TW201321666A - Lamp structure comprising improved exotic-shaped reflective hood - Google Patents

Abstract

Disclosed is a lamp structure having an improved exotic-shaped reflective hood, which is composed of a light source, a lampshade, a power supply device, a exotic-shaped reflective hood, and light-transmitting board. Inner side of the exotic-shaped reflective hood is a reflection surface, wherein the reflection surface has two opposite sides that are linear sections each composed of convex curves, and has front and rear sides that are both of curved surface structure constituted by convex curves. The convex curves are formed by interconnecting a plurality of oblique faces having different inclination angles, where the inclination angles of the oblique faces becomes more inclined toward the center of the reflective hood as it goes from the bottom of the reflective hood to the top thereof. Through the exotic-shaped reflective hood, light generated by the light source can be reflected to irradiate an illumination zone so as to form a rectangular or special shape illumination range. As such, the lamp is particularly applicable to sites including roads, galleries, commercial advertisement billboards, and assembly line working tables, it can sufficiently convert all the light generated by the light source into effective illumination light to thereby achieve energy-saving and carbon reduction while providing the same illumination with reduced power of the lamp.

Description

Luminaire structure with improved profiled reflector

The present invention relates to a luminaire structure, and more particularly to a luminaire structure having an improved profiled reflector. Among them, the special-shaped reflector has the design of each reflective surface, which can reflect the light generated by the light source to a predetermined illumination area, and utilizes its special structure to make the illumination area a rectangular or special illumination range.

Generally used lamps will have a reflector around a light source. Due to the different design of the reflector, the illumination area of the lamp will form different ranges.

Referring to FIG. 1A, a conventional lamp structure is shown, which has a reflector with a curved reflecting surface (101) in the middle, and the two sides are a plane reflecting surface inclined to the top surface of the reflector (102). (103), the three reflective surfaces constitute the reflector structure; and in each of the inclined plane reflecting surfaces (102) (103) on both sides, there is a perforation (104) (105). A tube (106) is passed through the two perforations (104) (105) to be placed in the center of the reflector. This reflector will bring the illuminated area closer to the square.

Please refer to FIG. 1B as another conventional lamp structure, which has a reflector, which is in the form of a semi-elliptical reflective surface (107) with a perforation (108) on one side, through which a tube (109) passes. The perforation (108) is placed in the inner center of the reflector, and the reflector causes the illumination area to approach the elliptical range.

Please refer to FIG. 1C as another conventional lamp structure, which has a reflector, the pattern is a curved reflective surface (110) on the side, a flat reflective surface (111) on the top, and a planar reflective surface (111). The center has a perforation (112) through which a tube (113) is placed at the center of the top of the reflector, the reflector having a circular area of illumination.

In the above-mentioned prior art, only the square, elliptical or circular illumination range can be achieved, and it cannot be applied to roads, corridors, advertising billboards or pipeline worktables, etc., such as forced application, it is easy to cause the lighting power to be too low. Adding lights and then wasting power.

Accordingly, the present invention provides a lamp structure having an improved profiled reflector, comprising at least: a light source for generating light; and a modified profile reflector disposed on the prior art. The inner surface is a reflective surface, and the reflective surface is interconnected by a plurality of inclined surfaces of different inclination angles to form a convex curved curve. The inclination angle of each of the inclined surfaces is offset from the bottom of the reflector to the top. The center of the reflector is inclined; and the two sides of the reflector are a straight segment structure formed by the convex curved curve, and the straight line segments on both sides are symmetrical structures; the top surface of the reflector can be a plane or a concave top The concave top surface is composed of a plurality of different inclined angles of the inclined surface, and the inclined angle of the slope of each of the downward inclined angles is changed from the top edge of the convex curved curve to the center of the reflector. The bottom of the reflector is inclined; the front and back sides of the reflector are both convex curved structures formed by connecting the same convex curved curve on the edge of the straight line structure of the two sides, and two convexities are formed. Shaped structure may be a surface or a non-symmetrical configuration relative to said structure.

