CN201273479Y - Customized combination type luminous module used for generating vertical electric connection - Google Patents
Customized combination type luminous module used for generating vertical electric connection Download PDFInfo
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- CN201273479Y CN201273479Y CNU2008202106369U CN200820210636U CN201273479Y CN 201273479 Y CN201273479 Y CN 201273479Y CN U2008202106369 U CNU2008202106369 U CN U2008202106369U CN 200820210636 U CN200820210636 U CN 200820210636U CN 201273479 Y CN201273479 Y CN 201273479Y
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Abstract
The utility model relates to a customized combined luminous module which can be used to generate vertical electric connection and comprises a luminous unit, a lens unit, a plug unit and a socket unit. The lens unit can be detachably combined with the luminous unit. The plug unit is arranged on the side of the lens unit and is electrically connected with the luminous unit. The socket unit is arranged on the bottom end of the plug unit and is electrically connected with the plug unit. Furthermore, the luminous unit is provided with two first clamping structure which are formed on two opposite side ends of the luminous unit, the lens unit is provided with a hollow transparent structure and a lens which is formed integrally with the hollow transparent structure, the two clamping structures are respectively formed in the hollow transparent structure, and the luminous unit is detachably arranged in the hollow transparent structure of the lens unit. The customized combined luminous module can select different luminous components according to demanded luminous effects, and can select different lenses according to light projecting angles which need presenting, and can generate luminous effects demanded by users.
Description
Technical field
The utility model refers to especially that relevant for a kind of light emitting module a kind of the utilization produces plug (plug) and cooperating of socket (jack) the customization combined light emitting module that vertical type is electrically connected.
Background technology
Traditional lighting apparatus is used to provide the needed light source of user, throws light on merely or beautifies indoor environment etc. such as can be used for.Yet traditional lighting apparatus is all fixedly specification (fixing radiating effect, fixedly illumination effect, fixing light projector angle), therefore as long as the user again can not change other spare part after selected.So having the elastic space of any replacing or variation, traditional lighting apparatus can not say.
Summary of the invention
For the shortcoming that the lighting apparatus that solves prior art can't be changed or change, the utility model gets main purpose and is to provide a kind of customization combined light emitting module that vertical type is electrically connected that is used for producing.The utility model be used for producing customization combined light emitting module that vertical type is electrically connected have can be along with user's needs a luminescence unit and a lens unit of conversion arbitrarily.The utility model is used for producing the customization combined light emitting module that vertical type is electrically connected can not only change this luminescence unit according to the difference of required illumination effect, also can change this lens unit according to the difference of required light projector angle.By cooperating of this plug unit (plug pin) and this socket unit (socket aperture), so that the utility model customized combined light emitting module can produce the electrical connection of vertical type (vertical direction).
In order to solve the problems of the technologies described above, according to wherein a kind of scheme of the present utility model, provide a kind of being used for to produce the customization combined light emitting module that vertical type is electrically connected, it comprises: a luminescence unit, a lens unit, a plug unit and a socket unit.Wherein, this lens unit removably combine by (detachably) and this luminescence unit.This plug unit is arranged at the side of this lens unit and is electrically connected on this luminescence unit.This socket unit is arranged at the bottom of this plug unit and is electrically connected on this plug unit.In addition, this luminescence unit has two first clamping structures that extended upward by two opposition side ends of this luminescence unit, this lens unit has lens and two and is formed separately in second clamping structure of two opposition side ends of these lens, this lens unit by above-mentioned two first clamping structures with above-mentioned two second cooperating of clamping structure removably (detachably) be arranged at the top of this luminescence unit.
In order to solve the problems of the technologies described above, according to wherein a kind of scheme of the present utility model, provide a kind of being used for to produce the customization combined light emitting module that vertical type is electrically connected, it comprises: a luminescence unit, a lens unit, a plug unit and a socket unit.Wherein, this lens unit removably combine by (detachably) and this luminescence unit.This plug unit is arranged at the side of this lens unit and is electrically connected on this luminescence unit.This socket unit is arranged at the bottom of this plug unit and is electrically connected on this plug unit.In addition, this luminescence unit has two first clamping structures that form in two opposition side ends of this luminescence unit, this lens unit has second clamping structure that lens and two are extended by two opposition side ends of these lens respectively downwards, this lens unit by above-mentioned two first clamping structures with above-mentioned two second cooperating of clamping structure removably (detachably) be arranged at the top of this luminescence unit.
