TWM410834U - Modular connected LED lamp tube - Google Patents

Description

M410834 V. New Description: [New Technology Field] This creation is about a light-emitting diode lamp, a special modularized LED light-emitting diode lamp.曰 【Prior Art】 • In daily life, in order to accurately identify the environment and orientation in a dark environment, lighting equipment has become an important tool. Looking around the existing lighting equipment, most of them use the right eunuch or the light bulb as the light source. Among these lamps or bulbs, there are more than one tube, self-sewn bubble, money lamp f or light bulb, etc. The power consumption of the fluorescent lamp* is only about five to ten times that of the incandescent bulb, and the 'smart' can be used for wide-angle illumination, so the above lamp or bulb Among them, fluorescent tubes are most widely used by the public. ' However, when starting the illumination of the daylight lamp, the electrode: the particles in the tube (usually the particles of mercury vapor, and then emit ultraviolet light to excite the coating on the tube = light: r, coated in the tube) Recycling and recycling, it is more likely to cause environmental pollution problems.

Di-Ί提Τ, because of the light-emitting diode (1) coffee-g long life and other advantages, point, the temperature of the car when the light is turned on, 4 f, etc. = the port is used to make the LED tube, in order to replace the Xi: However, looking around the existing LED tube, it is common for two ^ f = still difficult to solve the problem, one of which is the mechanical parts (such as screws) and wires that must be assembled during assembly. . The structure is structurally connected to the circuit, thus deriving the problem of group=order and expensive assembly. The second is that the single-standard design can only be performed according to the size of the machine. Therefore, it is impossible to selectively assemble LED lamps of various specifications by using existing components. [New content] The technical problems and objectives to be solved by this creative work: In view of the fact that in the light-emitting diode (LED) lamp provided by the prior art, the assembly procedure is cumbersome and the assembly cost is expensive. And the problem that it is impossible to use existing components to selectively assemble LED lamps of various specifications; therefore, the main purpose of this is to provide a modular LED driver. It modularizes the components to complete the structural and circuit connection at the same time when the splicing and combination of the components is completed. In addition, another object of the present invention is to provide a modularly connected LED lamp tube that modularizes a lamp panel provided with an LED in a structure and a circuit to form a lamp. The board assembly selectively connects a plurality of the light board assemblies in series by means of a series connection to selectively assemble the LED tubes of various specifications. The technical means to solve the problem in this creation: This creation is to solve the problem of the prior art, and the technical means used to provide a modular connection of the light-emitting diode (Light 4 M410834

Em^ing DlQde; LED) lamp, which is used for bonding to a lamp holder: I, lamp holder electrode. The modularly connected LED tube described above comprises a >'-lamp assembly, a two-lamp electrode assembly and a heat dissipation assembly. The light board assembly comprises a light board body, a plurality of LEDs, and a f 2 way smart two pairs of light board electrode connectors. The lamp board body has a configuration surface path: ii; the LED system is disposed on the arrangement surface of the lamp board body; the electric system is connected to the LED to drive the LED to project an illumination light. The counter electrode connector is disposed at the end portion, and the connection configuration circuit is connected. '. And the Ϊΐ ί ί Ϊ 连结 连结 连结 连结 连结 连结 连结 连结 连结 Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ 连结 Ϊ Ϊ 连结 连结 连结 连结 连结 连结 连结 连结 连结 Ϊ φ φ φ φ φ φ φ φ φ φ φ φ φ φ In the embodiment, the above-mentioned modularized company can also include a transparent cover body, so as to combine the two, so as to accommodate the lamp assembly. The transparent cover body may have a heat base j, and the heat dissipation k piece may include a heat dissipation base, at least -1 card connection, preferably on the first) the first card m piece and at least - (the second is preferably the second card) Connect the components. The heat-dissipating base is extended along the first: the first snap-on component can be extended from the heat-dissipating base. The slot is provided for the light-plate assembly to be moved along the extension direction. In order to extend from the heat dissipation base, there is also a t-slot, so that the cover engaging portion can be moved in the extending direction. In the preferred embodiment of the present invention, each of the lamps may include an electrode substrate and a pair. The lamp board is connected with a "torsion electrode and an electrode sleeve. The electrode substrate comprises a lamp two" pair 4, and the lamp board & connector is disposed at the lamp board end for connection with &, electrical interest 'α; wherein ~ 5 The above-mentioned lamp plate electrode is connected to cry. 喁 for bonding therein—the hjg electric raft is disposed on the electrode for accommodating the electrode substrate, and the second lamp f electrode is fitted. Electrode sleeves This can be used to complete the module of this creation. Preferably, the light-emitting cover can be used to connect a plurality of light-plate assemblies simultaneously on the electrode plate of the lamp plate, and the second component is mechanically coupled with the electric ten-connected component. One

