阅读说明：本技术 一种伤口防水套装 (Waterproof suit of wound ) 是由 覃钊雄 于 2021-09-01 设计创作，主要内容包括：本发明公开了一种伤口防护套装,特别是防止在平常生活或工作中伤口触碰到水的医疗防护用品。本发明通过将若干防水单元叠放或者套接在同一伤口处,各自独立发挥防水作用,共同保护伤口。本发明同一个防水套装的防水单元形状均相同,但大小不一。使用时,防水单元由里到外从小到大依次黏贴或套接在伤口的周围,每个防水单元独立的对伤口进行保护,互不干扰,从而大大提高了防水能力。防水单元越多,防水能力越强：若单个防水单元防护下,伤口进水概率是0.5,则两个防水单元共同防护下,伤口进水概率是0.25甚至远小于0.25,三个防水单元共同防护下,伤口进水概率为0.125甚至远小于0.125。(The invention discloses a wound protection suit, in particular to a medical protection article for preventing a wound from touching water in ordinary life or work. According to the invention, a plurality of waterproof units are stacked or sleeved at the same wound, and the waterproof units respectively and independently play a waterproof role to jointly protect the wound. The waterproof units of the same waterproof suit have the same shape but different sizes. When the waterproof unit is used, the waterproof units are sequentially adhered or sleeved around the wound from inside to outside from small to large, and each waterproof unit independently protects the wound without mutual interference, so that the waterproof capability is greatly improved. The more waterproof units, the stronger the waterproof ability: if the water inlet probability of the wound under the protection of the single waterproof unit is 0.5, the water inlet probability of the wound under the common protection of the two waterproof units is 0.25 and even far less than 0.25, and the water inlet probability of the wound under the common protection of the three waterproof units is 0.125 and even far less than 0.125.)

1. The utility model provides a waterproof suit of wound, includes the waterproof unit of a plurality of, and every waterproof unit includes that waterproof portion of film and closed cyclic annular paste portion, closed cyclic annular paste portion sets up the inboard border of waterproof portion of film, characterized by, waterproof suit of each cover includes more than or equal to 2 waterproof unit to same waterproof suit, waterproof unit variation in size, the waterproof unit of the adjacent size of waterproof suit, its difference is greater than the width value of closed cyclic annular paste portion.

2. The waterproof suit according to claim 1, characterized in that the waterproof units are all of the same shape for the same waterproof suit.

3. The waterproof suit of claim 2, wherein the waterproof units are of equal differential size array for the same waterproof suit.

4. A water resistant kit according to claim 3 wherein the size of the water resistant units is such that the array of equal differences is greater than the width of the closed loop adhesive portion for the same kit.

5. A water resistant kit according to any one of claims 1 to 4 wherein the membrane waterproof section of the waterproof unit is a plastic membrane waterproof section.

6. The waterproof suit of claim 5, wherein said plastic film waterproof portion is transparent.

Technical Field

The field relates to a medical protective article, in particular to a protective article for preventing a wound from contacting water in daily life.

Background

Some patients can not take a bath for half a month or even longer because the wounds on the body can not touch water and the wounds can not be healed easily and have inflammation risk, so that the pain of the patients is increased, the blood circulation is insufficient after the patients do not take the bath for a long time, and the healing of the wounds is not facilitated. There are some waterproof adhesive tapes on the market, not only adhesive tape itself can stick the wound and can have the damage to the wound, and its waterproof performance is not very good yet, even the wound has intake water, because adhesive tape covers the wound, also can not see the condition of the inside, wait after tearing off adhesive tape, the wound often has become whitened by the bubble of water, this has increased the required time of wound healing undoubtedly.

