JPS58195998A - Measuring apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Technical Field of the Invention] This invention relates to a measurement device, and in particular to a measurement device that outputs measured values by voice. [Technical Background of the Invention] Conventional measurement The vessel has a guide (meter) to display the column.
and digital display elements (Yaiko diode, Ganmo element Hiro)
'4r is used. However, these methods have the following drawbacks because they rely on the visual field of the measurer.

(a) If the value display section reaches Vf, measurement becomes difficult.

(b) It is difficult for the measurer to see the round-shaped display, making it more likely that tacks will stick.

(c) It is dangerous because during measurement, you must take your eyes off the #I constant object, monitor object, etc., and look at the measuring instrument.

2) When measuring multiple measurement targets (1111 fixed@place) or measuring ktc#I at regular intervals, the 8
I need to improve my 1fllJllK record, and I'm worried about my work efficiency.

[Purpose of the invention]

The present invention makes the determination of measured values easier and more reliable.
It also reduces the burden on lijists and prevents the occurrence of danger.
The purpose of the present invention is to provide a measuring device that can prevent a decrease in the number of accidents.

[Summary of the invention]

In this address #4, there is provided a measuring means for measuring the object to be measured and obtaining RR wound data, a storage means for storing the measured data obtained by this measuring means in 41 pieces, and a storage means for storing the measured data. an audio output means for outputting the output needle side data of the measuring means as an audio signal;
ilK and switching means 1r for driving only @rc and supplying the measurement data stored in the storage means to the audio output means when requested by an external operation.

[Embodiments of the invention] The figure shows an embodiment of the present invention.

In the figure, reference numeral 1 indicates the measurement target that is about to be measured. Reference numeral 2 denotes a probe that makes contact with the needle tooth target IK and extracts a measurement signal. 04 is the jFi constant measurement switch, and when it is turned on, the measurement is started. 04 is the hook determination timing circuit, and it is activated by turning on the II constant switch 3, and the pumping timing of the measurement + m. Generates signals, etc. to synthesize measured values and units.

5 is the A/D (analog/digital) conversion section, and
1. Convert analog violet from pure object J into a gage digital signal. 5 is a measurement mode changeover switch, and resistance -1 direct f
t voltage (D”/d, AC voltage (A/VLIt11L)
Select measurement modes such as g/I (DCZA) and AC power source (ACZA). r is the unit signal generator),
Depending on the mode selected from the mode selector switch 1vC, Ω (ohm), A (ampere), ■ (volt)
etc. Create No. 91, which is a unit. Reference numeral 8 denotes a signal synthesizing section, which synthesizes the #j fixed value data sent from the A/D quality converting section 5 and the unit signal generating section 7 and the unit signal.

Reference numeral 9 denotes a storage unit, which stores the data of the synthesized and overlapping measurement values sent from the signal synthesis unit 8, and also converts the stored content t-gun-out audio signal conversion unit by a signal from the successive timing circuit 11, which will be described later. Send the paper to J2 and page 814! 010, which has the R function, is a display switch that outputs To and the data of the synthesized measurement value output from the ri signal synthesis 1ilII when this switch is off, and the data stored in the storage unit 9 when it is on. When asking the sound PO 1 conversion WAJJ and the display capital 14 respectively (continuously with the ON operation, the bladder extrusion timing circuit 11 is changed to operation 1. Sailing timing (9) Ayu 11 is the expression switch 10 The 0 tone % 1 bar code conversion unit 12 has 6 amplifiers (amplifiers), and starts the operation when the signal becomes 10000, and sends a signal for extraction to the output memory @ 9. Converts and amplifies the data sent from the signal &f@i or the storage unit 9 into P sounds, amplifies them, and outputs them.
O display 1bJ that is driven by ZK and outputs the measured value audibly.
4 wraps the data sent from the signal synthesis section 1 or the storage section 9 and displays it using Digimel surface hydrogen elements, etc. Of these sections, parts that require a power source are not shown. Power is supplied by the power supply section.

Next, in such a configuration, the operation when determining a plurality of DC voltages t-fields will be explained.

