CN105093516B - Power utility check industrial endoscope system - Google Patents
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Abstract
本发明公开了一种用电检查工业内窥镜系统，其包括：底座、固定杆、升降杆、升降杆与固定杆之间可以锁定，在升降杆的顶端设置有能够水平转动的控制台；控制台腔体内设置有电池、四段调光开关，控制台面板上设有触摸按钮、上升、下降控制按钮、供电插孔和电动伸缩杆，控制台面板还充电插孔；电动伸缩杆的升降管的顶端设有支撑横臂，在支撑横臂的端部夹持有能升降并锁定的内窥镜导入管，设于内窥镜导入管顶部的LED辅光灯经辅光灯电源线、取电插头与供电插孔连接，在内窥镜导入管的上部设有镜头进出口，工业内窥镜的镜头由内窥镜导入管的底部进入并能锁定、镜头通过镜头进出口伸出处于顶棚的上方，现场探察顶棚内电缆的工作状况、拍照取证。
The invention discloses an electric inspection industrial endoscope system, which comprises: a base, a fixed rod, a lifting rod, the lifting rod and the fixed rod can be locked, and a console capable of horizontal rotation is arranged on the top of the lifting rod; The console cavity is equipped with a battery and a four-stage dimmer switch. The console panel is equipped with a touch button, up and down control buttons, a power supply jack and an electric telescopic rod. The console panel also has a charging jack; the lifting of the electric telescopic rod The top of the tube is provided with a support cross arm, and the end of the support cross arm is clamped with an endoscope introduction tube that can be lifted and locked. The power plug is connected to the power supply jack, and the upper part of the endoscope inlet tube is provided with a lens inlet and outlet. The lens of the industrial endoscope enters from the bottom of the endoscope inlet tube and can be locked, and the lens protrudes through the lens inlet and outlet. On the top of the ceiling, inspect the working conditions of the cables in the ceiling on site, take pictures and collect evidence.
Description
技术领域：Technical field:
本发明涉及用电检查工业内窥镜系统。The invention relates to an industrial endoscope system for electrical inspection.
背景技术：Background technique:
随着智能电能表的普及、用电采集系统、计量装置在线监测系统的应用，供电企业反窃电技术措施得到了进一步加强。可是，当前困扰供电企业反窃电工作一个突出的问题是：城区商业用户在门面装潢时常将供电企业供电线缆封在门头顶棚内，一些用户在顶棚内采取技术手段私自T接外线，绕越电能表用电，此类窃电手法比较隐蔽，也很难用常规的用电检查方法查获。对此类用户须要进一步排查时，通常做法是:用电检查人员与用户协商，将顶棚拆除一部分后，然后对顶棚内线路走向、是否T接外线等情况进行检查，此种破拆检查法在实际实施过程中会遭到用户的阻挠和强烈反对，且拆除与恢复工作繁琐，登高检查不安全因素多，实际实施非常不便，是用电检查工作的死角与盲区，此类用户的不法用电行为未得到有效打击与遏制。With the popularization of smart energy meters, the application of electricity collection systems, and online monitoring systems for metering devices, power supply companies have further strengthened their anti-stealing technical measures. However, a prominent problem currently plaguing power supply companies’ anti-stealing work is that commercial users in urban areas often seal the power supply cables of power supply companies in the ceiling of the door when decorating their facades. This kind of stealing method is relatively hidden, and it is difficult to detect it with conventional electricity inspection methods. When this type of user needs to be further investigated, the usual method is: the electricity inspector negotiates with the user, removes a part of the ceiling, and then checks the direction of the line in the ceiling and whether it is connected to the outside line. During the actual implementation process, users will be obstructed and strongly opposed, and the demolition and restoration work is cumbersome, and there are many unsafe factors for climbing inspections. The actual implementation is very inconvenient. The behavior has not been effectively cracked down and contained.
上述这些都是需要改进的地方。All of the above are areas for improvement.
