calculated by the blood alcohol concentration unit is 0.02BAC% or higher.
A control system for an elevator comprising a car; a counterweight connected to the car by a main rope; a hoist having a motor for moving the car up and down; at least two car speed detection devices (11A, 11B_), namely, a first car speed detection device and a second car speed detection device to measure a moving speed of the car; a hoist brake to apply braking to the hoist; emergency stop equipment to brake the car by grasping guide rails laid along a moving path of the car; and a control device to control the hoist, the hoist brake, and the emergency stop equipment based on outputs of the first car speed detection device and the second car speed detection device, characterized in that the control device includes a computing unit to calculate acceleration data of the car from velocity data from the first car speed detection device and the second car speed detection device and a decision unit to make a decision regarding an abnormally increased speed of the car, wherein, if two pieces of velocity data that have been output from the first car speed detection device and the second car speed detection device respectively differ from one another and acceleration data of the car calculated from one that is higher of the two pieces of velocity data is equal to or more than a predetermined threshold, the decision unit decides that either the first car speed detection device or the second car speed detection device which has output the higher one of velocity data is abnormal. the control device includes a computing unit to calculate acceleration data of the car from velocity data from the first car speed detection device and the second car speed detection device and a decision unit to make a decision regarding an abnormally increased speed of the car, wherein, if two pieces of velocity data that have been output from the first car speed detection device and the second car speed detection device respectively differ from one another and acceleration data of the car calculated from one that is higher of the two pieces of velocity data is equal to or more than a predetermined threshold, the decision unit decides that either the first car speed detection device or the second car speed detection device which has output the higher one of velocity data is abnormal.
A medicament injection device comprising: a main body having a cartridge receiving part configured to hold a medicament cartridge; a needle hub holding a needle; a needle sleeve at least partially surrounding the needle hub and needle and axially movable relative to the main body; a removable transverse blocking member separating the cartridge receiving part and the needle hub; and a compressed spring arranged between the needle hub and a distal end of the needle sleeve so that, upon removal of the blocking member, the spring is released, thereby causing the needle hub to move axially in a proximal direction towards the cartridge receiving part, wherein the spring is further configured to cause the needle and needle hub to retract subsequent to injection of a medicament. a main body having a cartridge receiving part configured to hold a medicament cartridge; a needle hub holding a needle; a needle sleeve at least partially surrounding the needle hub and needle and axially movable relative to the main body; a removable transverse blocking member separating the cartridge receiving part and the needle hub; and a compressed spring arranged between the needle hub and a distal end of the needle sleeve so that, upon removal of the blocking member, the spring is released, thereby causing the needle hub to move axially in a proximal direction towards the cartridge receiving part, wherein the spring is further configured to cause the needle and needle hub to retract subsequent to injection of a medicament.
A relay method in a wireless communication system comprising: a relay station receiving data, dedicated pilot signals, and common pilot signals from a base station, wherein the dedicated pilot signals are each specific to a mobile station, and wherein the common pilot signals are each specific to a cell; the relay station nulling the common pilot signals; the relay station transmitting the data and dedicated pilot signals to a mobile station when the base station is transmitting the data, the dedicated pilot signals and the common pilot signals to the mobile station, wherein the relay station transmits the data and dedicated pilot signals over the same channel resources as the base station. a relay station receiving data, dedicated pilot signals, and common pilot signals from a base station, wherein the dedicated pilot signals are each specific to a mobile station, and wherein the common pilot signals are each specific to a cell; the relay station nulling the common pilot signals; the relay station transmitting the data and dedicated pilot signals to a mobile station when the base station is transmitting the data, the dedicated pilot signals and the common pilot signals to the mobile station, wherein the relay station transmits the data and dedicated pilot signals over the same channel resources as the base station.
An electronic device comprising: a housing; a first antenna configured to form a first part of the housing; a second antenna configured to form a second part of the housing; and at least one processor including a single transmission terminal connected to the first antenna, wherein the at least one processor is further configured to: identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna, and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal. a housing; a first antenna configured to form a first part of the housing; a second antenna configured to form a second part of the housing; and at least one processor including a single transmission terminal connected to the first antenna, wherein the at least one processor is further configured to: identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna, and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal. identify a strength of at least one of a transmission signal and a reception signal when transmission of a wireless signal is requested, transmit a first transmission signal through the first antenna, and control at least one of a phase and a strength of a reflected signal of the first transmission signal from the first antenna to generate a second transmission signal, according to a result of the identification, selectively transmit the second transmission signal through the second antenna according to the identified strength of the at least one of the transmission signal and the reception signal.
A robotic system comprising: first manipulating means (38, 2520) coupleable to a camera, the camera having a field of view; second manipulating means (34, 36, 2520) coupleable to an instrument (100, 231, 241) for moving the instrument (100, 231, 241), the instrument having a working end (102, 331, 341); an input device (41, 42); and a processor; the processor being configured to switch control of the instrument (100, 231, 241) from a first mode to an operator control mode in response to a determination that the working end (102, 331, 341) of the instrument (100, 231, 241) has entered an area of a field of view, the first mode selected from the group consisting of an assistant control mode and a processor control mode, the assistant control mode being a mode in which an assistant manually controls movement of the instrument (100, 231, 241), the processor control mode being a mode in which the processor responds to programmed instructions stored in memory to control movement of the instrument (100, 231, 241), and the operator control mode being a mode in which the processor responds to operator manipulation of the input device (41, 42) to control movement of the instrument (100, 231, 241). first manipulating means (38, 2520) coupleable to a camera, the camera having a field of view; second manipulating means (34, 36, 2520) coupleable to an instrument (100, 231, 241) for moving the instrument (100, 231, 241), the instrument having a working end (102, 331, 341); an input device (41, 42); and a processor; the processor being configured to switch control of the instrument (100, 231, 241) from a first mode to an operator control mode in response to a determination that the working end (102, 331, 341) of the instrument (100, 231, 241) has entered an area of a field of view, the first mode selected from the group consisting of an assistant control mode and a processor control mode, the assistant control mode being a mode in which an assistant manually controls movement of the instrument (100, 231, 241), the processor control mode being a mode in which the processor responds to programmed instructions stored in memory to control movement of the instrument (100, 231, 241), and the operator control mode being a mode in which the processor responds to operator manipulation of the input device (41, 42) to control movement of the instrument (100, 231, 241).
