mhurhangee/ep-ind-claims huggingface dataset:
An adherence monitor for a medicament dispensing inhaler, the medicament dispensing inhaler including a body, a store of medicament, a mouthpiece for operatively inhaling the medicament, a cap for the mouthpiece, a tether connecting the cap to the body, and a moveable dose counter housing that moves when a dose of medicament is dispensed by the medicament dispensing inhaler; the adherence monitor including: a housing configured to enclose at least a portion of the medicament dispensing inhaler in use; a tether opening configured to receive the tether, wherein the tether opening is a slot in a base portion of the housing such that in use the tether operatively passes through the slot, wherein the adherence monitor can be fitted to the medicament dispensing inhaler without removing the cap from the mouthpiece and such that the distance the tether must cover to enable the cap to be attached to the mouthpiece and the body is reduced; and the adherence monitor further including a dose detection switch, wherein the dose detection switch is configured such that it is operatively actuated by the movement of the dose counter housing when the dose of medicament is dispensed. a housing configured to enclose at least a portion of the medicament dispensing inhaler in use; a tether opening configured to receive the tether, wherein the tether opening is a slot in a base portion of the housing such that in use the tether operatively passes through the slot, wherein the adherence monitor can be fitted to the medicament dispensing inhaler without removing the cap from the mouthpiece and such that the distance the tether must cover to enable the cap to be attached to the mouthpiece and the body is reduced; and the adherence monitor further including a dose detection switch, wherein the dose detection switch is configured such that it is operatively actuated by the movement of the dose counter housing when the dose of medicament is dispensed.
A method for the production of a tube made from metal, with which a metal band is moved by means of a removal device in its longitudinal direction and is guided by a shaping means, in which the same is formed into a slit tube with a slit running in the longitudinal direction, on which the two edges of the metal band abut one another, and with which the edges of the metal band are welded with each other in order to produce a tube closed all around by a welding apparatus equipped with a laser, characterized in - that the slit tube after exiting from the shaping device initially moves up to the area of the laser and is then stopped, - that subsequently the areas of the edges (7, 8) of the slit tube to be welded together are pretreated by the laser, - that then the power of the laser is set to its welding power corresponding to the welding temperature and - that at the same time the slit tube is moved in its longitudinal direction by turning on the removal device. - that the slit tube after exiting from the shaping device initially moves up to the area of the laser and is then stopped, - that subsequently the areas of the edges (7, 8) of the slit tube to be welded together are pretreated by the laser, - that then the power of the laser is set to its welding power corresponding to the welding temperature and - that at the same time the slit tube is moved in its longitudinal direction by turning on the removal device.
A vehicle control device, comprising: a first resistor circuit, a comparator, a control switch, and a second resistor circuit; a first terminal of the comparator is connected with an air bag module, a second terminal of the comparator is connected with a first terminal of the first resistor circuit, a third terminal of the comparator is connected with a power supply, a fourth terminal of the comparator is grounded, and a fifth terminal of the comparator is connected with a first terminal of the control switch; a second terminal of the control switch is connected with a battery management system, and a third terminal of the control switch is grounded; a second terminal of the first resistor circuit is connected with the power supply, and a third terminal of the first resistor circuit is grounded; a first terminal of the second resistor circuit is connected with the power supply, and a second terminal of the second resistor circuit is connected with the battery management system; the comparator is configured to receive a first voltage which is output by the air bag module and output a high level signal to the control switch to enable the control switch to be switched on according to the high level signal, and enable the battery management system to be grounded after the control switch is switched on, and enable the battery management system to be powered off after the battery management system is grounded, wherein the first voltage is sent out by the air bag module when a vehicle collision event is detected. a first resistor circuit, a comparator, a control switch, and a second resistor circuit; a first terminal of the comparator is connected with an air bag module, a second terminal of the comparator is connected with a first terminal of the first resistor circuit, a third terminal of the comparator is connected with a power supply, a fourth terminal of the comparator is grounded, and a fifth terminal of the comparator is connected with a first terminal of the control switch; a second terminal of the control switch is connected with a battery management system, and a third terminal of the control switch is grounded; a second terminal of the first resistor circuit is connected with the power supply, and a third terminal of the first resistor circuit is grounded; a first terminal of the second resistor circuit is connected with the power supply, and a second terminal of the second resistor circuit is connected with the battery management system; the comparator is configured to receive a first voltage which is output by the air bag module and output a high level signal to the control switch to enable the control switch to be switched on according to the high level signal, and enable the battery management system to be grounded after the control switch is switched on, and enable the battery management system to be powered off after the battery management system is grounded, wherein the first voltage is sent out by the air bag module when a vehicle collision event is detected.
