CN209045097U

CN209045097U - Luminous mark

Info

Publication number: CN209045097U
Application number: CN201821808635.4U
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-18
Filing date: 2018-11-05
Publication date: 2019-06-28
Anticipated expiration: 2028-11-05
Also published as: CN109300414A; CN109285477A; CN109064933A; CN209045104U; CN209045098U; CN109166488A; CN109448586A; CN109064935A; CN209045106U; CN209045105U

Abstract

The utility model provides a kind of luminous mark, is related to Sign Board field, which includes substrate, light source and light penetrating object；At least one mounting groove to accommodate the light source is provided on an at least end face for the substrate；The light source is arranged at least one cell wall in the mounting groove, and the transmitting radiation direction of the light source is set as back to cell wall where the light source and towards mounting groove inner space；The light penetrating object is arranged at the notch of the mounting groove, and the light penetrating object has the characteristics that simple structure and convenient processing, manufacturing cost are low, thickness is small, light line more narrows, Multi-azimuth luminous to receive the light emitted in the mounting groove.

Description

Luminous mark

Technical field

The utility model relates to Sign Board fields, and in particular to a kind of luminous mark.

Background technique

Existing luminous mark is substantially based on light box structure, including at least light source, cabinet and is sealed on lamp Three parts of light-transmitting plate of box top.

Luminous mark is all the time simply fixed because of structure, tosses about just so several indispensable component parts, it is impossible to There is revolutionary improvement and room for promotion as other products, lead to for many years that few technologies are prominent from structure to effect It is broken.

Present in it and problem to be solved:

1, complex process, cabinet generally have bottom plate and surrounding edge to be welded, and the factor of irregular artificial is more.

2, luminous mark integral thickness is partially thick.Light source is arranged on the bottom plate of cabinet, and forward direction shines and is directly toward case Light-transmitting plate at the top of body will make light-transmitting plate uniform in light emission, and tank thickness is key, and the luminous light source of forward direction wants cabinet at least Light-transmitting plate could be allowed uniformly to go out light in 4cm or more and eliminate hot spot.

3, the most narrow width of luminous line is wide.The light source of forward direction setting, due to sawtooth " S " shape for plane bent The width of LED band light source itself is 8mm, so that the most narrow width of luminous pattern is restricted, so that luminous line width is most It is narrow to be less than 10mm.

4, the bending that the LED band light source of positive setting is not suitable for horizontal direction extends.Since circuit board itself cannot be The direction bending of plane extends where circuit board, so not being suitable for luminous line.

5, the luminous mark of the complicated point of tradition is all the component part by several independent luminous cabinets as luminous pattern It is combined according to layout picture mosaic, organizes integral luminous pattern, no matter connect from picture mosaic and electrically when installation Line is all very time-consuming to take a lot of work.

6, conventional tank formula luminous mark can only generally shine because of the limitation of its structure and processing method as one direction Mark, be above restricted in application.

In view of this, it is desirable to provide a kind of luminous mark of exquisiteness type, to solve above-mentioned luminous mark, there are technologies to ask Topic.

Utility model content

The purpose of this utility model is to provide a kind of luminous marks, have simple structure and convenient processing, manufacturing cost Low, the characteristics of thickness is small, light line more narrows, Multi-azimuth luminous.

Based on above-mentioned purpose, luminous mark provided by the utility model, including substrate, light source and light penetrating object；

At least one mounting groove to accommodate the light source is provided on an at least end face for the substrate；

The light source is arranged at least one cell wall in the mounting groove, the transmitting radiation direction setting of the light source For back to cell wall where the light source and towards mounting groove inner space；

The light penetrating object is arranged at the notch of the mounting groove, and the light penetrating object is launched to receive the mounting groove The light come.

Further, the mounting groove is arranged in the upper surface of substrate, bottom surface or side.

