Abstract: The invention discloses an equipment including a main body and N multi-threaded shafts. The main body has a bottom, and N multi-threaded holes are formed on the bottom of the main body, wherein N is a natural number. Each of the N multi-threaded shafts is screwed into one of the N multi-threaded holes via a head end thereof. Each of the N multi-threaded shafts has a manual part at a tail end thereof, wherein the manual part of each of the N multi-threaded shafts is capable of being operated to rotate the shaft relative to the bottom of the main body, so as to adjust a height of the equipment.

Abstract: An electronic device. The electronic device includes a housing, a light source and at least one heat-dissipating member. The light source is disposed in the housing, emitting light. The heat-dissipating member is disposed in the housing for lowing operating temperature of the electronic device and preventing light from escaping the housing.

Abstract: An optical access apparatus is provided. The optical access apparatus includes a mounting plate, characterized in that the mounting plate has a bent portion acting as a balance plate of the optical access apparatus.

Abstract: The invention discloses an equipment including a main body and N multi-threaded shafts. The main body has a bottom, and N multi-threaded holes are formed on the bottom of the main body, wherein N is a natural number. Each of the N multi-threaded shafts is screwed into one of the N multi-threaded holes via a head end thereof. Each of the N multi-threaded shafts has a manual part at a tail end thereof, wherein the manual part of each of the N multi-threaded shafts is capable of being operated to rotate the shaft relative to the bottom of the main body, so as to adjust a height of the equipment.

Abstract: A display device comprises a display unit and a base for supporting the display unit to locate at difference positions. The base comprises a first element moved between a first position and a second position, a first magnet-generator and two second magnet-generators disposed on the first element with respect to the first magnet-generator. As the second magnet-generator is inducted by the first magnet-generator, the first element is moved from the first position to the second position.

Abstract: A flat panel display device including a casing, a display panel and an extruded metallic bracket is provided. The casing has a front surface and a back surface opposite to the front surface. The display panel is disposed on the front surface. The extruded metallic bracket is connected to the back surface for supporting the casing above a work surface.

Abstract: A lens cover set, used with a lens disposed on an electronic product, includes a lens cover and a lens jacket. The lens cover is disposed on a housing of the electronic product and is used for containing the lens. The lens jacket is installed on the lens cover adjustably and hoops the lens by leaving a gap. By way of adjusting a relative position between the lens jacket and the lens cover so that the gap can be modulated.

Abstract: A cooling module of a projector is provided. The cooling module is disposed in a housing. The projector includes several heat generating components and the housing has a first side and a second side. The cooling module includes a first cooling path, a second cooling path and a first fan. The second cooling path is adjacent to the first cooling path. Between the first cooling path and the second cooling path are several heat generating components. The first fan is disposed on the second side of the housing. The first fan leads part of the heat generated by the heat generating components to flow along the first cooling path and leads another part of the heat generated by the heat generating components to flow along the second cooling path.

Abstract: Projectors and lighting modules thereof. A projector comprises a light source, a solar collector and a microprocessor. The microprocessor connects and controls the light source. The solar collector connects the microprocessor and receives light from the light source. The solar collector transmits an alarm signal to the microprocessor when suffering excessive temperature.

Abstract: An optical access apparatus is provided. The optical access apparatus includes a mounting plate, characterized in that the mounting plate has a bent portion acting as a balance plate of the optical access apparatus.

Abstract: A lens cover set, used with a lens disposed on an electronic product, includes a lens cover and a lens jacket. The lens cover is disposed on a housing of the electronic product and is used for containing the lens. The lens jacket is installed on the lens cover adjustably and hoops the lens by leaving a gap. By way of adjusting a relative position between the lens jacket and the lens cover so that the gap can be modulated.

Abstract: A network-based just-in-time (JIT) material shortage and supply information exchange system and method is proposed, which is intended for use in the supply chain management for a supplier and a manufacturer to allow the supplier and the manufacturer to exchange information about the manufacturer's current condition of material shortage and the supplier's capability to supply material for the shortage in a real-time online manner over a network system, such as the Internet. The proposed system and method of the invention is characterized by the use of an Internet-linked server to provide online information about the manufacturer's current condition of material shortage and relevant data to the supplier as well as the information about the supplier's current inventory stock of material and relevant data, such as percentage of reserved amount of supply, to the manufacturer.

