Abstract: A feedback-control wearable upper-limb electrical stimulation device includes a plurality of electrical stimulation electrodes (10), a plurality of electromyography signal sensors (20), an electrical stimulation output unit (30), an electromyography signal acquisition unit (35), an electromyography signal operation unit (40), and a control module (50). Each electrical stimulation electrode (10) is adhered to or fixed in contact with a human trunk and applies an electrical stimulation signal to the neuromuscular system of the human trunk. Each electromyography signal sensor (20) is adhered to or fixed in contact with the human trunk at a corresponding position of the neuromuscular system of the human trunk where each electrical stimulation electrode (10) is disposed in an adhered manner. The electrical stimulation output unit (30) is connected to each electrical stimulation electrode (10) and provides an electrical stimulation signal.

Abstract: A feedback-control wearable upper-limb electrical stimulation device comprises a plurality of electrical stimulation electrodes (10), a plurality of myoelectric signal sensing elements (20), an electrical stimulation output unit (30), a myoelectric signal retrieval unit (35), a myoelectric signal operation unit (40), and a control module (50). Each electrical stimulation electrode (10) is adhered to or fixed in contact with a human trunk and applies an electrical stimulation signal to the neuromuscular system of the human trunk. Each myoelectric signal sensing element (20) is adhered to or fixed in contact with the human trunk at a corresponding position of the neuromuscular system of the human trunk where each electrical stimulation electrode (10) is disposed in an adhered manner. The electrical stimulation output unit (30) is connected to each electrical stimulation electrode (10) and provides an electrical stimulation signal.

Abstract: A hopping wireless medical caring and monitoring system, which is an ANT multiple nodes hopping network, includes at least one hopping node, at least one physical status measuring apparatus, a server and at least one user-end apparatus. The server communicates with the at least one user-end apparatus via the ANT network. The user-end apparatus reads a medical measurement result from the physical status measuring apparatus and transmits the results to the server via the ANT network. The wireless remote health and medical caring and monitoring system is suitable for home-care or a hospital.

Abstract: The present invention is related to a hopping wireless medical caring and monitoring system, which is an ANT multiple nodes hopping network and comprises at least one hopping node, at least one physical status measuring apparatus, a server and at least one user-end apparatus. The server communicates with the at least one user-end apparatus via the ANT network. The user-end apparatus reads a medical measurement result from the physical status measuring apparatus and transmits the results to the server via the ANT network. The present invention provides a wireless remote health and medical caring and monitoring system that is suitable for home-care or hospital.

Abstract: A caring system at home having two-way wireless network and reminding & warning functions is disclosed. The caring system at home includes a physiological signal measuring instrument, a wireless integrated control module, a reminding & warning device, a graphic user's interface system, as well as a database server. The physiological signal measuring instrument transmits the measured results to the graphic user interface for displaying through the wireless two-way transmitting module and stores the data in the database server for collecting, analyzing, and data-inquiring. The wireless two-way transmitting module is capable of receiving the signals transmitted by the graphic user interface to accomplish the reminding & warning functions. In addition, the mobile device transmitting module transmits the reminding & warning information to the mobile device.