TW201445529A - Manufacturing method of escape indication panel with 3D dynamic images - Google Patents

Abstract

The present invention relates to a manufacturing method of an escape indication panel with 3D dynamic images, which includes the steps of choosing a raster plate specification according to the specification of the escape indication light, and based on the selected raster plate specification, calculating the parameters of moire patterns to be fabricated ( which could be dynamic images of human-shaped figure walking or jogging) through the existing moire pattern theorem and formula. Furthermore, a plurality of different action patterns calculated according to formulas are integrated into a piece of moire pattern of dynamic images, and then the moire pattern of dynamic images is printed on a raster plate with transmittance function through an engraving printing and machining process, to form an indication panel. Therefore, an indication panel with 3D dynamic images is assembled in an escape indication light, which can assist and guide personnel escape direction to see dynamic image change effects of the 3D human figure and symbols if personnel watches the escape indication light.

Description

Method for manufacturing stereoscopic image escape indicator panel

The invention relates to a method for manufacturing a three-dimensional dynamic image escape indicating panel, in particular to a method for manufacturing an escape indicating panel capable of generating a three-dimensional dynamic image indicating escape route, which is combined with a light transmissive indicating panel through dynamic moiré image printing. Aiming at the purpose of indicating the escape route through the dynamic image, it has a more intense and conspicuous indication function and enhances the guiding effect of the correct escape direction.

According to various architectural apartment buildings, office buildings, public places or institutions, etc., due to the large number of people entering and leaving, there will be signs of escape signs on each escape route, stairwell or doorway for accidents. In the event of an accident such as a dangerous incident or a natural disaster, the personnel can be directed to evacuate and escape quickly from the direction of escape, to achieve the purpose of fire safety and reduce the damage caused by accidents; however, the currently widely used escape indicator lights are on the pedestal. The flat static display panel is installed at the bottom, and the "Emergency Exit" and "EXIT" with the human-shaped running shape in the door frame are used, and the shape is uniform, and it is affected by the lighting, the height and angle of the position, and the like. When the viewing angle is viewed from different angles, the direction of the escape indicator is not clear or invisible, or the escape direction is not easily recognized, and the function of the escape indication is greatly reduced.

The changes in various images, along with the continuous advancement of printing equipment and technology, have produced the effect of stereoscopic images through printing. For example, the inventor of this case used the method of three-dimensional superimposition of surface decoration on March 19, 1997. Applying for the invention patent, application number No. 097109707, and the approved certificate announcement, certificate number No. I328531, has revealed the calculation formula of the three-dimensional overlay image: The effect of stereoscopic image printing is also printed through the formula, and the stereoscopic image of the image is provided, which can produce a good image function of the image, and change the dullness of the static image and the unrecognizable lack of application.

Therefore, how to solve the static image of the current escape indicator light, indicating that the escape function is not ideal, and the direction of the static image escape indicator is susceptible to the viewing angle, and it is difficult to clearly see the missing direction of the escape direction, that is, Those involved in this industry are eager to study the direction of improvement.

Therefore, in view of the above problems and shortcomings, the inventors have collected relevant information, evaluated and considered through multiple parties, and have accumulated many years of experience in the industry, through continuous trial and modification, designed to increase the escape indicator. The clear indication, the birth of the invention patent for the manufacturing method of the stereoscopic image escape indication panel by the indication of the motion image and the correct direction of the escape indication path to reduce the accidental injury.

The main purpose of the present invention is to manufacture the escape indication panel, the steps of which are to first select the specifications of the grating plate, and then calculate the desired formula through the existing formula of the overlay pattern. The image of the pattern image (which can be a dynamic human figure walking and running image), and the overlapping image of the plurality of different actions calculated according to the formula can be combined into a moiré image of the dynamic image, and then reused. The plate-making processing process is to print the dynamic image pattern on the grating plate with the light-transmissive function to form the indicator panel, and the indicator panel with the dynamic image can be assembled on the escape indicator lamp for the auxiliary guidance personnel to escape. In the direction, when the personnel observes the escape indicator light, the change effect of the three-dimensional humanoid motion image can be viewed through the indicator panel.

