TWM650156U - Lamps with quick release interface - Google Patents

Abstract

This model provides a lamp with a quick release interface, which includes a light source module and a lamp holder module, the light source module has a quick release connecting element, the lamp holder module has a quick release connecting element fixing seat, wherein the quick-detachable connecting element and the quick-detachable connecting element fixing base can be fixed in a quick-detachable manner.

Description

Lamps with quick release interface

The present invention relates to a lamp with a quick-release interface, in particular to a light source module, a lamp holder module and a lamp with a quick-release interface.

The traditional light bulb light source is to light the light source by passing current through the heating element and heating it until it becomes white hot. Light Emitting Diode (LED) uses the inherent characteristics of semiconductors to convert electrical energy into light energy, integrating the advantages of safety, power saving, and environmental protection. Compared with traditional incandescent light bulbs and energy-saving light bulbs, the light-emitting principle of LED light bulbs is a cold light source. However, because the electric energy added to LED light bulbs is not all converted into light energy, but part of it is converted into heat energy, LED light bulbs will still generate heat. If the LED bulb does not complete the heat dissipation function, the LED will decline prematurely or even burn out due to overload.

To solve the problem of heat dissipation of LED bulbs, the most common heat dissipation method is to use aluminum heat dissipation fins as part of the housing to increase the heat dissipation area. Existing quick-release LED light bulb products are pre-assembled with radiators and power supplies and then combined with traditional connectors and lamps. However, the weight, size, and structure of the radiator make it difficult for these traditional joints to be fully standardized. Moreover, due to weight issues, they are not easy to be combined with general lamps and difficult to commercialize.

For existing non-quick-release LED lamps, the bottom of the LED module is coated with thermal conductive paste/satch, and then installed directly on a radiator or lamp with a heat dissipation function, and then the wires are welded or pressed (locked, buckled) Complete conductive preparation. Therefore, the structure of the lamp is one-piece, and it is often necessary to use screwdrivers, welding guns or special mechanical accessories to remove and replace the lamp board. The thermal paste/satch can easily cause sticking problems, reducing the efficiency of disassembly or replacement. , it is not easy for users to replace LED light panels. They cannot directly replace the bulbs and tubes at the original location where the lamps are installed like traditional light sources.

It can be seen from this that the light source modules and lamp holder modules of lamps currently on the market lack a quick-disassembly and installation interface for the light source module and lamp holder module, and can complete the installation with the lamp without any additional auxiliary equipment. In addition, the power connection, fixation, and heat dissipation functions of the light source module can be completed "synchronically" without the need for multiple divisions of labor and a quick-release interface for combination with lamps or power supplies. This design will effectively reduce replacement costs and improve replacement efficiency. Therefore, in order to achieve the above objectives and improve the above conventional shortcomings, the present invention proposes a light source module, a lamp holder module and a lamp with a quick release interface.

The present invention proposes a lamp with a quick-release interface, which includes a light source module and a lamp holder module. The light source module has a quick-release connection component, and the lamp holder module has a quick-release connection component holder, wherein the The quick-release connecting element and the quick-release connecting element holder can be fixed in a quick-release manner.

Further, the light source module includes a light source and a thermally conductive holder, the thermally conductive holder has a first thermally conductive surface and a second thermally conductive surface, and the light source is disposed on the first thermally conductive surface; the lamp holder module includes A lamp holder body, the quick-release connecting element fixing seat is arranged on one side of the lamp holder body, and the second heat conductive surface is in contact with one side of the lamp holder body.

Further, the quick-release connecting element fixing seat is in a ring shape, one side of the lamp holder body is exposed in the ring, and the second heat conductive surface is in direct contact with the area of the one side of the lamp holder body that is exposed in the ring.

Furthermore, the quick-detach connecting element fixing seat has a plug-in interface and a plug-in rotation accommodating groove, and the quick-detach connecting element can enter the plug-in rotary accommodating groove from the plug interface.

Further, the quick-release connection element has a first conductive connection part, the quick-release connection element holder has a second conductive connection part, the first conductive connection part and the second conductive connection part are in electrical communication, wherein the first conductive connection part is electrically connected to the second conductive connection part. The two conductive connection parts are in electrical communication with a power supply, and the first conductive connection part is in electrical communication with the light source module.

Furthermore, when the first conductive connection part and the second conductive connection part are electrically connected, the first conductive connection part is subjected to an elastic pressure and is displaced.

Furthermore, when the first conductive connection part and the second conductive connection part are electrically connected, the second conductive connection part is subjected to an elastic pressure and is displaced.

Furthermore, the lamp holder module also includes a plurality of heat dissipation fins to provide heat dissipation.

