CN213373186U

CN213373186U - Intubation tube protection device

Info

Publication number: CN213373186U
Application number: CN202020726184.0U
Authority: CN
Inventors: 王子玮; 魏智伟
Original assignee: Machan International Co ltd
Current assignee: Machan International Co ltd
Priority date: 2020-05-06
Filing date: 2020-05-06
Publication date: 2021-06-08
Anticipated expiration: 2030-05-06

Abstract

The utility model provides an intubation tube protection device, including the body of light-permeable and the support of connecting the body, the body has the operation space that supplies to cover patient's head, and the body is provided with two handle holes and two at least intubation holes. The medical staff both hands can wear behind the gloves respectively wear to stretch two handle holes and get into operation space and carry out the intubate operation to the patient, and the pipe can get into operation space via the intubate hole and carry out the medical action. The support has a moving wheel to provide a moving function, thus effectively preventing medical personnel from being infected by the patient.

Description

Intubation tube protection device

Technical Field

The present invention relates to an intubation protection device, and more particularly to a movable protection device for the medical treatment of infectious diseases in respiratory systems.

Background

When respiratory infections such as atypical pneumonia or severe acute respiratory syndrome are medically performed, the medical staff are exposed to the risk of splash infection of the patient due to close range operation (the distance between the mouth of the patient and the mouth of the medical staff is only about 10 to 15 cm). The existing protection means only protects a wearing mask and a protective garment, wherein the protection effect of the mask is insufficient, the risk of infection of medical personnel cannot be effectively reduced, and the medical personnel can not feel safe due to the fact that no reliable and effective protection technology can be provided for the operation of the infectious disease intubation of a respiratory system at present, so that the treatment is influenced to carry out and effect.

SUMMERY OF THE UTILITY MODEL

The utility model provides an intubation protection device, it is portable and can provide reliable and effectual protecting effect to suffer patient's droplet infection when avoiding medical personnel to carry out intubation medical action.

The utility model provides an intubation tube protection device, which comprises a light-permeable body and a support. The body is provided with an operation space for covering the head of a patient, and the body is provided with two operation holes for the medical staff to penetrate through by hands to enter the operation space and at least two insertion tube holes for the catheter to penetrate through to enter the operation space. The bracket is provided with a top part connected with the body, a bottom part separated from the top part, a connecting part connected between the top part and the bottom part and at least two moving wheels arranged at the bottom part.

In an embodiment of the present invention, the body has two side walls, a top wall connected between the two side walls, and an end wall connected to the top wall. The two side walls, the top wall and the end wall enclose an operating space, the top wall facing a first opening communicating with the operating space, and the end wall facing a second opening communicating with the operating space. The first opening can be adjacent to the lying plane of the patient, and the second opening is used for the part of the patient above the shoulder to penetrate.

In an embodiment of the present invention, the two operation holes are formed in the end wall, and each of the two operation holes has an elliptical cross-sectional shape, and the at least two insertion holes are respectively formed in the two side walls.

In an embodiment of the present invention, the two operation holes are respectively provided with a first hole door made of elastic material for sleeving the arm of the medical staff, and the first hole door has an I-shaped opening for the arm of the medical staff to penetrate into the operation space.

In an embodiment of the present invention, at least two of the plurality of insertion holes are respectively provided with a second hole door made of elastic material for sleeving the conduit, and the second hole door has a cross-shaped opening for the conduit to penetrate into the operation space.

In an embodiment of the present invention, the top portion includes two first side rods and a first end rod connected between the two first side rods, the two first side rods are respectively connected to the two side walls, and the first end rod is connected to the end wall. The bottom is provided with two second side rods and a second end rod connected between the two second side rods, and the two second side rods are provided with at least two moving wheels. The connecting part comprises two longitudinal rods which are respectively connected with the tail end of each first side rod far away from the first end rod and the tail end of each second side rod far away from the second end rod.

In an embodiment of the present invention, the two first side rods and the first end rod at the top and the two second side rods and the second end rod at the bottom form an n-shaped structure respectively, and a reserved space is formed between the two first side rods and the first end rod at the top and between the two second side rods and the second end rod at the bottom and between the two longitudinal rods of the connecting portion.

In an embodiment of the present invention, each of the two longitudinal rods includes two rods capable of selectively moving relative to each other, and a positioning member is disposed between the two rods for providing a telescopic positioning function between the two rods.

Based on the above, the utility model provides an intubate protector relies on the operating space of body to cover patient's head to avoid medical personnel to suffer patient's splash and infect through the both sides wall, roof and the end wall of body. Medical personnel can be through the body of light-permeable direct-view patient, and medical personnel's both hands can wear behind the gloves two handle holes entering operation space via the body to the pipe that the cooperation got into operation space via the picture peg hole of body carries out intubate medical action to the patient. In addition, the moving wheels of the carriage provide a moving effect to facilitate medical personnel moving the cannula guard to the proper operating position. Further, the bottom that the support was provided with the removal wheel is complete to fall to the ground, conveniently removes in order to alleviate medical personnel's burden. The vertical rod of the bracket can move relatively to adjust the height so as to accord with the height of the sickbed. The reserved space of the bracket can be plugged into the sickbed surface and avoid peripheral medical equipment.