The secondary object of the present invention is the escape indication panel, wherein the grating plate can be an acrylic plate with a light transmitting function, a glass panel, a plastic panel, a rubber panel or a sticker or a film, and the like. Made of transparent, translucent, fluorescent or single-color or multi-colored translucent panels, it can be assembled on the panel with the base of the escape indicator, or the indicator panel can be directly assembled in the peach indicator. The base of the lamp achieves the purpose of indicating the direction of escape through the stereoscopic image.

A further object of the present invention is to calculate the mathematical formula of the stereoscopic image period: Wherein: the P ₀ is the period width of the cylindrical lens array; the P ₁ : is the period width of the other pattern; and the P: is the width of the moiré period generated after the superposition, that is, the width of the moiré ; α: is the angle between the cylindrical lens array and the moiré.

1‧‧‧Grating plate

11‧‧‧ lens

2‧‧‧Indicating panel

3‧‧‧Dynamic humanoid imagery

4‧‧‧ arrow symbol

5‧‧‧Escape indicator

51‧‧‧Base

52‧‧‧Light display board

53‧‧‧ slots

The first figure is a three-dimensional appearance of the present invention.

The second figure is a schematic diagram of the interlaced pattern of the grating plates of the present invention.

The third figure is a schematic diagram (1) of the invention for cutting and synthesizing the image of the grating according to the grating plate parameters.

The fourth figure is a schematic diagram of the invention for cutting and synthesizing the image of the grating according to the grating plate parameters (2).

The fifth figure is a schematic diagram of the invention for cutting and synthesizing the image of the grating according to the grating plate parameters (3).

Figure 6 is a front view of the indicator panel of the present invention.

Figure 7 is a perspective view of a preferred embodiment of the present invention.

Figure 8 is a perspective exploded view of still another embodiment of the present invention.

In order to achieve the above objects and effects, the technical means, the structure, and the method of the present invention are described in detail. The features and functions of the preferred embodiments of the present invention are described in detail below.

Please refer to the first, second, third, fourth and fifth figures, which are schematic diagrams of the three-dimensional external view of the invention, the interlaced pattern of the grating plates, and the cutting and synthesizing of the overlapping image according to the grating plate parameters (1) Schematic diagram of the grating plate parameters for the dicing image cutting synthesis (2), according to the grating plate parameters for the stencil image cutting synthesis diagram (3), as can be clearly seen from the figure, the stereoscopic motion image of the invention The escape panel manufacturing method has the following steps:

(100) The specification of the selected grating plate 1, for example, a grating plate 1 of 50.2 LPI (Line Per Inch) specification, one of the grating plates 1 The size of the lens 11 is about 0.506 mm and determines the period of the pattern to be generated, for example, the period of the overlay is about 90 mm.

(101) According to the selected grating plate 1 specification, through the principle of the existing lamination principle: Calculate the parameters of the desired image to be created, for example, the size of the moiré image to be produced is about 0.503 mm.

(102) Processing by a plate-making (which may be screen printing) to print a dynamic image of the overlay on the grating plate 1 and forming it into the indicator panel 2.

Further, in the above-described step (101), the principle of the moiré principle, wherein the symbols represent the meanings respectively: the P ₀ : is the period width of the cylindrical lens array; and the P ₁ : is the period width of the other pattern. The P: is the width of the moiré period generated after the superposition, that is, the width of the moiré; the α: the angle between the cylindrical lens array and the moiré; as for the angle φ of the moiré image in the figure, It is the angle between the cylindrical lens 11 on the grating plate 1 and the other lamination.

The size of the grating plate 1 can be determined according to the specification of the escape indicator light, and the grating plate 1 is set to a size of 360 mm×120 mm, and the grating plate is The moiré image printed in 1 is a continuous moving image, arrow, index or symbol of the walking and running shape of the human body, and is set in the set size specification of the grating plate 1, the dynamic human figure 3 The fold pattern occupies a width of about 200mm, and the dynamic arrow symbol 4 occupies a width of about 142mm, and then the dynamic human figure image 3 is divided into seven different actions (which can be continuous movements such as walking, starting or running), respectively, made with 0.503mm. The size of the embossed image is accommodated in the width (0.506 mm) of each lens 11 of the grating plate 1, and is evenly reproduced as the length of the range of the dynamic humanoid image 3 on the grating plate 1 of 200 mm. The computer uses the existing synthetic software program to cut the seven overlay images into a dynamic overlay image with a width of 200 mm to form a continuous dynamic humanoid image 3 .

