WO2017089875A1 - 一种充气式音响系统 - Google Patents

一种充气式音响系统 Download PDF

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Publication number
WO2017089875A1
WO2017089875A1 PCT/IB2016/001464 IB2016001464W WO2017089875A1 WO 2017089875 A1 WO2017089875 A1 WO 2017089875A1 IB 2016001464 W IB2016001464 W IB 2016001464W WO 2017089875 A1 WO2017089875 A1 WO 2017089875A1
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WO
WIPO (PCT)
Prior art keywords
inflatable
speaker
sound system
hole
drum
Prior art date
Application number
PCT/IB2016/001464
Other languages
English (en)
French (fr)
Inventor
何天华
Original Assignee
华得科技股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from TW104218823U external-priority patent/TWM534487U/zh
Application filed by 华得科技股份有限公司 filed Critical 华得科技股份有限公司
Publication of WO2017089875A1 publication Critical patent/WO2017089875A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00—Details of transducers, loudspeakers or microphones
    • H04R1/02—Casings; Cabinets ; Supports therefor; Mountings therein
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00—Details of transducers, loudspeakers or microphones
    • H04R1/20—Arrangements for obtaining desired frequency or directional characteristics

Definitions

  • the present invention relates to an inflatable sound system. Background technique
  • the sound system usually consists of a sound source device and a speaker.
  • the speaker is the terminal of the entire sound system. Its function is to convert the audio energy into corresponding sound energy and radiate it into the space. It is an extremely important part of the sound system. Generally speaking, the larger the volume of the speaker, the better the reduction of the low-frequency sound, so the better the sound effect is achieved. Therefore, in the prior art or products, most of the sounds are obtained by using a large-sized speaker. .
  • the ensuing problem is: At present, the speaker module of the speaker is usually made of wood, paint or soaked cardboard. Because of its heavy weight and bulkiness, it is not easy to store or carry, so it has higher production cost. High and inconvenient to carry. Summary of the invention
  • an object of the present invention is to provide an inflatable sound system which is simple in structure, convenient to use, small in size, light in weight, and excellent in sound effect.
  • the invention discloses an inflatable sound system, which mainly comprises: a horn unit, used as a sound source device of an inflatable sound system; an inflatable capsule body having a sealed cavity, which is made of a film material, and is used for As a speaker of at least part of the inflatable sound system; an air conducting structure is disposed on the inflatable capsule for conducting sound waves of the single speaker; the speaker module is a hollow box structure for placing the push speaker The electronic circuit for body sounding, the electrical connection between the speaker module and the speaker unit.
  • the speaker module is connected to the lower side of the inflatable capsule, and the center of the inflatable capsule is provided with a through hole communicating with the outside at both ends, and the lower side of the through hole is provided with a passage connecting the inside of the speaker module and the through hole, the passage and the charging
  • the sealing cavity of the airbag body is isolated.
  • the air conducting structure comprises a through hole and a channel, and the speaker unit is placed inside the channel or in the channel, and the front surface of the speaker unit faces the channel and sounds to the outside through the through hole.
  • the speaker module is connected to the lower side of the inflatable capsule, and the center of the inflatable capsule is provided with a through hole connecting the two ends to the outside.
  • the air conduction structure includes a through hole, and the speaker unit is placed in the through hole, and the speaker unit is The front surface of the through hole is audible to the outside, and the back surface of the horn is fixed to the wall of the through hole.
  • the upper panel of the speaker module is provided with at least one connecting seat, and the speaker module is connected to the lower side of the inflatable capsule through the connecting seat.
  • the panel of the speaker module around the outside of the connector is further provided with an adsorption surface.
  • the adsorption surface bonds or fastens the film of the inflatable capsule.
  • the center of the inflatable capsule is provided with a through hole communicating with the outside at both ends, and the speaker module is disposed in the through hole, and a hole is formed on one surface of the speaker module facing the one end of the through hole, and the air conduction structure includes The through hole and the air hole, the speaker unit is placed inside the speaker module, and the front surface of the speaker unit faces the air hole and sounds outward through the through hole.
  • one or more baffles are disposed inside the horn module.
  • the inflatable capsule is provided with a charging and discharging nozzle for injecting gas or liquid into the inflating portion.
  • a charging and discharging nozzle for injecting gas or liquid into the inflating portion.
  • an inflator is further included, and the inflator is connected to the speaker module or to the inflatable capsule.
  • one side of the inflatable capsule is composed of a cortical film material, so that the inflatable capsule can be used as a drum; the inflatable capsule is provided with a gas column, and the inflatable capsule is connected to the first inflatable drum set through the air column, first
  • the inflatable drum set includes at least two inflatable drums. ;
  • the inflatable sound system further includes a floor mat, and the floor mat is connectable with the speaker module.
  • the floor mat is provided with a plurality of drum columns, and the plurality of drum columns are respectively connected to the plurality of inflatable drums to form a second inflatable drum set.
  • the drum faces of the respective inflatable drums of the first inflatable drum set and/or the second inflatable drum set are a mesh structure.
  • one or more light modules are provided on the inflatable bladder and/or on each of the inflatable drums.
  • the speaker can be conveniently taken anywhere, which is convenient to use and store, and is light and convenient, thereby solving the problem of inconvenience of carrying a large-sized speaker, and at the same time, utilizing the air chamber inside the inflatable capsule. It acts as a gas barrier and also provides better sound.
  • the inflatable capsule itself can act as an inflatable drum or a drum in the drum.
  • an inflatable drum kit can be formed, so that each drum surface can be hit while playing music. Convenient drumming practice or performance.
  • FIG. 1 is a schematic structural view of main components of an inflatable sound system according to Embodiment 1 of the present invention.
  • FIG. 2 is a schematic diagram showing different shapes of an inflatable sound system according to Embodiment 1 of the present invention.
  • FIG. 3 is a schematic structural diagram of a speaker module according to Embodiment 1 of the present invention.
  • FIG. 4 is a schematic structural diagram of main components of an inflatable sound system according to Embodiment 2 of the present invention.
  • FIG. 5 is a schematic structural view of a lighting module of an inflatable sound system according to Embodiment 2 of the present invention
  • 6 is a schematic structural view of a first inflatable drum set in combination with an inflatable sound system according to a fourth embodiment of the present invention
  • FIG. 7 is a schematic structural view of a second inflatable drum set of an inflatable sound system according to a fifth embodiment of the present invention
  • FIG. 9 is a plan view showing a combination of two inflatable drum sets in an inflatable sound system according to Embodiment 5 of the present invention.
  • Figure 10 is a schematic view showing the overall structure of an inflatable sound system in combination with two inflatable drum sets and a foot pedal according to a fifth embodiment of the present invention.
  • FIG. 11 is a schematic diagram of an overall design of a speaker module according to Embodiment 5 of the present invention.
  • the figure number is as follows - 1 inflatable balloon; la bass drum;
  • the embodiment relates to an inflatable sound system, which mainly comprises a horn unit 2, which is used as a sound source device for an inflatable sound system; and an inflatable capsule 1 having a sealed cavity, which is made of a film material.
  • the speaker is used as at least part of the inflatable sound system; the air conducting structure 3 is disposed on the inflatable capsule for transmitting the sound wave of the speaker unit; the speaker module 4 is a hollow box structure, The electronic circuit for igniting the speaker unit is placed, and the speaker module and the speaker unit are electrically connected.
  • the horn module 4 is connected to the lower side of the inflatable capsule 1.
