CN206434474U - The temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation - Google Patents

Abstract

The utility model application belongs to the technical field of medical supplies, and specifically discloses a temperature-controlling ice bag for ice compressing the neck after laser ablation treatment of thyroid nodules. Four bags connected from left to right are fixed on the bar, and the upper ends of the four bags are all provided with openings; the upper ends of the openings of the two middle bags are provided with flaps that are fastened with the bags, and the two on both sides are Each bag body is equipped with a temperature display; the two bags in the middle are equipped with a temperature sensor, and the temperature sensor is electrically connected to the temperature display; the fixing strap. Compared with the prior art, the device is convenient to fix and has a high degree of comfort, and can monitor the temperature of the neck in a timely manner, adjust the temperature of the ice compress according to the demand, improve the efficiency of the ice compress, and enhance the effect of the ice compress.

Description

Temperature-controlled ice pack for neck after laser ablation of thyroid nodules

technical field

The utility model belongs to the technical field of medical supplies, in particular to a temperature-controlling ice bag used for ice compressing the neck after laser ablation treatment of thyroid nodules.

Background technique

Laser ablation belongs to the latest clinical minimally invasive local thermal ablation technology, which effectively utilizes and integrates the characteristics and advantages of laser to treat patients. Laser ablation is safe, precise, minimally invasive, and efficient. It breaks through the limitations of previous ablation techniques. It is a research hotspot in the world for minimally invasive treatment of thyroid nodules. Currently, the use of laser ablation for thyroid nodules has matured.

After surgery to treat thyroid nodules using laser ablation, a routine ice pack is often applied to the neck to prevent swelling and inflammation of the neck and also to relieve pain. Adopt conventional ice pack ice pack, following problems can appear: 1, ice pack needs to be manually fixed, and ice pack process needs to hold ice pack by hand all the time, very influence patient's action, very inconvenient. 2. Manually fixing the ice pack is easy to fix too tight or too loose, and the fixation is not firm, which is very unfavorable to the neck. 3. It is difficult to monitor the temperature of the ice pack by using conventional ice packs, and it cannot be adjusted in time as needed.

Utility model content

The purpose of this utility model is to provide a temperature-controlled ice pack for ice compressing the neck after laser ablation treatment of thyroid nodules, so as to solve the problem of using conventional ice packs to ice the neck wound after laser ablation treatment of thyroid nodules When it is time, it is difficult to monitor the temperature of the neck in time, and it is impossible to adjust the temperature of the ice pack in time according to the demand.

In order to achieve the above-mentioned purpose, the basic scheme of the utility model is: a temperature-controlled ice pack for ice compressing the neck after laser ablation treatment of thyroid nodules, including a double-layer cotton cloth strip that is non-irritating to the skin, and is fixed on the cotton cloth strip. There are four bags connected in sequence from left to right, and the upper ends of the four bags are all provided with openings; the upper ends of the openings of the two bags in the middle are provided with flaps that are fastened with the bags, and the two bags on both sides are There are temperature monitors inside; the two bags in the middle are equipped with temperature sensors, and the temperature sensors are electrically connected to the temperature monitors; the end of the cotton strip is provided with a fixing belt to fix the cotton strip on the neck .

The working principle of this basic solution is: after the operation of treating thyroid nodules by laser ablation, the patient can use this ice pack to apply to the wound in the neck. First wrap the cotton cloth strip around the patient's neck, cover the two bags in the middle on the surgical site of the patient's neck, and use the fixing belt to fix it properly. Then put ice packs in the two bags in the middle, and the ice packs will be located at the patient's neck wound, and apply ice to the patient's neck. There is a temperature sensor in the middle bag. During the ice compress process, the temperature of the patient's neck can be checked according to the temperature display. If the temperature is low, an ice pack can be removed and only one ice pack can be used to ice the patient's neck. In the process of ice compressing the patient's neck, the temperature of the ice pack will be transferred by the patient's neck, and the temperature of the ice pack will gradually increase. If the temperature is too high, the ice pack can be replaced.

During use, the neck can be checked for swelling by the tightness of the cotton strip around the patient's neck.

