5 results about "Blood Pressure Determinations" patented technology

The present invention provides a cuff and a blood pressure measuring device that can suppress the formation of wrinkles that affect blood pressure measurement results and can easily manufacture the sheet material components constituting the cuff. The press cuff (71) includes: a plurality of air bags (81) formed by fixing two sheet material components (86) that are longer in one direction at their outer periphery, and stacked in a way that they can be rolled around a living body with their length direction aligned; a notch (84) provided in at least one of the air bags (81) on the wrist (100) side, formed by cutting off the two sheet material components (86) from one end toward the other in the width direction; and a second fixing part (85) provided in a frame shape on the inner side of the outer periphery of the two opposing sheet material components (86) of two adjacent air bags (81) to fix the two air bags.

A blood pressure measuring device and a health degree evaluating device in which a patient can easily grasp the onset risk of a cardiovascular disease. A sphygmomanometer (10) has a cuff (14), a sensor (24), a control section (30), and the like as a blood pressure measuring unit, and a storage section (32) that stores blood pressure values. The control section (30) calculates an index related to the health degree of a subject based on a plurality of blood pressure values and their fluctuation characteristics stored in the storage section (32).

Techniques for multi-sensor differential measurement for blood pressure determination are described. In one or more implementations, sensor data is received from a plurality of sensors positioned at different locations on a body. A time delay of a physiological event at two or more locations on the body is determined based on the sensor data. At least one differential measurement between the two or more locations is calculated based on the time delay. A blood pressure measurement is determined based on the at least one differential measurement.

Techniques for multi-sensor differential measurement for blood pressure determination are described. In one or more implementations, sensor data is received from a plurality of sensors positioned at different locations on a body. A time delay of a physiological event at two or more locations on the body is determined based on the sensor data. At least one differential measurement between the two or more locations is calculated based on the time delay. A blood pressure measurement is determined based on the at least one differential measurement.

The utility model embodiment provides a kind of sphygmomanometer and sphygmomanometer host computer, and the sphygmomanometer host computer includes shell, control mainboard, inflation and deflation device, pressure sensor, display screen component and battery component.The acceleration sensor for detecting the posture information of the person being measured when blood pressure determination is integrated on the control mainboard, the inflation and deflation device includes inflation motor, deflation valve, and communication pipe connected between inflation motor and deflation valve, all with control mainboard electric connection, the communication pipe also has gas outlet, and the gas outlet is used to export high-pressure gas stream from inflation motor to shell outside;The pressure sensor is fixed to control mainboard and is used to detect the pressure of gas;The display screen component is used to display blood pressure information, person being measured posture information and battery capacity information.The utility model embodiment realizes sitting posture and lying down double posture measurement function, can satisfy user and promptly discover high blood pressure condition, and early corresponding treatment.