In order to solve the problems of the technologies described above, according to wherein a kind of scheme of the present utility model, provide a kind of being used for to produce the customization combined light emitting module that vertical type is electrically connected, it comprises: a luminescence unit, a lens unit, a plug unit and a socket unit.Wherein, this lens unit removably combine by (detachably) and this luminescence unit.This plug unit is arranged at the side of this lens unit and is electrically connected on this luminescence unit.This socket unit is arranged at the bottom of this plug unit and is electrically connected on this plug unit.In addition, this luminescence unit has two first clamping structures that form in two opposition side ends of this luminescence unit, this lens unit has a hollow transparent structure and one and the integrally formed lens of this hollow transparent structure, above-mentioned two second clamping structures are formed separately in this hollow transparent structure, and this luminescence unit removably (detachably) be arranged in the hollow transparent structure of this lens unit.
The advantage that is used for producing the customization combined light emitting module that vertical type is electrically connected of the present utility model is:
One, because the substituting property of this luminescence unit, so the utility model can be selected the luminescence component of different spacing, different colours, a different number, different capacity size along with the illumination effect that the user wanted for use.
Two, because the substituting property of this lens unit (this lens unit by above-mentioned two first clamping structures with above-mentioned two second cooperating of clamping structure removably (detachably) be arranged at the top of this luminescence unit), so the utility model can be selected different lens for use along with the light projector angle that the user wants to present.
Three, in first embodiment, this luminescence unit 2a fixes in a hooking unit 9a in the mode of putting upside down by above-mentioned two indent holding division 220a.Therefore, light source S penetrable these lens 40a of being produced of these luminescence components 21a and produce the required illuminating effect of user (projection source P1) with a predetermined light projector angle in the mode of downward light projector.
Four, in a second embodiment, this lens unit 4b is by above-mentioned two indent holding division 410b, fixes lower end at a hooking unit 9b in the mode of putting upside down.Therefore, light source S penetrable these lens 40b of being produced of these luminescence components 21b and produce the required illuminating effect of user (projection source P3) with a predetermined light projector angle in the mode of downward light projector.
Five, in the 3rd embodiment, corresponding above-mentioned two the first clamping structure 22c of above-mentioned two second clamping structure 41c, thus this lens unit 4c by above-mentioned two first clamping structure 22c with cooperating of above-mentioned two second clamping structure 41c removably (detachably) be arranged in this hollow transparent structure 4c '.
Six, see through cooperating of this plug unit (plug pin) and this socket unit (socket aperture), so that the utility model customized combined light emitting module can produce the electrical connection of vertical type (vertical direction).
Description of drawings
Figure 1A is used for producing the perspective exploded view (using a plug pin and a socket aperture) of first embodiment of the customization combined light emitting module that vertical type is electrically connected for the utility model;
Figure 1B is used for producing the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) of first embodiment of the customization combined light emitting module that vertical type is electrically connected for the utility model;
Fig. 1 C is the schematic side view that the utility model is used for producing first embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 1 D is that luminescence unit that the utility model is used for producing first embodiment of the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in hooking unit;
Fig. 1 E is the perspective exploded view (using two plug pins and two socket apertures) that the utility model is used for producing first embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 2 A is the perspective exploded view (using a plug pin and a socket aperture) that the utility model is used for producing second embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 2 B is the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) that the utility model is used for producing second embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 2 C is that lens unit that the utility model is used for producing second embodiment of the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in the lower end of hooking unit;
Fig. 2 D is the perspective exploded view (using two plug pins and two socket apertures) that the utility model is used for producing second embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 3 A is the perspective exploded view (using a plug pin and a socket aperture) that the utility model is used for producing the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 3 B is the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) that the utility model is used for producing the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected;
Fig. 3 C is that lens unit that the utility model is used for producing the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in the lower end of hooking unit; And
Fig. 3 D is the perspective exploded view (using two plug pins and two socket apertures) that the utility model is used for producing the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected.
