Inflatable pressure suit

Abstract

The invention provides an inflatable pressure suit. The inflatable pressure suit comprises a glove body, wherein the glove body comprises a glove inner interlayer and a glove outer interlayer, wherein a hand can be sleeved in the glove inner interlayer; the glove outer interlayer wraps the outer side of the glove inner interlayer; the glove inner interlayer is in airtight connection with the glove outer interlayer; a first inflating space is formed between the glove inner interlayer and the glove outer interlayer; and a first inflating nozzle which communicates with the first inflating space and is used for inflating the first inflating space is arranged on the glove outer interlayer. By the structure, the hand of a patient can be sleeved in the glove inner interlayer, then the first inflating space is inflated through the first inflating nozzle, the glove body is expanded to pressurize the hand of the patient, therefore, microcirculation flow of medicines in blood of fingertips is reduced, and exposure of the medicines in peripheral nerves is reduced so as to effectively prevent peripheral neuropathy. The inflatable pressure suit prevents diseases in an air pressure pressurizing mode, is high in using comfort, does not need to be cooled, and effectively protects hand tissues of the patient.

Description

【Technical field】 [0001] The invention relates to the field of medical equipment, in particular to an inflatable pressure suit. 【Background technique】 [0002] Taxanes are commonly used drugs in the course of chemotherapy. They have neurotoxicity, mainly manifested as peripheral sensory neuropathy. Patients have adverse clinical manifestations such as painful paresthesia, dysesthesia, hyperesthesia, tingling, and numbness. In order to prevent peripheral sensory neuropathy, it is now commonly used to wear frozen gloves and socks (ice gloves and ice socks for short) for patients before, during and after medication for a total of about 90 minutes to reduce the temperature. Reduce the microcirculatory flow of drugs in the blood at nerve endings, thereby lowering the exposure of drugs to peripheral nerves and reducing the adverse clinical manifestations mentioned above. However, this method requires the patient's limbs to be in a low temperature state for a long time, thereby a...

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Problems solved by technology

However, this method requires the patient's limbs to be in a low temperature state for a long time, thereby aggravating the patient's discomfort during chemotherapy, and may cause the patient's limbs to be frostbitten or damaged in severe cases. Moreover, according to clinical statistics, the current use of Low compliance, so its preventive effect cannot be generalized

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