Further, the present invention also provides a lamp structure having a special-shaped reflector, comprising at least: a light source for generating light; and a profiled reflector, the light source is disposed inside, the inner surface is a reflective surface, and the reflective surface is at least The utility model has a first stepped convex curved curve and a second stepped convex curved curve, wherein the first step and the second stepped convex curved curve are connected by a plurality of different inclined angles. The inclined planes are connected to each other, and each inclined surface of the first stepped convex curved curve is inclined from the bottom of the reflector to the top toward the center of the reflector, and the top end is connected with a plane or a bevel outer edge, and the second step is outside. Each inclined surface of the convex curved curve is inclined from the inner edge of the plane or the inclined surface toward the top toward the center of the reflector; and the two sides of the reflector are formed by two stepped convex curved curves to form a straight line segment structure, The two sides are symmetrical structures; the top surface of the reflector can be a plane or a concave top surface, and the concave top surface is composed of a plurality of inclined slopes of different downward inclination angles, each of which is inclined downward The slope angle of the portion of the slope is inclined from the top edge of the convex curved curve to the bottom of the reflector to the bottom of the reflector; the front and back sides of the reflector are connected to the edge of the two side straight segments. The outer convex curved surface structure formed by the same convex curved curve, the two convex curved surface structures may be a symmetrical structure or a non-relative structure.

Furthermore, the present invention also provides a lamp structure having a profiled reflector, comprising at least: a light source for generating light; and a profiled reflector disposed inside, the inner surface of which is a reflective surface, and the reflective surface is at least The utility model has a first stepped convex curved curve and a second stepped convex curved curve, wherein the first step and the second stepped convex curved curve are connected by a plurality of different inclined angles. The inclined planes are connected to each other, and each inclined surface of the first stepped convex curved curve is inclined from the bottom of the reflector to the top toward the center of the reflector, and the top end is connected with a plane or a bevel outer edge, and the second step is outside. Each inclined surface of the convex curved curve is inclined from the inner edge of the plane or the inclined surface toward the top toward the center of the reflector; and the two sides of the reflector are formed by two stepped convex curved curves to form a straight line segment structure, The two sides are symmetrical structures; the top surface of the reflector can be a plane or a concave top surface, and the concave top surface is composed of a plurality of inclined slopes of different downward inclination angles, each of which is inclined downward The slope angle of the portion of the slope is inclined from the top edge of the convex curved curve to the bottom of the reflector to the bottom of the reflector; the front surface of the reflector is composed of two convex curved surfaces and a convex straight segment structure. The outer convex arc surface is an outer convex curved surface formed by the same convex curved curve from the edge of the two side straight segment structure, and the two outer convex curved surfaces are connected by the two sides of a convex straight segment structure. The inner reflective surface of the convex straight segment structure is composed of a plurality of inclined surfaces with different inclination angles, and the inclination angle of each inclined surface is inclined from the bottom of the reflector to the top toward the center of the reflector, and the back surface of the reflector is a The convex straight segment structure, the two sides of the convex straight segment structure are connected with the two side straight segment structures of the reflector, and the inner reflective surface of the convex straight segment structure is composed of a plurality of inclined faces of different inclination angles, and each of them is connected The angle of inclination of the slope is inclined from the bottom of the reflector to the top toward the center of the reflector.

Furthermore, the present invention also provides a lamp structure having a profiled reflector, comprising at least: a light source for generating light; and a profiled reflector disposed inside, the inner surface of which is a reflective surface, and the reflective surface is Two sets of inclined surfaces of different inclination angles are connected to each other to form two convex curved curves, and the inclination angle of each of the inclined surfaces is inclined from the bottom of the reflector to the top toward the center of the reflector; and, the reflector 2 The side edges are two sets of different convex curved curve stacks stretched into a straight line segment structure, and the straight line segment structures on both sides can be a symmetrical or non-relative structure; the top surface of the reflector can be a plane or a concave top The concave top surface is composed of a plurality of different inclined angles of the inclined surface, and the inclined angle of the slope of each of the downward inclined angles is changed from the top edge of the convex curved curve to the center of the reflector. The bottom of the reflector is inclined; the front and back sides of the reflector are both convex curved surfaces formed by the curved edges of the two side straight segments, and the two convex curved shapes are formed. Structure is non-symmetrical structure.

The luminaire structure with the special-shaped reflector provided by the invention makes the luminaire particularly suitable for use in roads, promenades, advertising billboards or pipeline worktables, and fully converts all the light generated by the light source into effective illumination light. Reducing the power of the luminaire can also save energy and reduce carbon demand with the same illumination.