Further, the mounting groove is set as blind slot or through slot, wherein blind slot is referred to not through substrate thickness Mounting groove；

The through slot is through the thickness direction of the substrate, at least one sets at the notch of front and back sides two of the through slot Set the light penetrating object；

Alternatively, the light penetrating object is arranged at one of notch, is set at another notch in two notches of the through slot Set barn door.

Further, the light penetrating object uses frid shape, the solid or hollow item of straight panel shape, notch towards mounting groove Shape structure.

Further, the substrate is set as strip structure.

It further, further include astigmatism body, the astigmatism body is arranged in the mounting groove, described in the astigmatism body face Light source position is so that the transmitting light of the light source can scatter to cell wall and/or groove bottom back reflection extremely by astigmatism body The light penetrating object；

The astigmatism body is arranged between the cell wall opposite with the light source of the light source in the space in the mounting groove；

Alternatively, the astigmatism body is arranged in the space in the mounting groove between cell wall and cell wall；

Alternatively, the astigmatism body is arranged between the light source that light emission direction is opposite in the mounting groove；

Alternatively, the astigmatism body is to fill light source envelope in transparent or light transmission the material in mounting groove；

The transmitting light of light source is transferred to the light penetrating object after reflecting by the astigmatism body.

Further, the astigmatism body uses hollow or solid strip or plate structure；

Alternatively, being provided with indentation on a astigmatism body at least surface or being set as frosting structure or be covered with reflective effect The coating of fruit.

It further, further include cover board, the cover board is arranged in close the mounting groove at the notch of the mounting groove, At least one light penetrating slit for running through its thickness is set on the cover board, and the light penetrating object setting is peripheral or embedding in the light penetrating slit Enter to the light penetrating slit.

Further, the light penetrating object is connect with the notch of the mounting groove by male cooperation form of grooves；

Alternatively, the light penetrating object is docked by way of being embedded at the mounting groove notch；

Alternatively, the light penetrating object is bonded in the notch outer edge area of the mounting groove；

Alternatively, the light penetrating object is directly embedded into the mounting groove notch to groove bottom；

Alternatively, being docked at the top of the bottom of the light penetrating object and the astigmatism body being set in mounting groove；

Alternatively, the light penetrating object is docked by the light penetrating slit on the cover board with mounting groove.

Further, further include light transmission liner plate, light transmission liner plate setting in the mounting groove or outside mounting groove and It is fitted in an end face of the cover board close to the mounting groove.

By adopting the above technical scheme, the technical effect of luminous mark provided by the utility model has:

It 1, is main frame light source and light penetrating object together as one using substrate, in addition the light source in mounting groove is shone using side Mode enables light to have enough scattering and spatials from light source to light-emitting surface, and the scattering angle of light increases, and transmission range increases (transmission range increases light source to transmission range between groove bottom compared to the light source set-up mode of conventional lightbank), thus There is apparent progress compared with the prior art and to reach effect outstanding as follows:

Firstly, realizing the illumination effect for being better than conventional lightbank, reach more than half thickness of conventional lightbank, minimum thickness can be with Reach within 1cm；

Secondly, realizing the front and back sides opening of the same mounting groove (through slot) while light penetrating object being arranged and all uniformly sends out The luminous pattern of mirror image each other is realized on light, two sides, this is also to be determined by the lateral direction light emission feature of board structure and light source；

Furthermore through overtesting, two kinds of photochromic light sources of difference, two kinds of light sources are respectively set on the cell wall of mounting groove opposite direction The color blending effect that relative luminous generates is preferably most uniform, the effect of colour mixture more equidirectional than photochromic light sources different in Conventional luminescent mark Fruit is many by force, and the key of this perfection light mixing effect is because caused by the lateral direction light emission of light source；

Finally, laterally disposed light source, efficiently uses the flexibility of flexible tape light source, it can be effectively with the mounting groove of substrate The extending direction perfection of cell wall is bonded, and either (the wider plane pattern of size can pass through for linear or planar pattern Astigmatism body is set in mounting groove to solve), it is the light source set-up mode for being most suitable for based on substrate and installing slot structure.Laterally The soft light bar light source thickness of luminous paster LED is only 1mm multiple spot, can design in this way and make more smart small luminous mark.

