Abstract: A three-dimensional printing apparatus includes a liquid tank capable of accommodating a photosensitive liquid. The liquid tank includes a film, a plurality of side walls, a plate and a motor. The film has a workpiece curing area. The plurality of side walls surrounds the film. The plate is capable of supporting the film and having at least one fluid tunnel extending from a first surface of the plate contacting the film to a second surface of the plate. The motor is connected to the liquid tank to incline the liquid tank. A gap is formed between the plat and one of the plurality of side walls of the liquid tank, and the film is communicated with an outside space via the gap.

Abstract: A temperature controller for controlling a thermal module that raises or lowers the temperature of a thermal control platform that includes a reading interface and a control unit. The reading interface is used for reading parameters of the thermal control platform that are stored in a memory module. The control unit is connected to the reading interface for receiving the parameters read by the reading interface and for sending a control signal to the thermal module according to the corresponding parameters. The thermal module then raises or lowers the temperature according to the control signal. Accordingly, the temperature controller automatically adjusts the temperature control to different thermal control platforms.

Abstract: A temperature controller for controlling a thermal module that raises or lowers the temperature of a thermal control platform that includes a reading interface and a control unit. The reading interface is used for reading parameters of the thermal control platform that are stored in a memory module. The control unit is connected to the reading interface for receiving the parameters read by the reading interface and for sending a control signal to the thermal module according to the corresponding parameters. The thermal module then raises or lowers the temperature according to the control signal. Accordingly, the temperature controller automatically adjusts the temperature control to different thermal control platforms.

Abstract: A system with switch and on-screen display function includes a display device and a switch device. The display device includes a display panel and a display circuit. The display circuit is coupled with the display panel and is configured to control the display device. The display circuit includes an on-screen display generating circuit. The switch device is coupled with the display device and is configured to switch an access to one of at least two computers. The on-screen display generating circuit includes a signal receiving circuit, a processing circuit and a signal outputting circuit. The signal receiving circuit is configured to receive command signals from the switch device. The processing circuit generates first on-screen display menu signals for providing a first on-screen display menu in response to the received command signals. The signal outputting circuit of the on-screen display generating circuit provides the first on-screen display signals to the display panel.

Abstract: A cutting angle adjustment device for a circular saw machine includes: a base frame; a worktable rotatably mounted on the base frame; a fine-adjustment unit disposed on a frontward area of the base frame and having an arcuate rack segment; and an adjustment actuating unit having a pinion engageable with the rack segment, an actuating shaft rotatably and movably mounted on an arm of the worktable and coupled with the pinion such that, when the actuating shaft is moved from a normal position to a pressed position, the pinion-is brought into engagement with the rack segment to enable angular movement of the arm relative to the base frame for fine-adjustment of the cutting angle of the worktable, and a biasing member disposed to bias the actuating shaft to the normal position.

Abstract: Disclosed is a multiple video signals coexisting system and method thereof. The multiple video signals coexisting system includes a second switch and a first switch. The first switch outputs a portion of a first video signal and a portion of a second video signal from a plurality of video signals alternately as multiple coexisting video signals according to a selecting signal. The second switch generates the selecting signal according a toggle signal. The multiple video signals coexisting system further includes a pixel clock generator to generate a pixel clock and the second switch can employ the pixel clock to generate the selecting signal thereafter. The multiple video signals coexisting system outputs the multiple coexisting video signals for constituting continuous frames on a display, therefore, to show plural pictures on single display, and more particularly, to show an on-screen display menu translucently on the display.

Abstract: A storage emulator and method thereof are disclosed. The storage emulator allows a host system to access a storage unit connected to a storage system as if the storage unit is directly coupled to the host system. The storage emulator includes a virtual storage emulating module, a storage-managing unit, and a communicating module. The virtual storage emulating module emulates at least one virtual storage unit corresponding to the storage unit on the host system and receives a storage accessing command from the host system. The storage-managing unit identifies the storage accessing command as either a self-sustaining type command or a non-self-sustaining type command. The communicating module communicates with the storage unit of the storage system via the network. If the storage accessing generates a self-sustaining command response in accordance with the storage accessing command and returns the self-sustaining command response to the host system directly.

Abstract: An on-screen display system is located externally a KVM switch. The on-screen display system includes a first end, an on-screen display circuit, a switch circuit and a second end. The first end receives a video signal from a computer. The on-screen display circuit generates an on-screen display menu signal. The switch circuit receives the video signal from the computer and the on-screen display menu signal from the on-screen display circuit. The on-screen display system combines the video signal and the on-screen display menu signal, or overlaps the on-screen display menu signal on the video signal to be displayed on the display according to a control signal.

Abstract: A control management system for controlling electrical devices is disclosed. The control management system comprises a plurality of electrical devices, and a keyboard-video-mouse switch. Each electrical device corresponds to a transforming unit for generating a protocol command signal, and a first protocol signal transceiver for wirelessly transmitting the protocol command signal via a communication interface. The keyboard-video-mouse switch comprises a plurality of second protocol signal transceivers, a plurality of converting modules, a plurality of system controllers, and a switch unit. Each of the second protocol signal transceiver corresponds to one of the first protocol signal transceivers and is used for receiving the protocol command signal from the corresponding first protocol signal transceiver. Each converting module, coupled to one of the plurality of second protocol signal transceivers, is used for converting the protocol command signal into a driving command.

Abstract: A scheduling apparatus and method thereof are disclosed. The scheduling apparatus includes a command-collecting module, a sorting module and a command-executing module. The command-collecting module collects the commands issued from the host systems. The sorting module sorts the collected commands from the command-collecting module based on a plurality of data addresses. The data addresses within the storage unit are associated with the commands. The command executing module executes the sorted commands from the sorting module.

