CN219251337U - Intubate scope seal wire device with visual trachea function - Google Patents

Abstract

The utility model discloses an intubate endoscope guide wire device with a visual trachea function, which comprises a guide wire device body, wherein the guide wire device body is used for installing a tracheal catheter and a guide wire, one end of the guide wire, which is far away from the guide wire device body, is provided with an angle-adjustable visual module, the visual module is electrically connected with a controller, and the controller is used for controlling and displaying the observed content of the visual module. The utility model has the advantages of visual angle adjustment, complication reduction, work efficiency improvement and the like.

Description

An intubation endoscopic guide wire device with the function of visualizing the trachea

technical field

The utility model relates to the field of medical equipment, in particular to an intubation endoscopic guide wire device with the function of visualizing the trachea.

Background technique

Nowadays, when tracheal intubation is performed clinically, a laryngoscope is usually used to assist the insertion of the endotracheal tube through the mouth to expose the patient's glottic airway. When using an ordinary laryngoscope, the doctor needs to lean over and judge the angle of the tube insertion with the naked eye. The operation is all based on experience, the work efficiency is low, and there is a certain probability that it will enter the esophagus, resulting in failure of the tube insertion. Although the existing video laryngoscope can observe the glottis through the display screen, the guide wire of the existing laryngoscope is generally a rigid tube structure. When the laryngoscope enters the trachea, the relative distance between the display screen and the guide wire The angle cannot be adjusted, which is not convenient for doctors to observe. Even if a plastic material is used as the guide wire, the angle of the display screen is difficult to adjust, and when the angle is adjusted, it is easy to drive the guide wire in the body to rotate, which may easily cause compression damage to the patient's airway, Complications such as tooth collapse, aggravated hypoxia, and oropharyngeal bleeding.

How to solve the above problems has become an urgent technical problem.

Utility model content

The purpose of the utility model is to provide an intubation endoscopic guide wire device with the function of visualizing the trachea, which can adjust the angle visually, reduce complications and improve work efficiency.

In order to achieve the above object, the utility model adopts the following technical solutions:

The utility model provides an intubation endoscopic guide wire device with the function of visualizing the trachea, comprising a guide wire device body, the guide wire device body is used for installing a tracheal catheter and a guide wire, and when the guide wire is far away from the guide wire device body An angle-adjustable visual module is arranged at one end, and the visual module is electrically connected with a controller, and the controller is used for controlling and displaying the observed content of the visual module.

Further, the visual module includes a visual main body and an angle adjustment mechanism, wherein a camera is provided at the end of the visible main body far away from the guide wire, and the two ends of the angle adjustment mechanism are respectively connected with the guide wire and the visual main body. The outer side of the angle adjustment mechanism is covered with an elastic soft sleeve, and the two ends of the elastic soft sleeve are respectively connected with the guide wire and the visible body, and the angle adjustment mechanism and the camera are electrically connected with the controller.

Further, the angle adjustment mechanism includes a universal ball and an upper-shaped bracket, the bracket is arranged on the end surface of the guide wire away from the end of the guide wire device body, and the universal ball is provided with a first rotating shaft whose axes are perpendicular to each other , the second rotating shaft, the support is provided with a first motor and a second motor whose axes are perpendicular to each other, the first motor and the second motor are electrically connected to the controller, and the output end of the first motor is connected to There is a first bending rod, and the output end of the second motor is connected to a second bending rod, wherein, the first rotating shaft is rotationally connected with the end of the first bending rod away from the first motor, and the first rotating shaft is far away from the universal ball One end of the first bending rod is connected to the visible main body through the first bending rod, and the second rotating shaft is rotationally connected to the end of the second bending rod away from the second motor.

Further, the controller includes a display end casing and a control end casing, the display end casing is rotatably connected to the control end casing through a first limit bearing, and the control end casing is connected through a conductive The main control connection female port is detachably connected to the guide wire device body, wherein, the display end housing is provided with a power switch and a display screen, and the control end housing is provided with a lens control panel, an air pump, and a microprocessor. The main control connection female port, power switch, lens control panel, display screen, and air pump are all electrically connected to the microprocessor, and the air outlet of the air pump communicates with the main control connection female port.

