mhurhangee/ep-ind-claims huggingface dataset:
Support device for supporting at least one photovoltaic panel on a roof comprising: - a base surface extending between two fixing wings; - support means (11, 12, 13, 14) for supporting said photovoltaic panel or panels extending in elevation with respect to said base surface so as to form a volume of air between said base surface and said photovoltaic panel or panels, said support means (11, 12, 13, 14) having air inlet/outlet means (110, 111) enabling air to circulate in said air volume, said support means comprising - at least two transverse protrusions (12, 13), one referred to as the bottom end protrusion and the other referred to as the top end protrusion, and - at least two longitudinal protrusions extending in the vicinity of said wings, the support device being characterized in that at least one of said longitudinal protrusions is distant from said bottom end transverse protrusion to provide a first air passage at the bottom part of the support device, a second air passage being provided in a similar way at the top part of the support device, said air inlet/outlet means comprising said air passages, the longitudinal protrusions and/or the transverse protrusions defining a bearing plane on which the photovoltaic panel can be fixed, said wings and said longitudinal protrusions form in pairs a gutter. - a base surface extending between two fixing wings; - support means (11, 12, 13, 14) for supporting said photovoltaic panel or panels extending in elevation with respect to said base surface so as to form a volume of air between said base surface and said photovoltaic panel or panels, said support means (11, 12, 13, 14) having air inlet/outlet means (110, 111) enabling air to circulate in said air volume, said support means comprising - at least two transverse protrusions (12, 13), one referred to as the bottom end protrusion and the other referred to as the top end protrusion, and - at least two longitudinal protrusions extending in the vicinity of said wings, - at least two transverse protrusions (12, 13), one referred to as the bottom end protrusion and the other referred to as the top end protrusion, and - at least two longitudinal protrusions extending in the vicinity of said wings,
A cleaner comprising: a suction fan portion; and a driver driving the suction fan portion, wherein the driver comprises a driving motor having a plurality of rotors (4a, 4b) configured to rotate, wherein the suction fan portion comprises a first fan rotated by a first rotor and a second fan rotated by a second rotor of the driving motor, wherein the driving motor further comprises a stator commonly used for the first rotor and the second rotor, and wherein one of the first fan and the second fan is an axial flow fan in which a direction of air flow is parallel with a rotary shaft, characterized in that the other fan of the first fan and the second fan is a centrifugal fan flowing the air from the inside to the circumferential direction by centripetal force or a mixed flow fan having a function of the axial flow fan and the centrifugal fan. a suction fan portion; and a driver driving the suction fan portion, wherein the driver comprises a driving motor having a plurality of rotors (4a, 4b) configured to rotate, wherein the suction fan portion comprises a first fan rotated by a first rotor and a second fan rotated by a second rotor of the driving motor, wherein the driving motor further comprises a stator commonly used for the first rotor and the second rotor, and wherein one of the first fan and the second fan is an axial flow fan in which a direction of air flow is parallel with a rotary shaft, characterized in that the other fan of the first fan and the second fan is a centrifugal fan flowing the air from the inside to the circumferential direction by centripetal force or a mixed flow fan having a function of the axial flow fan and the centrifugal fan.
Automated picking-work station for manually picking articles from storage containers into at least one order container in accordance with a picking order which can comprise a plurality of different articles, wherein the storage containers comprise fast-mover storage containers for fast-moving articles and slow-mover storage containers for slow-moving articles, which are delivered to the picking-work station together with the at least one order container, wherein the picking-work station comprises a plurality of unidirectionally operative storage-container flow channels and at least one bidirectionally operated order-container provision channel, wherein each of the order-container provision channels has assigned one order container, and wherein each of the flow channels has assigned one or more fast-mover storage containers or slow-mover storage containers, wherein each of the channels (24, 24') comprises an end defining a delivery location, wherein the delivery locations are arranged side-by-side and in delivery planes (22; 22-1, 22-2, 22-3), which are arranged on top of each other, such that the delivery locations define a picking area where a picking person can reach into each delivered storage container in an ergonomic advantageous manner for the purpose of removing a to-be-picked article and can give removed articles into the at least one order container, characterized in that the channels (24, 24') are arranged substantially in parallel to each other.