Furthermore, the lamp holder body further includes a conductive terminal insertion opening, through which a conductive terminal can penetrate from one side of the lamp holder body to the other side.

The beneficial effects of this new model are: the light source module and the lamp holder module can be combined with the lamp without any additional auxiliary equipment; moreover, the power connection, fixation, and heat dissipation functions of the light source module can be "synchronized" Complete, a quick-release interface that does not require multiple divisions of labor to be combined with lamps or power supplies. In order to improve the existing quick-detachable LED lighting products, the radiator and power supply are pre-assembled and then combined with traditional connectors and lamps. Due to the weight, size and structure of the radiator, these traditional connectors are difficult to fully standardize and commercialize, as well as this problem The new type of thermally conductive fixing base is used to improve the existing non-quick-detachable LED lamp products. The bottom of the LED module is coated with thermal conductive paste/satch, and then installed directly on the radiator or lamp with heat dissipation function, and then the wires are welded or Pressing (locking, buckling) completes the conductive preparation. Therefore, the structure of the lamp is integrated. It is often necessary to use screwdrivers, welding guns or special mechanical accessories to remove and replace the lamp panel, and the conductive Thermal paste/satch can easily cause adhesion problems and reduce the efficiency of disassembly or replacement. It is not easy for users to replace LED light panels. They cannot directly replace the bulbs and tubes at the original installation location of the lamps like traditional light sources.

1: Lamps

11:Light source module

111:Light source

1111: Light emitting diode array unit

1112:Light board

112: Thermal conductive fixing seat

1121: First thermal conductive surface

1122: Second thermal conductive surface

113: Protection module

114:Quick release connecting components

1141: First insulation connection part

1142: First conductive connection part

115:First Connection Department

116:Optical module

117: Optical accessories

12: Lamp holder module

121: Lamp holder body

1211: Conductive terminal insertion port

123: Cooling module

1231: Cooling fins

124: Quick release connecting element holder

1241:Plug interface

1242: Plug-in rotating accommodation slot

1243: Press button

1244: Positioning Department

1245, 1246, 1251: Second conductive connection part

125:Second link

126:External fasteners

Tj: junction temperature

A1-A4: Temperature changes with different configurations

Figure 1 shows a disassembled and assembled perspective view of a lamp according to an embodiment of the present invention.

Figure 2 shows a three-dimensional exploded view of a light source module according to an embodiment of the present invention.

Figure 3 shows a front perspective view of a light source module according to an embodiment of the present invention.

Figure 4 shows a back perspective view of a light source module according to an embodiment of the present invention.

Figure 5 shows a back perspective view of a light source module according to another embodiment of the present invention.

Figure 6 shows a three-dimensional exploded view of a quick-release connecting component holder, light source module and optical accessories according to an embodiment of the present invention.

Figure 7 shows a back perspective view of a lamp holder module according to an embodiment of the present invention.

Figure 8 is a schematic cross-sectional view of the quick-release connecting element fixing seat and the quick-release connecting element fixing according to an embodiment of the present invention.

Figure 9 shows a data comparison chart of the junction temperature Tj of the light-emitting diode array unit of the present invention in different embodiments.

FIG. 10 is a schematic cross-sectional view of a quick-detach connecting element fixing seat and a quick-detach connecting element fixing according to another embodiment of the present invention.

Figure 11 is a schematic diagram of the quick-release connection method of the light source module and the lamp holder module according to another embodiment of the present invention.

Figure 12 is a schematic diagram of the quick-release connection method of the light source module and the lamp holder module according to yet another embodiment of the present invention.

Figure 13 is a schematic diagram of the quick-release connection method of the light source module and the lamp holder module according to yet another embodiment of the present invention.

Figure 14 is a schematic diagram of the quick-release connection method of the light source module and the lamp holder module according to yet another embodiment of the present invention.

Regarding the technical means of our novel invention, several preferred embodiments are described in detail below along with the drawings, so as to provide readers with a thorough understanding and recognition of the novel invention.

The present invention will be further described in detail below with reference to the accompanying drawings, so that those with ordinary knowledge in the technical field to which the invention belongs can implement it with reference to the description. If there are descriptions involving "first", "second", etc. in the embodiments of the present invention, the descriptions of "first", "second", etc. are only for descriptive purposes and cannot be understood as indicating or implying their relative Significance or implicit indication of the quantity of a technical feature indicated. Therefore, features defined as "first" and "second" may explicitly or implicitly include at least one of these features.

