CN202426501U

CN202426501U - Wireless esophagoscope system

Info

Publication number: CN202426501U
Application number: CN201220026876XU
Authority: CN
Inventors: 乔铁
Original assignee: Guangzhou Baodan Medical Instrument Technology Co Ltd
Current assignee: Guangzhou Baodan Medical Instrument Technology Co Ltd
Priority date: 2012-01-18
Filing date: 2012-01-18
Publication date: 2012-09-12
Anticipated expiration: 2022-01-18

Abstract

The utility model belongs to the field of medical instruments, in particular to a wireless esophagoscope system, which comprises an esophagoscope, wherein the esophagoscope comprises an endoscope work end portion and an operating handle, the front end portion of the endoscope work end portion is integrated with an instrument channel outlet and a charge coupled device (CCD) module, and the operating handle is further provided with a wireless module, a light source device module and a power supply, and further comprises a wireless receiving host which is matched with the wireless module. The wireless module comprises a processing part and a wireless transmitting part, wherein the CCD module obtains images and converts the images into information to be transmitted to the wireless module, and signals of the CCD module are processed into transmitted electromagnetic waves by the processing part of the wireless module. The wireless receiving host comprises a control panel, a host circuit and a receiving module, wherein the host circuit is connected with a monitor. The wireless esophagoscope system can put away complicated lines by transmitting obtained CCD images processed by the wireless module to the wireless receiving host in a wireless signal mode and transmitting to the monitor to be output after being processed by the wireless receiving host, and uses the simplest and efficient wireless technology to transmit the images, thereby liberating doctors, increasing operation flexibility, and increasing operation safety.

Description

Wireless esophagoscope system

Technical field

This utility model belongs to medical instruments field, specifically, relates to a kind of wireless esophagoscope system.

Background technology

At present, wireless technology is very ripe, and it is with the obvious advantage; Through wireless mode; Can reach remote high-efficiency information and transmit, be media through air, can reduce the numerous and diverse of conventional transmission line; Reach the purpose of simplified structure, have three kinds of frequency modulation wireless technology, infrared radio technology and blue tooth wireless technologies at present.

Wireless technology is combined clinical endoscopic technic, can not only simplify surgical environments, and make scope be convenient to sterilization, the efficient that increase equipment uses; Owing to simplified disinfection process, make operating room produce pollutant still less, from point of view of environment protection, reduced pollution to a certain extent to environment, reach the purpose of environmental protection.But, in the prior art, also not with applications of wireless technology in esophagoscope, therefore, it is extremely urgent to research and develop a kind of wireless esophagoscope system that integrates wireless technology.

The utility model content

The purpose of this utility model is the deficiency that overcomes prior art; A kind of wireless esophagoscope system is disclosed; Esophagoscope system that this is wireless is that design is wirelessly transmitted to image and receives main frame and show, avoids receiving the restriction of transmission line, liberates the doctor to greatest extent; Improve the flexibility ratio of doctor's operation, also greatly improve the safety of operation simultaneously.

In order to achieve the above object, this utility model is achieved through following technical scheme:

The described a kind of wireless esophagoscope of this utility model system; Comprise esophagoscope; Said esophagoscope comprises scope work end and operating grip, and said operating grip is provided with instrument channel, and the first end of said scope work end is integrated with instrument channel outlet and CCD module; Also be provided with wireless module, light source device module and power supply on the said operating grip, also comprise the wireless receiving main frame that is used with wireless module; Said wireless module comprises processing section and wireless transmit part; Said CCD module is obtained image and is converted the information transmission into and arrives signal processing the electromagnetic wave for launch of the processing section of the said wireless module of wireless module with the CCD module, and its wireless transmit part is outwards done wireless transmit with signal; Said wireless receiving main frame comprises control panel, host circuit and is used to receive the receiver module of the signal that wireless transmitter module sends, is connected with monitor on the said host circuit.

In this utility model, the design of said light source device module and power supply can have following two kinds of forms:

First kind is; Light/power supply device that said light source device module and power supply become one and design; Said wireless module and light/power supply device all places the terminal part of operating grip, is convenient to operation and grasps, the convenience when improving operation technique; Said light/power supply device converts electrical energy into luminous energy, the lighting demand when satisfying wireless esophagoscope system operation; It also provides CCD module and the required electric energy of wireless module operate as normal simultaneously, and light/power supply device can be dismantled and charging repeatedly.

Second kind is; Said light source device module and power supply are the separate type designs; Said light source device module places on the side of operating grip, and said wireless module and power supply place the terminal part of operating grip, and said power supply is a portable power supplies; This portable power supplies function is the electric energy that CCD module and wireless module operate as normal are provided, and portable power supplies can be dismantled and charging repeatedly; Said light source device module converts electrical energy into luminous energy, satisfies the needs that wireless esophagoscope system uses, and light source device module can be dismantled and memory is charged repeatedly.

In this utility model, the soft scope work end that crooked soft material is processed of serving as reasons, said scope work end, the external diameter of this soft scope work end is 8.0～15.0mm, said instrument channel external diameter≤3.0mm.

Compared with prior art, the beneficial effect of this utility model is:

The described wireless esophagoscope of this utility model is exported the image of gained through wireless module is installed in the esophagoscope through the mode of wireless transmit, abandoned heavy data wire and optical fiber transmission line; Overcome the restriction of doctor in operating process; Make the doctor can in operation, indiscriminately ad. as one wishes use wireless esophagoscope, increase the flexible operation degree, because picture is output synchronously; Do not have hysteresis, the safety of performing the operation is also had very big raising.