  • the center of the inflatable capsule 1 is provided with a through hole 3b communicating with the outside at both ends, and the lower side of the through hole 3b is provided with a connecting horn module.
  • the inner passage and the passage 3c of the through hole 3b are separated from the sealed cavity of the inflatable capsule.
  • the air conducting structure 3 includes the through hole 3b and the passage 3c, and the horn unit 2 is placed inside the horn module 4 or the passage 3c
  • the front side of the horn unit faces the passage 3c and sounds to the outside through the through hole 3b.
  • the upper panel of the horn module 4 can be configured as an openable cover structure.
  • the upper cover as shown by 4a in FIG. 3 can also be configured as a fixed panel structure, and the upper panel of the horn module.
  • At least one connecting seat 5 is provided, and the horn module 4 is connected to the lower side of the inflatable capsule 1 through the connecting seat 5.
  • An adsorption surface 4b is further disposed on the panel of the speaker module 4 around the outer side of the connecting base 5. When the speaker module 4 is connected to the inflatable capsule 1 through the connecting base 5, the adsorption surface 4b bonds the film of the inflatable capsule 1 or Fasten.
  • the adsorption surface 4b may be composed of a sticky sheet or a magic glue or a magnetic sheet, and may also be combined with each other using a structure of a cassette, and the adsorption surface 4b can be bonded or fastened to the contact surface of the inflatable capsule 1 to make a connection.
  • the seat 5 is more closely connected to the inflatable capsule 1.
  • the inflatable capsule since the inflatable capsule is used to enlarge the volume of the speaker, the weight of the entire inflatable sound system is very light, and the volume of the speaker after the inflation can be made large, and the large speaker is required to display the weight.
  • the air inside the inflatable capsule can be used to cause the air chamber isolation effect, resulting in a unique ultra-low audio. effect.
  • the inflatable sound system of the embodiment may include one or more speaker units 2, and the speaker unit 2 is a sound source device of the inflatable sound system, such as a speaker; in an inflatable sound system, only one speaker may be provided.
  • a plurality of horn units 2 can also be selected as the different horn units of the high, medium and low sound. Accordingly, when a plurality of horn units 2 are provided, a plurality of air conducting structures 3 may be disposed on the inflatable capsule to conduct sound waves emitted from the plurality of horn units due to the need to conduct sound waves of different frequencies.
  • one or more charging and discharging nozzles 6 may be disposed on the inflatable capsule 1, and various air or air may be injected into the inflatable capsule 1 through the charging and discharging nozzle 6. liquid.
  • the shape of the speaker formed by the inflatable capsule 1 can have different shape changes, such as a square shape, a circular shape, a cylindrical shape, a polygonal shape, or a different doll shape, etc.
  • the inflatable balloon body 1 can also be The use of a solid wrench to form a differently shaped horn module 4, such as a square or cylindrical structure, makes its shape more variable.
  • the inflatable capsule 1 may be made of a non-transparent material such that it has a different color change, and a transparent material may be used as the outer wall of the inflatable capsule 1, so that the inflatable capsule 1 is more practical and aesthetically pleasing.
  • the inflatable balloon 1 has a hollow structure inside, and the gas-filled capsule 1 is filled with gas or liquid through the charging and discharging nozzle 6, and can form various speakers such as a closed speaker, an open speaker, an inverted speaker, and the like.
  • Structure; an acoustic damping material such as porous cotton may be disposed inside the inflatable capsule 1; or some lightweight structures such as styrofoam or cotton cloth, cotton balls, such as shock waves of the inflatable sound system may be provided. Or the rhythm of the sound wave jumps to obtain a better visual effect; as shown in FIG. 1, the handle 7 can be further disposed on the inflatable capsule 1, and the user can lift the inflatable sound system by using the handlebar 7, which is convenient. Carrying out, it is also convenient to use or store.
  • one or more baffles 8 may be disposed in the horn module 4, and the baffle 8 can isolate the sound field and the electronic components, and can also generate different sounds.
  • the delay forms an oscillating circuit with the air, further optimizing the sound effect.
  • one side of the speaker module 4 is provided with a switch 9, a power connector 10, a volume change module 11, a USB interface 12, or a sound source interface 13.
  • the circuit module 14 and the battery module 15 may also be disposed inside the speaker module 4.
  • the battery module 15 can supply power to the speaker module 4, and is convenient for use in the outdoors without a power source.
  • an optical projection device can be disposed inside or outside the speaker module 4, and a capsule of one side of the inflatable capsule 1 is used as a projection surface to project various films or photos.
  • a manual, foot or electric inflator can be arranged in the speaker module 4 or on the inflatable capsule 1.
  • the inflatable balloon 1 can be directly inflated by simply connecting the tube, which is more convenient to use.
  • the embodiment relates to an inflatable sound system, mainly comprising a horn unit 2, which is used as a sound source device for an inflatable sound system; an inflatable capsule 1 having a sealed cavity, which is made of a film material. Made for inflating At least part of the speaker of the sound system; the air conducting structure 3 is disposed on the inflatable capsule for conducting sound waves of the speaker unit; the speaker module 4 is a hollow box structure for placing the push speaker The electronic circuit for body sounding, the electrical connection between the speaker module and the speaker unit.
  • the horn module 4 is connected to the lower side of the inflatable capsule 1.
  • the center of the inflatable capsule 1 is provided with a through hole 3b at both ends connected to the outside.
  • the air conducting structure 3 includes a through hole 3b, and the horn is single.
  • the body 2 is placed in the through hole 3b, and the front surface of the horn unit 2 faces the outside of the through hole 3b to sound externally, and the back surface of the horn unit 2 is fixed to the hole wall of the through hole 3b.
  • the upper panel of the horn module 4 can be configured as an openable cover structure.
  • the upper cover as shown by 4a in FIG. 3 can also be configured as a fixed panel structure, and the upper panel of the horn module.
  • At least one connecting seat 5 is provided, and the horn module 4 is connected to the lower side of the inflatable capsule 1 through the connecting seat 5.
  • An adsorption surface 4b is further disposed on the panel of the speaker module 4 around the outer side of the connecting base 5. When the speaker module 4 is connected to the inflatable capsule 1 through the connecting base 5, the adsorption surface 4b bonds the film of the inflatable capsule 1 or Fasten.
  • the adsorption surface 4b may be composed of a sticky sheet or a magic glue or a magnetic sheet, and may also be combined with each other using a structure of a cassette, and the adsorption surface 4b can be bonded or fastened to the contact surface of the inflatable capsule 1 to make a connection.
  • the seat 5 is more closely connected to the inflatable capsule 1.
  • the other end of the through hole 3b may be provided with a bottom plate, and the bottom plate and the through hole 3b form a sealed cavity space, and the back surface of the horn unit 2 is sealed in the cavity space; or the bottom plate may be provided A lead-out tube communicates the cavity space with the outside, and at this time, the cavity space is semi-open, and the back surface of the horn unit 2 is enclosed in the cavity space.
  • the bottom plate can encapsulate all or part of the sound waves emitted from the back surface of the horn unit 2 in the cavity space, thereby distinguishing the sound emitted from the front and back sides of the horn unit 2, and reducing the influence of the sound waves emitted from the back surface of the horn unit 2, Further enhance the positive sound effects and achieve better sound effects.
  • At least one light module 16 may be provided inside or outside the horn module 4 or the inflatable capsule 1 for inflating
  • the sound system illuminates or produces a variety of lighting effects.
  • the light module 16 can be various forms of lighting devices such as LEDs, illuminants, light bulbs, etc., and can also be a display.