发明内容：Invention content:
为克服现有技术的缺陷，本发明的目的在于提供一种用电检查工业内窥镜系统，是一种在不破坏用户顶棚结构的情况下，通过微创开孔(或顶棚灯具开孔位置)，运用工业内窥镜探察用户顶棚内电力线路走向、安全运行情况、接线情况、是否存在用户私自T接外线情况。是一种用电检查工作中视频巡视、摄像、拍照取证的工业内窥镜系统。In order to overcome the defects of the prior art, the purpose of the present invention is to provide an electric inspection industrial endoscope system, which is a kind of system that can be used to open holes through minimally invasive openings (or opening positions of ceiling lamps) without damaging the ceiling structure of the user. ), use the industrial endoscope to detect the direction of the power line in the user's ceiling, the safe operation situation, the wiring situation, and whether there is any situation where the user privately connects to the outside line. It is an industrial endoscope system for video inspection, camera, and photo evidence collection during electrical inspection work.
本发明解决技术问题采用如下技术方案：The present invention solves technical problem and adopts following technical scheme:
用电检查工业内窥镜系统，其包括：Electric inspection industrial endoscope system, which includes:
底座、垂直设于所述底座上的固定杆、与所述固定杆套接的升降杆并在所述升降杆与固定杆之间设有第一锁紧螺母，在所述升降杆的顶端设置有能够水平转动的控制台；The base, the fixed rod vertically arranged on the base, the lifting rod socketed with the fixed rod, and the first lock nut is arranged between the lifting rod and the fixed rod, and the top of the lifting rod is arranged Have a console that can be turned horizontally;
所述控制台腔体内设置有电池、四段调光开关，控制台面板上设有触摸按钮、上升控制按钮、下降控制按钮、供电插孔和电动伸缩杆，控制台面板侧面设有用于为所述电池充电的充电插孔；A battery and a four-stage dimmer switch are arranged in the cavity of the console, and a touch button, an ascending control button, a descending control button, a power supply jack, and an electric telescopic rod are arranged on the console panel. charging socket for charging the battery;
所述电动伸缩杆包括固定管和伸缩管，在所述伸缩管的顶端设有能水平滑动并锁定的支撑横臂，在支撑横臂的端部夹持有能升降并锁定的内窥镜导入管，设于所述内窥镜导入管顶部的LED辅光灯经辅光灯电源线、取电插头与所述供电插孔连接，所述四段调光开关分别与电池、供电插孔及触摸按钮电连接；所述电动伸缩杆由电池供电并由上升控制按钮、下降控制按钮控制升降；The electric telescopic rod includes a fixed tube and a telescopic tube. A support arm that can slide horizontally and be locked is provided at the top of the telescopic tube, and an endoscope guide that can be lifted and locked is clamped at the end of the support arm. tube, the LED auxiliary light located at the top of the endoscope inlet tube is connected to the power supply jack through the power supply line of the auxiliary light and the power supply plug, and the four-section dimmer switch is connected to the battery, power supply jack and The touch button is electrically connected; the electric telescopic rod is powered by a battery and is controlled by an ascending control button and a descending control button;
在所述内窥镜导入管的上部设有镜头进出口，工业内窥镜的镜头由镜头进出口伸出，连接镜头的纤维管由内窥镜导入管的底部进入并能锁定。A lens inlet and outlet is provided on the upper part of the endoscope introduction tube, the lens of the industrial endoscope protrudes from the lens inlet and outlet, and the fiber tube connecting the lens enters from the bottom of the endoscope introduction tube and can be locked.
所述升降杆的顶端与所述控制台之间通过滚珠轴承连接，滚珠轴承的内圈与升降杆固定连接，外圈与控制台中心沉孔的孔壁固定连接。The top of the lifting rod is connected to the console through a ball bearing, the inner ring of the ball bearing is fixedly connected to the lifting rod, and the outer ring is fixedly connected to the wall of the central counterbore of the console.
