mhurhangee/ep-ind-claims huggingface dataset:
A configurable exhale system for a respirator, the system comprising: a housing having a chamber; a first valve assembly disposed within the chamber and configured to prevent air from flowing through the first valve assembly when an air pressure differential between an upstream side and a downstream side of the first valve assembly is below a first opening pressure; and a second valve assembly disposed within the chamber in fluid communication with the first valve assembly, the second valve assembly configured to prevent air from flowing through the second valve assembly when an air pressure differential between an upstream side and a downstream side of the second valve assembly is below a second opening pressure, where the second opening pressure is greater than the first opening pressure; at least one bypass opening positioned adjacent the second valve assembly, the at least one bypass opening configured to enable air to bypass the second valve assembly; and a bypass member positioned adjacent the at least one bypass opening, the bypass member movable between first and second positions, wherein in the first position the bypass member blocks the at least one bypass opening, and wherein in the in the second position the bypass member does not block the at least one bypass opening such that air can bypass the closed second valve assembly. a housing having a chamber; a first valve assembly disposed within the chamber and configured to prevent air from flowing through the first valve assembly when an air pressure differential between an upstream side and a downstream side of the first valve assembly is below a first opening pressure; and a second valve assembly disposed within the chamber in fluid communication with the first valve assembly, the second valve assembly configured to prevent air from flowing through the second valve assembly when an air pressure differential between an upstream side and a downstream side of the second valve assembly is below a second opening pressure, where the second opening pressure is greater than the first opening pressure; at least one bypass opening positioned adjacent the second valve assembly, the at least one bypass opening configured to enable air to bypass the second valve assembly; and a bypass member positioned adjacent the at least one bypass opening, the bypass member movable between first and second positions, wherein in the first position the bypass member blocks the at least one bypass opening, and wherein in the in the second position the bypass member does not block the at least one bypass opening such that air can bypass the closed second valve assembly.
An energy-management system for managing energy within a predominantly closed power system, comprising: an upper-level energy-management module; at least one lower-level energy-management module coupled to the upper-level energy-management module; and a plurality of components coupled to the lower-level energy-management module, wherein a component is either a power load or a power supply; characterized in that each component is configured to provide a performance model associated with the component to the lower-level energy-management module; and in that the lower-level energy-management module is configured to provide an aggregated performance model of the performance models of each of the at least one component to the upper-level energy-management module. an upper-level energy-management module; at least one lower-level energy-management module coupled to the upper-level energy-management module; and a plurality of components coupled to the lower-level energy-management module, wherein a component is either a power load or a power supply; characterized in that each component is configured to provide a performance model associated with the component to the lower-level energy-management module; and in that the lower-level energy-management module is configured to provide an aggregated performance model of the performance models of each of the at least one component to the upper-level energy-management module.
A sliding member comprising a steel back metal layer and a sliding layer, the sliding layer including a porous sintered layer and a resin composition, wherein the porous sintered layer includes granular Fe or Fe alloy phase and Ni-P alloy phase functioning as a binder for binding the Fe and Fe alloy phase grains with one another, wherein the steel back metal layer is made of a carbon steel including 0.05-0.3 mass% of carbon and having a structure composed of ferrite phase and pearlite phase, and wherein the steel back metal layer includes a low pearlite phase part in a surface thereof on a side of the sliding layer, the low pearlite phase part having a ratio of the pearlite phase lowered by 50% or more compared with the pearlite phase at a central part in a thickness direction of the steel back metal layer.