As for the dynamic arrow symbol 4, in the size specification 142 mm occupied by the size of the grating plate 1, a plurality of consecutively arranged or spaced arrow symbols 4 (which may be two or more arrow symbols) are designed to constitute The arrow symbol 4 of the continuous type (presented in a continuous arrangement or a cubic arrangement).

Then, the completed dynamic human figure image 3 and the arrow symbol 4 are printed on the grating plate 1 through a processing process such as plate making, plate making and printing of the printing processing operation to form the indicating panel 2; and the grating plate 1 can be It is a transparent acrylic plate, glass panel, plastic panel, rubber panel or sticker or film, and can be transparent, translucent, fluorescent or single color or multi-color transparent with light transmission function. Made of materials such as panels.

Please refer to the first, sixth, seventh, and eighth figures, which are perspective views of the present invention, a front view of the indicator panel, a stereoscopic appearance view of the preferred embodiment, and an exploded perspective view of still another embodiment. It can be clearly seen that the grating plate 1 of the present invention is formed into an indicating panel 2 having a three-dimensionally embossed image after being processed by printing, and the indicating panel 2 can be adhered and glued through the adhesive. The sol glue or the high-frequency processing hot-dissolving method is combined and fixed on the surface of the bright display panel 52 connected under the pedestal 51 of the escape indicator lamp 5, and the light source inside the susceptor 51 is used. a light source (LED), a cold light panel, a power-saving bulb or a tungsten light bulb, etc., projecting the light onto the bright display panel 52, and then passing through the indicator panel 2, the dynamic human figure 3 on the indicator panel 2 can be transmitted. And the arrow symbol 4, for the different positions of the person to view the indicator panel 2 at different angles, the dynamic human figure 3 with continuous movements such as walking, starting and running can be presented, and can be smoothly moved to the direction indicated by the arrow symbol 4 In the direction of escape, the visible image function of the escape indicator light 5 is increased, and the dynamic human figure image 3 and the dynamic arrow symbol 4 are in a continuous motion, and the moving direction of the escape can be observed at different angles, thereby reducing the problem of the deviation of the viewing angle. To achieve the purpose of more obvious visibility, change the static indication of the traditional escape indicator 5, and use the dynamic image indicating effect indicator panel 2 to escape Indicator 5, showing a three-dimensional image of a dynamic indication of the role of escape, and to increase the visibility and the scope of escape indicator 5, play to the performance indicated escape, and improve the effectiveness of safe escape, and can effectively reduce the extent of the damage caused by the accident.

In the present case, the indicator panel 2 made of the grating plate 1 can be directly assembled into the slot 53 of the base 51 of the escape indicator lamp 5, and can be glued through the adhesive, glued by the hot melt or high. The top edge of the indicator panel 2 is combined and fixed in the slot 53 of the base 51 of the escape indicator lamp 5, and the indicator panel 2 is extended on the outer side of the bottom of the base 51, and The light source inside the susceptor 51 (which may be an illuminating illumination source such as a light-emitting diode (LED), a cold light panel, a power-saving bulb or a tungsten light bulb) directly projects the light onto the indicating panel 2, and is also available for the indicator panel. 2 on the dynamic humanoid image 3, arrow symbol 4, etc., with the light display effect of the light source illumination, to achieve the role of the direction of escape, more The dynamic display effect of the stereoscopic image of the dynamic human figure 3, the arrow symbol 4, and the like can be displayed.

Therefore, the above description is only a preferred embodiment of the present invention, and is not limited to the patent scope of the present invention. The indicator panel of the present invention can be selected according to the specifications of the escape indicator lamp 5, and then the specification of the grating plate 1 can be selected. Determining the period size of the dynamic moiré image used on the grating plate 1, and calculating the production parameters of the moiré image according to the dynamic human figure image 3, the arrow symbol 4, etc. of the dynamic overlay image, and then The size of the grating plate 1 is the size of the dynamic humanoid image 3 and the arrow symbol 4 occupied on the grating plate 1, that is, after the printing processing, it is formed into the indicating panel 2, and the indicating surface 2 is assembled in the escape. On the indicator light 5, 俾 can achieve the purpose of improving the visibility of the escape indicator 5 in the direction of the escape indication, and the viewing is performed in the vicinity of the position of the escape indicator 5, which can generate a dynamic stereoscopic image indicating the direction of escape, and can be more It is convenient to identify the position and direction of escape and improve the function of safe escape. Therefore, the structure and device that can achieve the above effects should be covered by the present invention. Effect structural changes, it should be included within the scope of patent empathy present invention, together to Chen.