所述支撑横臂的一端沿长度方向设置有腰孔，与所述电动伸缩杆的伸缩管螺纹连接的第二锁紧螺栓穿过所述腰孔，该第二锁紧螺栓为蝶形螺栓；One end of the support cross arm is provided with a waist hole along the length direction, and a second locking bolt threaded with the telescopic tube of the electric telescopic rod passes through the waist hole, and the second locking bolt is a butterfly bolt;
所述支撑横臂的另一端设有夹持孔，所述内窥镜导入管自支撑横臂的夹持孔中穿过，并在夹持孔的孔壁外部沿夹持孔的径向设置有第三锁紧螺栓，该第三锁紧螺栓为蝶形螺栓。The other end of the support cross arm is provided with a clamping hole, and the endoscope guide tube passes through the clamping hole of the support cross arm, and is arranged outside the hole wall of the clamping hole along the radial direction of the clamping hole There is a third locking bolt, which is a butterfly bolt.
所述内窥镜导入管的底端沿管子的径向设置有用于锁紧内窥镜纤维管的第四锁紧螺栓，该第四锁紧螺栓为蝶形螺栓。The bottom end of the endoscope introduction tube is provided with a fourth locking bolt for locking the endoscope fiber tube along the radial direction of the tube, and the fourth locking bolt is a butterfly bolt.
所述内窥镜导入管的中下部套接有定位弹力橡胶圈，所述定位弹力橡胶圈处于所述支撑横臂的夹持孔中。A positioning elastic rubber ring is sleeved on the middle and lower part of the endoscope introduction tube, and the positioning elastic rubber ring is located in the clamping hole of the supporting cross arm.
所述内窥镜导入管为双腔室异型管，异型管小腔室为LED辅光灯的电源线走线槽，异型管大腔室为工业内窥镜的镜头导入通道。The introduction tube of the endoscope is a dual-chamber special-shaped tube, the small chamber of the special-shaped tube is the power cable routing groove of the LED auxiliary light, and the large chamber of the special-shaped tube is the lens introduction channel of the industrial endoscope.
与已有技术相比，本发明的有益效果体现在：Compared with the prior art, the beneficial effects of the present invention are reflected in:
1、本发明用电检查工业内窥镜系统，在不破坏用户顶棚结构的情况下，通过微创开孔(或顶棚灯具开孔位置)，运用工业内窥探察用户顶棚内电力线路走向、安全运行情况、接线情况、是否存在用户私自T接外线情况。此种检查方法用户易接受，实际实施无阻碍。是一种为供电企业用电检查及相关专业技术人员量身打造的移动检视、取证的工业内窥镜系统；可方便实现对用户顶棚等隐蔽空间内的线缆运行及接线情况进行视频巡视、摄像、拍照取证，查处用户异常或违规用电行为。且现场无需登高检查，操作方便、安全可靠。1. The present invention uses electricity to inspect the industrial endoscope system. Without damaging the structure of the user’s ceiling, through minimally invasive openings (or the position of the opening of the ceiling lamp), the industrial endoscope is used to detect the direction and safety of the power lines in the user’s ceiling. Operation status, wiring status, and whether there is a situation where users connect to outside lines privately. This kind of inspection method is easy for users to accept, and there is no hindrance to its actual implementation. It is a mobile inspection and evidence-collecting industrial endoscope system tailor-made for power inspection of power supply enterprises and related professional and technical personnel; it can conveniently realize video inspection of cable operation and wiring conditions in hidden spaces such as user ceilings, Take video and take photos to collect evidence, and investigate and deal with abnormal or illegal electricity usage behaviors of users. In addition, there is no need for on-site inspection, and the operation is convenient, safe and reliable.
