mhurhangee/ep-ind-claims huggingface dataset:
Attenuated variant of the Rift Valley Fever virus (RVFV), wherein the substitutions in the RdRp protein encoded by the L segment of the RNA of said variant consists of: - the amino acid at position 924 is serine (L[Gly924Ser]); - the amino acid at position 1303 is threonine (L[Ala1303Thr]); wherein the sequence SEQ ID NO: 47 of wild strain 56/74 of the RVF virus or the sequence SEQ ID NO: 54 of the wild type ZH548 strain of the RVF virus, are the reference sequences for the numbering of the amino acids of said protein; and the substitution in the NSs protein encoded by the S segment of the RNA of said variant consists of: - the amino acid at position 82 is leucine (NSs[Pro82Leu]); wherein the sequence SEQ ID NO: 49 of wild strain 56/74 of the RVF virus or the sequence SEQ ID NO: 56 of the wild type ZH548 strain of the RVF virus, are the reference sequences for the numbering of the amino acids of said protein. - the amino acid at position 924 is serine (L[Gly924Ser]); - the amino acid at position 1303 is threonine (L[Ala1303Thr]); wherein the sequence SEQ ID NO: 47 of wild strain 56/74 of the RVF virus or the sequence SEQ ID NO: 54 of the wild type ZH548 strain of the RVF virus, are the reference sequences for the numbering of the amino acids of said protein; and the substitution in the NSs protein encoded by the S segment of the RNA of said variant consists of: - the amino acid at position 82 is leucine (NSs[Pro82Leu]); - the amino acid at position 82 is leucine (NSs[Pro82Leu]); wherein the sequence SEQ ID NO: 49 of wild strain 56/74 of the RVF virus or the sequence SEQ ID NO: 56 of the wild type ZH548 strain of the RVF virus, are the reference sequences for the numbering of the amino acids of said protein.
A wireless communication device comprising: an acquisition section (136, 138) configured to wirelessly acquire information from a communication partner; and a communication controller configured to perform control to - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner, - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure. an acquisition section (136, 138) configured to wirelessly acquire information from a communication partner; and a communication controller configured to perform control to - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner, - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure. - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner, - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure.
Process for preparing octachlorotrisilane by subjecting chlorosilanes comprising at least one monomeric chlorosilane of the general formula I H x SiCl 4-x where x is independently selected from 0, 1, 2 and 3 to a thermal plasma, wherein the thermal plasma is a light arc plasma in which the electrons and the ions have virtually the same temperature, characterized in that the process is performed in an apparatus comprising a gas discharge reactor having two columns (2a, 2b), and - a first column is provided with a column inlet for removal of the octachlorotrisilane upstream of the gas discharge reactor and a second column with a column inlet for removal of the low boilers downstream of the gas discharge reactor, and - the column outlet of column has a dedicated gas divider, and - the gas divider has a dedicated recycle line which supplies the low boilers to the first column or to the gas discharge reactor as a return stream, and a pressure of 300 to 800 mbar abs exists in the gas discharge reactor. - a first column is provided with a column inlet for removal of the octachlorotrisilane upstream of the gas discharge reactor and a second column with a column inlet for removal of the low boilers downstream of the gas discharge reactor, and - the column outlet of column has a dedicated gas divider, and - the gas divider has a dedicated recycle line which supplies the low boilers to the first column or to the gas discharge reactor as a return stream,
A fire detection device, comprising: a base configured for mounting on a wall or ceiling, the base including a plurality of switches each configured to reflect light in a first position and absorb or redirect light in a second position, wherein the first position is associated with a first value and the second position is associated with a second value, and wherein positions of the plurality of switches indicate an address associated with the fire detection device without the base having any electronics; and a transponder unit including: a transponder, and means for detecting (57, 71) whether the each of the plurality of switches is in the first position or the second position based on reflected light, wherein the transponder unit is configured to mount to the base such that the means for detecting is positioned opposite the plurality of switches to enable detection of the positions of the plurality of switches. a base configured for mounting on a wall or ceiling, the base including a plurality of switches each configured to reflect light in a first position and absorb or redirect light in a second position, wherein the first position is associated with a first value and the second position is associated with a second value, and wherein positions of the plurality of switches indicate an address associated with the fire detection device without the base having any electronics; and a transponder unit including: a transponder, and means for detecting (57, 71) whether the each of the plurality of switches is in the first position or the second position based on reflected light, wherein the transponder unit is configured to mount to the base such that the means for detecting is positioned opposite the plurality of switches to enable detection of the positions of the plurality of switches. a transponder, and means for detecting (57, 71) whether the each of the plurality of switches is in the first position or the second position based on reflected light, wherein the transponder unit is configured to mount to the base such that the means for detecting is positioned opposite the plurality of switches to enable detection of the positions of the plurality of switches.
