Lamp structure for realizing closed light ring around object

Abstract

The utility model discloses a lamp structure capable of realizing a closed light ring around an object, which comprises a mounting seat, and at least one laser light source, a first high-frequency galvanometer device, a second high-frequency galvanometer device and a main control circuit board which are mounted in an assembling space of the mounting seat, and the first high-frequency galvanometer device comprises a first driving motor and a first galvanometer; the second high-frequency galvanometer device comprises a second driving motor and a second galvanometer; the laser light source, the first driving motor and the second driving motor are electrically connected with the main control circuit board; the rotary scanning direction of the second galvanometer is perpendicular to the rotary scanning direction of the first galvanometer. The device further comprises a conical reflecting surface and a transparent mask. In addition, the aperture is continuous, and light spot separation caused by vibration of the object is avoided.

Description

TECHNICAL FIELD

[0001] The utility model relates to lamp technical field, specifically disclose a lamp structure that realizes closed light ring around article. BACKGROUND

[0002] In prior art, standard galvanometer scanning angle is usually ±11°, and maximum mechanical scanning angle is ±15°, resulting in that projection light is limited in narrow range, and closed light ring of large angle light emission cannot be realized, like China authorized announcement number CN207922067U, authorized announcement day is September 28, 2018, which discloses a kind of galvanometer decorative lamp, the utility model aims at providing a kind of structure simple, cost low, easy to assemble, long service life's galvanometer decorative lamp that can solve the rigidity of projection picture, effect is not clear.The utility model is realized in this way: a kind of galvanometer decorative lamp, including decorative lamp base plate, at least one laser module capable of emitting laser is provided on the decorative lamp base plate;Two reciprocating swingable galvanometer devices perpendicular to each other are provided on the decorative lamp base plate, and one-way mirror is provided at one end of galvanometer device;The one-way mirror is used to reciprocating swing and scan out dynamic effect from the laser module. The light reflected by the galvanometer device in the prior art can only form pattern directly due to limited scanning angle, and projection light cannot cover large area, more cannot realize closed light ring around article, especially difficult to form closed light effect in car ground light and other scenes, in view of this situation, it is urgent to improve. UTILITY MODEL CONTENT

[0003] Therefore, it is necessary to provide a kind of lamp structure that realizes closed light ring around article in view of the problems in prior art, realizes that light ring surrounds article, and light ring is continuous, and light spot separation does not occur due to article vibration.

[0004] To solve the problems in prior art, the utility model discloses a kind of lamp structure that realizes closed light ring around article, including mounting seat and at least one laser light source, first high-frequency galvanometer device, second high-frequency galvanometer device, main control circuit board of mounting seat assembly space, the first high-frequency galvanometer device includes first drive motor and first galvanometer, the second high-frequency galvanometer device includes second drive motor and second galvanometer, the laser light source, first drive motor, second drive motor are all with the main control circuit board electric connection;The rotation scanning direction of the second galvanometer and the rotation scanning direction of the first galvanometer constitute perpendicular relationship;

[0005] The cone-shaped reflecting surface and the transparent cover are further included; the mounting base is embedded in the transparent cover, a laser reflecting space is formed between the top of the transparent cover and the assembly space, the laser light source is correspondingly installed on an inner side wall of the assembly space, the first high-frequency vibrating mirror device is installed on another inner side wall of the assembly space opposite to the laser light source, the second high-frequency vibrating mirror device is installed at the bottom of the assembly space and between the laser light source and the first high-frequency vibrating mirror device, and the cone-shaped reflecting surface is correspondingly and fixedly installed at the top of the inner cavity of the transparent cover and in a position corresponding to the light scanning direction of the first vibrating mirror.

[0006] The cone-shaped reflecting surface is used for changing the light emitting angle of the laser light emitted from the laser light source by the closed light ring formed by the second vibrating mirror and the first vibrating mirror in high-speed vibration, and reflecting the closed light ring to the ground or the illuminated surface.

[0007] Preferably, the laser light source is a laser.

[0008] Preferably, the laser light source is composed of three lasers and a light mixing system.

[0009] Preferably, the mounting base is a composite mounting base reinforced by PBT resin and 30% glass fiber; the surface of the mounting base is formed with a polishing surface, the reflectivity of the mounting base is 3%, and the transmittance is 0%.

[0010] Preferably, the transparent cover is a PC2407 cover, the transmittance of which is 88%, and the reflectivity is 0%.

[0011] Preferably, the cone-shaped reflecting surface is a PC2407 reflecting surface, the surface of the cone-shaped reflecting surface is formed with an aluminum plating layer, the reflectivity is 85%, and the transmittance is 0%.

[0012] Preferably, the first vibrating mirror and the second vibrating mirror are both quartz vibrating mirrors, the reflecting surfaces of the first vibrating mirror and the second vibrating mirror are formed with a reflecting plating layer, the reflectivity is 90%, and the transmittance is 0%.

[0013] Preferably, the light outlet of the laser light source is installed with a beam expander.