In the description of the present invention, it should also be noted that, unless there are more explicit provisions and limitations, the terms "setting" and "connection" should be understood in a broader sense. For example, "connection" can be a fixed connection or a fixed connection. Detachable connection, or integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be an internal connection between two components. For those with ordinary knowledge in the technical field to which the present invention belongs, the specific meanings of the above terms in this disclosure can be understood in specific situations.

In addition, if the meaning of "and/or" appears in the present invention, it includes three parallel solutions, taking "A and/or B" as an example, including solution A, or solution B, or a solution that satisfies both A and B at the same time. In addition, the technical solutions between the various embodiments can be combined with each other, but they must be based on the technical fields to which the present invention belongs. It is based on the fact that a person with ordinary knowledge can realize it. When the combination of technical solutions is contradictory or cannot be realized, it should be considered that this combination of technical solutions does not exist and is not within the protection scope required by the present invention.

In the following, the technical means of the present invention are described in detail with reference to the accompanying drawings. The devices or operating methods described below are only used to illustrate the embodiments of the present invention and do not define the scope of the present application. Furthermore, the same numbers in the specification refer to the same components.

Please refer to Figure 1. Figure 1 shows a disassembly and assembly perspective view of a lamp according to an embodiment of the present invention. The lamp 1 is mainly used in the field of lighting. The lamp 1 includes a light source module 11 and a lamp holder module 12 . The light source module 11 and the lamp holder module 12 are fixed through a quick release interface. The quick release interface in this new model refers to an installation interface that can be removed or fixed without tools, that is, the light source module 11 of this new model. The new light source module 11 can be removed or fixed on the lamp holder module 12 without additional tools.

This new model proposes a lamp that integrates heat dissipation, fixation and conductivity into a quick-release interface. The light source module 11 of this new model can be directly replaced from the lamp holder module 12 without the need for auxiliary parts or tools. , the functions of heat dissipation, fixation and conduction can be completed or removed at the same time in one disassembly and installation action, and can be applied to various lamps. Please refer to Figures 2, 3 and 4 together. Figure 2 is a three-dimensional exploded view of the light source module 11 according to an embodiment of the present invention. Figure 3 is a front perspective view of the light source module 11. Figure 4 is a light source module. 11 rear perspective view. Please refer to Figure 2 first. The light source module 11 includes a light source 111, a thermal conductive fixing base 112, a protection module 113, a first insulating connecting portion 1141 of a quick-release connecting component 114, and a first insulating connecting portion 1141 of a quick-release connecting component 114. a conductive connection part 1142, and an optical module 116. The light source 111 has a light-emitting diode array unit 1111 and a lamp panel 1112. The heat-conducting fixing base 112 has a first heat-conducting surface 1121 and a second heat-conducting surface 1122. The light-emitting diode array unit 1111 is disposed on a side of the lamp panel 1112. The other side of the lamp panel 1112 is disposed on the first thermal conductive surface 1121 of the thermal conductive fixing base 112 . The thermally conductive fixing base 112 and the light source 111 are disposed in the protection module 113 , and the second thermally conductive surface 1122 of the thermally conductive fixing base 112 is exposed from the protection module 113 . The light source 111 includes a light emitting diode array unit 1111 and a light panel 1112 . light emitting diodes The body array unit 1111 includes light-emitting diode chips, the lamp panel 1112 includes conductive circuits, and the light source 111 is capable of receiving electricity and performing photoelectric conversion before emitting light. It can be understood that die-bonding glue/fluorescent glue (die-bonding coating and light tone blending) and other electronic components can also be included in the light source 111 . In this embodiment, the protection module 113 is composed of two upper and lower protective shells. It can be understood that the protection module 113 is to provide protection for the thermal conductive fixing base 112 and the light source 111, and is not limited to the use of upper and lower protective shells. As long as the functions of protection and support can be achieved, and the second thermal conductive surface 1122 of the thermal conductive fixing base 112 is exposed to the protection module 113, it does not deviate from the novel spirit of the protection module 113 described in the present invention.

Please refer to FIG. 3 again, which is a front assembled perspective view of the light source module 11 . The quick-release connection element 114 is provided on the protection module 113. The new protection module 113 has an insulating function. The quick-release connection element 114 includes a first insulating connection part 1141 and a first conductive connection part 1142. The first insulating connection part 1141 is fixedly provided on the protection module 113 , the first conductive connection part 1142 is provided on the first insulating connection part 1141 , and the first conductive connection part 1142 passes through the protection module 113 and is in electrical communication with the light source 111 . The quick-release connecting component 114 in this embodiment is for the purpose of quickly detachably combining the light source module 11 and the lamp holder module 12 without the need for auxiliary tools. When the light source module 11 and the lamp holder module 12 are fixedly combined, the first conductive connection part 1142 can be electrically connected to the power supply of the lamp holder module 12 , and the first conductive connection part 1142 can provide power to the light source 111 . It can be understood that as long as the light source module 11 and the lamp holder module 12 can be quickly detached and combined, and can provide the function of electrical connection when fixedly combined, any arrangement or shape of the quick-detach connecting element 114 and the protection module 113 Changes do not deviate from the spirit of the new model described in this model. The novel quick-release connecting element 114 includes a configuration of a first insulating connection part 1141 and a first conductive connection part 1142, the purpose of which is to prevent the first conductive connection part 1142 from deforming or causing a short circuit.