Hereinafter, the structure and principle of the present invention will be described in detail in accordance with various embodiments shown in the drawings.

Please refer to FIG. 11 for a cross-sectional view of one embodiment of a lamp structure having an improved profile reflector of the present invention, which is shown as a suspension lamp (10) having a motor box at a portion above the lamp structure ( 1011), a power supply (1012) is installed in the motor box (1011), and is fixed on the base of the motor box (1011) by a piece of iron (1017), and a dust cover (1013) is mounted on the motor box (1011) Below, the bottom of the dust cover (1013) is provided with a transparent plate (1018), the inner device is a bracket (1014), a modified profile reflector (1015) is mounted on the bracket (1014), and a light source (1016) is disposed on the reflector. On the top of the cover (1015) on the lamp holder (1019).

With the above parts, a luminaire structure with an improved profile reflector is formed. The main focus of the present invention is on the design of the profiled reflector, which will be described and explained in detail later.

Please refer to the second embodiment A and B, which is the first structural structure of the modified shaped reflector of the present invention, wherein the inner surface of the reflector (20) is a reflective surface, and the reflector (20) has two sides (202) (203). One side surface (203) is connected by a plurality of inclined surfaces (203a) to (203n) to form a convex curved curve, and the inclination angle of each of the inclined surfaces (203a) to (203n) is determined by a reflector ( 20) The bottom is more inclined toward the center of the reflector, and the other side (202) is also the same structure; moreover, the two sides (202) (203) are convex curved curves forming a straight line segment structure, see the FIG. 2B; in this embodiment, the convex curved straight line segments of the two side faces (202) (203) of the reflector (20) have a mutually symmetrical structure.

Please refer to the second B diagram, wherein the opposite sides of the reflector (20) are convex curved faces (207) (208), which are the same outside the edges of the two convex straight segment structures. The convex curved curve forms a convex curved surface (207) (208), which are non-centric but symmetrical structures.

The bottom of the reflector (20) extends a plane (204), and the top surface is a plane (205).

Please refer to the third embodiment A and B, which is a second structural structure of the modified shaped reflector of the present invention, wherein one side of the reflector (30) is formed by a first stepped convex curved curve to form a straight segment structure ( 302) and the second stepped convex curved curve constitutes a straight segment structure (305); the first stepped convex curved curve constitutes a straight segment structure (302) which is a slope (302a) of a plurality of different oblique angles~ The (302n) is connected to each other, and the inclination angle of each of the slopes (302a) to (302n) is inclined from the bottom of the reflector (30) toward the top toward the center of the reflector.

The first stepped convex curved curve constitutes a straight segment structure (302), the top edge is connected to an outer edge of the inclined surface (304) inclined to the bottom of the reflector (30), and the inner edge of the inclined surface (304) is connected to the second step. The convex curved curve constitutes the bottom of the straight section structure (305).

The second stepped convex curved curve constitutes a straight line segment structure (305) which is composed of a plurality of inclined faces (305a) to (305n) having different inclination angles, and the inclination angle of each inclined surface (305a) to (305n) is From the inner edge of the inclined surface (304), the more inclined toward the top toward the center of the reflector, and the two stepped convex curved curves on the other side constitute the straight segment structure (312) (313) and the connecting inclined surface (314) also have the same structure. In this embodiment, the convex curved curves on both sides of the reflector (30) constitute straight line segments (302) (312) and (305) (313) are mutually symmetrical structures.

Please refer to the third B picture, in which the front and back sides of the reflector (30) are all convex curved curves, and the edges of the straight line structure are curved with the same convex curve to form two stepped outer shapes. The convex curved surface, the front surface (306) (307) is connected by a sector-shaped inclined surface (310) in the middle of the two convex curved surfaces, and the back surface (308) (309) is a two-part convex curved surface in the middle. The fan-shaped bevels (311) are connected, and in the present illustration, the two are non-centric but symmetrical.

The bottom of the reflector (30) extends a plane (301), and the top surface is a plane (303).

