JP2017092860

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DESCRIPTION JP2017092860
Abstract: The present invention provides a karaoke microphone equipped with a cover provided
with an LED in which a plurality of LEDs are mounted on the outer peripheral surface of the
karaoke microphone and the LEDs are repeatedly blinked. A cover 4 including a plurality of LEDs
3 is fixedly attached to the outer peripheral surface of a karaoke microphone 1, and when the
power switch 17 of the LED 3 is turned on at the time of karaoke, voices of karaoke microphone
users and karaoke performance sounds When the power switch 17 of the LED 3 is switched to
activate the sound sensor 18 while the LED 3 repeatedly blinks in a plurality of colors at
appropriate intervals without synchronization, the voice of the karaoke microphone user and the
karaoke performance sound are The sound sensor 18 detects, and in synchronization with the
voice and the performance sound, the LED 3 repeats to blink. [Selected figure] Figure 1
Karaoke microphone with a cover equipped with an LED
[0001]
The present invention mounts a cover having a plurality of LEDs (light emitting diodes) on the
outer peripheral surface of a karaoke microphone, and turns on the power switch of the LED at
the time of karaoke, thereby enabling karaoke microphone user's voice and karaoke performance
sound. When the LED's power switch is switched to activate the sound sensor while
synchronizing with the LED, the sound of the karaoke microphone user's voice and the karaoke
performance sound can be said sound sensor while the LED repeatedly blinks in plural colors at
appropriate intervals. Detects and synchronizes with the voice and the playing sound, the LED
blinks repeatedly to make the user and the surrounding people more excited about the
atmosphere at the time of karaoke, and create a visually gorgeous atmosphere The present
invention relates to a karaoke microphone equipped with an LED-equipped cover.
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[0002]
In the past, karaoke microphones have generally been gray and uniform, giving the impression of
being very dark, and feeling that they are not compatible with the fun atmosphere at the time of
karaoke.
In addition, by attaching the LED to the karaoke microphone, at the time of karaoke, a plurality of
LEDs repeat flashing in multiple colors at appropriate intervals to make the atmosphere of the
karaoke more exciting for the user and the surrounding people, and visually With regard to the
technical idea of karaoke microphones that can create a luxurious atmosphere, even if
retrospectively searching past patent documents, it is not possible to discover one prior art, and
it is possible to simply And the karaoke system is only disclosed.
[0003]
Unexamined-Japanese-Patent No. 2007-225993
[0004]
The karaoke microphones commonly used in the prior art generally have a uniform gray overall,
and thus have the problem of giving a dark impression and not being suitable for a pleasant
atmosphere at the time of karaoke, and the invention described in Patent Document 1 Is simply a
karaoke microphone provided with vibration detection means for detecting the vibration of the
human body, and is used as a reference for the determination of the degree of tension at the time
of karaoke. There has been a problem that it is impossible to expect the effect of being able to
further increase the atmosphere at the time of karaoke to the user and the surrounding people
and to create a visually gorgeous atmosphere by repeating flashing in multiple colors.
[0005]
The present invention has been made to solve the above-mentioned problems, and a cover
provided with a plurality of LEDs is mounted on the outer peripheral surface of a karaoke
microphone, and the power switch of the LED is turned on at the time of karaoke. While
synchronizing with the user's voice and the karaoke performance sound, the LED repeatedly
blinks in a plurality of colors at appropriate intervals, and further, when the power switch of the
LED is switched to activate the sound sensor, the karaoke microphone user The sound sensor
detects the voice and the karaoke performance sound, and the LED blinks repeatedly in
synchronization with the voice and the performance sound to make the user and the surrounding
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people more excited about the karaoke atmosphere and visual Attempt to provide a karaoke
microphone with an LED-equipped cover that can create a truly luxurious atmosphere That.
