CN103206680A - LED (Light Emitting Diode) lamp holder - Google Patents
LED (Light Emitting Diode) lamp holder Download PDFInfo
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- CN103206680A CN103206680A CN2012100112101A CN201210011210A CN103206680A CN 103206680 A CN103206680 A CN 103206680A CN 2012100112101 A CN2012100112101 A CN 2012100112101A CN 201210011210 A CN201210011210 A CN 201210011210A CN 103206680 A CN103206680 A CN 103206680A
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Abstract
The invention discloses an LED (Light Emitting Diode) lamp holder, which comprises a holder body, wherein the holder body comprises an accommodating space, a substrate, a fixed mount and at least one transmitting sheet body. The substrate is arranged in the accommodating space of the holder body, at least one circuit board, at least one LED lamp and a wire are arranged on the substrate, the circuit board is used for controlling the LED lamp, and is electrically connected with the wire, the wire supplies electric power, the fixed mount is fixed on the substrate, and the transmitting sheet body is arranged on the fixed mount. The transmitting sheet body is used for forming the refraction and the reflection of light emitted by the LED lamp, and the integrate luminance of the LED lamp holder is improved.
Description
Technical field
The present invention mainly discloses a kind of LED lamp socket, refers in particular to a kind of LED lamp socket with preferable brightness.
Background technology
The LED light fixture has low-voltage, low current, power consumption province, low power consuming and the advantage in long service life extremely, so the listing of LED lamp makes the user be full of expectation.
But the LED lamp because the electric energy of luminance range and input a large amount of be transformed into heat energy, and make luminous efficiency low, and allow the use of LED lamp can't universalness.In view of this, the brightness that how increases the LED lamp by the LED lamp socket is the target that LED lamp dealer institute desire is pursued.
With reference to Fig. 8, be the schematic diagram of existing efficient reflective energy-saving lamp.It comprises: light source 91, reflection lamp panel 92 and be used for reflection lamp panel 92 support 93 of location is installed, wherein reflect on the dead ahead support 93 of lamp panel 92 reflective mirror 94 corresponding with reflecting lamp panel 92 reflectings surface be installed; Light source 91 is installed between reflection lamp panel 92 and the reflective mirror 94.
This efficient reflective electricity-saving lamp arranges the reflective mirror corresponding with reflection lamp panel reflecting surface by the dead ahead at the reflection lamp panel, the light source that is arranged between reflective mirror and the reflection lamp panel is repeatedly reflected between reflective mirror and reflection lamp panel, reach the illumination light-emitting effect that strengthens illumination brightness and enlarge illumination range with this.
Thisly be provided with the design that reflective mirror and LED lamp rear end are provided with the reflection lamp panel at LED lamp front end, reach the design that strengthens illumination brightness and enlarge illumination range by the light reflection, its brightness that provides is limited, and can't satisfy user's demand, and the necessity that is improved is arranged.
Therefore the present invention wants to get rid of or alleviate at least the problem that prior art meets with.
Summary of the invention
Desire of the present invention solves the disappearance that prior art exists, and provides a kind of LED lamp socket can solve the disappearance of prior art.
Primary and foremost purpose of the present invention is for providing a kind of LED lamp socket, and the LED lamp socket is provided with two printing opacity lamellar bodies, and this light transmission piece body can provide this light that LED lamp sends to form refraction and reflection, and improves the overall brightness of LED lamp socket.
Secondary objective of the present invention is for providing a kind of LED lamp socket, and the printing opacity lamellar body of LED lamp socket is biconvex lens, has the effect of optically focused, and can make anaclasis that this LED lamp sends and reflect in this printing opacity lamellar body, further increases the overall brightness of this LED lamp socket.
The present invention's the 3rd syllabus for a kind of LED lamp socket is provided, two printing opacity lamellar bodies of LED lamp socket are formed the X font, first, second, the 3rd of this printing opacity lamellar body, fourth face, the 5th, the 6th, the 7th receive the light of LED lamp and produce refraction or reflection with octahedral, further increase refraction area and reflective surface area, and amount of refraction and the volume reflection of increase light further improve brightness.
