mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving by a cloud server one or more walk test result signals from a system in a region, the one or more walk test result signals indicative of one or more triggered input devices in the system and one or more activated first output devices in the system; identifying by the cloud server one or more second output devices in the system configured to be activated responsive to the one or more triggered input devices by executing a simulation of a walk test using a configuration rules file or a cause and effect marix stored in a database device (130-3) of the cloud server and an identification of the one or more triggered input devices from the one or more walk test result signals ; comparing by the cloud server the one or more activated first output devices to the one or more second output devices configured to be activated; and transmitting by the cloud server a second signal indicative of results of the comparing. receiving by a cloud server one or more walk test result signals from a system in a region, the one or more walk test result signals indicative of one or more triggered input devices in the system and one or more activated first output devices in the system; identifying by the cloud server one or more second output devices in the system configured to be activated responsive to the one or more triggered input devices by executing a simulation of a walk test using a configuration rules file or a cause and effect marix stored in a database device (130-3) of the cloud server and an identification of the one or more triggered input devices from the one or more walk test result signals ; comparing by the cloud server the one or more activated first output devices to the one or more second output devices configured to be activated; and transmitting by the cloud server a second signal indicative of results of the comparing.
Roller assembly for a milling device , comprising a first roller , which is held by at least one first bearing body , and a second roller , which is held by at least one second bearing body , wherein the first bearing body and the second bearing body are adjustable relative to each other by means of an adjusting device in such a way that a milling gap formed between the first roller and the second roller is adjustable, characterized in that the adjusting device comprises a mechanical force amplifier which contains: - an input member for applying an input force to the force amplifier , - an output member coupled to the second bearing body for applying an output force to the second bearing body , - at least one first amplifier member formed by or coupled to the input member , which is displaceable in an axial direction (A) and has at least one first contact surface , - at least one second amplifier member which is displaceable in a transverse direction (Q) different from the axial direction (A) and has at least one second contact surface with which it abuts the first contact surface of the first amplifier member , and at least one third contact surface , - at least one third amplifier member formed by or coupled to the output member , which is displaceable in the axial direction (A) and has at least one fourth contact surface with which it abuts the third contact surface of the second amplifier member , wherein the contact surfaces are matched to each other in such a way that a movement of the first amplifier member in the axial direction (A) causes a movement of the second amplifier member in the transverse direction (Q) and this causes a movement of the output member in the axial direction (A). - an input member for applying an input force to the force amplifier , - an output member coupled to the second bearing body for applying an output force to the second bearing body , - at least one first amplifier member formed by or coupled to the input member , which is displaceable in an axial direction (A) and has at least one first contact surface , - at least one second amplifier member which is displaceable in a transverse direction (Q) different from the axial direction (A) and has at least one second contact surface with which it abuts the first contact surface of the first amplifier member , and at least one third contact surface , - at least one third amplifier member formed by or coupled to the output member , which is displaceable in the axial direction (A) and has at least one fourth contact surface with which it abuts the third contact surface of the second amplifier member , wherein the contact surfaces are matched to each other in such a way that a movement of the first amplifier member in the axial direction (A) causes a movement of the second amplifier member in the transverse direction (Q) and this causes a movement of the output member in the axial direction (A).
A method for wireless communications at a user equipment, UE, comprising: receiving a set of downlink reference signals associated with a downlink channel ; calculating a transmission rank and a channel quality based at least in part on the received set of downlink reference signals ; transmitting an indication of the transmission rank and an indication of the channel quality on an uplink control channel ; and transmitting one or more uplink reference signals that indicate a first precoding matrix associated with the calculated transmission rank and the calculated channel quality . receiving a set of downlink reference signals associated with a downlink channel ; calculating a transmission rank and a channel quality based at least in part on the received set of downlink reference signals ; transmitting an indication of the transmission rank and an indication of the channel quality on an uplink control channel ; and transmitting one or more uplink reference signals that indicate a first precoding matrix associated with the calculated transmission rank and the calculated channel quality .