The beneficial effect of this basic scheme is that the ice bag is fixed on the neck through the cotton strip and the fixing belt, so that the ice bag does not need to be fixed by hand during the ice application process, and the patient is more acceptable, and the fixing is convenient and firm. During the dressing process, the patient's activities are not too restricted. The cotton cloth strip is made of comfortable and moisture-absorbing double-layer cotton cloth, which greatly improves the comfort and can also avoid skin damage caused by low temperature. At the same time, the patient can subjectively feel the tightness of the ice pack to reflect whether there is swelling in the neck, and know the condition of the neck, which is very convenient and applicable. The ice pack can visually check the temperature of the patient's neck in real time, and replace the ice pack in time according to the temperature and demand, which effectively realizes the effective ice pack on the patient's neck; Foundation, increase the contact area with the body surface, thereby improving the effect of ice compress. Compared with the prior art, the device is convenient to fix and has a high degree of comfort, and can monitor the temperature of the neck in a timely manner, adjust the temperature of the ice compress according to the demand, improve the efficiency of the ice compress, and enhance the effect of the ice compress.

Solution 2: As a preferred basic solution, two first nylon hook surfaces are provided on the inner surface of the flip cover, and two first nylon suede surfaces matched with the first nylon hook surfaces are provided on the outer surface of the bag body. The first nylon hook surface and the first nylon suede surface form a Velcro fastener to realize the fastening of the flip cover and the bag body, so that the flip cover and the bag body can be fastened and opened quickly when the ice pack is in use. Two pieces of suede and hook are used to make the fastening of the flip cover and the bag body more firm. The first nylon hook surface is arranged on the inside of the flip cover, and the first nylon suede surface is arranged on the outside of the bag body. If the nylon hook surface is exposed outside, it will hook other suede-like cloths and cause damage to other suede-like cloths.

Scheme 3: As the optimization of Scheme 2, the two ends of the cotton strip are respectively provided with fixing belts, the inner side of the end of one fixing belt is provided with a second nylon hook surface, and the outer side of the other fixing belt is provided with 2-4 Block second nylon suede. The two fixing belts are fastened by Velcro to fix the ice pack on the patient's neck, which is easy and fast to operate; one of the fixing belts is equipped with 2-4 second nylon suedes for easy adjustment The ice pack has a fixed length. The second nylon hook surface is arranged on the inner side of the fixing belt, and the second nylon suede surface is arranged on the outside of the fixing belt to prevent the nylon hook surface from being hooked with other suede-like cloths and causing damage to other suede-like cloths.

Solution 4: As the preferred option of any one of the basic solution, solution 2, and solution 3, the flip cover and the two bags in the middle are made of double-layer quilted material. The double-layer quilted cotton has a certain thickness, which can keep the ice pack warm and prolong the use time of the ice pack.

Scheme 5: As an optimization of Scheme 4, both the bag body and the flip cover are sewn on the cotton cloth strip. The stitching can make the bag body very firmly fixed on the cotton strip, and the stitching thread is also flexible, which does not affect the use of the ice compress bag.

Scheme 6: As a preferred option of Scheme 3, the fixing belt is an elastically stretchable fixing belt. The fixing belt is used to fix the cotton strip on the neck. The elastic and stretchable fixing belt can prevent the neck from being swollen. The ice pack is too tight around the patient's neck, which makes the patient uncomfortable and brings pressure to the neck. .

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of the temperature-controlled ice bag used for ice compressing the neck after laser ablation treatment of thyroid nodules according to the present invention.

detailed description

The utility model is described in further detail below by means of specific embodiments:

The reference signs in the accompanying drawings include: cotton cloth strip 10, bag body 20, first nylon suede surface 21, flip cover 30, first nylon hook surface 31, temperature sensor 40, temperature display 50, fixing belt 60, second Nylon hook surface 61, second nylon suede surface 62.

