Warm-keeping shawl with pipeline fixing function

Abstract

A warm shawl with a fixed pipeline relates to the technical field of medical equipment and comprises a warm shawl body and a pipeline, the warm shawl body is provided with a plurality of rows of female press type button components, cloth belts are arranged on the female press type button components correspondingly, and the female press type button components are sequentially distributed left and right. The column of female pressing type button components close to the outermost side of the warm-keeping shawl body is composed of more than three female pressing type button components, and every two adjacent female pressing type button components form a pipeline channel. Compared with the prior art, the utility model has the advantages that a user is not easy to be allergic, the pipeline is convenient to disassemble, assemble and disinfect, the pipeline is not easy to separate in the use process, and the comfort of the user is not influenced.

Description

Technical Field

[0001] The utility model relates to the technical field of medical equipment, in particular to a pipeline-fixed warming shawl. Background Art

[0002] Existing patient gowns cannot keep the neck and shoulders warm. The three-way pipeline connecting the internal jugular deep vein tube of critically ill patients is long, which causes the neck and shoulders to be exposed. Patient gowns are basically worn inside out, and the patient gowns cannot cover the shoulders. For this reason, someone invented a warm shawl, as disclosed in patent CN202123178118.8. Although this shawl uses cotton material to ensure the comfort of the user, it does not have a tube fixer. Even if someone invents a warm shawl with a pipeline fixation, it also has the following disadvantages:

[0003] 1. Most tube holders are one-piece structures that cannot be disassembled and are difficult to disinfect;

[0004] 2. When a comatose or awake patient turns over, the tube is pulled due to the existing fixation method, which may cause the tube to fall off easily;

[0005] 3. When awake patients are moving, the deep vein fixation method is poor and may affect the patient's comfort. Summary of the invention

[0006] The utility model aims to provide a thermal shawl with fixed pipes which can overcome one or more of the above-mentioned disadvantages, is not easy for users to be allergic, has pipes which are convenient to disassemble and disinfect, is not easy to be separated during use, and does not affect the comfort of users.

[0007] The utility model is a thermal shawl with a pipe fixing, which comprises a thermal shawl body and a pipe arranged on the thermal shawl body. The utility model is special in that a plurality of rows of female push-button components are arranged on the thermal shawl body, and cloth belts are arranged on the corresponding rows of female push-button components. The rows of female push-button components are sequentially distributed on the left and right sides. The row of female push-button components on the outermost side of the thermal shawl body is composed of more than three female push-button components, and two adjacent female push-button components form a pipe channel. In this way, there are more than two pipes between the row of female push-button components on the outermost side. The positions of the two adjacent female push-button components in other rows correspond to the positions of the female push-button components in the outermost row, the cloth belt is provided with a male push-button component corresponding to the female push-button components in the outermost row, the cloth belt is connected to the thermal shawl body by pressing the male push-button component connected to the female push-button components, the pipe channel formed by the pipe passing through the space between the cloth belt and the thermal shawl body is provided on the thermal shawl body, and there can be more than two separated pipes passing through the pipe channel near the outermost side of the thermal shawl body so as to lead to different medical functional parts.

[0008] Critically ill patients who need medical pipes put on the thermal cape body to keep warm. At the same time, the cloth belt is installed according to the required number and position of the pipes, and then the pipes are passed through the channel formed between the cloth belt and the thermal cape body, and the pipes are connected to the corresponding medical equipment and the target position of the patient; when the pipes need to be replaced and cleaned, only the cloth belt needs to be peeled off to conveniently take out the pipes, and the pipes can be cleaned and disinfected.

[0009] Since the pipeline is positioned in the channel formed between the cloth belt and the thermal shawl body, the pipeline is kept in a stable position and can move within a certain range in the channel. Even if the patient turns over or moves, the pipeline will not be pulled, thereby ensuring the stability of the pipeline position, preventing the pipeline from falling off due to pulling, and ensuring that the user's comfort is not affected.

[0010] Compared with the prior art, the utility model has the advantages that the user is not prone to allergies, the pipeline is easy to disassemble and disinfect, the pipeline is not easy to fall off during use, and the comfort of the user is not affected. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 The utility model is a schematic diagram of the structure of a warm shawl with pipe fixing.

