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39
resultados
Última actualización
11/08/2026 [07:29:00]
Resultados 25 a 39 de 39
Resumen de: KR20260105558A
본 발명의 예시적인 실시예들에 따른 세라믹 소재로 제조된 평판형 집열장치는 태양으로부터 집열하기 위한 세라믹 집열판, 상기 세라믹 집열판의 하부에 배치되는 라이즈부, 상기 라이즈부를 지지하기 위한 하부 케이스 및 상기 라이즈부와 상기 하부 케이스 사이에 개재되는 단열재를 포함하며, 상기 세라믹 집열판은 세라믹 소재를 이용하여 제조되며, 상기 세라믹 소재는 55.9 내지 76.8 중량%의 산화알루미늄(Al2O3)에 대해 23.2 내지 44.1 중량%의 착색제를 혼합한 후, 상기 혼합물 100 중량부에 대해 첨가제 56.95 내지 68.45 중량부를 첨가하여 조합될 수 있다.
Resumen de: WO2024243579A1
A retrofit window insulation system that achieves a very low solar heat gain coefficient (SHGC) of 0.10 or lower. The retrofit window insulation system is an ultra-lightweight, ultra-clear, low-e polymeric window cover that, in combination with solar screens and/or louvers that are mechanically deployable to offer optional shading for tunable control of daylighting and solar heating. Spectrally selective coatings on louvers which contain a phase change material (PCM) for thermal storage of daytime heat is particularly efficient. Placing a reflective film on the outward-facing surface of the louvers is reflective to sunlight but also emits thermal radiation back into the cold of space through the earth's atmosphere. If the louvers are placed between the retrofit window insulation system and the preexisting window glass, the air gap between the window and the retrofit window insulation system warms so that thermal energy is stored in the PCM.
Resumen de: US20260185746A1
A heat collection and release system for a solar greenhouse is disclosed and includes a heat collection and release channel for circulating a first medium, arranged on a wall and/or a roof of the solar greenhouse, and located in the solar greenhouse, the wall and/or the roof, the wall and the roof of the solar greenhouse are made of a transparent material and are internally provided with a vacuum layer for preventing heat in the channel from being radiated to the outside of the solar greenhouse; a heat storage tank for storing a second medium; a heat exchange device, through which the first medium and the second medium exchanging heat; and a fan for providing power for circulation of the first medium. A method includes, heat is stored in the second medium through heat exchange between the first medium and the second medium and is dissipated into the greenhouse through heat exchange between the first medium and the second medium.
Resumen de: AU2025205873A1
A pool system may include a solar heating system for heating water of a swimming pool or spa comprising. The solar heating system includes a collector which may receive water from the swimming pool or spa and heat a flow of water from the swimming pool or spa using solar radiation. The solar heating system includes one or more control devices, which may control a flow rate of water through the solar heating system and/or a pressure of water through the solar heating system.
Resumen de: WO2026137586A1
Disclosed in the present invention is an environment-friendly emission system for a kitchen waste incinerator, comprising a waste incinerator, a dry desulfurization tower, a dust collector and a chimney, wherein a flue gas discharge pipe of the waste incinerator is connected to the dry desulfurization tower, an outlet of the dry desulfurization tower is connected to an inlet of the dust collector, and an outlet of the dust collector is connected to the chimney; a high-temperature heat exchanger and a low-temperature heat exchanger are sequentially arranged on a flue gas duct between the waste incinerator and the dry desulfurization tower; a branch recirculation pipe is provided on the duct between the high-temperature heat exchanger and the low-temperature heat exchanger and is connected to an inlet of a recirculation fan; and an outlet of the recirculation fan is separately connected to air chambers arranged on the waste incinerator. The present invention has the following beneficial effects: the generation of nitrogen oxides is low, the energy consumption is reduced, and the costs of solid waste treatment are saved.
