mhurhangee/ep-ind-claims huggingface dataset:
A personal health device comprising: a processor; a storage medium for tangibly storing thereon program logic for execution by the processor, the program logic comprising: transmitting logic executed by the processor for communicating, to a computing device via a first communication medium, a private key, the communicating further comprising transmitting, to the computing device, an optical signal comprising the private key; receiving logic executed by the processor for receiving, from the computing device via a second wireless communication medium different than the first communication medium, pairing information, the computing device using the private key to send the pairing information encrypted; and pairing logic executed by the processor for pairing the personal health device to the computing device. a processor; a storage medium for tangibly storing thereon program logic for execution by the processor, the program logic comprising: transmitting logic executed by the processor for communicating, to a computing device via a first communication medium, a private key, the communicating further comprising transmitting, to the computing device, an optical signal comprising the private key; receiving logic executed by the processor for receiving, from the computing device via a second wireless communication medium different than the first communication medium, pairing information, the computing device using the private key to send the pairing information encrypted; and pairing logic executed by the processor for pairing the personal health device to the computing device. transmitting logic executed by the processor for communicating, to a computing device via a first communication medium, a private key, the communicating further comprising transmitting, to the computing device, an optical signal comprising the private key; receiving logic executed by the processor for receiving, from the computing device via a second wireless communication medium different than the first communication medium, pairing information, the computing device using the private key to send the pairing information encrypted; and pairing logic executed by the processor for pairing the personal health device to the computing device.
An arrangement structure of a wheel drive system, comprising: - a tire wheel; and - a drive unit for driving the tire wheel, wherein: - the tire wheel includes a brake part arranged in a hollow space of the tire wheel, - the drive unit includes a motor and an inverter for driving the motor, - the inverter includes a power module for supplying power to the motor, and a bus bar (15, 115) for supplying power supplied from the outside of the tire wheel module to the power module, and the arrangement structure is characterized in that - the bus bar (15, 115) is formed to a metal plate and is arranged closer to the brake part side than the power module. - a tire wheel; and - a drive unit for driving the tire wheel, - the tire wheel includes a brake part arranged in a hollow space of the tire wheel, - the drive unit includes a motor and an inverter for driving the motor, - the inverter includes a power module for supplying power to the motor, and a bus bar (15, 115) for supplying power supplied from the outside of the tire wheel module to the power module, and the arrangement structure is characterized in that - the bus bar (15, 115) is formed to a metal plate and is arranged closer to the brake part side than the power module.
A vehicle interior component (1000, 2000) comprising: - a base (100, 2100); - a bin configured for (a) a first state wherein the bin is secured to the base (100, 2100) in a closed position and (b) a second state wherein the bin is moveable relative to the base (100, 2100); and - a carrier movable between a closed position and an open position relative to the base (100, 2100); wherein the bin is configured to move in a first direction relative to the base (100, 2100) from the closed position to a first open position and in a second direction relative to the base (100, 2100) from the closed position to a second open position; wherein the bin is configured to move relative to the carrier between the closed position of the bin and the second open position of the bin; wherein the base (100, 2100) comprises a front opening and a side opening (SO1, SO2); wherein the bin is configured to move from the closed position to the first open position through the front opening of the base, 2100), said first open position comprising a translated position; wherein the bin is configured to move from the closed position to the second open position through the side opening (SO1, SO2) of the base (100, 2100), said second open position comprising a rotated position; wherein the bin is configured to slide in the first direction and to rotate in the second direction. - a base (100, 2100); - a bin configured for (a) a first state wherein the bin is secured to the base (100, 2100) in a closed position and (b) a second state wherein the bin is moveable relative to the base (100, 2100); and - a carrier movable between a closed position and an open position relative to the base (100, 2100); wherein the bin is configured to move in a first direction relative to the base (100, 2100) from the closed position to a first open position and in a second direction relative to the base (100, 2100) from the closed position to a second open position; wherein the bin is configured to move relative to the carrier between the closed position of the bin and the second open position of the bin; wherein the base (100, 2100) comprises a front opening and a side opening (SO1, SO2); wherein the bin is configured to move from the closed position to the first open position through the front opening of the base, 2100), said first open position comprising a translated position; wherein the bin is configured to move from the closed position to the second open position through the side opening (SO1, SO2) of the base (100, 2100), said second open position comprising a rotated position; wherein the bin is configured to slide in the first direction and to rotate in the second direction.
