Koninklijke Philips Corporation N.v.

Fuso Pharmaceutical Industries, Ltd.

Okahisa, Toshiya

Toshiya Okahisa

Yoshiaki Ohnishi

Yasuhiro Kuroda

Yohsuke Kinouchi

Masatake Akutagawa

Noriko Okumura

Shuzo Oshita

The present invention provides causing a plurality of filling chambers to be opened and mixing agents inside the filling chambers using user's general operation between taking out a packed multi-chamber container and mounting the container on a device. The user's general operation includes operations for taking out a packed multi-chamber container and removing the package, for unfolding the multi-chamber container typically folded in two, for mounting i.e. hanging the unfolded multi-chamber container on the device, and the like.

Multi-chamber container

The invention comprises a patient information server device which automatically accumulates together with time information: biological information detected by a bedside monitoring device of a patient or a biological-measuring device; biological information and device information detected by a blood purification device which treats a blood sample taken from the patient; and blood information detected by a circulating blood volume measuring device that detects blood information about a circulating blood sample taken from the patient. A client device simultaneously and chronologically displays or records the patient information stored in the patient information server device. Through this arrangement, it is possible to obtain on a real time basis the biological information of a human body such as a patient's body, and the device information, for example, of a blood treating device.

Biological information and blood treating device information control system, biological information and blood treating device information control device, and biological information and blood treating device information control method

A method is provided for detecting filter clogging which are able to keep track of the filter clogging with precision and in detail. At least one pressure selected from the group consisting of a pressure Pa in a blood inflow portion (), a pressure Pv in a blood outflow portion (), a pressure Pfin a filtrate inflow portion (), and a pressure Pfin a filtrate outflow portion () is measured continuously, then a variation (pressure waveform) of the pressure is analyzed, a clogging of a filter () is detected using the analyzed result. Thereby a clogging of a filter is detected early. As a result, it is possible to prevent from developing of the filter clogging by controlling a dosage amount of anti-coagulant properly and changing a flow rate of blood. The variation of the pressure wave may be analyzed by subjecting the variable to Fast Fourier Transform.

Method for detecting filter clogging by using pressure information, apparatus for monitoring filter clogging and bed-side system

An object of invention is to display necessary information on a screen and display predicted information obtained by predicting the progression of the necessary information. In a bed-side information system, a body information monitormeasures arterial blood pressures of a patient. The body information monitormeasures systolic arterial blood pressures and diastolic arterial blood pressures, and calculates average values thereof. A Hematocrit monitorcalculates Hematocrit, change blood volume rate, and Venous Blood Oxygen Saturation. The body information monitortransmits arterial blood pressure information to a desktop PCand the Hematocrit monitortransmits Hematocrit, change blood volume rate, and Venous Blood Oxygen Saturation to the desktop PC. The desktop PCdisplays arterial blood pressure, Hematocrit, change blood volume rate, and Plasma Refilling Rate on a screen of a display using these information items.

Growing community of inventors

Tokushima, Japan

Toshiya Okahisa