[0006]
According to the present invention, a cover provided with a plurality of LEDs is mounted on the
outer peripheral surface of the karaoke microphone, and the power switch of the LED is turned
on at the time of karaoke, without being synchronized with the voice of the karaoke microphone
user When the LED repeatedly blinks in a plurality of colors at appropriate intervals, and further
the power switch of the LED is switched to activate the sound sensor, the sound sensor detects
the voice of the karaoke microphone user and the karaoke performance sound A karaoke
microphone equipped with a cover provided with an LED in which the LED is repeatedly blinked
in synchronization with the voice and the performance sound, the cover including an upper
opening and a lower opening, and The first cover member is formed in a cylindrical shape
slightly larger in diameter than the shape of the grip portion of the karaoke microphone, and the
first cover member On the outer peripheral surface, while a group of LEDs connected in series
with a plurality of LEDs at intervals with leads are installed and fixed, the second cover member
formed transparent or semitransparent, The above-mentioned subject was solved by adopting the
means of being fixed by mounting on the peripheral face of the 1st cover member which
arranged a plurality of LED, and being formed.
[0007]
According to the present invention having the above configuration, a cover provided with a
plurality of LEDs is attached to the outer peripheral surface of the grip portion of the karaoke
microphone, and the power switch of the LED is turned on at the time of karaoke. When the
power switch of the LED is switched to activate the sound sensor while the LED repeatedly blinks
in plural colors at appropriate intervals without being synchronized with the karaoke
performance sound, the voice of the karaoke microphone user and the karaoke performance
sound The sound sensor detects the sound, and the LED blinks repeatedly in synchronization
with the voice and the playing sound to further immerse the atmosphere of the karaoke to the
user and the surrounding people and to create a visually luxurious atmosphere. It is possible to
exhibit the extremely excellent effect of being able to create.
In addition, since the structure is simple and the material cost is low, there is also an effect that it
is easy to manufacture and can be provided at low cost.
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[0008]
FIG. 1 is an overall perspective view showing an embodiment of a karaoke microphone equipped
with a cover equipped with an LED of the present invention.
It is an assembly disassembled perspective view which shows the Example of the karaoke
microphone equipped with the cover which set this invention LED.
It is the sectional view on the AA line of FIG.
It is a perspective view of the principal part which shows the example of the cover in the karaoke
microphone equipped with the cover which set this invention LED. It is a longitudinal crosssectional view which shows the Example of the main apparatus storage member in the karaoke
microphone equipped with the cover which set this invention LED. It is a schematic circuit
diagram showing an example of a circuit in a karaoke microphone equipped with a cover
equipped with an LED of the present invention.
[0009]
Embodiments of the present invention will be described in detail based on the drawings. The
present invention is formed by removably mounting a cover 4 having a plurality of LEDs 3
spaced apart on the outer peripheral surface of the grip portion 2 of the karaoke microphone 1
generally used conventionally. That is, the cover 4 is inserted from the lower side of the grip
portion 2 so that the microphone portion 5 protrudes upward and the antenna portion 6
protrudes downward so that the outer peripheral surface of the grip portion 2 is in sliding
contact The karaoke microphone 1 can be easily removed from the cover 4 by lifting the karaoke
microphone 1 upward.
[0010]
The cover 4 has an upper opening 7 and a lower opening 8 and has an upper opening 7 and a
lower opening 8 and is formed in a cylindrical shape slightly larger in diameter than the shape of
the grip 2 of the karaoke microphone 1. A cylindrical first cover member 9 in sliding contact with
the outer peripheral surface of the grip 2 and a diameter slightly smaller than that of the first
cover member 9 integrally fitted and fixed to the outer peripheral surface of the first cover
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member 9 On the upper part of the cover 4 formed by the large second cover member 10, the
start switch 11 for starting the karaoke microphone 1 is operated by hand while the cover 4 is
attached to the karaoke microphone 1 The slit 12 which exposes the start switch 11 is formed so
that it can do.
[0011]
The first cover member 9 constituting the cover 4 is, for example, a plastic such as polyvinyl
chloride or polyethylene or a silicone having a hardness enough to maintain the shape retention
property as the first cover member 9. An LED group 14 formed of rubber such as rubber and
having a plurality of LEDs 3 connected in series via leads 13 with a gap on the outer peripheral
surface of the first cover member 9 is, for example, It is fixed by bonding with an adhesive.
