CN209899876U - Prone Position Ventilation Position Management Pad - Google Patents

Abstract

The utility model relates to a prone position ventilation position management pad, which comprises a head and shoulder pad, a hip pad, an elbow pad, a leg pad, a cloth belt and a heatable neck massager. The head and shoulder pad is used to pad the head and shoulders, The hip pads are used to pad the hips, the elbow pads are used to pad the left and right elbows, the leg pads are used to pad the left and right legs, and the head and shoulder pads are provided with faces, throat holes, cloth belt perforations and ventilator pipeline channels, cloth belt perforations, faces And the throat hole is a hole that runs through the upper and lower parts of the head and shoulder pad. The ventilator pipeline channel is set at the lower part of the head and shoulder pad, and runs through the head and shoulder pad left and right. The cloth belt is perforated, and is fixed on the neck through the buckle set on the cloth belt around the neck. Both ends of the cloth belt are provided with massager perforations, and both ends of the heatable massager are fixed on the cloth belt through the massager perforations. The utility model has reasonable design and strong practicability, eliminates potential safety hazards, and the body position management meets the comfort requirements of patients and is more conducive to clinical treatment.

Description

Prone Position Ventilation Position Management Pad

technical field

The utility model relates to a body position management pad, in particular to a prone position ventilation position management pad.

Background technique

Prone position ventilation is the most effective way to treat respiratory distress syndrome and perform pulmonary regurgitation and drainage. This method requires the patient to be in a prone position with head down and feet high, and air is supplied to the patient through a ventilator. In this case, a reasonable body position is required. Management is particularly important. At present, during clinical prone position ventilation, pillows, U-shaped pillows or O-shaped pillows and other similar items are used to manage the body position. The cervical spine is uncomfortable, and the artificial ventilation and ventilator pipeline cannot be protected. The use effect is poor, and there are potential safety hazards.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a prone position ventilation position management pad, which has a reasonable design, strong practicability, eliminates potential safety hazards, and the body position management meets the comfort requirements of patients and is more conducive to clinical treatment.

The technical scheme adopted by the utility model to solve the technical problem is as follows: a prone position ventilation position management pad, which includes head and shoulder pads, hip pads, elbow pads, leg pads, cloth belts and a heatable neck massager. The head and shoulder pads are used to pad the head and shoulders, the hip pads are used to pad the hips, the elbow pads are used to pad the left and right elbows, the leg pads are used to pad the left and right legs, and the head and shoulder pads are provided with Face, throat hole, belt perforation and ventilator pipeline channel, the cloth belt perforation, face and throat hole are holes that pass through the upper and lower parts of the head and shoulder pad, and the ventilator pipeline channel is arranged at the lower part of the head and shoulder pad, and the left and right Through the head and shoulder pad, the throat hole is arranged under the face, the two ends of the cloth belt are respectively perforated through the cloth belt arranged on the left and right of the throat hole, and are fixed on the neck through the buckle arranged on the cloth belt around the neck. The two ends of the cloth belt are provided with massager perforations, the heatable massager has a U-shaped structure, and the two ends of the heatable massager are fixed on the cloth belt through the massager perforations.

Further, the head and shoulder pads, hip pads, elbow pads, and leg pads are all designed with a low head end and a high foot end.

Further, the joint of the head and shoulder pads, shoulders and chest is designed as a gradient curve, which is a small-angle gradient sag design.

Further, the middle of the hip pad is designed as a gradient depression, which is a gradient type small-angle depression design.

Further, an elbow joint groove is arranged in the middle of the elbow pad, and a knee joint groove is arranged in the middle of the leg pad.

Further, two straps are respectively arranged at both ends of the cloth strap, the distance between the two straps at each end of the cloth strap is greater than the width of the neck trachea, and the length of the straps is greater than 1/2 * the length of the neck trachea.

Further, the cloth tape is a stretchable elastic material.

