TWM273165U - Light emitting diode lighting equipment - Google Patents

Description

M273165 IV. Creation instructions (1) [The new type belongs to the creation, especially the light-emitting diodes [previous technology, according to modern and different, but the electrical energy of the traditional lighting equipment is converted into heat, but it is very similar to the silver lamp. Because of the advanced development of each kind of mercury, the conversion of light-emitting energy into k-bubbles is 100 times, 1/5, so it is expected to have both power saving and light bulb 1 technology. Lighting device using light emitting diodes to form a light source A lighting device for efficiently dissipating a heat source generated by light emitting diodes. ] Ming equipment is an indispensable product for people's livelihood in modern life. Although the quality of life is different, the demand for lighting equipment is generally tungsten bulbs and mercury lamps. At present, tungsten bulbs are the most common. Most of the lucky animals shoot heat, so the luminous efficiency is not south, and the round shots they generate are not suitable for living in hot climate areas. Although the water light efficiency is better than tungsten light bulbs, the inner wall of the lamp is painted. When the lamp is discarded, it will cause environmental pollution. In recent years, the state has actively invested in the development and research plan of optoelectronic semiconductors, which can also replace the light-emitting diodes of traditional lighting. A polar body is a semiconductor element, so its life is long, and its light energy efficiency is also high, and its power consumption is low. In general, the life of a light-emitting diode bulb is 50 to 50 times longer than that of the light source, and The power consumption of the diode itself is about 1/3 of that of a normal light bulb. Because white light-emitting diode bulbs have many of the above advantages, they replaced tungsten filament bulbs and mercury lamps in the second century-century, becoming a new lighting source for environmental protection concepts; Generally, a plurality of light-emitting diodes 11 are assembled together, as shown in the first figure, and closed by a glass cover 12, which is likely to cause these light-emitting diodes.

¥

Page 6 M273165 9. Creation instructions (2) Body 1 1 Operation in the light-emitting state [New content This article creates a heat sink and the generated heat source to dissipate, thinking that the heat source generated when it is reached cannot be effectively dissipated, and cannot be used in Normal, resulting in a higher failure rate of the light-emitting diode bulb 1. The plate and the bubble seat drive side are coated with a plurality of edge rings and at the same time they are set to apply the voltage: a lamp insulation ring, the plastic substrate inherently conducts heat by a driven seat, and its insulation ring is provided with an external power supply metal "light-emitting diode according to the substrate Normally connected, it is conducted from the substrate to maintain the light-emitting diodes. For this purpose, the bubble holder, heat sink, holder and shell are created. The plastic upper cover has a base that can be accommodated in the bottom of the ring groove and controlled by oil and metal substrates. The insulating ring base has an inner cavity for the metal-based shell; wherein, when the source is connected to each light-emitting diode invented device on the driver substrate through a connector, the main parts of the light-emitting diode are made by the heat-sink, Luminous power. The light emitting diode lighting plastic upper cover, the driving base heat sink and the plastic upper cover placing the heat sink and the driving base are equipped with several electronic components in normal contact. The metal light diode, the ring edge on the ring groove can press the lower board to hold the positioning, and The insulated driving circuit and the connecting substrate circuit are used to drive the light. The system can be used to polarize the light source to fix the heat source equipment at least the cladding plate, and the metal base is fixed to the ring groove of the lamp plate. There is an insulated driving board, the head above the edge ring seat is connected, and the function of the lighting produced by the board [implementation] In order to make your reviewing committee understand the structure and overall operation of this creation, the following description is given in conjunction with the drawings:

