mhurhangee/ep-ind-claims huggingface dataset:
A device for measuring an oxidation-reduction potential ("ORP") and temperature at operating temperature and pressure in a hot water system and operable to transmit a measured ORP and measured temperature to a controller system, the device comprising: (a) a flow-through cell having a plurality of ports (25a-d) including a first port, a second port, an inflow port, and an outflow port, wherein water flows into the inflow port and out the outflow port; (b) an ORP probe and a temperature-dependent resistance sensor associated with the first port, both the probe and the sensor residing at least partially inside of flow-through cell and each sensor and probe having at least one electrical connection that is operable to relay information to the controller system; (c) an external pressure-balanced reference electrode assembly associated with the second port, said assembly including a porous frit on a first end of the assembly partially inside of the flow-through cell, a tube including an electrolyte solution and extending from the first end of the assembly to a second end of the assembly, the second end of the assembly attached to a multi-fitting housing and having a silver/silver chloride half-cell reference electrode partially immersed in the electrolyte solution and having an electrical connection operable to relay information to the controller; wherein the probe comprises a noble metal band having a C-shape and a seam, and wherein the device is arranged such that the seam faces away from the porous frit of the external pressure-balanced reference electrode assembly. (a) a flow-through cell having a plurality of ports (25a-d) including a first port, a second port, an inflow port, and an outflow port, wherein water flows into the inflow port and out the outflow port; (b) an ORP probe and a temperature-dependent resistance sensor associated with the first port, both the probe and the sensor residing at least partially inside of flow-through cell and each sensor and probe having at least one electrical connection that is operable to relay information to the controller system; (c) an external pressure-balanced reference electrode assembly associated with the second port, said assembly including a porous frit on a first end of the assembly partially inside of the flow-through cell, a tube including an electrolyte solution and extending from the first end of the assembly to a second end of the assembly, the second end of the assembly attached to a multi-fitting housing and having a silver/silver chloride half-cell reference electrode partially immersed in the electrolyte solution and having an electrical connection operable to relay information to the controller; wherein the probe comprises a noble metal band having a C-shape and a seam, and wherein the device is arranged such that the seam faces away from the porous frit of the external pressure-balanced reference electrode assembly.
A pest repellent polymer composition comprising: at least 50% by weight based on the total weight of the composition a thermoplastic polymer; and from 0.1 % to 50% by weight based on the total weight of the composition a precipitated silica carrier comprising a pest repellent active, wherein the active is absorbed on precipitated silica carrier in presence of a surfactant, wherein the surfactant comprises a non-ionic surfactant. at least 50% by weight based on the total weight of the composition a thermoplastic polymer; and from 0.1 % to 50% by weight based on the total weight of the composition a precipitated silica carrier comprising a pest repellent active, wherein the active is absorbed on precipitated silica carrier in presence of a surfactant, wherein the surfactant comprises a non-ionic surfactant.
A power management method applicable to a foldable terminal device, the method comprising: obtaining a configuration change signal of the terminal device in response to a configuration change of a terminal device; searching a preset output power level truth table of the terminal device based on the configuration change signal of the terminal device, wherein the output power level truth table comprises a power level and a fallback power of the terminal device in the configuration; obtaining the power level and the fallback power of the terminal device based on the output power level truth table; setting an output power of the terminal device based on the fallback power of the terminal device, wherein the output power is a maximum power that meets regulatory requirements in a current configuration; and outputting a corresponding power value based on the power level. obtaining a configuration change signal of the terminal device in response to a configuration change of a terminal device; searching a preset output power level truth table of the terminal device based on the configuration change signal of the terminal device, wherein the output power level truth table comprises a power level and a fallback power of the terminal device in the configuration; obtaining the power level and the fallback power of the terminal device based on the output power level truth table; setting an output power of the terminal device based on the fallback power of the terminal device, wherein the output power is a maximum power that meets regulatory requirements in a current configuration; and outputting a corresponding power value based on the power level.