Please refer to FIG. 4 , which is an assembled perspective view of the back of the light source module 11 . The second heat conductive surface 1122 of the heat conductive fixing base 112 protrudes from the protection module 113 for the purpose of directly contacting the lamp holder body 121 of the lamp holder module 12 (as shown in FIG. 7 ). When the light source module 11 and the lamp When the base module 12 is fixed and combined, in addition to the quick-release connecting element 114 that can provide electrical connection, the thermally conductive fixing base 112 can also provide a thermal connection function. able. The light source module 11 and a lamp holder module 12 disclosed in the present invention can be dismantled or fixed without tools in a quick-release combination action to achieve or remove the purposes of heat dissipation, fixation and conduction.

Please refer to FIG. 5 , which is a rear assembled perspective view of the light source module 11 according to another embodiment of the present invention. The second thermal conductive surface 1122 of the thermal conductive fixing base 112 is concave and exposed to the protection module 113. The lamp holder body 121 can be designed as a corresponding convex surface to make the second thermal conductive surface 1122 and the lamp holder body of the lamp holder module 12 121 is in direct contact with each other. When the light source module 11 and the lamp holder module 12 are fixedly combined, in addition to providing electrical connection, the thermally conductive fixing base 112 can also provide a thermal connection function. The light source module 11 and a lamp holder module 12 disclosed in the present invention can achieve or remove the purposes of heat dissipation, fixation and conduction in one quick-release combination action.

Please refer to FIG. 6 , which is a three-dimensional exploded view of a quick-release connecting element holder, a light source module and an optical accessory according to an embodiment of the present invention. The quick-release connecting element fixing base 124 has a plug-in interface 1241 and a plug-in rotation receiving groove 1242. The quick-detach connecting element 114 of the light source module 11 can enter the plug-in rotation receiving slot 1242 through the plug-in interface 1241, so that the light source module 11 and the lamp holder module 12 can be quickly detachably fixed. The new quick-release connecting component holder 124 adopts an integrated design. After the light source module 11 is combined, no outer cover or fixing parts are needed to fix the entire structure. In this embodiment, an additional optical accessory 117 can be used. The optical accessory 117 can also be fixed to the quick-release connecting element holder 124 in the insertion rotation receiving slot 1242 through the same insertion interface 1241. The light source module 11 is accommodated in in. It can be understood that the number of plug-in interfaces 1241 of the quick-release connecting element holder 124 in FIG. 6 does not limit the scope of protection of the present invention. In other embodiments, the optical accessories 117 can use different plug-in interfaces 1241. The quick-release connecting element fixing seat 124 is fixed in the groove 1242 .

Please refer to Figure 7, which is a perspective view of the back of the lamp holder module. The lamp holder module 12 includes a lamp holder body 121, an electronic control module (not shown), a heat dissipation module 123, and a quick-release connecting component holder 124. The quick-release connecting element holder 124 is provided on one side of the lamp holder body 121. The quick-release connecting element 114 of the light source module 11 can be combined with the quick-release connecting element holder 124 to connect the light source module 11 and the lamp holder. Module 12 can be fixed with quick release. The new quick-release connecting component holder 124 adopts an integrated design. After the light source module 11 is combined, no outer cover or fixing parts are needed to fix the entire structure. In this embodiment, the lamp holder body 121 further includes a conductive terminal insertion opening 1211, through which the conductive terminals can penetrate from one side of the lamp holder body 121 to the other side. The electronic control module includes a power supply for providing power. It can be understood that in different embodiments, the electronic control module can be disposed on the same side as the light source module 11 , and the lamp holder body 121 does not require the conductive terminal insertion opening 1211 .