  • the light module 16 can also make various interactive or random changes with the music rhythm or time, or display various images. , increase the effect of the show.
  • the inflatable capsule since the inflatable capsule is used to enlarge the volume of the speaker, the weight of the entire inflatable sound system is very light, and the volume of the speaker after the inflation can be made large, and the large speaker is required to display the weight.
  • the bass it can be replaced with different inflatable capsules at any time, so that the problem of inconvenient handling of the traditional large speaker can be solved.
  • the air inside the inflatable capsule can be used to cause the air chamber isolation effect, resulting in a unique ultra-low audio. effect.
  • the embodiment relates to an inflatable sound system, mainly comprising a speaker unit 2, which is used as an inflatable sound system Sound source device; an inflatable balloon 1 having a sealed cavity, made of a film material, used as a speaker for at least part of an inflatable sound system; an air conducting structure 3, disposed on the inflatable capsule, for horn single The sound wave of the body is conducted out; the speaker module 4 is a hollow box structure for placing an electronic circuit for driving the sound of the speaker, and electrically connecting the speaker module and the speaker unit.
  • the center of the inflatable capsule 1 is provided with a through hole 3b communicating with the outside at both ends, and the horn module 4 is placed in the through hole 3c, and the horn module 4 is provided with a gas on the one side of the through hole 3b.
  • the hole 3a at this time, the air conducting structure 3 includes a through hole 3b and a gas hole 3a, and the horn unit 2 is placed inside the horn module 4, and the front surface of the horn unit 2 faces the air hole 3a and sounds outward through the through hole 3b.
  • the speaker module 4 and the speaker unit 2 are simultaneously placed in the air conduction structure, and the back surface of the speaker unit 2 is directly enclosed in the box space of the speaker module 4, thereby reducing the back surface of the speaker unit 2. Produce sound waves for better sound.
  • At least one connecting seat 5 can be disposed on the panel of the speaker module 4, and the through hole 3b is connected to the speaker module 4 through the connecting base 5; the panel of the speaker module around the outer side of the connecting base 5
  • An adsorption surface 4b may also be provided.
  • the adsorption surface 4b bonds or fastens the film of the inflatable capsule 1.
  • the adsorption surface 4b may be composed of a sticky sheet or a magic glue or a magnetic sheet, and may also be combined with each other using a structure of a cassette, and the adsorption surface 4b can be bonded or fastened to the contact surface of the inflatable capsule 1 to make a connection.
  • the seat 5 is more closely connected to the inflatable capsule 1.
  • At least one light module 16 may be provided inside or outside the horn module 4 or the inflatable capsule 1 for inflating
  • the sound system illuminates or produces a variety of lighting effects.
  • the light module 16 can be various forms of lighting devices such as LEDs, illuminants, light bulbs, etc., and can also be a display.
  • the light module 16 can also make various interactive or random changes with the music rhythm or time, or display various images. , increase the effect of the show.
  • the inflatable capsule since the inflatable capsule is used to enlarge the volume of the speaker, the weight of the entire inflatable sound system is very light, and the volume of the speaker after the inflation can be made large, and the large speaker is required to display the weight.
  • the bass it can be replaced with different inflatable capsules at any time, so that the problem of inconvenient handling of the traditional large speaker can be solved.
  • the air inside the inflatable capsule can be used to cause the air chamber isolation effect, resulting in a unique ultra-low audio. effect.
  • the embodiment relates to an inflatable sound system connectable to a drum kit, as shown in FIG. 6, comprising a horn unit 2, as a sound source device for an inflatable sound system; an inflatable bladder 1 having a sealed cavity, Made of a film material, used as a speaker for at least part of the speaker unit 2; the speaker module 4 is a hollow box structure for placing an electronic circuit for driving the speaker unit 2 to sound, the speaker module 4 and The speaker unit 2 is electrically connected.
  • the membrane material of the cortex is constructed such that the inflatable capsule 1 can be used as a drum body: the inflatable capsule 1 is provided with a gas column 18, and the inflatable balloon 1 is connected to the first inflatable drum set 17 through the air column 18, the first inflatable drum set 17 includes at least two inflatable drums 17a and 17b.
  • the first inflatable drum set 17 may further include three or more inflatable drums.
  • the inflatable bladder 1 itself may become the bass drum la in the inflatable drum set, and the inflatable bladder 1 passes through the air column 18
  • the first inflating drum set 17 includes a left through drum 17a and a right through drum 17b, and the first inflating drum set 17 may also include other various forms of musical instruments, such as a snare drum, a high hat, Floor drums, broken sounds, crepe sounds, etc.
  • the first inflatable drum set is combined with the inflatable sound system, and the inflatable sound system is actually formed as an inflatable drum or a drum in the drum, and combined with other inflatable drum components, An inflatable jazz drum set or drum kit, so you can play the drums while hitting the drum heads and practicing or playing the drummer. Since the speakers and drum kits can be inflatable, they can be easily used. With storage.
  • Example, column 18 and the balloon 1 may be movable or removable manner connected employed, the present embodiment may be adopted.
  • the gas column 18 may be a hollow capsule or other structure having a supporting effect.
  • the air column 18 is fixedly connected with the inflatable balloon 1, the inflatable balloon 1 and the air column 18 may be internally connected to each other through the inflatable bladder.
  • the charging and discharging nozzle 6 on the body 1 can simultaneously inject gas or liquid into the air column 18; meanwhile, the first inflating drum set 17 can also communicate with the inside of the inflatable balloon body 1 and the air column 18 through the inflatable balloon body 1
  • the upper and lower venting nozzles 6 can simultaneously charge the gas or liquid to the respective inflatable drums of the first inflatable drum set 17 by the air column 18, thereby conveniently forming an inflatable jazz drum set or drum kit at one time.
  • an optical projection device may be disposed inside or outside the horn module 4 or the inflatable capsule 1, using one side of the inflatable capsule 1 and a capsule of each inflatable drum of the first inflatable drum set 17 as a projection surface. Cast a variety of movies or photos.
  • a connection port for connecting the light module can be reserved on the side of the first inflatable drum set 17, and each of the inflatable drums of the first inflatable drum set 17 can be provided with a light module 16 for the inflatable sound system.
  • Lighting or manufacturing various lighting effects; the lighting module 16 can be various forms of lighting equipment such as LEDs, illuminants, light bulbs, etc., and can also be a display, the lighting module 16 can also make various interactions or random with the music rhythm or time. Change, or display a variety of graphics, increase the effect of the show.
  • one side of the speaker module 4 can be provided with a drum set socket 24, a pedal socket 25, a sound source socket 26, etc., and the bottom of the speaker module 4 can also be provided with a foot seat 27; the drum set socket 24 can be The tapping signals of the first inflatable drum set 17 are transmitted to the circuit modules of the inflatable sound system, or used to control the respective light modules 16 on the first inflatable drum set 17.
  • liquid or sand may be filled in each gas chamber of the inflatable capsule 1 or the first inflatable drum set 17 to Increase weight and stability.
  • the respective drum faces of the first inflatable drum set 17 may have a mesh structure.
  • a manual, foot or electric inflator can also be provided, and the inflatable capsule 1 and the first inflatable drum set 17 can be directly inflated by simply connecting the tubes. , the use is more convenient.
  • This embodiment relates to another inflatable sound system that can be connected to a drum set, as shown in FIG. 7, including a horn unit 2, as a sound source device for an inflatable sound system; an inflatable bladder 1 having a sealed chamber , made of a film material, used as a speaker for at least part of the speaker unit 2; the speaker module 4 is a hollow box structure for placing an electronic circuit for driving the speaker unit 2 to sound, the speaker module 4 Electrical connection with the horn unit 2.
