mhurhangee/patent-ind-claim-en huggingface dataset:
A method, in a wireless device operating in a wireless network, for handling transitions from Radio Resource Control, RRC, connected state to an RRC inactive state, the method comprising: receiving , from the wireless network, a message indicating that the wireless device is to enter the RRC inactive state; and characterized in that responsive to the message, using , for inactive state operation, at least one previously stored inactive state parameter corresponding to a parameter omitted from the message, wherein the previously stored inactive state parameter is an RNA update configuration parameter. receiving , from the wireless network, a message indicating that the wireless device is to enter the RRC inactive state; and characterized in that responsive to the message, using , for inactive state operation, at least one previously stored inactive state parameter corresponding to a parameter omitted from the message, wherein the previously stored inactive state parameter is an RNA update configuration parameter.
Tissue ablation system for the internal treatment of parenchymal organs, hollow anatomical conduits or blood vessels ; said system comprising an electromagnetic, EM, wave generator and a catheter (8-14,16-40) with an active distal end; characterized by the fact that said generator includes at least two EM wave outputs (3-6) and is adapted to provide three types of EM waves through said outputs (3-6), namely radiofrequency, RF, microwave, MW and laser, LS; said generator furthermore comprising a processing unit that is programmed, among other things, to emit all three EM waves at the same time and control the interaction among them.
A dental implant system for restoring use of a damaged in-situ dental implant, the system including : a) a dual thread fixation screw having a distal portion having a first threaded portion , and proximal portion having a second threaded portion wherein said first threading and said second threading are configured to be in opposite directions ; b) a customizable abutment assembly including: i) an interface member having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion ; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion . a) a dual thread fixation screw having a distal portion having a first threaded portion , and proximal portion having a second threaded portion wherein said first threading and said second threading are configured to be in opposite directions ; b) a customizable abutment assembly including: i) an interface member having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion ; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion . i) an interface member having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion ; and ii) a post having internal threading at the distal portion configured to match and couple with at least a portion of said second threaded portion .
A computer-implemented method for performing domain name system, DNS, resolution, the method comprising: receiving , by a recursive resolver, a first DNS query from a client; determining that a first authoritative name server that is responsible for a domain name specified in the first DNS query is unavailable; in response to determining that the first authoritative name server is unavailable: transmitting a TTL extension policy inquiry to a second authoritative name server; receiving , from the second authoritative name server, a time-to-live, TTL, extension policy associated with the first authoritative name server, wherein the TTL extension policy specifies a duration by which a TTL associated with a given DNS record can be extended, and extending , based on the TTL extension policy, a TTL of a first DNS record stored in a first cache, wherein the first cache stores one or more DNS records including the first DNS record; and generating a first DNS response to the first DNS query based on the first DNS record stored in the first cache. receiving , by a recursive resolver, a first DNS query from a client; determining that a first authoritative name server that is responsible for a domain name specified in the first DNS query is unavailable; in response to determining that the first authoritative name server is unavailable: transmitting a TTL extension policy inquiry to a second authoritative name server; receiving , from the second authoritative name server, a time-to-live, TTL, extension policy associated with the first authoritative name server, wherein the TTL extension policy specifies a duration by which a TTL associated with a given DNS record can be extended, and extending , based on the TTL extension policy, a TTL of a first DNS record stored in a first cache, wherein the first cache stores one or more DNS records including the first DNS record; and transmitting a TTL extension policy inquiry to a second authoritative name server; receiving , from the second authoritative name server, a time-to-live, TTL, extension policy associated with the first authoritative name server, wherein the TTL extension policy specifies a duration by which a TTL associated with a given DNS record can be extended, and extending , based on the TTL extension policy, a TTL of a first DNS record stored in a first cache, wherein the first cache stores one or more DNS records including the first DNS record; and generating a first DNS response to the first DNS query based on the first DNS record stored in the first cache.
A pet groomer for use in conjunction with the suction hose of a vacuum cleaner, comprising: a main body which has a suction channel connectable with a suction hose of a vacuum cleaner and has at least one air intake to transmit air to said suction channel; a combing assembly for combing pet hair; and a driving assembly which drives said combing assembly so as to make comb teeth in said combing assembly move to rotate between a comb position and said air intake; characterized in that said main body has an upper covering unit and a lower covering unit, said combing assembly has a rotating body, which is mounted between said upper covering unit and said lower covering unit, in such a way that there is no gap between said rotating body, said upper covering unit and said lower covering unit. a main body which has a suction channel connectable with a suction hose of a vacuum cleaner and has at least one air intake to transmit air to said suction channel; a combing assembly for combing pet hair; and a driving assembly which drives said combing assembly so as to make comb teeth in said combing assembly move to rotate between a comb position and said air intake; characterized in that said main body has an upper covering unit and a lower covering unit, said combing assembly has a rotating body, which is mounted between said upper covering unit and said lower covering unit, in such a way that there is no gap between said rotating body, said upper covering unit and said lower covering unit.
