CN206510662U - Radium-shine matrixes for embossing - Google Patents

Abstract

The utility model discloses and is scattered with the convex island of separate plate face in a kind of radium-shine matrixes for embossing, including embossing substrate, the plate face of the embossing substrate, and the convex island of adjacent plate face has the geometry differed, the island shape radial dimension 0.2mm -2.0mm on the convex island of the plate face；55%-the 65% of plate face area where the convex island area of plate face on embossing substrate surface is accounted for；A height of 0.07mm-the 0.08mm in island on the convex island of plate face.The profile on the convex island of plate face is random geometry.The thickness of slab of the embossing substrate is 1mm -3mm.The radium-shine matrixes for embossing, not only concavo-convex embossing change is abundant, and aesthetic is good, and can be prevented effectively from it is visual dazzle the eyes stimulation, prevent light pollution, and many visual aesthetic effects can be produced.

Description

Radium-shine matrixes for embossing

Technical field

The utility model is related to a kind of stainless steel decorated sheet, more particularly to plate face has the stainless steel decorated sheet of asperities.

Background technology

Stainless steel decorated sheet had both maintained the physics, chemistry and mechanical performance of stainless steel, and had more than primary colors stainless steel Strong decay resistance and decorative aesthetics.Stainless steel matrixes for embossing is then to impose ridge design in the plate face of stainless steel decorated sheet, Different styles are presented because of different pattern and concavo-convex depth in plate face, and this not only changes the reflecting properties of plate face, and makes it more Plus it is durable it is resistance to see, third dimension is strong, decorative effect is good；Anti-zoned, the compressive property of stainless steel matrixes for embossing are also superior to common stainless steel Decorative panel, and surface abrasion, reduction frictional force can be reduced.Be particularly suitable for use in building decoration decoration, metal curtain wall industry and Industrial plants are decorateed, and subway carriage, lift car, the occasion such as all kinds of nacelles.

But the plate face embossing decorative pattern of current stainless steel matrixes for embossing is relatively simple and rule, this rule is simultaneously simple Embossing light beam can not be deviateed or dispersive propagation well, it is difficult to make uniform light dispersive propagation to greatest extent, Can still occur light pollution phenomenon.The ridge design of existing matrixes for embossing is also excessively stiff simultaneously, and embossed channels change is few, vision effect It is really dull, flat, lack plate face stereoscopic visual effect, especially different light intensity and it is photochromic under the conditions of, it is difficult to reach abundant Colorful aesthetic feeling visual effect.

Utility model content

For the above-mentioned deficiency present in prior art, technical problem to be solved in the utility model is to provide a kind of radium Matrixes for embossing is penetrated, not only concavo-convex embossing change is abundant, and aesthetic is good, and light can be made to occur multidirectional dispersive propagation, with Effectively prevent the generation of light pollution.

In order to solve the above problems, radium-shine matrixes for embossing of the present utility model, including embossing substrate, the plate of the embossing substrate The convex island of separate plate face is scattered with face, the convex island of adjacent plate face has the geometry differed, the convex island of the plate face Island shape radial dimension 0.2mm -2.0mm；The 55% of plate face area where the convex island area of plate face on embossing substrate surface is accounted for- 65%；A height of 0.07mm-the 0.08mm in island on the convex island of plate face.

After said structure, due to being scattered with the separate and mutual disjunct convex island of plate face on embossing substrate, and The convex island of adjacent plate face has the geometry that differs, this to be mutually not attached to and different convex island makes to be irradiated in plate face Beam deviation original direction and dispersedly propagated to all directions, and can see the phenomenon of light in the omnirange of matrixes for embossing, Even if from lateral it can also be seen that light, so as to avoid intense light, especially architecture enclosing protects decorative panel to sunshine Strong reflection, it is produced bright to shake the light pollution phenomenons such as white bright, dizzy eye is brilliant and people are worked and lived the adverse effect formed. Mutually it is not attached to because use is this and different convex island plate face is so that irradiation light forms the scattering propagated to all directions and showed As forming beautiful colorful, with countless changes visual effect, and can observe that color is different with different directions from different perspectives Aesthetic effect, this convex island plate face is more easily formed various bumps of different shapes and embossed, line face structure change more horn of plenty, Aesthetic effect is more preferably.Due also to the convex island radial dimension control of plate face forms pit shape plate face, not only in the less scope of size Dispersion effect is good, can effectively prevent the generation of light pollution phenomenon, and it is more resistance to see durable, visual appearance, decorative effect are strong.Again Because plate face area is than controlling between 55% -65%, and a height of 0.07mm -0.08mm in island, not only remain primary colors stainless steel Physics, chemistry and the mechanical performance of plate, and with more resistance resistance to compression, anti-scratch, easy to clean and non-maintaining performance.

