Abstract: A traffic information indicating method, in which: a first vehicle or a front object synchronously transmits two wireless signals directionally. The first wireless signal is for time synchronism and the second wireless signal is for distance measurement. The first and second wireless signals are received directionally by the second vehicle. The distance between the two vehicles or between the front object and the second vehicle is calculated according to the first wireless signal and the second wireless signal. A traffic information indicating system implements the above method.

Abstract: A disposable diaper condition detecting device includes a disposable diaper, an induction device (01; 56) and an alarming device (20; 60). The disposable diaper includes an outer layer (15; 80), an interlayer (16) and an inner layer (17). The induction device (01; 56) is provided on the outer layer (15; 80) or provided between the outer layer (15; 80) and the inner layer (17) of the disposable diaper. The induction device (01; 56) is used to detect the urine-wetness condition of the disposable diaper and to produce the urine-wetness condition induction signal. The alarming device (20; 60) may be integrated with the induction device (01; 56), or may be combined with the induction device (01; 56) or may be separated from the induction device (01; 56). A disposable diaper condition monitoring system includes a disposable diaper condition detecting device and a disposable diaper condition displaying device (02).

Abstract: An anti-fake identification (14) includes a light-emitting layer (144) and a pattern layer (142). The light-emitting layer includes ultraviolet radiation photo initiator. The pattern layer has some through holes defined therein so as to form a pattern. Under ultraviolet radiation, the light-emitting layer emits light and the light passes through the pattern layer so as to show a pattern.

Abstract: A housing (10) with three-dimension appearance includes a transparent substrate (11), a micro lens array (12) formed on one surface of the transparent substrate, and a decorative layer (13) formed on another surface of the transparent substrate at an opposite side to the micro lens array. A method for making the housing is also provided.

Abstract: A housing (10) with three-dimension appearance includes a transparent substrate (11), a micro lens array (12) formed on one surface of the transparent substrate, and a decorative layer (13) formed on another surface of the transparent substrate at an opposite side to the micro lens array. A method for making the housing is also provided.

Abstract: An anti-fake identification (14) includes a light-emitting layer (144) and a pattern layer (142). The light-emitting layer includes ultraviolet radiation photo initiator. The pattern layer has some through holes defined therein so as to form a pattern. Under ultraviolet radiation, the light-emitting layer emits light and the light passes through the pattern layer so as to show a pattern.

Abstract: This invention is an intelligent home control bus (IHbus). It comprises at least one input node (sensor, announcer) A and at least a output node (operator, listener) L. A control instructions are input from the input node A, and transferred to the output node L through a control bus, and the output node L outputs a logic operation result based on the instructions. The node A is a control device for transmitting data and has at least one input circuit for inputting a special logical state. The node L is a device for receiving data and performing a operation and has at least one output circuit for outputting a special logical state.

Abstract: A mixed mode transceiver digital control network system is disclosed as including at least two nodes/transceivers connected with a DC power source and a cored inductor via a bus, in which each transceiver includes a current mode transmitter and a voltage mode receiver. A bi-directional voltage clamp is connected in parallel to the cored inductor. Electric current from the DC power source flows through the cored inductor and the bi-directional clamp into the bus. By reason of the flow of the electric current through the voltage clamp, a electric voltage pulse is generated and transmitted into the bus. The electric voltage pulse so transmitted into the bus is received by the voltage mode receiver and subsequently inputted into a micro-controller or processor of the node. There is also disclosed a method of setting one of a plurality of priority levels to each node forming the system, so that a node to which a higher priority level has a higher chance of transmitting its data packets.

Abstract: A mixed mode transceiver digital control network system is disclosed as including at least two nodes/transceivers connected with a DC power source and a cored inductor via a bus, in which each transceiver includes a current mode transmitter and a voltage mode receiver. A bi-directional voltage clamp is connected in parallel to the cored inductor. Electric current from the DC power source flows through the cored inductor and the bi-directional clamp into the bus. By reason of the flow of the electric current through the voltage clamp, a electric voltage pulse is generated and transmitted into the bus. The electric voltage pulse so transmitted into the bus is received by the voltage mode receiver and subsequently inputted into a micro-controller or processor of the node. There is also disclosed a method of setting one of a plurality of priority levels to each node forming the system, so that a node to which a higher priority level has a higher chance of transmitting its data packets.

Abstract: This invention is an intelligent home control bus (IHbus). It comprises at least one input node (sensor, announcer) A and at least a output node (operator, listener) L. A control instructions are input from the input node A, and transferred to the output node L through a control bus, and the output node L outputs a logic operation result based on the instructions. The node A is a control device for transmitting data and has at least one input circuit for inputting a special logical state. The node L is a device for receiving data and performing a operation and has at least one output circuit for outputting a special logical state.