And the shape of the conducting wire 13 in which the plurality of LEDs 3 are connected in series
with a space may be spirally wound around the outer peripheral surface of the first cover
member 9 or wound in a zigzag shape It is optional, such as turning.
[0012]
When the first cover member 9 is formed of the plastic, it is not necessary to specifically limit the
inner peripheral wall surface, but preferably, it is inserted into the first cover member 9 The
karaoke microphone 1 is easy to remove, but also has a non-slip function so as not to be easily
detached, and also serves as a cushioning material to protect the karaoke microphone 1, for
example, a rubber sheet with a small coefficient of friction is attached It is recommended to
provide anti-slip means 15 which is made by coating or applying a fluororubber-based paint.
[0013]
On the other hand, when the first cover member 9 is formed of a rubber such as silicone rubber
having a certain degree of hardness, the friction coefficient is relatively large compared to the
plastic, and the anti-slip function There is no need to provide the anti-slip means 15.
[0014]
Each of the LEDs 3 constituting the LED group 14 may be any one as long as the LEDs 3 can be
repeatedly blinked with a plurality of colors at constant intervals, but any of the LEDs can be
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used in the LED. It is recommended to use a self-flashing LED or illumination LED with a preprogrammed control IC so that it can be repeatedly flashed in a plurality of colors at regular
intervals.
Thus, each of the LEDs 3 is formed to be able to repeat blinking in a plurality of colors at
intervals previously programmed in the control IC.
[0015]
On the upper side of the outer peripheral surface of the first cover member 9, a main device
storage member 19 having a main device such as a battery 16, a power switch 17 and a sound
sensor 18 for supplying power to the LED 3 is integrally fixed. It is done.
The main device storage member 19 may have any configuration that facilitates installation and
operation of the main devices such as the battery 16, the power switch 17 and the sound sensor
18, and the configuration thereof is not particularly limited Preferably, a box-shaped
configuration as shown in the figure is recommended. Hereinafter, the main device storage
member 19 will be described as being formed in a box shape.
[0016]
The battery 16 for supplying power to each of the LEDs 3 housed in the main device housing
member 19 is a so-called "button battery", a micro battery such as an alkaline battery or a lithium
battery, or a lithium ion which can be repeatedly charged. Any of the batteries can be used. In the
present invention, although not particularly limited, preferably, it is recommended to use a
rechargeable lithium ion battery. Hereinafter, in the present invention, a lithium ion battery will
be described.
[0017]
The main device storage member 19 has a battery storage portion 20 and a sound sensor storage
portion 21 installed therein, and the battery storage portion 20 has connection terminals
connected to the positive side and the negative side of the battery 16 (shown in FIG. (Not shown)
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are respectively provided and connected to the conductive wire 13. Furthermore, a lid piece 22 is
installed on the main device storage member 19 so as to be openable and closable. Further, a
connection terminal 23 connected to the charging USB is provided in the battery storage portion
19 so that charging can be performed without removing the battery 16.
[0018]
Furthermore, an opening 24 is opened at a position close to the microphone unit 5 of the
karaoke microphone 1 in the upper part of the main device storage member 19, and the sensor
unit 25 of the sound sensor 18 stored in the sound sensor storage unit 21. Are exposed at the
opening 24. When the voice or karaoke performance sound of the user of the karaoke
microphone is picked up and detected by the sensor unit 25, the detection signal is amplified by
the amplification unit 26, and the amplified detection signal is controlled by the control unit 27.
In synchronization with the voice of the karaoke microphone user and the karaoke performance
sound, the flashing of the LED 3 can be repeated.
[0019]
In addition, a power switch 17 capable of switching in three stages is installed at an appropriate
position of the main device storage member 19, and the power switch 17 is switched to be
connected to the battery 16 via a lead 13. The LED 3 or the sound sensor 18 is interposed so that
the power can be selectively supplied to the LED 3 connected to the battery 16 via the lead 13.
The power switch 17 may be any power switch that can be switched to the three stages. As the
power switch 17, any one of a push switch, a slide switch and a rotary switch can be used, but in
the present invention, it is not necessary to limit in particular, but preferably in FIGS. As shown, it
is recommended to use a push switch in terms of operability. The following description will be
given assuming that a push switch is used as the power switch 17.
