CN2698321Y

CN2698321Y - Operation decompression mattress with improved structure for medical use

Info

Publication number: CN2698321Y
Application number: CN 200420006798
Authority: CN
Inventors: 黄源良
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-03-12
Filing date: 2004-03-12
Publication date: 2005-05-11
Anticipated expiration: 2014-03-12

Abstract

The utility model discloses an operation decompression mattress with improved structure for medical use, which is made up of that one layer of gel (the gel can be changed by the silica gel or other flexible material) and multi-layer of foaming cotton with different densities foam in multi-layer for molding and superimpose upward layer by layer. The utility model is used for being the decompression mattress for medical use which is touched with the patient directly on the operation table in order to avoid the disadvantage that blood of the patient is not unobstructed owing to the operation with long time. Wherein the gel and the foaming cotton are combined into a mattress through the multi-layer foaming type, and the surface of the mattress with multi-layer superimposing is coated by one layer of thin film, which makes the mattress attain the waterproof and poromeric effects, avoiding the pollution in operation. The gelatinous surface of the surface layer is made into wavilness, which can attain the poromeric and cooling effects and avoid sliding, and the mattress has higher stability.

Description

Improved medical operation pressure reduction mattress structure

Technical field

This utility model relates to a kind of improved medical operation pressure reduction mattress structure, especially refer to a kind of like this pressure reduction mattress, it is by the foam of layer of gel and multilamellar different densities, with multilayer foamed molding superimposed the making that in layer make progress, be used as the direct and pressure reduction mattress of patient on the medical operation platform, to avoid causing the obstructed shortcoming of patient blood because of performing the operation for a long time by touching.

Background technology

General operation must be through long anesthesia, operation process, its employed medical platform, must have the effect that can make patient blood unobstructed, so be equiped with the soft gel or the mattress of other soft materials on the surface of medical platform, though can be comfortable so that patient lies, but, be difficult for ventilative all the better because soft gel or other soft materials after being oppressed, can be fitted with the surface of human body.Moreover, after blood in the human body leaves standstill a period of time (20-30 minute), can be toward a side flow down, so easily cause poor circulation, form decubital ulcer or be unfavorable for the healing of wound, see also Fig. 1, known mattress a is many directly to fit in a silica gel piece a1 on the fine and close foam a2 of quality, will be coated with an epidermis a3 after the said structure combination again.But the quality of silica gel piece a1 own is near fluid, is easy to generate the situation of slip and the carrying out of unfavorable operation, and operation the time is vulnerable to the pollution of crimson blood and can't clean, moreover the cost costliness of silica gel piece a1 uses too much silica gel can cause the raising and the difficult carrying of cost of manufacture.

The design people has the shortcoming of stating known construction in view of this, and the whence studies intensively, and long-pending individual is engaged in the many years of experience of this cause, develops a kind of brand-new improved medical operation pressure reduction mattress structure eventually.

Summary of the invention

The technical problems to be solved in the utility model provides a kind of patient body that reduces for a long time by touching the suffered compressing of mattress, make patient's blood when operation unobstructed, have highly-breathable and reduce shell temperature, and have and reduce cost, be easy to carry and gel layer and the foamed cotton layer improved medical operation pressure reduction mattress structure of advantage such as can not slide.

For this reason, the utility model proposes a kind of improved medical operation pressure reduction mattress structure, it is by superimposed the making of foam of layer of gel and multilamellar different densities, and can be on the medical operating platform directly and patient by touching, wherein: it is with multilayer foamed molding, and in the bottom, this gel surface down has the wavy structure of dipping and heaving with gel shaped in elder generation, by the foam superimposed mattress of making that in layer makes progress, the thin film of an air permeable waterproof is covered in this whole mattress.

Aforesaid improved medical operation pressure reduction mattress structure, described gel can be silica gel.

Aforesaid improved medical operation pressure reduction mattress structure, described gel can be other soft materials.

Aforesaid improved medical operation pressure reduction mattress structure, described gel thicknesses is about the 0.5-1 centimetre.

Aforesaid improved medical operation pressure reduction mattress structure, the spacing of described wavy structure is about the 0.3-0.8 centimetre.

Aforesaid improved medical operation pressure reduction mattress structure, foam can be superimposed by the kind of multilamellar different densities.

