JP3122261U - Night safety wristband - Google Patents

Abstract

Provided is a night safety wristband that emits light so that a person who is not agile due to reasons such as old age can see from a distance from a driver who rides a vehicle that moves at high speed such as a car or a bicycle when walking at night. .
A night safety wristband that can be easily attached and detached even by elderly people, has a self-luminous function, and is not unnaturally worn in daily life, has a bag-like sewing, and has a spring property inside the bag. It can be easily attached to and detached from the arm by sandwiching a convex metal member and stitching, and uses an LED as a light emitting body to enable long life and long light emission.
[Selection] Figure 1

Description

  The present invention relates to a night safety wristband that emits light so that people who are not agile due to reasons such as old age can see even from a distance from a driver who rides a vehicle that moves at high speed, such as a car or bicycle, at night walking. is there.

  At night, there are work accessories that use reflective materials as shown in Japanese Patent Application No. 10-217853 in order that a driver of a car or bicycle can visually recognize the presence of a person from a distance. Japanese Patent Application No. 2001-258771 includes an umbrella with a fluorescent material, and Japanese Patent Application No. 9-354971 with a reflector attached to a ricksac.

Japanese Patent Application No. 10-217853 Japanese Patent Application No. 2001-258771 Japanese Patent Application No. 9-354971 Japanese Patent Application No.11-39005 Japanese Patent Application No. 10-112657 Japanese Patent Application No. 2003-405184 Japanese Patent Application No. 2003-178768 Japanese Patent Application No. 6-143769 Utility Model Application No. 7-9326

  Of the accidents that occur at night, the proportion of elderly people who have an accident is surprisingly large. This indicates that there are not a few cases where elderly people go out at night, such as walking a dog or walking to maintain their health.

  However, many elderly people are extremely difficult to avoid when vehicles such as automobiles, motorcycles, and bicycles suddenly approach from the dark due to muscle weakness or vision loss.

  Therefore, it is effective for the driver to confirm the existence of an elderly person from a distance as a means of avoiding traffic accidents. For this reason, things like a vest that emits light, or a helmet equipped with a lighting device are considered. Since these items are unavoidable for night construction workers, they become a little exaggerated when elderly people go out at night with a little work.

  A device with a reflector is also considered, but it is not always lit, so in some cases the driver may not be aware of it.

  As described above, the present invention has devised a night safety wristband that can be easily attached and detached even by an elderly person, has a self-luminous function, and is not unnaturally worn in daily life.

  This is a bag-like sewing product made of fiber, and can be easily attached to and detached from the arm without the need for a special holder by sandwiching and sewing a thin convex metal member having spring properties inside the bag. By using an LED as a light emitter, the light emitter can emit light for a long lifetime.

  In addition, by attaching a member that can be energized to both ends of the wristband and making it function as a switch, the LED is turned on at the time of wearing, and when it is detached, the energization is interrupted and the LED is turned off. It is easy for elderly people to use.

  Unlike conventional function-oriented models such as night safety equipment, the present invention is premised on the use of elderly people in daily life, so the surface of the wristband can be embroidered with a floral pattern, etc. The fashionability is enhanced by effectively arranging the LEDs according to the situation.

  Also, since buttons, hooks, and special fixing mechanisms are not required when worn, it can be used easily by elderly people. Since the LEDs are turned off except when they are attached, battery consumption is suppressed, and a special switch is not required, and lighting and switching are switched. As a result, it is not necessary to replace the battery frequently, and wasteful power consumption due to forgetting to switch off can be suppressed.

  FIG. 1 shows an overview of a night safety wristband, FIG. 2 shows a wristband cross-sectional view, and FIG. 3 is a side view of the energizing member viewed from the side.

  As shown in FIG. 1, a floral pattern embroidery 2 is provided on the surface of a bag-like sewing product 1 sewed with cotton, and stainless steel energization is applied to both ends of the bag-like sewing product 1. A member 3 is attached. An LED 4 for driving 3.3V is arranged at the center of the floral pattern, and is a part of the embroidery design. Further, a battery case 5 that houses a battery for driving the LED is disposed on the bag-like sewing product 1.

  The LED 4, the battery case 5, and the energizing member 3 are connected to each other inside the bag-like sewing product 1, and when external pressure 6 is applied when the wristband is attached, the length of the convex metal member 7 inside the bag-like sewing product 1 is increased. When the cross section in the vertical direction is elastically deformed from the belt-like equilibrium state to the arc-like equilibrium state and becomes the ring state 8, the current-carrying members 3 attached to both ends of the bag-like sewing object 1 come into contact with each other to energize and It is a mechanism to do.

  By applying the external pressure 6 in this way, the convex metal member 7 is elastically deformed and the wristband is attached to the arm. When removing from the arm, the convex metal member 7 is elastically deformed from the arcuate equilibrium state to the belt-like equilibrium state, and the cross-sectional shape in the width direction returns to the arcuate shape, so that the wristband becomes the straight state of FIG.

  In addition, the bag-like sewing product in FIG. 1 may be made of chemical fibers such as silk or nylon. The wiring 9 that connects the LED 4 to the battery case 5 and the current-carrying member 3 is arranged inside the bag-like sewing product 1 as shown in FIG.

  FIG. 3 is a side view of the ring state of FIG. In this way, since the energization members 3 come into contact with each other when energized, the LED is lit. Considering the design, it is conceivable that the energizing member 3 is not just a metal plate, but is engraved with a pattern or a company name.

Overall view of the night safety wristband Wristband cross section Wristband side view

Explanation of symbols

1. 1. Bag-shaped sewing products 2. Floral embroidery Current-carrying member LED
5. Battery case External pressure Convex metal member 8. Ring state 9. wiring

Claims (3)

  A bag-like sewing product made of cotton, silk, or chemical fiber, which is a wristband having a convex metal member having a cross-section in the width direction as a bow shape and a cross-section in the length direction as a straight shape inside the bag, The convex metal member inside the bag has a function of attaching to the arm using the fact that the cross-section in the width direction becomes a straight shape when external pressure is applied from the belt-like equilibrium state, and the cross-section in the length direction is elastically deformed to the arc-like equilibrium state. It is a wristband that has a function to easily return the wristband to the belt-like equilibrium state by applying external pressure from the arc-like equilibrium state. Night safety wristband.   A wristband satisfying claim 1, wherein a embroidery such as a floral pattern is applied to the surface of the wristband, and an LED is arranged on the surface of the wristband as a part of the embroidery design, and emits light when the wristband is worn. Wrist safety wristband with A wristband satisfying claim 1 and claim 2, wherein a member capable of energization is attached to both ends of the wristband, and the convex metal member inside the bag of the wristband is linearly crossed in the width direction by the external pressure from the belt-like equilibrium state. When the wristband is attached to the arm by elastically deforming the cross section in the length direction into an arcuate equilibrium state, the LED emits light when the energizable members attached to both ends of the wristband come into contact with each other. The night safety wristband that has the function of turning off the LED when the convex metal member removed from the wristband bag is returned from the arcuate equilibrium state to the beltlike equilibrium state.

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