CN208332121U - A kind of flame lamp - Google Patents

Abstract

The utility model relates to illumination and decoration technical fields, a kind of flame lamp is specifically provided, control program is preset in MCU unit, light source group and MCU unit are electrically connected and are controlled by MCU unit and shone according to preset order, light source group is had dynamic flame state by the control of MCU unit, it can not only be used to illuminate, can also act as ornament, enrich its functionality.MCU unit and the first connection terminal are electrically connected, and light source group is laid in light source circuit board；Power module and second connection end are electrically connected, and the first connection terminal and the electrical grafting of second connection end are to realize that light source group is powered.By MCU unit centralized control light source group, not only remove the multiple circuit boards of setting from, also avoids the unnecessary trouble of multiple inserting terminals grafting one by one, it is time saving and energy saving.MCU unit is set to illuminating module, realizes that it is directly controlled with light source group and connect, mitigates the burden that terminal electrical circuit is laid.

Description

A kind of flame lamp

Technical field

The utility model belongs to illumination and decoration technical field, is to be related to a kind of flame lamp more specifically.

Background technique

Flame lamp is as a kind of high luminous flame device true to nature, because of the chemical component that it is generated without practical combustible, Harm is generated to human body and generates fire hazard, is widely used in the places such as large-scale dinner party, street, fashion home, because it sets Count ingenious, life-like, the bounce of " flame " is the same with genuine fire, so in many places as decorating and by masses' Favor.The internal structure of existing flame lamp is a pair of using several inserting grooves one on several light source circuit boards and drive circuit board Grafting is answered, to realize that each light source board is connected into circuit and is driven circuit board control, when assembling, is not only needed to each light source circuit board It is fixed respectively, it is also necessary to which with connection circuit, assembling is time-consuming and laborious for grafting one by one, at high cost, and being unable to meet production efficiency needs It asks.

Utility model content

The purpose of this utility model is to provide a kind of flame lamps, to solve that the internal junction of flame lamp exists in the prior art When structure corresponds grafting assembling using several inserting grooves on several light source circuit boards and drive circuit board, not only need to each Light source circuit board is fixed respectively, it is also necessary to which with connection circuit, assembling is time-consuming and laborious for grafting one by one, at high cost, is unable to satisfy The technical issues of production efficiency demand.

In order to achieve the above purposes, the technical solution adopted by the utility model is: provides a kind of flame lamp, which is characterized in that Including illuminating module and driving mould group, the illuminating module includes board structure of circuit, the first connection terminal, for generating light It light source group and is electrically connected with the light source group and controls the light source group and carry out luminous MCU unit according to preset order, The board structure of circuit includes tubular light source circuit board, the light source group be laid in the lateral surface of the light source circuit board and There is dynamic flame state under MCU unit control, first connection terminal and the MCU unit are electrically connected；Institute State driving mould group include drive circuit board, the power module for being connected to power supply and being used to handle input current and with institute Second connection end of power module electric connection is stated, the power module is laid in a plate face of the drive circuit board, institute The one end that second connection end is set to the drive circuit board is stated, first connection terminal and second connection end are inserted Cooperation is connect for light source group energization.

A kind of beneficial effect of flame lamp provided by the utility model is: control program, light source are preset in MCU unit Group is electrically connected with MCU unit and is controlled by MCU unit and shone according to preset order, control of the light source group by MCU unit With dynamic flame state, it can not only be used to illuminate, can be also used for each place and serve as lifelike ornament, meet fire The multifunctionality of flame lamp.Wherein, MCU unit and the first connection terminal are electrically connected, and light source group is laid in the one of light source circuit board In plate face；The power module and second connection end for driving mould group are electrically connected, wherein power module is for arranging input electricity Stream is for the use of light source group, and the first connection terminal and the electrical grafting of second connection end are to realize that light source group is powered.In this way, passing through MCU unit centralized control light source group not only removes the multiple circuit boards of setting from, but also avoids the grafting one by one of multiple inserting terminals Unnecessary trouble, it is time saving and energy saving.In addition, MCU unit is set to illuminating module, realizes that it is directly controlled with light source group and connect, keep away When exempting from that it is set to driving mould group in the prior art, needs to be arranged more lines by terminal grafting to realize control connection, mitigate The burden that terminal electrical circuit is laid.

Detailed description of the invention

It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with It obtains other drawings based on these drawings.

Fig. 1 is the stereogram exploded view of flame lamp provided by the embodiment of the utility model；

Fig. 2 is the expanded schematic diagram of illuminating module provided by the embodiment of the utility model；

Fig. 3 is the sectional axonometric drawing of flame lamp provided by the embodiment of the utility model；

Fig. 4 is the perspective view of radiating piece provided by the embodiment of the utility model；

Fig. 5 is the enlarged drawing in Fig. 3 at B；

Fig. 6 is the perspective view of insulating part provided by the embodiment of the utility model；

Fig. 7 is the perspective view of lamp holder provided by the embodiment of the utility model；

Fig. 8 is the enlarged drawing in Fig. 1 at A.

