CN210310766U

CN210310766U - Universal control module

Info

Publication number: CN210310766U
Application number: CN201920970505.9U
Authority: CN
Inventors: 罗维
Original assignee: Tianjin Yaweida Science & Technology Co ltd
Current assignee: Tianjin Yaweida Science & Technology Co ltd
Priority date: 2019-06-26
Filing date: 2019-06-26
Publication date: 2020-04-14
Anticipated expiration: 2029-06-26

Abstract

The utility model relates to a general module of controlling, including the module body, be equipped with switch key, sound adjust knob, light adjust knob, sonar adjust knob, bee calling organ and photosensitive sensor in the functional area, be equipped with ranks screen key in the screen bonding district, be equipped with a great decision key, No. two great decision keys, reset key, amortization key and fingerprint identification module in No. two functional areas. The utility model discloses an aviation socket reservation has reserve pin, when the warship increases new actuating mechanism, can be to button function reset, need not change general control module, thereby manpower and materials have been practiced thrift, in addition, the great decision-making actuating mechanism on the warship is equipped with the control key alone, a great decision-making key and No. two great decision-making keys promptly, with a great decision-making key or No. two great decision-making key direct control, a great decision-making key and No. two great decision-making keys are for taking the lock button, convenient control under the prerequisite of preventing the maloperation.

Description

Universal control module

Technical Field

The utility model relates to a control the module field, especially relate to a general module of controlling.

Background

The universal control module is also called a multifunctional definition key, the multifunctional definition key is mostly used for a warship operating platform, the multifunctional definition key is equivalent to a master switch for the whole warship, and the multifunctional definition key controls each module on the warship to act.

Disclosure of Invention

The utility model discloses aim at solving prior art not enough, and provide a general module of controlling.

The utility model discloses a realize above-mentioned purpose, adopt following technical scheme: a universal control module is characterized by comprising a module body, wherein a display screen, a first functional area, a screen key area and a second functional area are sequentially arranged on the module body from top to bottom, a power switch key, a sound adjusting knob, a light adjusting knob, a sonar adjusting knob, a buzzer and a photosensitive sensor are arranged in the first functional area, a row and column screen key is arranged in the screen key area, a first major decision key, a second major decision key, a reset key, a mute key and a fingerprint identification module are arranged in the second functional area, the first major decision key and the second major decision key are provided with lock keys, the first major decision key and the second major decision key are electrically connected with corresponding execution mechanisms, an embedded chip is arranged in the module body, and the display screen, the power switch key, the sound adjusting knob, the light adjusting knob, the sonar adjusting knob, the buzzer, the photosensitive sensor, the screen key, the reset key and the reset key are electrically connected with the corresponding execution mechanisms respectively, The mute key and the fingerprint identification module are electrically connected with the embedded chip, the power switch key, the sound adjusting knob, the light adjusting knob, the sonar adjusting knob, the buzzer, the photosensitive sensor, the screen key, the reset key, the mute key and the fingerprint identification module respectively correspond to an executing mechanism which is electrically connected with the embedded chip, an aviation socket is arranged on one side of the module body and electrically connected with the embedded chip, and the embedded chip and the computer transmit data in a two-way mode through the aviation socket.

Particularly, pins of the aviation socket are larger than 80 pins, the pins comprise 9 paths of USB2.0 buses, 1 path of USB2.0 expansion, 2 paths of CAN2.0B buses, 2 paths of RS232 serial ports and 2 paths of gigabit network ports, the 9 paths of USB2.0 buses comprise 2 paths of input and 7 paths of output, and the rest pins of the aviation socket are reserved.

Specifically, the 1-way USB2.0 extension is extended to 3-way through the USB HUB chip.

Specifically, the 1-way USB2.0 extension is extended into 4-way through the USB HUB chip.

In particular, the embedded chip and the computer transmit data bidirectionally according to the Ethernet protocol.

In particular, the light sensitive sensor is a light sensitive resistor.

Particularly, the sound adjusting knob, the light adjusting knob and the sonar adjusting knob are controlled by the PWM adjusting voltage duty ratio in a coding mode.