Use of an effective amount of a mixture (M 1) of cyclic or acyclic, linear or branched saturated hydrocarbons, among which at least 95% by weight comprise from fifteen to nineteen carbon atoms, for improving the sensory properties of an oil-in-water type emulsion for topical use (E 0) comprising, for 100% of its weight, from 1% to 30% by weight of glycerol.
A wave power generation apparatus comprising: an upper structure having a front face part thereof installed in a direction hit by a wave to be rolled by the wave and having an inside; a lower structure installed under a water plane to rotatably support the upper structure; a generation part installed on one of the upper structure and the lower structure and configured to convert kinetic energy generated when the upper structure rotates into electrical energy; and a gravity center movement part (12, 112, 212) installed in the upper structure and configured to move a center of gravity of the upper structure in order to adjust a wave period and a rolling period of the upper structure, wherein the gravity center movement part (12, 112, 212) comprises: a rotation axle (13, 113, 213) longitudinally installed in the upper structure; a weight (14, 114, 214) coupled to one side of the rotation axle so as to be elevated and lowered when the rotation axle rotates; and a driving part (15, 115, 215) configured to elevate and lower the weight by rotating the rotation axle, and wherein the center of gravity of the upper structure is varied by moving the weight up and/or down in the upper structure. an upper structure having a front face part thereof installed in a direction hit by a wave to be rolled by the wave and having an inside; a lower structure installed under a water plane to rotatably support the upper structure; a generation part installed on one of the upper structure and the lower structure and configured to convert kinetic energy generated when the upper structure rotates into electrical energy; and a gravity center movement part (12, 112, 212) installed in the upper structure and configured to move a center of gravity of the upper structure in order to adjust a wave period and a rolling period of the upper structure, wherein the gravity center movement part (12, 112, 212) comprises: a rotation axle (13, 113, 213) longitudinally installed in the upper structure; a weight (14, 114, 214) coupled to one side of the rotation axle so as to be elevated and lowered when the rotation axle rotates; and a driving part (15, 115, 215) configured to elevate and lower the weight by rotating the rotation axle, and wherein the center of gravity of the upper structure is varied by moving the weight up and/or down in the upper structure.
A gas turbine comprising: a turbine package; a gas turbine arranged in said turbine package; a ventilation system for cooling the interior of said turbine package; a lubricating oil circuit, comprising at least: a lubricating oil pump, a lubricating oil tank and a primary lubricating oil cooler; characterized in that the lubricating oil circuit further comprises a variable-geometry hydraulic system and a secondary lubricating oil cooler arranged in said turbine package, in a position lower than the bearings (192, 194, 196) which are located around a rotary shaft (115, 117) of the gas turbine, wherein at least a fraction of the lubricating oil is pumped into the variable-geometry hydraulic system and returned to the main lubricating oil circuit through a pipe in fluid communication with the secondary lubricating oil cooler so that cooled lubricating oil exiting the secondary oil cooler is delivered to the components of the gas turbine requiring lubrication and/or cooling, and wherein said ventilation system is arranged and designed such that at least part of a cooling airflow circulating in said turbine package contacts said secondary lubricating oil cooler for removing heat from the lubricating oil circulating therein. a turbine package; a gas turbine arranged in said turbine package; a ventilation system for cooling the interior of said turbine package; a lubricating oil circuit, comprising at least: a lubricating oil pump, a lubricating oil tank and a primary lubricating oil cooler;
A transport and installation arrangement for parallel transport and installation of elevator components, the arrangement comprising - a first working platform system in an elevator shaft for reaching a first installation height, the first working platform system comprising a first platform hoist, first platform roping and a vertically moveable first working platform; and - a first material hoisting system for moving elevator components vertically in the elevator shaft, the first material hoisting system comprising a first material hoist, first material roping and a first material holder, the first material holder being moveable along at least one counterweight guide rail, characterized in that the arrangement further comprises - a second working platform system in the elevator shaft for reaching a second installation height, the second working platform system comprising a second platform hoist, second platform roping and a vertically moveable second working platform, the second working platform being below the first working platform; - a second material hoisting system for moving elevator components vertically in the elevator shaft, the second material hoisting system comprising a second material hoist, second material roping and a second material holder. - a first working platform system in an elevator shaft for reaching a first installation height, the first working platform system comprising a first platform hoist, first platform roping and a vertically moveable first working platform; and - a first material hoisting system for moving elevator components vertically in the elevator shaft, the first material hoisting system comprising a first material hoist, first material roping and a first material holder, the first material holder being moveable along at least one counterweight guide rail, characterized in that the arrangement further comprises - a second working platform system in the elevator shaft for reaching a second installation height, the second working platform system comprising a second platform hoist, second platform roping and a vertically moveable second working platform, the second working platform being below the first working platform; - a second material hoisting system for moving elevator components vertically in the elevator shaft, the second material hoisting system comprising a second material hoist, second material roping and a second material holder.
