CN209000337U - The refraction decomposition run demonstration box of light - Google Patents

The refraction decomposition run demonstration box of light Download PDF

Info

Publication number
CN209000337U
CN209000337U CN201821247748.1U CN201821247748U CN209000337U CN 209000337 U CN209000337 U CN 209000337U CN 201821247748 U CN201821247748 U CN 201821247748U CN 209000337 U CN209000337 U CN 209000337U
Authority
CN
China
Prior art keywords
lamp bead
refraction
light
demonstration box
prism
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201821247748.1U
Other languages
Chinese (zh)
Inventor
杨欣怡
逯文翰
李天乐
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201821247748.1U priority Critical patent/CN209000337U/en
Application granted granted Critical
Publication of CN209000337U publication Critical patent/CN209000337U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Spectrometry And Color Measurement (AREA)

Abstract

The utility model provides a kind of refraction decomposition run demonstration box of light, including demonstrating box body, four color LED light sources are fixedly mounted in the side box plate inner wall for demonstrating box body, four color LED light sources include round aluminum substrate and the point centered on the aluminum substrate center of circle, the square feux rouges lamp bead being arranged on aluminum substrate, green light lamp bead, blue light lamp bead and white light lamp bead;The 1st single patch, the 2nd single patch, V-type prism limiting slot and imaging screen is successively fixedly installed before snoot in the fixing assembling snoot before four color LED light sources;Wherein, self-mountable & dismountuble installs prism on V-type prism limiting slot.Advantage are as follows: 1, four color light sources incident angle, position on prism is completely the same, to clearly contrast the refraction angle size of different colours light;2, experimentation is not required to debug, and experimental result quantization is accurately positioned, and repdocutbility is good, can repeatedly reappear;3, demonstration box shading designs, and avoids extraneous illumination effect, guarantees clear observing effect.