  • One side of the inflatable balloon 1 is composed of a cortical film material, so that the inflatable balloon 1 can be used as a drum; the inflatable balloon 1 is provided with a gas column 18, and the inflatable balloon 1 is connected to the first inflatable drum set through the air column 18. 17.
  • the first inflatable drum set 17 includes at least two inflatable drums 17a and 17b.
  • the horn module 4 or the inflatable capsule 1 can be combined with the floor mat 19, and the mats 19 can be respectively connected to the drum column 20 through the respective drum column sockets (22a-22e) to form a second inflatable drum set 21
  • a snare drum 21a, a high hat 21b, a floor drum 21c, a broken hammer 21d, a cymbal 21e or other various forms of musical instruments may be included.
  • the first inflatable drum set and the second inflatable drum set are combined with the inflatable sound system, and the inflatable sound system is actually regarded as an inflatable drum or drum in the drum, combined in various types.
  • the other inflatable drum assembly can form an inflatable drum kit or drum kit.
  • the floor mat can quickly and easily combine the inflatable sound system with each drum kit, so that the drum can be played while Strike the drums and practice or play the drummer. Since the speakers and the drum kits can be inflated, they can be easily used and stored.
  • the ground pad 19 can be an inflatable flat mat.
  • the mat 19 can be provided with a plurality of drum post sockets 22, and each drum post socket and each drum post 20 can be inserted, fastened or bonded.
  • the drum column 20 may be an inflatable or other supporting structure, and the inner cushion of the floor mat 19, the drum column 20 and the second inflatable drum set 21 may be internally connected, so that one drum can be conveniently formed at one time. Inflatable jazz drum set or drum kit.
  • the horn module 4 or the inflatable capsule 1 can also be connected to at least one of the pedals 23 for facilitating the use of the high hat 21b or the bass drum la.
  • an optical projection device may be disposed inside or outside the horn module 4 or the inflatable capsule 1, using one side of the inflatable capsule 1 and each of the first inflatable drum set 17 and the second inflatable drum set 21 As a projection surface, the body projects various movies or photos.
  • connection ports connecting the light modules may be reserved on the sides of the first inflatable drum set 17 and the second inflatable drum set 21, and the respective drums of the first inflatable drum set 17 and the second inflatable drum set 21 may be A light module 16 is provided for charging
  • the air-type sound system illuminates or manufactures various lighting effects; the light module 16 can be various forms of lighting devices such as LEDs, illuminants, light bulbs, etc., and can also be a display, and the light module 16 can also make various kinds of music rhythm or time. Interactive or random changes, or display a variety of graphics, increase the performance of the show.
  • one side of the speaker module 4 may be provided with a drum set socket 24, a pedal socket 25, a sound source socket 26, etc., and the bottom of the speaker module 4 may also be provided with a footrest 27
  • the drum set socket 24 can transmit the tapping signals of the first inflatable drum set 17 and the second inflatable drum set 21 to the circuit module of the inflatable sound system, or can be used to control the first inflatable drum set 17 and the second inflatable drum Each light module 16 on group 21.
