Post-operative nursing device for otology and laryngology
A nursing device, ear and throat technology, used in ear treatment, drug devices, other medical devices, etc., can solve problems such as injuries, achieve uniform contact force, and overcome the uncontrollable force of drug application.
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Embodiment 1
[0031] See attached Figure 1-8 As shown, the post-operative care device for otolaryngology includes: a drug storage tube 10, which is provided with a chamber for containing the liquid medicine, and the chamber is kneaded with the drug storage tube 10 by an external force to change the chamber Volume, the upper end of the drug storage tube 10 has an opening and is connected to the assembly base 40, the end of the assembly base 40 is provided with a drug delivery component 60, the drug storage tube 10 is provided with a drug guide tube 50, and the drug guide tube 50 runs through The assembly base 40 is connected with the drug delivery component 60, the drug delivery component 60 includes an inflatable cylinder 64 arranged around the outer wall of the drug guide tube 50, and the holes between the inflatable cylinders 64 form a drug delivery channel 66, and the drug guide tube 50 is connected to the drug delivery tube 50. The first through hole 51 is set on the corresponding pipe...
Embodiment 2
[0041] When the otolaryngology postoperative nursing device of the present invention is actually used: the triamcinolone acetonide econazole cream is used as the medicine placed in the drug storage tube body 10, and the triamcinolone acetonide econazole cream is first delivered through the joint of the sealing member 11. into the medicine storage tube body 10, and then properly clean the patient's ear, clean up the secretions in the ear canal, fully expose the solid membrane, and connect the earmuff 70 to the ear tip so that the device has a certain degree of stability relative to the ear. The position-limiting device is suddenly withdrawn due to an accident. When the earmuff 70 is placed on the ear, the drug delivery component 60 and the drug guide tube 50 are slowly sent into the ear canal. When the tympanic membrane touches, give the first airbag 30 to the patient and tell him to pinch the first airbag 30 to slow down or stop the medicine application when he feels discomfort...
Embodiment 3
[0043] In this embodiment, on the basis of the scheme in Example 1, the further optimization scheme is as follows: the gas sent through the second airbag 81 is 35°C-42°C gas, and the appropriately heated gas is conducive to the smooth expansion of the inflatable cylinder 64 , it also has a certain improvement effect on the internal ambient temperature of the ear canal. Properly increasing the ambient temperature in the ear canal can improve the comfort of medication and the patient's compliance, especially in winter or low temperature environments. The process of applying medication passes through the second airbag 81 Sending properly heated air can reduce the patient's discomfort when administering the medicine and reduce the chance of possible wound dehiscence in the ear canal.
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