The present invention's the 4th syllabus for a kind of LED lamp socket is provided, the printing opacity lamellar body of LED lamp socket comprises several blocks, the light that this LED lamp produces passes the block of this printing opacity lamellar body, this each block can receive the light of LED lamp separately and produce refraction or reflection, further increase refraction area and reflective surface area, and amount of refraction and the volume reflection of increase light further improve brightness.
The present invention's the 5th syllabus for a kind of LED lamp socket is provided, the hollow-out parts of LED lamp socket, first radiating fin, second radiating fin, the 3rd radiating fin and the hot fin that scatters provides the heat radiation function of this LED lamp.
For reaching above-mentioned purpose, the invention provides a kind of LED lamp socket, it includes:
A pedestal, this pedestal comprise a spatial accommodation;
A substrate, it is located in the spatial accommodation of this pedestal, this substrate is provided with at least one circuit board, at least one LED lamp and a lead, this circuit board, this LED lamp and this lead are located on this substrate, this circuit board is controlled this LED lamp, this circuit board is electrically connected this lead, and this lead provides power source;
A fixed mount, it is fixed on this substrate;
At least one printing opacity lamellar body, this printing opacity lamellar body is located on this fixed mount, and this printing opacity lamellar body provides this light that LED lamp sends to form refraction and reflection, and improves the overall brightness of LED lamp socket.
Described LED lamp socket, wherein, more comprise first radiating piece, this first radiating piece comprises first bottom, several first radiating fins and several second radiating fins, this first radiating fin and this second radiating fin are by the periphery bending of this first bottom, and this first radiating fin and this second radiating fin are staggered and arrange.
Described LED lamp socket, wherein, more comprise second radiating piece, this second radiating piece is positioned at this first radiating piece, this second radiating piece comprises second bottom, several the 3rd radiating fins and several the hot fin that scatters, the 3rd radiating fin and this scatters hot fin by the periphery bending of this second bottom, and the 3rd radiating fin is staggered arrangement with this hot fin that scatters.
Described LED lamp socket wherein, more comprises a diffuser, this diffuser spiral shell is located at this pedestal, and this diffuser one end is an open end, and this diffuser other end is a blind end, the open end of this diffuser is towards this pedestal, and the blind end of this diffuser is away from this pedestal.
Described LED lamp socket, wherein, this printing opacity lamellar body is biconvex lens.
Described LED lamp socket, wherein, this LED lamp is made as four, these four LED lamp mean allocation are in four corners of this substrate, this substrate zone is divided into a first quartile, second quadrant, a third quadrant and a fourth quadrant, and this first quartile, this second quadrant, this third quadrant and this fourth quadrant are respectively equipped with a LED lamp;
This printing opacity lamellar body is provided with two altogether, the middle part of this printing opacity lamellar body vertically is provided with ditch one, these two printing opacity lamellar bodies are by this ditch interdigitation, make these two printing opacity lamellar bodies form the X font, and comprise one first, one second, one the 3rd, one fourth face, one the 5th, one the 6th, one the 7th and an octahedral;
This first is 90 degree angles and relative with this second face, and this first and this second are towards this first quartile; The 3rd is 90 degree angles and relative with this fourth face, and the 3rd and this fourth face are towards this second quadrant; The 5th is 90 degree angles and relative with the 6th face, and the 5th and the 6th are towards this third quadrant; The 7th is 90 degree angles and relative with this octahedral, and the 7th and this octahedral are towards this fourth quadrant;
This first is positioned at opposite two sides with this octahedral, and this second is positioned at opposite two sides with the 3rd face, and this fourth face is positioned at opposite two sides with the 5th face, and the 6th is positioned at opposite two sides with the 7th face;
This first provides anaclasis and the reflection of the LED lamp that is positioned at this first quartile with this second face;
The 3rd provides anaclasis and the reflection of the LED lamp that is positioned at this second quadrant with this fourth face;
The 5th provides anaclasis and the reflection of the LED lamp that is positioned at this third quadrant with the 6th face;
The 7th provides anaclasis and the reflection of the LED lamp that is positioned at this fourth quadrant with this octahedral.
Described LED lamp socket, wherein, this printing opacity lamellar body comprises several blocks, the anaclasis that this LED lamp produces is in the block of this printing opacity lamellar body, and the light that this LED lamp produces reflects in the block of this printing opacity lamellar body.