2, luminous mark is process by substrate, and each component part of luminous pattern is integrated on substrate together, all It can guarantee accurate and exquisite, the circuit connection of light source of global pattern picture mosaic effect in the corresponding position accurate machining of substrate Also become simple, it is easy to process, simple process, at low cost.

3, at least one installation slot structure is set at least one end face on substrate, it not only can be real on the same substrate Existing front shines and reverse side shines, and can also shine in multiple side end faces of substrate, thus, substrate realizes omnibearing luminous effect Fruit.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the first structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Fig. 2A is the overall appearance schematic diagram of luminous mark provided by the embodiment of the utility model；

Fig. 2 B is the cross-sectional structure schematic diagram of Fig. 2A, i.e., light penetrating object in luminous mark provided by the embodiment of the utility model With the first mounting means schematic diagram of mounting groove；

Fig. 3 A is second of mounting means of light penetrating object and mounting groove in luminous mark provided by the embodiment of the utility model Schematic diagram；

Fig. 3 B is the third of light penetrating object and mounting groove mounting means in luminous mark provided by the embodiment of the utility model Schematic diagram；

Fig. 3 C is the 4th kind of mounting means of light penetrating object and mounting groove in luminous mark provided by the embodiment of the utility model Schematic diagram；

Fig. 3 D is another structural schematic diagram (being not provided with astigmatism body) of Fig. 3 B；

Fig. 4 is that 5th kind of mounting means of light penetrating object and mounting groove shows in luminous mark provided by the embodiment of the utility model It is intended to；

Fig. 5 is the 6th kind of mounting means of the light penetrating object and mounting groove in luminous mark provided by the embodiment of the utility model Schematic diagram；

Fig. 6 is second of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Fig. 7 is the cross-sectional view of Fig. 6；

Fig. 8 is the third structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Fig. 9 is the 4th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Figure 10 A is the 5th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Figure 10 B is the 6th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Figure 11 A is the 7th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Figure 11 B is the 8th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model；

Figure 11 C is the 9th kind of structural schematic diagram of luminous mark provided by the embodiment of the utility model.

Appended drawing reference: 1. substrates, 2. barn doors, 3. mounting grooves, 4. grooves, 5. light sources, 6. lug bosses, 7. decorative panels, 8. Light penetrating object, 9. astigmatism bodies, 11. cover boards, 12. light penetrating slits, 13. light transmission liner plates, 14. light transmission thin plates.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical Novel protected range.

It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

As shown in Figure 1, luminous mark provided by the utility model, including substrate 1, light source 5 and light penetrating object 8.

Substrate 1 plays the role of carrying light source 5 and light penetrating object 8,

At least one mounting groove 3 to accommodate light source 5 is provided on an at least end face for substrate 1；The mounting groove 3 is adding Working hour can be formed using the direct milling of machining apparatus, and it is possible to which mounting groove 3 is processed into linear or planar Arbitrary graphic or text；Have the characteristics that processing technology is simple, easily-controllable.According to specific needs, the side wall of mounting groove can be added Work is at side wall or non-side wall straight up and down straight up and down.

Light source 5 is arranged at least one cell wall of mounting groove 3, and the transmitting radiation direction of light source 5 is set as back to the light Cell wall where source and towards mounting groove inner space；

Light penetrating object 8 is arranged at the notch of mounting groove 3, and light penetrating object 8 is shaped to mutually fits with the shape of mounting groove 3 Match, the light penetrating object 8 using the good translucent material of translucency or with coloured light-passing plastic or transparent material or The materials such as colloid are made, and light penetrating object 8 is to receive the light emitted in mounting groove 3.

