CN202948200U - Endoscope device with wireless transmission function - Google Patents

Abstract

The utility model discloses an endoscope device with wireless transmission function, which comprises a monitor, a wireless transmitter and an endoscope tube. The monitor comprises a shell, a first tube connecting terminal, a plurality of control keys, a monitoring screen and a wireless receiving module. The wireless transmitter comprises a coating shell, a plurality of control buttons, a second tube connecting terminal and a wireless sending module. The inner sight glass tube is detachably connected with the first glass tube connecting terminal or the second glass tube connecting terminal. When the inner lens tube is connected with the second lens tube connecting terminal, the wireless sending module can be used for transmitting the image captured by the lens of the inner lens tube to the wireless receiving module and receiving the image by the monitoring screen.

Description

Translated fromChinese

具无线传输功能的内视镜装置Endoscope device with wireless transmission function

技术领域technical field

本实用新型涉及一种内视镜，特别是指一种具无线传输功能的内视镜装置。 The utility model relates to an endoscope, in particular to an endoscope device with wireless transmission function. the

背景技术Background technique

一般内视镜结构具有一条细长的可挠曲管，该可挠曲管一端通过排线连接，用以接受摄影装置及光源所传输电子信号的电路板，并利用一外筒将摄影装置，光源及电路板故设于该可挠曲管前端，且该摄影装置接上显示器后可将身体器官、交通工具内部、电子装置中的元件及建筑物裂缝的构造显示于屏幕上，医师、建筑师、电子、机构工程师及技师即可通过屏幕上的影像诊断受检者的疾病。 The general endoscope structure has a slender flexible tube, and one end of the flexible tube is connected by a cable to receive the circuit board of the electronic signal transmitted by the photographic device and the light source, and use an outer cylinder to connect the photographic device, The light source and the circuit board are arranged at the front end of the flexible tube, and after the camera device is connected to the display, the structure of the body organs, the interior of the vehicle, the components in the electronic device and the cracks in the building can be displayed on the screen. Physicians, electronics, institutional engineers and technicians can diagnose the diseases of the subjects through the images on the screen. the

随着内视镜摄影装置的技术日渐提升，其应用也越来越广泛，传统有线内视摄影装置因其受限于传输距离的限制，造成无法于远处或无法于复杂地形、复杂物体穿越可挠曲软管，造成距离上大大受到限制，因此业界并研发设计出一种无线内视镜摄影装置。 As the technology of endoscopic photography devices is improving day by day, its applications are becoming more and more extensive. Traditional wired endoscopic photography devices are limited by the transmission distance, making it impossible to travel far away or pass through complex terrains and complex objects. The flexible hose greatly limits the distance, so the industry has developed and designed a wireless endoscopic photography device. the

现有的无线内视镜摄影装置具有一无线发射单元、一可挠曲软管、一摄影装置及光源装置所构成的第一主体，以及具有无线接收单元及一显示屏幕的一第二主体，无线内视镜摄影装置可通过光源装置所反射的光线进入于摄影装置，利用摄影装置产生的影像信号，通过无线发射单元经无线接收单元至显示屏幕上。现有的分离式内视镜摄影装置的优点在于其传输距离远，不受有线内视镜摄影装置可挠曲软管长度尺寸的限制，可方便多人观看。 The existing wireless endoscopic photography device has a first main body composed of a wireless transmitting unit, a flexible hose, a photographing device and a light source device, and a second main body with a wireless receiving unit and a display screen, The wireless endoscope photographing device can enter the photographing device through the light reflected by the light source device, and use the image signal generated by the photographing device to be sent to the display screen through the wireless transmitting unit and the wireless receiving unit. The advantage of the existing separate endoscope photography device is that it has a long transmission distance and is not limited by the length and size of the flexible hose of the wired endoscope photography device, which is convenient for many people to watch. the

