Rotary dynamic lamp

Abstract

The rotary dynamic lamp is a decorative lamp with a rotatable and foldable lamp main body. The LED lamp comprises a motor cover, a motor, a connecting ring, a lamp body, a wiring pipe, a bulb base and a bulb. Wherein the main body part of the lamp is a circular ring made of a reflective stainless steel material, the circular ring is equally cut into 24 concentric circles which are continuously connected, and the circular ring is connected with the wiring pipe in the vertical direction with the top being continuously connected. When in use, the concentric circles are twisted to show the spiral structure. The lower portion of the wiring pipe is sequentially connected with a bulb base and a bulb. The upper portion of the wiring pipe is connected with a connecting ring, a motor is connected between the connecting ring and the motor cover in series, and the motor is a miniature direct-current gear motor and can drive the lamp body part to rotate. Light of the lamp is projected on the rotating lamp body, the flickering effect is achieved, and the lamp is unique and attractive; during transportation, the lamp main body can be folded to the same plane, and the bulb and the motor part are detached, so that the size is reduced, and transportation and storage are simple and convenient; during installation, the device is mainly connected in a torsion fixing mode, the operation is simple, and batch production is easy.

Description

Technical Field

[0001] This utility model relates to the field of lighting fixtures, and in particular to a rotating dynamic decorative lamp. Background Technology

[0002] In the current decorative lighting market, most decorative lights are static and fail to showcase dynamic beauty, making them visually monotonous and dull. To overcome these shortcomings, a new type of light fixture that offers both unique aesthetic appeal and advantages in transportation and installation has become a pressing issue. This utility model features a rotatable and easily foldable light fixture. When light is projected onto the continuously rotating main body, a miniature DC geared motor drives its rotation, creating a uniform flashing effect that is both unique and beautiful. During transportation, the main body can be folded to a single plane, and the bulb and motor can be disassembled, reducing its size and simplifying transportation and storage. Installation primarily utilizes a twisting connection method, making operation simple and facilitating mass production. Summary of the Invention

[0003] The main purpose of this utility model is to overcome the static shortcomings of existing lamps and provide a simple, self-assembling decorative lamp that can be rotated and stored.

[0004] The technical solution adopted by this utility model of rotating dynamic lamp is as follows: The lamp is a decorative lamp in the shape of a wind chime, including the following parts: (1) motor cover, (2) motor, (3) connecting ring, (4) lamp body, (5) wiring pipe, (6) bulb base, (7) bulb. The lamp body (4) is a ring made of reflective stainless steel material. The ring is cut into 24 equally divided concentric circles and connected to the wiring pipe (5) at the same radius. The lower part of the wiring pipe (5) is connected to the bulb base (6) and the bulb (7) in sequence. The upper part of the wiring pipe (5) is connected to the connecting ring (3). The motor (2) is connected in series between the connecting ring (3) and the motor cover (1). The motor (2) is a micro DC geared motor that can drive the lamp body to rotate.

[0005] The lamp body (4) is divided into 24 equally divided concentric circles by cutting 23 non-closed circular lines, and the non-closed positions of the 23 lines are on the same radius line of the lamp body (4), and the wiring pipe (5) is connected on this radius line.

[0006] The motor (2) is a miniature DC geared motor. Its upper end is connected to the motor cover (1) by a wire, and the motor (2) is fixed by the built-in silicone connection structure (1-1), so that the motor is completely snapped into the motor cover (1). The silicone connection structure has two hole-like structures. The center part is the motor insertion interface, and the through hole on the side allows the wiring wire of (2-1) to pass through. The lower end inserts the protruding shaft into and is snapped into the hollow structure inside the connecting ring (3).

[0007] The lower part of the conduit (5) is connected to the bulb base (6), and the bulb (7) is inserted into the bulb base (6) by rotation.

[0008] This utility model of a rotating dynamic lamp meets diverse lighting needs such as dynamic presentation and convenient storage. It features energy saving, environmental protection, safety and high efficiency, and successfully solves the problems of monotonous and dull lamps and inconvenient transportation, thus possessing broad market prospects. Attached Figure Description

[0009] The structure, features, effects, and practical purpose of this utility model are further described below with reference to the accompanying drawings and embodiments.

