TWM562164U - Schumann wave instrument - Google Patents

Abstract

A Schumann wave instrument includes a housing unit defining a receiving space, a bracket, a Schumann wave, and a speaker. The bracket is disposed in the receiving space, and partitions the receiving space from an upper section above the bracket and a lower section below the bracket. The Schumann wave device is disposed on the bracket and located in the upper section and can generate a Schumann wave. The speaker is disposed on the housing unit and is located in the lower section and can emit sound waves. The present invention can provide the effect that the sound wave can be multiplied by the Schumann wave, and the bracket can separate the housing space from the upper and lower sections respectively for the Schumann wave device and the speaker, and can also reduce The possibility of Schumann waves and sound waves interfering with each other and improving overall structural stability.

Description

Schumann wave

The present invention relates to an apparatus capable of generating specific frequency fluctuations, and more particularly to a Schumann wave apparatus capable of simultaneously generating sound waves and Schumann waves.

Schumann wave is an extremely low frequency electromagnetic wave in the electromagnetic field of the earth and resonates between the earth's surface and the ionosphere. Because in the long-term evolution of human development, Schumann wave has been contacted by human beings as an environmental wave, so it is considered to have a certain degree of influence on human beings. Referring to FIG. 1, a conventional Schumann wave apparatus 1 capable of generating a Schumann wave for human body contact with a Schumann wave includes a housing 11 which is substantially tetrahedral and defines a receiving space, and a housing 11 disposed in the housing 11 and A Schumann waver 12 capable of generating a Schumann wave. Although the Schumann wave meter 1 can generate a Schumann wave for human contact, it is only the case, and other auxiliary waves cannot be provided to enhance the effect of the Schumann wave, and the housing 11 is not designed and is not suitable for further addition. Install other instruments that produce different auxiliary waves. In addition, the Schumann wave device 12 is not properly positioned, and various shortcomings need to be improved.

It is an object of the present invention to provide a Schumann wave instrument that overcomes at least one of the disadvantages of the prior art.

The Schumann wave meter includes a housing unit, a bracket, a Schumann wave, and a speaker.

The housing unit defines a housing space. The bracket is disposed in the receiving space, and partitions the receiving space from an upper section above the bracket and a lower section below the bracket. The Schumann wave device is disposed on the bracket and located in the upper section and can generate a Schumann wave. The speaker is disposed on the housing unit and is located in the lower section and is capable of emitting sound waves.

The effect of the Schumann wave instrument is that it can provide sound waves to multiply the effect of the Schumann wave on the user, and the bracket separates the housing space to facilitate the upper and lower intervals of the Schumann wave device and the speaker device respectively. It can reduce the possibility of mutual interference between Schumann wave and sound wave while providing sound waves, and make the overall structure stable, safe and reliable.

Referring to Figures 2 to 4, an embodiment of the novel Schumann wave apparatus includes a housing unit 2 including a lower housing 21 and an upper housing 22, and a housing between the lower housing 21 and the upper housing 22 a light-emitting unit 3, a bracket 4 disposed in the housing unit 2, a Schumann wave device 5 disposed on the bracket 4, a speaker 6 disposed in the housing unit 2 and located below the bracket 4, and a speaker A positioning frame 7 is disposed between the speaker 6 and the bracket 4, and a touch unit 8 is disposed between the speaker 6 and the positioning frame 7.

Referring to FIGS. 3 to 5, the lower housing 21 and the upper housing 22 of the housing unit 2 are opposed to each other and cooperate to define a receiving space 23. The lower housing 21 has a bottom wall 24 which is circular and is provided for the speaker 6 and is located below the bracket 4, and a lower wall 25 which extends upward from the outer periphery of the lower bottom wall 24 and has a hollow column shape. And three lower protrusions 261 projecting upwardly from the bottom wall 24 to form the lower protrusions 261 of the upper housing 22, the two protrusions are vertically spaced apart from the bottom wall 24 and the height is lower than the height The low stud 262 of the lower stud 261 and the four studs 263 between the lower studs 261 and the lower studs 262 and projecting upward from the bottom wall 24 (depending on the viewing angle) Only three of the middle studs 263) are shown in Fig. 3, and a plurality of support blocks 27 projecting downward from the lower surface of the bottom wall 24 to abut against a support surface 9.