A light emitting die package comprising: a leadframe including a plurality of leads, said leadframe having a top side and a bottom side, and a portion of said leadframe defining a mounting pad; at least one light emitting device mounted on the mounting pad; a molded body integrated with portions of said leadframe, said molded body defining an opening on the top side of said leadframe, the opening having a bottom side surrounding the mounting pad, the opening extending from the top side of the leadframe to a top surface of the molded body, the opening having a portion with angled sides tapering from a larger diameter to a smaller diameter towards the bottom side of the opening; and a lens coupled to the molded body, the lens extending downward beyond the light emitting device so as to surround the light emitting device; wherein a lowest point of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens. a leadframe including a plurality of leads, said leadframe having a top side and a bottom side, and a portion of said leadframe defining a mounting pad; at least one light emitting device mounted on the mounting pad; a molded body integrated with portions of said leadframe, said molded body defining an opening on the top side of said leadframe, the opening having a bottom side surrounding the mounting pad, the opening extending from the top side of the leadframe to a top surface of the molded body, the opening having a portion with angled sides tapering from a larger diameter to a smaller diameter towards the bottom side of the opening; and a lens coupled to the molded body, the lens extending downward beyond the light emitting device so as to surround the light emitting device; wherein a lowest point of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens.
A capsulorhexis apparatus, comprising: a capsulorhexis probe configured for insertion into an eye through an incision; characterized by; a pulse generator electrically connected to said capsulorhexis probe and configured to deliver at least one radio-frequency pulse to the capsulorhexis probe, characterised in that the delivered RF pulse has a pre-determined attenuation profile such that the power level of the delivered RF pulse is substantially attenuated over the RF pulse's duration. a capsulorhexis probe configured for insertion into an eye through an incision; characterized by; a pulse generator electrically connected to said capsulorhexis probe and configured to deliver at least one radio-frequency pulse to the capsulorhexis probe,
A method of uplink control information transmission for a user equipment in a communication system, characterized by the method comprising: receiving a first physical uplink control channel configuration comprising a first maximum payload size and a first physical uplink control channel format; ranking the number of channel status information reports in a first channel status information set corresponding to the first group of serving cells (P and S_1 to S_k) according to at least one of reporting types, channel status information process identifiers, serving cell indexes, and channel status information subframe sets, wherein the first channel status information set comprises the first channel status information subset to be transmitted at a time instant and a third channel status information subset to be dropped, and at least one priority of at least one channel status information report in the third channel status information subset is lower than at least one priority of at least one channel status information report in the first channel status information subset; and transmitting a first channel status information subset comprising a number of channel status information reports for a first group of serving cells (P and S_1 to S_k) on the first physical uplink control channel with the first physical uplink control channel format to a network node. receiving a first physical uplink control channel configuration comprising a first maximum payload size and a first physical uplink control channel format; ranking the number of channel status information reports in a first channel status information set corresponding to the first group of serving cells (P and S_1 to S_k) according to at least one of reporting types, channel status information process identifiers, serving cell indexes, and channel status information subframe sets, wherein the first channel status information set comprises the first channel status information subset to be transmitted at a time instant and a third channel status information subset to be dropped, and at least one priority of at least one channel status information report in the third channel status information subset is lower than at least one priority of at least one channel status information report in the first channel status information subset; and transmitting a first channel status information subset comprising a number of channel status information reports for a first group of serving cells (P and S_1 to S_k) on the first physical uplink control channel with the first physical uplink control channel format to a network node.
