WO2012019325A1 - Intelligent tunnel repair machine for crushing and loading - Google Patents

Intelligent tunnel repair machine for crushing and loading Download PDF

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Publication number
WO2012019325A1
WO2012019325A1 PCT/CN2010/001350 CN2010001350W WO2012019325A1 WO 2012019325 A1 WO2012019325 A1 WO 2012019325A1 CN 2010001350 W CN2010001350 W CN 2010001350W WO 2012019325 A1 WO2012019325 A1 WO 2012019325A1
Authority
WO
WIPO (PCT)
Prior art keywords
boom
oil
cylinder
wireless
valve
Prior art date
Application number
PCT/CN2010/001350
Other languages
French (fr)
Chinese (zh)
Inventor
许世东
Original Assignee
Xu Shidong
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Xu Shidong filed Critical Xu Shidong
Publication of WO2012019325A1 publication Critical patent/WO2012019325A1/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E02HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
    • E02FDREDGING; SOIL-SHIFTING
    • E02F3/00Dredgers; Soil-shifting machines
    • E02F3/04Dredgers; Soil-shifting machines mechanically-driven
    • E02F3/28Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets
    • E02F3/30Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom
    • E02F3/301Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom with more than two arms (boom included), e.g. two-part boom with additional dipper-arm
    • EFIXED CONSTRUCTIONS
    • E02HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
    • E02FDREDGING; SOIL-SHIFTING
    • E02F3/00Dredgers; Soil-shifting machines
    • E02F3/04Dredgers; Soil-shifting machines mechanically-driven
    • E02F3/28Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets
    • E02F3/30Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom
    • E02F3/308Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom working outwardly
    • EFIXED CONSTRUCTIONS
    • E02HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
    • E02FDREDGING; SOIL-SHIFTING
    • E02F3/00Dredgers; Soil-shifting machines
    • E02F3/04Dredgers; Soil-shifting machines mechanically-driven
    • E02F3/28Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets
    • E02F3/30Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom
    • E02F3/32Dredgers; Soil-shifting machines mechanically-driven with digging tools mounted on a dipper- or bucket-arm, i.e. there is either one arm or a pair of arms, e.g. dippers, buckets with a dipper-arm pivoted on a cantilever beam, i.e. boom working downwardly and towards the machine, e.g. with backhoes

Definitions

  • the invention is an intelligent broken loading roadway repairing machine.
  • the current oil control valve of the crushing load roadway repairing machine generally adopts manual control
  • the manual control valve generally adopts manual operation, so that it is difficult to maintain the consistency of movement when the undercover machine is walking, and the operation is complicated.
  • the accuracy is not high.
  • the invention is an intelligent broken loading roadway repairing machine, which not only has convenient operation, but also has the control effect, can maintain the consistency of movement during walking, and can ensure safety and stability during driving.
  • an intelligent broken loading roadway repairing machine which comprises a vehicle body part and an actuator
  • the vehicle body part comprises a worktable
  • a driving device a traveling device and a fuel tank
  • the driving device and the traveling device are driven
  • the working platform is connected to the walking device through a chassis provided on the upper part of the traveling device, and the front portion of the working table is connected with the actuator.
  • the executing mechanism mainly comprises an excavating arm and an operating head, and a rotating device is arranged between the excavating arm and the working table.
  • the excavating arm comprises a boom, an arm and a boom, one end of the arm is connected to the operating head, the other end is connected with the boom, and a boom cylinder is arranged above the arm, and the telescopic end of the boom cylinder and the operating head
  • the connecting end and the moving arm are rotationally connected, and the boom cylinder communicates with the oil inlet pipe and the oil return pipe through the connecting pipe I and the oil passage control valve of the actuator respectively, and the boom is respectively connected with the boom and the rotating device.
  • the boom cylinder I and the boom cylinder II are arranged above the boom, and the telescopic end and the connecting end of the boom cylinder I are respectively connected with the boom and the boom Connected, the telescopic end of the boom cylinder II is rotatably connected with the boom, and a support is arranged at the tail of the excavating arm.
  • the connecting end of the boom cylinder I and the support are rotationally connected, and the boom cylinder I passes through the connecting pipe II, large Arm cylinder II and oil control of the operating device
  • the valve is connected with the oil inlet pipe and the oil return pipe
  • the driving device is a hydraulic driving device
  • the hydraulic driving device is arranged on the working table
  • the hydraulic driving device comprises an explosion-proof diesel engine and an oil pump
  • the output end of the explosion-proof diesel engine passes through the coupling
  • the plunger of the oil pump is connected to the transmission
  • the output port of the oil pump is connected to the input port of the oil passage control valve through the input pipe
  • the oil passage control valve is an electromagnetic multi-way valve
  • the electromagnetic multi-way valve is disposed on the bracket of the worktable, in the electromagnetic
  • a wireless control device is connected to the multi-way valve
  • the wireless control device includes a remote controller, a wireless receiving device, a wireless remote control transmitting device and a sensor, and the wireless remote control transmitting device is provided with a display screen, and
  • the output end of the sensor is bidirectionally connected to the controller, and the controller and the wireless receiving device are bidirectionally connected.
  • the wireless remote control transmitting device and the wireless receiving device are wirelessly connected, the remote controller is connected with the electromagnetic multi-way valve, and the wireless remote control transmitting device controls the operation.
  • the signal is transmitted to the wireless receiving device, and the wireless receiving device packs the processed signal Transmitted to the bus, the controller receives the data transmitted by the wireless receiving device according to the address of the data, and collects the electromagnetic multi-channel wide signal sent by the sensor in real time, and outputs the driving signal after the processing to control the execution action of the electromagnetic multi-way valve.
  • the bracket set on the workbench is provided with a voice alarm device, the input end of the voice alarm device is connected with the actuator, and the output end is connected with the speaker.
  • the wireless control device is a Hetronic industrial wireless remote control device based on the CANOpen communication protocol.
  • the remote controller is an EPEC2023 remote controller.
  • the operating head is a bucket, a breaker or a hook.
  • the electromagnetic multi-way valve is respectively provided with a throttle valve between the connecting pipe I and the connecting pipe II.
  • the slewing device comprises a horizontal torque transmission box, a rotating seat is arranged at a lower part of the horizontal torque transmission box, a vertical torque transmission box and a slewing bearing are connected to one side of the rotating seat, and the slewing bearing is connected with the support of the excavating arm, the vertical torque
  • the transmission case drives the excavating arm to rotate by the slewing bearing, and the other side of the rotating base is connected to the bracket through the transmission shaft.
  • the walking device is provided with a prefabricated steel crawler belt, and a guide wheel, a tensioning cylinder, a supporting roller and a traveling motor are arranged in the assembled steel track from the front to the rear, and the guiding wheel is supported by the tensioning cylinder, One end of the tight cylinder is connected to the guide wheel, and the other end is provided with an oil-filled check valve, and a bulldozer is provided at the front of the traveling device.
  • the shovel device, the dozer blade device includes a connecting rod and a shovel body, one end of the connecting rod is rotatably connected with the shovel body, the shovel body is the same width as the excavator, and the other end is provided with a shovel support on the bottom plate.
