CN106468419A

CN106468419A - The lensed light-emitting structure of die set of device

Info

Publication number: CN106468419A
Application number: CN201510488810.0A
Authority: CN
Inventors: 彭嘉美; 庄叶振; 庄秉翰
Original assignee: HEXIN DEVELOPMENT Co Ltd
Current assignee: HEXIN DEVELOPMENT Co Ltd
Priority date: 2015-08-11
Filing date: 2015-08-11
Publication date: 2017-03-01

Abstract

A kind of lensed light-emitting structure of die set of device, including at least a reflection shield and lens, reflective cover inner surface assembles at least one light source for reflective surface, lens devices are in front of reflection shield, make the throw light that light source produces via the outside throw light of lens, make the width of lamp lighting and length become controllable scope, thereby make this light fixture be particularly well-suited to the motor-driven vehicle headlight adapter light fixture such as locomotive, lamp lighting efficiency is not only greatly improved, is more avoided that light is irradiated to the driving eye to always car.

Description

The lensed light-emitting structure of die set of device

Technical field

With regard to a kind of lensed light-emitting structure of die set of device, the espespecially special suitable locomotive that is used in illuminates greatly the present invention Lamp light fixture, can make the length of lamp lighting and width become controlled range, whole light are irradiated in and is intended to illuminate Regional extent effectively improve illumination efficiency.

Background technology

Refer to Fig. 1 it is shown that a kind of side section view commonly used in headlight for vehicles lamp luminescence modular structure and optical link Footpath illustrates, and illuminating module B01 has a reflection shield 001, and a light source 002, reflection shield 001 bottom are installed in top Install the end face of a hollow stent 012, other end device one planoconvex lenss 003 of hollow stent 012, one Dark slide 007 is installed in reflection shield 001 bottom margin, and an electric magnet 006 is connected to and controls in dark slide 007 The elevation angles of dark slide 007, use the handoff functionality reaching high beam and dipped headlights, this illuminating module B01 It is considered to avoid the light of high beam to be irradiated to always car to drive eye and produce dazzle the eyes situation and improve light fixture Brightness of illumination.

As long as but actually all can make when existing majority automobile is using the lensed head lamp switch-on distance light of this kind of tool Dazzle is produced to the driving eye of always car, and then affects traffic safety, trace it to its cause as follows：

Please join Fig. 1, whole light are reflected into by reflection shield 001 when the light source 002 of illuminating module B01 is lighted Enter planoconvex lenss 003 base plane 004, planoconvex lenss top arcuate arcwall face 005 reflects in lighting area the most finally From in figure, domain, finds out that part reflection light 008 is finally reflected by planoconvex lenss 003 and illuminates in toward below horizontal line Irradiation light 011, part reflection light 009 is finally reflected by planoconvex lenss 003 and illuminates in the photograph toward above horizontal line Penetrate light 010, the irradiation light 011 being reflected by this planoconvex lenss 003 cross central line 013 lower half and on The irradiation light 010 that half portion reflects can be seen that two part irradiation light are the results of mirror image each other, that is, lower half The angle that portion's light reflects toward below horizontal line is bigger, then the angle that first half light reflects toward above horizontal line is also Bigger, this illuminating module B01 double optical lens light fixtures that are otherwise known as essentially consist in dark slide 007 and electric magnet 006 Structure, when light fixture to be made is dipped headlights effect, it is high elevation location that electric magnet 006 controls dark slide 007, Make dark slide 007 cover the part reflection light 009 that reflection shield 001 reflects, only allow part reflection light 008 finally is reflected by planoconvex lenss 003 to illuminate and reaches dipped headlights effect in the irradiation light 011 toward below horizontal line, Otherwise when light fixture to be made is high beam effect, it is low elevation location that electric magnet 006 controls dark slide 007, makes All light illuminates and reaches high beam effect in front of light fixture, and this illuminating module with dark slide makes dipped headlights Illumination only have half efficiency, make again toward above horizontal plane irradiate high beam light can direct irradiation to driving Eye produces glare phenomenon.

Content of the invention

The purpose of the present invention is providing a kind of lensed light-emitting structure of die set of device, and it is avoided that outside projection light Line irradiates to the impact driven caused by eye, can also be for the regional extent effective control light fixture to be illuminated The length of illumination and width, and can effectively lift the illumination efficiency of light fixture.

For reaching object above, the invention discloses a kind of lensed light-emitting structure of die set of device, its feature exists In including at least：

At least one light source；

At least one reflection shield, and described light source is installed in produce throw light inside a reflection shield, described anti- Light cover inner surface is reflective surface to reflect described light source projects light inside reflection shield；

One hollow stent, end face is installed on above-mentioned reflection shield bottom；And

One lens, are installed on the other end of above-mentioned hollow stent, and described lens have two planes and week by one While the transparent board being provided with least one location structure is constituted, described wherein one plane is set to top and is provided with least one Evagination arcwall face and be set to beam projecting face, described another plane is set to bottom and is set to described reflection shield and reflects Plane of light incidence, described lens comprise at least one vertical center line and a horizontal expansion line, and to being less than thoroughly It is oblique that the described lens base plane of mirror one vertical center line one side and a horizontal expansion line one side is provided with least one Face, described each inclined-plane make incident ray refraction angle with arround plane make incident ray refraction angle have difference, The light that described reflection shield reflects can be refracted as illuminating ray by described lens towards the outside.

Wherein, described lens one vertical center line is included positioned at the vertical center line of described lens base plane and described This vertical center line dead ahead and the vertical center line in dead astern therein；Described lens one horizontal expansion line bag Include positioned at the cross central line of described lens base plane and parallel to this cross central line above, lower section, front Therein with rear one horizontal expansion line.

Wherein, described lensed tip plane is provided with least two evagination arcwall faces, described at least two evagination arc masks There are at least two kinds different radiis.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with an inclined-plane, and described inclined-plane is smooth inclined-plane by this inclined-plane upper side positioned at a described horizontal expansion line Bian Qiyu side toward below lens is healed and is deviateed the inclination of lensed tip direction.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with multiple inclined-planes having differing tilt angles and being connected, and described each inclined-plane is for smooth inclined-plane and by position In the inclined-plane of a described horizontal expansion line more toward lens below side inclined-plane heal deviate lensed tip direction incline Tiltedly.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with an inclined-plane, and described inclined-plane is smooth inclined-plane by this inclined-plane upper side positioned at a described horizontal expansion line Bian Qiyu side toward below lens is healed and is partial to the inclination of lensed tip direction.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with multiple inclined-planes having differing tilt angles and being connected, and described each inclined-plane is for smooth inclined-plane and by position In the inclined-plane of a described horizontal expansion line more toward lens below side inclined-plane heal be partial to lensed tip direction incline Tiltedly.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with an inclined-plane, and described inclined-plane is smooth inclined-plane by this inclined-plane one side positioned at a described vertical center line Rising more heals toward lens one side is partial to the inclination of lensed tip direction.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with multiple inclined-planes having differing tilt angles and being connected, and described each inclined-plane is for smooth inclined-plane and by position In the inclined-plane of a described vertical center line, more the inclination of lensed tip direction is more partial on the inclined-plane toward lens one side.

Wherein, the described base plane of described lens one vertical center line one side is one below a horizontal expansion line Side is provided with an inclined-plane, described inclined-plane be double be tilted towards smooth inclined-plane, described wherein one is tilted towards by positioned at described one Above this inclined-plane of horizontal expansion line, side plays side more deviation lensed tip direction inclination, institute more toward below lens State wherein another be tilted towards being risen from this inclined-plane one side positioned at a described vertical center line more heal toward lens one side Deflection lensed tip direction tilts.

Wherein, below described lens one horizontal expansion line the described base plane of side be provided with least two inclined-planes and It is all curve slope, the starting point of wherein at least one curve slope one end is located at base plane lower half one semi arch On line, and from described semicircle camber line rise more toward lens side heal be partial to lensed tip direction tilt at a bend line Connect the one end of at least one curve slope being additionally provided with, this at least one curve slope described by described bend line More heal toward lens side and deviate the inclination of lensed tip direction.

Wherein, below described lens one horizontal expansion line the described base plane of side be provided with least two inclined-planes and Be all curve slope, the starting point of wherein at least one curve slope one end be located at described lens one vertical center line and One horizontal expansion line joining, this at least one curve slope described is simultaneously more healed toward lens side from described initial lighting Deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with least one bend line, This at least one curve slope described and from this bend line described rise more toward lens side heal deviate lensed tip direction incline Tiltedly.

Wherein, below described lens one horizontal expansion line the described base plane of side be provided with least four inclined-planes and Be all curve slope, the starting point of wherein at least one curve slope one end be located at described lens one vertical center line and One horizontal expansion line joining, this at least one curve slope described is simultaneously more healed toward lens side from described initial lighting Deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with a bend line, described This at least one curve slope simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from described bend line；Separately Have at least one curve slope one end starting point be located on the upper side state directly over the starting point of curve slope one end described one A bit on vertical center line, described at least one curve slope is simultaneously more healed toward lens side from this initial lighting described Deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with a bend line, described This at least one curve slope simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from this bend line described.

Wherein, below described lens one horizontal expansion line, the described base plane of side is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, and being wherein respectively connected by multiple arcs inclined-plane, it is curved to be connected into two differences Each one end starting point of curvature curved surface is located at described lens one vertical center line and a horizontal expansion line joining, institute State each curved surface system and respectively the curve slope more deflection more toward lens side is played from the curve slope positioned at described starting point Lensed tip direction tilts to each one end of at least two curve slopes that at each bend line, connection is additionally provided with, and this is at least Two curve slopes respectively are risen more to heal toward lens side from this bend line described and deviate the inclination of lensed tip direction.