2、本发明控制台与底座升降杆、电动伸缩杆的垂直升降管与支撑横臂、支撑横臂与内窥镜导入管均采用活动联接，工作现场可灵活调节内窥镜导入管与工业内窥镜镜头工作方位，及大地方便了现场测试工作。2. The control console of the present invention is connected with the base elevating rod, the vertical elevating pipe of the electric telescopic rod and the supporting cross arm, and the supporting cross arm and the endoscope introducing pipe are all movable connected, and the working site can flexibly adjust the endoscope introducing pipe and the industrial inner The working orientation of the sight glass lens and the ground facilitate the on-site testing work.
3、本发明设置有内窥镜导入管，方便工业内窥镜插入顶棚等隐蔽空间，内窥镜导入管下端设置有锁紧螺栓，实现对内窥镜纤维软管和镜头定位，防止从顶棚内滑落。3. The present invention is provided with an endoscope introduction tube, which is convenient for industrial endoscopes to be inserted into concealed spaces such as ceilings. The lower end of the endoscope introduction tube is provided with locking bolts to realize the positioning of the endoscope fiber hose and the lens, and to prevent the insertion of the endoscope from the ceiling. slipped inside.
4、本发明内窥镜导入管上端设有LED辅光灯，用于弥补工业内窥镜镜头LED灯在顶棚等隐蔽空间内照度不足而导致的成像效果不佳的问题。4. The upper end of the endoscope introduction tube of the present invention is provided with an LED auxiliary light, which is used to make up for the problem of poor imaging effect caused by insufficient illumination of the LED light of the industrial endoscope lens in a concealed space such as a ceiling.
5、本发明设置有四段触摸开关，可通过控制平台上的触摸按钮对内窥镜导入管上端LED辅光灯的亮度进行三段调节，便于对顶棚内线缆照度进行控制，可防止因光源亮度太强导致图像曝光过重，影响成像效果，使得内窥镜检测成像更清晰。5. The present invention is provided with a four-stage touch switch, which can adjust the brightness of the LED auxiliary light at the upper end of the endoscope introduction tube in three stages through the touch button on the control platform, so as to facilitate the control of the illuminance of the cables in the ceiling and prevent the The brightness of the light source is too strong, resulting in overexposure of the image, which affects the imaging effect and makes the imaging of the endoscope inspection clearer.
6、本发明设置的内窥镜辅助操控装置，现场可单人操作实现内窥镜导入管上下移动、左右水平转动，加上穿过内窥镜导入管的内窥镜镜头也可360度调节，便于实现内窥镜最佳观察角，清晰拍摄顶棚等隐蔽空间内供电线缆走向全程的接线状况、安全运行状况。6. The endoscope auxiliary control device provided by the present invention can be operated by a single person on site to realize the vertical movement of the endoscope introduction tube and the left and right horizontal rotation, and the endoscope lens passing through the endoscope introduction tube can also be adjusted 360 degrees , it is convenient to realize the best observation angle of the endoscope, and clearly capture the wiring status and safe operation status of the power supply cable in the concealed space such as the ceiling.
附图说明：Description of drawings:
图1为本发明操控装置工作结构示意图；图2为本发明控制台内视图；图3为本发明工业内窥镜辅助操控装置俯视图；图4为本发明工业内窥镜辅助操控装置侧视图；图5A‐5C为本发明工业内窥镜导入杆结构三视图。Fig. 1 is a schematic view of the working structure of the control device of the present invention; Fig. 2 is an internal view of the console of the present invention; Fig. 3 is a top view of the auxiliary control device of the industrial endoscope of the present invention; Fig. 4 is a side view of the auxiliary control device of the industrial endoscope of the present invention; 5A-5C are three views of the structure of the introduction rod of the industrial endoscope of the present invention.
