Outdoor self-luminous enamel signboardTechnical Field
The invention relates to the technical field of outdoor signboard manufacturing, in particular to an outdoor self-luminous enamel signboard.
Background
The outdoor signboard is an information throwing form which is widely applied in municipal buildings and civil buildings, is suitable for mouths of various entrances and exits, and has the functions of guiding passengers to split, indicating riding guiding information, nameplates, locally illuminating and the like. In the prior art, various metal plates are hung outside a structural wall body, and a signboard and a lighting lamp are embedded outside the metal plates, so that the signboard and the lighting service of an entrance are provided for passengers. The method causes that the structures of the signboard and the metal plate are too hard and mechanical, internal connection is lacking, the structural form is too simple, certain potential safety hazards exist, the independently arranged signboard is not obvious even in daytime, local illumination needs to be provided, electric power resource waste is caused, and the daily maintenance and overhaul measures of the externally hung metal plate and the signboard are not considered.
In addition, the guide sign, the metal plate and the lighting lamp belong to different system construction, an independent structure system is adopted, and the guide sign, the metal plate and the lighting lamp are in cross work during installation, so that the construction efficiency is reduced, an integrated structure is lacked, and the construction cost is further increased.
Therefore, how to reasonably combine the signboard, the metal plate and the lighting lamp can reduce the resource waste and the engineering cost is a technical problem which needs to be solved by the technicians in the field.
Disclosure of Invention
In view of the above-mentioned defects of the prior art, the invention provides an outdoor self-luminous enamel signboard, which aims to reduce the occupied space at the outer side of an entrance, realize the sunny self-luminescence of an entrance information board, reduce the energy consumption of illumination at night, reduce the operation cost, realize modularized production and assembly, optimize the space pattern and improve the quality of articles for use, and has excellent economic benefits.
In order to achieve the above purpose, the invention discloses an outdoor self-luminous enamel signboard which is arranged outside a walk-in entrance of a building or a structure and comprises a supporting structure arranged above a ground layer.
Wherein, at least two frame enamel plates are arranged on the outer side of the supporting structure;
each frame enamel plate is horizontally arranged;
a plurality of groups of vertically arranged strip-shaped assemblies are arranged between every two adjacent frame enamel plates along the horizontal direction;
each strip-shaped component comprises an oblique elliptic enamel pipe close to the upper end and the lower end and an inverse oblique elliptic enamel pipe positioned between the two corresponding oblique elliptic enamel pipes;
a nested lighting lamp is arranged between every two adjacent frame enamel plates and above the corresponding lower frame enamel plates;
Each nested illuminating lamp is nested and arranged on the corresponding frame enamel plate, and the irradiation direction faces the middle part and the upper part between the two corresponding anti-oblique elliptic enamel tubes of the supporting structure;
hollowed-out parts among the plurality of reversely-inclined elliptic enamel tubes form corresponding name characters or letters of the place where the support structure is located;
An embedded LOGO board is arranged between the supporting structure and the plurality of reverse oblique elliptic enamel tubes;
The support structure corresponds to the portion between every two frame enamel plates, and one face facing the embedded LOGO board is coated with reflective coating.
Preferably, each embedded LOGO board is fixedly connected with the supporting structure through a bearing bracket facing one side of the supporting structure.
Preferably, each of the reversely-inclined elliptic enamel tubes is a first reversely-inclined elliptic enamel tube;
Each first anti-oblique elliptic enamel pipe comprises a first torsion elliptic pipe with hidden connecting plates at two ends;
Each hidden connecting plate is overlapped with the corresponding oblique elliptic enamel pipe;
Each first torsion oval tube and the corresponding hidden connecting plates at two ends are respectively provided with a torsion angle of 5 degrees to 25 degrees, and are connected with the corresponding oblique oval enamel tube through the hidden connecting plates at two ends.
More preferably, two oblique elliptic enamel pipes connected with each first type of the opposite oblique elliptic enamel pipe are overlapped with the corresponding first type of the opposite oblique elliptic enamel pipe near the position connected with the corresponding first type of the opposite oblique elliptic enamel pipe, and are respectively provided with two fixing piece hole grooves, and the two fixing piece holes are fixed with the corresponding first type of the opposite oblique elliptic enamel pipe by arranging corresponding fixing pieces in the corresponding fixing piece hole grooves;
Each hidden connecting plate of each first anti-oblique elliptic enamel pipe is provided with two fixing piece hole grooves, and corresponding fixing pieces are arranged in the corresponding fixing piece hole grooves to be fixed with the corresponding oblique elliptic enamel pipes.
