WO2017167261A1 - 全方位发声式音箱及其制造方法 - Google Patents

全方位发声式音箱及其制造方法 Download PDF

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Publication number
WO2017167261A1
WO2017167261A1 PCT/CN2017/078953 CN2017078953W WO2017167261A1 WO 2017167261 A1 WO2017167261 A1 WO 2017167261A1 CN 2017078953 W CN2017078953 W CN 2017078953W WO 2017167261 A1 WO2017167261 A1 WO 2017167261A1
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WO
WIPO (PCT)
Prior art keywords
edge
frame
outer peripheral
suspension
vibration unit
Prior art date
Application number
PCT/CN2017/078953
Other languages
English (en)
French (fr)
Inventor
黄新民
Original Assignee
宁波升亚电子有限公司
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
Application filed by 宁波升亚电子有限公司 filed Critical 宁波升亚电子有限公司
Priority to US16/090,581 priority Critical patent/US11128952B2/en
Priority to EP17773291.4A priority patent/EP3471435A4/en
Publication of WO2017167261A1 publication Critical patent/WO2017167261A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/20Arrangements for obtaining desired frequency or directional characteristics
    • H04R1/32Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only
    • H04R1/40Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only by combining a number of identical transducers
    • H04R1/403Arrangements for obtaining desired frequency or directional characteristics for obtaining desired directional characteristic only by combining a number of identical transducers loud-speakers
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/20Arrangements for obtaining desired frequency or directional characteristics
    • H04R1/22Arrangements for obtaining desired frequency or directional characteristics for obtaining desired frequency characteristic only 
    • H04R1/28Transducer mountings or enclosures modified by provision of mechanical or acoustic impedances, e.g. resonator, damping means
    • H04R1/2807Enclosures comprising vibrating or resonating arrangements
    • H04R1/283Enclosures comprising vibrating or resonating arrangements using a passive diaphragm
    • H04R1/2834Enclosures comprising vibrating or resonating arrangements using a passive diaphragm for loudspeaker transducers
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/20Arrangements for obtaining desired frequency or directional characteristics
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/02Casings; Cabinets ; Supports therefor; Mountings therein
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/20Arrangements for obtaining desired frequency or directional characteristics
    • H04R1/22Arrangements for obtaining desired frequency or directional characteristics for obtaining desired frequency characteristic only 
    • H04R1/28Transducer mountings or enclosures modified by provision of mechanical or acoustic impedances, e.g. resonator, damping means
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00Details of transducers, loudspeakers or microphones
    • H04R1/20Arrangements for obtaining desired frequency or directional characteristics
    • H04R1/22Arrangements for obtaining desired frequency or directional characteristics for obtaining desired frequency characteristic only 
    • H04R1/28Transducer mountings or enclosures modified by provision of mechanical or acoustic impedances, e.g. resonator, damping means
    • H04R1/2869Reduction of undesired resonances, i.e. standing waves within enclosure, or of undesired vibrations, i.e. of the enclosure itself
    • H04R1/2873Reduction of undesired resonances, i.e. standing waves within enclosure, or of undesired vibrations, i.e. of the enclosure itself for loudspeaker transducers
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R31/00Apparatus or processes specially adapted for the manufacture of transducers or diaphragms therefor
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R5/00Stereophonic arrangements
    • H04R5/02Spatial or constructional arrangements of loudspeakers
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04RLOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R2231/00Details of apparatus or processes specially adapted for the manufacture of transducers or diaphragms therefor covered by H04R31/00, not provided for in its subgroups
    • H04R2231/003Manufacturing aspects of the outer suspension of loudspeaker or microphone diaphragms or of their connecting aspects to said diaphragms

Definitions

  • the present invention relates to a sound box, and more particularly to an all-round sound emitting speaker capable of uniformly emitting sound to its surroundings.
  • the speaker system of the speaker device on the market is generally disposed on the same side of the speaker cabinet, and the sound is emitted from one side thereof, so that the listener in the different orientations of the speaker device hears from the speaker device.
  • the sound is not the same, it is difficult to achieve the uniformity of the sound.
  • a large number of speaker devices are usually arranged around the venue so that the sound is transmitted from the periphery of the venue to the center.
  • This type of setup has been widely used and can achieve good results.
  • these speakers need to be connected to the same sound source. Not only do they require more cables, but also many of these cables need to be properly arranged and installed, which is time consuming, labor intensive, and uneconomical.
  • the same side slit speaker device in which the speaker system is disposed in the speaker cabinet generates sound by vibration after inputting an audio signal.
  • the speaker When the sound of the speaker device, especially the subwoofer used to play the bass, is louder, the speaker itself will also produce strong vibration, which will cause the speaker itself to jump or shift left and right. And this strong vibration can also cause other items around to vibrate and damage these items.
  • the vibration of the speaker when the speaker is placed with the computer, the vibration of the speaker will cause the computer to vibrate together, which may damage components in the computer such as the hard disk, motherboard, and so on. Therefore, in places where high sound effects are required, such as concert scenes, discos, etc., it is necessary to fix the speakers with a fixed frame or use other methods to keep the speakers stable during operation.
  • the speaker device for playing the bass is usually very bulky and bulky, which is also disadvantageous for transportation and carrying. Therefore, there is a need for a speaker that is small in size and that can improve sound quality, especially bass.
  • the omnidirectional sounding speaker in the present application refers to a speaker set capable of uniformly sounding around it.
  • a primary object of the present invention is to provide an omnidirectional sounding speaker that is capable of uniformly emitting sound to its surroundings.
  • Another object of the present invention is to provide an omnidirectional sounding speaker that is capable of uniformly sounding in its radial direction.
  • Another object of the present invention is to provide an all-round sounding type speaker, which is used for sounding more
  • the audio modules are integrated to achieve a uniform sounding effect through a device.
  • Another object of the present invention is to provide an omnidirectional sounding speaker in which a plurality of sound modules are arranged around their center and the angle between each two adjacent sound modules is the same, so that it can be carried out to the surroundings. Evenly sounds.
  • Another object of the present invention is to provide an all-round sounding speaker, wherein a plurality of sound modules are disposed around the center thereof and the angle between each two adjacent sound modules is the same, so that the sound modules can cancel each other.
  • the effect of vibration reduces the vibration displacement of the entire speaker, making the speaker more stable during operation.
  • Another object of the present invention is to provide an omnidirectional sounding speaker in which a plurality of the sound modules can share a single vibration cavity. In this way, when the acoustic modules vibrate to act on the air in the vibrating cavity, the vibration effects brought about by each of the acoustic modules can be cancelled in the vibrating cavity in the speaker.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, wherein a plurality of the sound modules are not separately disposed on the same side of the speaker, but are evenly disposed on a circumferential side around a center, thereby generating Uniform omnidirectional sound spreads the sound effect, which is the effect of even sounding around.
  • Another object of the present invention is to provide an omnidirectional sounding speaker in which a plurality of the sound modules are equidistant from the center such that they produce the same sound effect in different directions.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, wherein a plurality of the sound modules are not separately disposed on the same side of the speaker, but are evenly disposed on a circumference side around a center, thereby The vibration effect of the sound module is offset.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, the plurality of sound modules comprising at least two main vibration units and at least two passive vibration units, the two main vibration units generating vibration in response to an input of an audio signal, and
  • the air acting in the vibration chamber causes the air in the vibration chamber to drive the passive vibration unit to vibrate together, thereby producing an improved sound quality effect, particularly a bass effect.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, the plurality of sound modules including an even number of main vibration units and an even number of passive vibration units, wherein a main vibration unit of each sound module is opposite The other side of the sound module is provided with a main vibration unit, and a passive vibration unit of the other sound module is disposed on the opposite side of a passive vibration unit of each sound module, so that the vibration generated is better. Offset.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, wherein the plurality of sound modules includes four main vibration units and four passive vibration units, and the four main vibration units generate vibrations in response to input of an audio signal. And the air acting on the vibration chamber causes the air in the vibration chamber to drive the passive vibration unit to vibrate together, thereby producing an improved sound quality effect, particularly a bass effect.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, at least a plurality of the main vibration units are evenly disposed around the center of the speaker, and the plurality of passive vibration units are also uniformly disposed around the center of the speaker, the main The vibrating unit is interlaced with the passive vibrating unit such that when the vibration is generated, the direction of the vibration is directed toward or away from the center of the speaker. This uniform, staggered arrangement prevents the entire box from being biased in a particular direction. Vibration displacement is generated.
  • Another object of the present invention is to provide an omnidirectional sounding speaker, when the main vibration unit generates vibration to act on the air in the vibration chamber in one direction, for example, when the air in the vibration chamber is squeezed,
  • the squeezed air can act on the passive vibration unit in another direction, so that the vibration effect of the air can be balanced inside the speaker, and the entire cabinet is stabilized.
  • Another object of the present invention is to provide an all-round sounding speaker.
  • the speaker can achieve better bass performance, so that the speaker does not need to perform complicated internal structures.
  • the design can achieve good sound quality, and the volume and size are smaller, the thickness is thinner, and it is convenient to store, transport and carry.
  • the present invention provides an omnidirectional sounding speaker comprising a set of sound modules arranged uniformly around.
  • Each sound module includes a main vibration unit and a passive vibration unit.
  • the main vibration unit is evenly arranged around.
  • the passive vibration unit is evenly arranged around.
  • the main vibration unit is capable of responding to an input of an external signal and thereby causing the passive vibration unit to vibrate together, thereby producing an improved sound quality effect.
  • the primary vibration unit and the passive vibration unit are spaced apart.
  • a series of vibration units composed of the main vibration unit and the passive vibration unit are uniformly disposed around the outer peripheral side surface, thereby making the sound field generated by the omnidirectional sounding speaker more uniform.
  • the number of the primary vibration unit and the passive vibration unit are both even.
  • the number of the primary vibration unit and the passive vibration unit is four.
  • the number of the primary vibration unit and the passive vibration unit are both odd.
  • the number of the primary vibration unit and the passive vibration unit is three.
  • the invention further includes a case.
  • the sound module is disposed in the cabinet.
  • the invention further includes a power amplifier system.
  • the power amplifier system is disposed on a top side of the audio module.
  • the power amplifier system is disposed on a bottom side of the audio module.
  • the passive vibration unit includes a vibrating element, a frame, and a overhang.
  • the overhang has an inner edge and an outer edge.
  • the inner edge of the suspension is disposed at an outer edge of the vibrating element.
  • the outer edge of the overhang is disposed at an inner edge of the frame such that the overhang is looped between the vibrating element and the frame.
  • the primary vibration unit includes at least one magnetic return unit, at least one voice coil, at least one vibration unit, at least one frame assembly, at least one overhang, and at least one folding elastic wave.
  • the voice coil reciprocates under the drive of the magnetic return unit.
  • the vibration unit is driven by the voice coil to reciprocate.
  • the suspension is coupled to the vibration unit and the frame assembly.
  • the folding elastic wave is coupled to the suspension edge, the frame assembly, and the vibration unit.
  • the folded elastic wave includes an elastic outer circumferential portion and a cylindrical portion.
  • the tubular portion The outer peripheral portion of the annular shape is bent and extended.
  • the annular outer peripheral portion is coupled to the frame assembly.
  • FIG. 1A is a schematic illustration of a omnidirectional sounding speaker in accordance with a first preferred embodiment of the present invention.
  • Fig. 1B is another schematic view of the omnidirectional acoustic speaker according to the above first preferred embodiment of the present invention.
  • Figure 2 illustrates the vibration direction of a plurality of vibration units of the omnidirectional sound speaker.
  • 3A and 3B illustrate an acoustic module of the omnidirectional sounding speaker in accordance with the above first preferred embodiment of the present invention.
  • FIG. 4 is a schematic view showing the assembly of the omnidirectional acoustic speaker according to the above first preferred embodiment of the present invention.
  • 5A and 5B illustrate a main vibration unit and a passive vibration unit of the omnidirectional acoustic speaker according to the above first preferred embodiment of the invention.
  • Figure 6 illustrates an alternative embodiment of the omnidirectional sounding speaker in accordance with the above-described first preferred embodiment of the present invention.
  • Fig. 7 illustrates another alternative embodiment of the omnidirectional acoustic speaker in accordance with the above-described first preferred embodiment of the present invention.
  • FIG. 8 is a schematic diagram showing a manufacturing process of a module holder of the acoustic module of the omnidirectional acoustic speaker according to the first preferred embodiment of the present invention.
  • Figure 9 is a perspective view of a omnidirectional sound box in accordance with a second preferred embodiment of the present invention.
  • Figure 10 is an exploded view of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 11 is a perspective view of a passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 12 is a cross-sectional view showing the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 13A is a cross-sectional view showing a first alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 13B is a cross-sectional view showing a second alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 13C is the quilt of the omnidirectional sound box according to the above second preferred embodiment of the present invention.
  • Figure 13D is a cross-sectional view showing a fourth alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 13E is a cross-sectional view showing a fifth alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 13F is a cross-sectional view showing a sixth alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 14 is a perspective view showing a seventh alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the above second preferred embodiment of the present invention.
  • Figure 15 is a cross-sectional view showing the seventh alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the second preferred embodiment of the present invention.
  • Figure 16 is a perspective view showing an eighth alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the above second preferred embodiment of the present invention.
  • Figure 17 is a cross-sectional view showing the eighth alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the second preferred embodiment of the present invention.
  • Figure 18 is a schematic view showing an application of a ninth alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the above second preferred embodiment of the present invention.
  • Figure 19 is a perspective view showing the ninth alternative embodiment of the passive vibration unit of the omnidirectional sound box according to the above second preferred embodiment of the present invention.
  • Figure 20 is an exploded perspective view of the ninth alternative embodiment of the passive vibration unit of the omnidirectional sound box in accordance with the above second preferred embodiment of the present invention.
  • Figure 21 is a partially cutaway perspective view showing the ninth preferred embodiment of the passive vibration unit of the omnidirectional sound box according to the second preferred embodiment of the present invention.
  • Figure 22 is a perspective view showing the structure of an omnidirectional stereo speaker according to a third preferred embodiment of the present invention.
  • Figure 23 is a perspective view showing the structure of an acoustic module of the omnidirectional stereo speaker according to the above third preferred embodiment of the present invention.
  • Figure 24 is a top plan view of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • Figure 25 is a cross-sectional view of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • Figure 26 is a top plan view of a double suspension unit, a spring wave and a vibration unit of the audio module according to the above third preferred embodiment of the present invention.
  • Figure 27 is an exploded view of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • Figure 28A is an exploded exploded view of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • Figure 28B is an exploded exploded view of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • Figure 29 is a perspective view showing a folded elastic wave of the acoustic module according to the above third preferred embodiment of the present invention.
  • Figure 30 is a plan view of the folding elastic wave of the acoustic module according to the above third preferred embodiment of the present invention.
  • Figure 31 is a cross-sectional view showing a voice coil and a magnetic return unit of the acoustic module in accordance with the above third preferred embodiment of the present invention.
  • a omnidirectional sounding speaker includes a case 10, and a plurality of audio modules 20 disposed in the case 10, and a plurality of The sound module 20 generates vibration in response to an input of an external audio signal, thereby generating a predetermined sound effect.
  • the housing 10 has a centerline position 00. With the centerline position 00 as the axis, the audio modules 20 are evenly disposed around the centerline position 00 to produce sound effects in different directions of the centerline position 00.
  • the number of the audio modules 20 is four. Those skilled in the art should understand that the number of the audio modules 20 is only four examples of the present invention and is not limiting.
  • the plurality of audio modules 20 may also be of a number, such as six, three, or the like.
  • the present invention is not limited in this respect as long as the object of the present invention can be attained.
  • the first preferred embodiment will be taken as an example, and the present invention will be described in terms of the number of the acoustic modules 20.
  • the cabinet 10 has four equal module spaces 100 for respectively providing the four audio modules 20.
  • each module space 100 has a 90° angle so that the four module spaces 100 are equally divided by a 360° angle centered at the centerline position 00, thereby being disposed in the four module spaces 100.
  • the four acoustic modules 20 are closely arranged together, making full use of the space and supporting and fixing each other. With the center line position 00 bit centered, the angle between each two adjacent sound modules 20 is 90°, that is, the four sound modules 20 are evenly distributed around the center line position 00.
  • the casing 10 includes a plastic injection screen 11 containing a color master and a bracket 12.
  • the bracket 12 is formed from a material of high dimensional stability.
  • the bracket 12 is disposed on the exit surface network 11 to form a plurality of the module spaces 100 that are adapted to the size, shape and number of the audio module 20.
  • the module 20 is inserted into the module space 100, respectively.
  • the audio module 20 and the bracket 10 are fastened to each other to fix the speaker module 20, thereby ensuring that it is stabilized at a preset position.