The person taking the measurement must press the mode selector switch g t D C/VK
Set. Further, initially, the continuous output switch 10 is kept in the off state m. Next, the measurement terminal of probe 2 is connected to tl-1+target 1 with raw water and kept constant. Then, the measurement switch 3 is turned on. The constant timing circuit 4 operates and performs a constant time reference numbering from the measurement target l. The vDf converter 6 inputs the digital signal (!1 VCin) to the analog signal obtained by this sampling δ.At this time, since the mode selector switch 6 is set to DC/v VC, A signal g! of V (volts) is generated.The signal synthesizer 8 uses the timing signal from the measurement timing circuit 4 to generate the signal A/'l) of the side 1 electric value sent from the converter 5. Data and signal 8-me section 8
n unit signals are synthesized and one measurement value data with rate ranking is created. The storage unit 9, which transmits the lever data to the storage unit 9, the audio signal conversion unit 12d, and the display unit 14, stores the data from the No. 8 synthesis unit 8.In the audio note conversion-12, the signal The data from the synthesis section 8 is converted into an audio signal, which drives the speaker J3 to output the audio.The display s14 wraps the data tube from the signal synthesis section 1 and converts it into data suitable for the display element. 14 gland is now displayed.Since the operation of the probe is now completed, the scooper turns off the measurement switch 3, removes the probe 2 from the total #1 target, and then touches another measurement target IK probe 11. , and after fixing, turn on the measurement switcher 3 again.

By this operation, the series of operations described above is repeated again, and a plurality of pieces of data are stored in the memory card 9 in a unitary manner.

On the other hand, I15! When issued, the operation is as follows.

That is, in this case, the measurer turns on the readout switch 10. From this f'LK, the audio signal converter 12 and the display unit 1
4 is connected to the storage section 9.

Also, the read timing circuit 11 starts operating and the storage section 9
Sends a 6-catch signal to continue playing.

As a result, the data stored in the storage section 9VC is sent to the audio signal conversion section J2 and the display section 14, where it is output as an audio display and a numerical display.

In addition, when measuring other modes such as AC/DC voltage, the 7-mode selector switch 6 may be set to MU C/A IC9.

In this way, since the measured value is outputted by voice, measurement work can be carried out freely no matter where the illumination device is located as long as the voice is within the audible range.

1. The efficiency of measurement work is improved by utilizing the power of 1. In other words, there is no need to perform the 1 & measurement work again even if you miss the 11 constant torque output.

←;-W If you perform #1 leg in succession every hour, there is no need to record seven times.

←] (Rono ef) It is easier to change to 11 of the stationary data.

'/: Fuichi1 The above explanation focused on measuring instruments, but
If there is a device that displays analog IT, it can be carried out in the same way, and if it is applied to the control unit of each Kusunoki plant, it will be very effective if it is a device that displays multiple IT shelf value data at regular intervals. Effective and #1.

This other-related invention can be carried out in a straightforward manner within the scope of not compromising the gist of the invention.

[Effect of the invention] According to the fIA of the present invention, the display of #IJZ value is made simple and easy to understand, and it is also easy to confirm.
It is possible to provide a total MJ &*t-& that can prevent the occurrence of danger and a decline in work ability4.

[Brief explanation of the drawing]

The figure shows a block 1 that accommodates the configuration 1 of a dormitory embodiment of the present invention.ノ...'t#J target, 2...Glove, 3--Koji foot switch, 4...11' Constant timing circuit, 5-A/D quality changer, 6...Mode selection switch, 7... Leading position generation digit, 8...Signal synthesis unit, 9...Storage unit, Jo...Readout switch, 1...Trajectory timing circuit, J2...
Voice signal conversion Iku, 13... Spill sword, 14... Display section.

Claims (1)

[Claims] Measuring means for measuring one target and obtaining measurement data, storage means for storing a plurality of pieces of data obtained by the measuring means, and audio output means for converting the measurement data into an audio signal and outputting it. Then, the output measurement data of the total III means is always given to the [7'' output means, and only when an external operation requests for abbreviation, the measurement data stored in the 11ff memory means is sent to the previous ff1fJ. ``A measuring device characterized by comprising a switching operation means for applying to an output means.