Other

Shen-Ko Tseng

Juinne-Ching Liao

Yi Yu

A wearable object includes a main body and a light emitting device. The main body includes a first containing space, a second containing space separated from the first containing space, and an elastic structure corresponding to the second containing space. The light emitting device includes a plurality of light emitting units, a controlling unit and a switch module. The controlling unit is disposed in the first containing space and connected to the light emitting units, and configured to drive the light emitting units to emit light. The switch module includes a first metal sheet and a contacting portion, and is configured in the second containing space and connected to the controlling unit. When the elastic structure is pressed toward the second containing space to cause the contacting portion to contact the first metal sheet, the switch module sends a controlling signal to the controlling unit.

Wearable object with light emitting device

A luminous device includes a flexible circuit board, a battery, a plurality of predetermined color light-emitting diodes, a sensor and a control chip. The battery, the predetermined color light-emitting diodes, the sensor and the control chip are arranged on the flexible circuit board. The sensor is configured to detect an external force to generate a control signal. The control chip is connected to the sensor, the predetermined color light-emitting diodes and the battery. The control chip is configured to receive the control signal and select a lighting mode according to the control signal to control the predetermined color light-emitting diodes emit light. The luminous device of the invention uses the flexible circuit board to sense the external force to emit light without requiring external circuits, so as to reduce the overall volume. Moreover, the luminous device of the invention can be installed or attached on any detachable object.

Luminous device and wearable object with the same

A luminous device includes a luminous module. The luminous module includes a plurality of LED chips, a driving chip and a package body. The driving chip is configured to selectively drive the LED chips to emit light. The driving chip includes a power pad, a plurality of LED pads corresponding to the plurality of LED chips respectively and a ground pad. The driving chip receives a power signal having a selecting signal and a luminous signal by the power pin, and determines the LED chips to emit light according to the luminous signal or not based on the selecting signal. The luminous device uses the power signal of selecting the LED chip as the driving power for driving the LED chips to emit light in the same time. The luminous device not only reduces the volume, but also saves the cost.

Luminous device and wearable object with lighting function

A power generating device comprises a magnetic core, an induction coil assembly, a first housing, a conductive plate, and a second housing. The induction coil assembly is coupled with the magnetic core, and the magnetic core and the induction assembly are configured in the accommodating space of the first housing. The conductive plate is attracted to the magnetic core. The second housing is configured above the conductive plate. When the second housing receives an external force along an extending direction of the magnetic core, a distance change between the conductive plate and the magnetic core causes a variation of magnetic flux. The induction coil assembly generates a current by sensing the magnetic flux variation.

Power generating device and a shoe with the same

An illuminating device includes an illuminating component set, a controlling circuit coupled to the illuminating component set, and a communication circuit electrically coupled to the controlling circuit. The controlling circuit further includes a storage and a processor electrically connected to the storage. The communication circuit is configured for receiving a picture transmitted by an input device and storing the picture into the storage. The processor selectively drives the illuminating component set to emit light according to a controlling signal and the picture. The illuminating device can be configured on a wearable object, so that the wearable object can be controlled to emit light by the input device.

Illuminating device and wearable object with lighting function

A luminous spring buckle device includes a hollow casing, a luminous device, a spring and a bearing device. The hollow casing includes a bottom and an upper opening. The luminous device is positioned in the hollow casing and includes a controlling circuit and a luminous component. The spring is contained in the hollow casing. The bearing device is engaged with the upper opening in a sliding manner and coupled to the spring. Wherein, when an external force is applied to the bearing device, the bearing device compresses the spring and presses the controlling circuit to enable the luminous component to emit light. Compared with the prior art, the luminous spring buckle device includes the function of the spring buckle and luminous function to increase the recognizability and the night warning function.

Luminous spring buckle device

The present invention discloses a light-emitting module using a special circuit design to solve the abnormal breakage of the battery lifetime and comprising a power supply module storing an electrical power; a first sub-circuit and a second sub-circuit, the first sub-circuit comprising a first light-emitting diode module, the second sub-circuit comprising a second light-emitting diode module and a passive component, wherein the passive component is connected with the second light-emitting diode module in series, the lighting color of the first light-emitting module is different from the lighting color of the second light-emitting diode module; and a control module coupled to the power supply module, the first sub-circuit, and the second sub-circuit, for supplying the electrical power with the first sub-circuit and the second sub-circuit and driving the first light-emitting diode module and the second light-emitting diode module to emit light.

