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    • 2. 发明专利
    • WASHSTAND
    • JPH09201296A
    • 1997-08-05
    • JP1380396
    • 1996-01-30
    • MATSUSHITA ELECTRIC WORKS LTD
    • KOSHIJIMA JIROTANAKA KAZUKIKOBAYASHI KENICHI
    • A47K1/00
    • PROBLEM TO BE SOLVED: To easily perform the maintenance check of a piping part as well by letting a cover fall down while securing a wide storage space inside a cabinet by positioning the piping part on the back side in the cabinet and overlaying this piping part with the cover arranged on a bottom plate so as to freely rise and fall. SOLUTION: In this washstand, the piping part composed of a water drain pipe 12, a water drain trap and a water discharge pipe or the like connected to the drain hole of a washing bowl 30 is positioned on the side of a back plate 2 inside a cabinet 1, and this piping part is overlaid with a cover 4 arranged on a bottom plate 3 so as to freely rise and fall. Concerning this cover 4, its horizontal cross-section when folding both the side parts of a front face plate backward is U-shaped and its lower end part is hinged and opened forward. Since the cross-section is U-shaped, the cover 4 can rise by itself while placing the lower end part on the bottom plate 3 as it is. A fixed plate 5 to be fitted to the bottom plate 3 of the cabinet is provided at the lower end part of the front face plate of the cover 4 and both the plates are made of synthetic resin plates.
    • 9. 发明专利
    • LATENT HEAT ACCUMULATION SYSTEM
    • JPH02115693A
    • 1990-04-27
    • JP26911688
    • 1988-10-25
    • MATSUSHITA ELECTRIC WORKS LTD
    • KOSHIJIMA JIROURANO MASASHISHINAGAWA MIKIO
    • F28D20/00F28D20/02
    • PURPOSE:To increase coefficient of overall heat transmission and to improve heat exchanging efficiency by providing a latent heat accumulation material circulation passage and a brine circulation passage in a heat accumulation tank sealed with latent heat accumulation material and brine. CONSTITUTION:Latent heat accumulation material 3 of liquid state is removed from the latent heat accumulation material outlet 2 of a heat accumulation tank 1 at the time of heat accumulation, and injected into brine 10 intermittently from a nozzle 9 through a three-way valve 4, a bypass pipe 7 and a circulation pump 8. On the other hand, the brine 10 is fed to a brine circulating circuit (b) by a circulation pump 11, cooled by a refrigerator 12, and returned to the tank 1. When the temperature of the brine 10 becomes the melting point of the material 3 or less, the material 3 of liquid state injected intermittently is cooled to be solidified in particle state, and accumulated in the top of the tank. The latent heat accumulation materials of solid 13 and liquid 3 are mixed in the top of the tank 1 at the time of heat dissipation. The valve 4 is switched to a heat sink unit 5 side, the material 3 of liquid state is circulated, heat is dissipated by the unit 5, and used for room cooling. The material 3 of liquid state is raised at its temperature, brought into contact with the material 13 to be cooled, again cooled to be fed to the unit 5.
    • 10. 发明专利
    • DEHUMIDIFIER
    • JPS63291623A
    • 1988-11-29
    • JP12653187
    • 1987-05-23
    • MATSUSHITA ELECTRIC WORKS LTD
    • KOSHIJIMA JIROIWATA HIDEOFURUYA HARUMASAMARUO KATSUHIKO
    • B01D53/22B01D53/26
    • PURPOSE:To decrease the quantity of heat escaping from the interior of a room to the outside in a dehumidifier utilizing a membrane which is permeable to water vapor, but not permeable to air, by causing heat exchange between the outside air to be discharged and the outside air which has been newly taken in. CONSTITUTION:In a dehumidifier 12 wherein its case 13 is divided by a membrane 14 permeable only to water vapor into a passage 15 for air of high humidity and a passage 16 for air of low humidity, a heat exchange means comprising a wall plates 33, 34 is formed in the passage 16 for the outside air. Humid inside air 29 is taken in by a fan 17 from an inlet 31 to be returned again to the inside of a room through the passage 15 and an outlet 32, while dry outside air 30 is taken in from an inlet 19 by a fan 18 to be discharged to the outside through the passage 16 and an outlet 20. Water vapor in the air 29 permeates the membrane 14 to be transferred into the air 30 due to a difference in partial pressure of water vapor. The air 30 which has absorbed heat from the warm inside air 29 through the membrane 14 is heat exchanged with the air 30 which has been newly taken in from the inlet 19 through a wall plate 34, so that heat quantity escaping from the air 29 to the air 30 decreases.