An apparatus for setting up an interface in a mobile terminal, comprising a controller for transmitting, to a server, identification information extracted from a Subscriber Identification Module card inserted into the mobile terminal upon power-on of the mobile terminal, downloading a binary corresponding to the identification information from the server, and setting up the interface of the mobile terminal based on the binary; and, characterized by: a memory for storing a common binary and an application for server access; wherein the server is configured to store the binary corresponding to the identification information, and the binary includes custom-made data unique to a country and an operator.
Plug device system, comprising: - a plug device element with a corresponding movable target element; - an actuator for an active and/or passive movement of an actuator element; characterized by - a flexible coupling element for transmission of power and/or movement from the actuator element to the target element; - the arrangement of actuator and plug device element on different carriers which can move independently of each other. - a plug device element with a corresponding movable target element; - an actuator for an active and/or passive movement of an actuator element; - a flexible coupling element for transmission of power and/or movement from the actuator element to the target element; - the arrangement of actuator and plug device element on different carriers which can move independently of each other.
A device for performing dental implant osteotomies, comprising: a. a resinous base; b. at least one non-thermoplastic, rigid drill guide attached to said base; and c. a means (16, 30, 32, 40, 50, 60, 70, 80, 82, 90) for securing said drill guide to said base; characterised in that said base is a resinous, thermoplastic base that is rigid at room temperature but that reversibly softens to a malleable state at a higher-than-room temperature in a range of about 40-100°C and so configured that the base, in its malleable state, is conformable by hand to surfaces of the teeth adjacent to an edentulous ridge and said drill guide is positionable for an intended osteotomy. a. a resinous base; b. at least one non-thermoplastic, rigid drill guide attached to said base; and c. a means (16, 30, 32, 40, 50, 60, 70, 80, 82, 90) for securing said drill guide to said base;
A repeater system located within a coverage area, the repeater system comprising: a host unit configured to combine multiple downlink signals from multiple communication sources (3, 4, 7, 8, 9) located outside the coverage area into a combined downlink signal; at least one remote unit (13, 14) coupled to the host unit and configured to transmit the combined downlink signal as a downlink RF communication signal into the coverage area; wherein the at least one remote unit (13,14) is further configured to produce a combined uplink signal from multiple uplink signals received through multiple communication links between terminals located in the coverage area and the at least one remote unit (13, 14), and further configured to forward the combined uplink signal to the host unit; wherein the host unit is configured to produce multiple signals from the combined uplink signal for transmission to the multiple communication sources (3, 4, 7, 8, 9), wherein the host unit is configured to communicate with the multiple downlink signals from multiple communication sources (3, 4, 7, 8, 9) via outside communication links (30, 40) of different operators that are combined to an RF communication signal common to all operators to form the combined downlink signal. a host unit configured to combine multiple downlink signals from multiple communication sources (3, 4, 7, 8, 9) located outside the coverage area into a combined downlink signal; at least one remote unit (13, 14) coupled to the host unit and configured to transmit the combined downlink signal as a downlink RF communication signal into the coverage area; wherein the at least one remote unit (13,14) is further configured to produce a combined uplink signal from multiple uplink signals received through multiple communication links between terminals located in the coverage area and the at least one remote unit (13, 14), and further configured to forward the combined uplink signal to the host unit; wherein the host unit is configured to produce multiple signals from the combined uplink signal for transmission to the multiple communication sources (3, 4, 7, 8, 9), wherein the host unit is configured to communicate with the multiple downlink signals from multiple communication sources (3, 4, 7, 8, 9) via outside communication links (30, 40) of different operators that are combined to an RF communication signal common to all operators to form the combined downlink signal.
An illumination device for a projection lithographic machine, comprising laser source, characterized in that a beam expander, a micromirror array, a fast steering mirror, a diaphragm array, a microlens array, an illumination lens group, and a reflection mirror, are sequentially arranged along the propagation direction of the laser beam; wherein the micromirror array has a first control system and micromirrors; the first control system comprises a first computer and a micromirror array controller; the first computer is configured to control a two-dimensional rotating angle of each micromirror on the micromirror array through the micromirror array controller; the fast steering mirror has a second control system; the second control system comprises a second computer and a fast steering mirror controller; the second computer is configured to control a one-dimensional rotatable mirror of the fast steering mirror through the fast steering mirror controller; the diaphragm array is located in a front focal plane of the microlens array, the diaphragm array is in rectangular shape and comprises a plurality of identical small rectangular diaphragms; all the small rectangular diaphragms are arranged in two-dimension uniform distribution, all long axes of the small rectangular diaphragms are parallel to each other, the length of the small diaphragm (d 4) is less than or equal to the space (d 3) between the two adjacent small diaphragms along a direction of the length of the small diaphragms; the width of the small diaphragm (d 2) is less than or equal to the space (d 1) between the two adjacent small diaphragms along a direction of the width of the small diaphragms; and all the micromirrors on the micromirror array are in the same rectangle shape.