CN203301684U - Audio equipment with visual audio mode selection pieces - Google Patents
Audio equipment with visual audio mode selection pieces Download PDFInfo
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- CN203301684U CN203301684U CN2013203066139U CN201320306613U CN203301684U CN 203301684 U CN203301684 U CN 203301684U CN 2013203066139 U CN2013203066139 U CN 2013203066139U CN 201320306613 U CN201320306613 U CN 201320306613U CN 203301684 U CN203301684 U CN 203301684U
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Abstract
The utility model provides a piece of audio equipment with visual audio mode selection pieces. The audio equipment comprises a plurality of audio play mode selection pieces, a box body including an audio play mode selection part, an audio play chip, a loudspeaker and an audio play mode selection module, wherein the audio play mode selection module is connected with the audio play chip. According to the audio equipment with visual audio mode selection pieces, the different audio play mode selection pieces are arranged on the audio play mode selection part to switch audio play modes, user prompt is carried out on a corresponding audio play mode according to prompt information on the audio play mode selection pieces, and the whole switching process is simple and convenient.
Description
Technical field
The utility model relates to field of audio play, more particularly, relates to a kind of sound equipment with visual audio mode Option stage.
Background technology
Along with the development of society, the manufacturer of sound equipment has released various sound equipments, as digital sound, flat panel loudspeaker, combination audio, Specialty Hi-Fi and mini audio etc.Above-mentioned sound equipment all roughly comprises power amplifier, all round equipment (comprising compressor, effect device, equalizer, VCD, DVD etc.) and loud speaker (audio amplifier, loudspeaker) etc.
When the user uses above-mentioned sound equipment music appreciating, usually need to select different audio-frequency play modes according to environment at that time and the type difference of listening to the music.Environment or light music as peaceful as evening, may need to use and play than small volume or softer audio-frequency play mode; As environment or the electronic music of party, may need to use larger volume or supper bass audio-frequency play mode to play.Present sound equipment is generally processed and (as is reduced high-frequency audio signal by the audio signal to different frequency range, increase low-frequency audio signal etc.) create above-mentioned audio-frequency play mode, and provide a plurality of buttons or knob to realize the selection of user to different audio-frequency play modes.
When but the user will select audio-frequency play mode, often can listen music click keys or constantly adjust knob and find corresponding audio-frequency play mode repeatedly, the user operates cumbersome.
Therefore, be necessary to provide a kind of sound equipment with visual audio mode Option stage, to solve the existing problem of prior art.
The utility model content
The utility model purpose is to provide a kind of sound equipment with visual audio mode Option stage; This sound equipment with visual audio mode Option stage switches audio-frequency play mode by different audio-frequency play mode Option stages is set on the audio-frequency play mode selection portion, and by the information on the audio-frequency play mode Option stage, corresponding audio-frequency play mode is carried out to user's prompting; To solve the more complicated technical problem of user's operation of existing sound equipment switching audio-frequency play mode.
For addressing the above problem, the technical scheme that the utility model provides is as follows:
A kind of sound equipment with visual audio mode Option stage is provided, and it comprises:
A plurality of audio-frequency play mode Option stages;
Casing, surface comprise an audio-frequency play mode selection portion, be used to described audio-frequency play mode Option stage is set;
Audio frequency is play chip, be used to using corresponding audio-frequency play mode, audio signal is processed;
Loudspeaker, be arranged on described casing, be used to playing described audio frequency, plays the audio signal after chip is processed; And
Audio-frequency play mode is selected module, is arranged in described casing, for the described audio-frequency play mode Option stage according to arranging on described audio-frequency play mode selection portion, determines the audio-frequency play mode that described audio frequency broadcasting chip uses;
Described audio-frequency play mode selects module and described audio frequency broadcasting chip to be connected.
In the sound equipment with visual audio mode Option stage of the present utility model, described audio-frequency play mode selection portion comprises a plurality of contact holes, each described audio-frequency play mode Option stage is filled a contact hole on described audio-frequency play mode selection portion at least, quantity or the position difference of the described contact hole that different described audio-frequency play mode Option stages are filled.
In the sound equipment with visual audio mode Option stage of the present utility model, on described audio-frequency play mode Option stage, be provided with the information associated with corresponding audio-frequency play mode.
In the sound equipment with visual audio mode Option stage of the present utility model, described information comprises at least one in word, image and color.
In the sound equipment with visual audio mode Option stage of the present utility model, described audio-frequency play mode selection portion comprises a plurality of contacts, each described audio-frequency play mode Option stage contacts a contact on described audio-frequency play mode selection portion at least, quantity or the position difference of the described contact of different described audio-frequency play mode Option stage contacts.