Wherein, each appended drawing reference in figure:

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

It should be noted that it can directly exist when element is referred to as on " being fixed on " or " being set to " another element On another element or it may be indirectly secured to or be set on another element by third member.When an element quilt It referred to as " is connected to " another element, it can be directly to another element or it may be indirect by third member It is connected on another element.

It is to be appreciated that term " length ", " width ", "upper", "lower", "front", "rear", "left", "right", "vertical", The orientation or positional relationship of the instructions such as "horizontal", "top", "bottom" "inner", "outside" is that orientation based on the figure or position are closed System, is merely for convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning are necessary It with specific orientation, is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

As shown in Figure 1, the direction of X meaning represents "upper", the direction of Y meaning is contrary with X meaning, represents "lower".

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.The meaning of " plurality " is two or two in the description of the present invention, More than, unless otherwise specifically defined.

Please refer to Fig. 1 and Fig. 2, the utility model embodiment provides a kind of flame lamp, including illuminating module 100 and drive Dynamic model group 200, illuminating module 100 include board structure of circuit 110, the first connection terminal 120, the light source group for generating light It 130 and is electrically connected with light source group 130 and controls light source group 130 and carry out luminous MCU unit 140 according to preset order, electricity The hardened structure 110 in road include tubular light source circuit board 111, light source group 130 be laid in the lateral surface of light source circuit board 111 and The control of MCU unit 140 is lower to have dynamic flame state, and the first connection terminal 120 is electrically connected with MCU unit 140.Driving Mould group 200 include drive circuit board 210, the power module 220 that is connected to power supply and is used to handle input current and Second connection end 230 being electrically connected with power module 220, power module 220 are laid in a plate of drive circuit board 210 Face, second connection end 230 are set to the one end of drive circuit board 210, the first connection terminal 120 and second connection end 230 It is mating with to light source group 130 and MCU unit 140 power supply.

In the present embodiment, control program is preset in MCU unit 140, light source group 130 and MCU unit 140 are electrically connected And it is controlled by MCU unit 140 and is shone according to preset order, light source group 130 is had dynamic fire by the control of MCU unit 140 Flame state can not only be used to illuminate, can be also used for each place and serve as lifelike ornament, meet more function of flame lamp It can property.Wherein, light source group 130 is made of multiple light sources that can be shone, and the state of being always on is light source group 130 in MCU unit 140 controls are lower lasting and unremitting luminous, and pass through the brightness of the also controllable light source group 140 of MCU unit 140；Dynamic fire Flame state is then MCU unit 140 to 100 clock signal of illuminating module, when controlling the light on and off of light source group 130 by clock signal Between, to be in flamboyancy when lighting light source group 130, achieve the effect that emulate dynamic flame, two states are in MCU unit 140 Control under can switch over.MCU unit 140 and the first connection terminal 120 are electrically connected, and light source group 130 is laid in light source electricity In one plate face of road plate 111；The power module 220 and second connection end 230 for driving mould group 200 are electrically connected, wherein power supply Module 220 is for arranging input current for the use of light source group 130, the first connection terminal 120 and 230 electricity of second connection end Property grafting with realize light source group 130 be powered.In this way, it is more not only to remove setting from by 140 centralized control light source group 130 of MCU unit A circuit board, but also the unnecessary trouble of multiple inserting terminals grafting one by one is avoided, it is time saving and energy saving.In addition, by MCU unit 140 are set to illuminating module 100, realize that it is directly controlled with light source group 130 and connect, and avoid that it is set to driving mould in the prior art When group 200, needs to be arranged more lines by terminal grafting to realize control connection, mitigate the burden that terminal electrical circuit is laid.

In the present embodiment, when powering on, the working condition for having memory last inside MCU unit 140, if last work It is dynamic flame state when next time opens to be always on state.If last working condition is dynamic flame state, lower task State is to be always on state.The state of being always on is that MCU unit 140 gives light source group 130 1 signals being always on.Dynamic flame state is, MCU unit 140 gives 100 clock signal of illuminating module, the light on and off time of light source group 130 is controlled by clock signal, to reach Emulate the effect of dynamic flame.

In the present embodiment, it since extraneous input voltage is 100~277V AC, is translated by power module 220 3~5V DC, and power to light source group 130 and MCU unit 140.

In the present embodiment, it is realized between power module 220 and second connection end 230 by power circuit and is electrically connected It connects, power circuit is laid on drive circuit board 210；Electricity is realized by control circuit between light source group 130 and MCU unit 140 Property connection, between MCU unit 140 and the first connection terminal 120 by circuit of light sources realize be electrically connected, circuit of light sources with control Circuit is all laid in board structure of circuit 110.

Light source circuit board 111 in board structure of circuit 110 is to be docked by the opposite sides side of board-shaped electric circuit plate 112 and formed Light source circuit board 111, that is to say, that light source circuit board 111 is plate-like after being unfolded by side.

