KR101831747B1 - speaker volume expanding apparatus combined with stand for smart phone - Google Patents

Abstract

Disclosed is a loudspeaker for a smartphone holder using a conch shape sound box, in which sound transmitted through a speaker of a smartphone is diffused and emitted by placing the smartphone in a standing or laid state to hear clear MP3 music; a sound box is formed in a conch shape by a conch shell to stereophonically hear MP3 music by an echo; music emitted through the speaker does not escape but is directly introduced to a sound box side since the speaker of the smartphone is closely attached by an emitting guide body made of silicon; the diffusion of sound emitted through the sound box is further easily performed by a swirl diffusion groove and a vibration diffusion thin plate provided on a bottom surface of a sound diffusing body; electromagnetic waves of the smartphone are blocked since the inside of a support is formed of a hollow copper pipe and an oscillating effect of sound can be obtained by the copper pipe;a seated smartphone can be firmly supported since the smartphone can be elastically supported by a clip type support; and scratches can be prevented from being generated on a screen of the smartphone by a scratch prevention part of the clip type support.

Description

[0001] The present invention relates to a speaker volume expanding apparatus combined with a stand phone,

[0001] The present invention relates to a loudspeaker loudspeaker for use with a smartphone, and more particularly, to a loudspeaker loudspeaker for use with a smartphone, and more particularly, The present invention relates to a loudspeaker loudspeaker combined with a smartphone using a sounder-type sounder for achieving an economical cost saving effect due to recycling and for producing an interior effect by a beautiful appearance.

In general, smartphones are the next generation of mobile phones that enable users to use various services such as e-mail, games, videos, and MP3 play. They can create documents such as word processors and excel as well as voice calls, MP3s and wireless Internet access. It is possible to carry out a variety of work, and adults, as well as young people and students, are carrying one each.

MP3 (MPEG audio layer-3) play function among these functions of the smartphone is listening to music to be played by playing MP3 sound source when many users move or relax, I listen to my earphones by plugging them into my smartphone or listen to music through the speakers on my smartphone.

Among them, when listening to music through a speaker, the size and thickness of the smartphone itself are limited, so that the sound transmitted through the speaker is outputted as mono, so the sound quality is very low, There is a problem.

In addition, since the size of the speaker installed in the smart phone is limited, the sound volume is very small when the sound source is reproduced, and the sound quality is disturbed to the ear, which makes it difficult to listen to music.

In addition, although a separate speaker is purchased and used by being electrically connected to a smartphone, existing speakers have a problem that the speaker is complicated because it has a separate power supply line as well as a connection jack connected to a smartphone .

In a related art, a resonance structure speaker having a smart phone holder, which is a registered trademark of the Korean Patent No. 10-1514447, has been developed. In the resonance structure speaker having a smart phone holder for receiving a smart phone, And a resonance horn having an inner circumferential surface on which an inner slope is formed and a resonance horn formed on the inner surface of the resonance horn, A bottom speaker hole formed on the bottom surface of the mount and a rear speaker hole formed on the rear surface of the mount so that the side end face thereof has a U shape in order to mount the phone on the mount surface, The inlet hole and the upper portion communicate with the bottom surface of the mount, the lower portion communicates with the bottom surface of the resonance horn, And the power receiving hole is formed in a form of a collimated light so as to prevent deformation of the shape during the baking process of the kiln, have.

Such prior art technology is capable of amplifying the output sound of a smartphone through charging of the smartphone through the appearance of the resonance horn, the mounting groove and the ceramics material, Since the power receiving hole having the groove and the cable receiving groove is provided, there is a problem in that the production unit cost is increased.

Also, since the resonance horn, the mounting groove, the sound inlet hole, and the power receiving hole are provided as the components, the productivity and operation efficiency of the manufacturing process are greatly reduced.

Further, in addition to the speaker function of the smartphone, there is a problem that the additional function such as the indoor interior effect can not be obtained at all, and the additional function such as blocking the electromagnetic wave emitted through the smart phone is not obtained at all.

