CN209808700U - Stoma chassis heating pressurizer - Google Patents

Abstract

The utility model provides a make a mouthful chassis heating presser for the cooperation is made a mouthful chassis and is used, makes a mouthful chassis heating presser including heating tray and power cord, has in the heating tray can be with the heating device of the whole heating of heating tray, heaies up gradually behind the switch-on, heats making a mouthful chassis, and heating tray upper surface has the ring channel of indent, and the ring channel cooperatees with the bellied interior orifice of making in chassis disk body surface, and the pressurization of being convenient for has pasted the mouthful chassis of making on skin. The utility model has the advantages of reasonable design, can heat making a mouthful chassis, avoid taking place to scald, can evenly pressurize making a mouthful chassis, make and make a mouthful chassis and skin paste more closely, make viscose ability full play adhesion effect, increase chassis viscidity, reduce the chassis seepage, have good market space and economic prospect.

Description

Stoma chassis heating pressurizer

Technical Field

The utility model relates to the technical field of medical equipment, especially, relate to a make mouthful chassis heating presser.

Background

The stoma is caused by diseases of the digestive system or the urinary system, and an opening is formed by separating an intestinal canal through surgical treatment and leading one end of the intestinal canal out of the body surface (an anus or a urethra is moved to an abdominal wall). Ostomy bags are containers for storing human waste. Wherein, the two-piece ostomy bag consists of a chassis and a bag body. The stoma base plate is adhered to the skin through stoma adhesive on the base plate. The surface of the chassis is provided with a stoma inner ring in a protruding way.

The stoma adhesives are pressure sensitive adhesives, and the working principle is two types: tackiness and adhesion. Tack is the initial tack at the moment the adhesive is applied to the skin. The adhesive force is the ability of the adhesive to flow slowly to fill the skin lines after long-term contact with the skin, so that the ostomy base plate adheres firmly to the skin throughout the wearing period. Simply, the tack is sticky, but the tack is so strong that it is adhered by adhesive force.

In the pasting process, only pasting and not pressing can lead the chassis to have initial viscosity, the viscose can flow to skin gaps in a long time, and the firm adhesion effect of the adhesion force is exerted. The action of pressing the chassis can accelerate the adhesion process and exert the function of adhesion force most quickly. Temperature also has an effect on the application process, and the adhesive flows faster at higher temperatures. For example, the temperature of the body can be used to warm the mucus in the axilla, which can flow more quickly into the crevices of the skin. However, the temperature effect on the adhesive is not as rapid and sufficient as that of pressing. The skin is generally scalded if the temperature exceeds 70 ℃ as the temperature is too high as the risk, and the introduction of Wangdan, a dermatologist in general hospitals in Beijing military districts is introduced. Some patients use hair-dryer, warm baby or hot-water bottle to cover the heat with the chassis in advance, but the temperature is uncontrollable, has the risk of taking place the scald, in case take place the scald and can burn and make mouthful skin all around, leads to can't paste the chassis, increases patient pain and economic burden. After the chassis is adhered to the skin, a patient needs to press the chassis with fingers or other tools to increase the adhesion, but pressure sensitive experimental data show that the mode causes uneven stress, slow adhesion process and weak adhesion of local chassis, thereby causing the chassis to leak in advance.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is: in order to overcome the defects of the prior art, the utility model provides a according to the heat sensitivity characteristics of making mouthful chassis viscose, can improve viscose viscidity for making mouthful chassis heating in advance, reduce chassis seepage risk, improve the comfort level to but effective control heating temperature avoids taking place making mouthful chassis heating presser of scald.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a make mouthful chassis heating presser for the cooperation is made mouthful chassis and is used, make mouthful chassis include the chassis disk body of disc, have the escape orifice in the middle of the chassis disk body, the bellied mouthful inner ring that makes in chassis disk body surface, chassis disk body bottom coating has a mouthful viscose layer, makes mouthful viscose layer facing have from the type paper layer, chassis disk body upper surface arch have with the endocentric mouthful inner ring that makes of escape orifice, make mouthful chassis heating presser including heating tray and power cord, heating tray upper surface has the ring channel of indent, the ring channel cooperatees with the bellied mouthful inner ring that makes in chassis disk body surface, heating tray lower surface is planar structure, heating tray has the heating device who can be with the heating tray global heating in the heating tray.

