mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle with a power unit, the output shaft of which outputs via two disconnect couplings (K1, K2) of a dual clutch alternatingly onto a first part transmission or a second part transmission of a dual clutch transmission, wherein the first part transmission has the odd-numbered forward gears and the second part transmission has the even-numbered forward gears, and with a transmission control device, which has a drive strategy unit for detecting a target gear depending on input parameters and a gear change sequence control unit, with which a gear change from the actual gear to the target gear can be controlled, characterised in that the gear change sequence control unit has a release module which, in the case that there lie between the actual gear and a larger target gear at least two interim gears, releases a direct upshift, by means of which a number of interim gears can be bypassed, wherein said number of interim gears is two or a factor of two.
A radiator having at least two heating elements (4, 5), a radiator valve and a valve insert for the radiator valve for controlling the flow rate of a heating medium and/or for regulating the flow rate of a heating medium, in particular also independently from the differential pressure acting over the entire radiator valve, comprising a preadjusting device by means of which the flow rate can be restricted to a predetermined value, and that is positioned with an inlet and outlet opening (22, 14) relative to the radiator valve such that the flow rate supplied to the radiator can be split in an arbitrary proportion between the at least two heating elements (4, 5) of the radiator, and/or optionally the flow rate flows in an aligned manner into the one or other heating element (4, 5), characterized by that in the valve insert a device for adjusting the flow direction is integrated that is accessible and actuatable from outside, namely in the assembled condition of the valve insert and during operation of the radiator, and allows a direct change of the flow direction and/or a splitting of the flow rate that flows off from the valve insert.
A communication module (500, 550) for transmitting data over a power line having multiple wires, said communication module (500, 550) comprising: one or more modems (530, 560) configured to: generate, from a single data stream, multiple phase offset data streams; and simultaneously transmit the phase offset data streams over respective wires of the power line to reduce radio interference; and a coupling circuit (538, 568) configured to couple the phase offset data streams transmitted by the one or more modems (530, 560) to the respective wires of the power line; wherein the coupling circuit (538, 568) comprises four transformers (540, 570) inductively coupling each of the phase offset data streams to respective wires of the power line and wherein the one or more modems (530, 560) are configured to generate and transmit four phase offset data streams with a phase separation of 2π/4 radians (90°). one or more modems (530, 560) configured to: generate, from a single data stream, multiple phase offset data streams; and simultaneously transmit the phase offset data streams over respective wires of the power line to reduce radio interference; and generate, from a single data stream, multiple phase offset data streams; and simultaneously transmit the phase offset data streams over respective wires of the power line to reduce radio interference; and a coupling circuit (538, 568) configured to couple the phase offset data streams transmitted by the one or more modems (530, 560) to the respective wires of the power line; wherein the coupling circuit (538, 568) comprises four transformers (540, 570) inductively coupling each of the phase offset data streams to respective wires of the power line and wherein the one or more modems (530, 560) are configured to generate and transmit four phase offset data streams with a phase separation of 2π/4 radians (90°).
A connector comprising: a first housing; a second housing that is fitted into the first housing along a first direction; a sensing member that is inserted into the second housing along the first direction; and a sensing mechanism that allows the sensing member to advance to a predetermined engaged position along the first direction when the first housing and the second housing are completely fitted, and locking the sensing member at a position before the engaged position when the first housing and the second housing are not completely fitted, wherein the sensing member includes an exposed portion positioned in an end portion of the sensing member and exposed to an outer space when the sensing member is in the engaged position, and in the exposed portion, a first surface exposed to a side opposite to a side of a central axis of the second housing is an inclined surface or an arc-shaped surface extending in a direction inclined with respect to the first direction and facing a side opposite to a side of the first housing in the first direction, and the sensing member includes a recessed portion into which a jig to extract the sensing member can be inserted, characterised in that the recessed portion is opened to the first surface. a first housing; a second housing that is fitted into the first housing along a first direction; a sensing member that is inserted into the second housing along the first direction; and a sensing mechanism that allows the sensing member to advance to a predetermined engaged position along the first direction when the first housing and the second housing are completely fitted, and locking the sensing member at a position before the engaged position when the first housing and the second housing are not completely fitted, wherein the sensing member includes an exposed portion positioned in an end portion of the sensing member and exposed to an outer space when the sensing member is in the engaged position, and in the exposed portion, a first surface exposed to a side opposite to a side of a central axis of the second housing is an inclined surface or an arc-shaped surface extending in a direction inclined with respect to the first direction and facing a side opposite to a side of the first housing in the first direction, and the sensing member includes a recessed portion into which a jig to extract the sensing member can be inserted, characterised in that the recessed portion is opened to the first surface.