The choice ' can selectively group the type of n with the number of cascades. ^ Different kinds of LEDs This creation compares the effects of the prior art: Compared with the modularized LED lamp 3 provided by the led technology provided by the prior art, the module is modularized to form the above-mentioned light board. = Its: 】 The electrode assembly, the transparent cover and the heat-dissipating component circuit are connected; therefore, the structurally completed assembly operation is completed, and then the section; the 襄 program's (4), the external 'is provided by the prior art In the second part of the creation provided by this creation: by = "D", the configuration circuit and the lamp board =: the piece is molded into a light board assembly; because; 2::: y is connected in series with a plurality of light board components, In this way, different lamps and lanterns can be used, and the function of 4 LED tubes can be achieved. And Lv further achieves multi-read production [Embodiment] M410834 ^The modular connection provided by this creation a, ghte ^Diode ; LED)^t(,T .

=J) can be, .. ° combined with a variety of lamps ^ 'and widely used in the production of a variety of LED combinations, the implementation is even more numerous, so in tL:: described only for the LED tube itself, listed one of the good and good The specific examples are given in detail. One apricot ^ / read the picture to the fourth picture, the first picture shows the main components of the led configuration side of the LEW

The main components of the heat dissipation side of the official are exploded into a perspective view; the third figure is a partial enlarged view of the area shown by the circle L; and the LED provided by the fourth embodiment of the present invention enters a batch of images to the fourth figure. An LED tube 1 is provided for two pairs of lamp holder electrodes (not shown), and includes a k-plate assembly 11, a heat-dissipating component 12, and a light-transmissive cover member. The light panel assembly u includes a light board; a plurality of LEDs 112, a configuration circuit (not shown), a connector 113 and 113a, and another light source electrode connection 114 and 14a. The lamp panel body U1 has a configuration surface mi, a heat dissipation surface 1112, and two end portions ni3 and 1114. Preferably, the LEDs 112 are linearly arranged along an extending direction I and placed on the arranging surface 1 η 1 . The configuration circuit is disposed on the configuration surface 1111, so that the LED 112 is directly connected without passing through the wire, and the LED 112 is driven to emit an illumination beam. The pair of lamp plate electrode connectors and 13a are disposed at the heat dissipating surface m2 of the end portion 1113, and the other pair of lamp plate electrode connectors Π4 and 114a are disposed at the end surface 1112 of the end portion 1114; The electrode connectors n3, U3a, 1M and 114a are connected to the configuration circuit. 7 M410834 electrode id! Layout on the configuration surface 1111, the light board 1]3, n3a, W and ma are arranged in a different configuration than the heat dissipation® 1112, but can be configured by the pin or light board of the circuit The electrode connectors 113, 113a, 114 have a fish 1 pin passing through the lamp panel body (1) 6 so that the lamp plate electrode connectors 3, 113a, 114 and ] Ma are directly connected to the configuration circuit. At the operational level, the lamp electrode connectors 113, 113a, Π 4 and 114a and the configuration circuit can be disposed in the phase of the lamp body (1)

m such as: can be set at the same time on the configuration surface ιιη or the heat sink surface 2 with k 'light board electrode connectors 113, 113a, 114 盥 114a and the configuration circuit can also be placed on the opposite surface of the light board body lu, such as the connector 113, 113a, 114, and U4a may be disposed on the configuration surface mi, and the configuration circuit may be disposed on the heat dissipation surface 1112. Alternatively, the lamp electrode connectors 113 and 113a are disposed from the nn, and the lamp electrode connectors 114 and U4a are disposed on the heat dissipating surface 1112 or any combination thereof.