Further, one end of the guide wire connected to the guide wire device body is a conductive guide wire connected to a male port, and an airflow channel extending along its length direction is opened inside the guide wire, wherein one end of the guide wire connected to the male port The wires are respectively electrically connected to the camera, the first motor, and the second motor, and the other end of the guide wire connected to the male port is electrically connected to the microprocessor through the guide wire device body, the main control connection female port, and one end of the airflow channel The guide wire is connected to the male port, the guide wire device body, and the main control connection female port to communicate with the air pump in turn, and the other end of the airflow channel passes through the elastic soft sleeve in turn, and the visible main body communicates with the outside world.

Further, the guide wire device body includes a hollow connection housing, and the two ends of the connection housing are respectively detachably connected to the guide wire and the controller, wherein, one end of the connection housing connected to the guide wire is provided with a ring-shaped The fitting port of the endotracheal tube used for installing the endotracheal tube, the conductive guide wire connecting the female port, the airflow guide hole, and the air bag inflation hole, the guide wire connecting the female port and the airflow guiding hole are all located inside the fitting port of the endotracheal tube and the guide wire The connection female port, the airflow guide hole, and the air bag inflation hole are all connected to the inside of the connection housing. The guide wire connection female port and the guide wire connection male port are detachable and mated. When the guide wire device body is connected to the guide wire, the The guide wire connection female port is electrically connected to the guide wire connection male port, and the interior of the connection housing is connected to the airflow channel through the guide wire connection female port, the guide wire connection male port, and the connecting housing is connected to the controller at one end. There is a main control connection male port capable of conducting electricity, the main control connection male port communicates with the inside of the connection housing and the main control connection male port is detachably matched with the main control connection female port, when the controller is connected to the wire guide device body When connecting, the main control connection male port is electrically connected to the main control connection female port and the inside of the connection housing is connected to the air pump through the main control connection male port and the main control connection female port successively, and the guide wire connection female port is connected to the air pump through the wire. Main control connection male electrical connection.

Further, the end of the visible main body away from the angle adjustment mechanism is provided with a camera installation groove, and the camera is arranged in the camera installation groove, and at least one air jet channel is opened on the visible main body, and the two air jet channels The ends are respectively connected with the camera mounting groove and the airflow channel, and the end of the jet channel near the camera mounting groove is provided with an electronically controlled nozzle aimed at the camera lens, and the electrically controlled nozzle is electrically connected to the guidewire connection male port through a wire.

Further, a heating module is arranged in the camera installation slot, and the heating module is electrically connected to the guide wire connecting male port through a wire.

Further, the visible main body is further provided with an illuminating light at the end away from the guide wire, and the illuminating light is electrically connected to the connecting male port of the guide wire through a wire.

Further, a carbon dioxide sensor is provided on the guide wire, and the carbon dioxide sensor is electrically connected to the male connection port of the guide wire through a wire.

Owing to adopting above-mentioned structure, the beneficial effect that the utility model has is as follows:

The utility model can display the internal situation of the trachea on the display screen during intubation by setting a visual module, so that the process of intubation can be observed at any time, and the work efficiency is improved. During the operation, the guide wire can be kept still, and the angle of the visual module can be adjusted individually through the controller, which is convenient for doctors to observe, improves work efficiency and reduces the occurrence of complications.

The utility model will become clearer through the following description in conjunction with the accompanying drawings, which are used to explain the embodiments of the utility model.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the utility model, the following will briefly introduce the accompanying drawings that are required in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only the practical For some novel embodiments, those skilled in the art can also obtain other drawings based on these drawings without any creative work.

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is an end view of one end connecting the wire guide device body and the guide wire of the present invention;

Fig. 3 is an end view of the visible main body of the utility model away from the end of the guide wire;

Fig. 4 is a cross-sectional view of the visual module of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. example. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

Please refer to Fig. 1 to Fig. 4, an intubation endoscopic guide wire device with the function of visualizing the trachea provided by the utility model includes a guide wire device body 3, which is used for installing an endotracheal tube and a guide wire 1 An angle-adjustable visual module 5 is provided at the end of the guide wire 1 away from the guide wire device body 3, and the visual module 5 is electrically connected to a controller 2, and the controller 2 is used to control and display the visual module 5 of the observed content. In use, by controlling the visual module 5 through the controller 2 , the viewing angle of the visual module 5 can be adjusted and the observed content can be displayed.

