TH26602A - Speaker system - Google Patents

Abstract

Speaker system Provides a speaker system with Good sound properties For use in imaging devices by controlling the medium range variance of the properties. Of sound frequencies responds so smooth in order to produce excellent speech intelligibility This is accomplished by connecting the sound pipe 1 to the front of the speaker unit 2 in order to guide the sound waves through openings 11 that have a generally rectangular shape. The resonance absorption 10a is formed by pipe 8, one end of which is It is formed into a sound-absorbing channel 7 facing the path of sound 6 moving inside the sound pipe 1 from the front of the speaker unit Z to the opening 11 and cavity 9 with a small gap along the edge. Except for the ground, which is connected through the other end of the pipe 8 by constructing a speaker system in this way. Band width In order to be absorbed and the Q-value of the pouring angle can be controlled in order to suppress the vertex. And the pouring corner by providing a speaker system that has characteristics of good sound Which has a smooth characteristic of the frequency response And clarity Of words would be excellent

Claims (10)

1. The speaker system consists of a sound tube for conducting sound waves. This sound tube has an almost rectangular, elongated opening at one end and a second opening at the other end connected to the front of the speaker unit. A sound path formed within the sound tube guides the sound waves propagating from the speaker unit to these rectangular openings. The resonance absorption component consists of a tube and a cavity. One end of this tube has a vent for sound absorption, facing the sound path, and the cavity is connected to the other end of the tube. A cover encloses the resonance absorption component, defining the boundary of the opening between the resonance absorption component and the outside of the sound tube. 2. A speaker system compliant with claim 1 shall include at least two resonance absorption sections, each tube of which shall have a different length and cavity volume from the others. 3. A speaker system compliant with either claim 1 or 2, where the gap provided along the edge of the cover for the resonance absorption section is approximately 0.1 mm. 4. A speaker system that complies with any one of claims 1 through 3 shall be integrated into the television receiver. 5. Method of Speaker System Design: This method involves the following steps: Forming a sound tube for sound wave guidance. This tube has a nearly rectangular, elongated opening at one end and a second opening at the other end connected to the front of the speaker unit. Preparing a sound path within the tube to guide sound waves propagating from the speaker unit to the elongated rectangular opening. Absorbing resonance for sound waves by providing a resonance absorption section consisting of a tube and a cavity. One end of this tube has an absorption opening facing the sound path, and the cavity is connected to the other end of the tube. Finally, eliminating peaks and dips in the sound waves by providing a cover to enclose the resonance absorption section. This cover defines the boundary of the gap, providing an opening between the resonance absorption section and the outside of the sound tube. 6. The speaker system consists of a sound tube for guiding sound waves along the sound path. This sound tube has a nearly rectangular, elongated opening at one end and a second opening at the other end, which is connected to the front of the speaker unit. A reflector is placed inside the sound tube along the sound path for wave guidance of the speaker unit, and at least one baffle with a channel section is inserted into the rectangular, elongated opening of the sound tube and connected to the sound tube. 7. A loudspeaker system conforming to claim 6, in which a pair of baffles, each with a channel, are inserted into an elongated rectangular opening to be connected to a sound tube on opposite sides of the said elongated rectangular opening. 8. A speaker system compliant with claim 7, where each section of the partition is distinct from the others. 9. A loudspeaker system that conforms to one or more of the preceding claims, in which one or more absorbers are arranged sequentially within one or more cavities formed by individual baffles with channel and side walls of the sound duct. 10. A speaker system that complies with any of the claims 6 through 9 shall be integrated into the television receiver.