In the sound equipment with visual audio mode Option stage of the present utility model, on described audio-frequency play mode Option stage, be provided with the information associated with corresponding audio-frequency play mode.
In the sound equipment with visual audio mode Option stage of the present utility model, described information comprises at least one in word, image and color.
In the sound equipment with visual audio mode Option stage of the present utility model, being shaped as of described casing is square, and described audio-frequency play mode selection portion is arranged on the upper surface of described casing.
In the sound equipment with visual audio mode Option stage of the present utility model, described loudspeaker are arranged on the side of described casing.
In the sound equipment with visual audio mode Option stage of the present utility model, described sound equipment with visual audio mode Option stage also comprises that described switch is arranged on the side of described casing be used to opening described switch key with sound equipment of visual audio mode Option stage.
Implement the sound equipment with visual audio mode Option stage of the present utility model, have following beneficial effect: this sound equipment with visual audio mode Option stage switches audio-frequency play mode by different audio-frequency play mode Option stages is set on the audio-frequency play mode selection portion, and by the information on the audio-frequency play mode Option stage, corresponding audio-frequency play mode is carried out to user's prompting; Solved the more complicated technical problem of user's operation of existing sound equipment switching audio-frequency play mode.
The accompanying drawing explanation
The utility model is described in further detail below in conjunction with drawings and Examples, in accompanying drawing:
Fig. 1 is the structural representation of the preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model;
Fig. 2 is the use schematic diagram of the first preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model;
Fig. 3 is the use schematic diagram of the second preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model;
Wherein, description of reference numerals is as follows:
11: the audio-frequency play mode Option stage;
12: casing;
121: the audio-frequency play mode selection portion;
13: audio frequency is play chip;
14: loudspeaker;
15: audio-frequency play mode is selected module.
Embodiment
Below in conjunction with diagram, preferred embodiment of the present utility model is described in detail.
Please refer to Fig. 1 and Fig. 2, Fig. 1 is the structural representation of the preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model.The sound equipment with visual audio mode Option stage of this preferred embodiment comprises that a plurality of audio-frequency play mode Option stages 11, surface comprise casing 12, audio frequency broadcasting chip 13, loudspeaker 14 and the audio-frequency play mode selection module 15 of an audio-frequency play mode selection portion 121.Wherein audio-frequency play mode selection portion 121 is be used to arranging audio-frequency play mode Option stage 11; Audio frequency is play chip 13 be used to using corresponding audio-frequency play mode to process audio signal; Loudspeaker 14 are arranged on casing 12, for audio plays, play the audio signal after chip 13 is processed; Audio-frequency play mode selects module 15 to be arranged in casing 12, for the audio-frequency play mode Option stage 11 according to arranging on audio-frequency play mode selection portion 121, determines the audio-frequency play mode that audio frequency broadcasting chip 13 uses; Audio-frequency play mode selects module 15 and audio frequency broadcasting chip 13 to be connected.
When the sound equipment with visual audio mode Option stage of this preferred embodiment uses, please refer to Fig. 1, at first the user selects corresponding audio-frequency play mode Option stage 11 according to the information that arranges on audio-frequency play mode Option stage 11 and definite audio-frequency play mode, and this audio-frequency play mode Option stage 11 is arranged on the audio-frequency play mode selection portion 121 of casing 12; With the audio-frequency play mode in rear box 12, select module 15 to determine corresponding audio-frequency play mode according to the audio-frequency play mode Option stage 11 that arranges on audio-frequency play mode selection portion 121; Then audio frequency is play after chip 13 uses this audio-frequency play mode of determining to process audio signal and is sent loudspeaker 14 to, finally is arranged on the audio signal that the loudspeaker 14 on casing 12 play audio frequency after chip 13 is processed and plays to the user.
As the user, need to change audio-frequency play mode, only need to change the audio-frequency play mode Option stage 11 that arranges on audio-frequency play mode selection portion 121; Audio-frequency play mode selects module 15 to determine corresponding audio-frequency play mode according to the audio-frequency play mode Option stage 11 after changing subsequently; Then audio frequency is play after chip 13 uses this audio-frequency play mode of determining to process audio signal and is sent loudspeaker 14 to, and the audio signal that last loudspeaker 14 are play audio frequency after chip 13 is processed plays to the user.
The handoff procedure of the audio-frequency play mode in this preferred embodiment only needs the user to change the audio-frequency play mode Option stage 11 that arranges on audio-frequency play mode selection portion 121, on each audio-frequency play mode Option stage 11, be provided with simultaneously the information of obvious audio-frequency play mode, user's operation of therefore switching audio-frequency play mode is very simple and convenient.
