mhurhangee/ep-ind-claims huggingface dataset:
An automobile, comprising: a processor and a sensing apparatus, wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver, wherein the part that may be in contact with the hand of the driver is a door handle of the automobile; the sensing apparatus comprises a transmitter and a receiver, wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the sensing apparatus further comprises a shock-absorbing component, the shock-absorbing component may be disposed between the transmitter and the door handle, the shock-absorbing component is configured to reduce a sound wave signal transmitted by the transmitter to a rigid area of the door handle. a processor and a sensing apparatus, wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver, wherein the part that may be in contact with the hand of the driver is a door handle of the automobile; the sensing apparatus comprises a transmitter and a receiver, wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the sensing apparatus further comprises a shock-absorbing component, the shock-absorbing component may be disposed between the transmitter and the door handle, the shock-absorbing component is configured to reduce a sound wave signal transmitted by the transmitter to a rigid area of the door handle.
A method of transmitting feedback information at a user equipment, UE, in an Evolved Universal Mobile Telecommunications System, E-UMTS, or Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, system, the method comprising: receiving control information including resource allocation information for a reporting of channel quality information, CQI, from a base station, BS, through a control information transmission region, the control information transmission region is immediately followed by a data transmission region in a time domain of a subframe, wherein the control information further comprises a cell-radio network Temporal identifier, C-RNTI, corresponding to the user equipment and a condition for the reporting of the CQI, non-periodically transmitting the CQI to the BS through an uplink radio resource indicated by the resource allocation information according the control information. receiving control information including resource allocation information for a reporting of channel quality information, CQI, from a base station, BS, through a control information transmission region, the control information transmission region is immediately followed by a data transmission region in a time domain of a subframe, wherein the control information further comprises a cell-radio network Temporal identifier, C-RNTI, corresponding to the user equipment and a condition for the reporting of the CQI, non-periodically transmitting the CQI to the BS through an uplink radio resource indicated by the resource allocation information according the control information.
A chip starting method for use in a multi-core processor chip which at least comprises more than two processors and more than two storage units, comprising: setting a first priority queue of starting the more than two processors, and setting a second priority queue of starting each of the more than two storage units for each processor; and further comprising: determining, according to the first priority queue, a first processor which is to be started and has a highest priority; successively loading, by the first processor, a start program from each storage unit according to the second priority queue corresponding to the first processor, and executing the start program to perform an initialization operation; ending the program loading of the first processor when the loading of the start program from any one of the more than two storage units succeeds, or the loading of the start program from all of the more than two storage units fails; and starting the program loading of a second processor until the program loading of the more than two processors is completed. determining, according to the first priority queue, a first processor which is to be started and has a highest priority; successively loading, by the first processor, a start program from each storage unit according to the second priority queue corresponding to the first processor, and executing the start program to perform an initialization operation; ending the program loading of the first processor when the loading of the start program from any one of the more than two storage units succeeds, or the loading of the start program from all of the more than two storage units fails; and starting the program loading of a second processor until the program loading of the more than two processors is completed.
A self-cleaning milk frothing device, which comprises a frothing mechanism, a milk-suction conduit and a milk-discharge conduit to discharge the rest milk, the frothing mechanism is disposed with a steam conduit to generate negative pressure inside, the milk-suction conduit includes a first flexible tube inserted into the milk and a second flexible tube connected to the frothing mechanism characterized in that the milk-suction conduit includes a three-way pipe connected to the first flexible tube and the second flexible tube, an electromagnetic valve to control the left end of the three-way pipe to connect to the air or separate from the air is further disposed, a controller to control the on-off of the electromagnetic valve is disposed.
A device for the deployment of a system of guide wires within a cardiac chamber, comprising an introducer catheter having at least a main through lumen and at least a secondary through lumen, within the main lumen being placed at least two first guide catheters having respective deflected or deflectable distal ends adapted to emerge from the distal end of the introducer catheter to convey and direct the distal ends of respective guide wires placed within the guide catheters towards a capture member of a capture system which is provided within the secondary lumen of the introducer catheter and can be selectively drawn out of and retracted into the interior thereof, the capture member being provided with distal gripping means for capturing the distal ends of the guide wires and drawing them into the introducer catheter, wherein the secondary lumen comprises a rectilinear portion and a curvature with respect to the axis of advance of the main lumen, and terminates in a distal orifice located on the lateral surface of the introducer catheter.
