Abstract: A communication device with a voice automatic responding function, which stores a phone number and response data inputted by an input module as an automatic responding data is illustrated in an exemplary embodiment of the present disclosure. When the user executes the automatic responding unit, the communication device dials the phone number to communicate with a voice service system server. After the call is connected, the communication device sequentially sends each of the response codes after an interval, thus automatically completing the voice responding process.

Abstract: A rotary positioning structure is disclosed for a frame. The frame comprises a housing and a spindle hole disposed on the rear of the housing. The rotary positioning structure comprises elastic members and a rotary stand. Each of the elastic members comprises a tenon and the elastic members are arranged on a circular path surrounding the spindle hole. The rotary stand comprises a rotary shaft and a groove. When the rotary shaft is inserted into the spindle hole, the groove engages with the tenon so that the housing is supported in a first upright position by the rotary stand; also after said rotary shaft is inserted into said spindle hole and then the rotary stand is pivoted on the rotary shaft, the groove engages with another tenon of the elastic members so that the housing is supported in a second upright position by the rotary stand.

Abstract: A remote control method between mobile phones is provided for making a connection between a first mobile phone and a second mobile phone through a telephone exchange apparatus, so that the mobile phones can manipulate each other without a distance restriction and execute multiple commands. The first mobile phone sends a representative code identifying the second mobile phone to the telephone exchange apparatus, the telephone exchange apparatus examines the representative code to obtain information of the second mobile phone, and sends a message of connection to the second mobile phone, for asking to connect the second mobile phone with the first mobile phone. If the second mobile phone permits connection with the first mobile phone, the telephone exchange apparatus assigns a virtual IP address for connecting to the second mobile phone, and the first mobile phone uses the virtual IP address to connect to the second mobile phone.

Abstract: A control method for controlling a handheld electronic device comprising a screen and a touch pad is provided. The screen is used for displaying a frame. The control method comprises the following steps. The frame comprising at least one option and a controlled object is displayed. A radial input with respect to the touch pad is detected. A shifting direction of the controlled object according to the radial input is controlled so as to switch between the options. A rotational input with respect to the touch pad is detected. One of the options according to the rotational input is selected.

Abstract: A keyboard module adapted for connecting with a security unit is provided. The keyboard module includes a bottom plate, a plurality of buttons and a flexible circuit board. The buttons are disposed on the bottom plate, and the flexible circuit board is disposed between the bottom plate and the buttons. The flexible circuit board has a wire mesh circuit. The wire mesh circuit is adapted for electrically connecting with the security unit, so that the security unit generates a trigger signal while the wire mesh circuit is broken.

Abstract: A manipulating device suitable for connecting to a body of a portable electronic apparatus is provided, wherein the body has a first connecting unit. The manipulating device includes a manipulating body, a pivotal shaft, a fastener and a second connecting unit. The manipulating body has a button unit including a plurality of keys. The pivotal shaft connects the manipulating body. The fastener connects the pivotal shaft and is pivoted on the manipulating body through the pivotal shaft and is connected to the body. The second connecting unit is disposed at the fastener. When the fastener is connected to the portable electronic apparatus, the second connecting unit connects the first connecting unit.

Abstract: The invention discloses an odor generating device, which is capable of generating an odor according to an atmosphere requirement. The odor generating device comprises a conductive portion and a controlling module. The controlling module is electrically connected to the conductive portion. The conductive portion has a capillary structure for accommodating a volatile liquid having the odor. The conductive portion comprises an electrode which is electrically connected to the controlling module. The controlling module apply a voltage, according to an atmosphere requirement, on the electrode of the conductive portion for heating the volatile liquid, so as to release the odor of the volatile liquid via the capillary structure. Accordingly, the odor generating device can achieve the objective of releasing the odor in accordance with the atmosphere requirement.

Abstract: The invention discloses an atmosphere simulation method and an electronic apparatus having a function of simulating atmosphere. The atmosphere simulation method is applicable to an electronic apparatus capable of using multimedia to produce an atmosphere, the electronic apparatus comprising an odor module, the atmosphere simulation method comprising the following steps of (a) determining information of the atmosphere, and generating a signal for releasing an odor correspondingly, (b) transmitting the odor releasing signal to the odor module, and (c) causing the odor module to release the odor for simulating an atmosphere according to the odor releasing signal.