然而，现有无线分离式内视镜设影装置于单人操作时，使用者双手必须同时手持无线分离式内视镜摄影装置的第一主体及第二主体，而无法空余出一只手或两只手以操作其他作业。 However, when the existing wireless detachable endoscope imaging device is operated by a single person, the user must hold the first main body and the second main body of the wireless detachable endoscope imaging device with both hands at the same time, and cannot spare one hand or Two hands for other tasks. the

发明内容Contents of the invention

本实用新型的主要目的，旨在提供一种具无线传输功能的内视镜装置，以 解决上述现有技术中所存在的问题。 The main purpose of this utility model is to provide a kind of endoscope device with wireless transmission function, to solve the problems existing in the above-mentioned prior art. the

为了达到上述目的，本实用新型提供一种具无线传输功能的内视镜装置，包含： In order to achieve the above purpose, the utility model provides an endoscope device with wireless transmission function, comprising:

一监控器，包括： a monitor, including:

一外壳体； a casing;

一第一镜管连接端子，是设于该外壳体的一端； A first mirror tube connection terminal is located at one end of the outer casing;

多个操控按键，设置于该外壳体的一侧面； A plurality of control buttons are arranged on one side of the outer casing;

一监控屏幕，装设于该外壳体的一侧面并邻近多个操控按钮； A monitoring screen, installed on one side of the outer casing and adjacent to a plurality of control buttons;

一无线接收模块，是设置于该外壳体内； A wireless receiving module is arranged in the outer shell;

一无线传输器，包括： A wireless transmitter, comprising:

一包覆壳体； a cladding shell;

多个控制按钮，是设置于该包覆壳体的一侧； A plurality of control buttons are arranged on one side of the covering shell;

一第二镜管连接端子，是设置于该包覆壳体的一端；及 A second mirror tube connecting terminal is arranged at one end of the covering shell; and

一无线发送模块，是设于该包覆壳体内，该无线发送模块是无线连接该无线接收模块；及 A wireless sending module is located in the covering shell, and the wireless sending module is wirelessly connected to the wireless receiving module; and

一内视镜管，是可拆卸地供连接该第一镜管连接端子或该第二镜管连接端子，当该内视镜管连接该第一镜管连接端子时，该内视镜管所撷取的影像是以有线方式传输至该监控屏幕，当该内视镜管连接该第二镜管连接端子时，该内视镜管所撷取的影像是由该无线发送模块无线传输至该无线接收模块，并传输至该监控屏幕。 An endoscope tube is detachably connected to the first mirror tube connection terminal or the second mirror tube connection terminal. When the endoscope tube is connected to the first mirror tube connection terminal, the endoscope tube The captured image is transmitted to the monitoring screen in a wired manner. When the endoscope tube is connected to the second mirror tube connection terminal, the image captured by the endoscope tube is wirelessly transmitted to the monitor by the wireless sending module. Wireless receiving module, and transmit to the monitoring screen. the

其中，该内视镜管更设有一内视镜头及一照明模块，该内视镜头设于该内视镜管的一端，该照明模块设于该内视镜头的周围。 Wherein, the endoscope tube is further provided with an inner view lens and an illumination module, the inner view lens is arranged at one end of the endoscope tube, and the illumination module is arranged around the inner view lens. the

其中，该无线传输器更具有一照明亮度调整元件，该照明亮度调整元件是供调整该照明模块的亮度。 Wherein, the wireless transmitter further has an illumination brightness adjustment element, and the illumination brightness adjustment element is used for adjusting the brightness of the illumination module. the

其中，当该内视镜管连接该第二镜管连接端子时，该无线传输器是将该内视镜管所接收的影像传输至该监控器，并由该监控屏幕显示影像。 Wherein, when the endoscope tube is connected to the second mirror tube connection terminal, the wireless transmitter transmits the image received by the endoscope tube to the monitor, and the monitor screen displays the image. the

其中，该内视镜管更具有一摆动机构，该摆动机构是供调整该内视镜管的转动方向。 Wherein, the endoscope tube further has a swing mechanism, and the swing mechanism is used to adjust the rotation direction of the endoscope tube. the

