mhurhangee/patent-ind-claim-en huggingface dataset:
A method of monitoring, by a user equipment, UE , feedback information in a narrowband, NB, wireless communication system, the method comprising: transmitting (S1310), to a base station , a Physical Random Access Channel, PRACH, preamble; receiving (S1320), from the base station , a random access response based on the PRACH preamble; transmitting (S1330), to the base station , message 3 based on the random access response; receiving (S1340), from the base station , a message for contention resolution based on the message 3; receiving, from the base station , a preconfigured uplink, UL, resource, PUR, configuration via radio resource control, RRC, signaling; transmitting, to the base station , uplink data on the PUR ending in subframe n in an idle mode; the method being characterized by monitoring, from the base station , the feedback information for the uplink data in a search space window starting in subframe n+4; and stopping the monitoring based on the feedback information being received in the search space window. transmitting (S1310), to a base station , a Physical Random Access Channel, PRACH, preamble; receiving (S1320), from the base station , a random access response based on the PRACH preamble; transmitting (S1330), to the base station , message 3 based on the random access response; receiving (S1340), from the base station , a message for contention resolution based on the message 3; receiving, from the base station , a preconfigured uplink, UL, resource, PUR, configuration via radio resource control, RRC, signaling; transmitting, to the base station , uplink data on the PUR ending in subframe n in an idle mode; the method being characterized by monitoring, from the base station , the feedback information for the uplink data in a search space window starting in subframe n+4; and stopping the monitoring based on the feedback information being received in the search space window.
A smoke detector system comprising: a beam detector unit having a moveable portion comprising at least one light transmitter , a base portion for fixing to a surface, and a motor configured to rotate the moveable portion relative to the base portion; at least one receiver for detecting light transmitted by the transmitter ; characterised in that : said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit ; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers. a beam detector unit having a moveable portion comprising at least one light transmitter , a base portion for fixing to a surface, and a motor configured to rotate the moveable portion relative to the base portion; at least one receiver for detecting light transmitted by the transmitter ; characterised in that : said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit ; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers. said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit ; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers.
A tower assembly for a wind turbine having an adjustable height, the tower assembly comprising: at least one base tower section comprising a cylindrical base wall defining an overall length extending from a first end to a second end , the cylindrical base wall further defining an outer diameter that is uniform along the entire length from the first end to the second end ; and, an adjustable upper tower section arranged atop the base tower section , the upper tower section comprising a first tower portion integral with a second tower portion , the first tower portion comprising a first tower wall portion defining a first length extending from a first end to a second end , the first tower wall portion comprising a tapering cross-section from the first end to the second end of the first length thereof, the second tower portion comprising a second tower wall portion defining a second length extending from a first end to a second end , the second tower wall portion defining a uniform cylindrical cross-section from the first end to the second end of the second length thereof; wherein the second tower portion of the upper tower section further comprises an upper tower can mountable to a nacelle of the wind turbine , the upper tower can providing a cylindrical region at the top of the upper tower section ; and wherein the second tower portion of the upper tower section is constructed of one or more removable tower cans arranged below the upper tower can . at least one base tower section comprising a cylindrical base wall defining an overall length extending from a first end to a second end , the cylindrical base wall further defining an outer diameter that is uniform along the entire length from the first end to the second end ; and, an adjustable upper tower section arranged atop the base tower section , the upper tower section comprising a first tower portion integral with a second tower portion , the first tower portion comprising a first tower wall portion defining a first length extending from a first end to a second end , the first tower wall portion comprising a tapering cross-section from the first end to the second end of the first length thereof, the second tower portion comprising a second tower wall portion defining a second length extending from a first end to a second end , the second tower wall portion defining a uniform cylindrical cross-section from the first end to the second end of the second length thereof; wherein the second tower portion of the upper tower section further comprises an upper tower can mountable to a nacelle of the wind turbine , the upper tower can providing a cylindrical region at the top of the upper tower section ; and wherein the second tower portion of the upper tower section is constructed of one or more removable tower cans arranged below the upper tower can .
