mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, wherein the method is performed by a terminal device and comprises: receiving first information, wherein the first information is used to indicate that a hybrid automatic repeat request, HARQ, function of a hybrid automatic repeat request HARQ process associated with a first configured grant is enabled or disabled, and the first configured grant is configured by using radio resource control RRC signaling; and performing data transmission by using the first configured grant based on the first information; characterized in that the first information indicates the HARQ function state of the first configured grant and is used to ensure that HARQ function states of all HARQ processes associated with a same configured grant are consistent in that when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are enabled, or when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are disabled. receiving first information, wherein the first information is used to indicate that a hybrid automatic repeat request, HARQ, function of a hybrid automatic repeat request HARQ process associated with a first configured grant is enabled or disabled, and the first configured grant is configured by using radio resource control RRC signaling; and performing data transmission by using the first configured grant based on the first information; characterized in that the first information indicates the HARQ function state of the first configured grant and is used to ensure that HARQ function states of all HARQ processes associated with a same configured grant are consistent in that when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are enabled, or when the terminal device transmits data by using the configured grant, all HARQ functions of the HARQ processes are disabled.
A method for prioritizing transmission and receipt of uplink signals in a relay node, RN, , of a wireless communication system, the method comprising: determining radio resource requirements for receiving the one or more access link signals and transmitting one or more backhaul link signal to an eNodeB, eNB, ; wherein determining the radio resource requirements for receiving on or more access link signals comprises: measuring (S1103, S1107) access link utilization for receiving, from a User Equipment, UE, , one or more access link signals during a transmission time interval and wherein determining the radio resource requirements for transmitting the one or more backhaul link signals comprises: determining (S1101) the feedback/transmission period for a backhaul control type 2 signal; determining a signal type of each of the one or more access link signals and a signal type of each of the one or more backhaul link signals scheduled in a radio resource; and selecting one of a transmitting mode operation and a receiving mode operation for the radio resource based on the radio resource requirements for receiving the one or more access link signals and transmitting the one or more backhaul link signals, based on the signal type of each of the one or more access link signals and the signal type of each of the one or more backhaul link signals scheduled in the radio resource, based on the feedback/transmission period for at least one backhaul control type 2 signal, and based on the access link utilization. determining (S1101) the feedback/transmission period for a backhaul control type 2 signal; determining a signal type of each of the one or more access link signals and a signal type of each of the one or more backhaul link signals scheduled in a radio resource; and selecting one of a transmitting mode operation and a receiving mode operation for the radio resource based on the radio resource requirements for receiving the one or more access link signals and transmitting the one or more backhaul link signals, based on the signal type of each of the one or more access link signals and the signal type of each of the one or more backhaul link signals scheduled in the radio resource, based on the feedback/transmission period for at least one backhaul control type 2 signal, and based on the access link utilization.
A remote controller , comprising: a transmitter ; a microphone ; a communicator comprising communication circuitry; and a processor configured to, based on the microphone receiving an audio signal which is outputted from an audio output apparatus , control the communicator to transmit the received audio signal to a display apparatus and control the transmitter to transmit a signal for controlling a power of the audio output apparatus to the audio output apparatus , based on information indicating whether a test tone is included in the received audio signal, being received from the display apparatus . a transmitter ; a microphone ; a communicator comprising communication circuitry; and a processor configured to, based on the microphone receiving an audio signal which is outputted from an audio output apparatus , control the communicator to transmit the received audio signal to a display apparatus and control the transmitter to transmit a signal for controlling a power of the audio output apparatus to the audio output apparatus , based on information indicating whether a test tone is included in the received audio signal, being received from the display apparatus .