[primary clustering symbol description]
(first embodiment)
The first clamping structure 22a
Indent holding division 220a
Clamping structure Ra
The second clamping structure 41a
The first accommodation space 601a
The second accommodation space 602a
Lead W
Socket unit 8a socket connector 80a
Light source S
Projection source P1
The second accommodation space 602a '
Socket aperture 803a '
(second embodiment)
The first clamping structure 22b
Clamping structure Rb
The second clamping structure 41b
Indent holding division 410b
The first accommodation space 601b
The second accommodation space 602b
Hooking unit 9b coupler construction 90b
Light source S
Projection source P2
The second accommodation space 602b '
(the 3rd embodiment)
Luminescence component 21c
The first clamping structure 22c
Lens unit 4c hollow transparent structure 4c '
Inner surface 40c '
Lens 40c
The second clamping structure 41c
The first fastened base frame R1c indent holding division R 10c
The second fastened base frame R2c
Plug unit 6c plug connector 60c
The first accommodation space 601c
Socket unit 8c socket connector 80c
Holding division 801c
Hooking unit 9c coupler construction 90c
Projection source P3
The first accommodation space 601c '
The specific embodiment
See also shown in Figure 1A to Fig. 1 D, its respectively the utility model be used for producing the perspective exploded view (using a plug pin and a socket aperture) of first embodiment of the customization combined light emitting module that vertical type is electrically connected, the utility model is used for producing the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) of first embodiment of the customization combined light emitting module that vertical type is electrically connected, the utility model is used for producing the schematic side view of first embodiment of the customization combined light emitting module that vertical type is electrically connected, and the utility model first luminescence unit of implementing of being used for producing the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in hooking unit.By among above-mentioned these figure as can be known, being used for of the utility model first embodiment produces the customization combined light emitting module that vertical type is electrically connected and comprises: a luminescence unit 2a, a lens unit 4a, a plug unit 6a, an and socket unit 8a.
Wherein, this luminescence unit 2a have a circuit substrate 20a, be positioned at this circuit substrate 20a lower end with the clamping structure Ra that cooperates with this socket unit 8a, a plurality of be arranged at electrically luminescence component 21a on this circuit substrate 20a, and two from the bottoms of this circuit substrate 20a upwardly extending first clamping structure 22a respectively, and the outside of each first clamping structure 22a has an indent holding division 220a.In addition, the employed majority of this a luminescence unit 2a luminescence component 21a can select the luminescence component of different spacing, different colours, a different number, different capacity size for use along with the illumination effect that the user wanted.
In addition, this lens unit 4a has a lens 40a and two second clamping structure 41a that are formed at the two opposition side ends of these lens 40a respectively, and corresponding above-mentioned two the first clamping structure 22a of above-mentioned two second clamping structure 41a.Therefore, this lens unit 4a by above-mentioned two first clamping structure 22a with cooperating of above-mentioned two second clamping structure 41a removably (detachably) be arranged at the top of this luminescence unit 2a.With first embodiment, above-mentioned two first clamping structure 22a are respectively two aspectant first chute structures, above-mentioned two second clamping structure 41a are respectively two back-to-back second chute structures, and above-mentioned two first chute structures and above-mentioned two second chute structures each other slidably (slidably) be combined together.Yet above-mentioned cooperation about above-mentioned two first chute structures and above-mentioned two second chute structures just is used for for example, and this lens unit 4a by any fit system removably (detachably) is arranged at the top of this luminescence unit 2a.
In addition, this plug unit 6a is arranged at the side of this lens unit 4a and electrical connection (shown in the dotted line of Fig. 1 C) in this luminescence unit 2a.In addition, this plug unit 6a has two plug connector 60a, each plug connector 60a has a header body 600a, one forms in this header body 600a to accommodate the first accommodation space 601a of this lens unit 4a, one forms in the second accommodation space 602a in this header body 600a, and at least one plug pin 603a that protrudes out downwards from this header body 600a, and this luminescence unit 2a passes the end (as the dotted line of Fig. 1 C shown in) of opening to be electrically connected on this plug pin 603a of this second accommodation space 602a by a lead W or any way.
Moreover, this socket unit 8a is arranged at the bottom of this plug unit 6a and is electrically connected on this plug unit 6a, wherein this socket unit 8a has the socket connector 80a of two corresponding above-mentioned two plug connector 6a of difference, and each socket connector 80a has a side that a jack body 800a, is arranged on this jack body 800a with the holding division 801a that cooperates with this clamping structure Ra, and at least one socket aperture 802a that is arranged in this jack body 800a and is used for electrically accommodating corresponding plug pin 603a.With first embodiment, this holding division 801a is ccontaining to be fastened in the clamping structure Ra of this luminescence unit 2a.
