Abstract: The present invention provides a store allocation system and method using the same. The store allocation system includes a plurality of electronic shelf labels (ESL) and a store allocation server connected to the ESLs. The store allocation server includes a processor; a storage device configured to the processor and configured to store a first association between the plurality of ESLs and a plurality of products of each store, and a second association between the plurality of products and a plurality of shelves of each store; an application interface module connected to the processor and configured to allow a user device to wirelessly communicate with the store integration server; and a searching unit connected to the processor and the storage device, and configured to search a specific product in the storage device based on a search request from the user device and produce a search result.

Abstract: A gateway device using a wireless transmission channel and an identifier (ID) is disclosed. The gateway device includes a first transceiver module and a first processing module. The first transceiver module is configured to transmit a first wireless signal to and receive an indication from one of an electronic label and a base station. The first processing module is electrically connected to the first transceiver module, and configured to determine whether to communicate with one of the electronic label and the base station on the wireless transmission channel according to the indication, wherein after determining that the first processing module communicates with the electronic label on the wireless transmission channel, the gateway device transmits a time slot schedule to one of the electronic label and the BS.

Abstract: A display method for an electronic label having a display area is disclosed. The display method includes the following steps. A plurality of visual contents to be displayed are predefined, wherein each of the visual contents has a first state and a second state corresponding to a first state display subpage and a second state display page respectively. The display area is divided into a plurality of first sub-areas for displaying the plurality of first state display subpages respectively. A second sub-area operable for selection of a specific one from the plurality of first state display subpages is provided in each of the first sub-area in response to a first instruction of a user. The display area is caused to display the second state display page corresponding to the specific first state display subpage in response to a second instruction of the user.

Abstract: An oscillator module used with a plurality of power sources includes an oscillator unit, a clock monitor unit (CMU), a software module and a digital calibration circuit. The oscillator unit generates a clock signal. The CMU is coupled to the oscillator unit, determines whether an amplitude of the clock signal exceeds a predetermined threshold, and outputs an alarm signal if the amplitude of the clock signal is lower than the predetermined threshold. The software module is coupled to the CMU, and receives the alarm signal to output a calibration signal. The digital calibration circuit is coupled to the oscillator and the software module, and outputs a control signal in response to the clock signal and the calibration signal, adjusting the plurality of power sources to modify the clock signal.

Abstract: A power circuit includes a first regulator and an impedance adjustment unit. The first regulator has a loop-back impedance, and provides a first power signal. The impedance adjustment unit is coupled to the first regulator, and operates to cause the first regulator to provide a second power signal having a power level different from that of the first power signal.

Abstract: A power circuit includes a first regulator and an impedance adjustment unit. The first regulator has a loop-back impedance, and provides a first power signal. The impedance adjustment unit is coupled to the first regulator, and operates to cause the first regulator to provide a second power signal having a power level different from that of the first power signal.