WHAT IS THE QUANTIZATION AD CONVERSION SYSTEM?
Up until now, it has not been possible to use the continuous measuring
method (used for trace measuring maps etc.) in two or three dimensional
digital measurement, owing to the fact that however high the dissolution
capacity of the sensor, there was no measuring system that could match it in
accuracy. Now with our revolutionary new system, we present a digital
measuring, system which can match the dissolution capacity of the sensor in
speed and precision, making it equal or better than an analogue system (used
in planimeter and map meter measurement). Using this system, measurement can
be carried out over one hundred times faster than by using an existing
system. Moreover measurement of the area and circumference of a circle,
using the continuous measuring method, can be performed so accurately that
the only error is that occurring in the tracing. Using an existing system
the circle would first have to be divided into a straight-sided shape of 8
to 12 or more unequal sides, and if this was measured several times a big
difference would be found in the results obtained from each measurement. The
Quantization AD Conversion System can carry out measurement so precisely
that the only error is that occurring in the tracing.
incorporates a digital coordinate measurement system, namely Q-AD conversion
system which we uniquely designed. While measuring the area and length of
curves, it constantly displays the X-Y coordinate value. Features fast
continuity reading of the coordinates of curves which has been deemed
impossible by the existing small computers, it is recommended the unit be
used as a table top total coordinate measuring device.
Figure consisting of linear lines, as Fig1.
Using the point mode, can be measured simply by indicating the end point of
the line. Measuring both the area and length with just one action.
Figure consisting of irregular curves, as Fig2.
Using the continuity mode and trace the circumference of the figure
clockwise measuring both the area and length with just one action.
Figure consisting of linear lines, irregular curves, and arc lines, as Fig3.
Using the "point mode", "continuity mode" and "arc mode". Measuring can be
Using the [HOLD] key. It can be measure "addition of plural figures" and
"measurement of doughnut".
It can be record up to 99 times the accumulated and average data of both the
area and length.
UNIT SELECTION FUNCTION
Using the [UNIT] key, selection can be made of either the metric unit (mm,cm,m,km)
or the imperial unit (in, ft, acre/yards mi).
SCALE SETTING FUNCTION
Using the [SCALE] key, it can be set separately horizontally and vertically.
CONVERTING THE COORDINATE AXIS FUNCTION
Using the [C,D,M] key and define two points on the X axis, inclination can
DATA TRANSFER FUNCTION
The KP-1000 has a function of optical transfer, the data relay by the
original interface (PIF) or original printer (PR1), to the computer.
X : ±6,000mm (12m) Y : 320mm
Minimum indicated unit
16 letters, 4 lines, LCD
Built in Nickel-Cadmium
Using an A/C Adapter (100, 120, 220, 240, V50/60 Hz.)
Operating time : About 25 hours Continuously.
Charge time : Approx 15 Hours.
450WX125LX55Hmm Weight :
1.7kgs (only instruments)
With Printer (A) or
Interface (B) & A/C adapter in original case