Board structure of circuit 110 further includes the first additional circuit boards 113, the first additional circuit boards 113 and light source circuit board 111 It connects and is located at 111 inside of light source circuit board, MCU unit 140 is laid in the first additional circuit boards 113, and control circuit is laid In on light source circuit board 111 and the first additional circuit boards 113.

Board structure of circuit 110 further includes the second additional circuit boards 114 connecting with the upper end of light source circuit board 111, and first Connection terminal 120 is set to the second additional circuit boards 114, and the second additional circuit boards 114 are connected to 111 top edge of light source circuit board. Further, board structure of circuit 110 further includes connection circuit board 115, and circuit board 115 is in a strip shape and both ends are separately connected for connection Two additional circuit boards 114 and light source circuit board 111, wherein circuit of light sources is laid in the second additional circuit boards 114, connection circuit Plate 115, light source circuit board 111 and the first additional circuit boards 113.

First additional circuit boards 113, board-shaped electric circuit plate 112, connection circuit board 115 and the second additional circuit boards 114 are It is integrally formed.

Specifically, board structure of circuit 110 further includes the non-drying glue layer with thermal diffusivity, and non-drying glue layer is affixed on light source circuit board In 111 with the opposite facing plate face of light source group 130, for improving the thermal diffusivity of light source group 130.

In the present embodiment, the first connection terminal 120 is socket, and second connection end 230 is contact pin, second connection end 230 are electrically plugged on the first connection terminal 120.

Please refer to Fig. 1 to Fig. 3, further, flame lamp further includes the support frame 300 with atrium 301, opening For the opening of chamber 301 under, light source circuit board 111 is sheathed on 300 side of support frame.Cavity wall offers support frame 300 thereon The terminal mouth 311 being in communication with the outside, the first connection terminal 120 are inserted in terminal mouth 311, power module 220 and second connection end Son 230 is all set in atrium 301, and the one end of second connection end 230 is loaded in drive circuit board 210 by atrium 301 opening inserts in atrium 301 and second connection end 230 is electrically plugged in the first connection terminal 120.In this way, realizing Support to light source circuit board 111, meanwhile, drive circuit board 210 gradually inserts in atrium 301 by the opening of atrium 301, directly Stop insertion when being electrically plugged in the first connection terminal 120 to second connection end 230, the first connection terminal 120 and second connects The electrical grafting of connecting terminal 230 is quickly, conveniently.

Second additional circuit boards 114 are affixed on the upper surface of support frame 300.

The circular in cross-section or similar round or polygon of support frame 300, in the present embodiment, support frame 300 it is transversal Face is rounded.

Please refer to Fig. 1 to Fig. 4, further, support frame 300 includes radiating piece 310, and radiating piece 310 has cavity 312 and inserting mouth 313, terminal mouth 311 is opened in cavity wall on the cavity 312 of radiating piece 310, and light source circuit board 111 is placed on scattered 310 outside of warmware is simultaneously affixed on 310 weeks sides of radiating piece.In this way, effectively improving light source group 130, MCU unit 140 and the first company The radiating efficiency of connecting terminal 120, prolongs its service life.

Specifically, radiating piece 310 is the radiating piece 310 by aluminium material machine-shaping.

Please refer to Fig. 3, Fig. 4 and Fig. 6, further, support frame 300 further includes the insulating part with insulation characterisitic 320, insulating part 320 includes the insulating cylinder 322 for the cavity 321 that there are top and bottom to be connected to, and the upper end of insulating cylinder 322 is by inserting Dress mouth 313 is inserted into cavity 312 and is butted on the upper cavity wall of cavity 312；The cavity wall of insulating part 320 and the upper cavity wall of radiating piece 310 are total With formation atrium 301.In this way, passing through the setting of insulating part 320, it can effectively be dielectrically separated from drive circuit board 210 and circuit board Structure 110 avoids electric leakage, mixed electricity or short circuit.

Please refer to Fig. 3, Fig. 5 and Fig. 6, further, insulating part 320 further includes outside by the lower end of insulating cylinder 322 The ring-like connecting plate 323 of all elongation mouldings and the outer skirt panel that type is extended upward to by the outer edges of boards of ring-like connecting plate 323 324, notch is collectively formed towards upper annular groove 325, heat dissipation in outer skirt panel 324, ring-like connecting plate 323 and insulating cylinder 322 The lower end of part 310 inserts in annular groove 325, i.e. support frame 300 can be by 310 assembled formation of insulating part 320 and radiating piece.Or it dissipates The lower end of warmware 310 is embedded in annular groove 325, i.e., radiating piece 310 and insulating part 320 are molded in one, forms modeling Parcel post.

Please refer to Fig. 3, Fig. 5 and Fig. 6, further, insulating part 320 includes guide frame 326, guide frame 326 Set on 321 cavity wall of cavity, drive circuit board 210 slips cooperation with guide frame 326 when being inserted into cavity 321.In this way, driving electricity Road plate 210 can improve packaging efficiency along 326 positioning and plug-in mounting of guide frame in cavity 321.