其中，该摆动机构具有一镜头摆动控制旋钮及一镜头转环。 Wherein, the swing mechanism has a lens swing control knob and a lens swivel ring. the

其中，该镜头摆动控制旋钮是供左右偏摆该内视镜头，该镜头转环是供以该内视镜管的轴心轴向转动该内视镜头。 Wherein, the lens swing control knob is for swinging the inner viewing lens left and right, and the lens swivel is for axially rotating the inner viewing lens with the shaft center of the inner viewing tube. the

其中，该监控器更具有一记忆卡插槽，该记忆卡插槽是供插设安装一记忆卡。 Wherein, the monitor further has a memory card slot, and the memory card slot is for inserting and installing a memory card. the

其中，该监控器更具有一USB连接口。 Wherein, the monitor further has a USB connection port. the

与现有技术相比，本实用新型的功效在于可通过无线传输器传输影像信号至监控器上，而可简化操作，或便于人员监控工件内的影像。 Compared with the prior art, the utility model has the effect that the image signal can be transmitted to the monitor through the wireless transmitter, so that the operation can be simplified, or it is convenient for personnel to monitor the image in the workpiece. the

本实用新型具无线传输功能的内视镜装置，其另一功效在于该内视镜装置可随需求而随时采用有线/无线的连接方式，而更具有弹性。 Another effect of the endoscope device with wireless transmission function of the present invention is that the endoscope device can adopt wired/wireless connection mode at any time according to the demand, so that it is more flexible. the

附图说明Description of drawings

图1为本实用新型具无线传输功能较佳实施例的内视镜分解图。 Fig. 1 is an exploded view of an endoscope with a wireless transmission function in a preferred embodiment of the present invention. the

图2为本实用新型具无线传输功能内视镜较佳实施例的第一组接示意图。 Fig. 2 is a first assembly diagram of a preferred embodiment of the endoscope with wireless transmission function of the present invention. the

图3为本实用新型具无线传输功能内视镜较佳实施例使用示意图。 Fig. 3 is a schematic view of a preferred embodiment of the endoscope with wireless transmission function of the present invention. the

图4为本实用新型具无线传输功能的内视镜较佳实施例第二组接示意图。 Fig. 4 is a schematic diagram of the second assembly of the preferred embodiment of the endoscope with wireless transmission function of the present invention. the

图5为本实用新型具无线传输功能的内视镜摆动机构较佳实施例第一示意图。 Fig. 5 is the first schematic diagram of a preferred embodiment of the endoscope swing mechanism with wireless transmission function of the present invention. the

图6为本实用新型具无线传输功能的内视镜较佳实施例第二示意图。 Fig. 6 is a second schematic diagram of a preferred embodiment of the endoscope with wireless transmission function of the present invention. the

图7为本实用新型具无线传输功能的内视镜较佳实施例第三示意图。 Fig. 7 is a third schematic diagram of a preferred embodiment of the endoscope with wireless transmission function of the present invention. the

附图标记说明：1-具无线传输功能的内视镜；11-监控器；111-外壳体；112-第一镜管连接端子；113-操控按键；114-监控屏幕；115-无线接收模块；116-记忆卡插槽；117-USB连接口；12-无线传输器；121-包覆壳体；122-控制按钮；123-第二镜管连接端子；124-照明亮度调整元件；125-无线发送模块；13-内视镜管；131-管体；132-内视镜头；133-照明模块；134-摆动机构；1341-镜头摆动旋钮；1342-镜头转环。 Explanation of reference signs: 1-endoscope with wireless transmission function; 11-monitor; 111-outer shell; 112-first mirror tube connection terminal; 113-control button; 114-monitoring screen; 115-wireless receiving module 116-memory card slot; 117-USB connection port; 12-wireless transmitter; 121-coating shell; 122-control button; 123-second mirror tube connection terminal; 13-endoscope tube; 131-tube body; 132-endoscope lens; 133-lighting module; 134-swing mechanism; 1341-lens swing knob; 1342-lens swivel. the