Abstract: A method and a system for managing online product delivery are provided. In operation, an order database for storing order data and a user database for storing data of delivery end users are established. So, a user at the purchase end only needs to input the new quantity of products to be delivered if the quantity of the order is to be modified. Once the buyer inputs a desirable quantity of products to be purchased into the system for managing product delivery, a quantity counting module would count the quantity of the current stock, maximum stocks, and product ordered by buyers, so as to display the maximum and minimum quantities of products available for delivery on a web page of the system for managing product delivery. Therefore, users at the delivery end are updated with the order details and the stocks of the buyers through a network system and a browser, to thereby make appropriate product delivery.

Abstract: A system and a method for processing online purchase are provided, wherein purchase processing stations of a buyer and a seller are respectively linked to the purchase processing system via a network. A user database is established in the purchase processing system for storing user data and identification codes corresponding to the user data, and an order database is provided for storing order data. The purchase processing system verifies access rights of a user according to an identification code input by the user, and obtains order data from the order database requested by the user, allowing the obtained order data to be displayed on a purchase processing station of the user. Then, the purchase processing system processes orders according to the user's instruction, wherein the processed orders are marked with specific labels and stored in the order database.

Abstract: An online accounting management system and an online accounting management method are provided. In operation, a manufacturer inputs data of products delivered from a material supplier in a day to an accounting management module where the product delivery data are processed to form report data and stored in a database. On the next day, the material supplier can retrieve the report data via a network to thereby make an invoice according to the report data. Real-time provision of the report data allows easy accounting management and needs only one invoice incorporated with all product delivery data per day, thereby reducing costs of human resources and materials.

Abstract: A system and a method for online and real-time editing and forwarding manifests are proposed in which at least a product flow processing workstation, an order database and a database server are provided, for allowing an authorized user to edit and forward a manifest in an online and real-time manner via Internet. The product flow processing workstation is adapted to establish and store detailed data relevant to product orders in the order database. When the user is linked to the product flow processing workstation, the user can edit the manifest according to practical conditions of product manufacture and demand, and forward the edited manifest via Internet to a buyer who makes a product order in association with the manifest. This facilitates the ease of data inquiry and reduction in repetition of data input from users of the buyer and supplier.

Abstract: A system and a method for inquiring remaining quantity of orders are provided. First, an order database for storing order data and a user database for storing users' data are established. Then, the system periodically searches and calculates quantity data of unprocessed orders and orders with undelivered products from the order database. Moreover, an identity recognizing module determines and retrieves access rights of a user from the user database according to an identification code inputted by the user. Further, the user with the access rights inputs inquiry conditions for remaining order data, and an order inquiry module retrieves remaining order data from the order database as inquired by the user. Finally, the retrieved remaining order data are displayed on a web page and browsed by the user.

Abstract: A system and method is proposed for exchanging SOI (Supply Own Inventory) related information between a manufacturer and a supplier, allowing both the manufacturer and the supplier to learn all SOI-related information, including the supplier's extra amount of material stocked at the manufacturer's site, the amount of material taken by the manufacturer to supply its own inventory, and the amount of the supplier's assured resupply to the manufacturer's inventory stock during a specific future period, etc., so as to allow both the supplier and the manufacturer to perform related management tasks more efficiently. The proposed system and method is characterized by the use of a server to serve up an online inventory management system including an SOI-status inquiry Web page and an SOI-status display Web page, which can be accessed via a network system, such as extranet or Internet, by both the manufacturer and the supplier.

Abstract: A network-based productivity forecast and responding system and method is proposed, which is intended for use by a supplier and a manufacturer to exchange demand-and supply transaction information in a real-time online manner over a network system. The proposed system and method is characterized by the use of a server to serve up a productivity-forecast inquiry Web page and a productivity-forecast responding Web page, whereby the manufacturer can utilize the productivity-forecast inquiry Web page to post the manufacturer's demanded amount of material per day during a future period, allowing the supplier to acquire these data by linking via the network system to the productivity-forecast inquiry Web page and respond by using the productivity-forecast responding Web page. This allows the supplier to prepare well in advance to prevent oversupply or undersupply, and also allows the manufacturer to carry out purchase management more efficiently.

Abstract: The invention pertains to a method of online purchasing and inventory distribution of materials. Through the combination of an inventory management system and an accounting system, approved materials are temporarily stored in a supplier's temporary stored area in a storage of the purchaser. Only after the materials are indeed shipped to the production lines will the payment procedure begin. Using such a model of online purchasing to pay at the same time materials are used can transfer part of the material stocking cost over to the suppliers, thus lowering the stocking cost at the purchaser. Applying this method of completing material payment at the same time materials are supplied can not only simplify material shipping procedure but also ensure the timing for materials needed immediately on the production lines.