CN210931331U

CN210931331U - Integrated portable arthroscope

Info

Publication number: CN210931331U
Application number: CN201921534190.XU
Authority: CN
Inventors: 杨勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-09-16
Filing date: 2019-09-16
Publication date: 2020-07-07
Anticipated expiration: 2029-09-16

Abstract

The utility model discloses an integrated portable arthroscope, which comprises a miniature camera, a miniature LED lamp bank, an interventional catheter, a connecting cap, an operation rear platform, a video conversion module, a touch display screen, a storage module, a switch bank, a handle, a charging socket, a data line, a USB signal output socket, an AT89C2051 singlechip, a charging and discharging control circuit, a lithium battery bank, an illumination wire, a wire plug seat, a connector, a video signal source connecting wire, a video signal plug seat and a screw thread; the connector that the connection cap that adopts to intervene pipe rear end will operate the rear platform is even as an organic whole, can communicate illumination wire and video signal source connecting wire effectively, and intervene the miniature camera of taking miniature LED banks of pipe front end, the accessible intervenes the operation and puts into in the patient joint clearance, make things convenient for medical personnel to observe the pathological change condition in the joint through touch display screen, the rethread puts surgical instruments, get rid of the lesion or carry out the joint clearance, but have and break away from the advantage that external equipment cooperation carries out independent utility.

Description

Integrated portable arthroscope

Technical Field

The invention relates to the technical field of medical equipment, in particular to an integrated portable arthroscope.

Background

Osteoarthropathy comprises gonarthritis, lumbar spondylosis, cervical spondylosis, rheumatism, rheumatoid arthritis, hyperosteogeny, osteoporosis and the like, is a high morbidity of the aged people, has a morbidity rate of 50% in the aged people over 60 years old in China, and is regarded as one of three killers harming human health by world health organization. The arthroscopic surgery is to insert a lens metal tube with a lighting device into a joint cavity through a small incision, enlarge the internal structure of the joint cavity on a monitor, observe the pathological changes and the parts in the joint cavity, and simultaneously perform comprehensive examination and clean the pathological changes under the monitoring of a television. Arthroscopy surgery is a minimally invasive surgery, arthroscopy with two functions of diagnosis and treatment is typical of orthopedic minimally invasive surgery, high clinical accuracy and low injury encourages people to use the arthroscopy to assist diagnosis, judge prognosis and provide an effective treatment method, and more doctors and patients receive the method. However, the common arthroscope needs to be externally connected with a video terminal, a power supply and other equipment, cannot be used independently, and brings great inconvenience to outdoor rescue or places inconvenient for connecting terminal equipment.

Disclosure of Invention

The present invention has been made to solve the above-mentioned problems occurring in the prior art.

In order to achieve the above purpose, the technical solution of the invention is: an integrated portable arthroscope comprises a miniature camera, a miniature LED lamp bank, an interventional catheter, a connecting cap, an operation rear platform, a video conversion module, a touch display screen, a storage module, a switch bank, a handle, a charging socket, a data line, a USB signal output socket, an AT89C2051 single chip microcomputer, a charging and discharging control circuit, a lithium battery bank, an illumination lead, a lead plug seat, a connector, a video signal source connecting line, a video signal plug seat and a screw thread; an interventional catheter is made of stainless steel materials, a miniature camera is arranged at the front part of the interventional catheter, a miniature LED lamp bank is arranged around the rear side of the miniature camera, a connecting cap is arranged at the rear part of the interventional catheter, and a lead plug and a video signal plug are arranged on the inner side of the connecting cap; adopt stainless steel material preparation operation back platform, operation back platform front end sets up the connector of taking the screw thread, and the front end of connector is equipped with wire socket and video signal socket, and the lower part sets up the data socket of data line, and the rear side upper portion of operation back platform sets up touch display screen, and touch display screen rear portion sets up the handle, and the upper portion of handle sets up the switch group, and the rear portion of handle sets up the socket that charges.

The video signal source connecting line of the miniature camera at the front end of the interventional catheter is connected with the video signal plug at the inner side of the connecting cap through the inside of the interventional catheter; the lighting wire of the front end micro LED lamp group of the interventional catheter is connected with the wire plug on the inner side of the connecting cap through the inside of the interventional catheter.

The wire plug and the video signal plug which are inserted into the rear end of the catheter are inserted into the wire socket and the video signal socket of the connector at the front end of the platform after operation, and then the connecting cap is buckled in the screw thread of the connector to be screwed and fixedly connected into a whole.