  • liquid or sand may be filled in each of the gas chamber 1 or the first air drum group 17 and the second air drum group 21 to increase weight and stability.
  • the respective drum faces of the second inflatable drum set 21 are independent of each other, and the respective drum faces of the second inflatable drum set 21 are connected to the drum strings by a magic glue or a card slot.
  • the respective drum faces of the first inflatable drum set 17 and the second inflatable drum set 21 may have a mesh structure.
  • a manual, foot or electric inflator can be provided, and the inflatable capsule 1 and the first inflatable drum set 17 and the second can be directly connected.
  • the inflatable drum set 21 is inflated and is more convenient to use.
  • the inflatable sound system of the present invention can conveniently take the speaker to any place, is convenient to use and store, is light and convenient, thereby solving the problem of inconvenience of carrying a large-sized speaker, and can utilize the gas inside the inflatable capsule.
  • the chamber acts as a gas barrier and provides better sound.
  • the inflatable capsule itself can act as an inflatable drum or a drum in the drum.
  • an inflatable drum kit can be formed, so that each drum surface can be hit while playing music. Convenient drumming practice or performance.
  • the inflatable sound system of the invention has the advantages of simple structure, convenient use, lightness and portability, various forms of expression, low production cost and high market promotion value.

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  • Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Acoustics & Sound (AREA)
  • Signal Processing (AREA)
  • Audible-Bandwidth Dynamoelectric Transducers Other Than Pickups (AREA)

Abstract

一种充气式音响系统，主要包括：喇叭单体（2），用于作为充气式音响系统的声源装置；具有密封腔的充气囊体（1），由薄膜材料制成，用于作为充气式音响系统的至少部分的音箱；空气传导结构（3），设置于充气囊体（1）上，用于将喇叭单体（2）的声波传导出来；喇叭模组（4），为中空的箱体结构，用于放置推动喇叭单体（2）发声用的电子电路，喇叭模组（4）与喇叭单体（2）之间电气连接。这种充气式音响系统，利用一种充气式的囊体结构作为至少一部分的音箱，结构简单，轻巧便携，便于使用与收纳，解决了大体积的音箱携带不便的问题，同时可以利用充气囊体（1）内部的气室起到气体隔离的作用，从而能够获得更佳的声音效果。

Description

一种充气式音响系统
技术领域
本发明涉及一种充气式音响系统。 背景技术
音响系统通常包括以声源装置和音箱， 音箱是整个音响系统的终端， 其作用是把音频 电能转换成相应的声能， 并把它辐射到空间去， 它是音响系统极其重要的组成部分。 通常 而言， 音箱的体积越大， 越有利于低频声音的还原， 因而取得的声音效果就越好， 因此在 现有技术或产品中， 大都通过采用大体积的音箱来获得更好的声音效果。 随之而来的问题 是： 目前通常采用木质、 塗料或浸泡过的硬纸板等材质来制作音箱的喇叭模组， 因为重量 很重， 且体积庞大而不容易收纳或者搬运， 因此具有生产成本较高且不方便携带的问题。 发明内容
为了解决上述问题， 本发明的目的在于提供一种充气式音响系统， 本发明的充气式音 响系统结构简单， 使用方便， 体积小， 重量轻， 并且音响效果好。
本发明公开了一种充气式音响系统， 其特征在于， 主要包括： 喇叭单体， 用于作为充 气式音响系统的声源装置； 具有密封腔的充气囊体， 由薄膜材料制成， 用于作为充气式音 响系统的至少部分的音箱； 空气传导结构， 设置于充气囊体上， 用于将喇叭单体的声波传 导出来； 喇叭模组， 为中空的箱体结构， 用于放置推动喇叭单体发声用的电子电路， 喇叭 模组与喇叭单体之间电气连接。
进一步地， 喇叭模组连接于充气囊体的下方， 充气囊体的中心设有两端连通外部的通 孔， 通孔的下侧设有连通喇叭模组内部和通孔的通道， 通道与充气囊体的密封腔相隔离， 此时空气传导结构包括通孔和通道， 喇叭单体置于喇叭模组内部或者通道中， 喇叭单体的 正面面向通道并通过通孔向外部发声。
进一步地， 喇叭模组连接于充气囊体的下方， 充气囊体的中心设有两端连接外部的通 孔， 此时空气传导结构包括通孔， 喇叭单体置于通孔中， 喇叭单体的正面面对通孔的一端 向外部发声， 喇叭单体背面固定于通孔的孔壁上。
1
确认本 优选地， 喇叭模组的上面板设有至少一个连接座， 喇叭模组通过连接座连接于充气囊 体的下方。
优选地， 连接座外侧周围的喇叭模组的面板上还设有吸附面， 当喇叭模组通过连接座 与充气囊体连接时， 吸附面将充气囊体的薄膜粘合或扣紧。
进一步地， 充气囊体的中心设有两端连通外部的通孔， 喇叭模组置于通孔中， 喇叭模 组的面向通孔一端的一面板上设有气洞， 此时空气传导结构包括通孔和气洞， 喇叭单体置 于喇叭模组内部， 喇叭单体的正面面对气洞并通过通孔向外发声。
优选地， 喇叭模组内部设有一个或多个隔音板。
进一步地， 充气囊体上设置有充放气嘴， 充放气嘴用于将气体或液体注入充气部内。 优选地， 还包括充气装置， 充气装置连接于喇叭模组上或充气囊体上。
进一步地， 充气囊体的一面由皮质的薄膜材料构成， 使得充气囊体可作为鼓体使用； 充气囊体上设有气柱， 充气囊体通过气柱连接至第一充气鼓组， 第一充气鼓组包括至少两 个充气鼓。 ；
进一步地， 充气式音响系统还包括地垫， 地垫可与喇叭模组相连接， 地垫上设有多个 鼓柱， 多个鼓柱分别连接多个充气鼓以形成第二充气鼓组。