  • a bulldozing cylinder is arranged above the connecting rod, and the telescopic end of the bulldozing cylinder is connected with the shovel body, and the connecting end is connected to the cylinder bracket provided on the chassis.
  • the top of the fuel tank is provided with an air cleaner, a return filter cartridge and a tread plate.
  • the voice alarm device comprises a control circuit, a voice chip, a power amplifying circuit and a speaker. The input end of the control circuit is connected to the actuator, the output end is connected to the voice chip, and the voice chip is connected to the speaker through the power amplifying circuit.
  • the invention has the following beneficial effects:
  • the electromagnetic control multi-way valve is arranged on the operating device of the invention, and the electromagnetic multi-way valve is remotely controlled by the wireless control device, which not only ensures the consistency of the simultaneous operation of the two traveling motors, but also ensures that the multi-cylinders work simultaneously.
  • a throttle valve is arranged between the electromagnetic multi-way valve and the connecting pipe II and the connecting pipe I, so that the amount of oil can be adjusted as needed, and the display is provided on the wireless remote control launching device. This allows you to observe the context before and after, safe and reliable.
  • the electromagnetic multi-way valve of the present invention is respectively provided with a throttle valve between the oil inlet pipe and the oil return pipe, so that the oil amount can be adjusted as needed.
  • the excavating arm can realize a wide range of rotation.
  • the maximum range of the boom rotation can reach 180 degrees
  • the maximum range of the arm rotation can reach 180 degrees
  • the operating range of the operating head can reach 180 degrees, which can not only meet the labor of a small space. And it is safe and convenient to move and carry small equipment when working underground.
  • the operating head of the invention can be replaced with a broken hammer and a fork claw, and the broken hammer can crush and repair the hard bottom plate, and the tunnel can be supported after the fork claw is replaced, so that the application range is wide and the adaptability is strong.
  • the slewing device of the present invention is provided with a horizontal torque transmission box and a vertical torque transmission box, so that not only the vertical excavation operation but also the bottom of the device can be cleaned in a horizontal state, and the transmission torque is large.
  • the underside of the undercover crawler of the present invention is provided with a dozer blade device, which can clean the ground or repair irregular roadways, and the dozer blade device is provided with a bulldozer cylinder, so that the shovel body can be raised or fallen.
  • the walking device is provided with a assembled steel crawler belt, and a guiding wheel, a tensioning cylinder, a supporting roller and a traveling motor are arranged in the crawler from front to back.
  • the guiding wheel is supported by the tensioning cylinder, and one end of the clamping cylinder and the guiding wheel are arranged. Connected, the other end is provided with oil-filled check valve, the assembled steel track has good wear resistance and work reliability, and the roller is in contact with the ground, which ensures the safety and stability during driving, the guide wheel Supported by a tensioning cylinder, this allows the travel unit to maintain a constant pre-tensioning force to accommodate different road surfaces.
  • the top of the fuel tank of the invention is provided with an air filter and a return filter cartridge, so as to ensure the cleanliness of the system oil.
  • the invention adopts the Hetronic industrial wireless remote control device based on the CANOpen communication protocol, which can work normally and reliably in a long-term harsh environment (such as high vibration, large temperature difference and humid environment), and has high reliability and safety.
  • the invention adopts a hydraulic driving device, and the explosion-proof diesel engine of the hydraulic driving device drives the plunger to provide a hydraulic source for the whole hydraulic system, so that the whole machine has convenient walking, less failure, high power and hydraulic stability.
  • the invention has a voice alarm device. It can use language alarm operation when starting to walk and lifting load, which improves safety and reliability.
  • Figure 1 is a schematic view of the structure of the present invention
  • FIG. 3 is a schematic structural view of a swing device of the present invention
  • Figure 4 is a schematic view showing the structure of the operating device of the present invention.
  • FIG. 5 is a schematic diagram of the wireless remote control of the present invention
  • FIG. 6 is a schematic structural diagram of a voice alarm device of the present invention
  • the present invention is a wirelessly controlled intelligent crushing load roadway repairing machine comprising a body portion and an actuator, the body portion including a work table, a driving device 13, a traveling device and a fuel tank 12, and an air cleaner 33 and a return oil filter cylinder 35 are provided at the top of the oil tank And the tread plate 36, the driving device is set as a hydraulic driving device, and the hydraulic driving device comprises an explosion-proof diesel engine 42 and an oil pump 13.
  • the output end of the explosion-proof diesel engine 42 is connected to the plunger of the oil pump 13 through a coupling, and the output port of the oil pump 13 passes through
  • the input pipe is in communication with the input port of the oil passage control valve 9
  • the explosion-proof diesel engine 42 is provided with a cable retracting device 41
  • the traveling device is provided with a fabricated steel crawler belt 7 which is provided in the assembled steel crawler belt 7 from front to back.
  • the guide wheel 23, the tension cylinder 24, the roller 25, the travel motor 26, the guide wheel 23 is supported by the tension cylinder 24, one end of the tension cylinder 24 is connected to the guide wheel, and the other end is provided with an oil check valve 27, which is driven.
  • the device 13 is connected to the traveling device, and the working table is connected to the walking device through the chassis 1 provided on the upper part of the traveling device.
  • the front part of the working table is connected with the actuator.
  • the executing mechanism mainly comprises an excavating arm and an operating head, and the excavating arm and the working
  • There is a turning device between the stages the turning device comprises a horizontal torque transmission box 18, and a rotating seat 19 is arranged at a lower portion of the horizontal torque transmission box 18, and one side of the rotating seat 19 is connected with a hanging
  • the straight torque transmission case 20 and the slewing bearing 21 are connected to the support 1 of the excavating arm.
  • the vertical torque transmission case 20 drives the excavating arm to rotate by the slewing bearing 21, and the other side of the rotating seat 19 is connected to the bracket 22 through the transmission shaft.
  • the excavating arm comprises a boom 3, an arm 4 and a boom 5, one end of the arm 4 is rotatably connected with the operating head, the other end is connected with the boom 5, and the boom cylinder 6 is arranged above the arm 4,
  • the telescopic end of the arm cylinder 6 is rotatably connected with the operating head, the operating head is a bucket 17, a hammer or a hook, the connecting end is connected to the boom 5, and the boom cylinder 6 passes through the oil connecting the tube I 8 and the actuator.
  • the road control valve is respectively connected with the oil inlet pipe 10 and the oil return pipe 11, and the boom 3 is respectively connected with the boom 5 and the rotating device, and the boom cylinder 1 14 and the boom cylinder II 15 are arranged above the boom 3.
  • the telescopic end and the connecting end of the boom cylinder 1 14 are respectively rotatably connected with the boom 5 and the boom 3.
  • the telescopic end of the boom cylinder II 15 is rotatably connected with the boom 3, and a support 2 is provided at the tail of the excavating arm.
  • the connecting end of the boom cylinder I 14 is in rotational connection with the support 2, and the boom cylinder I 14
  • the oil passage control valve of the connecting pipe II 16 , the boom cylinder II 15 and the operating device communicates with the oil inlet pipe 10 and the oil return pipe 11 , the oil passage control valve is an electromagnetic multi-way valve 9 , and the electromagnetic multi-way valve is mounted on the work table.