Please refer to Fig. 3, Fig. 5 and Fig. 6, further, guide frame 326 includes two guiding groups being oppositely arranged 3261, each guiding group 3261 includes two sliding plates 3262 connecting with 321 cavity wall of cavity, and two sliding plates 3262 are facing and equal Direction of insertion along drive circuit board 210 extends, be located at along two sliding plates 3262 and 321 cavity wall of cavity two sliding plates 3262 it Between region sliding channel 3263 is collectively formed, the two opposite sides edges of boards of drive circuit board 210 insert in two sliding channels respectively It 3263 and is slidably matched with two sliding channels 3263.In the present embodiment, two sliding plates 3262 are parallel to each other.

Guide frame 326 further includes the limiting section 3264 connecting with the cavity wall of cavity 321, and limiting section 3264 is located at sliding logical At the upper port in road 3263.

Drive circuit board 210 include for carry the driving mainboard 211 of power module 220 and second connection end 230 with And the wing plates on two sides 212 being connect respectively with the two opposite sides edges of boards of driving mainboard 211, it is sliding that wing plates on two sides 212 is slidably connected to two respectively It connects road 3263 and is butted on limiting section 3264 in the 120 electrical property grafting of second connection end 230 and the first connection terminal.

Specifically, limiting section 3264 can be stop collar, or multiple limited blocks.

In the present embodiment, please refer to Fig. 1, Fig. 3, Fig. 5 and Fig. 6, limiting section 3264 is stop collar, and stop collar is located at At the upper port in two sliding channels；Drive circuit board 210 includes for carrying power module 220 and second connection end 230 Driving mainboard 211 and the wing plates on two sides 212 connecting respectively with the two opposite sides edges of boards of driving mainboard 211, wing plates on two sides 212 are divided It is not slidably connected to two sliding channels 3263 and is butted on limit in the 120 electrical property grafting of second connection end 230 and the first connection terminal Position ring 3264.In this way, effectivelying prevent 210 grafting transition of drive circuit board and the first connection terminal 120 being caused to be detached from terminal mouth 311, or the bending of drive circuit board 210 is caused to fracture.

In the present embodiment, insulating part 320 includes interior skirt panel 327 and above-mentioned stop collar 3264, stop collar 3264 Inner ring side is connect with the lower end of insulating cylinder 322, and the upper end of interior skirt panel 327 is connect with the outer annular edge of stop collar 3264 and its lower end It is connect with ring-like connecting plate 323, outer skirt panel 324 is placed on the outside of interior skirt panel 327.Two guiding groups 3261 are set to interior skirt panel 327 inner sidewall and extend to stop collar 3264.

Alternatively, limiting section 3264 is two limited block (not shown)s, and it is sliding that each limited block is located at one It connects at the upper port in road 3263.Drive circuit board 210 includes for carrying power module 220 and second connection end 230 Driving mainboard 211 and the wing plates on two sides 212 connecting respectively with the two opposite sides edges of boards of driving mainboard 211, wing plates on two sides 212 are divided It is not slidably connected to two sliding channels 3263 and is butted on respectively in 230 grafting electrical with the first connection terminal 120 of second connection end Two limited blocks.

Please refer to Fig. 1, Fig. 3 and Fig. 7, further, flame lamp further includes lamp holder 400, and lamp holder 400 includes main base frame 410 and support component 420.Main base frame 410 have grafting chamber 401 and the upper port 402 that is connected to grafting chamber 401 and under Port 403.Support component 420 is at least provided with N number of, and N >=2, and each support component 420 is respectively positioned in grafting chamber 401 and ring is set In the side of lower port 403.Support frame 300 is detachably connected with each support component 420.In this way, passing through support frame 300 and lamp holder Each support component 420 on 400 is detachably connected, and realizes 300 Fast Installation of support frame in lamp holder 400 and can be quickly from lamp holder It is disassembled on 400, improves packaging efficiency, convenient for safeguarding, maintenance and part replacement.

In the present embodiment, there are three support component 420 is set, and it is distributed in 403 side of lower port.

In the present embodiment, lamp holder 400 is funnel-shaped.

Please refer to Fig. 3, Fig. 6 and Fig. 7, further, each support component 420 includes skirt plate 421, skirt plate 421 One end is connect with the lower cavity wall of grafting chamber 401 and the other end upwardly extends, and skirt plate 421 offers blocked hole 404.Insulating part 320 include clamping protrusion 328, and clamping protrusion 328 is provided with M, and M=N, and each clamping protrusion 328 is connected to outer skirt panel 324 Outer plate surface, each skirt plate 421 is located at the outside of outer skirt panel 324, and each clamping protrusion 328 is inserted into a blocked hole 404 simultaneously respectively It is locked to blocked hole 404.In this way, realizing that the insulating part 320 of support frame 300 is matched with the clamping of skirt plate 421 of support component 420 It closes, realizes that lamp holder 400 and the insulating part 320 of support frame 300 are detachably connected.

