mhurhangee/patent-ind-claim-en huggingface dataset:
A network communication device, comprising: a communication circuit configured and arranged to securely communicate within a wired communication network using a rotating code wherein securely communicating comprises conveying data in the wired communication channel and the rotating code is used for coding the data conveyed over the channel; and a processing circuit configured and arranged to enter a sleep mode in which mode the values of the rotating code are unknown by the network communication device, wherein the processing circuit enters the sleep mode by: requesting another network communication device of the network to authorize entering the sleep mode; and entering the sleep mode responsive to an indication verifying that the network communication device and the other network communication device agree on a set of secure parameters that is created pseudo-randomly, the set of secure parameters being stored and useable to code the values of the rotating code, wherein the processing circuit stores the set of secure parameters for awakening and enters the sleep mode ; and wherein the processing circuit is further configured and arranged to transition from the sleep mode to an awake mode responsive to receiving a wake-up request via the communication circuit and a current value of the rotating code that is encoded using the set of secure parameters. a communication circuit configured and arranged to securely communicate within a wired communication network using a rotating code wherein securely communicating comprises conveying data in the wired communication channel and the rotating code is used for coding the data conveyed over the channel; and a processing circuit configured and arranged to enter a sleep mode in which mode the values of the rotating code are unknown by the network communication device, wherein the processing circuit enters the sleep mode by: requesting another network communication device of the network to authorize entering the sleep mode; and entering the sleep mode responsive to an indication verifying that the network communication device and the other network communication device agree on a set of secure parameters that is created pseudo-randomly, the set of secure parameters being stored and useable to code the values of the rotating code, requesting another network communication device of the network to authorize entering the sleep mode; and entering the sleep mode responsive to an indication verifying that the network communication device and the other network communication device agree on a set of secure parameters that is created pseudo-randomly, the set of secure parameters being stored and useable to code the values of the rotating code, wherein the processing circuit stores the set of secure parameters for awakening and enters the sleep mode ; and wherein the processing circuit is further configured and arranged to transition from the sleep mode to an awake mode responsive to receiving a wake-up request via the communication circuit and a current value of the rotating code that is encoded using the set of secure parameters.
A method for communicating hybrid automatic repeat/request, HARQ, feedback, comprising: receiving , from a user equipment, UE , HARQ feedback related to a HARQ communication over one or more links, wherein the HARQ feedback includes at least one or more interference parameters relating to at least one detected interference pattern related to the HARQ communication and further includes one or more predicted interference parameters for another instance of the HARQ communication; maintaining a rate control loop for each of one or more interference patterns corresponding to each of the one or more links, including updating at least one rate control loop for at least one of the one or more interference patterns based at least in part on the one or more interference parameters; and generating a scheduling grant for the UE for the another instance of the HARQ communication based at least in part on the rate control loop and the one or more predicted interference parameters, wherein the another instance of the HARQ communication is a retransmission of the HARQ communication. receiving , from a user equipment, UE , HARQ feedback related to a HARQ communication over one or more links, wherein the HARQ feedback includes at least one or more interference parameters relating to at least one detected interference pattern related to the HARQ communication and further includes one or more predicted interference parameters for another instance of the HARQ communication; maintaining a rate control loop for each of one or more interference patterns corresponding to each of the one or more links, including updating at least one rate control loop for at least one of the one or more interference patterns based at least in part on the one or more interference parameters; and generating a scheduling grant for the UE for the another instance of the HARQ communication based at least in part on the rate control loop and the one or more predicted interference parameters, wherein the another instance of the HARQ communication is a retransmission of the HARQ communication.
Pridopidine or a pharmaceutically acceptable salt thereof for use in treating a subject afflicted with amyotrophic lateral sclerosis (ALS).