Preferably, each of the reversely-inclined elliptic enamel tubes is a second reversely-inclined elliptic enamel tube;
each second anti-oblique elliptic enamel pipe comprises a second torsion elliptic pipe with hidden connecting plates at two ends;
Each hidden connecting plate is overlapped with the corresponding oblique elliptic enamel pipe;
Each second torsion oval tube and the corresponding hidden connecting plates at two ends are respectively provided with a torsion angle of 90 degrees to 135 degrees, and are connected with the corresponding oblique oval enamel tube through the hidden connecting plates at two ends.
More preferably, two oblique elliptic enamel pipes connected with each second type of the opposite oblique elliptic enamel pipe are overlapped with the corresponding second type of the opposite oblique elliptic enamel pipe near the position connected with the corresponding second type of the opposite oblique elliptic enamel pipe, and are respectively provided with two fixing piece hole grooves, and the two fixing piece holes are fixed with the corresponding second type of the opposite oblique elliptic enamel pipe by arranging corresponding fixing pieces in the corresponding fixing piece hole grooves;
each hidden connecting plate of each second type of anti-inclined elliptic enamel pipe is provided with two fixing piece hole grooves, and corresponding fixing pieces are arranged in the corresponding fixing piece hole grooves to be fixed with the corresponding inclined elliptic enamel pipes.
The invention has the beneficial effects that:
The application of the invention realizes the orderly integration of the entrance/exit entrance signboard and the enamel plate, and the characters and the prompt function of the signboard are displayed through the linear and nonlinear modeling after the reverse oblique elliptic enamel tube is twisted, so that the setting and the prominence of the externally hung signboard are reduced, and the organic combination and the internal unification of the signboard and the outer elevation decorative plate are realized. The invention can reduce the occupied space of the signboard at the outside of the entrance and exit, realize the stop name information prompt function, optimize the entrance and exit space pattern, and greatly reduce the overhaul and maintenance frequency of the conventional signboard and the operation and maintenance cost after adopting the integrated structure.
The self-luminous enamel signboard has good light reflection and refraction capability, and can realize self-luminous illumination of stop name information through the refraction light and the reflection light formed by the reverse oblique elliptic enamel pipe torsion angle under a sunny working condition, and realize daytime illumination of an entrance LOGO through the refraction light and the reflection light formed by the reverse oblique elliptic enamel pipe torsion angle and the reflection light of sunlight through reflection coating, so that the self-luminous illumination of the stop name information and the LOGO can reduce the whole day lamplight cost by about 45%, reduce the operation cost and save energy.
In addition, the oblique elliptic enamel pipe and the reverse oblique elliptic enamel pipe are formed by modularized components, so that the method is suitable for factory prefabrication production and field direct installation, shortens the construction period, and has good economic benefit, and the modularized components are easy to replace on site through the hidden connecting plates.
The conception, specific structure, and technical effects of the present invention will be further described with reference to the accompanying drawings to fully understand the objects, features, and effects of the present invention.
Drawings
FIG. 1 shows a schematic cross-sectional structure of an embodiment of the present invention.
FIG. 2 shows a schematic view of the connection of a framed enamel plate to an oblique oval enamel pipe in accordance with an embodiment of the invention.
FIG. 3 is a schematic view showing the structure of a first anti-diagonal oval enamel pipe according to an embodiment of the present invention.
FIG. 4 is a schematic view showing the construction of a second type of anti-diagonal oval enamel pipe according to an embodiment of the present invention.
Detailed Description
Examples
As shown in fig. 1 and 2, the outdoor self-luminous enamel signboard is disposed outside a walk-in entrance of a building or structure, and includes a support structure 2 disposed above a ground layer 1.