  • the hydraulic source of the electromagnetic multi-way valve 9 is pumped by the oil pump
  • the pipeline 40 is provided, and the oil returning through the pipeline 39 communicates with the oil return cylinder 35 on the oil tank 12 to enter the oil tank 12, the electromagnetic multi-way valve 9 is disposed on the bracket 22 of the worktable, and a language alarm control device is also installed on the upper portion of the bracket 22,
  • a voice alarm is provided during walking and during overload hoisting, and a wireless control device is connected to the electromagnetic multi-channel 9
  • the wireless control device is a Hetronic industrial wireless remote control device based on the CANOpen communication protocol, and the wireless control device includes a remote controller and a wireless receiving device.
  • the wireless remote control transmitting device and the sensor have a display screen on the wireless remote control transmitting device, and the remote controller is the EPEC2023 remote controller.
  • the signal collecting end of the sensor is connected with the electromagnetic multi-way valve 9, and the output end of the sensor and the controller are bidirectionally connected, and the control is performed.
  • the wireless receiving device is connected to the wireless receiving device 37 in two directions, the wireless remote transmitting device and the wireless receiving device 37 are wirelessly connected, the remote controller is connected to the electromagnetic multi-way valve 9, and the wireless remote transmitting device transmits the operation control signal to the wireless receiving device 37, and wirelessly receives
  • the device 37 packages and transmits the processed signal to the bus, and the controller follows the data ground.
  • the address receives the data transmitted by the wireless receiving device 37, and collects the electromagnetic multi-way valve 9 signal sent by the sensor in real time, and outputs a PWM driving signal after processing, and controls the electromagnetic multi-channel wide 9 execution action, and the electromagnetic multi-way valve and the connecting tube I respectively
  • a throttle valve 34 is disposed between the connecting pipe and the connecting pipe II, and a bulldozer device is disposed at a front portion of the traveling device.
  • the dozer blade device includes a connecting rod 28 and a shovel body 29, and one end of the connecting rod 28 and the shovel body 29 are Rotating connection, the shovel body 29 is the same width as the excavator, and the other end is provided with a blade support 30 on the chassis 1 for rotational connection.
  • a bulldozer cylinder 31 is provided above the connecting rod 28, and the bulldozer cylinder 31 is extended and contracted.
  • the end is connected to the shovel body 29, and the connecting end is pivotally connected with the cylinder holder 32 provided on the chassis 1.
  • the bracket 22 is provided on the working table with a voice alarm device 38, and the input end of the voice alarm device 38 and the actuator
  • the connection is connected to the speaker, and the voice alarm device 38 includes a control circuit, a voice chip, a power amplifier circuit and a speaker.
  • the input end of the control circuit is connected to the actuator, and the output terminal is connected to the voice chip.
  • the chip is connected to the speaker through a power amplifying circuit.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Mining & Mineral Resources (AREA)
  • Civil Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Structural Engineering (AREA)
  • Operation Control Of Excavators (AREA)
  • Earth Drilling (AREA)

Abstract

An intelligent tunnel repair machine for crushing and loading includes a vehicle body part and an actuating mechanism. The drive device of the repair machine is a hydraulic drive device, and the hydraulic drive device is mounted on a table. The hydraulic drive device includes an anti-explosion diesel engine (42) and an oil pump (13). The output end of the anti-explosion diesel engine (42) is connected with the plunger of the oil pump (13) by a coupler. The output port of the oil pump (13) is communicated with the input port of an oil-way control valve through an input pipe (43). The oil-way control valve is an electromagnetic multi-way valve (9) mounted on the bracket (22) of the table. A wireless control device is connected with the electromagnetic multi-way valve (9). A voice alarm device (38) is mounted on the bracket (22) of the table. The input end of the voice alarm device (38) is connected with the actuating mechanism and the output end thereof is connected with a loudspeaker.

Description

一种智能化破碎装载巷道修护机  Intelligent broken loading roadway repairing machine
技术领域 Technical field
本发明为一种智能化破碎装载巷道修护机。  The invention is an intelligent broken loading roadway repairing machine.
背景技术 Background technique
目前的破碎装载巷道修护机的油路控制阀一般采用的是手动控制阔, 手动 控制阀一般采用的手动进行操作,这样在卧底机行走时很难保持动作的一致性, 而且操作比较复杂, 精度不高。  The current oil control valve of the crushing load roadway repairing machine generally adopts manual control, and the manual control valve generally adopts manual operation, so that it is difficult to maintain the consistency of movement when the undercover machine is walking, and the operation is complicated. The accuracy is not high.
发明内容 Summary of the invention
本发明为一种智能化破碎装载巷道修护机, 它不但操作方便, 而且控制效 果, 能够保持行走时的动作一致性, 而且能够保证行驶时的安全稳定性。  The invention is an intelligent broken loading roadway repairing machine, which not only has convenient operation, but also has the control effect, can maintain the consistency of movement during walking, and can ensure safety and stability during driving.
本发明采用了以下技术方案: 一种智能化破碎装载巷道修护机, 它包括车 体部分和执行机构, 车体部分包括工作台、 驱动装置、 行走装置和油箱, 驱动 装置与行走装置为传动连接, 工作台通过行走装置上部设有的底盘与行走装置 连接, 工作台的前部与执行机构连接, 执行机构主要包括挖掘臂和操作头, 在 挖掘臂和工作台之间设有回转装置, 挖掘臂包括大臂、小臂和动臂, 小臂的一 端与操作头为转动连接, 另一端与动臂连接, 在小臂的上方设有动臂油缸, 动 臂油缸的伸缩端与操作头为转动连接, 连接端与动臂为转动连接, 动臂油缸通 过连接管 I和执行机构的油路控制阀分别与进油管和回油管连通, 大臂的分别 与动臂和回转装置为转动连接, 在大臂的上方设有大臂油缸 I和大臂油缸 II, 大臂油缸 I的伸缩端和连接端分别与动臂和大臂为转动连接, 大臂油缸 II的伸 縮端与大臂转动连接, 在挖掘臂的尾部设有支座, 大臂油缸 I的连接端与支座 为转动连接, 大臂油缸 I依次通过连接管 II、 大臂油缸 II和操纵装置的油路控 制阀与进油管和回油管连通, 其特征是所述的驱动装置为液压驱动装置, 液压 驱动装置设置在工作台上, 液压驱动装置包括防爆柴油机和油泵, 防爆柴油机 的输出端通过联轴器与油泵的柱塞为传动连接, 油泵的输出口通过输入管与油 路控制阀的输入口连通, 油路控制阀为电磁多路阀, 电磁多路阀设置在工作台 的支架上, 在电磁多路阀上连接有无线控制装置, 无线控制装置包括遥控器、 无线接收装置、无线遥控发射装置和传感器,无线遥控发射装置上设有显示屏, 传感器的信号采集端与电磁多路阀连接,传感器的输出端与控制器为双向连接, 控制器与无线接收装置为双向连^ V无线遥控发射装置与无线接收装置为无线 连接, 遥控器与电磁多路阀连接, 无线遥控发射装置将操作控制信号发射到无 线接收装置, 无线接收装置将处理后的信号打包传送到总线上, 控制器按照数 据的地址接收无线接收装置传送的数据, 并实时采集传感器发出的电磁多路阔 信号, 经过处理后输出 p丽驱动信号, 控制电磁多路阀的执行动作, 在工作台 设置的支架上设有语音报警装置, 语音报警装置的输入端与执行机构连接,'输 出端与扬声器连接。 