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    • 4. 发明公开
    • PHOTOSENSITIVE DRIVING DEVICE
    • 光敏控制
    • EP0698715A4
    • 1996-07-10
    • EP95907850
    • 1995-02-07
    • NAMBA PRESS KOGYO KK
    • OGAWA TAROGOHARA TOMOHIRO
    • E05F15/20E05F15/10E06B7/086F24F11/00F24F13/15
    • F24F13/15F24F11/0001F24F2130/20
    • An object of the present invention is to provide a simple, economical and safety driving device adapted to automatically operate when detecting solar rays, and an automatic ventilator system employing the same driving device. An electric motor (21) is connected to a relay switch (22) of a one-circuit-two-contact type, and the relay switch (22) is then connected to a limit switch (23) of a one-circuit-two-contact type and a photosensor switch (24) of a one-circuit-one-contact type. The limit switch (23) is connected between the relay switch (22) and a power supply, and a manual main switch (25) is connected between the photosensor switch (24) and the power supply. When the intensity of illumination of solar rays exceeds a threshold value of 3500 lux with the main switch (25) kept normally on, the photosensor detects it, the contact position of the switch (24) is switched from a to b to turn on the switch. Then, power is supplied to the relay switch (22), and the contact position thereof is also changed from a to b to turn the switch on. If the contact position of the limit switch (23) stays at b, the electric motor (21) is energized and starts to operate. The electric motor is interlocked with a ventilating door via a power transmission member, and the ventilating door is gradually opened. When the electric motor (21) continues to operate for a certain period of time, the limit switch (23) is brought into engagement with the power transmission member, and this changes the contact position thereof from b to a, the switch being then turned off. Therefore, the electric motor is brought to a halt, and the ventilating door interlocked with the electric motor can automatically be kept open without the manual switch being operated. In addition, although the main switch (25) is normally kept on, it functions as a safety switch for forcibly stopping the device when it is not used for a long period of time or at the time of maintenance.
    • 6. 发明公开
    • THREE-DIMENSIONAL PRINT CLOTH MATERIAL AND METHOD OF MANUFACTURING SAME
    • 材料用于生产压花毛巾及其制造方法
    • EP0787853A4
    • 1998-09-02
    • EP96922249
    • 1996-07-05
    • NAMBA PRESS KOGYO KK
    • OGAWA TARO NAMBAGOTO FUMIO NAMBA
    • D06M23/04D06M23/14D06M23/16D06P5/00D06Q1/00B44C1/10
    • B32B3/26D06M23/04D06M23/14D06M23/16D06P5/001D06Q1/00Y10T428/249953Y10T428/249975Y10T428/249987
    • A three-dimensional cloth material having a superior touch and durability and a method of manufacturing a three-dimensional material which has a low production cost and a high productivity. A cloth layer (85) having a print pattern, a foamed body (87) and a fiber material (88), of which one surface is subjected to laminating of a plastic film, are placed and positioned on an elastic sheet (86). The cloth layer (85), foamed body (87), fiber material (88) and the elastic sheet (86) are integrally subjected to pressurized compression for a predetermined period of time by upper and lower dies (80, 82) while the foamed body (87) remains in visco-elastically flowing state. As a result, the foamed body (87) is secured to a back surface of the cloth layer (85) to be three-dimensionally formed in registry with a profile of the print pattern to support the three-dimensional pattern of the cloth layer (85). The plastic film of the fiber material (88) is secured at its entire surface to the foamed body (87), and only a peripheral portion of the fiber material (88) is fused to the back surface of the cloth layer by subsequent heating. As a result, the foamed body (87) is completely between the cloth and the fiber material.
    • ÄObjectÜ。据本发明,三维成型布具有优异的手感和耐久性,并且用于三维成型布哪个提供被提供生产成本低,生产率高的方法。 求解具有印刷图案的ProblemÜ布层85ÄMeans,泡沫87和织物88在其上有塑料膜的层压具有一个表面上的弹性片86在位置上放置虽然泡沫87在粘弹性流体状态下停止,布85 ,泡沫87,织物88和弹性片86被一体pressurizingly由上金属模80和下金属模具82压缩从而为预定持续时间,泡沫87被固定地附着于布85的背面,以支持一个印刷图案 布,并且是三维成型以符合印刷图案的轮廓。 塑料薄膜的布88被几乎粘接固定泡沫体87的表面上,但只有织物88的周缘部通过额外加热热粘附到布的背面。 其结果是,泡沫体87被完全调用布和织物之间密封。