The heat dissipation module 123 includes a plurality of heat dissipation fins 1231 disposed on the other side of the lamp holder body 121 to provide heat dissipation. It can be understood that in other embodiments, the heat dissipation module 123 can also be disposed on the same side as the light source module 11 . The difference between this new type and existing quick-release LED bulb products is that the new light source module 11 does not include a heat dissipation module 123. The light source module 11 is combined with the lamp holder module 12 through a quick-release interface to improve the pre-installation of existing products. The radiator and power supply are assembled together and then combined with traditional connectors and lamps. Due to the weight, size and structure of the radiator, these traditional joints are difficult to fully standardize and commercialize. The new light source module 11 also does not include an electronic control module. As shown in Figure 6, the quick-release connecting element holder 124 is annular and is arranged on one side of the lamp holder body 121. The annular structure exposes one side of the lamp holder body 121 to the quick-release connecting element holder 124. Annular hollow part. The purpose is that when the light source module 11 and the lamp holder module 12 are combined, the second thermal conductive surface 1122 of the thermal conductive fixing base 112 can directly contact one side of the lamp holder body 121 . It can be understood that as long as one side of the lamp holder body 121 can be exposed to the quick-release connecting element fixing seat 124 and the second heat conductive surface 1122 can directly contact the lamp holder body 121, the above-mentioned hollow annular structure is within the scope of protection. .

Please refer to FIG. 8 , which is a schematic cross-sectional view of the quick-release connecting element fixing seat and the quick-release connecting element fixation. In this embodiment, the first insulating connection part 1141 and the first conductive connection part 1142 of the quick-release connecting element 114 of the light source module 11 do not completely fit together, but there is a gap. The first conductive connection part 1142 is elastic and when under pressure You can retract and move into the gap. After the quick-release connecting element 114 enters the insertion rotation accommodating groove 1242 from the insertion interface 1241, it can rotate in the insertion rotation accommodating groove 1242. Plug-in rotating accommodation slot Inside 1242, a press buckle 1243 and a positioning part 1244 are provided, and a second conductive connection part 1245 is provided on the press buckle 1243. When the quick-release connecting element 114 is rotated and fixed on the press buckle 1243, the press buckle 1243 can cause the first conductive connection part 1142 to retract into the gap and fix the first conductive connection part 1142 and the second conductive connection part 1245 through pressure. and complete the electrical connections. The first conductive connection 1142 may provide power to the light source 111 . The quick-release and installation interface of the new light source module 11 and the lamp holder module enables the functions of power connection, fixation, and heat dissipation to be completed "synchronically" without the need for multiple divisions of labor and a quick-release interface for combination with lamps or power supplies. It can be understood that the synchronization does not only mean that the functions of power connection and heat dissipation are completed when the device is finally fixed. During the quick disassembly and installation actions, heat dissipation and/or power connection can also be completed first, and then the fixing is completed, as long as it is not What requires multiple divisions of labor and combination with lamps or power supplies is a quick-release interface described in the present invention.

The new heat-conducting fixing base 112 is a metal alloy product that can absorb the heat generated when the light source 111 operates, and at the same time serves as a fitting interface with the heat dissipation accessories to increase application efficiency. When the light source module 11 and the lamp holder module 12 are fixed through the quick release interface, the second heat conductive surface 1122 of the heat conductive fixing base 112 directly contacts and fits the surface of the lamp holder body 121 . The new thermal conductive holder 112 of the present invention quickly dissipates the heat of the light source 111 from the first thermal conductive surface 1121 and temporarily stores it in the thermal conductive holder 112, and then conducts the heat to the heat dissipation module 123 through the second thermal conductive surface 1122 for dissipation. out. The purpose of the new thermal conductive fixing base 112 is to function as a channel for heat conduction and heat dissipation, and its overall heat dissipation capacity is smaller than that of the heat dissipation module 123 . The thermal conductive mounting base 112 exists alone and cannot completely dissipate the heat of the light source module 11. It must be used in conjunction with the heat dissipation module 123 to maintain the light source module 11 at a suitable operating temperature. However, if the light source 111 is directly attached to the heat dissipation module 123 without using traditional thermal conductive paste/satch, the heat dissipation effect will also be poor. Therefore, the purpose of using the new light source 111 with the thermal conductive fixing base 112 and the heat dissipation module 123 is to achieve a good heat dissipation effect without using traditional thermal conductive paste/satch. Without using traditional thermal conductive paste/skin, the light source module 11 and the lamp holder module 12 can be easily disassembled and reassembled. The action of a quick-release combination described in the present invention does not require any additional auxiliary equipment (one-time mechanism action). The specific description can be the fixation of the quick-release connecting element 114 of the light source module 11 and the quick-release connecting element of the lamp holder module 12 The seat 124 first completes the knot in the axis direction. and then perform rotational combination. The axial displacement of the quick-release connecting element 114 from the plug interface 1241 does not exceed 10 cm, preferably no more than 1.5 cm. After entering from the plug interface 1241, it is inserted into the rotation receiving groove 1242. The rotation angle should not exceed 90 degrees, preferably not more than 25 degrees.