[0014] The utility model discloses a beneficial effect is: second galvanometer rotation scanning changes the horizontal direction light emitting angle of laser, the laser scanning of angle change is reflected to first galvanometer, and first galvanometer rotates and scans again the laser of reflection from second galvanometer and changes the light emitting angle of laser in vertical direction, and laser is reflected to ground or the face of being illuminated again through conical reflecting surface and forms closed light ring, when the lamp structure is located on the top of article, the closed light ring of surrounding article is formed, and the diaphragm is continuous, and the light spot will not separate because of article vibration. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 It is the perspective view of the utility model.

[0016] Figure 2 It is the front view of the utility model.

[0017] Figure 3 It is the light emitting angle schematic diagram of the utility model.

[0018] Figure 4 It is the laser scanning direction schematic diagram (front angle) in the utility model.

[0019] Figure 5 It is the laser scanning direction schematic diagram (overhead angle) in the utility model.

[0020] Figure 6 It is the laser scanning direction schematic diagram (perspective view) in the utility model.

[0021] Figure 7 It is the analog effect schematic diagram of red green blue white light in the utility model.

[0022] The drawing mark is: transparent face guard 10, mounting seat 11, second drive motor 13, second galvanometer 14, laser light source 12, first drive motor 16, first galvanometer 15, second high frequency galvanometer device 18, first high frequency galvanometer device 19, conical reflecting surface 17, assembly space 21, laser reflection space 20, laser 22. DETAILED DESCRIPTION

[0023] In order to further understand the features, technical means and the specific purpose reached of the utility model, the utility model is described in further detail below in conjunction with the drawings and specific embodiment.

[0024] REFERENCE Figures 1 to 7 .

[0025] The utility model discloses a lamp structure realizing closed light ring around article, including mounting seat 11 and install at least one laser light source 12 of mounting seat 11 assembly space 21, first high frequency swing mirror device 19, second high frequency swing mirror device 18, main control circuit board, first high frequency swing mirror device 19 includes first drive motor 16 and first swing mirror 15, and second high frequency swing mirror device 18 includes second drive motor 13 and second swing mirror 14, and laser light source 12, first drive motor 16, second drive motor 13 all are connected with main control circuit board electricity, the rotation scanning direction of second swing mirror 14 and the rotation scanning direction of first swing mirror 15 constitute perpendicular relation, still including conical reflecting surface 17 and transparent face shield 10, mounting seat 11 is inlayed and is arranged in transparent face shield 10, and the top of transparent face shield 10 and assembly space 21 form laser reflection space 20, and laser light source 12 corresponds to install in the inside wall of assembly space 21, and first high frequency swing mirror device 19 is installed in the other inside wall opposite laser light source 12 of assembly space 21, and second high frequency swing mirror device 18 is installed in the bottom of assembly space 21 and is located between laser light source 12 and first high frequency swing mirror device 19, and conical reflecting surface 17 corresponds to fixedly installed in the top of transparent face shield 10 inner chamber and the position corresponds with the light scanning direction of first swing mirror 15. The light outlet of laser light source 12 is installed with beam expander, because the divergence angle of laser determines the beam diffusion degree, directly influences the size of light spot, and the embodiment is compressed divergence angle through beam expander, to control the thickness of light spot line.

[0026] In the embodiment, the laser light source 12 is set as a laser. The mounting seat 11 is set as a composite mounting seat reinforced by PBT resin and 30% glass fiber. The surface of the mounting seat 11 is formed with a polishing surface. The reflectivity of the mounting seat 11 is set as 3%, and the transmittance is set as 0%. The transparent face shield 10 is set as a PC2407 face shield. The transmittance of the transparent face shield 10 is set as 88%, and the reflectivity is set as 0%. The conical reflecting surface 17 is set as a PC2407 reflecting surface. The surface of the conical reflecting surface 17 is formed with an aluminum plating layer. The reflectivity of the conical reflecting surface 17 is set as 85%, and the transmittance is set as 0%. The first swing mirror 15 and the second swing mirror 14 are both set as quartz swing mirrors. The reflecting surface of the first swing mirror 15 and the second swing mirror 14 is formed with a reflective plating layer. The reflectivity of the reflecting surface of the first swing mirror 15 and the second swing mirror 14 is set as 90%, and the transmittance is set as 0%.

[0027] The conical reflecting surface 17 is used for changing the light-emitting angle of the closed light ring formed by the laser 22 emitted from the laser light source 12, the second galvanometer 14 and the first galvanometer 15 in sequence, and scanning to form the closed light ring reflected to the ground or the illuminated surface, that is, the laser 22 emitted from the laser light source 12 is changed in the horizontal direction light-emitting angle by the second galvanometer 15 rotating scanning, the laser 22 after the angle is changed is scanned and reflected to the first galvanometer 15, the first galvanometer 15 rotates to scan and reflect the laser 22 from the second galvanometer 14 again and changes the light-emitting angle of the laser 22 in the vertical direction, so that the light emitted by the laser is offset in the horizontal and vertical directions, and by controlling the rotating angle of the second galvanometer 14 and the first galvanometer 15, a circular light spot is output, and the circular light spot is reflected to the ground or the illuminated surface by the conical reflecting surface 17 to form a closed light ring. Since the laser naturally has a very small divergence angle, a larger area can be covered by fast scanning of the high-speed galvanometer, and the human eye will regard the fast-moving light spot as a continuous area light source effect. The range of the light circle on the ground can be changed by changing the conical angle of the conical reflecting surface 17 and changing the angle of the last light emission. When the lamp structure is placed on the top of an article, a closed light ring surrounding the article is formed, for example, the lamp structure is placed as a car ground light on the top of the car, and a light circle is formed around the car, and the light circle is continuous and the light spot is not separated due to the vibration of the car. On the basis of the structure of the embodiment, various customized patterns can be formed around the article by using the galvanometer principle.