图中标号：1底座，2固定杆，3第一锁紧螺母，4升降杆，5控制台，6充电插孔，7上升控制按钮，8下降控制按钮，9触摸按钮，10供电插孔，11取电插头，12电动伸缩杆，13固定管，14伸缩管，15支撑横臂，16腰孔，17第二锁紧螺栓，18第三锁紧螺栓，19内窥镜导入管，20第四锁紧螺栓，21LED辅光灯，22四段调光开关，23控制线，24电池，25滚珠轴承，26夹持孔，27LED辅光灯电源线，28异型管小腔室，29异型管大腔室，30定位弹力橡胶圈，31镜头进出口，32工业内窥镜，33镜头，34纤维管，35顶棚。Labels in the figure: 1 base, 2 fixing rod, 3 first lock nut, 4 elevating rod, 5 console, 6 charging socket, 7 rising control button, 8 falling control button, 9 touch button, 10 power supply socket, 11 Power-taking plug, 12 Electric telescopic rod, 13 Fixed tube, 14 Telescopic tube, 15 Support cross arm, 16 Waist hole, 17 Second locking bolt, 18 Third locking bolt, 19 Endoscope introduction tube, 20 No. Four locking bolts, 21 LED auxiliary light, 22 four-stage dimmer switch, 23 control wire, 24 battery, 25 ball bearing, 26 clamping hole, 27 LED auxiliary light power cord, 28 special-shaped tube small chamber, 29 special-shaped tube Large chamber, 30 positioning elastic rubber rings, 31 lens entrances and exits, 32 industrial endoscopes, 33 lenses, 34 fiber tubes, and 35 ceilings.
以下通过具体实施方式，并结合附图对本发明作进一步说明。The present invention will be further described below through specific embodiments and in conjunction with the accompanying drawings.
具体实施方式：detailed description:
实施例：本实施例的用电检查工业内窥镜系统，其包括：Embodiment: the electrical inspection industrial endoscope system of this embodiment includes:
底座1、垂直设于底座上的固定杆2、与固定杆套接的升降杆4并在升降杆与固定杆之间设有第一锁紧螺母3，在升降杆4的顶端设置有能够水平转动的控制台5；在升降杆4的顶端与控制台5之间通过滚珠轴承25连接，滚珠轴承的内圈与升降杆4固定连接，外圈与控制台中心沉孔的孔壁固定连接，可以使控制台5水平转动。Base 1, the fixed rod 2 vertically arranged on the base, the elevating rod 4 socketed with the fixed rod and the first locking nut 3 are arranged between the elevating rod and the fixed rod, and the top of the elevating rod 4 is provided with a horizontal The rotating console 5; between the top of the lifting rod 4 and the console 5 is connected by a ball bearing 25, the inner ring of the ball bearing is fixedly connected with the lifting rod 4, and the outer ring is fixedly connected with the hole wall of the central counterbore of the console, The console 5 can be turned horizontally.
在控制台5腔体内设置有电池24、四段调光开关22，控制台面板上设有触摸按钮9、上升控制按钮7、下降控制按钮8、供电插孔10和电动伸缩杆12，控制台面板侧面设有用于为电池24充电的充电插孔6；电池24为12V大容量锂聚合物电池，为电动伸缩杆12和LED辅光灯21提供工作电源；电动伸缩杆12由电池24供电，并由上升控制按钮7、下降控制按钮8控制升降。该两个控制按钮连接12V大容量锂聚合物电池，并通过控制线23连接电动伸缩杆12，控制电动伸缩杆的升降管垂直上升或下降。A battery 24 and a four-stage dimmer switch 22 are arranged in the cavity of the console 5, and a touch button 9, an ascending control button 7, a descending control button 8, a power supply jack 10, and an electric telescopic rod 12 are arranged on the console panel. The side of the panel is provided with a charging jack 6 for charging the battery 24; the battery 24 is a 12V high-capacity lithium polymer battery, which provides working power for the electric telescopic rod 12 and the LED auxiliary light 21; the electric telescopic rod 12 is powered by the battery 24, And by ascending control button 7, descending control button 8 control lifting. The two control buttons are connected with a 12V high-capacity lithium polymer battery, and are connected with the electric telescopic rod 12 through the control wire 23, so as to control the vertical rise or fall of the lifting tube of the electric telescopic rod.