Stack protection for the manual protection of stacked timber - such as especially firewood, delimbed stems, short logs or sawn timber - from rain and impacts of weather while stored outdoors, wherein the stack protection comprises: - an upper part in the shape of an oblong strip, which upper part comprises tarpaulin or consists of tarpaulin; - side parts in the shape of an oblong strip, which side parts are fastened to both side edges of the upper part , which side parts comprise a protective net or consist of a protective net; - fastening means arranged in both side parts for anchoring the stack protection characterized in that the side parts which are fastened to both the side edges of the upper part are shorter than said side edges. - such as especially firewood, delimbed stems, short logs or sawn timber - from rain and impacts of weather while stored outdoors, - an upper part in the shape of an oblong strip, which upper part comprises tarpaulin or consists of tarpaulin; - side parts in the shape of an oblong strip, which side parts are fastened to both side edges of the upper part , which side parts comprise a protective net or consist of a protective net; - fastening means arranged in both side parts for anchoring the stack protection characterized in that
A method performed by a terminal for a 2-step random access procedure in a wireless communication, comprising: identifying whether physical random access channel, PRACH, occasions for a 4-step random access type is shared with a 2-step random access type; and characterized by when the PRACH occasions for the 4-step random access type is shared with the 2-step random access type, transmitting, to a base station , a message A including preambles based on a configuration of PRACH occasions, wherein the configuration of the PRACH occasions is common for the 4-step random access type and the 2-step random access type. identifying whether physical random access channel, PRACH, occasions for a 4-step random access type is shared with a 2-step random access type; and characterized by when the PRACH occasions for the 4-step random access type is shared with the 2-step random access type, transmitting, to a base station , a message A including preambles based on a configuration of PRACH occasions, wherein the configuration of the PRACH occasions is common for the 4-step random access type and the 2-step random access type.
A method of evaluating the effect of dust on aircraft engines , comprising: for at least one aircraft engine, selecting one of a flight path between two points or a point of departure and frequency of departure for a flight path from the point of departure, wherein the flight path has at least two phases and a flight along the flight path or a departure constitutes one cycle; determining an average dust concentration value at ground level for the two points or the point of departure; determining an average dust concentration value for each phase of the flight path; determining air density for the at least one aircraft engine at each phase of the flight path; determining dust flow through the at least one aircraft engine per cycle based on the average dust concentration values and the air density; and adjusting service of the at least one aircraft engine based on the dust flow. for at least one aircraft engine, selecting one of a flight path between two points or a point of departure and frequency of departure for a flight path from the point of departure, wherein the flight path has at least two phases and a flight along the flight path or a departure constitutes one cycle; determining an average dust concentration value at ground level for the two points or the point of departure; determining an average dust concentration value for each phase of the flight path; determining air density for the at least one aircraft engine at each phase of the flight path; determining dust flow through the at least one aircraft engine per cycle based on the average dust concentration values and the air density; and adjusting service of the at least one aircraft engine based on the dust flow.
Agricultural vehicle that is designed to be coupled with one implement that receives torque from a rear Power Torque Output PTO of the agricultural vehicle, the vehicle comprising: a vehicle cab defining an inner space where a seat for the driver is located; the vehicle cab is provided with a front windshield , a rear windshield and at least one lateral windshield ; a first data display (6-d) coupled with the front windshield and facing the seat , characterized in that the agricultural vehicle further comprises a second data display (7-d) coupled with the rear windshield and placed behind of the seat and a third data display (8-d) coupled with the lateral windshield and placed on one side of the seat , data transmission means connecting the first data display (6-d), the second data display (7-d) and the third data display (8-d) with an electronic control unit of the vehicle for providing data describing the functioning of the vehicle engine and/or parameters of the vehicle; imagine capture system designed to take images of the inner space for detecting the position of the head of the driver and detecting a front head position, a rear head position and a lateral head position; switching means cooperating with the data transmission means in order to activate the first (6-d), the second (7-d) or the third display (8-d) if a front head position, a rear head position and a lateral head position has been respectively detected. a vehicle cab defining an inner space where a seat for the driver is located; the vehicle cab is provided with a front windshield , a rear windshield and at least one lateral windshield ; a first data display (6-d) coupled with the front windshield and facing the seat , characterized in that the agricultural vehicle further comprises a second data display (7-d) coupled with the rear windshield and placed behind of the seat and a third data display (8-d) coupled with the lateral windshield and placed on one side of the seat , data transmission means connecting the first data display (6-d), the second data display (7-d) and the third data display (8-d) with an electronic control unit of the vehicle for providing data describing the functioning of the vehicle engine and/or parameters of the vehicle; imagine capture system designed to take images of the inner space for detecting the position of the head of the driver and detecting a front head position, a rear head position and a lateral head position; switching means cooperating with the data transmission means in order to activate the first (6-d), the second (7-d) or the third display (8-d) if a front head position, a rear head position and a lateral head position has been respectively detected.