In order to make the aforementioned and other features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below.

Drawings

Fig. 1 is an external view of an intubation tube protection device according to an embodiment of the present invention.

Fig. 2 is an exploded view of the cannula guard of fig. 1.

Figure 3 is a schematic view of the cannula guard of figure 1 in use.

Description of reference numerals: 10-body, 101-side wall, 102-top wall, 103-end wall, 104-first opening, 105-second opening, 11-operation space, 12-operation hole, 121-first hole door, 122-I-shaped through hole, 13-plug tube hole, 131-second hole door, 132-cross-shaped through hole, 20-bracket, 21-top, 211-first side rod, 212-first end rod, 22-bottom, 221-second side rod, 222-second end rod, 23-connecting part, 231-longitudinal rod, 232-rod piece, 233-positioning piece, 24-moving wheel and 25-reserved space.

Detailed Description

Referring to fig. 1 to 3, in order to illustrate an embodiment of the intubation protection device of the present invention, the intubation protection device of the present embodiment includes a light-permeable body 10 and a support 20 providing a moving function. The body 10 has an operation space 11 for covering the head of a patient, and the body 10 is provided with two operation holes 12 for the two hands of a medical staff to penetrate into the operation space 11 and at least two insertion tube holes 13 for the catheter to penetrate into the operation space. The catheter can be a tracheal catheter, a sputum suction catheter, a ventilation catheter or a pipeline of various medical equipment such as a respirator catheter and the like. Rely on body 10 to cover patient's head with operation space 11, avoid medical staff to suffer patient's droplet splash infection, medical staff can be through the body 10 of light-permeable look at patient face directly, and medical staff's both hands can wear behind the gloves get into operation space 11 through two handle holes 12 of body 10 to the pipe that the cooperation got into operation space 11 through picture peg hole 13 carries out intubate medical action to the patient. The frame 20 has a top portion 21 connected to the body 10, a bottom portion 22 spaced apart from the top portion 21, a connecting portion 23 connected between the top portion 21 and the bottom portion 22, and at least two moving wheels 24 disposed on the bottom portion 22 for providing a moving function of the cannula guard so that medical personnel can move the cannula guard to a proper operating position.

In order to increase the tightness, the two operation holes 12 are respectively provided with a first hole door 121 made of elastic material for sleeving the arm of the medical staff, and the first hole door 121 is provided with an I-shaped through opening 122. In this way, the arm of the medical staff can also move up and down in the operation space 11 through the I-shaped through opening 122. Similarly, each of the at least two tube-insertion holes 13 is provided with a second hole gate 131 made of an elastic material for being sleeved on the conduit, and the second hole gate 131 is provided with a cross-shaped through hole 132, so that the conduit can abut against the cross-shaped through hole 132 when passing through the second hole gate 131.

In order to make the body 10 transparent, the body 10 can be made of transparent plastic, and the body 10 has two side walls 101, a top wall 102 connected between the two side walls 101, and an end wall 103 connected to the top wall 102. Wherein the two side walls 101, the top wall 102 and the end wall 103 enclose an operating space 11. The top wall 102 faces a first opening 104 communicating with the operating space 11, and the end wall 103 faces a second opening 105 communicating with the operating space 11. Wherein the junction of the top wall 102 and the end wall 103 can be curved to reduce visual stress on the medical personnel. As shown in fig. 3, the first opening 104 can adjoin a lying plane of the patient, which can be located in a bed on which the patient lies. The second opening 105 is used for the patient to pass through above the shoulder, so that the head of the patient can enter the operation space 11 to facilitate the medical staff to operate the cannula, two operation holes 12 are formed on the end wall 103, and at least two cannula holes 13 are respectively formed on the two side walls 101. In the present embodiment, each of the two operation holes 12 has an elliptical cross-sectional shape.

The top 21 of the bracket 20 includes two first side bars 211 and a first end bar 212 connected between the two first side bars 211. Two first side bars 211 are connected to the two side walls 101, and a first end bar 212 is connected to the end wall 103. The bottom 22 has two second side rods 221 and a second end rod 222 connected between the two second side rods 221, and the two second side rods 221 are provided with at least two moving wheels 24. In the present embodiment, two moving wheels 24 are respectively disposed on the two second side rods 221. The connecting portion 23 includes two longitudinal bars 231, and the two longitudinal bars 231 are respectively connected to a distal end of each of the two first side bars 211 away from the first end bar 212 and a distal end of each of the two second side bars 221 away from the second end bar 222. Therefore, the bottom 22 of the stand 20 provided with the moving wheel 24 is completely landed, and is conveniently moved to reduce the burden on medical staff.

