Abstract: A waste gas purification system includes a gas container, a driver, a gas input unit, a gas output unit and a contaminant capturing apparatus. The gas input unit is for entrance of waste gas into the gas container, and is to be driven by the driver into movement. The gas output unit is for discharge of the waste gas out of the gas container after the waste gas is purified. The contaminant capturing apparatus is disposed in the gas container, and includes a capture device that purifies the waste gas by using an adhesive to adhere particulate matter in the waste gas.

Abstract: A waste gas purification system includes a gas container, a gas input unit, a gas output unit, and a contaminant capturing apparatus disposed in the gas container. The contaminant capturing apparatus includes a driver device, and a capturing device to be driven by the driver device. The driver device includes two rollers, and the capturing device includes a tape disposed to continuously move from one roller to another roller when the rollers are rotating. The tape has a surface coated with an adhesive to purify waste gas entering from the gas input unit by capturing particulate matter in the waste gas before being discharged via the gas output unit.

Abstract: An air-conditioning system includes an air-conditioning unit for supplying conditioned aft to an activity space defined by a compartment and having an air-conditioning duct for guiding the conditioned aft to the activity space, and at least one auxiliary air duct mechanism including an auxiliary air duct communicatingly connected to the air-conditioning duct for communicating the activity space with the outside, and a fan mounted in the auxiliary air duct. The auxiliary air duct has an auxiliary air inlet for guiding therein the outside air, an inner air inlet opening for guiding therein the conditioned air, and an auxiliary air outlet for discharging the outside air and the conditioned air into the activity space.

Abstract: A ventilation system is adapted to be used in a vehicle. The vehicle includes a vehicle body that defines an interior space. The ventilation system includes a vent pipe and a fan. The vent pipe is adapted to be disposed on the vehicle body, and has an outside communicating end via which the vent pipe is adapted to communicate with the outside of the vehicle body, and an inside communicating end via which the vent pipe is adapted to communicate with the interior space. The fan is disposed in the vent pipe, and is configured to be activated to produce airflow from the outside communicating end to the inside communicating end.

Abstract: A waste gas purification system includes a gas container, a driver, a gas input unit, a gas output unit and a contaminant capturing apparatus. The gas input unit is for entrance of waste gas into the gas container, and is to be driven by the driver into movement. The gas output unit is for discharge of the waste gas out of the gas container after the waste gas is purified. The contaminant capturing apparatus is disposed in the gas container, and includes a capture device that purifies the waste gas by using an adhesive to adhere particulate matter in the waste gas.

Abstract: A waste gas purification system includes a gas container, a gas input unit for intermittent entrance of waste gas into the gas container, a gas output unit for discharge of the waste gas out of the gas container after the waste gas is purified, and a contaminant capturing apparatus disposed in the gas container and including a capture device that purifies the waste gas by using an adhesive to adhere particulate matter in the waste gas. A length of an active time the gas input unit allows for entrance of the waste gas into the gas container does not exceed sixty seconds. A length of a pause time the gas input unit does not allow for entrance of the waste gas into the gas container does not exceed thirty minutes.

Abstract: A waste gas purification system includes a gas container, a gas input unit, a gas output unit, and a contaminant capturing apparatus disposed in the gas container. The contaminant capturing apparatus includes a driver device, and a capturing device to be driven by the driver device. The driver device includes two rollers, and the capturing device includes a tape disposed to continuously move from one roller to another roller when the rollers are rotating. The tape has a surface coated with an adhesive to purify waste gas entering from the gas input unit by capturing particulate matter in the waste gas before being discharged via the gas output unit.

Abstract: An exhaust gas purification system includes an exhaust gas capturing device and a purifying device. The exhaust gas capturing device is for receiving exhaust gas generated by an exhaust gas generating device, and includes an accommodation unit that defines a plurality of accommodation spaces which are in fluid communication with outside of the accommodation unit and which are for accommodating the exhaust gas, and a flow control unit that is operable to inject the exhaust gas into the accommodation spaces and/or block the exhaust gas from flowing out of the accommodation spaces. The purifying device is installed in the exhaust gas capturing device, and is operable to purify the exhaust gas in the accommodation spaces.

Abstract: An exhaust gas purification device includes an exhaust gas discharge unit having an exhaust gas passage, and a plurality of smoke purifying units. Each smoke purifying unit includes a smoke purifying module disposed outside of the exhaust gas discharge unit and including an elongated smoke purifying holder defining a channel, and at least one water spray pipe for spraying water into the channel. An exhaust gas capture module includes a first exhaust gas capture pipe communicating the exhaust gas passage with the channel and having a first smoke trap extending into the exhaust gas passage.

