mhurhangee/patent-ind-claim-en huggingface dataset:
A method , in a synchronisation control unit, for synchronising a plurality of distributed devices with a network, the method comprising: receiving a wireless synchronisation signal from a base station of a communications network over a wireless channel; processing the received synchronisation signal, wherein processing the received synchronisation signal comprises recovering the phase of the received synchronisation signal by correcting for a wireless propagation delay between the base station and the synchronisation control unit; and transmitting the processed synchronisation signal to the plurality of distributed devices over a local connection which is different to the wireless channel over which the wireless synchronisation signal is received. receiving a wireless synchronisation signal from a base station of a communications network over a wireless channel; processing the received synchronisation signal, wherein processing the received synchronisation signal comprises recovering the phase of the received synchronisation signal by correcting for a wireless propagation delay between the base station and the synchronisation control unit; and transmitting the processed synchronisation signal to the plurality of distributed devices over a local connection which is different to the wireless channel over which the wireless synchronisation signal is received.
An ultrasonic through-body communication device comprising: a transmitter adapted to provide digital information data for transmission to a receiver; a data encoder , responsive to data provided by the transmitter and enabling a DC-free data coding into an encoded data signal; a transducer driver coupled to receive the encoded data signal from the data encoder and adapted to provide an amplified drive signal at an ultrasonic frequency, wherein the amplified drive signal comprises the encoded data signal; a CMUT transducer adapted to operate at the ultrasonic frequency and responsive to the amplified drive signal, wherein the ultrasonic frequency belongs to a frequency band between 100 kHz up to about 40 MHz; and a bias circuit coupled to provide a bias voltage to the CMUT transducer, wherein the provided bias voltage enables the CMUT transducer to operate in a collapsed mode, and wherein the CMUT transducer is acoustically coupled to a water-like body to transmit ultrasonic data signals comprising the encoded data signal through the water-like body for reception by the receiver at a data transfer rate of at least Mb/sec. a transmitter adapted to provide digital information data for transmission to a receiver; a data encoder , responsive to data provided by the transmitter and enabling a DC-free data coding into an encoded data signal; a transducer driver coupled to receive the encoded data signal from the data encoder and adapted to provide an amplified drive signal at an ultrasonic frequency, wherein the amplified drive signal comprises the encoded data signal; a CMUT transducer adapted to operate at the ultrasonic frequency and responsive to the amplified drive signal, wherein the ultrasonic frequency belongs to a frequency band between 100 kHz up to about 40 MHz; and a bias circuit coupled to provide a bias voltage to the CMUT transducer, wherein the provided bias voltage enables the CMUT transducer to operate in a collapsed mode, and wherein the CMUT transducer is acoustically coupled to a water-like body to transmit ultrasonic data signals comprising the encoded data signal through the water-like body for reception by the receiver at a data transfer rate of at least Mb/sec.
A catheter comprising: an elongated body having a longitudinal axis, and a deflection section having a nitinol support member having an initial configuration, the nitinol support member being adapted for heat activation at a transition temperature to assume a trained configuration; a lead wire configured to deliver a current to heat the support member ; and wherein the nitinol support member is further adapted to return to the initial configuration when it is allowed to cool below the transition temperature. an elongated body having a longitudinal axis, and a deflection section having a nitinol support member having an initial configuration, the nitinol support member being adapted for heat activation at a transition temperature to assume a trained configuration; a lead wire configured to deliver a current to heat the support member ; and wherein the nitinol support member is further adapted to return to the initial configuration when it is allowed to cool below the transition temperature.
Filter system for a water-conducting household appliance , comprising: a main filter , which is arranged in a main line and is designed to filter particles out from a fluid, a bypass line , which is designed to guide fluid around the main filter , and an auxiliary filter , which is designed to filter particles out from fluid which is passed around the main filter through the bypass line , wherein the main filter and the auxiliary filter have the same pore width, and wherein the bypass line is designed to be activated and/or deactivated passively. a main filter , which is arranged in a main line and is designed to filter particles out from a fluid, a bypass line , which is designed to guide fluid around the main filter , and an auxiliary filter , which is designed to filter particles out from fluid which is passed around the main filter through the bypass line , wherein the main filter and the auxiliary filter have the same pore width, and wherein the bypass line is designed to be activated and/or deactivated passively.