A computer-implemented method for evaluating equipment in an improper cluster in a data center, the equipment including a plurality of equipment racks, and at least one cooling provider, the method comprising: receiving data regarding each of the plurality of equipment racks and the at least one cooling provider, the data including a layout of the data center that includes the improper cluster of equipment racks and the at least one cooling provider; storing the received data; identifying at least one gap in the layout; covering gaps including mismatches at the end of a row in the layout with blanking panels or replacing gaps with racks having no airflow to provide at least one modified equipment rack; determining a performance metric for the at least one of the plurality of modified equipment racks; determining a corrector value based on characteristics of the at least one gap; applying the corrector value to the performance metric for the at least one of the plurality of equipment racks to determine a corrected performance metric; determining cooling performance of at least one of the plurality of equipment racks based, at least in part, on the corrected performance metric and the characteristics of the at least one gap, the cooling performance including an indication of any out of tolerance condition; displaying the layout of the data center, wherein the layout includes an indication of the cooling performance of the at least one of the plurality of equipment racks; and responsive to an indication of an out of tolerance condition, prompting a user to rearrange the layout to determine a new layout. receiving data regarding each of the plurality of equipment racks and the at least one cooling provider, the data including a layout of the data center that includes the improper cluster of equipment racks and the at least one cooling provider; storing the received data; identifying at least one gap in the layout; covering gaps including mismatches at the end of a row in the layout with blanking panels or replacing gaps with racks having no airflow to provide at least one modified equipment rack; determining a performance metric for the at least one of the plurality of modified equipment racks; determining a corrector value based on characteristics of the at least one gap; applying the corrector value to the performance metric for the at least one of the plurality of equipment racks to determine a corrected performance metric; determining cooling performance of at least one of the plurality of equipment racks based, at least in part, on the corrected performance metric and the characteristics of the at least one gap, the cooling performance including an indication of any out of tolerance condition; displaying the layout of the data center, wherein the layout includes an indication of the cooling performance of the at least one of the plurality of equipment racks; and responsive to an indication of an out of tolerance condition, prompting a user to rearrange the layout to determine a new layout.
A milking system for milking a dairy animal, and comprising - at least one milking cup having a first milk outflow opening, - a measuring chamber having a milk inlet which is in flow communication with the first milk outflow opening, with a second milk outflow opening to a milk hose, and with a vacuum connection, - a level sensor for measuring a milk level in the measuring chamber, - a controllable valve having an adjustable passage opening, which is provided in or downstream of the second milk outflow opening, and - a control unit which is operatively connected to the level sensor and the valve, and which is configured to adjust the passage opening of the valve on the basis of the measured milk level, characterised in that the control unit is further configured to adjust said passage opening between a smallest open position and a largest open position during at least a part of a milking operation. - at least one milking cup having a first milk outflow opening, - a measuring chamber having a milk inlet which is in flow communication with the first milk outflow opening, with a second milk outflow opening to a milk hose, and with a vacuum connection, - a level sensor for measuring a milk level in the measuring chamber, - a controllable valve having an adjustable passage opening, which is provided in or downstream of the second milk outflow opening, and - a control unit which is operatively connected to the level sensor and the valve, and which is configured to adjust the passage opening of the valve on the basis of the measured milk level, characterised in that the control unit is further configured to adjust said passage opening between a smallest open position and a largest open position during at least a part of a milking operation.
