WO2017167314A1

WO2017167314A1 - Modular lamp

Info

Publication number: WO2017167314A1
Application number: PCT/CN2017/083325
Authority: WO
Inventors: 朱衡
Original assignee: 湖南粤港模科实业有限公司
Priority date: 2016-03-30
Filing date: 2017-05-05
Publication date: 2017-10-05

Abstract

A modular lamp, which solves the problem that the adaptability of main components of existing LED lamps is poor, and comprises several chip heat sink integrated light source modules, a circuit connection piece which may be bent at will, a power source module and a frame member. The circuit connection piece consists of a flexible circuit board and a sheet-like or cavity-like fixing assembly which may be bent and shaped at will. The circuit connection piece may be bent at will and may also bear a load. The frame member consists of a plastic or metal membrane-like material and may be cut, bent and shaped at will, and the light source modules, the circuit connection piece and the power source module are fixedly arranged within the frame member. The modular lamp significantly increases the adaptability of the lamp components, thereby implementing lamp universality, selectability and changeability.

Description

Modular light fixture

Technical field

The invention relates to the field of lamps, and in particular to a modular lamp.

Background technique

With the development of science and technology, LED solid-state lighting sources are increasingly used, and more and more as lighting sources. LED light sources have the advantages that traditional light sources do not have, such as low heat generation, good controllability, and rich light color performance. Etc. This makes LED light source an alternative trend to replace traditional light sources, and the steps to replace traditional light sources have also been greatly developed. Despite this, LED luminaires also have some limitations. The main components of LED lamps are poorly adaptable, and there is usually a "one lamp one" status, which is poor in versatility.

In addition, the existing printed circuit board is a carrier component commonly used in electronic devices, and carries various electronic components. The printed circuit boards commonly used in the prior art are classified into two types according to the hardness, and the hard PCB board and Soft FPC. Current rigid PCB boards can support large weight electronic components, but he can't bend. The latter can be bent freely, but it cannot be loaded.

With the development of science and technology, LED solid-state lighting sources are increasingly used, and more and more as lighting sources. At present, the LED lighting device is usually composed of a heat sink, an aluminum substrate, a lamp bead, a PC cover, and a power source, and its use has great limitations. First, the LED light source is directly soldered on the aluminum substrate, and the aluminum substrate is fixed on the lamp heat sink. Customers can't repair it themselves, they need to replace the light source and power supply. Second, the packaging of the prior art LED lamp bead has poor heat dissipation performance due to its structural limitation, and the light efficiency and power per unit area. Lower, can not meet the requirements of LED devices.

Due to the large number of LED chips, high-power LED chips still have a large amount of heat released, and effective thermal coupling between LED chips, PCB boards, and heat sinks is required to achieve high efficiency heat dissipation. However, the existing heat sink itself cannot be used as a positive and negative circuit, resulting in low utilization of the heat sink, large space occupation, and high cost.

Summary of the invention

The present invention provides a modular luminaire designed to solve the problem of poor adaptability of the main components of existing LED lamps.

In order to solve the above technical problem, the present invention is implemented by the following technical solutions:

A modular luminaire includes a plurality of chip heat sink integrated light source modules, arbitrarily bendable circuit connectors, a power module, and a frame member.

The integrated light source module comprises a light source, a screw-on replaceable lens matched with the size of the heat sink, and a replaceable phosphor lens separated from the chip package, and the light-emitting chip of the light source is directly fixed on the heat sink without external support And an external heat sink.

The circuit connector is composed of an insulated flexible circuit board and a plurality of male and female plugs and adapters, and the required series-parallel and hybrid circuits are formed by different plugging methods.

The power module is composed of at least one independently operable power module, one end of which is connected to the mains, and the other end outputs the voltage and current required by the light source.

The frame member is composed of plastic or metal diaphragm material, which can be bent and shaped by any cutting, the surface of which is slotted or opened, and the sheet material forms a closed or semi-closed structure, and the light source module, the circuit connector and the power module are fixed. Placed in it.

