Multifunctional wearable wristband for hospitals

Abstract

The invention relates to the technical field of wearable equipment, and discloses a multifunctional wearable wristband for hospitals. The multifunctional wearable wristband comprises a wristband, an intelligent equipment body arranged on the surface of the wristband, a handcuff arranged at one end of the wristband, a hinge seat arranged between the handcuff and the wristband, handcuff teeth arranged at one end of the handcuff, a handcuff seat arranged at the other end of the wristband, and a lock hole formed in the front surface of the handcuff seat. A GPS positioner is arranged on one side ofthe lock hole, an alarm is arranged on one side of the GPS positioner, a sensor assembly is arranged at the bottom of the intelligent equipment body, and a USB port is formed in one side of the intelligent equipment body. According to the multifunctional wearable wristband for the hospital, by arranging the GPS positioner, the position of a patient can be located, the moving direction of the patient can be conveniently known in real time, physiological data can be collected in time by arranging the sensor assembly, and the processor and the wristband can be separately used; and the medical staff can conveniently and quickly take out the processor for data acquisition and check under the condition that the patient bracelet is not taken off, so that the convenience in use is improved.

Description

technical field [0001] The invention relates to the technical field of wearable devices, in particular to a multifunctional wearable bracelet for hospitals. Background technique [0002] In recent years, mobile Internet technology has achieved rapid development, and wearable devices have played a very important role in people's lives, and have gradually become more popular products in consumer electronics. It helps people develop a healthy lifestyle and plan their work and life more reasonably. Wearable electronic devices are favored by consumers and developers for their advantages of easy portability, accurate measurement, and strong expansion capabilities. [0003] In today's society, people are facing increasing work and life pressure. Long-term pressure has a serious impact on people's emotions. Negative emotions can easily lead to depression, heart disease, high blood pressure, endocrine disorders and other health problems. Therefore, early detection of potential emot...

AI Technical Summary

Problems solved by technology

[0008] Aiming at the deficiencies of the prior art, the present invention provides a multifunctional wearable bracelet for hospitals, which can solve the problem that the existing multifunctional wearable bracelet for hospitals has a single detection item, does not have a positioning function, and has limitations in use. Question: This device locks the patient through the connection of the handcuffs and the handcuffs. The handcuffs are kept by the medical staff and cannot be removed by the patient. There is a GPS locator on the handcuffs. The GPS locator can monitor the patient's position. Real-time positioning, which is convenient for medical staff to control the patient's location and movement in real time, effectively solving the problem that the existing wearable bracelet does not have a GPS positioning system, especially for the monitoring of some special patients, such as mental patients and depression patients. When the patient takes off the bracelet, it cannot Control the patient's position, increase the probability of emergencies, and lower safety issues; by setting the sensor component, the sensor component integrates heart rate, ECG, and skin electricity monitoring modules, which can monitor the patient's heart rate, ECG, and skin electricity. Items of physiological data are collected, analyzed and fed back in time, which effectively solves the problem that the existing wearable wristbands have single detection items and functions, and the heart rate is only displayed in real time on the wristband end, or the heart rate change per unit time is only performed on the mobile APP. analysis without collecting more physiological signals, nor can it reflect the changes in the wearer's physical indicators per unit time; by setting the processor and the bracelet to be used separately, it is convenient for medical staff to take off the patient's bracelet without taking it off. Quickly take out the processor for data collection and viewing, increase the convenience of use, and effectively solve most of the existing wearable bracelets, most of which are designed in one piece. When it is necessary to collect data from the patient, it is necessary to remove the wristband from the patient's wrist. On the one hand, it is inconvenient to operate, and on the other hand, the wristband cannot play the role of continuous monitoring when the wristband is removed. The use has certain limitations.

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