CN201090974Y

CN201090974Y - Sticking apparatus capable of detecting and displaying ultraviolet light intensity

Info

Publication number: CN201090974Y
Application number: CNU2007200644733U
Authority: CN
Inventors: 黄志勤
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-09-17
Filing date: 2007-09-17
Publication date: 2008-07-23
Anticipated expiration: 2017-09-17

Abstract

Disclosed is a sensible adhering device which can display the ultraviolet intensity. The utility model is characterized in that a viscose material layer which is used for being adhered on the surface of a scheduled outside object is arranged on one side surface of a flexible lamellar substrate; a sensing material layer which can sense ultraviolet is arranged at least partially on other side surface of the substrate; the sensing material layer is provided with at least one display area, which can produce changes of display images corresponding to different ultraviolet. According to the changes of the display images caused by moving the outside object to different environments, the adhering device can effectively sense the ultraviolet radiation state of the surrounding environment.

Description

Can detect and show that pasting of ultraviolet ray intensity install

Technical field:

The utility model relates to a kind ofly to be detected and shows that pasting of ultraviolet ray intensity install, and is meant a kind of default body surface that is attached at especially, and can respond to different ultraviolet ray intensities and install with pasting of showing of different shape respectively.

Background technology:

Because the ultraviolet ray that is difficult to avoid in various natures or the working environment is full of, and for the progress of health care of body idea, the modern all very payes attention to for the ultraviolet ray amount (intensity) that is contacted in the various surrounding environment, in the hope of reducing ultraviolet ray to injury that human body produced, and at surrounding environment ultraviolet light irradiation and the relative product that shows of work, be widely used in the daily life at present.In disclosed list of references, also is no lack of relevant technological means, disclose as No. 365650 " ultraviolet radiation intensity indicating device " patent of invention case of the bulletin in the TaiWan, China patent gazette, it comprises one or more color change intervals, wherein similar and different chance ultraviolet color-changing dyestuff composition is all contained in each zone, and the ultraviolet light absorber of similar and different ratio, under different ultraviolet radiation intensity irradiations, each color change interval is with variable color successively, corresponding the ultraviolet index data that print on the color change interval side can indicate ultraviolet radiation intensity.

Yet, comply with the diagram of its instructions and illustrate among the embodiment and disclose, it all is merely to use (coating) on the card (base material) of a hard, so must carry this card (base material), and when using, need this side with color change interval is in position and the direction that ultraviolet ray can be shone, therefore use is gone up than lacking in time and motor-driven convenience, has its structure and application to go up improved space in fact.

The utility model content:

Technical problem to be solved in the utility model is: at the above-mentioned deficiency of prior art, provide a kind of and detect and show that pasting of ultraviolet ray intensity install, it can be attached at default body surface, and can respond to ultraviolet light and show with default form.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind ofly detect and show that pasting of ultraviolet ray intensity install, it comprises that a ground and can respond to the sensing material layer of ultraviolet light, be characterized in: described ground is a flexible thin sheet, the one side surface is provided with can be for the stickiness material layers that is attached at body surface, and this sensing material layer is laid in the local surfaces at least of this ground opposite side.

So, this sensing material layer can be responded to ultraviolet light and show with default form, and can be showed with different shape or degree respectively with the power of ultraviolet light, showing different ultraviolet light intensities, as the variation that produces variant change in color or produce the variant depth; Simultaneously, the setting of stickiness material layers can make it be attached at body surface and respond to ultraviolet light at any time, and also can be applicable to toy, decoration or caution label, is widely used.

As for detailed construction of the present utility model, application principle, effect and effect, then the explanation of doing with reference to following adjoint can be understood completely:

Description of drawings:

Fig. 1 is a structure decomposition map of the present utility model.

Fig. 2 is an entire combination synoptic diagram of the present utility model.

Fig. 3 is the video picture synoptic diagram one of the utility model in different ultraviolet ray intensities.

Fig. 4 is the video picture synoptic diagram two of the utility model in different ultraviolet ray intensities.

Fig. 5 is an application implementation illustration of the present utility model.

Fig. 6 is that Another Application of the present utility model is implemented illustration.

Label declaration:

1..... ground 2..... stickiness material layers

3..... sensing material layer 4..... is from the shape material layer

31,32,33,34.... viewing area

Embodiment:

Referring to Fig. 1 and Fig. 2, be structure decomposition map of the present utility model and entire combination synoptic diagram, can clearly find out, it mainly comprises: ground 1 and sensing material layer 3 etc. two partly, wherein this ground 1 is the flexible flexible sheets body of a tool (as: paper or glued membrane), be provided with stickiness material 2 in the one side surface, this sensing material layer 3 then (coating) is arranged at the opposite side surface of this ground 1, in this sensing material layer 3, be respectively equipped with digital display and

show zone

31,32,33,34, and this

viewing area

31,32,33,34 can respond to ultraviolet light and produce show image (for example: show the different colors or the depth difference of same color) variation according to the ultraviolet light intensity; Moreover said structure is in practical application, and it must cover one mostly in addition from shape material layer 4 (strippable paper or fractal film) on the stickiness material 2 of this ground 1, with the stickiness material of avoiding this stickiness material layers 2 arbitrarily stick and be easy to the harvesting.