The use schematic view illustrating concrete use procedure with sound equipment of visual audio mode Option stage of the present utility model below by the specific embodiment of Fig. 2 and Fig. 3.
Fig. 2 is the use schematic diagram of the first preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model.In this preferred embodiment, being shaped as of the casing 12 of sound equipment is square, and sound equipment play mode selection portion 121 is arranged on the upper surface of casing 12, loudspeaker 14 and the side that all is arranged on casing 12 be used to the switch key (not shown) of opening sound equipment.The audio-frequency play mode selection portion 121 of this casing 12 comprises a plurality of contact holes, each audio-frequency play mode Option stage 11 comprises a contact site for filling contact hole at least, make each audio-frequency play mode Option stage 11 can fill at least on the audio-frequency play mode selection portion contact hole of 121, quantity or the position of the contact hole that different audio-frequency play mode Option stages 11 is filled are all different.
As shown in Figure 2, as audio-frequency play mode selection portion 121, comprise 3 contact holes, this sound equipment with visual audio mode Option stage can arrange at most 8 different audio-frequency play mode Option stages 11, and the position of the contact hole that the quantity of the contact site on each different audio-frequency play mode Option stage 11 maybe can be filled is all different.
On each audio-frequency play mode Option stage 11, be provided with the information associated with corresponding audio-frequency play mode, as at least one in word, image and color, the information on Fig. 2 sound intermediate frequency play mode Option stage 11 is indicated in respectively the top of respective audio play mode Option stage 11.
In Fig. 2, information on the audio-frequency play mode Option stage 11 on the left side is the sun, represent that this sound equipment is in the dynamic audio-frequency play mode of broadcasting on daytime (under dynamic audio-frequency play mode, the signal of the bass part of audio frequency and high pitch part all strengthens, make the bass part of audio frequency more powerful, the high pitch part is more clear, allows the people that sensation is in the sun arranged), at this moment audio-frequency play mode Option stage 11 is filled three contact holes on audio-frequency play mode selection portion 121 simultaneously.Information on middle audio-frequency play mode Option stage 11 is the moon, represent that this sound equipment is in the soft audio-frequency play mode of broadcasting in evening (under soft audio-frequency play mode, the signal of the bass part of audio frequency and high pitch part is all decayed, and audio frequency integral body is carried out dynamic compression, this audio frequency is quite soft, there is no large fluctuating, be adapted at listening to night), at this moment audio-frequency play mode Option stage 11 is filled the contact hole on the left side on audio-frequency play mode selection portion 121.Information on the audio-frequency play mode Option stage 11 on the left side is blue sky and white cloud, represent that this sound equipment is in pure and fresh audio-frequency play mode (under pure and fresh audio-frequency play mode, the alt part of audio frequency strengthens a little, the sensation of the whole style of audio frequency some " little pure and fresh "), at this moment audio-frequency play mode Option stage 11 is filled two contact holes on the left side on audio-frequency play mode selection portions 121.
When the sound equipment with visual audio mode Option stage of this preferred embodiment uses, as the user, want by day to carry out with dynamic audio-frequency play mode the broadcasting of music, the audio-frequency play mode Option stage 11 that by information is the sun is arranged in corresponding audio-frequency play mode selection portion 121, and audio-frequency play mode Option stage 11 has been filled three contact holes of audio-frequency play mode selection portion 121; Audio-frequency play mode selects module 15 to determine dynamic audio-frequency play mode according to the occupied state of contact hole subsequently; Then audio frequency is play after chip 13 uses this innervation audio-frequency play mode to process audio signal and is sent loudspeaker 14 to, and the audio signal that last loudspeaker 14 are play audio frequency after chip 13 is processed plays to the user; The user can see the information of the sun on audio-frequency play mode Option stage 11 simultaneously, can know clearly that sound equipment carries out the audio frequency broadcasting with dynamic audio-frequency play mode.
As to evening, when the user need to carry out the audio frequency broadcasting with soft audio-frequency play mode, only need audio-frequency play mode Option stage 11 before from audio-frequency play mode selection portion 121, taking out, the audio-frequency play mode Option stage 11 that is the moon by information is arranged in corresponding audio-frequency play mode selection portion 121, and audio-frequency play mode Option stage 11 has been filled the contact hole on the left side of audio-frequency play mode selection portion 121; Audio-frequency play mode selects module 15 to determine soft audio-frequency play mode according to the occupied state of contact hole subsequently; Then audio frequency is play after chip 13 uses this soft audio-frequency play mode to process audio signal and is sent loudspeaker 14 to, and the audio signal that last loudspeaker 14 are play audio frequency after chip 13 is processed plays to the user; The user can see the information of the moon on audio-frequency play mode Option stage 11 simultaneously, can know clearly that sound equipment carries out the audio frequency broadcasting with soft audio-frequency play mode.