Slide assembly for injection molds, comprising: - a closing wedge; - a slide body provided with a hole for housing, at least partially, the closing wedge; - a figure insert engaged to the slide body; the figure insert, in a use position engaged to the slide body, being vertically and horizontally movable with respect to the slide body, wherein the figure insert comprises a projection which is housed in a complementary hole of the slide body, characterized in that the slide body comprises at least one magnet, located adjacent to said complementary hole. - a closing wedge; - a slide body provided with a hole for housing, at least partially, the closing wedge; - a figure insert engaged to the slide body; the figure insert, in a use position engaged to the slide body, being vertically and horizontally movable with respect to the slide body, wherein the figure insert comprises a projection which is housed in a complementary hole of the slide body, characterized in that the slide body comprises at least one magnet, located adjacent to said complementary hole.
A computer-implemented method for reporting log data to one or more destinations, the method comprising: receiving, at a log definition component, a log definition that describes one or more logs, the log definition including a list of fields to include in the log and one or more report destinations to which to store the log, the fields including request headers, response headers, and module variables for modules that extend functionality of a web server, the log definition being authored by an administrator or content provider either by editing the log definition directly or through a user interface; receiving one or more captured log events, the captured log events being events raised by the web server or by the modules that extend the web server and captured by a server data component, and being events on a client of the web server captured and sent to the web server by a client data capture component; determining whether the one or more captured log events match the log definition and storing the log events that match the log definition for reporting, for each of the one or more report destinations, selecting a report destination from the one or more report destinations specified in the log definition mapping fields in the log definition to fields in the received captured log events; sending the mapped fields of the received captured log events to the selected report destination; wherein the preceding steps are performed by at least one processor. receiving, at a log definition component, a log definition that describes one or more logs, the log definition including a list of fields to include in the log and one or more report destinations to which to store the log, the fields including request headers, response headers, and module variables for modules that extend functionality of a web server, the log definition being authored by an administrator or content provider either by editing the log definition directly or through a user interface; receiving one or more captured log events, the captured log events being events raised by the web server or by the modules that extend the web server and captured by a server data component, and being events on a client of the web server captured and sent to the web server by a client data capture component; determining whether the one or more captured log events match the log definition and storing the log events that match the log definition for reporting, for each of the one or more report destinations, selecting a report destination from the one or more report destinations specified in the log definition mapping fields in the log definition to fields in the received captured log events; sending the mapped fields of the received captured log events to the selected report destination; selecting a report destination from the one or more report destinations specified in the log definition mapping fields in the log definition to fields in the received captured log events; sending the mapped fields of the received captured log events to the selected report destination; wherein the preceding steps are performed by at least one processor.
A method for generating a tunnel forwarding entry, comprising: generating, by an active master node in a virtual cluster network element VNE, according to a preconfigured tunnel service, tunnel service information with the VNE being a single network element, wherein the tunnel service information comprises an incoming label and an outgoing label of a tunnel in the VNE, an outbound interface identifier of the tunnel in the VNE, a next hop of the tunnel in the VNE, a global tunnel identifier tunnel ID, and an internal VNE label that corresponds to the global tunnel ID; determining, by the active master node, multiple nodes through which the tunnel that corresponds to the tunnel service information passes in the VNE, and node statuses of the multiple nodes through which the tunnel passes in the VNE; and generating, according to the tunnel service information and the node statuses of the multiple nodes through which the tunnel passes in the VNE, local tunnel forwarding entries for the multiple nodes through which the tunnel passes in the VNE. generating, by an active master node in a virtual cluster network element VNE, according to a preconfigured tunnel service, tunnel service information with the VNE being a single network element, wherein the tunnel service information comprises an incoming label and an outgoing label of a tunnel in the VNE, an outbound interface identifier of the tunnel in the VNE, a next hop of the tunnel in the VNE, a global tunnel identifier tunnel ID, and an internal VNE label that corresponds to the global tunnel ID; determining, by the active master node, multiple nodes through which the tunnel that corresponds to the tunnel service information passes in the VNE, and node statuses of the multiple nodes through which the tunnel passes in the VNE; and generating, according to the tunnel service information and the node statuses of the multiple nodes through which the tunnel passes in the VNE, local tunnel forwarding entries for the multiple nodes through which the tunnel passes in the VNE.