Wherein at least two frame enamel plates 3 are arranged on the outer side of the supporting structure 2;
each frame enamel plate 3 is horizontally arranged;
a plurality of groups of vertically arranged strip-shaped components are arranged between every two adjacent frame enamel plates 3 along the horizontal direction;
Each strip assembly comprises an oblique elliptic enamel pipe 4 near the upper end and the lower end, and an inverse oblique elliptic enamel pipe 5 positioned between the two corresponding oblique elliptic enamel pipes 4;
a nested lighting lamp 7 is arranged between every two adjacent frame enamel plates 3 and above the frame enamel plates 3 below the frame enamel plates correspondingly;
Each nested illuminating lamp 7 is nested and arranged on the corresponding frame enamel plate 3, and the irradiation direction faces the middle part and the upper part between the two corresponding opposite oblique elliptic enamel tubes 5 of the supporting structure 2;
The hollowed-out parts among the plurality of reversely-inclined elliptic enamel tubes 5 form corresponding name characters or letters of the place where the support structure 2 is located;
An embedded LOGO board 6 is arranged between the supporting structure 2 and the plurality of reverse oblique elliptic enamel tubes 5;
the support structure 2 corresponds to the part between every two frame enamel plates 3, and one surface facing the embedded LOGO board 6 is coated with a reflective coating 9.
In practical use, the reflective coating 9 covers the inner spaces of the oblique elliptic enamel pipe 4 and the reverse oblique elliptic enamel pipe 5. The reflective coating 9 can absorb light rays passing through the oblique elliptic enamel tube 4 and the reverse oblique elliptic enamel tube 5 at various angles to realize uniform reflection.
The refractive light and the reflective light formed by the torsion angle of the anti-oblique elliptic enamel pipe 5 can realize the functions of reflective light and refractive light again on the surfaces of the anti-oblique elliptic enamel pipe 5 and the oblique elliptic enamel pipe 4.
The refraction light and the reflection light formed by the torsion angle of the reverse oblique elliptic enamel pipe 5 and the light reflected by the sunlight through reflection coating act on the back surface of the embedded LOGO board 6, so that the illumination of the embedded LOGO board 6 under the working condition of sunny days is realized.
The nested illuminating lamp 7 realizes the illuminating function at night, and the night illumination of the nested illuminating lamp 7 is reflected by the reflective coating 9 and then is twisted by the anti-oblique elliptic enamel tube 5 to form characters or letters, so that the display and illumination of the place name information are realized.
The technical means realizes the simplification of the structure of the invention, reduces the width of the signboard, reduces the material waste of the conventional structure and reduces the construction cost.
The nested illuminating lamp 7 realizes the illumination function at night, the illumination acts on the anti-oblique elliptic enamel tube 5 through the reflection coating 9, and the place name information is displayed and illuminated, so that the requirement and the occupied space of a conventionally arranged signboard can be reduced.
In some embodiments, each of the embedded LOGO cards 6 is fixedly connected to the support structure 2 via a bearing bracket 8 facing one side of the support structure 2.
In some embodiments, as shown in FIG. 3, each of the anti-diagonal oval enamel tubes 5 is a first anti-diagonal oval enamel tube 10;
Each first type of anti-oblique elliptic enamel pipe 10 comprises a first type of torsion elliptic pipe 14 with hidden connecting plates 13 at two ends;
Each hidden connecting plate 13 is overlapped with the corresponding oblique elliptic enamel pipe 4;
each first type of torsion oval tube 14 has a torsion angle of 5 degrees to 25 degrees with the corresponding hidden connecting plates 13 at the two ends, and is connected with the corresponding oblique oval enamel tube 4 through the hidden connecting plates 13 at the two ends.
The first type of the reverse-oblique elliptic enamel pipe 10 and the second type of the reverse-oblique elliptic enamel pipe 11 are respectively arranged on the reverse-oblique elliptic enamel pipe 5, so that sunlight can be reflected and refracted through a solar azimuth angle, a daytime self-lighting auxiliary light source is realized, and the energy consumption of conventional lighting is reduced.
The first torsion elliptical tube 14 of the first anti-oblique elliptical enamel tube 10 has a torsion angle ranging from 5 degrees to 25 degrees, and the reflected light at the upper end and the lower end is mainly reflected light at the middle part and the refracted light at the middle part is auxiliary under the working condition of sunny days through low-angle torsion, so that the recycling of a light source is realized, and the energy consumption is reduced.