其中，电动伸缩杆12包括固定管13和伸缩管14，在伸缩管14的顶端设有能水平滑动并锁定的支撑横臂15，在支撑横臂的端部夹持有能升降并锁定的内窥镜导入管19，设于内窥镜导入管19顶部的LED辅光灯21经辅光灯电源线27、取电插头11与供电插孔10连接，四段调光开关22分别与电池24、供电插孔10及触摸按钮电连接，可以三段调节LED辅光灯21的亮度；具体设置中，支撑横臂15的滑动及锁定结构为：在支撑横臂15的一端沿长度方向设置有腰孔16，与电动伸缩杆的伸缩管14螺纹连接的第二锁紧螺栓17穿过所述腰孔16，该第二锁紧螺栓为蝶形螺栓；内窥镜导入管19的升降及锁定结构为：在支撑横臂15的另一端设有夹持孔，内窥镜导入管19自支撑横臂15的夹持孔26中穿过，并在夹持孔26的孔壁外部沿夹持孔的径向设置有第三锁紧螺栓18，该第三锁紧螺栓为蝶形螺栓。Wherein, the electric telescopic rod 12 includes a fixed tube 13 and a telescopic tube 14, and a support cross arm 15 capable of horizontally sliding and locking is provided at the top of the telescopic pipe 14, and an inner support arm 15 capable of lifting and locking is clamped at the end of the support cross arm. The speculum lead-in tube 19, the LED auxiliary light 21 located at the top of the endoscope lead-in tube 19 is connected to the power supply jack 10 through the auxiliary light power line 27, the power plug 11, and the four-stage dimmer switch 22 is connected to the battery 24 respectively. , the power supply jack 10 and the touch button are electrically connected, and the brightness of the LED auxiliary light 21 can be adjusted in three stages; Waist hole 16, the second locking bolt 17 threaded with the telescopic tube 14 of the electric telescopic rod passes through the waist hole 16, and the second locking bolt is a butterfly bolt; the lifting and locking of the endoscope introduction tube 19 The structure is: a clamping hole is provided at the other end of the supporting cross arm 15, and the endoscope introduction tube 19 passes through the clamping hole 26 of the supporting cross arm 15, and is clamped outside the hole wall of the clamping hole 26. A third locking bolt 18 is arranged in the radial direction of the hole, and the third locking bolt is a butterfly bolt.
在内窥镜导入管19的上部设有镜头进出口31，工业内窥镜32的镜头33由镜头进出口31伸出，并处于顶棚35的上方，连接镜头33的纤维管34由内窥镜导入管19的底部进入并能锁定。内窥镜纤维管在内窥镜导入管19内锁定结构为：自内窥镜导入管19的底端沿管子的径向设置有用于锁紧内窥镜纤维管34的第四锁紧螺栓20，该第四锁紧螺栓为蝶形螺栓。The top of the endoscope introduction pipe 19 is provided with a lens inlet and outlet 31, the lens 33 of the industrial endoscope 32 is stretched out from the lens inlet and outlet 31, and is above the ceiling 35, and the fiber tube 34 connecting the lens 33 is provided by the endoscope The bottom of the introduction tube 19 enters and can be locked. The locking structure in the endoscope fiber tube 19 is as follows: a fourth locking bolt 20 for locking the endoscope fiber tube 34 is arranged along the radial direction of the tube from the bottom end of the endoscope tube 19 , the fourth locking bolt is a butterfly bolt.
并且，在内窥镜导入管19的中下部套接有定位弹力橡胶圈30，该定位弹力橡胶圈30处于支撑横臂15的夹持孔中，便于锁紧。Moreover, a positioning elastic rubber ring 30 is sheathed in the middle and lower part of the endoscope introduction tube 19, and the positioning elastic rubber ring 30 is located in the clamping hole of the supporting cross arm 15, which is convenient for locking.