Resumen de: EP4768821A1
Die Erfindung betrifft eine Baugruppe (2; 2') einer Klemmvorrichtung (1, 1a; 1'), mit einer Spreizklemme (3; 3') mit Schenkeln (5; 5'), die in einen Aufnahmebereich (97) einer Befestigungsschiene (79) einsetzbar und nach dem Einsetzen in den Aufnahmebereich (97) spreizbar sind, und mit einem Kunststoffbauteil (7, 7a, 7b; 7'), das an der Spreizklemme (3; 3') gehalten und gemeinsam mit den Schenkeln (5; 5') in den Aufnahmebereich (97) einsetzbar ist und Berührungsbereiche (11; 11') aufweist, die derart angeordnet sind, dass nach dem Einsetzen der Schenkel (5; 5') und des Kunststoffbauteils (7, 7a, 7b; 7') in den Aufnahmebereich (97) durch einen Kontakt des Kunststoffbauteils (7, 7a, 7b; 7') mit der Befestigungsschiene (79) in den Berührungsbereichen (11; 11') mindestens in einem Zustand der Spreizklemme (3; 3') vor dem Spreizen der Schenkel (5; 5') für das Klemmen der Spreizklemme (3; 3') an der Befestigungsschiene (79) eine direkte Berührung der Schenkel (5; 5') mit diesen jeweils benachbarten Abschnitten der Befestigungsschiene (79) verhinderbar ist. Die Erfindung bezieht sich ferner auf eine Klemmvorrichtung (1, 1a; 1') mit einer erfindungsgemäßen Baugruppe (2; 2') sowie auf eine Befestigungsanordnung (100, 100a; 100') mit mindestens einer Befestigungsschiene (79) und mindestens einer Klemmvorrichtung (1, 1a; 1') umfassend eine erfindungsgemäße Baugruppe (2; 2') sowie ein mit der Baugruppe (2; 2') gekoppeltes Montageelement (75, 75a; 75').
Resumen de: US12196455B1
0000 A thermal energy storage (TES) bin assembly for a high temperature, particle-based solar power plant, the TES bin assembly including a TES bin for storing hot particles therein and a feeder assembly configured to insert the hot particles inside of the TES bin. The TES bin has a base, a lid separated from the base, and a hollow body extending between the base and the lid. The hollow body is made of a plurality of cylindrically shaped structures. The innermost cylindrically shaped structure defines an interior of the TES bin together with the lid and the base. The innermost cylindrically shaped structure is made with abrasion resistant bricks. A second cylindrically shaped structure is made of an insulating material and surrounds the second structure. A third cylindrically shaped structure surrounds the second structure and includes expansion joints. The base has a funnel shape and the lid has a removable component.
Resumen de: GB2633598A
A fluid composition which is able to exhibit elastic turbulence while pumped through a flow path which compels changes of direction of flow streamlines, comprises (i) at least one dissolved first polymer, which is a linear polymer having a weight average molecular weight of at least 10 MegaDaltons; and (ii) at least one dissolved second polymer, which is a linear polymer having a weight average molecular weight from 0.25 to 5 MegaDaltons. The amount of first polymer is 0.05 to 5 wt% of the solution, and is sufficient that a solution containing the first polymer without the second polymer can display elastic tubulence, and where the amount of the second polymer is greater than the amount of th first polymer but is not more than 10 wt% of the solution. The second category polymer reduces elastic instabilities and consequent pressure drop, thereby reducing pumping energy requirement when the fluid is used in a flow circuit. The composition may be used in a solar energy heating system (figs 3 to 7), an electrochemical half-cell (figs 8 to 12), or in a fuel cell (fig 13).
Resumen de: GB2633595A
A heat transfer device 10, such as a heat exchanger, has dimensions and flow speed such that Reynolds number for the flow is in a range from 1 to 1000. The heat exchanger comprises an array of obstructions 30 that compel a working fluid flowing through the heat exchanger to repeatedly change direction. The working fluid is in a state of elastic turbulence due to comprising a solute in the form of a polymer such as a polyacrylamide or a derivative. In some embodiments the fluid is an emulsion with a continuous phase that is an aqueous solution of the solute and a disperse phase which changes between liquid and solid so that its latent heat of fusion contributes to the amount of heat carried by the working fluid. The disperse phase may have a melting point between -80°C and 150°C.
Resumen de: WO2026131463A1
The invention relates to a wall-mounted aerothermal device (1000) placed against the exterior wall (100) of a building, the device comprising an air cavity between the wall (100) and a metal wall forming a thermal absorber (1100), the air cavity being closed around its periphery by peripheral walls (1010) attached to the wall (100) and to the wall forming a thermal absorber (1100), the width of the peripheral walls (1010) defining the depth (P) of the air cavity. The air cavity is arranged so as to create air circulation between an inlet (1020) provided in one of the peripheral walls (1010) and an air outlet connected to a ventilation element, the ventilation element being located inside the building.