Please refer to Fig. 3 and Fig. 5 to Fig. 7, further, insulating part 320 further includes torsional stop 329, torsional stop 329 At least provided with two and one end is all connected to the outer plate surface of outer skirt panel 324, and the other end is along the side far from outer skirt panel 324 To extension, each torsional stop 329 is facing with the side of a support component 420 respectively.In this way, effectivelying prevent the exhausted of support frame 300 Edge part 320 is rotated relative to lamp holder 400.

In the present embodiment, each torsional stop 329 is facing with the side edges of boards of a skirt plate 421 respectively.Each skirt plate 421 Corresponding there are two torsional stops 329, and are located at 421 two sides edges of boards of skirt plate.

Please refer to Fig. 1, Fig. 3 and Fig. 7, further, lamp holder 400 further includes connecting with lower port 403 and inwardly prolonging Two supporting blocks 440 stretching molding ring-like 430 and being connect with ring-like 430 upper table surface, two supporting blocks 440 it is facing and Guiding groove 441 is offered, the notch of two guiding grooves 441 is facing, and the two sides edges of boards of drive circuit board 210 insert in two respectively and draw Guide groove 441 is simultaneously slidably matched with guiding groove 441, and the lower end of drive circuit board 210 is butted on ring-like 430 upper table surface.In this way, Not only realize the positioning and plug-in mounting of drive circuit board 210, also stablizing for realization drive circuit board 210 supports.In the present embodiment, two Side wing 212 inserts in two guiding grooves 441 respectively and is below ring-like 430 upper table surface.

Please refer to Fig. 1 and Fig. 3, further, flame lamp further includes the lampshade 500 with light transmission features, lampshade 500 It covers at the upper port 402 of main base frame 410, lampshade 500 is detachably connected with main base frame 410.In this way, by lampshade 500 with Lamp holder 400 is detachably connected, and realizes that 500 Fast Installation of lampshade can be disassembled quickly in lamp holder 400 and from lamp holder 400, Improve packaging efficiency, convenient for safeguarding, maintenance and part replacement.

Please refer to Fig. 1 and Fig. 7, further, lamp holder 400 includes the buckle connecting with the side chamber wall of grafting chamber 401 450, buckle 450 is provided with the multiple and circumferential side chamber wall for being laid in grafting chamber 401.Lampshade 500 offers card in its lower end Hole 501, card hole 501 offer multiple, and each buckle 450 inserts in a card hole 501 respectively and is locked to card hole 501.In this way, passing through lamp The buckle 450 in card hole 501 and lamp holder 400 on cover 500 is engaged by clamping, and realizes that lampshade 500 connects with the detachable of lamp holder 400 It connects.

Please refer to Fig. 1 and Fig. 7, further, main base frame 410 in grafting chamber 401 also have inserting groove 405, lamp The lower end positioning of cover 500 is plugged in inserting groove 405.In this way, being convenient for the lower end fast inserted of lampshade 500 on lamp holder 400.

Please refer to Fig. 1 and Fig. 7, further, each support component 420 further includes the lower cavity wall with grafting chamber 401 At least one support plate 422 of connection, one end of each support plate 422 is connected to corresponding skirt plate 421 and the other end connects It is connected to the side chamber wall of grafting chamber 401, each support plate 422 end facing with the side chamber wall of grafting chamber 401 offers interface 406, inserting groove 405 is collectively formed with 401 side chamber wall of grafting chamber in each interface 406.

In the present embodiment, each support component 420 is set there are two support plate 422, one end of two support plates 422 respectively with skirt The two opposite sides edges of boards of side plate 421 connect, and the other end of two support plates 422 is all connected to the cavity wall of grafting chamber 401.

Please refer to Fig. 1 and Fig. 7, further, lamp holder 400 further includes that one end is connect with the lower cavity wall of grafting chamber 401 Limit plate 423, the other end of limit plate 423 upwardly extends；Lampshade 500 opens up jagged 502 in its lower end surface, limit plate 423 insert in notch 502.In this way, lampshade 500 is effectively prevent to rotate relative to lamp holder 400.In the present embodiment, limit plate 423 is Above-mentioned one does not open up the support plate 422 of interface 406.

Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 7, further, flame lamp further includes lamp adapter assembly 600, lamp adapter assembly 600 include the shell of lamp base 610 for connecting with zero curve and the head nail 620 for connecting with firewire, and shell of lamp base 610 has Mantle cavity 611 and the spliced eye 612 being connected to mantle cavity 611, the one end indwelling of head nail 620 in the outside of shell of lamp base 610 and with The insulation of shell of lamp base 610 and the other end are arranged in spliced eye 612 and are electrically connected with power module 220, shell of lamp base 610 and electricity Source module 220 is electrically connected.Lamp holder 400 further includes the connector 460 connecting with main base frame 410, one end connection of connector 460 At lower port 403 and the other end extends far from main base frame 410, and connector 460 has the perforation 461 being connected to lower port 403, Shell of lamp base 610 is sheathed on 460 outside of connector, and the inserting end of head nail 620 is located in perforation 461.In this way, realizing extraneous electricity Source introduces, and is that light source group 130 and MCU unit 140 are powered after the processing by power module 220.