Described LED lamp socket, wherein, this fixed mount comprises a base, at least two holding pieces and a ring, this base comprises at least one insertion slot, this printing opacity lamellar body is inserted in this insertion slot, and this printing opacity lamellar body in this holding piece clamping, and this holding piece dwindles end away from one of the end formation of this base, this ring set is established the end that dwindles of this holding piece, makes this light transmission piece body be positioned between this base and this ring.
Described LED lamp socket, wherein, this first bottom is provided with first through hole, several first fixing holes and several first perforation, and this second bottom is provided with second through hole and several second fixing holes; This substrate is provided with several second perforation and several the 3rd perforation, this substrate is provided with several first fixtures, this first fixture is arranged in this second perforation, and screw lock makes this substrate and this first radiating piece be fixed in this second radiating piece in this second fixing hole with this first perforation;
This base is the X font, it comprises a centre and four ends, this centre is positioned at the center of these four ends and the center of this insertion slot, this end is positioned at the end away from this centre, this insertion slot communicates with each other, and this end is provided with the 4th perforation, and this base is provided with several second fixtures, this second fixture be arranged in the 4th the perforation, the 3rd the perforation and be fixed in this first fixing hole, make this second fixture and this substrate be fixed together.
Described LED lamp socket, wherein, this diffuser one end is an open end, and this diffuser other end is a blind end, and this open end is provided with an external thread part;
This pedestal comprises conduction screw thread, an internal thread part and several eluding grooves, this conduction screw thread is made as the E type crown top of burner, it can be located in the reserved block of electric light by spiral shell, this conduction screw thread and this internal thread part are located at the two ends of this pedestal respectively, and the external thread part screw lock of this internal thread part and this diffuser together;
Form this spatial accommodation between the conduction screw thread of this pedestal and the internal thread part, this spatial accommodation comprises that several hollow-out parts and one support edge, this hollow-out parts is located on this pedestal, and this hollow-out parts is at this conduction screw thread and should support between the edge, should support edge between this hollow-out parts and this internal thread part, the interior substrate of spatial accommodation that this hollow-out parts can be made way for this pedestal has preferable radiating effect.
Other purpose, advantage and novel characteristics of the present invention will be more obvious from the following detailed description and related drawings.
Description of drawings
Fig. 1 is the stereo appearance figure of LED lamp socket of the present invention;
Fig. 2 is the schematic diagram of LED lamp socket of the present invention, and the table diffuser breaks away from pedestal;
Fig. 3 is the three-dimensional exploded view of LED lamp socket of the present invention;
Fig. 4 is the cutaway view of LED lamp socket of the present invention, table holding piece clamping printing opacity lamellar body;
Fig. 5 is the cutaway view of LED lamp socket of the present invention, the schematic diagram of table LED lamp socket inside;
Fig. 6 is the stereo appearance figure of LED lamp socket of the present invention, the schematic diagram of mass color line refraction;
Fig. 7 is the cutaway view of LED lamp socket of the present invention, the schematic diagram of mass color line refraction;
Fig. 8 is the schematic diagram of existing efficient reflective energy-saving lamp.
Description of reference numerals:
Background technology: 91-light source; 92-reflects lamp panel; The 93-support; The 94-reflective mirror;
The present invention: 10-pedestal; 11-conducts electricity screw thread; The 12-internal thread part; The 13-eluding groove; The 14-spatial accommodation; The 141-hollow-out parts; 142-supports edge; 20-first radiating piece; 21-first bottom; 211-first through hole; 212-first fixing hole; 213-first perforation; 22-first radiating fin; 23-second radiating fin; 30-second radiating piece; 31-second bottom; 311-second through hole; 312-second fixing hole; 32-the 3rd radiating fin; The 33-hot fin that scatters; The 40-substrate; The 401-bead; 402-second perforation; 403-the 3rd perforation; 404-first fixture; The 41-circuit board; The 42-LED lamp; The 43-lead; The 50-fixed mount; The 51-base; The 511-centre; The 512-end; The 513-insertion slot; 514-the 4th perforation; 515-second fixture; The 52-holding piece; 521-dwindles end; The 53-ring; 60-printing opacity lamellar body; The 61-ditch; The 62-block; The 70-diffuser; The 71-open end; The 72-blind end; The 73-external thread part; The I-first quartile; II-second quadrant; The III-third quadrant; The IV-fourth quadrant; First of A-; Second of B-; The 3rd of C-; The D-fourth face; The 5th of E-; The 6th of F-; The 7th of G-; The H-octahedral.
