CN211236469U - Kaleidoscope utilizing sound wave resonance - Google Patents

Abstract

The utility model discloses an utilize sound wave resonance's kaleidoscope belongs to the kaleidoscope field, including audio equipment, cup joint at the sleeve on audio equipment upper portion, be equipped with multiunit combination lens's formation of image drum, base and the rotation support of connection between base and formation of image drum, telescopic inner wall lower part is equipped with the film that can be shaken by the audio equipment sound wave, and the film forms cup-shaped structure with sleeve inner wall upper portion for hold the multiple graininess mark of colorful many shapes, the combination lens in the formation of image drum is through the reflection graininess mark forms the kaleidoscope pattern, and formation of image drum upper portion is equipped with the hole of watching that is used for watching the kaleidoscope pattern, and the formation of image drum realizes rotatory and lift through rotating the support. The utility model discloses an adjustment audio equipment produces the sound wave to the mark thing in the film of drive top takes place to shake and produces the change of constantly jumping, will appear the different patterns of change when watching, can produce the dual experience effect of vision and sense of hearing simultaneously, makes the people produce the sensation as dreams.

Description

Kaleidoscope utilizing sound wave resonance

Technical Field

The utility model relates to a kaleidoscope field especially relates to an utilize resonant kaleidoscope of sound wave.

Background

Kaleidoscope appears in England Europe since 1816 years, 3 years later 1819 years later introduced into China and Japan in the east, and the old time, Wangxiang swallow, flies to common people. Many disciplines of physics have been addressed: knowledge such as sound, light, electricity, machinery, buoyancy, specific gravity and the like is implanted into the kaleidoscope, so that the price of the kaleidoscope is doubled, the kaleidoscope becomes a high-grade handicraft and ornament, and the kaleidoscope enters schools today in a new age with distinctive socialism and becomes a course which is necessary to be taken in a manual class.

The traditional kaleidoscope adopts three glass lenses which are connected in pairs to form a closed triangle, 2 types of wet and dry kaleidoscope are formed by a closed dark box, the pattern is single, the kaleidoscope has higher requirement on light when being watched, the kaleidoscope has single shape and poor definition, and people lose interest after being watched for many times.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide an utilize sound wave resonance's kaleidoscope, through combining together with sound wave frequency, through control adjustment music type, sound size change etc. make it produce the sound wave to drive the subject matter in its top film and take place vibrations and produce the change of constantly jumping, will appear the different patterns of change ten thousand changes when watching in the kaleidoscope, can produce the dual experience effect of vision and sense of hearing simultaneously, make the people produce the sensation as dream.

In order to solve the technical problem, the utility model provides a technical scheme as follows:

on the one hand, the utility model provides an utilize sound wave resonance's kaleidoscope, including audio equipment, cup joint at the sleeve on audio equipment upper portion, be equipped with multiunit combination lens the formation of image drum, base and connect the rotation support between base and formation of image drum, telescopic inner wall lower part is equipped with the film that can be shaken by the audio equipment sound wave, film and sleeve inner wall upper portion form cup-shaped structure for hold the multiple graininess mark object of colorful many shapes, combination lens in the formation of image drum is through the reflection graininess mark object forms the kaleidoscope pattern, formation of image drum upper portion is equipped with the hole of watching that is used for watching the kaleidoscope pattern, the formation of image drum realizes rotatory and lift through rotating the support.

Further, the membrane is proximate to a speaker of the audio device. The membrane is positioned over the audio device in a stretched form.

Further, the film is a sheep skin membrane.

Further, the thickness of the film is 0.4-0.6 mm.

Further, the sleeve is a horn-shaped sleeve with a wide upper part and a narrow lower part.

Further, a transparent cover body is arranged at the top of the sleeve.

Further, a plurality of colorful and multi-shaped granular objects are placed in the sleeve.

Further, the granular object is transparent granules made of acrylic safety profiles.

Further, the audio device is also mounted on the chassis.

Furthermore, the diameter of the viewing hole is 1.5-2.5 mm.

Furthermore, a convex lens is arranged at the viewing hole.

Further, the imaging cylinder is provided with combined lenses of different combinations of closed and/or open types, including triangular, rectangular, rhomboid, parallelogram and/or ring mirrors.

Furthermore, a volume adjusting button and a switch button are arranged on the audio equipment.

Furthermore, the audio device is provided with a Bluetooth module for realizing audio adjustment by being connected with the Bluetooth of the mobile terminal.

Further, the imaging cylinder is rotated 360 ° by rotating the bracket.

Furthermore, the rotating support comprises four supporting rods, two adjacent supporting rods are connected through a rotating bearing, and two ends of the rotating support are respectively connected with the imaging cylinder and the base and used for achieving lifting and rotating of the imaging cylinder.