Shown in Fig. 1 D, this luminescence unit 2a fixes in a hooking unit 9a in the mode of putting upside down by above-mentioned two indent holding division 220a.For instance, when being used for producing customization combined light emitting module that vertical type is electrically connected with the utility model, user's desire is arranged at a ceiling (also can be wall or any object) when going up, the user can cooperate with the fixing of two coupler construction 90a of the hooking unit 9a of above-mentioned predetermined fixed on this ceiling respectively by above-mentioned two indent holding division 220a, so that this luminescence unit 2a fixes between above-mentioned two coupler construction 90a in the mode of putting upside down, wherein this clamping structure Ra buries in this hooking unit 9a, and these lens 40a is revealed in the outside of this hooking unit 9a.Therefore, light source S penetrable these lens 40a that these luminescence components 21a is produced and produce the required illuminating effect of user (projection source P1) with a predetermined light projector angle in the mode of downward light projector, and can cooperate the replacing of these lens 40a and obtain different light projector angles.
See also shown in Fig. 1 E, it is used for producing the perspective exploded view (using two plug pins and two socket apertures) of first embodiment of the customization combined light emitting module that vertical type is electrically connected for the utility model.By among the above-mentioned figure as can be known, each plug connector 60a ' has two plug pins that protrude out from this header body 600a ' (603a ', 604a ') downwards.This luminescence unit 2a passes this second accommodation space 602a ' by a lead (figure do not show) or any way opening is to be electrically connected on an end of this plug pin (603a ', 604a ') respectively.Moreover each socket connector 80a ' has two, and to be arranged at this jack body 800a ' interior and be used for electrically accommodating the socket aperture (802a ', 803a ') of corresponding two plug pins (603a ', 604a ').
By this, see through cooperating of two plug pins (603a ', 604a ') and two socket apertures (802a ', 803a '), with glow frequency, luminous intensity or the change color etc. of controlling this luminescence unit 2a, so that the utility model customized combined light emitting module can produce diversified illumination effect.Yet above-mentioned disclosed two plug pins (603a ', 604a ') and two socket apertures (802a ', 803a ') are used for for example, and the utility model also can use a plurality of plug pins to cooperate with a plurality of socket apertures.
See also shown in Fig. 2 A to Fig. 2 C, its respectively the utility model be used for producing the perspective exploded view (using a plug pin and a socket aperture) of second embodiment of the customization combined light emitting module that vertical type is electrically connected, the utility model is used for producing the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) of second embodiment of the customization combined light emitting module that vertical type is electrically connected, and the utility model lens unit of being used for producing second embodiment of the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in the lower end of hooking unit.By among above-mentioned these figure as can be known, being used for of the utility model second embodiment produces the customization combined light emitting module that vertical type is electrically connected and comprises: a luminescence unit 2b, a lens unit 4b, a plug unit 6b, an and socket unit 8b.
Wherein, this luminescence unit 2b has a circuit substrate 20b, and is positioned at this circuit substrate 20b lower end and is positioned at this circuit substrate 20b lower end with the clamping structure that cooperates with this socket unit, a plurality of luminescence component 21b on this circuit substrate 20b, and two upwardly extending first clamping structure 22b from the bottom of this circuit substrate 20b respectively of being arranged at electrically with the clamping structure Rb, that cooperates with this socket unit 8b.In addition, the employed majority of this a luminescence unit 2b luminescence component 21b can select the luminescence component of different spacing, different colours, a different number, different capacity size for use along with the illumination effect that the user wanted.
In addition, this lens unit 4b has the second clamping structure 41b that a lens 40b and two are extended by the two opposition side ends of these lens 40b respectively downwards, and the outside of each second clamping structure 41b has an indent holding division 410b.In addition, corresponding above-mentioned two the first clamping structure 22b of above-mentioned two second clamping structure 41b, thus this lens unit 4b by above-mentioned two first clamping structure 22b with cooperating of above-mentioned two second clamping structure 41b removably (detachably) be arranged at the top of this luminescence unit 2b.With second embodiment, above-mentioned two first clamping structure 22b are respectively two aspectant first chute structures, above-mentioned two second clamping structure 41b are respectively two second back-to-back chute structures, and above-mentioned two first chute structures and above-mentioned two second chute structures each other slidably (slidably) be combined together.Yet above-mentioned cooperation about above-mentioned two first chute structures and above-mentioned two second chute structures just is used for for example, and this lens unit 4b by any fit system removably (detachably) is arranged at the top of this luminescence unit 2b.
In addition, this plug unit 6b is arranged at the side of this lens unit 4b and is electrically connected on this luminescence unit 2b.In addition, this plug unit 6b has two plug connector 60b, each plug connector 60b has a header body 600b, and forms in this header body 600b with the first accommodation space 601b, that accommodates this lens unit 4b and form in the second accommodation space 602b in this header body 600b, and at least one plug pin 603b that protrudes out from this header body 600b downwards, and this luminescence unit 2b passes the opening of this second accommodation space 602b to be electrically connected on the end of this plug pin 603b by a lead (scheming not show) or any way.