The specific embodiment
Relevant the technology used in the present invention, means and effect thereof, lift now that a preferred embodiment and conjunction with figs. describe in detail as after, this only for the usefulness of explanation, is not subjected to the restriction of this kind structure in patent application.
Referring to figs. 1 through Fig. 3, be stereo appearance figure and the three-dimensional exploded view of LED lamp socket of the present invention.LED lamp socket of the present invention includes a pedestal 10, first radiating piece 20, second radiating piece 30, a substrate 40, fixed mount 50, at least one printing opacity lamellar body 60 and a diffuser 70.
This first radiating piece 20, this second radiating piece 30, this substrate 40, this fixed mount 50 are located in this pedestal 10 with this printing opacity lamellar body 60, these diffuser 70 1 ends are an open end 71, these diffuser 70 other ends are a blind end 72, this open end 71 is provided with an external thread part 73, this diffuser 70 is incorporated into this pedestal 10 in the mode of screw lock, the open end 71 of this diffuser 70 is towards this pedestal 10, and the blind end 72 of this diffuser 70 is away from this pedestal 10.
With reference to Fig. 4 and Fig. 5, be the cutaway view of LED lamp socket of the present invention simultaneously.This pedestal 10 comprises a conduction screw thread 11, internal thread part 12, several eluding grooves 13 and a spatial accommodation 14.This conduction screw thread 11 is made as the E type crown top of burner, and it can be located in the reserved block of electric light by spiral shell.This conduction screw thread 11 and this internal thread part 12 are located at the two ends of this pedestal 10 respectively, the external thread part 73 mutual screw locks of this internal thread part 12 and this diffuser 70.
Form this spatial accommodation 14 between the conduction screw thread 11 of this pedestal 10 and the internal thread part 12, this spatial accommodation 14 comprises that several hollow-out parts 141 and one support edge 142, this hollow-out parts 141 is located on this pedestal 10, and this hollow-out parts 141 is at this conduction screw thread 11 and should support between the edge 142, should support edge 142 between this hollow-out parts 141 and this internal thread part 12, the spatial accommodation 14 interior substrates 40 that this hollow-out parts 141 can be made way for this pedestal 10 have preferable radiating effect.
This first radiating piece 20 comprises first bottom 21, several first radiating fins 22 and several second radiating fins 23.This first radiating fin 22 is all bent by the periphery of this first bottom 21 with this second radiating fin 23, and this first radiating fin 22 is staggered arrangement with this second radiating fin 23.This first bottom 21 is provided with first through hole 211, several first fixing holes 212 and several first perforation 213.
This second radiating piece 30 is positioned at this first radiating piece 20, and this second radiating fin 23 is coating this second radiating piece 30.This second radiating piece 30 comprises second bottom 31, several the 3rd radiating fins 32 and several the hot fins 33 that scatters.The 3rd radiating fin 32 the scatters hot fin 33 all by the periphery bending of this second bottom 31 with this, and the 3rd radiating fin 32 is staggered and arranges with this hot fin 33 that scatters.This second bottom 31 is provided with one second through hole 311 and several second fixing holes 312.
This substrate 40 is located at the spatial accommodation 14 of this pedestal 10, prominent several beads 401 of establishing of the outer peripheral edges of this substrate 40, this bead 401 is supported by this eluding groove 13 and is located at this to edge 142, make this substrate 40 be positioned in this spatial accommodation 14, this substrate 40 is provided with several second perforation 402 and several the 3rd perforation 403, this substrate 40 is provided with several first fixtures 404, this first fixture 404 is arranged in this second perforation 402, and screw lock makes this substrate 40 be fixed in this second radiating piece 30 with this first radiating piece 20 in this second fixing hole 312 with this first perforation 213.