Please refer to Figures 4A and B, which are the third component structure of the modified profile reflector of the present invention, and most of the structures are the same as those of the third and third B diagrams, except that one side is connected to the reflector. (40) The first stepped convex curve forms a straight section structure (402) and a second stepped convex curve forms a bottom plane (404) of the straight section structure (405), and the other The first stepped convex curved curve of the side connecting reflector (40) constitutes a straight section structure (411) top edge and the second stepped convex curved curve constitutes a plane of the bottom edge of the straight section structure (412) (413) The front edge of the first stepped convex curved surface (406) and the bottom edge of the second stepped convex curved surface (407) connected to the front surface of the reflector (40) are a fan-shaped plane (410) connected to the reflector (40) The top step of the first stepped convex curved surface (409) and the bottom edge of the second stepped convex curved surface (408) are a fan-shaped plane (411).

Please refer to the fifth embodiment A and B, which is the fourth component structure of the special-shaped reflector of the present invention, wherein the two sides of the reflector (50) are respectively composed of three stepped convex curved curves to form a straight segment structure; One of the first stepped convex curved curves constitutes a straight segment structure (502) which is composed of a plurality of inclined surfaces (502a) to (502n) of different inclination angles, and the slope of each inclined surface (502a) to (502n) The angle is inclined from the bottom of the reflector (50) to the top toward the center of the reflector.

The first stepped convex curved curve constitutes a top edge of the straight segment structure (502) connected to the outer edge of a plane (504), and the inner edge of the plane (504) is connected with the second stepped convex curved curve to form a straight segment structure. (505) bottom.

The second stepped convex curved curve constitutes a straight segment structure (505) which is composed of a plurality of inclined surfaces (505a) to (505n) of different inclination angles, and the inclination angle of each inclined surface (505a) to (505n) is From the inner edge of the plane (504), the more toward the top, the more inclined toward the center of the reflector.

The second stepped convex curved curve forms a top edge of the straight segment structure (505) connected to an outer edge of the slope (506) inclined toward the bottom of the center of the reflector, and the inner edge of the slope (506) is connected to the third stepped convex The curved curve forms the bottom of the straight segment structure (508).

The third stepped convex curved curve constitutes a straight line segment structure (508) which is composed of a plurality of inclined faces (508a) to (508n) of different inclination angles, and the inclination angle of each inclined surface (508a) to (508n) is From the inner edge of the inclined surface (506), the more inclined toward the top toward the center of the reflector; the three stepped convex curved curves on the other side of the reflector (50) constitute a straight segment structure (518) (519) (520) and a The composition of the connecting plane (521) and a connecting ramp (522) is the same as described above; in this embodiment, the two sides of the reflector (50) are mutually symmetrical.

Please refer to Figure 5B. The front and back sides of the reflector (50) are composed of three convex curved faces, of which three convex curved faces (507) (509) (510) on the front side. And a connecting fan-shaped plane (511) and a connecting fan-shaped inclined surface (512) are formed on the side of the reflector (50) with a convex curved curve forming a straight segment structure edge and having the same convex curved curve and having three The stepped convex curved surface (507) (509) (510) and the back surface are also formed by the same structure. In this embodiment, the three stepped convex curved surfaces of the front and the back are symmetrical structures.

The bottom of the reflector (50) extends a plane (501), and the top surface is a plane (503).

Please refer to Figures 6A and B, which are the fifth structural structure of the modified profiled reflector of the present invention, wherein the two sides of the reflector (60) are linear segment structure (601) (602) and fourth A and B. Similarly, there are two stepped convex curved curves to form a straight segment structure, the difference being that the front surface of the reflector (60) is composed of two convex curved surfaces (603) (604) and a convex straight segment structure (605). The outer convex arc surface (603) (604) is an outer convex curved surface (603) (604) composed of the same convex curved curve from the edge of the two-side straight line segment structure (601) (602), The convex curved surface (603) (604) is connected by the two sides of a convex straight segment structure (605), and the inner reflecting surface of the convex straight segment structure (605) is inclined by a plurality of different inclined angles (605a) ～(605n) is connected to each other, and the inclination angle of each slope (605a) to (605n) is inclined from the bottom of the reflector (60) toward the top toward the center of the reflector, and the back surface of the reflector (60) is one. The convex straight segment structure (606), the two sides of the convex straight segment structure (606) are connected to the two side straight segment structures (601) (602) of the reflector (60), and the convex straight segment structure (606) Internal reflection The face is composed of a plurality of inclined faces (606a) to (606n) of different inclination angles, and the inclination angle of each of the slopes (606a) to (606n) is offset from the bottom of the reflector (60) toward the top toward the center of the reflector. tilt.