In particular, the display screen is an OLED screen.

The utility model has the advantages that: the utility model discloses an aviation socket reservation has reserve pin, when the warship increases new actuating mechanism, can be to button function reset, need not change general control module, thereby manpower and materials have been practiced thrift, in addition, the great decision-making actuating mechanism on the warship is equipped with the control key alone, a great decision-making key and No. two great decision-making keys promptly, with a great decision-making key or No. two great decision-making key direct control, a great decision-making key and No. two great decision-making keys are for taking the lock button, convenient control under the prerequisite of preventing the maloperation.

Drawings

Fig. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic diagram of the hardware connection structure of the present invention;

FIG. 3 is a flow chart of the present invention;

in the figure: 1-a module body; functional region No. 2-one; 3-screen keypad; 4-functional region two; 5-power switch key; 6-sound adjusting knob; 7-light adjusting knob; 8-sonar adjustment knob; 9-a photosensitive sensor; 10-a buzzer; 11-screen key; 12-big decision key number one; 13-big decision key No. two; 14-reset key; 15-mute key; 16-a fingerprint recognition module; 17-a display screen;

in fig. 2 to 3, "key" is a general name of the power switch key, the sound adjusting knob, the light adjusting knob, the sonar adjusting knob, the screen key, the reset key, the mute key, and the fingerprint identification module;

the following detailed description will be made in conjunction with embodiments of the present invention with reference to the accompanying drawings.

Detailed Description

The invention will be further explained with reference to the following figures and examples:

as shown in fig. 1-3, a universal control module is characterized in that the universal control module comprises a module body 1, the module body 1 is sequentially provided with a display screen 17, a first functional area 2, a screen key area 3 and a second functional area 4 from top to bottom, the first functional area 2 is internally provided with a power switch key 5, a sound adjusting knob 6, a light adjusting knob 7, a sonar adjusting knob 8, a buzzer 10 and a photosensitive sensor 9, the screen key area 3 is internally provided with 5 lines and 4 columns of screen keys 11, the second functional area 4 is internally provided with a first major decision key 12, a second major decision key 13, a reset key 14, a mute key 15 and a fingerprint identification module 16, the first major decision key 12 and the second major decision key 13 are keys with locks, the first major decision key 12 and the second major decision key 13 are electrically connected with corresponding execution mechanisms, the module body 1 is internally provided with an embedded chip, the display screen 17, the power switch key 5, the power switch key 4, the display screen key 5, sound adjust knob 6, light adjust knob 7, sonar adjust knob 8, bee calling organ 10, photosensitive sensor 9, screen key 11, reset key 14, amortization key 15 and fingerprint identification module 16 all are connected with embedded chip electricity, and switch key 5, sound adjust knob 6, light adjust knob 7, sonar adjust knob 8, bee calling organ 10, photosensitive sensor 9, screen key 11, reset key 14, the respective actuating mechanism that corresponds of amortization key 15 and fingerprint identification module 16 all is connected with embedded chip electricity, module body 1 one side is equipped with the aviation socket, the aviation socket is connected with embedded chip electricity, embedded chip and computer pass through aviation socket both-way transmission data.

In particular, the embedded chip has a model number GD32F407ZET 6.

Particularly, pins of the aviation socket are larger than 80 pins, the pins comprise 9 paths of USB2.0 buses, 1 path of USB2.0 expansion, 2 paths of CAN2.0B buses, 2 paths of RS232 serial ports and 2 paths of gigabit network ports, the 9 paths of USB2.0 buses comprise 2 paths of input and 7 paths of output, the rest pins of the aviation socket are reserved, and the 1 path of USB2.0 expansion is supplied to the interior of the module body 1 for use.

Specifically, the 1-way USB2.0 extension is extended into 3-way through the USB HUB chip, and the USB HUB chip models are Shenzhen and Kerun SL2.2S.

Specifically, the 1-way USB2.0 extension is extended into 4-way through the USB HUB chip, and the USB HUB chip models are Shenzhen and Kerun SL2.2S.

In particular, the light-sensitive sensor 9 is a light-sensitive resistor.

