CN210170623U - Application plaster for breathing machine mask - Google Patents

Abstract

The utility model provides a subsides of breathing machine face guard usefulness, including at least two-layer, wherein at least one deck is for applying the layer, and at least one deck is for slowly pressing the layer, its characterized in that: the application patch for the respirator mask is hollow in the middle, and the shape of the application patch is the same as that of the contact part of the respirator mask and the face skin of a user. The utility model provides a breathing machine face guard that prior art exists wear the in-process medicine and apply ointment or plaster and seal and use inconvenient and inefficiency, the result of use is poor to and the utilization ratio is not high, cause patient's treatment problem with high costs.

Description

Application plaster for breathing machine mask

Technical Field

The utility model relates to a medical treatment consumptive material, especially a applying ointment or plaster that breathing machine face guard was used.

Background

At present, in the medical care process, a patient often needs to be treated by oxygen inhalation through a breathing machine, particularly when a wound exists on the face of the patient corresponding to the part of the breathing machine mask, the breathing machine mask not only needs to be in sealing contact with the face of the patient, but also needs to be applied to the wound for treatment while the breathing machine mask is worn, the existing mode is that a complete medicine application patch and a complete sealing patch are adhered together, then the adhered medicine application patch and the sealing patch are cut out according to the shape and the size of the contact part of the breathing machine mask and the face of the patient/user for use, so that a large amount of time is spent on adhering and cutting by nursing personnel, the working efficiency is low, the cutting effect is poor, the use efficiency and the use effect of the medicine application patch and the sealing patch are influenced, the rescue time of the patient is delayed, and the medicine application patch and the sealing patch left after cutting cannot be used for other purposes, resulting in low utilization rate of the drug application and the sealing paste, causing huge waste of materials and increasing treatment cost for patients.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a subsides of breathing machine face guard usefulness, it mainly solves above-mentioned prior art existence and wears the in-process medicine at the breathing machine face guard and apply ointment or plaster and use inconveniently and inefficiency, the result of use is poor to and the utilization ratio is not high, causes patient's treatment problem with high costs.

In order to realize the purpose, the utility model discloses the technical scheme who adopts is: the utility model provides a subsides that breathing machine face guard was used, includes at least two-layer, and wherein at least one deck is for applying the layer, and at least one deck is the slow-pressing layer, its characterized in that: the application patch for the respirator mask is hollow in the middle, and the shape of the application patch is the same as that of the contact part of the respirator mask and the face skin of a user.

Further, the application for the respirator mask has elasticity.

Furthermore, the application layer and the pressure-release layer are connected in a sticking mode.

Further, the application for the respirator mask is in a shape of a circle, a pentagon, a rhombus, a hexagon, a drop shape, an arc triangle, a pentagon with arc processing at the break angle, a rhombus with arc processing at the break angle, a hexagon with arc processing at the break angle, or a triangle with arc processing at the break angle.

Furthermore, auxiliary pasting parts facing to the outside are arranged on the periphery of the application for the breathing machine mask.

Further, the auxiliary pasting part is arranged on the peripheral edge of the pressure-relieving layer.

Furthermore, the application for the respirator mask consists of an application layer and a slow-pressing layer.

Further, the outward side of the slow pressing layer is provided with a plurality of positioning parts.

Further, the pressure relieving layer is thicker and softer than the application layer; an isolating layer is arranged between the application layer and the pressure-release layer.

Further, the distance between the outermost circle and the innermost circle of the application for the respirator mask is 1-5 cm.

In view of above-mentioned technical characteristic, the utility model discloses can help medical care personnel to save a large amount of time of tailorring and pasting, improve work efficiency and improve the application of ointment or plaster result of use that the breathing machine face guard was used, can also accelerate patient's rescue progress. And simultaneously, because the utility model discloses a shape matches with the shape at the position of breathing machine face guard and user's facial skin contact, can not cause the waste on the material, can enough material saving, also can help patient to save the treatment cost.

The utility model provides a technical scheme can design different sizes according to actual conditions to it is required to satisfy the breathing machine face guard of different specifications or model.

Drawings

FIG. 1 is a perspective view of an applicator for a respirator mask in accordance with embodiment 1;

FIG. 2 is a front view of an applicator for a respirator mask in example 1 (i.e., the pressure relief layer on top and the application layer on the bottom);

FIG. 3 is a rear view of a face mask of a respirator in accordance with embodiment 1;

fig. 4 is a front view of an applicator for a respirator mask in example 2 (i.e., the pressure relief layer on top and the application layer on the bottom).

In the figure: 1 is a pasting layer; 2 is a slow-pressing layer; 3, hollowing out the middle of the application; 4 is an auxiliary pasting part; 5 is a positioning part; 6 is the outermost ring of the application; 7 is the innermost circle of the application; 8 is a breathing machine mask; 9 is the contact part of the breathing machine mask and the face skin of the user.

