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34
results.
Updated on
07/07/2025 [14:52:00]
Results 25 to 34 of 34
Absstract of: EP4553406A1
L'invention concerne un dispositif de panneau solaire thermique à inertie 1 comportant, essentiellement, une paroi périphérique 2, une paroi avant 7 et une paroi arrière 8 délimitant un volume intérieur 9, au moins la paroi périphérique 2 est constituée en un matériau isolant rigide. Avantageusement :- la paroi avant 7 est substantiellement constituée, depuis le côté externe 10 en direction du volume intérieur 9 de ce dispositif 1 :• d'au moins deux plaques en matériau translucide 11, 11a, 11b, 11c, 11d, préférentiellement transparent, entretoisées d'une lame 12, 12a, 12b, 12c d'un fluide gazeux ;• d'une plaque absorbante 13 des rayonnements lumineux entretoisée d'une lame 12d d'un fluide gazeux par rapport à la plaque en matériau translucide 11d du côté interne 14 au volume intérieur 9 de cette paroi avant 7 ;- dans le volume intérieur 9, entre un fond 15 défini par la paroi arrière 8 et la plaque absorbante 13 de la paroi avant 7, est disposée au moins une unité de stockage 16 de fluide caloporteur primaire.
Absstract of: JP2025072098A
【課題】採熱機器で採取した熱を効率よく蓄熱槽に蓄える蓄熱システムを提供する。【解決手段】蓄熱システム１は、採取可能な熱量が変化する熱源で生じた熱を採取して熱媒体ＴＭ１に供給する採熱機器１０と、固体と液体との間で相変化を行う蓄熱材２６を有し、採熱機器１０から直接又は間接的に供給された熱媒体ＴＭ２と、蓄熱材２６と、の間で熱交換を行わせる蓄熱槽２０と、採熱機器１０から蓄熱槽２０へ熱媒体ＴＭ１、ＴＭ２を搬送する搬送機構４１、４３～４８と、採熱機器１０から供給された熱を保有する熱媒体ＴＭ２が、蓄熱槽２０に流入する際に、蓄熱材２６の融点以上の第１の所定の温度になるように、搬送機構４５、４８を制御する制御装置８０とを備える。【選択図】図１
Absstract of: KR20250064241A
본 발명은 프레임 내부에 제1흡열판이 배치되고, 상기 제1흡열판의 후면에 단열재에 감싸여 배치된 집열배관을 포함하는 태양열 집열기에 있어서, 최상층에 배치되고, 진공이 형성된 제1투과체공간을 포함하는 제1진공투과체, 상기 제1진공투과체와 상기 제1흡열판의 사이에 배치되고, 상기 프레임과 제1접합제에 의해 결합된 제1단일투과체, 및 상기 제1진공투과체와 제1단일투과체 사이에 형성되고, 공기 또는 불활성가스가 배치된 제2투과체공간을 포함한다. 투과체 등에서 발생되는 열손실을 저감하여 집열 효율을 향상시키는 장점이 있으며, 기존 집열기에 비하여 더 높은 온도의 열생산 조건에서 고효율을 유지하는 장점이 있다.
Absstract of: FR3155085A1
La présente invention a pour objet un capteur-actionneur (10) comportant au moins deux modules (12, 14) comportant :- un noyau (18) conçu pour se dilater et générer des efforts sous l’effet d’un stimulus de l’environnement tel que la chaleur ou l’humidité,- un réseau fibreux (20) enveloppant le noyau (18) de sorte à contraindre la dilatation du noyau (18) pour privilégier une déformation selon au moins un axe d’extension, de flexion ou de torsion,le capteur-actionneur (10) étant tel que parmi les deux modules (12, 14),- la première extrémité (30) du noyau (18) du premier module (12) comporte une portion d’assemblage femelle (34), et- la deuxième extrémité (32) du noyau (18) du deuxième module (14) comporte une portion d’assemblage mâle (36) apte à coopérer avec la portion d’assemblage femelle (34) du premier module (12) pour assembler le premier module (12) au deuxième module (14). Figure pour l'abrégé : 2
Absstract of: FR3155054A1
Dispositif pour panneau solaire vitré qui comprend une fenêtre (1) en matériau à effet de serre, qui comprend un fond (3) en matériau imperméable à l’air, qui comprend un premier absorbeur (2) opaque et imperméable à l’air, s’étendant entre une première face, disposée en regard de la fenêtre (1) et une deuxième face, disposée en regard du fond(3), qui comprend un premier profilé (6) comprenant une première rainure et une deuxième rainure, qui comprend une première cornière (7) insérée dans la première rainure, qui comprend une deuxième cornière (10) insérée dans la deuxième rainure, dans lequel l’absorbeur (2) est inséré dans la première rainure en contact mécanique avec le premier profilé (6) et la première cornière (7), dans lequel le fond (3) est inséré dans la deuxième rainure en contact mécanique avec la deuxième cornière (10) et le premier profilé(6) et dans lequel la première cornière (7), la deuxième cornière(10) et le profilé (6) sont maintenus serrés ensemble par un moyen de serrage réversible (8, 9).