Hi Page 7 M273165 3. Creation instructions (3) The second picture of this creation and the "Lighting two or three pictures shown in a light bulb holder 2 bottom end seat 24 0, corresponding to the plate 5 metal slot 5 position column and with 1 middle ring It can be used to dissipate heat and heat. The outer screw 0 is used as the normal substrate 5 1, fixed 3 1 card, a plastic 4 0, the lower thread 8 and the outer cover and the drive substrate. A metal plate is formed, such as heat dissipation 5 0. One driving phase is connected. One is provided with a sequence lock 3 pieces 3 patterns 8 and a 0 position post is arranged on the side of the upper cover. 2, 7 0 The base plate of the seat is good and the base plate is 0, and the inner screw of the head 2 is fixed at 0, 0. Match 2, contact contact 3 1 locate 40 grooves and plastic ring for driving 5 0 materials 7 70 polar body photos, at least it has 2 can be with groove 8 1 ring seat 2 one end is connected to the groove seat and the other On this side, a groove 5 1 is provided and a fixing seat 2 1 is glued on the cover groove 4 1 as a moving substrate, which is of a quality type, and its light-emitting two controls. It is clear that the device includes an external power supply for 1 on. The middle end of 2 1 can be implemented in the same figure as the slot 5 1 and it is determined to be within 4 0 of the above, and the ring 70 is metal. It is installed in the pole body 6. The basic structure of the drive is as follows: the groove seat circuit of each component forms a circuit connected to the heat sink 30 and the internal screw of the bulb seat is over-heated. The groove seat thread 8 has Slot 4 1 The ring slot 4 made by the positioning material, each substrate 7 2 0 pattern 8 1 oil 3 3 the heat dissipation post 3 has heat conduction 2 1 in 1 to form the housing and the bottom is suitable, as in 1, it emits light 20 and it is connected to 21, and its groove plastic upper cover groove seat 2 1 is formed with a metal base piece 30 and 1 and a positioning oil, so that the plastic has a corresponding heat piece 3 0 at the current position. Copper-clad metal substrate pole body 6 0 connector 2 2 an insulating ring seat with a through hole 9 2, the insulating ring seat

Page 8 M273165 Mouth, creation instructions (4) Set in the ring groove 4 1 There is a drive base that can be screwed into the ring groove 4 1 to fix the polar body irradiation and plastic solid metal and The solid drive will go online to achieve the heat dissipation of the ceramic diode. The brightness of the whole glue is fixed on the plate 5. The substrate is fixed on the substrate. The voltage lighting is worth 6 pieces of porcelain pillars 3. The two-pole shell 9 is covered. Assembly cover 4 ring groove 0 benefit 5 0 9 2 7 0 externally introduced work)) 0 rounds 0, the upper part of the ring groove 4 1 and the insulating ring seat 9 1 are provided with internal thread 8 1 and external thread 8 2. After the insulating ring seat 9 1 is made, the ring edge 9 1 1 of the insulating ring seat 9 1 can be pressed against the plate 7 0 and the metal substrate 50 at the same time, so that the metal substrate 50 is located on the heat sink 30 and the insulating ring The upper part of the seat 9 1 is 9 3 ° 3. It is in the form of an arc-shaped outer cover, which can close each of the light-emitting diodes. It can be a high light-transmitting material. When adding light, please refer to 0 at the same time and fix it in order. The bottom of the ring seat 41 is fixed with a positioning groove 51, which is fixed to the heat sink 30 and screwed into the ring groove 41, while pressing the metal The circuit board is connected to the metal substrate 50 through the connector 22 to enable. What ’s more, this work uses the heat source generated when the metal substrate 50 is used as light, and the heat sink 30 is used to emit 0 light. As shown in the four figures, the heat sink 3 0 2 1 is placed, and the gold of the driving substrate 7 several light emitting diodes 60 is placed on the positioning post 3 2, and then the insulation ring seat 9 1 is placed on the edge of the ring. 9 1 1 The lower part 5 0 is fixedly located at the heat sink 3 and is guided to the driving substrate 70 and is used to guide each light emitting diode 60 to emit light. A heat sink 3 0 (when the material can be normally contacted, each light is emitted, Conducted from the metal substrate 50 to the heat source to dissipate effectively to maintain each

Page 9 M273165 创作, creation instructions (5) In addition, the heat sink 3 0 and the plastic cover 40 can further be provided with a plurality of heat dissipation holes 3 2, 4 3, as shown in the fourth figure, the inside of the ring groove 4 1 and The outside world forms air convection, and the heat source is radiated out through each heat dissipation hole 43 to strengthen the heat dissipation function. As mentioned above, this creation provides a light-emitting diode lighting device that effectively dissipates the heat source generated when the light-emitting diode emits light, and submits an application for a new patent according to the law; however, the above implementation description and drawings show Those who are the preferred embodiment of this creation do not limit the creation of this creation, so those who are similar or similar to the structure, installation, features, etc. of this creation shall fall within the scope of the creation purpose of this creation and the scope of patent application. Inside.