In the present utility model, the visual module 5 includes a visual main body 51 and an angle adjustment mechanism 52, wherein, the end of the visible main body 51 away from the guide wire 1 is provided with a camera 54, and the two ends of the angle adjustment mechanism 52 are respectively It is connected with the guide wire 1 and the visible main body 51, and the outer side of the angle adjustment mechanism 52 is covered with an elastic soft sleeve 53, and the two ends of the elastic soft sleeve 53 are respectively connected with the guide wire 1 and the visible main body 51, and , the angle adjustment mechanism 52 and the camera 54 are both electrically connected to the controller 2 . The angle adjustment mechanism 52 can adjust the angle of the visible body 51 within the allowable range of deformation of the elastic soft sleeve 53 , thereby effectively adjusting the shooting angle of the camera 54 .

In the present utility model, the angle adjustment mechanism 52 includes a universal ball 521 and an upper-shaped bracket 522, the bracket 522 is arranged on the end surface of the guide wire 1 away from the end of the guide wire device body 3, and the universal ball 521 is A first rotating shaft 523 and a second rotating shaft 524 whose axes are perpendicular to each other are provided, and the support 522 is provided with a first motor 525 and a second motor 526 whose axes are perpendicular to each other, and the first motor 525 and the second motor 526 are connected to The controller 2 is electrically connected, and the output end of the first motor 525 is connected to a first bending rod 527, and the output end of the second motor 526 is connected to a second bending rod 528, wherein the first rotating shaft 523 The end of the first bending rod 527 away from the first motor 525 is rotationally connected and the end of the first rotating shaft 523 away from the universal ball 521 passes through the first bending rod 527 and is connected to the visible main body 51. The second rotating shaft 524 is connected to the first One end of the two bending rods 528 away from the second motor 526 is rotationally connected. The axis of the first motor 525 is parallel to and when the first motor 525 drives the first bending rod 527 to rotate, it can drive the visible body 51 to swing back and forth. The axis of the second motor 526 is perpendicular to and the second motor 526 drives When the second bending rod 528 rotates, it can drive the visible body 51 to deflect left and right, so that the angle of the visible body 51 can be effectively adjusted within the allowable range of deformation of the elastic soft sleeve 53 , and then the shooting angle of the camera 54 can be adjusted.

In the utility model, the controller 2 includes a display end housing 21 and a control end housing 22, the display end housing 21 is rotationally connected with the control end housing 22 through a first limit bearing 23, and can adjust the display The angle of the screen 27 is convenient for the doctor to observe; the control end casing 22 is detachably connected to the guide wire device body 3 through a conductive main control connection female port 24, wherein the display end casing 21 is provided with a power supply Switch 25, display screen 27, described display screen 27 is a touch screen; Described control terminal housing 22 is provided with lens control panel 26, air pump, microprocessor, and described main control connects female port 24, power switch 25, camera lens The control panel 26 , the display screen 27 , and the air pump are all electrically connected to the microprocessor, and the air outlet of the air pump communicates with the main control connection female port 24 . The lens control panel 26 sends a signal to the microprocessor for controlling the angle adjustment of the visual module 5 .

In the present utility model, one end connected between the guide wire 1 and the guide wire device body 3 is a conductive guide wire connection male port and the inside of the guide wire 1 is provided with an airflow channel 11 extending along its length direction. The guide wire 1 The outer wall of the guide wire is provided with an insulating coating; wherein, one end of the guide wire connected to the male port is electrically connected to the camera 54, the first motor 525, and the second motor 526 through wires, and the other end of the guide wire connected to the male port is sequentially passed through the guide wire. The wire device body 3, the main control connection female port 24 are electrically connected to the microprocessor, so that the camera 54, the first motor 525, and the second motor 526 can be controlled by the microprocessor; The male port, the guide wire device body 3 , the main control connection female port 24 communicate with the air pump, and the other end of the airflow channel 11 passes through the elastic soft sleeve 53 and the visible main body 51 to communicate with the outside world. When in use, the gas produced by the air pump is transported into the human body through the main control connection female port 24, the guide wire device body 3, the guide wire connection male port, the air flow channel 11, and the visual module 5, thereby supplying the patient with gas, and can form an airflow for flushing the body fluid or sputum that the camera 54 touches during intubation.