A wireless power supply device for supplying electric power to a vehicle by causing a power supply coil that is provided in an electric power supply space to face a power receiving coil that is provided in the vehicle when the power supply coil is in a horizontal position, and by electromagnetically coupling the power supply coil with the power receiving coil, the wireless power supply device comprising: a power supply coil having an upper and a lower surface; a position setting member (1, 2, 3, 1A) configured to set the upper surface of the power supply coil in a vertical position in a state of not detecting entry of the vehicle into the electric power supply space, and to cause the upper surface of the power supply coil to change from being in the vertical position to being in the horizontal position upon detecting entry of the vehicle into the electric power supply space; characterized in that the upper surface of the power supply coil is flush with the travel surface of the vehicle when the power supply coil is in the horizontal position. a power supply coil having an upper and a lower surface; a position setting member (1, 2, 3, 1A) configured to set the upper surface of the power supply coil in a vertical position in a state of not detecting entry of the vehicle into the electric power supply space, and to cause the upper surface of the power supply coil to change from being in the vertical position to being in the horizontal position upon detecting entry of the vehicle into the electric power supply space; characterized in that the upper surface of the power supply coil is flush with the travel surface of the vehicle when the power supply coil is in the horizontal position.
A method of determining a quality of a cladding layer formed by irradiating a laser beam while a metallic powder is being supplied, the method comprising: a process of capturing an image of a melt pool and an area around thereof while the cladding layer is being formed; and the method being characterized by: a process of measuring the sizes and the number of ball-shaped metallic powder aggregates absorbed in the melt pool from the image that has been captured; and a process of determining the quality of the cladding layer based on the sizes and the number that have been measured. a process of capturing an image of a melt pool and an area around thereof while the cladding layer is being formed; and the method being characterized by: a process of measuring the sizes and the number of ball-shaped metallic powder aggregates absorbed in the melt pool from the image that has been captured; and a process of determining the quality of the cladding layer based on the sizes and the number that have been measured. a process of measuring the sizes and the number of ball-shaped metallic powder aggregates absorbed in the melt pool from the image that has been captured; and a process of determining the quality of the cladding layer based on the sizes and the number that have been measured.
An assembly for a side view mirror for a vehicle, the assembly comprising: two arm members (12, 14), the arm members being configured to receive a side view mirror thereat; a joining member for joining the arm members, characterised in that the joining member comprises two sleeves (18A, 18B), each sleeve projecting from a respective arm member and comprising an interlocking profile (20A, 20B) at a distal end thereof; and a tightener (22, 24) configured for receipt through the sleeves when the sleeves are in an aligned configuration, wherein tightening the tightener draws the interlocking profiles of the aligned sleeves into engagement, whereby the arm members become rigidly joined, wherein hat each sleeve is integrally formed with the respective arm member. two arm members (12, 14), the arm members being configured to receive a side view mirror thereat; a joining member for joining the arm members, characterised in that the joining member comprises two sleeves (18A, 18B), each sleeve projecting from a respective arm member and comprising an interlocking profile (20A, 20B) at a distal end thereof; and a tightener (22, 24) configured for receipt through the sleeves when the sleeves are in an aligned configuration, wherein tightening the tightener draws the interlocking profiles of the aligned sleeves into engagement, whereby the arm members become rigidly joined, wherein hat each sleeve is integrally formed with the respective arm member.