An intelligent electric bed system, comprising an electric bed, a terminal device, a server and a wireless communication module; wherein the electric bed is adapted to monitor physical conditions of a user in real time and adjust a state of the electric bed based on monitoring data, the electric bed comprising: a monitoring module, configured to monitor the physical conditions of the user, and send the monitoring data to the wireless communication module; and a main control module, configured to receive a control signal from the wireless communication module, and adjust the state of the electric bed based on the control signal; wherein the wireless communication module transmits the received monitoring data to the server, receives the control signal from the server, and sends the control signal to the main control module; and characterized in that the server generates the control signal based on a setting signal sent by the terminal device and the monitoring data; and wherein the terminal device is adapted to adjust the state of an electric bed via the server, wherein the terminal device sends the setting signal to the server; wherein the server generates, based on the setting signal, the control signal for adjusting the state of the electric bed, and further sends the control signal to the electric bed. wherein the electric bed is adapted to monitor physical conditions of a user in real time and adjust a state of the electric bed based on monitoring data, the electric bed comprising: a monitoring module, configured to monitor the physical conditions of the user, and send the monitoring data to the wireless communication module; and a main control module, configured to receive a control signal from the wireless communication module, and adjust the state of the electric bed based on the control signal; a monitoring module, configured to monitor the physical conditions of the user, and send the monitoring data to the wireless communication module; and a main control module, configured to receive a control signal from the wireless communication module, and adjust the state of the electric bed based on the control signal; wherein the wireless communication module transmits the received monitoring data to the server, receives the control signal from the server, and sends the control signal to the main control module; and characterized in that the server generates the control signal based on a setting signal sent by the terminal device and the monitoring data; and wherein the terminal device is adapted to adjust the state of an electric bed via the server, wherein the terminal device sends the setting signal to the server; wherein the server generates, based on the setting signal, the control signal for adjusting the state of the electric bed, and further sends the control signal to the electric bed.
A barbeque comprising: at least one grill plate extending between a front end and a rear end and having an upper surface; at least one gas burner extending between a front end and a rear end, the front end of the at least one burner being inward of the front end of the at least one grill plate; and a drainage arrangement extending between a front end and a rear end for directing fluid from the upper surface of the at least one grill plate to beneath the least one burner, wherein the drainage arrangement is positioned inwardly of the front end of the at least one grill plate and outwardly of the front end of the at least one burner, characterised in that the burner extends substantially between all of the front end and the rear end of the grill plate apart from the space required to accommodate the drainage arrangement under the grill plate and near the front end. at least one grill plate extending between a front end and a rear end and having an upper surface; at least one gas burner extending between a front end and a rear end, the front end of the at least one burner being inward of the front end of the at least one grill plate; and a drainage arrangement extending between a front end and a rear end for directing fluid from the upper surface of the at least one grill plate to beneath the least one burner, wherein the drainage arrangement is positioned inwardly of the front end of the at least one grill plate and outwardly of the front end of the at least one burner, characterised in that the burner extends substantially between all of the front end and the rear end of the grill plate apart from the space required to accommodate the drainage arrangement under the grill plate and near the front end.
A field generator assembly for surgical navigation, comprising: a field generator configured to generate an electromagnetic field; an attachment member configured to attach the field generator to a body of a patient; at least one first arm (6; 8; 10) comprising a first portion (12; 14; 16) configured to be in contact with a surface of the body of the patient when the field generator is attached to the body, and a second portion (18; 20; 22) movably attached relative to the field generator; and at least one sensor (40; 41; 44; 46) configured to measure a spatial relationship between the at least one arm (6; 8; 10) and the field generator; characterized in that the field generator assembly is formed as an essentially symmetric component relative to the sagittal plane of the body. a field generator configured to generate an electromagnetic field; an attachment member configured to attach the field generator to a body of a patient; at least one first arm (6; 8; 10) comprising a first portion (12; 14; 16) configured to be in contact with a surface of the body of the patient when the field generator is attached to the body, and a second portion (18; 20; 22) movably attached relative to the field generator; and a first portion (12; 14; 16) configured to be in contact with a surface of the body of the patient when the field generator is attached to the body, and a second portion (18; 20; 22) movably attached relative to the field generator; and at least one sensor (40; 41; 44; 46) configured to measure a spatial relationship between the at least one arm (6; 8; 10) and the field generator; characterized in that the field generator assembly is formed as an essentially symmetric component relative to the sagittal plane of the body.
Pulverulent binder composition, comprising a) Portland cement, b) aluminate cement in an a):b) weight ratio of 90:10 to 10:90, c) 0.1% to 50 % by weight of at least one source of calcium sulfate, calculated as CaSO 4, based on the total weight of components a), b) and c), d) a first potassium source selected from potassium salts of inorganic acids and potassium salts of C 1 -C 3 carboxylic acids, and e) a second potassium source selected from potassium salts of α-hydroxycarboxylic acids, the second potassium source being sodium potassium tartrate tetrahydrate. a) Portland cement, b) aluminate cement in an a):b) weight ratio of 90:10 to 10:90, c) 0.1% to 50 % by weight of at least one source of calcium sulfate, calculated as CaSO 4, based on the total weight of components a), b) and c), d) a first potassium source selected from potassium salts of inorganic acids and potassium salts of C 1 -C 3 carboxylic acids, and e) a second potassium source selected from potassium salts of α-hydroxycarboxylic acids, the second potassium source being sodium potassium tartrate tetrahydrate.