In addition referring to Fig. 3 and Fig. 4, for the utility model shows to synoptic diagram in the various of different ultraviolet ray intensities, shown in this two figure, each viewing area 31 in the

sensing material layer

3,32,33,34 have different sensing sensitivities, it can develop respectively according to different ultraviolet ray intensities, and the mode of its development has many kinds, for example: can make this

viewing area

31,32,33,34 have different colors respectively, form differentiation with the demonstration that utilizes different colours, or make this

viewing area

31,32,33,34 have single identical color, utilize the depth difference of its demonstration to form differentiation; When this ground 1 places under the more weak environment of ultraviolet ray intensity, only have viewing area 31 to be stimulated and produce the variation (as shown in Figure 3) of development this moment, and if ground 1 places under the stronger environment of ultraviolet ray intensity, then this

viewing area

31,32,33,34 is stimulated respectively and produces the variation (as shown in Figure 4) of developing simultaneously, therefore, but the number that develops by this

viewing area

31,32,33,34 and summary shows the ultraviolet ray intensity under the present environment of living in.

Referring to Fig. 5 and Fig. 6, be each application implementation illustration of the present utility model, shown in this two figure, as can be known when practical application, this ground 1 with separate from shape material layer 4 after, can utilize stickiness material layers 2 to attach on the default external object (as: clothings of child's toy, the vehicles or outdoor activities), utilize each

viewing area

31,32,33,34 development of above-mentioned sensing material layer 3 to change, and can provide user one to be easy to see the device of looking and being convenient to understand ultraviolet ray intensity, be beneficial to this user and take relative safeguard procedures.

In the said structure, it also can make this sensing material layer 3 be set as holistic display unit, utilize the depth of its Show Color and distinguishable ultraviolet ray intensity difference, and when practical application, also can be provided with decoration pattern, lines or the comment that does not change in this sensing material layer 3 with ultraviolet ray intensity.

From the above mentioned as can be known, the utility model can detect and show that the device that pasting of ultraviolet ray intensity has the effect that can be attached at default body surface, the different ultraviolet ray intensities of demonstration really, has really had usability, novelty and progressive on the industry.

Only the above only is a preferred embodiment of the present utility model, is not the scope that is used for limiting its enforcement.Be that all equalizations of being done according to the application's claim change and modification, be all the utility model claim and contain.

Claims

1. can detect and show that pasting of ultraviolet ray intensity install for one kind, it comprises that a ground and can respond to the sensing material layer of ultraviolet light, it is characterized in that: described ground is a flexible thin sheet, the one side surface is provided with can be for the stickiness material layers that is attached at body surface, and this sensing material layer is laid in the local surfaces at least of this ground opposite side.

2. as claimed in claim 1ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described sensing material layer can produce variant change in color under different ultraviolet ray intensities.

3. as claimed in claim 1ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: the variation that described sensing material layer can produce the variant depth down in different ultraviolet ray intensities.

4. describedly detect and show that pasting of ultraviolet ray intensity install as claim 1 or 2 or 3, it is characterized in that: described sensing material layer has digital display and shows the zone.

5. as claimed in claim 4ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: each viewing area of described sensing material layer has different Show Colors.

6. as claimed in claim 4ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: each viewing area of described sensing material layer has Show Colors single but the different depths.

7. describedly detect and show that pasting of ultraviolet ray intensity install as claim 1 or 2 or 3, it is characterized in that: described sensing material layer comprises pattern, the literal that does not change with ultraviolet ray intensity in addition.

8. as claimed in claim 4ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described sensing material layer comprises pattern, the literal that does not change with ultraviolet ray intensity in addition.

9. as claimed in claim 5ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described sensing material layer comprises pattern, the literal that does not change with ultraviolet ray intensity in addition.

10. as claimed in claim 6ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described sensing material layer comprises pattern, the literal that does not change with ultraviolet ray intensity in addition.

11. describedly detect and show that pasting of ultraviolet ray intensity install as claim 1 or 2 or 3, it is characterized in that: described ground covers one in addition from the shape material layer on the stickiness material layers.

12. as claimed in claim 4ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described ground covers one in addition from the shape material layer on the stickiness material layers.

13. as claimed in claim 7ly detect and show that pasting of ultraviolet ray intensity install, it is characterized in that: described ground covers one in addition from the shape material layer on the stickiness material layers.