Abstract: A gas filling docking tray having a carrier substrate includes a base surface, a plurality of guide blocks, a plurality of positioning pins, and at least one pair of nozzles. The guide blocks are at least disposed on two opposite sides of the base surface to define a wafer carrier accommodation area, and each guide block includes a vertical portion substantially perpendicular to the base surface and an inclined portion located above and connected with the vertical portion. A height of an apex of each positioning pin relative to the base surface is greater than a height of an apex of the vertical portion and less than a height of an apex of the inclined portion relative to the base surface.

Abstract: A multi-axis servo control system includes a plurality of motors and a plurality of drive control apparatuses. The drive control apparatuses are connected to each other through an external field bus. Each drive control apparatus includes a control unit and a plurality of drive units. The drive units are connected to the control unit in series by a plurality of local buses to form a series-connected communication loop of sequentially transmitting data. Each drive unit controls at least one of the motors. The control unit receives multi-axis position commands through the external field bus, and the drive units correspondingly receive multi-axis commands through the local buses so as to control the motors in a decentralization manner.

Abstract: An information processing device includes: a reference information acquisition part that acquires, as reference information, a reference processing quantity and reference device information in a reference device corresponding to a substrate processing apparatus serving as a reference; a comparison information acquisition part that acquires, as comparison information, a comparison processing quantity and comparison device information in a comparison device corresponding to the substrate processing apparatus serving as a comparison target of the reference device; and a diagnostic processing part that generates diagnostic information including at least one of a cause of a time when a difference occurs between the reference processing quantity and the comparison processing quantity and a countermeasure for eliminating the difference, based on the reference information and the comparison information.

Abstract: An information processing device includes: a target processing quantity reception part that receives a target processing quantity of substrates per unit time of a time when a processing action repeating a substrate processing and a transport processing on substrates is performed in a substrate processing apparatus; a device information acquisition part that acquires device information including transport processing information defining an action state of the transport processing of the time when the processing action is performed; and a support information generation part that generates support information including a recipe available time which is available for the substrate processing based on the target processing quantity and the device information.

Abstract: A gas filling docking tray having a carrier substrate includes a base surface, a plurality of guide blocks, a plurality of positioning pins, and at least one pair of nozzles. The guide blocks are at least disposed on two opposite sides of the base surface to define a wafer carrier accommodation area, and each guide block includes a vertical portion substantially perpendicular to the base surface and an inclined portion located above and connected with the vertical portion. A height of an apex of each positioning pin relative to the base surface is greater than a height of an apex of the vertical portion and less than a height of an apex of the inclined portion relative to the base surface.

Abstract: An information processing apparatus includes: an information acquisition part, acquiring recipe information indicating processing content of polishing processing and finishing processing, and transfer time information indicating a transfer time required for each transfer processing; and a schedule creation part, based on the recipe information and the transfer time information, creating a substrate processing schedule by determining a start timing of each processing so that a final processing end time during which a final substrate after the finishing processing is carried out to a substrate carry-out position is shortest.

Abstract: A multi-axis servo control system includes a plurality of motors and a plurality of drive control apparatuses. The drive control apparatuses are connected to each other through an external field bus. Each drive control apparatus includes a control unit and a plurality of drive units. The drive units are connected to the control unit in series by a plurality of local buses to form a series-connected communication loop of sequentially transmitting data. Each drive unit controls at least one of the motors. The control unit receives multi-axis position commands through the external field bus, and the drive units correspondingly receive multi-axis commands through the local buses so as to control the motors in a decentralization manner.

Abstract: A liquid ingesting management system is provided. The liquid ingesting management system includes a fluid container, a database and a wireless transmit/receive unit. The wireless transmit/receive unit communicates with the fluid container and the database through a wireless technique to access the database and control the fluid container to perform a liquid ingesting management process.

Abstract: A liquid ingesting management system is provided. The liquid ingesting management system includes a fluid container, a database and a wireless transmit/receive unit. The wireless transmit/receive unit communicates with the fluid container and the database through a wireless technique to access the database and control the fluid container to perform a liquid ingesting management process.

Abstract: A liquid ingesting management system is provided. The liquid ingesting management system includes a fluid container, a database and a wireless transmit/receive unit. The wireless transmit/receive unit communicates with the fluid container and the database through a wireless technique to access the database and control the fluid container to perform a liquid ingesting management process.

Abstract: A life-saving bracelet includes a ring body being able to be tightened to a user's arm, a casing connected to the ring body, an air bag folded inside the casing, an air cylinder disposed inside the casing, a control valve connected between the air bag and the air cylinder, and a protective cover pivotally disposed on the casing. When the protective cover pivotally rotates to an open position, the control button of the control valve exposes to the outside. After the control button is pressed, the control valve communicates the air bag and the air cylinder, and the air in the air cylinder immediately inflates the air bag. The air bag expands to break the casing and extends to outside. Thus, the life-saving bracelet is convenient to carry, easy to use, and not affecting the agility of the user when doing water activities.

Abstract: The present invention discloses a system for testing microfluid which is made with a disposable disc. The high sensitivity, high sensing accuracy, and quick response microfluidic disc is demonstrated in the present invention. It is note that easy to test microfluid without traditional detecting method, and then reduce energy and simplify procedure. Furthermore, to additive the microfluidic disc is useful to enhance blood typing, and hence raising the sensitivity by the video recognition of blood agglutination.

Abstract: The present invention discloses a system for testing microfluid which is made with a disposable disc. The high sensitivity, high sensing accuracy, and quick response microfluidic disc is demonstrated in the present invention. It is note that easy to test microfluid without traditional detecting method, and then reduce energy and simplify procedure. Furthermore, to additive the microfluidic disc is useful to enhance blood typing, and hence raising the sensitivity by the video recognition of blood agglutination.

Abstract: A liquid ingesting management system is provided. The liquid ingesting management system includes a fluid container, a database and a wireless transmit/receive unit. The wireless transmit/receive unit communicates with the fluid container and the database through a wireless technique to access the database and control the fluid container to perform a liquid ingesting management process.

Abstract: The present invention discloses a system for testing microfluid which is made with a disposable disc. The high sensitivity, high sensing accuracy, and quick response microfluidic disc is demonstrated in the present invention. It is note that easy to test microfluid without traditional detecting method, and then reduce energy and simplify procedure. Furthermore, to additive the microfluidic disc is useful to enhance blood typing, and hence raising the sensitivity by the video recognition of blood agglutination.

Abstract: A liquid testing system is provided, which includes a distribution module, a testing chip, a driving module and an image analyzing module. The distribution module is for providing a liquid. The testing chip receives the liquid from the distribution module. The driving module is connected to the testing chip and drives the testing chip to rotate, wherein the liquid flowing in the testing chip is actuated by centrifugal force. The image analyzing module produces and analyzes an image of the liquid in the testing chip.