Inventec Appliances Corporation

Inventec Corp.

Inventec Electronics (nanjing) Co., Ltd.

Cheng-Shing Lai

Zheng-Rong Zou

Zhong-Li Peng

Xiao-Long Fan

Jing-Song Wu

Jia-Jun Cao

Yong-Cai Bian

Peng-Hui Liu

Yun Gu

Ping Gu

Feng Zhang

Bo Liu

Jie Yuan

Jie-Cai Han

Yong Pan

Hao-Liang Zhou

Hao Pan

Qiang Fan

Hong-Jun Wang

Zheng-Xiang Xia

Hong-Wei Xu

Jiang-Rong Chen

Guo-Qing Tang

Xiao-Bo Shu

Guan-Hua Chen

Jing Cao

Yin-Shan Ji

Rong-Hu Zhu

Wei-Tung Ko

Xiang-Lin Chu

Qing-Hua Li

Xin-Lan Wang

Chen-Li Hu

Steven Wu

Sa-Yee Wen

Su Zhang

The invention provides a method for transmitting data through mobile communication equipment. The mobile communication equipment has a first communication mode and a second communication mode. In the method, it is first determined whether the mobile communication equipment is required to transmit the data by the first communication mode or the second communication mode, wherein the data conforms to a first format related to the first communication mode. Subsequently, when the mobile communication equipment is required to transmit the data by the second communication mode, the data is adjusted according to a second format related to the second communication mode to generate an adjusted data. The adjusted data is then transmitted by the second communication mode.

Method of transmitting data through mobile communication equipment and mobile communication equipment utilizing the method

A system is provided for hiding a data group in a wireless communication device, in which a predetermined data group is hidden according to a hiding request. The system for hiding a data group comprises an encryption module for receiving the hiding request and the predetermined groups in a memory in the wireless communication device and an access module. Next, the encryption module establishes mechanism for hiding a data group to hide the predetermined data group. The access module performs the mechanism for hiding a data group and decrypts a secret code encrypted by the encryption module when data in the predetermined data group is to be read.

Systems and methods for hiding a data group

A portable media player comprises an earphone transmission port, a detection circuit, a switch circuit, and a processor. The earphone transmission port mounted on the portable media player is electrically connected to a connector for receiving a signal or power transmitted from the connector. The detection circuit electrically connected to the earphone transmission port is used to detect a type of the connector for sending an informing signal. The switch circuit electrically connected to the earphone transmission port is used to switch between a signal inputting status and a signal outputting status according to the type of the connector. The processor electrically connected to the detection circuit and the switch circuit is used to receive the informing signal for turning on or off the switch circuit.

Portable media player with common earphone transmission port and signal adaptor cable thereof

The present invention is to provide a system for preventing unauthorized use of a mobile phone, which comprises a portable object having a radio frequency identification component installed therein and a mobile phone installed with a decoding module and an identification data, such that after the mobile phone is turned on, the radio frequency identification component and the mobile phone carry out the steps of sending out a radio signal from the decoding module; issuing an identifying data by the radio frequency identification component when being located in an effective range for receiving the radio signal; decrypting the identifying data by the decoding module after receiving the identifying data; and enabling the mobile phone to be used normally when the decrypted identifying data matches with the identification data.

System for preventing unauthorized use of a mobile phone

A flip phone includes a cover member having a tubular sleeve, a main body having left and right pivot seats sandwiching the tubular sleeve of the cover member therebetween, and a coupler axle disposed within the tubular sleeve to be co-movable together with the cover member relative to the main body. The coupler axle has two opposite pins extending rotatably into the pivot seats of the main body to permit movement of the cover member with respect to the main body. A rubber stop member is fitted into a mounting recess in the main body, and projects outwardly therefrom to separate the tubular sleeve from the upper surface of the main body.

Telecommunication apparatus provided with a stop member

The present invention is to provide a method of switching communication modules of a communication device, wherein said communication device comprises a control module and a built-in communication module and has a connecting port on a surface thereof, and the control module respectively connects to the connecting port and the built-in communication module. When the connecting port connects to an external communication module, the control module is able to activate both the external communication module and the built-in communication module, or alternatively one of the external communication module or the built-in communication module.