Further, the heat sink comprises a metal body, the light emitting chip is arranged on the metal body, the metal body is provided with a cup cavity, the positive and negative poles are arranged in the cup cavity, and the positive and negative pins corresponding to the positive and negative poles form a male plug through the injection molded part. At the bottom of the heat sink, the male plug is connected to the external female plug, the circuit is connected, the phosphor lens is placed on the upper part of the cup cavity, the outer diameter of the phosphor lens is the same as the cup cavity, and the phosphor lens is connected with the metal piece and the phosphor lens and the metal piece The central hole is integrally formed by injection molding, and is screwed onto the cup cavity. The light emitted by the light-emitting chip is all emitted through the phosphor lens, reaches the transparent plastic lens, and is emitted through the plastic lens, and the plastic lens outer ring is set as a metal piece. The plastic lens and the metal piece are fixed into one by injection molding or snap-on. The combined surface of the plastic lens and the metal part is reflective, which can effectively reflect the light refracted by the plastic lens. The bottom of the metal part is provided with thread and plastic. The gasket is fixed to the metal body by a screw in a spiral manner. The structure realizes an integrated light source and lens structure of the plug-in type LED chip heat sink, and has the advantages of beautiful appearance, simple structure, convenient plugging and unplugging, space saving, high light source efficiency and good heat dissipation performance.

Further, the light emitting chip is an LED chip; the heat sink is a metal body A, and the metal body A is composed of n small metal bodies B (n≥2) of the same or different shapes and insulated from each other; each small metal There are m identical or different numbers of LED chips C (m ≥ 1) on the surface of the body B; adjacent LED chips are connected in series or in parallel.

Each small metal body B is provided with a plurality of circuit connection points. Except for the circuit connection point, the surface of each small metal body B is insulated, and the LED chip is directly bonded or soldered to the small metal B, and is covered with silica gel. On the LED chip and its connection circuit.

Each small metal body B can be designed with several positive or negative ones according to the design requirements of the overall circuit. The LED chips on the small metal body B are connected by series or parallel or series or parallel mixing, and are connected with the positive or negative poles of other small metal bodies B, and can also be connected with external circuits to form a complete circuit required. .

The metal body A composed of a plurality of small metal bodies B serves as a heat sink of the integrated light source module and also serves as a positive and negative circuit of the integrated light source module.

Further, the metal body A is provided with a plurality of through holes or grooves or protrusions as a passage for convection of the heat dissipation air and an increase in the heat dissipation area.

Further, the modular luminaire further includes a fixed component; the male plug or the female plug has a plurality of circuit plug points or solder joints. The surface of the fixing component is provided with a through-opening or a non-penetrating partial concave or concave surface, and the same surface of the fixing component is provided with a plurality of positioning holes, and the electronic components provided on the flexible circuit board and the flexible circuit board can be fixed and fixed. In the through-type opening of the component or in the non-penetrating partial or concave surface; the size of the male or female insert corresponds to the position of the opening of the component surface, the concave point and the concave surface, so that the flexible circuit board and the upper surface thereof are disposed The single electronic component or module component is completely attached to the surface of the above fixed component or directly placed in the opening space of the fixed component. The circuit connector of the structure can be bent freely and can bear the weight, thereby improving the versatility.

Further, the single electronic component or the module component is connected or soldered through the male plug, the female plug and the positioning hole to realize the connection with the flexible circuit board, and form a complete current loop required in series, parallel and hybrid forms. .

Further, the material of the fixing component is a resin, a metal or a composite material which can be bent by local heating of the fixing component.

Further, a single light source module is coupled with a frame member to form a single light source module.

Further, a plurality of light source modules are coupled with a frame member to form an integral light source module.

Further, the single light source module is spliced and combined into a desired shape, and is equipped with a circuit connector and a power module to form a required lamp.

The advantages of the invention over the prior art are:

The invention relates to a modular lamp comprising a plurality of chip heat sink integrated light source modules, an arbitrarily bent circuit connector, a power module and a frame member; wherein the integrated light source module comprises a light source and matches the size of the heat sink The spliced interchangeable lens and the replaceable phosphor lens separated from the chip package, the circuit connector is composed of an insulated flexible circuit board and a plurality of male and female plugs and adapters, and is formed by different plugging methods. The required series and parallel connection and hybrid circuit; the frame member is composed of a plastic or metal diaphragm material, which can be bent and shaped by any cutting, and the other three are fixedly disposed therein. The modular luminaire greatly improves the adaptability of the components of the luminaire, and realizes a universal, optional and interchangeable modular luminaire. The circuit connector in the invention can be bent arbitrarily, can bear weight, has good versatility, and can be deformed according to requirements.

DRAWINGS

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the embodiments will be briefly described below. It should be understood that the following drawings show only certain embodiments of the present invention, and therefore It should be seen as a limitation on the scope, and those skilled in the art can obtain other related drawings according to these drawings without any creative work.

1 is a schematic view of a light source module in the present application.

