mhurhangee/ep-ind-claims huggingface dataset:
A power converting apparatus comprising: a first direct current convertor that is configured to convert a voltage of a DC, Direct Current, power input from a first distributed power source; an inverter that is configured to convert the DC power input from the first direct current convertor to an AC, Alternating Current, power; a controller that is configured to stop an operation of the first direct current convertor without stopping the inverter when a condition that stops an output of the first distributed power source is satisfied; and a communicator configured to communicate with an external server provided outside a consumer facility including the power converting apparatus and the first distributed power source via a communication network, wherein the controller is configured to stop the operation of the first direct current convertor when the communicator receives an output suppression message instructing a stop of an output of the distributed power source from the external server, and the controller is configured to stop the operation of the first direct current convertor without stopping the inverter when communication between the external server and the communicator is disconnected. a first direct current convertor that is configured to convert a voltage of a DC, Direct Current, power input from a first distributed power source; an inverter that is configured to convert the DC power input from the first direct current convertor to an AC, Alternating Current, power; a controller that is configured to stop an operation of the first direct current convertor without stopping the inverter when a condition that stops an output of the first distributed power source is satisfied; and a communicator configured to communicate with an external server provided outside a consumer facility including the power converting apparatus and the first distributed power source via a communication network, wherein the controller is configured to stop the operation of the first direct current convertor when the communicator receives an output suppression message instructing a stop of an output of the distributed power source from the external server, and the controller is configured to stop the operation of the first direct current convertor without stopping the inverter when communication between the external server and the communicator is disconnected.
A supporting frame including a truss composed of an upper straight frame member and a generally parallel lower straight frame member with each of the frame members being operatively supported at or towards its ends in spaced relationship relative to each other and wherein two spans of a divergent inclined brace member extend between the upper and lower straight frame members with the ends of the brace member spans each being secured to the lower straight frame member by means of a fastener associated with it, wherein the brace member spans are of deformable material that may be tubular or of a suitable section selected from an angle section and a channel section, and the ends are flattened and secured to the lower straight frame member, the supporting frame being characterized in that a flattened central region of the brace member has an elongate longitudinal slot to accommodate a fastener or fasteners passing through the flattened central region allowing for limited relative longitudinal movement of the upper and lower straight frame members (3, 4) to take place prior to the fastener or fasteners associated with the central region of the brace member being secured to the upper straight frame member, wherein the relative longitudinal movement enables the upper and lower frame members (3, 4) to operate as two sides of a parallelogram to relieve or avoid stresses that may be occasioned by undulations in a supporting surface.
A photovoltaic system configured to determine a maximally producible output power when the photovoltaic is operated in a curtailed manner in power, wherein - a reference unit (28, 30) is provided forming part of the photovoltaic system and configured to operate at a maximum operating point of the reference unit (28, 30), where as much electrical power as possible is produced by the reference unit (28, 30) from the present solar radiation, - the photovoltaic system is configured to be operated in a curtailed operating point, where a curtailed electrical power is produced from the respectively currently present solar radiation and is fed into a power grid, wherein the curtailed electrical power is less than a producible electrical power that could be produced at maximum by the photovoltaic system with the respectively currently present solar radiation, - the reference unit (28, 30) is configured to change the operating point to a curtailed reference operating point of the reference unit (28,30) corresponding to the curtailed operating point of the photovoltaic system, - the photovoltaic system is configured to determine a power relationship between the producible electrical power in the maximum operating point of the reference unit (28,30) and the producible electrical power in the reference operating point, and - based on the power relationship conclusion is made to the maximally producible power of the photovoltaic system and accordingly to the loss by the curtailed operation. - a reference unit (28, 30) is provided forming part of the photovoltaic system and configured to operate at a maximum operating point of the reference unit (28, 30), where as much electrical power as possible is produced by the reference unit (28, 30) from the present solar radiation, - the photovoltaic system is configured to be operated in a curtailed operating point, where a curtailed electrical power is produced from the respectively currently present solar radiation and is fed into a power grid, wherein the curtailed electrical power is less than a producible electrical power that could be produced at maximum by the photovoltaic system with the respectively currently present solar radiation, - the reference unit (28, 30) is configured to change the operating point to a curtailed reference operating point of the reference unit (28,30) corresponding to the curtailed operating point of the photovoltaic system, - the photovoltaic system is configured to determine a power relationship between the producible electrical power in the maximum operating point of the reference unit (28,30) and the producible electrical power in the reference operating point, and - based on the power relationship conclusion is made to the maximally producible power of the photovoltaic system and accordingly to the loss by the curtailed operation.
