Lighting fixture lighter
a technology for lighteners and fixtures, applied in the field of lighteners, can solve the problems of flashing light, user inconvenience, and the inability to carry a plurality of handy tools and lighters
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second embodiment
[0073] the light source unit 304′ is preferably positioned at the bottom portion of the frame body 100′ at a position adjacent to the gas liquefied storage 104′.
[0074]In other words, the light transmitting window 108′ is preferably formed at the bottom wall of the frame body 100′, so that light source unit 304′ aligned with the light transmitting window 108′ is able to emit the illumination light therethrough, so as to emit the illumination light from the bottom side of the frame body 100′. More specifically, a light compartment 308′ for retaining the light source unit 304′ therein is disposed within the lighter housing 102′ at the bottom side of the frame body 100′ and defines the light transmitting window 108′ at the bottom wall of the frame body 100′. Thus, the light source unit 304′ is supported within the light compartment 308′ for generating the illumination light out of the bottom wall of the frame body 100′ through the light transmitting window 108′.
[0075]As best shown in FI...
first embodiment
[0113]FIG. 10 illustrates an alternative mode of the first embodiment, wherein the light source unit 304 is received in the light compartment 308C at the ignition button 106C. As shown in FIG. 10, the ignition button 106C comprises a button housing 1061C receiving at least a high efficiency diode 310 therein and a button lens 1062C provided on top of the button housing 1061C to define the light transmitting window 108C at the button lens 1062C. The light button 306 is provided at the button housing 1061C. Accordingly, the button housing 1061C is made of light opaque material such that the light from the light source unit 304 cannot be transmitted through the button housing 1061C. The button lens 1062C is made of transmittable material and is formed as an optical lens to modify or focus the light from the light source unit 304 so as to enhance the light intensity of the light projecting out of the button lens 1062C. Accordingly, the button lens 1062C as a lens cover is integrally for...
third embodiment
[0126]FIG. 17 illustrates an alternative mode of the third embodiment, wherein the light source unit 304″ is supported at a position adjacent to a sidewall of the lighter housing 102M for generating the illumination light out of the lighter frame. The light source unit 304″ further comprises an elongated activation circuit 312″ supported at the light compartment 308″, and a plurality of LEDs 310″ spacedly and operatively coupled at the activation circuit 312″, such that when the activation circuit 312″ is activated by an actuation of the light button 306″, the LEDs 310″ are arranged for generating the illumination light out of the sidewall of the lighter housing 102M. Preferably, the light button 306″ is provided at the lighter housing 102M at a position above the LEDs 310″.
[0127]As shown in FIG. 17, the LEDs 310″ are alignedly and spacedly positioned at the sidewall of the lighter housing 102M. In particularly, the LEDs 310″ are outwardly and sidewardly protruded from the lighter h...
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