Modular directional valve device, comprising a variable displacement pump of the load sensing type LS (PA) and one or more elements or sections (E1, E2, ... En) connected to said variable displacement pump (PA) for the management thereof; each element (E1, E2,...En) including spools (C1, C2,... Cn) configured to control the drive of relative utilities (A1, B1, A2, B2,...An, Bn); the directional valve device comprising a supply line (P1) by means of which the directional valve device is arranged for the connection to the pump (PA), said supply line (P1) being divided into at least two channels, comprising: a. A bypass line (LC) which, with the spools (C1, C2, ... Cn) in central position, crosses all the elements (E1, E2, ... En) and then connects to a tank (T) through an independent connection (C), b. A load line connecting the supply line (P1) to the utilities (A1, B1, A2, B2,...An, Bn) which, with spools (C1...Cn) in central position, is a closed line, wherein said valve device comprises, on the bypass line (LC) only and upstream of the first element (E1), a flow rate regulator group comprising at least one piloted spool and a choke , wherein said valve device further comprises a proportional variable choke configured for setting said supply line (P1) in communication with said load line , wherein it further comprises a control signal (P) connected to said flow rate regulator group, said control signal (P) acting on said proportional variable choke and a load sensing signal (LS) along said load line downstream of said proportional variable choke reaches the pump (PA). a. A bypass line (LC) which, with the spools (C1, C2, ... Cn) in central position, crosses all the elements (E1, E2, ... En) and then connects to a tank (T) through an independent connection (C), b. A load line connecting the supply line (P1) to the utilities (A1, B1, A2, B2,...An, Bn) which, with spools (C1...Cn) in central position, is a closed line, wherein
A conotoxin peptide κ-CPTx-btl03 for use in therapeutically inhibiting a calcium ion channel, wherein the conotoxin peptide κ-CPTx-btl03 is : (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine; the amino acid sequences of polypeptides (a) and (b) contain three pairs of disulfide bonds. (a) a polypeptide having the amino acid sequence shown in SEQ ID NO: 1; or (b) a polypeptide derived from polypeptide (a) by substitution, addition and deletion of one or more amino acids in the amino acid sequence of SEQ ID NO: 1 of polypeptide (a) and having the function of polypeptide (a); wherein the amino acids to be substituted, added or deleted do not include cysteine;
A method for controlling an electronic device comprising a camera , communication interface , display , and processor , the method comprising: acquiring, by the camera , an image comprising a guide member corresponding to a shape and size of a display device and having a plurality of marks (515-1, 515-4) formed in corner areas of the guide member , the guide member having a form of a frame surrounding an empty space and being positioned at a position where the display device is to be installed; displaying, on the display , the acquired image overlaid with a plurality of indicators (720-1, 720-4); and in response to identifying that the plurality of marks (515-1, 515-4) of the guide member are positioned at the plurality of indicators (720-1, 720-4) in the acquired image, analyzing, by the processor , a background area within the empty space of the guide member in the acquired image to acquire information relating to a background image at the position where the display device is to be installed; and transmitting, by the communication interface , the acquired information relating to the background image to the display device and thereby display the background image on the display device . acquiring, by the camera , an image comprising a guide member corresponding to a shape and size of a display device and having a plurality of marks (515-1, 515-4) formed in corner areas of the guide member , the guide member having a form of a frame surrounding an empty space and being positioned at a position where the display device is to be installed; displaying, on the display , the acquired image overlaid with a plurality of indicators (720-1, 720-4); and in response to identifying that the plurality of marks (515-1, 515-4) of the guide member are positioned at the plurality of indicators (720-1, 720-4) in the acquired image, analyzing, by the processor , a background area within the empty space of the guide member in the acquired image to acquire information relating to a background image at the position where the display device is to be installed; and transmitting, by the communication interface , the acquired information relating to the background image to the display device and thereby display the background image on the display device .
A debridement device having a wound contacting layer for debridement of a wound, comprising: a layer of gel-forming fibres; and a plurality of bristles in contact with the gel-forming fibres, wherein the plurality of bristles comprise nylon, polypropylene, acrylic, polyvinyl chloride (PVC), polycarbonate, silicone, wool, or any combination thereof. a layer of gel-forming fibres; and a plurality of bristles in contact with the gel-forming fibres, wherein the plurality of bristles comprise nylon, polypropylene, acrylic, polyvinyl chloride (PVC), polycarbonate, silicone, wool, or any combination thereof.