1. A positioning system comprising: a local signal generator, configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction, which is a line-of-sight direction from the remote source to the receiver; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; and a motion compensation unit configured to provide motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver. a local signal generator, configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction, which is a line-of-sight direction from the remote source to the receiver; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; and a motion compensation unit configured to provide motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver.
A method of using a wake disruptor to reduce drag of a land vehicle, the method comprising: providing a land vehicle having a front side spaced apart from a rear side to define a length of the land vehicle, a left side spaced apart from a right side to define a width of the land vehicle, and a top side spaced apart from a bottom side to define a height of the land vehicle; arranging a wake disruptor along the rear side of the land vehicle in a configuration to reduce drag of the land vehicle, the wake disruptor forming a protrusion having a width extending outwardly from the rear side by a distance of 3.81 to 20.3 centimetres (1.5 to 8 inches) and having a length (L 112) extending at least partially in a direction of the land vehicle width between a pair of opposing terminal ends, the pair of opposing terminal ends each forming a free end. providing a land vehicle having a front side spaced apart from a rear side to define a length of the land vehicle, a left side spaced apart from a right side to define a width of the land vehicle, and a top side spaced apart from a bottom side to define a height of the land vehicle; arranging a wake disruptor along the rear side of the land vehicle in a configuration to reduce drag of the land vehicle, the wake disruptor forming a protrusion having a width extending outwardly from the rear side by a distance of 3.81 to 20.3 centimetres (1.5 to 8 inches) and having a length (L 112) extending at least partially in a direction of the land vehicle width between a pair of opposing terminal ends, the pair of opposing terminal ends each forming a free end.
Compounds of a general formula 6 where X is -NH-C(NH 2)=N + H 2 CF 3 COO - or -N + H 3 CF 3 COO - and Y is a linear oligomer consisting of arginine units terminated with an aminodimethylenamide unit (-Arg) n -NH-(CH 2) 2 -NH 2, where n = 6-10, or arginine-aminocaproic units (-Arg-Aca) n -NH 2, where n = 6 to 10, or other pharmaceuticaly acceptable anionic forms thereof, including a chloride form.
A detector assembly for an analyzer device for analysis of elemental composition of a sample using optical emission spectroscopy, the detector assembly comprising an exciter for generating an excitation focused at a target position to invoke an optical emission from a surface of the sample at the target position; and a light collection arrangement comprising a folding mirror including at least one aperture, a concave spherical mirror, and an optical receiver (106, 218) arranged in an image point in the principal axis of the concave spherical mirror at which an image of the optical emission at the target position is formed in a desired size, wherein the exciter is arranged with respect to the light collection arrangement such that the excitation is transferred towards the target position through said at least one aperture, and wherein the folding mirror is arranged between the concave spherical mirror and the optical receiver (106, 218) such that the folding mirror folds the principal axis of the concave spherical mirror towards the target position and such that said at least one aperture is aligned with the principal axis of the concave spherical mirror to allow transferring optical emission reflected from the concave spherical mirror therethrough towards the optical receiver (106, 218). an exciter for generating an excitation focused at a target position to invoke an optical emission from a surface of the sample at the target position; and a light collection arrangement comprising a folding mirror including at least one aperture, a concave spherical mirror, and an optical receiver (106, 218) arranged in an image point in the principal axis of the concave spherical mirror at which an image of the optical emission at the target position is formed in a desired size, wherein the exciter is arranged with respect to the light collection arrangement such that the excitation is transferred towards the target position through said at least one aperture, and wherein the folding mirror is arranged between the concave spherical mirror and the optical receiver (106, 218) such that the folding mirror folds the principal axis of the concave spherical mirror towards the target position and such that said at least one aperture is aligned with the principal axis of the concave spherical mirror to allow transferring optical emission reflected from the concave spherical mirror therethrough towards the optical receiver (106, 218).