A transducer attachment body for a probe , having at least one transducer and one lens , of an acoustic microscope, in particular an ultrasound scanning microscope, having a receiving space for receiving the probe , wherein a supply line for supplying a liquid coupling medium, in particular water, is fluidically connected with the receiving space , wherein the receiving space comprises an outlet opening facing a sample to be examined for the discharge of the liquid coupling medium from the receiving space , characterized in that a suction chamber , which is or can be applied with negative pressure, is provided outside of the receiving space and laterally at the outlet opening of the receiving space, for suction of the coupling medium escaping from the outlet opening .
A method for administering an n-level domain across a domain name system, DNS, the method comprising: receiving a request to register a domain name; initiating a name check of the requested domain name to determine if the requested domain name corresponds to a known malicious domain name; processing the requested domain name such that: if the name check has determined that the requested domain name does not correspond to the known malicious domain name, the requested domain name is added to the DNS; if the name check has determined that the requested domain name corresponds to the known malicious domain name, and if it is determined that the requested domain name has already been added to the DNS, removing the requested domain name from the DNS, such that the requested domain name does not appear in the DNS after more than a predetermined number of DNS update operations; and information regarding the domain name registration request is stored in a registry database, even if the name check has determined that the requested domain name corresponds to the known malicious domain name. receiving a request to register a domain name; initiating a name check of the requested domain name to determine if the requested domain name corresponds to a known malicious domain name; processing the requested domain name such that: if the name check has determined that the requested domain name does not correspond to the known malicious domain name, the requested domain name is added to the DNS; if the name check has determined that the requested domain name corresponds to the known malicious domain name, and if it is determined that the requested domain name has already been added to the DNS, removing the requested domain name from the DNS, such that the requested domain name does not appear in the DNS after more than a predetermined number of DNS update operations; and information regarding the domain name registration request is stored in a registry database, even if the name check has determined that the requested domain name corresponds to the known malicious domain name. if the name check has determined that the requested domain name does not correspond to the known malicious domain name, the requested domain name is added to the DNS; if the name check has determined that the requested domain name corresponds to the known malicious domain name, and if it is determined that the requested domain name has already been added to the DNS, removing the requested domain name from the DNS, such that the requested domain name does not appear in the DNS after more than a predetermined number of DNS update operations; and information regarding the domain name registration request is stored in a registry database, even if the name check has determined that the requested domain name corresponds to the known malicious domain name.
A laser tool configured to operate within a wellbore of a hydrocarbon-bearing rock formation, the laser tool comprising: one or more optical transmission media comprising a fiber-optic cable , the one or more optical transmission media being part of an optical path originating at a laser generator configured to generate a raw laser beam, the one or more optical transmission media for passing the raw laser beam; a mono-optic element that is part of the optical path, the mono-optic element for receiving the raw laser beam from the fiber-optic cable and for altering at least one of a geometry or a direction of the raw laser beam for output to the hydrocarbon-bearing rock formation, the mono-optic element comprising at least one of a crystal, a prism, a cube, a cylinder, and a cone; one or more sensors to monitor one or more conditions in the wellbore and to output signals based on the one or more conditions; characterised in that the laser tool further comprises one or more electric heating elements in contact with the mono-optic element, the one or more electric heating elements configured to adjust an optical property of the mono-optic element by heating the mono-optic element. one or more optical transmission media comprising a fiber-optic cable , the one or more optical transmission media being part of an optical path originating at a laser generator configured to generate a raw laser beam, the one or more optical transmission media for passing the raw laser beam; a mono-optic element that is part of the optical path, the mono-optic element for receiving the raw laser beam from the fiber-optic cable and for altering at least one of a geometry or a direction of the raw laser beam for output to the hydrocarbon-bearing rock formation, the mono-optic element comprising at least one of a crystal, a prism, a cube, a cylinder, and a cone; one or more sensors to monitor one or more conditions in the wellbore and to output signals based on the one or more conditions; characterised in that the laser tool further comprises one or more electric heating elements in contact with the mono-optic element, the one or more electric heating elements configured to adjust an optical property of the mono-optic element by heating the mono-optic element.
