mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a chiller, the method comprising: receiving, by a controller, a target value of a control factor of the chiller; comparing, by the controller, an input target value with a current value of the control factor of the chiller; and iteratively performing the following steps: transmitting, by the controller, a control factor value change command to the chiller if the input target value is not equal to the current value of the control factor of the chiller; receiving, by the controller, a changed current value of the control factor from the chiller; updating, by the controller, the current value of the control factor on a management screen with a received current value of the control factor; and comparing, by the controller, the input target value with the current value of the control factor again until the target value of the control factor becomes equal to the current value. receiving, by a controller, a target value of a control factor of the chiller; comparing, by the controller, an input target value with a current value of the control factor of the chiller; and iteratively performing the following steps: transmitting, by the controller, a control factor value change command to the chiller if the input target value is not equal to the current value of the control factor of the chiller; receiving, by the controller, a changed current value of the control factor from the chiller; updating, by the controller, the current value of the control factor on a management screen with a received current value of the control factor; and comparing, by the controller, the input target value with the current value of the control factor again until the target value of the control factor becomes equal to the current value.
A method of operating a distribution system for portable electrical energy storage devices, the method comprising: receiving, by at least one configured distribution management system for portable electrical energy storage devices, information regarding portable electrical energy storage device exchanges occurring at a plurality of collection, charging and distribution machines for collection, charging and distribution of portable electrical energy storage devices; analyzing, by the at least one configured distribution management system, the information regarding portable electrical energy storage device exchanges to determine a redistribution of portable electrical energy storage devices between the plurality of collection, charging and distribution machines; sending, by the at least one configured distribution management system, information regarding an initiation of the redistribution between the plurality of collection, charging and distribution machines, wherein the sending the information includes causing a message to be sent, the message including information identifying a selected one or more of the collection, charging and distribution machines to which a portable electrical energy storage device in use is to be returned according to the determined redistribution; and evaluating the route history and estimating the current charge level of the portable electrical energy storage device of a user, to anticipate an upcoming demand for a charged portable electrical energy storage device. receiving, by at least one configured distribution management system for portable electrical energy storage devices, information regarding portable electrical energy storage device exchanges occurring at a plurality of collection, charging and distribution machines for collection, charging and distribution of portable electrical energy storage devices; analyzing, by the at least one configured distribution management system, the information regarding portable electrical energy storage device exchanges to determine a redistribution of portable electrical energy storage devices between the plurality of collection, charging and distribution machines; sending, by the at least one configured distribution management system, information regarding an initiation of the redistribution between the plurality of collection, charging and distribution machines, wherein the sending the information includes causing a message to be sent, the message including information identifying a selected one or more of the collection, charging and distribution machines to which a portable electrical energy storage device in use is to be returned according to the determined redistribution; and evaluating the route history and estimating the current charge level of the portable electrical energy storage device of a user, to anticipate an upcoming demand for a charged portable electrical energy storage device.
Vehicle underbody structure, comprising a floor panel and an underbody reinforcement element, said underbody reinforcement element comprising at least a front transversal beam (112a, 112b) and a rear transversal beam, said transversal beams (112a, 112b, 114) extending parallel to each other and being attached to the floor panel, characterized in that the front transversal beam (112a, 112b) and the rear transversal beam are made of a press hardening steel having a tensile strength higher than or equal to 1300 MPa, the underbody reinforcement element further comprising two longitudinal beams (118a, 118b) extending from the front transversal beam (112a, 112b) to the rear transversal beam, said longitudinal beams (118a, 118b) being made of a press hardening steel having a tensile strength higher than or equal to 1300 MPa, each of said longitudinal beams (118a, 118b) extending between a front end contiguous to the front transversal beam (112a, 112b) and a rear end contiguous to the rear transversal beam.
Ocular lens with an optical part that has a first optical surface, wherein the first optical surface is embodied, at least in regions, with a structure with at least one winding with a pitch that is circumferential about a principal axis of the ocular lens, and a transition region is embodied between a start and an end of the winding, said transition region merging into the winding with a start edge and an end edge, the start edge extending between the principal axis and a first circumferential spot and the end edge extending between the principal axis and a second circumferential spot, characterized in that the start edge projected into a plane perpendicular to the principal axis has a non-linear profile and/or the end edge projected into a plane perpendicular to the principal axis has a non-linear profile.