  • each audio module 20 further includes a module holder 23.
  • the module holder 23 is Provided to be used for mounting, fixing and protecting the main vibration unit 21 and the passive vibration unit 22.
  • the module holder 23 is formed by means of two upper and lower dies.
  • the connecting member 50 further includes a series of connecting members 53 for connecting the corners of the module holder 23 of the audio module 20. It is worth mentioning that, according to this first preferred embodiment of the invention, the connecting member 53 is connected by means of ultrasonic sealing.
  • each of the audio modules 20 includes a main vibration unit 21 and a passive vibration unit 22. That is, the omnidirectional acoustic speaker according to the first preferred embodiment of the present invention includes four main vibration units 21 and four passive vibration units 22, for a total of eight vibration units.
  • the four main vibration units 21 are evenly distributed around the centerline position 00. At the center of the center line position 00, the angle between each two main vibration units 21 is 90°.
  • the four passive vibration units 22 are evenly distributed around the centerline position 00. At the center of the center line position 00, the angle between each of the two passive vibration units 22 is 90°.
  • the four main vibrating units 21 and the four passive vibrating units 22 are evenly and staggered around the centerline position 00.
  • a passive vibration unit 22 is disposed adjacent to each side of each main vibration unit 21 .
  • a main vibration unit 21 is disposed adjacent to each side of each of the passive vibration units 22.
  • the angle between each of the main vibration units 21 and the adjacent passive vibration unit 22 is 45°.
  • the angle between each passive vibration unit 22 and the adjacent main vibration unit 21 is 45°.
  • the main vibration unit 21 and the passive vibration unit 22 are uniformly disposed around the center line position 00, so that the eight vibration units 21, 22 sound in eight directions around the center line position 00, thereby making the The all-round sound speaker sounds evenly around it, making the sound field more uniform. That is to say, the omnidirectional audible speaker emits sound uniformly to the surroundings centering on the center line position 00.
  • the audio module 20 can also be of other numbers. According to other embodiments of the present invention, when the number of the audio modules 20 is N, correspondingly, the number of the module spaces 100 is N. Each module space 100 has an angle of (360/N)°. Correspondingly, at the center of the center line position 00, the angle between each two main vibration units 21 is (360/N)°, and the angle between each two passive vibration units 22 is (360/N). °. Accordingly, the angle between each of the main vibration units 21 and the adjacent passive vibration unit 22 is (360/2N)°.
  • the N main vibration units 21 and the N passive vibration units 22 are uniformly disposed around the center line position 00, so that the 2N vibration units 21, 22 sound in 2N directions around the center line position 00, thereby making the omnidirectional
  • the audible speaker emits sound evenly around it, making its sound field more uniform.
  • this uniform surrounding arrangement not only facilitates the uniformity of its sounding, but also maintains the stability of the casing 10. Specifically, during the operation of the omnidirectional acoustic speaker, the plurality of main vibration units 21 simultaneously vibrate outward. This uniform surrounding arrangement allows the vibration of these main vibration units 21 to be cancelled. Similarly, during the operation of the omnidirectional acoustic speaker, the plurality of passive vibration units 22 simultaneously vibrate inward. This uniform surrounding arrangement allows the vibrations of these passive vibration units 22 to be cancelled. Therefore, the all-round sounding speaker is more stable.
  • the number of the main vibration unit 21 and the passive vibration unit 22 is four and is even. Therefore, the other main vibration unit 21 is disposed at a corresponding position in the opposite direction of each of the main vibration units 21 arranged in the above-described uniformly surrounding manner. Another passive vibration unit 22 is disposed at a corresponding position in the opposite direction of each passive vibration unit 22.
  • An even number of main vibration units 21 are disposed symmetrically at the center of the casing 10.
  • An even number of passive vibration units 22 are also disposed centrally symmetrically on the casing 10, and more specifically, these main vibration units 21 are disposed symmetrically on the casing 10 in a reverse center, and these passive vibration units 22 are also in the box.
  • the loudspeaker comprises four main vibration units 21 and four passive vibration units 22.
  • the main vibration units 21 are each connected to an external sound source to vibrate in response to an input of an audio signal to generate a sound effect, and therefore the main vibration units 21 are disposed symmetrically with each other such that the main vibration units 21 are each facing the opposite when vibrating The direction produces vibration.
  • the vibration directions of the four main vibration units 21 are all outward, which causes the other main vibration unit 21 on the opposite side of each main vibration unit 21 to generate vibrations generated therefrom. Vibration in the opposite direction.
  • the vibration directions of each of the two corresponding main vibration units 21 are just opposite, and the entire casing 10 corresponds to a force that is not significantly biased toward a certain vibration direction, thereby maintaining balance and stability.
  • the vibration directions of the four passive vibration units 22 are all toward the outside, so that the opposite side of each of the passive vibration units 22 has another passive vibration unit 22 generated in the opposite direction to the vibration generated therefrom. Vibration. That is to say, the vibration directions of each of the two corresponding passive vibration units 22 are just opposite, and the entire casing 10 corresponds to a force that is not significantly biased toward a certain vibration direction, thereby maintaining balance and stability.
  • four primary vibrating units 21 are used to drive the four passive vibrating units 22 to cause the four passive vibrating units 22 to vibrate. That is to say, the four passive vibration units 22 are not directly connected to an external sound source, and the vibration effect thereof is derived from the driving of the four main vibration units 21. More specifically, when the four main vibration units 21 generate vibration, the air in the casing 10 is pressed correspondingly, and the vibration of the air in the casing 10 acts on the four passive vibration units 22, thereby The four passive vibration units 22 then generate vibrations, so that the four passive vibration units 22 are also capable of producing sound effects.
  • the four passive vibration units 22 can also produce sound effects, the sound quality of the speaker is significantly improved, especially the bass effect of the speaker is improved. In this way, the speaker does not have to be made bulky, and the whole is very bulky. Because the omnidirectional sounding speaker of the present invention and the combination of the main vibration unit 21 and the passive vibration unit 22 can produce an ideal sound quality effect, in particular, improve the sound quality effect of the bass, thereby making the speaker tend to Small, easy to carry and transport.
  • one of the main vibration units 21 can be used to drive one of the passive vibration units 22, that is, they can share an air vibration chamber.
  • the housing 10 defines a vibrating chamber 100 around which the main vibrating unit 21 and the passive vibrating unit 22 are disposed, respectively. That is, the main vibration unit 21 and the passive vibration unit 22 have Have the same air vibration chamber.
  • the four passive vibrating units 22 will accordingly have a directionally inward vibration due to the influence of the air in the vibrating chamber 100. That is to say, the air in the vibrating chamber 100 is equivalent to being subjected to a balancing force from the surroundings, thereby being retained in the vibrating chamber 100, rather than being subjected to a force that is significantly biased toward a certain orientation, resulting in the action of the tank. 10 causes the housing 10 to be displaced. That is to say, the main vibration unit 21 and the passive vibration unit 22 agitate the air in the vibration chamber 100, and the entire housing 10 does not vibrate to generate noise, thereby making the resulting sound quality more pure.
  • the speaker is provided with eight mounting holes on the eight sides of the housing 10 for mounting the four main vibration units 21 and the four passive vibration units 22, respectively.
  • the position of the mounting opening is also arranged centrally symmetrically.
  • the speaker 10 is also provided with four power amplifier units 15. They are respectively disposed on the top sides of the four acoustic modules for respectively connecting to the four main vibration units 21 to provide input of audio signals to the four main vibration units 21.
  • the four main vibration units 21 may be of various horns or speakers, as long as they can vibrate to produce sound effects in response to input of an audio signal. More specifically, in the present invention, each of the main vibration units 21 includes a main vibration element, which may be a horn diaphragm or a drum paper or the like, and the main vibration unit 21 further includes a periphery of the main vibration unit. Suspended edges, as well as the necessary voice coils, magnetic return systems and other components. The main vibration unit 21 further includes a mounting frame for mounting on the mounting hole of the case 10 so as to be sealingly mounted to the case 10. It is worth mentioning that the suspension can also be directly mounted on the surface of the mounting hole of the casing 10.
  • the voice coil moves back and forth under the magnetic field of the magnetic return system, thereby causing the main vibration element to vibrate to generate sound effects, and the compressed air in the vibration chamber 100 drives the passive The vibration unit 22 vibrates to generate an auxiliary sound effect.
  • the magnetic return system is connected to a fixing frame which is assembled with the mounting frame to form the entire main vibration unit 21.
  • the fixing frame and the mounting frame can be assembled by a snap connection or other methods such as hot pressing, ultrasonic or welding.
  • Each of the passive vibration units 22 includes a vibration block 221 located in the middle and a resilient suspension 222 located around the vibration block 221, and the elastic suspension 222 can be directly mounted on the inner surface of the mounting hole of the case 10.
  • the passive vibration unit 22 further includes a positioning frame 223.
  • the positioning frame 223 is mounted in a mounting hole of the case 10 to be sealingly mounted to the case 10.
  • the omnidirectional speaker further includes an energy supply system 40.
  • the energy supply system 40 is disposed on the bottom side of the audio module 20, that is, the bottom side of the entire speaker, to stabilize the speaker.
  • the speaker of the present invention can communicate with an external sound source setting such as a notebook computer through a wireless connection or a wired connection.
  • an external sound source setting such as a notebook computer
  • the sound information is transmitted to the speaker, and the speaker receives the sound. Audio files can play these sound files.
  • the speaker of the present invention is small in size, it is convenient to carry and use, and because of the combination of the main vibration unit 21 and the passive vibration unit 22, the sound quality effect can be well ensured.
  • the omnidirectional audible speaker further includes a series of connecting members 50 for securely connecting the various components of the speaker to make the structure of the speaker more stable.
  • the connecting member 50 includes a series of connecting members 51 for connecting adjacent acoustic modules 20 and a series of fixing members 52 for fixing the acoustic module 20 to the housing 10.
  • each of the fixing members 52 is embodied as a latch.
  • the present invention provides a manufacturing process of a sound box.
  • it is necessary to fabricate the main vibration unit 21 and the passive vibration unit 22, and then the main vibration unit 21 and the passive vibration unit 22 are integrally assembled with the casing 10.
  • the process of fabricating the main vibration unit 21 may be as follows.
  • a main vibration element such as a diaphragm of an alloy material or a diaphragm of other steel materials, and the mounting frame are placed in a rubber injection mold, and the injection molding machine is embedded and injection molded together.
  • the rubber wraps the diaphragm to form the main vibrating element, and the rubber also forms the hanging edge between the mounting frame and the main vibrating element.
  • the voice coil is then connected to the main vibrating element, and the magnetic return system is formed into a unitary structure by inserting a U-iron, a magnet, a pole piece or the like through a plastic injection molding die, thereby becoming a magnetic return component including a fixed frame, and the magnetic return component
  • the mounting frame is secured together by snapping, thermocompression bonding, ultrasonic, hot melt or other means to form a complete primary vibration unit 21.
  • the passive vibration unit 22 is fabricated as follows: a vibration block 221 (which may also be a diaphragm of a steel material) and a positioning frame 223 are placed in a rubber injection mold, and embedded in an injection molding machine, and the rubber The diaphragm is wrapped to form the vibration block 221, and the rubber also forms the elastic suspension 222 between the positioning frame 223 and the vibration block 221.
  • a vibration block 221 which may also be a diaphragm of a steel material
  • a positioning frame 223 are placed in a rubber injection mold, and embedded in an injection molding machine, and the rubber The diaphragm is wrapped to form the vibration block 221, and the rubber also forms the elastic suspension 222 between the positioning frame 223 and the vibration block 221.
  • the case 10 is cylindrical and has a main vibration unit mounting hole uniformly distributed around its center and a uniformly distributed passive unit mounting hole.
  • the main vibration unit 21 and the passive vibration unit 22 are respectively mounted in the mounting holes by necessary mounting members, thereby forming the entire speaker. These vibration units are evenly distributed around their center, which not only reduces or even eliminates the vibration of the overall speaker, enhances the bass effect, and is more beautiful. It is worth mentioning that, as already mentioned above, the main vibration unit 21 can also be a conventional horn or a speaker.
  • the suspension of the main vibration unit 21 and the elastic suspension 222 of the passive vibration unit 22 are respectively disposed in a wrinkle shape around the main vibration element and the vibration block 221, so that the main vibration element and The vibration of the vibration block 221 does not strongly pull the corresponding mounting frame and the positioning frame 223 to cause damage.
  • the main vibration element of the main vibration unit 21 of the speaker of the present invention, the suspension and the vibration block 221 of the passive vibration unit 22 and the elastic suspension 222 can be formed into various shapes.
  • the main vibration element of the main vibration unit 21 may have a circular shape
  • the vibration block 221 of the passive vibration unit 22 may be circular with the elastic suspension 222.
  • it can be other shapes, such as a rectangle. It can also be other polygons or oval shapes.
  • a power amplifier system 30 is also installed in the manufacturing process of the speaker, and the power amplifier system 30 is respectively connected to the main vibration unit 21, and is provided with a wireless network module such as a Bluetooth module, a near field communication module, and a WIFI module, so that the speaker can be wirelessly The way of connecting exchanges data information with other audio equipment or audio equipment.
  • a wireless network module such as a Bluetooth module, a near field communication module, and a WIFI module
  • the speaker's power amplifier system 30 can also be provided with a connection interface component for exchanging data with other audio source devices or audio devices through a wired connection.
  • a connection interface component for exchanging data with other audio source devices or audio devices through a wired connection.
  • the power amplifier system 30 is disposed on the top side of the audio module 20, that is, the bottom side of the entire speaker, to facilitate connection with other settings.
  • a silicone flexible mask can be disposed around the power amplifier system 30.
  • FIG. 6 illustrates an alternative embodiment of the omnidirectional sounding speaker in accordance with the above-described first preferred embodiment of the present invention.
  • an audio module 20A according to this alternative embodiment includes two main vibration units 21A and one passive vibration unit 22A.
  • the two main vibration units 21A drive a passive vibration unit 22A.
  • the present invention is not limited in this regard as long as the object of the present invention can be achieved.
  • the sound emitted by the omnidirectional sounding speaker according to the above first preferred embodiment of the present invention circulates around a center instead of a plurality of speaker modules like a conventional speaker. Sound in the same direction or in the opposite direction. This setting of sounding to the surroundings makes the sound of the omni-directional speaker better.
  • FIG. 7 illustrates an alternative embodiment of the omnidirectional acoustic speaker in accordance with the first preferred embodiment of the present invention described above.
  • the omnidirectional sounding speaker according to this alternative embodiment includes a set of acoustic modules 20B that are evenly disposed about the center. Different from the first preferred embodiment described above, the audio modules 20B are firmly connected to each other to form a regular polygon speaker. According to this alternative embodiment of the invention, the omnidirectional sounding speaker is octagonal.
  • each audio module 20B includes a main vibration unit 21, a passive vibration unit 22, and a module holder 23B.
  • the module holder 23B is provided to be used for mounting, fixing and protecting the main vibration unit 21 and the passive vibration unit 22.
  • the module holder 23B is formed by means of two moulds M 1 and M 2 .
  • Figure 8 is a schematic view showing the manufacturing process of a module holder of the sound module of the omnidirectional sounding speaker according to the first preferred embodiment of the present invention.
  • the shape of the stent 23B adaptation module which comprises a die mold M1 and a pair of side mold M 11 M 12 8, wherein both the side of the mold M 12 is disposed on the top of the mold M 11 .
  • the side mold M 12 is used to form a mounting hole in which the main vibration unit 21 and the passive vibration unit 22 are mounted. 8, when the back mold, pulling up the top mold when M 11 M 12 will first pull up the side of the mold. After the equilateral mold M 12 is pulled up, the entire mold M 1 is pulled up. This is a simple slider way.
  • FIG. 9 illustrates a omnidirectional sounding speaker in accordance with a second preferred embodiment of the present invention.
  • the omnidirectional sounding speaker includes a plurality of evenly arranged sound modules 20C.
  • each of the audio modules 20C includes a main vibration unit 21C, at least one passive vibration unit 22C, and a module holder 23C.
  • the main vibration unit 21C is embodied as a main vibration horn.
  • the main vibration unit 21C is capable of vibrating sound in response to an input of an audio signal
  • the passive vibration unit 22C is capable of vibrating in response to the vibration of the main vibration unit 21C to generate an auxiliary sound effect, thereby enhancing the low frequency sound effect of the sound module 20C.
  • the passive vibration unit 22C includes a vibration element 221C, a suspension 222C, and a frame 223C, wherein the vibration element 221C is located in the middle, and the frame 223C is mounted thereon.
  • the suspension 222C is used to define the reciprocating movement of the vibrating member 221C in a predetermined direction, and to prevent the vibrating member 221C from shifting during reciprocation.