Description

The refraction decomposition run demonstration box of light
Technical field
The utility model relates to a kind of teaching aids, and in particular to a kind of refraction decomposition run demonstration box of light.
Background technique
The law of refraction of light is the basic law of geometric optics, is the main foundation for explaining refraction effect in life, light The probe process of law of refraction is capable of the scientific inquiry ability of training student well.For the refraction for making student's accurate understanding light Phenomenon and rule need to carry out in teaching the refraction lecture experiment of light.
Currently, teacher is when carrying out light refraction Demonstrator Trials, when the refraction angle for needing that student is made to understand different colours light Difference when, for example, when needing to compare feux rouges and blue light refraction angle and distinguishing feux rouges light can only be installed a position first Source, and its corresponding refraction angle is marked on imaging screen;Then, blue light source then in the same position is installed, and in imaging screen Upper its corresponding refraction angle of mark.Thus the difference at the refraction angle of two kinds of different colours light is observed.
Aforesaid way has the following problems: red-light source and blue light source are accurately placed in the same position by needs, To guarantee feux rouges and blue light incidence angle having the same, however, error is easily brought in practical operation, to influence imaging effect Fruit.In addition, there is problems when using existing light refraction Demonstrator Trials device: vulnerable to extraneous illumination effect, causing Refracted light is weaker, influences demonstrating effect;In order to improve refraction effect observing effect, teacher is needed repeatedly to debug, for example, adjustment The distance between associated components etc., with the long problem of debug time.
Utility model content
In view of the defects existing in the prior art, the utility model provides a kind of refraction decomposition run demonstration box of light, can have Effect solves the above problems.
The technical solution adopted in the utility model is as follows:
The utility model provides a kind of refraction decomposition run demonstration box of light, including demonstration box body (1), the demonstration box Four color LED light sources (2) are fixedly mounted in one side box plate inner wall of cabinet (1), and the four colors LED light source (2) includes round aluminum substrate (2.1) point and centered on circular aluminum substrate center O, the square feux rouges lamp bead being arranged on the substrate (2.1), Green light lamp bead, blue light lamp bead and white light lamp bead;The fixing assembling snoot (3) before the four colors LED light source (2), in institute State before snoot (3), be successively fixedly installed the 1st single patch (4), the 2nd single patch (5), V-type prism limiting slot (6) and Imaging screen (7);Wherein, self-mountable & dismountuble installation prism (8) on the V-type prism limiting slot (6).
Preferably, the demonstration box body (1) is made of light screening material.
Preferably, the imaging screen (7) uses translucent sheet, flush-mounted in another side box plate of demonstration box body (1).
Preferably, the surface of the imaging screen (7) is provided with graduation mark.
Preferably, the substrate center O, the slit central point of the 1st single patch (4), the 2nd single patch (5) The height such as central point of slit central point and the prism (8) is arranged;The lower section of the imaging screen (7) and the prism (8) height such as central point is arranged.
Preferably, the demonstration box body (1) has openable case side plate (1.1).
Preferably, the four colors LED light source (2) is also connected with power supply and switching switch;The four colors LED light source (2) after feux rouges lamp bead, green light lamp bead, blue light lamp bead and white light lamp bead is connected in parallel, one end is connected to the cathode of power supply, The other end is connected to the anode of the power supply by the switching switch.
The refraction decomposition run demonstration box of light provided by the utility model has the advantage that
1, four color light sources incident angle position on prism is completely the same, to clearly contrast the folding of different colours light Firing angle size;
2, experimentation is not required to debug, and experimental result quantization is accurately positioned, and repdocutbility is good, can repeatedly reappear;
3, demonstration box shading designs, and avoids extraneous illumination effect, guarantees clear observing effect;
Detailed description of the invention
Fig. 1 is signal of the refraction decomposition run demonstration box of light provided by the utility model in case side plate opening state Figure;
Fig. 2 is signal of the refraction decomposition run demonstration box of light provided by the utility model in case side plate closed state Figure;
Fig. 3 is the paths schematic diagram in the refraction decomposition run demonstration box of light provided by the utility model;
Fig. 4 is four colors LED light source switching principle figure provided by the utility model.
Specific embodiment
The technical issues of in order to keep the utility model solved, technical solution and beneficial effect are more clearly understood, below In conjunction with accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific implementation described herein Example only to explain the utility model, is not used to limit the utility model.
The utility model provides a kind of refraction decomposition run demonstration box of light, and the refraction decomposition run for light in imparting knowledge to students is drilled Show, is the schematic diagram when case side plate of demonstration box is opened with reference to Fig. 1;With reference to Fig. 2, showing when being closed for the case side plate of demonstration box It is intended to;It is schematic diagram with reference to Fig. 3, including demonstration box body 1, demonstration box body 1 are made of light screening material, avoid ambient light According to influence, guarantee clear observing effect;Demonstration box seals shading design, ensure that the pure of incident ray, while being also more preferable Imaging effect provide possibility.Demonstrating box body 1 has openable case side plate 1.1, the openable effect of case side plate are as follows: more It is easy to show to students, is also beneficial to manually pick and place prism.
Four color LED light sources 2 are fixedly mounted in the side box plate inner wall for demonstrating box body 1, and four color LED light sources 2 include circular aluminum Substrate 2.1 and the point centered on the aluminum substrate center of circle, the square feux rouges lamp bead being arranged on aluminum substrate 2.1, green light lamp Pearl, blue light lamp bead and white light lamp bead.Substrate uses aluminum substrate, perfect heat-dissipating.Assorted lamp bead parameter is specific as follows: red globe lamp Pearl: 620-630nm;Green light lamp bead: 520-535nm;Blue light lamp bead: 450-465nm;White light lamp bead: 6000-6500k.Lamp bead is whole 5 millimeters of body diameter;Assorted lamp bead centre deviation is no more than 2 millimeters.In the application, four colored lights pearls are respectively arranged in four of square Vertex position, when four colored lights pearls are towards axis transmitting light where square center point, it is ensured that four coloured light lines and axis Angle is equal.
