CN213904922U

CN213904922U - Drum-shaped touch sound production device

Info

Publication number: CN213904922U
Application number: CN202022919230.1U
Authority: CN
Inventors: 高金根; 周玉波; 刘仲平
Original assignee: Zhongshan Zhuoji Industrial Development Co ltd
Current assignee: Zhongshan Zhuoji Industrial Development Co ltd
Priority date: 2020-12-08
Filing date: 2020-12-08
Publication date: 2021-08-06
Anticipated expiration: 2030-12-08

Abstract

The utility model discloses a drum-shaped touch sound-producing device, its simple structure easily realizes, left side electric capacity touch-sensitive switch, the setting of right side electric capacity touch-sensitive switch, correspond with the left and right hands of human body, be convenient for respond to human body touch/pat the action of left side touch area, right side touch area, so that voice chip module control loudspeaker module carries out the sound production that corresponds, the setting of middle part electric capacity touch-sensitive switch group, it is located the region that the left and right hands of human body do not often touch/pat, be used for the function control input, if set for the left side electric capacity touch-sensitive switch and receive the sound production of loudspeaker module when triggering, set for the right side electric capacity touch-sensitive switch and receive the sound production of loudspeaker module when triggering, the practicality is good, when specifically implementing, can preset multiple sound production mode in voice chip module; in addition, the horn module sets up on transverse connection portion and the setting of second through-hole, is convenient for make the sound of sending out the institute can not be partial to the left side or partial to the right side, and the effect is better.

Description

Drum-shaped touch sound production device

Technical Field

The utility model relates to a drum-shaped touch sound-producing device.

Background

At present, most of existing electronic drums only adopt a vibration sensor to sense the beating rhythm of a user, then a sound source produces sound, the function of producing different drum sounds/music by beating different areas is not distinguished, drum sounds/music with different rhythms are produced only according to the beating rhythm, the function is single, and market competitiveness is lacking.

Therefore, how to overcome the above-mentioned drawbacks has become an important issue to be solved by those skilled in the art.

SUMMERY OF THE UTILITY MODEL

The utility model overcomes above-mentioned technique is not enough, provides a drum-shaped touch sound generating mechanism.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a drum-shaped touch sound generating device, including device body 1, be equipped with power module 2, power on-off switch 3, pronunciation chip module 4 and loudspeaker module 5 that connect the electricity in order in the device body 1, the up end of device body 1 is equipped with and is located left side touch area 141, is located right side touch area 142 and is located middle part touch area 143 between left side touch area 141 and the right side touch area 142, be equipped with in the device body 1 and be used for the response touch input action on the left side touch area 141 is so that trigger pronunciation chip module 4 control a left side electric capacity touch-sensitive switch 61 that loudspeaker module 5 broadcast corresponds sound, be used for the response touch input action on the right side touch area 142 is so that trigger pronunciation chip module 4 control a right side electric capacity touch-sensitive switch 62 that loudspeaker module 5 broadcast corresponds sound, A middle capacitive touch sensing switch group 63 for sensing the touch input action on the middle touch area 143 so as to trigger the voice chip module 4 to perform function control, the left capacitive touch sensing switch 61, the right capacitive touch sensing switch 62 and the middle capacitive touch sensing switch group 63 are all electrically connected to the voice chip module 4 through a capacitive touch sensing chip 64, the device body 1 includes a left leg 11, a right leg 12, a transverse connecting part 13 connected between the right side of the upper end of the left leg 11 and the left side of the upper end of the right leg 12, and an upper cover plate 14 covering the left leg 11, the right leg 12 and the transverse connecting part 13, the left capacitive touch sensing switch 61, the right capacitive touch sensing switch 62 and the middle capacitive touch sensing switch group 63 are integrated on a capacitive touch sensing plate 6 located at the lower end of the upper cover plate 14, power on-off switch 3, loudspeaker module 5 set up respectively on transverse connection portion 13, and be equipped with on the wall body of transverse connection portion 13 and be convenient for supply the first through-hole 131 that power on-off switch 3 shows with be convenient for loudspeaker module 5 a plurality of second through-holes 132 of outside sound production, left side landing leg 11 or be equipped with the battery jar 15 that can open and close in the right side landing leg 12, power module 2 is the battery that sets up in battery jar 15.