A method for transmitting broadcast service data in a digital broadcasting communication system, the method comprising: mapping a plurality of broadcast services of a first type to a first zone, and mapping a plurality of broadcast services of a second type to a second zone; and transmitting a frame comprising the first zone and the second zone, wherein each of the plurality of broadcast services of the first type is carried in one sub-slice in the time domain per frame according to a first number of sub-slices allocated for the first zone, wherein the first number is 1, wherein each of the plurality of broadcast services of the second type is sliced to a plurality of sub-slices in the time domain per frame, according to a second number of sub-slices allocated for the second zone, wherein all sub-slices belonging to the same broadcast service of each of the plurality of broadcast services of the second type have a same length, and wherein information for the second number is transmitted through control information included in the frame, wherein information for a modulation scheme is transmitted through the control information, characterised in that a sub-slice interval is the same for each of the plurality of broadcast services of the second type, the sub-slice interval indicating an interval between two successive sub-slices belonging to the same broadcast service of each of the plurality of broadcast services of the second type, and in that the sub-slice interval is determined by dividing a length of the second zone to which each of the plurality of broadcast services of the second type is mapped, by the second number. mapping a plurality of broadcast services of a first type to a first zone, and mapping a plurality of broadcast services of a second type to a second zone; and transmitting a frame comprising the first zone and the second zone, wherein each of the plurality of broadcast services of the first type is carried in one sub-slice in the time domain per frame according to a first number of sub-slices allocated for the first zone, wherein the first number is 1, wherein each of the plurality of broadcast services of the second type is sliced to a plurality of sub-slices in the time domain per frame, according to a second number of sub-slices allocated for the second zone, wherein all sub-slices belonging to the same broadcast service of each of the plurality of broadcast services of the second type have a same length, and wherein information for the second number is transmitted through control information included in the frame, wherein information for a modulation scheme is transmitted through the control information, characterised in that a sub-slice interval is the same for each of the plurality of broadcast services of the second type, the sub-slice interval indicating an interval between two successive sub-slices belonging to the same broadcast service of each of the plurality of broadcast services of the second type, and in that the sub-slice interval is determined by dividing a length of the second zone to which each of the plurality of broadcast services of the second type is mapped, by the second number.
A drilling tool , in particular a spiral drill, having: - a drill longitudinal axis (L), - at least two flutes extending in a manner twisted at a twist angle (α) with respect to the drill longitudinal axis (L), - webs formed between the flutes , - lands formed on a lateral surface of the webs , on which lands guide rings that extend at an angle (β) other than the twist angle (α) to the drill longitudinal axis (L) are formed at least partially, characterized in that at least one guide land extending parallel to the twist angle (α) and in front of the guide rings with respect to the direction of rotation (R) of the drilling tool is formed on at least one land , in addition to the guide rings . - a drill longitudinal axis (L), - at least two flutes extending in a manner twisted at a twist angle (α) with respect to the drill longitudinal axis (L), - webs formed between the flutes , - lands formed on a lateral surface of the webs , on which lands guide rings that extend at an angle (β) other than the twist angle (α) to the drill longitudinal axis (L) are formed at least partially,
A drug infusion device for injecting medicament, the device comprising: a main body having a surface for contacting a patient; an actuation button movably disposed relative to the main body ; a reservoir disposed within the main body for containing a medicament; at least one needle having: a distal end for insertion into a patient; and a lumen extending proximally from the distal end, wherein said lumen is fluidly connectable with the reservoir , characterized in that the drug infusion device further comprises a removable needle cover for selectively covering the distal end of the needle and selectively preventing movement of the actuation button relative to the main body that initiates activation of the device, wherein: the needle cover comprises a safety extension ; and prior to needle cover removal, the safety extension protrudes through a portion of the actuation button , preventing the movement of the actuation button relative to the main body that initiates activation of the device. a main body having a surface for contacting a patient; an actuation button movably disposed relative to the main body ; a reservoir disposed within the main body for containing a medicament; at least one needle having: a distal end for insertion into a patient; and a lumen extending proximally from the distal end, wherein said lumen is fluidly connectable with the reservoir , characterized in that a distal end for insertion into a patient; and a lumen extending proximally from the distal end, wherein said lumen is fluidly connectable with the reservoir , characterized in that the drug infusion device further comprises a removable needle cover for selectively covering the distal end of the needle and selectively preventing movement of the actuation button relative to the main body that initiates activation of the device, wherein: the needle cover comprises a safety extension ; and prior to needle cover removal, the safety extension protrudes through a portion of the actuation button , preventing the movement of the actuation button relative to the main body that initiates activation of the device. the needle cover comprises a safety extension ; and prior to needle cover removal, the safety extension protrudes through a portion of the actuation button , preventing the movement of the actuation button relative to the main body that initiates activation of the device.