Detailed Description

The present invention will be further described with reference to the following detailed description. It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes and modifications of the present invention may be made by those skilled in the art after reading the teachings of the present invention, and these equivalents also fall within the scope of the appended claims.

Embodiment 1, referring to fig. 1 and 3, the application for respirator mask provided by the present invention is composed of an application layer 1 and a pressure-relieving layer 2, the application layer 1 is generally a drug application layer (e.g. an Anpu plaster, which is used in a wet healing environment, autolytic debridement, accelerated healing, painless replacement, transparent, convenient for monitoring the healing condition of wound, wet healing environment, accelerated healing, painless replacement, avoiding bacteria and water invasion, reducing the possibility of wound infection, soft and comfortable, waterproof, showering or scrubbing, reducing replacement frequency, and replacing once in 4-7 days for adaptation diseases, such as epithelialization period (powder period) of chronic wounds (bedsore, leg ulcer, diabetic foot), bedsore prevention, acute wounds (superficial skin abrasion, superficial burn, suture wound after surgery, fixation of sensitive skin catheter), the application layer 1 can be made of different drugs according to actual needs, can help to treat the wounds on the face of the patient corresponding to the position of the respirator mask 8, i.e. the application layer 1 is located below the application layer for the whole respirator mask. Slow pressure layer 2 is located apply ointment or plaster layer top and contacts with breathing machine face guard 8, and slow pressure layer 2 can alleviate breathing machine face guard 8 to the pressure of patient face, and then alleviates the oppression that corresponds the wound to patient face, and the application ointment or plaster that the breathing machine face guard that simultaneously slow pressure layer 2 and apply ointment or plaster layer 1 jointly constitute was used can also play sealed effect between patient face and breathing machine face guard 8, improves the oxygen utilization ratio of breathing machine. In addition, the pressure relieving layer 2 also has the function of absorbing seepage liquid, and can absorb moisture and/or liquid generated by the exchange of liquid, such as respiratory gas, in the breathing mask 8, or seepage liquid generated by the wound on the skin of a patient, or liquid generated by the leakage of medicine on the application layer 1, so that the inside of the breathing mask 8 can be kept dry, and the breathing is more sanitary and safe. And the slow pressing layer 2 can also help the utility model discloses the product keeps dry with patient's skin contact position, reduces the danger of pressing the sore. The slow-pressing layer 2 can be made of an adhesive dressing for immediate application.

The number of layers of the application layer 1 and/or the pressure relief layer 2 can be increased according to actual conditions, so that the requirements of different wound treatments and/or different pressure relief effects (namely different pressures generated by the respirator mask 8 on the face of a patient) can be met while the respirator mask 8 and the face of the patient are sealed.

The application of the breathing machine mask is a hollow part 3, and the hollow part 3 corresponds to the mouth and nose parts of a patient, so that the breathing machine is convenient for the patient to use. The shape of applying ointment or plaster that the breathing machine face guard was used is the same with the shape that the position 9 of breathing machine face guard and user face skin contact formed, so the nursing staff will the utility model discloses can directly cooperate breathing machine face guard 8 to use after the product takes out (be about to slowly press layer 2 and breathing machine face guard 8 to be connected fixedly, for example paste), help patient to wear breathing machine face guard 8 with meeting the requirements fast conveniently, need not to be again by the manual specific shape of cutting out with breathing machine face guard 8 matching of will applying ointment or plaster of nursing staff, can provide nursing staff's work efficiency and improve the result of use that applies ointment or plaster that the breathing machine face guard was used, reduce the waste of material, patient reduction treatment cost is helped to a great extent, patient treatment degree of adaptability is improved.

This application of breathing machine face guard usefulness has elasticity, can match the shape of breathing machine face guard and user's facial skin contact's position 9 through tensile application of plaster, and application scope is wider, can match the breathing machine face guard 8 of more models and specifications. The patch has elasticity, and can meet the requirements of treating facial wounds and sealing the respirator mask with the face when patients with different facial shapes use the respirator mask.

The application layer 1 and the pressure-reducing layer 2 are connected in a sticking mode, and the manufacturing is simple, convenient and efficient. The pressure relieving layer 2 is thicker and softer than the application layer, which means that the application layer 1 is harder and thinner than the application layer, and the application layer 1 can help support the breathing machine mask 8, reduce and balance the pressure of the breathing machine mask 8 on the face of a patient, and avoid the treatment and recovery of the wound on the face corresponding to the breathing machine mask part due to the pressure influence.