Wherein, below described lens one horizontal expansion line, the described base plane of side is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, is wherein connected by multiple arcs inclined-plane and is connected into one end of a curved surface Starting point is located at described lens one vertical center line and a horizontal expansion line joining, and described curved surface is by positioned at institute State starting point curve slope rise more toward lens side curve slope heal be partial to lensed tip direction tilt to one turn Connect at least one curve slope one end of being additionally provided with broken line, this at least one curve slope by described bend line more Heal toward lens side and deviate the inclination of lensed tip direction；Separately there is multiple arcs inclined-plane to be connected and be connected into one different from above-mentioned What one end starting point of another curved surface of curved surface flexibility was located at directly over the starting point stating curved surface on the upper side described one hangs down A bit on straight centrage, this curved surface described is risen more toward lens side from the curve slope positioned at this starting point described It is oblique that the curve slope on side more deflection lensed tip direction tilts at least one arc that at a bend line, connection is additionally provided with Face one end, this at least one curve slope is risen more to heal toward lens side from this bend line described and deviates lensed tip direction Tilt.

Wherein, below described lens one horizontal expansion line, the described base plane of side is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, is wherein connected by multiple arcs inclined-plane and is connected into one end of a curved surface Starting point is located at described lens one vertical center line and a horizontal expansion line joining, and described curved surface is by positioned at institute State starting point curve slope rise more toward lens side curve slope heal be partial to lensed tip direction tilt to one turn Connect at least one curve slope one end of being additionally provided with broken line, this at least one curve slope by described bend line more Heal toward lens side and deviate the inclination of lensed tip direction.

Wherein, the described base plane at the upper side of described lens one horizontal expansion line be provided with least two inclined-planes and Be all curve slope, the starting point of wherein at least one curve slope one end be located at described lens one vertical center line and One horizontal expansion line joining, this at least one curve slope described is simultaneously more healed toward lens side from described initial lighting Deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with least one bend line, This at least one curve slope described and from this bend line described rise more toward lens side heal deviate lensed tip direction incline Tiltedly.

Wherein, the described base plane at the upper side of described lens one horizontal expansion line be provided with least four inclined-planes and Be all curve slope, the starting point of wherein at least one curve slope one end be located at described lens one vertical center line and One horizontal expansion line joining, this at least one curve slope described is simultaneously more healed toward lens side from described initial lighting Deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with a bend line, described This at least one curve slope simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from described bend line；Separately The starting point having at least one curve slope one end is located at described directly over the starting point stating curve slope one end on the upper side On one vertical center line a bit, described at least one curve slope simultaneously initial is lighted more toward lens side from described this More deflection lensed tip direction tilts to one end of at least one curve slope that connection is additionally provided with a bend line, institute State this at least one curve slope and from this bend line described rise more toward lens side heal deviate lensed tip direction incline Tiltedly.

Wherein, the described base plane at the upper side of described lens one horizontal expansion line is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, and being wherein respectively connected by multiple arcs inclined-plane, it is curved to be connected into two differences Each one end starting point of curvature curved surface is located at described lens one vertical center line and a horizontal expansion line joining, institute State each curved surface system and respectively the curve slope more deflection more toward lens side is played from the curve slope positioned at described starting point Lensed tip direction tilts to each one end of at least two curve slopes that at each bend line, connection is additionally provided with, and this is at least Two curve slopes respectively are risen more to heal toward lens side from this bend line described and deviate the inclination of lensed tip direction.

Wherein, the described base plane at the upper side of described lens one horizontal expansion line is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, is wherein connected by multiple arcs inclined-plane and is connected into one end of a curved surface Starting point is located at described lens one vertical center line and a horizontal expansion line joining, and described curved surface is by positioned at institute State starting point curve slope rise more toward lens side curve slope heal be partial to lensed tip direction tilt to one turn Connect at least one curve slope one end of being additionally provided with broken line, this at least one curve slope by described bend line more Heal toward lens side and deviate the inclination of lensed tip direction；Separately there is multiple arcs inclined-plane to be connected and be connected into one different from above-mentioned One end starting point of another curved surface of curved surface curvature is located at described directly over one end starting point stating curved surface on the upper side A bit on vertical center line, this curved surface described is risen more toward lens from the curve slope positioned at this starting point described The curve slope of side is more partial to lensed tip direction and is tilted at least one arc that at a bend line, connection is additionally provided with Inclined-plane one end, this at least one curve slope is risen more to heal toward lens side from this bend line described and deviates lensed tip side To inclination.

Wherein, the described base plane at the upper side of described lens one horizontal expansion line is provided with and multiple have difference and incline Rake angle is connected inclined-plane and be all curve slope, is wherein connected by multiple arcs inclined-plane and is connected into one end of a curved surface Starting point is located at described lens one vertical center line and a horizontal expansion line joining, and described curved surface is by positioned at institute State starting point curve slope rise more toward lens side curve slope heal be partial to lensed tip direction tilt to one turn Connect at least one curve slope one end of being additionally provided with broken line, this at least one curve slope by described bend line more Heal toward lens side and deviate the inclination of lensed tip direction.

Wherein, install at least one conical decorative panel outside described illuminating module further and at least one warning is sent out Light module.

Wherein, a described reflection shield bottom further fixing device at least dark slide.

Wherein, it is provided with least one location structure inside described hollow stent, and movable on described location structure Device at least one dark slide, a described dark slide at least side is connected to the extension stem of at least one electric magnet.

Wherein, it is provided with least one location structure inside described hollow stent, and movable on described location structure Device at least one grating, described grating is simultaneously connected to the extension stem of at least one electric magnet.

Wherein, described grating is made up of a transparent board, and described transparent board at least has top and bottom two Plane, and extremely it is provided with least one arcwall face, described each arcwall face peak position less than base plane middle section The central authorities of side above described base plane.

Wherein, described grating is provided with least one inclined-plane and all in vertical center line one side of top planes further For smooth inclined-plane, described each inclined-plane incline direction is risen more toward institute from the inclined-plane of side above described grating Described top planes inclination is more partial on the inclined-plane stating side below grating.

Wherein, described grating is made up of a transparent board, and described transparent board at least has top and bottom two Plane, and multiple there is the arc that differing tilt angles are connected to being provided with less than described base plane middle section Inclined-plane, described each curve slope incline direction by the curve slope of side above described transparent board more Toward below described transparent board, the curve slope of side is more partial to this base plane.

Wherein, it is further provided with least another location structure inside described hollow stent, and be additionally provided with described The movable device of location structure one dark slide, described dark slide one side is connected to one end of first support, described The other end of first support is incorporated on a movable rotation-shaft with the one end of the second support being additionally provided with, described second Frame central part is installed on the movable rotation-shaft on the location structure that described hollow stent is additionally provided with, described second The frame other end be connected to described at least one electric magnet extension stem on a movable rotation-shaft.

By said structure, the light-emitting structure of die set of the present invention is widely applicable, can apply to the motor vehicles such as locomotive Head lamp light fixture, all light that fully can produce this light source become effective lighting light, can avoid light fixture light again Line direct irradiation drives eye to always car, really can reach expected effect of special lighting.

Brief description

Fig. 1 shows that one kind commonly uses light-emitting structure of die set and opticpath diagram.

Fig. 2A to 2C shows that lens of the present invention form solid, side and the bottom view of structure substantially.

Fig. 3 A shows the three-dimensional view of the first embodiment of lens of the present invention.

Fig. 3 B shows the three-dimensional view of lens second embodiment of the present invention.

Fig. 3 C shows the three-dimensional view of the third embodiment of lens of the present invention.

Fig. 3 D shows the three-dimensional view of 4th kind of embodiment of lens of the present invention.

Fig. 3 E shows the three-dimensional view of 5th kind of embodiment of lens of the present invention.

Fig. 3 F shows the three-dimensional view of 6th kind of embodiment of lens of the present invention.

Fig. 4 A shows the three-dimensional view of another feasible pattern in inclined-plane of the first embodiment of lens of the present invention.

Fig. 4 B shows the three-dimensional view of another feasible pattern in inclined-plane of lens second embodiment of the present invention.

Fig. 4 C shows the three-dimensional view of another feasible pattern in inclined-plane of 4th kind of embodiment of lens of the present invention.

Fig. 4 D shows the three-dimensional view of another feasible pattern in inclined-plane of 5th kind of embodiment of lens of the present invention.

Fig. 5 A shows the three-dimensional view of 7th kind of embodiment of lens of the present invention.

Fig. 5 B shows the three-dimensional view of 8th kind of embodiment of lens of the present invention.

Fig. 5 C shows the three-dimensional view of 9th kind of embodiment of lens of the present invention.

Fig. 5 D shows the three-dimensional view of tenth kind of embodiment of lens of the present invention.

Fig. 6 A shows the three-dimensional view of another feasible pattern in inclined-plane of 7th kind of embodiment of lens of the present invention.

Fig. 6 B shows the three-dimensional view of another feasible pattern in inclined-plane of 8th kind of embodiment of lens of the present invention.

Fig. 6 C shows the three-dimensional view of another feasible pattern in inclined-plane of 9th kind of embodiment of lens of the present invention.

Fig. 6 D shows the three-dimensional view of another feasible pattern in inclined-plane of tenth kind of embodiment of lens of the present invention.

A kind of Fig. 7 A and 7B display side of embodiment of lens the tenth of the present invention and three-dimensional view.

Fig. 7 C and 7D shows side and the three-dimensional view of the 12nd kind of embodiment of lens of the present invention.

Fig. 7 E and 7F shows side and the three-dimensional view of the 13rd kind of embodiment of lens of the present invention.