A processor to enhance energy efficiency, comprising: a plurality of domains, wherein at least some of the plurality of domains operate at different clock frequencies and characterized by: an efficiency ratings block configured to determine an efficiency ratings value for each of the plurality of domains based on a scalability factor and a cost factor of each of the plurality of domains wherein the efficiency ratings block is configured to determine the scalability factor as a ratio of a percentage change in performance values caused by a percentage change in the clock frequency, wherein the percentage change in performance values are stored in a performance monitoring counter included in each of the plurality of domains, and a power control unit configured to allocate power budget to the plurality of domains in response to receiving the efficiency ratings value for each of the plurality of domains. an efficiency ratings block configured to determine an efficiency ratings value for each of the plurality of domains based on a scalability factor and a cost factor of each of the plurality of domains wherein the efficiency ratings block is configured to determine the scalability factor as a ratio of a percentage change in performance values caused by a percentage change in the clock frequency, wherein the percentage change in performance values are stored in a performance monitoring counter included in each of the plurality of domains, and a power control unit configured to allocate power budget to the plurality of domains in response to receiving the efficiency ratings value for each of the plurality of domains.
Chassis component having a mount which is produced from a formable basic material, preferably sheet steel, and comprises at least one slot for receiving a connection bolt for attaching a link arm, and at least one stop for an eccentric disc which is or can be connected in a torsionally stiff sense to the connection bolt, characterised in that a recess is moulded into the basic material and defines a peripheral edge region (8.3) and a base (8.4) enclosed by the edge region, the base (8.4) comprising the slot and the edge region comprising two oblong surfaces (8.1, 8.2) which extend in parallel with one another and can act as the stop for the eccentric disc.
Method for detecting a tear-off of a material web in a machine for producing and/or processing the material web, wherein the machine has at least one drive unit AE for transport of the material web with at least one speed regulator, characterised in that a sequence of drive data AD and a sequence of a setpoint value SW determining a setpoint speed DZS are acquired at the at least one speed regulator and that, if a specific rise in the drive data AD and a simultaneous maintenance of the setpoint value SW is established, a tear-off of the material web is detected.
A gaseous pharmaceutical composition for use in improving and/or stabilizing circulatory dynamics after onset of hemorrhagic shock, characterized in that said pharmaceutical composition comprises hydrogen gas.
Method for controlling a pumping station in a hydraulic network that pressurises a medium for conveyance to at least one consumer, in which the pressure is set according to a control curve depending on the volume flow through the pumping station, characterised by the control curve being formed by a plurality of partial pressure curves (p soll,1,..., p soll,n) that are respectively defined for a volume flow interval (ΔQ 1,...,ΔQ n) from a number (n), corresponding to the plurality, of adjacent volume flow intervals with no gaps (ΔQ 1,...,ΔQ n) on the basis of pressure and volume flow values of the network that are determined and evaluated for each interval.
A milk meter for measuring a flow rate of a milk flow, provided with an inlet to which, in use, the milk flow is supplied, an outlet where the milk flow leaves the milk meter, in use, and a liquid flow path extending from the inlet to the outlet, wherein the milk meter is provided with a stabilization chamber which is included in the liquid flow path and a float which is in the stabilization chamber and is configured to float on milk of the milk flow that is in the stabilization chamber, wherein the milk meter is configured such that a level of milk in the stabilization chamber depends on the flow rate of the milk flow, wherein the milk meter is provided with a buffer reservoir which is included upstream of the stabilization chamber in the liquid flow path, wherein in a sidewall of the buffer reservoir an outflow opening is provided which extends from a lowest point of the outflow opening upwardly and which is in fluid communication with the outlet, wherein a top of the buffer reservoir comprises an inlet opening which is in fluid communication with the inlet, and wherein the buffer reservoir and the stabilization chamber are connected with each other via a fluid connection, such that the buffer reservoir, the fluid connection and the stabilization chamber, in use, function as communicating vessels so that, in use, a level of the milk in the stabilization chamber is equal to a level of the milk in the buffer reservoir, wherein the milk meter is furthermore provided with at least one sensor device for determining the flow rate of the milk flow through the milk meter, wherein the milk meter is further provided with an outflow channel, wherein the outflow opening is in fluid communication with the outlet via the outflow channel, wherein the outflow channel is in the milk meter next to the stabilization chamber.
