Abstract: An optical system affixed to an electronic apparatus is provided, including a first optical module, a second optical module, and a third optical module. The first optical module is configured to adjust the moving direction of a first light from a first moving direction to a second moving direction, wherein the first moving direction is not parallel to the second moving direction. The second optical module is configured to receive the first light moving in the second moving direction. The first light reaches the third optical module via the first optical module and the second optical module in sequence. The third optical module includes a first photoelectric converter configured to transform the first light into a first image signal.

Abstract: An active fluid static elimination system installed in a fluid transportation pipeline includes a solenoid valve, an electrostatic measuring device, a fluid destaticizer, and a controller. The solenoid valve is connected to a connecting port of the fluid transportation pipeline, and the electrostatic measuring device is used to measure an electrostatic value of a fluid in the fluid transportation pipeline. The fluid destaticizer is connected to the solenoid valve, and the controller is connected to the electrostatic measuring device and the solenoid valve. The solenoid valve is opened to allow the fluid passing through the fluid destaticizer to eliminate the electrostatic charge of the fluid when the controller determines that the electrostatic value measured by the electrostatic measuring device is greater than a predetermined value.

Abstract: A multifunction cap replacement module includes a cap rotation module supporter and at least one cap rotation module. The cap rotation module is mounted to the cap rotation module supporter, and the cap rotation module includes a first cap rotation device and a second cap rotation device. The first cap rotation device is configured to open one sealing cap of at least one chemical drum and extract a chemical liquid from the chemical drum, and the second cap rotation device is configured to open another one sealing cap of the chemical drum and allow the chemical liquid to flow back to the chemical drum.

Abstract: A fluid destaticizer includes a valve main body, a one-way check valve, a discharge vessel, and an electrostatic discharger. The one-way check valve is installed in the valve main body, the discharge vessel is provided in the valve main body, and the discharge vessel is connected to the one-way check valve. In addition, the discharge vessel includes a sidewall, and the electrostatic discharger is installed on the sidewall of the discharge vessel to discharge the electrostatic charge in the fluid and the fluid is exhausted from the valve main body through the discharge vessel.

Abstract: An active fluid static elimination system installed in a fluid transportation pipeline includes a solenoid valve, an electrostatic measuring device, a fluid destaticizer, and a controller. The solenoid valve is connected to a connecting port of the fluid transportation pipeline, and the electrostatic measuring device is used to measure an electrostatic value of a fluid in the fluid transportation pipeline. The fluid destaticizer is connected to the solenoid valve, and the controller is connected to the electrostatic measuring device and the solenoid valve. The solenoid valve is opened to allow the fluid passing through the fluid destaticizer to eliminate the electrostatic charge of the fluid when the controller determines that the electrostatic value measured by the electrostatic measuring device is greater than a predetermined value.

Abstract: An integrated cap rotation equipment includes a cap rotation module supporter and a cap rotation module. The cap rotation module includes a cap rotation device, an integrated connecting device and an optical detector. The cap rotation device is used to open a sealing cap of at least one chemical storage container, and the integrated connecting device is used to connect an opening of the chemical storage container to extract a chemical liquid from the chemical storage container and return the chemical liquid to the chemical storage container. The optical detector is disposed between the cap rotation device and the integrated connecting device, and is used to detect the position of the sealing cap of the chemical storage container, so that the cap rotation device and the integrated connecting device are able to align with the sealing cap and the opening, respectively.

Abstract: A cap rotation device includes a cap rotator, a liquid transferring device and an optical detecting device. The liquid transferring device is disposed near the cap rotator, and the optical detecting device is disposed between the cap rotator and the liquid transferring device. The optical detecting device is used to detect a position of a sealing cap of a chemical drum to guide the cap rotator aligning with the sealing cap. Therefore, the sealing cap is opened by the cap rotator, and then the chemical liquid is transferred by the liquid transferring device.

Abstract: A cap rotation device includes a cap rotator, a liquid transferring device and an optical detecting device. The liquid transferring device is disposed near the cap rotator, and the optical detecting device is disposed between the cap rotator and the liquid transferring device. The optical detecting device is used to detect a position of a sealing cap of a chemical drum to guide the cap rotator aligning with the sealing cap. Therefore, the sealing cap is opened by the cap rotator, and then the chemical liquid is transferred by the liquid transferring device.

Abstract: A multifunction cap replacement module includes a cap rotation module supporter and at least one cap rotation module. The cap rotation module is mounted to the cap rotation module supporter, and the cap rotation module includes a first cap rotation device and a second cap rotation device. The first cap rotation device is configured to open one sealing cap of at least one chemical drum and extract a chemical liquid from the chemical drum, and the second cap rotation device is configured to open another one sealing cap of the chemical drum and allow the chemical liquid to flow back to the chemical drum.

Abstract: An automatic cover-opening and connector-replacing device for chemical container is disclosed. The device solves the problems of toxic substance leakage and even industrial safety accidents like gas explosions due to aging equipment during the maintenance by operating personnel in high-risk operation areas. The automatic cover-opening and connector-replacing device for chemical container mainly includes a machine, a lifting device provided inside the machine, a cover-opening device connected with the lifting device and a liquid-pumping device connected with the lifting device. The cover-opening device is provided for assembling and disassembling the internal cover of a chemical container and the liquid-pumping device is provided for pumping the content of the chemical container where the lifting device is provided for adjusting the distance between the cover-opening device, liquid-pumping device and chemical container.

