Abstract: An integration device (1) includes a control module (10), a body (2) and a plurality of function modules (3). The control module (10) is arranged in the body (2) and includes a wireless transmission unit (11) and an MCU (12). The body (2) is a 3D object constituted by several faces, each face is formed thereon an assembling slot (21) that has a size and shape corresponding to that of the function modules (3), and each assembling slot (21) is respectively arranged with one connecting port (22) electrically connected with the control module (10). Each of the function modules (3) is respectively arranged onto one of the assembling slots (21) for communicating with the control module (10) through the connecting port (22). The integration device (1) is for the function modules (3) to be assembled together and connect with IoT apparatuses through the control of the control module (10).

Abstract: An integration device (1) includes a control module (10), a body (2) and a plurality of function modules (3). The control module (10) is arranged in the body (2) and includes a wireless transmission unit (11) and an MCU (12). The body (2) is a 3D object constituted by several faces, each face is formed thereon an assembling slot (21) that has a size and shape corresponding to that of the function modules (3), and each assembling slot (21) is respectively arranged with one connecting port (22) electrically connected with the control module (10). Each of the function modules (3) is respectively arranged onto one of the assembling slots (21) for communicating with the control module (10) through the connecting port (22). The integration device (1) is for the function modules (3) to be assembled together and connect with IoT apparatuses through the control of the control module (10).

Abstract: An infrared-receiving device includes an infrared-receiving module, an expanded module, and a microprocessor control unit (MCU). The MCU receives a data pulse signal transmitted from the infrared-receiving module. The expanded module is electrically connected to the infrared-receiving module and the MCU to receive a substitution data pulse signal outputted from an external expanded device. The expanded module sends the substitution data pulse signal to the MCU to send a control command to an electronic appliance electrically connected to the MCU.

Abstract: A switch device disposed in a handheld apparatus having a keypad with double function is capable of automatically switching to one function by means of sensing directionality of the apparatus. The handheld apparatus has a keypad whose some keys bear double function. The switch device in the apparatus has a gravity sensor for detecting a distribution of gravity of the apparatus along three coordinate axes. The senor sends a gravity signal to a controller, which judges a direction of the apparatus being disposed. The controller sends a switching signal to the keypad. The keys with double function are then switched to one function corresponding to the judged direction.

Abstract: A method of preventing interference of signals transmitted from electronic input devices to a computer host. An identification is generated for each individual electronic device. A receiving unit is connected to the computer host. The identification frequencies are pre-stored in the receiving unit. The receiving unit performs scanning of signals transmitted from the electronic devices with a scanning cycle. The receiving unit switches between a plurality of detection sequences within each scanning cycle. When signals are transmitted from the electronic devices, the receiving unit receives the signals within the detection sequences corresponding to the electronic devices that transmitting the signals. The identification frequencies carried by the signals are compared to the pre-stored identification frequencies to ensure the signals being received at respective frequency channels.

Abstract: A method and an apparatus for controlling a digital electronic product, using a control signal transmitter and a signal receiver combined with a gate system for controlling a digital home appliance, such that a system activation/inactivation control mechanism is established. The on/off status of the gate system is remotely controlled by the control signal transmitter. In the process of switching off the gate system, a basic input/output system (BIOS) for executing switching on/off is used to detect whether the external connecting port is connected to a signal receiver. When the system is in the off status, the electric connection to the signal receiver is maintained, such that the activation control signal from the control signal transmitter can be received any time. Thereby, the signal status of the signal receiver can be changed to automatically switch on the gate system, and the control signal transmitter can thus remotely control operation of the digital home appliance.

Abstract: An automatic frequency hopping remote controller automatically switches its channel when the transmission of a remote control signal is interfered. The remote controller includes a transmitting end and a corresponding receiving end; the transmitting end includes a first signal transceiver capable of transmitting signals through several channels and an input device, such that the remote control signal can be transmitted from a predetermined channel by a trigger instruction of the input device, and the receiving end is a second signal transceiver installed in an electronic device for receiving the remote control signal from the transmitting end. If the quality at a received signal is evaluated as poor, the remote controller will automatically switch to another receiving channel and send a frequency hopping signal to the transmitting end, so that the transmitting end will switch to that channel correspondingly, and the next remote control signal will be transmitted through that channel.

Abstract: A computer communicates with a plurality of input devices through unidirectional multi-channels. The computer includes a receiver capable of receiving signals of multi-channels. The transmitters of different input devices use different communication channels. The receiver includes memory to store the different communication channels used by the different input devices whereby the receiver can receive signals according to a predetermined channel sequence. The receiver is triggered to a training mode when the user changes an assigned channel for an input device. The input device sends switched channel information characterized by ID code through a common channel to the receiver and then the receiver receives the signal from the input device according to the switched channel information.

Abstract: In a computer with a plurality of wireless input devices, a communication system and a method identify the input signal from the plurality of input devices. The computer includes a receiver to receive RF signal from the wireless input devices. The wireless input devices of different categories will use different communication channels. For example, mice use the first communication channel, keyboards use the second communication channel. The input signal is prefixed with an ID code comprising a category field and a serial field. The same input signal will be consecutively sent in many cycles in a first time slot and the receiver will receive the input signal in a second time slot shorter than the first time slot. The receiver will sequentially receive a plurality of inputs signal in a plurality of receiving cycles, and discriminate the input signal through the ID code.