A component carrier comprising a base structure comprising a first metallic layer and a second metallic layer being separated by at least one dielectric layer ; an antenna arrangement having at least a first antenna element and a second antenna element , wherein both antennas elements are embedded within the base structure ; and an electronic component , which is embedded within the base structure and which is operatively connected both with the first antenna element and the second antenna element , wherein the electronic component is an active electronic component which is capable of (i) providing a first transmit signal to the first antenna element and a second transmit signal to the second antenna element and/or (ii) processing a first receive signal received from the first antenna element and a second receive signal received from the second antenna element, wherein the antenna elements include at least a part of the firstmetallic layer and at least a part of the second metallic layer , characterized in that the antenna elements comprise a recess or a slot formed within a structure made from an electrically conductive material and are each formed within and at least partially at a side wall of an opening which itself is formed at an upper surface of the base structure and within the base structure . a base structure comprising a first metallic layer and a second metallic layer being separated by at least one dielectric layer ; an antenna arrangement having at least a first antenna element and a second antenna element , wherein both antennas elements are embedded within the base structure ; and an electronic component , which is embedded within the base structure and which is operatively connected both with the first antenna element and the second antenna element , wherein the electronic component is an active electronic component which is capable of (i) providing a first transmit signal to the first antenna element and a second transmit signal to the second antenna element and/or (ii) processing a first receive signal received from the first antenna element and a second receive signal received from the second antenna element, (i) providing a first transmit signal to the first antenna element and a second transmit signal to the second antenna element and/or (ii) processing a first receive signal received from the first antenna element and a second receive signal received from the second antenna element, wherein the antenna elements include at least a part of the firstmetallic layer and at least a part of the second metallic layer , characterized in that the antenna elements comprise a recess or a slot formed within a structure made from an electrically conductive material and are each formed within and at least partially at a side wall of an opening which itself is formed at an upper surface of the base structure and within the base structure .
Seat , particularly a rocking chair, comprising a frame , a seat surface and a backrest , wherein the frame comprises two lower frame parts extending forward from the backrest and each having a curved progression which is convex in downward direction, characterized by at least one stop member arranged close to a front outer end and/or close to a rear outer end of each lower frame part , wherein a part of the at least one stop member which protrudes outside the lower frame part has an open section, wherein the at least one stop member comprises a number of chambers .
A method of enhancing a digital image sequence , the method comprising: receiving, by a computing device , the digital image sequence that has multiple image frames; and characterised by the method further comprising; generating, from the digital image sequence a plurality of prime layer image sequences (302, 304. 306, 402. 404, 406, 408, 502, 504, 506, 508), wherein each prime layer image sequence is generated by a respective prime layer processor , wherein each prime layer processor includes a set of image processing methods and algorithms, such that each prime layer image sequence represents a distinctive visual style; constructing an appearance graph that includes a plurality of prime layer nodes , wherein each of the prime layer image sequences is represented by a prime layer node such that each prime layer node of the plurality of prime layer nodes represents the distinctive visual style of the respective prime layer image sequence; generating a second layer node by blending at least two prime layer nodes of the appearance graph; and generating an enhanced image sequence corresponding to the second layer node by blending the at least two prime layer image sequences corresponding to the at least two prime layer nodes blended to generate the second layer node. receiving, by a computing device , the digital image sequence that has multiple image frames; and characterised by the method further comprising; generating, from the digital image sequence a plurality of prime layer image sequences (302, 304. 306, 402. 404, 406, 408, 502, 504, 506, 508), wherein each prime layer image sequence is generated by a respective prime layer processor , wherein each prime layer processor includes a set of image processing methods and algorithms, such that each prime layer image sequence represents a distinctive visual style; constructing an appearance graph that includes a plurality of prime layer nodes , wherein each of the prime layer image sequences is represented by a prime layer node such that each prime layer node of the plurality of prime layer nodes represents the distinctive visual style of the respective prime layer image sequence; generating a second layer node by blending at least two prime layer nodes of the appearance graph; and generating an enhanced image sequence corresponding to the second layer node by blending the at least two prime layer image sequences corresponding to the at least two prime layer nodes blended to generate the second layer node.