The inside video conversion module that sets up of operation rear platform, the inside AT89C2051 singlechip and the storage module of setting up of front side of handle, the inside charge-discharge control circuit and the lithium cell group of setting up of rear side of handle.

Further, the lithium battery pack is connected with an external power grid power supply through a charging and discharging control circuit and a charging socket; the AT89C2051 singlechip is connected with a lithium battery pack through a charge-discharge control circuit in a power supply manner, and a video signal source connecting line of the miniature camera is controlled by the switch group and the AT89C2051 singlechip in a dual manner and is respectively connected with the touch display screen and the storage module after passing through the video conversion module; the video conversion module is connected with a data socket with a data line.

The invention has the beneficial effects that: the connector that the connection cap of pipe rear end will operate the rear platform is even as an organic whole in the adoption intervenes, can communicate illumination wire and video signal source connecting wire effectively, and intervene the miniature camera of taking miniature LED banks of pipe front end, the accessible intervenes the operation and puts into in the patient joint clearance, make things convenient for medical personnel to observe the pathological change condition in the joint through touch display screen, the rethread puts surgical instruments, get rid of the lesion or carry out the joint clearance, it can deviate from the external equipment cooperation portably to have, the advantage of independent use carries out, be the portable arthroscope of the integration of ideal.

Drawings

The invention will be further described with reference to the accompanying drawings and specific embodiments.

FIG. 1 is a schematic diagram of an appearance structure of an integrated portable arthroscope;

fig. 2 is a schematic diagram of the internal structure of a connecting cap of an integrated portable arthroscope.

In the figure: 1. miniature camera, 2, miniature LED banks, 3, intervene the pipe, 4, connect the cap, 5, operation back platform, 6, video conversion module, 7, touch display screen, 8, storage module, 9, the switch is sufficient, 10, the handle, 11, the socket that charges, 12, data socket, 13, the data line, 14, USB signal output socket, 15, AT89C2051 singlechip, 16, charge-discharge control circuit, 17, lithium cell group, 18, the illumination wire, 19, the wire plug seat, 20, the connector, 21, video signal source connecting wire, 22, the video signal plug seat, 23, the screw thread.

Detailed Description

As shown in fig. 1 and 2, an integrated portable arthroscope comprises a micro camera 1, a micro LED lamp bank 2, an interventional catheter 3, a connecting cap 4, an operation rear platform 5, a video conversion module 6, a touch display screen 7, a storage module 8, a switch bank 9, a handle 10, a charging socket 11, a data socket 12, a data line 13, a USB signal output socket 14, an AT89C2051 single chip microcomputer 15, a charging and discharging control circuit 16, a lithium battery bank 17, an illumination wire 18, a wire plug socket 19, a connector 20, a video signal source connecting line 21, a video signal plug socket 22 and a screw thread 23; an interventional catheter 3 is made of stainless steel materials, a miniature camera 1 is arranged at the front part of the interventional catheter 3, a miniature LED lamp bank 2 is arranged around the rear side of the miniature camera 1, a connecting cap 4 is arranged at the rear part of the interventional catheter 3, and a lead plug 19 and a video signal plug 22 are arranged on the inner side of the connecting cap 4; adopt stainless steel material preparation operation rear platform 5, operation rear platform 5 front end sets up connector 20 of taking screw 23, and the front end of connector 20 is equipped with wire socket and video signal socket, and the lower part sets up data socket 12 of data line 13, and the rear side upper portion of operation rear platform 5 sets up touch display screen 7, and touch display screen 7 rear portion sets up handle 10, and the upper portion of handle 10 sets up switch group 9, and the rear portion of handle 10 sets up charging socket 11.

The video signal source connecting line 21 of the miniature camera 1 at the front end of the interventional catheter 3 is connected with the video signal plug 22 at the inner side of the connecting cap 4 through the inside of the interventional catheter 3; the lighting lead 18 of the micro LED lamp group 2 at the front end of the interventional catheter 3 is connected with the lead plug 19 at the inner side of the connecting cap 4 through the inside of the interventional catheter 3.

The wire plug 19 and the video signal plug 22 at the rear end of the interventional catheter 3 are inserted into the wire socket and the video signal socket of the connector 20 at the front end of the platform 5 after operation, and then the connecting cap 4 is screwed and fixedly connected into a whole in the screw thread 23 of the connector 20.