Please refer to the seventh and fourth figures, which are the sixth structural structure of the improved shaped reflector of the present invention. The inner surface of the special-shaped reflector (70) is a reflective surface, and the reflective surface has two sets of convex curved curves ( 702) (703), wherein the convex curved curve (702) is interconnected by a plurality of different inclined angle inclined faces (702a) (702b) (702c) (702n) to form a convex curved shape, wherein the convex curved curve is convex (703) is interconnected by a plurality of different inclined angle inclined faces (703a) (703b) (703c) (703n) to form a convex curved curve (703), and two sets of convex curved curves (702) (703) each The inclination angle of the inclined surface is inclined from the bottom of the reflector (70) toward the top toward the center of the reflector; and the two sides of the reflector (70) are formed by two sets of convex curved curves (702). (703) The laminate is stretched into a straight line segment structure (706) (707). In this figure, the straight line segment structures (706) (707) on both sides are symmetrical structures, and may be non-relative in practical use. The structure (not shown), the front and back sides of the reflector (70) are formed on both edges of the straight section structure (706) (707), and each of the two sets of different convex curved curves (702) (703) constitutes a convex Curved surface, positive The back convex curved outside surface (708) (709) is non-symmetrical structure.

The bottom of the reflector (70) extends a plane (705), and the top surface is a plane (704).

The sixth component structure is described in the same manner as the structure of the second figure. In the third to sixth figures, the convex curved curve constitutes the reflector structure, and of course, the structure of the present invention can also be formed, and the description will not be repeated here.

Please refer to Figures 8A and B, which are the seventh structural structure of the modified shaped reflector of the present invention. A profiled reflector (80) is similar to that shown in Figures A and B. The difference is that the top surface of the reflector is a concave top surface, the concave top surface is composed of a plurality of different downward inclined angle slopes (801a) (801b) (801c) (801n), and each inclined angle of the slope is inclined by the outer angle The convex curved curve constitutes the top edge of the straight section structure and the inclination toward the center of the reflector is more inclined toward the bottom of the reflector; of course, the top surface of the reflector of the above-mentioned third to seventh structures may also be concave.

Please refer to the ninth A diagram, which is the eighth component structure of the improved profile reflector of the present invention. The convex curved curve of the two sides of a profiled reflector (90) constitutes a straight segment structure (1208) (1209) and The convex curved curves on the two sides of the three A and B diagrams are similar to those shown in the straight line segment structure. The front surface of the shaped reflector (90) is formed by the convex curved lines on both sides forming the edge of the straight segment structure, connecting the same convex The convex curved surface (1201) formed by the curved curve, and the convex curved surface (1201) is a convex curved surface of the same center, and the back surface of the shaped reflector (90) is a curved line formed by the convex curved lines on both sides. From the edge of the segment structure, a convex curved surface (1202) (1203) composed of two identical convex curved curves is connected, and the two convex curved surfaces (1202) (1203) are non-centric but relatively symmetrical. Convex curved surface structure.

Please refer to FIG. BB, which is a ninth structural structure of the improved shaped reflector of the present invention. The curved curved curves of the two sides of a profiled reflector (91) form a straight segment structure (1210) (1211) and The convex curved curves on the two sides of the three A and B diagrams are similar to those shown in the straight line segment structure. The front surface of the profiled reflector (91) has two convex curved curves on the sides to form the edge of the straight segment structure, connecting the two identical outer surfaces. a convex curved surface formed by a convex curved curve (1204) (1205), the two convex curved surfaces (1204) (1205) are non-centric but symmetrical convex curved surface structures, shaped reflectors The back surface of (91) is an outwardly convex curved surface (1206) (1207) formed by two convex curved curves forming a straight line segment, and connecting two identical convex curved curves, the two convex arcs The shaped surface (1206) (1207) is a non-concentric center but is symmetrical with respect to a convex curved surface structure.

Please refer to the tenth A and B drawings, which are the modified special-shaped reflectors of the present invention. When used in the luminaire, the lamp tube is traversed to the inner perforation type, please refer to the reflector of the second figure in FIG. For example, a perforation (904) is formed at the front surface of the reflector (20) for the lamp tube to pass through into the interior of the reflector (20), and the top surface is formed with two perforations (901) (902) for fixing the lamp holder. Referring to FIG. 10B, a large perforation (903) is formed in the center of the top surface of the reflector (20) for the lamp to pass through into the interior of the reflector (20), and two small perforations (901) are formed on both sides of the large perforation (903) (902). The fixed lamp holder can also be formed in the perforation manner in the reflector structure of the above third to ninth drawings.