The invention adopts the following technical solutions: an intelligent broken loading roadway repairing machine, which comprises a vehicle body part and an actuator, the vehicle body part comprises a worktable, a driving device, a traveling device and a fuel tank, and the driving device and the traveling device are driven The working platform is connected to the walking device through a chassis provided on the upper part of the traveling device, and the front portion of the working table is connected with the actuator. The executing mechanism mainly comprises an excavating arm and an operating head, and a rotating device is arranged between the excavating arm and the working table. The excavating arm comprises a boom, an arm and a boom, one end of the arm is connected to the operating head, the other end is connected with the boom, and a boom cylinder is arranged above the arm, and the telescopic end of the boom cylinder and the operating head For the rotary connection, the connecting end and the moving arm are rotationally connected, and the boom cylinder communicates with the oil inlet pipe and the oil return pipe through the connecting pipe I and the oil passage control valve of the actuator respectively, and the boom is respectively connected with the boom and the rotating device. The boom cylinder I and the boom cylinder II are arranged above the boom, and the telescopic end and the connecting end of the boom cylinder I are respectively connected with the boom and the boom Connected, the telescopic end of the boom cylinder II is rotatably connected with the boom, and a support is arranged at the tail of the excavating arm. The connecting end of the boom cylinder I and the support are rotationally connected, and the boom cylinder I passes through the connecting pipe II, large Arm cylinder II and oil control of the operating device The valve is connected with the oil inlet pipe and the oil return pipe, wherein the driving device is a hydraulic driving device, the hydraulic driving device is arranged on the working table, the hydraulic driving device comprises an explosion-proof diesel engine and an oil pump, and the output end of the explosion-proof diesel engine passes through the coupling The plunger of the oil pump is connected to the transmission, and the output port of the oil pump is connected to the input port of the oil passage control valve through the input pipe, the oil passage control valve is an electromagnetic multi-way valve, and the electromagnetic multi-way valve is disposed on the bracket of the worktable, in the electromagnetic A wireless control device is connected to the multi-way valve, the wireless control device includes a remote controller, a wireless receiving device, a wireless remote control transmitting device and a sensor, and the wireless remote control transmitting device is provided with a display screen, and the signal collecting end of the sensor is connected with the electromagnetic multi-way valve. The output end of the sensor is bidirectionally connected to the controller, and the controller and the wireless receiving device are bidirectionally connected. The wireless remote control transmitting device and the wireless receiving device are wirelessly connected, the remote controller is connected with the electromagnetic multi-way valve, and the wireless remote control transmitting device controls the operation. The signal is transmitted to the wireless receiving device, and the wireless receiving device packs the processed signal Transmitted to the bus, the controller receives the data transmitted by the wireless receiving device according to the address of the data, and collects the electromagnetic multi-channel wide signal sent by the sensor in real time, and outputs the driving signal after the processing to control the execution action of the electromagnetic multi-way valve. The bracket set on the workbench is provided with a voice alarm device, the input end of the voice alarm device is connected with the actuator, and the output end is connected with the speaker.
所述的无线控制装置为基于 CANOpen通讯协议的 Hetronic工业无线遥控装 置。 所述的遥控器为 EPEC2023遥控器。所述的操作头为挖斗、破碎锤或吊钩。 所述的电磁多路阀分别与连接管 I和连接管 II之间设有节流阀。 所述的回转装 置包括水平扭矩传动箱, 在水平扭矩传动箱的下部设有旋转座, 旋转座的一侧 连接有垂直扭矩传动箱和回转支承, 回转支承与挖掘臂的支座连接, 垂直扭矩 传动箱通过回转支承驱动挖掘臂旋转,旋转座的另一侧通过传动轴与支架连接。  The wireless control device is a Hetronic industrial wireless remote control device based on the CANOpen communication protocol. The remote controller is an EPEC2023 remote controller. The operating head is a bucket, a breaker or a hook. The electromagnetic multi-way valve is respectively provided with a throttle valve between the connecting pipe I and the connecting pipe II. The slewing device comprises a horizontal torque transmission box, a rotating seat is arranged at a lower part of the horizontal torque transmission box, a vertical torque transmission box and a slewing bearing are connected to one side of the rotating seat, and the slewing bearing is connected with the support of the excavating arm, the vertical torque The transmission case drives the excavating arm to rotate by the slewing bearing, and the other side of the rotating base is connected to the bracket through the transmission shaft.
所述的行走装置设有装配式钢制履带, 在装配式钢制履带内由前至后依次 设有引导轮、 张紧油缸、 支重轮、 行走马达, 引导轮由张紧油缸支撑, 张紧油 缸的一端与引导轮连接, 另一端设有注油单向阀, 在行走装置的前部设有推土 铲装置, 推土铲装置包括连接杆和铲体, 连接杆的一端与铲体为转动连接, 铲 体与挖掘机的宽度相同, 另一端与底盘上设有推土铲支座为转动连接, 在连接 杆的上方设有推土油缸, 推土油缸的伸缩端与铲体连接, 连接端与底盘上设有 的油缸支座为转动连接。所述的油箱顶部设有空气滤清器、回油滤筒和踏步板。 所述的语音报警装置包括控制电路、 语音芯片、 功率放大电路和扬声器, 控制 电路的输入端与执行机构连接, 输出端与语音芯片连接, 语音芯片通过功率放 大电路与扬声器连接。 The walking device is provided with a prefabricated steel crawler belt, and a guide wheel, a tensioning cylinder, a supporting roller and a traveling motor are arranged in the assembled steel track from the front to the rear, and the guiding wheel is supported by the tensioning cylinder, One end of the tight cylinder is connected to the guide wheel, and the other end is provided with an oil-filled check valve, and a bulldozer is provided at the front of the traveling device. The shovel device, the dozer blade device includes a connecting rod and a shovel body, one end of the connecting rod is rotatably connected with the shovel body, the shovel body is the same width as the excavator, and the other end is provided with a shovel support on the bottom plate. A bulldozing cylinder is arranged above the connecting rod, and the telescopic end of the bulldozing cylinder is connected with the shovel body, and the connecting end is connected to the cylinder bracket provided on the chassis. The top of the fuel tank is provided with an air cleaner, a return filter cartridge and a tread plate. The voice alarm device comprises a control circuit, a voice chip, a power amplifying circuit and a speaker. The input end of the control circuit is connected to the actuator, the output end is connected to the voice chip, and the voice chip is connected to the speaker through the power amplifying circuit.