具体设置中，内窥镜导入管19为双腔室异型管，异型管小腔室28为LED辅光灯21的电源线走线槽，异型管大腔室29为工业内窥镜32的镜头导入通道。In the specific setting, the endoscope introduction tube 19 is a double-chamber special-shaped pipe, the small chamber 28 of the special-shaped pipe is the power line routing groove of the LED auxiliary light 21, and the large chamber 29 of the special-shaped pipe is the lens of the industrial endoscope 32 Import channels.
具体应用中：In specific applications:
配合工业内窥镜检查商业门面用户门头顶棚内供电电缆安全工作状况，是否有用户私自T接外线用电：Cooperate with the industrial endoscope to check the safe working condition of the power supply cable in the ceiling of the commercial facade user, whether there is any user who privately connects to the outside line for electricity:
将内窥镜辅助操控装置置于待查顶棚微创开孔(或顶棚灯具开孔位置)下方，根据现场所检查的顶棚高度，选择合适长度规格的内窥镜导入管19，将内窥镜导入管19装入支撑横臂拐臂15的夹持孔26内，根据现场地形调整升降杆4及定位弹力橡胶圈30在内窥镜导入管19上的相对位置，以调整内窥镜导入管19的定位高度，使内窥镜导入管19的上端接近待查顶棚微创开孔(或顶棚灯具开孔位置)，转动控制台5、松开第二锁紧螺栓17微调支撑横臂15与电动伸缩杆的伸缩管14的相对位置，按动控制按钮7或8使内窥镜导入管19通过顶棚微创开孔(或顶棚灯具开孔位置)进入或退出顶棚空间，紧固第二锁紧螺栓17和第三锁紧螺栓18，将LED辅光灯21的取电插头11连接12V供电插孔10，将工业内窥镜32的镜头送入内窥镜导入管19，直至进入顶棚空间内，用第四锁紧螺栓20锁定工业内窥镜的纤维管以防从内窥镜导入管19内滑落，按动控制按钮7或8上下调整内窥镜导入管19伸入高度，触摸触摸按钮9调节LED辅光灯21的亮度，辅助工业内窥镜32获取最佳观察角和成像效果。Place the endoscope auxiliary control device under the minimally invasive opening of the ceiling to be checked (or the opening position of the ceiling light fixture), select an endoscope introduction tube 19 of appropriate length and specifications according to the ceiling height inspected on site, and place the endoscope Lead-in pipe 19 is packed in the clamping hole 26 of support cross arm crank arm 15, adjusts the relative position of elevating bar 4 and positioning elastic rubber ring 30 on the endoscope lead-in pipe 19 according to the site topography, to adjust the endoscope lead-in pipe 19 positioning height, make the upper end of the endoscope introduction tube 19 close to the minimally invasive opening of the ceiling to be checked (or the opening position of the ceiling lamp), turn the console 5, loosen the second locking bolt 17 and fine-tune the support cross arm 15 and The relative position of the telescopic tube 14 of the electric telescopic rod, press the control button 7 or 8 to make the endoscope introduction tube 19 enter or exit the ceiling space through the minimally invasive opening of the ceiling (or the opening position of the ceiling lamp), and tighten the second lock Tighten the bolt 17 and the third locking bolt 18, connect the power supply plug 11 of the LED auxiliary light 21 to the 12V power supply socket 10, and send the lens of the industrial endoscope 32 into the endoscope introduction tube 19 until it enters the ceiling space Inside, lock the fiber tube of the industrial endoscope with the fourth locking bolt 20 to prevent slipping from the endoscope introduction tube 19, press the control button 7 or 8 to adjust the insertion height of the endoscope introduction tube 19 up and down, touch The button 9 adjusts the brightness of the LED auxiliary light 21 to assist the industrial endoscope 32 to obtain the best viewing angle and imaging effect.
以上，仅为发明的示意性描述，本领域技术人员应该知道，在不偏离本发明的工作原理的基础上，可以对发明作出多种改进，这均属于发明的保护范围。The above is only a schematic description of the invention, and those skilled in the art should know that various improvements can be made to the invention without departing from the working principle of the invention, which all belong to the protection scope of the invention.
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