A medical device with antiseptic action, configured as a self-supporting film consisting of a water-soluble alginate matrix in which povidone iodine is dispersed, as an antiseptic agent, and a plasticizer, characterized in that said water-soluble alginate is present in an amount of 55% to 80% by weight and said povidone iodine is present in an amount of 45% to 20% by weight, wherein the amount percentages are relative to a total amount of said alginate and povidone-iodine, and wherein said plasticizer is present in an amount of 20% to 35% by weight relative to the total amount of said alginate and povidone-iodine.
An eyesight training device comprising: a display unit ; a user input unit ; and a controller configured for controlling the display unit for overlapping a recognition restraining image, which restrains a visual recognition of a recognition image, with the recognition image and for gradually changing a concentration value of the recognition restraining image, and further configured for storing, as recognition level information, information corresponding to a concentration value of the recognition restraining image as of a time when a visibility change confirmation input is input through the user input unit if the visibility change confirmation input is input. a display unit ; a user input unit ; and a controller configured for controlling the display unit for overlapping a recognition restraining image, which restrains a visual recognition of a recognition image, with the recognition image and for gradually changing a concentration value of the recognition restraining image, and further configured for storing, as recognition level information, information corresponding to a concentration value of the recognition restraining image as of a time when a visibility change confirmation input is input through the user input unit if the visibility change confirmation input is input.
A container , wherein the container includes a container cover , a bottom and side plates , wherein the container cover has four corners , each of which is provided with a position limiting protrusion which integrally protrudes upward from an upper surface of the container cover , and at least one of the position limiting protrusions is provided with a locking means , which is used to lock the container cover and an associated side plate , characterized in that the position limiting protrusion includes a body portion and an extending portion , the body portion is located at the inner side of the side plate , and the extending portion extends from the body portion toward the outer side of the container , wherein the body portion is provided with a pocket in the upper surface thereof, the locking means includes a driving member and a locking member , and the driving member is movably mounted in the pocket , the container cover is provided with a protruding edge around the perimeter thereof, the locking member includes a latch and a tongue , an end face of the extending portion is provided with a latching hole for receiving the locking member , the protruding edge is provided with a tongue passing hole , and the side plate of the container is provided with a tongue accommodating hole , wherein the latch passes through the latching hole and enters the pocket so as to be connected with the driving member , the tongue passes through the tongue passing hole and enters the tongue accommodating hole ; the tongue is able to be driven to enter or exit from the tongue accommodating hole through driving the driving member , so as to lock or unlock the container cover and the container . the locking means includes a driving member and a locking member , and the driving member is movably mounted in the pocket , the container cover is provided with a protruding edge around the perimeter thereof, the locking member includes a latch and a tongue , an end face of the extending portion is provided with a latching hole for receiving the locking member , the protruding edge is provided with a tongue passing hole , and the side plate of the container is provided with a tongue accommodating hole , wherein the latch passes through the latching hole and enters the pocket so as to be connected with the driving member , the tongue passes through the tongue passing hole and enters the tongue accommodating hole ; the tongue is able to be driven to enter or exit from the tongue accommodating hole through driving the driving member , so as to lock or unlock the container cover and the container .
Functional module for an operating assisting system of a working device or for a driver assistance system of a vehicle , for controlling a function of a unit of the working device or of the vehicle , comprising: - a main functional unit , which is configured to generate and provide a functional parameter set having at least one functional parameter for controlling the function of the unit , and - a test and auxiliary functional unit , which is configured (i) to record and to test the functional parameter set of the main functional unit , and, (ii) as a function of a result of the testing, - in a standard operating mode, to output the functional parameter set recorded by the main functional unit to control the function of the unit , and - in an auxiliary operating mode, to generate an auxiliary parameter set having at least one auxiliary parameter and to output said auxiliary parameter set to control the function of the unit . - a main functional unit , which is configured to generate and provide a functional parameter set having at least one functional parameter for controlling the function of the unit , and - a test and auxiliary functional unit , which is configured (i) to record and to test the functional parameter set of the main functional unit , and, (ii) as a function of a result of the testing, (i) to record and to test the functional parameter set of the main functional unit , and, (ii) as a function of a result of the testing, - in a standard operating mode, to output the functional parameter set recorded by the main functional unit to control the function of the unit , and - in an auxiliary operating mode, to generate an auxiliary parameter set having at least one auxiliary parameter and to output said auxiliary parameter set to control the function of the unit .