Abstract: A single-band remote control for controlling different categories of remote devices, and multiple remote devices of the same category, the remote control has a plurality of control keys divided into a plurality of frequency groups. The control keys of the same frequency group are operative to generate and transmit control signals with different identification data at the same frequency, while the control keys of different frequency group are operative to generate control signals with different frequencies within the same frequency band. Thereby, different types of remote devices and/or multiple remote devices of the same category can be controlled by the same remote control.

Abstract: A method and an apparatus for controlling a digital electronic product, using a control signal transmitter and a signal receiver combined with a gate system for controlling a digital home appliance, such that a system activation/inactivation control mechanism is established. The on/off status of the gate system is remotely controlled by the control signal transmitter. In the process of switching off the gate system, a basic input/output system (BIOS) for executing switching on/off is used to detect whether the external connecting port is connected to a signal receiver. When the system is in the off status, the electric connection to the signal receiver is maintained, such that the activation control signal from the control signal transmitter can be received any time. Thereby, the signal status of the signal receiver can be changed to automatically switch on the gate system, and the control signal transmitter can thus remotely control operation of the digital home appliance.

Abstract: A method and a device that prevent interference and overcome the problem of identification between signals simultaneously transmitted from electronic products by providing a learning controller on a receiving unit and a frequency variation generating controller on each electronic product to establish a unit identification frequency for each individual electronic device. The device includes at least one electronic device with a transmitting unit to transmit wireless signals, a receiving unit connected to a computer host for receiving the signals transmitted from the transmitting unit, a learning controller for activating the receiving unit into a learning mode, and a frequency variation generating controller mounted on the electronic device for generating a unit frequency of the electronic device after being activated.

Abstract: A method of preventing interference of signals transmitted from electronic input devices to a computer host. An identification is generated for each individual electronic device. A receiving unit is connected to the computer host. The identification frequencies are pre-stored in the receiving unit. The receiving unit performs scanning of signals transmitted from the electronic devices with a scanning cycle. The receiving unit switches between a plurality of detection sequences within each scanning cycle. When signals are transmitted from the electronic devices, the receiving unit receives the signals within the detection sequences corresponding to the electronic devices that transmitting the signals. The identification frequencies carried by the signals are compared to the pre-stored identification frequencies to ensure the signals being received at respective frequency channels.

Abstract: A method of preventing interference of signal transmission of electronic input devices, using a receiving unit that has multiple frequency channels to connect a host. The receiving unit is accompanied with software program to set up one sequence of frequency-hopping channels for each type of electronic devices such as mouse, keyboard, remote control and audio input device. The software program also defined one of the frequency-hopping channels. as a starting receiving frequency channel. When a signal is transmitted from a specific type of electronic devices, the receiving unit switches the frequency to its starting receiving frequency channel for receiving such signal. When the signal has been interfered, the receiving unit automatically hops the frequency to the next available hopping frequency channel of the specific type of electronic devices until the interference is eliminated.

Abstract: An allocation structure for a wireless cursor transmitter, operative to allocate a transmitter in an expansion slot of a portable computer. The transmitter has a card body and a plurality of buttons formed on a top surface of the card body. The buttons are press-control buttons. The bulk body further has a connecting part at one side thereof. The card body is connected to the portable computer by inserting the connecting part into the expansion slot. Thereby, the transmitter is integrated with the portable computer. The access, storage and portability of the transmitter are much easier and convenient for the user.

Abstract: An improved mouse structure, having a receiving chamber within a hand-held portion of thereof. The receiving chamber is allocated without affecting operation of interior components of the mouse. The enclosure of the mouse can be open to store or hide articles in the receiving chamber. Thereby, an additional article storage is provided by the existing mouse of the computer.

Abstract: A mouse control structure, which forms a receiving space recessed from a top surface of a mouse. The receiving space is used to receive a control panel, which has a control key, a direction key, and an audio transceiving port. The control key, direction key and the audio transceiving port are used to control and integrate electronic devices such as DVD, TV, VIDEO, CD and recording pen. A covering plate is used to cover the receiving space, such that a complete mouse device is obtained.

Abstract: The present invention provides a wireless receiving device jointly used by computer peripherals and a method thereof. The wireless receiving device comprises a wireless receiving circuit, a micro-processing circuit, a keystroke circuit, and an interface circuit. The micro-processing circuit can receive wireless signals emitted by wireless emitting devices of different computer peripherals via the wireless receiving circuit, and has also learning function. The keystroke circuit can be pressed to let the micro-processing circuit memorize and lock on a specific wireless emitting device. The signal processed by the micro-processing circuit is then transferred to a computer via the interface circuit.

Abstract: A wireless cursor-controlling device with microphone function is provided. The device includes a transmitter to communicate with an audio frequency signal receiver connected to a computer. The receiver has a corresponding receiving device and an audio frequency amplifying circuit. The audio signal is received by the receiver to be spoken out by a speaker of the receiver, or the audio signal is further inputted to the connected computer to be spoken out by a speaker device of the computer. Therefore, if there is no microphone device, it is facilitate the speaker to use the device to serve as both the wireless computer cursor-controlling device and wireless microphone device.

Abstract: A recordable wireless cursor-controlling device including a transmitter and a recorder is disclosed. The recorder has a microphone and a speaker. Therefore, the wireless cursor-controlling device can be used for controlling the computer cursor as well as a digital recording device. Furthermore, when more recording time is needed, it can use the transmitter to transmit the recording voice signal to the computer and store in a hard drive of the computer. Therefore, the recording ability can be further extended.