[0012] Explanation of the figure numbers: 1-warming shawl body; 2-pipe; 3-notch; 4-binding strap; 5-female push-button component; 6-cloth strap; 7-pipe channel; 8-male push-button component. DETAILED DESCRIPTION

[0013] The utility model of the thermal shawl with pipe fixing is now described in further detail in conjunction with the accompanying drawings and embodiments:

[0014] As shown in the figure, the thermal shawl with pipe fixing of the utility model is realized as follows, including a thermal shawl body 1, a pipe 2 arranged on the thermal shawl body 1, the thermal shawl body 1 includes two cotton cloths sewn together and a thermal insulation filler (thermal insulation cotton) filled between the two cotton cloths, a notch 3 matching the patient's neck is arranged in the middle of the upper side of the thermal shawl body 1, and straps 4 are arranged on both sides of the notch so as to fix the thermal shawl body 1 on the patient's shoulders. The special feature of the thermal shawl body 1 is that the thermal shawl body 1 There are several rows (3 rows in the embodiment) of female push-button components 5, and cloth tapes 6 are arranged on the corresponding rows of female push-button components 5. The rows of female push-button components are located on one side of the thermal shawl body 1 and are distributed in sequence from left to right. The outermost row of female push-button components 5 on the thermal shawl body 1 is composed of three (5 in the embodiment) upper female push-button components 5, and two adjacent female push-button components 5 form a pipeline channel 7. In this way, the outermost row of female push-button components There are more than two pipeline channels 7 in 5 rows, and the positions of the two adjacent female push-button components 5 in other rows correspond to the positions of the female push-button components in the outermost row (the female push-button components 5 in other rows of the embodiment are composed of two female push-button components, and the positions of the two female push-button components correspond to the positions of the topmost female push-button components 5 and the bottommost female push-button components 5 in the outermost row of female push-button components 5, respectively), and the cloth tape 6 corresponding to the female push-button components 5 in the outermost row is provided with a male push-button component 8. There are three cloth tapes 6 in the embodiment, and the cloth tape 6 is connected to the thermal shawl body 1 by pressing the male push-button components 8 on the female push-button components 5. The pipeline channel 7 formed by the pipeline 2 passing through the space between the cloth tape 6 and the thermal shawl body 1 is provided on the thermal shawl body 1, and the pipeline 2 passing through the pipeline channel 7 on the outermost side of the thermal shawl body 1 can have more than two separated pipes 2 so as to lead to different medical functional parts.

[0015] A critically ill patient who needs medical pipes puts on the thermal shawl body 1 and fixes it on the patient's shoulders through the straps 4 so that the patient's shoulders can be kept warm. At the same time, the cloth belt 6 is installed according to the required number and position of the pipes 2, and then the pipes 2 pass through the pipe channel 7 formed between the cloth belt 6 and the thermal shawl body 1, and the pipes 2 are connected to the corresponding medical equipment and the target position of the patient; when the pipes need to be replaced and cleaned, only the cloth belt 6 needs to be uncovered to conveniently take out the pipes 2 and clean and disinfect the pipes 2.

Claims

1. A thermal shawl with a pipe fixing, comprising a thermal shawl body and a pipe arranged on the thermal shawl body, characterized in that: The thermal shawl body is provided with several rows of female push-type button components, and cloth belts are provided on the corresponding rows of female push-type button components. The rows of female push-type button components are distributed in sequence from left to right. The row of female push-type button components on the outermost side of the thermal shawl body is composed of more than three female push-type button components, and two adjacent female push-type button components form a pipeline channel. In this way, there are more than two pipeline channels between the female push-type button components on the outermost side, and the positions of two adjacent female push-type button components in other rows correspond to the positions of the female push-type button components on the outermost side. The cloth belt is provided with a male push-type button component on the cloth belt corresponding to the female push-type button components on the outermost side, and the cloth belt is connected to the thermal shawl body by pressing the male push-type button component on the female push-type button component. The pipeline channel formed by the pipeline passing through the space between the cloth belt and the thermal shawl body is arranged on the thermal shawl body, and the pipeline passing through the pipeline channel on the outermost side of the thermal shawl body can have more than two separated pipelines so as to lead to different medical functional parts.

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