JPS6254008B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a biological phenomenon measurement data display device that displays measured values of biological phenomena such as body temperature, blood pressure, pulse rate, etc.

Conventionally, when measuring body temperature, blood pressure, pulse rate, respiration, etc. and displaying the measured values, the display is performed for each measuring device. Additionally, devices have been developed that can display multiple types of measured values at once, but with such devices, it is difficult to instantly know the desired measured value, and it is difficult to work while paying attention to a large amount of data. It is very tedious to proceed.

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a biological phenomenon measurement data display device that can display desired measurement data from among various biological phenomenon measurement data based on voice instructions.

Embodiments of the present invention will be described below with reference to the drawings.

As shown in FIG. 1, the biological phenomenon measurement data display device is composed of a main body part 11 and a display part 12 rotatably provided on the main body part. The display section 12 has a display board 13 and two microphones 14 provided on both sides of the display board. The main body part 11 is provided with a speaker 15 and is connected to a measuring device worn by the person to be measured.

FIG. 2 shows a circuit diagram of the biological phenomenon measurement data display device. According to this figure, a measuring device attached to a person to be measured is connected to a totalizing circuit 16. The aggregation circuit 16 is connected to a selection circuit 17 and a judgment circuit 19. The selection circuit 17 and the judgment circuit 19 are connected to the utterance circuit 18 and the display circuit 21. The voice circuit 18 is connected to the speaker 15, and the display circuit 21 is connected to the display section 12. A microphone 14 of this display section 12 is connected to a direction finding circuit 23 and also to a voice recognition circuit 20. The voice recognition circuit 20 is connected to the selection circuit 17 and, together with the direction finding circuit 23, to the rotation command circuit 22. This rotation command circuit 22 gives a rotation command to the display section 12 and causes the display section 12 to rotate.

In the circuit shown in FIG. 2, various measurement data such as body temperature, blood pressure, pulse rate, respiration, etc. are concentrated in a totalizing circuit 16. When the operator speaks, for example, "body temperature" into the display device, the microphone 14 receives the vocalization sound. The voice signal from the microphone 14 is input to the voice recognition circuit 20, and the information of the voice signal, that is, the information of "body temperature" is recognized. When the recognized information is transmitted to the selection circuit 17, the selection circuit 17 selects measurement data related to "body temperature" from the aggregation circuit 16, and transmits the body temperature measurement data to the utterance circuit 18.
and is transferred to the display circuit 21. The voice circuit 18 converts the body temperature measurement data into an audio signal and supplies it to the speaker 15. Further, the display circuit 21 converts body temperature measurement data into a display signal and supplies it to the display section 12. As a result, the display board 13 of the display section 12 displays, for example, "body temperature".
"36.5°C" is displayed, and the speaker 15 of the main body 11 emits "body temperature 36.5°C".In addition, the two microphones 1 that receive the sound of the operator's utterances
The direction detection circuit 23 detects the direction in which the voice is uttered based on the difference in strength of the voice signal No. 4, and sends a detection signal to the rotation command circuit 22. The rotation command circuit 22 issues a rotation command in response to the detection signal when the voice recognition circuit 20 recognizes that the voice signal includes valid information. In response to this rotation command, the display section 13 is rotated in the sound generation direction by, for example, a servo motor.

The measurement data of the aggregation circuit 16 is sent to the judgment circuit 19.
is constantly monitored, and when the measured data deviates from a predetermined setting range, the deviated measured data is transferred to the voice circuit 18 and the display circuit 21. The voicing circuit 18 and the display circuit 21 preferentially convert the measurement data from the judgment circuit 19 into a voicing signal and a display signal, and transmit the signal to the speaker 1.
5 and the display section 12. This will cause speaker 1
5 and the display unit 12 issue a warning by saying and displaying "body temperature 37.2°C" when measured data outside the set range, such as when the body temperature exceeds the upper limit setting of 37°C and reaches 37.2°C.

As described above, according to the present invention, it is possible to automatically select and display the measurement data of biological tissue according to the instruction content based on voice instructions, so that the desired measurement data can be obtained accurately, easily, and quickly. can. The operator does not need to take any time off because the measurement data can be displayed not only on the screen but also audibly from the speaker. Additionally, means are provided for automatically directing the display towards the audio source, making the displayed values much easier to read. Furthermore, if the measured data falls outside the set range, the measured data outside the set range is automatically and preferentially notified through display and vocalization, so there is no need to constantly monitor the measured data.

[Brief explanation of the drawing]

FIG. 1 is a front view of a biological phenomenon measurement data display device according to an embodiment of the present invention, and FIG. 2 is a circuit diagram of the biological phenomenon measurement data display device of FIG. 11...Main body part, 12...Display part, 13...Display board,
14...Microphone, 15...Speaker, 16...Tallying circuit, 17...Selection circuit, 18...Speech circuit, 19
... Judgment circuit, 20... Voice recognition circuit, 21... Display circuit, 22... Rotation command circuit, 23... Direction finding circuit.

Claims (1)

[Claims] 1. A sound receiving member that receives sound from a sound source;
Recognizing the audio signal obtained by this sound receiving member,
voice recognition means for outputting information regarding biological phenomena; means for detecting the voice generation source based on the sound signal received by the sound receiving member; a data selection circuit for selecting from phenomenon measurement data; a data output means for displaying biological phenomenon measurement data selected by the data selection circuit; A biological phenomenon measurement data display device comprising: means for directing toward a source. 2. The biological phenomenon measurement data display device according to claim 1, further comprising means for issuing a warning when the biological phenomenon measurement data falls outside a set range. 3. The biological phenomenon measurement data display device according to claim 1, wherein the data output means includes a voice output means for outputting the measurement data by voice.