A data transmission method, comprising: sending, by a base station, request information, an identifier of a wireless local area network access point WLAN AP, and a first IP address of the base station to user equipment, wherein the request information is used to request the user equipment to perform multi-stream aggregation data transmission to the base station by using the WLAN AP, wherein multi-stream aggregation refers to a communication manner in which traditional wireless cellular network communication between a base station and user equipment is integrated with wireless local area network communication between a WLAN AP and the user equipment; wherein the base station is used as a splitting point and a convergence point of data and wherein when the base station determines to offload data of the UE by using the WLAN AP, the data, including uplink data or downlink data, of the UE is transmitted by using the WLAN AP and through an Internet Protocol, IP, tunnel between the base station and the UE; receiving, by the base station, a second IP address assigned by the WLAN AP to the user equipment and confirmation information that are sent by the user equipment, wherein the confirmation information is used to confirm that the user equipment performs multi-stream aggregation data transmission to the base station by using the WLAN AP; and performing, by the base station, multi-stream aggregation data transmission to the user equipment by using the WLAN AP and through the IP tunnel, wherein the IP tunnel is determined by using the first IP address and the second IP address. sending, by a base station, request information, an identifier of a wireless local area network access point WLAN AP, and a first IP address of the base station to user equipment, wherein the request information is used to request the user equipment to perform multi-stream aggregation data transmission to the base station by using the WLAN AP, wherein multi-stream aggregation refers to a communication manner in which traditional wireless cellular network communication between a base station and user equipment is integrated with wireless local area network communication between a WLAN AP and the user equipment; wherein the base station is used as a splitting point and a convergence point of data and wherein when the base station determines to offload data of the UE by using the WLAN AP, the data, including uplink data or downlink data, of the UE is transmitted by using the WLAN AP and through an Internet Protocol, IP, tunnel between the base station and the UE; receiving, by the base station, a second IP address assigned by the WLAN AP to the user equipment and confirmation information that are sent by the user equipment, wherein the confirmation information is used to confirm that the user equipment performs multi-stream aggregation data transmission to the base station by using the WLAN AP; and performing, by the base station, multi-stream aggregation data transmission to the user equipment by using the WLAN AP and through the IP tunnel, wherein the IP tunnel is determined by using the first IP address and the second IP address.
A coaxial connector for connecting a coaxial cable having a central conductor and an outer conductor to a receptacle having a central conductor and an outer conductor, the coaxial connector including: a housing for connecting to the outer conductor of the coaxial cable and having a tubular portion capable of being press-fitted and locked into a groove that is formed in the outer conductor of the receptacle; a socket for connecting to the central conductor of the coaxial cable and being connectable to the central conductor of the receptacle; and an insulating bushing mounted into the tubular portion of the housing and holding the socket, wherein the tubular portion is rounded into a substantially C-shape perpendicularly to a direction in which the tubular portion is press-fitted to the outer conductor of the receptacle, and has a gap extending parallel to the press-fitting direction, and the tubular portion has first, second and third locking projections to be press-fitted and locked into the groove that is formed in the outer conductor of the receptacle to extend perpendicularly to the press-fitting direction, the first locking projection being formed at a position on a circumference of the tubular portion diametrically opposite to the gap, characterized in that the second locking projection and the third locking projection are formed at positions away from the first locking projection through 90° or more in a circumferential direction, and a circumferential length of each of the first, second and third locking projections is set to be smaller than a circumferential interval between the first locking projection and the second or third locking projection. a housing for connecting to the outer conductor of the coaxial cable and having a tubular portion capable of being press-fitted and locked into a groove that is formed in the outer conductor of the receptacle; a socket for connecting to the central conductor of the coaxial cable and being connectable to the central conductor of the receptacle; and an insulating bushing mounted into the tubular portion of the housing and holding the socket,