mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting broadcast signals, the method including: encoding data of at least one Physical Layer Pipe, PLP, with Low Density Parity Check, LDPC, codes; bit interleaving the LDPC encoded data of the at least one PLP; mapping the bit interleaved data by using Non-Uniform Constellation, NUC, scheme, wherein a number of constellation points of the NUC scheme are 64, and a code rate is 10/15; time interleaving the mapped data; building at least one signal frame including the time interleaved data of the at least one PLP; and modulating data in the at least one built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data, wherein values of real and imaginary components of the constellation points included in the NUC scheme are expressed as: wherein the constellation points are listed in a column labeled d 0,i , d 1,i ,.... d 5,i , representing bits for the constellation points, wherein the values of real components are listed in a column labeled Re(e i ), and wherein the values of imaginary components are listed in a column labeled Im(e i ). encoding data of at least one Physical Layer Pipe, PLP, with Low Density Parity Check, LDPC, codes; bit interleaving the LDPC encoded data of the at least one PLP; mapping the bit interleaved data by using Non-Uniform Constellation, NUC, scheme, wherein a number of constellation points of the NUC scheme are 64, and a code rate is 10/15; time interleaving the mapped data; building at least one signal frame including the time interleaved data of the at least one PLP; and modulating data in the at least one built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data, wherein values of real and imaginary components of the constellation points included in the NUC scheme are expressed as: wherein the constellation points are listed in a column labeled d 0,i , d 1,i ,.... d 5,i , representing bits for the constellation points, wherein the values of real components are listed in a column labeled Re(e i ), and wherein the values of imaginary components are listed in a column labeled Im(e i ).
A luminaire assembly kit comprising: a light transmissive body, a frame comprising at least one frame element for fitting around an edge of the light transmissive body characterized in that the luminaire assembly kit further comprises a sensor strip , the sensor strip comprising: a flexible printed circuit board having opposing major surfaces and a plurality of conductive tracks embedded in the flexible printed circuit board ; a sensor ; and a driver for said sensor, wherein the sensor and the driver are conductively coupled to each other through at least some of said conductive tracks and are mounted on one of said major surfaces at opposing ends of the flexible printed circuit board; wherein the frame is dimensioned such that the frame fits around said edge with a section of the flexible printed circuit board wrapped around said edge in between the light transmissive body and the frame. a flexible printed circuit board having opposing major surfaces and a plurality of conductive tracks embedded in the flexible printed circuit board ; a sensor ; and a driver for said sensor, wherein the sensor and the driver are conductively coupled to each other through at least some of said conductive tracks and are mounted on one of said major surfaces at opposing ends of the flexible printed circuit board; wherein the frame is dimensioned such that the frame fits around said edge with a section of the flexible printed circuit board wrapped around said edge in between the light transmissive body and the frame.
A video endoscope having an endoscope having an endoscope optical unit and a camera head having camera electronics and a display and control unit , characterized in that a vacuum pump for suctioning air from the environment of the video endoscope is arranged in the video endoscope , wherein the video endoscope has a housing in which the vacuum pump is arranged, wherein a suction opening for the vacuum pump is arranged in the wall of the housing .
An RFID enabled medical device system, comprising: a console; an RFID tag associated with a medical device; and an RFID emitter communicatively coupled with the console configured to provide an interrogation signal that can impinge on the RFID tag to induce a response signal , the response signal configured to provide information to the console about the medical device, wherein the medical device is a fiber optic stylet configured to map a vascular pathway and the RFID tag is disposed within a hub disposed at a proximal end of the stylet , the information provided to the console includes calibration information, wherein the RFID emitter is configured to induce the response signal when the hub of the stylet is coupled to a connector that is communicatively coupled with the console , wherein the connector provides fiber optic communication between the stylet and the console. a console; an RFID tag associated with a medical device; and an RFID emitter communicatively coupled with the console configured to provide an interrogation signal that can impinge on the RFID tag to induce a response signal , the response signal configured to provide information to the console about the medical device, wherein the medical device is a fiber optic stylet configured to map a vascular pathway and the RFID tag is disposed within a hub disposed at a proximal end of the stylet , the information provided to the console includes calibration information, wherein the RFID emitter is configured to induce the response signal when the hub of the stylet is coupled to a connector that is communicatively coupled with the console , wherein the connector provides fiber optic communication between the stylet and the console.