优选地， 第一充气鼓组和 /或第二充气鼓组的各个充气鼓的鼓面为网状结构。
优选地， 充气囊体上和 /或各个充气鼓上设有一个或多个灯光模块。
如上， 利用本发明的充气式音响系统， 可以方便地将音箱带去任意地方， 便于使用与 收纳， 轻巧方便， 从而解决大体积的音箱携带不便的问题， 同时可以利用充气囊体内部的 气室起到气体隔离的作用， 也可获得更佳的声音效果。 同时， 充气囊体本身可以充当充气 式的爵士鼓或架子鼓中的大鼓， 组合以其他的充气鼓组件， 便可以形成充气式的鼓组， 因 此可以一边播放音乐一边击打各个鼓面， 很方便的进行击鼓练习或演奏。
为让本发明的上述内容能更明显易懂， 下文特举优选实施例， 并结合附图， 作详细说 明如下。
附图说明
图 1为本发明实施例一的充气式音响系统的主要组件结构示意图；
图 2为本发明实施例一的充气式音响系统的不同造型示意图；
图 3为本发明实施例一的喇叭模组的组成结构示意图；
图 4为本发明实施例二的充气式音响系统的主要组件结构示意图；
图 5为本发明实施例二的充气式音响系统的灯光模块的结构示意图； 图 6为本发明实施例四的充气式音响系统组合第一充气鼓组的结构示意图； 图 7为本发明实施例五的充气式音响系统组合第二充气鼓组的结构示意图； 图 8为本发明实施例五的地垫的结构示意图；
图 9为本发明实施例五的充气式音响系统组合两个充气鼓组的俯视图；
图 10 为本发明实施例五的充气式音响系统组合两个充气鼓组以及脚踏的整体结构示 意图；
图 11为本发明实施例五中的喇叭模组的整体设计示意图。 图号说明如下- 1充气囊体； la 大鼓；
2喇叭单体；
3空气传导结构； 3a 气洞； 3b通孔; 3c通道
4喇叭模组； 4a 上盖； 4b 吸附面
5连接座；
6充放气嘴； 7手把； 8隔音板；
9开关； 10 电源接头;
11 音量变化模块；
12USB接口； 13 音源接口； 14 电路模块;
15 电池模块； 16 灯光模块；
17第一充气鼓组；
17a 左通鼓； 17b 右通鼓;
18 气柱；
19 地垫； 20鼓柱；
21 第二充气鼓组；
21a 小鼓； 21b 高帽钹; 21c 落地鼓;
21d 碎音钹； 21e 迭音钹;
22a〜22e 鼓柱插座；
23踏板； 24鼓柱插座； 25踏板插座;
26音源插座； 27脚座； 具体实 ¾l¾r式
以下由特定的具体实施例说明本发明的实施方式， 本领域技术人员可由本说明书所揭 示的内容轻易地了解本发明的其他优点及功效。 虽然本发明的描述将结合较佳实施例一起 介绍， 但这并不代表此发明的特征仅限于该实施方式。 恰恰相反， 结合实施方式作发明介 绍的目的是为了覆盖基于本发明的权利要求而有可能延伸出的其它选择或改造。 为了提供 对本发明的深度了解， 以下描述中将包含许多具体的细节。 本发明也可以不使用这些细节 实施。 此外， 为了避免混乱或模糊本发明的重点， 有些具体细节将在描述中被省略。. 另外， 在以下的说明中所使用的 "上"、 "下"、 "左"、 "右"、 "顶"、 "底 "， 不应理解 为对本发明的限制。
【第一实施例】
如图 1所示， 本实施例涉及一种充气式音响系统， 主要包括喇叭单体 2， 用于作为充气 式音响系统的声源装置； 具有密封腔的充气囊体 1， 由薄膜材料制成， 用于作为充气式音 响系统的至少部分的音箱； 空气传导结构 3， 设置于充气囊体上， 用于将喇叭单体的声波 传导出来； 喇叭模组 4， 为中空的箱体结构， 用于放置推动喇叭单体发声用的电子电路， 喇叭模组与喇叭单体之间电气连接。
如附图 1中所示， 喇叭模组 4连接于充气囊体 1的下方， 充气囊体 1的中心设有两端连通 外部的通孔 3b， 通孔 3b的下侧设有连通喇叭模组内部和通孔 3b的通道 3c， 通道 3c与充气囊 体的密封腔相隔离， 此时空气传导结构 3包括通孔 3b和通道 3c， 喇叭单体 2置于喇叭模组 4 的内部或者通道 3c中， 喇叭单体的正面面向通道 3c并通过通孔 3b向外部发声。
其中， 喇叭模组 4的上面板可以设置为可开合的盖体结构， 如附图 3中的 4a所示的上盖 即是， 也可以设置为固定的面板结构， 喇叭模组的上面板设有至少一个连接座 5， 喇叭模 组 4通过连接座 5连接于充气囊体 1的下方。 连接座 5外侧周围的喇叭模组 4的面板上还设有 吸附面 4b， 当喇叭模组 4通过连接座 5与充气囊体 1连接时， 吸附面 4b将充气囊体 1的薄膜粘 合或扣紧。 该吸附面 4b可以是沾黏板或魔术粘或磁性片所构成， 也可使用卡榫的结构来相 互结合， 该吸附面 4b能与充气囊体 1的接触面相互黏合或扣紧， 使得连接座 5与充气囊体 1 连接的更为紧密。
本实施例的充气式音响系统， 由于采用了充气囊体来扩大音箱体积， 使得整个充气式 音响系统的重量很輕， 充气后音箱的体积却可以变成很大， 在需要大音箱显示出重低音的 时候， 就可以随时换上不同的充气囊体， 因而可以解决传统的大音箱搬运不便的问题， 另 外还可以利用充气囊体里面的空气造成气室隔离效应， 产生出独特的超低音频效果。 本实施例的充气式音响系统中可以包括一个或多个喇叭单体 2， 喇叭单体 2为充气式 音响系统的声源装置， 例如扬声器； 在一个充气式音响系统中， 可以只设置一个喇叭单体 2, 也可以选用多个喇叭单体 2 分别作为高、 中、 低音的不同发声喇叭单体。 相应地， 当 设置多个喇叭单体 2时， 由于需要传导不同频率的声波， 可以在充气囊体上设置多个空气 传导结构 3， 以传导多个喇叭单体发出的声波。
在本实施例中， 如附图 1中所示， 充气囊体 1上可设有一个或多个充放气嘴 6， 通过 充放气嘴 6可向充气囊体 1内注入各种空气或液体。 如附图 2中所示， 充气囊体 1所形成 的音箱造型， 可以有不同的形状变化， 如方形、 圆形、 圆柱形、 多角形， 或不同的玩偶造 型等， 充气囊体 1还可以利用固体扳材形成不同形状的喇叭模组 4， 如方形或者圆筒形结 构体， 使其外形更加多变。 充气囊体 1 可以采用非透明的材料使得其具有不同色彩变化， 也可以采用透明的材料作为充气囊体 1的外壁， 使充气囊体 1除了具有实用性的同时也更 加美观。
更为具体地， 充气囊体 1为内部中空的结构， 通过充放气嘴 6向充气囊体 1充入气体 或液体后可形成封闭式音箱、 开放式音箱、 倒相式音箱等各种音箱结构； 在充气囊体 1的 内部可设置有声阻尼材料， 如多孔棉； 或设置一些轻量结构体， 如保丽龙或棉布、 棉球， 这些材料或结构体可随充气式音响系统的震波或声波的节奏跳跃， 从而取得更佳的视觉效 果； 如附图 1中所示， 充气囊体 1上还可进一步设置手把 7， 使用者可以利用手把 7提起 该充气式音响系统， 方便携带外出， 也方便使用或收纳。
如图 3中所示，由于为中空的箱体构造，喇叭模组 4内还可设有一个或多个隔音板 8， 该隔音板 8可以隔离音场与电子件， 还可以造成不同的声音延迟与空气形成震荡回路， 进 一步优化了声音效果。 优选地， 喇叭模组 4的一侧设有开关 9、 电源接头 10、 音量变化模 块 11、 USB接口 12， 或音源接口 13， 喇叭模组 4的内部还可设有电路模块 14与电池模块 15， 电池模块 15可为喇叭模组 4供电， 方便在户外等没有电源的情况下使用。
本实施例中， 可在喇叭模组 4内部或外部设置光学投影设备， 利用充气囊体 1的一面 的囊体作为投影面， 投射出各种影片或照片。 此外， 在喇叭模组 4内或充气囊体 1上， 还 可以设置手动、 脚动或电动充气装置， 只需管接出来便可直接对该充气囊体 1 进行充气， 使用更为便利。
【第二实施例】
如附图 4中所示， 本实施例涉及一种充气式音响系统， 主要包括喇叭单体 2， 用于作为 充气式音响系统的声源装置； 具有密封腔的充气囊体 1， 由薄膜材料制成， 用于作为充气 式音响系统的至少部分的音箱； 空气传导结构 3 , 设置于充气囊体上， 用于将喇叭单体的 声波传导出来； 喇叭模组 4， 为中空的箱体结构， 用于放置推动喇叭单体发声用的电子电 路， 喇叭模组与喇叭单体之间电气连接。