The bottom wall 24 has a base wall portion 241 which is curved upward from the bottom with respect to a support surface 9, and a ring wall portion 242 which is annular and protrudes upward from the center of the base wall portion 241. The base wall portion 241 is formed with a plurality of speaker holes 243 that are located inside the ring wall portion 242 and extend from the upper surface to the lower surface to penetrate vertically. Each of the speaker holes 243 is a group of several. The speaker holes 243 of each group are radially spaced and arranged in a radial relationship with the other groups of the speaker holes 243 at an angular interval. The ring wall portion 242 cooperates with the base wall portion 241 to define a substantially circular positioning groove 244. The support blocks 27 project downward in a hemispherical shape and are disposed at equal angular intervals from each other at an outer ring portion on the bottom side of the base wall portion 241.

The low protrusions 262 are arranged for the positioning frame 7 to be assembled. The middle protrusions 263 are arranged along the arc direction of the ring wall portion 242 of the bottom wall 24 and are arranged for the touch unit 8 to be assembled. The above-mentioned assembly arrangement is set in a conventional manner through a plurality of screws, and therefore is not particularly described herein, and is not shown in FIG.

The upper housing 22 has a circular top wall 221, an upper surrounding wall 222 extending downward from the outer edge of the top wall 221 and having a hollow column shape, and an inner and outer partition wall 222 spaced apart from the outer wall 222. The lower surface of the top wall 221 extends downwardly and has a hollow cylindrical positioning wall 223, and a plurality of upper protrusions 224 projecting downward from the top wall 221 and located between the upper surrounding wall 222 and the positioning wall 223. The thickness of the positioning wall 223 in the up and down direction is shorter than the thickness of the upper surrounding wall 222 in the up and down direction, and the bottom end abuts against the top surface of the Schumann wave device 5. The upper studs 224 can be assembled with the lower studs 261 of the lower casing 21 through a plurality of screws. Since the manner in which the upper protrusions 224 and the lower protrusions 261 are connected by a screw is a conventional technique, the description thereof is omitted here, and the illustration is omitted in FIG. 4 .

The light-emitting unit 3 has a light guide ring 31 which is annular and is interposed between the lower peripheral wall 25 of the lower casing 21 and the upper peripheral wall 222 of the upper casing 22, and a plurality of light guides 31 are disposed in the light guide ring 31. A projection 32 projecting radially inwardly and located in the receiving space 23, and a plurality of correspondingly disposed on the projection 32 and illuminating member 33 formed of light-emitting LEDs. The light guide 31 can guide the light generated by the light-emitting members 33 so that the light generated by the light-emitting members 33 is emitted toward the outside of the housing unit 2.

The bracket 4 is disposed in the receiving space 23, and partitions the receiving space 23 from an upper section 231 above the bracket 4 and a lower section 232 below the bracket 4. The bracket 4 has a substantially circular base frame wall 41 for the Schumann wave device 5, and a support wall 42 extending downward from the outer edge of the base frame wall 41 and engaging the bottom portion in the lower housing seat 21. . The base frame wall 41 has a centrally located circular wall portion 411, a peripheral wall portion 412 extending upward from the circular wall portion 411, and an annular connection to the circular wall portion 411 and the support. A ring wall portion 413 between the walls 42. The surrounding wall portion 412 surrounds the Schumann wave device 5. The ring wall portion 413 is formed with a plurality of extending grooves 414 extending between the circular wall portion 411 and the supporting wall 42 and extending in an arc. The extension slots 414 are arranged at equal angular intervals along the arc. The support wall 42 extends open in an arc toward the front.

The Schumann wave device 5 can generate a Schumann wave, and is located in the upper section 231 and is substantially hemispherical, and abuts the bottom edge of the positioning wall 223 with a hemispherical top surface, and the positioning wall 223 and the bracket 4 are Coordinated up and down between the two. The Schumann wave device 5 has an upper half 51 disposed in the positioning wall 223, a lower half 52 located under the positioning wall 223 and substantially hemispherical with the upper half 51, and a lower portion The lower portion 52 has a base portion 53 that extends downward. The lower half 52 is formed with a hole 521 which is inserted into the rear recess to be inserted into the power supply line. The base portion 53 is disposed on the round wall portion 411 of the bracket 4 and surrounded by the surrounding wall portion 412.

The speaker 6 is located in the lower section 232 and is capable of emitting sound waves, and has a disk portion 61 which is substantially disk-shaped and embedded in the positioning groove 244 of the lower housing 21, and a disk body The block portion 62 of the disk portion 61 is connected above the portion 61. The block portion 62 has a substantially circular block shape and is spaced apart from the round wall portion 411 of the bracket 4.

The positioning frame 7 has a long plate shape extending forward and backward, and the front and rear ends are respectively connected to the respective low protrusions 262 through a screw, and are positioned above the speaker 6 and abut against the speaker 6. The block portion 62 further limits the speaker 6 to further ensure that the disk portion 61 of the speaker 6 is located in the positioning groove 244.