It is four color LED light source switching principle figures with reference to Fig. 4, four color LED light sources 2 are also connected with power supply and switching Switch;After feux rouges lamp bead, green light lamp bead, blue light lamp bead and the white light lamp bead of four color LED light sources 2 are connected in parallel, one end is connected to The cathode of power supply, the anode that the other end is connected to power supply by switching switch.Therefore, it is switched by switching, it can be real Effect of the existing one key switching to required color lamp bead.In the application, use four color LED lamp beads as light source, avoids selecting monochromatic Risk of the laser to student's eyes direct projection;Expense can also more be saved.
The fixing assembling snoot 3 before four color LED light sources 2, the snoot that LED lens are formed to greatest extent will Emit photopolymerization into 5 degree of launch angle or so of light beam;Guarantee that light is bright enough;
Before snoot 3, the 1st single patch the 4, the 2nd single patch 5,6 and of V-type prism limiting slot is successively fixedly installed Imaging screen 7;Wherein, self-mountable & dismountuble installs prism 8 on V-type prism limiting slot 6.Setting two single patch, the company of offer are provided Continue two parallel slits, after light beam continues through two slits, straight line principle, light angle and position are determined according to two o'clock It has determined.Wherein, using V-type prism limiting slot, it is ensured that after prism is placed, four color light sources incidence angle on prism Degree, position are completely the same, make to be ultimately imaged position and fix, and experiment repdocutbility is good.
Imaging screen 7 uses translucent sheet, flush-mounted in another side box plate of demonstration box body 1.Using half-penetration type imaging screen, make After observation position is changed to screen before screen, range of observation is expanded, while also sealing shading for demonstration box and providing possibility.In addition, The surface of imaging screen 7 is provided with graduation mark, and student is facilitated accurately to record imaging position when refraction is realized every time on imaging screen, And then analysis comparison conveniently is carried out to test of many times result.
In addition, slit central point, the prism 8 of substrate center O, the slit central point of the 1st single patch 4, the 2nd single patch 5 The height such as central point be arranged, it can be ensured that light intensity.Because it is on the upper side that prism will cause light refraction, under imaging screen 7 The height such as side and the central point of prism 8 is arranged, in favor of observation.
In the utility model, four color LED light sources, snoot, V-type prism limiting slot and imaging screen are fixedly installed in case Internal portion, position fixation is non-adjustable, also, the distance between each component and the parameters such as mounting height are in demonstration box production The optimal parameter of completion has been debugged, so, teacher does not need to debug between each component when carrying out Demonstrator Trials using demonstration box Distance and mounting height, that is, can guarantee refraction effect, have the advantages that easy to use.
A kind of refraction decomposition run demonstration box of light provided by the utility model, manufacturing process are as follows:
Step 1: determining four color LED light sources, snoot, the position of the 1st single patch 5 of single patch 4 and the 2nd and height.
By control button, the light source of corresponding color is selected;Light uses two single patch mistakes after snoot optically focused Filter, it is ensured that the light angle of transmission is consistent.
Step 2: production V-type prism limiting slot, and determine the position of V-type prism limiting slot
V-type prism limiting slot is made, V-type prism limiting slot and prism fitting are close, as long as to guarantee prism It is placed in limiting slot, the angles and positions of incident light are all unique, and debug incident angle, make to be ultimately imaged effect most It is good;
Step 3: selecting suitable imaging screen position;
Imaging screen selects translucent sheet, to guarantee that portion, that is, Observable preferably reflects color imaging effect outside the enclosure;It adjusts Suitable distance is tried, guarantees that imaging effect is clear, various colors refraction angle differs greatly;According to experimental verification, 3W lamp bead is Substantially it can satisfy in classroom and demonstrate, school can be clearly visible imaging effect after anaclasis.
Step 4: control button, two single patch, V-type prism limiting slot, imaging screen positions are being debugged by light source Position it is fixed after, outside is made into closed case (ambient is avoided to interfere), and box side is made into movable open state, with Just student opens side plate observation internal structure and optical path, while prism being facilitated to pick and place.In specific implementation, each component and cabinet it Between can be connected fixed form using screw epoxy glue.
A kind of refraction decomposition run demonstration box of light provided by the utility model, application method are as follows:
Step 1, determines whether this test needs to install prism, if it is not required, then case side plate is opened, from V-type three Prism is taken out on prism limiting slot;
Step 2, by the selection of switching switch, this tests the lamp bead color for needing to use, for example, selection feux rouges lamp bead;
When not installing prism, the feux rouges that feux rouges lamp bead issues passes sequentially through snoot, the 1st single seam of single patch the 4, the 2nd After piece 5, it is imaged on imaging screen;Outside the enclosure face observe imaging screen, read corresponding scale, record this test at image position It sets;Through testing, when no placement prism, 4 kinds of coloured light can be checked respectively, it is consistent in imaging screen imaging position.
Step 3 is switched by switching, selects the lamp bead of its allochromatic colour to carry out refraction test, and record imaging position;
Then, case side plate is opened, prism is installed, after then carrying out a batch installation prism again, various colors lamp bead Refraction, and the imaging position of various different colours lamp beads is recorded respectively.
It is thus achieved that same color lamp bead whether by prism refraction imaging position comparative test, and, Imaging position comparative test of the different colours lamp bead after prism reflects.It can be repeated as many times and demonstrate.
A kind of refraction decomposition run demonstration box of light provided by the utility model, has the advantage that
1, four color light sources incident angle and position on prism is completely the same, to clearly contrast different colours light Refraction angle size;
2, experimentation is not required to debug, and experimental result quantization is accurately positioned, and repdocutbility is good, can repeatedly reappear;
3, demonstration box shading designs, and avoids extraneous illumination effect, guarantees clear observing effect;
4, exempt to debug, demonstration is quick, and speed of experiment is fast;
5, anti-interference, it is not afraid of the mobile equipment of student, can guarantee that refracted light imaging position is uniquely constant, can encourage to learn Life participates in one by one, does it yourself to test;
6, imaging effect is more clear, and range is bigger, and color contrast is stronger.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and Retouching should also regard the protection scope of the utility model.