具体实施方式Detailed ways

为使贵审查委员能清楚了解本实用新型的内容，谨以下列说明搭配图式，敬请参阅。 In order to enable your examiner to clearly understand the content of this utility model, the following descriptions are used to match the drawings, please refer to them. the

请参阅图1及图2所示，其为本实用新型具无线传输功能内视镜较佳实施例的内视镜分解图及第一组接示意图。图中，该具无线传输功能的内视镜1包含一监控器11、一无线传输器12及一内视镜管13。 Please refer to FIG. 1 and FIG. 2 , which are an exploded view of the endoscope and a schematic diagram of the first assembly of a preferred embodiment of the endoscope with wireless transmission function of the present invention. In the figure, theendoscope 1 with wireless transmission function includes amonitor 11 , awireless transmitter 12 and anendoscope tube 13 . the

该监控器11包括一外壳体111、一第一镜管连接端子112、多个操控按键 113、一监控屏幕114、一无线接收模块115、一记忆卡插槽116及一USB连接口117。 Themonitor 11 includes anouter shell 111, a first mirrortube connection terminal 112, a plurality ofcontrol buttons 113, amonitoring screen 114, awireless receiving module 115, amemory card slot 116 and aUSB connection port 117. the

在本实施例中，该外壳体111为一长方体型，以塑胶材质所制成的中空壳体。该第一镜管连接端子112可为一圆型连接端子，其内设有多个连接针脚(pin)，并设于该外壳体111的一端。该多个操控按键113则设置于该外壳体111的一侧，其可供使用者操控，而得执行开关、拍照、录影、影像亮度调整、缩放等各式功能。 In this embodiment, theouter shell 111 is a cuboid hollow shell made of plastic material. The first mirrortube connection terminal 112 can be a round connection terminal with a plurality of connection pins disposed therein and disposed at one end of theouter casing 111 . The plurality ofcontrol buttons 113 are arranged on one side of theouter casing 111 , which can be manipulated by the user to perform various functions such as switching, taking pictures, recording videos, adjusting image brightness, and zooming. the

该监控屏幕114可为一液晶屏幕，其装设于该外壳体111的一侧面，并邻接于该多个操控按钮，其可供使用者通过该监控屏幕114监看影像。 Themonitor screen 114 can be a liquid crystal screen, which is installed on a side of theouter shell 111 and adjacent to the plurality of control buttons, which allows users to monitor images through themonitor screen 114 . the

该无线接收模块115则设置于该外壳体111内，其可供收发无线信号。 Thewireless receiving module 115 is disposed in theouter shell 111 and is capable of sending and receiving wireless signals. the

该记忆卡插槽116设于该外壳体111的一侧，其可供插设记忆卡，作为储存媒介，以供使用者拍照或录影存档。 Thememory card slot 116 is disposed on one side of theouter shell 111 , and it can be inserted into a memory card as a storage medium for users to take pictures or record videos for archiving. the

该USB连接口117设于该外壳体111的一侧，其可插设USB连接线，以供与电脑电性连接来传输数据。 TheUSB connection port 117 is disposed on one side of theouter casing 111 , and can be plugged with a USB connection cable for electrical connection with a computer for data transmission. the

该无线传输器12包括一包覆壳体121、多个控制按钮122、一第二镜管连接端子123、一照明亮度调整元件124及一无线发送模块125。 Thewireless transmitter 12 includes acasing 121 , a plurality ofcontrol buttons 122 , a second mirrortube connection terminal 123 , an illuminationbrightness adjustment element 124 and awireless sending module 125 . the

该包覆壳体121是呈一圆柱型，其可以塑胶材质所制成。 The coveringshell 121 is cylindrical and can be made of plastic material. the

该多个控制按钮122则设置于该包覆壳体121的一侧，其可供开关该无线传输器12。 The plurality ofcontrol buttons 122 are disposed on one side of thecasing 121 for switching thewireless transmitter 12 on and off. the