本发明具有以下有益效果: 本发明操纵装置上设有电磁多路阀, 采用无线 控制装置遥控电磁多路阀, 它不仅可以保证两个行走马达同时工作的一致性, 还可以保证多油缸同时工作时, 各油缸具有非常的独立性, 在电磁多路阀与连 接管 II和连接管 I之间都设有节流阀, 这样可以根据需要调节油量, 无线遥控 发射装置上设有显示屏, 这样可以观察前后情景, 安全可靠。 本发明的电磁多 路阀分别与进油管和回油管之间设有节流阀, 这样可以根据需要调节油量。 挖 掘臂可以实现大范围的转动, 大臂转动的最大范围可以达到 180度, 小臂转动 的最大范围可以达到 180度, 操作头的动作范围可以达到 180度, 这样不但可 以满足狭小空间的劳动作业, 而且在井下作业时可以安全方便的对小型设备进 行移动和搬运。 本发明的操作头可以换成破碎锤和叉爪, 破碎锤可以对坚硬的 底板进行破碎修复, 更换叉爪后可以对井下的巷道进行支护, 这样应用范围比 较广, 且适应能力强。 本发明的回转装置设有水平扭矩传动箱和垂直扭矩传动 箱, 这样不仅可以进行垂直的挖掘操作, 而且还可以形成在水平状态对设备的 底部进行清扫, 同时传动扭距大。 本发明的卧底机履带前面设有推土铲装置, 它可以对地面进行清理或者对不规则的巷道进行修理, 推土铲装置上设有推土 油缸, 这样可以实现铲体的升起或下落, 以适应不同的工作需求。 本发明的行 走装置设有装配式钢制履带, 在履带内由前至后依次设有引导轮、 张紧油缸、 支重轮、 行走马达, 引导轮由张紧油缸支撑, 张紧油缸的一端与引导轮连接, 另一端设有注油单向阀, 装配式钢制履带具有很好的耐磨性和工作可靠性, 与 地面接触部分设有支重轮, 这样可以保证行驶时的安全稳定性, 引导轮由张紧 油缸支撑, 这样可以使行走装置一直保持恒定的预张紧力, 以适应不同路面的 需求。 本发明油箱的顶部设有空气滤清器与回油滤筒, 这样可以保证系统油液 的清洁度。 本发明采用基于 CANOpen通讯协议的 Hetronic工业无线遥控装置, 它可以在长期的恶劣环境中 (如高振动、 温差变化大和潮湿的环境下仍能正常 可靠的工作, 具有高可靠性和安全性大大提高控制效果。 本发明采用液压驱动 装置, 液压驱动装置的防爆柴油机带动柱塞为整个液压系统提供液压源, 使整 机行走方便、 故障少、 功率大、 液压稳定。 本发明设有语音报警装置, 它可以 在开始行走和起重负荷时均采用语言报警操作, 提高安全可靠性。 ; 附图说明 The invention has the following beneficial effects: The electromagnetic control multi-way valve is arranged on the operating device of the invention, and the electromagnetic multi-way valve is remotely controlled by the wireless control device, which not only ensures the consistency of the simultaneous operation of the two traveling motors, but also ensures that the multi-cylinders work simultaneously. When the cylinders are very independent, a throttle valve is arranged between the electromagnetic multi-way valve and the connecting pipe II and the connecting pipe I, so that the amount of oil can be adjusted as needed, and the display is provided on the wireless remote control launching device. This allows you to observe the context before and after, safe and reliable. The electromagnetic multi-way valve of the present invention is respectively provided with a throttle valve between the oil inlet pipe and the oil return pipe, so that the oil amount can be adjusted as needed. The excavating arm can realize a wide range of rotation. The maximum range of the boom rotation can reach 180 degrees, the maximum range of the arm rotation can reach 180 degrees, and the operating range of the operating head can reach 180 degrees, which can not only meet the labor of a small space. And it is safe and convenient to move and carry small equipment when working underground. The operating head of the invention can be replaced with a broken hammer and a fork claw, and the broken hammer can crush and repair the hard bottom plate, and the tunnel can be supported after the fork claw is replaced, so that the application range is wide and the adaptability is strong. The slewing device of the present invention is provided with a horizontal torque transmission box and a vertical torque transmission box, so that not only the vertical excavation operation but also the bottom of the device can be cleaned in a horizontal state, and the transmission torque is large. The underside of the undercover crawler of the present invention is provided with a dozer blade device, which can clean the ground or repair irregular roadways, and the dozer blade device is provided with a bulldozer cylinder, so that the shovel body can be raised or fallen. To adapt to different job needs. The line of the invention The walking device is provided with a assembled steel crawler belt, and a guiding wheel, a tensioning cylinder, a supporting roller and a traveling motor are arranged in the crawler from front to back. The guiding wheel is supported by the tensioning cylinder, and one end of the clamping cylinder and the guiding wheel are arranged. Connected, the other end is provided with oil-filled check valve, the assembled steel track has good wear resistance and work reliability, and the roller is in contact with the ground, which ensures the safety and stability during driving, the guide wheel Supported by a tensioning cylinder, this allows the travel unit to maintain a constant pre-tensioning force to accommodate different road surfaces. The top of the fuel tank of the invention is provided with an air filter and a return filter cartridge, so as to ensure the cleanliness of the system oil. The invention adopts the Hetronic industrial wireless remote control device based on the CANOpen communication protocol, which can work normally and reliably in a long-term harsh environment (such as high vibration, large temperature difference and humid environment), and has high reliability and safety. The invention adopts a hydraulic driving device, and the explosion-proof diesel engine of the hydraulic driving device drives the plunger to provide a hydraulic source for the whole hydraulic system, so that the whole machine has convenient walking, less failure, high power and hydraulic stability. The invention has a voice alarm device. It can use language alarm operation when starting to walk and lifting load, which improves safety and reliability.