Fig. 8 A and 8B shows side and the three-dimensional view of the 14th kind of embodiment of lens of the present invention.

Fig. 8 C and 8D shows side and the three-dimensional view of the 15th kind of embodiment of lens of the present invention.

Fig. 9 A and 9B shows side and the three-dimensional view of the 16th kind of embodiment of lens of the present invention.

Fig. 9 C shows the bottom view of another feasible pattern of inner sunken face of the 16th kind of embodiment of lens of the present invention.

Fig. 9 D and 9E shows side and the three-dimensional view of the 17th kind of embodiment of lens of the present invention.

Fig. 9 F shows the bottom view of another feasible pattern of inner sunken face of the 17th kind of embodiment of lens of the present invention.

Figure 10 A and 10B shows side and the three-dimensional view of the 18th kind of embodiment of lens of the present invention.

Figure 10 C shows that the bottom of another feasible pattern of inner sunken face of the 18th kind of embodiment of lens of the present invention regards Figure.

Figure 10 D and 10E shows side and the three-dimensional view of the 19th kind of embodiment of lens of the present invention.

Figure 10 F shows that the bottom of another feasible pattern of inner sunken face of the 19th kind of embodiment of lens of the present invention regards Figure.

Figure 11 A and 11B shows side and the three-dimensional view of the 20th kind of embodiment of lens of the present invention.

A kind of Figure 11 C and 11D display side of embodiment of lens the 20th of the present invention and three-dimensional view.

Figure 11 E and 11F shows side and the three-dimensional view of the 22nd kind of embodiment of lens of the present invention.

Figure 12 A and 12B shows side and the three-dimensional view of the first embodiment of illuminating module of the present invention.

Figure 13 A and 13B shows side and the three-dimensional view of illuminating module second embodiment of the present invention.

Figure 14 shows the lateral plan of the third embodiment of illuminating module of the present invention.

Figure 15 shows the lateral plan of 4th kind of embodiment of illuminating module of the present invention.

Figure 16 A and 16B shows the lateral plan of 5th kind of embodiment of illuminating module of the present invention.

Figure 17 A to 17C shows solid, side and the bottom view of the first embodiment of grating of the present invention.

Figure 17 D to 17F shows solid, side and the bottom view of grating second embodiment of the present invention.

Figure 18 A to 18C shows solid, side and the bottom view of the third embodiment of grating of the present invention.

Figure 18 D to 18F shows solid, side and the bottom view of 4th kind of embodiment of grating of the present invention.

Figure 19 A to 19C shows solid, side and the bottom view of 5th kind of embodiment of grating of the present invention.

Figure 19 D to 19F shows solid, side and the bottom view of 6th kind of embodiment of grating of the present invention.

Figure 20 shows the lateral plan of 6th kind of embodiment of illuminating module of the present invention.

Specific embodiment

Novelty of the present invention and other features tend to clear by coordinating the following drawings possible embodiments to describe in detail, In following each illustrate in set by each lens base plane in the lensed light-emitting structure of die set for device Lens one vertical center line described in the description of some incline positions include positioned at described lens base plane vertical in Heart line and its dead ahead and dead astern arbitrary vertical center line therein；Described lens one horizontal expansion line includes position Above in the cross central line of described lens base plane and parallel to this cross central line, lower section, front and after Side's arbitrary horizontal expansion line therein, this part explanation please be dissolved in subsequently multiple example structure and no longer weigh one by one Multiple narration：

Refer to Fig. 2A to 2C, the base of each lens in the lensed light-emitting structure of die set of apparatus of the present invention is described This composition structure, Fig. 2A is three-dimensional view, and Fig. 2 B is lateral plan, and Fig. 2 C is bottom view, Mei Yitou Mirror is made up of a circular transparent board 201, and described transparent board 201 has two vertical planes 202,203, Wherein one plane 202 is bottom and is set to plane of light incidence, another plane 203 is provided with least one evagination for top Arcwall face 204 or curved surface and be set to beam projecting face, described transparent board 201 periphery is provided with least one positioning structure In this diagram, the location structure of part 205 etc, shows that align member 205 is a groove, in practice also For perforation or the forms such as bar can be protruded, described each lens also can be set to be made up of a polygon transparent board (not shown).

Refer to Fig. 3 A is the first lens embodiment structure of the present invention, and lens A01 forms structure substantially with figure Described in 2A, further in base plane 301 in a vertical centre of lens one horizontal expansion line 302 lower section side Line 303 left side is provided with an inclined-plane 304, and incline direction is by this inclined-plane 304 positioned at described horizontal expansion line 302 Top side plays more toward below lens A01 side heals to deviate lensed tip direction and tilt to base plane 301 and stops, Show that described inclined-plane 304 is the single smooth inclined-plane being depressed in base plane 301 inner side in this diagram, but in reality Border with also can be set to as shown in Figure 4 A by multiple smooth inclined-plane 401a with differing tilt angles, 401b, 401c～401n connects composition, and each inclined-plane incline direction is risen more toward lower section from top side inclined-plane 401a Side inclined-plane 401n is healed and is deviateed lensed tip direction and tilt, and displays that 302, described horizontal expansion line in this diagram In cross central line 305 front of base plane 301 and a parallel horizontal expansion line of side on the upper side, described hang down Straight centrage 303 is positioned at base plane 301 vertical center line, 312 dead ahead one vertical center line, described oblique Face 304 makes incident ray reflect to illuminate and make in the left half of position vertical center line 303 right edge plane that compares Incident ray refraction illuminates, formation illumination region left one side of something light relatively low right half lower in right half of position The higher special lighting effect of marginal ray line, also described inclined-plane 304 can be set to by positioned at described horizontal expansion line 302 This inclined-plane 304 top side play side more toward below lens A01 and heal and be partial to lensed tip direction and tilt, formed The relatively low different illuminating effects of the higher right one side of something light of illumination region left one side of something light；Refer to Fig. 3 B is the present invention Second lens embodiment structure, lens A02 forms structure substantially with described in Fig. 2A, puts down in bottom further A vertical center line 310 left side in horizontal expansion line 309 lower section side for the face 307 is provided with an inclined-plane 306, inclines Tilted direction is risen from the side positioned at described vertical center line 310 and is more more partial to lens toward lens A02 left side Top-direction tilts, and shows that described inclined-plane 306 is single the putting down being depressed in base plane 307 inner side in this diagram Whole inclined-plane, but also can be set to by multiple, there is the flat of differing tilt angles as shown in Figure 4 B in practice Whole inclined-plane 402a, 402b, 402c～402n connects composition, and each inclined-plane incline direction is by right side inclined-plane 402a Rising more heals toward left side inclined-plane 402n is partial to lensed tip direction and tilts, and displays that in this diagram and described laterally prolongs Stretch the parallel horizontal expansion line that line 309 is located at cross central line 308 side on the upper side of base plane 307, institute State the vertical center line that vertical center line 310 is base plane 307, described inclined-plane 306 makes in incident ray The refraction of part light illuminates in half of position to the right, and vertical center line 310 right edge plane natively make into Penetrate light to reflect in lens right one side of something position, form the weaker right one side of something light of illumination region left one side of something light stronger Special lighting effect, also described inclined-plane 306 can be set to by positioned at a side of described vertical center line 310 More heal toward lens A02 left side and deviate the inclination of lensed tip direction, form illumination region left one side of something light than right The broader different illuminating effects of half of light；Refer to Fig. 3 C is the third lens embodiment structure of the present invention, Lens A03 forms structure substantially with described in Fig. 2A, further in base plane 316 in horizontal expansion line 319 It is double incline direction that one vertical center line 313 left side of lower section side is provided with an inclined-plane 311, wherein one inclination Side more toward below lens A03 is played from this inclined-plane 311 top side positioned at described horizontal expansion line 319 in direction More deviate lensed tip direction and tilt to base plane 316 and stop, another incline direction by positioned at described vertical in This inclined-plane 311 right edge of heart line 313 rises more to heal toward lens A03 left side is partial to the inclination of lensed tip direction, Described inclined-plane 311 is to have inclined-plane 304 set by aforesaid lens A01 and inclined-plane 306 set by lens A02 simultaneously Incline direction, show that described inclined-plane 311 is be depressed in base plane 316 inner side single smooth in this diagram Inclined-plane, displays that described horizontal expansion line 319 is located in front of the cross central line 318 of base plane 316 and inclined Top a parallel horizontal expansion line, described vertical center line 313 be positioned at base plane 316 vertical in One vertical center line of heart line 320 dead ahead, described inclined-plane 311 makes the part light refraction of incidence illuminate in a left side Half of relatively low position makes the part light refraction of incidence illuminate in the position in one side of something region to the right again, is formed and shines The higher also stronger special lighting effect of area pellucida domain left one side of something light relatively low also weaker and right one side of something light；Refer to Fig. 3 D is the 4th kind of lens embodiment structure of the present invention, and lens A04 substantially forms structure with described in Fig. 2A, enters One step is provided with a vertical center line 325 left side of horizontal expansion line 324 lower section side in base plane 322 One inclined-plane 321, its incline direction and refracted light characteristic all with described in inclined-plane 304 set by Fig. 3 A lens A01, Show that inclined-plane 321 is the single smooth inclined-plane protruding from base plane 322 in this diagram, but in practice Also can be set to as shown in Figure 4 C by multiple smooth inclined-plane 403a with differing tilt angles, 403b, 403c～403n connects composition, and each inclined-plane incline direction is risen more oblique toward lower section side from top side inclined-plane 403a Face 403n is healed and is deviateed the inclination of lensed tip direction, displays that described horizontal expansion line 324 is located at bottom in this diagram A parallel horizontal expansion line directly over the cross central line 323 of plane 322, described vertical center line 325 For the vertical center line of base plane 322, inclined-plane 321 set by this lens A04 base plane 322 is belonging to figure The equivalent substitution structure on inclined-plane 304 set by 3A lens A01, is by arround inclined-plane 304 set by lens A01 Base plane 301 remove part thickness to make inclined-plane 304 to be to expose to base plane toward lens A01 top-direction 301, that is, form inclined-plane 321 set by lens A04 base plane 322, the incline direction on two inclined-planes 304,321 And refracted light characteristic is just the same therefore referred to as equivalent substitution structure；Refer to Fig. 3 E is the 5th kind of lens of the present invention Example structure, lens A05 forms structure substantially with described in Fig. 2A, further in base plane 327 in horizontal stroke Be provided with an inclined-plane 326 to a vertical center line 331 left side of extension line 329 lower section side, its incline direction and Refracted light characteristic all with described in inclined-plane 306 set by Fig. 3 B lens A02, shows described inclined-plane 326 in this diagram For protruding from the single smooth inclined-plane of base plane 327, but also can be set to as Fig. 4 D institute in practice Show that smooth inclined-plane 404a, 404b, 404c of having differing tilt angles by multiple～404n connects and forms, each Inclined-plane incline direction is risen more to heal toward left side inclined-plane 404n from right side inclined-plane 404a is partial to lensed tip side To inclination, display that described horizontal expansion line 329 is located at the cross central line 328 of base plane 327 in this diagram Directly over a parallel horizontal expansion line, described vertical center line 331 be located at base plane 327 vertical in One vertical center line in heart line 330 dead astern, this lens A05 is the equivalent substitution knot of Fig. 3 B lens A02 Structure；Refer to Fig. 3 F is the 6th kind of lens embodiment structure of the present invention, and lens A06 forms structure substantially with figure Described in 2A, left in the vertical center line 337 of horizontal expansion line 335 lower section side in base plane 333 further Side is provided with an inclined-plane 332, and described inclined-plane 332 is double incline direction, and wherein one incline direction is by positioned at described horizontal stroke Play side more toward below lens A06 to this inclined-plane 332 top side of extension line 335 and more deviate lensed tip side To inclination, another incline direction by positioned at vertical center line 336 dead astern one of base plane 333 vertical in This inclined-plane 332 right edge of heart line 337 rises more to heal toward lens A06 left side is partial to the inclination of lensed tip direction, Show that described horizontal expansion line 335 is located at directly over the cross central line 334 of base plane 333 in this diagram One parallel horizontal expansion line, described vertical center line 337 is located at the vertical center line 336 of base plane 333 One vertical center line in dead astern, displays that described inclined-plane 332 is single smooth in base plane 333 for protruding from Inclined-plane, all with described in inclined-plane 311 set by Fig. 3 C lens A03, this lens A06 is its refracted light characteristic The equivalent substitution structure of Fig. 3 C lens A03；Above-mentioned each inclined-plane is all located at lens base plane in diagram display Lower section side left side, but when practice also can with lens vertical to centrage for mirrored center line Each inclined-plane is located at right edge to reach a left side and drive or drive the different demands of lamp in the right side by design, described each tiltedly Face angle of inclination then changes according to the angle that will make incident ray refraction, and described have different inclination angle by multiple Spending the surface that smooth inclined-plane is connected can be for being bordering on arcwall face or curved surface.

