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    • 1. 发明授权
    • Analog indicator type electronic timepiece and charging method thereof
    • 模拟指示型电子表及其充电方法
    • US5581519A
    • 1996-12-03
    • US427939
    • 1995-04-26
    • Tatsuo HaraJoji KitaharaYasuhiro OshimaHidenori Makiba
    • Tatsuo HaraJoji KitaharaYasuhiro OshimaHidenori Makiba
    • G04C10/00
    • G04C10/00
    • An analog indication type electronic timepiece includes a power generation device for transforming kinetic energy produced by motions of a user into electric energy and for causing the electric energy to output from a magnetic coil as an electric charging energy; a secondary power source charged by said electric charging energy; a timepiece circuit driven by a charged energy from said secondary power source to output motor drive pulses; and a drive motor including a drive coil and a drive rotor rotatably driven when the drive coil is energized by said motor drive pulses. This analog indication type electronic timepiece further includes an anti-overcharging device forming a bypass circuit for causing said electric charging energy to bypass relative to said secondary power source when the voltage at said secondary power source reaches a predetermined level, thereby preventing the overcharging to the secondary power source; and a current limiting device for forcedly limiting the bypass current flowing through said bypass circuit when the motor drive pulses are being output from said timepiece circuit, whereby an accurate analog time indication can be made while preventing a malfunction in the drive motor during the anti-overcharging operation to the secondary power source.
    • 模拟指示型电子表包括用于将用户的运动产生的动能转换为电能并使电能从电磁线圈输出作为充电能量的发电装置; 由所述充电能量充电的次级电源; 由所述二次电源的带电能量驱动的时钟电路,以输出电动机驱动脉冲; 以及驱动电动机,其包括驱动线圈和驱动转子,当所述驱动线圈由所述电动机驱动脉冲通电时,所述驱动转子被可旋转地 该模拟指示型电子钟表还包括防过电装置,当所述次级电源的电压达到预定值时,形成旁路电路,用于使所述充电能量相对于所述次级电源旁路,由此防止对所述二次电源的过充电 二次电源; 以及电流限制装置,用于在从所述钟表电路输出电动机驱动脉冲时强制限制流过所述旁路电路的旁路电流,由此可以在防止在反电动势期间驱动电动机的故障的同时进行精确的模拟时间指示, 对二次电源的过充电操作。
    • 2. 发明授权
    • Electronic watch
    • 电子手表
    • US6120177A
    • 2000-09-19
    • US176390
    • 1998-10-21
    • Tatsuo HaraJoji Kitahara
    • Tatsuo HaraJoji Kitahara
    • G04B5/16G04B31/012G04B31/08G04C3/00G04C10/00G04C21/00
    • G04B5/16G04B31/0123G04B31/08G04C10/00G04C3/008
    • In an electronic watch including a so-called automatic winding dynamo, structures of parts themselves and layout of the parts are improved to achieve a reduction in thickness of the electronic watch. Bearing portions for a rotational shaft (211) of a dynamo rotor (21) are made up of hole jewels (212, 214) and ring-shaped caps (213, 215). The cap (215) covers, from the outer side, one end surface (216) of the hole jewel (214) which locates on the side facing a dynamo rotor (21), and defines a lubricant holding annular slot (G3) between the cap and an outer circumferential surface of the rotational shaft (211). Accordingly, even with the dynamo rotor (21) rotating at a high speed, a lubricant is prevented from scattering to the surroundings from the annular slot (G3). Spacings between adjacent parts can be narrowed and the thickness of the electronic watch can be reduced.
    • 在包括所谓的自动绕线发电机的电子手表中,改进了部件本身的结构和部件的布局,以实现电子手表的厚度的减小。 发电机转子(21)的旋转轴(211)的轴承部分由孔珠(212,214)和环形盖(213,215)组成。 盖215从外侧覆盖位于面向发电机转子21的一侧上的钻石宝石214的一个端面216,并且在其间限定有润滑剂保持环形槽(G3) 盖和旋转轴(211)的外周面。 因此,即使发电机转子21高速旋转,防止润滑剂从环形槽G3向周围散射。 相邻部件之间的间距可以变窄,并且电子手表的厚度可以减小。
    • 3. 发明授权
    • Electronic watch
    • 电子手表
    • US6012838A
    • 2000-01-11
    • US817995
    • 1997-07-21
    • Tatsuo HaraJoji Kitahara
    • Tatsuo HaraJoji Kitahara
    • G04B5/16G04B31/012G04B31/08G04C3/00G04C10/00G04B29/00
    • G04B5/16G04B31/0123G04B31/08G04C10/00G04C3/008
    • In an electronic watch including a so-called automatic winding dynamo, structures of parts themselves and layout of the parts are improved to achieve a reduction in thickness of the electronic watch. Bearing portions for a rotational shaft (211) of a dynamo rotor (21) are made up of hole jewels (212, 214) and ring-shaped caps (213, 215). The cap (215) covers, from the outer side, one end surface (216) of the hole jewel (214) which locates on the side facing a dynamo rotor (21), and defines a lubricant holding annular slot (G3) between the cap and an outer circumferential surface of the rotational shaft (211). Accordingly, even with the dynamo rotor (21) rotating at a high speed, a lubricant is prevented from scattering to the surroundings from the annular slot (G3). Spacings between adjacent parts can be narrowed and the thickness of the electronic watch can be reduced.