Method for determining the location of a vehicle, in particular a train on a track, characterized by: mounting a base station of a cellular mobile phone network and a core network of the mobile phone network onto the vehicle, mounting at least two mobile stations (8 i) of the mobile phone network stationarily on the ground at a predetermined distance (s) from each other, wherein the distance (s) between two adjacent mobile stations (8 i) is less than a half, preferably less than a fourth, of a communication range of the base station, wherein, for each of at least two mobile stations (8 i) within said communication range, a measure of time-of-flight (TA i) of a wireless communication (C i) between the base station and said mobile station (8 i) is determined, wherein the location of the vehicle is determined based on said measures (TA i) and the locations of mounting (P i) of said at least two mobile stations (8 i), and wherein the determined location is communicated via the core network to a first application on the vehicle and/or via at least one of the mobile stations and an intermediate network, which connects the mobile stations (8 i) to a second application remote from the vehicle, to said second application. mounting a base station of a cellular mobile phone network and a core network of the mobile phone network onto the vehicle, mounting at least two mobile stations (8 i) of the mobile phone network stationarily on the ground at a predetermined distance (s) from each other, wherein the distance (s) between two adjacent mobile stations (8 i) is less than a half, preferably less than a fourth, of a communication range of the base station, wherein, for each of at least two mobile stations (8 i) within said communication range, a measure of time-of-flight (TA i) of a wireless communication (C i) between the base station and said mobile station (8 i) is determined, wherein the location of the vehicle is determined based on said measures (TA i) and the locations of mounting (P i) of said at least two mobile stations (8 i), and wherein the determined location is communicated via the core network to a first application on the vehicle and/or via at least one of the mobile stations and an intermediate network, which connects the mobile stations (8 i) to a second application remote from the vehicle, to said second application.
A method of polishing a sapphire surface, comprising: abrading a sapphire surface with a rotating polishing pad and a polishing composition, wherein the polishing composition comprises an effective amount of a colloidal aluminosilicate, and wherein the composition has a pH of 2.0 to 7.0. abrading a sapphire surface with a rotating polishing pad and a polishing composition, wherein the polishing composition comprises an effective amount of a colloidal aluminosilicate, and wherein the composition has a pH of 2.0 to 7.0.
An external charger for wirelessly providing energy to an implantable medical device, comprising: a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a first sense coil comprising one or more turns at a first radius and a second sense coil comprising one or more turns at a second radius larger than the first radius, wherein the first sense coil is configured to be induced by the magnetic field with a first induced signal, and wherein the second sense coil is induced with a second induced signal, wherein the first and second sense coils are concentric with the charging coil; and control circuitry configured to determine a first parameter from the first induced signal and a second parameter from the second induced signal, and configured to determine using at least the first and second parameters the position of the charging coil with respect to the IMD. a charging coil configured when energized by a drive signal to produce a magnetic field to wirelessly provide energy to the IMD; a first sense coil comprising one or more turns at a first radius and a second sense coil comprising one or more turns at a second radius larger than the first radius, wherein the first sense coil is configured to be induced by the magnetic field with a first induced signal, and wherein the second sense coil is induced with a second induced signal, wherein the first and second sense coils are concentric with the charging coil; and control circuitry configured to determine a first parameter from the first induced signal and a second parameter from the second induced signal, and configured to determine using at least the first and second parameters the position of the charging coil with respect to the IMD.
