Abstract: An electrocardiogram signal sensor with a waistband wherein the waistband is partially made of insulating material and placed on the waist. A positive electrode and a negative electrode facing to the left and right sides of the waist of the user's waist is exposed on the internal surface of the waistband. The positive and negative electrodes are extended forward by a positive lead and a negative lead, respectively to establish an electric connection to a transmitter at the front side of the waistband. In this way, the positive and negative electrodes at both sides of the internal surface of the waistband are in contact with both sides of the user's waist for monitoring the voltage frequency change when the blood flows through the user's waist.

Abstract: A low-frequency wireless heartbeat detector hanging over the ear includes: a) an ear-hanging unit hanging over the ear and having an internal portion and an external portion, the internal portion leaning against the internal side of the earlobe of a user, thereby creating a supporting effect; and b) a wireless heartbeat detector attached to the external portion of the ear-hanging unit, at least one part thereof leaning against the external side of the earlobe of the user such that a reflection type heartbeat-sensing element detects the slight blood change in the blood capillary of the earlobe created by heartbeat, thereby receiving the heartbeat impulse signal of the user which is then transmitted to a display unit having a receiver in a low-frequency wireless transmission way.

Abstract: A finger-type pulse detection wireless transmission structure, comprising: a) a housing made according to a finger's contour, a first lug and a second lug being formed at both sides of the housing, an infrared pulse sensor being disposed at the bottom of the housing for detecting the change of a slight amount of blood within the blood vessel of a user's finger that is caused by the pulsation such that the heartbeat pulse signal of the user is available; b) a sensitive switch disposed at the bottom of the housing for turning power on and off the infrared pulse sensor; c) a finger fixing band having a first end connected to the first lug and a second end passing through the second lug, the finger fixing band being stuck in an reverse direction to the external side such that the housing can be bound to the finger while the infrared pulse sensor and the sensitive switch are in close contact to the finger's skin; d) a noise-canceling circuit and a filtering shaping amplifying circuit installed within the housing a

Abstract: A fitness equipment meter display storage apparatus includes a fitness equipment body and a meter installed on a frame at the front of the fitness equipment body and having a button/signal input unit on a surface of the meter for transmitting a signal to an internal microprocessor. The meter includes a microprocessor MCU in the meter, a power supply unit for supplying required electric power, an AV OUT control element connected to the microprocessor for outputting the data of the microprocessor by audio and video signals, and a large display device having an AV IN control element connected to the AV OUT control element of the meter through an AV signal line for displaying the exercise status of a user, such that the user can know about the exercise volume and the whole physiological condition while doing exercises, so as to make an appropriate adjustment for the best exercise effect.

Abstract: A display storage apparatus capable of detecting a pulse made in form of a pulse MP3/4 or a wristwatch and comprising: a) a casing having an LCD screen disposed at the front side thereof; b) a heartbeat detector unit having a plurality of electrode patches extended out from the casing and directly attached onto a human chest for detecting a pulse, the signal being transmitted in a way of wire or wireless transmission; c) a voltage sensor unit installed in the casing for sending a voltage change frequency; d) a digital signal processor for receiving a signal transmitted from the voltage sensor unit, and cumulating the signals to obtain a user's pulse (or heartbeat) value; e) a flash memory having a plurality of partitioned memory blocks with at least one memory block for storing an Auto Run program; f) a USB interface disposed on a lateral side of the casing, and electrically coupled to the digital signal processor, and if the USB interface is connected to a personal computer, the Auto Run program stored in th

Abstract: A clip-type monitoring device for wirelessly transmitting a heart rate comprises a housing of which the back is formed with a clip, which may be clipped onto the clothes, and the flank is formed with a jack connected to an external signal; a heart rate monitoring unit formed with multiple electrode pads extending from the housing; a voltage sensor unit provided in the housing so that the voltage variation frequency measured is filtered by the inductors and then transmitted to the filter shaping amplifier circuit to receive an amplified signal; and a radio frequency module having a wireless signal transmission circuit and provided in the housing for transmitting the signal amplified by the voltage sensor unit to a display storage device having a wireless signal receiving circuit. The housing inside which the heart rate monitoring module is provided to accurately measure the pulsation is light and thin and conveniently hanged on the clothes without burden.

Abstract: A mouse capable of detecting a pulse includes: a) a housing having electronic elements therein for fulfilling the functions of the conventional mouse, an infrared pulse sensor being disposed at the internal side of the housing for detecting the change of a slight amount of blood within the blood vessel of a user's thumb that is caused by the pulsation such that the pulse signal of the user is available; b) a control switch disposed at the internal side of the housing for turning on or off the infrared pulse sensor; c) a noise canceling circuit and a filtering shaping amplifying circuit coupled to the pulse sensor; and d) a microprocessor adapted to calculate the number of the heartbeat according to the pulse signal inputted by the filtering shaping amplifying circuit, the heartbeat signal being transmittable from a signal output terminal to a signal input terminal of a computer.

Abstract: A clinical thermometer capable of recording and analyzing the day of getting pregnant includes a casing, an LCD device, a press key unit, a body temperature detecting element for detecting a body temperature, a microprocessor for receiving a signal from the body temperature detecting element, computing the signal and displaying the body temperature by the LCD device, a flash memory connected to the microprocessor for storing data and having a partitioned memory block for storing an Auto Run program, and a power supply unit electrically connected to the microprocessor for supplying power to components, and a USB interface installed at the casing and electrically connected to the microprocessor, such that when the USB interface is connected to a personal computer, the Auto Run program automatically sends the body temperature data to the personal computer to facilitate recording and analyzing a better day of getting pregnant.

Abstract: The present invention discloses a MP3 player capable of transmitting pulse data that includes a casing, a voltage detecting unit, two sets of left and right hand electrodes, a digital signal processor, a flash memory, an earphone, a plurality of input keys and a USB interface to achieve the functions of analyzing and evaluating a user's exercise and physiological conditions, in addition to the function of listening to music anywhere.

Abstract: A dynamic heart rate monitor is disclosed to include a neckband carrying a first electrode set for disposing on the user's neck, a heart rate recording and display unit, a first pair of electric wires fastened to the neckband and coupled between the first electrode set and the heart rate recording and display unit for suspending the heart rate recording and display unit in front of the user's chest, and a second electrode set form of two electrically conductive rubber vacuum mounts and connected to the heart rate recording and display unit through a second pair of electric wires for attaching to the left and right sides of the user's chest to measure the heart rate and to let the measured heart rate voltage signal to be transmitted to the heart rate recording and display unit for output through a LCD in the heart rate recording and display unit or storage in an external computer via a USB connector at the heart rate recording and display unit.

Abstract: A wristwatch with the function of sensing heart pulses having a watch housing on whose surface a liquid crystal display (LCD) is disposed. A voltage sensor is positioned within the watch housing for detecting the voltage frequency change during the blood circulation. The voltage sensor includes two electric terminals one of which is mounted on a bottom cover of the watch housing to permit a close contact with one hand wrist, and the other consists of two pieces of conductive rubber strips on the front surface of the insulated wristband for fingers of another hand to touch thereon. Both electric terminals are coupled by both hands while the detected voltage change frequency undergoes a static electric filtration by inductors and is transmitted to a filter shaping circuit for creating signals that are brought into a central processing unit to perform the processing and the calculating actions thereof. So, the processed result of the heart pulse rate is presented on the LCD.