After adopting such design, the utility model discloses following advantage has at least:

the utility model discloses a music type, the sound size of control adjustment audio equipment change etc. make it produce the sound wave to the mark thing in the film of drive audio equipment top takes place to shake and produces constantly jumping and changes, will appear the different patterns of the ten thousand changes when watching in kaleidoscope, can produce the dual experience effect of vision and sense of hearing simultaneously, make the people produce the sensation as dream, overcome the molding structure of traditional kaleidoscope, experience effect singleness, the higher shortcoming of requirement of focusing.

Drawings

The foregoing is only an overview of the technical solutions of the present invention, and in order to make the technical means of the present invention more clear, the present invention will be further described in detail with reference to the accompanying drawings and the detailed description.

Fig. 1 is a schematic structural view of an embodiment of the kaleidoscope using sound wave resonance according to the present invention.

Detailed Description

Exemplary embodiments of the present invention will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the invention are shown in the drawings, it should be understood that the invention can be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art.

The utility model provides an utilize sound wave resonance's kaleidoscope's embodiment, as shown in fig. 1, including audio equipment 4, cup joint sleeve 3 on audio equipment 4 upper portion, be equipped with the formation of image drum 1 of multiunit combination lens in, base 7 and the rotation support 8 of connection between base 7 and formation of image drum 1, the inner wall lower part of sleeve 3 is equipped with the film 31 that can be shaken by audio equipment 4 sound wave, film 31 and 3 inner wall upper portions of sleeve form cup-shaped structure, a plurality of graininess targets 2 for holding colorful many shapes, the combination lens in the formation of image drum 1 forms the kaleidoscope pattern through reflecting graininess target 2, 1 upper portion of formation of image drum is equipped with the hole of watching 11 that is used for watching the kaleidoscope pattern, formation of image drum 1 realizes rotatory and lift through rotating support 8.

When the utility model is used, a plurality of colorful and multi-shaped granular objects are placed in the sleeve, the granular objects are reflected by the combined lens in the imaging cylinder to form kaleidoscope patterns, the viewing angle is adjusted by rotating and lifting the imaging cylinder, can watch different combined patterns, then start the audio equipment, control and adjust the music type, the sound size change and the like, the sound wave generated by the audio equipment vibrates the film above the audio equipment, so that the object in the film continuously jumps and changes, will appear the different patterns of change when watching in kaleidoscope, can produce the dual experience effect of vision and sense of hearing simultaneously, make the people produce the sensation as dream is like, the utility model discloses a pattern object that watches when the sound wave resonance resonates produces the pattern that never repeats, overcomes the molding structure of traditional kaleidoscope, experience effect singleness, the higher shortcoming of requirement to the light.

Further, the imaging cylinder 1 houses combined lenses of different combinations of closed and/or open types, including triangular, rectangular, rhomboid, parallelogram and/or toroidal mirrors.

The imaging cylinder is arranged on the bracket, and a plurality of groups of different combined lenses are arranged in the cylinder to form different closed and open triangles, rectangles, rhombuses and parallelograms, wherein peculiar annular mirrors are arranged in the cylinders. The top of drum has the hole of watching, and the diameter of watching the hole can be 1.5 ~ 2.5mm to 2cm is suitable, for watching the crowd who adapts to different eyesight dress 150 convex lens, and the formation of image drum itself can 360 rotations to can adjust the definition that can see the mark thing in the support reciprocates.

Because the adjustable support is used, the watching distance and angle can be adjusted at will when the user watches the kaleidoscope, the user can watch patterns after adjusting the angle and fixing the position, the user can conveniently watch the patterns at the same time, the audio frequency can be adjusted at will through a mobile phone and other playing devices, the kaleidoscope can be directly used for teaching the changes of various angles in physics and mathematics and the knowledge of focal length in optics in teaching practice, the visual field of students is expanded, the thinking and imagination space of the students is widened, and the knowledge can be rapidly increased and the intelligence can be developed.

The setting base can keep the stability of the whole support, and the base can have certain weight and can be a cuboid support base.

The membrane is positioned over the audio device in a taut manner to form a drumhead, to carry the subject matter, and to be vibrated by the sound waves. The thickness of the film 31 is generally 0.4-0.6 mm, and a sheep skin membrane can be adopted.

The inner wall of the sleeve is slightly larger than the width of the upper part of the audio equipment, so that the sleeve is sleeved on the audio equipment and is not easy to fall off in the vibration process.

For producing a better vibration effect, the membrane 31 is in close proximity to the speaker of the audio device 4.

In order to prevent the granular targets from jumping out, the sleeve can be of an open type, the targets are convenient to replace, the sleeve 3 can be a horn-shaped sleeve with a wide upper part and a narrow lower part, a transparent cover body can be arranged at the top of the sleeve 3, and the transparent cover body is made of materials which are not easy to reflect light.

Further, the sleeve 3 contains a plurality of granular labels 2 in various colors and shapes.

Further, the granular object 2 may be transparent granules made of acrylic safety profile, such as multi-prisms, spheres, cylinders with different colors, and objects made of acrylic safety profile.

To maintain integrity, the audio device 4 may also be mounted on the chassis 7.

