EAR-CARRYING HEART BEAT DETECTION DEVICE
First Claim
1. An ear-carrying heart beat detection device, comprising:
- a device body, which comprise a first coupling section and first pivot joint section;
an attaching structure, which is coupled to the first coupling section of the device body to have the attaching structure coupled to the device body for being worn on a selected position by a user;
an ear clip, which comprises a clamping section, a signal transmission wire, and a second coupling section, the clamping section comprising a blood flowrate sensor mounted thereto and connected with the signal transmission wire for detecting a blood flowrate signal from an earlobe of the user;
an extension assembly, which is connected between the ear clip and the device body so that a relative distance of the ear clip with respect to the device body is adjustable through the extension assembly;
a control circuit, which is arranged in the device body, the control circuit comprising;
a heart beat detection circuit, which is connected by the signal transmission wire to the blood flowrate sensor to receive the blood flowrate signal generated by the blood flowrate sensor and generates in response thereto a heart beat signal, anda wireless transmission circuit, which is connected to the heart beat detection circuit to receive the heart beat signal and transmit the heart beat signal in a wireless fashion; and
a wrist watch unit, which is worn on a wrist of the user, the wrist watch unit comprising;
a wireless receiver circuit, which receives the heart beat signal transmitted from the wireless transmission circuit,a processing unit, which is connected to the wireless receiver circuit,a display unit, which is connected to the processing unit to display the heart beat signal,a memory unit, which is connected to e processing unit
1 Assignment
0 Petitions
Accused Products
Abstract
The present invention relates to an ear-carrying heart beat detection device, which includes a device body, an attaching structure, an ear clip, an extension assembly, a control circuit and a wrist watch unit. The attaching structure is coupled to the device body. The ear clip includes a blood flowrate sensor to detect variation of blood flowrate through a user'"'"'s earlobe. The extension assembly adjusts the relative distance of the ear clip with respect to the device body. The control circuit is arranged inside the device body and the control circuit transmits a heart beat signal to a wrist watch unit in a wireless manner to allow the user to inspect the condition of heart beat of his or her body and to adjust the time period and style of exercise according to the heart beat information.
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Citations
16 Claims
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1. An ear-carrying heart beat detection device, comprising:
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a device body, which comprise a first coupling section and first pivot joint section; an attaching structure, which is coupled to the first coupling section of the device body to have the attaching structure coupled to the device body for being worn on a selected position by a user; an ear clip, which comprises a clamping section, a signal transmission wire, and a second coupling section, the clamping section comprising a blood flowrate sensor mounted thereto and connected with the signal transmission wire for detecting a blood flowrate signal from an earlobe of the user; an extension assembly, which is connected between the ear clip and the device body so that a relative distance of the ear clip with respect to the device body is adjustable through the extension assembly; a control circuit, which is arranged in the device body, the control circuit comprising; a heart beat detection circuit, which is connected by the signal transmission wire to the blood flowrate sensor to receive the blood flowrate signal generated by the blood flowrate sensor and generates in response thereto a heart beat signal, and a wireless transmission circuit, which is connected to the heart beat detection circuit to receive the heart beat signal and transmit the heart beat signal in a wireless fashion; and a wrist watch unit, which is worn on a wrist of the user, the wrist watch unit comprising; a wireless receiver circuit, which receives the heart beat signal transmitted from the wireless transmission circuit, a processing unit, which is connected to the wireless receiver circuit, a display unit, which is connected to the processing unit to display the heart beat signal, a memory unit, which is connected to e processing unit - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. An ear-carrying heart beat detection device, comprising:
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a device body, which comprise a first coupling section and a first pivot joint section; an attaching structure, which is coupled to the first coupling section of the device body to have the attaching structure coupled to the device body for being worn on a selected position by a user; an ear clip, which comprises a clamping section, a signal transmission wire, and a second coupling section, the clamping section comprising a blood flowrate sensor mounted thereto and connected with the signal transmission wire for detecting a blood flowrate signal from an earlobe of the user, the signal transmission wire comprising at least one extendable section so that a relative distance of the ear clip with respect to the device body is adjustable through the extendable section; a control circuit, which is arranged in the device body, the control circuit comprising; a heart beat detection circuit, which is connected by the signal transmission wire to the blood flowrate sensor to receive the blood flowrate signal generated by the blood flowrate sensor and generates in response thereto a heart beat signal, and a wireless transmission circuit, which is connected to the heart beat detection circuit to receive the heart beat signal and transmit the heart beat signal in a wireless fashion; and a wrist watch unit, which is worn on a wrist of the user, the wrist watch unit comprising; a wireless receiver circuit, which receives the heart beat signal transmitted from the wireless transmission circuit, a processing unit, which is connected to the wireless receiver circuit, a display unit, which is connected to the processing unit to display the heart beat signal, and a memory unit, which is connected to the processing unit. - View Dependent Claims (12, 13, 14, 15, 16)
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Specification