A cooking oven comprising walls delimiting a cooking cavity arranged to receive food products to be cooked , a first antenna mounted on a wall of the oven , in said cooking cavity , said first antenna being configured to emit signals in the cooking cavity and to energize a temperature measurement probe intended to be arranged in the food products so as to measure its temperature upon cooking, such an oven being characterized in that said oven further comprises a second antenna and a phase shifter (D), said second antenna being configured to emit signals in the cooking cavity and to energize said temperature measurement probe , said first antenna and second antenna being configured for emitting out-of-phase signals in the cavity of the oven so as to prevent said signals from inducing stationary waves in said cavity by shifting vibration node(s) of signal stationary waves so that a piezoelectric sensor of said temperature measurement probe arranged in the cavity of the oven receives a maximum amplitude signal, so that said oven is configured so as to prevent said signals from inducing such stationary waves in the cavity of the oven .
A method performed by a wireless device for avoiding failure in calculating a subscription identifier identifying a subscription of the wireless device , the method comprising: obtaining a priority list of one or more parameter sets from a network node in a home network, HN, of the wireless device , said priority list defining a different priority for each of the one or more parameter sets, wherein each parameter set comprises one or more parameters used for calculating the subscription identifier; calculating the subscription identifier using a null parameter set or one of the one or more parameter sets in the priority list selected responsive to the defined priorities; and informing the HN of the subscription of the wireless device by sending the calculated subscription identifier to the network node in the HN. obtaining a priority list of one or more parameter sets from a network node in a home network, HN, of the wireless device , said priority list defining a different priority for each of the one or more parameter sets, wherein each parameter set comprises one or more parameters used for calculating the subscription identifier; calculating the subscription identifier using a null parameter set or one of the one or more parameter sets in the priority list selected responsive to the defined priorities; and informing the HN of the subscription of the wireless device by sending the calculated subscription identifier to the network node in the HN.
An apparatus employed as a master communication device of a plurality of wireless communication devices that form a device-to-device group, the device-to-device group being formed by an apparatus of a base station in dependence on respective physical separations between the wireless communication devices and communication characteristics of the wireless communication devices, the method characterized by comprising: means for, when employed as a master device, receiving an allocation of communication resources from the apparatus for the base station for at least one device in said device-to-device group that facilitate direct device-to-device communications therebetween; and means for, when employed as a master device, dynamically allocating said allocation of communication resources within said device-to-device group by at least selecting a transmit/receive slot configuration to be followed by the device-to-device group. means for, when employed as a master device, receiving an allocation of communication resources from the apparatus for the base station for at least one device in said device-to-device group that facilitate direct device-to-device communications therebetween; and means for, when employed as a master device, dynamically allocating said allocation of communication resources within said device-to-device group by at least selecting a transmit/receive slot configuration to be followed by the device-to-device group.
A bubble forming mechanism comprising a first member defining a first member opening and having a top ; a second member having a protruding surface approximately the size of said first member opening ; said first member and said second member being movable relative to each other between a first position in which said first member and said second member are proximate each other such that said protruding surface of said second member is within said first member opening , and a position in which said first member and said second member are remote from each other; a bubble solution supply connected to said first member to supply bubble solution when activated; a wind supply providing wind to said first member when activated; a spring-loaded actuator which when depressed activates said bubble solution supply to supply bubble solution to said first member and activates said wind supply to provide wind to said first member , and when released deactivates said bubble solution supply and said wind supply ; wherein, with said members in said proximate position, said actuator being depressed a first time to activate said bubble solution supply and said wind supply and move said members to said remote position, said actuator being released to deactivate said solution supply and said wind supply and move said members to said proximate position; and said actuator being depressed a second time to activate said wind supply and said bubble solution supply to supply bubble solution to said first member , such that, in use, gravity causes the bubble solution to form a film within said first member opening and over said protruding surface of said second member , and to move said members to said remote position, wherein wind from said wind supply causes said film to form a bubble.