2 is a schematic structural view of an interchangeable lens of the lamp of the present application.

3 is a schematic view of a circuit connector of the luminaire of the present application.

4 is a schematic diagram of a power module of the luminaire of the present application.

Figure 5 is a schematic illustration of the frame members of the luminaire of the present application.

Figure 6 is a schematic diagram of the overall light source module.

Figure 7 is a schematic diagram of a single light source module.

Figure 8 is a schematic diagram of a modular luminaire composed of an integral light source module.

Figure 9 is a schematic diagram of a modular luminaire composed of a single light source module.

FIG. 10 is an exploded perspective view showing the integrated light source and lens structure of the plug-in type LED chip heat sink of the present application.

11 is a partial enlarged view of the integrated light source and lens structure of the plug-in type LED chip heat sink of the present application.

Figure 12 is a schematic view showing the function of the LED light source module of the present invention.

FIG. 13 is a schematic structural view of an LED light source module in which eight small metal bodies B are composed of a cylindrical metal body A.

Figure 14 is a schematic view showing the structure of a flexible circuit board of a circuit connector.

Figure 15 is a schematic view showing the structure of a fixing assembly of a circuit connector.

Figure 16 is a schematic view showing the structure of a single electronic component of a circuit connector.

detailed description

Embodiment 1:

A modular luminaire comprising a plurality of chip heat sink integrated light source modules, which can be bent freely Circuit connectors, power modules, and frame members. The single light source modules are spliced and combined into a desired shape, with circuit connectors and power modules to form the required lamps.

The present embodiment will be further described with reference to FIG. 1. Referring to FIG. 1, the light source module includes a screw-type secondary light distribution lens, and the inner wall of the secondary light distribution lens is screwed and fixed with the plug-in type and the integrated light source module. A clearer description of the above-mentioned screw-on lens lighting module is as follows. Taking an LED lamp as an example, the LED lamp comprises an LED chip heatsink integrated lamp bead 17, and the center of the upper surface of the integrated lamp bead 17 has a chip illumination. The cup cavity 13 and the chip on the metal surface of the chip illuminating cup cavity 13 are fixed on the metal surface, and the light emitting chip is connected with the positive and negative electrodes of the circuit, and is packaged by dispensing, and the cup cavity wall of the chip illuminating cup cavity 13 is a circular plastic piece or a metal piece. The inner wall of the chip light-emitting cup cavity 13 is beveled, and the outer wall of the chip light-emitting cup cavity 13 is a right-angled thread.

The LED lamp further comprises a detachable plastic fluorescent lens sheet (plate) 14 which can be screwed and fixed to the outer wall of the chip light cup cavity 3. The plastic fluorescent lens sheet (plate) 14 is made of metal or non-transparent plastic material, and the ring 14 The center is a round hole having the same diameter as the outer diameter of the chip light cup cavity 13. The plastic film is mounted on the upper part of the round hole, and the lower plate part of the ring is a nut pattern, and the nut pattern is screwed to the external thread of the cup cavity, so that the lens It is closely attached to the chip light cup cavity 13 and also the lens and the chip light cup cavity 13 are seamlessly bonded. The chip 16 (ie, the light emitting chip) emits light through the lens of the middle portion, and excites the phosphor therein to emit the required phosphor. Color temperature chromatographic light. The LED lamp further includes a secondary light distribution lens 15. The secondary light distribution lens 15 may include any shape and illumination angle, and is closely connected with the lens of the center of the ring 14, and the inner wall of the secondary light distribution lens 15 is The integrated lamp bead 17 is fixed by screwing.

In FIG. 1, the integrated light source module includes a light source (the light source means that the light emitting chip is directly fixed on the heat sink) On the top, there is no need for an external bracket and an external heat sink.) A screw-type interchangeable lens that matches the size of the heat sink (the lens can be changed at any angle, or the shape can be changed as a decorative figure 2), and can be separated from the chip package. Replacement of the phosphor lens (the color temperature of the light source can be changed by replacing the phosphor lens). The light-emitting chip of the light source is directly fixed on the heat sink, and no external bracket and external heat sink are required.

The circuit connector is composed of an insulated flexible circuit board and a plurality of male and female plugs and adapters, and the required series-parallel and hybrid circuits are formed through different plugging modes, as shown in FIG. Adapters allow connections between flexible boards.

The power module is composed of at least one independently operable power module, one end of which is connected to the mains, and the other end outputs the voltage and current required by the light source. The power of each module is fixed, and can be combined according to the power required by the luminaire, as shown in Figure 4.

