Abstract: A timing control method for a user equipment (UE) in a wireless communications system, including: obtaining a starting time of a data transmission period from information of a data transmission timing received from a base station of a wireless network; obtaining a starting time of a current data processing period; and adjusting a data processing timing so that the adjusted starting time of the current data processing period is ahead of the starting time of the data transmission period by a predetermined time.

Abstract: A transaction method includes a first electronic device sending a transaction request to a cloud server; the cloud server sending a key information to the first electronic device; the first electronic device performing an identity verification according to the key information and generating a verification result; the cloud server sending a token to the first electronic device when the verification result indicates the identity verification is successful, wherein the token includes an expiry period; and the first electronic device being allowed to perform a transaction within the expiry period.

Abstract: A dangerous vehicle warning method is disclosed. The dangerous vehicle warning method is utilized in a dangerous vehicle warning system including a vehicle electronic system and a cloud server. The dangerous vehicle warning system, disposed in a first vehicle, includes an image capturing module and a license number identifying module. The dangerous vehicle warning method includes the image capturing module capturing an image of an area surrounding the first vehicle; the license number identifying module identifying a license number information of a second vehicle in the area surrounding the first vehicle according to the image; comparing the license number information with a dangerous vehicle list stored in the cloud server and generating a comparing result; and generating a warning signal according to the comparing result.

Abstract: A timing control method for a user equipment (UE) in a wireless communications system, including: obtaining a starting time of a data transmission period from information of a data transmission timing received from a base station of a wireless network; obtaining a starting time of a current data processing period; and adjusting a data processing timing so that the adjusted starting time of the current data processing period is ahead of the starting time of the data transmission period by a predetermined time.

Abstract: A DRAM capacitor structure is disposed on the interior surface of a vertical hollow cylinder of a support structure overlying a semiconductor substrate. The support structure further includes a horizontal supporting layer that is integrally connected with the vertical hollow cylinder. A fabrication method for forming the DRAM capacitor structure is also provided.

Abstract: A DRAM capacitor structure is disposed on the interior surface of a vertical hollow cylinder of a support structure overlying a semiconductor substrate. The support structure further includes a horizontal supporting layer that is integrally connected with the vertical hollow cylinder. A fabrication method for forming the DRAM capacitor structure is also provided.

Abstract: A dram cell having buried bit line includes a substrate having fin structures thereon, a plurality of deep trenches in the substrate, a buried stripe, a plurality of word lines formed on the substrate and a plurality of capacitors formed on the fin structures. Each of the deep trenches is arranged between two adjacent fin structures. Each of the deep trenches has a metal layer and a poly-silicon layer thereinside to define a buried bit line. The buried stripe is formed in the substrate and next to each of the deep trenches. The bit line is electrically connected to the corresponding fin structure via the buried stripe. The word lines are alternatively arranged with the bit lines, and each of the word lines are disposed cross on the fin structures to construct double gate structures.

Abstract: A DRAM capacitor structure is disposed on the interior surface of a vertical hollow cylinder of a support structure overlying a semiconductor substrate. The support structure further includes a horizontal supporting layer that is integrally connected with the vertical hollow cylinder. A fabrication method for forming the DRAM capacitor structure is also provided.

Abstract: A handheld electronic device, an input device and an input method thereof, and a display device and a display method thereof are provided. A display interface in the display device is divided into at least two portions so as to display the operation images of different application programs in the display interface at the same time. The operation images of the application programs are operated by using a single directional input interface of the input device. In the present invention, the function described above can be achieved without modifying the application programs by using only one touch screen including a display interface and a directional input interface. Thereby, the hardware cost of the handheld electronic device and the complexity for implementing the application programs of the handheld electronic device can be both reduced.

Abstract: A data updating method and an electric device using the same are provided. The data updating method is for updating a first software file set of a mobile device adapted to be electrically connected to the electric device. The electric device has an updating program code for performing the data updating method. The method includes following steps. The first software file set is transmitted to the electric device from the mobile device and shown in a first window in a step (d). The first software file set is compiled into a second software file set in a step (e). The second software file set is transmitted to the mobile device, and the first software file set is replaced by the second software file set.

Abstract: A communication method includes the following steps. First, a cell phone is connected to an earphone in a wireless manner. Next, the cell phone is enabled to be chosen to enter a wireless intercom mode. Then, a voice control module of the cell phone is enabled to receive a first voice signal outputted from a first microphone module of the cell phone and transfer the first voice signal to the earphone, such that a second headset module of the earphone is enabled to output the first voice signal. Finally, the voice control module of the cell phone is enabled to receive a second voice signal outputted from a second microphone module of the earphone and to transfer the second voice signal to the cell phone, such that a first headset module of the cell phone is enabled to output the second voice signal.

Abstract: An information input method applied to an electronic device, which includes a host body, a first direction key module and a second direction key module, includes the following steps. First, the first direction key module generates a first input signal, a second input signal, a third input signal, a fourth input signal, or a fifth input signal; otherwise, the second direction key module generates a sixth input signal, a seventh input signal, an eighth input signal, a ninth input signal, or a tenth input signal. Next, the host body receives one of the input signals. Finally, the host body generates a first standard key signal, a second standard key signal, a third standard key signal, a fourth standard key signal, a fifth standard key signal, a sixth standard key signal, a seventh standard key signal, an eighth standard key signal, a ninth standard key signal or a tenth standard key signal according to the received input signal.

Abstract: A gas scrubber comprises a gas inlet pipe that provides the scrubber with gases to be processed; means for initiating reactions of decomposition that is directed to initialize the decomposition of gases; an oxygen and natural gas inlet pipes to provide the necessary gases for combustion; a chamber of decomposition into which the gases to be processed are decomposed under thermal process carried out by combustion; and means for scrubbing byproducts produced in the chamber of decomposition. The means for initiating the reactions of decomposition is directed to initialize the decomposition of gas through producing radicals thereof. Thereby, the decomposition of gases under combustion in the chamber of decomposition can be accelerated, and less thermal energy is required from the combustion.

Abstract: A gas scrubber comprises a gas inlet pipe that provides the scrubber with gases to be processed; means for initiating reactions of decomposition that is directed to initialize the decomposition of gases; an oxygen and natural gas inlet pipes to provide the necessary gases for combustion; a chamber of decomposition into which the gases to be processed are decomposed under thermal process carried out by combustion; and means for scrubbing byproducts produced in the chamber of decomposition. The means for initiating the reactions of decomposition is directed to initialize the decomposition of gas through producing radicals thereof. Thereby, the decomposition of gases under combustion in the chamber of decomposition can be accelerated, and less thermal energy is required from the combustion.