A method for quantifying at least one microorganism group via at least one mass spectrometry analysis comprising at least one separation and fragmentation step, the method comprising, moreover, a step consisting in measuring the amount of at least one peptide representative of the microorganism group which the amount produced or expressed does not vary according to the growth phase in which said microorganism group is situated, or as a function of the type of culture having been subjected to said microorganism group, or as a function of the strains used that are part of a single one and the same microorganism group, the at least one representative peptide being obtained after the separation and fragmentation step and serving as quantification marker(s), the amount of the quantification marker(s) being directly correlatable to the amount of the microorganism group, and wherein: - the microorganism group consists of Pseudomonas aeruginosa species and said representative peptide is sequence SEQ ID NO: 6, and/or - the microorganism group consists of Escherichia coli species and said representative peptide is sequence SEQ ID NO: 2, and/or - the microorganism group consists of Staphilococcus aureus species and said representative peptide is sequence SEQ ID NO: 4, and/or - the microorganism group consists of the Enterobacteria family and said representative peptide is sequence SEQ ID NO: 8. - the microorganism group consists of Pseudomonas aeruginosa species and said representative peptide is sequence SEQ ID NO: 6, and/or - the microorganism group consists of Escherichia coli species and said representative peptide is sequence SEQ ID NO: 2, and/or - the microorganism group consists of Staphilococcus aureus species and said representative peptide is sequence SEQ ID NO: 4, and/or - the microorganism group consists of the Enterobacteria family and said representative peptide is sequence SEQ ID NO: 8.
A spraying device (13; 100; 200; 600) for wheels washing machines comprising: - a three-dimensional body (15; 215) which is cylindrical and defines a longitudinal axis (A) and an inner longitudinal chamber through which flows of a washing liquid fed by feeding means flow; - spraying means (18; 118) of said flows from said inner chamber toward the outside, obtained in said three-dimensional body (15; 215); - deflecting means of sprayed flows from said inner chamber toward the outside in the direction of a wheel to be washed, said deflecting means including at least one deflecting element , which has at least two deflecting surfaces according to at least two directions and which is supported by said three-dimensional body (15; 215) in a longitudinal position, wherein said deflecting surfaces face said spraying means (18; 118), characterized in that the three-dimensional body (15; 215) has as spraying means a plurality of spray holes arranged along a longitudinal line parallel to the longitudinal axis (A), wherein the deflector element is longitudinally secured in front of the plurality of holes , and wherein the at least two deflecting surfaces are designed to deflect a flows (F) of the washing liquid and form together a dihedral having a common vertex for the two deflecting surfaces . - a three-dimensional body (15; 215) which is cylindrical and defines a longitudinal axis (A) and an inner longitudinal chamber through which flows of a washing liquid fed by feeding means flow; - spraying means (18; 118) of said flows from said inner chamber toward the outside, obtained in said three-dimensional body (15; 215); - deflecting means of sprayed flows from said inner chamber toward the outside in the direction of a wheel to be washed, said deflecting means including at least one deflecting element , which has at least two deflecting surfaces according to at least two directions and which is supported by said three-dimensional body (15; 215) in a longitudinal position, wherein said deflecting surfaces face said spraying means (18; 118),
A method for supporting of plurality of chip rates in a code division multiple access, CDMA, system , the method comprising: transmitting signals in the system in a frame having a plurality of timeslots; operating at least a first one of the plurality of timeslots in the frame at a first one of the plurality of chip rates; and operating at least a second one of the plurality of timeslots in the frame at a second one of the plurality of chip rates different to the first one of the plurality of chip rates. transmitting signals in the system in a frame having a plurality of timeslots; operating at least a first one of the plurality of timeslots in the frame at a first one of the plurality of chip rates; and operating at least a second one of the plurality of timeslots in the frame at a second one of the plurality of chip rates different to the first one of the plurality of chip rates.
