Abstract:
An input device with multi-object switch transmission aims to establish a data transmission link between an input device and at least one information processing system. The input device contains a Bluetooth transmission device, a memory unit, a circuit unit and a micro control unit. The memory unit presets a plurality of protocol data fields. The Bluetooth transmission device gets multiple sets of Bluetooth communication protocol codes from multiple linkable information processing systems. The micro control unit saves each set of Bluetooth communication protocol code corresponding to each information processing system in each protocol data field of the memory unit. The circuit unit is triggered by a user to output a corresponding selection signal. The selection signal triggers the micro control unit to access the Bluetooth communication protocol code in a selected protocol data field from the memory unit to link the Bluetooth transmission device to one information processing system.
Abstract:
An LED module assembling structure includes an LED module, at least one connection seat and a conductive connection member. The LED module includes a circuit board and at least one light-emitting diode. The connection seat is soldered on the circuit board. The connection seat has two sidewalls defining a holding trough having an opening. The sidewalls are respectively formed with two corresponding recesses and two corresponding latch protrusion sections protruding from the sidewalls into the holding trough. The latch protrusion sections are positioned above the recesses near the opening. The conductive connection member is a bar-shaped conductor. At least one end of the conductive connection member is inserted in the holding trough of the connection seat and fixedly held between the recesses in the holding trough. Accordingly, multiple LED modules can be assembled and electrically connected with each other via the conductive connection member and the connection seats.
Abstract:
A Bluetooth mouse for fast switching linking objects comprises a signal processing circuit triggered by a key unit to generate a control signal according to a displacement amount of the mouse. The signal processing circuit is electrically connected with a Bluetooth transmission device. The mouse has a pairing information memory storing pairing codes for establishing data transmission linkages between the Bluetooth transmission device and at least one information processing systems. The key unit is programmed one key or a combination of the keys to trigger the signal processing circuit to generate an object-switching signal. The object-switching signal drives the Bluetooth transmission device to access one pairing code from the pairing information memory according to the displacement amount of the mouse, and establishes a data transmission linkage with one information processing system corresponding to the pairing code.
Abstract:
An input device includes an input module operated by a user to generate an input signal, a micro control unit, a memory unit having a plurality of preset protocol data fields, a Bluetooth driving unit, and a Bluetooth module. Each set of Bluetooth communication protocol codes stored in one protocol data field. The micro control unit is triggered by the input signal to output an output signal or an object switch signal. The Bluetooth driving unit is triggered by the object switch signal to access the Bluetooth communication protocol code from one protocol data field and send it to the Bluetooth module. The Bluetooth module receives the output signal and sends it to the linked information processing system, or receives the Bluetooth communication protocol code sent by the Bluetooth driving unit to establish a linkage with the information processing system corresponding to the Bluetooth communication protocol code.
Abstract:
The present invention discloses a control method for generating varying colored lights in a keyboard and a self-luminous keyboard for realizing the same method. The control method comprises steps: establishing a driving signal table storing a plurality of backlight driving signals; setting the conditions for outputting the backlight driving signals respectively; detecting a keying signal generated by pressing a key; outputting the backlight driving signal corresponding to the keying signal to drive a backlight unit, or sequentially outputting the backlight driving signals according to the keying signal to drive a backlight unit. The self-luminous keyboard for realizing the same method comprises a memory unit storing the driving signal table and a microcontroller unit detecting the keying signals. The microcontroller unit sequentially outputs the backlight driving signals to drive the backlight unit, or outputs the backlight driving signal corresponding to the keying signal to drive the backlight unit.
Abstract:
A keyboard equipped with switching interfaces includes a key set module, a circuit unit, a wired transmission interface, a wireless transmission interface and a switch unit. The key set module includes a plurality of keys depressible by users to trigger the circuit unit to generate a message signal. The circuit unit is electrically connected to the wired transmission interface and wireless transmission interface. The wired transmission interface is electrically connected to a transmission cable to output therethrough. The switch unit is electrically connected to the circuit unit and triggers the circuit unit to output the message signal to the wired transmission interface or wireless transmission interface according to user's actions.