An image forming apparatus comprising: a plurality of image carriers (1a, 1b, 1c, 1d) each carrying a toner image; a movable and electrically conductive intermediate transfer belt to which toner images are primarily transferred from the plurality of image carriers (1a, 1b, 1c, 1d); a plurality of stretch members (11, 13) that stretch the intermediate transfer belt; a current supply member that contacts an outer circumferential surface of the intermediate transfer belt and supplies current to the intermediate transfer belt; a contact member that (i) contacts an inner circumferential surface of the intermediate transfer belt, (ii) is disposed between the stretch members (11, 13), and (iii) contacts the intermediate transfer belt on a side on which a primary transfer surface of the intermediate transfer belt to which the toner images are transferred from the plurality of image carriers (1a, 1b, 1c, 1d) is formed between the stretch members (11, 13); and a voltage maintenance element that is connected to the contact member and at least one of the stretch members (11, 12, 13), wherein the stretch member to which the voltage maintenance element is connected and the contact member are maintained at a predetermined potential or more with the current flowing from the current supply member to the intermediate transfer belt. a plurality of image carriers (1a, 1b, 1c, 1d) each carrying a toner image; a movable and electrically conductive intermediate transfer belt to which toner images are primarily transferred from the plurality of image carriers (1a, 1b, 1c, 1d); a plurality of stretch members (11, 13) that stretch the intermediate transfer belt; a current supply member that contacts an outer circumferential surface of the intermediate transfer belt and supplies current to the intermediate transfer belt; a contact member that (i) contacts an inner circumferential surface of the intermediate transfer belt, (ii) is disposed between the stretch members (11, 13), and (iii) contacts the intermediate transfer belt on a side on which a primary transfer surface of the intermediate transfer belt to which the toner images are transferred from the plurality of image carriers (1a, 1b, 1c, 1d) is formed between the stretch members (11, 13); and a voltage maintenance element that is connected to the contact member and at least one of the stretch members (11, 12, 13),
A clamping screw for a bone screw system which includes a bone screw comprising a tulip which forms a seat for a longitudinal support for surgical connection of adjacent bone screws and is provided with a tulip thread, wherein the clamping screw comprises a clamping screw thread for locking the longitudinal support by clamping in the seat, wherein the clamping screw thread on the run-in side includes a radial thread cut at which the clamping screw thread is reduced or withdrawn in the radial direction, wherein the thread cut has a circumferential surface and the thread cut has a transition section in which the circumferential surface has a varying radial distance in the radial direction from the longitudinal axis of the clamping screw, characterized in that the radial distance of the circumferential surface from the longitudinal axis on the run-out side of the transition section corresponds to the outer thread radius and the radial distance of the circumferential surface from the longitudinal axis on the run-in side of the transition section is smaller than the thread core radius.
A vortex ring generation device comprising: a casing having a gas passage and a discharge port; and an extrusion mechanism that is configured to extrude a gas in the gas passage such that the gas is discharged from the discharge port in a vortex ring shape, wherein when V (m 3) represents an extrusion volume of gas extruded by the extrusion mechanism, D (m) represents a diameter of the discharge port, L (m) represents a length of a cylinder having the diameter D (m) of the discharge port and the volume of the extrusion volume V, and Re represents a Reynolds number of the discharged gas, the Reynolds number Re being a value expressed by an equation Re = UD/v, where U represents the blow-out flow velocity (m/s) of the discharged gas and v represents the coefficient of kinematic viscosity (m 2 /s) and characterized in that a relationship of 1000 ≤ Re ≤ 2500 is satisfied, and when T reresents the extrusion time (sec), L/D is equal to a value represented by UT/D and satisfies a relationship of 0.75 ≤ L/D ≤ 2.0. a casing having a gas passage and a discharge port; and an extrusion mechanism that is configured to extrude a gas in the gas passage such that the gas is discharged from the discharge port in a vortex ring shape, wherein when V (m 3) represents an extrusion volume of gas extruded by the extrusion mechanism, D (m) represents a diameter of the discharge port, L (m) represents a length of a cylinder having the diameter D (m) of the discharge port and the volume of the extrusion volume V, and Re represents a Reynolds number of the discharged gas, the Reynolds number Re being a value expressed by an equation Re = UD/v, where U represents the blow-out flow velocity (m/s) of the discharged gas and v represents the coefficient of kinematic viscosity (m 2 /s) and characterized in that a relationship of 1000 ≤ Re ≤ 2500 is satisfied, and when T reresents the extrusion time (sec), L/D is equal to a value represented by UT/D and satisfies a relationship of 0.75 ≤ L/D ≤ 2.0.