However, when the lamp electrode connectors 113, 113a, 114A, U4a and the arrangement circuit are disposed on the same surface of the lamp body U1, the circuit can be directly connected to be directly connected; when the lamp electrode connectors 113, 113a, Π 4 When n4a and the arrangement circuit can be disposed on the opposite surface of the lamp body 111, they can be directly connected through the pins. No matter what, no additional wire overlap is required. The heat release component 12 is configured to emit the illumination beam, the generated thermal energy, and to include a heat dissipation base 121 and two engaging portions 122 and 122a. The heat dissipation base 121 is a semi-circular tubular structure, and f extends in the extending direction j in accordance with the arrangement of the LEDs Π2. The engaging portions 122 and 122a extend from both sides of the heat dissipation base 121. The engaging portion 122 includes a first engaging member 1221 and a second engaging member 1222'. The engaging portion 22a includes a first engaging member 1221 & and a first engaging member 1222a. In this embodiment, the first latching elements 1221 and 122]a extend from the thermal base 121, and the second latching elements 1222 and 1222a also extend from the heat dissipation base 121. In addition, the first latching member 122 and 1221a can be the first latching guide groove, so that the lamp panel assembly n can be quickly inserted and snapped in the extending direction I. . The Ukrainian body 13 is fitted to the other half of the heat dissipation base 121 to form a tubular structure with the heat dissipation base 121 for arranging and enclosing the lamp panel assembly 11. In this embodiment, the transparent cover 13 has a cover member 1222 and a cover member 1222 and a cover member. The second snap members 1222 and 1222 can be second. The guiding groove, the cover engaging portions 131 and 132 may be the protrusions of the first engaging groove, so that the cover engaging portion 131 can be quickly inserted into the second clamping in the extending direction I/ The guide groove is also provided, and the optical illumination field shape of the illumination beam projected by the LED 112 can also be adjusted by using the structure and material D of the transparent cover 13 to be optically corrected. The electrode assembly 14 includes an electrode substrate 141, a pair of light plates: states 142 and 142a, and a pair of lamp electrodes 143 and 143a as a pole sleeve 144. The electrode substrate 141 has a lamp plate end Mil and an = extreme 1412, and Layout: led drive circuit. Among them,