In above-mentioned technical proposal, the transmitting light of light source 5, which does not use in prior art, is emitted directly toward notch and light transmission The mode of body 8, but be improved to enable light to have enough scattering and spatials from light source 5 to light-emitting surface using side illumination mode, The scattering angle of light increases, and transmission range increases (light source 5 set-up mode of the transmission range compared to conventional lightbank, increase Light source 5 is to transmission range between groove bottom), it not only realizes the illumination effect for being better than conventional lightbank, may also reach up conventional lights One half thickness of case, can make more smart small luminous mark carry out using.

Luminous mark is process by substrate 1, easy to process, simple process, at low cost.

At least one 3 structure of mounting groove is set at least one end face on substrate 1, it not only can be on same substrate 1 It realizes that front shines and reverse side shines, and light transmission can be set simultaneously in the front and back sides opening of the same mounting groove (through slot) The luminous pattern of mirror image each other is realized on body 8 and all uniformly light-emitting, two sides, can also in the lateral emitting of substrate 1, thus, base Plate 1 realizes omnibearing luminous effect.

Also, the plate material for manufacturing substrate 1 is unrestricted, and the high plate realization of cost performance, which both can be used, reduces cost, High-end sheet material hoisting class can be used according to individual demand again, range of choice is wide.For existing mini luminescent characters, plate It can control within 8% with processing cost.

The specific structure of luminous mark provided in this embodiment is illustrated accordingly below:

Preferably, as shown in Figure 1, above-mentioned mounting groove 3 is arranged in the upper surface of substrate 1, bottom surface or side.Namely It says, mounting groove 3 can be respectively set in face, bottom surface and side on substrate 1, embody omnibearing luminous effect；It can also be according to not Only mounting groove 3 is respectively set on one to two faces of substrate 1 in same use demand.Mounting groove 3 shown in FIG. 1 is on straight Side wall construction under directly.

Preferably, above-mentioned mounting groove 3 is set as blind slot or through slot；Above-mentioned blind slot refers to thick not through substrate 1 The mounting groove 3 of degree, when mounting groove 3 selects blind slot, it is only necessary to which a light penetrating object 8 is set to play luminous effect；

When mounting groove 3 selects through slot,

The first embodiment:

As described in Figure 1, light penetrating object 8 is set at least one notch in two notches of through slot, that is to say, that the one of through slot Light penetrating object 8 is set at a notch, another notch is also provided with light penetrating object 8 or other translucent elements.

Second of embodiment:

As shown in Figure 3A, in two notches of through slot, light penetrating object 8 is set at one of notch, is set at another notch Barn door 2 is set, the effect of barn door 2 is to close the effect of another notch, meets the luminous effect of 1 single side of substrate；Because of base For the mounting groove 3 of plate 1 in actual processing, the technique of directly processing through slot is relatively simple and is easily achieved.

Preferably, light penetrating object 8 can use frid shape, the solid or hollow item of straight panel shape, notch towards mounting groove 3 Shape structure.

Preferably, in luminous mark provided in this embodiment, in order to ensure sufficient illumination effect, in the slot of mounting groove 3 Bottom surface and/or cell wall are provided with the material of enhancing reflecting effect；

Preferably, light penetrating object 8 is connect with the notch of mounting groove 3 by male cooperation form of grooves；

Alternatively, light penetrating object 8 docks by way of at the notch for being embedded in the mounting groove 3；

Alternatively, light penetrating object 8 is bonded in the notch outer edge area of mounting groove 3；

Alternatively, the bottom of light penetrating object 8 is bonded in 9 top of astigmatism body in mounting groove 3, such as Fig. 3 B；

Alternatively, light penetrating object 8 is directly embedded into mounting groove 3 to groove bottom, such as Fig. 3 C.