A method for manufacturing a power cable, the method comprising: - providing at least one core comprising an electrical conductor; - arranging at least one copper sheath around the at least one core, said arranging the copper sheath comprising: - providing at least one copper foil having two opposite first edges; - bending ( 204; 206) the copper foil around the core until the first edges of the copper foil are contacted to each other; - welding the first edges of the copper foil to each other to form a corresponding welded joint; - deposing a copper coating on copper foil at the welded joint, wherein said deposing the copper coating is carried out by a thermal spray process. - providing at least one core comprising an electrical conductor; - arranging at least one copper sheath around the at least one core, said arranging the copper sheath comprising: - providing at least one copper foil having two opposite first edges; - bending ( 204; 206) the copper foil around the core until the first edges of the copper foil are contacted to each other; - welding the first edges of the copper foil to each other to form a corresponding welded joint; - deposing a copper coating on copper foil at the welded joint, wherein said deposing the copper coating is carried out by a thermal spray process. - providing at least one copper foil having two opposite first edges; - bending ( 204; 206) the copper foil around the core until the first edges of the copper foil are contacted to each other; - welding the first edges of the copper foil to each other to form a corresponding welded joint; - deposing a copper coating on copper foil at the welded joint,
Volumetric dosing pump for delivering and dosing powdery, liquid, pasty or creamy products, namely glues, mastexes, grease, paints, said dosing pump comprising a first duct for entering the product to be dosed, a second duct for exiting such dosed product, an internal recess connected to the first duct for entering the product to be dosed and at least one pumping element with progressive recesses, which doses such product, operatively connected to motor means and fluid connected to the internal recess and to the second duct for exiting such dosed product, said pumping element with progressive recesses comprising an external stator case and an internal rotor driven in rotation by the motor means, said internal rotor being shaped as a worm screw with progressive recesses and said stator comprising an internal surface in contact with the rotor and being shaped as worm screw, said internal surface being coated with a coating layer made of a different material with respect to the material of which the stator is made, characterized in that the stator and the coating layer are made through injection co-moulding of the stator and of the coating layer, the stator being made of rubber, the coating layer being made of polyethylene.
A method for a vehicle to everything, V2X, operation of a user equipment, UE, in a wireless communication system, the method comprising: receiving from a network a configuration informing a threshold value and a specific carrier on which a first service is transmitted or received; selecting a transmission carrier for a second service from among carriers within a specific range in a frequency domain based on the specific carrier; and transmitting a V2X signal related to the second service on the selected carrier within a maximum allowable transmission power, wherein the first service has a higher priority than the second service for the V2X signal, wherein a value of channel busy ratio, CBR, for the transmission carrier is lower than the threshold value, and wherein based on a plurality of candidate carriers for selecting the transmission carrier being present, the UE selects a carrier having the greatest distance from the specific carrier among the candidate carriers for the transmission carrier. receiving from a network a configuration informing a threshold value and a specific carrier on which a first service is transmitted or received; selecting a transmission carrier for a second service from among carriers within a specific range in a frequency domain based on the specific carrier; and transmitting a V2X signal related to the second service on the selected carrier within a maximum allowable transmission power, wherein the first service has a higher priority than the second service for the V2X signal, wherein a value of channel busy ratio, CBR, for the transmission carrier is lower than the threshold value, and wherein based on a plurality of candidate carriers for selecting the transmission carrier being present, the UE selects a carrier having the greatest distance from the specific carrier among the candidate carriers for the transmission carrier.
A control apparatus (14, 214) for an ablation catheter system (10, 210) for performing an ablation procedure on target cardiac tissue of a patient (12, 212), the control apparatus comprising a timing system (26, 226) including an automated timer (26A, 226A) configured to receive time settings defining a duration of part of an ablation phase of the ablation procedure as a function of an actual detected time to isolation, TTI, of the target tissue, wherein the ablation phase is defined by a start of ablation and an end of ablation; wherein: the timing system (26, 226) is further configured to receive a TTI setting (T x), the time settings include a first time setting and a second time setting different than the first time setting; and the first time setting defines a first duration of a post-isolation phase (T p) of the ablation phase, and the second time setting defines a second duration of the post-isolation phase (T p) of the ablation phase, and the automated timer automatically switches from the first time setting to the second time setting if the TTI has not occurred prior to the TTI setting. the timing system (26, 226) is further configured to receive a TTI setting (T x), the time settings include a first time setting and a second time setting different than the first time setting; and the first time setting defines a first duration of a post-isolation phase (T p) of the ablation phase, and the second time setting defines a second duration of the post-isolation phase (T p) of the ablation phase, and the automated timer automatically switches from the first time setting to the second time setting if the TTI has not occurred prior to the TTI setting.
