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    • 41. 发明专利
    • SPECTRAL ANALYZER
    • JPH08334456A
    • 1996-12-17
    • JP14208695
    • 1995-06-08
    • ISEKI AGRICULT MACH
    • MORI TAIICHI
    • G01N21/01G01N21/27
    • PURPOSE: To easily attach/detach a light source in a box body by mounting a light source mount on a mounting base from a large window, which is provided on the bottom of the box body. CONSTITUTION: A large window 9 is provided in the bottom side plate of a box 6 which is constituted by assembling side plates processed in such a state as eliminating irregular reflection on the inside face, a light source mount 5 whose light/right width is formed a little smaller than the left/right width of the large window is inserted into the large window 9, and its upper face is detachably fixed to a mounting base 4 with a fixture (for example, a bolt) 10. This constitution can facilitate the exchange of a light source 1 and allows to adjust the mounting position of the mount 5 to the base 4 so that the measurement accuracy is improved. The mounting position of the mount 5 is quickly positioned by a stopper 14.
    • 42. 发明专利
    • NEAR INFRARED SPECTRAL ANALYZING DEVICE
    • JPH08320290A
    • 1996-12-03
    • JP14945995
    • 1995-05-24
    • ISEKI AGRICULT MACH
    • FUJIOKA SADAKAZUMORI TAIICHI
    • G01N21/35G01N21/3554G01N21/3563G01N21/359
    • PURPOSE: To attain a prescribed analyzing precision without spending an excessive time by setting a proper measuring frequency. CONSTITUTION: A sample is put into the sample vessel of a sample part 3, the light emitted from a light source 7 is made into a parallel beam in a spectroscope 2, and this parallel beam is periodically interrupted by the rotation of a chopper wheel 9 and then passed through a slit 10 to form a monochromatic light with high purity. This monochromatic light is emitted to the projecting surface of the sample part 3, and the diffused reflected light from the sample is converged by a converging concave mirror 15, further converged by a converging convex mirror 13, and projected to a photoelectric sensor 14. The diffused reflected light received by the photoelectric sensor 14 is amplified by an amplifier 16, and converted into a digital signal by an A/D converter 17 to calculate the component concentration of the measured sample by a CPU 18. In the CPU 18, a standard measuring frequency necessary for the attainment of a prescribed concentration analyzing precision is set every component of various samples, and the maximum measuring frequency necessary for analysis is set from the designated sample. its components and their standard measuring frequencies to determine the measuring frequency.
    • 43. 发明专利
    • NEAR INFRARED COMPONENT ANALYZER
    • JPH08233735A
    • 1996-09-13
    • JP3795995
    • 1995-02-27
    • ISEKI AGRICULT MACH
    • FUJIOKA SADAKAZUMORI TAIICHI
    • G01N21/85G01N21/35G01N21/3554G01N21/3563
    • PURPOSE: To realize highly accurate analysis of components over a wide range by selecting one of a plurality of narrow range measuring means based on the measurements of a wide range measuring means. CONSTITUTION: A sample 13 is arranged on the optical axis of a projection lens 9 and the quantity of reflected light is detected 8 for each film 5A-5F which pass the near infrared ray having predetermined wavelength characteristic of absorption of moisture, for example. A control section 18 determines the content of moisture and the like based on the detected values and a prestored 19 working curve. On other words, quadratic differential absorbance is determined from each detection value and a working curve I of main wavelength 1160nm is fetched from the memory section 19 thus measuring the moisture content over a wide range. A working curve II (main wavelength is 1450nm) is selected when the measurement is lower than a predetermined value M (19%, for example) otherwise a working curve III (main wavelength is 1940nm) is selected. Since a wide range measuring means carries out measurement temporarily over a wide range followed by measurement using a plurality of preset narrow range measuring means, highly accurate measurement can be realized over a wide range of moisture content.
    • 44. 发明专利
    • FULL-AUTOMATIC RICE COOKER
    • JPH08131329A
    • 1996-05-28
    • JP27617994
    • 1994-11-10
    • ISEKI AGRICULT MACH
    • MORI TAIICHI
    • A47J27/14
    • PURPOSE: To boil rice in good timing while preventing boiled rice from becoming short by providing a controller inputting a signal from the outside to output a start signal of full-automatic work. CONSTITUTION: This full-automatic rice cooker 5 is equipped with a rice storage part 1, a washing part 2 and a rice cooking part 3 provided in this order from above and the rice stored in the rice storage part 1 is weighed to be washed in the washing part 2 before cooked in the rice cooking part 3. A controller 4 is equipped with a microcomputer and outputs a driving command signal to the full-automatic rice cooker 5 on the basis of the data from the outside. As the data from the outside, there are the order sent through a transmitter 6 and a receiver 7, a boiled rice consumption quantity or the like. When the order or the boiled rice consumption quantity is inputted to the transmitter 6 by a worker, it is inputted to the controller 4 through the receiver 7. The controller 4 receives this data to operate the residual quantity of boiled rice and judges the start of the cooking of rice from the residual quantity of boiled rice to output a rice cooking start signal to the full-automatic rice cooker 5.