In view of the diversified shapes of the breathing machine masks 8 which are used in the market at present, the shape of the product of the utility model can be made to be the same as the shapes of the breathing machine masks 8 (namely the shapes formed by the parts 9 of the breathing machine masks, which are contacted with the face of a patient), so as to be matched with the use of the breathing machine masks 8. Therefore, the shape of the application for the respirator mask is preferably a circular shape, a pentagonal shape, a rhombic shape, a hexagonal shape, a drop shape, an arc triangular shape, a pentagonal shape with an arc-shaped corner, a rhombic shape with an arc-shaped corner, or a hexagonal shape with an arc-shaped corner. The triangle with the arc-shaped folding corners adopted in the embodiment 1 has a regular shape and a rounded periphery, and is suitable for the breathing machine masks commonly used in the market, such as the remait breathing machine mask BMC-FM and the philips great health fullllife breathing machine mask.

The distance between the outermost circle and the innermost circle of the application patch for the respirator mask is generally 1 cm to 5 cm, preferably 1 cm to 3 cm, the effect is better, the use comfort level is higher, the distance is matched with the shape formed by the contact part 9 of the face of a patient on the respirator mask (namely, the application patch can cover the contact part 9 of the respirator mask and the face of the patient), and the design is reasonable and practical. The distance between the outermost and innermost circles of the patch in this embodiment 2 is preferably 2 cm, which is a length that can be matched to the use of the respirator 8, which is more commonly used in the market.

Embodiment 2, see fig. 4, the utility model provides a breathing machine face guard is with the application content that a breathing machine face guard in embodiment 1 used is the same, in addition the application that breathing machine face guard was used is equipped with supplementary portion of pasting 4 towards the outside all around, and supplementary portion of pasting 4 is used for pasting on breathing machine face guard 8, can help applying ointment or plaster 1 and breathing machine face guard 8 between fixed, improves the leakproofness between the two. The auxiliary pasting part 4 can be arranged around the pasting layer 1, around the slow pressing layer 2, and around the slow pressing layer 2 of the pasting layer 1. In this embodiment 2, the auxiliary attaching portion 4 is provided on the peripheral edge of the pressure-relieving layer 2.

Apply and can also add the isolation layer (not shown in the drawing) according to actual conditions in the middle of layer 1 and the gentle sublayer 2, the isolation layer can prevent to apply the medicine on layer and permeate to the gentle sublayer 2, reduces and applies 1 drug effect on layer, pollutes the gentle sublayer 2, and then corrodes breathing machine face guard 8. The shape and the size of the isolation layer are the same as those of the application layer 1 and the pressure-relieving layer 2.

The outside one side of pressure relieving layer 2 is equipped with a plurality of location portion 5, and location portion 5 is generally three, and evenly distributed is on pressure relieving layer 2, and every location portion 5 comprises a pair of arch, and it can help applying ointment or plaster and respirator face guard 8's rigidity, plays and strengthens fixed and positioning action, especially prevents that relative position between the two from taking place to remove, avoids influencing the leakproofness between the two.

The above only is the preferred embodiment of the present invention, not limiting the scope of the present invention, all the equivalent structures or equivalent flow changes made by the contents of the specification and the drawings, or directly or indirectly applied to other related technical fields, are included in the same way in the protection scope of the present invention.

Claims (10)

1. The utility model provides a subsides that breathing machine face guard was used, includes at least two-layer, and wherein at least one deck is for applying the layer, and at least one deck is the slow-pressing layer, its characterized in that: the application patch for the respirator mask is hollow in the middle, and the shape of the application patch is the same as that of the contact part of the respirator mask and the face skin of a user.

2. A patch for a respirator mask according to claim 1, wherein: the application for the respirator mask has elasticity.

3. A patch for a respirator mask according to claim 2, wherein: the application layer and the pressure-release layer are connected in a sticking way.

4. A patch for a respirator mask according to claim 3, wherein: the application shape of the respirator mask is a round shape, a pentagonal shape, a rhombic shape, a hexagonal shape, a drop shape, an arc triangular shape, a pentagonal shape with an arc-shaped corner, a rhombic shape with an arc-shaped corner, a hexagonal shape with an arc-shaped corner, or a triangular shape with an arc-shaped corner.

5. A patch for a respirator mask according to claim 1 or 2 or 3 or 4, wherein: auxiliary pasting parts facing to the outside are arranged on the periphery of the application for the respirator mask.

6. A patch for a respirator mask according to claim 5, wherein: the auxiliary pasting part is arranged on the peripheral edge of the pressure-relieving layer.

7. A patch for a respirator mask according to any one of claims 1 or 2 or 3 or 4 or 6, wherein: the application for the respirator mask consists of an application layer and a slow-pressing layer.

8. A patch for a respirator mask according to claim 7, wherein: the outer side of the pressure relieving layer is provided with a plurality of positioning parts.

9. A patch for a respirator mask according to claim 8, wherein: the slow-pressing layer is thicker and softer than the application layer; an isolating layer is arranged between the application layer and the pressure-release layer.

10. A patch for a respirator mask according to claim 9, wherein: the distance between the outermost circle and the innermost circle of the application for the respirator mask is 1-5 cm.

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