Preferably, power on-OFF switch 3 adopts double three-gear eight-foot slide switch, and one row of pin is used for control pronunciation chip module 4 with switch between loudspeaker module 5 at volume OFF gear OFF1, low volume gear L1, high volume gear H1 between, the resistance of low volume gear L1 place branch road is greater than the resistance of high volume gear H1 place branch road, another row of pin that corresponds is used for control power module 2 switches between power supply output disconnection gear OFF2, the first switch-on gear L2 of power supply output, power supply output second switch-on gear H3, the first switch-on gear L2 of power supply output links together with power supply output second switch-on gear H3.

Preferably, the middle capacitive touch sensing switch group 63 includes a plurality of music play mode selection sensing switches for music play mode selection and a music start and switching control sensing switch for music start and switching control.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the structure of the scheme is simple and easy to realize, the left capacitive touch sensing switch and the right capacitive touch sensing switch correspond to the left hand and the right hand of a human body, and are convenient for sensing the touch/patting action of the human body on the left touch area and the right touch area so as to control the loudspeaker module to generate sound correspondingly by the voice chip module, the middle capacitive touch sensing switch group is arranged in an area where the left hand and the right hand of the human body do not touch/patt frequently and is used for function control input, the loudspeaker module generates sound when the left capacitive touch sensing switch is triggered and the loudspeaker module generates sound when the right capacitive touch sensing switch is triggered, the practicability is good, and multiple sound generation modes can be preset in the voice chip module during specific implementation; the power on-off switch sets up on the transverse connection portion and the user operation of power break-make is convenient for in the setting of first through-hole, and the practicality is good, and loudspeaker module sets up on the transverse connection portion with the setting of second through-hole is convenient for make the sound of giving out a work can not be partial to the left side or be partial to the right side, and the effect is better.

2. The power on-OFF switch is provided with a double-row three-gear eight-pin sliding switch, so that the connection between the voice chip module and the horn module and the output of the power module can be conveniently and simultaneously controlled, when the gear OFF1 is turned OFF at the volume between the voice chip module and the horn module, the corresponding power module supplies power and outputs the gear OFF2, namely the output of the power module is cut OFF while the volume is turned OFF, and the power on-OFF switch is favorable for better energy conservation and power saving and has good practicability; in addition, the resistance of the branch with the low-volume gear L1 is greater than that of the branch with the high-volume gear H1, so that the volume can be switched conveniently, the arrangement that the first power supply output switching gear L2 and the second power supply output switching gear H3 are connected together is convenient for the power supply to be switched on when the low-volume gear L1 and the high-volume gear H1 are used, and the normal operation of the device is convenient.

Drawings

Fig. 1 is one of the perspective views of the present disclosure.

Fig. 2 is a second perspective view of the present disclosure.

Fig. 3 is an exploded view of the present case.

Fig. 4 is a circuit diagram of the present case.

Fig. 5 is a diagram of the positions of the left capacitive touch sensitive switch, the right capacitive touch sensitive switch, and the middle capacitive touch sensitive switch group on the capacitive touch sensitive plate in fig. 4.

Detailed Description

The features of the present invention and other related features are described in further detail below by way of examples to facilitate understanding by those skilled in the art:

