Remote control high-altitude visual safety cutter

Abstract

The utility model relates to a remote control high-altitude visual safety cutter which is composed of a remote control cutter body, a pincerlike blade, a battery, a camera, a universal support, a steering base, a connecting screw, a telescopic rod B, a telescopic rod A, a tablet computer, a remote controller and a locking screw. The camera performs high-definition and night-vision observation, photographing, video recording, storage and other operations on foreign matters in dangerous environments such as high-pressure, high-altitude, toxic and narrow spaces, images are transmitted to the wireless receiving and transmitting display device through wireless transmission, and an operator can watch in real time and operate and remotely control the high-altitude visible safety cutter to accurately cut the foreign matters.

Description

Technical Field

[0001] The utility model relates to a new remote-controlled high-altitude visual safety cutter that can be used in dangerous environments or in places where human power cannot reach, and can be used around the clock. The utility model provides a simple and effective solution for observing, cutting, breaking, inspecting and collecting evidence in dangerous environments such as railways, electric power, fire fighting, chemical industry, and police, which are in places where human power cannot reach. It is particularly useful in removing foreign objects at high altitudes and in emergency repairs on railway high-voltage power lines. Background Art

[0002] At present, under the background of rapid development of the railway industry, with the speed of trains getting faster and faster, in order not to affect the normal high-voltage power and contact network of the railway, it is more important to remove foreign objects without interruption of power supply. The contact network parts of the railway are in the air. For example, if some parts fall off or other external foreign objects are hanging on the contact network, it will affect the traffic or cause accidents. In the past, power outages were required to remove foreign objects. The market urgently needs a tool that can remove foreign objects at high altitudes without power outages and can handle visual foreign objects. The utility model solves this problem very well. It can not only cut and remove visual foreign objects without power outages, but also perform effective real-time observation and detection at night through night vision and fill lights, and can transmit images to operators through wireless transmission, and can take photos and videos. Summary of the Invention

[0003] The purpose of this utility model is to overcome the existing deficiencies and provide a remote-controlled high-altitude visual safety cutter with all-weather visibility in dangerous environments or where human power cannot reach. By raising the retractable insulating rod, the camera performs high-definition and night-vision observation, photography, video recording, and storage of foreign objects in dangerous environments such as high voltage, high altitude, toxic, and confined spaces. The image is transmitted to a wireless receiving and display device via wireless transmission, and the operator can watch and operate the remote-controlled high-altitude visual safety cutter in real time to accurately cut foreign objects.

[0004] To achieve the above-mentioned purpose, the utility model is a remote-controlled high-altitude visual safety cutter, which is composed of a remote-controlled cutter, a pliers blade, a battery, a camera, a universal bracket, a steering base, a connecting screw, a telescopic rod B, a telescopic rod A, a tablet computer, a remote control, and a locking screw. The insulating telescopic rod B, the insulating telescopic rod A, the steering base, and the universal bracket constitute a retractable insulating rod. The steering base is fixed to the upper end of the insulating telescopic rod B. The insulating telescopic rod B penetrates into the insulating telescopic rod A and can be retracted and locked. The universal bracket has a spherical universal joint and is embedded in the steering base. The direction can be fixed and adjusted by tightening the spherical body with the locking connecting screw. The lower end of the remote-controlled cutter is connected to the universal bracket at the top of the retractable insulating rod by the locking screw, so that the remote-controlled cutter can be raised and displaced. The remote-controlled cutter is equipped with a camera, which can adjust the shooting angle, visualize the cutting status, and can take photos and record videos all day long. It is also connected to a tablet computer through wireless technology. On the tablet computer, you can control taking photos, recording videos, and controlling the cutting of the remote-controlled cutter. You can also wirelessly control the cutting work of the remote-controlled cutter through the remote control.

[0005] The remote control cutter is battery-powered and can be operated on a hydraulic principle, an electric push rod or other electric mechanical principles. It can be remotely controlled and manually operated, and can be remotely controlled by a tablet computer and a remote control, or manually controlled by the manual start / stop switch and manual retract switch on the machine body.

[0006] The camera has a high-definition imaging device with night vision function, which is used to observe the position and status of the cutting part.

[0007] The tablet computer has a wireless function and can be wirelessly connected to the camera and the remote control cutter. It is equipped with an APP software program that can control, set, and download files of the shooting device, display the images taken by the shooting device in real time, and control the operation of the remote control cutter.

[0008] The remote controller has a remote control start switch and a remote control knife retract switch, and can wirelessly control the operation of the remote control cutter.

[0009] The retractable insulating rod is an insulating operating rod with retractable and locking functions, and is used to move the remote control cutter to a designated working position. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Attached photos Figure 1 It is the main view.

[0011] Figure 2 It is the left view.

[0012] Figure 3 Side view.