Specifically, the sound adjusting knob 6, the light adjusting knob 7 and the sonar adjusting knob 8 are all controlled by PWM adjusting the voltage duty ratio for coding.

In particular, the display screen 17 is an OLED screen.

The utility model discloses the during operation, operating personnel

presses switch key

5, 16 discernment identities of rethread fingerprint identification module, passes through behind the discernment identity the utility model discloses control the actuating mechanism on the warship, for example, rotatory sound adjust knob 6 can adjust the sound size that actuating mechanism sonar sent on the warship, rotatory sonar adjust knob 8 can adjust actuating mechanism sonar radio reception size on the warship, meet after the great decision, for example, the guided missile transmission problem, operating personnel inserts the key on great decision key 12 or No. two great decision keys 13, controls the transmission of guided missile.

When a new execution device is added on the warship, for example, the newly added execution device is a radar, and because the embedded chip is connected with the computer through the aircraft socket, the control program of the keys of the control module core can be reprogrammed by the computer according to the Ethernet communication protocol, so that the redefinition of the key functions is realized, and the control of the radar is facilitated.

The present invention has been described above with reference to the accompanying drawings, and it is obvious that the present invention is not limited by the above embodiments, and various improvements made by the method concept and technical solution of the present invention or directly applied to other occasions without improvement are all within the protection scope of the present invention.

Claims

1. A universal control module is characterized by comprising a module body (1), wherein a display screen (17), a first functional area (2), a screen key area (3) and a second functional area (4) are sequentially arranged on the module body (1) from top to bottom, a power switch key (5), a sound adjusting knob (6), a light adjusting knob (7), a sonar adjusting knob (8), a buzzer (10) and a photosensitive sensor (9) are arranged in the first functional area (2), 5 lines and 4 rows of screen keys (11) are arranged in the screen key area (3), a first major decision key (12), a second major decision key (13), a reset key (14), a mute key (15) and a fingerprint identification module (16) are arranged in the second functional area (4), the first major decision key (12) and the second major decision key (13) are locked keys, and the first major decision key (12) and the second major decision key (13) are electrically connected with corresponding execution mechanisms respectively, an embedded chip is arranged in the module body (1), a display screen (17), a power switch key (5), a sound adjusting knob (6), a light adjusting knob (7), a sonar adjusting knob (8), a buzzer (10), a photosensitive sensor (9), a screen key (11), a reset key (14), a hush key (15) and a fingerprint identification module (16) are all electrically connected with the embedded chip, and the power switch key (5), the sound adjusting knob (6), the light adjusting knob (7), the sonar adjusting knob (8), the buzzer (10), the photosensitive sensor (9), the screen key (11), the reset key (14), the mute key (15) and the fingerprint identification module (16) correspond to execution mechanisms which are electrically connected with the embedded chip, an aviation socket is arranged on one side of the module body (1) and is electrically connected with the embedded chip, and the embedded chip and the computer transmit data in a two-way mode through the aviation socket.

2. The universal control module according to claim 1, wherein pins of the aviation socket are larger than 80 pins, which include 9 USB2.0 buses, 1 USB2.0 extension, 2 can2.0b buses, 2 RS232 serial ports, and 2 gigabit network ports, the 9 USB2.0 buses include 2 inputs and 7 outputs, and the remaining pins of the aviation socket are reserved.

3. The universal steering module according to claim 2, wherein the 1-way USB2.0 extension is 3-way through the USB HUB chip.

4. The universal steering module according to claim 2, wherein the 1-way USB2.0 extension is 4-way extended by a USB HUB chip.

5. The universal manipulation module of claim 1 wherein the embedded chip and the computer transmit data bi-directionally in accordance with an ethernet protocol.

6. The universal manipulation module according to claim 1, wherein the light sensitive sensor (9) is a light sensitive resistor.

7. The universal steering module according to claim 1, wherein the voice adjusting knob (6), the light adjusting knob (7) and the sonar adjusting knob (8) are all controlled by PWM adjusting the voltage duty cycle for coding.

8. The universal manipulation module according to claim 1, wherein the display screen (17) is an OLED screen.