    • PCT No.PCT / JP96 / 03419 Sec。 371日期1997年7月21日 102(e)日期1997年7月21日PCT 1996年11月21日PCT PCT。 公开号WO97 / 19391 日期1997年5月29日在包括所谓的自动绕线发电机的电子手表中,改进了部件本身的结构和部件的布局,以实现电子手表的厚度的减小。 发电机转子(21)的旋转轴(211)的轴承部分由孔珠(212,214)和环形盖(213,215)组成。 盖215从外侧覆盖位于面向发电机转子21的一侧上的钻石宝石214的一个端面216,并且在其间限定有润滑剂保持环形槽(G3) 盖和旋转轴(211)的外周面。 因此,即使发电机转子21高速旋转,防止润滑剂从环形槽G3向周围散射。 相邻部件之间的间距可以变窄,并且电子手表的厚度可以减小。
    • 4. 发明授权
    • Electronic watch
    • 电子手表
    • US06183125B2
    • 2001-02-06
    • US09176389
    • 1998-10-21
    • Tatsuo HaraJoji Kitahara
    • Tatsuo HaraJoji Kitahara
    • G04B2900
    • G04B31/0123G04B31/08
    • In an electronic watch including a so-called automatic winding dynamo, structures of parts themselves and layout of the parts are improved to achieve a reduction in thickness of the electronic watch. Bearing portions for a rotational shaft (211) of a dynamo rotor (21) are made up of hole jewels (212, 214) and ring-shaped caps (213, 215). The cap (215) covers, from the outer side, one end surface (216) of the hole jewel (214) which locates on the side facing a dynamo rotor (21), and defines a lubricant holding annular slot (G3) between the cap and an outer circumferential surface of the rotational shaft (211). Accordingly, even with the dynamo rotor (21) rotating at a high speed, a lubricant is prevented from scattering to the surroundings from the annular slot (G3). Spacings between adjacent parts can be narrowed and the thickness of the electronic watch can be reduced.
    • 在包括所谓的自动绕线发电机的电子手表中,改进了部件本身的结构和部件的布局,以实现电子手表的厚度的减小。 发电机转子(21)的旋转轴(211)的轴承部分由孔珠(212,214)和环形盖(213,215)组成。 盖215从外侧覆盖位于面向发电机转子21的一侧上的钻石宝石214的一个端面216,并且在其间限定有润滑剂保持环形槽(G3) 盖和旋转轴(211)的外周面。 因此,即使发电机转子21高速旋转,防止润滑剂从环形槽G3向周围散射。 相邻部件之间的间距可以变窄,并且电子手表的厚度可以减小。
    • 6. 发明授权
    • Control device for stepper motor, control method for the same, and timing device
    • 步进电机控制装置,相同的控制方法和定时装置
    • US06339306B1
    • 2002-01-15
    • US09604623
    • 2000-06-27
    • Tatsuo Hara
    • Tatsuo Hara
    • H02K2904
    • G04C3/143
    • A control device for stepping motor including a driving pulse supplying unit for supplying a plurality of driving pulses to a driving coil for driving a rotor. A rotation detecting pulse supplying unit supplies rotation detection pulses for detecting whether the rotor rotated. A magnetic field pulse supplying unit supplies a plurality of magnetic field detection pulses for detecting the presence of magnetic field external to said stepping motor. A detection unit determines whether the driving rotor rotated and whether a magnetic field is present. An auxiliary pulse supplying unit supplies an auxiliary pulse when either rotor was not detected or when said an external magnetic field was detected. Before the driving pulse, is output, two said magnetic field detecting means magnetic field detecting pulses having different polarities are output.