Refer to Fig. 5 A is the 7th kind of lens arrangement embodiment of the present invention, and lens A07 composition structure is most same Described in Fig. 3 B and be provided with the identical inclined-plane 502 in same lens A02 inclined-plane 306, difference is only in base plane Vertical center line 506 right edge of 501 1 horizontal expansion line 505 lower section side is further provided with an inclined-plane 503, Incline direction is risen more toward below lens A07 from this inclined-plane 503 top side positioned at described horizontal expansion line 505 Side is healed and is partial to top-direction inclination, and described inclined-plane 503 is shown as being depressed in base plane 501 in this diagram The single smooth inclined-plane of side, but also can be set to when practice is to have difference by multiple as shown in Figure 6A Smooth inclined-plane 601a, 601b, the 601c at angle of inclination～601n connects composition, each inclined-plane incline direction then by The inclined-plane 601a of top side rises and is more more partial to the inclination of lensed tip direction toward the inclined-plane 601n of lower section side, in This diagram displays that described horizontal expansion line 505 is located at directly over the cross central line 504 of base plane 501 One parallel horizontal expansion line, described vertical center line 506 is the vertical center line of base plane 501, described Inclined-plane 503 makes incident ray reflect and illuminates the position making incident ray refraction illumination in right half of and the plane that compares Higher, so the described inclined-plane 502 of collocation forms illumination region left one side of something relatively low also weaker right half marginal ray of light The higher also stronger special lighting effect of line；Refer to Fig. 5 B is the 8th kind of lens arrangement embodiment of the present invention, thoroughly Mirror A08 composition structure most with described in Fig. 3 C and to be provided with same lens A03 inclined-plane 311 identical oblique Face 508, on the right side of a difference only vertical center line 512 of side below base plane 507 horizontal expansion line 511 While being further provided with an inclined-plane 509, incline direction is by this inclined-plane 509 left positioned at described vertical center line 512 Side rises more to heal toward lens A08 right side is partial to top-direction inclination, and described inclined-plane 509 shows in this diagram For being depressed in the single smooth inclined-plane of base plane 507 inner side, but also can be set to when practice as figure Smooth inclined-plane 602a, 602b, 602c that system shown in 6B has differing tilt angles by multiple～602n connects and forms, Each inclined-plane incline direction then is risen more to heal toward the inclined-plane 602n of right side from the inclined-plane 602a of left side and is partial to Lensed tip direction tilts, and displays that described horizontal expansion line 511 is located at the horizontal stroke of base plane 507 in this diagram A parallel horizontal expansion line to directly over centrage 510, described vertical center line 512 is base plane 507 Vertical center line, described inclined-plane 509 makes incident ray reflect to illuminate in right half of and the plane that compares makes incidence The width of light refraction illumination is smaller, and so the described inclined-plane 508 of collocation forms illumination region left one side of something light The higher also stronger more light-focusing type special lighting effect of relatively low also weaker right one side of something light；Refer to Fig. 5 C is this Bright 9th kind of lens arrangement embodiment, lens A09 composition structure most with described in Fig. 3 E and be provided with same lens The identical inclined-plane 514 in A05 inclined-plane 326, difference is only under base plane 513 1 horizontal expansion line 517 One vertical center line 518 right edge of square side is further provided with an inclined-plane 515, and incline direction is by horizontal positioned at one This inclined-plane 515 top side of extension line 517 dead astern one horizontal expansion line 516 rises more toward below lens A09 Side is healed and is partial to top-direction inclination, and described inclined-plane 515 is shown as protruding from base plane 513 in this diagram Single smooth inclined-plane, but also can be set to when practice is to have different inclinations by multiple as shown in Figure 6 C Smooth inclined-plane 603a, 603b, 603c of angle～603n connects composition, and each inclined-plane incline direction is then by top The inclined-plane 603a of side rises and is more more partial to the inclination of lensed tip direction toward the inclined-plane 603n of lower section side, described oblique Face 515 for incident ray refracting characteristic with described in Fig. 5 A inclined-plane 503, in this diagram display that described laterally Extension line 517 is located at a parallel horizontal expansion line directly over the cross central line 526 of base plane 513, this Lens A09 is also the equivalent substitution structure of Fig. 5 A lens A07；Refer to Fig. 5 D is that the tenth kind of the present invention is saturating Mirror constructive embodiment, lens A10 composition structure most with described in Fig. 3 F and be provided with same lens A06 inclined-plane 332 An identical inclined-plane 520, difference only below base plane 519 1 horizontal expansion line 523 side vertical Centrage 524 right edge is further provided with an inclined-plane 521, and incline direction is by positioned at described vertical center line 524 This inclined-plane 521 left side of dead astern one vertical center line 525 rises more to heal toward lens A10 right side and is partial to Top-direction tilts, and described inclined-plane 521 is shown as protruding from the single smooth oblique of base plane 519 in this diagram Face, but also can be set to when practice is to have the smooth of differing tilt angles by multiple as shown in Figure 6 D Inclined-plane 604a, 604b, 604c～604n connects composition, and each inclined-plane incline direction is then by the inclined-plane of left side 604a rises more heals and is partial to lensed tip direction and tilts toward the inclined-plane 604n of right side, and described inclined-plane 521 is for entering Penetrate the refracting characteristic of light with described in Fig. 5 B inclined-plane 509, display that 523, described horizontal expansion line in this diagram In the cross central line 522 surface one parallel horizontal expansion line of base plane 519, this lens A10 is also The equivalent substitution structure of Fig. 5 B lens A08；Above-mentioned each lens base plane is below described horizontal expansion line The inclined-plane that side dual side-edge is respectively provided with when practice also can with lens vertical to centrage as mirrored center The design of line by each inclined-plane exchange each other in another side with reach a left side drive or the right side drive lamp difference need Ask, described each bevel inclination angle then according to make incident ray refraction angle and change, described by multiple Having the surface that the smooth inclined-plane of differing tilt angles is connected can be for being bordering on arcwall face or curved surface.