[0020]
When a push switch is used as the power switch 17, when the power is turned on and the LED 3
is energized at the same time as the first push operation of the push switch, it synchronizes with
the voice of the karaoke microphone user and the karaoke performance sound Instead, the LEDs
3 can repeat blinking in a plurality of colors at intervals preprogrammed in the control IC. That
is, each of the LEDs 3 repeatedly blinks without the voice of the user of the karaoke microphone
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or the karaoke performance sound.
[0021]
Then, by the second push operation of the power switch 17, the power is switched to the sound
sensor 18 side, and the voice of the user of the karaoke microphone and the karaoke
performance sound can be detected by the sensor unit 25. Thus, the LED 3 can be repeatedly
blinked in synchronization with the voice of the karaoke microphone user and the karaoke
performance sound. In this case, when the voice of the user of the karaoke microphone and the
karaoke performance sound cease, the LED 3 does not blink during that time, and remains in the
off state. Then, again, when the voice of the karaoke microphone user and the karaoke
performance sound are resumed, the flashing of the LED 3 is repeated again.
[0022]
Thereafter, by performing the third push operation while the sound sensor 18 is operating by the
second push operation of the power switch 17, the power is turned off, and the blinking
operation of the LED 3 is stopped. Hereinafter, the operation can be repeated by the push
operation of the power switch 17.
[0023]
On the other hand, the second cover member 10 mounted on the outer peripheral surface of the
first cover member 7 to which the plurality of LEDs 3 are fixed is such that the light of the LEDs
3 can be seen through or blurred from the outside. A transparent or translucent plastic, for
example, a plastic such as polyvinyl chloride or polyethylene, or a rubber such as silicone rubber
having a hardness sufficient to maintain the shape retention of the second cover member 10;
And the second cover member 10 is mounted and fixed on the outer peripheral surface of the
first cover member 9 to which the plurality of LEDs 3 are fixed. The first cover member 9 and the
second cover member The cover 14 is formed by holding the LED group 14 between 10 and
fixing them together.
[0024]
In the figure, reference numeral 28 is cut away so that the main device storage member 19 fixed
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to the upper outer peripheral surface of the first cover member 7 can be exposed and positioned
outside the second cover member 8. It is a recess.
Then, as shown in FIG. 4, the second cover member 8 is inserted from below and moved upward
on the outer peripheral surface of the first cover member 7 to which the main device storage
member 19 is fixed. The main device storage member 19 is positioned at the recessed portion
28, and the second cover member 8 is attached and fixed to the outer peripheral surface of the
first cover member 7.
[0025]
According to the present invention configured as described above, when the user uses the
karaoke microphone 1 in which the cover 4 is attached and fixed to the grip 2, the activation
switch 11 is turned on to activate the karaoke microphone 1, and then any desired At this point,
each LED 3 is electrically connected by the first ON operation of the power switch 17, and the
LED 3 is connected based on the program of the control IC without being synchronized with the
voice of the karaoke microphone user and the karaoke performance sound. Blinking in multiple
colors can be repeated at appropriate intervals. After that, by the second ON operation of the
power switch 17, the power is switched to the sound sensor 18, and the voice of the user of the
karaoke microphone and the karaoke performance sound can be detected by the sensor unit 25.
The blinking of the LED 3 can be repeated in synchronization with the voice of the karaoke
microphone user and the karaoke performance sound.
[0026]
DESCRIPTION OF SYMBOLS 1 karaoke microphone 2 grip part 3 LED 4 cover 5 microphone part
6 antenna 7 upper opening 8 lower opening 9 1st cover member 10 2nd cover member 11 start
switch 12 slit 13 conducting wire 14 LED group 15 anti-slip means 16 battery 17 power switch
18 sound sensor 19 main device storage member 20 battery storage portion 21 sound sensor
storage portion 22 lid piece 23 connection terminal 24 opening portion 25 sensor portion 26
amplification portion 27 control portion 28 recessed portion
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