Abstract: A website system and method with dynamic maintaining function are disclosed. The user uses a browser to connect with the disclosed system through a network. The tree structure is employed to present the website structure in the browser. The web page editing is displayed in the what-you-see-is-what-you-get (WYSIWYG) fashion, so that the user can perform dynamic editing on the website contents. The disclosed further perform real-time processing, storage, and transmissions.

Abstract: A real time webpage editing system with auxiliary pattern and the method therefor are disclosed. The user uses a browser to connect to the disclosed system through a network. With the assistance of web page templates that allow users to make adjustments and the what-you-see-is-what-you-get (WYSIWYG) interface, the user is able to edit the web page contents in real time. The edited web page is then dynamically processed and stored by the system.

Abstract: A caster braking and locking structure comprises a caster holder having disposed at its bottom a rough; one end of the trough connecting through a shaft mouth inserted with a shaft being provided upwardly a recess; a slot formed in the shaft mouth in relation to the recess; a positioning ring provided with gaps being disposed on the shaft at where in relation to the slot; a slider holder subject to push by a flexible member being disposed in the trough; one end of the slider holder being extended into a long slot in the caster holder by means of a positioning pin; a retaining block subject to the push by another flexible member disposed in the recess being placed in the same end of the slider holder, a chute being vertically formed over another end of the trough containing a longitudinally disposed slider; the lower end of the slider being connected to the end of the slider holder to define a slope; a pivoting recess being provided to mount a press button pivoted with a circular pivot in the upper portion of

Abstract: A liquid crystal display mainly includes a first substrate and a second substrate; a liquid crystal having a negative dielectric constant anisotropy between the first and second substrates; and an array of first protrusions, second protrusions and third protrusions for setting the orientation of liquid crystal molecules inside pixels to a plurality of mutually different directions. The first protrusions are formed on pixel electrodes of the second substrate. Every two of the first protrusions are arranged substantially in a V-shaped pattern. The first and second protrusions are arranged alternately and in parallel to one another. The liquid crystal display of the present invention is provided with a plurality of first capacitor electrodes each in a K-shaped pattern and a plurality of second capacitor electrodes each in a V-shaped pattern wherein the first and second capacitor electrodes and the first protrusions are formed in spatially opposed relation to one another.

Abstract: A semiconductor substrate with a control circuit and electrodes thereon is used in a method of fabricating a liquid crystal on silicon display panel. First, a transparent conductive layer is formed on the semiconductor substrate and a cell gap is formed between the semiconductor substrate and the transparent conductive layer. A liquid crystal filling process is performed to fill the cell gap with a liquid crystal material including liquid crystal molecules and monomers. A uniform magnetic field is formed to pass through the panel so that the liquid crystal molecules and monomers are aligned in a predetermined tilt direction along the direction of the magnetic field. Next, a curing process is performed so that the monomers form a polymer network with the predetermined tilt direction. Thus, when an electric field is formed between the electrodes and the transparent conductive layer, the liquid crystal molecules rotate along the predetermined tilt direction.

Abstract: The invention, a caster structure with function of brake and rotation constraint, is to form a horizontal container groove on the bottom of a wheel base. One end of the container groove extends upward to form a groove, which joins a vertical shaft opening for the penetration of a shaft. The vertical shaft opening forms an opening with respect to the groove. The shaft forms a positioning groove on a convex ring with respect to the opening. The other end of the container groove is connected with a clip element, of which the connecting portion forms a long-end and a short-end on the basis of the axle center. Inside the container groove is a slide base, which constantly hits the connecting portion of the clip element when it is pushed by a spring. A fixure pin penetrates the other end of the slide base and passes through the slots of the wheel base. On the end of the slide base is a clip block, which is inside the groove and is pushed by a spring.

Abstract: A data communication device is provided that can be connected to a host computer to add communications capabilities to the host. The data communication device contains a user-programmable multi-channel pager/e-mail receiver that has both numeric and alphanumeric capabilities and a modem. Further, the data communication device may be used with the host as a telephone set or a telephone answering machine. When the device is used as a telephone answering machine and a user desires to retrieve stored messages, the local telephone office is prevented from placing a fast busy signal on the telephone line. The user can update the firmware of the data communication device, or it can be updated remotely by downloading a new firmware version using the pager/e-mail receiver.

Abstract: The present invention provides a braking mechanism for a castor, which includes a wheel support, two wheels and a brake support. Wherein the wheel support contains an axle suspension with a housing holding a spring and a slide therein. A slotted hole is formed through respective sides of the axle suspension, and two transverse stoppers are respectively formed on the top and bottom portions of the axle suspension, immediately above and below the slotted hole. The brake support extends outwardly to form two flat plates on respective sides thereof and spaced to extend on a respective side wall of the axle suspension, between the upper and lower stoppers. Each plate has a diagonally directed slotted hole formed therethrough for an axle to pass therethrough, through the slotted hole of the axle suspension and through the internal slide. The bias of the spring displaces the axle to the bottom of the slots, displacing the brake support to engage stopping recesses formed in the wheels to latch them against rotation.

Abstract: A brake system for roller casters includes a pair of wheels rotatably mounted to respective sides of a main unit by means of a shaft, a brake assembly mounted within the main unit. The brake assembly includes a brake lever which will extend into a gear tooth of each wheel and jams the free movement of the wheel.