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CN-121977188-A - Water area rescue warning lamp

CN121977188ACN 121977188 ACN121977188 ACN 121977188ACN-121977188-A

Abstract

The spiral cover of the water area rescue warning lamp is fixedly connected with the machine body through the buckle structure, and the whole body of the water area rescue warning lamp presents a smooth bullet shape. The aerodynamic appearance not only has attractive appearance, but also can ensure that the water area rescue warning lamp always keeps a floating state under any water flow condition and cannot be overturned or sunk under the action of external force. When the conductive column at the bottom of the water area rescue warning lamp is contacted with water, the circuit is automatically conducted, and the high-brightness LED lamp set is triggered to be immediately lightened. The water area rescue warning lamp integrates the high-sensitivity vibration switch on the main control circuit board, and a user can easily switch the working mode by only double-clicking the top of the spiral cover or the side surface of the machine body. The water area rescue warning lamp provides various illumination mode selections, wherein a normally-bright mode can provide continuous illumination, the flashing mode flashes at a specific frequency to enhance the warning effect, and the SOS mode sends out a flashing sequence of three short, three long and three short according to the international distress signal standard. These modes can be cyclically switched by a simple double click operation.

Inventors

  • KE QINGFENG
  • KE YOUZHI

Assignees

  • 晶全照明科技有限公司

Dates

Publication Date
20260505
Application Date
20260227

Claims (9)

  1. 1. The water area rescue warning lamp is characterized by comprising a machine body, a spiral cover, a battery, a main board, a lamp assembly and two conductive posts, wherein the spiral cover is fixed at the top of the machine body to form a bullet shape; the main board is provided with a vibration switch, and the double-click cap or the main body switches the working mode of the water area rescue warning lamp.
  2. 2. The water rescue warning light as defined in claim 1, wherein an electrode spring is mounted on an edge of the main board, and one end of the conductive post passes through the electrode spring to be in contact with the main board.
  3. 3. The water rescue warning light as defined in claim 2, wherein a large protrusion and a small protrusion are arranged at the middle part of the conductive column and are spaced from each other, the small protrusion is positioned outside the body, the large protrusion is positioned in the body, and the large protrusion does not pass through the electrode spring.
  4. 4. The water area rescue warning light as claimed in claim 2, wherein the electrode spring plate is of a U-shaped structure with one long end and one short end, the long end is provided with a through hole for the conductive column to pass through, and the short end is clamped into the electrode spring plate mounting hole at the edge of the main board.
  5. 5. The water area rescue warning light of claim 1, wherein two clamping grooves are formed in the body, the battery is arranged in the clamping grooves, copper columns are further arranged on the main board at positions corresponding to the battery, conducting plates are arranged in the body at positions close to the tail, springs are arranged on the conducting plates at positions corresponding to the battery, the conducting plates are mutually perpendicular to the battery, and the conducting plates are mutually parallel to the main board.
  6. 6. The water area rescue warning light as claimed in claim 1, wherein the top and the middle of the body are cylindrical structures, the tail of the body is a flat structure, the orthographic projection of the flat structure is a rounded rectangle, the position of the flat structure close to the middle of the body is provided with an inclined U-shaped groove, and an included angle between the U-shaped groove and one side of the flat structure is an acute angle.
  7. 7. The water rescue warning light of claim 6, wherein the blades are mounted in the U-shaped grooves, and the angle between the blades and the U-shaped grooves is an acute angle.
  8. 8. The water rescue warning light of claim 6 further comprising a snap-in, the flat structure having a rounded rectangular aperture, the snap-in being mounted in the rounded rectangular aperture.
  9. 9. The water area rescue warning light of claim 1, wherein the light assembly comprises a light bead, a light reflecting cup support and a retainer ring which are arranged on a main board, the retainer ring is arranged in a spiral cover, the light reflecting cup support is arranged between the main board and the retainer ring, a light reflecting cup groove is formed in the middle of the light reflecting cup support, a light bead through hole is formed in the middle of the light reflecting cup groove, a main board supporting leg is arranged on one surface, close to the main board, of the light reflecting cup support, the main board is fixed on the light reflecting cup support through the main board supporting leg, and a notch for accommodating a conductive column is formed between the main board supporting legs on the light reflecting cup support.