Moreover, this socket unit 8b is arranged at the bottom of this plug unit 6b and is electrically connected on this plug unit 6b, wherein this socket unit 8b has the socket connector 80b of two corresponding above-mentioned two plug connector 6b of difference, and each socket connector 80b has a side that a jack body 800b, is arranged on this jack body 800b with the holding division 801b that cooperates with this clamping structure Rb, and at least one socket aperture 802b that is arranged in this jack body 800b and is used for electrically accommodating corresponding plug pin 603b.With first embodiment, this holding division 801b is ccontaining to be fastened in the clamping structure Rb of this luminescence unit 2b.
Shown in Fig. 2 C, this lens unit 4b is by above-mentioned two indent holding division 410b, fixes lower end at a hooking unit 9b in the mode of putting upside down.For instance, when being used for producing customization combined light emitting module that vertical type is electrically connected with the utility model, user's desire is arranged at a ceiling (also can be wall or any object) when going up, the user can cooperate with the fixing of two coupler construction 90b of the hooking unit 9b of above-mentioned predetermined fixed on this ceiling respectively by above-mentioned two indent holding division 410b, so that this luminescence unit 2b fixes between above-mentioned two coupler construction 90b in the mode of putting upside down, wherein this luminescence component 21b buries in this hooking unit 9b, and these lens 40b is revealed in the outside of this hooking unit 9b.Therefore, light source S penetrable these lens 40b that these luminescence components 21b is produced and produce the required illuminating effect of user (projection source P2) with a predetermined light projector angle in the mode of downward light projector, and can cooperate the replacing of these lens 40b and obtain different light projector angles.
See also shown in Fig. 2 D, it is used for producing the perspective exploded view (using two plug pins and two socket apertures) of second embodiment of the customization combined light emitting module that vertical type is electrically connected for the utility model.By among the above-mentioned figure as can be known, each plug connector 60b ' has two plug pins that protrude out from this header body 600b ' (603b ', 604b ') downwards.This luminescence unit 2b passes this second accommodation space 602b ' by a lead (figure do not show) or any way opening is to be electrically connected on an end of this plug pin (603b ', 604b ') respectively.Moreover each socket connector 80b ' has two, and to be arranged at this jack body 800b ' interior and be used for electrically accommodating the socket aperture (802b ', 803b ') of corresponding two plug pins (603b ', 604b ').
By this, see through cooperating of two plug pins (603b ', 604b ') and two socket apertures (802b ', 803b '), with glow frequency, luminous intensity or the change color etc. of controlling this luminescence unit 2b, so that the utility model customized combined light emitting module can produce diversified illumination effect.Yet above-mentioned disclosed two plug pins (603b ', 604b ') and two socket apertures (802b ', 803b ') are used for for example, and the utility model also can use a plurality of plug pins to cooperate with a plurality of socket apertures.
See also shown in Fig. 3 A to Fig. 3 C, its respectively the utility model be used for producing the perspective exploded view (using a plug pin and a socket aperture) of the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected, the utility model is used for producing the solid combination schematic diagram (wherein a plug unit and a socket unit are opening) of the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected, and the utility model lens unit of being used for producing the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected fixes the schematic diagram in the lower end of hooking unit.By among above-mentioned these figure as can be known, being used for of the utility model the 3rd embodiment produces the customization combined light emitting module that vertical type is electrically connected and comprises: a luminescence unit 2c, a lens unit 4c, one first fastened base frame R1c, one second fastened base frame R2c, a plug unit 6c, an and socket unit 8c.
Wherein, this luminescence unit 2c is fastened on this first fastened base frame R1c, and this luminescence unit 2c has a circuit substrate 20c, a plurality of luminescence component 21c on this circuit substrate 20c, and two first clamping structure 22c that are formed at the two opposition side ends of this circuit substrate 20c of being arranged at electrically.In addition, the employed majority of this a luminescence unit 2c luminescence component 21c can select the luminescence component of different spacing, different colours, a different number, different capacity size for use along with the illumination effect that the user wanted.