Apparatus for holding an organ for at least one of perfusion, storage, assessment and transport of the organ, comprising: a portable housing; a peristaltic pump that, if driven at a constant speed, provides an original pressure wave ; a pressure sensor (P) ; a pump and pulse controller ; and an organ supporting surface configured to support an organ within the housing, wherein the pump and pulse controller is configured to receive tachometer data and pressure data from the pressure sensor (P) and convert the data into a motor drive wave, the motor drive wave being applied to a pressure wave of the pump to form a motor drive output to drive the pump ; characterized in that the motor drive wave applied by the pump and pulse controller is opposite to the original pressure wave of the pump ; and the pump and pulse controller is further configured : (i) to add a selected wave with a new amplitude as compared to that of the original pressure wave or (ii) to add a selected wave with a new pulse width as compared to that of the original pressure wave. a portable housing; a peristaltic pump that, if driven at a constant speed, provides an original pressure wave ; a pressure sensor (P) ; a pump and pulse controller ; and an organ supporting surface configured to support an organ within the housing, wherein the pump and pulse controller is configured to receive tachometer data and pressure data from the pressure sensor (P) and convert the data into a motor drive wave, the motor drive wave being applied to a pressure wave of the pump to form a motor drive output to drive the pump ; (i) to add a selected wave with a new amplitude as compared to that of the original pressure wave or (ii) to add a selected wave with a new pulse width as compared to that of the original pressure wave.
A method comprising: provisioning two or more cryptographic key pairs comprising a current cryptographic key pair and a future cryptographic key pair for use in a communication system; assigning a key pair indicator to each of the two or more cryptographic key pairs, wherein a given key pair indicator is configured to provide indication to an element or function in the communication system as to the given cryptographic key pair used to process a received message encrypted by a user equipment in the communication system; and providing the user equipment with a public key of the current cryptographic key pair to encrypt a first message, the key pair indicator assigned to the current cryptographic key pair, a public key of the future cryptographic key pair to encrypt a second message upon receiving, from the at least one element or function , a failure message when the element or function fails to decrypt the encrypted first message and the key pair indicator assigned to the future cryptographic key pair for storage. provisioning two or more cryptographic key pairs comprising a current cryptographic key pair and a future cryptographic key pair for use in a communication system; assigning a key pair indicator to each of the two or more cryptographic key pairs, wherein a given key pair indicator is configured to provide indication to an element or function in the communication system as to the given cryptographic key pair used to process a received message encrypted by a user equipment in the communication system; and providing the user equipment with a public key of the current cryptographic key pair to encrypt a first message, the key pair indicator assigned to the current cryptographic key pair, a public key of the future cryptographic key pair to encrypt a second message upon receiving, from the at least one element or function , a failure message when the element or function fails to decrypt the encrypted first message and the key pair indicator assigned to the future cryptographic key pair for storage.