as shown in fig. 1 to 5, a drum-shaped touch sound generating device includes a device body 1, a power module 2, a power on-off switch 3, a voice chip module 4, and a speaker module 5 electrically connected in sequence are disposed in the device body 1, a left side touch area 141 located on a left side, a right side touch area 142 located on a right side, and a middle touch area 143 located between the left side touch area 141 and the right side touch area 142 are disposed on an upper end surface of the device body 1, a left side capacitive touch sensing switch 61 for sensing a touch input action on the left side touch area 141 so as to trigger the voice chip module 4 to control the speaker module 5 to play corresponding sound, a right side capacitive touch sensing switch 62 for sensing a touch input action on the right side touch area 142 so as to trigger the voice chip module 4 to control the speaker module 5 to play corresponding sound, and a speaker module 5, A middle capacitive touch sensing switch group 63 for sensing the touch input action on the middle touch area 143 so as to trigger the voice chip module 4 to perform function control, the left capacitive touch sensing switch 61, the right capacitive touch sensing switch 62 and the middle capacitive touch sensing switch group 63 are all electrically connected to the voice chip module 4 through a capacitive touch sensing chip 64, the device body 1 includes a left leg 11, a right leg 12, a transverse connecting part 13 connected between the right side of the upper end of the left leg 11 and the left side of the upper end of the right leg 12, and an upper cover plate 14 covering the left leg 11, the right leg 12 and the transverse connecting part 13, the left capacitive touch sensing switch 61, the right capacitive touch sensing switch 62 and the middle capacitive touch sensing switch group 63 are integrated on a capacitive touch sensing plate 6 located at the lower end of the upper cover plate 14, power on-off switch 3, loudspeaker module 5 set up respectively on transverse connection portion 13, and be equipped with on the wall body of transverse connection portion 13 and be convenient for supply the first through-hole 131 that power on-off switch 3 shows with be convenient for loudspeaker module 5 a plurality of second through-holes 132 of outside sound production, left side landing leg 11 or be equipped with the battery jar 15 that can open and close in the right side landing leg 12, power module 2 is the battery that sets up in battery jar 15.

As described above, the structure of the present application is simple and easy to implement, the left capacitive touch sensing switch 61 and the right capacitive touch sensing switch 62 are arranged to correspond to the left hand and the right hand of a human body, so as to sense the touch/flap of the human body on the left touch area 141 and the right touch area 142, so that the voice chip module 4 controls the speaker module 5 to generate a corresponding sound, the middle capacitive touch sensing switch group 63 is arranged to be located in an area where the left hand and the right hand of the human body do not touch/flap frequently, and is used for function control input, such as setting the speaker module 5 to generate a sound when the left capacitive touch sensing switch 61 is triggered, and setting the speaker module 5 to generate a sound when the right capacitive touch sensing switch 62 is triggered, so that the present application has good practicability, and in particular implementation, multiple sound generation modes can be preset in the voice chip module 4; the power on-off switch 3 sets up on the transverse connection portion 13 and the setting of first through-hole 131, the user operation of the power break-make of being convenient for, the practicality is good, and loudspeaker module 5 sets up on the transverse connection portion 13 with the setting of second through-hole 132 is convenient for make the sound of sending out the institute can not be partial to the left side or partial to the right side, and the effect is better.

As described above, during specific implementation, power on-OFF switch 3 adopts double-row three-gear eight-pin slide switch, wherein one row of pin is used for control voice chip module 4 with switch between volume OFF gear OFF1, low volume gear L1, high volume gear H1 between loudspeaker module 5, the resistance of the branch road that low volume gear L1 is located is greater than the resistance of the branch road that high volume gear H1 is located, and another row of pin that corresponds is used for control power module 2 switches between power supply output OFF gear OFF2, the first switch-on gear L2 of power supply output, power supply output second switch-on gear H3, the first switch-on gear L2 of power supply output links together with power supply output second switch-on gear H3.

As described above, the power on-OFF switch 3 is provided with the double-row three-gear eight-pin sliding switch, so that the connection between the voice chip module 4 and the horn module 5 can be controlled conveniently, the output of the power module 2 can be controlled conveniently, when the position between the voice chip module 4 and the horn module 5 is turned OFF at the volume OFF position OFF1, the corresponding power module 2 supplies power and outputs the OFF position OFF2, namely, the output of the power module 2 is cut OFF while the volume is turned OFF, and therefore better energy and power saving are facilitated, and the practicability is good; in addition, the resistance of the branch with the low-volume gear L1 is greater than that of the branch with the high-volume gear H1, so that the volume can be switched conveniently, the arrangement that the first power supply output switching gear L2 and the second power supply output switching gear H3 are connected together is convenient for the power supply to be switched on when the low-volume gear L1 and the high-volume gear H1 are used, and the normal operation of the device is convenient.

