阅读说明：本技术 语音辅助液压支腿调平系统 (Voice-assisted hydraulic support leg leveling system ) 是由 魏超 于 2019-11-19 设计创作，主要内容包括：本发明公开了语音辅助液压支腿调平系统,在工程车辆上设置水平台,将手机放置在水平台上,通过对监控器内置的水平仪进行监控,将监控的水平信号转化为液压支腿的调节需求信号并通过语音模块进行语音提示,操作人员接收语音提示并在操作系统上进行对应的调节,完成液压支腿的调平工作。(The invention discloses a voice-assisted hydraulic support leg leveling system, wherein a horizontal table is arranged on an engineering vehicle, a mobile phone is placed on the horizontal table, a level gauge arranged in a monitor is monitored, a monitored horizontal signal is converted into an adjusting demand signal of a hydraulic support leg, voice prompt is carried out through a voice module, an operator receives the voice prompt and carries out corresponding adjustment on an operating system, and the leveling work of the hydraulic support leg is completed.)

1. Supplementary hydraulic leg leveling system of pronunciation, its characterized in that: the device comprises four hydraulic support legs, a horizontal table, a monitor and a hydraulic support leg controller;

the four hydraulic support legs are respectively arranged at the front, the rear, the left and the right of the engineering vehicle;

a horizontal table is arranged in the engineering vehicle and is parallel to a vehicle chassis;

the monitor is arranged on the horizontal platform;

the hydraulic support leg controller is arranged in the engineering vehicle and electrically connected with the hydraulic support legs and the monitor.

2. The voice-assisted hydraulic leg leveling system of claim 1, wherein:

a monitoring module, a signal conversion module and a voice module are respectively arranged in the monitor;

the monitoring module is responsible for identifying the horizontal state of the built-in level meter;

the monitoring module sends the horizontal state signal to the signal conversion module, and the signal conversion module receives the signal and converts the signal into an adjustment demand signal for the hydraulic support leg;

the signal conversion module transmits the adjustment demand signal to the voice module, and the voice module receives the signal and carries out voice prompt to inform an operator of the adjustment mode.

3. The voice-assisted hydraulic leg leveling system of claim 2, wherein:

an operation interface is arranged on the monitor, and the operation system is respectively provided with a level gauge monitoring window and a hydraulic support leg control key;

an operator adjusts the lifting of the hydraulic support legs through corresponding hydraulic support leg control keys according to voice prompt so as to realize the function of leveling the hydraulic support legs;

the level gauge monitoring window is arranged on an interface of an operating system and can properly monitor the leveling state so as to ensure that the leveling work of the hydraulic support leg meets the requirement.

4. The voice-assisted hydraulic leg leveling system of claim 3, wherein:

the monitoring frequency of the monitoring module can be adjusted through the level meter monitoring window, the horizontal state of the vehicle can be monitored in time, and a horizontal signal is transmitted to the signal conversion module and the voice module, so that the adjustment requirement of the hydraulic support leg can be fed back in time.

5. The voice-assisted hydraulic leg leveling system of claim 1, wherein:

the monitor can be a mobile phone, and a level gauge built in the mobile phone can effectively monitor the horizontal state of the vehicle;

a hydraulic support leg leveling system APP is arranged in the mobile phone to receive and convert the horizontal signal and feed back the regulation requirement in a voice mode;

cell-phone APP program is provided with operation interface, can realize the regulation to monitoring frequency and hydraulic leg lift.

Technical Field

The invention relates to the technical field of hydraulic system control production, in particular to a voice-assisted hydraulic support leg leveling system.

Background

The hydraulic support leg is widely applied to the situation that a vehicle bottom plate needs to be rigidly supported and kept horizontal in a working state. At present, the hydraulic support leg control mode adopts manual control, and an operator manually judges which support leg needs to be controlled to realize the level through observing the state of the level gauge. In the operation process, the situation of judgment errors often occurs to operators, and after the operators do the wrong operations, the operators must retract the legs which are mistakenly operated, so that not only is the time wasted, but also the leveling process becomes complicated.

Disclosure of Invention

The invention provides a voice-assisted hydraulic support leg leveling system, which aims to solve the problems in the background technology.

In order to realize above-mentioned purpose, supplementary hydraulic leg leveling system of pronunciation, its characterized in that: the device comprises four hydraulic support legs, a horizontal table, a monitor and a hydraulic support leg controller; the four hydraulic support legs are respectively arranged at the front, the rear, the left and the right of the engineering vehicle; a horizontal table is arranged in the engineering vehicle and is parallel to a vehicle chassis; the monitor is arranged on the horizontal platform; the hydraulic support leg controller is arranged in the engineering vehicle and electrically connected with the hydraulic support legs and the monitor.

Preferably, a monitoring module, a signal conversion module and a voice module are respectively arranged in the monitor; the monitoring module is responsible for identifying the horizontal state of the built-in level meter; the monitoring module sends the horizontal state signal to the signal conversion module, and the signal conversion module receives the signal and converts the signal into an adjustment demand signal for the hydraulic support leg; the signal conversion module transmits the adjustment demand signal to the voice module, and the voice module receives the signal and carries out voice prompt to inform an operator of the adjustment mode.

Preferably, the monitor is provided with an operation interface, and the operation system is respectively provided with a level gauge monitoring window and a hydraulic support leg control key; an operator adjusts the lifting of the hydraulic support legs through corresponding hydraulic support leg control keys according to voice prompt so as to realize the function of leveling the hydraulic support legs; the level gauge monitoring window is arranged on an interface of an operating system and can properly monitor the leveling state so as to ensure that the leveling work of the hydraulic support leg meets the requirement.

Preferably, the monitoring frequency of the monitoring module can be adjusted through the level meter monitoring window, the horizontal state of the vehicle can be monitored in time, and a horizontal signal is transmitted to the signal conversion module and the voice module, so that the adjustment requirement of the hydraulic support leg can be fed back in time.

Preferably, the monitor can be a mobile phone, and a built-in level meter of the mobile phone can effectively monitor the level state of the vehicle;

a hydraulic support leg leveling system APP is arranged in the mobile phone to receive and convert the horizontal signal and feed back the regulation requirement in a voice mode; cell-phone APP program is provided with operation interface, can realize the regulation to monitoring frequency and hydraulic leg lift.

According to the invention, the horizontal platform is arranged on the engineering vehicle, the monitor is arranged on the horizontal platform, and the monitor is monitored by the built-in level gauge of the monitor, so that a monitored horizontal signal is converted into an adjustment demand signal of the hydraulic support leg, and voice prompt is carried out through the voice module.

Drawings

FIG. 1 is a diagram of the working state described in the present patent;

FIG. 2 is a signal flow control diagram as described in the present patent;

FIG. 3 is an interface diagram of an APP operating system of the hydraulic leg leveling system disclosed in the present patent.

Detailed Description

The technical solution of the present invention is further specifically described below by way of specific examples in conjunction with the accompanying drawings.