A polynucleotide comprising a transgene, wherein (A) the transgene comprises multiple immunoglobulin heavy chain variable (V) exons encoding human immunoglobulin heavy chain V polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the V exons; multiple immunoglobulin diversity (D) coding sequences encoding human immunoglobulin heavy chain D polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the D coding sequences; multiple immunoglobulin heavy chain joining (J) coding sequences encoding human immunoglobulin heavy chain J polypeptides; and mouse immunoglobulin heavy chain cis regulatory sequences between the J coding sequences; and wherein the transgene contains completely mouse DNA sequences except for , and ; or (B) the transgene comprises germline configured mouse immunoglobulin heavy chain locus DNA in which are replaced only coding sequences, all or a part thereof, by human coding sequences so that all of the cis regulatory sequences are mouse cis regulatory sequences; and wherein the transgene according to alternative (A) or (B), when deployed in a mouse, is capable of generating an immunoglobulin heavy chain comprising a human variable region. (A) the transgene comprises multiple immunoglobulin heavy chain variable (V) exons encoding human immunoglobulin heavy chain V polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the V exons; multiple immunoglobulin diversity (D) coding sequences encoding human immunoglobulin heavy chain D polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the D coding sequences; multiple immunoglobulin heavy chain joining (J) coding sequences encoding human immunoglobulin heavy chain J polypeptides; and mouse immunoglobulin heavy chain cis regulatory sequences between the J coding sequences; and wherein the transgene contains completely mouse DNA sequences except for , and ; or multiple immunoglobulin heavy chain variable (V) exons encoding human immunoglobulin heavy chain V polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the V exons; multiple immunoglobulin diversity (D) coding sequences encoding human immunoglobulin heavy chain D polypeptides; mouse immunoglobulin heavy chain cis regulatory sequences between the D coding sequences; multiple immunoglobulin heavy chain joining (J) coding sequences encoding human immunoglobulin heavy chain J polypeptides; and mouse immunoglobulin heavy chain cis regulatory sequences between the J coding sequences; (B) the transgene comprises germline configured mouse immunoglobulin heavy chain locus DNA in which are replaced only coding sequences, all or a part thereof, by human coding sequences so that all of the cis regulatory sequences are mouse cis regulatory sequences;
An image forming apparatus comprising: an image forming portion configured to form a toner image on a recording material (P); a fixing portion configured to fix the toner image on the recording material (P) by heating the toner image formed on the recording material (P); a flow path including a first space (200a1) connecting with said fixing portion and a second space (200a2) connecting with said first space (200a1) and through which air discharged from said fixing portion passes; a first electrode portion (200b1) provided in said first space (200a1) and provided with a first potential; a second electrode portion provided in said second space (200a2) and provided with a second potential different from the first potential; and a fan provided in the flow path; characterized in that said first electrode portion (200b1) is provided as a pair of two electrodes opposing each other with respect to a direction crossing an air passing direction, the fan separates the second space (200a2) from the first space (200a1), and wherein an air speed of the air passing through said second space (200a2) is slower than an air speed of the air passing through said first space (200a1). an image forming portion configured to form a toner image on a recording material (P); a fixing portion configured to fix the toner image on the recording material (P) by heating the toner image formed on the recording material (P); a flow path including a first space (200a1) connecting with said fixing portion and a second space (200a2) connecting with said first space (200a1) and through which air discharged from said fixing portion passes; a first electrode portion (200b1) provided in said first space (200a1) and provided with a first potential; a second electrode portion provided in said second space (200a2) and provided with a second potential different from the first potential; and a fan provided in the flow path; said first electrode portion (200b1) is provided as a pair of two electrodes opposing each other with respect to a direction crossing an air passing direction, the fan separates the second space (200a2) from the first space (200a1), and wherein an air speed of the air passing through said second space (200a2) is slower than an air speed of the air passing through said first space (200a1).
Grain of a rice plant, the grain comprising an aleurone, a starchy endosperm and a ROS1a gene encoding a ROS1a polypeptide, wherein the amino acid sequence of the ROS1a polypeptide is at least 95% identical to SEQ ID NO: 2, wherein the ROS1a gene comprises one or more genetic variations when compared to a corresponding wild-type rice plant whereby the aleurone is thickened compared to aleurone from a corresponding wild-type grain.