  • the suspension 222C has an inner edge 2221C and an outer edge 2222C, wherein the inner edge 2221C of the suspension 222C may extend integrally with the outer edge of the vibrating element 221C, or the suspension 222C
  • the inner edge 2221C may be bonded to the outer edge of the vibrating element 221C by glue or other adhesive, wherein the outer edge 2222C of the overhang 222C may extend integrally to the inner edge of the frame 223C, or the overhang 222C
  • the outer edge 2222C can be bonded to the inner edge of the frame 223C by glue or other adhesive such that the overhang 222C extends between the vibrating element 221C and the frame 223C. It is worth mentioning that the suspension 222C can also wrap the surface of the vibrating element 221C.
  • the suspension 222C has elasticity.
  • the suspension 222C may be made of an elastic material such as, but not limited to, a rubber material, so that when the first passive vibrator 21 vibrates in response to the vibration of the main vibration unit 21C, if the vibration When the element 221C generates an upward displacement along the predetermined direction, the suspension 222C pulls the vibration element 221C downward along the predetermined direction, so that the vibration element 221C has a tendency and a displacement to return to the initial state, and accordingly, If the vibrating member 221C generates a downward displacement along the predetermined direction, the suspension 222C pulls the vibrating member 221C upward along the predetermined direction to cause the vibrating element Piece 221C has a tendency and displacement to return to the initial state.
  • an elastic material such as, but not limited to, a rubber material
  • the suspension 222C is used to ensure that the vibrating member 221C only moves upward or downward along the predetermined direction. Therefore, the suspension 222C ensures the sound effect of the acoustic module 20C by preventing the vibration element 221C from shifting.
  • the vibrating member 221C of the passive vibration unit 22C shown in FIGS. 11 and 12 has a racetrack shape
  • the vibrating member The shape of 221C can also be implemented as, but not limited to, a circle, an ellipse, a square, or other polygons.
  • the cross-sectional shape of the suspension 222C of the passive vibration unit 22C is arched, that is, the suspension 222C has a convex side 2223C and a concave side 2224C, and the hanging edge 222C
  • the convex side 2223C and the concave side 2224C correspond to each other. It can be understood that the convex side 2223C of the hanging side 222C and the concave side 2224C are integrally formed when the hanging side 222C is formed.
  • a cross-sectional shape of a suspension 222D of a passive vibration unit 22D may also be in a "W" shape.
  • the cross-sectional shape of the suspension 222E of a passive vibration unit 22E may also be in an "M" shape.
  • the cross-sectional shape of the suspension 222F of a passive vibration unit 22F may also be in an "S" shape.
  • the cross-sectional shape of the suspension 222G of a passive vibration unit 22G may also be in an inverted "S" shape.
  • the cross-sectional shape of the suspension 222H of a passive vibration unit 22H may also be wavy.
  • the cross-sectional shape of the suspension 222I of a passive vibration unit 22I may also be zigzag.
  • the interface shape of the suspension can also be a V" shape, an inverted “V” shape, a "U shape", and an inversion. The "U" shape.
  • a suspension 222J further includes an inner suspension portion 2225J and an outer suspension portion 2226J, wherein the suspension 222J
  • the inner suspension portion 2225J and the outer suspension portion 2226J are integrally formed, and the cross-sectional shape of the suspension 222J is arched or otherwise shaped, wherein the free edge of the inner suspension portion 2225J of the suspension 222J
  • the inner edge 2221J of the overhang 222J is formed, and the free edge of the outer overhang portion 2226J of the overhang 222J forms the outer edge 2222J of the overhang 222J.
  • the inner suspension portion 2225J of the suspension 222J includes an inner suspension body 22251J and a plurality of inner elastic ribs 22252J, wherein each of the inner elastic ribs 22252J is disposed at an interval along the annular direction of the inner suspension body 22251J.
  • each of the inner elastic ribs 22252J is integrally formed with the inner hanging body 22251J along the annular direction at intervals, and each of the inner elastic ribs 22252J protrudes from the inner hanging body
  • the plane in which the side body 22251J is located is concave inward.
  • each of the inner elastic ribs 22252J may also protrude downward from the inner suspension main body 22251J from the plane of the inner suspension main body 22251J to form a lower side of the inner suspension portion 2225J.
  • the first protrusion 222521J, and the first groove 222622J is formed on an upper side of the inner suspension portion 2225J.
  • two adjacent inner elastic ribs 22252J are disposed apart from each other, and a plurality of the inner elastic ribs 22252J are radially and uniformly arranged around the vibration element 221J to function as the vibration element 221J.
  • the direction of vibration is limited in the direction of the preset direction.
  • the outer suspension portion 2226J of the suspension 222J includes an outer suspension body 22261J and a plurality of outer elastic ribs 22262J, wherein each of the outer elastic ribs 22262J is disposed at the outer circumference along the annular direction at intervals
  • the side main body 22261J, or each of the outer elastic ribs 22262J are integrally formed with the outer hanging side main body 22261J along the annular direction, and each of the outer elastic ribs 22262J protrudes from the surface of the outer hanging side main body 22261J.
  • the outer elastic rib 22262J forms a second protrusion 222621J on one side of the outer suspension portion 2226J, and a second groove 222622J on the other side of the outer suspension portion 2226J. That is, each of the outer elastic ribs 22262J protrudes from the plane of the outer suspension body 22261J on one side of the outer suspension portion 2226J, and from the outer suspension on the other side of the outer suspension portion 2226J The plane in which the side body 22261J is located is concave inward.
  • each of the outer elastic ribs 22262J may also protrude downward from the outer suspension main body 22261J from the plane of the outer suspension main body 22261J to form a lower side of the outer suspension side portion 2226J.
  • the second protrusion 222621J, and the second groove 222622J are formed on the upper side of the outer suspension portion 2226J.
  • two adjacent outer elastic ribs 22262J are disposed apart from each other, and a plurality of the outer elastic ribs 22262J are radially and uniformly arranged around the vibration element 221J to function as the vibration element 221J.
  • the direction of vibration is limited in the direction of the preset direction.
  • each of the inner elastic ribs 22252J and each of the outer elastic ribs 22262J may be disposed in one-to-one correspondence. That is, each of the inner elastic ribs 22252J of the inner suspension portion 2225J of the suspension 222J corresponds to each of the outer elastic ribs 22262J matching the outer suspension portion 2226J, such that the suspension 222J may include A plurality of sets of elastic ribs, wherein each set of the elastic ribs includes one of the inner elastic ribs 22252J of the inner hanging edge portion 2225J and one of the outer elastic ribs 22262J of the outer hanging edge portion 2226J.
  • each of the sets of the ribs is spaced apart from each other along the annular direction. It can be understood that the arrangement shape of each of the elastic ribs is consistent with the shape of the suspension 222J. For example, when the suspension 222J is substantially circular, each set of the ribs can be arranged in the radial direction.
  • the suspension The surface of the side 222K is provided with a plurality of limiting ribs 2227K, wherein each of the limiting ribs 2227K integrally extends between the vibrating member 221K and the frame 223K to form a height between the vibrating member 221K and the frame 223K.
  • Undulating structure is provided.
  • the limiting rib 2227K of the hanging edge 222K is used to reinforce the limiting action of the hanging edge 222K to prevent the vibrating element 221K from deviating from the predetermined direction when vibrating. Specifically, when the vibrating member 221K vibrates along the predetermined direction, if the vibrating member 221K is to be offset from the predetermined direction, the corresponding limiting rib 2227K generates a reverse pulling force to The offset force that causes the vibration element 221K to shift is cancelled.
  • the limiting rib 2227K may extend in a direction perpendicular to the outer peripheral surface of the corresponding vibrating member 221K and the corresponding inner peripheral surface of the frame 223K, as shown in FIG.
  • the limiting ribs 2227K may also extend along the radial direction of the vibrating element 221K or obliquely. The arrangement of the limiting ribs 2227K may generate corresponding pulling forces along the directions, thereby The vibration element 221K is effectively prevented from being displaced in these directions.
  • each of the limiting ribs 2227K may be evenly arranged around the vibrating member 221K and may be arranged symmetrically with respect to the center of the vibrating member 221K.
  • the limiting rib 2227K includes a left side limiting rib 22271K and a right side limiting rib 22272K.
  • the vibrating member 221K wants to shift to the right, it will immediately receive a reverse pulling force to the left of the left limiting rib 22271K, thereby preventing the vibrating member 221K from shifting to the right.
  • the hanging edge 222K can effectively limit the limiting direction of the vibrating member 221K along the predetermined direction.
  • the suspension 222L is wavy, and includes a plurality of waveform limiting segments 2228L disposed along the circumferential direction, thereby The plurality of waveform limit segments 2228L are connected to each other to form a wavy structure around the vibrating member 221L.
  • Each of the waveform limiting segments 2228L of the suspension 222L is used for limiting action to prevent the vibration element 221L from being deviated when it vibrates along the predetermined direction. Specifically, when the vibrating element 221L is to be offset from the predetermined direction to generate an offset in a certain direction, the corresponding waveform limiting segment 2228L generates a pulling force in the opposite direction to cancel the offset of the vibrating element 221L. Offset force. It is worth mentioning that each of the waveform limit segments 2228L can be evenly arranged around the vibrating member 221L and can be arranged symmetrically with respect to the center of the vibrating member 221L.
  • a plurality of the waveform limit segments 2228L of the suspension 222L include a left waveform limit segment 22281L and a right waveform limit segment 22282L.
  • the vibration element 221L reciprocates along the predetermined direction, and if the vibration element 221L wants to shift to the left, it immediately receives the right Side waveform limit segment 22282L The reverse pulling force to the right prevents the vibrating element 221L from shifting to the left.
  • the vibrating member 221L is intended to be shifted to the right, it is immediately subjected to a reverse pulling force to the left of the left-side waveform stopper 22281L, thereby preventing the vibrating member 221L from shifting to the right.
  • the suspension 222L can effectively limit the limiting direction of the vibrating member 221L along the predetermined direction.
  • each of the waveform limiting segments 2228L of the suspension 222L includes a vibrating element connecting end 22283L and a frame connecting end 22284L, wherein the cross-sectional shape of the vibrating element connecting end 22283L in the circumferential direction may be Arched and connected to the outer edge of the vibrating element 221L, wherein the frame connecting end 22284L is used to connect with the frame 223L.
  • the vibrating element connecting end 22283L has two lower side connecting points 222831L, 222832L, and an upper side connecting point 222833L, wherein the connection between the two lower side connecting points 222831L, 222832L and the upper side connecting point 222833L can be It is a triangle. And extending from the two lower side connection points 222831L, 222832L and the upper side connection point 222833L to the edge of the frame 223L to obtain three connection points 222841L, 222842L, and 222843L, wherein the three connection points 222841L, 222842L, and 222843L are formed.
  • the line between the three connection points 222841L, 222842L, 222843L is a curved line segment. That is, in this embodiment, the waveform stop segment 2228L has an inner edge and an outer edge, and the inner edge connected to the outer edge of the vibrating member 221L is corrugated or arched, and the frame 223L is The outer edges of the edges are curved and are located on the same plane perpendicular to the central axis of the vibrating member 221L.
  • FIG. 22 of the accompanying drawings illustrates a omnidirectional sounding speaker in accordance with a third preferred embodiment of the present invention.
  • the omnidirectional sounding speaker includes a plurality of evenly surrounding sound modules 20N.
  • each of the audio modules 20N includes a main vibration unit 21N, at least one passive vibration unit 22N, and a module holder 23N.
  • the double suspension unit 212N and the assembled main vibration unit 21N thereof according to the third preferred embodiment of the present invention are illustrated, wherein the main vibration unit 21N includes a frame assembly 211N, a pair of suspension units 212N, a connector 216N, a vibration unit 213N, a voice coil 214N, and a magnetic return unit 215N.
  • the double suspension unit 212N of the present invention can also be applied to other sound effects devices such as various main vibration units 21N.
  • the frame assembly 211N, the double suspension unit 212N, the connector 216N, the vibration unit 213N, the voice coil 214N, and the magnetic return unit 215N form the present invention.
  • the double suspension unit 212N and the connecting body 216N divide a frame cavity 3000N formed by the frame assembly 211N into the overlapping vibration chamber 1000N and the support cavity 2000N, thereby returning the original prior art longitudinal direction.
  • the arrangement of the two cavities is converted into two cavities of lateral overlap, which in turn reduces the size of the main vibrating unit 21N as a whole.
  • the specific formation of the vibration chamber 1000N of the main vibration unit 21N and the support chamber 2000N will be described later in the disclosure.
  • the frame assembly 211N supports the double suspension unit 212N, and the double suspension unit 212N fits the vibration
  • the unit 213N is connected to the voice coil 214N
  • the voice coil 214N is connected to the magnetic return unit 215N
  • the magnetic return unit 215N is electromagnetically induced with the voice coil 214N, thereby driving the vibration unit 213N to vibrate, thereby Reproduce the sound. That is, due to electromagnetic induction, the voice coil 214N can reciprocate in response to the input of the audio signal, thereby being able to drive the vibration unit 213N to vibrate.
  • the vibration unit 213N is driven by the voice coil 214N, the vibration of the vibration unit 213N also drives the double suspension unit 212N, and the double suspension unit 212N also has a braking function.
  • the movement of the vibration unit 213N is limited to a range so that the vibration unit 213N can reciprocate in only one direction with a uniform amplitude. For example, when the vibration unit 213N is horizontally disposed, the vibration unit 213N reciprocates only in the vertical (upward and downward) directions, the upward displacement of the vibration unit 213N and the downward movement of the vibration unit 213N The displacement is the same.
  • the double suspension unit 212N further includes a passive suspension 2121N and a brake suspension 2122N.
  • the vibration unit 213N further includes a first vibration element 2131N and a second vibration element 2132N.
  • the frame assembly 211N further includes a first frame 2111N, a second frame 2112N, and a third frame 2113N.
  • the third frame 2113N is used to mount the magnetic return unit 215N and other components.
  • the third frame 2113N includes a third frame body 21131N and has a magnetic return mounting hole 21130N formed at a bottom center of the third frame body 21131N for mounting the magnetic return unit 215N.
  • the main vibration unit 21N further includes an electrical connector 2171N and an electrical terminal 2172N.
  • the electrical terminal 2172N is disposed outside the frame body 21131N.
  • the electrical connector 2171N further includes an electrical connector body 21711N and has a central hole 21710N.
  • the electrical connector body 21711N of the electrical connector 2171N is disposed at the bottom of the frame body 21131N, and the electrical connector 2171N
  • the center hole 21710N corresponds to the magnetic return mounting hole 21130N of the third frame 2113N.
  • the magnetic return unit 215N further includes a magnetic return body 2151N, a first pole piece 2152N and a second pole piece 2153N.
  • the first pole piece 2152N and the second pole piece 2153N are electrically connected, and the magnetic return body 2151N is further formed.
  • a magnetic return cavity 2154N of the magnetic return unit 215N is disposed at least partially within the magnetic return cavity 2154N of the magnetic return unit 215N.
  • the electrical connector 2171N is electrically connected to the electrical terminal 2172N, so that when the electrical terminal 2172N is energized, current flows through the electrical connector 2171N to energize the first pole piece 2152N and the second pole piece 2153N, so that the voice coil 214N
  • the electromagnetic induction of the voice coil 214N and the magnetic return unit 215N can respond to the input of the audio signal, and the voice coil 214N can reciprocate.
  • the third frame body 21131N further includes a third frame mounting table 211311N disposed at the top, and the second frame 2112N is disposed at the top of the third frame body 21131N, that is, disposed on the third frame mounting platform. 211311N, such that the third frame 2113N is connected and supports the first Two frames 2112N. In other words, the bottom edge of the second frame 2112N fits over the top edge of the third frame 2113N to be supported by the third frame 2113N.
  • the second frame 2112N is coupled to the brake suspension 2122N, that is, the second frame 2112N can stably support the brake suspension 2122N. More specifically, the second frame 2112N includes a second frame body 21121N and has a second frame hole 21120N formed at the center of the second frame body 21121N. In the third preferred embodiment of the invention, the voice coil 214N and a portion of the magnetic return unit 215N pass through the second frame aperture 21120N.
  • the second frame 21121N further includes a second frame inner frame portion 211211N, a second frame edge portion 211212N, and a second frame outer frame portion 211213N.
  • the second frame edge portion 211212N extends upward and outward from the second frame inner frame portion 211211N and the second frame outer frame portion 211213N.
  • the second frame outer frame portion 211213N is disposed on the third frame mounting table 211311N of the third frame body 21131N such that the third frame 2113N is coupled and supports the second frame 2112N.