图 1为本发明的结构示意图  Figure 1 is a schematic view of the structure of the present invention
图 2为本发明执行机构的结构示意图  2 is a schematic structural view of an actuator of the present invention
图 3为本发明回转装置的结构示意图  3 is a schematic structural view of a swing device of the present invention
图 4为本发明操纵装置的结构示意图  Figure 4 is a schematic view showing the structure of the operating device of the present invention
图 5为本发明无线遥控的示意图  Figure 5 is a schematic diagram of the wireless remote control of the present invention
图 6为本发明语音报警装置的结构示意图  6 is a schematic structural diagram of a voice alarm device of the present invention
具体实施方式 detailed description
在图 1、 图 2、 图 3、 图 4、 图 5和图 6中, 本发明为一种无线控制的智能 化破碎装载巷道修护机, 它包括车体部分和执行机构, 车体部分包括工作台、 驱动装置 13、 行走装置和油箱 12, 油箱顶部设有空气滤清器 33、 回油滤筒 35 和踏步板 36,驱动装置设置为液压驱动装置,液压驱动装置包括防爆柴油机 42 和油泵 13, 防爆柴油机 42的输出端通过联轴器与油泵 13的柱塞为传动连接, 油泵 13的输出口通过输入管与油路控制阀 9的输入口连通, 防爆柴油机 42设 有电缆收放装置 41, 行走装置设有装配式钢制履带 7, 在装配式钢制履带 7内 由前至后依次设有引导轮 23、 张紧油缸 24、 支重轮 25、 行走马达 26, 引导轮 23由张紧油缸 24支撑, 张紧油缸 24的一端与引导轮连接, 另一端设有注油单 向阀 27, 驱动装置 13与行走装置为传动连接, 工作台通过行走装置上部设有 的底盘 1与行走装置连接, 工作台的前部与执行机构连接, 执行机构主要包括 挖掘臂和操作头, 在挖掘臂和工作台之间设有回转装置, 回转装置包括水平扭 矩传动箱 18,在水平扭矩传动箱 18的下部设有旋转座 19,旋转座 19的一侧连 接有垂直扭矩传动箱 20和回转支承 21, 回转支承 21与挖掘臂的支座 1连接, 垂直扭矩传动箱 20通过回转支承 21驱动挖掘臂旋转,旋转座 19的另一侧通过 传动轴与支架 22连接, 挖掘臂包括大臂 3、小臂 4和动臂 5, 小臂 4的一端与 操作头为转动连接, 另一端与动臂 5连接, 在小臂 4的上方设有动臂油缸 6, 动臂油缸 6的伸缩端与操作头为转动连接, 操作头为挖斗 17、 破碎锤或吊钩, 连接端与动臂 5为转动连接, 动臂油缸 6通过连接管 I 8和执行机构的油路控 制阀分别与进油管 10和回油管 11连通, 大臂 3的分别与动臂 5和回转装置为 转动连接, 在大臂 3的上方设有大臂油缸 1 14和大臂油缸 II 15, 大臂油缸 1 14 的伸縮端和连接端分别与动臂 5和大臂 3为转动连接,大臂油缸 II 15的伸缩端 与大臂 3转动连接, 在挖掘臂的尾部设有支座 2, 大臂油缸 I 14的连接端与支 座 2为转动连接,大臂油缸 I 14依次通过连接管 II 16、大臂油缸 II 15和操纵装 置的油路控制阀与进油管 10和回油管 11连通, 油路控制阀为电磁多路阀 9, 电磁多路阀安装在工作台上设有的支架 22上,电磁多路阀 9的液压源由油泵通 过管路 40提供, 回油通过管路 39与油箱 12上回油滤筒 35连通进入油箱 12, 电磁多路阀 9设置在工作台的支架 22上, 支架 22上部还安装语言报警控制装 置, 在行走时和超负荷吊装时进行语音报警, 在电磁多路阔 9上连接有无线控 制装置,无线控制装置为基于 CANOpen通讯协议的 Hetronic工业无线遥控装置, 无线控制装置包括遥控器、 无线接收装置、 无线遥控发射装置和传感器, 无线 遥控发射装置上设有显示屏,遥控器为 EPEC2023遥控器,传感器的信号采集端 与电磁多路阀 9连接, 传感器的输出端与控制器为双向连接, 控制器与无线接 收装置为 37双向连接, 无线遥控发射装置与无线接收装置 37为无线连接, 遥 控器与电磁多路阀 9连接, 无线遥控发射装置将操作控制信号发射到无线接收 装置 37, 无线接收装置 37将处理后的信号打包传送到总线上, 控制器按照数 据的地址接收无线接收装置 37传送的数据,并实时采集传感器发出的电磁多路 阀 9信号, 经过处理后输出 PWM驱动信号, 控制电磁多路阔 9的执行动作, 电 磁多路阀分别与连接管 I 8和连接管 II 16之间设有节流阀 34,行走装置的前部 设有推土铲装置, 推土铲装置包括连接杆 28和铲体 29, 连接杆 28的一端与铲 体 29为转动连接, 铲体 29与挖掘机的宽度相同, 另一端与底盘 1上设有推土 铲支座 30为转动连接, 在连接杆 28的上方设有推土油缸 31, 推土油缸 31的 伸缩端与铲体 29连接, 连接端与底盘 1上设有的油缸支座 32为转动连接, 在 工作台上设有支架 22上设有语音报警装置 38,语音报警装置 38的输入端与执 行机构连接,输出端与扬声器连接,语音报警装置 38包括控制电路、语音芯片、 功率放大电路和扬声器, 控制电路的输入端与执行机构连接, 输出端与语音芯 片连接, 语音芯片通过功率放大电路与扬声器连接。 1, 2, 3, 4, 5 and 6, the present invention is a wirelessly controlled intelligent crushing load roadway repairing machine comprising a body portion and an actuator, the body portion including a work table, a driving device 13, a traveling device and a fuel tank 12, and an air cleaner 33 and a return oil filter cylinder 35 are provided at the top of the oil tank And the tread plate 36, the driving device is set as a hydraulic driving device, and the hydraulic driving device comprises an explosion-proof diesel engine 42 and an oil pump 13. The output end of the explosion-proof diesel engine 42 is connected to the plunger of the oil pump 13 through a coupling, and the output port of the oil pump 13 passes through The input pipe is in communication with the input port of the oil passage control valve 9, the explosion-proof diesel engine 42 is provided with a cable retracting device 41, and the traveling device is provided with a fabricated steel crawler belt 7 which is provided in the assembled steel crawler belt 7 from front to back. The guide wheel 23, the tension cylinder 24, the roller 25, the travel motor 26, the guide wheel 23 is supported by the tension cylinder 24, one end of the tension cylinder 24 is connected to the guide wheel, and the other end is provided with an oil check valve 27, which is driven. The device 13 is connected to the traveling device, and the working table is connected to the walking device through the chassis 1 provided on the upper part of the traveling device. The front part of the working table is connected with the actuator. The executing mechanism mainly comprises an excavating arm and an operating head, and the excavating arm and the working There is a turning device between the stages, the turning device comprises a horizontal torque transmission box 18, and a rotating seat 19 is arranged at a lower portion of the horizontal torque transmission box 18, and one side of the rotating seat 19 is connected with a hanging The straight torque transmission case 20 and the slewing bearing 21 are connected to the support 1 of the excavating arm. The vertical torque transmission case 20 drives the excavating arm to rotate by the slewing bearing 21, and the other side of the rotating seat 19 is connected to the bracket 22 through the transmission shaft. The excavating arm comprises a boom 3, an arm 4 and a boom 5, one end of the arm 4 is rotatably connected with the operating head, the other end is connected with the boom 5, and the boom cylinder 6 is arranged above the arm 4, The telescopic end of the arm cylinder 6 is rotatably connected with the operating head, the operating head is a bucket 17, a hammer or a hook, the connecting end is connected to the boom 5, and the boom cylinder 6 passes through the oil connecting the tube I 8 and the actuator. The road control valve is respectively connected with the oil inlet pipe 10 and the oil return pipe 11, and the boom 3 is respectively connected with the boom 5 and the rotating device, and the boom cylinder 1 14 and the boom cylinder II 15 are arranged above the boom 3. The telescopic end and the connecting end of the boom cylinder 1 14 are respectively rotatably connected with the boom 5 and the boom 3. The telescopic end of the boom cylinder II 15 is rotatably connected with the boom 3, and a support 2 is provided at the tail of the excavating arm. The connecting end of the boom cylinder I 14 is in rotational connection with the support 2, and the boom cylinder I 14 The oil passage control valve of the connecting pipe II 16 , the boom cylinder II 15 and the operating device communicates with the oil inlet pipe 10 and the oil return pipe 11 , the oil passage control valve is an electromagnetic multi-way valve 9 , and the electromagnetic multi-way valve is mounted on the work table. On the bracket 22 provided, the hydraulic source of the electromagnetic multi-way valve 9 is pumped by the oil pump The pipeline 40 is provided, and the oil returning through the pipeline 39 communicates with the oil return cylinder 35 on the oil tank 12 to enter the oil tank 12, the electromagnetic multi-way valve 9 is disposed on the bracket 22 of the worktable, and a language alarm control device is also installed on the upper portion of the bracket 22, A voice alarm is provided during walking and during overload hoisting, and a wireless control device is connected to the electromagnetic multi-channel 9 , and the wireless control device is a Hetronic industrial wireless remote control device based on the CANOpen communication protocol, and the wireless control device includes a remote controller and a wireless receiving device. The wireless remote control transmitting device and the sensor have a display screen on the wireless remote control transmitting device, and the remote controller is the EPEC2023 remote controller. The signal collecting end of the sensor is connected with the electromagnetic multi-way valve 9, and the output end of the sensor and the controller are bidirectionally connected, and