A transmission apparatus (2A, 2), comprising: a first obtaining section configured to obtain a first transmission characteristic in communication of a multi-carrier signal through a transmission path between the transmission apparatus (2A, 2) and a distant transmission apparatus (2B, 2); a second obtaining section configured to obtain a second transmission characteristic under a predetermined usage condition within a specified performance range of the transmission apparatus (2A, 2); a correcting section configured to correct the first transmission characteristic according to the second transmission characteristic; and a determining section configured to determine an amount of allocation for each subcarrier of a plurality of subcarriers used for transmitting said multi-carrier signal, according to the first transmission characteristic that has been corrected by the correcting section, and transmitting means configured to transmit said multi-carrier signal using said subcarriers based on the determined amount of allocation for each of said subcarriers. a first obtaining section configured to obtain a first transmission characteristic in communication of a multi-carrier signal through a transmission path between the transmission apparatus (2A, 2) and a distant transmission apparatus (2B, 2); a second obtaining section configured to obtain a second transmission characteristic under a predetermined usage condition within a specified performance range of the transmission apparatus (2A, 2); a correcting section configured to correct the first transmission characteristic according to the second transmission characteristic; and a determining section configured to determine an amount of allocation for each subcarrier of a plurality of subcarriers used for transmitting said multi-carrier signal, according to the first transmission characteristic that has been corrected by the correcting section, and transmitting means configured to transmit said multi-carrier signal using said subcarriers based on the determined amount of allocation for each of said subcarriers.
A solvent for removing acid gases from a gaseous mixture comprising of: methyldiethanolamine (MDEA) that is between about 30 wt.% and about 45 wt.%, N-aminoethylpiperazine that is between about 5 wt.% and about 10 wt.%, thiodiglycol that is between about 10% and 25% wt.%, a potassium carbonate buffer, wherein the buffer is between 0.1 and 2.0 wt.%, and the solvent containing less than about 60 wt.% by weight of water, wherein the solvent is in a single liquid aqueous phase and the solvent has a viscosity of less than 11 cP at 40°C. methyldiethanolamine (MDEA) that is between about 30 wt.% and about 45 wt.%, N-aminoethylpiperazine that is between about 5 wt.% and about 10 wt.%, thiodiglycol that is between about 10% and 25% wt.%, a potassium carbonate buffer, wherein the buffer is between 0.1 and 2.0 wt.%, and the solvent containing less than about 60 wt.% by weight of water, wherein the solvent is in a single liquid aqueous phase and the solvent has a viscosity of less than 11 cP at 40°C.
A diagnosis assisting apparatus comprising: a display; an imaging unit configured to image a subject; a line of sight detecting unit configured to detect a line of sight direction of the subject from a picked-up image imaged by the imaging unit; a point of view detecting unit configured to detect a point of view of the subject in a display region of the display based on the line of sight direction; and an output controller; the diagnosis assisting apparatus being characterized in that said output controller is configured to display a first diagnostic image including a natural image and a geometrical image on different regions of the display, wherein the natural image includes one or more images of humans and the geometrical image is arranged in a first direction relative to the natural image on the display and includes the same number of circles or ellipses as that of the humans included in the natural image, and to subsequently display a second diagnostic image including a second natural image including one or more images of humans and a second geometrical image which is arranged in a second direction different from the first direction relative to the second natural image on the display and includes the same number of circles or ellipses as that of the humans included in the second natural image, wherein the second diagnostic image is different from the first diagnostic image, the point of view detecting unit is configured to detect the point of view of the subject when the first diagnostic image and the second diagnostic image are displayed. a display; an imaging unit configured to image a subject; a line of sight detecting unit configured to detect a line of sight direction of the subject from a picked-up image imaged by the imaging unit; a point of view detecting unit configured to detect a point of view of the subject in a display region of the display based on the line of sight direction; and an output controller; the diagnosis assisting apparatus being characterized in that said output controller is configured to display a first diagnostic image including a natural image and a geometrical image on different regions of the display, wherein the natural image includes one or more images of humans and the geometrical image is arranged in a first direction relative to the natural image on the display and includes the same number of circles or ellipses as that of the humans included in the natural image, and to subsequently display a second diagnostic image including a second natural image including one or more images of humans and a second geometrical image which is arranged in a second direction different from the first direction relative to the second natural image on the display and includes the same number of circles or ellipses as that of the humans included in the second natural image, wherein the second diagnostic image is different from the first diagnostic image, the point of view detecting unit is configured to detect the point of view of the subject when the first diagnostic image and the second diagnostic image are displayed.