Abstract: An intelligent charging equipment includes a main chassis, a plurality of partition plates, a power supply and a control module. When electronic products are of insufficient power, they can be placed into the receiving spaces separately formed by the plurality of partition plates and can be connected to the charging connecting ports inside the receiving spaces in order to perform charging of the electronic products. In addition, the control module can be used to set the power supply mode of the power supply such that when it is charging a plurality of electronic products, the most optimal charging mode can be adjusted and achieved.

Abstract: An exchange method for a power bank enables a user to purchase the power bank in a full state by an identification component disposed on the power bank and a power exchange station and replace the depleted power bank with another power bank in a full state by recognizing the identification component with a recognition module at the power exchange station, obtaining a charging résumé of the power bank, and determining that the charging résumé complies with an exchange rule, so as to charge mobile electronic devices with the power bank. Therefore, with the exchange method, the power bank can be quickly charged to the full, and power bank users never need to wait for completion of a charging process.

Abstract: Embodiments of the invention can be utilized in multiple ways to assist in generating “predictions” with regards to the expected ratings or rankings of products or services. These predictions can then be used to inform consumers which products or services are expected to be reliable, good values, etc. By using one or more machine learning processes that are trained using product and product review data, embodiments of the invention are able to generate predictions of expected ratings behavior for new products and/or similar products. Further, when the product and product review data is associated with a time at which the data was generated, embodiments of the invention are able to predict how a product or a product's features will be viewed in the future.

Abstract: A remotely monitorable multi-port charging device has a circuit board provided with plural current-detecting elements and a processing unit. A charging portion having plural connecting ports is for connecting and charging multiple electronic devices. The connecting ports are electrically connected the current-detecting elements. A transmission unit is electrically connected to the circuit board. The current-detecting elements serve to detect charging currents of the electronic devices and generate detection signals. The transmission unit receives detection signals, and transmits the signals through wired or wireless transmission to a remote monitoring station. The processing unit performs remote control through the transmission unit, and switch charging states of the electronic devices at the connecting ports. The charging states include a fast charging mode, a slow charging mode, an adjustment mode, a power-saving mode and a mis-connection mode.

Abstract: A remotely monitorable multi-port charging device has a circuit board provided with plural current-detecting elements and a processing unit. A charging portion having plural connecting ports is for connecting and charging multiple electronic devices. The connecting ports are electrically connected the current-detecting elements. A transmission unit is electrically connected to the circuit board. The current-detecting elements serve to detect charging currents of the electronic devices and generate detection signals. The transmission unit receives detection signals, and transmits the signals through wired or wireless transmission to a remote monitoring station. The processing unit performs remote control through the transmission unit, and switch charging states of the electronic devices at the connecting ports. The charging states include a fast charging mode, a slow charging mode, an adjustment mode, a power-saving mode and a mis-connection mode.

Abstract: An USB-wireless adaptor using an USB protocol to communicate a signal thereby includes a wireless communication module and an I/O module. The wireless communication module has a first USB SIE(Serial bus Interface Engine) for communicating the signal by connecting to an USB cable of a control center. The I/O module has a microprocessor and a second USB SIE for communicating the signal by connecting to the USB cable. A control method of the Programming Control thru USB-wireless adaptor is involved for controlling single or multiple AP (Access Point). The control method is able to define an AP define table having single or multiple control objects according to the AP characteristic. Based on the control requirement, the control method can put one or plurality control objects into a running table.

Abstract: A USB-based on-line OSD (on-screen display) system includes at least a USB switching controller, a USB port switch, a display controller and at least one hardware actuator unit and a platform actuator unit. The USB port switch is connected to USB interface ports of at least two computers and is controlled by the USB switching controller to access and switch between the USB interface ports of the computers. The display controller is controlled by the USB switching controller to display the display image of the selected computer. The USB switching controller receives a switching command from the hardware actuator unit and/or the platform actuator unit and issues, in response thereto, a control signal to the display controller to switch the displayed image between the computers. The platform actuator unit that is embodied in the computers and is displayed on the display device provides a dialog box for operator selection between the computers.