RU7972U1 - FLASHLIGHT FOR FLOATING NAVIGATION SIGNS - Google Patents

Abstract

1. A lantern for floating navigation signs, comprising a housing with a cylindrical Fresnel lens mounted on it, inside of which a light source is located, and inside the housing there is a light source control device and power elements of the specified source, characterized in that the lantern housing is made in the form of an inverted truncated cone , and the light source is made in the form of a polygon, in the center of each face of which LEDs are fixed. 2. The lantern according to claim 1, characterized in that the polyhedron is made in the form of an octahedron. 3. Flashlight 1 and 2, characterized in that the polyhedron with LEDs is equipped with a device for moving it along the vertical axis of the lens. 4. Flashlight 1 to 3, characterized in that the LEDs are multi-colored. 5. Flashlight 1 to 4, characterized in that the housing is made of plastic.

Description

LANTERN OF THE LARGEST NAVIGATION SIGNS Technical field

The proposed utility model is to relocate to the forebears of our navigational equipment, namely the foremost means of evacuation of inland waterways.

State of the art

The use of the floating environment of the navigational equipment also plays a big role in the devices of increased lack of swimming due to the high functional reliability of the device, reducing operating costs due to the improved technical condition. Therefore, the improvement of technical lighting is still more important in light of the foregoing.

There is a well-known luminous buoy intended for life in navigation at night on rivers, lakes, and the sea.

It is a sealed water proof 111AR, inside of which there is an electric battery, which is located in

the center of the reflector I am composed of luminescent luminescent

uncle "/ 1 /

The disadvantages of such a buoy are its low reliability and the impertinence of a half-light amber glow with a shirokshl scatter of matchmaking.

A known light-guiding light-guiding method of directional action / 2 / is known, in which an anamorphic biconvex lancing with two distinct perpendicular surfaces of a lounger with one red and one spherical surfaces, with different angular, enlarged vertical angles, is used as an optical system. light-emitting diode with a directional colored glow, which is placed along the optical axis in one zhz

in

front tricks As a lantern, biconvex or plane-convex (Yala mendec) can be used, having the same angular magnifications in the vertical and horizontal planes, and a light-emitting diode is placed on the optical axis in the front focus of the lens. In addition, the optical system can include a set of fixed spherical lens lenses and a movable lens with a cylindrical surface that emits a constant angular increase in the vertical plane and an alternating horizontal plane in the output, and the light-emitting ai diode is located on the common optical axis in front of the front focus of the fixed spherical lenses A movable lens with a cylindrical surface can also be made negatively concave, or in the form of a negative meniscus, and a light-emitting diode is located wife on the common optical axis behind the front focus of a fixed spherical lens.

The disadvantage of the described directional light-signal and directional search is the impossibility of receiving a signal with a wider angle of light scattering in the horizontal plane, the impenetrability of its use as a lantern for floating navigational signs of inland waterways.

In addition, the lantern of souls of a buoy (3) is known on a hinged suspension, which is installed on its upper part. The lamp sends cor- ngc, in the lower part of which there is a Fresnel lens, lanpa, lens cover, chopper device that supplies electric power to the flap. In the casing of the flashlight there is a two-axis universal suspension with external and internal frames, the last of which has a lens, a lamp, chopper and counterweight. The body is made of all-metal and equipped with means for fastening, and a glow lamp is used as a lamp. ; The disadvantages of the indicated light-signal device are the low reliability of its operation, low environmental efficiency, inconvenience of removing the device in case of any proximity. The essence of the useful model of a lantern for floating navigation signs and its essential features. The proposed utility model is a flashlight for floating navigational signs (buoys). The essence of the precedent: a useful utility model lies in the fact that it solves the problem of creating a lantern for floating navigation signs of circular action with a higher reliability of its operation and economy, as well as creating an instrument that is easier to operate. The problem is solved in that in the well-known lantern containing a case with a chiandra false lid if © MS-la mounted on it, inside of which there is a light source, we hide inside the housing there is a device that controls the source of power and the batteries of the specified source, the body is made in the form of an inverted truncated the cone is made of plastic, and the light source is made in the interior of MHororpaHHioca, in the center of each face of which there are red LEDs. The polyhedron can be made in-vzh-de vydeligranzhka and is equipped with a device for moving © along its vertical axis of falsehood. Moreover, the LEDs can be made multi-colored. A brief description of the design of the utility model. A description of a useful model of a lantern for floating navigational signs is illustrated in the drawing, where, in FIG., A sectional view of a lantern is shown. The described lamp consists of a cylindrical Fresnel-I lens, a module with LEDs 2, red, yellow or green LEDs with a panel for mounting a module with LEDs relative to the housing, 5 "mounting wires for the fifth socket, 6 - LED operation control device (first turn off fire, current stabilization, constant and flashing LEDs). 7 - a plastic case with a flange for fastening; 8 - a ssfnirny flange d. For fixing the upper part th | a flashlight (a panel with a polyhedron with LEDs and a lens) to the body.

The flashlight works as follows.

The direct current lt of the control device 6 through the installation of wires 5 is supplied to the LEDs of the light. The concentration of the light beam is carried out using a Fresnel lens 1.0 using the flange 8 and panel 4 to quickly dismantle the upper working part of the lantern for floating navigation signs.

Thus, the proposed model of a lantern for floating navigation signs of circular action is easy to operate and provides high reliability and economy.

Sources of information, taken into account, 1, Patent ЕШ 0395493 dated -,. 04.1989,, μL V63C9 / 20

2 Patent Russia 1 202II62 of 1992,, μl „B63B51 / 00 3, Patent СЖА № 47з6205 from 11706.1986,, μl € Yu8 € s / 00 (prototype)

General Director

EXPERIENCED EXTRA

 /

ID ZHSTAFSH

Claims (5)

1. A lantern for floating navigation signs, comprising a housing with a cylindrical Fresnel lens mounted on it, inside of which a light source is located, and inside the housing there is a light source control device and power elements of the specified source, characterized in that the lantern housing is made in the form of an inverted truncated cone , and the light source is made in the form of a polygon, in the center of each face of which LEDs are fixed.  2. The lantern according to claim 1, characterized in that the polyhedron is made in the form of an octahedron.  3. The lantern according to paragraphs. 1 and 2, characterized in that the polyhedron with LEDs is equipped with a device for moving it along the vertical axis of the lens.  4. The lantern according to paragraphs. 1 to 3, characterized in that the LEDs are multi-colored. 5. Lantern according to paragraphs. 1 to 4, characterized in that the housing is made of plastic.