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    • 42. 发明专利
    • METHOD AND DEVICE FOR DETECTING 2D LIQUID CRYSTAL CELL PARAMETER
    • JPH1183730A
    • 1999-03-26
    • JP24882397
    • 1997-09-12
    • SATO SUSUMUMEIRIYOU TEKUNIKA KK
    • SATO SUSUMUSHU SUGURUKA SENTOGASHI YOSHIHIRO
    • G01B11/02G01M11/00G01N21/21G02F1/13
    • PROBLEM TO BE SOLVED: To provide a method and device for detecting 2D liquid crystal cell parameter wherein, with a simple configuration, such parameters as thickness of a liquid crystal layer at a plurality of points of a liquid crystal cell, kink angle in orientation of liquid crystal molecule, etc., are detected at the same time with precision in a short time. SOLUTION: The light from a light source 1 is allowed to pass a polarizing plate 3, a liquid crystal cell 4, and a polarizing plate 5, and transmission light intensity of the liquid crystal cell 4 at a plurality of points is measured with photo-detector 7. Transmission light intensity of the liquid crystal cell 4 at a plurality of points is measured when polarizing direction of the polarizing plate 5 is X-axis direction, when it is Y-axis direction, when it forms 45 deg. with the X-axis and Y-axis, or when a 1/4 wavelength 6 is so inserted between the polarizing plate 5 and the liquid crystal cell 4 that its axis direction is tilted by 45 deg. against the polarizing direction of the polarizing plate 5 while the polarizing direction of the polarizing plate 5 forms 45 with the X-axis and Y-axis. Stokes' parameter, at a plurality of points, of the liquid crystal cell 4 is obtained from a measured value, and from the obtained Stoke' parameter of the liquid crystal cell 4 at a plurality of points, thickness of a liquid crystal layer, at a plurality of points, of the liquid crystal cell 4 and a kink angle of orientation of liquid crystal molecule are obtained at the same time.
    • 43. 发明专利
    • ORIENTATION TREATMENT OF LIQUID CRYSTAL SUBSTRATE AND PRODUCTION OF LIQUID CRYSTAL CELL
    • JPH09211459A
    • 1997-08-15
    • JP4414696
    • 1996-02-05
    • SATO SUSUMUMEIRIYOU TEKUNIKA KK
    • SATO SUSUMUTOGASHI YOSHIHIRO
    • G02F1/1337
    • PROBLEM TO BE SOLVED: To eliminate the need for a rubbing treatment and to obtain a uniform and good orientation characteristic even with a large-area substrate by a simple stage by applying liquid crystals by a roller or blade on the surface of a film for orientation deposited the substrate while allowing the liquid crystals to flow in one direction, holding the substrate for a prescribed period of time and forming a liquid crystal oriented layer. SOLUTION: While the roller 1 is lightly pressed onto the film 5 for orientation, the roller is driven in an arrow X direction, and while the roller 1 is kept rotated in an arrow R direction, the roller is rolled on the substrate 3 deposited with the film 5 for orientation. The liquid crystals 10 on the front side of the roller flow in the arrow direction X, by which the liquid crystal coating layer 9 is formed in the state of the liquid crystal molecules heading this flow direction. Similarly, the liquid crystal coating layer 9 is formed even if the blade is moved while its front end is pressed. The comparison made between the roller 1 and the blade reveals that the roller 1 less flaws the film 5 for orientation, allows the industrial utilization thereof and is high in productivity. The coating by the roller 1 is thus superior.
    • 44. 发明专利
    • CAR FOR WASTE GAS TREATMENT
    • JPH02265616A
    • 1990-10-30
    • JP8555289
    • 1989-04-04
    • KOJIMA HISAOSATO SUSUMUWATABE HIROOKI
    • KOJIMA HISAO
    • B01D53/34
    • PURPOSE:To treat a waste gas easily and speedy by carrying an apparatus for treatment of a waste gas containing harmful substances and sterilizing substances in a mobile car. CONSTITUTION:After the title car was moved and arrived at an outside treatment work site 30, a sterilizing gas is supplied in the outside treatment work site 30 through a flow line 2a from a sterilizing gas supplying apparatus 2 until the concentration of the sterilizing gas of air in the outside treatment work site 30 becomes a prescribed concentration. After that, the air is circulated in flow lines 20, 26, 22, 24 and the outside treatment work site 30 for a set period by operation of a blower 6. Sterilization of the outside treatment work site 30 is carried out during this period. After the sterilization, air used for sterilization is circulated in the flow line 20, a waste gas treatment apparatus 4, and the flow lines 22, 24 and harmful substances in the waste gas are removed by a gas analyzer 8. by this method, being free from restriction of place, waste gas treatment is carried out.