Further embodiment of the present utility model, the profile on the convex island of plate face is random geometry.Using not The convex island of plate face of regular geometric shapes so that illumination beam offsets former direction and propagates scattering towards the different directions of propagation, no It is only capable of being prevented effectively from light pollution, and more abundant visual effect can be formed.

Preferred embodiment of the present utility model, the thickness of slab of the embossing substrate is 1mm -3mm.The convex island of plate face Island shape radial dimension 0.5mm -1.5mm.Abundant visual effect, decorative effect can be formed strong, it is easy to clean non-maintaining.

Further embodiment of the present utility model, is connected between the convex island base portion of plate face and embossing substrate with arc transition Connect.It is not only convenient for making processing, and mechanical strength is good, it is easy to clean.

Further embodiment of the present utility model, the side plate face of the embossing substrate is provided with the convex island of plate face.The knot Structure has abundant one side embossing, can reduce punch process difficulty.

Brief description of the drawings

The radium-shine matrixes for embossing of the utility model is further illustrated with reference to the accompanying drawings and detailed description.

Fig. 1 is a kind of board face structure schematic diagram of embodiment of the utility model；

Fig. 2 is A-A profiles in structure shown in Fig. 1；

Fig. 3 is the convex island zoomed-in view of a plate face in structure shown in Fig. 1.

In figure, 1-embossing substrate, the convex island of 2-plate face.

Embodiment

Radium-shine matrixes for embossing as shown in Figure 1 and Figure 2, the embossing substrate 1 of the radium-shine matrixes for embossing is stainless steel plate, and its plate face is long Depending on the specification requirement of decorative sheet as needed for engineering of wide size, its thickness is generally 2mm, but the thickness of embossing substrate 1 is excellent First selection is 1mm -3mm.The convex island 2 of a number of plate face, each plate are brokenly spread in the side plate face of embossing substrate 1 Mian Tu islands 2 are in and are separated from each other state and are mutually not attached to independently of one another.The profile on the convex island 2 of plate face is various irregular geometry The convex island 2 of shape, i.e. plate face is the geometry profile such as non-rectangle, circular or oval, and adjacent convex its shape of island 2 of plate face is not Repeat, each there is the geometry differed.The convex island 2 of plate face has identical island high in same lateral plates, its height h controls It is made as 0.07mm -0.08mm.Connected between the base root on the convex island 2 of plate face and embossing substrate 1 with arc transition, to reduce compacting Machining stress.Another lateral plates for being embossed substrate 1 are then smooth surface.

As shown in figure 3, embossing substrate 1 on the convex shape of island 2 of plate face differ, but the maximum radial dimension R1 of its island shape and The smallest radial size R2 of island shape, should be controlled between 0.5mm -1.5mm, i.e., the maximum radial dimension on the convex island 2 of each plate face is not 1.5mm should be exceeded, smallest radial size is no less than 0.5mm, to form pit shape board face structure.

Above-mentioned the utility model of only having enumerated is a kind of preferred embodiment, and the utility model is not limited to this, can be with There are the conversion and improvement of many.As the convex island of plate face is not limited to that, only located at being embossed in the side plate face of substrate, pressure can also be located at In the both sides plate face of flower substrate, etc..These conversion are each fallen within protection domain of the present utility model.

Claims (7)

1. a kind of radium-shine matrixes for embossing, including embossing substrate（1）, it is characterised in that：The embossing substrate（1）Plate face on be scattered with The convex island of separate plate face（2）, the convex island of adjacent plate face（2）With the geometry differed, the convex island of the plate face（2）Island Shape radial dimension 0.2mm -2.0mm；It is embossed substrate（1）The convex island of plate face in plate face（2）Plate face area where area is accounted for 55%—65%；The convex island of plate face（2）The a height of 0.07mm -0.08mm in island.

2. radium-shine matrixes for embossing according to claim 1, it is characterised in that：The convex island of plate face（2）Profile be irregular Geometry.

3. radium-shine matrixes for embossing according to claim 1, it is characterised in that：The embossing substrate（1）Thickness of slab for 1mm- 3mm。

4. the radium-shine matrixes for embossing according to claim 1,2 or 3, it is characterised in that：The convex island of plate face（2）Island shape radially Size 0.5mm -1.5mm.

5. radium-shine matrixes for embossing according to claim 1, it is characterised in that：The convex island of plate face（2）Base portion and embossing substrate （1）Between connected with arc transition.

6. radium-shine matrixes for embossing according to claim 1, it is characterised in that：The embossing substrate（1）Side plate face on set There is the convex island of plate face（2）.

7. radium-shine matrixes for embossing according to claim 1, it is characterised in that：The embossing substrate（1）Both sides plate face on Provided with the convex island of plate face（2）.