A power management and distribution apparatus, comprising: a source management section; a bus management section coupled to the source management section; a load management section coupled to the bus management section; and a DC bus coupled to the source management section, the bus management section, and the load management section, wherein the bus management section is configured to reconfigure excess DC power on the DC bus based on a plurality of priorities, a plurality of feedback signals and a plurality of system parameters; wherein the bus management section includes a DC bus management controller in signal communication with an energy storage unit, a fan load and a power dissipater, wherein the DC bus management controller is configured to: compare a DC bus voltage against a plurality of voltage references; in response to an excess of the DC voltage compared to a first voltage reference of the plurality of voltage references, send a first control signal instructing redirection of the DC power to the energy storage unit; in response to an excess of the DC voltage compared to a second voltage reference of the plurality of voltage references, send a second control signal instructing redirection of the DC power to drive the fan load; in response to an excess of the DC voltage compared to a third voltage reference of the plurality of voltage references, send a third control signal instructing a decrease generation of a source of DC power to the DC bus; and in response to an excess of the DC voltage compared to a third voltage reference of the plurality of voltage references, send a fourth control signal instructing a redirection of the DC power to a power dissipater. a source management section; a bus management section coupled to the source management section; a load management section coupled to the bus management section; and a DC bus coupled to the source management section, the bus management section, and the load management section, compare a DC bus voltage against a plurality of voltage references; in response to an excess of the DC voltage compared to a first voltage reference of the plurality of voltage references, send a first control signal instructing redirection of the DC power to the energy storage unit; in response to an excess of the DC voltage compared to a second voltage reference of the plurality of voltage references, send a second control signal instructing redirection of the DC power to drive the fan load; in response to an excess of the DC voltage compared to a third voltage reference of the plurality of voltage references, send a third control signal instructing a decrease generation of a source of DC power to the DC bus; and in response to an excess of the DC voltage compared to a third voltage reference of the plurality of voltage references, send a fourth control signal instructing a redirection of the DC power to a power dissipater.
A functional layer of a building shell, wherein the functional layer has at least a composite construction foil and area by area a foil applied by painting, which after application forms an air- and/or water-tight film, wherein the foil is applied in areas, in which no composite construction foil is provided and/or the composite construction foil is cut in or cut out for a connection or a component and/or two composite construction foils overlap, so that after application of the foil an adhesion or sealing occurs, and wherein the viscosity of the material of the foil is in the range between 5,000 and 25,000 mPa per sec.
A variable index light extraction layer for use in a front-lit reflective display assembly, the variable index light extraction layer having first (140a,140b) and second regions, the first region comprising nanovoided polymeric material, the second region comprising the nanovoided polymeric material and an additional material located only in said second region, the first region having a first refractive index and the second region having a second refractive index different from the first refractive index, the first and second regions being disposed such that for light being transported at a supercritical angle in an adjacent layer, the variable index light extraction layer selectively extracts the light from the adjacent layer in a predetermined way based on the geometric arrangement of the first and second regions.
A non-fuel, fluid thrust engine comprising: at least two cylinders, each having a piston and a sprocket rack connected to the piston; and thrust directional control valves, each having a reciprocating arm; characterized in that the reciprocating arms are actuated by a rotor and characterized by the engine further comprising: an overhead container for storing a non-fuel fluid, said overhead container being arranged above the at least two cylinders, at least two downward tubes at a very bottom surface of the overhead container, the thrust directional control valves being located between the downward tubes and the cylinders; each thrust directional control valve having a top opening, a bottom opening and a side opening; each side opening of the thrust directional control valves being connected to a thrust control valve; each top opening of the thrust directional control valves being connected to one of the at least two downward tubes; each bottom opening of the thrust directional control valves being connected to one of the at least two cylinders; unidirectional spur gears coupled to the sprocket racks to transfer power to a shaft of a generator or of a turbine; a reciprocating chain with sprockets coupled to said sprocket racks to ensure reciprocating movements of the pistons; and an electromechanical system configured to control the rotor after sensing the position of the pistons, such that the rotor at least opens the top opening of a thrust directional control valve, while closing the top opening of another thrust directional control valve.