A method for facilitating participation of an intermediary network device in a security gateway communication between at least one base station and a core network portion in a cellular communication network, wherein the core network portion includes a security gateway, and wherein a security gateway communication is established between the at least one base station and the core network portion via the security gateway, the method comprising the steps of: (a) establishing a secure channel between the intermediary network device and the security gateway; (b) transmitting a virtual machine instantiation command generated by software running in the security gateway to the intermediary network device over the secure channel; (c) instantiating a virtual machine on the intermediary network device responsive to the virtual machine instantiation command; (d) establishing an Internet Key Exchange communication between the virtual machine and the security gateway and transmitting session keys from the security gateway to the virtual machine during the Internet Key Exchange communication; (e) establishing an IPsec tunnel between the virtual machine and the security gateway using the transmitted session keys, characterized in that the intermediary network device is arranged in close proximity to the at least one base station and is designed to inject traffic in the cellular communication network, that the Internet Key Exchange communication between the virtual machine and the security gateway is established when establishing a secure communication session between the at least one base station and the core network portion via the security gateway for the first time, and that IPsec tunnel between the virtual machine and the security gateway is established for facilitating participation of the intermediary network device in the secure communication session. (a) establishing a secure channel between the intermediary network device and the security gateway; (b) transmitting a virtual machine instantiation command generated by software running in the security gateway to the intermediary network device over the secure channel; (c) instantiating a virtual machine on the intermediary network device responsive to the virtual machine instantiation command; (d) establishing an Internet Key Exchange communication between the virtual machine and the security gateway and transmitting session keys from the security gateway to the virtual machine during the Internet Key Exchange communication; (e) establishing an IPsec tunnel between the virtual machine and the security gateway using the transmitted session keys,
A central plant configured to generate and provide resources to a building, the central plant comprising: an electrical energy storage subplant configured to store electrical energy purchased from a utility and to discharge the stored electrical energy; a plurality of generator subplants configured to consume one or more input resources comprising the discharged electrical energy and to generate one or more output resources to satisfy a resource demand of the building; and a controller configured to determine, for each time step (k) within a time horizon, an optimal allocation of the input resources and the output resources for each of the subplants; characterized in that the controller if configured to determine the optimal allocation of the input resources and the output resources by determining an optimal set of control decisions to account for a capacity loss of electrical energy storage predicted to result from a potential allocation of the resources based on the control decisions; wherein the controller is configured to predict the capacity loss prior to allocating the resources and to use the predicted capacity loss to optimize the resource allocation. an electrical energy storage subplant configured to store electrical energy purchased from a utility and to discharge the stored electrical energy; a plurality of generator subplants configured to consume one or more input resources comprising the discharged electrical energy and to generate one or more output resources to satisfy a resource demand of the building; and a controller configured to determine, for each time step (k) within a time horizon, an optimal allocation of the input resources and the output resources for each of the subplants; characterized in that the controller if configured to determine the optimal allocation of the input resources and the output resources by determining an optimal set of control decisions to account for a capacity loss of electrical energy storage predicted to result from a potential allocation of the resources based on the control decisions; wherein the controller is configured to predict the capacity loss prior to allocating the resources and to use the predicted capacity loss to optimize the resource allocation.
An agricultural working machine with ground engaging means (2, 3) disposed on at least one driven axle (4, 5) for transmission of a torque, as well as at least one connecting device to which a mounted implement the working position of which can be adjusted in height and which is operated by the working machine is connected, wherein at least one sensor is disposed on the working machine for determining at least one machine parameter and also wherein at least one sensor for determining at least one operating parameter of the mounted implement is associated with the working machine and wherein the working machine comprises a control unit for specifying the at least one machine parameter of the working machine, wherein, by means of a variation of at least one operating parameter of the mounted implement, a tractive force exerted on the working machine by the mounted implement can be controlled or regulated as a function of at least one machine parameter of the working machine in a manner such that at least the one machine parameter lies in a range which can be specified, characterized in that the control unit is configured for the automatic specification of the at least one machine parameter of the working machine, wherein georeferenced data stored in the control unit are consulted in order to determine a nominal value for the at least one machine parameter, the data being based on information which was recorded during a previous treatment of the ground of the field.