An anti-fouling coating film comprising: a component: zirconium; a component: lanthanum; and a component: at least one selected from a group consisting of silicon, phosphorus, and boron, wherein in a case where masses of the component, the component, and the component are used by being converted into masses of oxides thereof, a proportion of a total mass of the component and the component to a mass of the anti-fouling coating film is 90% or more and 95% or less, and in a case where a proportion X is defined by a formula, X = mass of component /(total mass of component + component) × 100, X is 20% or more and 50% or less, and a proportion of the mass of the component to the mass of the anti-fouling coating film is 5% or more and [6 + (X - 20)/6]% or less. a component: zirconium; a component: lanthanum; and a component: at least one selected from a group consisting of silicon, phosphorus, and boron, wherein in a case where masses of the component, the component, and the component are used by being converted into masses of oxides thereof, a proportion of a total mass of the component and the component to a mass of the anti-fouling coating film is 90% or more and 95% or less, and in a case where a proportion X is defined by a formula, X = mass of component /(total mass of component + component) × 100, X is 20% or more and 50% or less, and a proportion of the mass of the component to the mass of the anti-fouling coating film is 5% or more and [6 + (X - 20)/6]% or less.
A sensor device (110, 340) for use in remote monitoring of waste within a waste container (100, 330), wherein the sensor device includes a sensor arrangement for monitoring the waste and for generating a corresponding waste-indicative signal, a data processing arrangement (103, 410) for receiving the waste-indicative signal, a wireless interface coupled to the data processing arrangement for enabling the data processing device to emit wireless signals including information derived from the waste-indicative signal, housing and a power source (122, 420) for providing power to operate the sensor device, wherein (i) the power source includes one or more batteries; (ii) the data processing arrangement including a processor unit having a low power functioning side, the data processing arrangement including an ultrasonic transceiver (120, 370) for measuring waste-indicative signal within the waste container, the data processing arrangement is capable of operating in a first activated mode wherein it is energized to be capable of supporting wireless communication via the wireless interface, and a second reduced-power mode wherein the data processing arrangement is operable to consume less power in comparison to the first activated mode; (ii) the housing is filled with a filler material which is capable of thermally insulating at least some of the components; (iii) the sensor arrangement additionally includes a temperature sensor (118, 390) for measuring a temperature of at least the power source, and the data processing arrangement is operable to be switched from the second reduced-power mode to the first activated mode as a function of the temperature measured by the temperature sensor; and (iv) the sensor arrangement is configured to receive further temperature information from an external service. (i) the power source includes one or more batteries; (ii) the data processing arrangement including a processor unit having a low power functioning side, the data processing arrangement including an ultrasonic transceiver (120, 370) for measuring waste-indicative signal within the waste container, the data processing arrangement is capable of operating in a first activated mode wherein it is energized to be capable of supporting wireless communication via the wireless interface, and a second reduced-power mode wherein the data processing arrangement is operable to consume less power in comparison to the first activated mode; (ii) the housing is filled with a filler material which is capable of thermally insulating at least some of the components; (iii) the sensor arrangement additionally includes a temperature sensor (118, 390) for measuring a temperature of at least the power source, and the data processing arrangement is operable to be switched from the second reduced-power mode to the first activated mode as a function of the temperature measured by the temperature sensor; and (iv) the sensor arrangement is configured to receive further temperature information from an external service.
Method for cleaning a heads up display device of a motor vehicle, in which non-component particles are removed from at least one component (9, 10, 13, 14, 18, 19) of the heads up display device without using liquid, and the heads up display device is at least partly cleaned as a result, characterized in that at least one component (9, 10, 13, 14, 18, 19) of the heads up display device is moved jerkily by a shaking unit of the heads up display device and the non-component particles (9, 10, 13, 14, 18, 19) are removed by the jerky movement, and in that a level of the soiling is determined by the heads up display device and, on this basis, a time period and/or a frequency and/or an amplitude and/or an activation time of the jerky movement is determined.