As shown in Figure 1, the temperature-controlled ice bag used for ice compressing the neck after laser ablation treatment of thyroid nodules includes a double-layer cotton cloth strip 10 that is non-irritating to the skin, and four left and right sides are fixed on the cotton cloth strip 10. To the right, the bags 20 that are connected in pairs in turn, the upper ends of the four bags 20 are provided with openings; the upper ends of the openings of the two bags 20 in the middle are provided with a flip cover 30, and the insides of the two bags 20 on both sides are provided with Temperature display 50. The flip cover 30 and the bag body 20 are fastened by Velcro. The inner surface of the flip cover 30 is provided with two first nylon hook surfaces 31, and the outer surface of the bag body 20 is provided with two pieces that match the first nylon hook surfaces 31. Block 21 of the first nylon suede. The two bags 20 in the middle are equipped with a temperature sensor 40, which is used to sense the temperature of the ice pack close to the neck when applying ice, so the temperature sensor 40 is specifically installed inside the bag 20 close to the cotton cloth strip 10 side. The temperature display 50 can intuitively reflect the temperature of the patient's neck when applying ice, and the temperature sensor 40 is electrically connected to the temperature display 50 one by one. The two ends of the cotton cloth strip 10 are respectively provided with elastically stretchable fixed straps 60, the inner side of the end of one fixed strap 60 is provided with a second nylon hook surface 61, and the outer end of the other fixed strap 60 is provided with 2-4 pieces of the first hook surface. Two nylon suedes 62, the second nylon suedes 62 preferably use 4 in the present embodiment. The second nylon hook surface 61 and the second nylon suede surface 62 can exchange positions, and the fixing belt 60 is for fixing the cotton cloth strip 10 on the neck.

In order to prolong the service time of the ice pack, the flip cover 30 and the two bag bodies 20 in the middle are made of double-layer quilted material, which can keep the ice pack warm. The bag body 20 and the flip cover 30 are all sewn on the cotton cloth strip 10, and the sewing can make the bag body 20 very firmly fixed on the cotton cloth strip 10, and the sewing thread is also flexible, which does not affect the use of the ice pack.

When specifically using the ice pack, wrap the cotton strip 10 around the patient's neck, make the two bags 20 in the middle cover the surgical site of the patient's neck, and buckle the ice pack on the patient's neck. Adjust the tightness, fasten the Velcro buckles of the two fixing belts 60, that is, the second nylon hook surface 61 and the second nylon suede surface 62 at a suitable position are tightly fitted. Then pack ice packs in the two bag bodies 20 in the middle, and the ice packs will be positioned at the wound position of the patient's neck, and apply ice to the patient's neck. During the ice compress process, the temperature at the patient's neck can be checked according to the temperature display 50. If the temperature is low, an ice pack can be removed, and only one ice pack can be used to apply ice to the patient's neck. In the process of ice compressing the patient's neck, the temperature of the ice pack will be transferred by the patient's neck, and the temperature of the ice pack will gradually increase. If the temperature is too high, the ice pack can be replaced.

During use, whether the neck is swollen can be checked according to the tightness of the cotton strip 10 around the patient's neck.

What is described above is only the embodiment of the utility model, and common knowledge such as the specific structure and characteristics known in the scheme are not described too much here. It should be pointed out that for those skilled in the art, under the premise of not departing from the structure of the utility model, some deformations and improvements can also be made, and these should also be regarded as the protection scope of the utility model, and these will not affect the utility model. Effects of novel implementations and utility of patents. The scope of protection required by this application shall be based on the content of the claims, and the specific implementation methods and other records in the specification may be used to interpret the content of the claims.

Claims (6)

1. the temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation, it is characterised in that including to skin Four bags being sequentially connected from left to right, four bag upper ends are fixed with the non-stimulated double-deck cotton strap of skin, cotton strap It is equipped with opening；Wherein in the middle of two bags open upper end be provided with bag fasten renovate, in two bags of both sides Portion is equipped with temperature indicator；Temperature inductor, temperature inductor and temperature indicator one are equipped with two middle bags One is electrically connected；The end of the cotton strap is provided with the fixing band that cotton strap is fixed on to neck.

2. the temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation as claimed in claim 1, its It is characterised by, the medial surface renovated is provided with and the first nylon provided with two piece of first nylon hook side, the lateral surface of the bag Two piece of first nylon matte that hook side is engaged.

3. the temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation as claimed in claim 2, its It is characterised by, the two ends of the cotton strap are respectively equipped with fixing band, and the tip inside of a fixing band is provided with the second nylon hook side, 2-4 blocks the second nylon matte is provided with the outside of the end of another fixing band.

4. it is used for the temperature-control ice that laser ablation treats the postoperative ice compress neck of thyroid nodule as described in claim any one of 1-3 Deposited bag, it is characterised in that described renovate with two middle bags is Double-layer clamp cotton material.

5. the temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation as claimed in claim 4, its It is characterised by, the bag and renovating is sewn on cotton strap.

6. the temperature control ice pack of the postoperative ice compress neck of thyroid nodule is treated for laser ablation as claimed in claim 3, its It is characterised by, the fixing band is the fixing band of elastic telescopic.