A magnetic element comprising: a coil assembly including a core and a coil arranged at an outer periphery of the core; and an outer peripheral core configured to surround an outer periphery of the coil assembly, wherein the magnetic element is a resin sealing type magnetic element in which a gap between the coil and the outer peripheral core is filled with resin, wherein the outer peripheral core comprises an opening into which the coil assembly is inserted, and a fixing unit configured to fix the coil assembly in the outer peripheral core, the core is formed as a columnar core; and the fixing unit is formed by a pair of grooves arranged on an inner peripheral surface in the outer peripheral core and into which both end portions in an axial direction of the columnar core are inserted so that the coil assembly is fixed to the outer peripheral core, wherein the core is formed by a compression molded magnetic body, and the outer peripheral core is formed by an injection molded magnetic body. a coil assembly including a core and a coil arranged at an outer periphery of the core; and an outer peripheral core configured to surround an outer periphery of the coil assembly, wherein the magnetic element is a resin sealing type magnetic element in which a gap between the coil and the outer peripheral core is filled with resin, wherein the outer peripheral core comprises an opening into which the coil assembly is inserted, and a fixing unit configured to fix the coil assembly in the outer peripheral core, the core is formed as a columnar core; and the fixing unit is formed by a pair of grooves arranged on an inner peripheral surface in the outer peripheral core and into which both end portions in an axial direction of the columnar core are inserted so that the coil assembly is fixed to the outer peripheral core, wherein the core is formed by a compression molded magnetic body, and the outer peripheral core is formed by an injection molded magnetic body.
A saddle type vehicle comprising: a body frame; an engine mounted on the body frame, the engine including a front cylinder directed toward a front side of the vehicle and a rear cylinder directed toward a rear side of the vehicle; an air cleaner disposed in a space defined between the front cylinder and the rear cylinder at an upper part of the engine; and a secondary air supply system having a reed valve between the air cleaner and an exhaust passage of the engine, the secondary air supply system adapted to supply secondary air from the air cleaner into the exhaust passage of the engine or to stop the supply of the secondary air, wherein an intake duct (51 L, 51 R) for guiding air into the air cleaner is connected to a side of the air cleaner, the reed valve includes a front reed valve used for the front cylinder and a rear reed valve used for the rear cylinder, the saddle type vehicle being characterized in that, the front reed valve is disposed at a front portion of the air cleaner, and the rear reed valve is disposed at a rear portion of the air cleaner. a body frame; an engine mounted on the body frame, the engine including a front cylinder directed toward a front side of the vehicle and a rear cylinder directed toward a rear side of the vehicle; an air cleaner disposed in a space defined between the front cylinder and the rear cylinder at an upper part of the engine; and a secondary air supply system having a reed valve between the air cleaner and an exhaust passage of the engine, the secondary air supply system adapted to supply secondary air from the air cleaner into the exhaust passage of the engine or to stop the supply of the secondary air, wherein an intake duct (51 L, 51 R) for guiding air into the air cleaner is connected to a side of the air cleaner, the reed valve includes a front reed valve used for the front cylinder and a rear reed valve used for the rear cylinder, the saddle type vehicle being characterized in that, the front reed valve is disposed at a front portion of the air cleaner, and the rear reed valve is disposed at a rear portion of the air cleaner.