Patent Document 1: Korean Patent No. 10-1514447 (Registered on April 16, 2015) Patent Document 2: Korean Registration Office 20-0480476 (Registered on May 26, 2014)

The present invention is not only economical due to resource recycling but also provides an interior decoration effect by providing an echo canceller using discarded conch shells. It can block electromagnetic waves emitted through a smart phone, Accordingly, it is an object of the present invention to provide a loudspeaker loudspeaker which can prevent the surroundings from being disturbed and which is capable of reliably emitting a sound transmitted through a smart phone,

According to an aspect of the present invention, there is provided a loudspeaker loudspeaker loudspeaker using a Sora-type loudspeaker, the loudspeaker comprising: an acoustic diffuser having a concave bottom surface and a leg at a lower end; A support body extending toward an upper side of the acoustic diffuser and bending and extending by bending to provide a central fixing part and an upper fixing part; And an acoustic matching device, which is located on the upper side of the central fixing part and is fixed by welding with the unheated connection part, and the smart phone is seated upright and is seated on the upper part of the smartphone, A smartphone mounting body having an emission hole; A sound emitter for receiving the sound input through the sound receiving portion, the sound receiving portion being located at a position corresponding to the sound emitting hole of the smartphone mounting body; And a discharge guide body for connecting the sound receiving portion of the phantom tube and the acoustic emission hole of the smartphone mounting body.

According to another aspect of the present invention, there is provided an acoustic wave device comprising: an acoustic diffuser having a concave bottom surface and a leg at a bottom; A supporting member having a circular smartphone mounting portion extending upward from the acoustic diffuser and bent by bending and having a smartphone mounted thereon, and a fixing portion having a torsion support portion welded and fixed; And a sound input port through which the sound input through the sound input port is sounded; and a sound input port for receiving the sound input through the sound input port. And a discharge guide body provided in the sound receiving portion of the phantom tube and closely attached to a speaker of a smartphone which is seated in the smartphone receiving portion.

Further, the sounding tube is provided in a shell shape to facilitate sound emission through the sound receiving portion.

Furthermore, the supporter is made of a hollow copper tube which is interposed between the smartphone and the smartphone to shield the electromagnetic waves emitted from the smartphone when the sound is transmitted through the speaker.

Furthermore, a vortex-type diffusion groove is further formed on the bottom surface of the acoustically diffusive body so that sound emitted through the vocal canal can be transmitted to the bottom surface of the acoustically diffusive body to be diffused easily.

Further, the bottom surface of the acoustic diffusing body is further provided with a vibration damping thin plate so that the sound emitted through the sounding damping element can be easily diffused by vibration when the sound is transmitted to the bottom surface of the acoustic diffusing body.

Further, the support body is further provided with a clip-type support for fixing and supporting the smartphone.

Furthermore, the clip-type support may include: a clip detachable portion that is fitted to the support; A support piece extending from the clip detachment portion to cover and fix the smartphone; And an elastic portion for connecting the clip detachable portion and the support piece so that the support piece is firmly covered with the smartphone by elasticity.

Furthermore, the support piece is further provided with a scratch prevention part for protecting the screen of the smart phone covered with the support piece.

Furthermore, the discharge guide body is made of a silicone material so as to be easily attached to a speaker of a smartphone.

In the present invention, the smartphone can be placed in a raised or laid-down state to diffuse and discharge sound transmitted through a speaker of a smart phone, so that clear MP3 music can be heard.

In addition, because the eulminton is made of a shell with shells, it can be heard in stereo by MP3 music.

In addition, as the speaker of the smartphone is closely contacted by the emission guide body made of silicon, the music sent out through the speaker can be directly introduced into the sounding box side without leaking.

Further, the vortex-type diffusion groove provided on the bottom surface of the acoustic diffusing body and the shivering diffusion thin plate can more easily diffuse the sound emitted through the sounding tube.