In the present utility model, the guide wire device body 3 includes a hollow connection housing 31, and the two ends of the connection housing 31 are detachably connected with the guide wire 1 and the controller 2 respectively, wherein the connection housing 31 The end connected with the guide wire 1 is provided with a ring-shaped endotracheal tube fitting port 32 for installing an endotracheal tube, a conductive guide wire connecting female port 33, an airflow guide hole 34, and an air bag inflation hole 35, so that the endotracheal tube and the guide wire 1 can pass through Plugging or clamping or threaded connection are respectively detachably installed on the fitting port 32 of the endotracheal tube and the female port 33 of the guide wire connection. The balloon inflation hole 35 can communicate with the external balloon inflation tube to inflate the balloon and the balloon A solenoid valve electrically connected to the microprocessor is arranged in the air-filled hole 35; the guide wire connects the female port 33 and the airflow guide hole 34 are all located inside the endotracheal catheter fitting port 32 and the guide wire connects the female port 33, the airflow guide hole 34, The air bag inflation holes 35 are all communicated with the inside of the connecting housing 31, and the guide wire connection female port 33 is detachably matched with the guide wire connection male port. When the guide wire device body 3 is connected with the guide wire 1, the guide wire The connection female port 33 is electrically connected to the guide wire connection male port and the inside of the connection housing 31 is connected to the airflow channel 11 through the guide wire connection female port 33 and the guide wire connection male port in sequence, and the connection housing 31 is connected to the controller 2 One end of the connection is provided with a conductive main control connection male port 36, the main control connection male port 36 communicates with the connection housing 31 and the main control connection male port 36 is detachably matched with the main control connection female port 24. When the controller 2 is connected to the guide wire device body 3, the main control connection male port 36 is electrically connected to the main control connection female port 24 and the inside of the connection housing 31 is sequentially connected to the main control connection male port 36 and the main control connection female port. 24 communicates with the air pump, and the guidewire connection female port 33 is electrically connected to the main control connection male port 36 through wires. When in use, the controller 2 is connected to the guide wire device body 3, and the tracheal intubation tube and the guide wire 1 are respectively installed on the endotracheal tube fitting port 32 and the guide wire connecting female port 33, and the guide wire 1 is sheathed on the trachea Inside the intubation tube, the gas produced by the air pump can pass through its air outlet, the main control connection female port 24, the main control connection male port 36, the connection housing 31, the guide wire connection female port 33, the guide wire connection male port, and the air flow channel 11 . The visual module 5 is transported into the human body and flows back through the airflow guide hole 34 along the gap between the guide wire 1 and the endotracheal tube, so as to wash away body fluids such as saliva and sputum to avoid the line of sight being blocked, and the microprocessor communicates with the main control in turn. Connect the female port 24, the main control is connected to the male port 36, the guide wire is connected to the female port 33, the guide wire is connected to the male port, and the visual module 5 is electrically connected; the controller 2 is connected to the main control port 36 through the main control, and the main control is connected to the female port 24 is detachably connected with the guide wire device body 3. After use, the guide wire device body 3 and the guide wire 1 can be disassembled from the controller 2 for sterilization and disinfection, effectively avoiding common disinfection methods such as liquid or high temperature on the belt. There are controllers 2 of precision electronic instruments such as display screen 27 to cause damage.

In the present utility model, the end of the visible main body 51 away from the angle adjustment mechanism 52 is provided with a camera installation groove 511, and the camera 54 is arranged in the camera installation groove 511, and at least one air jet is provided on the visible main body 51. Channel 512, the two ends of the jet channel 512 communicate with the camera installation groove 511 and the air flow channel 11 respectively and the end of the jet channel 512 near the camera installation groove 511 is provided with an electronically controlled nozzle 513 aimed at the lens of the camera 54, the electronically controlled The nozzle 513 is electrically connected to the male port of the guide wire through a wire, so that body fluids such as saliva and sputum can be blown away, and the lens is prevented from being blocked to affect the field of vision.

In the present invention, a heating module is arranged in the camera installation groove 511, and the heating module is electrically connected with the microprocessor. The heating module is a heating plate or a heating wire attached to the inner wall of the camera installation groove 511, which can heat the lens of the camera 54 to avoid fogging of the lens and block the line of sight. The temperature heated by the heating module does not exceed 10% of the internal temperature of the human body. %.

In the present utility model, the visible main body 51 is further provided with an illuminating lamp 6 at the end away from the guide wire 1 , and the illuminating lamp 6 is electrically connected to the guide wire connecting male port 11 through a wire.