A printing apparatus for performing a direct wireless communication with a communication terminal , the printing apparatus comprising: a wireless local area network "LAN" interface ; activation means for controlling the wireless local area network "LAN" interface to function as a software access point to be used in the direct wireless communication; and communication control means for controlling: upon condition that the printing apparatus operates in a first operation mode that is adopted upon condition that a network setting of the printing apparatus is received from the communication terminal by using the direct wireless communication, transmission and reception of data via the software access point by using a first port filter, and upon condition that the printing apparatus operates in a second operation mode which is different from the first operation mode, the second operation mode being adopted on condition that print data is received from the communication terminal and printed, the transmission and the reception of the data via the software access point by using a second port filter. a wireless local area network "LAN" interface ; activation means for controlling the wireless local area network "LAN" interface to function as a software access point to be used in the direct wireless communication; and communication control means for controlling: upon condition that the printing apparatus operates in a first operation mode that is adopted upon condition that a network setting of the printing apparatus is received from the communication terminal by using the direct wireless communication, transmission and reception of data via the software access point by using a first port filter, and upon condition that the printing apparatus operates in a second operation mode which is different from the first operation mode, the second operation mode being adopted on condition that print data is received from the communication terminal and printed, the transmission and the reception of the data via the software access point by using a second port filter. upon condition that the printing apparatus operates in a first operation mode that is adopted upon condition that a network setting of the printing apparatus is received from the communication terminal by using the direct wireless communication, transmission and reception of data via the software access point by using a first port filter, and upon condition that the printing apparatus operates in a second operation mode which is different from the first operation mode, the second operation mode being adopted on condition that print data is received from the communication terminal and printed, the transmission and the reception of the data via the software access point by using a second port filter.
An engineered composition comprising a Class 2 type VI single-component CRISPR-Cas polypeptide C2c2 comprising two HEPN domains and a nucleic acid component, wherein C2c2 forms a complex with the nucleic acid component, said nucleic acid component capable of directing sequence-specific binding of said complex to an RNA target sequence of a polynucleotide.
A method for monitoring a working process, in which a workpiece is worked continuously along each of at least one predetermined working path (x Bi ) on the workpiece during at least one working time period (Δt Bi ) by means of a working tool arranged on a collaborative robot , wherein the environment of the collaborative robot is monitored and an object in a manipulation region of the collaborative robot around one of the predetermined working paths (x Bi ) on the workpiece is detected, characterized in that in the event that an object is detected in the manipulation region of the collaborative robot around one of the predetermined working paths (x Bi ) on the workpiece within an instruction phase (Δt I ) an instruction signal (I) is emitted and the working process is continued along one of the predetermined working paths (x Bi ) on the workpiece without interruption, characterized in, that as instruction signal (I) a command signal (A) to the collaborative robot for the re-planning of the working process is emitted, and in accordance with the emitted command signal (A), in the event that an object is detected in the manipulation region around one of the predetermined working paths (x Bi ) of the collaborative robot , the working process is changed by the sequence of the predetermined working paths (x Bi ) being altered.
An apparatus comprising: a body for serving as a radiator comprising a conductive material, wherein the body defines an internal cavity and an opening ; a ground plane disposed within the internal cavity and electromagnetically coupled to the body ; an antenna disposed within the internal cavity and electromagnetically coupled to the body such that the body functions as a radiator; a three-dimensional ground plane extension disposed within the internal cavity so that at least a part of the three-dimensional ground plane extension overlies the antenna , wherein the three-dimensional ground plane extension is galvanically coupled to the ground plane and electromagnetically coupled to the body ; and a conductive member disposed within the internal cavity and galvanically coupled to both the ground plane and the three-dimensional ground plane extension , wherein the three-dimensional ground plane extension comprises a first portion that overlies the antenna and a second portion that extends from the first portion toward the ground plane , and wherein the first portion of the three-dimensional ground plane extension is configured to serve as a mechanical support structure for another component of the apparatus . a body for serving as a radiator comprising a conductive material, wherein the body defines an internal cavity and an opening ; a ground plane disposed within the internal cavity and electromagnetically coupled to the body ; an antenna disposed within the internal cavity and electromagnetically coupled to the body such that the body functions as a radiator; a three-dimensional ground plane extension disposed within the internal cavity so that at least a part of the three-dimensional ground plane extension overlies the antenna , wherein the three-dimensional ground plane extension is galvanically coupled to the ground plane and electromagnetically coupled to the body ; and a conductive member disposed within the internal cavity and galvanically coupled to both the ground plane and the three-dimensional ground plane extension , wherein the three-dimensional ground plane extension comprises a first portion that overlies the antenna and a second portion that extends from the first portion toward the ground plane , and wherein the first portion of the three-dimensional ground plane extension is configured to serve as a mechanical support structure for another component of the apparatus .