Compressor system for a vehicle, having - a compressor driven by a drive motor of the vehicle, and - a suction air conduit for supplying air that has already been precompressed by a turbocharger of the drive motor to the compressor, means for reducing the flow cross section being disposed in the suction air conduit, it being possible to use said means to limit the charging pressure of the already precompressed air supplied to the compressor, characterized in that an adjustable maximum value of the charging pressure in an idling phase is chosen as a function of at least one of the following variables: - oil ejected by the compressor, - power loss of the compressor. - a compressor driven by a drive motor of the vehicle, and - a suction air conduit for supplying air that has already been precompressed by a turbocharger of the drive motor to the compressor, means for reducing the flow cross section being disposed in the suction air conduit, it being possible to use said means to limit the charging pressure of the already precompressed air supplied to the compressor, characterized in that an adjustable maximum value of the charging pressure in an idling phase is chosen as a function of at least one of the following variables: - oil ejected by the compressor, - power loss of the compressor.
A method comprising, at a network device: receiving a request originating from a remote host, wherein the request includes a domain name of a mobile node (101, 102); querying a database (211, 219) using the domain name for a first address of the mobile node (101, 102) as designated according to a first internet layer protocol; if a data bearer according to a second internet layer protocol has not been established, transmitting a wake up message to the mobile node (101, 102) using the first address as designated according to the first internet layer protocol, wherein the wake up message includes an identity of the remote host; receiving a second address of the mobile node (101, 102) as designated according to the second internet layer protocol, wherein the second address is assigned to the mobile node (101, 102) in response to the wake up message, wherein the mobile node is a cellular router configurable or manageable by the remote host; and forwarding the second address to the remote host, wherein the first internet layer protocol is IPv6 and the second internet layer protocol is IPv4. receiving a request originating from a remote host, wherein the request includes a domain name of a mobile node (101, 102); querying a database (211, 219) using the domain name for a first address of the mobile node (101, 102) as designated according to a first internet layer protocol; if a data bearer according to a second internet layer protocol has not been established, transmitting a wake up message to the mobile node (101, 102) using the first address as designated according to the first internet layer protocol, wherein the wake up message includes an identity of the remote host; receiving a second address of the mobile node (101, 102) as designated according to the second internet layer protocol, wherein the second address is assigned to the mobile node (101, 102) in response to the wake up message, wherein the mobile node is a cellular router configurable or manageable by the remote host; and forwarding the second address to the remote host, wherein the first internet layer protocol is IPv6 and the second internet layer protocol is IPv4.
Method for operating an automation device, in particular a drive control unit, - wherein the automation device comprises an internal finite state machine, an internal data interface, a mapping unit and a communication module with an external data interface, - wherein with respect to a flow of information in the automation device the internal data interface lies between the internal finite state machine and the mapping unit and with respect to the same flow of information the mapping unit lies between the internal data interface and the external data interface, - wherein states of the internal finite state machine are routed to the mapping unit via the internal data interface and - wherein the mapping unit makes state information in the form of separate state information obtained from the received states available to a communication unit of the communication module, characterised in that - the mapping unit buffers states received from the internal finite state machine in a buffer and in addition to the respective current state the mapping unit also takes stored preceding states into consideration during the provision of state information and - the mapping unit uses a current state received from the internal finite state machine and a buffered preceding state to generate one of the items of state information obtained. - wherein the automation device comprises an internal finite state machine, an internal data interface, a mapping unit and a communication module with an external data interface, - wherein with respect to a flow of information in the automation device the internal data interface lies between the internal finite state machine and the mapping unit and with respect to the same flow of information the mapping unit lies between the internal data interface and the external data interface, - wherein states of the internal finite state machine are routed to the mapping unit via the internal data interface and - wherein the mapping unit makes state information in the form of separate state information obtained from the received states available to a communication unit of the communication module, characterised in that - the mapping unit buffers states received from the internal finite state machine in a buffer and in addition to the respective current state the mapping unit also takes stored preceding states into consideration during the provision of state information and - the mapping unit uses a current state received from the internal finite state machine and a buffered preceding state to generate one of the items of state information obtained.
