baber/WOPTO huggingface dataset:
Patent JP-S6243333-A (JP)
Title: Rear body hood for truck
Inventor: NAKANO TADASHI
IPC: B60P7/04
Filed: 1985-08-21
Abstract: PURPOSE:To apply/remove the hood against the rear body of truck through simple operation by constructing such that an openable/closable hood having the heights of right/left side door as the minimum height of eaves is developed/ retracted against the side door containing space. CONSTITUTION:A rainbow guide rail 1 having the feet of the height of right/left side doors 5 is provided on the rear face wall 7 in cabin to fix an auxiliary door 3 having corresponding guiderail 2 at the upper end to the rear door while foldably through screw board 9. Furthermore, pockets are provided to the right/ left side doors 5 to mount a foot panel 4 of such width as will cover the longitudinal half of rear body 6 in the pockets. Closing rod 10 is provided at the end of respective foot panel 4 while a magnet is burried in one of them. When applying the hood, the auxiliary door 3 is first rised to pull out the hood panel 4 contained in the right/left doors 5 to match the closing rods 10 in the center of the guiderails 1, 2. Consequently, inflated roof can be formed above the rear body through simple operation.
Patent JP-S6243830-A (JP)
Title: Radiation curing type magnetic recording medium
Inventor: KODERA YOSHIICHI
IPC: G11B5/702
Filed: 1985-08-21
Abstract: PURPOSE:To improve the dispersibility of magnetic particles while maintaining mechanical characteristics by using a resin formed by bringing a phosphorus compd. into reaction as at least one component of a binder. CONSTITUTION:The phosphorus-contg. radiation curing type resin which is formed by bringing at least one kind of the compds. expressed by the formulas (I)-(III) into reaction and having at least one acryl double bond in the molecule is incorporated into the binder as one component thereof. X, Y denote an ester formable functional group, R1, R2 denote an alkylene group, cycloalkylene group or arylene group of 1-12C, R3 denotes an alkyl group of 1-10C, n, m can be an optional numerical value among 0-10. M denotes an alkali metal atom, hydrogen atom, monovalent hydrocarbon group or amino group. While the incorporation of the metallic salt of the phosphorus compd. such as phosphinic acid and phosphonic acid into the resin is heretofore difficult, the easy incorporation of these hydrophilic groups into the resin is possible and in addition, this method is effective for the dispersibility of the magnetic powder and the characteristics of the base resin forming the basic skeleton are not spoiled at all.
Patent JP-S6428927-A (JP)
Title: Metallized structure for chip-on glass mounting
Inventor: YONEDA KOTARO
IPC: H01L21/52
Filed: 1987-07-24
Abstract: PURPOSE:To manufacture the title structure at a low cost and easily and to realize a large-sized structure by a method wherein a transparent electrode having a prescribed circuit pattern is formed on a glass substrate, an Ni-P layer of high phosphorus concentration and an Ni-P layer of low phosphorus concentration which have a pattern of a drive circuit, an extraction electrode or the like are formed on the transparent electrode and, furthermore, an Au layer is formed on the layer. CONSTITUTION:A transparent electrode 13 by an ITO film having various patterns is formed on a glass substrate 11; this transparent electrode 13 is patterned to a prescribed circuit pattern; in succession, an Ni-P layer of high phosphorus concentration, e.g. about 10%, and an Ni-P layer 15 of low phosphorus concentration, e.g. about 1%, are formed selectively on the pattern of the transparent electrode 13 by a non-electrolytic plating method. Then, an Au layer 16 is formed on the Ni-P layer 15 by a substitution reaction. By this setup, a three-layer metallized structure is formed on the transparent electrode 13. As a result, it is possible to obtain a substrate for chip-on glass mounting use at a low cost and with the excellent productivity.
Patent JP-S6234959-A (JP)
Inventor: MANFUREETO ROORENTSU
IPC: C09D11/037
Filed: 1986-08-06
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-S6161487-A (JP)
Inventor: MIZUNO HIDEAKI
IPC: H05K1/02
Filed: 1984-08-31
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H0349322-A (JP)
Title: Radiotelephony system
Inventor: AISAKA HIDEKI
IPC: H04B7/26
Filed: 1989-07-18
Abstract: PURPOSE:To prevent occurrence of malfunction due to surrounding noise and other adverse effect by extracting a noise component at a prescribed frequency band from a sound signal to control a reference level at a comparison means. CONSTITUTION:An sound signal with a low frequency of nearly 300-500Hz of sound signals inputted from a handset microphone 496 passed through a band pass filter 422c as a surrounding noise component, rectified by a rectifier circuit 422d and outputted to a reference control circuit 422e. The reference control circuit 422e controls the reference level of a comparator 422b so as to increase stepwise as the output of the rectifier circuit 422d is increased. Thus, when the output of the rectifier circuit 422d is large, since the reference level of the comparator 422b is increased, malfunction sue to surrounding noise hardly takes place, and when the user utters large voice in response to the surrounding noise level, the transmission function is activated.