The operation rear platform 5 is internally provided with a video conversion module 6, the front side of the handle 10 is internally provided with an AT89C2051 single chip microcomputer 15 and a storage module 8, and the rear side of the handle 10 is internally provided with a charge-discharge control circuit 16 and a lithium battery pack 17.

Further, the lithium battery pack 17 is connected with an external power grid power supply through the charge-discharge control circuit 16 and the charging socket 11; the AT89C2051 single chip microcomputer 15 is in power supply connection with the lithium battery pack 17 through the charge-discharge control circuit 16, and the video signal source connecting line 21 of the miniature camera 1 is controlled by the switch group 9 and the AT89C2051 single chip microcomputer 15 in a dual mode and is respectively connected with the touch display screen 7 and the storage module 8 after passing through the video conversion module 6; the video conversion module 6 is connected to a data jack 12 with a data line 13.

The working principle of the invention is as follows: inserting a wire plug 19 and a video signal plug 22 which are inserted into the rear end of the catheter 3 into a wire socket and a video signal socket of a connector 20 at the front end of the platform 5 after operation, and then screwing and fixedly connecting a connecting cap 4 buckle and a screw thread 23 of the connector 20 into a whole; an external power grid power supply is adopted as a sufficient electric energy source of a lithium battery pack 17, a switch group 9 is started, a miniature camera 1 with a miniature LED lamp group 2 in the front of an interventional catheter 3 starts to work, a video signal source shot by the miniature camera 1 is controlled by an AT89C2051 single chip microcomputer 15 to display a video image from a touch display screen through a video conversion module 6, so that not only can an arthroscope be used independently, but also a data socket 12 with a data line 13 connected with the video conversion module 6 can be connected with external video terminal equipment for use.

The above-mentioned embodiments are merely descriptions of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements made to the technical solution of the present invention by those skilled in the art without departing from the spirit of the present invention should fall within the protection scope defined by the claims of the present invention.

Claims

1. An integrated portable arthroscope comprises a miniature camera, a miniature LED lamp bank, an interventional catheter, a connecting cap, an operation rear platform, a video conversion module, a touch display screen, a storage module, a switch bank, a handle, a charging socket, a data line, a USB signal output socket, an AT89C2051 single chip microcomputer, a charging and discharging control circuit, a lithium battery bank, an illumination lead, a lead plug seat, a connector, a video signal source connecting line, a video signal plug seat and a screw thread; the method is characterized in that: an interventional catheter is made of stainless steel materials, a miniature camera is arranged at the front part of the interventional catheter, a miniature LED lamp bank is arranged around the rear side of the miniature camera, a connecting cap is arranged at the rear part of the interventional catheter, and a lead plug and a video signal plug are arranged on the inner side of the connecting cap; adopt stainless steel material preparation operation back platform, operation back platform front end sets up the connector of taking the screw thread, and the front end of connector is equipped with wire socket and video signal socket, and the lower part sets up the data socket of data line, and the rear side upper portion of operation back platform sets up touch display screen, and touch display screen rear portion sets up the handle, and the upper portion of handle sets up the switch group, and the rear portion of handle sets up the socket that charges.

2. The integrated portable arthroscope of claim 1, wherein: the video signal source connecting line of the miniature camera head at the front end of the interventional catheter is connected with the video signal plug at the inner side of the connecting cap through the inside of the interventional catheter; the lighting wire of the front end micro LED lamp group of the interventional catheter is connected with the wire plug on the inner side of the connecting cap through the inside of the interventional catheter.

3. The integrated portable arthroscope of claim 1, wherein: the wire plug and the video signal plug which are inserted into the rear end of the catheter are inserted into the wire socket and the video signal socket of the connector at the front end of the platform after operation, and the connecting cap is buckled in the screw thread of the connector to be screwed and fixedly connected into a whole.

4. The integrated portable arthroscope of claim 1, wherein: the inside video conversion module that sets up of operation rear platform, the inside AT89C2051 singlechip and the storage module of setting up of front side of handle, the inside charge-discharge control circuit and the lithium cell group that set up of rear side of handle.

5. The integrated portable arthroscope of claim 1, wherein: the lithium battery pack is connected with an external power grid power supply through a charging and discharging control circuit and a charging socket; the AT89C2051 singlechip is connected with a lithium battery pack through a charge-discharge control circuit in a power supply manner, and a video signal source connecting line of the miniature camera is controlled by the switch group and the AT89C2051 singlechip in a dual manner and is respectively connected with the touch display screen and the storage module after passing through the video conversion module; the video conversion module is connected with a data socket with a data line.