A system comprising a wireless access point and a wireless repeater for accessing a wireless distribution system, wherein said wireless repeater comprises: a dialing module, configured to acquire an IP address for said wireless repeater, said wireless repeater acquiring the IP address for Internet access by manner of IPoE dialing; and a routing and forwarding module configured to use said IP address to forward the data transmitted between the Internet and the user equipment; characterized in that using said IP address to forward the data transmitted between the Internet and the user equipment comprises: establishing wireless relay between said wireless repeater and said wireless access point; connecting said wireless access point to said Internet; said user equipment being configured to send a message for Internet access to said wireless repeater, and said wireless repeater routing and forwarding said message to said wireless access point; said wireless access point being configured to send said message to said Internet; said Internet returning a corresponding response message according to said message and sending said response message to said wireless access point; said wireless access point being configured to send said response message to said wireless repeater; and said wireless repeater being configured to route and forward said response message to said user equipment. a dialing module, configured to acquire an IP address for said wireless repeater, said wireless repeater acquiring the IP address for Internet access by manner of IPoE dialing; and a routing and forwarding module configured to use said IP address to forward the data transmitted between the Internet and the user equipment; establishing wireless relay between said wireless repeater and said wireless access point; connecting said wireless access point to said Internet; said user equipment being configured to send a message for Internet access to said wireless repeater, and said wireless repeater routing and forwarding said message to said wireless access point; said wireless access point being configured to send said message to said Internet; said Internet returning a corresponding response message according to said message and sending said response message to said wireless access point; said wireless access point being configured to send said response message to said wireless repeater; and said wireless repeater being configured to route and forward said response message to said user equipment.
A method for controlling an application device for friction modifiers (104, 106; 350) for a rail vehicle, the application device having a first storage container for a first friction modifier, at least one second storage container for a second friction modifier different from the first friction modifier, a first metering device for the first storage container and a second metering device for the second storage container, it being possible to apply the first friction modifier and/or the second friction modifier and/or a mixture of the first friction modifier and the second friction modifier in response to a control signal, the method comprising the following steps: the inputting of a closed-loop control signal, this closed-loop control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle; the determination of an open-loop control signal for the application device using the closed-loop control signal, the open-loop control signal comprising information about a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal; and the provision of the open-loop control signal at an interface with the first metering device and to the second metering device, characterised in that the method comprises a further inputting step at which a first fill level of the first storage container and a second fill level of the second storage container are input, these fill levels being compared to a pre-defined minimum fill level in a comparison step in order to adjust the open-loop control signal in the determination step with the aim of saving friction modifier (104, 106; 350) and providing a speed adjustment signal for adjusting the vehicle speed in the provision step. the inputting of a closed-loop control signal, this closed-loop control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle; the determination of an open-loop control signal for the application device using the closed-loop control signal, the open-loop control signal comprising information about a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal; and the provision of the open-loop control signal at an interface with the first metering device and to the second metering device, characterised in that the method comprises a further inputting step at which a first fill level of the first storage container and a second fill level of the second storage container are input, these fill levels being compared to a pre-defined minimum fill level in a comparison step in order to adjust the open-loop control signal in the determination step with the aim of saving friction modifier (104, 106; 350) and providing a speed adjustment signal for adjusting the vehicle speed in the provision step.
Transmission device for a motor vehicle, with at least one coupling unit (S2a; S2b; S2c) having a frictional engagement unit (13a; 13b; 13c) and a positive engagement unit (14a; 14b; 14c) connected in parallel with the frictional engagement unit (13a; 13b; 13c) for the non-rotatable connection of two coupling elements (S21a, S22a), with a first hydraulic and/or pneumatic actuator (15a; 15b; 15c) for the actuation of the positive engagement unit (14a; 14b; 14c), with a second hydraulic and/or pneumatic actuator (16a; 16b; 16c) for the actuation of the frictional engagement unit (13a; 13b; 13c) and with a directional valve (17a; 17b; 17c) for the control of the first actuator (15a; 15b; 15c) provided for the actuation of the positive engagement unit (14a; 14b; 14c), wherein the directional valve (17a; 17b; 17c) has a control line port (18a; 18b; 18c), which is connected to the second actuator (16a; 16b; 16c) provided for the actuation of the frictional engagement unit (13a; 13b; 13c) in terms of pressure technology in at least one operating state, characterised in that the directional valve (17a; 17b) has a second control line port (19a; 19b), which is connected to the first actuator (15a; 15b) provided for the actuation of the positive engagement unit (14a; 14b) in terms of pressure technology in at least one operating state.