Connecting arrangement for a connecting system for producing a fluidic connection (F) between a first container and a second container , it being possible, for producing the fluidic connection (F), for the connecting arrangement to be coupled to a second connecting arrangement and the connecting system being designed to bring about an opening by coupling, as a result of which a passage (P) is produced which is suitable for interconnecting the interiors of the containers , the connecting arrangement comprising a tubular coupling arrangement having a tube axis , the coupling arrangement being closed in an original state and being openable to form the passage (P) by deforming the coupling arrangement transversely to its tube axis , characterised in that the coupling arrangement comprises a step portion that extends substantially radially relative to the tube axis and is arranged between a first portion extending at least substantially in parallel with the tube axis and a second portion extending at least substantially in parallel with the tube axis , and the step portion forms a bellows together with the coupling arrangement . the connecting arrangement comprising a tubular coupling arrangement having a tube axis , the coupling arrangement being closed in an original state and being openable to form the passage (P) by deforming the coupling arrangement transversely to its tube axis , characterised in that the coupling arrangement comprises a step portion that extends substantially radially relative to the tube axis and is arranged between a first portion extending at least substantially in parallel with the tube axis and a second portion extending at least substantially in parallel with the tube axis , and the step portion forms a bellows together with the coupling arrangement .
A method for encoding three-dimensional, 3D, video content comprising a texture view component and a depth view component , comprising: encoding an uncompressed picture into a coded picture comprising a coded slice of the texture view component and a coded slice of the depth view component , the encoding comprising: classifying syntax elements for the slice of the depth view component into a first set and a second set; determining syntax element values for the first set and the second set; encoding syntax element values for the first set selectively in a group of slices parameter set or in the slice header of the slice of the depth view component ; when coding said group of slices parameter set, providing an indication as to whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component ; and encoding the syntax element values of the second set in the slice header of the slice of the depth view component . classifying syntax elements for the slice of the depth view component into a first set and a second set; determining syntax element values for the first set and the second set; encoding syntax element values for the first set selectively in a group of slices parameter set or in the slice header of the slice of the depth view component ; when coding said group of slices parameter set, providing an indication as to whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component ; and whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component ; and encoding the syntax element values of the second set in the slice header of the slice of the depth view component .
An adhesive composition comprising: an adhesive resin; cellulose; and further comprising lignin; wherein at least a portion of the cellulose is type-II cellulose. an adhesive resin; cellulose; and further comprising lignin; wherein at least a portion of the cellulose is type-II cellulose.
A method for a transmitter device for transmitting information bits, the method comprising: producing an input vector for polar encoding, the input vector having bit positions with respective reliabilities, and the input vector including information bits, frozen bits, and one or more signature bits, wherein each bit of the one or more signature bits is in a respective bit position in the input vector that has a lower reliability than a reliability of bit positions in the input vector for the information bits; polar encoding the input vector to produce a polar code codeword; transmitting the polar code codeword to at least one receiver device; and transmitting the one or more signature bits to the at least one receiver device separately from transmitting the codeword, such that a respective value of the one or more signature bits is known to the at least one receiver device. producing an input vector for polar encoding, the input vector having bit positions with respective reliabilities, and the input vector including information bits, frozen bits, and one or more signature bits, wherein each bit of the one or more signature bits is in a respective bit position in the input vector that has a lower reliability than a reliability of bit positions in the input vector for the information bits; polar encoding the input vector to produce a polar code codeword; transmitting the polar code codeword to at least one receiver device; and transmitting the one or more signature bits to the at least one receiver device separately from transmitting the codeword, such that a respective value of the one or more signature bits is known to the at least one receiver device.