A map creation method of a mobile robot, the mobile robot working indoors comprising the following steps: S1: obtaining Euler angles of a current point relative to a reference point according to ceiling images obtained at the current point and the reference point; S2: determining whether a roll angle θ y of the Euler angles is lower than a preset value, saving map data of the current point if the roll angle of the Euler angles is lower than the preset value, and not saving the map data of the current point if the roll angle of the Euler angles is not lower than the preset value; S3: returning to step S1 after the mobile robot moves a predetermined distance or for a predetermined time; and S4: repeating steps S1 through S3 until the map creation in a working area is complete, wherein the current point is the current position of the mobile robot, and the reference point is the position where the mobile robot saves the map data. S1: obtaining Euler angles of a current point relative to a reference point according to ceiling images obtained at the current point and the reference point; S2: determining whether a roll angle θ y of the Euler angles is lower than a preset value, saving map data of the current point if the roll angle of the Euler angles is lower than the preset value, and not saving the map data of the current point if the roll angle of the Euler angles is not lower than the preset value; S3: returning to step S1 after the mobile robot moves a predetermined distance or for a predetermined time; and S4: repeating steps S1 through S3 until the map creation in a working area is complete, wherein the current point is the current position of the mobile robot, and the reference point is the position where the mobile robot saves the map data.
Pumpkin harvesting machine, with a spiked roller for picking up harvested material, a crusher for crushing the harvested material, threshers for subsequently separating the harvested material into fruit parts and seeds and for feeding the seeds to a seed tank, wherein a) the crusher contains a knife roller with an axis parallel to the axis of the spiked roller surrounded by a housing , from which housing a scraper plate extends directly between the spikes of the spiked roller , b) a first thresher , which is arranged directly below the crusher and axially parallel thereto, for conveying the crop material from the centre in both opposite directions, characterised in that c) second threshers are arranged on both sides in the longitudinal direction, the inlet of which are in each case below the outlets on both sides of the first thresher and at the other ends of which are outlet openings , d) at least one after-thresher is arranged above each of the two second threshers , and a chute for collecting crop material is arranged below the two second threshers , and a first conveying device for conveying the crop material from the chute to the after-thresher . a) the crusher contains a knife roller with an axis parallel to the axis of the spiked roller surrounded by a housing , from which housing a scraper plate extends directly between the spikes of the spiked roller , b) a first thresher , which is arranged directly below the crusher and axially parallel thereto, for conveying the crop material from the centre in both opposite directions, characterised in that c) second threshers are arranged on both sides in the longitudinal direction, the inlet of which are in each case below the outlets on both sides of the first thresher and at the other ends of which are outlet openings , d) at least one after-thresher is arranged above each of the two second threshers , and a chute for collecting crop material is arranged below the two second threshers , and a first conveying device for conveying the crop material from the chute to the after-thresher .
An agricultural combine harvester comprising: - a rotor cage surrounding a rotor , - a threshing space (g) defined between the rotor cage and the rotor , - a transition section defining an infeed to said rotor cage , the transition section disposed at a location upstream of the rotor cage , as viewed in a direction of crop flow through the combine harvester, the transition section having an inlet for receiving the crop material and a bottom wall , and - a crop conveying drum for conveying crop material to the inlet of the transition section and beneath the rotor , the drum being at least partially encased by a shroud , the bottom wall of the transition section being substantially tangential to a lower portion of the shroud located beneath the drum characterized in that the transition section comprises - two side walls each having portions extending in a downstream direction and substantially vertical with respect to the bottom wall , the bottom wall interconnecting bottom ends of the two side walls , a distance between the two side walls defining a width of the transition section that decreases in the downstream direction, - curved side walls each extending between the bottom wall and one of the side walls , and - a conical top wall extending between and connecting the curved side walls . - a rotor cage surrounding a rotor , - a threshing space (g) defined between the rotor cage and the rotor , - a transition section defining an infeed to said rotor cage , the transition section disposed at a location upstream of the rotor cage , as viewed in a direction of crop flow through the combine harvester, the transition section having an inlet for receiving the crop material and a bottom wall , and - a crop conveying drum for conveying crop material to the inlet of the transition section and beneath the rotor , the drum being at least partially encased by a shroud , the bottom wall of the transition section being substantially tangential to a lower portion of the shroud located beneath the drum - two side walls each having portions extending in a downstream direction and substantially vertical with respect to the bottom wall , the bottom wall interconnecting bottom ends of the two side walls , a distance between the two side walls defining a width of the transition section that decreases in the downstream direction, - curved side walls each extending between the bottom wall and one of the side walls , and - a conical top wall extending between and connecting the curved side walls .
An electrochemical oxygen detector (10-3), comprising: an electrochemical sensor ; a control circuitry comprising : an operational amplifier , where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor , wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor , and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor ; and an impedance element , electrically connected with the operational amplifier , to measure a current flowing through the operational amplifier . an electrochemical sensor ; a control circuitry comprising : an operational amplifier , where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor , wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor , and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor ; and an operational amplifier , where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor , wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor , and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor ; and an impedance element , electrically connected with the operational amplifier , to measure a current flowing through the operational amplifier .