Please refer to Fig. 1 and Fig. 3, further, connector 460 offers zero curve connector in the hole wall of perforation 461 462, connector 460 is attached with power module 220 by zero curve connector 462.

Please refer to Fig. 1, Fig. 3 and Fig. 8, further, driving mould group 200 further includes zero curve elastic slice 240, firewire elastic slice 250 and the support base 260 that is connect with the lower end of drive circuit board 210, one end of zero curve elastic slice 240 pass through zero curve connector 462 and elasticity be butted on mantle cavity 611 cavity walls and the other end be set to support base 260, one end elasticity of firewire elastic slice 250 be butted on head nail 620 inserting end and the other end is set to support base 260.

Please refer to Fig. 1, Fig. 3 and Fig. 8, further, support base 260 includes support mainboard 261 and leads with support The first grafting block 262 that plate 261 connects, support mainboard 261 are fixedly arranged on a plate face of drive circuit board 210, the first grafting block 262 With the opposite facing plate face of drive circuit board 210 in support mainboard 261, the first grafting block 262 offers neutral slot 201, The cross section of zero curve elastic slice 240 is U-shaped and its is opening up, and the one end of zero curve elastic slice 240 inserts in neutral slot 201, zero curve Other end elasticity be butted on the cavity wall of mantle cavity 611.

In the present embodiment, zero curve elastic slice 240 includes inserting section 241, breeze way 242 and connecting section 243, breeze way 242 Both ends connect respectively with one end of one end of inserting section 241 and connecting section 243, inserting section 241 is inserted in neutral slot 201, the cross section of breeze way 242 is U-shaped, V-type, circular arc type or arc.Support base 260 further includes one end and main supporting plate 422 The other end of the card base 264 of connection, card base 264 extends towards connector direction, the company between breeze way 242 and connecting section 243 The place's of connecing elasticity is stuck on card base 264.The abutting end of connecting section 243 bends inwards, and bending place elasticity is butted on shell of lamp base 610 611 cavity wall of mantle cavity.

Please refer to Fig. 1, Fig. 3 and Fig. 8, further, support base 260 includes second connect with support mainboard 261 Grafting block 263, there are grafting channel 203 between the second grafting block 263 and the first grafting block 262, the second grafting block 263 is offered The cross section of hot slot 202, firewire elastic slice 250 is U-shaped and its opening is towards upper, and the one end of firewire elastic slice 250 inserts in fire Line slot 202 and the other end are located in grafting channel 203 and what elasticity was butted on head nail 620 protrudes into end.

Please refer to Fig. 1 and Fig. 2, further, driving mould group 200 further includes control switch (not shown), control System switch passes through the first connection terminal 120 and connects with electrically mating control with MCU unit 140 of second connection end 230.

Please refer to Fig. 1 to Fig. 3, further, light source group 130 includes circumferentially being laid in light source circuit board 111 The multiple light sources group 131 of lateral surface, each light source group 131 include the multilayer light source 1311 being sequentially arranged from the bottom to top, each light source 1311 are electrically connected with MCU unit 140, and the cross-sectional area of light source circuit board 111 is gradually reduced from the bottom to top.In this implementation In example, each light source group 131 is in similar triangular arrangement, and certainly, specific arrangement form is not limited to that.

Please refer to Fig. 1 to Fig. 3, further, each layer light source 1311 include multiple LED light sources 1312, any two layers Each LED light source 1312 of lower layer's light source 1311 is staggered with each LED light source 1312 of upper layer light source 1311 in adjacent light source 1311 Arrangement, each LED light source 1312 are electrically connected with MCU unit 140.

Please refer to Fig. 1 to Fig. 3, further, the line of any two neighbouring LED light sources 1312 and level side It is α to the angle of formation, and α=45 ° or 135 °, and gradually lighted along α angle from the bottom to top by the control of MCU unit 140.

In the present embodiment, there are three the settings of light source group 131, and it is distributed in 111 periphery of light source circuit board, each light source group 131 is triangular in shape and including Floor 12 light source, and each layer light source includes multiple LED light sources 1312, in dynamic flame state, light source In 45 ° or 135 ° or upset angle and gradually lighted from bottom toward top (spike), realizes the effect of emulation dynamic flame.

Please refer to Fig. 1 to Fig. 3, further, each light source group 131 further includes that continuous illumination is always on layer 1313, often Bright layers 1313 include it is multiple it is arranged side by side be always on LED light 1314, be respectively always on LED light 1314 and MCU unit 140 be electrically connected. In the present embodiment, it is always on layer 1313 and is located at bottom end.

The also controllable lamp group of MCU unit 140 is lighted according to heart pattern, character pattern etc., to enrich the work of flame lamp Mode.