本实施例中， 喇叭模组 4连接于充气囊体 1的下方， 充气囊体 1的中'心设有两端连接外 部的通孔 3b， 此时空气传导结构 3包括通孔 3b， 喇叭单体 2置于通孔 3b中， 喇叭单体 2的正 面面对通孔 3b的一端向外部发声， 喇叭单体 2背面固定于通孔 3b的孔壁上。
其中， 喇叭模组 4的上面板可以设置为可开合的盖体结构， 如附图 3中的 4a所示的上盖 即是， 也可以设置为固定的面板结构， 喇叭模组的上面板设有至少一个连接座 5， 喇叭模 组 4通过连接座 5连接于充气囊体 1的下方。 连接座 5外侧周围的喇叭模组 4的面板上还设有 吸附面 4b， 当喇叭模组 4通过连接座 5与充气囊体 1连接时， 吸附面 4b将充气囊体 1的薄膜粘 合或扣紧。 该吸附面 4b可以是沾黏板或魔术粘或磁性片所构成， 也可使用卡榫的结构来相 互结合， 该吸附面 4b能与充气囊体 1的接触面相互黏合或扣紧， 使得连接座 5与充气囊体 1 连接的更为紧密。
本实施例中， 通孔 3b的另一端可以设有底板， 该底板与通孔 3b构成一个密封的腔体空 间， 喇叭单体 2的背面密封于该腔体空间中； 或者底板上还可以设有引出管将该腔体空间 与外部相连通， 此时该腔体空间为半开放状态， 喇叭单体 2的背面包封于该腔体空间当中。 底板能够将喇叭单体 2背面发出的声波全部或部分包封在该腔体空间当中哦， 从而区分喇 叭单体 2正面和背面发出的声音， 减小喇叭单体 2的背面发出声波的影响， 进一步加强正面 的音效， 能够取得更好的音响效果。
本实施例公开的充气式音响系统中， 如附图 5中所示， 在喇叭模组 4或充气囊体 1的内 部或外部各处， 可设有至少一个灯光模块 16， 用于为充气式音响系统进行照明或制造各种 灯光效果。 灯光模块 16可以为 LED、 发光体、 灯泡等各种形式的照明设备， 还可以为显示 器， 灯光模块 16也可随音乐节奏或时间做出各种互动或随机的变化， 或显示各种图文， 增 加演出效果。
本实施例的充气式音响系统， 由于采用了充气囊体来扩大音箱体积， 使得整个充气式 音响系统的重量很輕， 充气后音箱的体积却可以变成很大， 在需要大音箱显示出重低音的 时候， 就可以随时换上不同的充气囊体， 因而可以解决传统的大音箱搬运不便的问题， 另 外还可以利用充气囊体里面的空气造成气室隔离效应， 产生出独特的超低音频效果。
【第三实施例】
本实施例涉及一种充气式音响系统， 主要包括喇叭单体 2， 用于作为充气式音响系统 的声源装置； 具有密封腔的充气囊体 1， 由薄膜材料制成， 用于作为充气式音响系统的至 少部分的音箱； 空气传导结构 3 , 设置于充气囊体上， 用于将喇叭单体的声波传导出来； 喇叭模组 4， 为中空的箱体结构， 用于放置推动喇叭单体发声用的电子电路， 喇叭模组与 喇叭单体之间电气连接。
本实施例中，充气囊体 1的中心设有两端连通外部的通孔 3b，喇叭模组 4置于通孔 3c中， 喇叭模组 4的面向通孔 3b—端的一面板上设有气洞 3a， 此时空气传导结构 3包括通孔 3b和气 洞 3a， 喇叭单体 2置于喇叭模组 4内部， 喇叭单体 2的正面面对气洞 3a并通过通孔 3b向外发 声。 本实施例将喇叭模组 4和喇叭单体 2同时置于空气传导结构中， 喇叭单体 2的背面直接 包封于喇叭模组 4的箱体空间中， 能够减小喇叭单体 2的背面发出声波的影响， 从而取得更 好的音响效果。
本实施例中， 喇叭模组 4的面板上可以设有至少一个连接座 5， 通孔 3b通过该连接座 5 与喇叭模组 4相连接； 连接座 5的外侧周围的喇叭模组的面板上还可以设有吸附面 4b， 当充 气囊体 1通过连接座与喇叭模组 4相连接时， 吸附面 4b将充气囊体 1的薄膜粘合或扣紧。 该 吸附面 4b可以是沾黏板或魔术粘或磁性片所构成， 也可使用卡榫的结构来相互结合， 该吸 附面 4b能与充气囊体 1的接触面相互黏合或扣紧， 使得连接座 5与充气囊体 1连接的更为紧 密。
本实施例公开的充气式音响系统中， 如附图 5中所示， 在喇叭模组 4或充气囊体 1的内 部或外部各处， 可设有至少一个灯光模块 16， 用于为充气式音响系统进行照明或制造各种 灯光效果。 灯光模块 16可以为 LED、 发光体、 灯泡等各种形式的照明设备， 还可以为显示 器， 灯光模块 16也可随音乐节奏或时间做出各种互动或随机的变化， 或显示各种图文， 增 加演出效果。
本实施例的充气式音响系统， 由于采用了充气囊体来扩大音箱体积， 使得整个充气式 音响系统的重量很輕， 充气后音箱的体积却可以变成很大， 在需要大音箱显示出重低音的 时候， 就可以随时换上不同的充气囊体， 因而可以解决传统的大音箱搬运不便的问题， 另 外还可以利用充气囊体里面的空气造成气室隔离效应， 产生出独特的超低音频效果。
【第四实施例】
本实施例涉及一种可连接鼓组的充气式音响系统， 如图 6中所示， 包括喇叭单体 2， 用于作为充气式音响系统的声源装置； 具有密封腔的充气囊体 1， 由薄膜材料制成， 用于 作为喇叭单体 2的至少部分的音箱； 喇叭模组 4， 为中空的箱体结构， 用于放置推动喇叭 单体 2发声用的电子电路， 喇叭模组 4与喇叭单体 2之间电气连接。 充气囊体 1的一面由 皮质的薄膜材料构成， 使得充气囊体 1可作为鼓体使用： 充气囊体 1上设有气柱 18， 充气 囊体 1通过气柱 18连接至第一充气鼓组 17，第一充气鼓组 17包括至少两个充气鼓 17a和 17b。
本实施例中， 第一充气鼓组 17 还可以包括三个或更多的充气鼓， 此时， 充气囊体 1 本身可成为充气鼓组中的大鼓 la， 充气囊体 1上通过气柱 18与第一充气鼓组 17相连接， 第一充气鼓组 17包括左通鼓 17a及右通鼓 17b， 第一充气鼓组 17还可以包括其他各种形 式的乐器， 如小鼓、 高帽钹、 落地鼓、 碎音钹、 迭音钹等。
本实施例中将充气式音响系统组合第一充气鼓组， 实际上就是将充气式音响系统当成 是一个充气式的爵士鼓或架子鼓中的大鼓， 组合以其他的充气鼓组件， 即可形成一个充气 式的爵士鼓组或架子鼓组， 因此可以一边播放鼓曲， 一边打击各个鼓面， 进行鼓手的练习 或演奏， 由于音箱和鼓组都可以是充气式的， 因此可以很方便的使用与收纳。
本实施例中， 气柱 18与充气囊体 1 可以采用活动式或可插拔的方式相连接， 也可采 :用与充气囊体 1黏合的固定方式相结合。 气柱 18可以是中空的囊 ， 或者其他具有支撑 效果的结构体， 当气柱 18与充气囊体 1固定连接时， 充气囊体 1与气柱 18可为内部相连 通的结构， 通过充气囊体 1上的充放气嘴 6可同时向气柱 18内冲入气体或液体； 同时， 第一充气鼓组 17也可以与充气囊体 1、 气柱 18内部相连通， 通过充气囊体 1上的充放气 嘴 6可以同时由气柱 18向第一充气鼓组 17的各个充气鼓充入气体或液体， 从而方便地一 次性形成一个充气式的爵士鼓组或架子鼓组。
本实施例中， 可在喇叭模组 4或充气囊体 1的内部或外部设置光学投影设备， 利用充 气囊体 1 的一面以及第一充气鼓组 17的各充气鼓的囊体作为投影面， 投射出各种影片或 照片。
本实施例中， 第一充气鼓组 17 的边上可预留连接灯光模块的连结口， 第一充气鼓组 17 的各个充气鼓上均可以设置有灯光模块 16， 用于为充气式音响系统进行照明或制造各 种灯光效果； 灯光模块 16可以为 LED、 发光体、 灯泡等各种形式的照明设备， 还可以为 显示器， 灯光模块 16 也可随音乐节奏或时间作出各种互动或随机的变化， 或显示各种图 文， 增加演出效果。
本实施例中，喇叭模组 4的一侧可设置有鼓组插座 24、踏板插座 25、音源插座 26等， 喇叭模组 4的底部还可设有脚座 27 ;该鼓组插座 24可将第一充气鼓组 17的敲击信号传送 至充气式音响系统的电路模块， 或者用来控制第一充气鼓组 17上的各个灯光模块 16。
本实施例中， 在充气囊体 1或第一充气鼓组 17的各个气室内可充入液体或沙子， 以 增加重量与稳定性。 并且， 第一充气鼓组 17 的各个鼓面可以为网状结构。 此外， 在喇叭 模组 4内或充气囊体 1上， 还可以设置手动、 脚动或电动充气装置， 只需管接出来便可直 接对该充气囊体 1以及第一充气鼓组 17进行充气， 使用更为便利。
【第五实施例】
