Abstract: The present invention relates to an improved apparatus for collecting a physiological signal, comprising a main body, including two devices for taking out the physiological signal from a finger at each side of the main body by pressing the finger therein, each device for taking out the physiological signal from a finger including: a finger contacting element, provided thereon an electrode unit for taking out an electronic signal of the physiological signal at the time of being contacted by the finger; a receiving element, provided on an upper side of the finger contacting element; and an elastic element, being connected to the receiving element, wherein each elastic element is opened an angle at each receiving element according to elastic force of each elastic element, and each finger inserts into a space and engages with the finger contacting element and the receiving element.

Abstract: An improved vibrating massager is disclosed. The massager includes an inner shell, at least one vibrating unit, at least one power-supply unit, a control circuit board, at least two conductive strips having a first conductive strip and a second conductive strip, a switch, a first outer shell, a waterproof o-ring, and a second outer shell. Particularly the switch and the control circuit board are integrated and a program for memorizing previously-used vibrating frequency is installed in the control circuit board. As a result, the previously-used vibrating frequency can be re-applied in next use without extensive control (e.g., number of times for pushing button is decreased).

Abstract: The present invention relates to an improved apparatus for collecting a physiological signal, comprising a main body, including two devices for taking out the physiological signal from a finger at each side of the main body by pressing the finger therein, each device for taking out the physiological signal from a finger including: a finger contacting element, provided thereon an electrode unit for taking out an electronic signal of the physiological signal at the time of being contacted by the finger; a receiving element, provided on an upper side of the finger contacting element; and an elastic element, being connected to the receiving element, wherein each elastic element is opened an angle at each receiving element according to elastic force of each elastic element, and each finger inserts into a space and engages with the finger contacting element and the receiving element.

Abstract: The present invention relates to a heart rate variability device and cloud health management system. The heart rate variability device comprises a CPU and is adapted with a telecommunication and communication module. The cloud health management system comprises more than one cloud server and a stress-relieved mechanism server. The invention may serve as a heart rate variability device on one hand, and on the other hand may make use of the telecommunication and communication module to internet-connecting to a hospital, a stress-relieved mechanism and a cloud, thereby forming a new business model to achieve the objectives of reducing cost for heart rate variability disease and accomplishing entire health management.

Abstract: The present invention relates to an improved vibrating massager, the improved vibrating massager comprises: an inner shell (11) comprising a first inner shell portion (111) and a second inner shell portion (112), wherein the inner shell (11) further comprises an accommodating portion (113); at least one vibrating unit (12) being configured in the accommodating portion (113); at least one power-supply unit (13) being configured in the accommodating portion (113); a control circuit board (14) being configured at an opening of the accommodating portion (113); at least two conductive strips being configured at the outside of the inner shell (11); a switch (17) being connected to the control circuit board (14); a first outer shell (18) being composed of a first outer shell portion (181) and a second outer shell portion (182); a waterproof o-ring (19) being configured between the first outer shell portion (181) and the second outer shell portion (182); and a colloidal ring (1D) being connected to the first outer sh

Abstract: A disposable vibrating condom ring with internal and external vibration, which is comprised of circular ring, a flexible resin casing, two rigid plastic casings, cylindrical vibrating means and dumbbell shaped vibrating body,wherein the flexible resin casing is integrally formed onto the upper part of said circular ring, and the cylindrical vibrating means coated by two divided rigid plastic casings is inserted inside of the flexible resin casing along the direction of tangent line to the arc of said circular ring and allowed semi-circular opening at the center of each side of said two rigid plastic casings to form a hole slightly bigger than the radius of the neck of the cylindrical vibrating means and allowed said cylindrical vibrating means fully vibrated and jerked to cause internal vibration.