Please refer to the twelfth figure for another embodiment of the lamp structure with the modified profile reflector of the present invention, which is applied to a street lamp (11), which has a lamp cover (1101), and a power supply for the internal device. The supplier (1102), a modified shaped reflector (1103) of a device illumination source, is disposed on the light transmissive plate (1104) to form a street lamp luminaire structure of the device modified shaped reflector.

The luminaire structure with the special-shaped reflector provided by the invention makes the luminaire particularly suitable for use in roads, promenades, advertising billboards or pipeline worktables, and fully converts all the light generated by the light source into effective illumination light to reduce Lamp power can also have the same illumination for energy saving and carbon reduction.

In the present description, the inner reflective surface of the modified shaped reflector is connected by a plurality of inclined surfaces of different inclination angles to form a convex curved curve, which is also displayed in several lines for simplifying the illustration and description, and is in actual products. In use, it is a very large number of different oblique angle small line segment connection compositions, and its appearance will be close to an arc and is also included in the scope of the present invention.

The description is based on the two illuminating embodiments of the eleventh and twelfth embodiments. The two embodiments are a luminaire device, a light source and a special-shaped reflector. In practical applications, for example, the illuminator is a LED. It is also within the scope of the present invention to provide a plurality of shaped reflectors in a luminaire, and an LED light source within each of the reflectors is also included in the scope of the present invention.

In summary, the lamp structure with the special-shaped reflector provided by the invention is applied to the street lamp or the hanging lamp, and can achieve the expected effect of the special illumination range, fully conforms to the patent requirements, and is applied according to law.

(20) (30) (40) (50) (60) (70) (80) (90) (91) (1015) (1103). . . Reflector

(203a) to (203n) (302a) to (302n) (304) (305a) to (305n) (314) (502a) to (502n) (505a) to (505n) (506) (508a) to (508n) (522) (605a) to (605n) (606a) to (606n) (702a) (702b) (702c) (702n) (703a) (703b) (703c) (703n) (801a) (801b) (801c ) (801n). . . Bevel

(202) (203). . . Both sides

(207) (208) (406) (407) (408) (409) (507) (509) (510) (708) (709) (1201) (1202) (1203) (1204) (1205) (1206 ) (1207). . . Convex curved surface

(603) (604). . . Convex camber

(204) (205) (301) (303) (404) (413) (504) (521) (501) (503) (705) (704). . . flat

(302) (305) (312) (313) (402) (405) (411) (412) (502) (505) (508) (518) (519) (520) (601) (602) (605 ) (606) (706) (707) (1208) (1209) (1210) (1211). . . Straight line segment structure

(306) (307). . . positive

(308) (309). . . back

(310) (311) (512). . . Scalloped slope

(511) (410) (411). . . Fan plane

(702) (703). . . Convex curved curve

(904) (901) (902) (903) (104) (105) (108) (112). . . perforation

(10). . . Hanging luminaire

(1011). . . Motor box

(1012) (1102). . . Power Supplier

(1017). . . Iron sheets

(1013). . . Dust cover

(1018) (1104). . . Translucent sheet

(1014). . . support

(1016). . . light source

(1019). . . Lamp bracket

(11). . . Street light fixture

(1101). . . lampshade

(101) (110). . . Curved reflective surface

(102) (103). . . Reflective surface

(109) (113). . . Lamp

(107). . . Semi-elliptical reflective surface

(111). . . Plane reflective surface

The first A to the first C drawings are three conventional reflector illustrations.