The touch unit 8 includes a circuit board 81 connected to the middle protrusions 263 of the lower housing 21 via a screw, and a plurality of touch buttons 82 disposed at the front end of the circuit board 81.

This embodiment is suitable for placement in a seat or a bedside when in use. Therefore, when a user is seated on the seat or lying on the bed, the outer surface of the lower housing 21 can be touched by the touch button 82 of the touch unit 8. The present embodiment is activated to contact the Schumann wave generated by the Schumann wave device 5 of the present embodiment, so that the effect of the Schumann wave on the human body can be enjoyed. At the same time, the speaker 6 of the present embodiment can also generate various sound waves such as crystal music, light music, soul music, sleep music, alpha music, and the like. For example, if the user has a feeling of wanting to sleep after touching the Schumann wave, the speaker 6 can play the sleep music together, and then cooperate with the Shuman wave to make the user feel more intense when he wants to sleep. . More preferably, the light-emitting unit 3 can also cooperate to emit light with a relatively soft change, so that the user has a stronger feeling of sleepiness because the viewer is stimulated by light.

The bracket 4 partitions the housing space 23 into an upper section 231 and a lower section 232 respectively provided for the Schumann wave device 5 and the speaker 6, so that the Schumann wave device 5 and the speaker 6 can act in their respective spaces, thereby reducing The possibility of mutual influence also facilitates assembly of the Schumann wave device 5 and the speaker 6 separately during production, which contributes to manufacturing.

The supporting blocks 27 of the lower casing 21 support the bottom wall 24 and the bottom wall 24 is curved upward with respect to the supporting surface 9, so that the bottom ends of the sounding holes 243 are sufficiently spaced from the supporting surface 9 In addition to being able to control the sound waves generated by the speaker 6 to be transmitted from below to reduce the influence of the sound waves and the Schumann waves, the radial arrangement of the speaker holes 243 also contributes to the increase of the sound waves.

The positioning frame 7 abuts against the block portion 62 of the speaker 6 , and the disk portion 61 of the speaker 6 is disposed in the positioning slot 244 of the lower housing 21 , so the speaker 6 can The positioning frame 7 is properly positioned in cooperation with the lower housing 21. The upper half 51 of the Schumann wave device 5 is pressed by the positioning wall 223, and the base portion 53 of the Schumann wave device 5 is located in the surrounding wall portion 412 of the bracket 4, so that the Schumann wave device 5 is also the upper shell The seat 22 is properly positioned in cooperation with the bracket 4. Since the present embodiment has a design for properly positioning the speaker 6 and the Schumann wave device 5, the speaker 6 and the Schumann wave device 5 do not occur in the case where the embodiment is displaced as it is moved.

In other embodiments of the present invention, the light-emitting unit 3 can also be a light-emitting ring that can directly generate light spontaneously, and is not limited to the design of the light-emitting member 33 of the embodiment.

In summary, the effect of the novel Schumann wave instrument is that the speaker 6 can provide sound waves to facilitate the effect of adding a Schumann wave, and the bracket 4 separates the housing space 23 to facilitate the Schumann wave device 5 respectively. The upper section 231 and the lower section 232 provided with the speaker 6 can reduce the possibility of mutual interference between the Schumann wave and the sound wave while providing sound waves, and can effectively position the Schumann wave device 5 and the speaker 6 to improve the structural stability of the product as a whole. Sex.

The above description is only an embodiment of the present invention, and the scope of the patent application of the present invention cannot be limited thereto. Equivalent changes and modifications made in accordance with the scope of this new patent application and the new specification are still covered by this new patent.

2‧‧‧ housing unit
21‧‧‧ lower case
22‧‧‧Upper housing
221‧‧‧ top wall
222‧‧‧Upper wall
223‧‧‧ positioning wall
224‧‧‧Upper pillar
23‧‧‧Containing space
231‧‧‧ Upper interval
232‧‧‧ lower interval
24‧‧‧ bottom wall
241‧‧‧Base Wall Department
242‧‧‧ Circumference
243‧‧‧ Speaker hole
244‧‧‧ positioning slot
25‧‧‧Lower wall
261‧‧‧Under the pillar
262‧‧‧Low stud
263‧‧‧中柱柱
27‧‧‧Support block
3‧‧‧Lighting unit
31‧‧‧Light guide
32‧‧‧Bumps
33‧‧‧Lighting parts
4‧‧‧ bracket
41‧‧‧ pedestal wall
411‧‧‧ round wall
412‧‧‧The wall
413‧‧‧The wall
414‧‧‧Stretching slot
42‧‧‧Support wall
5‧‧‧Schumann wave
51‧‧‧ upper half
52‧‧‧ Lower half
521‧‧‧ Hole
53‧‧‧Base Department
6‧‧‧Speakers
61‧‧‧ Body Department
62‧‧‧Block body
7‧‧‧ Positioning frame
8‧‧‧Touch unit
81‧‧‧Circuit board
82‧‧‧ touch buttons
9‧‧‧Support surface