Absstract of: WO2025094010A1
The invention relates to a device for a glazed solar panel, which comprises a window (1) made of greenhouse-effect material, which comprises a back (3) made of an air-impermeable material, which comprises a first absorber (2) that is opaque and impermeable to air, extending between a first face, arranged facing the window (1) and a second face, arranged facing the back (3), which comprises a first profile member (6) comprising a first groove and a second groove, which comprises a first angle bracket (7) inserted into the first groove, which comprises a second angle bracket (10) inserted into the second groove, wherein the absorber (2) is inserted into the first groove in mechanical contact with the first profile member (6) and the first angle bracket (7), wherein the back (3) is inserted into the second groove in mechanical contact with the second angle bracket (10) and the first profile member (6) and wherein the first angle bracket (7), the second angle bracket (10) and the profile member (6) are held tightened together by a reversible tightening means (8, 9).
Absstract of: WO2025095885A1
Invention; it is related to the timber drying system with solar energy sourced heat transfer fluid, which enables rapid drying of timber by transferring the heat energy received from the solar collector (1) with the heat transfer fluid that can change phase to the air taken from the environment in the heat exchanger (4). The invention especially; heat obtained from the resistance (10) and solar collector (1), which converts electrical energy obtained from the solar collector (1) into heat energy, allows it to be transferred to the heat exchanger (4) through heat transfer pipes (2), enters the air inlet (6) by transferring heat in the heat exchanger (4) and heats the air contained in the hot air pipe (5), contains 10-200 nanometer colemanite, borax, Al2O3, SiO3, CuO, TiO2, SiL, boron carbide, szaybelite, boron solid particles in it, and evaporates along with the heat received from the solar collector (1) and the resistance (10) thanks to these particles and allows for rapid heat transfer, it is related to the timber drying system containing the phase-changing heat transfer fluid that cools slowly thanks to nano-sized solid particles that hit the inner walls of the heat exchanger (4) during condensation after heat transfer.
Absstract of: US2025146711A1
A spectrally selective absorbing coating for receivers acting in air of thermal and thermodynamic solar systems having a substrate and at least a protective structure capable of protecting the metal component of the protective structure and the metal components of the absorbing coating against the atmospheric oxidizing agents, the protective structure which in turn includes a metal layer upon which a ceramic layer is arranged.
Nº publicación: WO2025094481A1 08/05/2025
Applicant:
KK KOBE SEIKO SHO KOBE STEEL LTD [JP]
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Absstract of: WO2025094481A1
A solar light heat collection system 1 comprises: a solar light heat collection panel 2 which has a non-heat insulation part 2c for performing convection heat transfer with ambient air, and transmits radiation heat from solar light and convection heat from the ambient air to a heat medium M; a heat medium circulation line 4 which sends the heat medium M from a heat medium tank 3 for storing the heat medium M to the solar light heat collection panel 2, and sends the heat medium M from the solar light heat collection panel 2 to the heat medium tank 3; a heat medium circulation control mechanism 5 which performs at least one of switching of the circulation availability of the heat medium M along the heat medium circulation line 4 and adjustment of the flow rate of the heat medium M; and a control device 9. The control device 9 measures the quantity Q1 of radiation heat input to the solar light heat collection panel 2, measures the quantity Q2 of convection heat transfer between the solar light heat collection panel 2 and the ambient air, and controls the heat medium circulation control mechanism 5 on the basis of the radiation heat input quantity Q1 and the convection heat transfer quantity Q2.
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