In addition, since the supporting body is formed of a hollow copper tube, the electromagnetic wave of the smartphone can be shielded, and a vibration effect of sound can be obtained by the copper tube.

In addition, since the smartphone can be supported by the clip-shaped support member in an elastic manner, it is possible to firmly support the mounted smartphone, and to prevent scratches on the screen of the smartphone by the scratch- .

1 is a perspective view showing an example of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention.
FIG. 2 is a block diagram of a smartphone in which a smartphone is mounted and seated in an example of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention.
3 is a perspective view illustrating another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder-type sounder of the present invention.
FIG. 4 is a view showing a configuration in which a smart phone is laid down and mounted on another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention.
5 is a perspective view showing still another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder-type sounder according to the present invention.
6 is an exploded perspective view showing still another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention.
7 is a perspective view showing still another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention.
8 is a use state diagram of Fig.
Figs. 9 and 10 are photographs of a loudspeaker loudspeaker loudspeaker using a telescopic sounder of the present invention.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

Hereinafter, a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

1 and 2 show an embodiment of a loudspeaker loudspeaker loudspeaker using a sounder type sounder according to the present invention. The loudspeaker includes a floor surface 111 formed concavely in the interior thereof and an acoustic A supporting body 120 extending toward the upper side of the acoustic diffuser 110 and extending by bending to have a central fixing part 121 and an upper fixing part 122; 120 connected to the upper and the lower fixing portions 121 and 122 and the upper and lower fixing portions 121 and 122 and fixed to the smart connection portion 131 by welding, (130) having a speaker (S1) of a smartphone (S) and a sound emitting hole (132) corresponding to the speaker (S1) of the smartphone The sound receiving portion 141 is provided at a position corresponding to the discharge hole 132, And a sound receiving hole 141 of the smartphone mounting body 130 and a sound receiving hole 141 of the sound receiving socket 140. The sound receiving hole 141 of the sound receiving socket 140 And a discharge guide body (150) for connecting the discharge guide member (132).

3 and 4 illustrate another embodiment of a loudspeaker loudspeaker loudspeaker using a sounder-type sounder according to the present invention. The loudspeaker includes a bottom surface 211 recessed inwardly and a leg portion 212 at a lower end thereof And a circular smartphone mount part 221 extending toward the upper side of the acoustic diffuser 210 and bending and extending by bending to seat the smartphone S on the upper part of the acoustic diffuser 210, A supporting member 220 to which a fixing portion 223 having a torsion support portion 222 is welded and a supporting member 220 to which a top portion of the supporting member 220 is fixedly mounted on the torsion support portion 222, (230) having a sound receiving portion (231) corresponding to a speaker (S1) of a sound source (S) and in which sound input through the sound receiving portion (231) And a smart phone (220) which is provided in the smart phone (221) It is made having a discharge guide body 240 is a speaker (S1) of (S) in close contact with each other.

1 and 2 of a smartphone loudspeaker loudspeaker using a sounder type sounder according to the present invention, and the other embodiments shown in Figs. 3 and 4, the same components are denoted by the same names As it is.

One embodiment of the present invention shown in Figs. 1 and 2 is to use a smartphone S as shown in Fig. 2, and another embodiment of the present invention shown in Figs. 3 and 4, The position of the speaker is changed according to the type of the smartphone S, so that it is selectively used in accordance with the position of the speaker S1 of the smartphone S .

1 and 2, in order to securely mount and support the erected smartphone S when the smartphone S is used uprightly as shown in FIGS. 1 and 2, And a smartphone S is fixed and welded to the untreated connection part 131 by being welded to the upper end of the central fixing part 121, And a smartphone mounting body 130 having a speaker S1 of a smartphone S which is seated upright and an acoustic emission hole 132 corresponding to the speaker S1.

3 and 4, when the smartphone S is laid down, the smartphone S may be mounted on the smartphone mounting part 221 of the smart phone S ).