Refer to Fig. 7 A and 7B is a kind of lens arrangement embodiment of the present invention the tenth, and lens A11 forms knot substantially Structure, with described in Fig. 2A, is provided with two inclined-planes in base plane 702 1 horizontal expansion line 704 lower section side further And it is all curve slope 705,706, wherein one end of curve slope 706 is located at base plane 702 lower section side It is partial to more toward lens A11 side directions lensed tip direction at one semicircular arc line 707 and more and tilt to a turnover One end of another curve slope 705 is connected, described curve slope 705 is by described bend line 708 at line 708 More heal toward lens A11 side directions and deviate the inclination of lensed tip direction, described two curve slopes 705,706 make bottom Facial planes 702 lower section side has an inner sunken face 709 structure, and described bend line 708 is this inner sunken face 709 depression bosoms, in the present embodiment illustrate display inner sunken face 709 be depressed in base plane 702 inner side and For 180 degree, but also can be set to form two by four curve slopes being all equal to 90 degree in practice The inner sunken face of the individual different curvatures being all 90 degree, in aforementioned second of the present invention to the tenth kind of lens arrangement also all At least one inner sunken face can be further provided with as this diagram is set forth in base plane lower half, please be dissolved in this not one by one Repeated description, described two curve slope 705,706 forms an inner sunken face 709 plane that compares makes incident ray The ad-hoc location reflecting in illumination region is more easy to control, can reach more preferably illuminating effect；Refer to Fig. 7 C and 7D is the 12nd kind of lens arrangement embodiment of the present invention, and lens A12 forms structure substantially with described in Fig. 2A, and In base plane 710 1 horizontal expansion line 718 lower section side be provided with two inclined-planes and be all curve slope 712, 713, wherein one end starting point of curve slope 713 is located at cross central line 711 top one of base plane 710 The joining 714 of parallel horizontal expansion line 718 and a vertical center line 717 more toward lens A12 side side Tilt to the one end connecting another curve slope 712 at a bend line 716, institute to more deflection lensed tip direction State curve slope 712 and more healed toward lens A12 side directions from described bend line 716 and deviate lensed tip direction Tilt, described two curve slopes 712,713 make base plane 710 lower section side have an inner sunken face 715 to tie Structure, described bend line 716 is this inner sunken face 715 depression bosom, illustrates display indent in the present embodiment Curved surface 715 is to be depressed in base plane 710 inner side and is 180 degree, but also can be set in practice Less than 180 degree or be only located at a described vertical center line 717 1 side positive 90 degree to reach different illuminating effects, Also can be set to be the inner concave type curve (not shown) protruding from base plane 710 in whole or in part, in this Described make inner concave shape bent for being as Fig. 3 D lens A04 institute for protruding from base plane 710 in whole or in part State the identical characteristics of the equivalent substitution structure for Fig. 3 A lens A01, one end of described curve slope 713 initiates Put any also being set on the horizontal expansion line 718 of the inclined side of described joining 714 or be located at At any point on cross central line 711, starting point is located at described joining 714, and then lens A12 reflects Illuminating ray height is located at inclined lens A12 horizontal center line top position, if starting point is located at partially described joining The illuminating ray height that at any on the horizontal expansion line 718 of 714 1 sides, then lens A12 reflects is located at Side position at the upper side of lens A12 horizontal center line partially, this structure design can avoid irradiating the light to always car Excessively cause always car is driven with the glare phenomenon of eye, described inner sunken face 715 also can be set to position In the cross central line 711 lower section side of described base plane 710, then one end starting point of curve slope 713 Can be located at a bit on base plane 710 central point 727 or the cross central line 711 of an inclined side, then lens The illuminating ray height that A12 reflects is located at lens A12 level to centrage or an inclined lateral location；Please join again Examining Fig. 7 E and 7F is the 13rd kind of lens arrangement embodiment of the present invention, and lens A13 forms the same Fig. 2A of structure substantially Described, and be provided with base plane 719 1 horizontal expansion line 720 lower section side and multiple there are differing tilt angles Inclined-plane is all curve slope 722a, 722b, 722c, 722k～722z, wherein by multiple arcs inclined-plane 722a～722k Connect one end starting point that composition one is arcwall face or curved surface be located at base plane 719 1 horizontal expansion line 720 and The vertical joining 723 to extension line 725 of the one of one vertical center line 726 side's side to the right, described horizontal expansion Line 720 is the cross central line of base plane 719, and each curve slope is by positioned at described joining 723 Curve slope 722a rises and more inclines toward the curve slope 722k more deflection lens A13 top-direction of lens A13 side Tiltedly connect one end of curve slope 722z to a bend line 724, described curve slope 722z is by bend line 724 Rising more heals toward lens A13 side deviates top-direction inclination, and the plurality of curve slope makes base plane 719 have There is an inner sunken face 721 structure, described bend line 724 is one end of wherein one curve slope 722k, is also institute State inner sunken face 721 depression bosom, illustrating display inner sunken face 721 in the present embodiment is to be depressed in bottom to put down Face 719 inner side and be 180 degree, but also can be set in practice less than 180 degree or be only located at described One vertical to extension line 725 1 side positive 90 degree to reach different illuminating effects, also can be set to whole or Part is the inner concave type curve (not shown) protruding from base plane 719, one end of described curve slope 722a Starting point also can be set to the central point 728 positioned at described base plane 719, or partially described central point 728 Described vertical directly over a bit on the described vertical center line 726 of surface, or partially described joining 723 A bit on extension line 725.

Refer to Fig. 8 A and 8B is the 14th kind of lens arrangement embodiment of the present invention, and lens A14 forms knot substantially Structure is with described in Fig. 2A, and the dual side-edge in base plane 801 1 horizontal expansion line 802 lower section side is respectively provided with two Inclined-plane, described each inclined-plane is all 90 degree of curve slope 803,804,805,806, and each side is respectively by two Inner sunken face 808, the 809 composition structure of the different curvature of curve slope composition one is with concave curved in Fig. 7 D lens A12 Described in face 715；Refer again to Fig. 8 C and 8D is the 15th kind of lens arrangement embodiment of the present invention, lens A15 Basic composition structure is with described in Fig. 2A, and two sides in base plane 811 1 horizontal expansion line 812 lower section side While being respectively provided with multiple 90 degree have differing tilt angles inclined-plane and be all curve slope, each side is respectively by multiple Inner sunken face 814, the 815 composition structure of the different curvature of curve slope composition one is with Fig. 7 F inner sunken face 721 institute State.

Refer to Fig. 9 A and 9B is the 16th kind of lens arrangement embodiment of the present invention, and lens A16 forms knot substantially Structure, with described in Fig. 2A, is further provided with two further at the upper side of base plane 901 1 horizontal expansion line 902 Individual inclined-plane and be all curve slope 905,906, it is horizontal that one end starting point of wherein one curve slope 906 is located at one Extension line 902 and the joining 907 of a vertical center line 912, and from described joining 907 more toward lens A16 side is healed and is partial to top-direction inclination, and connects the one of another curve slope 905 at a bend line 908 End, curve slope 905 is then more healed toward lens A16 side from bend line 908 and is deviateed top-direction and tilt, institute Stating two curve slopes 905,906 makes there is an inner sunken face at the upper side of described lens A16 base plane 901 909 structures, described bend line 908 is one end of wherein one curve slope 906 is also that this inner sunken face 909 is recessed Bosom, illustrating display inner sunken face 909 in this enforcement is equal to 180 degree, also can be by institute in practice State two curve slopes 905,906 to be set to make described inner sunken face 909 such as Fig. 9 C inner sunken face less than 180 degree 922 show less than 180 degree, and described inner sunken face 909 is shown as being depressed in base plane in this enforcement diagram Inside 901, but also can be set in practice is to protrude from base plane 901 in whole or in part, institute One end starting point stating curve slope 906 also can be set to be located at the described of partially described joining 907 1 side Wherein locating on horizontal expansion line 902, illustrates in this enforcement and shows that described horizontal expansion line 902 is bottom The cross central line of facial planes 901；Refer again to Fig. 9 D and 9E is that the 17th kind of lens arrangement of the present invention is implemented Example, lens A17 forms structure substantially with described in Fig. 2A, further in base plane 910 1 horizontal expansion line The dual side-edge of 911 upper sides is respectively provided with two inclined-planes, described each inclined-plane be all curve slope 913,914,915, 916, it is vertical that dual side-edge respectively has a curve slope 914,916 one end starting points to be located at a horizontal expansion line 911 and The joining 917 of straight centrage 918, dual side-edge each two curve slopes composition structure is all oblique with Fig. 9 A bis- arc Described in face 905,906, make to have at the upper side of base plane 910 two different curvatures inner sunken face 920, 921, illustrate display two inner sunken faces 920,921 in this enforcement and be all equal to 90 degree, also may be used in practice Wherein two curve slope 915,916 is set to make described inner sunken face 921 such as concave curved in Fig. 9 F less than 90 degree Face 923 show less than 90 degree, and described two inner sunken faces 920,921 are shown as being depressed in this enforcement diagram Inside base plane 910, but also can be set in practice is to protrude from base plane in whole or in part On 910, described dual side-edge respectively has one end starting point of a curve slope 914,916 also can be set to positioned at partially described Wherein locating on the horizontal expansion line 911 of joining 917 1 side, also can be by wherein one curve slope 914 One end starting point be set to positioned at described joining 917, and one end starting point of another curve slope 916 is set to position Is some starting point on a vertical center line 918 of partially described joining 917 top, in this enforcement diagram Show that described horizontal expansion line 911 is the cross central line of base plane 910.