A solid electrolyte fuel cell system comprising: a reformer to produce a hydrogen-rich reformed gas from fuel, oxygen and water; a stack structure including a stack of fuel cell units each receiving supply of the reformed gas and air, and producing electricity; a reformed gas cooler to cool the reformed gas supplied from the reformer to the stack structure; and a temperature control section to control operation of the reformed gas cooler, characterized in that the temperature control section comprises a temperature controller to control the reformed gas cooler in accordance with a request output for the stack structure. a reformer to produce a hydrogen-rich reformed gas from fuel, oxygen and water; a stack structure including a stack of fuel cell units each receiving supply of the reformed gas and air, and producing electricity; a reformed gas cooler to cool the reformed gas supplied from the reformer to the stack structure; and a temperature control section to control operation of the reformed gas cooler, characterized in that the temperature control section comprises a temperature controller to control the reformed gas cooler in accordance with a request output for the stack structure.
Multifunction electronic power supply for a LED lighting appliance with a LED light source adapted to illuminate an environment, comprising a I/V filtering and measuring block which is adapted to be connected to a main power supply, an auxiliary power supply connected to a microcontroller, a fly-back converter having an isolated output and a circuit for measuring the brightness,wherein said electronic power supply is adapted to be configured via a first interface connector comprised in said electronic power supply, by means of said microcontroller during an assembly phase of said electronic power supply; wherein said circuit for measuring the brightness is adapted to be coupled, by means of a second interface connector, to a light sensor of said lighting appliance which is adapted to detect the light reflected from the floor and from the objects and/or people present in an area of said environment which is illuminated by said lighting appliance; said LED light source is adapted to be coupled by means of a third interface connector to said fly-back converter, and said microcontroller is adapted to be coupled via said first interface connector to a camera adapted to take images in said area of the environment which is illuminated by the lighting appliance and for communicating with said power supply in order to define first areas of said images in which a detection of movement increases the light intensity of the lighting appliance and second areas of said images in which a movement does not determine any event; said LED light source being adapted to be driven by said electronic power supply characterized in that said microcontroller is configured to achieve a state machine which is synchronous with the period of said mains power supply, by means of a digital PLL that is coupled with the mains voltage, said microcontroller being adapted to periodically sample the electric voltage and the electric current with a period synchronized by said state machine. to calculate the absorbed electrical power.
Starter device for a combustion engine, notably a motor vehicle combustion engine, comprising: - a starter drive designed to start the combustion engine, notably by means of a ring gear, - an electric motor (2, 3) designed to drive the rotation of the starter drive, - a contactor having a longitudinal axis (Y-Y) and comprising a control rod, a fixed core, first and second electrical-contact elements (58, 59) designed to control the supply of electrical power to the electric motor to allow the latter to operate successively in a first phase of pre-rotation and a second phase of full speed, each of the first and second contact elements (58, 59) being mobile along the longitudinal axis between an open state and a closed state, the second electrical contact element being secured, notably with the possibility of sliding, to the control rod, characterized in that the first contact element is borne, notably with a possibility of sliding, by a mobile support, in that a spring is interposed between the first contact element and the mobile support, in that the second contact element is guided in its movement in the mobile support of the first contact element and in that an elastic return element, notably a spring, is interposed between the second contact element and the mobile support of the first contact element so as to apply the second electrical contact element against the fixed core of the contactor when the two contact elements (58, 59) are in the open state. - a starter drive designed to start the combustion engine, notably by means of a ring gear, - an electric motor (2, 3) designed to drive the rotation of the starter drive, - a contactor having a longitudinal axis (Y-Y) and comprising a control rod, a fixed core, first and second electrical-contact elements (58, 59) designed to control the supply of electrical power to the electric motor to allow the latter to operate successively in a first phase of pre-rotation and a second phase of full speed, each of the first and second contact elements (58, 59) being mobile along the longitudinal axis between an open state and a closed state, the second electrical contact element being secured, notably with the possibility of sliding, to the control rod, characterized in that the first contact element is borne, notably with a possibility of sliding, by a mobile support, in that a spring is interposed between the first contact element and the mobile support, in that the second contact element is guided in its movement in the mobile support of the first contact element and in that an elastic return element, notably a spring, is interposed between the second contact element and the mobile support of the first contact element so as to apply the second electrical contact element against the fixed core of the contactor when the two contact elements (58, 59) are in the open state.