In the utility model, the guide wire 1 is provided with a carbon dioxide sensor 4, and the carbon dioxide sensor 4 is electrically connected to the guide wire connection port 11 through a wire, and the carbon dioxide sensor 4 can be used to detect the concentration of carbon dioxide during intubation. Determine where the endotracheal tube should be inserted.

When the utility model is in use, the guide wire 1, the guide wire device body 3, and the controller 2 are sequentially connected, and the endotracheal catheter is set on the outside of the guide wire 1 through the endotracheal catheter fitting port 32, and the microprocessor is sequentially connected to the main control port. 24. The main control is connected to the male port 36, the guide wire is connected to the female port 33, the guide wire is connected to the male port, and the visual module 5 is electrically connected. The images captured by the camera 54 can be connected to the male port and the guide wire to the female port 33 in turn. 1. The main control connection male port 36 and the main control connection female port 24 are transmitted to the microprocessor and displayed on the display screen 27, which is convenient for doctors to perform endotracheal intubation. Connecting the male port 36, connecting the housing 31, connecting the guide wire to the female port 33, connecting the guide wire to the male port, and the airflow channel 11 are transported into the human body, used to wash away body fluids to prevent body fluids from blocking the line of sight, and the lens control panel 26, microprocessor , the main control connection female port 24, the main control connection male port 36, the guide wire connection female port 33, the guide wire connection male port, and the angle adjustment mechanism 52 are electrically connected in turn and the angle adjustment mechanism 52 is connected with the visible main body 51, which can be seen through the lens The control panel 26 adjusts the angle of the visible body 51 to facilitate the doctor to observe the situation in the patient's body.

The preferred embodiments of the present utility model have been described above. It should be understood that the utility model is not limited to the above-mentioned specific embodiments, and the devices and structures not described in detail should be understood as being implemented in a common way in the art; any person familiar with the art, without departing from Under the scope of the technical solution of the utility model, many possible changes and modifications can be made to the technical solution of the utility model by using the methods and technical contents disclosed above, or be modified into equivalent embodiments with equivalent changes, which does not affect the utility model. new substance. Therefore, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention are still within the protection scope of the technical proposal of the present invention.

Claims (10)