Refer to Figure 10 A and 10B is the 18th kind of lens arrangement embodiment of the present invention, and lens A18 forms structure , with described in Fig. 9 A lens A16, difference is only above base plane 1,001 1 horizontal expansion line 1002 for major part The inner sunken face 1007 that side is provided be by multiple curve slope 1005a with differing tilt angles, 1005b, 1005c, 1005h～1005z connects composition, and plurality of curve slope 1005a～1005h connects composition one arc One end starting point of face or curved surface is located at the joining of a horizontal expansion line 1002 and a vertical center line 1003 1008, and the curve slope more toward lens A16 side is played from the curve slope 1005a positioned at joining 1008 1005h is healed to be partial to lens A18 top-direction and tilt to and is connected another curve slope 1005z at a bend line 1006 One end, described curve slope 1005z more more deviates top-direction toward lens A18 side for 1006 from bend line Tilt, illustrating display inner sunken face 1007 in this enforcement is 180 degree, but also can be by each arc depending on product demand Inclined-plane is set to less than 180 degree, so that described inner sunken face 1007 is less than as Figure 10 C inner sunken face 1016 show 180 degree, described inner sunken face 1007 is shown as being depressed in inside base plane 1001 in this enforcement diagram, but in Also can be set in practice be to protrude from base plane 1001 in whole or in part, described curve slope One end starting point of 1005a also can be set to be located at the described horizontal expansion line of partially described joining 1,008 1 side Wherein locating as starting point on 1002, illustrates in this enforcement and shows that described horizontal expansion line 1002 is bottom The cross central line of plane 1001；Refer again to Figure 10 D and 10E is that the 19th kind of lens arrangement of the present invention is implemented Example, with described in Figure 10 A lens A18, difference is only in base plane 1009 for lens A19 composition structure major part It is each by multiple that the dual side-edge of one horizontal expansion line 1010 upper side is respectively provided with an inner sunken face 1012,1013 The curve slope with differing tilt angles connects composition, and each curve slope composition structure is with concave curved in Figure 10 A Described in the multiple arcs inclined-plane of face 1007, it is all in this enforcement diagram display two inner sunken faces 1012,1013 and is equal to 90 degree, but also each curve slope of wherein one side can be set to, less than 90 degree, make a side depending on product demand The inner sunken face 1012 such as Figure 10 F inner sunken face 1017 being provided with show less than 90 degree, described two inner sunken faces 1012nd, 1013 it is shown as being depressed in inside base plane 1009 in this enforcement diagram, but also may be used in practice It is set to be to protrude from base plane 1009 in whole or in part, the plurality of curve slope arc therein is oblique One end starting point of face 1012a, 1013a is located at the phase of a horizontal expansion line 1010 and a vertical center line 1011 Intersection point 1014, also can be set on the horizontal expansion line 1010 of partially described joining 1,014 1 side wherein At a bit, also one end starting point of wherein one curve slope 1013a can be set to positioned at described joining 1014, And one end starting point of another curve slope 1012a be set to be located at partially described joining 1014 top one vertical in On heart line 1011 is some starting point.

Refer to Figure 11 A and 11B is the 20th kind of lens arrangement embodiment of the present invention, lens A20 polycrystalline substance Can be aforementioned multiple lens polycrystalline substances, top has two evagination arcwall faces 1101,1102 and is set to beam projecting face, A horizontal expansion line 1110 upper side and lower section side can be each positioned at, also can be set to be each positioned at one vertical in Heart line 1,113 1 side, two evagination arcwall faces 1101,1102 are different radii structure；Refer to Figure 11 C and 11D is a kind of lens arrangement embodiment of the present invention the 20th, and lens A21 polycrystalline substance can be aforementioned multiple lens Polycrystalline substance, top has three evagination arcwall faces 1103,1104,1105 and is set to beam projecting face, and wherein two It is one half of that evagination arcwall face 1104,1105 can be each positioned at a horizontal expansion line 1111 upper side, also can be by It is set to be each positioned at a horizontal expansion line 1111 upper side of a vertical center line 1,114 1 side and lower section one Side, another evagination arcwall face 1103 can be located at a horizontal expansion line 1111 lower section side, also can be set to position In another side of a vertical center line 1114, three evagination arcwall faces 1103,1104,1105 have at least two Individual different radii architectural feature；Refer to Figure 11 E and 11F is the 22nd kind of lens arrangement embodiment of the present invention, Lens A22 polycrystalline substance can be aforementioned multiple lens polycrystalline substances, top have four evagination arcwall faces 1106, 1107th, 1108,1109 it is set to beam projecting face, it is horizontal that wherein two evagination arcwall faces 1108,1109 are each positioned at one The one of extension line 1112 upper side is half of, and wherein two evagination arcwall faces 1106,1107 are each positioned at one and laterally prolong Stretch side below line (1112) one is half of, described four evagination arcwall face 1106,1107,1108,1109 tool There are at least two different radii architectural features, lensed tip described in practice also can be set to by majority The evagination arcwall face of individual different radii each other connects composition one convex outward, is the top of common name non-spherical lens Curved surface (not shown).

Refer to Figure 12 A and 12B is the first enforcement illustration of the lensed light-emitting structure of die set of apparatus of the present invention Show, illuminating module C01 has a reflection shield 1201, reflection shield 1201 is internal to install at least one light source 1204, Described light source 1204 can be the various luminous bodys such as bulb, fluorescent tube or light-emittingdiode, and reflection shield 1201 bottom is even Connect a hollow stent 1202 end face, present configuration lens 1203 are installed in hollow stent 1202 other end, This illuminating module C01 makes final the refraction via lens 1203 of the light 1205,1206 that light source 1204 produces illuminate In predetermined illumination region, described hollow stent 1202 can be the form support such as tubular shape or framework shape.

Refer to Figure 13 A and 13B is that apparatus of the present invention lensed light-emitting structure of die set second implements illustration Show, illuminating module C02 has a reflection shield 1301, internal installing at least one light source 1304, bottom connects in one Empty support 1302 end face, lens 1303, reflection shield 1301 bottom are installed in hollow stent 1302 other end Install a fixed dark slide 1307 further.

Refer to Figure 14 is that apparatus of the present invention the third embodiment of lensed light-emitting structure of die set illustrates, luminous mould Group C03 has a reflection shield 1401, internal installing at least one light source 1404, and bottom connects a hollow stent 1402 End face, lens 1403 are installed in described hollow stent 1402 other end, and described lens 1403 can be aforementioned The arbitrary lens of the present invention can also be to commonly use the planoconvex lenss that bottom is vertical plane, in described hollow stent 1402 Portion is provided with the location structure of one group of align member 1407 etc, and described align member 1407 can be at least one track The pattern such as shape support or at least one movable rotation-shaft, and movable device one dark slide on align member 1407 1408, described dark slide 1,408 1 side is connected to the extension stem 1409 of an electric magnet 1411, by electric magnet 1411 starts and change dark slide 1408 position.

Refer to Figure 15 is the 4th kind of embodiment diagram of the lensed light-emitting structure of die set of apparatus of the present invention, luminous mould With described in Figure 12 A illuminating module C01, difference is only that props up group C04 composition structure major part further in hollow Frame 1502 outer side edges set up a conical decorative panel 1503, also can be outside hollow stent 1502 in practice Side sets up a warning LED illuminating module 1504 further.

Refer to Figure 16 A and 16B is the 5th kind of enforcement illustration of the lensed light-emitting structure of die set of apparatus of the present invention Show, illuminating module C05 has a reflection shield 1601, internal installing at least one light source 1604, bottom connects in one Empty support 1602 end face, lens 1603, described lens 1603 are installed in hollow stent 1602 other end Can also be able to be to commonly use the planoconvex lenss that bottom is vertical plane or biconvex lens for the arbitrary lens of the aforementioned present invention, It is provided with the location structure of least one set align member 1607 etc, described positioning inside described hollow stent 1602 Component 1607 can be the pattern such as at least one rail-like support or at least one movable rotation-shaft, and in align member 1607 A upper movable device at least grating 1608, described each grating 1,608 1 side is connected to an electric magnet 1609 Extension stem 1610, change grating 1608 position by electric magnet 1609 start, in Figure 16 A show grating 1608 are located at below most light 1605,1606, make light be directly entered the light incidence of lens 1603 bottom Reflect lens interior behind face, show that electric magnet 1609 makes grating 1608 change position be sitting in Figure 16 B many Number light 1605, on 1606 paths, make most light 1605,1606 via the top of grating 1608 and bottom Enter the plane of light incidence of lens 1603 bottom after birefringence, make most light 1605,1606 enter lens The incident angle of 1603 bottoms be different from Figure 16 A angle of incidence of light degree, thereby structure make most light 1605, 1606 final refractions via lens 1603 illuminate in two different predetermined illumination regions, and this light-emitting structure of die set is transported There is during for locomotive headlight light fixture high beam and the function of dipped headlights switching, be avoided that again and send out as Fig. 1 commonly uses Light module using dark slide 007 reach high beam and dipped headlights switching function make illumination efficiency reduce disappearance.

The first is real for the grating in the lensed light-emitting structure of die set of apparatus of the present invention to refer to Figure 17 A to 17C Apply a structure, grating D01 is made up of a transparent board 1701, described transparent board 1701 at least has top Plane 1703 and base plane 1702, and it is provided with least one arcwall face, this enforcement at least one planar central region In diagram, grating lies in the middle section of base plane 1702 and is provided with an arcwall face 1704, described arcwall face 1704 Peak is located at the middle section of base plane 1702 top side 1711, and more toward transparent board 1,701 2 side Side and lower section side directions are more partial to base plane 1702 and are tilted；Refer to Figure 17 D to 17F for apparatus of the present invention Grating second example structure in lensed light-emitting structure of die set, grating D02 is by a transparent board 1705 Constitute, described transparent board 1705 at least has top planes 1707 and base plane 1706, and to the bottom of less than Vertical center line 1713 dual side-edge of facial planes 1706 is respectively provided with a non-symmetrical arcwall face 1709,1710, institute State two arcwall faces 1709,1710 peaks are located at the middle section of side 1712 above base plane 1706, and More more it is partial to base plane 1706 toward transparent board 1705 dual side-edge and lower section side directions to tilt.