An authentication device comprising: a storage unit that stores a registered password for authentication associated with a user name; an operation display that generates a password for temporary authentication in response to entering the user name, the password for temporary authentication being generated by removing a part of the registered password for authentication, the operation display displaying removal specifying information for identifying the removal, and accepting entering a password candidate; and an authentication unit that performs authentication when the entered password candidate matches the password for temporary authentication and does not perform authentication when the password does not match the password for temporary authentication; characterized in that the operation display is configured to remove a character randomly selected as a part of the registered password for authentication and configured to display the removed character and is configured not to display the position of the removed character. a storage unit that stores a registered password for authentication associated with a user name; an operation display that generates a password for temporary authentication in response to entering the user name, the password for temporary authentication being generated by removing a part of the registered password for authentication, the operation display displaying removal specifying information for identifying the removal, and accepting entering a password candidate; and an authentication unit that performs authentication when the entered password candidate matches the password for temporary authentication and does not perform authentication when the password does not match the password for temporary authentication; characterized in that the operation display is configured to remove a character randomly selected as a part of the registered password for authentication and configured to display the removed character and is configured not to display the position of the removed character.
A method implemented in a crude oil refining facility, the method comprising: in a crude oil refining facility comprising a plurality of oil refining plants, each oil refining plant configured to perform at least one oil refining process, each oil refining plant comprising a plurality of interconnected oil refining sub-systems, wherein a plurality of streams at respective temperatures flow between the plurality of oil refining sub-systems: flowing a hydrocracking plant stream from a hydrocracking plant of the plurality of oil refining plants to a first heat exchanger; flowing a stream from a first oil refining plant of the plurality of oil refining plants, the first oil refining plant being different from the hydrocracking plant, to the first heat exchanger, wherein the first heat exchanger transfers heat from the hydrocracking plant stream to the stream from the first oil refining plant; and utilizing the stream from the first oil refining plant heated by the hydrocracking plant stream in an oil refining process at the first oil refining plant. flowing a hydrocracking plant stream from a hydrocracking plant of the plurality of oil refining plants to a first heat exchanger; flowing a stream from a first oil refining plant of the plurality of oil refining plants, the first oil refining plant being different from the hydrocracking plant, to the first heat exchanger, wherein the first heat exchanger transfers heat from the hydrocracking plant stream to the stream from the first oil refining plant; and utilizing the stream from the first oil refining plant heated by the hydrocracking plant stream in an oil refining process at the first oil refining plant.
A method for obtaining fine timing measurements for use in an initiating wireless station, STA, comprising: transmitting a fine timing measurement, FTM, request message to a responding STA, the FTM request message indicating a capability of the initiating STA to share at least one ranging parameter with the responding STA, the at least one ranging parameter comprising one or more parameters indicative of a range between the initiating STA and the responding STA and one or more parameters indicative of a range between the initiating STA and at least one or more STAs other than the responding STA; receiving one or more FTM messages from the responding STA in response to the FTM request message; determining one or more parameters indicative of a range between the initiating STA and the responding STA based, at least in part, on a time of transmission and a time of receipt of at least one or more FTM messages exchanged between the initiating STA and the responding STA, wherein said times are provided in at least one of the one or more received FTM messages; and transmitting , to the responding STA, one or more FTM range report messages containing the determined one or more parameters indicative of a range between the initiating STA and the responding STA and one or more parameters indicative of a range between the initiating STA and at least one or more STAs other than the responding STA wherein at least one of the one or more FTM range report messages comprises a unique identifier unique to at least one of the one or more STAs other than the responding STA. transmitting a fine timing measurement, FTM, request message to a responding STA, the FTM request message indicating a capability of the initiating STA to share at least one ranging parameter with the responding STA, the at least one ranging parameter comprising one or more parameters indicative of a range between the initiating STA and the responding STA and one or more parameters indicative of a range between the initiating STA and at least one or more STAs other than the responding STA; receiving one or more FTM messages from the responding STA in response to the FTM request message; determining one or more parameters indicative of a range between the initiating STA and the responding STA based, at least in part, on a time of transmission and a time of receipt of at least one or more FTM messages exchanged between the initiating STA and the responding STA, wherein said times are provided in at least one of the one or more received FTM messages; and transmitting , to the responding STA, one or more FTM range report messages containing the determined one or more parameters indicative of a range between the initiating STA and the responding STA and one or more parameters indicative of a range between the initiating STA and at least one or more STAs other than the responding STA wherein at least one of the one or more FTM range report messages comprises a unique identifier unique to at least one of the one or more STAs other than the responding STA.