Further, the head and shoulder pads, hip pads, elbow pads, and leg pads are made of sponge.

The utility model has the following beneficial effects: the prone position ventilation position management pad of the present utility model has reasonable design and strong practicability. The design of the gradient depression in the middle of the hip pad, the elbow joint groove set in the middle of the elbow pad and the knee joint groove set in the middle of the leg pad are more conducive to treatment and high comfort, and the face and throat holes are set on the head and shoulder pads It is convenient for patients to breathe, face decompression and placement of oral organ intubation and cervical tracheal intubation pipeline. The ventilator pipeline channel set on the head and shoulder pad can effectively protect the artificial airway and ventilator pipeline, and the head The gradient curve design of the shoulder pad shoulder-chest joint can prevent local streaks and pressure injuries. The gradient depression set on the hip pad, the knee joint groove set on the leg pad and the elbow joint groove set on the elbow pad can effectively protect the hip. The heatable massager can be a good solution to the discomfort of the patient's cervical vertebrae when they lie prone for a long time.

Description of drawings

Fig. 1 is the structural representation of the head and shoulder pad of the present invention;

Fig. 2 is the schematic diagram of the back of the head and shoulder pad of the present invention;

3 is a schematic diagram of the cloth tape structure of the utility model;

4 is a schematic structural diagram of the elbow joint pad of the present invention;

5 is a schematic diagram of the structure of the hip pad of the present invention;

FIG. 6 is a schematic diagram of the structure of the leg pad of the present invention.

Among them, 1, head and shoulder pads, 2, face, 3, throat hole, 4, ventilator pipeline channel, 6, heated neck massager, 7, cloth belt, 8, cloth belt perforation, 9, massager perforation , 10, straps, 11, hip pads, 12, elbow pads, 13, leg pads, 14, elbow grooves, 15, knee grooves.

Detailed ways

The present utility model will now be described in further detail in conjunction with the accompanying drawings.

As shown in Figures 1-6, a prone position ventilation position management pad includes a head and shoulder pad 1, a hip pad 11, an elbow pad 12, a leg pad 13, a cloth belt 7 and a heated neck massager 6. The head and shoulder pads 1 are used to pad the head and shoulders, the hip pads 11 are used to pad the hips, the elbow pads 12 are used to pad the left and right elbows, the leg pads 13 are used to pad the left and right legs, and the described elbow pads 13 are used to pad the left and right legs. The head and shoulder pad 1 is provided with a face 2, a throat hole 3, a cloth belt perforation 8 and a ventilator pipeline channel 4, and the cloth belt through 8 holes, the face 2 and the throat hole 3 are holes that pass through the head and shoulder pad 1 up and down, so Described ventilator pipeline channel 4 is arranged at the lower part of head and shoulder pad 1, and runs through head and shoulder pad 1 left and right, described throat hole 3 is arranged under face 2, and both ends of described cloth belt 7 pass through and be arranged at left and right of throat hole 3 respectively. The cloth belt is perforated 8, and is fixed on the neck through the buckle provided on the cloth belt 7, and the massager perforations 9 are arranged at both ends of the cloth belt 7, and the heatable massager 6 is a U-shaped structure, Both ends of the heatable massager 6 are fixed on the cloth belt 7 through the massager through holes 9 . The head and shoulder pads 1 , the hip pads 11 , the elbow pads 12 and the leg pads 13 are all designed with a low head end and a high foot end. The elbow pads 12 and the leg pads 13 are both left and right. The shoulder-chest joint of the head-shoulder pad 1 is designed as a gradual curve, which is a small-angle gradual sag design. The middle of the hip pad 11 is designed as a gradient depression, which is a gradient type small-angle depression design. An elbow joint groove 14 is arranged in the middle of the elbow pad 12 , and a knee joint groove 15 is arranged in the middle of the leg pad 13 . The two ends of the cloth belt 7 are respectively provided with two straps 10, the distance between the two straps 10 at each end of the cloth belt 7 is greater than the width of the neck trachea, and the length of the straps 10 is greater than 1/2 * neck Trachea length. The cloth tape 7 is a stretchable elastic material. The head and shoulder pads 1 , the hip pads 11 , the elbow pads 12 and the leg pads 13 are made of sponge.