A method for enriching a target nucleic acid from a biological sample containing a mixture of the target nucleic acid and a high background amount of non-target nucleic acid and for specifically amplifying a region of interest in the target nucleic acid, wherein the nucleic acid in the biological sample is cell-free nucleic acid, the target nucleic acid is of apoptotic origin and is a double stranded, blunt-ended nucleic acid fragment with 5' phosphorylated ends, the target nucleic acid is shorter than the non-target nucleic acid, and the method comprises the steps of: a) mixing said biological sample, a 5' adapter and a 3' adapter, wherein the 3' adapter is complementary to the 5' adapter at the 3' end, thereby generating a double-stranded adapter complex; b) introducing a ligase to the mixture of step a) and ligating the 5' adapter of the double-stranded adapter complex to the mixture of target nucleic acid and non-target nucleic acid, thereby generating a ligated sample; c) heating the ligated sample of step b) to release the 3' adapter; d) adding a polymerase to fill in the single-stranded 5' protruding ends of the 5' adapter; e) adding 5' adapter primers that hybridize to the products of step d) and amplifying the products of step d) under conditions comprising short extension times of up to about 10 seconds, whereby target nucleic acid is enriched; and f) performing an additional amplification step after step e), wherein the amplification is performed using a target specific PCR primer and whereby the region of interest in the target nucleic acid is specifically amplified. a) mixing said biological sample, a 5' adapter and a 3' adapter, wherein the 3' adapter is complementary to the 5' adapter at the 3' end, thereby generating a double-stranded adapter complex; b) introducing a ligase to the mixture of step a) and ligating the 5' adapter of the double-stranded adapter complex to the mixture of target nucleic acid and non-target nucleic acid, thereby generating a ligated sample; c) heating the ligated sample of step b) to release the 3' adapter; d) adding a polymerase to fill in the single-stranded 5' protruding ends of the 5' adapter; e) adding 5' adapter primers that hybridize to the products of step d) and amplifying the products of step d) under conditions comprising short extension times of up to about 10 seconds, whereby target nucleic acid is enriched; and f) performing an additional amplification step after step e), wherein the amplification is performed using a target specific PCR primer and whereby the region of interest in the target nucleic acid is specifically amplified.
Motor skills stick for babies with an elongated body, wherein the motor skills stick is made of a soft wood, natural rubber or soft plastic, wherein the motor skills stick is embodied in the form of a hollow body with a through opening running in its longitudinal direction, and wherein the through opening has at least one outlet opening (4, 4') with an outlet region which widens outwards, characterised in that at each of its two longitudinal ends the motor skills stick has a signal edge embodied in the form of a signal groove penetrating into the motor skills stick and running completely around it, wherein a flank of the signal groove directed towards the longitudinal end of the motor skills stick is rounded and a flank of the signal groove directed towards the middle of the motor skills stick runs at an oblique angle.
A communications apparatus configured to set communications parameter information for performing wireless communication in an ad hoc network formed of terminal apparatuses, comprising: selection means for selecting one of a first operation mode in which the communications parameter information is set between two apparatuses and a second operation mode in which the communications parameter information is set among three or more apparatuses; processing means for performing, in the selected operation mode, a setting process of respectively setting automatically the communications parameter information according to the selected operation mode; and control means for controlling security of the communications parameter information which is set to the communications apparatus in a manner that varies according to the operation mode selected by the selection means. selection means for selecting one of a first operation mode in which the communications parameter information is set between two apparatuses and a second operation mode in which the communications parameter information is set among three or more apparatuses; processing means for performing, in the selected operation mode, a setting process of respectively setting automatically the communications parameter information according to the selected operation mode; and control means for controlling security of the communications parameter information which is set to the communications apparatus in a manner that varies according to the operation mode selected by the selection means.