  • the brake suspension 2122N is coupled to the second frame inner frame portion 211211N of the second frame body 21121N such that the second frame 2112N is coupled to the brake suspension 2122N.
  • the brake suspension 2122N further includes a brake suspension inner edge 21221N, a brake suspension body portion 21222N, and a brake suspension outer edge 21223N.
  • the brake suspension body portion 21222N extends outwardly from the brake suspension inner edge 21221N and the brake suspension outer edge 21223N, and is provided with a brake suspension hole forming the brake suspension 2122N.
  • the connecting body 216N passes through the brake suspension hole 21220N. That is, when the main vibration unit 21N is placed at a horizontal position as shown in the drawing, the brake suspension inner edge 21221N and the brake are in the direction of the cross section of the brake suspension 2122N.
  • the suspension outer edge 21223N is on the same plane, and the brake suspension main body portion 21222N integrally extends downward from the brake suspension inner edge 21221N and the brake suspension outer edge 21223N to form an arch having a certain curvature. structure.
  • the brake suspension outer edge 21223N of the brake suspension 2122N is coupled to the second frame inner frame portion 211211N of the second frame body 21121N such that the brake suspension 2122N is coupled to the second frame 2112N.
  • the connecting body 216N further includes a connecting body 2161N, a plurality of connecting ribs 2162N, a connecting body extension 2163N, and a connecting body hole 2164N, the connecting body 2161N
  • the connector hole 2164N is formed in a ring shape, and the voice coil 214N is accommodated in the connector hole 2164N.
  • the connector extension 2163N extends vertically and outwardly to the bottom of the connector body 2161N, and the connector extension 2163N is further connected to the brake suspension inner edge 21221N of the brake suspension 2122N, so that the connector 216N is coupled to the brake suspension 2122N.
  • each of the connecting body ribs 2162N extend vertically and outwardly outside the connecting body main body 2161N and the connecting body extension portion 2163N, thereby enhancing the stability of the connecting body 216N. That is, each of the connecting body ribs 2162N is provided at intervals, may be uniformly disposed, or may be non-uniformly disposed, and each of the connecting body ribs 2162N is implemented as a right-angled triangular plate shape in this embodiment of the invention. Wherein the corner edge is disposed on the connecting body extension portion 2163N, and the other right angle side is disposed on the connector body The outer side wall of the 2161N.
  • the above-described shape of the connecting body rib 2162N is merely an example, and may be other reasonable structures, and the present invention is not limited thereto in this respect. It should be noted that in the third preferred embodiment of the present invention, the top of the connector body 2161N is further provided with a plurality of arched inner grooves 21610N, and each of the arcuate inner grooves 21610N is spaced apart. At the top edge of the connector body 2161N.
  • the first frame 2111N includes a first frame body 21111N and a first frame hole 21110N.
  • the first frame body 21111N includes a first frame inner frame portion 211111N and a first frame outer frame portion 211112N.
  • the first frame inner frame portion 211111N is formed to extend inwardly downward from the first frame outer frame portion 211112N, and the passive suspension edge 2121N is coupled to the first frame outer frame portion 211112N of the first frame 2111N.
  • the passive suspension 2121N further includes a passive suspension inner edge 21211N, a passive suspension body portion 21212N, and a passive suspension outer edge 21213N.
  • the passive suspension body portion 21212N extends outwardly from the passive suspension inner edge 21211N and the passive suspension outer edge 21213N, and is looped to form a passive suspension hole 21210N of the passive suspension 2121N. That is, when the main vibration unit 21N is placed at a horizontal position as shown in the drawing, the passive suspension inner edge 21211N and the passive suspension edge are in the direction of the cross section of the passive suspension 2121N.
  • the edge 21213N is on the same plane, and the passive suspension main body portion 21212N integrally extends upward from the passive suspension inner edge 21211N and the passive suspension outer edge 21213N to form an arch structure having a certain curvature.
  • the passive suspension edge 2121N of the passive suspension 2121N is coupled to the first frame inner frame portion 211111N of the first frame body 21111N such that the passive suspension 2121N is coupled to the first frame 2111N.
  • the second vibrating member 2132N of the vibrating unit 213N includes a second vibrating body 21321N that is annular and has an annular opening 21320N formed by the second vibrating body 21321N.
  • the first vibrating element 2131N is coupled to the second vibrating element 2132N, and the first vibrating element 2131N closes the annular opening 21320N of the second vibrating element 2132N.
  • the outer peripheral edge 213211N of the second vibrating body 21321N is coupled to the passive suspension inner edge 21211N of the passive suspension 2121N such that the second vibrating element 2132N is coupled to the passive suspension 2121N.
  • the first vibrating element 2131N is coupled to the inner peripheral edge 213212N of the second vibrating element body 21321N such that the first vibrating element 2131N is coupled to the second vibrating element 2132N and closes the ring of the second vibrating element 2132N Opening 21320N.
  • the bottom of the second vibrating body 21321N of the second vibrating element 2132N further has an annular connecting body limiting groove 213213N.
  • the top edge of the connector body 2161N of the connecting body 216N is limited to the annular connecting body limiting groove 213213N, thereby improving the stability of the connecting body 216N.
  • the first vibrating element 2131N further includes a first vibrating body 21311N and a reinforcing rib 21312N.
  • the reinforcing rib 21312N is spaced apart from the first vibrating body 21311N, and the reinforcing rib 21312N is made of a rigid material. Increasing the strength of the first vibrating body 21311N, extending Service life.
  • the bottom of the first vibrating body 21311N is further provided with a defining groove 213111N formed by a central portion of the first vibrating body 21311N, and the lower portion of the defining slot 213111N corresponds to the voice coil 214N.
  • the top edge when the voice coil 214N is driven by the input of the corresponding audio signal, the annular defining slot 213111N provides an extended motion space for the voice coil 214N.
  • the peripheral edge of the first vibrating body 21311N is further provided with a plurality of circular holes 213112N.
  • the bottom of the second vibrating body 21321N is provided with a plurality of matching circular recesses 213214N, and the circular recesses 213214N are spaced apart from the inner side of the annular connecting body limiting recesses 213213N, each of the circles The shaped grooves 213214N are matched to each of the circular holes 213112N.
  • the first frame 2111N, the second frame 2112N and the third frame 2113N can be combined in various ways, for example by matching screwing elements, heat sealing and ultrasonic bonding.
  • the first frame body 21111N of the first frame 2111N includes a plurality of fixed teeth 211113N, and the fixed teeth 211113N are spaced apart from the first frame inner frame portion 211111N.
  • the second frame body 21121N of the second frame 2112N has a plurality of fixing grooves 211214N, and the fixing grooves 211214N are spaced apart from the second frame outer frame portion 211213N.
  • the third frame body 21131N of the third frame 2113N has a plurality of fixing holes 211312N, and the fixing teeth 211113N are matched to pass through the corresponding fixing grooves 211214N and the fixing holes 211312N, so that the first frame 2111N, The second frame 2112N and the third frame 2113N can be assembled and joined together to form the frame cavity 3000N.
  • the first frame 2111N, the second frame 2112N, and the third frame 2113N can be assembled and connected because the fixed teeth 211113N, the fixing grooves 211214N, and the fixing holes 211312N are matched with each other.
  • the fixing tooth 211113N may also be disposed on the second frame 2112N or the third frame 2113N.
  • the fixing groove 211214N may also be disposed on the first frame 2111N and the third frame 2113N.
  • the fixing hole 211312N may also be disposed.
  • the first frame 2111N or the second frame 2112N In other embodiments, the first frame 2111N, the second frame 2112N, and the third frame 2113N may each have the fixed tooth 211113N, the fixing groove 211214N, and the fixing hole 211312N. It will be understood by those skilled in the art that the connection manner of the first frame 2111N, the second frame 2112N, and the third frame 2113N is merely an example, and the present invention is not limited thereto.
  • the frame assembly 211N forms the frame cavity 3000N, and the voice coil 214N and the magnetic return unit 215N are received in the frame cavity 3000N.
  • the first vibrating element 2131N of the vibrating unit 213N is coupled to the second vibrating element 2132N.
  • the outer peripheral edge of the second vibrating element 2132N is connected to the inner edge of the passive suspension 2121N, that is, the outer peripheral edge 213211N of the first vibrating body 21321 of the second vibrating element 2132N is connected to the passive suspension of the passive suspension 2121N.
  • the inner edge of the passive suspension 2121N is connected to the inner frame of the first frame 2111N, that is, the passive suspension outer edge 21213N of the passive suspension 2121N is connected to the first frame body.
  • the annular connecting body is defined in the limiting groove 213213N.
  • the third frame mounting table 211311N is disposed, so that the third frame The frame 2113N is connected and supports the second frame 2112N. Further, the third frame 2113N, the brake suspension 2133N, the connecting body 216N and the second frame 2112N form the vibration cavity 1000N, the voice coil 214N and the magnetic The return unit 215N is housed in the vibration chamber 1000N.
  • the frame cavity 3000N is divided into two laterally distributed overlapping support chambers 2000N and the vibration chamber 1000N, thereby ensuring At the same time, the quality of the bass effect significantly reduces the thickness of the entire main vibration unit 21N.
  • the voice coil 214N can be driven to reciprocate in the axial direction in response to the input of the audio signal due to electromagnetic induction, for example, when the main vibration unit 21N is vertically placed in the drawing.
  • the voice coil 214N can be driven to perform a longitudinal reciprocating motion. Since the upper portion of the voice coil 214N is close to the vibration unit 213N, the vibration unit 213N can be driven by the reciprocation of the voice coil 214N to generate vibration.
  • the vibration unit 213N can reciprocate in only one direction with a uniform amplitude. In turn, the sound effect, especially the reduction of the bass effect, can be guaranteed.
  • the passive suspension 2121N and the brake suspension 2122N of the double suspension unit 212N are disposed in parallel, in particular, the passive suspension body portion is pointed out.
  • the 21212N has a passive arched annular cavity 212120N having a brake arched annular cavity 212220N, the depth L1 of the passive arched annular cavity 212120N being numerically related to the brake arched annular cavity 212220N The depth L2 is equal.
  • the passive suspension 2121N since the passive suspension 2121N needs to be agitated with air and is designed to have a large diameter, the size of the brake suspension 2122N as a whole and the passive suspension 2121N Compared to the small size, the arched structure of the brake suspension 2122N and the arc and concave angle of the arched structure of the passive suspension 2121N are numerically fixed.
  • the depth of each annular cavity formed by each of the brake suspension 2122N and the arched structure of the passive suspension 2121N is the same as the width of the cavity opening, The thickness of the brake suspension 2122N and the passive suspension 2121N may be different, and the invention is not limited in this respect.
  • the brake suspension 2122N is capable of producing a braking effect on the passive suspension 2121N.
  • the shape of the protrusion formed by the brake suspension 2122N and the passive suspension 2121N It may be unlimited, except that it may be an arched structure of parallel buckles in this embodiment, or may be an arched structure in which the convex directions are uniform, and may not be an arched convex structure, for example, in other embodiments,
  • the cross section may be arcuate, arched, triangular, quadrangular, polygonal, semi-circular, semi-elliptical, U-shaped, V-shaped, and the like.
  • the double suspension unit 212N can not only prevent the vibration unit 213N from swaying and shifting in the non-axial direction, but also can ensure that the vibration unit 213N has a sufficiently large amplitude, that is, a sufficiently large axial displacement. Thereby, it is ensured that the stroke of the vibration unit 213N can ideally reproduce the bass.
  • the double suspension unit 212N of the present invention is made of an elastic material. It is worth mentioning that the cross-sectional shape of the passive suspension 2121N and the brake suspension 2122N of the double suspension unit 212N is annular, that is, the passive suspension body and the brake suspension body are In the lateral direction, the end-to-end connection integrally forms a ring shape, that is, the passive suspension hole 21210N and the brake suspension hole 21220N are both circular holes. It will be understood by those skilled in the art that the above shape is merely an example, and the present invention is not limited thereto.
  • the passive suspension 2121N of the double suspension unit 212N and the brake suspension 2122N may also be selected from the group consisting of a ring, a triangle, a quadrangle, a polygon, and the like.
  • the omnidirectional sounding speaker according to the present invention can be used by the projector client, and can be separately set in the projector or connected to the projector.