The frame member (outer casing or outer cover) is composed of a plastic or metal diaphragm material, which can be cut and shaped arbitrarily, and the surface thereof can be grooved or opened. The plurality of sheet materials form a closed or semi-closed structure (housing or outer cover), and the light source module, the circuit connector and the power module are fixedly disposed therein, as shown in FIG.

When a plurality of light source modules are coupled with a frame member (outer casing or cover) to form an integral light source module, as shown in FIG. When a single light source module is equipped with a frame member (housing or housing) to form a single light source module, as shown in Figure 7. Whether the whole block or a single light source module can be independent, they can be spliced and combined into any shape, with the circuit connector and the power module to form the required illuminant luminaire, as shown in Fig. 8 and Fig. 9.

The present invention relates to a modular luminaire comprising a plurality of chip heat sink integrated light source modules, a curved circuit connecting member, a power module and a frame deduction; wherein the integrated light source module comprises a light source and a heat sink size Matching screw-on interchangeable lens, replaceable with chip package Phosphor lens, the circuit connector is composed of insulated soft circuit and several male and female plugs and adapters. Through different plugging methods, the required series-parallel and hybrid circuits are formed; the frame member is made of plastic or metal film. It is composed of a sheet material, which can be bent and shaped by any cutting, and the other three are fixedly placed therein. The modular luminaire greatly improves the adaptability of the components of the luminaire and realizes a universal, optional and optional modular luminaire.

Embodiment 2:

Referring to FIG. 10 and FIG. 11 , the heat sink includes a metal body 1 , and the light-emitting chip 12 is disposed on the metal body 1 . The metal body 1 is provided with a cup cavity 2 , and the positive and negative electrodes 10 are disposed in the cup cavity, and the positive and negative electrodes 10 are corresponding. The positive and negative pins 3 form a male plug 9 through the injection molded part and directly reach the bottom of the heat dissipation column. The male plug 9 is connected with the female plug 8 of the circuit connecting member, and the circuit is connected, and the phosphor lens 4 is disposed at the upper portion of the cup cavity 2, and the phosphor lens 4 is disposed. The outer diameter is the same as the cup cavity 2, the phosphor lens 4 is connected with the metal piece 5, and the central lens hole of the phosphor lens 4 and the metal piece 5 is integrally connected by injection molding, and is screwed onto the cup cavity 2, and the light emitting chip 12 emits The light is completely emitted through the lens 4, reaches the transparent plastic lens 6, and is emitted through the plastic lens 6. The outer ring of the plastic lens 6 is set as the metal member 7, and the plastic lens 6 and the metal member 7 are fixed by integral injection or snap-fit, plastic The combination of the lens 6 and the metal member 7 is subjected to a reflective process, which can effectively refract the plastic lens 6 The light is reflected off, and the bottom of the metal member 7 is provided with a thread and a plastic gasket, and the metal body 1 is fixed in a spiral manner by the thread 11; the screw-type replaceable lens is composed of the plastic lens 6 and the metal member 7.

Embodiment 3:

The light emitting chip is an LED chip; the heat sink is a metal body A, and the metal body A is composed of n small metal bodies B (n≥2) of the same or different shapes and insulated from each other; each small metal body B There are m identical or different numbers of LED chips C (m ≥ 1) on the surface; adjacent LED chips are connected in series or in parallel.

Each small metal body B is provided with several circuit connection points, except for the circuit connection point, each small metal The surface of the body B is insulated, and the LED chip is directly bonded or soldered to the small metal B, and the silicon dioxide is covered on the LED chip and its connecting circuit.

Each small metal body B can be designed with several positive or negative electrodes according to the design requirements of the overall circuit. The LED chips on the small metal body B are connected in series or parallel or in series or parallel, and combined with other small metal bodies B. The upper positive or negative poles are connected and can also be connected to an external circuit to form a complete circuit as needed.

The present embodiment will be further described below with reference to FIG. 12 and FIG.

The metal body A may be a regular or irregular shape and is composed of n small or identically insulated small metal bodies B (B1···Bn). Each small metal body B has a plurality of identical or different numbers of LED chips C (C1···Cn) on its surface, and adjacent LED chips are connected in series or in parallel. Each small metal body B is provided with a plurality of circuit connection points, and the surface of the small metal body is insulated except for the circuit connection point. The chip C is directly bonded or soldered to the small metal body B, and the silicone is covered on the chip and its connecting circuit. For each small metal body B, according to the design requirements of the overall circuit, a plurality of positive or negative electrodes can be designed, and the chips on the small metal body B are connected in series or in parallel. It is connected to the positive or negative electrode on other small metal bodies, and can also be connected to the circuit connection to form a complete circuit.