The ί 14U is adjacent to the lamp panel assembly 11, and the electrode terminals 1412 are tied to the opposite side of the 1411. In practice, an appropriate electrode substrate 141 can be selected depending on the LED specifications. The end of the lamp board ^ 3⁄4 142 and ] 42a are set at the lamp port:; and the 113a. The lamp electrode 2 = the extreme M12 for bonding to the above two pairs of lamp holder electrodes 141 Θ. The electrode sleeve 144 is for accommodating the electrode substrate, the heat-dissipating component 12 and the light-transmitting cover 13. M410834 Similarly, the lamp electrode assembly 15 includes an electrode substrate 151, a pair of lamp end connectors 152 and 152a, a pair of lamp electrodes 153 and 153a, and an electrode sleeve 154. The electrode substrate 151 has a lamp end 1511 and an electrode end 1512, and an LED driving circuit can be disposed. The lamp end 1511 is adjacent to the lamp assembly 11 and the electrode end 1512 is located on the opposite side of the lamp end 1511. In practice, an appropriate electrode substrate 151 can be selected depending on the number or size of the LEDs 112. The lamp end connectors 152 and 152a are disposed at the lamp end 1511 for connection to the lamp electrode connectors 114 and 114a. The lamp electrodes 153 and 153a are provided at the electrode end 1512 for bonding to the other of the above two pairs of lamp holder electrodes (not shown). The electrode sleeve 154 is for accommodating the electrode substrate 151, and is configured to fit the heat dissipating component 12 and the light transmissive cover 13. The lamp board end connectors 142 and 142a are coupled to the lamp board electrode connectors 113 and 113a, the lamp board end connectors 152 and 152a are coupled to the lamp board electrode connectors Π4 and 114a, and the lamp tube electrodes 143, 143a, 153 and 153a. When coupled to the base electrode, the lamp electrode assemblies 14 and 15 can electrically communicate with the configuration circuit and the base electrode. Please refer to the fifth and sixth figures. The fifth figure shows an exploded perspective view of the main components of the LED lamp provided by the second embodiment of the present invention. The sixth figure shows the LED lamp provided by the second embodiment of the present creation. A perspective view of the appearance of the tube. As shown in the fifth and sixth figures, an LED lamp la is similar to the LED tube 1 of the first embodiment, and includes the above-mentioned lamp panel assembly 11, the heat dissipating component 12, the transparent cover 13 and The two lamp electrode assemblies 14 and 15 and include another lamp panel assembly 11a, another heat dissipating component 12a and another transmissive cover 13a. The other lamp panel assembly 11a, the other heat dissipating component 12a, and the other transmissive cover 13a are similar in structure to the above-described lamp panel assembly 11, heat dissipating component 12, and transmissive cover body 3. As can be seen from the fifth and sixth figures, in the second embodiment, the more than 15U2' can be along the 10 11 ^ 12 pole assembly 14 for a slight adjustment/closing and closing in response to the lamp socket. The need for degree 'in the ruler η and the transparent cover body 2 3 inch plate assembly η, the heat sink component foot heat sink component 12 and 12 ^ = ΐ not - to 'only need to over 13a her pings 笠 B version ~ long With the transparent cover 13 and the electrode group ΙΓΐ4 magic 5 group = and the mountain can be with the lamp heat assembly 12 disk translucent cover t,, ° n ίί electrode assembly 14 can be fitted with the dilation component 12ai ^ im cover ^ lamp officer The electrode assembly 15 may be provided with conditions such as a dispersion, a, a, a, and a through-cap body 13a. This creation ίΐ乍f: "The main explanation is: due to the type of energy, household & and & the accessories are modularized into components of the ίνΐΐΙ 'ΪΤ! ^ with the specifications rLED lights f first cover 'heart fast release A variety of do not make the first;; f read the seventh and eighth diagrams, the seventh diagram shows the decomposition of the main components of the LED tube provided by the creation of the second generation of the LED lamp Ld body Figure. As shown in the seventh and eighth figures, the other is the LED tube in the first embodiment! And similar to the LEI) lamp & in the example, which comprises the above-mentioned lamp pack $ another H\la and the two lamp electrode assemblies 14 and 15, and: the piece 125 and the other transparent cover 13 of which, 12b along The length of the extension direction 1 is longer than that of the heat dissipating component 2, :=, 2b and the transmissive surface m can be placed and sealed by the upper lamp assembly 11 and 11a.

Creation ί 3 f The eighth picture combined with the above disclosure shows that the two yoke cases of this younger brother mainly explain: Because the creation department will be LED, the type of components, so it can be fast, and quickly ί ^ · □ box A plurality of light panel sets are packaged and displayed, and LED lamps of different specifications are displayed on the display. After the technology disclosed in the technical work, I believe that the coffee in the ΐΪί ΪΪ , , , 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于Mold and smash, JT / JL' | tube electrode assembly, light-transmissive cover == light board assembly, lamp 廿 B ^ a nine cover and political components, four main components, circuit, fit and The way of connection, directly on the structure and the ground ι rS: 'so' can simplify the assembly process, and quickly, and install the work, thereby saving assembly costs. In addition, compared to the LED tubes provided by the prior art, the modularized LED tubes lai lb provided in the present creation. The lamp body, the LED, the configuration circuit and the lamp plate electrode are connected as a temple accessory to be modularized into a lamp board assembly; therefore, a plurality of lamp board assemblies are connected in series at the same time on the circuit, thereby being selective A variety of different sizes of LED tubes are assembled to achieve the multi-functional production of LED tubes. It can be seen from the above-mentioned embodiments of the present invention that the creation has the use value of the industry seven. However, the above embodiments are merely illustrative of the preferred embodiments of the present invention, and those skilled in the art can make various other modifications and changes in accordance with the above-described embodiments of the present invention. However, these various improvements and changes made in accordance with the present embodiment are still within the scope of the creative spirit of the creation and the scope of the patent. M410834 [Simplified description of the drawings] The first figure shows an exploded perspective view of the main components of the LED configuration side of the LED lamp provided by the first embodiment of the present invention; the second figure shows the LED tube provided by the first embodiment of the present creation. The main part of the heat dissipating side is an exploded perspective view; the third figure shows a partial enlarged view of the area shown in the first circle A; the fourth figure shows the external view of the LED tube provided by the first embodiment of the present invention; The main assembly exploded view of the LED tube provided by the second embodiment of the present invention is shown; the sixth figure shows the appearance of the LED tube provided by the second embodiment of the present invention; The main assembly exploded perspective view of the LED lamp tube provided by the embodiment; and the eighth figure shows an external perspective view of the LED lamp tube provided by the third embodiment of the present invention. [Description of main component symbols] 1. la, lb 11 ' 11a 111 1111 1112 LED (light emitting diode) lamp lamp board assembly lamp board body configuration surface heat dissipation surface M410834