Holder for holding items to be washed in a dish rack of a household dishwasher, with a guide element, which can be fastened to a wall (16, 17, 18, 19) of the dish rack, and a holding element (27, 28), which can be fastened in a horizontally displaceable manner to the guide element and in the fastened state projects from the wall (16, 17, 18, 19) into an interior volume of the dish rack, characterised in that the guide element can be fitted onto an upper edge of the wall (16, 17, 18, 19) of the dish rack.
An apparatus for processing an animation, the apparatus comprising: an animation control unit including a hardware-based processor configured to determine an animation processing mode as an interpolated animation mode or a cascading style sheets level 3 animation mode according to property information of the animation, the property information being received through an application program interface; wherein the animation control unit is configured to determine the animation processing mode as the CSS3 animation mode if it is determined that the property information of the animation does not include an interpolation-required property; and wherein the animation control unit is configured to determine the animation processing mode as the interpolated animation mode if it is determined that the property information of the animation includes an interpolation-required property; an animation engine unit configured to calculate a matrix of an object of the animation for each frame and to process the animation based on the calculated matrix if the animation processing mode is determined as the interpolated animation mode (S410-YES); and a web engine unit configured to process the animation based on a target matrix indicating a target location of the object and a CSS3 transition if the animation processing mode is determined as the CSS3 animation mode (S410-NO). an animation control unit including a hardware-based processor configured to determine an animation processing mode as an interpolated animation mode or a cascading style sheets level 3 animation mode according to property information of the animation, the property information being received through an application program interface; wherein the animation control unit is configured to determine the animation processing mode as the CSS3 animation mode if it is determined that the property information of the animation does not include an interpolation-required property; and wherein the animation control unit is configured to determine the animation processing mode as the interpolated animation mode if it is determined that the property information of the animation includes an interpolation-required property; wherein the animation control unit is configured to determine the animation processing mode as the CSS3 animation mode if it is determined that the property information of the animation does not include an interpolation-required property; and wherein the animation control unit is configured to determine the animation processing mode as the interpolated animation mode if it is determined that the property information of the animation includes an interpolation-required property; an animation engine unit configured to calculate a matrix of an object of the animation for each frame and to process the animation based on the calculated matrix if the animation processing mode is determined as the interpolated animation mode (S410-YES); and a web engine unit configured to process the animation based on a target matrix indicating a target location of the object and a CSS3 transition if the animation processing mode is determined as the CSS3 animation mode (S410-NO).
An electrostatic spraying system (300, 500) for decontamination of a vehicle, said system comprising: a wheeled platform sized to fit inside the vehicle; at least one tank (310, 312, 502) operable to contain one or more decontaminant agents, said at least one tank supported by said wheeled platform; a plurality of electrostatic nozzles (370, 372, 374, 376, 378, 524) affixed to said wheeled platform, wherein each nozzle of said plurality of nozzles is positioned for distribution of the decontaminant agents in at least one pre-determined direction; an electrostatic charging system connected to said plurality of nozzles for applying an electrostatic charge to the decontaminant agents as the agents are dispersed; and at least one compressor (320, 322, 504) in communication with said at least one tank for pressurizing the decontaminant agents within said at least one tank, said at least one compressor capable of providing a pressure sufficient to provide a constant distribution of the decontaminant agents through said plurality of electrostatic nozzles. a wheeled platform sized to fit inside the vehicle; at least one tank (310, 312, 502) operable to contain one or more decontaminant agents, said at least one tank supported by said wheeled platform; a plurality of electrostatic nozzles (370, 372, 374, 376, 378, 524) affixed to said wheeled platform, wherein each nozzle of said plurality of nozzles is positioned for distribution of the decontaminant agents in at least one pre-determined direction; an electrostatic charging system connected to said plurality of nozzles for applying an electrostatic charge to the decontaminant agents as the agents are dispersed; and at least one compressor (320, 322, 504) in communication with said at least one tank for pressurizing the decontaminant agents within said at least one tank, said at least one compressor capable of providing a pressure sufficient to provide a constant distribution of the decontaminant agents through said plurality of electrostatic nozzles.