The third is real for the grating in the lensed light-emitting structure of die set of apparatus of the present invention to refer to Figure 18 A to 18C Apply a structure, grating D03 is made up of a transparent board 1801, described transparent board 1801 at least has top Plane 1803 and base plane 1802, and multiple there is difference to being provided with less than base plane 1802 middle section Angle of inclination and curve slope 1804a, 1804b, 1804c, 1804n of being connected, the wherein arc of peak Inclined-plane 1804a is located at the middle section of base plane 1802 top side 1805, and more toward transparent board 1801 The curve slope 1804n of dual side-edge and lower section side directions is more partial to base plane 1802 and tilts, the plurality of arc Shape inclined-plane can be connected and be connected into an arcwall face or curved surface；Refer to Figure 18 D to 18F lensed for apparatus of the present invention The 4th kind of example structure of grating in light-emitting structure of die set, grating D04 is made up of a transparent board 1806, institute State transparent board 1806 and at least there is top planes 1808 and base plane 1807, and to less than base plane 1807 Vertical center line 1812 dual side-edge be respectively provided with the curved surface of non-symmetrical multiple curve slopes compositions that are connected 1809th, 1810, two curved surface peaks are located at the middle section of base plane 1807 top side 1811, each Curve slope composition structure is with described in Figure 18 A multiple arcs inclined-plane.

Refer to Figure 19 A to 19C for the 5th kind of reality of the grating in the lensed light-emitting structure of die set of apparatus of the present invention Apply a structure, with described in Figure 17 A grating D01, difference is only in transparent board for grating D05 composition structure major part 1901 in top planes 1902 vertical center line 1906 a side be further provided with an inclined-plane 1903 be smooth tiltedly Face, incline direction more can be healed toward lower section side 1905 from transparent board 1901 top side 1904 and is partial to or inclined Tilt from top planes 1902, also can be from transparent board 1901 vertical center line 1906 more toward transparent board 1901 1 sides are more partial to or deviate top planes 1902, in this enforcement diagram system by transparent board 1901 Top side 1904 is more more partial to top planes 1902 toward lower section side 1905 and is tilted；Refer again to Figure 19 D It is the 6th kind of example structure of the grating in the lensed light-emitting structure of die set of apparatus of the present invention, grating D06 to 19F , with described in Figure 17 A grating D01, difference is only in transparent board 1907 in top planes 1910 for composition structure major part One side of vertical center line 1908 be further provided with multiple have the inclined-plane 1909a that differing tilt angles are connected, 1909b, 1909c～1909n is all smooth inclined-plane, and incline direction can be by transparent board 1907 top side 1911 Inclined-plane 1909a rise more toward lower section side 1912 inclined-plane 1909n heal be partial to or deviate top planes 1910 incline Tiltedly, also can from transparent board 1907 vertical center line 1908 more toward transparent board 1,907 1 side heal deflection or Deviate top planes 1910 to tilt, the inclined-plane of side 1911 above this enforcement diagram system is by transparent board 1907 1909a rises and more tilts toward the inclined-plane 1909n more deflection top planes 1910 of lower section side 1912.

Refer to Figure 20 is the 6th kind of embodiment diagram of the lensed light-emitting structure of die set of apparatus of the present invention, luminous mould Group C06 has a reflection shield 2001, internal installing at least one light source 2014, and bottom connects a hollow stent 2002 End face, lens 2003 are installed in described hollow stent 2002 other end, and described lens 2003 can be aforementioned The arbitrary lens of the present invention can also be to commonly use the plano-convex that bottom is vertical plane or biconvex lens, described hollow stent It is provided with the location structure of at least one rail-like or movable rotation-shaft align member 2004 etc inside 2002, and in positioning Movable device one grating 2005 on component 2004, described grating 2,005 1 side connects an electric magnet 2012 Extension stem 2006, be additionally provided with least one rail-like or movable rotation-shaft align member inside described hollow stent 2002 2007 etc location structures, and movable device one dark slide 2008, described shading on align member 2007 Plate 2,008 1 side is connected to first support 2009 one end, described first support 2009 other end be additionally provided with One end of second support 2011 be incorporated on a movable rotation-shaft 2010, described second support 2011 other end is even It is connected to a movable rotation-shaft 2013 of the extension stem 2006 of above-mentioned electric magnet 2012, described second support 2011 central authorities Position is installed on the location structure of the protrusion align member 2015 being additionally provided with inside hollow stent 2002 etc A movable rotation-shaft 2016, so change grating 2005 and dark slide 2008 by electric magnet 2012 start simultaneously Position, makes grating 2005 and dark slide 2008 forms serial verb construction one on the other, and this schematic structure is mainly told Asking makes grating 2005 and dark slide 2008 forms linkage function one on the other, if there being more easy serial verb construction Also equivalent substitution structure should be belonged to.

The priority function of the lensed light-emitting structure of die set of the invention described above device is the whole throw lights making light source All reflect lamp interior via lens, control the whole light of light source to irradiate at a predetermined angle, in embodiment diagram In each smooth inclined-plane and curve slope be all for convenience of explanation and up-sizing shows to be when practice It is very most small smooth inclined-planes and curve slope composition one is bordering on arcwall face or curved-surface structure.

To sum up institute is old, and the lensed light-emitting structure of die set of apparatus of the present invention is particularly well-suited to the motor-driven headstock such as locomotive Lamp light fixture, all light that fully can produce this light source become effective lighting light, can avoid light fixture light again Direct irradiation drives eye to always car, really can reach expected effect of special lighting, and complying fully with patent will Part, files an application in whence in accordance with the law.

Claims

1. a kind of lensed light-emitting structure of die set of device is it is characterised in that include at least：

At least one light source；

2. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens One vertical center line include positioned at the vertical center line of described lens base plane and this vertical center line described just before Side and the vertical center line in dead astern therein；Described lens one horizontal expansion line is included positioned at described lens bottom The cross central line of facial planes and parallel to above this cross central line, lower section, front and back therein Horizontal expansion line.

3. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens Top planes are provided with least two evagination arcwall faces, and described at least two evagination arcwall faces have at least two kinds different radiis.

4. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with an inclined-plane, described Inclined-plane be smooth inclined-plane and from above this inclined-plane positioned at a described horizontal expansion line side rise more toward lens lower side Heal and deviate the inclination of lensed tip direction in side.

5. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with multiple has difference Angle of inclination and the inclined-plane being connected, described each inclined-plane is for smooth inclined-plane and by positioned at a described horizontal expansion line Inclined-plane rise the more side toward below lens inclined-plane heal deviate lensed tip direction tilt.

6. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with an inclined-plane, described Inclined-plane be smooth inclined-plane and from above this inclined-plane positioned at a described horizontal expansion line side rise more toward lens lower side Heal and be partial to the inclination of lensed tip direction in side.

7. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with multiple has difference Angle of inclination and the inclined-plane being connected, described each inclined-plane is for smooth inclined-plane and by positioned at a described horizontal expansion line Inclined-plane rise the more side toward below lens inclined-plane heal be partial to lensed tip direction tilt.

8. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with an inclined-plane, described Inclined-plane is more to heal toward lens one side in smooth inclined-plane being risen from this inclined-plane one side positioned at a described vertical center line Deflection lensed tip direction tilts.

9. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described lens The described base plane of one vertical center line one side side below a horizontal expansion line is provided with multiple has difference Angle of inclination and the inclined-plane being connected, described each inclined-plane is for smooth inclined-plane and by positioned at a described vertical center line Inclined-plane rise more toward lens one side inclined-plane heal be partial to lensed tip direction tilt.

10. the lensed light-emitting structure of die set of device as claimed in claim 1 is it is characterised in that described The described base plane of mirror one vertical center line one side side below a horizontal expansion line is provided with an inclined-plane, institute State inclined-plane be double be tilted towards smooth inclined-plane, described wherein one be tilted towards by positioned at a described horizontal expansion line this is oblique Above face, side plays more toward below lens side and heals and deviates lensed tip direction and tilt, and described wherein another is tilted towards Rise more to heal toward lens one side from this inclined-plane one side positioned at a described vertical center line and be partial to lensed tip direction Tilt.

The lensed light-emitting structure of die set of 11. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with least two inclined-planes and is all curve slope, its In the starting point of at least one curve slope one end be located on the half circular arc line of base plane lower half, and by described half Circular arc line rises more to tilt to connect at a bend line toward lens side more deflection lensed tip direction and is additionally provided with least One end of one curve slope, this at least one curve slope described is simultaneously risen more inclined toward lens side from described bend line Tilt from lensed tip direction.

The lensed light-emitting structure of die set of 12. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with least two inclined-planes and is all curve slope, its In the starting point of at least one curve slope one end be located at described lens one vertical center line and a horizontal expansion line and intersect Point, this at least one curve slope described is simultaneously more more partial to lensed tip direction toward lens side from described initial lighting Tilt to one end of at least one curve slope that connection is additionally provided with least one bend line, this at least one arc described Inclined-plane simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from this bend line described.

The lensed light-emitting structure of die set of 13. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with least four inclined-planes and is all curve slope, its In the starting point of at least one curve slope one end be located at described lens one vertical center line and a horizontal expansion line and intersect Point, this at least one curve slope described is simultaneously more more partial to lensed tip direction toward lens side from described initial lighting Tilt to one end of at least one curve slope that connection is additionally provided with a bend line, this at least one curve slope described And rise more to tilt toward lens side more deviation lensed tip direction from described bend line；Separately there is at least one curve slope The starting point of one end be located at the described vertical center line stated directly over the starting point of curve slope one end on the upper side on one Point, described at least one curve slope is simultaneously more more partial to lensed tip direction toward lens side from this initial lighting described Tilt to one end of at least one curve slope that connection is additionally provided with a bend line, this at least one curve slope described And rise more to tilt toward lens side more deviation lensed tip direction from this bend line described.