    • 45. 发明专利
    • FLUORESCENT HEAT-SENSITIVE PAPER
    • JPH02253985A
    • 1990-10-12
    • JP7735889
    • 1989-03-29
    • SATO SUSUMU
    • SATO SUSUMU
    • B41M5/323B41M5/26B41M5/30C09B57/00C09K11/06
    • PURPOSE:To conduct the thermal writing, holding, and erasing of information by changing a color of a fluorescence by a method wherein a fluorescent substance which returns to a state of emitting an original color fluorescence after holding a color fluorescence for a fixed time at a temp. lower than a threshold temp. after the multi-color change of the fluorescence is contained on or inside paper. CONSTITUTION:Tb hexafluoroacetylacetonate and Eu hexafluoroacetylacetonate are dissolved in an organic solvent, such as tetrahydrofuran. This solution is applied or infiltrated on/in normal paper and dried to form fluorescent heat- sensitive paper. Namely, by writing information on the fluorescent heat-sensitive paper by a thermal head at a temp. higher than a threshold temp., only a part with the information written emits a red fluorescence, and the other area emits a green fluorescence. This state is held for a fixed time. For erasing the written information, the fluorescent substance is lowered in temp. to return to a state of emitting an original color fluorescence all over the surface. This operation can be easily conducted by passing the fluorescent heat sensitive paper between rollers which are held at a temp. lower than room temp.
    • 46. 发明专利
    • HUGE SPACE STRUCTURE
    • JPH02252834A
    • 1990-10-11
    • JP7537389
    • 1989-03-27
    • NAKAJIMA KOKICHIOBAYASHI TOSHIHARUSATO SUSUMU
    • NAKAJIMA KOKICHIOBAYASHI TOSHIHARUSATO SUSUMU
    • E04B1/34E04B1/342E04B5/00
    • PURPOSE:To effectively make use of the ground by suspending each main beam by each main sling stretched between suspension main posts, providing a floor board reinforced beams and cross beams below a roof member constructed in such a way that each cross beam is fixed between each side post and each main beam, and thereby forming a space with no post below the floor board. CONSTITUTION:Appropriate paired suspension posts 1 are erected in a structure construction site, slings 3 are hanged down at equal intervals from a main suspension cable 2 stretched between the top sections of the posts 1. And each main beam 4 the both ends of which are fixed onto the main posts 1 is suspended at each lower end of the slings 3. In the second place, a frame work of a roof is formed so that each roof member 7 is stretched in such a way that each side post 5 erected at the both side sections in the construction site is connected with each beam 4 by each cross beam 6, and the respective beams 4 are also connected with each other by the cross beams. Successively, each main beam 4' is provided below each member 7 while the specific height is maintained so as to be connected with each main post 1 so that each floor board 9 is thereby formed. Then, each beam 4 and each main beam 4' are suspended by each suspension pillar 10 at specified intervals so that a huge space 11 with no post is formed below the floor 9. By this constitution, it is possible to make effective use of the ground.
    • 49. 发明专利
    • AUTO-FOCUS LENS
    • JPS60198511A
    • 1985-10-08
    • JP5465584
    • 1984-03-21
    • SATO SUSUMU
    • SATOU SUSUMU
    • A61F2/14G02B7/40G02F1/13
    • PURPOSE:To make an auto-focus lens thin and lightweight and to operate it statically with a low power consumption by controlling a driving voltage of a focal length varying lens with distance information from a distance sensor to perform focusing. CONSTITUTION:An ultrasonic transmitter 2 is driven by reference pulses due to an oscillator 1, and simultaneously, a monostable multivibrator 3 is operated, and the reflected signal from an object is received by an ultrasonic receiver 4, and the monostable multivibrator 3 is stopped. AND between the clock pulse from a clock signal generator 5 and the output of the monostable multivibrator is operated to obtain a digital signal corresponding to the distance to the object. This signal is inputted to a function generator 7 to obtain a voltage matched to the physical property curve of a liquid crystal lens. This voltage is impressed to a focal length varying liquid crystal lens 8 to perform focusing. Devices other than ultrasonic transmitter and receiver can be used as the distance sensor.