This substrate 40 is provided with at least one circuit board 41, at least one LED lamp 42 and a lead 43.This circuit board 41 and this LED lamp 42 are located at the one side of this substrate 40, and this lead 43 is located at the another side of this substrate 40.These circuit board 41 these LED lamps 42 of control, this circuit board 41 is electrically connected this lead 43, and this lead 43 is electrically connected on this conduction screw thread 11 and power source is provided.This LED lamp 42 can be made as four, these four LED lamp 42 mean allocation are in four corners of this substrate 40, this substrate 40 is divided into a first quartile I, the second quadrant II, a third quadrant III and a fourth quadrant IV, and this first quartile I, this second quadrant II, this third quadrant III and this fourth quadrant IV are respectively equipped with a LED lamp 42.Present embodiment is totally ten two LED lamps 42, and this first quartile I, this second quadrant II, this third quadrant III and this fourth quadrant IV are respectively equipped with three LED lamps 42, and these LED lamp 42 mean allocation are on this substrate 40, and the on average brightness of this LED lamp socket.
This substrate 40 supports that is located at should be to edge 142, and external thread part 73 screw locks of this diffuser 70 are in the internal thread part 12 of this pedestal 10, and the end of the open end 71 of this diffuser 70 is pressed against this substrate 40, makes this substrate 40 can not rock arbitrarily.This hollow-out parts 141, this first radiating fin 22, this second radiating fin 23, the 3rd radiating fin 32 provide the heat radiation function of this LED lamp 42 with this hot fin 33 that scatters.
This fixed mount 50 is fixed on this substrate 40, and this fixed mount 50 comprises a base 51, at least two holding pieces 52 and a ring 53.This base 51 is the X font, it comprises that a centre 511, four ends 512 are with insertion slot 513 at least, this centre 511 is positioned at the center of these four ends 512 and the center of this four roads insertion slot 513, this end 512 is positioned at the end away from this centre 511, and this insertion slot 513 communicates with each other.
This end 512 is provided with one the 4th perforation 514, this base 51 is provided with several second fixtures 515, this second fixture 515 is arranged in the 4th perforation the 514, the 3rd perforation 403 and is fixed in this first fixing hole 212, makes this fixture 50 be fixed together with this substrate 40.
Present embodiment is provided with four holding pieces 52, this holding piece 52 is connected in this centre 511, and this holding piece 52 is between these two adjacent insertion slots 513, this holding piece 52 this base 51 is relatively pulled folding, this holding piece 52 dwindles end 521 away from one of the end formation of this base 51, this encircles the dwindling end 521 of 53 sheathed these four holding pieces 52 and fixes this holding piece 52, makes this holding piece 52 be the shape of standing.
Present embodiment is provided with two printing opacity lamellar bodies 60, and this printing opacity lamellar body 60 is located on this fixed mount 50, and this printing opacity lamellar body 60 provides this light that LED lamp 42 sends to form refraction and reflection, and improves the overall brightness of LED lamp socket.
This printing opacity lamellar body 60 is biconvex lens, and it has the effect of optically focused, and can make anaclasis that this LED lamp 42 sends and reflect in this printing opacity lamellar body 60, further increases the overall brightness of this LED lamp socket.
The middle part of this printing opacity lamellar body 60 vertically is provided with ditch 61 one, these two printing opacity lamellar bodies 60 are by these ditch 61 interdigitations, make these two printing opacity lamellar bodies 60 form the X font, and comprise first A, second B, the 3rd C, fourth face D, the 5th E, the 6th F, the 7th G and an octahedral H.Second B of this first A and this is 90 degree angles and relative, and this first A and this second B are towards this first quartile I; The 3rd C is 90 degree angles and relative with this fourth face D, and the 3rd C and this fourth face D are towards this second quadrant II; The 5th E is 90 degree angles and relative with the 6th F, and the 5th E and the 6th F are towards this third quadrant III; The 7th G is 90 degree angles and relative with this octahedral H, and the 7th G and this octahedral H are towards this fourth quadrant IV.
This first A is positioned at opposite two sides with this octahedral H, and this second B is positioned at opposite two sides with the 3rd C, and this fourth face D is positioned at opposite two sides with the 5th E, and the 6th F is positioned at opposite two sides with the 7th G.
This first A and this second B provide anaclasis and the reflection of the LED lamp 42 that is positioned at this first quartile I.