In addition, this lens unit 4c have a hollow transparent structure 4c ', one and the integrally formed lens 40c of this hollow transparent structure 4c ', and two be formed separately in the second clamping structure 41c of the inner surface 40c ' of this hollow transparent structure 4c ', and these lens 40c is arranged at the top of this hollow transparent structure 4c ' and is positioned at the top of this luminescence unit 2c.In addition, corresponding above-mentioned two the first clamping structure 22c of above-mentioned two second clamping structure 41c, thus this lens unit 4c by above-mentioned two first clamping structure 22c with cooperating of above-mentioned two second clamping structure 41c removably (detachably) be arranged in this hollow transparent structure 4c '.With the 3rd embodiment, above-mentioned two first clamping structure 22c are back-to-back form, above-mentioned two second clamping structure 41c form in the inner surface of this hollow transparent structure 4c ' Face to face, and above-mentioned two first clamping structure 22c and above-mentioned two second clamping structure 41c each other slidably (slidably) be combined together.
Moreover this first fastened base frame R1c is arranged at this hollow transparent structure 4c ' lower end, and the two opposition side ends of this first fastened base frame R1c have an indent holding division R10c respectively.In addition, this second fastened base frame R2c is arranged at this first fastened base frame R1c lower end, and wherein this hollow transparent structure 4c ' is fastened in the upper end of this first fastened base frame R1c, and this first fastened base frame R1c is fastened in the upper end of this second fastened base frame R2c.
In addition, this plug unit 6c is arranged at the side of this lens unit 4c and is electrically connected on this luminescence unit 2c.In addition, this plug unit 6c has two plug connector 60c, each plug connector 60c has a header body 600c, and forms in this header body 600c with the first accommodation space 601c that accommodates this lens unit 4c, and at least one plug pin 603c that protrudes out downwards from this header body 600c, and luminescence unit 2c passes the opening of this first accommodation space 601c to be electrically connected on the end of this plug pin 603c by a lead (scheming not show) or any way.
Moreover, this socket unit 8c is arranged at the bottom of this plug unit 6c and is electrically connected on this plug unit 6c, wherein this socket unit 8c has the socket connector 80c of two corresponding above-mentioned two plug connector 6c of difference, and each socket connector 80c has a side that a jack body 800c, is arranged on this jack body 800c with the holding division 801c that cooperates with this second fastened base frame R2c, and at least one socket aperture 802c that is arranged in this jack body 800c and is used for electrically accommodating corresponding plug pin 603c.With first embodiment, this holding division 801c is ccontaining to be fastened in this second fastened base frame R2c of this luminescence unit 2c.
Shown in Fig. 3 C, this lens unit 4c is by above-mentioned two indent holding division R10c, fixes lower end at a hooking unit 9c in the mode of putting upside down.For instance, when being used for producing customization combined light emitting module that vertical type is electrically connected with the utility model, user's desire is arranged at a ceiling (also can be wall or any object) when going up, the user can cooperate with the fixing of two coupler construction 90c of the hooking unit 9c of above-mentioned predetermined fixed on this ceiling respectively by above-mentioned two indent holding division R10c, so that this luminescence unit 2c fixes between above-mentioned two coupler construction 90c in the mode of putting upside down.Therefore, light source penetrable these lens 40c that these luminescence components 21c is produced and produce the required illuminating effect of user (projection source P3) with a predetermined light projector angle in the mode of downward light projector, and can cooperate the replacing of these lens 40c and obtain different light projector angles.
See also shown in Fig. 3 D, it is used for producing the perspective exploded view (using two plug pins and two socket apertures) of the 3rd embodiment of the customization combined light emitting module that vertical type is electrically connected for the utility model.By among the above-mentioned figure as can be known, each plug connector 60c ' has two plug pins that protrude out from this header body 600c ' (603c ', 604c ') downwards.This luminescence unit 2c passes this first accommodation space 601c ' by a lead (figure do not show) or any way opening is to be electrically connected on an end of this plug pin (603c ', 604c ') respectively.Moreover each socket connector 80c ' has two, and to be arranged at this jack body 800c ' interior and be used for electrically accommodating the socket aperture (802c ', 803c ') of corresponding two plug pins (603c ', 604c ').
By this, see through cooperating of two plug pins (603c ', 604c ') and two socket apertures (802c ', 803c '), with glow frequency, luminous intensity or the change color etc. of controlling this luminescence unit 2c, so that the utility model customized combined light emitting module can produce diversified illumination effect.Yet above-mentioned two plug pins that disclose (603c ', 604c ') and two socket apertures (802c ', 803c ') are used for for example, and the utility model also can use a plurality of plug pins to cooperate with a plurality of socket apertures.