Turbomachine comprising a rotor and an internal shroud around the rotor or a segment of an internal shroud adopting the form of the rotor, the shroud or the segment of a shroud comprising: - a circular or semi-circular wall, of which the profile extends essentially axially, and - at least one circular or semi-circular radial flange (38, 40, 42) extending radially from the interior of the wall characterized in that the or each flange (38, 40, 42) has at least one circular or semi-circular surface, the profile of which extends substantially radially, said surface having areas of roughness, in that the rotor comprises annular ribs interacting in a sealed manner with the shroud or the segment of a shroud, the annular ribs of the rotor each being located at a distance axially from each radial flange (38; 40; 42) of the shroud or of the segment of a shroud, and in that the areas of roughness are formed on more than half of the radial height of the profile of one of the annular ribs of the rotor facing the associated radial flange (38; 40; 42). - a circular or semi-circular wall, of which the profile extends essentially axially, and - at least one circular or semi-circular radial flange (38, 40, 42) extending radially from the interior of the wall characterized in that the or each flange (38, 40, 42) has at least one circular or semi-circular surface, the profile of which extends substantially radially, said surface having areas of roughness, in that the rotor comprises annular ribs interacting in a sealed manner with the shroud or the segment of a shroud, the annular ribs of the rotor each being located at a distance axially from each radial flange (38; 40; 42) of the shroud or of the segment of a shroud, and in that the areas of roughness are formed on more than half of the radial height of the profile of one of the annular ribs of the rotor facing the associated radial flange (38; 40; 42).
A pore-containing composite material consisting of a metal matrix with nanostructured aerogels embedded in the pores, wherein the pores are volume ranges of the composite material that are not filled with metal and have a density within a range of from 0.001 g/cm 3 to 0.1 g/cm 3.
Support device for a headrest comprising a support tube to which a head support part can be attached, having at least one free end region (12a, 12b) for mounting the support device in a bearing device provided on a vehicle seat, at least one sleeve being disposed in the support tube in order to reinforce at least one region of the support tube, characterised in that an external surface of the sleeve sits in contact with an internal surface of the support tube in a first circumferential region and in a second circumferential region the external surface has a recess into which a projection protruding from the internal surface extends.
A container, which comprises at least two parts (2a, 2b, 2c, 2d, 2e, 2f) connected to one another, which parts form a bottom part and a side part or a hollow cylinder segment of the container, the parts (2a, 2b, 2c, 2d, 2e, 2f) consisting of refractory metal or a refractory metal alloy with a refractory metal content > 80 wt.%, wherein the at least two parts (2a, 2b, 2c, 2d, 2e, 2f) are connected to one another at least in some regions by way of a thermally sprayed layer (3a, 3b, 3c) for foming the container.
Apparatus, in particular for use in an aircraft, for sensing one or more properties of a fluid, comprising: - a conveying device configured for conveying the fluid; and characterized in that - at least one sensor is arranged on a rotating part of the conveying device and being configured for sensing the one or more properties of the conveyed fluid. - a conveying device configured for conveying the fluid; and - at least one sensor is arranged on a rotating part of the conveying device and being configured for sensing the one or more properties of the conveyed fluid.
Device for noise insulation for underwater piling work, wherein the device has at least one line, which is fixable to the seabed and which has a multiplicity of bores, and at least one compressor, by means of which compressed air can be introduced into the line such that said compressed air can emerge from the bores, wherein the line has at least one longitudinal portion in the form of a hose, characterized in that the hose has a layered wall structure which, from the inside to the outside, has an inner layer, a first strengthening member layer, intermediate layer, a second strengthening member layer and an outer layer, wherein at least one reinforcement body is embedded in the intermediate layer.