The acoustic diffusers 110 and 210 are formed such that the bottom surface 111 and the bottom surface 211 are concave so that the sound emitted through the bass canals 140 and 230 is absorbed by the acoustic diffuser 110, Can be diffused and emitted by the concave bottom surfaces 111 and 211 of the microphone 210, so that the MP3 music can be heard clearly and the music spreads far away.

The sounding pipes 140 and 230 are provided in a shell shape to facilitate sound emission through the sound receiving portions 141 and 231.

The sound transmitted through the speaker S1 of the smartphone S is introduced into the sounding pipes 140 and 230 through the sound receiving portions 141 and 231 of the sounding pipes 140 and 230 And when the sound is emitted, the sound is emitted while being spread out while passing through the inside of the sounding box 140 (230) made of the shell type, so that the sound is emitted and the MP3 music can be heard in stereo.

In addition, since the sounding bins 140 and 230 are provided as shells and the support bodies 120 and 220 are bent and bent, the external appearance can be beautifully produced, and the interior decoration effect can be obtained.

The supports 120 and 220 of the present invention are formed of a hollow copper tube so that when the sound emitted through the speaker S1 of the smartphone S is transmitted, It can be expected that the effect of sound emission and spreading, as well as the effect of blocking the electromagnetic wave of smart phone (S1).

The vortex-type diffusion grooves 310 may be formed on the bottom surfaces 111 and 211 of the acoustic diffusers 110 and 210 of the present invention, The sound emitted through the sounding pipes 140 and 230 is transmitted to the bottom surfaces 111 and 211 of the acoustic diffusers 110 and 210, Type diffusing groove 310 so that the action due to the sound diffusion of the sound can be further improved.

The sound emitted through the bass canals 140 and 230 is transmitted to the bottom surface 111 of the acoustic diffuser 110 and the bottom surface 111 of the acoustic diffuser 110, And the shimmering diffusion sheet 320 is further provided so as to be easily diffused by the vibration when transmitted to the surfaces 111 and 211.

The shake diffusion thin plate 320 is provided with a through hole in the bottom surface 111 and 211 of the acoustic diffuser 110 and then the through hole is closed with a thin sheet such as paper .

When the vibrating plate 200 is discharged through the bellows 140 and 230 to the bottom surface 111 of the acoustic diffuser 110, It is easy for the sound to be diffusively emitted by the shaking diffusion thin plate 320 transmitted to the thin plate 320.

The support 120, 220 of the present invention further includes a clip-type support 330 for fixing and supporting the smartphone S therein.

The clip-type support member 330 supports the smartphone S or the smartphone S laid on the smartphone mount 130 or the smartphone S laid down on the smartphone mount 221, ) Of course prevent escape.

The clip-type support unit 330 includes a clip detachment unit 331 to be inserted into the support body 120 and a support piece 331 extending from the clip detachment unit 331 to cover and support the smartphone S, The elastic member 333 is connected to the clip attaching portion 331 and the support piece 332 so that the support piece 332 can firmly cover the smartphone S by elasticity Respectively.

In this case, the clip detachable portion 331 and the support piece 332 may not be integrally extended by the elastic portion 333 but may be connected to each other by a fastening means such as a piece.

The clip-shaped support member 330 is inserted into the smartphone S or the smartphone mounting member 330, which is mounted on the smartphone mounting body 130, When the support piece 332 is positioned so as to be positioned on the side of the smartphone S laid down on the side of the smartphone S, the support piece 332 is closely attached to the screen of the smartphone S, Can be fixed.

The support piece 332 may further include a scratch prevention part 334 for protecting the screen of the smartphone S on which the support piece 332 is covered. The scratch prevention part 334 ) Is preferably made of rubber, silicone, or a sponge material.