As shown in Figure 9, it is a comparison chart of junction temperature Tj (Junction Temperature, Tj) data of the new type of light-emitting diode array unit in different embodiments. The junction temperature Tj is the highest operating temperature of semiconductors in electronic equipment. The Tj temperature of the light-emitting diode package will rapidly deplete after exceeding 150 degrees. A1-A4 are the temperature changes of different matching structures. A1 is the light source 111 with the thermal conductive fixing base 112, but without the heat dissipation module 123; A2 is the light source 111 with the heat dissipation module 123, but the light source 111 and the heat dissipation module 123 are not used together. Use thermal conductive paste/SMD; A3 is the light source 111 with the thermal conductive fixing base 112, and the heat dissipation module 123 is used together; A4 is the light source 111 with the heat dissipation module 123, and the thermal conductive paste/SMD is used between the light source 111 and the heat dissipation module 123 . The volume of the thermally conductive fixing base 112 can be between 1cm ³ and 60cm ³ , the surface area can be between 15cm ² and 130cm ² , and the weight can be between 3g and 135g. As shown in A1 and A2, the measured Tj temperature will exceed 150°C within 60 minutes, and the temperature will continue to be heated until the package is burned and cannot operate. As shown in A3 and A4, the Tj temperature can reach below 150℃. The thermally conductive holder 112 of the present invention has a first thermally conductive surface 1121 and a second thermally conductive surface 1122. The light source 111 and the first thermally conductive surface 1121 can be coated with thermally conductive paste/satch, but the second thermally conductive surface 1122 and the lamp holder body 121 The surface is in direct contact. The purpose is because the surfaces of the light source module 11 and the lamp holder body 121 are not coated or affixed with thermal conductive paste/satch. Because the thermal conductive paste/satch is sticky, the residue needs to be cleaned during disassembly and assembly. Adhesives, so thermal paste/satch will greatly hinder the convenience of disassembly and installation. The design of the thermally conductive fixing base 112 disclosed in the present invention can effectively improve the shortcomings of conventional lamps that must use thermally conductive paste/satch. It can be understood that the volume, surface area and weight of the thermally conductive fixing base 112 are for illustration only, and the actual design of the heat sink and lamp can be adjusted according to the actual size.

As shown in FIG. 10 , it is a quick-release connection method between the light source module 11 and the lamp holder module 12 according to another embodiment of the present invention. Figure 10 is a schematic cross-sectional view of the quick-release connecting element fixing seat and the quick-release connecting element fixation. The difference between this embodiment and FIG. 8 is that the first insulating connection part 1141 and the first conductive connection part 1142 of the quick-release connecting element 114 of the light source module 11 are completely attached. The quick-release connecting element fixing base 124 has a plug-in interface 1241 and a plug-in rotation receiving slot 1242. After the quick-release connecting element 114 enters the insertion rotation accommodating groove 1242 from the insertion interface 1241, it can rotate in the insertion rotation accommodating groove 1242. A second conductive connection part 1246 with elastic displaceability is provided in the insertion rotation receiving groove 1242. The second conductive connection part 1246 is made of conductive material with elastic displaceability. In this embodiment, the second conductive connection part 1246 presents a trapezoid shape. When the quick-release connecting element 114 is rotated to be fixed to the upper bottom surface of the second conductive connection part 1246, the first conductive connection part 1142 will provide a downward pressure, so that The upper bottom surface of the second conductive connection part 1246 retracts downward, and the pressure causes the unfixed side waist of the second conductive connection part 1246 to translate toward the positioning part 1244. After resisting the positioning part 1244, the first conductive connection part 1142 It is fixed with the second conductive connection part 1246 and completes the electrical connection. The first conductive connection 1142 may provide power to the light source 111 . The above-mentioned trapezoidal shape of the present invention is a schematic shape, which means that when the second conductive connection part 1246 receives pressure, it can generate elastic displacement and complete the function of electrical connection. It can be understood from the embodiments of FIGS. 8 and 10 that the elastically displaceable conductive material may be the first conductive connection part 1142 or the second conductive connection part 1246, or both are elastically displaceable conductive materials; elastically displaceable The method can be uniaxial or multi-axial. As long as the first conductive connection part 1142 and the second conductive connection part 1246 are combined and can be fixed to each other through elastic pressure and achieve the conductive function, they are elastically displaceable as described above. conductive materials. The quick-release and installation interface of the new light source module 11 and the lamp holder module enables the functions of power connection, fixation, and heat dissipation to be completed "synchronically" without the need for multiple divisions of labor and a quick-release interface for combination with lamps or power supplies. It can be understood that the synchronization does not only mean that the functions of power connection and heat dissipation are completed when the device is finally fixed. During the quick disassembly and installation actions, heat dissipation and/or power connection can also be completed first, and then the fixing is completed, as long as it is not What requires multiple divisions of labor and combination with lamps or power supplies is a quick-release interface described in the present invention. The configuration of the first insulating connection part 1141 and the first conductive connection part 1142 of the present invention can avoid the first conductive connection If the connecting portion 1142 is too close to the lamp holder body 121, a short circuit may occur due to contact with foreign objects, deformation of the contact piece, or arcing, which may cause safety hazards. In addition to applying pressure to fix the first insulating connection part 1141 of the present invention, it can also insulate and prevent the first conductive connection part 1142 from being connected to the heat dissipation module 123 of the lamp holder body 121 .