As shown in Figure 2 A, when it is implemented, the notch of light penetrating object 8 and mounting groove 3 by male cooperation form of grooves have with Under several different modes: for example:

Mode one

As shown in Figure 2 B, lug boss 6, the width of lug boss 6 can be arranged in one end of the close mounting groove 3 of light penetrating object 8 It is adapted with the groove width of mounting groove 3, consequently facilitating the connection of light penetrating object 8 and mounting groove 3.The lug boss 6 can be and light penetrating object 8 It is integrally formed, the translucent element for being also possible to two kinds of sizes combines the convex shape that is formed by connecting.

Mode two

As shown in Figure 3A, groove 4, the width of light penetrating object 8 and the width of notch can be arranged in the notched areas of mounting groove 3 It is adapted, consequently facilitating the connection of light penetrating object 8 and mounting groove 3.

Mode three

As shown in figure 4, one packaged plaque 7 is set in end face where the notch of mounting groove 3, the corresponding installation on decorative panel 7 The position setting width of slot 3 is greater than the limiting slot of 3 width of mounting groove, and limiting slot and mounting groove 3 penetrate through, the width of light penetrating object 8 Degree is adapted with the width of limiting slot, consequently facilitating the connection of light penetrating object 8 and limiting slot.

In addition, when being bonded in the connection type of notch outer edge area of mounting groove 3 using light penetrating object 8, it is contemplated that light penetrating object 8 Bottom surface and the notch periphery of mounting groove 3 bond area it is too small, bonding is easy unstable problem, as shown in figure 5, can be with Light transmission thin plate 14 is arranged in side where the notch of mounting groove on substrate 1, and light transmission thin plate 14 is generally transparent material, makes light transmission thin plate 14 can cover the notch of mounting groove 3, using light transmission thin plate 14 as connection intermediary, the bottom surface of light penetrating object 8 and light transmission thin plate 14 It is mutually bonded, to increase bond area, ensures the fastness of connection.This structure belongs to the notch that light penetrating object 8 is bonded in mounting groove 3 The connection type of outer edge area.

In addition, a side wall in mounting groove 3 is non-side wall construction straight up and down as shown in Fig. 3 B, Fig. 3 D and Fig. 3 C, This side wall is provided with the gap structure to match with 5 shape of light source in the position close to bottom, and notch can accommodate light source 5.Such as Shown in Fig. 3 B and Fig. 3 C, astigmatism body 9 or light penetrating object 8 are embedded in 3 notch of mounting groove to groove bottom and agree with light source in notch. As shown in Figure 3D, light penetrating object 8 docks by way of at the notch for being embedded in mounting groove 3 with 3 notch of mounting groove.In this way, light penetrating object 8 It more firm can be combined and be linked together with mounting groove 3, light source 5 at this time is arranged in mounting groove 3 on notch side wall, notch Side wall belongs to a kind of form of 3 side wall of mounting groove of non-straight straight downside wall construction.In this way, being placed in 3 notch of mounting groove Light source 5 and the outer surface of light penetrating object 8 or astigmatism body 9 in insertion mounting groove 3 fit, so that luminous mark width is (i.e. thoroughly The width of body of light 8) (and the light source of Conventional luminescent mark uses built in version) unrelated with light source 5, so the width of luminous mark It is adjustable to relatively narrow.

It should be noted that the height of the light penetrating object 8 on each mounting groove 3 on substrate 1 can be set to it is contour or Different height can be realized stereo luminous effect when the height difference of light penetrating object 8.

Preferably, as shown in Figure 6 and Figure 7, substrate 1 may be arranged as strip structure.To make luminous mark meet more Diversified use demand, the light emitting structure including mounting groove 3 and light penetrating object 8 is arranged in the side end face of substrate 1 also belong to strip One kind of structure.