Furthermore, in order to adapt to the structure of the stoma chassis, the heating tray is of a disc-shaped structure concentric with the chassis body, the maximum outer diameter of the heating tray is not less than the outer diameter of the chassis body, and a through hole concentric with the drain hole is formed in the center of the heating tray.

Furthermore, the heating device comprises a far infrared heating body, a safety power supply voltage stabilizer and a temperature controller which are arranged in the heating tray, wherein the periphery of the heating tray is provided with a USB interface, and the far infrared heating body, the safety power supply voltage stabilizer, the temperature controller and the USB interface are electrically connected through electric wires.

Preferably, the heating tray is made of engineering plastics, and the far infrared heating body is embedded in the heating tray made of the engineering plastics.

In this scheme, heating tray has been designed for making the mouthful chassis ingeniously, it is preceding to bind to make the mouthful chassis, can cooperate the crimping earlier on heating tray, preheat it by heating tray, effectively improve the viscidity of making mouthful viscose layer, then tear from type paper layer, even take heating tray will make a mouthful chassis paste patient's skin, directly press the heating tray with the hand, exert pressure to making a mouthful chassis through heating tray, it is more even to enable to make each part atress of making a mouthful chassis, it is more inseparable to make a mouthful chassis and skin paste, reducible artifical pressor inhomogeneities, improve the adhesion force.

The beneficial effects of the utility model are that, the utility model provides a make a mouthful chassis heating presser, structural design is reasonable, correspond chassis disk body structure, the design with make a mouthful chassis structure matched with heating tray, can heat making a mouthful chassis, avoid taking place the scald, can evenly pressurize making a mouthful chassis, it is more inseparable to make a mouthful chassis and skin paste, reduce the inhomogeneity that artifical pressurization probably exists, make viscose ability full play adhere the effect, increase chassis viscidity, reduce the chassis seepage, good market space and economic prospect have.

Drawings

The present invention will be further explained with reference to the drawings and examples.

Fig. 1 is a schematic structural diagram of the preferred embodiment of the present invention.

Fig. 2 is a schematic circuit diagram of the preferred embodiment of the present invention at a temperature of 50 ℃.

In the figure 1, a heating tray 2, an annular groove 3, a through hole 4 and a USB interface.

Detailed Description

The present invention will now be described in further detail with reference to the accompanying drawings. These drawings are simplified schematic drawings and illustrate the basic structure of the present invention only in a schematic manner, and thus show only the components related to the present invention.

The utility model discloses a make mouthful chassis heating presser as shown in figure 1, is the preferred embodiment of the utility model, is used for cooperating to make mouthful chassis and use. The ostomy base plate comprises a disc-shaped base plate body, wherein a drainage hole is formed in the middle of the base plate body, an ostomy inner ring protruding on the surface of the base plate body is coated on the bottom of the base plate body, an ostomy adhesive layer is coated on the bottom of the base plate body, a release paper layer is coated on the ostomy adhesive layer in an attaching mode, and the upper surface of the base plate body protrudes to form an ostomy inner ring concentric with the drainage hole. The stoma adhesive layer is made by coating pressure sensitive adhesive.

Make mouthful chassis heating presser including heating tray 1 and power cord, 1 upper surface of heating tray has the ring channel 2 of indent, ring channel 2 cooperatees with the bellied interior orifice of making in chassis disk body surface, 1 lower surface of heating tray is planar structure, heating tray has the heating device that can be with 1 whole heats of heating tray in 1. In order to adapt to the structure of the stoma chassis, the heating tray 1 is preferably in a disc-shaped structure concentric with the chassis disc body, the maximum outer diameter of the heating tray 1 is not less than the outer diameter of the chassis disc body, and the center of the heating tray 1 is provided with a through hole 3 concentric with the drainage hole.

The heating device comprises a far infrared heating body, a safety power supply voltage stabilizer (12V, standard 10W) and a temperature controller (12V, standard 10W) which are arranged in a heating tray 1, wherein a USB interface 4 is arranged on the circumferential surface of the heating tray 1, and the far infrared heating body, the safety power supply voltage stabilizer, the temperature controller and the USB interface 4 are electrically connected through electric wires. The heating device can be powered through the USB interface 4. The heating tray 1 is made of engineering plastics, and the far infrared heating body is embedded in the heating tray 1 made of the engineering plastics.