It can be understood that the number, shape and position of the quick-release connecting element 114, the first conductive connection part 1142, the press buckle 1243, the positioning part 1244, and the second conductive connection part 1245, 1246, as long as a quick release action can be achieved, It has the functions of conduction, heat dissipation and fixation at the same time, which is the scope of protection of the present invention. It can be understood that the number of quick-release connecting elements 114 is not limited, nor is it limited to each quick-release connecting element 114 having a first conductive connection part 1142. That is to say, some of the quick-release connecting elements 114 may only be responsible for Fixed function, part of the quick-release connecting components 114 is only responsible for the conductive function. As long as the light source module 11 and the lamp holder module 12 as a whole have the functions of conductive, heat dissipation and fixing when fixed by a quick-release action, it is the present invention. The scope to be protected.

As shown in FIG. 11 , it is a schematic diagram of the quick-release connection method of the light source module 11 and the lamp holder module 12 according to another embodiment of the present invention. The light source module 11 and the lamp holder module 12 are connected through corresponding connecting components. The light source module 11 includes a first connecting part 115, and the lamp holder module 12 includes a second connecting part 125, where the first connecting part 115 and the second connecting part 125 can be engaged and fixed with each other. The light source module 11 includes at least one first conductive connection part 1142, and the lamp holder module 12 includes at least one second conductive connection part 1251. When the light source module 11 and the lamp holder module 12 are fixed, the first conductive connection part 1142 It can be electrically connected with the second conductive connection part 1251. The first conductive connection 1142 may provide power to the light source 111 . In this embodiment, the lamp holder module 12 has an accommodating space, the width of the accommodating space is greater than the width of the light source module 11 , the accommodating space can accommodate the light source module 11 , the first connecting part 115 and The second connecting part 125 is a hook or hook mechanism. The light source module 11 and the lamp holder module 12 are engaged and fixed with each other through the first connecting part 115 and the second connecting part 125 .

As shown in FIG. 12 , it is a schematic diagram of the quick-release connection method of the light source module 11 and the lamp holder module 12 according to another embodiment of the present invention. The lamp holder module 12 has an accommodation space that can accommodate light. The width of the accommodation space is slightly smaller than the width of the light source module 11. The light source module 11 and the lamp holder module 12 are connected through friction. The light source module 11 includes at least one first conductive connection part 1142, and the lamp holder module 12 includes at least one second conductive connection part 1251. When the light source module 11 and the lamp holder module 12 are fixed, the first conductive connection part 1142 It can be electrically connected with the second conductive connection part 1251. The first conductive connection 1142 may provide power to the light source 111 . In this embodiment, the accommodation space of the lamp holder module 12 is smaller than that of the light source module 11, so that the light source module 11 and the lamp holder module 12 generate friction when they are connected to each other. The light source module 11 and the lamp holder module 12 is fixed by friction and completes electrical connection.

As shown in FIG. 13 , it is a schematic diagram of the quick-release connection method of the light source module 11 and the lamp holder module 12 according to another embodiment of the present invention. The difference from the embodiment of FIG. 11 is that the light source module 11 and the lamp holder module 12 are fixed to each other through an external fastener 126 . The light source module 11 includes at least one first conductive connection part 1142, and the lamp holder module 12 includes at least one second conductive connection part 1251. When the light source module 11 and the lamp holder module 12 are fixed, the first conductive connection part 1142 It can be electrically connected with the second conductive connection part 1251. The first conductive connection 1142 may provide power to the light source 111 . In this embodiment, the lamp holder module 12 has an accommodation space, and the accommodation space can accommodate the light source module 11. The lamp holder module 12 includes an external fastener 126, and the light source module is connected through the external fastener 126. After the group 11 and the lamp holder module 12 are positioned, the light source module 11 and the lamp holder module 12 are fixed and electrically connected.