Cooking oven comprising an oven muffle having muffle walls (2a, 2b) which define a cooking chamber and at least one heating element which is fixed to at least one of the muffle walls (2a, 2b) by means of at least one fixing element, said at least one muffle wall (2a, 2b) is provided with at least one embossing, wherein said fixing element rests against said embossing, characterized in that at least one resilient element is provided which applies a force to the heating element pulling said fixing element against said embossing, wherein the fixing element is a fixation flange and arranged within a deepened section formed by the embossing in said muffle wall (2a, 2b), and wherein the fixation flange comprises a form corresponding to the form of the embossing.
A system, comprising: an authorization component configured to: receive, from a requesting user (206 1, 206 2,...206 N), a request to join a set of broadcasting users and to broadcast content in a multiuser composite media stream being assembled from a collection of individual streams (204 1, 204 2,...204 N) associated with the set of broadcasting users; and determine, based upon past activity of the requesting user, whether to allow the requesting user to join the set of broadcasting users and broadcast content in the multiuser composite media stream; a server that hosts user-uploaded media content, the server including a computer processor that executes the following computer executable components stored in a memory: a receiving component that receives the multiuser composite media stream a partition component that identifies a portion of the multiuser composite media stream, the portion associated with a broadcasting user (206 1, 206 2,...206 N) from the set of broadcasting users; a detection component that examines the portion of the multiuser composite media stream and identifies unauthorized content included in the portion; and a notice component that provides to the broadcasting user a notification that relates to the unauthorized content. receive, from a requesting user (206 1, 206 2,...206 N), a request to join a set of broadcasting users and to broadcast content in a multiuser composite media stream being assembled from a collection of individual streams (204 1, 204 2,...204 N) associated with the set of broadcasting users; and determine, based upon past activity of the requesting user, whether to allow the requesting user to join the set of broadcasting users and broadcast content in the multiuser composite media stream; a server that hosts user-uploaded media content, the server including a computer processor that executes the following computer executable components stored in a memory: a receiving component that receives the multiuser composite media stream a partition component that identifies a portion of the multiuser composite media stream, the portion associated with a broadcasting user (206 1, 206 2,...206 N) from the set of broadcasting users; a detection component that examines the portion of the multiuser composite media stream and identifies unauthorized content included in the portion; and a notice component that provides to the broadcasting user a notification that relates to the unauthorized content. a receiving component that receives the multiuser composite media stream a partition component that identifies a portion of the multiuser composite media stream, the portion associated with a broadcasting user (206 1, 206 2,...206 N) from the set of broadcasting users; a detection component that examines the portion of the multiuser composite media stream and identifies unauthorized content included in the portion; and a notice component that provides to the broadcasting user a notification that relates to the unauthorized content.
Method for secure communication with a field measuring device of process technology, wherein the field measuring device comprises a sensor, an evaluation unit, a fieldbus interface for the transmission of measurement data detected and provided by the field measuring device to other bus devices (22, 23) and/or to a process control system, and a communication unit with a communication interface, wherein a web server is implemented on the communication unit, wherein the web server can be externally accessed by means of the communication interface, wherein upon contact by an external communication means with the web server via the communication interface, a first authenticity check of the external communication means is carried out by the field measuring device and a second authenticity check of the external communication means is carried out and, after successful completion of the first authenticity check and the second authenticity check, further communication of the external communication means with the web server is authorized by the field measuring device, wherein the first authenticity check and the second authenticity check are explicitly not captcha functionality for distinguishing between human and machine external communication means, and wherein data that is accessible or transmittable via the communication interface is not measurement data.