Patent JP-S6075930-A (JP)
Title: Detecting system of touch of light pen
Inventor: KOBAYASHI SUSUMU
IPC: G06F3/037
Filed: 1983-09-30
Abstract: PURPOSE:To improve the operability of a light pen by reflecting the ultrasonic waves of an ultrasonic wave oscillator through the surface of a CRT and using this reflected wave as a gate to perform detection of the touch of a light pen. CONSTITUTION:An ultrasonic wave oscillator 31 is provided at a position (l) distant away from the tip of a light pen head 32. Then a light pen touch is detected with the oscillator 31. In this case, both an ultrasonic wave transmission part 35 and a timer circuit 38 are started periodically with a signal (a) of a trigger generating circuit 36. Then the oscillator 31 is driven to produce ultrasonic waves as well as a signal (b) obtained by giving delay to the signal (a). An ultrasonic wave receiving part 37 detects a reflected wave (e) of the ultrasonic wave sent from a CRT surface 34 and supplies it to an AND gate 39. Thus a signal (d) is obtained from signals (b) and (c) to detect a touch of the light pen.
Patent JP-H0847653-A (JP)
Title: Electric precipitation element
Inventor: NAKATANI YASUHIRO
IPC: B65D25/28
Filed: 1994-08-04
Abstract: PURPOSE:To obtain an electric precipitation element in which a handle is not damaged by forming parts each having a R-shaped cross section swelling out to the central side of a through hole on the inner surface of a pair of through holes into which an extending part is retractably inserted so that a grip part may be attached and detached to and from an outer wall plate at parts on sides near the other through hole of each other. CONSTITUTION:A handle E3 which is all constituted of a thin belt-shaped member is fitted to a side plate E21 of a casing E2 of an electric precipitation element. The handle E3 is provided with a grip part E31 opposite to almost the central part of the 1st side plate E21, and extending parts E32, 533 extending to both the ends of the grip part E31. Extending end parts E32A, E33A are retractably inserted into a pair of through holes E211, E212 made in the 1st side plate E21 at prescribed positions. Parts near the other of each other of the through holes E211E, E212E are provided with inclined surfaces E211E, E212E on the outer surface side of the 1st side plate E21, and parts E211A, E212A each having a R-shaped cross section swelling out to the central side of the inner surface of the side plate 21.
Patent JP-H058666-A (JP)
Title: Slip control device
Inventor: YAMASHITA TETSUHIRO
IPC: B60W10/18
Filed: 1991-06-28
Abstract: PURPOSE:To perform slip control more excellently by optimizing control gains for setting the controlled gain of slip control in response to the running condition of a vehicle. CONSTITUTION:Torque to be imparted to each driving wheel is controlled so that the actual slip value of each front driving wheel 1FR and 1FL coincides with a target value for an engine or the target value of brake control. In the case of engine control, a regulating means 9 for torque generated by the engine 2 is controlled by means of feed-back operations. In the case of brake control, braking fluid pressure is built up within a master cylinder 8 with a brake booster 11 forcibly operated, so that fluid pressure adjusting values 15R and 15L are thereby controlled by the aforesaid pressure. Control gains GV for setting the controlled variable of engine control or brake control are changed in response to the running condition of a vehicle. The control gains are used when the controlled variable for the present time are found, for example, by the following equation: controlled variable for the present time = (control variable at the previous time + basic value X GV)/100.
Patent JP-S63182207-A (JP)
Title: Production of aluminum nitride powder
Inventor: KURAMOTO NOBUYUKI
IPC: C01B21/072
Filed: 1987-07-24
Abstract: PURPOSE:To produce the title powder having high purity and hyperfine particle size which can provide a sintered body having high density, high purity, superior translucent, thermal characteristics, and mechanical characteristics without requirement for additive by calcining a compsn. of a mixture of Al2O3 powder having a specified purity and particle size with carbon in the atmosphere contg. N2. CONSTITUTION:(A) Al2O3 powder having >=99.9% purity and <=2mu mean particle size is mixed with (B) carbon having <=0.2wt.% ash content and <=1mu mean particle size at 1/0.4-1 (A/B) ratio (proportion by weight) in a ball mill comprising a ball and vessel made of alumina of high purity by such as wet mixing process to obtain thus a mixture compsn. Then, the mixture is charged to a calcining furnace where it is calcined at 1,400-1,700 deg.C for 3-10hr in the atmosphere contg. N2 to which gaseous N2 and, if necessary, gaseous NH3 are added. Thus, the title powder having <=2mu mean particle size is obtd. at <=1.3wt.% O2 content and <=0.3wt.% cationic impurities.