Page 10 M273165 Schematic illustration [Schematic description] The first diagram is a perspective view of the structure of a conventional light-emitting diode bulb. The second picture is a perspective view of the structure of the light-emitting diode lighting equipment in the creation. The third picture is a three-dimensional exploded view of the structure of the light-emitting diode lighting equipment in the creation. The fourth figure is a schematic diagram of the structure of the light-emitting diode lighting equipment in the creation. Element 2223 < 3 4444 201 230 0 Description of representative symbols】 LED light bulb LED light cover glass bulb socket socket connector heat sink positioning post heat dissipation hole thermal oil plastic cover ring groove socket heat sink metal substrate positioning groove

Page 11 M273165 Simple illustration

Light-emitting diode Driver board Internal thread External thread Insulated ring seat Toroidal it iL housing («

Page 12

Claims (1)

M273165 V. Patent application scope 1. A light-emitting diode lighting device, which at least includes: a light bulb holder, which has a slot seat for each component, and a connector at the bottom end for forming a circuit connection with an external circuit ; A heat sink, one end of which is fixed in the socket of the bulb holder, and the other end is in normal contact with the metal substrate; a plastic cover is fixed in the above socket, and has a heat sink and a driving substrate A ring groove; a metal substrate is arranged in the insulating ring base, and the metal substrate is provided with a plurality of light-emitting diodes, each of which is controlled by a driving substrate, which is connected to the connector; || An insulating ring base, which is located above the ring groove, has a ring side that can press the driving substrate and metal substrate below to position the substrate, and a housing is sleeved above the insulating ring base; 形成 forms a light-emitting diode When the lighting device is in normal contact with the heat sink and the substrate, the heat source generated by each light-emitting diode to emit light is conducted from the metal substrate to the heat sink and then dissipated by the heat. The heat source is effectively dissipated to maintain the luminous power of each light-emitting diode. * 2. The light-emitting diode lighting device described in item 1 of the scope of patent application, wherein the heat sink may be a ceramic cylinder. 3, such as The light emitting diode lighting device described in item 1 of the scope of the patent application, wherein the heat sink is provided with a plurality of heat dissipation holes. 〇4. The light emitting diode lighting device described in item 1 of the scope of the patent application, wherein the slot The seat ring is provided with an internal thread, and the heat sink and the plastic upper cover are formed with external threads in cooperation with the internal thread, so that the heat sink and the plastic upper cover can be sequentially Page 13 M273165 5. The scope of the patent application is locked to the ring seat 5, such as, where the post and positioning 6, such as, where the 7, such, among which 8, such as, where, the > and outside Thread. 9, such as, wherein the 10, equipment, wherein, 11, and equipment, wherein the movable substrate is placed. The contact surface between the heat sink and the metal substrate of the light-emitting diode lighting device described in item 1 of the scope of patent application is provided with a matching groove. The contact surface between the heat sink and the metal substrate of the light-emitting diode lighting device described in item 1 of the application scope is coated with thermal oil. The metal substrate of the light-emitting diode lighting device described in item 1 of the scope of the patent application may be a copper-clad copper substrate. The luminous diode lighting equipment described in the first item of the patent scope is provided with an internal screw thread that can be screwed between the ring groove and the insulating ring seat. Material to increase the brightness of the light. The light emitting diode lighting device described in item 1 of the scope of patent application. The plastic cover is provided with a plurality of heat dissipation holes. As described in Item 1 of the scope of the patent application, a light-emitting diode lighting device is provided with a seat at a proper position at the bottom of the ring groove for driving positioning. Φ Page 14