The 3rd C and this fourth face D provide anaclasis and the reflection of the LED lamp 42 that is positioned at this second quadrant II.
The 5th E and the 6th F provide anaclasis and the reflection of the LED lamp 42 that is positioned at this third quadrant III.
The 7th G and this octahedral H provide anaclasis and the reflection of the LED lamp 42 that is positioned at this fourth quadrant IV.
This first A, this second B, the 3rd C, this fourth face D, the 5th E, the 6th F, the 7th G and this octahedral H receive the light of LED lamp 42 and produce refraction or reflection, further increase refraction area and reflective surface area, and amount of refraction and the volume reflection of increase light further improve brightness.
This printing opacity lamellar body 60 comprises several blocks 62, the anaclasis that this LED lamp 42 produces is in the block 62 of this printing opacity lamellar body 60, and the light of these LED lamp 42 generations reflects the block 62 in this printing opacity lamellar body 60, this printing opacity lamellar body 60 has the effect of optically focused, and can allow the light that passes this printing opacity lamellar body 60 have preferable brightness, and allow reflect in the light of this printing opacity lamellar body 60 and have preferable brightness.
This each block 62 can receive the light of LED lamp 42 separately and produce refraction or reflection, further increases refraction area and reflective surface area, and increases amount of refraction and the volume reflection of light, further improves brightness.
This printing opacity lamellar body 60 is inserted in this insertion slot 513, this two printing opacity lamellar bodies 60 in these four holding piece 52 clampings, this ring 53 is sheathed on dwindling of this holding piece 52 and holds 521, make this printing opacity lamellar body 60 between this base 51 and this ring 53, these two printing opacity lamellar bodies 60 can not break away from this holding piece 52 automatically.This printing opacity lamellar body 60 mainly reaches immobilization efficiencies by these four holding pieces 52 with this ring 53.This LED lamp 42 is towards this printing opacity lamellar body 60, and what make this LED lamp socket luminously is hemispheric three-dimensional column.
This printing opacity lamellar body 60 can be made as single, and this holding piece 52 can be made as two, and this printing opacity lamellar body 60 places between these two holding pieces 52, and this printing opacity lamellar body 60 is between this base 51 and this ring 53.
With reference to Fig. 6 and Fig. 7, be the schematic diagram of LED lamp socket of the present invention.The light that this LED lamp 42 sends forms refraction by this printing opacity lamellar body 60, and the light that this LED lamp 42 sends forms reflection via this printing opacity lamellar body 60.Refract light reaches the effect of optically focused by the printing opacity lamellar body 60 of biconvex lens, and its light that can allow this LED lamp socket produce has preferable spotlight effect.Reverberation reaches the effect of optically focused via the printing opacity lamellar body 60 of biconvex lens, its light that can allow this LED lamp socket produce has preferable spotlight effect.
Can summarize the present invention with regard to the above and have following advantage:
1. LED lamp socket of the present invention, it is provided with two printing opacity lamellar bodies, and this light transmission piece body can provide this light that LED lamp sends to form refraction and reflection, and improves the overall brightness of LED lamp socket.
2. LED lamp socket of the present invention, its printing opacity lamellar body is biconvex lens, has the effect of optically focused, and can make anaclasis that this LED lamp sends and reflect in this printing opacity lamellar body, further increases the overall brightness of this LED lamp socket.
3. LED lamp socket of the present invention, these two printing opacity lamellar bodies are formed the X font, first, second, the 3rd of this printing opacity lamellar body, fourth face, the 5th, the 6th, the 7th receive the light of LED lamp and produce refraction or reflection with octahedral, further increase refraction area and reflective surface area, and amount of refraction and the volume reflection of increase light further improve brightness.
4. LED lamp socket of the present invention, this printing opacity lamellar body comprises several blocks, the light that this LED lamp produces passes the block of this printing opacity lamellar body, this each block can receive the light of LED lamp separately and produce refraction or reflection, further increase refraction area and reflective surface area, and amount of refraction and the volume reflection of increase light further improve brightness.
5. LED lamp socket of the present invention, its hollow-out parts, first radiating fin, second radiating fin, the 3rd radiating fin and the hot fin that scatters provides the heat radiation function of this LED lamp.