In the design, in order to better improve the heating effect and ensure that the heating temperature is more controllable and safer, the highest heating temperature can be set to be 50 ℃ through the temperature controller, and unnecessary scalding is avoided. In the actual design, red and green LED lamp beads are designed on the stoma chassis, a circuit design shown in figure 2 can be adopted, input alternating current 220V voltage transformation 15V is filtered into direct current after full-bridge rectification, and the direct current is supplied to a far infrared heating element after being stabilized and output by 12V, the rated power of the far infrared heating element is 6W, the far infrared heating element is controlled by a snap switch to be heated to 50 ℃, the red LED lamp beads indicate heating indication, and the green indicates that the temperature reaches 50 ℃.

When the USB interface 4 is connected with a power line for supplying power. Under the control of the temperature controller and the safety power supply voltage stabilizer, the far infrared heating body is electrified to generate heat, the heat is conducted to the heating tray 1 to heat the heating tray 1, the stoma base plate which is correspondingly inosculated on the heating tray 1 is also heated, the stoma adhesive layer is heated, and the viscosity is enhanced.

The ostomy base plate heating pressurizer designed in the way is reasonable in structural design, skillfully designs the heating tray 1 for the ostomy base plate, corresponds to the structure of the base plate body, the ostomy base plate can be matched and pressed on the heating tray 1 before being bonded, the heating tray 1 preheats the ostomy base plate to effectively improve the viscosity of the ostomy adhesive layer, then the release paper layer is torn off, the ostomy base plate is attached to the skin of a patient by the heating tray 1, the heating tray 1 is directly pressed by hands, pressure is applied to the ostomy base plate by the heating tray 1, the upper surface of the heating tray 1 is in full coincidence with the ostomy base plate, compared with the direct pressing of the ostomy base plate, the stress area is larger by pressing the heating tray 1, all parts of the ostomy base plate are more uniformly stressed, the ostomy base plate and the skin are more tightly adhered, the unevenness of manual pressurization can be reduced, and the adhesive can fully exert the adhesion effect, the adhesive force is improved, the viscosity of the chassis is increased, the leakage of the chassis is reduced, and the market space and the economic prospect are good.

In light of the foregoing, it will be apparent to those skilled in the art from this disclosure that various changes and modifications can be made without departing from the spirit and scope of the invention. The technical scope of the present invention is not limited to the content of the specification, and must be determined according to the scope of the claims.

Claims (4)

1. The utility model provides a make mouthful chassis heating presser for the cooperation is made mouthful the chassis and is used, make mouthful the chassis include the chassis disk body of disc, have the escape orifice in the middle of the chassis disk body, the bellied mouthful inner ring that makes in chassis disk body surface, the coating of chassis disk body bottom has makes mouthful viscose layer, make mouthful viscose layer facing have from the type paper layer, chassis disk body upper surface arch have with the concentric mouthful inner ring that makes of escape orifice, its characterized in that: including heating tray (1) and power cord, heating tray (1) upper surface has ring channel (2) of indent, ring channel (2) cooperate with the bellied interior orifice of making in chassis disk body surface, heating tray (1) lower surface is planar structure, heating device that can heat the whole heating of tray has in heating tray (1).

2. An ostomy base plate heating and pressurizing device as claimed in claim 1, wherein: the heating tray (1) is of a disc-shaped structure concentric with the chassis tray body, the maximum outer diameter of the heating tray (1) is not smaller than the outer diameter of the chassis tray body, and a through hole (3) concentric with the drain hole is formed in the center of the heating tray (1).

3. An ostomy base plate heating and pressurizing device as claimed in claim 1, wherein: the heating device comprises a far infrared heating body, a safety power supply voltage stabilizer and a temperature controller which are arranged in a heating tray (1), wherein a USB interface (4) is arranged on the circumferential surface of the heating tray (1), and the far infrared heating body, the safety power supply voltage stabilizer, the temperature controller and the USB interface (4) are electrically connected through electric wires.

4. An ostomy base plate heating and pressurizing device as claimed in claim 3, wherein: the heating tray (1) is made of engineering plastics, and the far infrared heating body is embedded in the heating tray (1) made of the engineering plastics.