1113, 1114 End 112 LED 113 '113a ' 114 ' 114a Light board electrode connector 12, 12a, 12b Heat sink assembly 121 Heat sink base 122 ' 122a Engagement portion 1221 > 1221a First snap element 1222 ' 1222a Second Clamping element 13 > 13a > 13b Transmissive cover 131 > 132 Cover engaging portion 14, 15 Lamp electrode assembly 141, 151 Electrode substrate 1411 '1511 Lamp end 1412' 1512 Electrode end 142, 142a, 152, 152a lamp end connector 143, 143a, 153, 153a lamp electrode 144, 154 electrode sleeve I extending direction 14

Claims (1)

Sixth, the scope of application for patents: 】. The light-emitting diode (LED) lamp b, which is a combination of the two pairs of lamp holder electrodes, includes: at least one light board The component comprises: a lamp body having a two-end portion and a configuration surface; a plurality of light-emitting diodes disposed on the arrangement surface; and a configuration circuit connecting the light-emitting diodes to drive the light-emitting diodes The diode projects an illumination beam; and two pairs of lamp electrode connectors are respectively disposed at the two ends, and are connected to the configuration circuit; the two lamp electrode assemblies 'each of the lamp electrode assemblies are coupled to the pair of a lamp plate electrode connector, wherein the two lamp electrode assemblies are coupled to the two pairs of lamp holder electrodes 4' for electrically connecting the configuration circuit and the two pairs of lamp holder electrodes; and - the heat dissipation component is provided by the board The component is coupled to the two-lamp electrode assembly and is configured to dissipate heat generated by the light-emitting diodes to project the illumination beam. The modularly connected light-emitting diode lamp &amp; 'and the light-transmitting cover' is coupled to the heat-dissipating component to accommodate the light-plate assembly. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; a seat extending along an extending direction; at least one first latching component extending from the heat sink base and for engaging the light panel assembly; and at least one second latching component from the heat sink base The seat extends and the card body is snapped. 4. The modularly connected LED lamp of claim 3, wherein the first card component is a first card slot, whereby the lamp assembly is adjacent to the lamp assembly The extension direction is movably snapped. 5. The modularly connected LED lamp according to claim 3, wherein the second latching component is a second latching slot for the cover to be snapped The portion is movably snapped along the extending direction. 6. The modularly connected light-emitting diode lamp of claim 3, wherein the heat sink base is a semi-circular tubular structure. 7. The modular light-emitting diode lamp of claim 6, wherein the light-transmissive cover system is a half-tube 16 M410834-like structure that fits the heat dissipation base. The modularized light-emitting two-shoe lamp assembly of the second aspect of the invention is composed of: an electrode substrate having a lamp plate end and an electrode end; a ϋ 'system setting _ lamp end for connecting to one of the pair of lamp electrode connectors; and a pair of lamp electrodes disposed at the electrode end for coupling to the pair of lamp holders One of the electrodes. 9. The modular LED light-emitting diode according to the above-mentioned patent axis, wherein each of the lamp electrode assemblies further comprises an electrode sleeve, and the electric electrode substrate is accommodated and the heat dissipating component is fitted And the light transmissive cover. 10. For the modular connection of the first diode according to claim 8, wherein the electrode substrate has two lamps