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: starting a timer for a first Quality of Service, QoS, flow when a data radio bearer, DRB, which is mapped to the first QoS flow is changed from a first DRB to a second DRB; while the timer is running, by a Service Data Adaptation Protocol, SDAP, layer, delivering packets of the first QoS flow received from the first DRB to an upper layer, wherein packets of the first QoS flow received from the second DRB are stored while the timer is running, wherein the SDAP layer is a higher layer than a Packet Data Convergence Protocol, PDCP, layer of the UE, wherein 1) a QoS flow to DRB mapping rule and 2) a maximum value of the timer for change of mapping of the first QoS flow from the first DRB to the second DRB are received via a SDAP Protocol Data Unit, PDU, wherein the timer is configured only for the first QoS flow, not for a QoS flow other than the first QoS flow, by a configuration that one timer is configured for one QoS flow, wherein the packets of the first QoS flow received from the second DRB are stored in a temporary buffer in the SDAP layer while the timer is running, by a configuration that one temporary buffer is configured for one QoS flow, when the timer expires, by the SDAP layer, discarding the packets of the first QoS flow received from the first DRB which are not delivered until the timer expires, and starting to deliver the packets of the first QoS flow stored in the temporary buffer to the upper layer. starting a timer for a first Quality of Service, QoS, flow when a data radio bearer, DRB, which is mapped to the first QoS flow is changed from a first DRB to a second DRB; while the timer is running, by a Service Data Adaptation Protocol, SDAP, layer, delivering packets of the first QoS flow received from the first DRB to an upper layer, wherein packets of the first QoS flow received from the second DRB are stored while the timer is running, wherein the SDAP layer is a higher layer than a Packet Data Convergence Protocol, PDCP, layer of the UE, wherein 1) a QoS flow to DRB mapping rule and 2) a maximum value of the timer for change of mapping of the first QoS flow from the first DRB to the second DRB are received via a SDAP Protocol Data Unit, PDU, wherein the timer is configured only for the first QoS flow, not for a QoS flow other than the first QoS flow, by a configuration that one timer is configured for one QoS flow, wherein the packets of the first QoS flow received from the second DRB are stored in a temporary buffer in the SDAP layer while the timer is running, by a configuration that one temporary buffer is configured for one QoS flow, when the timer expires, by the SDAP layer, discarding the packets of the first QoS flow received from the first DRB which are not delivered until the timer expires, and starting to deliver the packets of the first QoS flow stored in the temporary buffer to the upper layer.
An automatic water retaining device for blocking the passage of water on the ground between two side walls, comprising two or more automatic water retaining units disposed in parallel, the automatic water retaining unit comprises a panel and a base , wherein the base is provided with a water storage cavity, the panel is rotatably disposed on the base , the water storage cavity is opened and closed through the rotation of the panel , a surface of the panel for covering the base is provided with a floating plate , one end of the base different from the end of the base connected with the panel is provided with a first water inlet communicated with the water storage cavity, and when water enters the water storage cavity from the first water inlet and contacts the floating plate , buoyancy is generated to the floating plate and the floating plate drives the panel to rotate and open under the action of buoyancy, thereby implementing a water retaining function, characterized in that one end of the base connected with the panel is provided with a drainage device, the drainage device comprises a first water outlet disposed on the base and communicated with the water storage cavity and a drainage switch arranged at the first water outlet and linked with the panel , and when the panel covers the base , the drainage switch is opened; and when the panel rotates to open beyond a set angle, the drainage switch is closed, and whereby the drainage switch comprises a movable door , a guide rod , a switch spring and a baffle plate fixed to the panel , one end of the guide rod is fixed to the base , the switch spring and the movable door are sleeved over the guide rod , one end of the guide rod away from the end fixedly connected to the base is fixed to the switch spring , one side of the movable door opposite to the switch spring is fixedly provided with an ejector rod , and the baffle plate pushes the ejector rod as the panel rotates so that the movable door slides back and forth along the guide rod to open and close the first water outlet .