Description

Water area rescue warning lamp Technical Field The present disclosure relates to the field of lighting technology, including but not limited to a water rescue warning light. Background The lamp which is lighted when meeting water is characterized in that the lamp is lighted by utilizing good conductivity of water, a battery is arranged in the bulb, the positive electrode and the negative electrode of the lamp are communicated by utilizing the conductivity of water to form a complete circuit, and the battery discharges to enable the lamp to be lighted. The lamp which is lighted when meeting water can be used as an emergency lamp for water exploration or rescue, a lighting or decorative lamp for a swimming pool or a fish tank. The existing emergency lamp which is lighted when meeting water can only be normally lighted, has single function and limited use scene. In addition, the lamp which is lighted when meeting water can also be used on the life buoy, and a waterproof reinforcing device is required to be arranged on the life buoy at the moment so as to ensure that the internal circuit is not damaged when the life buoy is impacted by water waves in the throwing process or after falling into water. The provision of the waterproof reinforcing means increases the cost and complexity of the design and production process of the life buoy. Disclosure of Invention In view of the above, the embodiment of the disclosure provides a water area rescue warning lamp, which comprises a body, a screw cap, a battery, a main board, a lamp assembly and two conductive posts, wherein the screw cap is fixed at the top of the body to form a bullet shape, the battery is arranged at the middle position in the body, one end of the battery is contacted with one surface of the main board, the lamp assembly is contacted with the other surface of the main board, one end of the conductive post is contacted with the main board, the other end of the conductive post passes through the rear part of the body to be exposed outside the body, and the lamp assembly is lightened when the conductive post is contacted with water; The main board is provided with a vibration switch, and the double-click cap or the main body switches the working mode of the water area rescue warning lamp. The whole body shows a smooth bullet shape. The aerodynamic appearance not only has attractive appearance, but also can ensure that the water area rescue warning lamp always keeps a floating state under any water flow condition and cannot be overturned or sunk under the action of external force. The water area rescue warning lamp provides various illumination mode selections, wherein a normally-bright mode can provide continuous illumination, the flashing mode flashes at a specific frequency to enhance the warning effect, and the SOS mode sends out a flashing sequence of three short, three long and three short according to the international distress signal standard. In some embodiments, the lamp assembly comprises a lamp bead installed on a main board, a reflective cup support and a retainer ring, wherein the retainer ring is installed in the spiral cover, the reflective cup support is arranged between the main board and the retainer ring, a reflective cup groove is formed in the middle of the reflective cup support, a lamp bead through hole is formed in the position, corresponding to the lamp bead, of the reflective cup groove, a main board supporting leg is arranged on one face, close to the main board, of the reflective cup support, the main board is fixed on the reflective cup support through the main board supporting leg, and a notch for accommodating the conductive column is formed in the reflective cup support, between the main board supporting legs. When the conductive column at the bottom of the water area rescue warning lamp is contacted with water, the circuit is automatically conducted, and the high-brightness LED lamp set is triggered to be immediately lightened. In some embodiments, an electrode spring is mounted on the edge of the main board, and one end of the conductive post passes through the electrode spring to contact with the main board. In some embodiments, the middle part of the conductive column is provided with a circle of large bulges and a circle of small bulges which are mutually spaced, the small bulges are positioned outside the machine body, the large bulges are positioned in the machine body, and the large bulges do not pass through the electrode shrapnel. The big arch and the little arch of mutual interval that conductive column middle part set up can fix the conductive column in the through-hole of fuselage well, guarantees that the one end of conductive column exposes outside the fuselage, and the other end of conductive column is fixed on the electrode shell fragment well simultaneously. In some embodiments, the electrode spring is in a U-shaped structure with a long end and a short end, the long end is provided with a through hole fo