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    • 83. 发明授权
    • Counterbalanced lamp having a resiliently bowed spring lever
    • 平衡灯具有弹性弯曲弹簧杆
    • US6027233A
    • 2000-02-22
    • US858999
    • 1997-05-16
    • Frank Chen
    • Frank Chen
    • F21S6/00F21V21/26F21V21/18
    • F21S6/003F21V21/26
    • The invention concerns a form of lighting decoration hanger structure. It refers especially to a bow form such as those supporting structures used in fishing rod as an arm of uphold. It includes the light hood, the supporting arm, spring lever and its foundation. The axis of the light hood is fixed on the upper end of the supporting arm. The foundation has a protruding fixed base. The lower end of the supporting arm is connected to the fixed base. The main point is that the spring lever located between the light hood and the fixed base. The spring lever has, on its upper and lower end, a ring-like circle and a transition spring. There is also a base lock situated at the fixed base of the foundation. This base lock has a fixed lock on it. The ring-like circle on the upper end of the spring lever is capped on the connector piece between the connector of the light hood and the supporting arm or it could be connected to the upper end of the supporting arm. The transition spring at the lower end of the spring lever is capped on the base lock of the fixed base and is combined with a fixed slot at the foundation so that the spring lever forms a bow-like supporting structure. The aforementioned structure, during movements of the supporting arm, could be pulled to a fix by use of the spring lever; this forms bow-like structure of support as that of the fishing rod. This structure is sufficient in supporting the light hood in limited area in any position pleased. In addition, when the supporting arm moves, the spring lever will display different forms due to principals of dynamics. All these contribute to the variety of external forms which the whole set of light displays.
    • 本发明涉及一种照明装饰衣架结构的形式。 它特别指的是一种弓形,例如用于竿的支撑结构的支撑结构。 它包括灯罩,支撑臂,弹簧杆及其基座。 灯罩的轴线固定在支撑臂的上端。 基地有一个突出的固定基地。 支撑臂的下端连接到固定基座。 要点是弹簧杆位于灯罩和固定底座之间。 弹簧杠杆的上端和下端具有环形圆和过渡弹簧。 还有一个基座位于基础的固定基座上。 这个基座锁上有一个固定的锁。 弹簧杆上端的环状圆圈在灯罩的连接器和支撑臂之间的连接件上被盖住,或者可以连接到支撑臂的上端。 弹簧杠杆下端的过渡弹簧被盖在固定底座的基座上,并与基座上的固定槽组合,使得弹簧杆形成弓形支撑结构。 在支撑臂的运动期间,上述结构可以通过使用弹簧杆拉到固定件; 这形成了与钓鱼竿一样的支撑弓形结构。 这种结构足以在任何位置上有限的地方支持轻型发光罩。 此外,当支撑臂移动时,由于动力学的原理,弹簧杆将呈现不同的形式。 所有这些都有助于整套光显示的各种外部形式。
    • 84. 发明授权
    • Structure of light hood assembly
    • 灯罩组合结构
    • US5944409A
    • 1999-08-31
    • US866899
    • 1997-05-30
    • Frank Chen
    • Frank Chen
    • F21V17/00F21V19/00
    • F21V17/00F21V19/00
    • This invention is concerned of the structure of Light Hood Assembly. It consists of an outer hood, reflection hood, glass tube and fixed chips. The reflection hood and the glass tube are placed inside of the positioning slot of the outer slop. The reflection hood is positioned upon its own tension. The fixed chips are screwed to the outer hood to press the reflection hood and the glass tube unto their positions, in which the assembly is completed; by following above structure, it will reach the effects of quick assembly simple component and easy production.This invention concerns to a Structure of Light Hood Assembly. It provides for quickness of assembly and simplicity of component which leads to cost decreasing of its manufacture.
    • 本发明涉及灯罩组件的结构。 它由外罩,反光罩,玻璃管和固定芯片组成。 反射罩和玻璃管放置在外坡口的定位槽的内部。 反射罩定位在自己的张力下。 将固定芯片拧到外罩上,将反射罩和玻璃管按压到组装完成的位置; 通过以上结构,将达到组装简单,易于生产的效果。 本发明涉及轻型罩组件的结构。 它提供组装的快速性和组件的简单性,导致其制造成本降低。
    • 85. 发明授权
    • Keyboard with wrist support
    • 带手腕的键盘
    • US5826839A
    • 1998-10-27
    • US797923
    • 1997-02-12
    • Frank Chen
    • Frank Chen
    • G06F3/02G06F3/023B68G5/00
    • G06F3/0219G06F3/0221H01H2217/034
    • A keyboard with wrist support comprising a wrist support having a plurality of connecting plates at the rear end surface of said wrist support is provided. The connecting plates are provided with a pair of connecting arm at both ends respectively. Each of the connecting arms is provided with a pin shaft. The bottom of the front end surface of the keyboard is provided with a pair of connecting slots corresponding to the connecting plates of the wrist support. The side walls of the connecting slots are provided with pin holes corresponding to the pin shaft of the connecting arms such that the pin shaft can be pivotally engaged with the pin holes of the connecting slots of said keyboard. By this arrangement, the wrist support can be pivotally and removably attached to the keyboard. Consequently, the wrist support can be readily attached to the keyboard for application or removed therefrom for storage or packing.
    • 提供了一种具有手腕支架的键盘,其包括在所述腕部支撑件的后端表面具有多个连接板的手腕支架。 连接板在两端分别设有一对连接臂。 每个连接臂设置有销轴。 键盘的前端面的底部设置有与手腕支撑件的连接板对应的一对连接槽。 连接槽的侧壁设置有与连接臂的销轴相对应的销孔,使得销轴可以与所述键盘的连接槽的销孔枢转接合。 通过这种布置,腕部支撑件可以枢转地和可移除地附接到键盘。 因此,手腕支架可以容易地附接到键盘以供应用或从中移除,以进行存储或包装。
    • 90. 发明授权
    • Method of making capacitive pressure sensors
    • 制造电容式压力传感器的方法
    • US4908921A
    • 1990-03-20
    • US227848
    • 1988-08-03
    • Frank ChenTony W. RogersDavid E. Blackaby
    • Frank ChenTony W. RogersDavid E. Blackaby
    • G01L9/00
    • G01L9/0073Y10T29/43
    • A method of batch producing capacitive pressure sensors in which a sheet of semiconductive material is provided with an insulating layer 4 on one side thereof and a plurality of cavities 1 are formed in the semiconductive sheet by removing part of the insulating layer and part of the semiconductive sheet. Simultaneously with producing the cavities in the semiconductive sheet, at least one recess is provided, again by removing part of the insulating layer and part of the semiconductive sheet. The semiconductive sheet is then bonded to a non-conductive substrate 3 to form a composite sheet with the insulating layer 4 in contact with the substrate, the substrate being provided with a number of electrodes 5 corresponding to the number of cavities in the semiconductive sheet and arranged such that they are located within the cavities on bonding of the semiconductive sheet to the substrate, each electrode having an electrical feedthrough 6 extending therefrom and terminating at a point outside of the associated cavity but within an associated recess in the semiconductive sheet. The bonded composite sheet is patterned with a series of grid lines to delineate the plurality of pressure sensors and the semiconductive sheet is scored from the side opposite that provided with the insulating layer so as to break into each recess to reveal, at a stage in the method of production, the terminal end of each electrical feedthrough 6, and the bonded composite sheet is diced along the grid lines so as to separate the pressure sensors one from another.