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Abstract

一全方位发声式音箱包括一组均匀环绕设置的音响模组(20)。每一音响模组(20)包括一主振动单元(21)和一被动振动单元(22)。主振动单元(21)被均匀环绕设置。被动振动单元(22)被均匀环绕设置。主振动单元(21)能够响应外界信号的输入并进而带动被动振动单元(22)一起振动,从而产生改善的音质效果。

Description

全方位发声式音箱及其制造方法 技术领域
本发明涉及一种音箱,特别涉及一种全方位发声式音箱,其能够均匀地向其周围发出声音。
背景技术
目前市场上的音箱设备的喇叭系统一般设置在音箱箱体的同一侧,其声音从其一侧发出,所以,处于这种音箱设备的不同方位的听众所听到的由这种音箱设备发出的声音也不尽相同,很难达到音效的均一性。在一些场合,例如音乐会场,为了使各个地方的听众都能很好地体验听觉盛宴,通常会将许多个音箱设备布置于会场的周围,以使声音从会场的周围向中心传递。这种设置方式得到了广泛应用且能够达到很好的效果。但是,多个音箱分别布置和安装较为麻烦。另一方面,这些音箱需要连接至同一声音源,不仅需要较多的连接线还需要多这些连接线进行合理布置和安装,耗时、耗力,也不经济。
另外,这种将喇叭系统设置在音箱箱体的同一侧缝音箱设备在输入音频信号后,就会通过振动产生声音。当音箱设备特别是用于播放低音的低音炮的声音开得较大时,音箱自身也会产生强烈的震动,从而导致音箱自身产生跳跃或左右位移。而且这种强烈的震动也可能会带动周围的其他物品震动,从而损坏这些物品。例如,当音箱与电脑放置在一起时,音箱的震动会使电脑主机也跟着一起震动,从而可能损坏电脑内的部件如硬盘,主板等。所以,在对音响效果要求较高的场所,如音乐会现场,迪厅等,都需要用固定架来固定音箱或利用其他的方式来使音箱在运行时保持稳固。而且,为了减少震动所带来的不利影响以及为了得到更高质量的低音效果,用于播放低音的音箱设备通常非常笨重,体积较大,这样也不利于运输和携带。因此,需要一种体积小巧,又能改善音质效果特别是低音效果的音箱。
为解决现有技术中存在的上述问题,申请人研究出一种全方位发声式音箱。本发明申请中该全方位发声式音箱是指能够向其周围均匀发声的音箱设置。
发明内容
本发明的主要目的在于提供一种全方位发声式音箱,其能够向其周围均匀地发出声音。
本发明的另外一个目的在于提供一种全方位发声式音箱,其能够均匀地沿其径向向其周围发声。
本发明的另外一个目的在于提供一种全方位发声式音箱,其对用于发声的多 个音响模组进行集成,以达到通过一个设备向周围均匀发声的效果。
本发明的另外一个目的在于提供一种全方位发声式音箱,其多个音响模组被环绕其中心环绕设置并且每两个相邻音响模组之间的夹角相同,从而其能够向周围进行均匀发声。
本发明的另外一个目的在于提供一种全方位发声式音箱,其多个音响模组环绕其中心设置并且每两个相邻音响模组之间的夹角相同,从而这些音响模组可以相互抵消振动的影响,减少整个音箱的震动位移,从而使音箱在工作时更稳定。
本发明的另外一个目的在于提供一种全方位发声式音箱,其中多个该音响模组可以共用一个振动腔体。这样,这些音响模组在振动以作用于该振动腔体内的空气时,可以将各自所带来的震动效果在该音箱内的该振动腔体内得以抵消。
本发明的另外一个目的在于提供一种全方位发声式音箱,其中多个该音响模组不是单独地设置在该音箱的同一侧,而是被均匀地设置于围绕一中心的周侧,从而产生均匀的全方位发声扩散声音效果,也就是向周围均匀发声的效果。
本发明的另外一个目的在于提供一种全方位发声式音箱,其中多个该音响模组至该中心的距离相等,从而其在周围不同方向上产生的音效相同。
本发明的另外一个目的在于提供一种全方位发声式音箱,其中多个该音响模组不是单独地设置在该音箱的同一侧,而是被均匀地设置于围绕一中心的周侧,从而各个音响模组所带来的震动效果得以抵消。
本发明的另外一个目的在于提供一种全方位发声式音箱,多个该音响模组包括至少两主振动单元以及至少两被动振动单元,该两主振动单元响应音频信号的输入而产生振动,并且作用于该振动腔内的空气,使得该振动腔内的空气带动该被动振动单元一起振动,从而产生改善的音质效果,特别是低音效果。
本发明的另外一个目的在于提供一种全方位发声式音箱,多个该音响模组包括偶数个主振动单元以及偶数个被动振动单元,其中在每一音响模组的一主振动单元相反的一侧都设置另一音响模组一主振动单元,在每一音响模组的一被动振动单元相反的一侧都设置另一音响模组的一被动振动单元,从而使其产生的振动得到更好的抵消。
本发明的另外一个目的在于提供一种全方位发声式音箱,多个该音响模组包括四个主振动单元以及四个被动振动单元,该四个主振动单元响应音频信号的输入而产生振动,并且作用于该振动腔内的空气,使得该振动腔内的空气带动该被动振动单元一起振动,从而产生改善的音质效果,特别是低音效果。
本发明的另外一个目的在于提供一种全方位发声式音箱,至少多个该主振动单元被均匀围绕该音箱的中心设置,该多个被动振动单元也被均匀围绕该音箱的中心设置,该主振动单元与该被动振动单元交错设置,从而在产生振动时,其振动的方向指向或者背离该音箱的中心,这种均匀、交错设置的方式使整个箱体不会偏向于某个特定的方向而产生震动位移。
本发明的另外一个目的在于提供一种全方位发声式音箱,在该主振动单元产生振动以沿着一个方向作用于该振动腔内的空气时,例如挤压该振动腔内的空气时,该受挤压的空气可以沿着另外的方向作用于该被动振动单元,从而使空气的震动效果得以在该音箱内部得以平衡,而使整个箱体趋于稳定。
本发明的另外一个目的在于提供一种全方位发声式音箱,藉由主振动单元与被动振动单元的搭配设计,该音箱可以达到更好的低音效果,从而该音箱不需要再进行复杂的内部结构的设计,就可以达到好的音质效果,而且体积和尺寸更小,厚度更薄,方便存储、运输和携带。
通过下面的描述,本发明的其它优势和特征将会变得显而易见,并可以通过权利要求书中特别指出的手段和组合得到实现。
依本发明,本发明提供一全方位发声式音箱,其包括一组均匀环绕设置的音响模组。每一音响模组包括一主振动单元和一被动振动单元。该主振动单元被均匀环绕设置。该被动振动单元被均匀环绕设置。该主振动单元能够相应外界信号的输入并进而带动该被动振动单元一起振动,从而产生改善的音质效果。
根据本发明的一些实施例,该主振动单元和该被动振动单元间隔设置。由该主振动单元和该被动振动单元组成的一系列振动单元被环绕外周侧面均匀地设置,从而使该全方位发声式音箱产生的声场更为均匀。
根据本发明的一些实施例,该主振动单元与该被动振动单元的数量均为偶数。
根据本发明的一些实施例,该主振动单元与该被动振动单元的数量均为四。
根据本发明的一些实施例,该主振动单元与该被动振动单元的数量均为奇数。
根据本发明的一些实施例,该主振动单元与该被动振动单元的数量均为三。
根据本发明的一些实施例,其进一步包括一箱体。该音响模组被设置于该箱体。
根据本发明的一些实施例,其进一步包括一功放系统。该功放系统被设置于该音响模组的顶侧。
根据本发明的一些实施例,其进一步包括一供能系统。该功放系统被设置于该音响模组的底侧。
根据本发明的一些实施例,该被动振动单元包括一振动元件、一框架以及一悬边。该悬边具有一内侧边缘和一外侧边缘。该悬边的该内侧边缘被设置于该振动元件的外边缘。该悬边的该外侧边缘被设置于该框架的内边缘,以使该悬边被环设在该振动元件和该框架之间。
根据本发明的一些实施例,该主振动单元包括至少一磁回单元、至少一音圈、至少一振动单元、至少一框架组件、至少一悬边和至少一折式弹波。该音圈在该磁回单元的驱动下进行往复运动。该振动单元被该音圈带动进行往复运动。该悬边被连接于该振动单元以及该框架组件。该折式弹波被连接于该悬边、该框架组件以及该振动单元。该折式弹波包括弹性的一环状外周部和一筒状部。该筒状部 从该环状外周部弯折延伸。该环状外周部被连接于该框架组件。
通过对随后的描述和附图的理解,本发明进一步的目的和优势将得以充分体现。
本发明的这些和其它目的、特点和优势,通过下述的详细说明,附图和权利要求得以充分体现。
附图说明
图1A是根据本发明的第一个优选实施例的一全方位发声式音箱的示意图。
图1B是根据本发明的上述第一个优选实施例的该全方位发声式音箱的另一示意图。
图2阐释了该全方位发声式音箱的多个振动单元的振动方向。
图3A和图3B阐释了根据本发明的上述第一个优选实施例的该全方位发声式音箱的一音响模组。
图4是根据本发明的上述第一个优选实施例的该全方位发声式音箱的组装示意图。
图5A和图5B阐释了根据发明的上述第一个优选实施例的全方位发声式音箱的一主振动单元以及一被动振动单元。
图6阐释了根据本发明的上述第一个优选实施例的该全方位发声式音箱的一种可替换实施例。
图7阐释了根据本发明的上述第一个优选实施例的该全方位发声式音箱的另一种可替换实施例。
图8是根据本发明的上述第一个优选实施例的该全方位发声式音箱的该音响模组的一模组支架的制作工艺示意图。
图9是根据本发明的第二个优选实施例的一全方位发声音箱的一立体结构示意图。
图10是根据本发明的上述第二个优选实施例的该全方位发声音箱的一爆炸视图。
图11是根据本发明的上述第二个优选实施例的该全方位发声音箱的一被动振动单元的立体示意图。
图12是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的剖视示意图。
图13A是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第一个可替换实施例的一剖视示意图。
图13B是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第二个可替换实施例的一剖视示意图。
图13C是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被 动振动单元的第三个可替换实施例的一剖视示意图。
图13D是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第四个可替换实施例的一剖视示意图。
图13E是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第五个可替换实施例的一剖视示意图。
图13F是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第六个可替换实施例的一剖视示意图。
图14是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第七个可替换实施例的一立体示意图。
图15是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的上述第七个可替换实施例的一剖视示意图。
图16是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第八个可替换实施例的一立体示意图。
图17是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的上述第八个可替换实施例的一剖视示意图。
图18是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的第九个可替换实施例的一应用示意图。
图19是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的上述第九个可替换实施例的一立体示意图。
图20是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的上述第九个可替换实施例的一爆炸示意图。
图21是根据本发明的上述第二个优选实施例的该全方位发声音箱的该被动振动单元的上述第九个优选实施例的局部位置剖视示意图。
图22是根据本发明的第三个优选实施例的一全方位立体发生音箱的一立体结构示意图。
图23是根据本发明的上述第三个优选实施例的该全方位立体发生音箱的一音响模组的一立体结构示意图。
图24是根据本发明的上述第三个优选实施例的该音响模组的一俯视图。
图25是根据本发明的上述第三个优选实施例的该音响模组的一剖视图。
图26是根据本发明的上述第三个优选实施例的该音响模组的一双悬边单元、一弹波及一振动单元的一俯视图。
图27是根据本发明的上述第三个优选实施例的该音响模组的一分解图。
图28A是根据本发明的上述第三个优选实施例的该音响模组的一爆炸分解示意图。
图28B是根据本发明的上述第三个优选实施例的该音响模组的一爆炸分解示意图。
图29是根据本发明的上述第三个优选实施例的该音响模组的一折式弹波的立体示意图。
图30是根据本发明的上述第三个优选实施例的该音响模组的该折式弹波的俯视图。
图31是根据本发明的上述第三个优选实施例的该音响模组的一音圈以及一磁回单元的剖视图。
具体实施方式
以下描述用于揭露本发明以使本领域技术人员能够实现本发明。以下描述中的第一个优选实施例只作为举例,本领域技术人员可以想到其他显而易见的变型。在以下描述中界定的本发明的基本原理可以应用于其他实施方案、变形方案、改进方案、等同方案以及没有背离本发明的精神和范围的其他技术方案。
如图1A至图4所示是根据本发明的第一个优选实施例的全方位发声式音箱,其包括一箱体10,以及设置于该箱体10的多个音响模组20,多个该音响模组20响应外部音频信号的输入而产生振动,从而产生预定的音效。该箱体10具有一中心线位置00。以该中心线位置00为轴心,这些音响模组20被环绕该中心线位置00均匀设置,以在该中心线位置00的不同方向产生音效。根据本发明的该第一个优选实施例,该音响模组20的数量为四。本领域技术人员应该能够理解,该音响模组20的数量为四仅仅是对本发明的示例而非限制。根据本发明的其他实施例,多个音响模组20也可以为的数量,例如六个、三个等。只要能够达到本发明的目的,本发明在这方面不受限制。下面将以该第一个优选实施例为例,以该音响模组20的数量为四对本发明进行介绍。
如图所示,以该中心线位置00为中心,该箱体10具有四个均等的模组空间100,以分别被用于设置上述四个音响模组20。如图所示,每一模组空间100具有一90°夹角,从而四个模组空间100平分以该中心线位置00为中心的360°角,从而被设置于四个模组空间100的四个音响模组20被紧密设置在一起,充分利用了空间并且相互起到支撑和固定的作用。以该中心线位置00位中心,每两个相邻音响模组20之间的夹角为90°,也就是说,该四个音响模组20围绕该中心线位置00均匀分布。
根据本发明的该第一个优选实施例,该箱体10包括一含色母的塑料射出面网11和一支架12。该支架12由高尺寸安定性的材料射成。该支架12被设置于该射出面网11,以形成多个与该音响模组20的尺寸、形状和数量相适应的该模组空间100。该模组20被分别插入该模组空间100。如图1A所示,该音响模组20与该支架10相互扣接,以对该音箱模组20进行固定,从而保证其被稳定于预设位置。
如图所示,每一音响模组20进一步包括一模组支架23。该模组支架23被 设置,以被用于安装、固定和保护该主振动单元21和该被动振动单元22。根据本发明的该第一个优选实施例,该模组支架23的形成借助上下两个模具。
如图3B所示,该连接元件50进一步包括一系列连接部件53,其被用于对该音响模组20的该模组支架23的拐角进行连接。值得一提的是,根据本发明的该第一个优选实施例,该连接部件53是通过超声波封合的方式进行连接。
如图所示,每一个音响模组20包括一主振动单元21和一被动振动单元22。也就是说,根据本发明的该第一个优选实施例的该全方位发声式音箱包括四个主振动单元21和四个被动振动单元22,共八个振动单元。该四个主振动单元21围绕该中心线位置00均匀分布。以该中心线位置00位中心,每两个主振动单元21之间的夹角为90°。该四个被动振动单元22绕该中心线位置00均匀分布。以该中心线位置00位中心,每两个被动振动单元22之间的夹角为90°。
根据本发明的该第一个优选实施例,该四个主振动单元21和该四个被动振动单元22围绕该中心线位置00均匀、交错分布。具体地,每一主振动单元21的两侧分别相邻设置一被动振动单元22。每一被动振动单元22的两侧分别相邻设置一主振动单元21。以该中心线位置00位中心,每一主振动单元21与相邻的被动振动单元22之间的夹角为45°。同样地,每一被动振动单元22与相邻的主振动单元21之间的夹角为45°。
如上所述,该主振动单元21和该被动振动单元22被围绕该中心线位置00均匀设置,从而八个振动单元21、22在围绕该中心线位置00的八个方向上发声,从而使该全方位发声式音箱在其周围均匀发声,使其声场更为均匀。也就是说,该全方位发声式音箱以该中心线位置00为中心向周围均匀辐射发声。
值得一提的是,如上所述,该音响模组20也可以为其他的数量。根据本发明的其他实施例,当该音响模组20的数量为N时,相应的,该模组空间100的数量为N。每个模组空间100则具有(360/N)°的夹角。相应地,以该中心线位置00位中心,每两个主振动单元21之间的夹角为(360/N)°,每两个被动振动单元22之间的夹角为(360/N)°。相应地,每一主振动单元21与相邻的被动振动单元22之间的夹角为(360/2N)°。N个主振动单元21和N个被动振动单元22被围绕该中心线位置00均匀设置,从而2N个振动单元21、22在围绕该中心线位置00的2N个方向上发声,从而使该全方位发声式音箱在其周围均匀发声,使其声场更为均匀。
值得一提的是,这种均匀的周围设置方式不仅有利于其发声的均匀,而且能够保持该箱体10的稳定。具体地,在该全方位发声式音箱工作过程中,多个主振动单元21同时向外振动。这种均匀环绕的设置方式使这些主振动单元21的振动得以抵消。同样地,在该全方位发声式音箱工作过程中,多个被动振动单元22同时向内振动。这种均匀环绕的设置方式使这些被动振动单元22的振动得以抵消。从而该全方位发声式音箱更加稳定。