When in use, the patient lies prone on the ventilation position management pad, the head and shoulders lie prone on the head and shoulder pad 1, the face is placed on the face 2, the corresponding larynx is placed on the throat hole 3, the artificial airway, ventilator tube The circuit is placed on the ventilator pipeline channel 4, and the two ends of the heatable massager 6 are fixed on the cloth belt 7 through the massager perforation 9. The cloth belt 7 has a cloth belt perforation 8 at both ends, and bypasses the neck and passes through the cloth belt. The buckle on the belt 7 is fixed on the neck, the hip pad 11 is placed on the perineal upward hip position, the elbow pad 12 is placed on the elbow, and the elbow joint is placed on the elbow joint groove 14, and the leg pad 13 is placed on the On the leg, and the knee joint is placed on the knee joint groove 15, turning on the switch of the heatable massager 6 can relieve the discomfort of the patient's neck caused by the treatment in the prone position for a long time.

The present utility model is not limited to the above-mentioned embodiments, and anyone should be aware of the structural changes made under the inspiration of the present utility model, and all technical solutions that are identical or similar to those of the present utility model fall within the protection scope of the present utility model. Inside.

The technology, shape and structure part that are not described in detail in the present invention are all known technology.

Claims (8)

1. The utility model provides a prone position body management of ventilating fills up, includes that head shoulder pad, hip pad, hand elbow pad, leg pad, strap and heatable neck massager, its characterized in that: the head and shoulder pad is used for padding the head and the shoulders, the hip pad is used for padding the hips, the elbow pad is used for padding the left elbow and the right elbow, the leg pad is used for padding the left leg and the right leg, the head and shoulder pad is provided with a face hole, a throat hole, a cloth belt perforation and a breathing machine pipeline channel, the cloth belt perforation, the face hole and the throat hole are holes penetrating through the upper part and the lower part of the head and shoulder pad, the breathing machine pipeline channel is arranged at the lower part of the head and shoulder pad and penetrates through the head and shoulder pad from left to right, the throat hole is arranged below the face hole, two ends of the cloth belt respectively penetrate through the cloth belt perforation arranged at the left end and the right end of the throat hole and pass through the neck and are fixed on the neck through a buckle arranged on the cloth belt, two ends of the cloth belt are provided with massager perforations, the heatable massager is of a.

2. A prone position ventilation position management pad according to claim 1 wherein: the head-shoulder pad, the hip pad, the hand-elbow pad and the leg pad are all designed to be low in head end and high in foot end.

3. A prone position ventilation position management pad according to claim 1 wherein: the joint of the head, the shoulder pad, the shoulder and the chest is designed to be a gradually-changing curve, and is designed to be sunk in a small-angle gradually-changing mode.

4. A prone position ventilation position management pad according to claim 1 wherein: the middle of the hip pad is designed to be gradually sunken, and the hip pad is designed to be gradually sunken at a small angle.

5. A prone position ventilation position management pad according to claim 1 wherein: elbow joint grooves are formed in the middle of the elbow pads, and knee joint grooves are formed in the middle of the leg pads.

6. A prone position ventilation position management pad according to claim 1 wherein: two bandages are arranged at two ends of the cloth belt respectively, the distance between the two bandages at each end of the cloth belt is greater than the width of the neck trachea, and the length of each bandage is greater than 1/2 the length of the neck trachea.

7. A prone position ventilation position management pad according to claim 1 wherein: the cloth belt is made of stretchable elastic materials.

8. A prone position ventilation position management pad according to claim 1 wherein: the head-shoulder pad, the hip pad, the hand-elbow pad and the leg pad are made of sponge.

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