2A is a side view of the first component structure of the improved profiled reflector of the present invention,

The second B is a front view of the first component of the improved profile reflector of the present invention,

Figure 3A is a side elevational view of the second component of the improved profiled reflector of the present invention,

The third B is a front view of the second component of the improved profile reflector of the present invention,

Figure 4A is a side view of the third component of the improved profiled reflector of the present invention,

The fourth B is a front view of the third component structure of the improved profile reflector of the present invention,

Figure 5A is a side view of the fourth component of the improved profiled reflector of the present invention,

Figure 5B is a front elevational view of the fourth component of the improved profiled reflector of the present invention,

6A is a side view of the fifth component structure of the improved profiled reflector of the present invention,

6B is a front view of the fifth component structure of the improved profiled reflector of the present invention,

7A is a side view of the sixth component structure of the improved profiled reflector of the present invention,

Figure 7B is a front elevational view of the sixth component of the improved profiled reflector of the present invention,

8A is a side view of the seventh component structure of the modified profiled reflector of the present invention,

8B is a front view of the seventh component of the improved profiled reflector of the present invention,

9A is a front view of the eighth component structure of the modified profile reflector of the present invention,

Ninth B is a front view of the ninth structural structure of the improved profiled reflector of the present invention,

10A is a front view of a lamp tube perforating embodiment of the modified profile reflector of the present invention,

Figure 10B is a front elevational view of another embodiment of the modified tube of the modified profiled reflector of the present invention,

The eleventh figure is a schematic cross-sectional view of the present invention applied to a hanging type lamp.

The twelfth figure is a schematic cross-sectional view of the hair lamp used in the present invention.

(20). . . Reflector

(901) (902). . . perforation

(904). . . perforation

Claims (20)