An optical display device, comprising: at least one region comprising a plurality of nanostructures operable together as an optically active media, such that said plurality of nanostructures are responsive to input electromagnetic radiation to emit output electromagnetic radiation of predetermined wavelength range; and an arrangement of electrodes being configured and operable to be selectively addressable to apply an external electric field to said at least one region of nanostructures, said at least one region of nanostructures and said arrangement of electrodes defining together at least one pixel of said display device; and said external electric field affecting said at least one region of nanostructures to selectively quench emission of said output electromagnetic radiation of the predetermined wavelength range while said plurality of nanostructures are being subjected to the exciting electromagnetic radiation, the quenched emission of said electromagnetic radiation being an output of said at least one pixel element of the display device; said at least one region comprising a plurality of nanostructures thereby carrying out selective emission of said predetermined wavelength generated by input exciting electromagnetic radiation and providing selective spatial modulation of said emission of said predetermined wavelength range in response to the application of the electric field , in accordance with an image to be displayed, characterized in that said at least one region comprising a plurality of nanostructures is manufactured such that the region does not contain any solvent. at least one region comprising a plurality of nanostructures operable together as an optically active media, such that said plurality of nanostructures are responsive to input electromagnetic radiation to emit output electromagnetic radiation of predetermined wavelength range; and an arrangement of electrodes being configured and operable to be selectively addressable to apply an external electric field to said at least one region of nanostructures, said at least one region of nanostructures and said arrangement of electrodes defining together at least one pixel of said display device; and said external electric field affecting said at least one region of nanostructures to selectively quench emission of said output electromagnetic radiation of the predetermined wavelength range while said plurality of nanostructures are being subjected to the exciting electromagnetic radiation, the quenched emission of said electromagnetic radiation being an output of said at least one pixel element of the display device; said at least one region comprising a plurality of nanostructures thereby carrying out selective emission of said predetermined wavelength generated by input exciting electromagnetic radiation and providing selective spatial modulation of said emission of said predetermined wavelength range in response to the application of the electric field , in accordance with an image to be displayed, characterized in that said at least one region comprising a plurality of nanostructures is manufactured such that the region does not contain any solvent.
A test tube cap screwing device, including: a grabbing unit for grabbing a test tube cap ; and a rotating unit directly facing the grabbing unit and including: a clamping assembly including a test tube bin for accommodating the test tube body , a test tube pad , a cylindrical roller ; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin ; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body , the grabbing unit grabs the test tube cap , puts the test tube cap on the test tube body and presses the test tube body , and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller . a grabbing unit for grabbing a test tube cap ; and a rotating unit directly facing the grabbing unit and including: a clamping assembly including a test tube bin for accommodating the test tube body , a test tube pad , a cylindrical roller ; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin ; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body , the grabbing unit grabs the test tube cap , puts the test tube cap on the test tube body and presses the test tube body , and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller . a clamping assembly including a test tube bin for accommodating the test tube body , a test tube pad , a cylindrical roller ; and a rotating assembly including a rotating shaft configured to drive the test tube bin to rotate; characterized in that the test tube pad is disposed at the bottom of the test tube bin ; and one side of the test tube pad facing the test tube body is disposed to be a slope, wherein when a cap screwing action is required for the test tube body , the grabbing unit grabs the test tube cap , puts the test tube cap on the test tube body and presses the test tube body , and the test tube body is pressed downward to prop against the test tube pad and becomes inclined along the slope of the test tube pad and props against the cylindrical roller .