值得一提的是,根据本发明的该第一个优选实施例,该主振动单元21以及该被动振动单元22的数量均为四,是偶数。因此通过上述均匀围绕的方式排列的每一主振动单元21的相反方向的对应位置都设置另一个主振动单元21。每一被动振动单元22的相反方向的对应位置都设置另一个被动振动单元22。偶数个主振动单元21在该箱体10上中心对称地设置。偶数个被动振动单元22也在该箱体10上中心对称地设置,更具体地,这些主振动单元21在该箱体10上呈反向中心对称地设置,这些被动振动单元22也在该箱体10上呈反向中心对称地设置。值得一提的是,在本发明的这个第一个优选实施例中,该音箱包括四个主振动单元21以及四个被动振动单元22。该主振动单元21各自连接到外部的音源以响应音频信号的输入而振动产生音效,因此这些主振动单元21互相呈中心对称地设置,从而这些主振动单元21在振动时,各自会朝向相反的方向产生振动。如图所示,在一个振动过程中,四个主振动单元21的振动方向都朝向外部,这使得每一个主振动单元21的相反一侧都有另外一个主振动单元21产生与之产生的振动方向相反的振动。也就是说,每两个相应主振动单元21的振动方向刚好相反,而整个该箱体10相当于没有受到明显偏向于某一个振动方向的作用力,从而得以保持平衡稳定。同样地,在一个振动过程中,四个被动振动单元22的振动方向都朝向外部,这使得每一个被动振动单元22的相反一侧都有另外一个被动振动单元22产生与之产生的振动方向相反的振动。也就是说,每两个相应被动振动单元22的振动方向刚好相反,而整个该箱体10相当于没有受到明显偏向于某一个振动方向的作用力,从而得以保持平衡稳定。
更值得一提的是,在本发明的这个第一个优选实施例中,四个主振动单元21用于带动四个被动振动单元22而使四个被动振动单元22产生振动。也就是说,四个被动振动单元22没有直接连接到外部的音源,其振动效果来源于四个主振动单元21的驱动。更具体地,四个主振动单元21在产生振动时,会相应地挤压该箱体10内的空气,该箱体10内的空气的振动的作用于四个被动振动单元22上,从而使四个被动振动单元22接着产生振动,从而四个被动振动单元22也得以产生音效。
因为四个被动振动单元22也能产生音效,这样就使该音箱的音质效果得到明显改善,特别是改善了该音箱的低音效果。这样该音箱便不用制成体积庞大,整体非常笨重。因为,本发明的这种全方位发声式音箱并且利用该主振动单元21与该被动振动单元22的搭配,可以产生理想的音质效果,特别是改善了低音的音质效果,从而使该音箱趋于小巧,方便携带和运输。
值得一提的是,一个该主振动单元21可以用于带动一个该被动振动单元22,也就是说它们可以共用一个空气振动腔。在本发明的这个第一个优选实施例中,该箱体10形成一振动腔100,在该振动腔100的周围分别设置有该主振动单元21和该被动振动单元22。也就是说,这些主振动单元21和被动振动单元22具 有相同的空气振动腔。
如图所示,当四个主振动单元21振动方向向外时,受到该振动腔100内的空气的影响,四个被动振动单元22会相应地具有方向向内的振动。也就是说,该振动腔100内的空气相当于受到了来自四周的均衡作用力,从而保持在该振动腔100内,而不是受到明显偏向于某一个方位的作用力,导致作用于该箱体10上而使该箱体10产生位移。也就是说,这些主振动单元21和被动振动单元22鼓动该振动腔100内的空气,而整个该箱体10也不会震动产生杂音,从而使得到的音质更加纯粹。
也就是说,本发明的音箱在工作时,其震动效果在该箱体10自身内部得以抵消从而保持平衡稳定,所以整个该箱体10在工作台面上不会产生较大的震动。
在本第一个优选实施例中,该音箱在该箱体10的八个侧面分别设置有八个安装孔以用于分别安装四个主振动单元21以及四个被动振动单元22。相应地,该安装孔的位置也呈中心对称地设置。
值得一提的是,该音箱10还设置有四个功放单元15。其分别被设置于四个音响模组的顶侧,以用于分别连接至四个主振动单元21,以给四个主振动单元21提供音频信号的输入。
四个主振动单元21可以是各种喇叭或扬声器的结构,其只要能响应音频信号的输入而振动产生音效即可。更具体地,在本发明中,各个该主振动单元21包括一主振动元件,该主振动元件可以是喇叭振膜或鼓纸等,该主振动单元21进一步包括设置在该主振动元件周围的悬边,以及必要的音圈,磁回系统等部件。该主振动单元21还包括一安装框架,以用于安装在该箱体10的安装孔上,从而与该箱体10密封地安装。值得一提的是,该悬边也可以直接安装在该箱体10的安装孔的表面上。
在有音频信号输入时,该音圈在该磁回系统的磁场的作用下来回运动,从而带动该主振动元件振动以产生音效,同时在该振动腔100中受挤压的空气会带动该被动振动单元22振动从而产生辅助音效。
值得一提的是,该磁回系统连接在一固定框上,该固定框与该安装框架组装在一起,从而形成了整个该主振动单元21。该固定框与该安装框架组装方式可以是卡扣连接,或者其他的方式如热压、超音波或者熔接等方法。
每个被动振动单元22包括位于中间的振动块221以及位于该振动块221周围的弹性悬边222,该弹性悬边222可以直接安装在该箱体10的安装孔的内表面上。在本实施例中,该被动振动单元22还包括一定位框架223。该定位框架223安装在该箱体10的安装孔中以与该箱体10密封地安装。
该全方位发声式音箱进一步包括一供能系统40。如图1B所示,根据本发明的该第一个优选实施例,该供能系统40被设置于该音响模组20的底侧,即整个音箱的底侧,具有稳定该音箱的作用。
从而,本发明的该音箱可以与一个外部音源设置如笔记本电脑通过无线连接或有线连接方式进行数据沟通,当使用者需要播放笔记本中的声音文件时,声音信息传送给该音箱,该音箱收到音频信号便可以播放这些声音文件。并且因为本发明的该音箱体积小巧,从而方便携带和使用,因为该主振动单元21和该被动振动单元22的搭配,音质效果又能得到很好的保证。
如图1A所示,该全方位发声式音箱进一步包括一系列连接元件50,其用于将该音箱的各个部件牢固连接,从而使该音箱的结构更为稳定。具体地,该连接元件50包括一系列用于连接相邻音响模组20的连接件51和一系列用于将该音响模组20固定于该箱体10的固定件52。根据本发明的该第一个优选实施例,每一固定件52具体实施为一插销。
值得一提是,参照图5A和图5B,本发明提供了一种音箱的制作工艺。在本发明中,需要制作该主振动单元21以及该被动振动单元22,然后将该主振动单元21以及该被动振动单元22与该箱体10—体地组装。
制作该主振动单元21的过程可以如下,将主振动元件,如合金材料的振膜或其他钢性材料的振膜,以及该安装框架放在橡胶射出模具中,经由注塑机一起嵌入射出成型,橡胶将该振膜包覆起来形成该主振动元件,同时橡胶也在该安装框架和该主振动元件之间形成该悬边。然后将该音圈连接于该主振动元件,该磁回系统通过U铁、磁铁、极片等经由塑料嵌入射出模具形成一体结构,从而成为含有一个固定框的磁回组件,该磁回组件与该安装框架通过卡扣、热压融合,超音波、热熔或其他方法固定在一起,从而形成了完整的主振动单元21。
类似地,该被动振动单元22的制作过程如下:将振动块221(也可以是钢性材料的振膜)与定位框架223放在橡胶射出模具中,经由注塑机一起嵌入射出成型,橡胶将该振膜包覆起来形成该振动块221,同时橡胶也在该定位框架223和该振动块221之间形成该弹性悬边222。
该箱体10为圆筒形并具有围绕其中心均匀分布的主振动单元安装孔以及均匀分布的被动单元安装孔。该主振动单元21以及该被动振动单元22分别通过必要的安装构件分别安装在这些安装孔中,从而形成整个该音箱。这些振动单元围绕其中心均匀分布,不仅减少甚至消除了整体音箱的震动,增强了低音效果,也更加美观。值得一提的是,如上已经提到过的,该主振动单元21也可以是传统的喇叭或扬声器。
值得一提的是,该主振动单元21的悬边以及该被动振动单元22的弹性悬边222呈褶皱状地分别设置在该主振动元件和该振动块221的周围,使该主振动元件和该振动块221的振动不会强烈地拉扯对应的安装框架和定位框架223而造成损坏。
本发明的音箱的该主振动单元21的该主振动元件,该悬边以及该被动振动单元22的该振动块221以及该弹性悬边222都可以制作成各种形状,在该第一 个优选实施例中,该主振动单元21的该主振动元件,该悬边可以是圆形,以及该被动振动单元22的该振动块221是和弹性悬边222也可以是圆形。当然也可以是其他的形状,例如长方形。也可以是其他多边形或椭圆形等形状。
该音箱的制作过程中还安装有功放系统30,该功放系统30分别与该主振动单元21连接,并且设置有无线网络模块如蓝牙模块、近场通讯模块、WIFI模块,这样该音箱可以通过无线连接的方式与其他的音源设备或音响设备交换数据信息。当音源设备发出指令并传输数据给该音箱时,该音箱便可以根据要求播放声音,值得一提的是,这两个主振动单元21功率相同。
该音箱的功放系统30也可以设置有连接界面元件,用于与其他音源设备或音响设备通过有线连接的方式来交换数据。例如通过有线连接与电脑、手机、个人数字助理、MP3、MP4、MP5和带音源的其他音箱等连接,以应这些音源设备或音箱的要求来播放音乐或其他声音。如图1B所示,该功放系统30被设置于该音响模组20的顶侧,即整个音箱的底侧,以方便与其他设置连接。该功放系统30的周围可以设置硅胶柔性面罩。
图6阐释了根据本发明的上述第一个优选实施例的该全方位发声式音箱的一种可替换实施例。如图所示,根据该可替换实施例的一音响模组20A包括两个主振动单元21A和一个被动振动单元22A。与上述第一个优选实施例中一个主振动单元21带动一个被动振动单元22不同,根据该可替换实施例,两个主振动单元21A带动一个被动振动单元22A。值得一提的是,根据本发明的其它实施例,也可以是多于两个主振动单元21A带动一个被动振动单元22A,或者是一个主振动单元21A带动多个被动振动单元22A。只要能够实现本发明的目的,本发明在这方面不受限制。
由上述描述和说明书附图可以看出,根据本发明的上述第一个优选实施例的该全方位发声式音箱发出的声音围绕一个中心向四周发散而不是像传统音箱中的多个音箱模组朝向同一方向或者相反的两个方向发声。这种向周围均发声的设置使该全方位发生式音箱的音效更好。
图7阐释了根据本发明的上述第一个优选实施例的该全方位发声式音箱的一种可替换实施例。根据该可替换实施例的该全方位发声式音箱包括一组围绕中心均匀设置的音响模组20B。与上述第一个优选实施例不同的是,该音响模组20B相互牢固连接,以形成一正多边形音箱。根据本发明的该可替换实施例,该全方位发声式音箱为八角形。
如图所示,每一音响模组20B包括一主振动单元21、一被动振动单元22和一模组支架23B。该模组支架23B被设置,以被用于安装、固定和保护该主振动单元21和该被动振动单元22。根据本发明的该第一个优选实施例,该模组支架23B的形成借助两个模具M1和M2
图8是根据本发明的上述第一个优选实施例的该全方位发声式音箱的该音 响模组的一模组支架的制作工艺示意图。如图8所示,为适应该模组支架23B的形状,该模具M1包括一顶模具M11和一对侧模具M12,其中该侧模具M12被设置于该顶模具M11的两侧。该侧模具M12被用于形成安装该主振动单元21和该被动振动单元22的安装孔。如图8所示,退模时,拉起该顶模具M11时会先把侧模具M12拉起来。等侧模具M12被拉起来后,整个模具M1才被拉起来。这是简单的滑块方式。
说明书附图之图9和图10阐释了根据本发明的第二个优选实施例的一全方位发声式音箱。如图9所示,该全方位发声式音箱包括多个均匀环绕设置的音响模组20C。
参考说明书附图之附图11和图12,依根据本发明的该第二个优选实施例,每一音响模组20C包括一主振动单元21C、至少一被动振动单元22C以及一模组支架23C。根据本发明的该第二个优选实施例,该主振动单元21C具体实施为一主振动喇叭。
该主振动单元21C能够响应音频信号的输入而振动发声,该被动振动单元22C能够响应该主振动单元21C的振动而振动,以产生辅助音效,从而增强该音响模组20C的低频音效。
具体地说,参考说明书附图之图11和图12,该被动振动单元22C包括一振动元件221C、一悬边222C以及一框架223C,其中该振动元件221C位于中间,该框架223C被安装于该模组支架23C,其中该悬边222C在该振动元件221C和该框架223C之间延伸,以用于限定该振动元件221C的振动方向。具体地,该悬边222C用于限定该振动元件221C沿着一预设方向往复运动,并避免该振动元件221C在往复运动的过程中出现偏移。
更具体地说,该悬边222C具有一内侧边缘2221C和一外侧边缘2222C,其中该悬边222C的该内侧边缘2221C可以一体地延伸于该振动元件221C的外边缘,或者该悬边222C的该内侧边缘2221C可以通过胶水或者其他的粘着物被粘结于该振动元件221C的外边缘,其中该悬边222C的该外侧边缘2222C可以一体地延伸于该框架223C的内边缘,或者该悬边222C的该外侧边缘2222C可以通过胶水或者其他的粘着物被粘结于该框架223C的内边缘,从而使该悬边222C在该振动元件221C和该框架223C之间延伸。值得一提的是,该悬边222C也可以包裹该振动元件221C的表面。
该悬边222C具有弹性,例如该悬边222C可以由弹性材料制成,例如但不限于橡胶材料,从而当该第一被动振动器21响应该主振动单元21C的振动而振动时,如果该振动元件221C产生沿着该预设方向向上的位移时,该悬边222C沿着该预设方向向下拉动该振动元件221C,以使该振动元件221C具有返回初始状态的趋势和位移,相应地,如果该振动元件221C产生沿着该预设方向向下的位移时,该悬边222C沿着该预设方向向上拉动该振动元件221C,以使该振动元 件221C具有返回初始状态的趋势和位移。
另外,在该振动元件221C沿着该预设方向产生向上或者向下的振动的过程中,该悬边222C用于保证该振动元件221C仅沿着该预设方向产生向上或者向下的位移,从而该悬边222C通过防止该振动元件221C产生偏移的方式保证该音响模组20C的音效。
值得一提的是,尽管在附图11和图12中示出的该被动振动单元22C的该振动元件221C均呈跑道形,在本发明的该音响模组20C的其他示例中,该振动元件221C的形状还可以被实施为但不限于圆形、椭圆形、方形或者其他的多边形。
参考说明书附图之图11和图12,该被动振动单元22C的该悬边222C的截面形状呈拱形,即,该悬边222C具有一凸侧2223C和一凹侧2224C,该悬边222C的该凸侧2223C和该凹侧2224C相互对应,可以理解的是,该悬边222C的该凸侧2223C和该凹侧2224C在该悬边222C形成时一体地形成。
值得一提的是,在附图13A示出的该音响模组20D的第一个可替换实施例中,一被动振动单元22D的一悬边222D的截面形状还可以均呈“W”形。
在附图13B示出的该音响模组20D的第二个可替换实施例中,一被动振动单元22E的该悬边222E的截面形状还可以均呈“M”形。
在附图13C示出的该音响模组20D的第三个可替换实施例中,一被动振动单元22F的该悬边222F的截面形状还可均呈“S”形。
在附图13D示出的该音响模组20D的第四个可替换实施例中,一被动振动单元22G的该悬边222G的截面形状还可均呈倒置的“S”形。
在附图13E示出的该音响模组20D的第五个可替换实施例中,一被动振动单元22H的该悬边222H的截面形状还可均呈波浪形。
在附图13F示出的该音响模组20D的第六个可替换实施例中,一被动振动单元22I的该悬边222I的截面形状还可均呈锯齿形。尽管如此,本领域的技术人员可以理解的是,在该音响模组20D的其他示例中,其悬边的界面形状还可以是V”字形、倒置的“V”字形、“U形”、倒置的“U”形。
在附图14和图15示出的该音响模组20D的第七个可替换实施例中,一悬边222J进一步包括一内悬边部分2225J和一外悬边部分2226J,其中该悬边222J的该内悬边部分2225J和该外悬边部分2226J一体地形成,并使该悬边222J的截面形状呈拱形或者其他的形状,其中该悬边222J的该内悬边部分2225J的自由边缘形成该悬边222J的该内侧边缘2221J,该悬边222J的该外悬边部分2226J的自由边缘形成该悬边222J的该外侧边缘2222J。
该悬边222J的该内悬边部分2225J包括一内悬边主体22251J和多个内侧弹肋22252J,其中每个该内侧弹肋22252J相互间隔地沿着环形方向被设置于该内悬边主体22251J,或者每个该内侧弹肋22252J相互间隔地沿着环形方向一体地形成于该内悬边主体22251J,并且每个该内侧弹肋22252J凸出于该内悬边主体 22251J的表面,从而该内侧弹肋22252J在该内悬边部分2225J的一侧形成第一凸起222521J,和在该内悬边部分2225J的另一侧形成第一凹槽222622J。也就是说,每个该内侧弹肋22252J在该内悬边部分2225J的一侧凸出于该内悬边主体22251J所在的平面,和在该内悬边部分2225J的另一侧从该内悬边主体22251J所在的平面向内凹。
值得一提的是,每个该内侧弹肋22252J也可以分别从该内悬边主体22251J向下地凸出于该内悬边主体22251J所在的平面,以在该内悬边部分2225J的下侧形成该第一凸起222521J,和在该内悬边部分2225J的上侧形成该第一凹槽222622J。