An information processing apparatus comprising: a data storage block which store contents; a displaying means; and a data processing means which transfers said contents to an external device and comprises a content transfer processing means; said content transfer processing means is operable to acquire information about said external device when it is connected to said information processing apparatus and display said information on said displaying means said information including a used and unused storage capacity of a storage means of said external device and automatic transfer setting information which offers the user an option as to whether or not to let automatic transfer be carried out to the external device; wherein, when said automatic transfer option is selected, said data processing means acquires recorded data including content IDs about the contents already transferred from said information processing apparatus to said external device connected to the apparatus, said data processing means further comparing the acquired content IDs about the transferred contents with the content IDs of said contents stored in said data storage block in order to determine non-transferred contents which are established as the contents to be transferred to said external device during said automatic transfer. a data storage block which store contents; a displaying means; and a data processing means which transfers said contents to an external device and comprises a content transfer processing means; said content transfer processing means is operable to acquire information about said external device when it is connected to said information processing apparatus and display said information on said displaying means said information including a used and unused storage capacity of a storage means of said external device and automatic transfer setting information which offers the user an option as to whether or not to let automatic transfer be carried out to the external device; wherein, when said automatic transfer option is selected, said data processing means acquires recorded data including content IDs about the contents already transferred from said information processing apparatus to said external device connected to the apparatus, said data processing means further comparing the acquired content IDs about the transferred contents with the content IDs of said contents stored in said data storage block in order to determine non-transferred contents which are established as the contents to be transferred to said external device during said automatic transfer.
A wet-type solar battery, comprising: a support composed of a light transmissive material; and a stack in which a conductive layer, a photoelectric conversion layer containing a porous semiconductor, a porous insulating layer, and a counter electrode conductive layer are stacked in this order, said conductive layer being divided into a first region including a portion where the photoelectric conversion layer is to be formed on a surface thereof and a second region where the photoelectric conversion layer is not to be formed, and a protection film for preventing internal short-circuiting, not greater in film thickness than said photoelectric conversion layer, being formed in at least a part around the photoelectric conversion layer on a surface of said first region, being covered with said porous insulating layer, being porous, and having a pore diameter not greater than a particle size of particles forming said porous insulating layer. a support composed of a light transmissive material; and a stack in which a conductive layer, a photoelectric conversion layer containing a porous semiconductor, a porous insulating layer, and a counter electrode conductive layer are stacked in this order, said conductive layer being divided into a first region including a portion where the photoelectric conversion layer is to be formed on a surface thereof and a second region where the photoelectric conversion layer is not to be formed, and a protection film for preventing internal short-circuiting, not greater in film thickness than said photoelectric conversion layer, being formed in at least a part around the photoelectric conversion layer on a surface of said first region, being covered with said porous insulating layer, being porous, and having a pore diameter not greater than a particle size of particles forming said porous insulating layer.
Firing apparatus for firing cartridges, in particular rifle cartridges, comprising an ammunition magazine for receiving the cartridges and a firing barrel in front of the ammunition magazine when seen in the firing direction, a high-pressure chamber, which surrounds the rear end of the firing barrel when seen in the firing direction, a low pressure chamber which is arranged in front of the high-pressure chamber when seen in the firing direction and which surrounds the firing barrel, high pressure bores in the firing barrel in the region of the the high -pressure chamber, said bores connecting the interior of the firing barrel to the high-pressure chamber, and rear and front low-pressure bores, when seen in the firing direction, in the firing barrel in the region of the low pressure chamber said bores connecting the interior of the firing barrel to the low pressure chamber, characterized by an blow-out channel, which connects the high pressure chamber to the atmosphere and the blow-out channel being equipped with an adjustable valve.
Method comprising blending an aluminum alloy from 10-60% of a 3105, a 3004, a 3003, a 3103, a 3013 or a 3104 aluminum alloy and 40-90% of a 1070 or 1050 alloy and using the blended aluminum alloy in an impact extrusion process to form a metallic container.