A method for formatting a payload for transmission of multi-mode speech codec data or multi-mode audio codec data, the method comprising: - deciding based on a codec mode and a bitrate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetizing an RTP payload data with or without the payload header depending on the decision. - deciding based on a codec mode and a bitrate whether a header-less or a header-full payload format is used, wherein if the header-full payload format with a payload header is used the payload header comprises signaling information, wherein the signaling information is associated with at least one of: a codec mode identification, a bit rate, a mode adaptation, a codec mode request, an audio bandwidth, a codec internal mode and frame aggregation; and - packetizing an RTP payload data with or without the payload header depending on the decision.
A shuffle check system for shuffled playing cards, the shuffle check system comprising: a card reader configured to read rank or suit information from a card of the shuffled playing cards; and a computer including a memory , the computer configured to detect whether there is a special arrangement of the shuffle playing cards based on rank or suit information of one or more cards of the shuffled playing cards read by the card reader, wherein the special arrangement of the shuffled playing cards includes: a case where the rank goes up or down one by one in order for a first predetermined number of cards, a case where the same rank continues at a second predetermined number of cards, a case where the same suit continues at a third predetermined number of cards, or a case where the shuffled playing cards repeat the same sequence at a fourth predetermined number of cards. a card reader configured to read rank or suit information from a card of the shuffled playing cards; and a computer including a memory , the computer configured to detect whether there is a special arrangement of the shuffle playing cards based on rank or suit information of one or more cards of the shuffled playing cards read by the card reader, wherein the special arrangement of the shuffled playing cards includes: a case where the rank goes up or down one by one in order for a first predetermined number of cards, a case where the same rank continues at a second predetermined number of cards, a case where the same suit continues at a third predetermined number of cards, or a case where the shuffled playing cards repeat the same sequence at a fourth predetermined number of cards. a case where the rank goes up or down one by one in order for a first predetermined number of cards, a case where the same rank continues at a second predetermined number of cards, a case where the same suit continues at a third predetermined number of cards, or a case where the shuffled playing cards repeat the same sequence at a fourth predetermined number of cards.
An edge ring configured to be raised and lowered relative to a substrate support , via one or more lift pins , in a substrate processing system, such that the edge ring has a tunable range, wherein the edge ring is further configured to interface with a guide feature extending upward from a bottom ring and/or a middle ring of the substrate support during tuning of the edge ring, the edge ring comprising: an upper surface; an annular inner diameter; an annular outer diameter; a lower surface; and an annular groove arranged in the lower surface of the edge ring to interface with the guide feature, wherein walls of the annular groove are substantially vertical, wherein a depth of the groove is at least 50% of a thickness of the edge ring and the depth of the groove is selected according to a tunable range of the edge ring. an upper surface; an annular inner diameter; an annular outer diameter; a lower surface; and an annular groove arranged in the lower surface of the edge ring to interface with the guide feature, wherein walls of the annular groove are substantially vertical,
A glass composition for glass fiber comprising: SiOz in a range of 52.0% by mass or more and 56.0% by mass or less; B 2 O 3 in a range of 21.0% by mass or more and 24.5% by mass or less; Al 2 O 3 in a range of 9.5% by mass or more and 13.0% by mass or less; MgO in a range of 0% by mass or more and 0.9% by mass or less; CaO in a range of 0.5% by mass or more and 5.5% by mass or less; SrO in a range of 0.5% by mass or more and 6.0% by mass or less; and TiO 2 in a range of 0.1% by mass or more and 3.0% by mass or less; and comprising F 2 and Cl 2 in a range of 0.1% by mass or more and 2.0% by mass or less in total, with respect to the total amount. SiOz in a range of 52.0% by mass or more and 56.0% by mass or less; B 2 O 3 in a range of 21.0% by mass or more and 24.5% by mass or less; Al 2 O 3 in a range of 9.5% by mass or more and 13.0% by mass or less; MgO in a range of 0% by mass or more and 0.9% by mass or less; CaO in a range of 0.5% by mass or more and 5.5% by mass or less; SrO in a range of 0.5% by mass or more and 6.0% by mass or less; and TiO 2 in a range of 0.1% by mass or more and 3.0% by mass or less; and comprising F 2 and Cl 2 in a range of 0.1% by mass or more and 2.0% by mass or less in total, with respect to the total amount.