As described above, in specific implementation, the middle capacitive touch sensing switch group 63 includes a plurality of music play mode selection sensing switches for selecting a music play mode and a music start and switching control sensing switch for music start and switching control, and in specific implementation, in different music play modes, when the left capacitive touch sensing switch 61 is triggered and the right capacitive touch sensing switch 62 is triggered, the voice chip module 4 controls the speaker module 5 to emit music or drum sound in a corresponding music play mode, so that the entertainment is better.

As described above, the present disclosure is directed to a drum-shaped touch sound generating device, and all technical solutions identical or similar to the present disclosure should be considered as falling within the scope of the present disclosure.

Claims

1. The utility model provides a drum-shaped touch sound generating device, its characterized in that is including device body (1), be equipped with power module (2), power on-off switch (3), pronunciation chip module (4) and loudspeaker module (5) of electricity connection in order in device body (1), the up end of device body (1) is equipped with and is located left side touch area (141), is located right side touch area (142) and is located middle part touch area (143) between left side touch area (141) and right side touch area (142), be equipped with in device body (1) and be used for the response touch input action on left side touch area (141) is so that trigger pronunciation chip module (4) control loudspeaker module (5) broadcast one left side electric capacity touch-sensitive switch (61) that corresponds sound, be used for the response touch input action on right side touch area (142) is so that trigger pronunciation chip module (4) control Loudspeaker module (5) broadcast right side electric capacity touch-sensitive switch (62) that corresponds sound, be used for the response touch input action in middle part touch-sensitive district (143) is in order to trigger pronunciation chip module (4) carry out middle part electric capacity touch-sensitive switch group (63) that function control, left side electric capacity touch-sensitive switch (61), right side electric capacity touch-sensitive switch (62), middle part electric capacity touch-sensitive switch group (63) all through electric capacity touch-sensitive chip (64) with pronunciation chip module (4) electricity is connected, device body (1) including left side landing leg (11), right side landing leg (12), connect horizontal connecting portion (13) between the upper end right side of left side landing leg (11) and the upper end left side of right side landing leg (12) and lid are closed left side landing leg (11), right side landing leg (12), And an upper cover plate (14) above the transverse connecting part (13), wherein the left capacitive touch sensitive switch (61), the right capacitive touch sensitive switch (62) and the middle capacitive touch sensitive switch group (63) are integrated on a capacitive touch sensitive plate (6) at the lower end of the upper cover plate (14), the power on-off switch (3) and the horn module (5) are respectively arranged on the transverse connecting part (13), and the wall body of the transverse connecting part (13) is provided with a first through hole (131) which is convenient for the power on-off switch (3) to be exposed and a plurality of second through holes (132) which are convenient for the horn module (5) to sound outwards, a battery groove (15) which can be opened and closed is arranged in the left side supporting leg (11) or the right side supporting leg (12), the power module (2) is a battery arranged in a battery tank (15).

2. The drum-shaped touch sound-producing device as claimed in claim 1, wherein the power on-off switch (3) is a double-row three-gear eight-foot slide switch, wherein one row of pins are used for controlling the switching between the voice chip module (4) and the loudspeaker module (5) between a volume-OFF gear (OFF1), a low-volume gear (L1) and a high-volume gear (H1), the resistance of the branch in which the low-volume gear (L1) is positioned is greater than that of the branch in which the high-volume gear (H1) is positioned, the other corresponding row of pins is used for controlling the power supply module (2) to switch among a power supply output OFF gear (OFF2), a power supply output first on gear (L2) and a power supply output second on gear (H3), the power supply output first on-position (L2) and the power supply output second on-position (H3) are connected together.

3. The drum-shaped touch sound production device as claimed in claim 1 or 2, wherein the middle capacitive touch sensitive switch group (63) comprises a plurality of music play mode selection sensitive switches for music play mode selection and a music start and switch control sensitive switch for music start and switch control.