Description of drawings

Fig. 1 is the structural representation of the said wireless esophagoscope of this utility model embodiment one system.

Fig. 2 is the structural representation of this utility model embodiment one described esophagoscope.

Fig. 3 is the structural representation of this utility model embodiment two described esophagoscopies.

Fig. 4 is the said wireless esophagoscope system works sketch map of this utility model.

The specific embodiment

Below in conjunction with accompanying drawing and specific embodiment, this utility model made further specify:

Embodiment one:

Like Fig. 1, shown in Figure 4, the described wireless esophagoscope of this utility model system comprises esophagoscope 1, wireless receiving main frame 3, monitor 4, chassis 5.

As shown in Figure 2; Said esophagoscope 1 comprises operating grip 12, scope work end 11; The first end that said operating grip 12 is provided with instrument channel 13, control knob 14 said scope work ends 11 is integrated with instrument channel outlet and CCD module (not shown); Wireless module 16 and light source device module and power supply gathered the light/power supply device 15 in one on the said operating grip 12 also comprises the wireless receiving main frame 3 that is used with wireless module 16; Said wireless module 16 comprises processing section and wireless transmit part; Said wireless module 16 and light/power supply device 15 all places the terminal part of operating grip 12; Being convenient to operation grasps; Convenience when improving operation technique, said light/power supply device 15 converts electrical energy into luminous energy, the lighting demand when satisfying wireless esophagoscope system operation; It also provides CCD module and the required electric energy of wireless module 16 operate as normal simultaneously, and light/power supply device 15 can be dismantled and charging repeatedly.

Said CCD module can be obtained image and convert the information transmission into to wireless module 16 through object lens.The processing section of said wireless module 16 is with the electromagnetic wave of signal processing for launching of CCD module, and its wireless transmit part is outwards done wireless transmit with signal; Said wireless receiving main frame 3 comprises control panel 31, host circuit and is used to receive the receiver module 32 of the signal that wireless transmit partly sends; The signal that the wireless module 16 that said receiver module 32 receives esophagoscope 1 sends outputs to the monitor 4 that is attached thereto through the host circuit processing.

In this utility model; Said scope work end 11 is soft scope work end; This soft scope work end is to process by being easy to crooked material, and soft scope work outer end diameter scope is 8.0～15.0mm, the external diameter≤3.0mm of said instrument channel 13.

Can know that by Fig. 1 and Fig. 4 this utility model is exported the image of gained through wireless module 16 is installed in the esophagoscope through the mode of wireless transmit; Abandon heavy data wire and optical fiber transmission line, overcome the restriction of doctor in operating process, made the doctor can in operation, indiscriminately ad. as one wishes use wireless esophagoscope; Increase the flexible operation degree; Because picture is output synchronously, does not have hysteresis, and the safety of performing the operation is also had very big raising.

Embodiment two:

Present embodiment and embodiment one are basic identical; Its difference is that as shown in Figure 3, the structure of the operating grip 12 of said esophagoscope 1 is different; Said light source device module 17 is separate type designs with power supply 18; Said light source device module 17 places the side of operating grip 12, and said wireless module 16 ' and power supply 18 place the terminal part of operating grip 12, and said power supply 18 is a portable power supplies; These portable power supplies 18 functions are the electric energy that CCD module and wireless module operate as normal are provided, and portable power supply 18 can be dismantled and charging repeatedly; Said light source device module 17 converts electrical energy into luminous energy, satisfies the needs that wireless esophagoscope system uses, and light source device module 17 can be dismantled and memory is charged repeatedly.

This utility model is not limited to above-mentioned embodiment; Every spirit and scope that the various changes or the modification of this utility model are not broken away from this utility model; If these are changed and modification belongs within the claim and equivalent technologies scope of this utility model, then this utility model also means and comprises these changes and modification.

Claims

1. wireless esophagoscope system; Comprise esophagoscope; Said esophagoscope comprises scope work end and operating grip, and said operating grip is provided with instrument channel, it is characterized in that: the first end of said scope work end is integrated with instrument channel outlet and CCD module; Also be provided with wireless module, light source device module and power supply on the said operating grip, also comprise the wireless receiving main frame that is used with wireless module; Said wireless module comprises processing section and wireless transmit part; Said CCD module is obtained image and is converted the information transmission into and arrives signal processing the electromagnetic wave for launch of the processing section of the said wireless module of wireless module with the CCD module, and its wireless transmit part is outwards done wireless transmit with signal; Said wireless receiving main frame comprises control panel, host circuit and is used to receive the receiver module of the signal that wireless transmitter module sends, is connected with monitor on the said host circuit.

2. wireless esophagoscope according to claim 1 system is characterized in that: the become one light/power supply device of design of said light source device module and power supply, said wireless module and light/power supply device all places the terminal part of operating grip.

3. wireless esophagoscope according to claim 1 system, it is characterized in that: said light source device module and power supply are the separate type designs, and said light source device module places the side of operating grip, and said wireless module and power supply place the terminal part of operating grip.

4. according to each described wireless esophagoscope system of claim 1 to 3, it is characterized in that: the soft scope work end that crooked soft material is processed of serving as reasons, said scope work end, the external diameter of this soft scope work end is 8.0～15.0mm.

5. wireless esophagoscope according to claim 1 system is characterized in that: said instrument channel external diameter≤3.0mm.