本实施例涉及另一种可连接鼓组的充气式音响系统，如图 7中所示，包括喇叭单体 2， 用于作为充气式音响系统的声源装置； 具有密封腔的充气囊体 1 , 由薄膜材料制成， 用于 作为喇叭单体 2的至少部分的音箱； 喇叭模组 4， 为中空的箱体结构， 用于放置推动喇叭 单体 2发声用的电子电路， 喇叭模组 4与喇叭单体 2之间电气连接。 充气囊体 1的一面由 皮质的薄膜材料构成， 使得充气囊体 1可作为鼓体使用； 充气囊体 1上设有气柱 18， 充气 囊体 1通过气柱 18连接至第一充气鼓组 17，第一充气鼓组 17包括至少两个充气鼓 17a和 17b。 喇叭模组 4或充气囊体 1 均可与地垫 19相结合， 在地垫 19上可通过各鼓柱插座 (22a~22e)分别与鼓柱 20相连结， 形成一个第二充气鼓组 21， 在第二充气鼓组 21中， 可以 包括小鼓 21a、 高帽钹 21b、 落地鼓 21c、 碎音钹 21d、 迭音钹 21e或其他各种不同形式的 乐器。
本实施例中将充气式音响系统组合第一充气鼓组、 第二充气鼓组， 实际上就是将充气 式音响系统当成是一个充气式的爵士鼓或架子鼓中的大鼓， 组合以各种类型的其他充气鼓 组件， 即可形成一个充气式的爵士鼓组或架子鼓组， 其中， 通过地垫可以方便快捷的将充 气式音响系统与各个鼓组进行组合， 从而可以一边播放鼓曲， 一边打击各个鼓面， 进行鼓 手的练习或演奏， 由于音箱和各个鼓组都可以是充气式的， 因此可以很方便的使用与收纳。
其中， 地垫 19可以为充气式的平面式垫子， 地垫 19上可设置多个鼓柱插座 22， 各个 鼓柱插座与各个鼓柱 20之间可通过插接、 扣接或粘结等方式相接合。 鼓柱 20可以为充气 式或其他具有支撑作用的结构体， 地垫 19、 鼓柱 20和第二充气鼓组 21的各个充气鼓之间 可以为内部相连通， 从而可以方便地一次性形成一个充气式的爵士鼓组或架子鼓组。
进一步地， 如附图 10中所示， 在本实施例中， 喇叭模组 4或充气囊体 1还可以与至 少一个踏板 23相连接， 用于方便使用高帽钹 21b或大鼓 la。
本实施例中， 可在喇叭模组 4或充气囊体 1的内部或外部设置光学投影设备， 利用充 气囊体 1的一面以及第一充气鼓组 17、 第二充气鼓组 21的各充气囊体作为投影面， 投射 出各种影片或照片。
本实施例中， 第一充气鼓组 17和第二充气鼓组 21的边上可预留连接灯光模块的连结 口， 第一充气鼓组 17和第二充气鼓组 21的各个鼓上均可以设置有灯光模块 16， 用于为充 气式音响系统进行照明或制造各种灯光效果； 灯光模块 16可以为 LED、 发光体、 灯泡等 各种形式的照明设备， 还可以为显示器， 灯光模块 16 也可随音乐节奏或时间作出各种互 动或随机的变化， 或显示各种图文， 增加演出效果。
如附图 11中所示， 本实施例中， 喇叭模组 4的一侧可设置有鼓组插座 24、 踏板插座 25、 音源插座 26等， 喇叭模组 4的底部还可设有脚座 27; 该鼓组插座 24可将第一充气鼓 组 17和第二充气鼓组 21的敲击信号传送至充气式音响系统的电路模块， 或者用来控制第 一充气鼓组 17和第二充气鼓组 21上的各个灯光模块 16。
本实施例中， 在充气囊体 1或第一充气鼓组 17、 第二充气鼓组 21的各个气室内可充 入液体或沙子， 以增加重量与稳定性。 并且， 第二充气鼓组 21 的各个鼓面与鼓柱间相互 独立， 第二充气鼓组 21 的各个鼓面与鼓柱间通过魔术粘或卡槽方式相连接。 此外， 第一 充气鼓组 17和第二充气鼓组 21的各个鼓面可以为网状结构。 此外， 在喇叭模组 4内或充 气囊体 1上， 还可以设置手动、 脚动或电动充气装置， 只需接管出来便可直接对该充气囊 体 1以及第一充气鼓组 17、 第二充气鼓组 21进行充气， 使用更为便利。 综上， 利用本发明的充气式音响系统， 可以方便地将音箱带去任意地方， 便于使用与 收纳， 轻巧方便， 从而解决大体积的音箱携带不便的问题， 同时可以利用充气囊体内部的 气室起到气体隔离的作用， 也可获得更佳的声音效果。 同时， 充气囊体本身可以充当充气 式的爵士鼓或架子鼓中的大鼓， 组合以其他的充气鼓组件， 便可以形成充气式的鼓组， 因 此可以一边播放音乐一边击打各个鼓面， 很方便地进行击鼓练习或演奏。 本发明的充气式 音响系统结构简单， 使用方便轻巧便携， 表现形式多样， 且生产成本低廉， 具有极高的市 场推广价值。 上述实施例仅例示性说明本发明的原理及其功效， 而非用于限制本发明。 任 何熟悉此技术的人士皆可在不违背本发明的精神及范畴下， 对上述实施例进行修饰或改变。 因此， 举凡所属技术领域中具有通常知识者在未脱离本发明所揭示的精神与技术思想下所 完成的一切等效修饰或改变， 仍应由本发明的权利要求所涵盖。

Claims

权利要求书
1.一种充气式音响系统， 其特征在于， 主要包括- 喇叭单体， 用于作为所述充气式音响系统的声源装置；
具有密封腔的充气囊体， 由薄膜材料制成， 用于作为所述充气式音响系统的至少部分 的音箱；
空气传导结构， 设置于所述充气囊体上， 用于将所述喇叭单体的声波传导出来； 喇叭模组， 为中空的箱体结构， 用于放置推动所述喇叭单体发声用的电子电路， 所述 喇叭模组与所述喇叭单体之间电气连接。
2.如权利要求 1所述的充气式音响系统， 其特征在于， 所述喇叭模组连接于所述充气 囊体的下方， 所述充气囊体的中心设有两端连通外部的通孔， 所述通孔的下侧设有连通所 述喇叭模组内部和所述通孔的通道， 所述通道与所述充气囊体的所述密封腔相隔离， 所述 空气传导结构包括所述通孔和所述通道， 所述喇叭单体置于所述喇叭模组内部或者所述通 道中， 所述喇叭单体的正面面向所述通道并通过所述通孔向外部发声。
3.如权利要求 1所述的充气式音响系统， 其特征在于， 所述喇叭模组连接于所述充气 囊体的下方， 所述充气囊体的中心设有两端连接外部的通孔， 所述空气传导结构包括所述 通孔， 所述喇叭单体置于所述通孔中， 所述喇叭单体的正面面对所述通孔的一端向外部发 声， 所述喇叭单体背面固定于所述通孔的孔壁上。
4.如权利要求 2或 3所述的充气式音响系统， 其特征在于， 所述喇叭模组的上面板设 有至少一个连接座， 所述喇叭模组通过所述连接座连接于所述充气囊体的下方。
5.如权利要求 4所述的充气式音响系统， 其特征在于， 所述连接座外侧周围的所述喇 叭模组的面板上还设有吸附面， 当所述喇叭模组通过所述连接座与所述充气囊体连接时， 所述吸附面将所述充气囊体的薄膜粘合或扣紧。
6.如权利要求 1所述的充气式音响系统， 其特征在于， 所述充气囊体的中心设有两端 连通外部的通孔， 所述喇叭模组置于所述通孔中， 所述喇叭模组的面向所述通孔一端的一 面板上设有气洞， 此时所述空气传导结构包括所述通孔和所述气洞， 所述喇叭单体置于所 述喇叭模组内部， 所述喇叭单体的正面面对所述气洞并通过所述通孔向外发声。
7.如权利要求 1所述的充气式音响系统， 其特征在于， 所述喇叭模组内部设有一个或 多个隔音板。
8.如权利要求 1所述的充气式音响系统， 其特征在于， 所述充气囊体上设置有充放气 嘴， 所述充放气嘴用于将气体或液体注入所述充气部内。
9.如权利要求 1所述的充气式音响系统， 其特征在于， 还包括充气装置， 所述充气装 置连接于所述喇叭模组上或所述充气囊体上。
10.如权利要求 1-9 中任一所述的充气式音响系统， 其特征在于， 所述充气囊体的一 面由皮质的薄膜材料构成，使得所述充气囊体可作为鼓体使用；所述充气囊体上设有气柱， 所述充气囊体通过所述气柱连接至第一充气鼓组， 所述第一充气鼓组包括至少两个充气鼓。
11.如权利要求 10所述的充气式音响系统， 其特征在于， 所述充气式音响系统还包括 地垫， 所述地垫可与所述喇叭模组相连接， 所述地垫上设有多个鼓柱， 所述多个鼓柱分别 连接多个所述充气鼓以形成第二充气鼓组。
12.如权利要求 11 所述的充气式音响系统， 其特征在于， 所述第一充气鼓组和 /或所 述第二充气鼓组的各个所述充气鼓的鼓面为网状结构。
13.如权利要求 11 所述的充气式音响系统， 其特征在于， 所述充气囊体上和 /或各个 所述充气鼓上设有一个或多个灯光模块。
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