[0010] Appendix Figure 1 A three-dimensional assembly diagram of the rotating dynamic lamp in its stowed state, designed for this utility model.

[0011] Appendix Figure 2 A three-dimensional composite diagram showing the usage state of the rotating dynamic lamp designed for this utility model.

[0012] Appendix Figure 3-A The rotating dynamic lamp designed for this utility model is shown in a bottom sectional view when it is inserted into the upper end of the connecting tube.

[0013] Appendix Figure 3-B This is a top sectional view of the rotating dynamic lamp designed for this utility model when it is inserted into the lower end of the connecting tube.

[0014] Appendix Figure 3-C A planar sectional view of the rotating dynamic lamp designed for this utility model when it is inserted at the lower end of the connecting tube.

[0015] In the attached drawings, the reference numerals represent: 1 is the motor cover; 2 is the motor; 3 is the connecting ring; 4 is the lamp body; 5 is the wiring conduit; 6 is the bulb base; 7 is the bulb; 1-1 is the silicone connection structure; and 2-1 is the wiring wire. Detailed Implementation

[0016] like Figure 1As shown, the rotating dynamic lamp designed in this utility model includes: (1) motor cover, (2) motor, (3) connecting ring, (4) lamp body, (5) wiring pipe, (6) bulb base, and (7) bulb. The lamp body (4) is a sheet-shaped circular light-gathering surface made of reflective stainless steel material, and the concentric circle cut part can be manually bent to form a spiral effect;

[0017] The lamp body (4) and the wiring pipe (5) are molded together. The upper end of the wiring pipe (5) connecting ring (3) and the lower end of the bulb base (6) are also molded together with the wiring pipe (5). The connecting ring (3) and the lower end of the micro DC geared motor (2) are connected by the protruding shaft diameter. The upper end of the motor (2) is connected to the motor cover (1) through the wire, and the motor (2) is fixed by the built-in silicone connection structure (1-1), so that the motor is completely snapped into the motor cover (1). There are two hole-like structures in the silicone connection structure. The center part is the motor insertion interface, and the through hole on the side allows the wiring wire (2-1) to pass through. Figure 3-A As shown, the lower end of the protruding shaft is inserted into and locked into the hollow structure inside the connecting ring (3), as shown in the attached figure. Figure 3-B As shown.

[0018] The lower part of the wiring conduit (5) is connected to the bulb base (6), and the bulb (7) is inserted into the bulb base (6) by rotation, as shown in the attached diagram. Figure 3-C As shown.

Claims

1. A rotating dynamic lamp, which is a decorative lamp in the shape of a wind chime, comprising the following parts: (1) a motor cover, (2) a motor, (3) a connecting ring, (4) a lamp body, (5) a wiring conduit, (6) a bulb base, and (7) a bulb, characterized in that: The main body of the lamp (4) is a ring made of reflective stainless steel. The ring is cut into 24 equally divided concentric circles and connected to the wiring pipe (5) at the same radius. The lower part of the wiring pipe (5) is connected to the bulb base (6) and the bulb (7) in sequence. The upper part of the wiring pipe (5) is connected to the connecting ring (3). The motor (2) is connected in series between the connecting ring (3) and the motor cover (1). The motor (2) is a miniature DC geared motor that can drive the main body of the lamp to rotate.

2. The rotating dynamic lighting fixture as described in claim 1, characterized in that: The lamp body (4) is divided into 24 equally divided concentric circles by cutting 23 non-closed circular lines, and the non-closed positions of the 23 lines are on the same radius line of the lamp body (4), and the wiring pipe (5) is connected on this radius line.

3. The rotating dynamic lighting fixture as described in claim 1, characterized in that: The motor (2) is a miniature DC geared motor. Its upper end is connected to the motor cover (1) by a wire, and the motor (2) is fixed by the built-in silicone connection structure (1-1), so that the motor is completely snapped into the motor cover (1). The silicone connection structure has two hole-like structures. The center part is the motor insertion interface, and the through hole on the side allows the wiring wire of (2-1) to pass through. The lower end inserts the protruding shaft into and is snapped into the hollow structure inside the connecting ring (3).

4. The rotating dynamic lighting fixture as described in claim 1, characterized in that: The lower part of the conduit (5) is connected to the bulb base (6), and the bulb (7) is inserted into the bulb base (6) by rotation.

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