Please refer to Fig. 1 to Fig. 3, further, illuminating module 100 further includes sending out for obtaining light source circuit board 111 The sensor (not shown) of the angle signal of raw tilt angle, sensor and MCU unit 140 are electrically connected, tilt angle For β, and 0 °≤β≤180 °；

When 0 °≤β≤90 °, light source group 130 is when MCU unit 140 obtains the angle signal sent by sensor by MCU Unit 140 is controlled to be lighted to the direction of upper end in dynamic flame state along the lower end of light source circuit board 111；

When 90 ° of β≤180 ° <, light source group 130 MCU unit 140 obtain sent by sensor angle signal when by MCU unit 140 is controlled to be lighted to the direction of lower end in dynamic flame state along the upper end of light source circuit board 111.

Please refer to Fig. 1 to Fig. 3, further, sensor is gravity sensor or angular transducer.

In the present embodiment, built-in angular transducer (or gravity sensing sensor), when sensor recognizes angle hair When changing (inclination), 140 signal of MCU unit is given, after MCU unit 140 recognizes current angular, passes through built-in corresponding angle Program controls the operational mode change of illuminating module 100.Such as when flame lamp is stood, flame is past from bottom Top (eminence) is bright；When flame lamp stands upside down, angular transducer recognizes 180 ° of angle change, transmits to MCU unit 140 180 ° of signal, MCU unit 140, which controls light source group 130, makes light source work in turn, so that illuminating module 100 be made to seem also It is bright from bottom toward eminence.Corresponding different tilt angle, can set distinct program, carry out change pattern.

Specifically, light source group 130 is laid in the lateral surface of light source circuit board 111 and also has under the control of MCU unit 140 It is always on state.In this way, meeting normal illumination demand.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.

Claims (22)

1. a kind of flame lamp, which is characterized in that including illuminating module and mould group is driven,

The illuminating module include board structure of circuit, the first connection terminal, the light source group for generating light and with the light Source group, which is electrically connected and controls the light source group, carries out luminous MCU unit according to preset order, and the board structure of circuit includes Tubular light source circuit board, the light source group are laid in the lateral surface of the light source circuit board and control in the MCU unit There is down dynamic flame state, first connection terminal and the MCU unit are electrically connected；

The driving mould group include drive circuit board, the power module for being connected to power supply and being used to handle input current with And second connection end being electrically connected with the power module, the power module are laid in a plate of the drive circuit board Face, second connection end are set to the one end of the drive circuit board, and first connection terminal is connect with described second Terminal is mating to power to the light source group and the MCU unit.

2. flame lamp as described in claim 1, which is characterized in that the flame lamp further includes the support frame with atrium, For the opening of the atrium under, the light source circuit board is sheathed on support frame as described above side；

Cavity wall offers the terminal mouth being in communication with the outside to support frame as described above thereon, and first connection terminal is inserted in the end Rim of the mouth, the power module and second connection end are all set in the atrium, are loaded in the drive circuit board The one end of second connection end is inserted in the atrium by the opening of the atrium and second connection end Electrically it is plugged in first connection terminal.

3. flame lamp as claimed in claim 2, which is characterized in that support frame as described above includes radiating piece, and the radiating piece has Cavity and inserting mouth, the terminal mouth are opened in cavity wall on the cavity of the radiating piece, and the light source circuit board is placed on described On the outside of radiating piece and it is affixed on radiating piece week side.

4. flame lamp as claimed in claim 3, which is characterized in that support frame as described above further includes the insulation with insulation characterisitic Part, the insulating part include the insulating cylinder for the cavity that there are top and bottom to be connected to, and the upper end of the insulating cylinder is inserted by described Dress mouth is inserted into the cavity and is butted on the upper cavity wall of the cavity；The cavity wall of the insulating part and the upper cavity wall of the radiating piece are total With the formation atrium.

5. flame lamp as claimed in claim 4, which is characterized in that the insulating part further include from the lower end of the insulating cylinder to The ring-like connecting plate of periphery elongation moulding and the outer skirt panel that type is extended upward to by the outer edges of boards of the ring-like connecting plate, institute It states outer skirt panel, the ring-like connecting plate and the insulating cylinder and notch is collectively formed towards upper annular groove, the radiating piece Lower end insert in or be embedded at the annular groove.

6. flame lamp as claimed in claim 4, which is characterized in that the insulating part includes guide frame, the guide frame Set on the cavity cavity wall, the drive circuit board slips cooperation with the guide frame when being inserted into the cavity.

7. flame lamp as claimed in claim 6, which is characterized in that the guide frame includes two guiding being oppositely arranged Group, each guiding group include two sliding plates connecting with the cavity cavity wall, and the two sliding plates are facing and along described The direction of insertion of drive circuit board extends, in the cavity wall of the two sliding plates and the cavity between the two sliding plates Region sliding channel is collectively formed；

The guide frame further includes the limiting section connecting with the cavity wall of the cavity, and the limiting section is located at the sliding channel Upper port at；

The drive circuit board include driving mainboard for carrying the power module and second connection end and point The wing plates on two sides not connecting with the two opposite sides edges of boards of the driving mainboard, it is described sliding that two side wings are slidably connected to two respectively Channel is simultaneously butted on the limiting section in second connection end and the first connection terminal electrical property grafting.