A method for implementing resending of a short message, comprising: when an Internet Protocol Short Message Gateway, IP-SM-GW, learns that in an Internet Protocol Multimedia Subsystem, IMS, domain, a short message fails to be sent to a receiver, sending, by the IP-SM-GW, the short message to a service center, so that the service center stores the short message; and when the receiver corresponding to the short message changes to available status, receiving, by the IP-SM-GW, the stored short message sent by the service center, and resending the short message to the receiver through the IMS domain. when an Internet Protocol Short Message Gateway, IP-SM-GW, learns that in an Internet Protocol Multimedia Subsystem, IMS, domain, a short message fails to be sent to a receiver, sending, by the IP-SM-GW, the short message to a service center, so that the service center stores the short message; and when the receiver corresponding to the short message changes to available status, receiving, by the IP-SM-GW, the stored short message sent by the service center, and resending the short message to the receiver through the IMS domain.
A hair conditioning composition for permanent and semi-permanent hair color applications characterized in that the hair conditioning composition comprises a) a solvent b) a water-soluble, oligo-peptide from keratin, wherein the molecular weight of the oligo-peptides is in the range of 3000 Da ≤ M w ≤ 7000 Da, c) alkaline or alkaline earth metal ions, d) a multidentate ligand or chelating agent and optionally e) a redox-active inorganic or organic component, wherein the critical micelle concentration of the water soluble oligo-peptide is ≤ 2%. a) a solvent b) a water-soluble, oligo-peptide from keratin, wherein the molecular weight of the oligo-peptides is in the range of 3000 Da ≤ M w ≤ 7000 Da, c) alkaline or alkaline earth metal ions, d) a multidentate ligand or chelating agent and optionally e) a redox-active inorganic or organic component, wherein the critical micelle concentration of the water soluble oligo-peptide is ≤ 2%.
A solar hybrid combined cycle electric power plant comprising: a solar thermal system that is configured to concentrate solar radiation to collect solar energy as heat; a thermal energy storage system that is configured to store heat collected by and transferred from the solar thermal system; a combustion turbine generator that is configured to combust fuel to generate electricity and produce hot exhaust gases; and a steam turbine generator that is configured to expand superheated steam across a steam turbine to generate electricity; a first boiler that is configured to produce steam by heating feedwater exclusively with heat from the combustion turbine generator exhaust gases; a second boiler that is configured to produce steam by heating feedwater exclusively with heat from the thermal energy storage system; and a superheater arranged to produce the superheated steam from a mixture of steam from the first boiler and steam from the second boiler with heat exclusively from the combustion turbine generator exhaust gases; characterised by the provision of a feedwater heater arranged to receive heat from the combustion turbine generator exhaust gases through a heat transfer fluid loop connected to a heat exchanger positioned in the combustion turbine generator exhaust gases downstream from the first boiler, heat liquid condensate from the steam turbine generator with the heat provided through the heat transfer fluid loop, and provide the heated liquid condensate as feedwater to the first boiler and the second boiler. a solar thermal system that is configured to concentrate solar radiation to collect solar energy as heat; a thermal energy storage system that is configured to store heat collected by and transferred from the solar thermal system; a combustion turbine generator that is configured to combust fuel to generate electricity and produce hot exhaust gases; and a steam turbine generator that is configured to expand superheated steam across a steam turbine to generate electricity; a first boiler that is configured to produce steam by heating feedwater exclusively with heat from the combustion turbine generator exhaust gases; a second boiler that is configured to produce steam by heating feedwater exclusively with heat from the thermal energy storage system; and a superheater arranged to produce the superheated steam from a mixture of steam from the first boiler and steam from the second boiler with heat exclusively from the combustion turbine generator exhaust gases; characterised by the provision of a feedwater heater arranged to receive heat from the combustion turbine generator exhaust gases through a heat transfer fluid loop connected to a heat exchanger positioned in the combustion turbine generator exhaust gases downstream from the first boiler, heat liquid condensate from the steam turbine generator with the heat provided through the heat transfer fluid loop, and provide the heated liquid condensate as feedwater to the first boiler and the second boiler.
A method of operating a multi-tenant cloud system, the method comprising: at a first data center, authenticating a first client and storing resources that correspond to the first client, the first data center in communication with a second data center that is configured to authenticate the first client; dividing the resources into base data and regular data, wherein the base data is a minimum data needed to allow the resources to be available to the first client at the second data center; storing the base data in a chunked manner on a cloud storage in a base data export file; storing the regular data in the chunked manner on the cloud storage in a regular data export file; exporting the base data export file to the second data center; and when the exporting the base data export file has completed, exporting the regular data export file to the second data center. at a first data center, authenticating a first client and storing resources that correspond to the first client, the first data center in communication with a second data center that is configured to authenticate the first client; dividing the resources into base data and regular data, wherein the base data is a minimum data needed to allow the resources to be available to the first client at the second data center; storing the base data in a chunked manner on a cloud storage in a base data export file; storing the regular data in the chunked manner on the cloud storage in a regular data export file; exporting the base data export file to the second data center; and when the exporting the base data export file has completed, exporting the regular data export file to the second data center.