[0013] Figure 4 Detail View

[0014] Description of reference numerals: As shown in the accompanying drawings, the utility model includes 1 a remote-controlled cutter, 2 a pliers-shaped blade, 3 a battery, 4 a camera, 5 a universal bracket, 6 a steering base, 7 a connecting screw, 8 a telescopic rod B, 9 a telescopic rod A, 10 a tablet computer, 11 a remote control, and 12 a locking screw. DETAILED DESCRIPTION

[0015] The present invention is described in detail below with reference to the accompanying drawings and embodiments:

[0016] The utility model is a remote-controlled high-altitude visual safety cutter. Figure 1-4 As shown, it consists of a remote-controlled cutter 1, a pliers blade 2, a battery 3, a camera 4, a universal bracket 5, a steering base 6, a connecting screw 7, a telescopic rod B8, a telescopic rod A9, a tablet computer 10, a remote control 11, and a locking screw 12. The insulating telescopic rod B8, the insulating telescopic rod A9, the steering base 6, and the universal bracket 5 form a retractable insulating rod. The steering base 6 is fixed to the upper end of the insulating telescopic rod B8. The insulating telescopic rod B8 extends into the insulating telescopic rod A9 and can be retracted and locked. The universal bracket 5 has a spherical universal joint and is embedded in the steering base 6. The direction can be fixed and adjusted by tightening the connecting screw 7 against the spherical body. The lower end of the remote control cutter is connected to the universal bracket 5 on the top of the retractable insulating rod by a locking screw 12, so that the remote control cutter 1 can be raised and displaced. The remote control cutter 1 is equipped with a camera 4, which can adjust the shooting angle, visualize the cutting status, and can take photos and videos around the clock. It is connected to a tablet computer 10 via wireless technology. The tablet computer 10 can be used to control taking photos, recording videos, and controlling the cutting of the remote control cutter 1. The cutting operation of the remote control cutter 1 can also be wirelessly controlled by the remote controller 11.

[0017] The remote control cutter 1 is rechargeable with a battery 3 and can be operated by a hydraulic working principle, an electric push rod or other electric mechanical principles. It can be operated by remote control and manual buttons. It can be remotely controlled by the tablet computer 10 to drive the app software and the remote control 11, or it can be manually controlled by the manual start-up and power-down manual retract switch on the machine body.

[0018] The camera 4 is a high-definition imaging device with night vision function, which is used to observe the position and status of the cutting part.

[0019] The tablet computer 10 has a wireless function and can be wirelessly connected to the camera 4 and the remote control cutter 1. It is equipped with an APP software program that can control, set, and download files of the shooting device, and display the images taken by the shooting device in real time, and can control the operation of the remote control cutter 1.

[0020] The remote controller 11 has a remote start switch and a remote retract switch, which can wirelessly control the operation of the remote cutter.

[0021] The retractable insulating rod is an insulated operating rod with a retractable function, and is used to move the remote-controlled cutter 1 to a designated working position.

Claims

1. A remote-controlled high-altitude visual safety cutter, characterized by: The remote control cutter is composed of a remote control cutter, a pliers blade, a battery, a camera, a universal bracket, a steering base, connecting screws, a telescopic rod B, a telescopic rod A, a tablet computer, a remote control, and a locking screw. The insulating telescopic rod B, the insulating telescopic rod A, the steering base, and the universal bracket constitute a retractable insulating rod. The steering base is fixed to the upper end of the insulating telescopic rod B. The insulating telescopic rod B extends into the insulating telescopic rod A and can be retracted and locked. The universal bracket has a spherical universal joint and is embedded in the steering base. The direction can be fixed and adjusted by tightening the spherical body with the locking connecting screw. The lower end of the remote control cutter is connected to the universal bracket at the top of the retractable insulating rod through the locking screw, so that the remote control cutter can be raised and moved. The remote control cutter is equipped with a camera, which can adjust the shooting angle, visualize the cutting status, and take photos and videos around the clock. The camera is connected to a tablet computer through wireless technology. The tablet computer can be used to control taking photos, recording videos, and controlling the cutting of the remote control cutter. The cutting work of the remote control cutter can also be wirelessly controlled by the remote control.

2. A remote-controlled high-altitude visual safety cutter according to claim 1, characterized in that: The camera has a high-definition imaging device with night vision function, which is used to observe the position and status of the cutting part.

3. A remote-controlled high-altitude visual safety cutter according to claim 1, characterized in that: The tablet computer has a wireless function and is wirelessly connected to the camera and the remote control cutter. It is equipped with an APP software program that can control, set, and download files of the shooting device, display the images taken by the shooting device in real time, and control the operation of the remote control cutter.

4. The remote-controlled high-altitude visual safety cutter according to claim 1, characterized in that: The remote controller has a remote control start switch and a remote control knife retract switch, and can wirelessly control the operation of the remote control cutter.

5. The remote-controlled high-altitude visual safety cutter according to claim 1, characterized in that: The insulating rod has telescopic and locking functions and is an insulated operating rod used to move the remote control cutter to a designated working position.

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