According to above-mentioned structure, because the proportion of gel is heavier, according to the arrangement mode of proportion, from bottom to top be gel during making, again with foam by the direct foaming upwards of two material surface intersections, make it reach foam and the integrated effect of gel, wherein, have the wavy structure of dipping and heaving on the surface of silica gel, and its thinner thickness, and the foam that can have definite shape by the bottom reaches and reduces cost, is easy to carry and purpose that gel layer and foamed cotton layer can not slide.And the heaving of the sea of gel surface structure and the thin film that adds last layer tool breathability and waterproof, can make patient when couching, the reason body surface is not fitted fully and is made body surface compressing place can't breathe freely, lower the temperature, or because of body wt compressing makes blood circulation obstructed, and can be the time because of operation the crimson blood of omnidirectional ejection or the body of other dirty thing pollution resistant bed mat structure.

Therefore, this utility model is that the thickness that the silica gel piece is required reduces and improve its processing mode, make its surface have wavy fluctuating, and with the one-body molded making of foam that is positioned at the below, promoting its breathability makes and frees circulation of the blood, and can reach the skin surface cool effect, have and reduce cost, be easy to carrying and gel layer and foamed cotton layer advantage such as can not slide.

Description of drawings

Fig. 1 is the three-dimensional structure diagram of known configurations;

Fig. 2 is a three-dimensional structure diagram of the present utility model;

Fig. 3 is a side sectional view of the present utility model;

Fig. 4 is that of the present utility model another implemented illustration.

The drawing reference numeral explanation:

1, mattress 10, gel 11, wavy structure

20, foam 30, thin film

The specific embodiment

Structure of the present utility model, device and feature thereof are lifted a preferable possible embodiments and a conjunction with figs. and are described in detail as follows:

See also shown in Fig. 2,3, the improved medical operation pressure reduction mattress structure that the utility model proposes, it mainly is with multilayer foamed molding, earlier gel 10 (can be silica gel or other soft materials) is formed in bottom (its thickness is about the 0.5-1 centimetre), and make gel 10 surface down have the wavy structure 11 (spacing between its wavy structure 11 is about the 0.3-0.8 centimetre) of dipping and heaving, again by the foam 20 superimposed mattress 1 of making that in layer makes progress, whole mattress 1 covered with the thin film 30 of an air permeable waterproof formed.

See also Fig. 4, be another embodiment of the present utility model, the foam 20 that is positioned at gel 10 belows can be made double-deck pattern, it can be lower by one deck density, the foam 20 that material is softer, it is higher thereunder to add one deck density again, and the foam 20 of dense materials has not only more increased breathability and carried convenient.

In sum, the improved medical operation pressure reduction mattress structure of this utility model, foam by layer of gel and multilamellar different densities, with multilayer foamed molding superimposed the making that in layer make progress, really can reduce the pressure of patient body and pressure reduction mattress compressing place, make patient's blood when operation unobstructed, and have highly-breathable, cooling, and improvement of the present utility model also has and reduces cost, is easy to carry and effect that gel layer and foamed cotton layer can not slide, and the practicality of tool utility model and progressive.

Claims

1. improved medical operation pressure reduction mattress structure, it is by superimposed the making of foam of layer of gel and multilamellar different densities, and can be on the medical operating platform directly and patient by touching, it is characterized in that: it is with multilayer foamed molding, described gel shaped in the bottom, this gel surface down has the wavy structure of dipping and heaving, and by the foam superimposed mattress of making that in layer makes progress, the thin film of an air permeable waterproof is covered in this whole mattress.

2. improved medical operation pressure reduction mattress structure as claimed in claim 1, it is characterized in that: described gel can be silica gel.

3. improved medical operation pressure reduction mattress structure as claimed in claim 1, it is characterized in that: described gel can be other soft materials.

4. improved medical operation pressure reduction mattress structure as claimed in claim 1, it is characterized in that: described gel thicknesses is about the 0.5-1 centimetre.

5. improved medical operation pressure reduction mattress structure as claimed in claim 1, it is characterized in that: the spacing of described wavy structure is about the 0.3-0.8 centimetre.

6. improved medical operation pressure reduction mattress structure as claimed in claim 1, it is characterized in that: foam can be superimposed by the kind of multilamellar different densities.