Light emitting module thereof

The present invention provides a power generating device, comprising a first shell, a sensor module, a second shell, a magnetic module and a cover. The sensor module is disposed in the first hollow portion. The second shell is disposed on the first shell. The magnetic module is configured on the fixture tank of the second shell. The magnetic module is held in the fixture tank by the cover. When an external force is applied on the power generating device, the cover makes the magnetic module move in the sensor module along the direction of the external force, and an induced current is generated on the induction coil. The restoring force is applied to the magnetic module by the sensor module.

Power generating device and an object for utilizing the power generating device

The present invention provides a light-emitting module. The light-emitting module comprises a motion actuated switch, a counter, a controller, and a plural of light-emitting devices. The motion actuated switch is for generating an actuating signal in response to a motion of an object. The counter is for recording how many times the actuating signal is generated for generating a counting signal, and determining whether the times are larger than a pre-determined threshold. The controller drives a plurality of light-emitting devices for lighting according to the actuating signal, and changes a lighting pattern according to the counting signal. Compared to the prior art, the present creation provides more kinds of lighting/shining patterns for providing eye-catching and sufficient illumination in night activities.

Light-emitting module

The present invention provides a power generating device, comprising the first shell, the sensor module, the second shell, the magnetic module, the cover and the elastic element. The sensor module is disposed in the first hollow portion. The second shell is disposed on the first shell. The magnetic module is disposed on the first fixture portion of the second shell. The cover is disposed on the external surface of the second shell, and the convex portion penetrates through the hole and holds the magnetic module in the first fixture portion. The elastic element is disposed between the first shell and the second shell. When the power generating device takes the external force, the second shell and the first shell do the relative movement; meanwhile, the first magnetism element of the magnetic module slides through the direction of the external force in the first slide gap and the induced current is generates on the induction coil by the change of the magnetic flux.

A lighting shoe includes a power generating device. When a user steps on or presses the lighting shoe, the power generating device bears an external force and generates an inducted current or charge by electromagnetic induction or piezoelectric characteristic to supply the LED to light. To be suitable for the thickness, the electrical requirement, or the cost of the lighting shoe, various similar power generating devices are disclosed to match the shoes in the present invention. The lighting shoe of the invention can increase the identification rate in the night, and improve the traffic safety of the user.

Lighting shoe

A heat-generating shoe comprises a power generation device. When applying a force to the heat-generating shoe, the power generation device with applied force produces electrical energy by electromagnetic induction or piezoelectric effect without external power supply or replacing the battery, so as to generate power automatically during the user walking. More particularly, the present invention can increase the temperature inside the shoe body for preventing users from frostbite in cryogenic environment. Additionally, the present invention provides a variety of types of power generation devices, so a suitable power generation device can be adopted depending on the power demand, thickness of heat-generating shoe, and/or costs.

Heat-generating shoe

A power generating device includes a first casing, a magnetic component, a second casing, an induction coil, and a first piezoelectric device. The first casing and the second casing engage with each other to form a space, and the magnetic component is fixed on the first casing and configured in the space. The induction coil is fixed on the second casing and configured in the space, and it is positioned outside the contour of the magnetic component. The first piezoelectric is configured between the magnetic component and the first casing. When an external force acts on the first casing and the second casing, the first casing and the second casing move relatively to each other so that the induction coil generates an induced current by sensing a magnetic flux variation, and the first piezoelectric component generates a first charge by absorbing the pressure between the magnetic component and the second casing.

Power generating device

A step-counting shoe comprises a power generation device, a pedometer device, and a display device. When the step-counting shoe is applied with a force, the power generation device produces electrical energy by electromagnetic induction or piezoelectric effect without external power supply, so as to generate power for the pedometer device and the display device automatically during the user walking. Additionally, the present invention provides a variety of types of power generation devices, so a suitable power generation device can be adopted depending on the power demand, thickness of step-counting shoe, and/or costs.

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Taipei, Taiwan

Shen-Ko Tseng