An applicator for medical-use liquids comprising: a handle section comprising a hollow cylindrical member , a liquid container incorporated in the cylindrical member , and a cleaving means of the liquid container ; and an applying section comprising a bank section formed at a peripheral edge of an attachment plate , a base bottom section formed as a recess in a center of the attachment plate surrounded by the bank section , an attachment plate of an application pad fixed to a lower end of the cylindrical member such that the attachment plate is inclined with respect to the hollow cylindrical member , and the application pad fixed to the attachment plate , characterized in that the applicator is provided with a single outflow hole being inclined with respect to the base bottom section and comprising an opening in the base bottom section such that a solution released and discharged near the base bottom section center from the liquid container flows outtoward an attachment plate distal end direction, and a weir is provided in an arcuate shape or a crescent shape in the base bottom section in an attachment plate distal end direction from the outflow hole , the outflow hole being located on a center side of the arc of the arcuate shape or the crescent shape, a handle section comprising a hollow cylindrical member , a liquid container incorporated in the cylindrical member , and a cleaving means of the liquid container ; and an applying section comprising a bank section formed at a peripheral edge of an attachment plate , a base bottom section formed as a recess in a center of the attachment plate surrounded by the bank section , an attachment plate of an application pad fixed to a lower end of the cylindrical member such that the attachment plate is inclined with respect to the hollow cylindrical member , and the application pad fixed to the attachment plate , characterized in that the applicator is provided with a single outflow hole being inclined with respect to the base bottom section and comprising an opening in the base bottom section such that a solution released and discharged near the base bottom section center from the liquid container flows outtoward an attachment plate distal end direction, and a weir is provided in an arcuate shape or a crescent shape in the base bottom section in an attachment plate distal end direction from the outflow hole , the outflow hole being located on a center side of the arc of the arcuate shape or the crescent shape,
A packet processing method, wherein the method comprises: receiving, by an optical network unit, ONU, an Ethernet packet frame sent by a user device; slicing, by the ONU, the Ethernet packet frame based on information about a minimum transmission unit of an optical transport network, OTN, to generate a first Ethernet packet slice, wherein a length of the minimum transmission unit of the OTN is an integer multiple of a length of the first Ethernet packet slice; and sending, by the ONU, a GPON Encapsulation Mode, GEM, frame to an optical line terminal, OLT, wherein the Ethernet packet slice and a slice identifier are encapsulated into the GEM frame, and the slice identifier indicates that the length of the minimum transmission unit of the OTN is an integer multiple of the length of the Ethernet packet slice. receiving, by an optical network unit, ONU, an Ethernet packet frame sent by a user device; slicing, by the ONU, the Ethernet packet frame based on information about a minimum transmission unit of an optical transport network, OTN, to generate a first Ethernet packet slice, wherein a length of the minimum transmission unit of the OTN is an integer multiple of a length of the first Ethernet packet slice; and sending, by the ONU, a GPON Encapsulation Mode, GEM, frame to an optical line terminal, OLT, wherein the Ethernet packet slice and a slice identifier are encapsulated into the GEM frame, and the slice identifier indicates that the length of the minimum transmission unit of the OTN is an integer multiple of the length of the Ethernet packet slice.
A method for wireless communications by a user equipment, UE , of a first type of UEs, comprising: receiving information regarding one or more downlink, DL, coverage enhancement techniques utilized by a base station when communicating with the UE to adjust at least for reduced DL processing gain of the first type of UEs relative to a second type of UEs, wherein the one or more DL coverage enhancement techniques comprise at least one of reduced payload size, increased number of resources per subframe, transmission time interval, TTI, bundling over different subframes, and/or beamforming; receiving one or more DL transmissions from the base station transmitted using the one or more DL coverage enhancement techniques; and processing the one or more received DL transmissions based on the received information. receiving information regarding one or more downlink, DL, coverage enhancement techniques utilized by a base station when communicating with the UE to adjust at least for reduced DL processing gain of the first type of UEs relative to a second type of UEs, wherein the one or more DL coverage enhancement techniques comprise at least one of reduced payload size, increased number of resources per subframe, transmission time interval, TTI, bundling over different subframes, and/or beamforming; receiving one or more DL transmissions from the base station transmitted using the one or more DL coverage enhancement techniques; and processing the one or more received DL transmissions based on the received information.