Furthermore, the two first side bars 211 and the first end bar 212 of the top portion 21, the two second side bars 221 and the second end bar 222 of the bottom portion 22 form an n-shaped structure, and the two first side bars 211 and the first end bar 212 of the top portion 21, the two second side bars 221 and the second end bar 222 of the bottom portion 22, and the two longitudinal bars 231 of the connecting portion 23 form a space 25 therebetween. Thus, the reserved space 25 of the bracket 20 can be plugged into the bed surface of the sickbed, and peripheral medical equipment such as a sickbed lifting mechanism, a drip stand and the like can be avoided. The two longitudinal bars 231 each include two rods 232 capable of selectively moving relatively, and a positioning member 233 providing a telescopic positioning function between the two rods 232 is disposed between the two rods 232, so that the two longitudinal bars 231 of the support 20 can move relatively to adjust the height to conform to the height of the hospital bed.

Based on the above, the intubation protection device provided by the above embodiment of the present invention covers the head of the patient by means of the operation space 11 of the body 10, and prevents the medical staff from being infected by the splash of the patient through the two side walls 101, the top wall 102 and the end wall 103 of the body 10. Medical personnel can be through the straight-viewing patient of translucent body 10, and medical personnel's both hands can wear behind the gloves and get into operation space 11 via two handle holes 12 of body 10 to the pipe that the cooperation got into operation space 11 via the spigot hole 13 of body 10 carries out intubate medical action to the patient. Furthermore, the moving wheels 24 of the support 20 provide a moving effect for medical personnel to move the cannula guard to a suitable operating position, enabling the first opening 104 to abut the lying plane of the patient, i.e. the bed surface, above the shoulders of the patient, to be passed through the second opening 105 into the operating space 11. Further, the bottom 22 of the support 20 provided with the moving wheel 24 is completely grounded, so that the movement is convenient to reduce the burden of medical staff. The vertical rod 231 of the support 20 is composed of two rods 232 capable of moving relatively, so that the height of the support 20 can be adjusted to fit the height of the sickbed. The pre-space 25 of the bracket 20 can be inserted into the bed surface of a hospital bed and evade peripheral medical equipment.

The foregoing description is intended to be illustrative rather than limiting, and it will be appreciated by those skilled in the art that many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention as defined in the appended claims.

Claims

1. An intubation tube protector, comprising:

the light-permeable body is provided with an operation space for covering the head of a patient, and the body is provided with two operation holes for two hands of medical personnel to penetrate into the operation space and at least two insertion tube holes for a catheter to penetrate into the operation space; and

the support is provided with a top connected with the body, a bottom separated from the top, a connecting part connected between the top and the bottom and at least two moving wheels arranged at the bottom.

2. The cannula guard of claim 1, wherein: the body is provided with two side walls, a top wall connected between the two side walls and an end wall connected with the top wall, the two side walls, the top wall and the end wall enclose the operation space, the top wall faces a first opening communicated with the operation space, the end wall faces a second opening communicated with the operation space, the first opening can be adjacent to a lying plane of a patient, and the second opening is used for the part above the shoulder of the patient to penetrate and extend.

3. The cannula guard of claim 2, wherein: the two operation holes are formed in the end wall, the two operation holes are respectively provided with an oval cross section shape, and the at least two plug-in pipe holes are respectively formed in the two side walls.

4. The cannula guard of claim 1, wherein: the two operation holes are respectively provided with a first hole door which is made of elastic materials and used for sleeving the arms of the medical personnel, and the first hole door is provided with an I-shaped through hole for the arms of the medical personnel to penetrate into the operation space.

5. The cannula guard of claim 1, wherein: the at least two insert pipe holes are respectively provided with a second hole door which is made of elastic materials and used for sleeving the guide pipe, and the second hole door is provided with a cross-shaped through hole for the guide pipe to penetrate into the operation space.

6. The cannula guard of claim 2, wherein: the top comprises two first side rods and a first end rod connected between the two first side rods, the two first side rods are connected to the two side walls respectively, the first end rod is connected to the end wall, the bottom is provided with two second side rods and a second end rod connected between the two second side rods, the two second side rods are provided with the at least two moving wheels, the connecting portion comprises two longitudinal rods, and the two longitudinal rods are connected to the two first side rods respectively and are far away from the tail end of the first end rod and the tail end of the two second side rods respectively and are far away from the second end rod.

7. The cannula guard of claim 6, wherein: the two first side rods and the first end rod at the top and the two second side rods and the second end rod at the bottom form an n-shaped structure respectively, and a reserved space is formed among the two first side rods and the first end rod at the top, the two second side rods and the second end rod at the bottom and the two longitudinal rods of the connecting part.

8. The cannula guard of claim 6, wherein: the two longitudinal rods respectively comprise two rod pieces capable of selectively moving relatively, and a positioning piece for providing a telescopic positioning function between the two rod pieces is arranged between the two rod pieces.