Resumen de: DE102024137524A1
Die Erfindung betrifft ein Verfahren zum Montieren mindestens eines Solarmoduls (25) an einer Befestigungsschiene (1') einer Trägervorrichtung, umfassend folgende Schritte:a) Einbringen von Aufnahmeöffnungen (7) in eine Befestigungsschiene (1) zum Hindurchführen von stiftförmigen Befestigungsmitteln (13), wobei der Durchmesser d1 der Aufnahmeöffnungen (7) geringer ist als der Durchmesser zumindest eines Abschnittes (14) der Befestigungsmittel (13);b) Eindrücken eines Stempelelements (8) in die Aufnahmeöffnungen (7) zur Vergrößerung der Durchmesser der Aufnahmeöffnungen (7) und Erzeugung jeweils eines Kragens (10);c) Einführen der Befestigungsmittel (13) in die erweiterte Aufnahmeöffnung (7'), so dass die Befestigungsmittel (13) die Aufnahmeöffnungen (7') durchgreifen;d) Reduzieren der Durchmesser der Aufnahmeöffnungen (7') durch Zusammenpressen der Krägen (10);e) Aufsetzen des zu montierenden Solarmoduls (25) auf die Befestigungsschiene (1'), wobei zumindest ein Teil der aus einer Modulauflageebene (5) der Befestigungsschiene (1') ragenden Verbindungsabschnitte (14) der Befestigungsmittel (13) durch Aussparungen (27) in einem Rahmen (26) des Solarmoduls (25) hindurchgeführt werden.
Resumen de: DE102024138562A1
Die Erfindung betrifft eine Montagevorrichtung (16) zur Montage eines Trägerelements (14), insbesondere Profilschiene, einer Zubehörvorrichtung, insbesondere Solarmodul oder Solarkollektor, an einer Montagefläche (12) eines Gebäudes, insbesondere an einem Dacheindeckelement, bevorzugt an einem Dachziegel, oder an einem Wand- oder Dachabschnitt, bevorzugt an einem Wand- oder Dachmontagesockel, umfassend ein Sockelelement (18) und ein mit dem Sockelelement (18) verbindbares Koppelelement (20), wobei das Sockelelement (18) an der Montagefläche (12) befestigbar oder befestigt und an dem Koppelelement (20) das Trägerelement (14) koppelbar oder angekoppelt ist, sodass in einem montierten Zustand der Montagevorrichtung (16) das Trägerelement (14) in Bezug auf die Montagefläche (12) in eine ausgewählte Orientierungsrichtung, insbesondere in einer Quer- oder Längsbelegung, ausgerichtet an der Montagefläche (12) festlegbar ist.Es ist vorgesehen, dass die Montagevorrichtung (16) ein Verbindungselement (22) mit einer dem Sockelelement (18) zugewandten Sockelseite (27) und einem dem Koppelelement (20) zugewandten Koppelseite (32) umfasst, wobei an der Koppelseite (32) das Koppelelement (20) und die Sockelseite (27) an dem Sockelelement (18) in zumindest einer festgelegten oder festlegbaren jeweiligen Verbindungsposition befestigbar oder befestigt ist, sodass durch das Verbindungselement (22) das Sockelelement (18) mit dem Koppelelement (20) mittelbar verbindbar oder verbunden i
Nº publicación: US20260171532A1 18/06/2026
Solicitante:
INTELLIHOT INC [US]
Intellihot, Inc.
Resumen de: US20260171532A1
0000 A method for controlling a heating system to meet a heating demand, the heating system including more than one thermal battery, the method including comparing a state of charge (SOC) of one of the more than one thermal battery to a low thermal storage threshold, wherein if the SOC is lower than the low thermal storage threshold and the more than one thermal battery is more than one thermal battery, disposing the control valve of the one of the more than one thermal battery in a closed state; and comparing the SOC of one of the more than one thermal battery to a high thermal storage threshold, wherein if the SOC is greater than the high thermal storage threshold, disposing the control valve of the one of the more than one thermal battery in an open state.
BOPI
Sede Electrónica