Method of switching communication modes of a communication device

A method of automatically searching a matched mobile phone by means of conversation function of a personal handyphone system (PHS) mobile phone, which comprises steps of issuing a conversation setup request to other PHS mobile phones via a wireless communication after receiving a user's personal information setup and entering into a search and conversation function mode, selecting one of other mobile phones that support the same function mode and nearby receive the conversation setup request for a valid conversation setup, and then performing personal information exchanges therebetween, enabling the PHS mobile phone users to determine whether or not to make friends via the PHS mobile phones according to the personal information being received.

Method of automatically searching a matched mobile phone by means of conversation function of a personal handyphone system mobile phone

The present invention is to provide a method and an apparatus for integrating a mobile phone with a contactless IC card, wherein various data are preinstalled in the mobile phone for conducting different business transactions for a user simply by using a man-machine interface of the mobile phone to control each business transaction record processed through the contactless IC card, and the contactless IC card includes a memory device of the mobile phone for storing information and carrying out the all-in-one functions, enabling the mobile phone to perform a high-speed data transmission between a RF interface of the contactless IC card and a card reader so as to effectively increase the transmission power and distance for the contactless IC card.

Method and apparatus for integrating a mobile phone with a contactless IC card

The present invention discloses a portable phone using a sound receiving unit installed in the portable phone to receive a sound in the surrounding within an appropriate range, and then using a sound source playback device to play a sound after being amplified, so that a person having a hearing problem can just carry a mobile phone to concurrently have the basic functions of the mobile phone and use the sound amplification function of the mobile phone to supplement the deficiency of the hearing ability when talking to or communicating with others. The portable phone can be toggled between the regular telephone function and the hearing aid function, and thus concurrently serving as a hearing aid to the people who have a hearing problem.

Portable phone capable of being switched into hearing aid function

A mobile phone has an encryption module, a decryption module, an antenna, a microphone, a speaker, a main memory, and a memory connector for connecting to an expansion memory. When the expansion memory connects to the memory connector to store a document received from the mobile phone, the encryption module first generates a crypto-key and then encrypts the document into a ciphered document by utilizing the crypto-key. The ciphered document is stored in the expansion memory, and crypto-key is restricted from being stored in the main memory.

Mobile phone with an encryption function

The present invention discloses a structure for preventing the loss of a pen of an electronic device comprising a pen holding slot, a sensor switch disposed in the pen holding slot, and a control circuit being electrically connected to the sensor switch, so that if the pen is not placed into the pen hold slot, the sensor switch will send a non-press signal to the control circuit, enabling the control circuit to turn on a beeping circuit to generate a warning sound to remind users to place the pen back into the pen holding slot. Therefore, the present invention can prevent the loss of the pen by the reminder of such warning sound.

Structure for preventing loss of pen for electronic devices

The present invention relates to a PHS (Personal Handyphone System) handset having a speaker shared by a ring circuit and a receiver circuit comprising a voice-frequency amplification circuit to convert the communicating signals into low power signals applicable to telephoning and producing voices corresponding to the low power signals with a predetermined volume by a speaker, and to convert ring signals of the PHS handset into high power ring signals and producing voices corresponding to the high power signals by the same speaker with a predetermined volume.

PHS handset having a speaker shared by a ring circuit and a receiver circuit thereof and the method therefor

A pointing device for a computer includes a magnetic field source, a magnetic field sensor, and a flexible member that connects the magnetic field source and the magnetic field sensor. When a user accelerates the pointing device the position of magnetic field source with respect to the magnetic field sensor changes and this positional change is measured by the magnetic field sensor, which outputs corresponding electrical signals. The pointing device further includes a processor that receives the electrical signals output by the magnetic field sensor, generates a corresponding standard location signal of the pointing device, and outputs the location signal to a computer via a transmission system.

Computer pointing device employing a magnetic field source and magnetic field sensors

Mobile phone

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Taipei, Taiwan

Cheng-Shing Lai