A connector element for a flashing assembly for use in a roof window arrangement in an inclined roof structure including at least two roof windows (1, 2), said connector element being configured for being arranged with an exterior side facing the exterior in the mounted state, an interior side facing the roof structure, a first end facing a first roof window, and a length direction of the connector element extending from the first end towards a second opposite open end, where the exterior side comprises a gutter with two longitudinal edges extending between the first and second ends, at least one of said longitudinal edges being configured for engagement with an engagement section of a flashing member, and where a connecting section on the interior side is configured for being connected to a bracket used for connecting a roof window to a load-bearing structure of the roof structure, wherein the connector element is configured for being arranged with the first end at an outer side of a bottom frame member of the first roof window and the second end at an exterior side of the second roof window, characterized in that the connector element comprises two end surfaces at the second end, said end surfaces extending from the exterior side towards the interior side and being non-parallel to the length direction, where each of the end surfaces extends from one of the longitudinal edges away from the gutter, and that at least one attachment element is provided on each of the end surfaces, each attachment element including a male part adapted for engagement with an opening or depression in or on a supporting element of a flashing assembly. that the connector element comprises two end surfaces at the second end, said end surfaces extending from the exterior side towards the interior side and being non-parallel to the length direction, where each of the end surfaces extends from one of the longitudinal edges away from the gutter, and that at least one attachment element is provided on each of the end surfaces, each attachment element including a male part adapted for engagement with an opening or depression in or on a supporting element of a flashing assembly.
A needle changing device for use on a pen injector, the needle changing device comprising: a housing including a cap and a bottom, the housing having: a fixed mount that is configured to engage the pen injector; a plurality of needles that is fixed to a needle holder and configured to pierce a cartridge septum of the pen injector; characterized in that the cap rotates and identifies which needle of the plurality of needles is to be selected; and the housing further comprises a user dial that applies a force to expose a portion of the selected needle outside the needle changing device, wherein when the housing is in a first position, the plurality of needles is not exposed outside the needle changing device, and when the housing is in a second position, the selected needle is moved in a path via a maze member and is partially exposed outside the needle changing device for medicament delivery; and return of the housing from the second position to the first position rotates the user dial to select another selected needle of the plurality of needles. a housing including a cap and a bottom, the housing having: a fixed mount that is configured to engage the pen injector; a plurality of needles that is fixed to a needle holder and configured to pierce a cartridge septum of the pen injector; a fixed mount that is configured to engage the pen injector; a plurality of needles that is fixed to a needle holder and configured to pierce a cartridge septum of the pen injector; characterized in that the cap rotates and identifies which needle of the plurality of needles is to be selected; and the housing further comprises a user dial that applies a force to expose a portion of the selected needle outside the needle changing device, wherein when the housing is in a first position, the plurality of needles is not exposed outside the needle changing device, and when the housing is in a second position, the selected needle is moved in a path via a maze member and is partially exposed outside the needle changing device for medicament delivery; and return of the housing from the second position to the first position rotates the user dial to select another selected needle of the plurality of needles.
Apparatus for determining the occupation state of the circuit of a direct current track circuit in a railway line provided with a plurality of direct current track circuits adjacent to each other, such circuit comprising a pair of tracks made up of parallel metal sections between which it is possible to apply an electric voltage, each direct current track circuit being separated from the adjacent one through electrically insulating joints, characterised in that it comprises a transmission block capable of transmitting to the direct current track circuit an alternating current signal, associated to which is an unambiguous code word which consists in providing a preset number of positive and negative half - waves of such alternating current according to a predetermined sequence, at least one block for detecting a current signal in such direct current track circuit of the line and at least one processing block adapted to compare such predetermined unambiguous code word with the extracted signal, wherein such processing block carrying out the scalar product between such alternating signal and the unambiguous code word assigned to that specific direct current track circuit obtaining an energy value which, if greater than a predetermined threshold value, determines the emission of an occupation signal which shows the occupation state of the track, wherein the unambiguous code word associated to each direct current track circuit being orthogonal to the one associated to an adjacent circuit.