Therefore, the present invention is mainly designed for a manufacturing method of a stereoscopic moving image escape indicating panel, which uses a predetermined size of a plurality of lenses on a grating plate to calculate a desired dynamic human figure image and an arrow symbol through a calculation of a lapped image formula. The width of the dimension, and the size of the width of the grating plate, that is, through the printing processing operation, the grating plate is formed into an indicator panel, and the indicator panel can be assembled to the escape indicator lamp, thereby increasing the escape indicator light. The dynamic image shows visibility as the main protection focus, so that when various escape indicators are viewed in multiple directions and angles, the effect of dynamic direction is only to improve the function of the escape indication and reduce the damage caused by accidents. Advantages, and change the static mode of the escape indicator, presenting a three-dimensional dynamic indication of the escape effect, improving the visibility of the escape indication, but above The invention is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention. Therefore, the simple modifications and equivalent structural changes of the present specification and the drawings are included in the present invention. Within the scope of the invention patent, it is given to Chen Ming.

In summary, the manufacturing method of the above-described three-dimensional dynamic image escape indicating panel of the present invention can achieve its efficacy and purpose when implemented and used. Therefore, the present invention is an excellent research and development, and is in conformity with the invention patent. The application requirements, 提出 apply in accordance with the law, and hope that the trial committee will grant the case as soon as possible to protect the inventor's hard work in research and development, creation, if there is any doubt in the ruling board, please do not hesitate to give instructions, the inventor will try his best to cooperate, the real sense Will.

1‧‧‧Grating plate

2‧‧‧Indicating panel

3‧‧‧Dynamic humanoid imagery

4‧‧‧ arrow symbol

Claims (8)

A method for manufacturing a three-dimensional dynamic image escape indication panel, the steps of which are: (a) selecting a specification of the grating plate; (b) calculating a parameter for manufacturing the image of the overlay by using an existing formula of the overlapping pattern according to the selected grating plate specification (c) combining the patterns of the different actions calculated according to the formula into a dynamic overlay image; (d) using a plate-making process to print the dynamic overlay image on the grating plate, Formed as an indicator panel; (e) The indicator panel with dynamic overlay image is assembled on the escape indicator to assist the guide in the direction of escape. The manufacturing method of the stereoscopic moving image escape indicating panel according to the first aspect of the invention, wherein the grating plate specification of the step (a) is manufactured according to the indicator plate of the escape indicator light. The manufacturing method of the stereoscopic moving image escape indicating panel according to the first aspect of the patent application, wherein the step (b) has the image image parameter calculated by the moiré image formula, according to the number of dynamic images required, Within the period width of the cylindrical lens array of the grating plate, the number of dynamic images is preset, and the number of dynamic images is two or more. The manufacturing method of the stereoscopic moving image escape indicating panel according to the third aspect of the patent application, wherein the preset dynamic image is a continuous moving image, an arrow, an indicator or a symbol of a walking and running shape of a human body. Method for manufacturing stereoscopic image escape indicator panel according to item 1 of the patent application scope The grating plate of the step (d) is an acrylic plate with a light transmitting function, a glass panel, a plastic panel, a rubber panel or a sticker or a film. The method for manufacturing a three-dimensional dynamic image escape indicating panel according to claim 5, wherein the light-transmitting grating plate is transparent, translucent, fluorescent, or single color or more with light transmission function. Light translucent panel. The method for manufacturing a three-dimensional dynamic image escape indication panel according to the first aspect of the invention, wherein the escape indicator of the step (e) is an indicator light for the base assembly with a bright display panel for indicating the dynamic image. The panel is coupled to the surface of the illuminating display panel of the pedestal; and the indicator panel with the dynamic image is bonded to the surface of the illuminating display panel of the pedestal by means of adhesive, hot sol or high-frequency hot-melt processing. The method for manufacturing a three-dimensional dynamic image escape indication panel according to the first aspect of the invention, wherein the escape indicator of the step (e) is a light source in the base for directly guiding the indicator panel with the dynamic image to the light In the seat, the indicator light is provided by the internal light source of the base to generate a bright light display; and the internal light source of the base is a light emitting diode (LED), a cold light board, a power saving light bulb or a tungsten light bulb.