Therefore the user can be switched by 11 pairs of audio-frequency play modes of different audio-frequency play mode Option stages are set on audio-frequency play mode selection portion 121, and by the information on audio-frequency play mode Option stage 11, corresponding audio-frequency play mode is carried out to user's prompting, make the user clearly know the audio-frequency play mode of the current audio frequency of sound equipment.In this preferred embodiment, information and corresponding audio-frequency play mode can specifically arrange according to user's needs, and the difference of concrete information or the difference of audio-frequency play mode do not limit protection range of the present utility model.
Fig. 3 is the use schematic diagram of the second preferred embodiment of the sound equipment with visual audio mode Option stage of the present utility model.In this preferred embodiment, being shaped as of the casing 12 of sound equipment is square, and audio-frequency play mode selection portion 121 is arranged on the upper surface of casing 12, loudspeaker 14 and the side that all is arranged on casing 12 be used to the switch key (not shown) of opening sound equipment.The audio-frequency play mode selection portion 121 of this casing 12 comprises a plurality of contacts, each audio-frequency play mode Option stage 11 comprises that at least one be used to contacting the contact site of contact, make each audio-frequency play mode Option stage 11 can contact at least a contact on audio-frequency play mode selection portion 121, quantity or the position of the contact of different audio-frequency play mode Option stage 11 contacts are all different.
As shown in Figure 3, as audio-frequency play mode selection portion 121, comprise 3 contacts, this sound equipment with visual audio mode Option stage can arrange at most 8 different audio-frequency play mode Option stages 11, and the position of the contact that the quantity of the contact site on each different audio-frequency play mode Option stage 11 maybe can contact is all different.
On each audio-frequency play mode Option stage 11, be provided with the information associated with corresponding audio-frequency play mode, as at least one in word, image and color, the information on Fig. 3 sound intermediate frequency play mode Option stage 11 can directly view.
In Fig. 3, information on the audio-frequency play mode Option stage 11 on the left side is the male sex, represent that this sound equipment is in the dynamic audio-frequency play mode that the male sex prefers, at this moment audio-frequency play mode Option stage 11 contacts whole three contacts on audio-frequency play mode selection portion 121 simultaneously.Information on middle audio-frequency play mode Option stage 11 is the women, represents that this sound equipment is in the soft audio-frequency play mode that the women prefers, at this moment first contact on audio-frequency play mode Option stage 11 filling audio-frequency play mode selection portions 121.Information on the audio-frequency play mode Option stage 11 on the left side is family of three, representing that this sound equipment is in is suitable for Joker audio-frequency play mode that the whole family listens to (under the Joker audio-frequency play mode, the intermediate-frequency section of audio frequency strengthens, the suitable whole family listens to), at this moment audio-frequency play mode Option stage 11 contacts first and the 3rd contact on audio-frequency play mode selection portions 121.
When the sound equipment with visual audio mode Option stage of this preferred embodiment uses, as the user, want by day to carry out with dynamic audio-frequency play mode the broadcasting of music, the audio-frequency play mode Option stage 11 of information for the male sex is arranged in corresponding audio-frequency play mode selection portion 121, audio-frequency play mode Option stage 11 touches whole three contacts of audio-frequency play mode selection portion 121; Audio-frequency play mode selects module 15 to determine dynamic audio-frequency play mode according to the contact condition of contact subsequently; Then audio frequency is play after chip 13 uses this innervation audio-frequency play mode to process audio signal and is sent loudspeaker 14 to, and the audio signal that last loudspeaker 14 are play audio frequency after chip 13 is processed plays to the user; The user can see the information of the male sex on audio-frequency play mode Option stage 11 simultaneously, can know clearly that sound equipment carries out the audio frequency broadcasting with dynamic audio-frequency play mode.
As to evening, when the user need to carry out the audio frequency broadcasting with soft audio-frequency play mode, only need audio-frequency play mode Option stage 11 before from audio-frequency play mode selection portion 121, taking out, the audio-frequency play mode Option stage 11 that is the women by information is arranged in corresponding audio-frequency play mode selection portion 121, and audio-frequency play mode Option stage 11 has contacted first contact of audio-frequency play mode selection portion 121; Audio-frequency play mode selects module 15 to determine soft audio-frequency play mode according to the contact condition of contact subsequently; Then audio frequency is play after chip 13 uses this soft audio-frequency play mode to process audio signal and is sent loudspeaker 14 to, and the audio signal that last loudspeaker 14 are play audio frequency after chip 13 is processed plays to the user; The user can see the information of women on audio-frequency play mode Option stage 11 simultaneously, can know clearly that sound equipment carries out the audio frequency broadcasting with soft audio-frequency play mode.