优选地,相邻两个该内侧弹肋22252J互相间隔地设置,并且多个该内侧弹肋22252J呈辐射状地且均匀地排列在该振动元件221J的周围,以起到将该振动元件221J的振动方向限制在该预设方向的作用。相应地,该悬边222J的该外悬边部分2226J包括一外悬边主体22261J和多个外侧弹肋22262J,其中每个该外侧弹肋22262J相互间隔地沿着环形方向被设置于该外悬边主体22261J,或者每个该外侧弹肋22262J相互间隔地沿着环形方向一体地形成于该外悬边主体22261J,并且每个该外侧弹肋22262J凸出于该外悬边主体22261J的表面,从而该外侧弹肋22262J在该外悬边部分2226J的一侧形成第二凸起222621J,和在该外悬边部分2226J的另一侧形成第二凹槽222622J。也就是说,每个该外侧弹肋22262J在该外悬边部分2226J的一侧凸出于该外悬边主体22261J所在的平面,和在该外悬边部分2226J的另一侧从该外悬边主体22261J所在的平面向内凹。
值得一提的是,每个该外侧弹肋22262J也可以分别从该外悬边主体22261J向下地凸出于该外悬边主体22261J所在的平面,以在该外悬边部分2226J的下侧形成该第二凸起222621J,和在该外悬边部分2226J的上侧形成该第二凹槽222622J。
优选地,相邻两个该外侧弹肋22262J互相间隔地设置,并且多个该外侧弹肋22262J呈辐射状地且均匀地排列在该振动元件221J的周围,以起到将该振动元件221J的振动方向限制在该预设方向的作用。
值得一提的是,每个该内侧弹肋22252J和每个该外侧弹肋22262J可以一一对应地设置。也就是说,该悬边222J的该内悬边部分2225J的每个该内侧弹肋22252J都对应匹配有该外悬边部分2226J的每个该外侧弹肋22262J,这样,该悬边222J可以包括多组弹肋,其中每组该弹肋分别包括该内悬边部分2225J的一个该内侧弹肋22252J和该外悬边部分2226J的一个该外侧弹肋22262J。每组该弹肋沿着环形方向相互间隔地排列。可以理解的是,每组该弹肋的排列形状与该悬边222J的形状一致,例如当该悬边222J呈大致的圆环形时,每组该弹肋可以沿着径向方向排列。
在附图16和图17示出的该音响模组20D的第八个可替换实施例中,该悬 边222K的表面设有多个限位肋2227K,其中每个该限位肋2227K一体地延伸在该振动元件221K和该框架223K之间,以在该振动元件221K和该框架223K之间形成高低起伏的结构。
该悬边222K的该限位肋2227K用于加强该悬边222K的限位作用,以防止该振动元件221K在振动时偏离附该预设方向。具体地说,该振动元件221K在沿着附该预设方向振动时,如果该振动元件221K将要偏离该预设方向而产生偏移时,对应的该限位肋2227K产生反向的拉力,以抵消引起该振动元件221K产生偏移的偏移力。
值得一提的是,该限位肋2227K可以是沿着与对应的该振动元件221K的外周表面和对应的该框架223K的内周表面垂直的方向延伸,如附图16示出的那样。在另外的示例中,该限位肋2227K也可以沿着该振动元件221K的径向方向延伸或者倾斜地延伸,该限位肋2227K的这些排列方式可以产生相应的沿着这些方向的拉力,从而有效地防止该振动元件221K沿着这些方向产生偏移。
还值得一提的是,每个该限位肋2227K可以均匀地排列在该振动元件221K的周围,并且可以相对于该振动元件221K的中心呈对称地布置。在附图16示出的这个示例中,该限位肋2227K包括一左侧限位肋22271K和一右侧限位肋22272K。当该振动元件221K沿着该预设方向往复振动时,如果该振动元件221K想要向左偏移时,会立即受到该右侧限位肋22272K向右的反向拉力,从而阻止该振动元件221K产生向左的偏移。反之,如果该振动元件221K想要向右偏移时,会立即受到该左侧限位肋22271K向左的反向拉力,从而阻止该振动元件221K产生向右的偏移。这样,该悬边222K能够有效地将该振动元件221K的限位方向限制在沿着附该预设方向。
在附图18至图21示出的该音响模组20D的第九个可替换实施例中,该悬边222L呈波浪形,其包括多个沿着圆周方向设置的波形限位段2228L,从而多个波形限位段2228L相互连接在一起而在该振动元件221L的周围形成波浪形结构。
该悬边222L的每个该波形限位段2228L用于限位作用,以防止该振动元件221L在沿着附该预设方向振动时出现偏移的不良现象。具体地说,当该振动元件221L将要偏离该预设方向而产生向某个方向的偏移时,对应的该波形限位段2228L产生相反方向的拉力,以抵消引起该振动元件221L产生偏移的偏移力。值得一提的是,每个该波形限位段2228L可以均匀地排列在该振动元件221L的周围,并且可以相对于该振动元件221L的中心呈对称地布置。
参考说明书附图之图18,该悬边222L的多个该波形限位段2228L包括一左侧波形限位段22281L和一右侧波形限位段22282L。当该被动振动单元22L响应该主振动单元21的振动而振动时,该振动元件221L沿着附该预设方向往复运动,如果该振动元件221L想要向左偏移时,会立即受到该右侧波形限位段22282L 向右的反向拉力,从而阻止该振动元件221L产生向左的偏移。反之,如果该振动元件221L想要向右偏移时,会立即受到该左侧波形限位段22281L向左的反向拉力,从而阻止该振动元件221L产生向右的偏移。这样,该悬边222L能够有效地将该振动元件221L的限位方向限制在沿着附该预设方向。
另外,该悬边222L的每个该波形限位段2228L分别包括一振动元件连接端22283L和一框架连接端22284L,其中该振动元件连接端22283L在沿着圆周方向的截面上其截面形状可以呈拱形,并与该振动元件221L的外边缘连接,其中该框架连接端22284L被用于和该框架223L相连接。
进一步地,该振动元件连接端22283L具有两下侧连接点222831L、222832L,和一上侧连接点222833L,其中该两下侧连接点222831L、222832L和该上侧连接点222833L之间的连线可以呈三角形。而分别从该两下侧连接点222831L、222832L和该上侧连接点222833L向该框架223L的边缘延伸得到三个连接点222841L、222842L、222843L,其中这三个连接点222841L、222842L、222843L都形成在该框架连接端22284L,而这三个连接点222841L、222842L、222843L之间的连线呈弧形线段。也就是说,在这个实施例中,该波形限位段2228L具有内缘和外缘,其与该振动元件221L的外边缘相连接的内缘呈波形或者呈拱形,其与该框架223L的边缘相连接的外缘呈弧形,并且位于垂直于该振动元件221L的中心轴的同一个平面上。
说明书附图之图22阐释了根据本发明的第三个优选实施例的一全方位发声式音箱。该全方位发声式音箱包括多个均匀环绕设置的音响模组20N。根据本发明的该第三个优选实施例,每一音响模组20N包括一主振动单元21N、至少一被动振动单元22N以及一模组支架23N。
参考说明书附图之图23至图31,依据本发明的该第三个优选实施例的双悬边单元212N及其所组装的主振动单元21N被阐明,其中该主振动单元21N包括一框架组件211N、一双悬边单元212N、一连接体216N、一振动单元213N、一音圈214N以及一磁回单元215N。本领域的技术人员可以理解的是,本发明的该双悬边单元212N也可以应用在其他各种主振动单元21N等音效装置中。
根据本发明的该第三个优选实施例,该框架组件211N、该双悬边单元212N、该连接体216N、该振动单元213N、该音圈214N以及该磁回单元215N形成了本发明的该主振动单元21N的一振动腔1000N和一支撑腔2000N。换句话说,该双悬边单元212N和该连接体216N将该框架组件211N形成的一框架腔3000N划分为了重叠式的该振动腔1000N和该支撑腔2000N,从而将原来现有技术中的纵向排列式的两个腔体转变为横向重叠式的两个腔体,进而从整体上降低了该主振动单元21N的尺寸。该主振动单元21N的该振动腔1000N和该支撑腔2000N的具体形成在之后的揭露中会详而述之。
该框架组件211N支撑该双悬边单元212N,该双悬边单元212N贴合该振动 单元213N,该振动单元213N连接于该音圈214N,该音圈214N连接于该磁回单元215N,且该磁回单元215N与该音圈214N进行电磁感应,从而驱使该振动单元213N振动,从而再现声音。也就是说,由于电磁感应,该音圈214N能够响应音频信号的输入进行往复运动,从而能够驱动该振动单元213N振动。为了得到较好的声音音质,该振动单元213N被该音圈214N驱动,该振动单元213N的振动也带动了该双悬边单元212N,而该双悬边单元212N还具有制动的功能将该振动单元213N的运动限定在一定范围内,从而使该振动单元213N能够以均匀的振幅仅在一个方向上往复地运动。例如,当该振动单元213N被水平地安置时,该振动单元213N仅在竖直(向上和向下)方向上往复地运动,该振动单元213N的向上的位移与该振动单元213N的向下的位移是相同的。
具体地,该双悬边单元212N进一步包括一被动悬边2121N和一制动悬边2122N,该振动单元213N进一步包括一第一振动元件2131N和一第二振动元件2132N。该框架组件211N进一步包括一第一框架2111N、一第二框架2112N以及一第三框架2113N。
如附图25、附图28A、附图28B和附图31所示,该第三框架2113N用于安装该磁回单元215N及其他部件。该第三框架2113N包括一第三框架主体21131N以及具有一磁回安装孔21130N,该磁回安装孔21130N形成于该第三框架主体21131N的底部中心,用于安装该磁回单元215N。该主振动单元21N还包括一电连接件2171N以及一电端子2172N。在本发明的该第三个优选实施例中,该电端子2172N被设置于该框架主体21131N的外部。该电连接件2171N还包括一电连接件主体21711N以及具有一中心孔21710N,该电连接件2171N的该电连接件主体21711N被设置于该框架主体21131N的底部,且该电连接件2171N的该中心孔21710N和该第三框架2113N的该磁回安装孔21130N相对应。该磁回单元215N进一步包括一磁回主体2151N、一第一极片2152N以及一第二极片2153N,该第一极片2152N和该第二极片2153N电连接,该磁回主体2151N还形成了该磁回单元215N的一磁回腔2154N,该音圈214N被至少一部分地套设于该磁回单元215N的该磁回腔2154N内。这样,当该磁回单元215N被设置于该第三框架2113N的底部,也就是说当该磁回单元215N的该磁回主体2151N被设置于该磁回安装孔21130N处时,该电连接件2171N和该电端子2172N电连接,从而,当该电端子2172N被通电后,电流经过该电连接件2171N使该第一极片2152N和该第二极片2153N通电,从而该音圈214N由于该音圈214N和该磁回单元215N的电磁感应,能够响应音频信号的输入,进而该音圈214N能够进行往复运动。
进一步地,该第三框架主体21131N进一步包括设置于顶部的一第三框架安装台211311N,该第二框架2112N被设置于该第三框架主体21131N的顶部,即被设置于该第三框架安装台211311N,从而该第三框架2113N被连接并支撑该第 二框架2112N。换句话说,该第二框架2112N的底部边缘贴合该第三框架2113N的顶部边缘,从而被该第三框架2113N所支撑。
进一步地,该第二框架2112N被连接于该制动悬边2122N,也就是说该第二框架2112N能够稳定地支撑该制动悬边2122N。更具体地,该第二框架2112N包括一第二框架主体21121N以及具有一第二框架孔21120N,该第二框架孔21120N被形成于该第二框架主体21121N的中心。在本发明的该第三个优选实施例中,该音圈214N和该磁回单元215N的一部分穿过该第二框架孔21120N。该第二框架21121N进一步包括一第二框架内框部211211N、一第二框架棱部211212N以及一第二框架外框部211213N。该第二框架棱部211212N从该第二框架内框部211211N和该第二框架外框部211213N向上向外延伸出。该第二框架外框部211213N被设置于该第三框架主体21131N的该第三框架安装台211311N,从而该第三框架2113N被连接并支撑该第二框架2112N。该制动悬边2122N被连接于该第二框架主体21121N的该第二框架内框部211211N,从而该第二框架2112N被连接于该制动悬边2122N。
进一步地,该制动悬边2122N还包括一制动悬边内缘21221N、一制动悬边主体部21222N以及一制动悬边外缘21223N。该制动悬边主体部21222N从该制动悬边内缘21221N以及该制动悬边外缘21223N向外凸起地延伸,且环设形成该制动悬边2122N的一制动悬边孔21220N,该连接体216N从该制动悬边孔21220N穿过。也就是说,当该主振动单元21N被像附图中所示的水平位置地放置时,在该制动悬边2122N的横截面的方向上,该制动悬边内缘21221N以及该制动悬边外缘21223N在同一平面上,该制动悬边主体部21222N从该制动悬边内缘21221N以及该制动悬边外缘21223N向下一体地延伸并形成具有一定曲度的拱形结构。该制动悬边2122N的该制动悬边外缘21223N连接于该第二框架主体21121N的该第二框架内框部211211N,从而该制动悬边2122N被连接于该第二框架2112N。
进一步地,如图28A至图30所示,该连接体216N进一步包括一连接体主体2161N、多个连接体肋2162N、一连接体外延部2163N以及具有一连接体孔2164N,该连接体主体2161N为环形并形成该连接体孔2164N,该音圈214N被容纳于该连接体孔2164N。该连接体外延部2163N垂直地且向外延伸于该连接体主体2161N的底部,该连接体外延部2163N还连接于该制动悬边2122N的该制动悬边内缘21221N,从而该连接体216N被连接于该制动悬边2122N。各该连接体肋2162N的两端分别垂直地且向外地延伸于该连接体主体2161N的外侧以及该连接体外延部2163N,能够加强该连接体216N的稳定性。也就是说,各该连接体肋2162N为间隔地设置,可以是均匀地设置,也可以是非均匀地设置,且各该连接体肋2162N在本发明的这个实施例中被实施为直角三角板形,其中一直角边被设置于连接体外延部2163N,另一直角边被设置于该连接体主体 2161N的外侧壁。可以理解的是,该连接体肋2162N的上述形状仅仅作为举例,还可以是其他合理的结构,本发明在这一方面并不受此限制。值得一提的是,在本发明的该第三个优选实施例中,该连接体主体2161N的顶部还设置有多个拱形内凹槽21610N,各该拱形内凹槽21610N被间隔地设置于该连接体主体2161N的顶部边缘。
进一步地,该第一框架2111N包括一第一框架主体21111N以及具有一第一框架孔21110N,该第一框架主体21111N包括一第一框架内框部211111N以及一第一框架外框部211112N,该第一框架内框部211111N从该第一框架外框部211112N向内向下地内凹延伸形成,该被动悬边2121N被连接于该第一框架2111N的该第一框架外框部211112N。
进一步地,该被动悬边2121N还包括一被动悬边内缘21211N、一被动悬边主体部21212N以及一被动悬边外缘21213N。该被动悬边主体部21212N从该被动悬边内缘21211N以及该被动悬边外缘21213N向外凸起地延伸,且环设形成该被动悬边2121N的一被动悬边孔21210N。也就是说,当该主振动单元21N被像附图中所示的水平位置地放置时,在该被动悬边2121N的横截面的方向上,该被动悬边内缘21211N以及该被动悬边外缘21213N在同一平面上,该被动悬边主体部21212N从该被动悬边内缘21211N以及该被动悬边外缘21213N向上一体地延伸并形成具有一定曲度的拱形结构。该被动悬边2121N的该被动悬边外缘21213N连接于该第一框架主体21111N的该第一框架内框部211111N,从而该被动悬边2121N被连接于该第一框架2111N。
进一步地,该振动单元213N的该第二振动件2132N包括环形的一第二振动主体21321N以及具有一环形开口21320N,该环形开口21320N由该第二振动主体21321N形成。该第一振动元件2131N被连接于该第二振动元件2132N,且该第一振动元件2131N闭合该第二振动元件2132N的该环形开口21320N。更具体地,该第二振动主体21321N的外周边缘213211N连接于该被动悬边2121N的该被动悬边内缘21211N,从而该第二振动元件2132N被连接于该被动悬边2121N。该第一振动元件2131N被连接于该第二振动元件主体21321N的内周边缘213212N,从而该第一振动元件2131N被连接于该第二振动元件2132N,且闭合该第二振动元件2132N的该环形开口21320N。
值得一提的是,该第二振动元件2132N的该第二振动主体21321N的底部还具有一环形连接体限位凹槽213213N。该连接体216N的该连接体主体2161N的顶部边沿被限位于该环形连接体限位凹槽213213N内,从而提高该连接体216N的稳定性。
进一步地,该第一振动元件2131N还包括一第一振动主体21311N以及一加强筋21312N,该加强筋21312N被间隔地设置于该第一振动主体21311N,该加强筋21312N为刚性材料制成,能够提高该第一振动主体21311N的强度,延长 使用寿命。
值得一提的是,该第一振动主体21311N的底部还设置有限定槽213111N,该限定槽213111N由该第一振动主体21311N的中部凸起形成,该限定槽213111N的下方对应该音圈214N的顶边沿,当该音圈214N相应音频信号的输入而被驱动时,该环形限定槽213111N为该音圈214N提供了延伸的运动空间。
值得一提的是,该第一振动主体21311N的周边缘还设置有多个圆形孔213112N。相应地,该第二振动主体21321N的底部设置有多个匹配的圆形凹槽213214N,各该圆形凹槽213214N被间隔地设置于该环形连接体限位凹槽213213N的内侧,各该圆形凹槽213214N被匹配地对应于各该圆形孔213112N。