The lensed light-emitting structure of die set of 14. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with and multiple have differing tilt angles and be connected inclined-plane And it is all curve slope, wherein respectively it is connected by multiple arcs inclined-plane and be connected into each one end in two differently curved faces of writing music Starting point be located at described lens one vertical center line and a horizontal expansion line joining, described each curved surface system respectively by Rise positioned at the curve slope of described starting point and be more more partial to the inclination of lensed tip direction toward the curve slope of lens side Connect, to each bend line, each one end of at least two curve slopes being additionally provided with, this at least two curve slope is respectively by institute State this bend line and rise more to heal toward lens side and deviate the inclination of lensed tip direction.

The lensed light-emitting structure of die set of 15. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with and multiple have differing tilt angles and be connected inclined-plane And it is all curve slope, one end starting point being connected into a curved surface that is wherein connected by multiple arcs inclined-plane is positioned at described Mirror one vertical center line and a horizontal expansion line joining, described curved surface is oblique by the arc positioned at described starting point Face rise more toward lens side curve slope heal be partial to lensed tip direction tilt at a bend line connect be additionally provided with At least one curve slope one end, this at least one curve slope from described bend line rise more toward lens side heal deviate Lensed tip direction tilts；Separately have multiple arcs inclined-plane be connected be connected into one be different from above-mentioned curved surface flexibility another One end starting point of curved surface is located on the described vertical center line directly over the starting point stating curved surface on the upper side one Point, this curved surface described is risen from the curve slope positioned at this starting point described more heals toward the curve slope of lens side Deflection lensed tip direction tilts at least one curve slope one end that at a bend line, connection is additionally provided with, and this is at least One curve slope is risen more to heal toward lens side from this bend line described and deviates the inclination of lensed tip direction.

The lensed light-emitting structure of die set of 16. devices as claimed in claim 1 is it is characterised in that described Below mirror one horizontal expansion line, the described base plane of side is provided with and multiple have differing tilt angles and be connected inclined-plane And it is all curve slope, one end starting point being connected into a curved surface that is wherein connected by multiple arcs inclined-plane is positioned at described Mirror one vertical center line and a horizontal expansion line joining, described curved surface is oblique by the arc positioned at described starting point Face rise more toward lens side curve slope heal be partial to lensed tip direction tilt at a bend line connect be additionally provided with At least one curve slope one end, this at least one curve slope from described bend line rise more toward lens side heal deviate Lensed tip direction tilts.

The lensed light-emitting structure of die set of 17. devices as claimed in claim 1 is it is characterised in that described Described base plane at the upper side of mirror one horizontal expansion line is provided with least two inclined-planes and is all curve slope, its In the starting point of at least one curve slope one end be located at described lens one vertical center line and a horizontal expansion line and intersect Point, this at least one curve slope described is simultaneously more more partial to lensed tip direction toward lens side from described initial lighting Tilt to one end of at least one curve slope that connection is additionally provided with least one bend line, this at least one arc described Inclined-plane simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from this bend line described.

The lensed light-emitting structure of die set of 18. devices as claimed in claim 1 is it is characterised in that described Described base plane at the upper side of mirror one horizontal expansion line is provided with least four inclined-planes and is all curve slope, its In the starting point of at least one curve slope one end be located at described lens one vertical center line and a horizontal expansion line and intersect Point, this at least one curve slope described is simultaneously more more partial to lensed tip direction toward lens side from described initial lighting Tilt to one end of at least one curve slope that connection is additionally provided with a bend line, this at least one curve slope described And rise more to tilt toward lens side more deviation lensed tip direction from described bend line；Separately there is at least one curve slope The starting point of one end is located on the described vertical center line directly over the starting point stating curve slope one end on the upper side A bit, described at least one curve slope is simultaneously more more partial to lensed tip side toward lens side from this initial lighting described To the one end tilting at least one curve slope that connection is additionally provided with a bend line, this at least one arc described is oblique Face simultaneously is risen more to tilt toward lens side more deviation lensed tip direction from this bend line described.

The lensed light-emitting structure of die set of 19. devices as claimed in claim 1 is it is characterised in that described Described base plane at the upper side of mirror one horizontal expansion line is provided with multiple to be had differing tilt angles and is connected inclined-plane And it is all curve slope, wherein respectively it is connected by multiple arcs inclined-plane and be connected into each one end in two differently curved faces of writing music Starting point be located at described lens one vertical center line and a horizontal expansion line joining, described each curved surface system respectively by Rise positioned at the curve slope of described starting point and be more more partial to the inclination of lensed tip direction toward the curve slope of lens side Connect, to each bend line, each one end of at least two curve slopes being additionally provided with, this at least two curve slope is respectively by institute State this bend line and rise more to heal toward lens side and deviate the inclination of lensed tip direction.

The lensed light-emitting structure of die set of 20. devices as claimed in claim 1 is it is characterised in that described Described base plane at the upper side of mirror one horizontal expansion line is provided with multiple to be had differing tilt angles and is connected inclined-plane And it is all curve slope, one end starting point being connected into a curved surface that is wherein connected by multiple arcs inclined-plane is positioned at described Mirror one vertical center line and a horizontal expansion line joining, described curved surface is oblique by the arc positioned at described starting point Face rise more toward lens side curve slope heal be partial to lensed tip direction tilt at a bend line connect be additionally provided with At least one curve slope one end, this at least one curve slope from described bend line rise more toward lens side heal deviate Lensed tip direction tilts；Separately there is multiple arcs inclined-plane to be connected and be connected into an another song being different from above-mentioned curved surface curvature One end starting point in face is located on the described vertical center line directly over one end starting point stating curved surface on the upper side one Point, this curved surface described is risen from the curve slope positioned at this starting point described more heals toward the curve slope of lens side Deflection lensed tip direction tilts at least one curve slope one end that at a bend line, connection is additionally provided with, and this is at least One curve slope is risen more to heal toward lens side from this bend line described and deviates the inclination of lensed tip direction.

The lensed light-emitting structure of die set of 21. devices as claimed in claim 1 is it is characterised in that described Described base plane at the upper side of mirror one horizontal expansion line is provided with multiple to be had differing tilt angles and is connected inclined-plane And it is all curve slope, one end starting point being connected into a curved surface that is wherein connected by multiple arcs inclined-plane is positioned at described Mirror one vertical center line and a horizontal expansion line joining, described curved surface is oblique by the arc positioned at described starting point Face rise more toward lens side curve slope heal be partial to lensed tip direction tilt at a bend line connect be additionally provided with At least one curve slope one end, this at least one curve slope from described bend line rise more toward lens side heal deviate Lensed tip direction tilts.

The lensed light-emitting structure of die set of 22. devices as claimed in claim 1 is it is characterised in that described At least one conical decorative panel and at least one warning illuminating module is installed further outside light module.

The lensed light-emitting structure of die set of 23. devices as claimed in claim 1 is it is characterised in that described anti- The further fixing device in light shield bottom at least one dark slide.

The lensed light-emitting structure of die set of 24. devices as claimed in claim 1 is it is characterised in that in described Empty internal stent is provided with least one location structure, and a movable device at least dark slide on described location structure, Described dark slide at least one side is connected to the extension stem of at least one electric magnet.

The lensed light-emitting structure of die set of 25. devices as claimed in claim 1 is it is characterised in that in described Empty internal stent is provided with least one location structure, and a movable device at least grating on described location structure, Described grating is simultaneously connected to the extension stem of at least one electric magnet.

The 26. lensed light-emitting structure of die sets of device as claimed in claim 25 are it is characterised in that described light Grid are made up of a transparent board, and described transparent board at least has top and bottom two plane, and to the bottom of less than Facial planes middle section is provided with least one arcwall face, and described each arcwall face peak is located in described base plane The central authorities of square side.

The 27. lensed light-emitting structure of die sets of device as claimed in claim 26 are it is characterised in that described light Grid are provided with least one inclined-plane and are all smooth inclined-plane in vertical center line one side of top planes further, described Each inclined-plane incline direction plays side more toward below described grating from the inclined-plane of side above described grating Inclined-plane is more partial to described top planes and is tilted.

The 28. lensed light-emitting structure of die sets of device as claimed in claim 25 are it is characterised in that described light Grid are made up of a transparent board, and described transparent board at least has top and bottom two plane, and to less than institute State base plane middle section and be provided with and multiple there is the curve slope that differing tilt angles are connected, described each arc Shape inclined-plane incline direction is risen more toward under described transparent board from the curve slope of side above described transparent board The curve slope of square side is more partial to this base plane.

The 29. lensed light-emitting structure of die sets of device as claimed in claim 28 are it is characterised in that described light Grid are provided with least one inclined-plane and are all smooth inclined-plane in vertical center line one side of top planes further, described Each inclined-plane incline direction plays side more toward below described grating from the inclined-plane of side above described grating Inclined-plane is more partial to described top planes and is tilted.

The lensed light-emitting structure of die set of 30. devices as claimed in claim 25 is it is characterised in that in described Empty internal stent is further provided with least another location structure, and in the movable dress of the described location structure being additionally provided with Put a dark slide, described dark slide one side is connected to one end of first support, the other end of described first support It is incorporated on a movable rotation-shaft with the one end of the second support being additionally provided with, described second support central part is installed on The movable rotation-shaft on a location structure that described hollow stent is additionally provided with, the described second support other end is connected to institute State the movable rotation-shaft on the extension stem of at least one electric magnet.