[0028] As another preferred embodiment, the laser light source 12 can also be composed of three lasers and a light mixing system, and by such a structure, a color light circle can be realized. In actual use, red, green and blue three primary color lasers are adopted, the light is input into the light mixing rod group after being focused by the lens group, and the spatial differential light mixing is realized by total reflection. The light mixing rod can be equipped with a rotating mechanism to optimize the uniformity, and finally the beam shaping and projection imaging are realized by the secondary lens group and the DMD device.

[0029] The above-described embodiments only express the various embodiments of the present application, the description is more specific and detailed, but it cannot be understood as limiting the scope of the present application. It should be noted that for ordinary skilled persons in the art, without departing from the concept of the present application, a number of modifications and improvements can be made, which belong to the protection scope of the present application. Therefore, the protection scope of the present application should be subject to the appended claims.

Claims

1. A lamp structure for realizing a closed light ring around an object, comprising a mounting base (11) and at least a laser light source (12), a first high-frequency galvanometer device (19), a second high-frequency galvanometer device (18), and a main control circuit board mounted in an assembly space (21) of the mounting base (11), the first high-frequency galvanometer device (19) comprising a first driving motor (16) and a first galvanometer (15), the second high-frequency galvanometer device (18) comprising a second driving motor (13) and a second galvanometer (14), the laser light source (12), the first driving motor (16), and the second driving motor (13) being electrically connected with the main control circuit board; a rotating scanning direction of the second galvanometer (14) and a rotating scanning direction of the first galvanometer (15) form a perpendicular relationship; characterized in that further comprising a conical reflecting surface (17) and a transparent cover (10); the mounting base (11) is embeddedly arranged in the transparent cover (10), a laser reflecting space (20) is formed between a top of the transparent cover (10) and the assembly space (21), the laser light source (12) is correspondingly mounted on an inner side wall of the assembly space (21), the first high-frequency galvanometer device (19) is mounted on another inner side wall of the assembly space (21) opposite to the laser light source (12), the second high-frequency galvanometer device (18) is mounted at a bottom of the assembly space (21) and between the laser light source (12) and the first high-frequency galvanometer device (19), and the conical reflecting surface (17) is correspondingly fixedly mounted at a top inner cavity of the transparent cover (10) and located opposite to a light scanning direction of the first galvanometer (15); the conical reflecting surface (17) is used for changing an outgoing light angle scanning of a closed light ring formed by the laser light (22) emitted from the laser light source (12) and sequentially passing through the high-speed vibrating second galvanometer (14) and the first galvanometer (15) to form a reflected closed light ring to the ground or the illuminated surface, and when the lamp structure is arranged on a top of the object, a closed light ring surrounding the object is formed.

2. The luminaire structure to achieve a closed light ring around an article according to claim 1, wherein, the laser light source (12) is arranged as a laser.

3. The luminaire structure to achieve a closed light ring around an article according to claim 1, wherein, the laser light source (12) is composed of three lasers and a light mixing system.

4. The luminaire structure to achieve a closed light ring around an article according to claim 1, wherein, the mounting base (11) is arranged as a composite mounting base reinforced by PBT resin and 30% glass fiber, a surface of the mounting base (11) is formed with a polishing surface, a reflectivity of the mounting base (11) is arranged as 3%, and a transmittance is arranged as 0%.

5. The luminaire structure that realizes a closed light ring around an article according to claim 1, characterized in that, the transparent cover (10) is arranged as a PC2407 cover, a transmittance of the transparent cover (10) is arranged as 88%, and a reflectivity is arranged as 0%.

6. The luminaire structure that realizes a closed light ring around an article according to claim 1, characterized in that, the conical reflecting surface (17) is arranged as a PC2407 reflecting surface, a surface of the conical reflecting surface (17) is formed with an aluminum plating layer, a reflectivity of the conical reflecting surface (17) is arranged as 85%, and a transmittance is arranged as 0%.

7. The luminaire structure that realizes a closed light ring around an article according to claim 1, characterized in that, the first galvanometer (15) and the second galvanometer (14) are both arranged as quartz galvanometers, reflecting surfaces of the first galvanometer (15) and the second galvanometer (14) are formed with a reflecting plating film layer, a reflectivity of the reflecting plating film layer is arranged as 90%, and a transmittance is arranged as 0%.

8. The luminaire structure that realizes a closed light ring around an article according to claim 1, characterized in that, an expanding mirror is mounted at an outgoing light port of the laser light source (12).

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