A glass body layer comprising at least two glass bodies that extend in a z-direction and are arranged side by side in an x-direction; wherein at least two spacer positions are provided spaced apart at an interval A in the z-direction longitudinally of the glass bodies, where spacers are arranged between the glass bodies; wherein the spacers are thread-like elements having two ends (11, 12); wherein at least one thread-like element is provided at each spacer position; and wherein the two ends (11, 12) of the at least one thread-like element are not connected to one another; characterized in that the thread-like element has a thread thickness S, with 0.25 mm ≤ S ≤ 2.5 mm; that the two ends (11, 12) of the at least one thread-like element hang down laterally of the glass body layer; and that the thread-like element includes a loop in the y-direction below or above every glass body of the glass body layer. wherein at least two spacer positions are provided spaced apart at an interval A in the z-direction longitudinally of the glass bodies, where spacers are arranged between the glass bodies; wherein the spacers are thread-like elements having two ends (11, 12); wherein at least one thread-like element is provided at each spacer position; and wherein the two ends (11, 12) of the at least one thread-like element are not connected to one another; characterized in that the thread-like element has a thread thickness S, with 0.25 mm ≤ S ≤ 2.5 mm; that the two ends (11, 12) of the at least one thread-like element hang down laterally of the glass body layer; and that the thread-like element includes a loop in the y-direction below or above every glass body of the glass body layer.
A leaning vehicle comprising a driving assist control device for obstacles, which is mounted on a leaning vehicle body frame leaning rightward in a vehicle left-right direction when turning right and leaning leftward in the vehicle left-right direction when turning left, and is configured to control assisting braking force based on at least one of a front wheel brake operation amount of a front wheel brake operator or a rear wheel brake operation amount of a rear wheel brake operator and a margin obtained based on the relationship between an obstacle and the leaning vehicle, the driving assist control device for obstacles being characterised in that it is configured to control the assisting braking force so as to establish at least one of: a relationship 1 in which, in a state in which braking force including the assisting braking force is generated by both a front wheel brake and a rear wheel brake or by only the front wheel brake, based on at least the front wheel brake operation amount and the margin obtained based on the relationship between the obstacle and the leaning vehicle, at least the front wheel braking force generated by the front wheel brake is decreased in response to the decrease in the front wheel brake operation amount; or a relationship 2 in which, in a state in which braking force including the assisting braking force is generated by both the front wheel brake and the rear wheel brake or by only the rear wheel brake, based on at least the rear wheel brake operation amount and the margin obtained based on the relationship between the obstacle and the leaning vehicle, at least the rear wheel braking force generated by the rear wheel brake is decreased in response to the decrease in the rear wheel brake operation amount. the driving assist control device for obstacles being characterised in that it is configured to control the assisting braking force so as to establish at least one of: a relationship 1 in which, in a state in which braking force including the assisting braking force is generated by both a front wheel brake and a rear wheel brake or by only the front wheel brake, based on at least the front wheel brake operation amount and the margin obtained based on the relationship between the obstacle and the leaning vehicle, at least the front wheel braking force generated by the front wheel brake is decreased in response to the decrease in the front wheel brake operation amount; or a relationship 2 in which, in a state in which braking force including the assisting braking force is generated by both the front wheel brake and the rear wheel brake or by only the rear wheel brake, based on at least the rear wheel brake operation amount and the margin obtained based on the relationship between the obstacle and the leaning vehicle, at least the rear wheel braking force generated by the rear wheel brake is decreased in response to the decrease in the rear wheel brake operation amount.