Device for expanded display of a surrounding area of a vehicle, having an imaging component for representing the surrounding area as an image, wherein information of a model of a road can be additionally included in the representation of the surrounding area as an image, and wherein the information of the model of the road includes positions of roadway markings, characterized in that the device includes a sensor for detecting a first position of roadway markings, wherein the sensor is a lane assistant, and in that the lane assistant determines a second position of roadway markings in the surrounding area of the vehicle from the first position of roadway markings and includes this second position of roadway markings in the representation of the surrounding area as an image.
A heave compensation system with passive and active heave compensation comprising: a. a winch comprising a load line; b. a first actuator sheave for receiving the load line; c. a second actuator sheave for receiving the load line; d. an overboard sheave for receiving the load line; e. a load attached to the load line; and f. a passive heave component located opposite the overboard sheave from the load; wherein the first actuator sheave is flying, the second actuator sheave is flying, or both the first actuator sheave and the second actuator sheave are flying; wherein the system comprises an anchor point securing the load line; the passive heave component comprises at least one cylinder (212a, 212b, 212c) and a piston (208a, 208b, 208c); wherein the system further comprises an active heave component comprising: (i) an actuator; (ii) an actuator position sensor; (iii) an overboard sheave position sensor or a load position sensor; and (iv) a controller in communication with the overboard sheave position sensor or the load position sensor; and the winch is arranged to receive the load line. a. a winch comprising a load line; b. a first actuator sheave for receiving the load line; c. a second actuator sheave for receiving the load line; d. an overboard sheave for receiving the load line; e. a load attached to the load line; and f. a passive heave component located opposite the overboard sheave from the load; wherein the first actuator sheave is flying, the second actuator sheave is flying, or both the first actuator sheave and the second actuator sheave are flying; wherein the system comprises an anchor point securing the load line; the passive heave component comprises at least one cylinder (212a, 212b, 212c) and a piston (208a, 208b, 208c); wherein the system further comprises an active heave component comprising: (i) an actuator; (ii) an actuator position sensor; (iii) an overboard sheave position sensor or a load position sensor; and (iv) a controller in communication with the overboard sheave position sensor or the load position sensor; and (i) an actuator; (ii) an actuator position sensor; (iii) an overboard sheave position sensor or a load position sensor; and (iv) a controller in communication with the overboard sheave position sensor or the load position sensor; and the winch is arranged to receive the load line.
A motor vehicle, more especially a passenger car, comprising a multimedia control unit arranged in a cockpit module and a cable harness, comprising at least one data cable and/or power cable, for connecting the multimedia control unit to an on-board power supply system of the motor vehicle, wherein the multimedia control unit has at least one port for electrically contacting the cable harness, and wherein the port is arranged on a side of the multimedia control unit facing towards the interior of the motor vehicle.
A smoking article comprising: a tobacco portion; a filter portion having a mouthpiece; a tubular covering portion covering the tobacco portion and the filter portion; a plurality of openings are provided in the covering portion, and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion; an air intake provided in the tobacco portion at the position deviating from a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion; and a mixing portion provided in the filter portion to mix smoke from the tobacco portion and air from the air intake, characterized in that the mixing portion is a cavity provided in the filter portion and is provided in the position overlapping with the air intake in an axis direction of the filter portion, the air intake contains a plurality of holes passing through the covering portion and the plurality of holes are provided within a range of a predetermined length in the axis direction of the covering portion and a value obtained by subtracting the predetermined length from a length of the mixing portion in the axis direction is 1.0 mm or more. a tobacco portion; a filter portion having a mouthpiece; a tubular covering portion covering the tobacco portion and the filter portion; a plurality of openings are provided in the covering portion, and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion; an air intake provided in the tobacco portion at the position deviating from a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion; and a mixing portion provided in the filter portion to mix smoke from the tobacco portion and air from the air intake, characterized in that the mixing portion is a cavity provided in the filter portion and is provided in the position overlapping with the air intake in an axis direction of the filter portion, the air intake contains a plurality of holes passing through the covering portion and the plurality of holes are provided within a range of a predetermined length in the axis direction of the covering portion and a value obtained by subtracting the predetermined length from a length of the mixing portion in the axis direction is 1.0 mm or more.