该第二镜管连接端子123的端子结构与第一镜管连接端子112的端子结构相同，其设置于该包覆壳体121的一侧。 The terminal structure of the second mirrortube connecting terminal 123 is the same as that of the first mirrortube connecting terminal 112 , and is disposed on one side of thecasing 121 . the

该照明亮度调整元件124则设置于该包覆壳体121的一侧，当该内视镜管13连接于该无线传输器12时，其可供调整该内视镜管13的照明亮度。 The illuminationbrightness adjusting element 124 is disposed on one side of thecasing 121 , and can adjust the illumination brightness of theendoscope tube 13 when theendoscope tube 13 is connected to thewireless transmitter 12 . the

该无线发送模块125则设于该包覆壳体121内，其可供收发无线信号，并无线连接于该无线接收模块115。 Thewireless sending module 125 is disposed in thecasing 121 , which can send and receive wireless signals, and is wirelessly connected to thewireless receiving module 115 . the

该内视镜管13则由一管体131、一内视镜头132及一照明模块133。该管体131为一可挠式弯管，其可随欲探查的工件内部蜿蜒伸入。该内视镜头132则设置于该内视镜管13的一端，其可供撷取工件内部的影像。该照明模块133则可由多个发光二极体所组成，其环设于该内视镜头132的周围，而可提供必要的照明亮度。 Theendoscope tube 13 consists of atube body 131 , anendoscope lens 132 and anillumination module 133 . Thepipe body 131 is a flexible bent pipe, which can meander and extend into the inside of the workpiece to be probed. Theendoscopic lens 132 is disposed at one end of theendoscopic tube 13 and can capture images inside the workpiece. Thelighting module 133 can be composed of a plurality of light emitting diodes, which are arranged around theinterior lens 132 to provide necessary lighting brightness. the

请参照图3，其为本实用新型具无线传输功能的内视镜装置较佳实施例使用 示意图。当使用者欲以无线方式操作内视镜装置时，可将该内视镜管13插设及可拆卸地连接于该第二镜管连接端子123，再启动该无线传输器12的电源；此时，由该内视镜头132所撷取的影像则由该无线发送模块125无线传输至该无线接收模块115，再由该监控屏幕114显示影像，可方便监控人员观看，而不用受制于线材的长度而导致观看不便的情形发生，或因该监控器11过于笨重导致操控不易。或可供一人操作调整内视镜管13，另一人监控监视器，而更具效率。 Please refer to Fig. 3, it is the preferred embodiment of endoscope device with wireless transmission function of the present utility model to use schematic diagram. When the user wants to operate the endoscope device in a wireless manner, theendoscope tube 13 can be inserted and detachably connected to the second mirrortube connection terminal 123, and then the power supply of thewireless transmitter 12 can be started; At this time, the image captured by theinternal viewing lens 132 is wirelessly transmitted to thewireless receiving module 115 by thewireless sending module 125, and then displayed on themonitoring screen 114, which is convenient for monitoring personnel to watch without being limited by wires. It is inconvenient to watch because of the length of the monitor, or themonitor 11 is too bulky to handle easily. Or it can be used for one person to operate and adjust theendoscope tube 13, and another person monitors the monitor, which is more efficient. the

请参照图4，其为本实用新型具无线传输功能的内视镜第二组接示意图。此外，由于该监控器11上亦设有一第一镜管连接端子112，该内视镜管13亦可拆卸地直接接设于该第一镜管连接端子112上，而以有线方式操作。 Please refer to FIG. 4 , which is a schematic diagram of the second assembly of the endoscope with wireless transmission function of the present invention. In addition, since themonitor 11 is also provided with a first mirrortube connection terminal 112 , theendoscope tube 13 is also detachably connected directly to the first mirrortube connection terminal 112 to operate in a wired manner. the