值得一提的是,该第一框架2111N、该第二框架2112N以及该第三框架2113N可以通过多种方式组合在一起,例如通过匹配的螺接元件、热熔接以及超声波结合等方式。在本发明的该第三个优选实施例中,该第一框架2111N的该第一框架主体21111N包括多个固定齿211113N,各该固定齿211113N被间隔地设置于该第一框架内框部211111N的底部,该第二框架2112N的该第二框架主体21121N具有多个固定槽211214N,各该固定槽211214N间隔地分布于该第二框架外框部211213N。该第三框架2113N的该第三框架主体21131N具有多个固定孔211312N,各该固定齿211113N适合匹配地穿过对应的各该固定槽211214N和各该固定孔211312N,从而该第一框架2111N、该第二框架2112N以及该第三框架2113N能够被组装连接在一起,并形成该框架腔3000N。当然,在其他实施例中,由于该固定齿211113N、该固定槽211214N以及该固定孔211312N是相互匹配能够将该第一框架2111N、该第二框架2112N以及该第三框架2113N能够被组装连接,该固定齿211113N也可以被设置在该第二框架2112N或者该第三框架2113N,该固定槽211214N也可以被设置在该第一框架2111N和该第三框架2113N,该固定孔211312N也可以被设置在该第一框架2111N或者该第二框架2112N。在其他实施例中,也可以是该第一框架2111N、该第二框架2112N以及该第三框架2113N各自都具有该固定齿211113N、该固定槽211214N以及该固定孔211312N。该本领域的技术人员可以理解的是,上述该第一框架2111N、该第二框架2112N以及该第三框架2113N的连接方式仅仅作为举例,本发明并不受此限制。
因此,在本发明的这个优先实施例中,该框架组件211N形成该框架腔3000N,该音圈214N以及该磁回单元215N被容置于该框架腔3000N。
进一步地,在本发明的该第三个优选实施例中,该振动单元213N的该第一振动元件2131N被连接于该第二振动元件2132N。该第二振动元件2132N的外周边缘被连接于该被动悬边2121N的内边沿,即该第二振动元件2132N的该第一振动主体21321的外周边缘213211N连接于该被动悬边2121N的该被动悬边内缘21211N;该被动悬边2121N的外边沿被连接于该第一框架2111N的内框部,即该被动悬边2121N的该被动悬边外缘21213N被连接于该第一框架主体 21111N的该第一框架内框部211111N;该第一框架2111N的外框部被连接于该第二框架2112N;该第二框架的内框部被连接于该制动悬边2122N的外边沿,即该制动悬边2122N的该制动悬边外缘21223N连接于该第二框架主体21121N的该第二框架内框部211211N;该制动悬边2122N的内边沿被连接于该连接体216N,即该连接体216N的该连接体外延部2163N被连接于该制动悬边2122N的该制动悬边内缘21221N;该连接体216N的顶部边沿被限位于该第二振动元件2132N的该环形连接体限位凹槽213213N内。这样,该第一框架2111N、该被动悬边2121N、该振动单元213N以及该连接体216N形成该支撑腔2000N。
进一步地,在本发明的该第三个优选实施例中,由于该第二框架2112N被设置于该第三框架主体21131N的顶部,即被设置于该第三框架安装台211311N,从而该第三框架2113N被连接并支撑该第二框架2112N,进而,该第三框架2113N、该制动悬边2133N、该连接体216N以及该第二框架2112N形成该振动腔1000N,该音圈214N和该磁回单元215N被容纳于该振动腔1000N内。
因此,由于设置了平行对扣式的该双悬边单元212N以及该连接体216N,该框架腔3000N被分隔为两个横向分布的重叠式的该支撑腔2000N和该振动腔1000N,从而在保证低音效果的质量同时,显著降低了主振动单元21N整体的厚度。
在降低了主振动单元21N整体的厚度的整体的厚度的同时,由于设置了该连接体216N和该双悬边单元212N,该主振动单元21N的低音效果也得到了提高。当该主振动单元21N被通电之后,由于电磁感应,该音圈214N能够响应音频信号的输入而被驱动进行轴向上的往复运动,例如当该主振动单元21N为附图中竖直放置时,该音圈214N能够被驱动进行纵向的往复运动。由于该音圈214N的上部靠近该振动单元213N,因此,该振动单元213N能够被该音圈214N的往复运动所驱动而产生振动。由于平行对扣式的该双悬边单元212N以及该连接体216N以及该框架组件211N的支撑作用,该振动单元213N能够以均匀的振幅仅在一个方向上往复地运动。进而能够保证音效尤其是低音效果的还原。
值得一提的是,如图26所示,该双悬边单元212N的该被动悬边2121N和该制动悬边2122N为平行对扣地设置,尤其需要指出的是,该被动悬边主体部21212N具有一被动拱形环腔212120N,该制动悬边主体部21222N具有一制动拱形环腔212220N,该被动拱形环腔212120N的深度L1在数值上和该制动拱形环腔212220N的深度L2相等。也就是说,虽然在本发明的该第三个优选实施例中,由于该被动悬边2121N需要鼓动空气而被设计为大直径的,该制动悬边2122N整体的尺寸与该被动悬边2121N相比为小尺寸的,但是该制动悬边2122N的拱形结构和该被动悬边2121N的拱形结构的弧度和凹角等在数值上是固定一样的。当然,本领域的技术人员可以理解的是,只要该制动悬边2122N和该被动悬边2121N的各拱形结构形成的各环形腔体的深度和腔体开口的宽度相同, 该制动悬边2122N和该被动悬边2121N的厚度可以不相同,本发明在这一方面并不受此限制。该制动悬边2122N能够对该被动悬边2121N产生制动效果。
值得一提的是,只要该制动悬边2122N和该被动悬边2121N所形成的凸起的深度在数值上相同,该制动悬边2122N和该被动悬边2121N所形成的凸起的形状可以不受限制,除了可以是本实施例中平行对扣的拱形结构,也可以是凸起方向一致的拱形结构,当然也可以不是拱形凸起结构,例如在其他实施例中,其横截面可以呈弓形、拱形、三角形、四边形、多边形、半圆形、半椭圆形、U形、V形等。
值得一提的是,该双悬边单元212N不仅能够防止该振动单元213N非轴向上的晃动和偏移,而且要能够保证该振动单元213N具有足够大的振幅,即足够大的轴向位移,从而保证该振动单元213N的冲程能够理想地再现低音。
值得一提的是,本发明的该双悬边单元212N是由弹性材料制成。值得一提的是,该双悬边单元212N的该被动悬边2121N和该制动悬边2122N的横截面形状为环形,也就是说该被动悬边主体部和该制动悬边主体部在横向上都是首尾连接一体形成环形状,也就是说,该被动悬边孔21210N和该制动悬边孔21220N都为圆形孔。本领域的技术人员可以理解的是,上述形状仅仅作为举例,本发明并不受此限制,在其他实施例中,该双悬边单元212N的该被动悬边2121N和该制动悬边2122N的横截面形状也可以选自环形、三角形、四边形、多边形等。
值得一提的是根据本发明的全方位发声式音箱可以供投影机客户使用,其可以于投影机分别设置,也可以与投影机相互连接。
本领域的技术人员应理解,上述描述及附图中所示的本发明的实施例只作为举例而并不限制本发明。本发明的目的已经完整并有效地实现。本发明的功能及结构原理已在实施例中展示和说明,在没有背离该原理下,本发明的实施方式可以有任何变形或修改。

Claims (35)

  1. 一全方位发声式音箱,其特征在于,包括多个均匀环绕设置的音响模组,其中每一所述音响模组包括一主振动单元和至少一被动振动单元,其中所述主振动单元被均匀环绕设置,其中所述被动振动单元被均匀环绕设置,其中所述主振动单元能够相应外界信号的输入并进而带动所述被动振动单元一起振动,从而产生改善的音质效果。
  2. 根据权利要求1所述的全方位发声式音箱,其中所述主振动单元和所述被动振动单元间隔设置,其中由所述主振动单元和所述被动振动单元组成的一系列振动单元被环绕外周侧面均匀设置,从而使所述全方位发声式音箱产生的声场更为均匀。
  3. 根据权利要求2所述的全方位发声式音箱,其中所述主振动单元与所述被动振动单元的数量均为偶数。
  4. 根据权利要求3所述的全方位发声式音箱,其中所述主振动单元与所述被动振动单元的数量均为四。
  5. 根据权利要求2所述的全方位发声式音箱,其中所述主振动单元与所述被动振动单元的数量均为奇数。
  6. 根据权利要求5所述的全方位发声式音箱,其中所述主振动单元与所述被动振动单元的数量均为三。
  7. 根据权利要求6所述的全方位发声式音箱,其中进一步包括一箱体,其中所述音响模组被设置于所述箱体。
  8. 根据权利要求7所述的全方位发声式音箱,其中进一步包括一功放系统,其中所述功放系统被设置于所述音响模组的顶侧。
  9. 根据权利要求7所述的全方位发声式音箱,其中进一步包括一供能系统,其中所述功放系统被设置于所述音响模组的底侧。
  10. 根据权利要求1~9中任意一项所述的全方位发声式音箱,其中所述被动振动单元包括一振动元件、一框架以及一悬边,其中所述悬边具有一内侧边缘和一外侧边缘,其中所述悬边的所述内侧边缘被设置于所述振动元件的外边缘,其中所述悬边的所述外侧边缘被设置于所述框架的内边缘,以使所述悬边被环设在所述振动元件和所述框架之间。
  11. 根据权利要求10所述的全方位发声式音箱,其中所述振动元件的形状选自:圆形、椭圆形、跑道形、多边形组成的形状组。
  12. 根据权利要求10所述的全方位发声式音箱,其中所述悬边的截面形状选自:拱形、“W”字形、“M”字形、“S”字形、倒置的“S”字形、“V”字形、倒置的“V”字形、“U形”、倒置的“U”形、波浪形、锯齿形组成的形状组。
  13. 根据权利要求10所述的全方位发声式音箱,其中所述悬边包括一体形成的一内悬边部分和一外悬边部分,其中所述内悬边部分包括一内悬边主体和至少一内侧弹肋,每个所述内侧弹肋凸出地设置于所述内悬边主体,并且每个所述内侧弹肋在所述内悬边主体的一侧形成凸起,并且所述内悬边主体的自由侧形成所述悬边的所述内侧边缘,其中所述外悬边部分包括一外悬边主体和至少一外侧弹肋,其中每个所述外侧弹肋凸出地设置于所述外悬边主体,并且每个所述外侧弹肋在所述外悬边主体的一侧形成凸起,另一侧形成凹槽,并且所述外宣变主体的自由侧形成所述悬边的所述外侧边缘。
  14. 根据权利要求13所述的全方位发声式音箱,其中所述悬边的所述内悬边部分的每个所述内侧弹肋相互间隔地设置,其中所述悬边的所述外悬边部分的每个所述外侧弹肋相互间隔地设置。
  15. 根据权利要求13所述的全方位发声式音箱,其中所述悬边的所述内悬边部分的多个所述内侧弹肋呈辐射状地排列,其中所述悬边的所述外悬边部分的每个所述外侧弹肋呈辐射状地排列。
  16. 根据权利要求13所述的全方位发声式音箱,其中所述悬边的所述内悬边部分的多个所述内侧弹肋沿着环形的方向排列,其中所述悬边的所述外悬边部分的每个所述外侧弹肋沿着环形的方向排列。
  17. 根据权利要求10所述的全方位发声式音箱,其中所述悬边设有多个限位肋,其中每个所述限位肋向外凸出地延伸于所述悬边,并且每个所述限位肋延伸在所述振动元件和所述框架之间,其中沿着每个所述限位肋长度方向的截面上,每个所述限位肋与所述框架的内边缘形成点连接。
  18. 根据权利要求17所述的全方位发声式音箱,其中所述限位肋呈片状或者条状。
  19. 根据权利要求17所述的全方位发声式音箱,其中所述限位肋和所述悬边由相同的弹性材料制成。
  20. 根据权利要求19所述的全方位发声式音箱,其中所述悬边包括多个波形限位段,其中多个所述波形限位段在所述振动元件周围沿着圆周方向形成波浪形结构。
  21. 根据权利要求1~20中任意一项所述的全方位发声式音箱,其中所述主振动单元包括:
    至少一磁回单元,
    至少一音圈,其中所述音圈在所述磁回单元的驱动下进行往复运动,
    至少一振动单元,其中所述振动单元被所述音圈带动进行往复运动,
    至少一框架组件,
    至少一悬边,其中所述悬边被连接于所述振动单元以及所述框架组件,以及
    至少一折式弹波,其中所述折式弹波被连接于所述悬边、所述框架组件以及所述振动单元,其中所述折式弹波包括弹性的一环状外周部和一筒状部,其中所述筒状部从所述环状外周部弯折延伸,其中所述环状外周部被连接于所述框架组件。
  22. 如权利要求21所述的全方位发声式音箱,其中所述筒状部包括至少一筒状部主体以及具有至少一筒状部孔,其中所述筒状部主体为环形并形成所述筒状部孔,其中所述筒状部主体一端被连接于所述悬边,一端被连接于所述振动单元,其中所述筒状部将所述框架组件形成的至少一框架腔分隔为至少一支撑腔和至少一振动腔,其中所述支撑腔和所述振动腔为内外重叠式设置。
  23. 如权利要求22所述的全方位发声式音箱,其中所述筒状部还包括至少一筒状部外延部,其中所述筒状部外延部垂直地且向外延伸于所述筒状部主体的底部,其中所述筒状部外延部被连接于所述悬边。
  24. 如权利要求23所述的全方位发声式音箱,其中所述筒状部还包括多个筒状部肋,各所述筒状部肋的两端分别垂直地且向外地延伸于所述筒状部主体的外侧以及所述筒状部外延部。
  25. 如权利要求24所述的全方位发声式音箱,其中各所述筒状部肋为直角三角板形,其中一直角边被设置于筒状部外延部,另一直角边被设置于所述筒状部主体的外侧壁。
  26. 如权利要求22所述的全方位发声式音箱,其中所述筒状部主体的顶部还设置有多个拱形内凹槽,各所述拱形内凹槽被间隔地设置于所述弹波主体的顶 部边缘。
  27. 如权利要求23所述的全方位发声式音箱,其中所述环状外周部包括至少一环状外周部主体部、至少一环状外周部内缘和至少一环状外周部外缘,其中所述环状外周部主体部从所述环状外周部内缘以及所述环状外周部外缘向外凸起地延伸,其中所述环状外周部内缘被连接于所述筒状部的所述筒状部外延部。
  28. 如权利要求21所述的全方位发声式音箱,其中所述环状外周部用于制动所述悬边,其中所述悬边和所述环状外周部为相互平行地设置。
  29. 如权利要求28所述的全方位发声式音箱,其中所述环状外周部包括至少一环状外周部主体部、至少一环状外周部内缘和至少一环状外周部外缘,其中所述环状外周部主体部从所述环状外周部内缘以及所述环状外周部外缘向外凸起地延伸,其中所述悬边包括至少一悬边主体部,其中所述悬边主体部向外凸起并具有至少一悬边腔,其中所述悬边的所述悬边主体部的凸起方向和所述环状外周部的所述环状外周部主体部的凸起方向相反,其中所述环状外周部腔和所述悬边腔的开口相对。
  30. 如权利要求28所述的全方位发声式音箱,其中所述环状外周部包括至少一环状外周部主体部、至少一环状外周部内缘和至少一环状外周部外缘,其中所述环状外周部主体部从所述环状外周部内缘以及所述环状外周部外缘向外凸起地延伸,其中所述悬边包括至少一悬边主体部,其中所述悬边主体部向外凸起并具有至少一悬边腔,其中所述悬边的所述悬边主体部的凸起方向和所述环状外周部的所述环状外周部主体部的凸起方向相同。
  31. 如权利要求21所述的全方位发声式音箱,其中所述框架组件进一步包括至少一第一框架、至少一第二框架以及至少一第三框架,其中所述第二框架被连接于所述第一框架和所述第三框架,其中所述第一框架、所述悬边、所述振动单元以及所述筒状部形成所述支撑腔,其中所述第三框架、所述环状外周部、所述筒状部以及所述第二框架形成所述振动腔,其中所述音圈和所述磁回单元被容纳于所述振动腔内。
  32. 如权利要求31所述的全方位发声式音箱,其中所述环状外周部包括至少一环状外周部主体部、至少一环状外周部内缘和至少一环状外周部外缘,其中所述环状外周部主体部从所述环状外周部内缘以及所述环状外周部外缘向外凸起地延伸,其中所述悬边包括至少一悬边主体部、至少一悬边内缘和至少一悬边 外缘,其中所述悬边主体部从所述悬边内缘以及所述悬边外缘向外凸起地延伸,其中所述悬边的所述悬边外缘被连接于所述第一框架的至少一第一框架主体的至少一第一框架内框部,其中所述环状外周部的所述环状外周部外缘连接于所述第二框架的所述第二框架主体的所述第二框架内框部,其中所述筒状部还包括至少一筒状部外延部,其中所述筒状部外延部垂直地且向外延伸于所述筒状部主体的底部,其中所述筒状部的所述筒状部外延部被连接于所述环状外周部的所述环状外周部内缘。
  33. 如权利要求21所述的全方位发声式音箱,其中所述振动单元还包括至少一第一振动元件和至少一第二振动元件,其中所述振动单元的所述第一振动元件被连接于所述第二振动元件,其中所述第二振动元件的外周边缘被连接于所述悬边的内边沿。
  34. 如权利要求32所述的全方位发声式音箱,其中所述振动单元还包括至少一第一振动元件和至少一第二振动元件,其中所述振动单元的所述第一振动元件被连接于所述第二振动元件,其中所述第二振动元件的至少一第二振动主体的至少一外周边缘连接于所述悬边的所述悬边内缘,其中所述筒状部的顶部边沿被限位于所述第二振动元件底部的至少一环形筒状部限位凹槽内,其中所述第一振动元件还包括至少一第一振动主体以及至少一加强筋,其中所述加强筋被间隔地设置于所述第一振动主体。
  35. 如权利要求21至34中任一项所述的全方位发声式音箱,其中所述主振动单元还包括至少一电连接件以及至少一电端子,其中所述电端子被连接于所述电连接件,其中所述电连接件还包括至少一电连接件主体,其中所述电连接件的所述电连接件主体被设置于所述框架组件的底部,且所述电连接件被连接于所述磁回单元。
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