Further, the audio device 4 is provided with a volume adjustment button 41 and a switch button 42. The size of the audio decibel and the vibration of the frequency directly determine the jumping degree and the displacement degree of the film upper object, and finally determine the difference of the patterns presented in the kaleidoscope.

In order to adjust the sound waves conveniently, the audio device 4 is provided with a bluetooth module for being connected with the bluetooth of the mobile terminal to adjust the audio. The mobile terminal Bluetooth of a mobile phone and the like is connected with the sound box, music, songs and operas are randomly selected through mobile phone software, the size of sound and the volume of the sound on the sound box body are adjusted, sound waves generated by the sound waves vibrate the film on the sound box body, and then acrylic colorful objects in the film are driven to jump, roll and move to collide, so that the kaleidoscope generates different beautiful patterns when being watched.

The audio device may be a sound device or the like as a resonator.

For the purpose of scaling and adjusting the viewing, the imaging cylinder 1 is rotated through 360 ° by turning the stand. One example of this may be: the rotating support 8 comprises four supporting rods, two adjacent supporting rods are connected through a rotating bearing, and two ends of the rotating support 8 are connected with the imaging cylinder 1 and the base 7 respectively and used for achieving lifting and rotating of the imaging cylinder 1.

The utility model discloses can connect the audio amplifier with cell-phone bluetooth, through cell-phone software optional music, song, opera, mediate the volume height button on the size of sound and the stereo set box, make the sound wave that its produced vibrations film above the audio amplifier, and then the acrylic colorful marker of drive film the inside beats, rolls, the collision of removal, makes kaleidoscope produce different beautiful patterns when watching. Because the adjustable support is used, the watching distance and angle can be adjusted at will when the user watches the kaleidoscope, the audio size can be adjusted at will through a mobile phone and other playing devices, the kaleidoscope can be directly used for teaching knowledge such as changes of various angles in physics and mathematics, focal length in optics and the like in teaching practice, the visual field of students is expanded, the thinking and imagination space of the students is widened, and the knowledge can be increased and the intelligence can be developed more quickly.

The above description is only for the preferred embodiment of the present invention, and not intended to limit the present invention in any way, and those skilled in the art can make various modifications, equivalent changes and modifications using the above-described technical content, all of which fall within the scope of the present invention.

Claims (10)

1. The utility model provides an utilize sound wave resonance's kaleidoscope which characterized in that, includes audio equipment, cup joints at audio equipment upper portion's sleeve, be equipped with imaging cylinder, the base of multiunit combination lens and connect the rotation support between base and imaging cylinder in, telescopic inner wall lower part is equipped with the film that can be shaken by the audio equipment sound wave, film and sleeve inner wall upper portion form cup-shaped structure for hold colorful many shapes's multiple granular subject matter, the combination lens in the imaging cylinder is through the reflection granular subject matter becomes the kaleidoscope pattern, imaging cylinder upper portion is equipped with the hole of watching that is used for watching the kaleidoscope pattern, the imaging cylinder realizes rotation and lift through rotating the support.

2. The kaleidoscope for use in acoustic resonance as claimed in claim 1 wherein the membrane is in close proximity to a speaker of an audio device.

3. The kaleidoscope utilizing acoustic resonance as claimed in claim 1, wherein the membrane is a amniotic membrane;

and/or the thickness of the film is 0.4-0.6 mm;

and/or the membrane is positioned over the audio device in a stretched form.

4. The kaleidoscope for acoustic resonance according to claim 1, wherein the sleeve is a horn-shaped sleeve which is wide at the top and narrow at the bottom;

and/or a transparent cover body is arranged at the top of the sleeve.

5. The kaleidoscope utilizing acoustic resonance as claimed in claim 1, wherein the granular object is a transparent granule made of acryl safety profile.

6. The kaleidoscope for use in acoustic resonance as claimed in claim 1, wherein the audio device is also mounted on the base.

7. The kaleidoscope for acoustic resonance according to claim 1, wherein the viewing aperture has a diameter of 1.5 to 2.5 mm;

and/or a convex lens is arranged at the viewing hole.

8. The kaleidoscope for acoustic resonance according to claim 1, wherein the imaging cylinder is provided with combined lenses of different combinations of closed and/or open types, including a triangular mirror, a rectangular mirror, a diamond mirror, a parallelogram mirror and/or a ring mirror.

9. The kaleidoscope utilizing acoustic resonance according to claim 1, wherein a volume adjusting button and a switch button are provided on the audio device;

and/or, the audio equipment is provided with a Bluetooth module for realizing audio adjustment by being connected with the Bluetooth of the mobile terminal.

10. The kaleidoscope for acoustic resonance according to any one of claims 1 to 9, wherein the imaging cylinder is rotated through 360 ° by rotating a frame;

and/or the rotating support comprises four supporting rods, two adjacent supporting rods are connected through a rotating bearing, and two ends of the rotating support are respectively connected with the imaging cylinder and the base and used for achieving lifting and rotating of the imaging cylinder.

Images