    • 一种用于步进电机的控制装置,包括用于向用于驱动转子的驱动线圈提供多个驱动脉冲的驱动脉冲提供单元。 旋转检测脉冲供给单元提供用于检测转子是否旋转的旋转检测脉冲。 磁场脉冲供给单元提供用于检测所述步进电机外部磁场的存在的多个磁场检测脉冲。 检测单元确定驱动转子是否旋转以及磁场是否存在。 当没有检测到转子或检测到外部磁场时,辅助脉冲供给单元提供辅助脉冲。 在驱动脉冲输出之前,输出两个所述磁场检测装置具有不同极性的磁场检测脉冲。
    • 7. 发明授权
    • Control device for stepper motor, control method for the same, and timing device
    • 步进电机控制装置,相同的控制方法和定时装置
    • US06194862B1
    • 2001-02-27
    • US09020223
    • 1998-02-06
    • Tatsuo Hara
    • Tatsuo Hara
    • H02K2904
    • G04C3/143
    • A control device for stepping motor including a driving pulse supplying unit for supplying a plurality of driving pulses to a driving coil for driving a rotor. A rotation detecting pulse supplying unit supplies rotation detection pulses for detecting whether the rotor rotated. A magnetic field pulse supplying unit supplies a plurality of magnetic field detection pulses for detecting the presence of magnetic field external to said stepping motor. A detection unit determines whether the driving rotor rotated and whether a magnetic field is present. An auxiliary pulse supplying unit supplies an auxiliary pulse when either rotor was not detected or when said an external magnetic field was detected. Before the driving pulse, is output, two said magnetic field detecting means magnetic field detecting pulses having different polarities are output.
    • 一种用于步进电机的控制装置,包括用于向用于驱动转子的驱动线圈提供多个驱动脉冲的驱动脉冲提供单元。 旋转检测脉冲供给单元提供用于检测转子是否旋转的旋转检测脉冲。 磁场脉冲供给单元提供用于检测所述步进电机外部磁场的存在的多个磁场检测脉冲。 检测单元确定驱动转子是否旋转以及磁场是否存在。 当没有检测到转子或检测到外部磁场时,辅助脉冲供给单元提供辅助脉冲。 在驱动脉冲输出之前,输出两个所述磁场检测装置具有不同极性的磁场检测脉冲。
    • 8. 发明授权
    • Method for repairing a glass layer of glass-lined equipment
    • 修理玻璃衬里设备玻璃层的方法
    • US5143275A
    • 1992-09-01
    • US790567
    • 1991-11-12
    • Tatsuo HaraAkihiko HogetsuShigeo Uegaki
    • Tatsuo HaraAkihiko HogetsuShigeo Uegaki
    • C03C17/02C23D13/00
    • C03C17/02C23D13/00Y10S228/903Y10T29/49737Y10T29/49746
    • An improved method for repairing a damaged portion of a glass layer of glass-lined equipment. In the method, a metallic fiber-containing sheet made of a metallic fiber-containing web, a metallic woven fabric sheet or a metallic nonwoven fabric sheet is disposed on the metal substrate of the damaged portion exposed by grinding, and the metallic sheet is welded partially to the metal substrate underlying the glass layer by a resistance or spot weld. After solidification of the repairing agent, e.g., of a sol-gel solution containing a metallic alkoxide which has been applied onto the partially welded sheet(s) and the sol-gel solution impregnated therein, the reapiring glass layer is formed integrally together with the sheet(s) by heating the damaged portion at a temperature from about 300.degree. to about 350.degree. to avoid the occurence of cracks on the glass layer surrounding the damaged portion. A series of the above-mentioned glass forming procedures are repeated until a satisfactory thickness of the reapairing glass layer is obtained.
    • 一种用于修复玻璃衬里设备的玻璃层损坏部分的改进方法。 在该方法中,将由含有金属纤维的纤维网,金属织物片或金属无纺布片制成的含金属纤维的片材设置在通过研磨暴露的损伤部分的金属基底上,并且金属片材被焊接 部分地通过电阻或点焊焊接在玻璃层下面的金属基底上。 在修复剂固化后,例如含有已经施加到部分焊接的片材上的金属醇盐和浸渍在其中的溶胶 - 凝胶溶液的溶胶 - 凝胶溶液,再生玻璃层与 在约300℃至约350℃的温度下加热损坏部分以避免在损坏部分周围的玻璃层上发生裂纹。 重复上述一系列的玻璃形成步骤,直到得到满意的玻璃层的厚度。