Preferably, luminous mark provided by the embodiment of the utility model further includes astigmatism body 9, and astigmatism body 9 is arranged described In mounting groove, light source position described in the astigmatism body face is so that the transmitting light of the light source can be dissipated by astigmatism body Cell wall and/or groove bottom back reflection are sent to the light penetrating object.As shown in Fig. 8 and Fig. 9 and Figure 10 A, astigmatism body 9 is arranged in light source Between 5 and the opposite cell wall of light source 5, so that the transmitting light of light source 5 is transferred to light penetrating object 8 after reflecting by astigmatism body 9.It is preferred that Ground, astigmatism body 9 use the strip structure of hollow (such as Fig. 8) or solid (such as Fig. 9), alternatively, astigmatism body 9 uses plate structure The bottom face of (astigmatism body 9 in such as Figure 11) or astigmatism body 9 is docked with the slot bottom of mounting groove 3, upper surface and insertion mounting groove Dock (shown in Figure 10 A) in 8 bottom of light penetrating object at 3 notches.Under astigmatism body 9 in Figure 10 A and Fig. 3 B in setting and mounting groove 3 Half part is located between the light source cell wall opposite with the light source, and top half is between cell wall and cell wall.

In the present embodiment, the effect of astigmatism body 9 is the transmission range for extending light source 5 and emitting light, and light source 5 passes through astigmatism body The reflection of 9 pairs of groove bottoms, cell wall, so that the scattering angle of light increases, (transmission range is compared to tradition for transmission range increasing 5 set-up mode of light source of lamp box increases the transmission range that light source 5 arrives light penetrating object 8), to make the light in mounting groove 3 by dissipating Body of light 9 injects on light penetrating object 8, light penetrating object 8 it is luminous more uniformly, and reduce light class bring influence.In addition, in Figure 10 A 9 top of astigmatism body docked with 8 bottom end of light penetrating object, also act as the effect of firm light penetrating object 8.

Preferably, in luminous mark provided in this embodiment, in order to ensure light source waterproof effect, above-mentioned astigmatism body 9 can also make light source seal filling together in mounting groove 3 using transparent or light transmission resin material.

Preferably, as shown in Figure 10 B, the height of light penetrating object 8 is not less than the depth of mounting groove 3, and light penetrating object 8 is embedded in mounting groove 3 to groove bottom, and light penetrating object 8 has the gap structure to match with 5 shape of light source being arranged on cell wall close to the side of bottom, Notch can accommodate light source 5, and the light penetrating object insertion mounting groove notch is interior and agrees with light source in notch.In this way, light penetrating object 8 It more firm can be combined and be linked together with mounting groove 3.

Preferably, as seen in figs. 11a and 11b, in luminous mark provided in this embodiment, when mounting groove 3 uses one When biggish area, and when the same mounting groove 3 of correspondence of multiple light penetrating objects 8, which further includes cover board 11, cover board 11 (Figure 11 B) is set at the notch of mounting groove 3 at (Figure 11 A) or two-sided notch, to close mounting groove 3, be arranged on cover board 11 to Few one runs through the light penetrating slit 12 of its thickness, and light penetrating slit 12 includes hollow out lines or pierced pattern, and light penetrating object 8 is arranged in light penetrating slit 12 peripheries are embedded in light penetrating slit 12, and light penetrating object 8 at this time is to be docked by the light penetrating slit 12 on cover board 11 with mounting groove 3 's.Realize the embodiment that multiple light penetrating objects 8 are sufficiently shown using a mounting groove 3.A side in Figure 11 A, in mounting groove 3 Light source 5 is set on wall, and astigmatism body 9 is arranged between the light source 5 that light emission direction is opposite in the mounting groove 3, plate astigmatism body 9 Bottom surface is also provided with indentation or frosting structure or reflecting coating, to increase the effect of the upward reflected light of astigmatism body；This Structure can open up multiple mounting grooves 3 with expanded application on same substrate 1, the light source 5 being arranged in each mounting groove 3 Photochromic or brightness can be different each other, covered at the notch of multiple mounting grooves 3 by same cover board 11, and each mounting groove 3 is corresponding Several light penetrating slits 12, light penetrating slit 12 corresponding to all mounting grooves 3 is all disposed on same cover board 11, finally, with cover board 11 On all light penetrating objects 8 that dock of all light penetrating slits 12 issue the effects of a variety of photochromic and various levels of brightness.In Figure 11 B, in base Hollow out mounting groove 3 is opened up on plate 1, cover board 11 is used to cover at the two sides notch of hollow out mounting groove 3 respectively, on two cover boards 11 respectively Multiple light penetrating slits 12 and light penetrating object 8 are set, to realize the illumination effect of two-sided sending different pattern on same substrate.