Tyre for vehicle wheels, comprising a belt structure comprising at least one reinforcing layer having a plurality of reinforcing cords, characterised in that each reinforcing cord of said plurality of reinforcing cords comprises only two metallic wires, a first metallic wire having a first diameter and a second metallic wire having a second diameter greater than the first diameter, wherein the first wire is substantially straight and the second wire is helically wound around the first wire with a predetermined winding pitch (P).
A doctor blade for contact with an anilox roller, the doctor blade comprising a flat, elongate base element having a thickness of less than 0.3 mm, which, along a longitudinal region of the doctor blade adapted for contact with said anilox roller, is provided with a coating, the coating comprising a metal matrix and at least 65 % by weight of a ceramic, such as a carbide ceramic, a nitride ceramic or an oxide ceramic.
A cutting tool comprising: a drive source ; a cutting blade driven by the drive source ; a cutting line detector configured to detect a cutting line (L) marked on a surface of a cut subject (X); a deviation determination unit (CP) configured to determine whether or not deviation of a location of the cutting blade from a location of the cutting line (L) detected by the cutting line detector is greater than a threshold value (S1); a notification unit configured to notify a user when the deviation determination unit (CP) determines that the deviation is greater than the threshold value (S1); and a threshold setting unit configured to set the threshold value (S1) to a value selected by the user, the cutting tool being characterized in that the threshold setting unit includes a selection switch configured to be operated by the user to vary the threshold value (S1) in multiple steps and an indicator configured to be lighted in multiple steps in accordance with the operation of the selection switch . a drive source ; a cutting blade driven by the drive source ; a cutting line detector configured to detect a cutting line (L) marked on a surface of a cut subject (X); a deviation determination unit (CP) configured to determine whether or not deviation of a location of the cutting blade from a location of the cutting line (L) detected by the cutting line detector is greater than a threshold value (S1); a notification unit configured to notify a user when the deviation determination unit (CP) determines that the deviation is greater than the threshold value (S1); and a threshold setting unit configured to set the threshold value (S1) to a value selected by the user, the cutting tool being characterized in that the threshold setting unit includes a selection switch configured to be operated by the user to vary the threshold value (S1) in multiple steps and an indicator configured to be lighted in multiple steps in accordance with the operation of the selection switch .
An open headphone arranged for sitting off the ears of a user, comprising: an electroacoustic transducer ; a support structure for suspending the transducer adjacent to a user's ear when worn by the user such that the headphone is acoustically open; the open headphone being characterized by : a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear. an electroacoustic transducer ; a support structure for suspending the transducer adjacent to a user's ear when worn by the user such that the headphone is acoustically open; the open headphone being characterized by : a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear. a first microphone coupled to one or more of the transducer and the support structure such that the first microphone is located in a substantially broadband acoustic null of the transducer; and a processor coupled to the headphone, wherein the first microphone is configured to receive sound pressure waves and to output a related electronic signal to the processor, and wherein the processor is configured to use the electronic signal to operate the transducer to reduce targeted sound pressure waves at the user's ear.
Laser working device for working a surface of a workpiece (WO) by means of a laser beam, comprising: - a device head (GK), which has an optical unit (OE) for transmitting the laser beam and which has a functional unit (FE) via which emission of the laser beam can be activated, - a sealing unit (AH), which is held below the functional unit (FE) on the device head (GK) and can be placed on the surface of the workpiece (WO), - at least one first gas supply device (GZ1) and at least one first gas discharge device (GA1) is provided for flushing with a first gas, and - at least one safety sensor (SS1,..., SS4), which detects the sealing unit (AH) pressing against the surface of the workpiece (WO) to activate the emission of the laser beam, characterized in that an optically transparent barrier (BA) is arranged between the functional unit (FE) and the sealing unit (AH) and the gas supply device (GZ1) and the first gas discharge device (GA1) are provided for flushing with the first gas in the region of the functional unit (FE) and a second gas supply device (GZ2) and a second gas discharge device (GA2) are provided for flushing with a second gas in the region of the interior of the sealing unit (AH). - a device head (GK), which has an optical unit (OE) for transmitting the laser beam and which has a functional unit (FE) via which emission of the laser beam can be activated, - a sealing unit (AH), which is held below the functional unit (FE) on the device head (GK) and can be placed on the surface of the workpiece (WO), - at least one first gas supply device (GZ1) and at least one first gas discharge device (GA1) is provided for flushing with a first gas, and - at least one safety sensor (SS1,..., SS4), which detects the sealing unit (AH) pressing against the surface of the workpiece (WO) to activate the emission of the laser beam,
A method for producing a strain gauge device comprising the steps of producing a band having an upper side , an underside , defining a tensioning direction (L) running in the longitudinal direction of the band and having flexibility in a measuring zone , producing a sensor comprising at least one elongate measuring strand changing electrical resistivity in dependence of the strain and arranging the sensor without pre-tension at or in the band such that the measuring strand runs at least almost in the tensioning direction from one end to the other end of the measuring zone , changing the shape of the band at least in the measuring zone into a retaining working shape and thereby stretching the measuring strand to an amount of pre-tension, whereat the amount of pre-tension defines a lower limit of a working range of the sensor .