Abstract: A storage emulator and method thereof are disclosed. The storage emulator allows a host system to access a storage unit connected to a storage system as if the storage unit is directly coupled to the host system. The storage emulator includes a virtual storage emulating module, a storage-managing unit, and a communicating module. The virtual storage emulating module emulates at least one virtual storage unit corresponding to the storage unit on the host system and receives a storage accessing command from the host system. The storage-managing unit identifies the storage accessing command as either a self-sustaining type command or a non-self-sustaining type command. The communicating module communicates with the storage unit of the storage system via the network. If the storage accessing generates a self-sustaining command response in accordance with the storage accessing command and returns the self-sustaining command response to the host system directly.

Abstract: A mounting system is described. The mounting system suitable for a computer management system comprises a video display device and one or more KVM devices. The video display device has a plurality of first attaching holes allocated on its back side. The KVM device has a plurality of second attaching holes such that it is able to be compactly mounted on the back of the video display device by screwing and fastening a corresponding number of fastening devices into the first and second attaching holes. The mounting system economizes the occupied space of a KVM device and shortens the cables for data communication in a computer management system.

Abstract: A system with switch and on-screen display function includes a display device and a switch device. The display device includes a display panel and a display circuit. The display circuit is coupled with the display panel and is configured to control the display device. The display circuit includes an on-screen display generating circuit. The switch device is coupled with the display device and is configured to switch an access to one of at least two computers. The on-screen display generating circuit includes a signal receiving circuit, a processing circuit and a signal outputting circuit. The signal receiving circuit is configured to receive command signals from the switch device. The processing circuit generates first on-screen display menu signals for providing a first on-screen display menu in response to the received command signals. The signal outputting circuit of the on-screen display generating circuit provides the first on-screen display signals to the display panel.

Abstract: A control management system for controlling electrical devices is disclosed. The control management system comprises a plurality of electrical devices, and a keyboard-video-mouse switch. Each electrical device corresponds to a transforming unit for generating a protocol command signal, and a first protocol signal transceiver for wirelessly transmitting the protocol command signal via a communication interface. The keyboard-video-mouse switch comprises a plurality of second protocol signal transceivers, a plurality of converting modules, a plurality of system controllers, and a switch unit. Each of the second protocol signal transceiver corresponds to one of the first protocol signal transceivers and is used for receiving the protocol command signal from the corresponding first protocol signal transceiver. Each converting module, coupled to one of the plurality of second protocol signal transceivers, is used for converting the protocol command signal into a driving command.

Abstract: A storage adapter and method thereof are disclosed. The storage adapter includes a central processing unit (CPU), a first interpreting controller, an analyzer and a simulating controller. The central processing unit (CPU) processes the control procedure between the client computers and the server computers. The first interpreting controller interprets a plurality of commands from the client computer to the sever computers to be transmitted on the network. The analyzer analyzes the commands of the client computer and responds to some of the commands for the sever computers. The simulating controller simulates the storage units of the server computers as if the storage adapter is directly and locally connected to the client computer such that the client computer is capable of accessing the storage units of the server computers.

Abstract: A mounting system is described. The mounting system suitable for a computer management system comprises a video display device and one or more KVM devices. The video display device has a plurality of first attaching holes allocated on its back side. The KVM device has a plurality of second attaching holes such that it is able to be compactly mounted on the back of the video display device by screwing and fastening a corresponding number of fastening devices into the first and second attaching holes. The mounting system economizes the occupied space of a KVM device and shortens the cables for data communication in a computer management system.

Abstract: Disclosed is a multiple video signals coexisting system and method thereof. The multiple video signals coexisting system includes a second switch and a first switch. The first switch outputs a portion of a first video signal and a portion of a second video signal from a plurality of video signals alternately as multiple coexisting video signals according to a selecting signal. The second switch generates the selecting signal according a toggle signal. The multiple video signals coexisting system further includes a pixel clock generator to generate a pixel clock and the second switch can employ the pixel clock to generate the selecting signal thereafter. The multiple video signals coexisting system outputs the multiple coexisting video signals for constituting continuous frames on a display, therefore, to show plural pictures on single display, and more particularly, to show an on-screen display menu translucently on the display.

Abstract: An on-screen display system is located externally a KVM switch. The on-screen display system includes a first end, an on-screen display circuit, a switch circuit and a second end. The first end receives a video signal from a computer. The on-screen display circuit generates an on-screen display menu signal. The switch circuit receives the video signal from the computer and the on-screen display menu signal from the on-screen display circuit. The on-screen display system combines the video signal and the on-screen display menu signal, or overlaps the on-screen display menu signal on the video signal to be displayed on the display according to a control signal.

Abstract: The present invention provides a KVM switching system including a KVM controller, a signal converter, a processor and a linking apparatus. The booting status signal of a computer is sent to the signal converter, which then converts the status signal. The converted status signal is sent to the processor, which then determines whether or not the computer is in a process of asking a user to enter BIOS setting mode. The processor automatically controls the KVM controller to issue an interruption instruction to the computer when the computer is in the process of asking a user to enter BIOS setting mode.

Abstract: A method of storing a data access record is described. The method of storing the records employs a micro control unit (MCU) to execute the control steps of the data access records and store the records in a non-volatile random access memory (NVRAM) in the network communication device. The boot timing is written in the NVRAM while a host system starts up and is used to login one or more client computer systems. The data access records are completely written in the NVRAM of the network communication device when the client computer systems are controlled by the host computer system. Additionally, the data access records stored in the NVRAM can be exported to a network attached storage (NAS) to expand the capacity of the NVRAM when the storage capacity for the data access records runs out or backup timing is due.