Preferably, which further includes light transmission liner plate 13, and light transmission liner plate 13 is transparent material or translucent light transmission Material, the end face that light transmission liner plate 13 is arranged in mounting groove 3 and is fitted in cover board 11 close to mounting groove 3.Preferably, light transmission serves as a contrast Plate 13 uses transparent acrylic thin plate, can be on the light penetrating object 8 more effective, more evenly light conduction to 1 top of substrate.

Preferably, as shown in Figure 11 C, cover board 11 and 13 structure of light transmission liner plate may be also used in above-mentioned other embodiments In, i.e. the structure of the corresponding light penetrating object 8 of a mounting groove 3.In the embodiment, light transmission liner plate 13 is arranged outside mounting groove 3, thoroughly Body of light 8 is adhesively fixed on light transmission liner plate 13 by the light penetrating slit 12 on the insertion cover board 11 and bottom of light penetrating object 8, at this time Light penetrating object 8 is docked by the light penetrating slit 12 on cover board 11 with mounting groove 3.Wherein, the size of light penetrating object 8 and light penetrating slit 12 can be small In the size of 3 notch of mounting groove, light exposed at 3 notch of mounting groove is sheltered from by cover board 11.Such structure can be saturating The size of body of light 8 is done smaller.

It should be noted that can be made by the extrusion process of plastic mould corresponding for the luminous pattern of linear The light transmission adhesive tape of size, by adhesive tape, according to luminous pattern (mounting groove 3) track bending, (hard plastic is by heating bending again Cooling technique, the direct bending of lexible adhesive tape are fixed again), it eventually forms and luminous pattern (mounting groove 3) matched light penetrating object 8, envelope It covers in the upper surface of mounting groove 3.

Preferably, the light source 5 in the present embodiment can select corresponding distribution density and photochromic LED light source 5, can be base Flexible LED lamp band in flexible circuit board or the LED light bead string that is serially connected with wire or sheet metal.In the present embodiment preferably For based on flexible circuit board flexible LED lamp band, which can directly be bonded with the cell wall of mounting groove 3 and prolonging by cell wall Stretch direction setting.

When the light emission direction of flexible LED lamp band is laterally (being mounted on directive opposite direction cell wall direction on cell wall), according to installation The width and illumination effect of slot 3 need, can part cell wall paste flexible LED lamp band, can also all side walls all paste.So Afterwards according to selected power supply type and parameter, with conducting wire in a series arrangement, parallel way or series connection be the same as the side combined in parallel Formula is electrically connected the flexible LED lamp band in the mounting groove 3 of this substrate 1, by drilling on substrate 1, corresponding conducting wire It draws outside substrate 1.According to specific needs, waterproof material, waterproof material can be covered and/or are perfused in the mounting groove 3 of substrate 1 It can be transparent or translucent effect epoxide resin material.

When flexible LED lamp band is respectively set in two opposite cell walls of mounting groove 3, by being put in the two side walls of mounting groove 3 Different photochromic band-like flexible LED lamp bands are set, while shining and can form two kinds of photochromic color blending effects, further by two A variety of photochromic illumination effects may be implemented in the independent control of light source 5.

The present embodiment provides luminous marks to have following technical effect that

1, cabinet is process by substrate 1, pure numerical control processing, processing precisely, it is simple process, at low cost.

2, flexible LED lamp gives full play to the bending characteristic of flexible circuit board, facilitates luminous line with the laterally disposed of light source 5 Implementation.