the control is performed. The wireless receiving device is connected to the wireless receiving device 37 in two directions, the wireless remote transmitting device and the wireless receiving device 37 are wirelessly connected, the remote controller is connected to the electromagnetic multi-way valve 9, and the wireless remote transmitting device transmits the operation control signal to the wireless receiving device 37, and wirelessly receives The device 37 packages and transmits the processed signal to the bus, and the controller follows the data ground. The address receives the data transmitted by the wireless receiving device 37, and collects the electromagnetic multi-way valve 9 signal sent by the sensor in real time, and outputs a PWM driving signal after processing, and controls the electromagnetic multi-channel wide 9 execution action, and the electromagnetic multi-way valve and the connecting tube I respectively A throttle valve 34 is disposed between the connecting pipe and the connecting pipe II, and a bulldozer device is disposed at a front portion of the traveling device. The dozer blade device includes a connecting rod 28 and a shovel body 29, and one end of the connecting rod 28 and the shovel body 29 are Rotating connection, the shovel body 29 is the same width as the excavator, and the other end is provided with a blade support 30 on the chassis 1 for rotational connection. Above the connecting rod 28, a bulldozer cylinder 31 is provided, and the bulldozer cylinder 31 is extended and contracted. The end is connected to the shovel body 29, and the connecting end is pivotally connected with the cylinder holder 32 provided on the chassis 1. The bracket 22 is provided on the working table with a voice alarm device 38, and the input end of the voice alarm device 38 and the actuator The connection is connected to the speaker, and the voice alarm device 38 includes a control circuit, a voice chip, a power amplifier circuit and a speaker. The input end of the control circuit is connected to the actuator, and the output terminal is connected to the voice chip. The chip is connected to the speaker through a power amplifying circuit.

Claims

权 利 要 求 Rights request
1、一种智能化破碎装载巷道修护机, 它包括车体部分和执行机构, 车体部分包 括工作台、驱动装置、行走装置和油箱(12),驱动装置与行走装置为传动连接, 工作台通过行走装置上部设有的底盘(1 )与行走装置连接, 工作台的前部与执 行机构连接, 执行机构主要包括挖掘臂和操作头, 在挖掘臂和工作台之间设有 回转装置, 挖掘臂包括大臂 (3)、 小臂 (4)和动臂 (5), 小臂 (4) 的一端与 操作头为转动连接, 另一端与动臂 (5) 连接, 在小臂 (4) 的上方设有动臂油 缸 (6), 动臂油缸 (6) 的伸缩端与操作头为转动连接, 连接端与动臂 (5) 为 转动连接, 动臂油缸 (6) 通过连接管 I (8) 和执行机构的油路控制阀分别与 进油管 (10) 和回油管 (11 ) 连通, 大臂 (3) 的分别与动臂 (5) 和回转装置 为转动连接, 在大臂 (3) 的上方设有大臂油缸 I ( 14) 和大臂油缸 II ( 15), 大臂油缸 I ( 14)的伸缩端和连接端分别与动臂(5)和大臂(3)为转动连接, 大臂油缸 II ( 15)的伸缩端与大臂(3)转动连接,在挖掘臂的尾部设有支座(2), 大臂油缸 I ( 14) 的连接端与支座(2)为转动连接, 大臂油缸 I ( 14)依次通 过连接管 II ( 16)、 大臂油缸 II ( 15) 和操纵装置的油路控制阀与进油管 (10) 和回油管 (11 ) 连通, 其特征是所述的驱动装置为液压驱动装置, 液压驱动装 置设置在工作台上, 液压驱动装置包括防爆柴油机(42)和油泵(13), 防爆柴 油机 (42) 的输出端通过联轴器与油泵 (13) 的柱塞为传动连接, 油泵 (13) 的输出口通过输入管 (43) 与油路控制阀的输入口连通, 油路控制阀为电磁多 路阀 (9), 电磁多路阀 (9) 设置在工作台的支架(22) 上, 在电磁多路阀(9) 上连接有无线控制装置, 无线控制装置包括遥控器、 无线接收装置、 无线遥控 发射装置和传感器, 无线遥控发射装置上设有显示屏, 传感器的信号采集端与 电磁多路阀(9)连接, 传感器的输出端与控制器为双向连接, 控制器与无线接 收装置为 (37) 双向连接, 无线遥控发射装置与无线接收装置 (37) 为无线连 接, 遥控器与电磁多路阀(9)连接, 无线遥控发射装置将操作控制信号发射到 无线接收装置 (37), 无线接收装置 (37) 将处理后的信号打包传送到总线上, 控制器按照数据的地址接收无线接收装置 (37)传送的数据, 并实时采集传感 器发出的电磁多路阀(9)信号, 经过处理后输出 Ρ丽驱动信号, 控制电磁多路 阀 (9) 的执行动作, 在工作台设置的支架 (22) 上设有语音报警装置 (38), 语音报警装置 (38) 的输入端与执行机构连接, 输出端与扬声器连接。 1. An intelligent crushing load roadway repairing machine, comprising a body part and an actuator, the body part comprising a worktable, a driving device, a running device and a fuel tank (12), the driving device and the walking device are driving connection, work The platform is connected to the walking device through a chassis (1) provided on the upper part of the traveling device, and the front portion of the working platform is connected with the actuator. The actuator mainly comprises an excavating arm and an operating head, and a rotating device is arranged between the excavating arm and the working table. The excavating arm comprises a boom (3), an arm (4) and a boom (5), one end of the arm (4) is rotatably connected to the operating head, and the other end is connected to the boom (5), in the arm (4) Above is a boom cylinder (6). The telescopic end of the boom cylinder (6) is connected to the operating head. The connecting end and the boom (5) are connected in rotation, and the boom cylinder (6) is connected through the connecting tube I. (8) The oil control valve of the actuator and the oil passage control valve of the actuator are respectively connected with the oil inlet pipe (10) and the oil return pipe (11), and the boom (3) is respectively connected with the boom (5) and the rotary device, and is connected to the boom ( 3) Above the boom cylinder I ( 14) and the boom cylinder II ( 15), the telescopic end and the connecting end of the boom cylinder I (14) are respectively connected with the boom (5) and the boom (3), and the telescopic end of the boom cylinder II (15) and the boom (3) are rotated. Connected, a support (2) is provided at the tail of the excavating arm, the connecting end of the boom cylinder I (14) is connected to the support (2), and the boom cylinder I (14) is sequentially passed through the connecting pipe II (16) The boom cylinder II (15) and the oil passage control valve of the operating device are in communication with the oil inlet pipe (10) and the oil return pipe (11), wherein the driving device is a hydraulic driving device, and the hydraulic driving device is disposed at the working table. The hydraulic drive unit comprises an explosion-proof diesel engine (42) and an oil pump (13). The output end of the explosion-proof diesel engine (42) is connected to the plunger of the oil pump (13) through a coupling, and the output port of the oil pump (13) passes through the input. The tube (43) is connected to the input port of the oil passage control valve, the oil path control valve is an electromagnetic multi-way valve (9), and the electromagnetic multi-way valve (9) is disposed on the table bracket (22) of the electromagnetic multi-way valve. (9) A wireless control device is connected to the wireless control device, including a remote controller, a wireless receiving device, and a wireless device. The transmitting device and the sensor are provided with a display screen, and the signal collecting end of the sensor is connected with the electromagnetic multi-way valve (9), and the output end of the sensor and the controller are bidirectionally connected, and the controller and the wireless receiving device are ( 37) Two-way connection, wireless remote control transmitter and wireless receiver (37) are wirelessly connected, remote control is connected with electromagnetic multi-way valve (9), wireless remote control transmitter transmits operation control signal to wireless receiver (37), wireless The receiving device (37) packages and transmits the processed signal to the bus, and the controller receives the data transmitted by the wireless receiving device (37) according to the address of the data, and collects the electromagnetic multi-way valve (9) signal sent by the sensor in real time, and processes the signal. After outputting the beautiful driving signal, controlling the electromagnetic multi-channel The valve (9) performs an action, and a voice alarm device (38) is provided on the bracket (22) provided on the table. The input end of the voice alarm device (38) is connected to the actuator, and the output terminal is connected to the speaker.