A connector assembly for controlling flow in a fluid line, comprising: an outer shell comprising a first end, a second end, and a passage extending therebetween, the first end comprising a connector for connecting the assembly to a fluid line; an inner housing disposed within the outer shell and comprising a boss disposed adjacent the first end, the inner housing being movable axially within the outer shell between a first position and a second position when a device is connected to the connector on the first end of the outer shell; a tubular member disposed within the inner housing and further characterized in that the tubular member comprises a fluid passage therein extending between the second end of the outer shell and the boss of the inner housing, the tubular member carried by the inner housing such that the tubular member moves axially as the inner housing moves between the first and second positions; and a cam mechanism for causing the tubular member to move as the inner housing moves between the first and second positions, thereby opening a fluid path between the fluid passage in the tubular member and the first end of the outer shell to allow fluid flow through the assembly with the device connected to the first end of the outer shell. an outer shell comprising a first end, a second end, and a passage extending therebetween, the first end comprising a connector for connecting the assembly to a fluid line; an inner housing disposed within the outer shell and comprising a boss disposed adjacent the first end, the inner housing being movable axially within the outer shell between a first position and a second position when a device is connected to the connector on the first end of the outer shell; a tubular member disposed within the inner housing and further characterized in that the tubular member comprises a fluid passage therein extending between the second end of the outer shell and the boss of the inner housing, the tubular member carried by the inner housing such that the tubular member moves axially as the inner housing moves between the first and second positions; and a cam mechanism for causing the tubular member to move as the inner housing moves between the first and second positions, thereby opening a fluid path between the fluid passage in the tubular member and the first end of the outer shell to allow fluid flow through the assembly with the device connected to the first end of the outer shell.
A method for preparing an epoxy activated support material, said method comprising reacting together: a) a matrix comprising the formula: M-A-H wherein: M is a solid support; A is an atom or group selected from -O-, -S- and -NR 1 -, where R 1 is selected from H and C 1 - C 4 alkyl; and b) a compound of formula: X-(CH 2) r -P wherein: X is the group: wherein R 2 is hydrogen; P is the group: where L is a linking group and is a branched or unbranched chain of covalently linked atoms containing from 1 - 20 linear atoms selected from the group consisting of carbon, oxygen and sulphur atoms; and r is 0 or 1; characterised in that said method is performed in the presence of a phase transfer catalyst. a) a matrix comprising the formula: M-A-H wherein: M is a solid support; A is an atom or group selected from -O-, -S- and -NR 1 -, where R 1 is selected from H and C 1 - C 4 alkyl; and M is a solid support; A is an atom or group selected from -O-, -S- and -NR 1 -, where R 1 is selected from H and C 1 - C 4 alkyl; and b) a compound of formula: X-(CH 2) r -P wherein: X is the group: wherein R 2 is hydrogen; P is the group: where L is a linking group and is a branched or unbranched chain of covalently linked atoms containing from 1 - 20 linear atoms selected from the group consisting of carbon, oxygen and sulphur atoms; and r is 0 or 1; characterised in that said method is performed in the presence of a phase transfer catalyst. X is the group: wherein R 2 is hydrogen; P is the group: where L is a linking group and is a branched or unbranched chain of covalently linked atoms containing from 1 - 20 linear atoms selected from the group consisting of carbon, oxygen and sulphur atoms; and r is 0 or 1; characterised in that said method is performed in the presence of a phase transfer catalyst.
A method, in a primary node (100, 200, 300, 400, 500), for assisting in multi-point transmission control, the method comprising the steps of: - obtaining information representing downlink signaling delays between the primary node and secondary nodes (101, 201, 301, 401, 501); - determining an average downlink signaling delay between the primary node and the secondary nodes; - determining a respective time skew correction value for each secondary node by subtracting a respective downlink signaling delay from the average downlink signaling delay; and - determining a respective reference dwell time value for each secondary node as a sum of the time skew correction value and a common delay parameter. - obtaining information representing downlink signaling delays between the primary node and secondary nodes (101, 201, 301, 401, 501); - determining an average downlink signaling delay between the primary node and the secondary nodes; - determining a respective time skew correction value for each secondary node by subtracting a respective downlink signaling delay from the average downlink signaling delay; and - determining a respective reference dwell time value for each secondary node as a sum of the time skew correction value and a common delay parameter.