3, the width of light source 5 itself is most narrow can reach 4mm for flexible LED lamp band, light source 5 is arranged in the side of 1 mounting groove 3 of substrate Wall, so that substrate 1 can choose the plate no more than 5mm thickness, the light that light source 5 is laterally emitted is anti-by 3 side wall of mounting groove Penetrating can make the light penetrating object 8 at 3 top of mounting groove uniformly go out light.5mm thickness is breakthrough in existing luminous mark field.

4, different photochromic flexible LED lamp band light sources 5 are placed by the two side walls in mounting groove 3, while two can be issued The photochromic color blending effect of kind, or by the independent control to two light sources 5, a variety of photochromic illumination effects may be implemented.

5, the flexible LED lamp band thickness of light source 5 itself is arranged it in 1 mounting groove 3 of substrate at 1mm or so (including circuit board) Side wall so that 3 width of mounting groove most it is narrow can reach substantially extended no more than 2mm Conventional luminescent mark application range, this It is breakthrough improvement and effect.

6, the side wall in 1 mounting groove 3 (through slot) of substrate is arranged with light source 5 in flexible LED lamp, since the setting of light source 5 will not hinder The permeability for keeping off through slot, the notch that can use the two sides of the same through slot on substrate 1 in this way realize the two-sided hair of mirror image each other Light line pattern.

7, using the scheme that 3 structure of mounting groove is arranged on substrate 1, it can not only realize that front shines on same plate It shines with reverse side, mounting groove 3 can also be set in the side of substrate 1, the side of substrate 1 is made also to shine, thus, substrate 1 is realized It is omnibearing luminous.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims

1. a kind of luminous mark, which is characterized in that including substrate, light source and light penetrating object；

The light source is arranged at least one cell wall in the mounting groove, and the transmitting radiation direction of the light source is set as carrying on the back To cell wall where the light source and towards mounting groove inner space；

The light penetrating object is arranged at the notch of the mounting groove, what the light penetrating object was emitted to receive the mounting groove Light.

2. luminous mark according to claim 1, which is characterized in that the mounting groove is arranged in the upper surface of substrate, bottom surface Or side.

3. luminous mark according to claim 1, which is characterized in that the mounting groove is set as blind slot or through slot；

Thickness direction of the through slot through the substrate, at least one setting institute at the notch of front and back sides two of the through slot State light penetrating object；

Alternatively, the light penetrating object is arranged at one of notch, is arranged at another notch and hides in two notches of the through slot Tabula rasa.

4. luminous mark according to claim 1, which is characterized in that the light penetrating object is using straight panel shape, notch direction peace Frid shape, the solid or hollow strip structure of tankage.

5. luminous mark according to claim 1, which is characterized in that the substrate is set as strip structure.

6. luminous mark according to claim 1-5, which is characterized in that it further include astigmatism body, the astigmatism body It is arranged in the mounting groove, light source position described in the astigmatism body face is so that the transmitting light of the light source can lead to It crosses astigmatism body and scatters to cell wall and/or groove bottom back reflection to the light penetrating object；

7. luminous mark according to claim 6, which is characterized in that the astigmatism body uses hollow or solid strip Or plate structure；

Alternatively, being provided with indentation on a astigmatism body at least surface or being set as frosting structure or be covered with reflecting effect Coating.

8. luminous mark according to claim 6, which is characterized in that further include cover board, the cover board is arranged in the peace To close the mounting groove at the notch of tankage, at least one light penetrating slit for running through its thickness is set on the cover board, it is described Body of light setting is in the light penetrating slit periphery or is embedded in the light penetrating slit.

9. luminous mark according to claim 8, which is characterized in that the notch of the light penetrating object and the mounting groove passes through The connection of male cooperation form of grooves；

Alternatively, being docked at the top of the bottom of the light penetrating object and the astigmatism body being set in mounting groove

10. luminous mark according to claim 8, which is characterized in that it further include light transmission liner plate, the light transmission liner plate setting In the mounting groove or outside mounting groove and it is fitted in an end face of the cover board close to the mounting groove.