请参照图5、图6及图7，其为本实用新型具无线传输功能的内视镜的摆动机构第一示意图、第二示意图及第三示意图。此外，为方便该内视镜管13伸入于工件内部时摆动或转动，该内视镜管13更可具有一摆动机构134，其可供调整该内视镜管13的转动方向。 Please refer to FIG. 5 , FIG. 6 and FIG. 7 , which are the first schematic diagram, the second schematic diagram and the third schematic diagram of the swing mechanism of the endoscope with wireless transmission function of the present invention. In addition, in order to facilitate the swing or rotation of theendoscope tube 13 when inserted into the workpiece, theendoscope tube 13 may further have aswing mechanism 134 for adjusting the rotation direction of theendoscope tube 13 . the

该摆动机构134具有一镜头摆动旋钮1341及一镜头转环1342。该镜头摆动旋钮1341设于该内视镜管13的一端，其可供控制该内视镜头132左右偏摆。该镜头转环1342则供以该内视镜管13管体131的轴心轴向转动该内视镜头132。由此，对于内部蜿蜒复杂的工件，可更方便伸入探查。 Theswing mechanism 134 has alens swing knob 1341 and alens swivel ring 1342 . Thelens swing knob 1341 is disposed at one end of theendoscope tube 13 and can be used to control the left and right swing of theendoscope lens 132 . Thelens swivel 1342 is used to rotate theinner lens 132 axially around the axis of thetube body 131 of theendoscope tube 13 . As a result, it is more convenient to penetrate into the workpiece with complicated inner windings. the

综上所述，本实用新型具无线传输功能的内视镜装置，其功效在于可通过无线传输器传输影像信号至监控器上，而可简化操作，或便于人员监控工件内的影像。 To sum up, the endoscope device with wireless transmission function of the present invention has the function of transmitting image signals to a monitor through a wireless transmitter, thereby simplifying operations, or facilitating personnel to monitor images in workpieces. the

本实用新型具无线传输功能的内视镜装置，其另一功效在于该内视镜装置可随需求而随时采用有线/无线的连接方式，而更具有弹性。 Another effect of the endoscope device with wireless transmission function of the present invention is that the endoscope device can adopt wired/wireless connection mode at any time according to the demand, so that it is more flexible. the

以上所述者，仅为本实用新型的较佳实施例而已，并非用以限定本实用新型实施的范围，在不脱离本实用新型的精神与范围下所作的均等变化与修饰，皆应涵盖于本实用新型的专利范围内。 The above-mentioned ones are only preferred embodiments of the present utility model, and are not intended to limit the scope of implementation of the present utility model. All equal changes and modifications made without departing from the spirit and scope of the present utility model should be covered by the present utility model. Within the patent scope of the utility model. the

本实用新型的具无线传输功能的内视镜装置，是具有专利的实用新型性，及对产业的利用价值；申请人依专利法的规定，向钧局提起新型专利的申请。 The endoscope device with wireless transmission function of the utility model is a patented utility model and has utility value to the industry; the applicant filed an application for a new patent with the Jun Bureau in accordance with the provisions of the Patent Law. the

Claims (9)