A net structure manufacturing apparatus comprising: a nozzle having a discharge hole from which melted thermoplastic resin is extruded so as to be formed as a filament ; a water tank disposed below the nozzle for cooling the resin as the filament extruded from the discharge hole of the nozzle , wherein the resin as the filament extruded from the discharge hole of the nozzle comes down on the water surface in the water tank and is curled to form a random loop, and wherein the random loop comes into contact with an adjacent random loop in a state where the random loops are melted together, thereby providing a net structure in which the random loops are bonded to each other in the three-dimensional directions, and at the same time, the net structure is fixed by cooling with water; a conveying device provided to the water tank and configured to convey the net structure having the resin as the filament ; and a gas ejection device provided to the water tank and configured to eject gas in the water in the water tank , wherein the conveying device conveys the net structure from the water surface in the water tank toward a bottom surface of the water tank , and the gas ejection device is disposed between the lower end of the conveying device and the bottom of the water tank . a nozzle having a discharge hole from which melted thermoplastic resin is extruded so as to be formed as a filament ; a water tank disposed below the nozzle for cooling the resin as the filament extruded from the discharge hole of the nozzle , wherein the resin as the filament extruded from the discharge hole of the nozzle comes down on the water surface in the water tank and is curled to form a random loop, and wherein the random loop comes into contact with an adjacent random loop in a state where the random loops are melted together, thereby providing a net structure in which the random loops are bonded to each other in the three-dimensional directions, and at the same time, the net structure is fixed by cooling with water; a conveying device provided to the water tank and configured to convey the net structure having the resin as the filament ; and a gas ejection device provided to the water tank and configured to eject gas in the water in the water tank , wherein the conveying device conveys the net structure from the water surface in the water tank toward a bottom surface of the water tank , and the gas ejection device is disposed between the lower end of the conveying device and the bottom of the water tank .
A stack of absorbent products stacked along a stacking axis , comprising: a plurality of absorbent products , each having first and second oppositely facing exterior faces ; a first end absorbent product located at a first end of the stack , said first end absorbent product having first and second oppositely-facing exterior faces and a first rigid component coupled to said first exterior face or second exterior face thereof; and a second end absorbent product located at a second end of the stack opposite said first end thereof, said second end absorbent product having first and second oppositely-facing exterior faces and a second rigid component coupled to said first exterior face or second exterior face thereof, wherein: each of said plurality of absorbent products , said first end absorbent product and said second end absorbent product, have respective absorbent cores for absorbing fluids secreted by a wearer of said respective absorbent product; and said first and second end absorbent products are respectively oriented in the stack such that said first and second rigid components face toward a center of the stack . a plurality of absorbent products , each having first and second oppositely facing exterior faces ; a first end absorbent product located at a first end of the stack , said first end absorbent product having first and second oppositely-facing exterior faces and a first rigid component coupled to said first exterior face or second exterior face thereof; and a second end absorbent product located at a second end of the stack opposite said first end thereof, said second end absorbent product having first and second oppositely-facing exterior faces and a second rigid component coupled to said first exterior face or second exterior face thereof, each of said plurality of absorbent products , said first end absorbent product and said second end absorbent product, have respective absorbent cores for absorbing fluids secreted by a wearer of said respective absorbent product; and said first and second end absorbent products are respectively oriented in the stack such that said first and second rigid components face toward a center of the stack .
A liquid distribution system for a hub , said liquid distribution system comprising a liquid supply portion arranged to supply liquid to at least one component located within said hub , said liquid distribution system further comprising a liquid evacuator portion arranged to act on liquid being inside the hub for evacuating liquid from said hub , wherein said liquid evacuator portion is arranged to be driven by liquid that flows via said liquid supply portion for evacuating liquid from said hub , characterized in that said liquid evacuator portion is arranged to be driven by liquid that flows via said liquid supply portion to said component for evacuating liquid from said hub .