A lamp structure having an improved profiled reflector includes at least: a light source for generating light; and a profiled reflector disposed inside, the inner surface being a reflective surface, the reflective surface having at least one plane connected a first stepped convex curved curve and a second stepped convex curved curve, wherein the first and second stepped convex curved curves are connected by a plurality of inclined faces of different inclined angles; Each inclined surface of the stepped convex curved curve is inclined from the bottom of the reflector to the top toward the center of the reflector, and the top end is connected to the outer edge of the plane; the second stepped convex curved curve is each inclined surface, The inner edge of the plane is inclined toward the top toward the center of the reflector; and the two sides of the reflector are formed by two stepped convex curved curves and the plane constitutes a straight line segment structure; the top surface of the reflector is flat The front and back sides of the reflector are connected to the same convex curved curve and the convex curved surface structure formed by the plane. The luminaire structure of the improved profiled reflector according to claim 1, further comprising: a power supply for supplying the light source power; a dust cover covering the reflector and the bottom surface forming an optical port; And a transparent plate, disposed on the bottom surface of the light exit of the dust cover. The luminaire structure with an improved profiled reflector according to claim 1, wherein the first and second stepped convex curved curves on the two sides of the profiled reflector form a straight segment structure connected by a concave slope The first and second stepped convex curved curves on the front and back sides of the back surface constitute a convex curved surface structure connected by a sector-shaped concave slope. The luminaire structure with an improved profiled reflector according to claim 1, wherein the top surface of the profiled reflector is a concave top surface, and the concave top surface is interconnected by a plurality of inclined slopes of different downward inclination angles. The slope angle of the portion of each downward inclined angle is formed by the second stepped convex curved curve and the top edge of the convex curved surface is inclined toward the bottom of the reflector toward the bottom of the reflector. . The luminaire structure with the improved profile reflector according to the first aspect of the patent application, wherein the two sides of the profiled reflector are composed of three stepped convex curved curves forming a straight segment structure, and the front and back sides are three The stepped outer convex curved surface is composed; and the first and second stepped convex curved curves on the two sides form a straight line segment structure connected by a plane, and the second and third stepped convex curved curves form a straight line segment The structure is connected by a concave inclined surface, and the first and second stepped convex curved curves on the front side and the second stepped convex curved surface are connected by a fan-shaped plane, and the second and third stepped convex curved curves form a convex shape. The curved faces are connected by a concave scalloped surface. The luminaire structure with an improved profile reflector according to claim 1, wherein the front surface of the profile reflector is composed of two convex curved surfaces and a convex straight segment structure, and the back surface of the reflector is an outer surface. Convex straight line segment structure. The luminaire structure with an improved profiled reflector according to claim 1, wherein the bottom of the profiled reflector extends outwardly in a plane, at least two perforations in a plane, the perforation being coupled to the dust cover by a screw nut assembly On the inner set bracket, a large perforation in the center of the top surface is provided for the lamp tube to pass through, and two small perforations are arranged on the side to fix the lamp tube bracket. The luminaire structure with an improved profile reflector according to claim 1, wherein the bottom of the profiled reflector extends to a plane on the outside, a perforation on the front side for the lamp to pass through, and two small perforations on the top surface for fixing the lamp support. A lamp structure having an improved profile reflector includes at least: a light source for generating light; and a profiled reflector disposed inside, the inner surface being a reflective surface, the reflective surface being of a plurality of different angles of inclination The inclined surfaces are connected to each other to form a convex curved curve, and the inclined angle of each of the inclined surfaces is inclined from the bottom of the reflector to the top toward the center of the reflector; and the two sides of the reflector are the convex a straight line segment structure formed by a curved curve; the top surface of the reflector is a flat surface; the front and back sides of the reflector are both convex curved surface structures formed by connecting the same convex curved curve at the edge of the straight line structure of the two sides . The luminaire structure of the improved profiled reflector according to claim 9 further comprising: a power supply device for providing power to the light source; a dust cover covering the reflector and the bottom surface forming an optical port; And a transparent plate, disposed on the bottom surface of the light exit of the dust cover. A luminaire structure having an improved profiled reflector according to claim 9 wherein the top surface of the profiled reflector is a concave top surface, and the concave top surface is interconnected by a plurality of inclined slopes of different downward inclination angles. The slope angle of the portion of each downwardly inclined angle is formed by the convex curved curve and the top edge of the convex curved surface is inclined toward the bottom of the reflector toward the bottom of the reflector. The luminaire structure with the modified profile reflector according to claim 9 , wherein the front surface of the profile reflector is composed of two convex curved surfaces and a convex straight segment structure, and the back surface of the reflector is an outer surface. Convex straight line segment structure. A luminaire structure having an improved profiled reflector according to claim 9 wherein the bottom of the profiled reflector extends outwardly in a plane, at least two perforations in a plane, the perforation being coupled to the dust cover by a screw nut assembly On the inner set bracket, a large perforation in the center of the top surface is provided for the lamp tube to pass through, and two small perforations are arranged on the side to fix the lamp tube bracket. According to the illuminating structure of the improved profiled reflector according to claim 9, wherein the bottom of the profiled reflector extends to a plane on the outside, a perforation is provided on the front surface for the lamp to pass through, and two small perforations are provided on the top surface for fixing the lamp tube. support. A luminaire structure having an improved profile reflector includes at least: a light source for generating light; and a profiled reflector disposed inside, the inner surface being a reflective surface, the reflective surface being tilted by two sets of different degrees The inclined faces of the angles are connected to each other to form two convex curved curves, and the inclination angle of each of the inclined faces is inclined from the bottom of the reflector to the top toward the center of the reflector; and the two sides of the reflector are two different groups. The convex curved curve stack is stretched into a straight line segment structure; the top surface of the reflector is flat; the front and back sides of the reflector are both sides of the straight line segment, and the edges of the structure are different from each other and the convex curved curve is formed. The convex curved surface structure and the two convex curved surface structures are non-relative structures. The luminaire structure of the improved profiled reflector according to claim 15 further comprising: a power supply device for providing power of the light source; a dust cover covering the reflector and the bottom surface forming an optical port; And a transparent plate, disposed on the bottom surface of the light exit of the dust cover. A luminaire structure having an improved profiled reflector according to claim 15 wherein the top surface of the profiled reflector is a concave top surface, and the concave top surface is interconnected by a plurality of inclined slopes of different downward inclination angles. The slope angle of the portion of each downwardly inclined angle is formed by the convex curved curve and the top edge of the convex curved surface is inclined toward the bottom of the reflector toward the bottom of the reflector. A luminaire structure having an improved profile reflector according to claim 15 wherein the bottom of the profiled reflector extends outwardly in a plane, at least two perforations in a plane, the perforation being coupled to the dust cover by a screw nut assembly On the inner set bracket, a large perforation in the center of the top surface is provided for the lamp tube to pass through, and two small perforations are arranged on the side to fix the lamp tube bracket. According to the luminaire structure of the modified profile reflector of claim 15, wherein the front surface of the profiled reflector is composed of two convex curved surfaces and a convex straight segment structure, and the back surface of the reflector is convex. Straight line segment structure. According to the luminaire structure of the modified profile reflector according to claim 15, wherein the bottom of the profiled reflector extends to a plane on the outside, a perforation is provided on the front surface for the lamp to pass through, and two small perforations on the top surface are used for fixing the lamp tube. support.