As shown in FIG. 12, four small metals B constitute a cylindrical metal body A, LED chips c1, c2 are on small metal B1, LED chips c3, c4 are on small metal B2, and LED chips c5, c6 are in small metal. On B3, LED chips c7, c8 are on small metal B4, LED chips c1, c2, c3, c4 are connected in series, LED chips c5, c6, c7, c8 are connected in series, and then in parallel, the two ends are positive and negative, respectively, metal body The top surface of A has positive electrode B1, negative electrode B2, positive electrode B3, and negative electrode B4. The metal body A has two pairs of corresponding positive and negative electrodes corresponding to the ground.

All the chips on the large metal body A are composed of all strings, all of them, after the first string, or before and after the string, and the number of chips on each series or parallel circuit formed by them is symmetrically uniform to ensure uniformity of light output. Of course, for the actual needs, under the premise that the power supply meets the normal operation of the LED chip, it can also be uniformly arranged asymmetrically.

As shown in FIG. 13, the LED chip 18, the eight small metal bodies B, and the fixed or circuit connection terminals 19 are combined in a similar manner to that of FIG. 4, and also constitute a cylindrical metal body A, which can be increased in order to further improve the heat dissipation efficiency. A number of heat sinks (not shown).

A plurality of small metal bodies B form a polyhedral metal body A, and the large metal body A is provided with a plurality of through holes or grooves or protrusions, which serve as a passage for convection of the heat absorbing air and increase the heat dissipation area, and can also be connected to the outside. Fixed or circuit connection bit.

The frame member is composed of plastic or metal diaphragm material, which can be bent and shaped by any cutting, the surface of which is slotted or opened, and the sheet material forms a closed or semi-closed structure, the light source module and the circuit connection The component and the power module are fixedly placed therein.

Embodiment 4:

A modular luminaire comprising a plurality of chip heat sink integrated light source modules, arbitrarily bendable circuit connectors, fixed components, power modules and frame members.

Referring to Figures 14, 15 and 16, the flexible circuit board is shown in Figure 14, and the fixed assembly is shown in Figure 15.

Wherein, the flexible circuit board is provided with a flexible circuit, and a plurality of male or female plugs are fixed on the flexible circuit board as shown in FIG. 14. The male plug or the female plug has a plurality of circuit plug points or soldering. point.

The surface of the fixing component is provided with a through-type opening or a non-penetrating type of partial concave or concave surface, and the same surface of the fixing component is provided with a plurality of positioning holes. The flexible circuit board and the electronic components provided on the flexible circuit board can be mounted and fixed in the through-type opening of the component or the non-penetrating type partial or concave surface; the size of the male plug or the female plug and the opening of the component surface The position, the concave point and the concave surface correspond to each other, so that the flexible circuit board and the single electronic component or the module component disposed thereon are completely attached to the surface of the fixed component, or directly disposed in the opening of the fixing component. Within the space.

The single electronic component or the module component is connected or soldered through the male plug, the female plug and the positioning hole to realize the connection with the flexible circuit board, and form a complete current loop required in series and parallel and mixed various forms.

The material of the fixing component is a resin, a metal or a composite material which can be bent by local heating of the fixing component, and the material can be cut into a desired shape. The material can be arbitrarily opened through the material according to the design requirements of the circuit and the component, or the local concave or concave surface can be formed without passing through, and a plurality of positioning holes can be opened on the surface. The flexible circuit board and the electronic components are mounted on or in the same.

The above is only a specific embodiment of the present invention, but the technical features of the present invention are not limited thereto, and any changes or modifications made by those skilled in the art within the scope of the present invention are included in the scope of the patent of the present invention. .