1. An intubation endoscopic guide wire device with the function of visualizing the trachea, comprising a guide wire device body (3), which is used to install an endotracheal tube and a guide wire (1); it is characterized in that: An angle-adjustable visual module (5) is provided at the end of the guide wire (1) away from the guide wire device body (3), and the visual module (5) is electrically connected to a controller (2), the controller (2) Used to control and display the observed content of the visual module (5). 2. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 1, characterized in that: the visualization module (5) includes a visualization main body (51), an angle adjustment mechanism (52) , wherein, the end of the visible body (51) away from the guide wire (1) is provided with a camera (54), and the two ends of the angle adjustment mechanism (52) are connected with the guide wire (1) and the visible body (51) respectively. connected and the outside of the angle adjustment mechanism (52) is covered with an elastic soft sleeve (53), and the two ends of the elastic soft sleeve (53) are respectively connected with the guide wire (1) and the visible main body (51), And, both the angle adjustment mechanism (52) and the camera (54) are electrically connected to the controller (2). 3. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 2, characterized in that: the angle adjustment mechanism (52) includes a universal ball (521), an upper-shaped bracket (522) ), the bracket (522) is located on the end face of the guide wire (1) away from the end of the guide wire device body (3), and the universal ball (521) is provided with a first rotating shaft (523) whose axes are perpendicular to each other, The second rotating shaft (524), the first motor (525) and the second motor (526) whose axes are perpendicular to each other are arranged on the support (522), and the first motor (525) and the second motor (526) are both It is electrically connected with the controller (2), and the output end of the first motor (525) is connected with a first bending rod (527), and the output end of the second motor (526) is connected with a second bending rod ( 528), wherein, the first rotating shaft (523) is rotationally connected with the end of the first bending rod (527) away from the first motor (525), and the end of the first rotating shaft (523) away from the universal ball (521) passes through The first bending rod (527) is connected to the visible main body (51), and the second rotating shaft (524) is rotationally connected to the end of the second bending rod (528) away from the second motor (526). 4. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 3, characterized in that: the controller (2) includes a display end housing (21), a manipulation end housing (22 ), the display end casing (21) is rotationally connected with the control end casing (22) through a first limit bearing (23), and the control end casing (22) is connected through a conductive main control connection female The mouth (24) is detachably connected with the guide wire device body (3), wherein, the display terminal housing (21) is provided with a power switch (25) and a display screen (27), and the control terminal housing (22 ) is provided with a lens control panel (26), an air pump, and a microprocessor, and the main control connection female port (24), a power switch (25), a lens control panel (26), a display screen (27), and the air pump are all connected to the The microprocessor is electrically connected, and the air outlet of the air pump communicates with the main control connection female port (24). 5. An intubation endoscopic guidewire device with the function of visualizing the trachea according to claim 4, characterized in that: the end of the guidewire (1) connected to the guidewire device body (3) is a conductive guidewire. The wire is connected to the male port and the inside of the guide wire (1) is provided with an air flow channel (11) extending along its length direction, wherein one end of the guide wire connected to the male port is respectively connected to the camera (54), the first motor ( 525), the second motor (526) is electrically connected and the other end of the guide wire connection male port is electrically connected to the microprocessor through the guide wire device body (3), the main control connection female port (24) successively, and the air flow channel One end of (11) communicates with the air pump through the guide wire connection male port, the guide wire device body (3), the main control connection female port (24) and the other end of the airflow channel (11) passes through the elastic soft sleeve ( 53), the visible subject (51) communicates with the outside world. 6. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 5, characterized in that: the guide wire device body (3) includes a hollow connecting shell (31), and the connecting Both ends of the housing (31) are detachably connected to the guide wire (1) and the controller (2), wherein, one end of the connection housing (31) connected to the guide wire (1) is provided with a ring-shaped ring for installation The endotracheal tube fitting port (32) of the endotracheal tube, the conductive guide wire connects the female port (33), the air flow guide hole (34), the air bag inflation hole (35), and the guide wire connects the female port (33), the air flow guide The holes (34) are all located inside the endotracheal tube fit port (32) and the guide wire connects the female port (33), the airflow guide hole (34), and the airbag inflation hole (35) are all connected to the inside of the connecting housing (31), the The guide wire connection female port (33) is detachably matched with the guide wire connection male port. When the guide wire device body (3) is connected to the guide wire (1), the guide wire connection female port (33) and the guide wire The connection male port is electrically connected and the inside of the connection housing (31) is connected to the airflow channel (11) through the guide wire connection female port (33), the guide wire connection male port and the airflow channel (11), and the connection housing (31) is connected to the controller (2) One end of the connection is provided with a conductive main control connection male port (36), the main control connection male port (36) communicates with the connection housing (31) and the main control connection male port (36) is connected to the main control connection male port (36). The control connection female port (24) is detachably matched. When the controller (2) is connected to the guide wire device body (3), the main control connection male port (36) is electrically connected to the main control connection female port (24). Connect and connect the inside of the housing (31) to communicate with the air pump through the main control connection male port (36) and the main control connection female port (24) in turn, and the guide wire connection female port (33) is connected to the main control connection male port through wires (36) electrical connection. 7. An intubation endoscopic guidewire device with the function of visualizing the trachea according to claim 5 or 6, characterized in that: the end of the visible main body (51) away from the angle adjustment mechanism (52) is provided with a camera installation Groove (511), the camera (54) is located in the camera mounting groove (511), and at least one air jet channel (512) is opened on the visible main body (51), and the air jet channel (512) The two ends are respectively communicated with the camera mounting groove (511) and the airflow channel (11) and the air jet channel (512) is provided with an electronically controlled nozzle (513) aimed at the lens of the camera (54) near the camera mounting groove (511). The electronically controlled nozzle (513) is electrically connected to the male port of the guide wire through a wire. 8. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 5 or 6, characterized in that: a heating module is arranged in the camera mounting groove (511), and the heating module passes The wire is electrically connected with the guide wire connection male port. 9. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 5 or 6, characterized in that: the end of the visible main body (51) away from the guide wire (1) is also provided with a lighting lamp (6), the illuminating lamp (6) is electrically connected to the male connection port of the guide wire through a wire. 10. An intubation endoscopic guide wire device with the function of visualizing the trachea according to claim 5 or 6, characterized in that: the guide wire (1) is provided with a carbon dioxide sensor (4), and the carbon dioxide The sensor (4) is electrically connected to the guide wire connection male port through a wire.

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