The discharge guide member 150 of the present invention may be made of a silicone material so as to be easily attached to the speaker S1 of the smartphone S, An upper end portion of the discharge guide members 150 and 240 may be provided in an upper light-converging funnel shape.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

110, 210: Acoustic diffuser 111, 211: Floor surface
112, 212: leg portion 120, 220: support
121: central fixed portion 122:
130: Smartphone mounting body 131:
132: acoustic emission hole 140, 230:
141, 231: Acoustic inlet part 150, 240:
220: support 221: smartphone seat
222: twist supporting portion 223:
310: diffusion groove 320: quivering diffusion plate
330: Clip type support 331: Clip attachment /
332: Support piece 333:
334: scratch prevention portion

Claims (10)

An acoustic diffuser 110 having a concave bottom surface 111 and a leg 112 at the bottom,
A supporting body 120 which extends toward the upper side of the acoustic diffuser 110 and which is bent by bending and has a central fixing part 121 and an upper fixing part 122,
An untreated connection part 131 connecting the central fixing part 121 of the supporting body 120 and the upper fixing part 122 and a fixing part 132 fixed on the upper side of the central fixing part 121 and welded to the unheated connection part 131 A smartphone mount 130 having a speaker S1 of a smartphone S and an acoustic emission hole 132 corresponding to the speaker S1,
The sound receiving unit 141 is provided at an upper portion thereof to be located at a position corresponding to the sound emitting hole 132 of the smartphone mounting body 130 and the sound introduced through the sound receiving unit 141 is sounded and emitted. 140,
A loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker loudspeaker 150 In this case,
The supporter 120 is formed of a copper tube whose inside is hollow so as to dissipate the sound transmitted when the sound emitted through the speaker S1 of the smartphone S is transmitted and to dissipate electromagnetic waves of the smartphone S1 The loudspeaker loudspeaker combined with a smartphone loudspeaker using a sounding loudspeaker.
An acoustic diffuser 210 having a concave bottom surface 211 and a leg 212 at the bottom,
A circular smartphone mounting part 221 which extends to the upper side of the acoustic diffuser 210 and which is bent and bent by bending and on which a smartphone S is seated is provided and a fixing part 222 having a torsion support part 222, A supporting body 220 welded and fixed to the base 223,
And an acoustic input part 231 corresponding to the speaker S1 of the smartphone S which is mounted on the upper part of the twist supporting part 222 and is mounted on the upper part of the smartphone mounting part 221, An echo canceller 230 through which the sound introduced through the inlet 231 is emitted,
And a discharge guide body 240 provided in the sound receiving portion 231 of the sounding receptacle 230 to closely contact the speaker S1 of the smartphone S mounted on the smartphone receiving portion 221. [ In a loudspeaker loudspeaker combined with a smartphone using an echo canceller,
The supporter 220 is formed of a copper pipe whose inside is hollow to shield the electromagnetic wave of the smartphone S1 when the sound transmitted through the speaker S1 of the smartphone S is transmitted, The loudspeaker loudspeaker combined with a smartphone loudspeaker using a sounding loudspeaker.
3. The method according to claim 1 or 2,
On the bottom faces 111 and 211 of the acoustic diffusers 110 and 210,
The acoustic diffusers 110 and 210 may be formed of a vibration dispersing thin plate 320 to facilitate diffusion of sound emitted through the resonating tubes 140 and 230 to the bottom surfaces 111 and 211 of the acoustic diffusers 110 and 210, The loudspeaker loudspeaker system according to claim 1, further comprising:
3. The method according to claim 1 or 2,
The support 120 and 220 further include a clip-type support 330 for fixing and supporting the smartphone S,
The clip-type support unit 330 includes a clip detachment unit 331 to be inserted into the support body 120 and a support piece 332 extending from the clip detachment unit 331 to cover and support the smartphone S And an elastic portion 333 for connecting the clip detachable portion 331 and the support piece 332 so that the support piece 332 can firmly cover the smartphone S by elasticity And the loudspeaker is used as a smartphone loudspeaker.
5. The method of claim 4,
The support piece 332 is further provided with a scratch prevention part 334 for protecting the screen of the smartphone S on which the support piece 332 is covered. Loudspeaker combined loudspeaker. delete delete delete delete delete

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