8. flame lamp as claimed in claim 5, which is characterized in that the flame lamp further includes lamp holder, and the lamp holder includes master Pedestal and support component；

The upper port and lower port that the main base frame has grafting chamber and is connected to the grafting chamber；

The support component is at least provided with N number of, and N >=2, and each support component is respectively positioned in the grafting chamber and is located on The side of the lower port；

Support frame as described above is detachably connected with each support component.

9. flame lamp as claimed in claim 8, which is characterized in that the insulating part further includes torsional stop, and the torsional stop is extremely There are two settings and one end is all connected to the outer plate surface of the outer skirt panel less, and the other end is along the side far from the outer skirt panel To extension, each torsional stop is facing with the side of a support component respectively.

10. flame lamp as claimed in claim 8, which is characterized in that the lamp holder further include connect with the lower port and to Ring-like of interior elongation moulding and two supporting blocks that are connect with the ring-like upper table surface, two supporting blocks it is facing and Guiding groove is offered, the notch of two guiding grooves is facing, and the two sides edges of boards of the drive circuit board insert in two institutes respectively It states guiding groove and is slidably matched with the guiding groove, the lower end of the drive circuit board is butted on the ring-like upper table surface.

11. flame lamp as claimed in claim 8, which is characterized in that the flame lamp further includes the lampshade with light transmission features, The lampshade is set at the upper port of the main base frame, and the lampshade is detachably connected with the main base frame.

12. the flame lamp as described in any one of claim 8 to 11, which is characterized in that the flame lamp further includes lamp cap group Part, the lamp adapter assembly include the shell of lamp base for connecting with zero curve and the head nail for connecting with firewire, the lamp cap The spliced eye that shell has mantle cavity and is connected to the mantle cavity, the one end indwelling of the head nail is outside the shell of lamp base And with the shell of lamp base insulation and the other end be arranged in the spliced eye and with the power module be electrically connected, the lamp cap Shell and the power module are electrically connected；

The lamp holder further includes the connector connecting with the main base frame, and one end of the connector is connected at the lower port And the other end extends far from the main base frame, the connector has the perforation being connected to the lower port, the shell of lamp base It is sheathed on the outside of the connector, the inserting end of the head nail is located in the perforation.

13. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the driving mould group further includes control Switch, the control switch pass through first connection terminal and the electrical mating and MCU of second connection end Unit control connection.

14. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the board structure of circuit further includes tool There is the non-drying glue layer of thermal diffusivity, the non-drying glue layer is affixed in the light source circuit board and the opposite facing plate face of light source group.

15. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the light source circuit board is by plate The opposite sides side of circuit board is docked and the light source circuit board of formation；

The board structure of circuit further includes the first additional circuit boards, and first additional circuit boards are connect with the light source circuit board And be located on the inside of the light source circuit board, the MCU unit is laid in first additional circuit boards.

16. flame lamp described in any one of claim 2 to 11, which is characterized in that the board structure of circuit further include with Second additional circuit boards of the upper end connection of the light source circuit board, first connection terminal are set to second adjunct circuit Plate, second additional circuit boards are affixed on the outer wall upper surface of support frame as described above.

17. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the light source group includes circumferentially cloth Set on the multiple light sources group of the lateral surface of the light source circuit board, each light source group includes the multilayer being sequentially arranged from the bottom to top Light source, each light source are electrically connected with the MCU unit, and the cross-sectional area of the light source circuit board is from the bottom to top gradually It reduces.

18. flame lamp as claimed in claim 17, which is characterized in that each layer light source includes multiple LED light sources, and any two Each LED light of lower layer's light source and each LED light of upper layer light source are staggered arrangement in the adjacent light source of layer, each LED light source It is electrically connected with the MCU unit.

19. flame lamp as claimed in claim 18, which is characterized in that the line of any two neighbouring LED light sources Be α with the angle that horizontal direction is formed, and α=45 ° or 135 °, and by the MCU unit controlled from the bottom to top along α angle by Gradually light.

20. flame lamp as claimed in claim 17, which is characterized in that each light source group further includes being always on for continuous illumination Layer, it is described be always on layer include it is multiple it is arranged side by side be always on LED light, it is each described to be always on LED light source and electrically connect with the MCU unit It connects.

21. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the illuminating module further includes being used for The sensor of the angle signal of the light source circuit board run-off the straight angle is obtained, the sensor and the MCU unit are electrical Connection, the tilt angle are β, and 0 °≤β≤180 °；

When 0 °≤β≤90 °, the light source group obtains the angle signal sent by the sensor in the MCU unit When by the MCU unit to be controlled the lower end along the light source circuit board bright in the dynamic flame state to the direction of upper end It rises；

When 90 ° of β≤180 ° <, the light source group is obtained in the MCU unit to be believed by the angle that the sensor is sent Number when by the MCU unit to be controlled the upper end along the light source circuit board bright in the dynamic flame state to the direction of lower end It rises.

22. the flame lamp as described in any one of claims 1 to 11, which is characterized in that the light source group is laid in the light The lateral surface of source circuit plate and the MCU unit control under also have be always on state.