In sum, the advantage that is used for producing the customization combined light emitting module that vertical type is electrically connected of the utility model is:
One, because the substituting property of this luminescence unit, so the utility model can be selected the luminescence component of different spacing, different colours, a different number, different capacity size along with the illumination effect that the user wanted for use.
Two, because the substituting property of this lens unit (this lens unit by above-mentioned two first clamping structures with above-mentioned two second cooperating of clamping structure removably (detachably) be arranged at the top of this luminescence unit), so the utility model can be selected different lens for use along with the light projector angle that the user wants to present.
Three, in first embodiment, this luminescence unit 2a fixes in a hooking unit 9a in the mode of putting upside down by above-mentioned two indent holding division 220a.Therefore, light source S penetrable these lens 40a of being produced of these luminescence components 21a and produce the required illuminating effect of user (projection source P1) with a predetermined light projector angle in the mode of downward light projector.
Four, in a second embodiment, this lens unit 4b is by above-mentioned two indent holding division 410b, fixes lower end at a hooking unit 9b in the mode of putting upside down.Therefore, light source S penetrable these lens 40b of being produced of these luminescence components 21b and produce the required illuminating effect of user (projection source P3) with a predetermined light projector angle in the mode of downward light projector.
Five, in the 3rd embodiment, corresponding above-mentioned two the first clamping structure 22c of above-mentioned two second clamping structure 41c, thus this lens unit 4c by above-mentioned two first clamping structure 22c with cooperating of above-mentioned two second clamping structure 41c removably (detachably) be arranged in this hollow transparent structure 4c '.
Six, see through cooperating of this plug unit (plug pin) and this socket unit (socket aperture), so that the utility model customized combined light emitting module can produce the electrical connection of vertical type (vertical direction).
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. one kind is used for producing the customization combined light emitting module that vertical type is electrically connected, and it is characterized in that, comprising:
One luminescence unit;
One lens unit, this lens unit is combined with mode and this luminescence unit that can dismantle;
One plug unit, it is arranged at the side of this lens unit and is electrically connected on this luminescence unit; And
One socket unit, it is arranged at the bottom of this plug unit and is electrically connected on this plug unit.
2. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 1, it is characterized in that: this luminescence unit has two first clamping structures that extended upward by two opposition side ends of this luminescence unit, this lens unit has lens and two and is formed separately in second clamping structure of two opposition side ends of these lens, and this lens unit is arranged at the top of this luminescence unit in the mode that can dismantle with above-mentioned two second cooperating of clamping structure by above-mentioned two first clamping structures; This luminescence unit has a circuit substrate, and is positioned at this circuit substrate lower end with the clamping structure that cooperates with this socket unit, and a plurality of luminescence components that are arranged at electrically on this circuit substrate, and above-mentioned two first clamping structures extend upward respectively from the bottom of this circuit substrate; The outside of each first clamping structure has an indent holding division, and this luminescence unit fixes in a hooking unit in the mode of putting upside down by above-mentioned two indent holding divisions.
3. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 2, it is characterized in that: this plug unit has two plug connectors, each plug connector has a header body, and forms in this header body with first accommodation space, of accommodating this lens unit and form in second accommodation space in this header body, and at least one plug pin that protrudes out from this header body downwards, and this luminescence unit is electrically connected on an end of this plug pin; This socket unit has the socket connector of two corresponding above-mentioned two plug connectors of difference, and each socket connector has a side that a jack body, is arranged on this jack body with the holding division that cooperates with this clamping structure, and at least one socket aperture that is arranged in this jack body and is used for electrically accommodating corresponding plug pin.
4. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 2, it is characterized in that: above-mentioned two first clamping structures are respectively two aspectant first chute structures, above-mentioned two second clamping structures are respectively two back-to-back second chute structures, and above-mentioned two first chute structures and above-mentioned two second chute structures are combined together with sliding type each other.
5. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 1, it is characterized in that: this luminescence unit has two first clamping structures that form in two opposition side ends of this luminescence unit, this lens unit has second clamping structure that lens and two are extended by two opposition side ends of these lens respectively downwards, and this lens unit is arranged at the top of this luminescence unit in the mode that can dismantle with above-mentioned two second cooperating of clamping structure by above-mentioned two first clamping structures; This luminescence unit has a circuit substrate, and is positioned at this circuit substrate lower end with the clamping structure that cooperates with this socket unit, and a plurality of luminescence components that are arranged at electrically on this circuit substrate, and above-mentioned two first clamping structures extend upward from the bottom of this circuit substrate respectively; The outside of each second clamping structure has an indent holding division, and this lens unit is by above-mentioned two indent holding divisions, fixes lower end in a hooking unit in the mode of putting upside down.
6. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 5, it is characterized in that: this plug unit has two plug connectors, each plug connector has a header body, and forms in this header body with first accommodation space, of accommodating this lens unit and form in second accommodation space in this header body, and at least one plug pin that protrudes out from this header body downwards, and this luminescence unit is electrically connected on an end of this plug pin; This socket unit has the socket connector of two corresponding above-mentioned two plug connectors of difference, and each socket connector has a side that a jack body, is arranged on this jack body with the holding division that cooperates with this clamping structure, and at least one socket aperture that is arranged in this jack body and is used for electrically accommodating corresponding plug pin.
7. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 5, it is characterized in that: above-mentioned two first clamping structures are respectively two first face-to-face chute structures, above-mentioned two second clamping structures are respectively two back-to-back second chute structures, and above-mentioned two first chute structures and above-mentioned two second chute structures each other with sliding type be combined together.
8. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 1, it is characterized in that: this luminescence unit has two first clamping structures that form in two opposition side ends of this luminescence unit, this lens unit has a hollow transparent structure and one and the integrally formed lens of this hollow transparent structure, above-mentioned two second clamping structures are formed separately in this hollow transparent structure, and this luminescence unit is arranged in the hollow transparent structure of this lens unit in the mode that can dismantle; These lens are arranged at the top of this hollow transparent structure and are positioned at the top of this luminescence unit, and above-mentioned two second clamping structures form in the inner surface of this hollow transparent structure Face to face; This customization combined light emitting module further comprises: first fastened base frame and that is arranged at this hollow transparent structure lower end is arranged at second fastened base frame of this first fastened base frame lower end, wherein this hollow transparent structure is fastened in the upper end of this first fastened base frame, and this first fastened base frame is fastened in the upper end of this second fastened base frame; This luminescence unit has a circuit substrate and a plurality of luminescence component that is arranged at electrically on this circuit substrate, and above-mentioned two first clamping structures are formed at two opposition side ends of this circuit substrate.
9. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 8, it is characterized in that: two opposition side ends of this first clamping structure have two indent holding divisions respectively, and this lens unit is by above-mentioned two indent holding divisions, fixes lower end in a hooking unit in the mode of putting upside down.
10. the customization combined light emitting module that is used for producing the vertical type electrical connection as claimed in claim 8, it is characterized in that: this plug unit has two plug connectors, each plug connector has a header body, and forms in this header body with first accommodation space of accommodating this lens unit, and at least one plug pin that protrudes out downwards from this header body, and this luminescence unit is electrically connected on an end of this plug pin; This socket unit has the socket connector of two corresponding above-mentioned two plug connectors of difference, and each socket connector has a side that a jack body, is arranged on this jack body with the holding division that cooperates with this clamping structure, and at least one socket aperture that is arranged in this jack body and is used for electrically accommodating corresponding plug pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202106369U CN201273479Y (en) | 2008-09-26 | 2008-09-26 | Customized combination type luminous module used for generating vertical electric connection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202106369U CN201273479Y (en) | 2008-09-26 | 2008-09-26 | Customized combination type luminous module used for generating vertical electric connection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201273479Y true CN201273479Y (en) | 2009-07-15 |
Family
ID=40883826
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202106369U Expired - Fee Related CN201273479Y (en) | 2008-09-26 | 2008-09-26 | Customized combination type luminous module used for generating vertical electric connection |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201273479Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102472476A (en) * | 2010-04-02 | 2012-05-23 | 绿弥利奇株式会社 | Light emitting diode lighting lamp |
| CN103137826A (en) * | 2011-11-30 | 2013-06-05 | 展晶科技(深圳)有限公司 | light-emitting diode |
-
2008
- 2008-09-26 CN CNU2008202106369U patent/CN201273479Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102472476A (en) * | 2010-04-02 | 2012-05-23 | 绿弥利奇株式会社 | Light emitting diode lighting lamp |
| CN103137826A (en) * | 2011-11-30 | 2013-06-05 | 展晶科技(深圳)有限公司 | light-emitting diode |
| TWI455369B (en) * | 2011-11-30 | 2014-10-01 | Advanced Optoelectronic Tech | Light emitting diode |
| CN103137826B (en) * | 2011-11-30 | 2016-03-23 | 展晶科技(深圳)有限公司 | Light-emitting diode |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090715 Termination date: 20120926 |