Abstract: A test device for an electronic product includes a vertical pressing pole having a pushing end. The test device also includes a movable platform with a sticking point, wherein upward movement of the movable platform moves the vertical pressing pole upwards by the sticking point. The vertical pressing pole passes through a balance weight which rests on the sticking point. A pressurized platform bears pressure from the pushing end, when the pushing end is pushed onto the pressurized platform. A load-bearing platform supports the pressurized platform and the electronic product located below the pressurized platform. The product is pressed between the pressurized platform and the load-bearing platform due to the pressure from the pushing end lying on the pressurized platform. When the movable platform is further moved downwards after the pushing end is on the pressurized platform, the sticking point bearing the balance weight is separate from the movable platform.

Abstract: A dual mode communication device includes primary and secondary communication modules for transmitting first and second communication signals, a simulated switch, a microphone and a speaker. When the primary and secondary communication modules transmit one of the first and second communication signals, the simulated switch receives a switch control signal, thereby allowing the microphone to transmit an initiating signal. When the speaker receives a respective one of the primary and secondary switch control signals, the speaker outputs the respective one of the first and second communication signals with signal strength greater than the preset signal strength of the respective one of the first and second communication signals.

Abstract: A display apparatus for displaying a portable electronic device comprises a curved shell, a gravity base, a seat and a transparent cover that covers the curved shell and the seat. The gravity base is formed on the bottom of the curved shell. The seat is lodged in the curved shell and the seat has interior space having a shape matching the predetermined shape of a portable electronic device. The assembled gravity base and the curved shell are integrally formed as a tumbler structure for keeping balance while facing external forces.

Abstract: An earphone spiro-device is used in an electrical device for rolling up the wire of the earphone. The earphone spiro-device includes a rolling axle, a rotating element and a controlling element. The surface of the rolling axle has a spiral trough for containing the wire of the earphone. The rotating element can drive the rolling axle in the specified direction and then roll the wire of the earphone along the spiral trough. Also, the controlling element can control the rotation of the rolling axle.

Abstract: In a dynamic database association method, a static contact list is dynamically associated with a dynamic instant messenger contact list so that a user of a first database may access a contact list of a second database with associative links between said first and second databases. The user is also prevented from searching both the first and second databases simultaneously. Moreover, in the abovementioned dynamic database association method, a unified user interface is utilized for integrating management of at least two databases, where each of the at least two databases is operated under a different communication network. Therefore, the defect of inconveniencing the user by utilizing different user interfaces for different databases is avoided.

Abstract: An electronic device with several charging modes includes a transmission module, a central control module, an interface module, and a power module. The transmission module includes a first connecting terminal for connecting an external electronic product and produces a corresponding identification signal according to each external electronic product. The central control module supplies different power supplies to each external electronic product and produces a corresponding power setting signal. The interface module obtains a different power supply for each external electronic product through the transmitting module and converts each different power supply into a same charging power according to the power setting signal and identification signal. The power is stored in the power module to charge the power module, so that the electronic device just needs a transmitting module to obtain the power from any external electronic product, and thus greatly improve the convenience of charging the electronic device.

Abstract: An electronic device and an operation method thereof are provided. The electronic device includes a fixing element, a first main body and a second main body. The fixing element has a first arc-shaped groove, which passes through the fixing element. The second main body has a second arc-shaped groove and a first straight groove, wherein the second arc-shaped groove and the first straight groove are interconnected. The first main body has a first protrusion which passes through the first arc-shaped groove and lodges in the first straight groove. While the first protrusion is slid for a first predetermined distance from one end of the first straight groove, the first arc-shaped groove and the second arc-shaped groove are overlapped, so that the first protrusion is slid along the first arc-shaped groove which overlaps the second arc-shaped groove for driving the first main body.

Abstract: An antenna structure is disposed on a substrate. The antenna structure includes a -shaped radiation body and a first radiation body, and both share a feeding end and a grounding end. The feeding end and the grounding end are disposed to a side edge of the -shaped radiation body. The positions of the feeding end and the grounding end allow the -shaped radiation body to form the operation of two frequency bands. Moreover, the first radiation body is vertically extended from the side edge near the feeding end disposed to the -shaped radiation body, and continuously extended from an end to keep a spacing between periphery of the -shaped radiation body and the first radiation body, and extended to a front of an opening of the -shaped radiation body, thereby vertically extending toward the opening. Therefore, the first radiation body could provide the operation of another frequency band.

Abstract: A handheld electronic device including a data input module, a database and a display unit is provided. The data input module includes an image fetching unit and a pattern recognition unit. The image fetching unit is for fetching a pattern of an external object to produce image data. The pattern recognition unit is for transferring the image data to input data. The database is for storing several storage data items. Each storage data item has subject information. When the input data is related to one of the storage data items, the display unit is for displaying navigation information generated according to the subject information of the related storage data item.