The above person of thought, only be preferred embodiment of the present invention, when can not with restriction scope of the invention process, so the displacement of the change of numerical value or equivalent elements such as, or according to equalization variation and modification that the present patent application claim is done, all should still belong to the category that patent of the present invention contains.
Claims (10)
1. a LED lamp socket is characterized in that, includes:
A pedestal, this pedestal comprise a spatial accommodation;
A substrate, it is located in the spatial accommodation of this pedestal, this substrate is provided with at least one circuit board, at least one LED lamp and a lead, this circuit board, this LED lamp and this lead are located on this substrate, this circuit board is controlled this LED lamp, this circuit board is electrically connected this lead, and this lead provides power source;
A fixed mount, it is fixed on this substrate;
At least one printing opacity lamellar body, this printing opacity lamellar body is located on this fixed mount, and this printing opacity lamellar body provides this light that LED lamp sends to form refraction and reflection.
2. LED lamp socket as claimed in claim 1, it is characterized in that, more comprise first radiating piece, this first radiating piece comprises first bottom, several first radiating fins and several second radiating fins, this first radiating fin and this second radiating fin are by the periphery bending of this first bottom, and this first radiating fin and this second radiating fin are staggered and arrange.
3. LED lamp socket as claimed in claim 2, it is characterized in that, more comprise second radiating piece, this second radiating piece is positioned at this first radiating piece, this second radiating piece comprises second bottom, several the 3rd radiating fins and several the hot fin that scatters, the 3rd radiating fin and this scatters hot fin by the periphery bending of this second bottom, and the 3rd radiating fin is staggered arrangement with this hot fin that scatters.
4. LED lamp socket as claimed in claim 1, it is characterized in that, more comprise a diffuser, this diffuser spiral shell is located at this pedestal, this diffuser one end is an open end, this diffuser other end is a blind end, and the open end of this diffuser is towards this pedestal, and the blind end of this diffuser is away from this pedestal.
5. as each described LED lamp socket in the claim 1 to 4, it is characterized in that this printing opacity lamellar body is biconvex lens.
6. as each described LED lamp socket in the claim 1 to 4, it is characterized in that, this LED lamp is made as four, these four LED lamp mean allocation are in four corners of this substrate, this substrate zone is divided into a first quartile, second quadrant, a third quadrant and a fourth quadrant, and this first quartile, this second quadrant, this third quadrant and this fourth quadrant are respectively equipped with a LED lamp;
This printing opacity lamellar body is provided with two altogether, the middle part of this printing opacity lamellar body vertically is provided with ditch one, these two printing opacity lamellar bodies are by this ditch interdigitation, make these two printing opacity lamellar bodies form the X font, and comprise one first, one second, one the 3rd, one fourth face, one the 5th, one the 6th, one the 7th and an octahedral;
This first is 90 degree angles and relative with this second face, and this first and this second are towards this first quartile; The 3rd is 90 degree angles and relative with this fourth face, and the 3rd and this fourth face are towards this second quadrant; The 5th is 90 degree angles and relative with the 6th face, and the 5th and the 6th are towards this third quadrant; The 7th is 90 degree angles and relative with this octahedral, and the 7th and this octahedral are towards this fourth quadrant;
This first is positioned at opposite two sides with this octahedral, and this second is positioned at opposite two sides with the 3rd face, and this fourth face is positioned at opposite two sides with the 5th face, and the 6th is positioned at opposite two sides with the 7th face;
This first provides anaclasis and the reflection of the LED lamp that is positioned at this first quartile with this second face;
The 3rd provides anaclasis and the reflection of the LED lamp that is positioned at this second quadrant with this fourth face;
The 5th provides anaclasis and the reflection of the LED lamp that is positioned at this third quadrant with the 6th face;
The 7th provides anaclasis and the reflection of the LED lamp that is positioned at this fourth quadrant with this octahedral.
7. as each described LED lamp socket in the claim 1 to 4, it is characterized in that this printing opacity lamellar body comprises several blocks, the anaclasis that this LED lamp produces is in the block of this printing opacity lamellar body, and the light that this LED lamp produces reflects in the block of this printing opacity lamellar body.