As shown in FIG. 14 , it is a schematic diagram of the quick-release connection method of the light source module 11 and the lamp holder module 12 according to another embodiment of the present invention. The light source module 11 and the lamp holder module 12 are connected through corresponding connecting parts. The light source module 11 includes a first connecting part 115, and the lamp holder module 12 includes a second connecting part 125, where the first connecting part 115 and the second connecting part 125 can be engaged and fixed with each other. The light source module 11 includes at least one first conductive connection part 1142, and the lamp holder module 12 includes at least one second conductive connection part 1251. When the light source module 11 and the lamp holder module 12 are fixed, the first conductive connection part 1142 It can be electrically connected with the second conductive connection part 1251. The first conductive connection 1142 may provide power to the light source 111 . In this embodiment, the lamp holder mold The group 12 has an accommodation space that can accommodate the light source module 11 . The first connecting part 115 and the second connecting part 125 are magnets that can attract each other. The first connecting part 115 and the second connecting part 125 are fixed to each other through magnetic attraction.

As mentioned above, when the light source module 11 and the lamp holder module 12 can be quickly detachably fixed, a pressure can be provided to tightly press and fix the thermal conductive fixing seat 112 and the lamp holder body 121, or through the first connecting part 115 The second connecting part 125 and the second connecting part 125 are fixed to each other through hooks or hook mechanisms, friction, magnetic attraction, and external buckles. The heat is then dissipated by the plurality of heat dissipation fins 1231 through conduction. This new disclosure discloses that the light source module 11 and the lamp holder module 12 are a quick-release combination, and the functions of electrical conduction and heat conduction are completed in the action of a quick-release combination.

The above detailed description is a specific description of possible embodiments of the present invention. Therefore, it is not intended to limit the patent scope of the present invention. Any equivalent implementation or modification that does not depart from the technical spirit of the present invention shall be included in the patent of this case. Within the scope, and this case is not only innovative in terms of technical ideas, but also has many functions that cannot be achieved by conventional traditional structures. It fully meets the statutory patent requirements of novelty and advancement, and the application is filed in accordance with the law.

1: Lamps

11:Light source module

12: Lamp holder module

Claims (10)

A lamp with a quick-release interface, including a light source module and a lamp holder module. The light source module has a quick-release connection element. The lamp holder module has a quick-release connection element holder, wherein the quick-release connection The component and the quick-release connecting component holder can be fixed in a quick-release manner. As for the lamp with a quick release interface as described in claim 1, the light source module includes a light source and a thermally conductive fixing base, the thermally conductive fixing base has a first thermally conductive surface and a second thermally conductive surface, and the light source is disposed on the third thermally conductive surface. On a heat-conducting surface; the lamp holder module includes a lamp holder body, the quick-release connecting element fixing seat is arranged on one side of the lamp holder body, and the second heat-conducting surface is in contact with one side of the lamp holder body. The lamp with a quick-release interface as described in claim 2, wherein the quick-release connecting element fixing seat is an annular shape, one side of the lamp holder body is exposed in the annular shape, and the second heat-conducting surface and the lamp holder body are The area on one side that is exposed inside the ring is in direct contact. As for the lamp with a quick-release interface as described in claim 3, the quick-release connecting element holder has a plug-in interface and a plug-in rotary accommodating slot, and the quick-detach connecting element can enter the plug-in rotary accommodating slot from the plug interface. Holding tank. The lamp with a quick-release interface as claimed in claim 4, wherein the quick-release connection element has a first conductive connection portion, the quick-release connection element holder has a second conductive connection portion, and the first conductive connection portion and The second conductive connection part is in electrical communication with a power supply, and the first conductive connection part is in electrical communication with the light source module. As for the lamp with a quick release interface as described in claim 5, the plug rotation receiving groove includes a press buckle, the second conductive connection part is provided on the press buckle, the second conductive connection part and the power supply Electrical connection. As for the lamp with a quick release interface as described in claim 6, when the first conductive connection part and the second conductive connection part are electrically connected, the first conductive connection part is subjected to an elastic pressure and is displaced. As for the lamp with a quick release interface as described in claim 5, when the first conductive connection part and the second conductive connection part are electrically connected, the second conductive connection part is subjected to an elastic pressure and is displaced. For the lamp with a quick-release interface described in claim 7 or 8, the lamp holder module further includes a plurality of heat dissipation fins to provide heat dissipation. As for the lamp with a quick release interface as described in claim 9, the lamp holder body further includes a conductive terminal insertion opening, which allows a conductive terminal to penetrate from one side of the lamp holder body to the other side through the conductive terminal insertion opening. .