Disclosure of Invention

A wound waterproof suit comprises more than or equal to 2 waterproof units, wherein all the waterproof units are the same in shape, and the linearity of the waterproof units of the same suit is in an arithmetic progression and gradually increases from inside to outside. Each waterproof unit comprises a plastic film waterproof part and an adhering part, the inner side edge of the plastic film waterproof part is provided with an annular adhering part, and the surface of the adhering part is covered by oiled paper. The equidifferent value of the array of the equidifferent linear degrees of the waterproof units of the same suit is larger than the width of the sticking part. Before use, the oiled paper is torn off, and the waterproof units are sequentially and completely covered on the parts needing to be waterproof from inside to outside according to the sequence from small to large. Because the equidifferent value of the equidifferent array of the linearity of the waterproof units of the same suit is larger than the width of the sticking parts, the sticking parts of all the units are separated by a certain distance, are not in contact with each other and do not influence each other. The principle is as follows: when only one waterproof unit is used, if the action is not large in the using process and the sticking part does not slide laterally due to the fact that the waterproof stick is touched in the using process on the premise that the cleanliness of the sticking area is high, the waterproof effect of the waterproof stick is good. However, if the cleanliness of the adhesion area is not high or the hairs are not cleaned, the action is large when the waterproof paste is used, so that the adhesion part of the waterproof paste slides or folds laterally, and the waterproof effect of the single waterproof unit is greatly reduced. At this time, can cover a plurality of layers of waterproof unit again outside the waterproof unit of the innermost, cover first waterproof unit completely, and the second waterproof unit portion of pasting is apart from certain distance contactless with the portion of pasting of first waterproof unit, lets first waterproof unit and second waterproof unit mutually not influence and mutual independence, can not be not become flexible together because of the portion of pasting of one of them waterproof unit's the drive another waterproof unit portion of pasting. The combined action effect of the two waterproof units is that compared with the action of one waterproof unit, the water inlet probability is greatly reduced. For example, if the water inlet probability of one waterproof unit is 50%, the probability of water entering the wound site under the combined action of two waterproof units is far lower than 25%, and similarly, if three waterproof units are provided, the probability of water entering the wound site is far lower than 12.5%, and if four waterproof units are provided, the probability of water entering the wound site is far lower than 6.25% … … because if only one waterproof unit is attached, the whole waterproof unit is splashed by water during bathing, as long as one adhesive part is not firmly adhered, the waterproof units are communicated inside and outside, and even if a small opening is provided, water may enter the inner side of the waterproof unit through the small opening to wet the wound. However, if two waterproof units are used, if the water inflow probability of a single waterproof unit is 50%, the probability that both waterproof units are stuck loosely and communicate inside and outside is 25%, and the probability that a water droplet passing through the inside and outside communication holes of the outermost waterproof unit just passes through the inside and outside communication holes of the second waterproof unit is necessarily much smaller than 25%. Similarly, if three waterproof units are used simultaneously, the probability of communication between the inside and outside of each waterproof unit is 12.5% due to the three waterproof units being stuck loosely, and the probability of water drops penetrating through a small part of the communication holes between the inside and outside of the outermost waterproof unit penetrating through the communication holes between the inside and outside of the second and third waterproof units simultaneously is … … which is considerably smaller than 12.5%. In order to know whether the waterproof unit has leaked water, it is preferable that the film waterproof portion of each waterproof unit is a transparent film. When the waterproof suit is used, if water drops or water mist exist on the inner side of the film, the fact that water penetrates through the outermost film but does not necessarily penetrate through the inner film is indicated, the outermost film needs to be torn off, whether water penetrates through the second film from the outside to the inside is judged, … …, and if one or two films do not penetrate water, the waterproof suit can be replaced by a new waterproof suit.

Drawings

Fig. 1 is a 1-unit diagram of an embodiment in which a film waterproof section of the present invention is sheet-shaped.

Fig. 2 is a diagram showing a combination of 3 units in an embodiment in which the film waterproof section of the present invention is in a sheet form.

Fig. 3 is a 1-unit diagram of an embodiment in which the membrane waterproofing part of the present invention is cylindrical.

Fig. 4 is a diagram showing a combination of 3 units in an embodiment in which the membrane waterproof section of the present invention is cylindrical.

Fig. 5 is a 1-unit diagram of an embodiment of the present invention in which the film waterproof part is in a glove shape.

FIG. 6 is a view showing the combination of 3 units in the embodiment in which the film waterproof part of the present invention is formed in a glove shape.

Detailed Description

The first embodiment is as follows: the waterproof part of the plastic film is a film sheet. Waterproof suits of this shape are generally used on relatively flat parts of the skin surface, such as the back, abdomen, chest, etc.; when the wound is small, the wound-preventing device can also be used in the non-joint parts of the arms and the legs. When the air-pressure type air-pressure cooker is used, the smallest unit is attached to the innermost part from inside to outside in sequence from small to large, air in the inner part is extruded out through the pressing part, and the attaching parts among the units are separated by a certain distance, so that the units are independent from each other and are not mutually involved.

The second embodiment is as follows: the waterproof part of the plastic film is a film cylinder sleeve. Waterproof suits of this shape are typically used on relatively narrow and elongated areas of the skin surface, such as the arms, fingers, legs and toes. If a finger is injured, the finger is held in the hand, if an arm is injured, the entire arm is held in the hand, if a toe is injured, the toe is short and the skin of the toe is wrinkled, so that the entire sole of the foot needs to be held in the hand from the upper part of the ankle, and if a leg is injured, the entire leg is held in the hand. Therefore, the depth and size of the film cover need to be determined according to the use position of the film cover. When the air-pressure type air compressor is used, the smallest unit is sleeved at the innermost part, the smallest unit sequentially goes from inside to outside from small to large, air inside the unit is extruded out through the pressing part, and the sticking parts among the units are separated by a certain distance, so that the units are independent from each other and are not mutually involved.

The third concrete embodiment: the waterproof part of the plastic film is a film glove. Such waterproof covers are used when the palm or fingers are injured but have to come into contact with water. When the air-pressure type air compressor is used, the smallest unit is sleeved at the innermost part, the smallest unit sequentially goes from inside to outside from small to large, air inside the unit is extruded out through the pressing part, and the sticking parts among the units are separated by a certain distance, so that the units are independent from each other and are not mutually involved.