Abstract: An automatic cover-opening and connector-replacing device for chemical container is disclosed. The device solves the problems of toxic substance leakage and even industrial safety accidents like gas explosions due to aging equipment during the maintenance by operating personnel in high-risk operation areas. The automatic cover-opening and connector-replacing device for chemical container mainly includes a machine, a lifting device provided inside the machine, a cover-opening device connected with the lifting device and a liquid-pumping device connected with the lifting device. The cover-opening device is provided for assembling and disassembling the internal cover of a chemical container and the liquid-pumping device is provided for pumping the content of the chemical container where the lifting device is provided for adjusting the distance between the cover-opening device, liquid-pumping device and chemical container.

Abstract: An inner static electricity eliminating control valve for organic solvent delivery pipelines is disclosed. The inner static electricity eliminating control valve is to be installed on and connected to an organic solvent delivery pipeline, to eliminate the inner static electricity generated by the organic solvent inside the organic solvent delivery pipeline. The inner static electricity eliminating control valve includes a valve casing, a main valve chamber, a pneumatic valve, a subsidiary valve chamber, a check valve, a static electricity export mechanism and a solvent export portion, wherein, the pneumatic valve can periodically apply pressure toward the organic solvent inside the main valve chamber, so that the organic solvent inside the main valve chamber can be delivered periodically through the check valve to the subsidiary valve chamber, and during this process, the static electricity export mechanism will export and eliminate the static electricity existing in the organic solvent.

Abstract: A processing method of hydrogen peroxide aqueous solution includes the following steps. Base on a high catalytic trait of the catalase mixing aqueous solution relative to the hydrogen peroxide, aqueous solution and catalase mixing aqueous solution are provided into a semi-batch reactor that has a fixed capacity. Hydrogen peroxide aqueous solution/hydrogen peroxide aqueous solution with catalase is added into the semi-batch reactor, wherein the concentration of the hydrogen peroxide aqueous solution is from 0.5% to 90%. The hydrogen peroxide aqueous solution and the catalase mixing aqueous solution are reacted in the semi-batch reactor, and transformed into catalase mixing aqueous solution and hydrogen peroxide aqueous solution that has a concentration lower relative to the original concentration to effectively reduce the warming ratio and the boosting ratio of the semi-batch reactor for safely and effectively processing the hydrogen peroxide aqueous solution having a concentration from 0.5% to 90%.

Abstract: An inner static electricity eliminating control valve for organic solvent delivery pipelines is disclosed. The inner static electricity eliminating control valve is to be installed on and connected to an organic solvent delivery pipeline, to eliminate the inner static electricity generated by the organic solvent inside the organic solvent delivery pipeline. The inner static electricity eliminating control valve includes a valve casing, a main valve chamber, a pneumatic valve, a subsidiary valve chamber, a check valve, a static electricity export mechanism and a solvent export portion, wherein, the pneumatic valve can periodically apply pressure toward the organic solvent inside the main valve chamber, so that the organic solvent inside the main valve chamber can be delivered periodically through the check valve to the subsidiary valve chamber, and during this process, the static electricity export mechanism will export and eliminate the static electricity existing in the organic solvent.

Abstract: A DMHC (dual mode hybrid control) system and method which facilitates enhanced control in the delivery of polishing slurry to a CMP (chemical mechanical polishing) apparatus. The DMHC comprises a linear table and a PID (proportional integrated differential) controller operably connected to a slurry pump provided in a slurry flow conduit which delivers the polishing slurry to the CMP apparatus. A bubble trap and a flowmeter provided in the slurry flow conduit downstream of the slurry pump are operably connected to the PID controller, and the CMP apparatus is located downstream of the flowmeter.

Abstract: A system for controlling and monitoring a rate of flow of a fluid, such as a CMP slurry, comprising a pump for pumping the slurry; a flow meter for monitoring the rate of flow of the slurry; and a controller operably connected to the flow meter and the pump. The controller receives signals from the flow meter indicating the rate of flow of the slurry and controls the operational speed of the pump responsive to the flow meter signals. A degasser equipped with a level sensor may be further provided in the system for removing gas bubbles from the slurry.

Abstract: A system for controlling and monitoring a rate of flow of a fluid, such as a CMP slurry, comprising a pump for pumping the slurry; a flow meter for monitoring the rate of flow of the slurry; and a controller operably connected to the flow meter and the pump. The controller receives signals from the flow meter indicating the rate of flow of the slurry and controls the operational speed of the pump responsive to the flow meter signals. A degasser equipped with a level sensor may be further provided in the system for removing gas bubbles from the slurry.

Abstract: A DMHC (dual mode hybrid control) system and method which facilitates enhanced control in the delivery of polishing slurry to a CMP (chemical mechanical polishing) apparatus. The DMHC comprises a linear table and a PID (proportional integrated differential) controller operably connected to a slurry pump provided in a slurry flow conduit which delivers the polishing slurry to the CMP apparatus. A bubble trap and a flowmeter provided in the slurry flow conduit downstream of the slurry pump are operably connected to the PID controller, and the CMP apparatus is located downstream of the flowmeter.