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a perspective view illustrating a conventional Schumann wave meter; Figure 2 is a perspective view showing one of the novel Schumann wave meters Fig. 3 is an exploded perspective view showing the embodiment; Fig. 4 is a cross-sectional view showing the structure of the embodiment before and after cutting, in order to make the drawing simple and easy to understand, the number of the schematic combinations is omitted in the figure. And FIG. 5 is a combined cross-sectional view illustrating the configuration shown in the left and right cut and the viewing angle of the embodiment.

Claims (13)

A Schumann wave instrument comprising: a housing unit defining a receiving space; a bracket disposed in the housing space and partitioning the housing space from an upper section above the bracket, and a a lower section below the bracket; a Schumann wave device disposed on the bracket and located in the upper section and capable of generating a Schumann wave; and a speaker disposed on the housing unit and located in the lower section and capable of Sound waves. The Schumann wave instrument of claim 1, wherein the housing unit includes an upper housing and a lower housing that face each other and cooperate to define the housing space, the upper housing having a top wall, and a positioning wall extending from the top wall and extending in a hollow column shape, the Schumann wave device is substantially hemispherical, and the top surface abuts the bottom end of the positioning wall and has a threaded through the positioning wall The upper half and a lower half below the positioning wall. A Schumann wave instrument according to claim 1, wherein the speaker has a disk portion, and a block portion located above the disk portion and connected to the disk portion, the housing unit including the opening and the opposite of each other An upper housing defining the receiving space and a lower housing having a bottom wall for the speaker and located below the bracket, the bottom wall defining a positioning for the body portion groove. The Schumann wave instrument according to claim 3, wherein the disk body portion of the speaker has a disk shape, and the block body portion has a circular block shape and is spaced apart from the bracket, and the positioning groove has a circular groove shape. The Schumann wave instrument of claim 1, wherein the housing unit includes an upper housing and a lower housing that face each other and cooperate to define the housing space, the lower housing having a speaker for the speaker And a bottom wall below the bracket, the bottom wall is formed with a plurality of speaker holes extending from the upper surface to the lower surface. The Schumann wave instrument of claim 5, wherein the number of the sound holes is a group, and the sound holes of each group are arranged at a radial interval, and the arcs of the other groups are along the arc. Arranged in a radial pattern. The Schumann wave instrument of claim 5 or 6, wherein the lower housing of the housing unit further has a plurality of lower projections extending from the bottom wall to abut against a support surface to lower the bottom surface of the bottom wall A support block spaced apart from the support surface. The Schumann wave instrument according to claim 5 or 6, wherein the bottom wall of the lower casing has a base wall portion which is curved from the bottom to the upper side and is formed with the sounding holes, and the like The bottom end of the sound hole is spaced from the bottom of the support surface. The Schumann wave instrument of claim 1, wherein the housing unit includes an upper housing and a lower housing that face each other and cooperate to define the housing space, the Schumann wave device further includes a clip A light-emitting unit that is exposed between the upper housing and the lower housing and that emits light. The Schumann wave sensor of claim 9, wherein the light-emitting unit has a light guide ring that is annular and sandwiched between the upper housing and the lower housing, and at least one of the inner circumference of the light guide is inward. a protrusion protruding in the receiving space, and at least one illuminating member correspondingly disposed on the at least one protrusion, the light generated by the at least one illuminating member being guided by the light guiding ring toward the housing The unit emits externally. The Schumann wave instrument of claim 1, wherein the bracket has a laterally extending base frame wall, and a support wall extending downwardly from the base frame wall and supporting the base unit, the base frame wall having a central portion of the circular wall portion for the Schumann wave device, and having a ring wall portion connected between the circular wall portion and the support wall, the ring wall portion being formed with a plurality of the circular wall portion and the support wall And an arcuate curved extending slot arranged at intervals. The Schumann wave instrument of claim 11, wherein the pedestal wall further has a surrounding wall portion extending upward from the circular wall portion, the surrounding wall portion surrounding the Schumann wave device. The Schumann wave instrument of claim 1 further includes a touch unit mounted on the housing unit and located in the housing space, the touch unit electrically connecting the Schumann wave device to the speaker and being touched to be turned on or Turn off the Schumann wave device and the speaker.