2、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的无线控制装置为基于 CA Open通讯协议的 Hetronic工业无线遥控装置。 The wirelessly controlled intelligent crushing load roadway repairing machine according to claim 1, wherein said wireless control device is a Hetronic industrial wireless remote control device based on the CA Open communication protocol.
3、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的遥控器为 EPEC2023遥控器。 The wirelessly controlled intelligent crushing load roadway repairing machine according to claim 1, wherein said remote controller is an EPEC 2023 remote controller.
4、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的操作头为挖斗 (17)、 破碎缍或吊钩。  A wirelessly controlled intelligent crushing load roadway repairing machine according to claim 1, wherein said operating head is a bucket (17), a crushing jaw or a hook.
5、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的电磁多路阀 (9) 分别与连接管 I (8) 和连接管 II ( 16) 之间设有节流阀 5. The wirelessly controlled intelligent crushing load roadway repairing machine according to claim 1, wherein said electromagnetic multi-way valve (9) is connected to connecting pipe I (8) and connecting pipe II (16), respectively. Throttle valve
(34) o (34) o
6、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的回转装置包括水平扭矩传动箱(18), 在水平扭矩传动箱(18)的下部设有 旋转座( 19 ),旋转座( 19 )的一侧连接有垂直扭矩传动箱( 20 )和回转支承( 21 ), 回转支承(21 )与挖掘臂的支座(2)连接, 垂直扭矩传动箱(20)通过回转支 承 (21 ) 驱动挖掘臂旋转, 旋转座 (19) 的另一侧通过传动轴与支架 (22) 连 接。  6. The wirelessly controlled intelligent crushing load roadway repairing machine of claim 1 wherein said swinging means comprises a horizontal torque transmission box (18) disposed in a lower portion of the horizontal torque transmission box (18). A rotating seat (19), one side of the rotating base (19) is connected with a vertical torque transmission box (20) and a slewing bearing (21), and the slewing bearing (21) is connected with the support (2) of the excavating arm, the vertical torque transmission box (20) The excavating arm is rotated by the slewing bearing (21), and the other side of the rotating base (19) is connected to the bracket (22) through the transmission shaft.
7、根据权利要求 1所述的无线控制的智能化破碎装载巷道修护机,其特征是所 述的行走装置设有装配式钢制履带(7), 在装配式钢制履带(7) 内由前至后依 次设有引导轮 (23)、 张紧油缸 (24)、 支重轮 (25)、 行走马达 (26), 引导轮 7. The wirelessly controlled intelligent crushing load roadway repairing machine according to claim 1, wherein said traveling device is provided with a fabricated steel track (7) in a fabricated steel track (7). Guide wheel (23), tension cylinder (24), roller (25), travel motor (26), guide wheel are arranged from front to back.
(23) 由张紧油缸 (24) 支撑, 张紧油缸 (24) 的一端与引导轮连接, 另一端 设有注油单向阀(27), 在行走装置的前部设有推土铲装置, 推土铲装置包括连 接杆(28)和铲体(29), 连接杆(28) 的一端与铲体(29)为转动连接, 铲体(23) Supported by a tensioning cylinder (24), one end of the tensioning cylinder (24) is connected to the guide wheel, and the other end is provided with an oil-filled check valve (27), and a bulldozer device is arranged at the front of the traveling device. The blade device includes a connecting rod (28) and a shovel body (29), and one end of the connecting rod (28) is rotatably connected with the shovel body (29), the shovel body
(29)与挖掘机的宽度相同, 另一端与底盘(1 )上设有推土铲支座 (30)为转动 连接, 在连接杆(28) 的上方设有推土油缸(31 ), 推土油缸(31 ) 的伸缩端与 铲体 (29) 连接, 连接端与底盘 (1 ) 上设有的油缸支座 (32) 为转动连接。(29) Same as the width of the excavator, the other end and the chassis (1) are provided with a blade support (30) for rotation connection, and a pusher cylinder (31) is arranged above the connecting rod (28), pushing The telescopic end of the earth cylinder (31) is connected to the shovel body (29), and the connection end is rotatably connected to the cylinder holder (32) provided on the chassis (1).
8、根据权利要求 1所述的智能化破碎装载巷道修护机,其特征是所述的油箱顶 部设有空气滤清器 (33)、 回油滤筒 (35)。 8. The intelligent crushing load roadway repairing machine according to claim 1, wherein the fuel tank top is provided with an air cleaner (33) and a return oil filter cartridge (35).
9、根据权利要求 1所述的带有语音报警的智能化破碎装载巷道修护机,其特征 是所述的语音报警装置 (38) 包括控制电路、 语音芯片、 功率放大电路和扬声 器, 控制电路的输入端与执行机构连接, 输出端与语音芯片连接, 语音芯片通 过功率放大电路与扬声器连接。 9. The intelligent broken load roadway repairing machine with voice alarm according to claim 1, wherein said voice alarm device (38) comprises a control circuit, a voice chip, a power amplifying circuit and a speaker, and a control circuit The input end is connected to the actuator, the output end is connected to the voice chip, and the voice chip is connected to the speaker through a power amplifying circuit.
PCT/CN2010/001350 2010-08-11 2010-09-06 Intelligent tunnel repair machine for crushing and loading WO2012019325A1 (en)

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