Abstract: A method for providing a no-answer notification to a caller is to be implemented by a notification system that includes a mobile device. In the method, the mobile device is programmed to: start timing upon receiving an incoming call signal at the mobile device from a communication device acting as a caller; determine whether the mobile device is in a silent mode, in which a ringtone is not generated in response to the incoming call signal; and when it is determined that the mobile device is in the silent mode, transmit to the communication device a no-answer notification indicating that the mobile device is in the silent mode after the incoming call signal is unanswered for a predetermined time period.

Abstract: A method is for reducing effect, on a user of a mobile phone, of electromagnetic radiation emitted from the mobile phone. In the method, the mobile phone is operable to configure a processing unit thereof to process an incoming telecommunication signal, to configure an active delay unit to actively disable a notifying unit by a predetermined latent time, and to configure the active delay unit to enable the notifying unit to output an incoming notifying signal for notifying the user of an incoming call after the predetermined latent time has elapsed.

Abstract: A suspension control device for an electric appliance includes a control circuit having a sensing circuit, and a control chain having a first end connected to the sensing circuit of the control circuit and a second end suspended in an ambient environment. Thus, the control chain functions as a sensing member. When the user's hand approaches or touches the control chain, the control circuit is operated to control operation of the electric appliance. Thus, the user can control operation of the electric appliance easily and conveniently, thereby facilitating the user operating the electric appliance.

Abstract: This invention discloses a smart key exclusively for telephone, calculator, remote controller and camera, which comprises a recession having a sensor point disposed on a special instruction press key or at a local position of a press key, such that when a user's finger touches the desired press key, pr presses a predetermined position, or the force of the pressing finger drives the muscle into the recession, a sensing effect is produced with the finger. Therefore a predetermined signal is produced by the press key to achieve the control purpose for a predetermined function. Thus, the operation is not only gentle and easy, but also makes the signal produced by the press key a non-contact structure with the contact point. The press keys will not have oxidized contract points or poor contacts even after a long time of use.

Abstract: A suspension control device for an electric appliance includes a control circuit having a sensing circuit, and a control chain having a first end connected to the sensing circuit of the control circuit and a second end suspended in an ambient environment. Thus, the control chain functions as a sensing member and when the user's one hand approaches or touches the control chain, the control circuit is operated to control operation of the electric appliance, so that the user can control operation of the electric appliance easily and conveniently, thereby facilitating the user operating the electric appliance.

Abstract: A suspension control device includes a mechanical switch connected to an electric appliance, a control cord having an end connected to the mechanical switch, and an electronic sensor having a first side connected to the control cord and a second side connected to the electric appliance. Thus, the suspension control device can be used to control operation of the electric appliance in a mechanical manner or an electronic manner, thereby facilitating the user operating the suspension control device to control operation of the electric appliance.

Abstract: An intelligent line switch and particularly a line switch equipped with an approaching or touching sensor, and an adjusting knob with a sensor of adjusting sensitivity. The line switch includes a switch operable in a manual mode or an automatic mode. The manual mode may control an electric device in a conventional way. When switched to the automatic mode, the sensor can detect approaching or touching of operator's hand. Thus operator can easily actuate operations of ON or OFF or adjustment of the electric device by merely a single motion such as approaching or touching with one hand without the complicated operations of approaching, grasping, depressing and leaving occurred to the conventional line switches.

Abstract: A suspension control device includes a mechanical switch connected to an electric appliance, a control cord having an end connected to the mechanical switch, and an electronic sensor having a first side connected to the control cord and a second side connected to the electric appliance. Thus, the suspension control device can be used to control operation of the electric appliance in a mechanical manner or an electronic manner, thereby facilitating the user operating the suspension control device to control operation of the electric appliance.

Abstract: A control device for activating an electric appliance includes a conductive thread connected to and hanged on an induction control switch. An end piece which is a conductive member is connected to the conductive thread. A wire with a plug extends from a first end of the induction control switch so as to be plugged in a plug on a wall, and an electrical appliance is connected to a second end of the induction control switch. The electric appliance is activated by petting the conductive thread or the end piece.

Abstract: A suspension cord switch includes a capacitive induction device serving as a touch control with capacitive induction effect, wherein a capacitive sensor or device is connected to a suspension cord. The capacitive induction device includes a contact unit hanged in a hollow touch unit and connected to a grounded conductive wire so that when the hollow touch is petted, the contact unit contacts the touch unit to activate the electric appliance connected with the suspension cord.

Abstract: A vibration sensor includes a first pawl having a first connection leg and a plurality of first prongs extend from the first connection legs. A second pawl has a second connection leg and a plurality of second prongs extend from the second connection leg. The first prongs are arranged alternatively located between the second prongs so as to define a space and a ball is located in the space and in contact with one of the first prongs and one of the second prongs. When a vibration is detected, only one or none of the first prongs and the second prongs is not in contact with the ball, and a signal is sent by the legs.