In some embodiments, two of said oblique oval enamel tubes 4 connected to each of said first type of inverted oblique oval enamel tubes 10 are each superimposed on the corresponding first type of inverted oblique oval enamel tube 10 near the location of connection to the corresponding first type of inverted oblique oval enamel tube 10, and are each provided with two fastener hole grooves 12 for securing the corresponding fastener to the corresponding first type of inverted oblique oval enamel tube 10 by providing corresponding fasteners in said fastener hole grooves 12;
Two fixing piece hole grooves 12 are formed in each hidden connecting plate 13 of each first type of anti-oblique elliptic enamel pipe 10, and corresponding fixing pieces are arranged in the corresponding fixing piece hole grooves 12 to fix the corresponding oblique elliptic enamel pipes 4.
In some embodiments, as shown in FIG. 4, each of the anti-diagonal oval enamel tubes 5 is a second anti-diagonal oval enamel tube 11;
Each second anti-oblique elliptic enamel pipe 11 comprises a second torsion elliptic pipe 15 with hidden connecting plates 13 at two ends;
Each hidden connecting plate 13 is overlapped with the corresponding oblique elliptic enamel pipe 4;
Each second type of torsion oval tube 15 has a torsion angle of 90 degrees to 135 degrees with the corresponding hidden connection plates 13 at both ends, and is connected with the corresponding oblique oval enamel tube 4 through the hidden connection plates 13 at both ends.
The torsion angle of the second torsion oval tube 15 of the second anti-oblique oval enamel tube 11 ranges from 90 degrees to 135 degrees, and under the working condition of sunny days, the upper end refraction light is mainly, the middle section refraction light and the reflection light alternately appear, the lower end refraction light is mainly, the recycling of a light source is realized, and the energy consumption is reduced.
In some embodiments, two oblique elliptic enamel pipes 4 connected with each second type of the opposite oblique elliptic enamel pipe 11 are overlapped with the corresponding second type of the opposite oblique elliptic enamel pipe 11 near the position connected with the corresponding second type of the opposite oblique elliptic enamel pipe 11, and are provided with two fixing piece hole grooves 12, and are fixed with the corresponding second type of the opposite oblique elliptic enamel pipe 11 by arranging corresponding fixing pieces in the corresponding fixing piece hole grooves 12;
Two fixing piece hole grooves 12 are formed in each hidden connecting plate 13 of each second type of anti-oblique elliptic enamel pipe 11, and corresponding fixing pieces are arranged in the corresponding fixing piece hole grooves 12 to fix the corresponding oblique elliptic enamel pipes 4.
In practical application, the formation of characters or letters is realized through a plurality of first anti-oblique elliptic enamel tubes 10 and a plurality of second anti-oblique elliptic enamel tubes 11 with different angles, and the name information of the place is displayed.
Wherein, the anti-slant elliptic enamel pipe 5 is respectively provided with a first anti-slant elliptic enamel pipe 10 and a second anti-slant elliptic enamel pipe 11, and different torsion angles, so as to realize the functions of station name characters and labels. The hanging and mechanical structures of the conventional signboard are reduced, the unification of functions and structures is realized, and the overall safety is improved.
The refraction light and the reflection light formed by the torsion angles of the anti-oblique elliptic enamel pipe 5 can realize the functions of the reflection light and the refraction light on the surfaces of the anti-oblique elliptic enamel pipe 5 and the oblique elliptic enamel pipe 4 again, the refraction light and the reflection light formed by the torsion angles of the anti-oblique elliptic enamel pipe 5 and the sunlight act on the back surface of the embedded LOGO board 6 through the reflection coating, the illumination of the embedded LOGO board 6 under the working condition of sunny days is realized, the self-luminous function is realized, the set quantity and the illumination requirement of an illumination light source are reduced, and the electric energy is saved.
The foregoing describes in detail preferred embodiments of the present invention. It should be understood that numerous modifications and variations can be made in accordance with the concepts of the invention by one of ordinary skill in the art without undue burden. Therefore, all technical solutions which can be obtained by logic analysis, reasoning or limited experiments based on the prior art by the person skilled in the art according to the inventive concept shall be within the scope of protection defined by the claims.