Claims

A modular luminaire, comprising: a plurality of chip heat sink integrated light source modules, arbitrarily bent circuit connecting members, a power module and a frame member;

The integrated light source module includes a light source, a screw-on replaceable lens matched with a size of the heat sink, and a replaceable phosphor lens separated from the chip package, and the light-emitting chip of the light source is directly fixed on the heat sink. No need for external brackets and external radiators;

The circuit connector is composed of an insulated flexible circuit board and a plurality of male and female plugs and adapters, and forms a series of parallel and parallel circuits through different plugging methods;

The power module is composed of at least one independently operable power module, one end of which is connected to the mains, and the other end outputs the voltage and current required by the light source;

The frame member is composed of a plastic or metal diaphragm material, which can be bent and shaped by any cutting, and the surface thereof is grooved or opened, and the sheet material forms a closed or semi-closed structure, the light source module, The circuit connector and the power module are fixedly disposed therein.
A modular luminaire as claimed in claim 1, characterized in that the heat sink comprises a metal body (1), the light-emitting chip (12) is arranged on the metal body (1), and the metal body (1) is provided with a cup cavity (2) The positive and negative poles (10) are disposed in the cup cavity, and the positive and negative pins (3) corresponding to the positive and negative electrodes (10) form a male plug (9) through the injection molded part to reach the bottom of the heat dissipating column. The male plug (9) is connected to the external female plug (8), the circuit is connected, the phosphor lens (4) is arranged on the upper part of the cup cavity (2), the outer diameter of the phosphor lens (4) and the cup cavity (2) Consistently, the phosphor lens (4) is connected with a metal piece (5) and the phosphor lens (4) and the central circular hole of the metal piece (5) are integrally joined by injection molding, and are screwed into the cup cavity (2) Above, all the light emitted by the light-emitting chip (12) is emitted through the phosphor lens (4), reaches the transparent plastic lens (6), and is emitted through the plastic lens (6), and the plastic lens (6) outer ring is disposed. For the metal member (7), the plastic lens (6) and the metal member (7) are integrally fixed by injection molding or snapping, and the bonding surface of the plastic lens (6) and the metal member (7) is subjected to reflection processing. Can be effective The light refracted by the plastic lens (6) is reflected out. The bottom of the metal member (7) is provided with a thread and a plastic spacer, and is fixed to the metal body (1) by a screw (11) in a spiral manner.
A modular luminaire according to claim 1, wherein the illuminating chip is an LED chip; the heat sink is a metal body A, and the metal body A is made of n small metals of the same or different shapes and insulated from each other. The body B (n ≥ 2) is connected to a fixed composition; each of the small metal bodies B has m identical or different numbers of LED chips C (m ≥ 1); adjacent LED chips are connected in series or in parallel;

Each small metal body B is provided with a plurality of circuit connection points. Except for the circuit connection points, the surface of each small metal body B is insulated, and the LED chips are directly bonded or soldered to the small metal B. Above, at the same time, silicone is covered on the LED chip and its connecting circuit;

Each small metal body B can be designed with a plurality of positive or negative electrodes according to the design requirements of the overall circuit. The LED chips on the small metal body B are connected in series or in parallel or in series or parallel, and combined with other small metals. The positive or negative electrode of body B is connected, and can also be connected with an external circuit to form a complete circuit as needed;

The metal body A composed of a plurality of small metal bodies B serves as a heat sink of the integrated light source module and also serves as a positive and negative circuit of the integrated light source module.
A modular luminaire as claimed in claim 3, wherein the metal body A is provided with a plurality of through holes or grooves or projections as a passage for convection of the heat dissipating air and an increase in the heat dissipating area.
A modular luminaire as claimed in claim 1 further comprising a fixing assembly; the plug of the male or female plug is provided with a plurality of circuit insertion points or solder joints;

The surface of the fixing component is provided with a through-type opening or a non-penetrating type of partial concave or concave surface, and the same surface of the fixing component is provided with a plurality of positioning holes, and the flexible circuit board and the electronic element disposed on the flexible circuit board The device can be mounted in a through-type opening or a non-penetrating partial or concave surface of the component; the size of the male or female insert is opposite to the position, the concave point and the concave surface of the opening of the component surface The flexible circuit board and the single electronic component or module component disposed thereon are completely attached to the surface of the fixed component or directly disposed in the opening space of the fixed component.
A modular luminaire according to claim 5, wherein said single electronic component or module component is inserted or soldered through a male plug, a female plug and a locating hole to realize said flexible circuit The boards are connected to form a complete current loop required in series and parallel, mixed in various forms.
A modular luminaire according to claim 5 or claim 6, wherein the fixing member is made of a resin, a metal or a composite material which can be bent by local heating of the fixing member.
A modular luminaire as claimed in claim 1 wherein a plurality of light source modules are associated with one of said frame members to form an integral light source module.
A modular light fixture according to claim 1 wherein a single light source module is coupled to one of said frame members to form a single light source module.
The modular luminaire of claim 1 wherein the single light source modules are spliced and combined into a desired shape, coupled with the circuit connector and the power module to form a desired luminaire.