Abstract:
PROBLEM TO BE SOLVED: To provide a specimen analysis system capable of checking at each stage if a measurement item instructed in a selected storage container, a reagent cartridge taken out from the selected storage container, and a specimen analysis device is appropriate or not when the analysis of the specimen selected from a plurality of measurement items is performed.SOLUTION: A specimen analysis system having a specimen analysis device 10 includes: a reagent cartridge 20 having a cell bath input with a reagent; a storage container 50 in which the reagent cartridge 20 is stored; a holding part 12 for holding the reagent cartridge 20; an analysis part 14 for performing a specimen analysis processing according to the instructed measurement item; and a display part 16 for displaying an image; a display control part 15 for displaying an image relating to specimen analysis processing on a display part 16, wherein the reagent cartridge 20, the storage container 50, and an image displayed on the display part 16 have an unified color according to the measurement item.
Abstract:
PROBLEM TO BE SOLVED: To provide a biological information monitor in which an alarm can be canceled and contents of the alarm can be surely grasped even while a healthcare provider is right in the middle of work.SOLUTION: The biological information monitor comprises: reporting means 23 for reporting an alarm; an alarm determination section 13 for determining whether to generate an alarm by comparing biological information measured from a patient with a predetermined threshold value; an alarm control section 15 which causes the reporting means 23 to report an alarm when the alarm determination section 13 determines that the alarm is to be generated; and a foot switch 30 which is depressed to output to the alarm control section an alarm cancel signal for canceling the alarm. On the basis of the alarm cancel signal outputted from the foot switch 30, the alarm control section 15 cancels the alarm being reported from the reporting means 23 and causes the reporting means 23 to report, in voice, contents of the biological information generating the alarm.
Abstract:
PROBLEM TO BE SOLVED: To accurately specify a blood injection time by a simple method.SOLUTION: A light emitting part 21 emits first light with a first wavelength λ1 and second light with a second wavelength λ2. A light receiving part 22 outputs a first signal and a second signal according to the intensity of the first light and the second light that pass through or are reflected by a biological tissue 30 of a subject to be examined respectively. A first operation part 41 acquires a degree of dimming A1 of the first light based on the first signal, and a degree of dimming A2 of the second light based on the second signal. A second operation part 42 acquires a degree of dimming Ab derived from blood based on the degree of dimming A1 of the first light and the degree of dimming A2 of the second light. A third operation part 43 specifies a blood injection time T to the biological tissue 30 based on a change with time of the degree of dimming Ab derived from blood following the oppression of the biological tissue 30. An output part 14 outputs the specified blood injection time T.
Abstract translation:要解决的问题:通过简单的方法准确地指定血液注射时间。解决方案:发光部21发射具有第一波长λ1的第一光和具有第二波长λ2的第二光。 光接收部分22根据第一光和第二光的强度输出第一信号和第二信号,第一光和第二光分别通过被检查对象的生物组织30反射或被其反射。 第一操作部分41基于第一信号获取第一光的调光度A1,并且基于第二信号获取第二光的调光度A2。 第二操作部42基于第一光的调光度A1和第二光的调光度A2,获得从血液得到的调光度Ab。 第三操作部43基于随着生物组织30的压迫后的血液得到的减光度Ab随时间的变化,指定生物体30的血液注入时间T.输出部14输出规定的血液注射时间 T.
Abstract:
PROBLEM TO BE SOLVED: To provide an oxygen mask that can measure the concentration of exhaled gas exactly by reducing the dilution of the exhaled gas by oxygen.SOLUTION: The oxygen mask includes an oxygen supply part and a patient wearing part which is worn around the nose or around the nose and mouth of a patient. The patient wearing part includes an opening which communicates with the outside air. When the oxygen mask is worn by the patient, the opening is formed in the position where the opening faces at least one of the nose and mouth of the patient.
Abstract:
PROBLEM TO BE SOLVED: To enable a user to easily and quickly identify an output source of an alarm even if a plurality of the same model monitoring devices are installed.SOLUTION: A storage unit 15 stores identification information 15a for identifying its own monitoring device among other monitoring devices. A notification unit 14 outputs the identification information 15a with notification information indicating that a monitoring target 20 satisfies predetermined conditions.
Abstract:
PROBLEM TO BE SOLVED: To provide a small-sized and low-cost device which enables an inspector not to plastically deform a suction tube in a specimen suction process and which achieves the effective cleaning of the suction tube.SOLUTION: A specimen analyzer includes: a suction tube 34 which is made of a super elastic metal and which sucks a specimen from a specimen container; an analysis part for analyzing the sucked specimen; a semifixed cleaning part 40 which is arranged at a predetermined position in a housing and which guides the suction tube 34 from a cone-shaped opening to the inside so as to clean it; and movement stop means which stops the movement of the suction tube 34 so as to at least move a first position of sucking the specimen from the specimen container and a second position corresponding to the opening in the cleaning part 40.
Abstract:
PROBLEM TO BE SOLVED: To provide a cardiac output measuring unit which has a simple configuration and can appropriately measure a cardiac output by connecting to an existing biological information terminal apparatus.SOLUTION: A cardiac output measuring unit includes: a biological signal receiving section 18 which is configured to receive a plurality of biological signals; a calibration information storing section 19 which is configured to store calibration information; a calculation section 11 which is configured to calculate a cardiac output based on the plurality of biological signals and the calibration information; and a communication section 16 which is capable of transmitting the cardiac output to an external device.