Claims (7)

1. a kind of refraction decomposition run demonstration box of light, which is characterized in that including demonstrating box body (1), the demonstration box body (1) four color LED light sources (2) are fixedly mounted in a side box plate inner wall, and the four colors LED light source (2) includes round aluminum substrate (2.1) point and centered on circular aluminum substrate center O, the square feux rouges lamp bead being arranged on the substrate (2.1), Green light lamp bead, blue light lamp bead and white light lamp bead;The fixing assembling snoot (3) before the four colors LED light source (2), in institute State before snoot (3), be successively fixedly installed the 1st single patch (4), the 2nd single patch (5), V-type prism limiting slot (6) and Imaging screen (7);Wherein, self-mountable & dismountuble installation prism (8) on the V-type prism limiting slot (6).
2. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the demonstration box body (1) It is made of light screening material.
3. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the imaging screen (7) uses Translucent sheet, flush-mounted in another side box plate of demonstration box body (1).
4. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the table of the imaging screen (7) Face is provided with graduation mark.
5. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the substrate center O, described The central point of the slit central point of 1st single patch (4), the slit central point of the 2nd single patch (5) and the prism (8) It is arranged Deng height;The lower section of the imaging screen (7) and the central point of the prism (8) etc. are highly arranged.
6. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the demonstration box body (1) With openable case side plate (1.1).
7. the refraction decomposition run demonstration box of light according to claim 1, which is characterized in that the four colors LED light source (2) It is also connected with power supply and switching switch;The feux rouges lamp bead of the four colors LED light source (2), green light lamp bead, blue light lamp bead and After white light lamp bead is connected in parallel, one end is connected to the cathode of power supply, and the other end is connected to described by switching switch The anode of power supply.
CN201821247748.1U 2018-08-03 2018-08-03 The refraction decomposition run demonstration box of light Active CN209000337U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821247748.1U CN209000337U (en) 2018-08-03 2018-08-03 The refraction decomposition run demonstration box of light

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821247748.1U CN209000337U (en) 2018-08-03 2018-08-03 The refraction decomposition run demonstration box of light

Publications (1)

Publication Number Publication Date
CN209000337U true CN209000337U (en) 2019-06-18

Family

ID=66796782

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821247748.1U Active CN209000337U (en) 2018-08-03 2018-08-03 The refraction decomposition run demonstration box of light

Country Status (1)

Country Link
CN (1) CN209000337U (en)

Similar Documents

Publication Publication Date Title
CN209000337U (en) The refraction decomposition run demonstration box of light
CN103884426A (en) Color target generator based on digital micromirror device
CN213277140U (en) Demonstration device and system for scanning electron microscope scanning imaging
CN107833513A (en) A kind of ESEM demenstration method and device without using optical lens
US3365816A (en) Visual demonstration apparatus
CN106683548A (en) Multifunctional teaching optical bench light source and light screen
CN113406358B (en) Scanning electron microscope teaching model device and using method thereof
CN209822110U (en) High-definition optical path demonstrator
CN109937360A (en) A kind of device and method for detecting light-permeable optical component
CN206685028U (en) A kind of multifunction teaching optical bench light source and optical screen
CN102402888A (en) Optical experiment assembly and method for carrying out optical experiment by using same
CN220895072U (en) Optical demonstration device for physical experiment
CN215679799U (en) Self-made teaching aid for optical experiment camera bellows
CN207799992U (en) Color Scheme experiment instrument based on LED light source
CN208368002U (en) Lighting fixture for optical demo
CN220189126U (en) LED four-color parallel light source for light interference diffraction experiment
CN111721505A (en) Automatic calibration detection method and device for keyboard backlight module based on polar coordinates
JPS5865468A (en) Celestial sphere indicating apparatus
CN215527025U (en) Novel neon demonstration instrument
CN113920834B (en) Neon reproduction comprehensive demonstration instrument
CN209822111U (en) Multifunctional optical experiment demonstrator
CN208351778U (en) Students in middle and primary schools are grouped optical path and test box
KR102370866B1 (en) Experiential learning for light directivity education and how to use it
CN203882508U (en) Projector imaging principle demonstration device
CN218038359U (en) Three primary colors light mixing demonstrator

Legal Events

Date Code Title Description
GR01 Patent grant
GR01 Patent grant