Translated fromChinese

1.一种具无线传输功能的内视镜装置，其特征在于，包含： 1. An endoscope device with wireless transmission function, characterized in that, comprising:一监控器，包括： a monitor, including:一外壳体； a casing;一第一镜管连接端子，是设于该外壳体的一端； A first mirror tube connection terminal is located at one end of the outer casing;多个操控按键，设置于该外壳体的一侧面； A plurality of control buttons are arranged on one side of the outer shell;一监控屏幕，装设于该外壳体的一侧面并邻近多个操控按钮； A monitoring screen, installed on one side of the outer casing and adjacent to a plurality of control buttons;一无线接收模块，是设置于该外壳体内； A wireless receiving module is arranged in the outer shell;一无线传输器，包括： A wireless transmitter, comprising:一包覆壳体； a cladding shell;多个控制按钮，是设置于该包覆壳体的一侧； A plurality of control buttons are arranged on one side of the covering shell;一第二镜管连接端子，是设置于该包覆壳体的一端；及 A second mirror tube connecting terminal is arranged at one end of the covering shell; and一无线发送模块，是设于该包覆壳体内，该无线发送模块是无线连接该无线接收模块；及 A wireless sending module is located in the covering shell, and the wireless sending module is wirelessly connected to the wireless receiving module; and一内视镜管，是可拆卸地供连接该第一镜管连接端子或该第二镜管连接端子，当该内视镜管连接该第一镜管连接端子时，该内视镜管所撷取的影像是以有线方式传输至该监控屏幕，当该内视镜管连接该第二镜管连接端子时，该内视镜管所撷取的影像是由该无线发送模块无线传输至该无线接收模块，并传输至该监控屏幕。 An endoscope tube is detachably connected to the first mirror tube connection terminal or the second mirror tube connection terminal. When the endoscope tube is connected to the first mirror tube connection terminal, the endoscope tube The captured image is transmitted to the monitoring screen in a wired manner. When the endoscope tube is connected to the second mirror tube connection terminal, the image captured by the endoscope tube is wirelessly transmitted to the monitor by the wireless sending module. Wireless receiving module, and transmit to the monitoring screen. the2.根据权利要求1所述的具无线传输功能的内视镜装置，其特征在于，该内视镜管更设有一内视镜头及一照明模块，该内视镜头设于该内视镜管的一端，该照明模块设于该内视镜头的周围。 2. The endoscope device with wireless transmission function according to claim 1, characterized in that, the endoscope tube is further provided with an inside lens and an illumination module, and the inside lens is arranged on the endoscope tube The lighting module is arranged around the inner viewing lens. the3.根据权利要求2所述的具无线传输功能的内视镜装置，其特征在于，该无线传输器更具有一照明亮度调整元件，该照明亮度调整元件是供调整该照明模块的亮度。 3 . The endoscope device with wireless transmission function according to claim 2 , wherein the wireless transmitter further has an illumination brightness adjustment element, and the illumination brightness adjustment element is used to adjust the brightness of the illumination module. 4 . the4.根据权利要求2所述的具无线传输功能的内视镜装置，其特征在于，当该内视镜管连接该第二镜管连接端子时，该无线传输器是将该内视镜头所接收的影像传输该监控器，并由该监控屏幕显示影像。 4. The endoscope device with wireless transmission function according to claim 2, characterized in that, when the endoscope tube is connected to the second mirror tube connection terminal, the wireless transmitter is the The received image is transmitted to the monitor, and the image is displayed on the monitor screen. the5.根据权利要求2所述的具无线传输功能的内视镜装置，其特征在于，该内视镜管更具有一摆动机构，该摆动机构是供调整该内视镜管的转动方向。 5 . The endoscope device with wireless transmission function according to claim 2 , wherein the endoscope tube further has a swing mechanism for adjusting the rotation direction of the endoscope tube. the6.根据权利要求5所述的具无线传输功能的内视镜装置，其特征在于，该摆动机构具有一镜头摆动控制旋钮及一镜头转环。 6 . The endoscope device with wireless transmission function according to claim 5 , wherein the swing mechanism has a lens swing control knob and a lens swivel ring. the7.根据权利要求6所述的具无线传输功能的内视镜装置，其特征在于，该镜头摆动控制旋钮是供左右偏摆该内视镜头，该镜头转环是供以该内视镜管的轴心轴向转动该内视镜头。 7. The endoscope device with wireless transmission function according to claim 6, characterized in that, the lens swing control knob is for swinging the endoscope lens left and right, and the lens swivel is for the endoscope tube The axis of the shaft rotates the inner viewing lens axially. the8.根据权利要求1所述的具无线传输功能的内视镜装置，其特征在于，该监控器更具有一记忆卡插槽，该记忆卡插槽是供插设安装一记忆卡。 8 . The endoscope device with wireless transmission function according to claim 1 , wherein the monitor further has a memory card slot for inserting and installing a memory card. the9.根据权利要求1所述的具无线传输功能的内视镜装置，其特征在于，该监控器更具有一USB连接口。 9. The endoscope device with wireless transmission function according to claim 1, wherein the monitor further has a USB connection port. the

Images