In this preferred embodiment, information and corresponding audio-frequency play mode can specifically arrange according to user's needs, and the difference of concrete information or the difference of audio-frequency play mode do not limit protection range of the present utility model.
Sound equipment with visual audio mode Option stage of the present utility model switches audio-frequency play mode by different audio-frequency play mode Option stages is set on the audio-frequency play mode selection portion, and by the information on the audio-frequency play mode Option stage, corresponding audio-frequency play mode is carried out to user's prompting; Solved the more complicated technical problem of user's operation of existing sound equipment switching audio-frequency play mode.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all any modifications of doing in spirit of the present utility model and principle, be equal to and replace or improvement etc., all should be included in protection range of the present utility model.
Claims (10)
1. the sound equipment with visual audio mode Option stage, is characterized in that, comprising:
A plurality of audio-frequency play mode Option stages;
Casing, surface comprise an audio-frequency play mode selection portion, be used to described audio-frequency play mode Option stage is set;
Audio frequency is play chip, be used to using corresponding audio-frequency play mode, audio signal is processed;
Loudspeaker, be arranged on described casing, be used to playing described audio frequency, plays the audio signal after chip is processed; And
Audio-frequency play mode is selected module, is arranged in described casing, for the described audio-frequency play mode Option stage according to arranging on described audio-frequency play mode selection portion, determines the audio-frequency play mode that described audio frequency broadcasting chip uses;
Described audio-frequency play mode selects module and described audio frequency broadcasting chip to be connected.
2. the sound equipment with visual audio mode Option stage according to claim 1, it is characterized in that, described audio-frequency play mode selection portion comprises a plurality of contact holes, each described audio-frequency play mode Option stage is filled a contact hole on described audio-frequency play mode selection portion at least, quantity or the position difference of the described contact hole that different described audio-frequency play mode Option stages are filled.
3. the sound equipment with visual audio mode Option stage according to claim 2, is characterized in that, on described audio-frequency play mode Option stage, is provided with the information associated with corresponding audio-frequency play mode.
4. the sound equipment with visual audio mode Option stage according to claim 3, is characterized in that, described information comprises at least one in word, image and color.
5. the sound equipment with visual audio mode Option stage according to claim 1, it is characterized in that, described audio-frequency play mode selection portion comprises a plurality of contacts, each described audio-frequency play mode Option stage contacts a contact on described audio-frequency play mode selection portion at least, quantity or the position difference of the described contact of different described audio-frequency play mode Option stage contacts.
6. the sound equipment with visual audio mode Option stage according to claim 5, is characterized in that, on described audio-frequency play mode Option stage, is provided with the information associated with corresponding audio-frequency play mode.
7. the sound equipment with visual audio mode Option stage according to claim 6, is characterized in that, described information comprises at least one in word, image and color.
8. according to claim 2 or 5 described sound equipments with visual audio mode Option stage, is characterized in that, being shaped as of described casing is square, and described audio-frequency play mode selection portion is arranged on the upper surface of described casing.
9. the sound equipment with visual audio mode Option stage according to claim 8, is characterized in that, described loudspeaker are arranged on the side of described casing.
10. the sound equipment with visual audio mode Option stage according to claim 8, it is characterized in that, described sound equipment with visual audio mode Option stage also comprises that described switch is arranged on the side of described casing be used to opening described switch key with sound equipment of visual audio mode Option stage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203066139U CN203301684U (en) | 2013-05-28 | 2013-05-28 | Audio equipment with visual audio mode selection pieces |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203066139U CN203301684U (en) | 2013-05-28 | 2013-05-28 | Audio equipment with visual audio mode selection pieces |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203301684U true CN203301684U (en) | 2013-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203066139U Expired - Fee Related CN203301684U (en) | 2013-05-28 | 2013-05-28 | Audio equipment with visual audio mode selection pieces |
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| Country | Link |
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| CN (1) | CN203301684U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110096248A (en) * | 2018-01-30 | 2019-08-06 | 深圳市诚壹科技有限公司 | A kind of pickup playback method, system and smart phone |
-
2013
- 2013-05-28 CN CN2013203066139U patent/CN203301684U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110096248A (en) * | 2018-01-30 | 2019-08-06 | 深圳市诚壹科技有限公司 | A kind of pickup playback method, system and smart phone |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131120 Termination date: 20170528 |