8. as claim 2 or 3 described LED lamp sockets, it is characterized in that, this fixed mount comprises a base, at least two holding pieces and a ring, this base comprises at least one insertion slot, this printing opacity lamellar body is inserted in this insertion slot, and this printing opacity lamellar body in this holding piece clamping, and this holding piece dwindles end away from one of the end formation of this base, this ring set is established the end that dwindles of this holding piece, makes this light transmission piece body be positioned between this base and this ring.
9. LED lamp socket as claimed in claim 8 is characterized in that, this first bottom is provided with first through hole, several first fixing holes and several first perforation, and this second bottom is provided with second through hole and several second fixing holes; This substrate is provided with several second perforation and several the 3rd perforation, this substrate is provided with several first fixtures, this first fixture is arranged in this second perforation, and screw lock makes this substrate and this first radiating piece be fixed in this second radiating piece in this second fixing hole with this first perforation;
This base is the X font, it comprises a centre and four ends, this centre is positioned at the center of these four ends and the center of this insertion slot, this end is positioned at the end away from this centre, this insertion slot communicates with each other, and this end is provided with the 4th perforation, and this base is provided with several second fixtures, this second fixture be arranged in the 4th the perforation, the 3rd the perforation and be fixed in this first fixing hole, make this second fixture and this substrate be fixed together.
10. LED lamp socket as claimed in claim 1 is characterized in that, this diffuser one end is an open end, and this diffuser other end is a blind end, and this open end is provided with an external thread part;
This pedestal comprises conduction screw thread, an internal thread part and several eluding grooves, this conduction screw thread is made as the E type crown top of burner, it can be located in the reserved block of electric light by spiral shell, this conduction screw thread and this internal thread part are located at the two ends of this pedestal respectively, and the external thread part screw lock of this internal thread part and this diffuser together;
Form this spatial accommodation between the conduction screw thread of this pedestal and the internal thread part, this spatial accommodation comprises that several hollow-out parts and one support edge, this hollow-out parts is located on this pedestal, and this hollow-out parts is at this conduction screw thread and should support between the edge, should support edge between this hollow-out parts and this internal thread part, this hollow-out parts can be made way for the interior substrate heat radiation of spatial accommodation of this pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100112101A CN103206680A (en) | 2012-01-13 | 2012-01-13 | LED (Light Emitting Diode) lamp holder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012100112101A CN103206680A (en) | 2012-01-13 | 2012-01-13 | LED (Light Emitting Diode) lamp holder |
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| Publication Number | Publication Date |
|---|---|
| CN103206680A true CN103206680A (en) | 2013-07-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012100112101A Pending CN103206680A (en) | 2012-01-13 | 2012-01-13 | LED (Light Emitting Diode) lamp holder |
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| Country | Link |
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| CN (1) | CN103206680A (en) |
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| CN101201157A (en) * | 2007-10-31 | 2008-06-18 | 东莞市百分百科技有限公司 | Single end LED energy-saving lamp and drive circuit thereof |
| US20100002444A1 (en) * | 2006-09-20 | 2010-01-07 | Osram Gesellschaft Mit Beschrankter Haftung | Bulb-shaped led lamp and compact led lamp |
| WO2010044192A1 (en) * | 2008-10-17 | 2010-04-22 | 株式会社エプセル | Led light bulb |
| CN202452408U (en) * | 2012-01-13 | 2012-09-26 | 善品科技股份有限公司 | LED (Light Emitting Diode) lamp socket |
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2012
- 2012-01-13 CN CN2012100112101A patent/CN103206680A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100002444A1 (en) * | 2006-09-20 | 2010-01-07 | Osram Gesellschaft Mit Beschrankter Haftung | Bulb-shaped led lamp and compact led lamp |
| CN101201157A (en) * | 2007-10-31 | 2008-06-18 | 东莞市百分百科技有限公司 | Single end LED energy-saving lamp and drive circuit thereof |
| WO2010044192A1 (en) * | 2008-10-17 | 2010-04-22 | 株式会社エプセル | Led light bulb |
| CN202452408U (en) * | 2012-01-13 | 2012-09-26 | 善品科技股份有限公司 | LED (Light Emitting Diode) lamp socket |
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Application publication date: 20130717 |