Patent JP-H0838154-A (JP)
Title: Multi-layer photosynthetic cultivator
Inventor: MATSUMOTO MASABUMI
IPC: C01B32/50
Filed: 1994-08-04
Abstract: PURPOSE:To provide a multi-layer photosynthetic cultivator capable of being scaled up without requiring a wide area for establishment and improved in utilization of sunrays and volumetric efficiency. CONSTITUTION:This is a photosynthetic cultivator for growing algae in a culture solution by circulating the culture solution from a solution tank to a light receptor unit and applying light in the presence of CO2. In this apparatus, the photoreceptor unit has a multi-layer structure composed of plural channels 35 to 38 put in layers in the direction of application of light. The width (H) of the respective channels of the photoreceptor unit is determined based on the intensity of applied light and an estimated value or a detected value of the concentration (X) of algae flowing through the respective channels 35 to 38 by using the formula described below so that the logarithm ln (Iin/Iout) of the ratio of the incident light intensity (Iin) to the transmitted light intensity (Iout) may be 0.1 to 2.0 in the respective channels of the photoreceptor unit; Iout=Iin exp (-K1.X.H).
Patent JP-S6162248-A (JP)
Title: Device for discriminating amplitude modulating stereophonic broadcasting system
Inventor: SASAKI KAZUTOSHI
IPC: H04H40/45
Filed: 1984-09-04
Abstract: PURPOSE:To prevent a malfunction due to noise components even if there is a noise component in a pilot signal frequency band by including a hysteresis comparator for waveform shaping of a pilot signal in a separating circuit. CONSTITUTION:A SUB signal (sub channel signal) obtained in the modulating circuit 14 of a CPM system is led to a pilot filter 2 to take out a pilot signal component. The output of the pilot filter 2 is led to the input terminal of a differential discriminating circuit 5 and a hysteresis comparator 3. The hysteresis comparator 2 is a circuit for waveforming a pilot filter output signal into a pulse waveform and has a function of waveforming while eliminating the effect of the noise component of low level voltage superposed on the pilot signal. The output of the hysteresis comparator 3 is led to the input terminal of a frequency discriminating circuit 4.
Patent JP-S5886916-A (JP)
Title: Hydraulic rolling down device
Inventor: HASHIMOTO SUNAO
IPC: B21B38/10
Filed: 1981-11-18
Abstract: PURPOSE:To easily perform the operations of maintenance and inspection for a position detection device, by providing a storing space of a cable used for the position detecting device to the bottom of a piston of a hydraulic rolling down device in a rolling mill. CONSTITUTION:In a housing 1 of a steel plate rolling mill such as a strip mill or a plate mill, a hydraulic screw down device 6 of fixed position, moving cylinder type is provided to the space between bearing boxes 3 of a lower back up roll 5 and the housing 1. A magnetic position detecting device 9 is attached to the center of the device 6 constituted of a fixed piston 8 and a cylinder 7 to transmit a position detecting signal, as an electrical signal, to a controlling device by a cable 10. In this case, as the device 9 is drawn out together with the cable 10 and the cable 10 forms loops naturally in a space 12, in inserting, by providing said cable storing space 12 formed by boring a hole in the bottom of the piston 8, the operations of maintenance and inspection are easily performed.
Patent JP-H1126423-A (JP)
Title: Method and apparatus for processing semiconductor wafer and the like
Inventor: KOYANAGI TETSUO
IPC: B08B3/10
Filed: 1997-07-09
Abstract: PROBLEM TO BE SOLVED: To effectively and surely remove the water stuck on the surface of a medium to be dried from the surface. SOLUTION: First, after completing a final water washing in washing processings, a warm pure water is fed to the inside of a container 1. Next, the vapor or fog of an organic solvent is fed into an upper space 20 securely fed from a water surface L of the warm pure water to its upper side. After completing the feeding of the organic solvent, an inert gas is fed continuously from the upper side of the warm pure water to the space 20, while performing suction and liquid exhaust of the warm pure water from the bottom side of the container 1 to the outside.  Next, after completing the suction and liquid exhaust of the warm pure water, performing the suction pressure reduction of the gas in the container 1 by continuing the suction, the drying processing of a medium W to be dried is performed, managed and controlled such that the extent of the gas pressure reduction in the container 1 is held to its preset value, until the suction and liquid exhaust of the warm pure water are completed.
Patent JP-2001009437-A (JP)
Title: Treatment of contaminated soil
Inventor: SUZUKI YOSHIHIKO
IPC: B09C1/08
Filed: 1999-06-29
Abstract: PROBLEM TO BE SOLVED: To eliminate the need for a vast place for placing slurried soil by adding decomposing agents for organic compounds and water to the soil contaminated with the organic compounds to make the soil to a slurry form, then adding solidifying agents to the slurried soil. SOLUTION: The decomposing agents, such as hydrogen peroxide, permanganate and reduced iron, for the organic chlorine compounds, such as dichloroethylene, trichloroethylene and tetrachloroethylene, and the water are added to the soil, by which the slurried soil regulated in the moisture content of the soil to 15 to 50% is obtained. The solidifying agents prepared by using quicklime, cement, etc., are added and mixed to and with such slurried soil in such a manner that the weight ratio thereof to the slurried soil attained 10%. As a result, the need for the vast place and container of a large capacity for placing the slurried soil is eliminated and the amount of the contaminated soil which can be treated by one time of manipulation may be increased.
Patent JP-S6426991-A (JP)
Title: Detecting circuit for white area combining condition
Inventor: ARAI MASAYUKI
IPC: G06T7/00
Filed: 1987-07-23
Abstract: PURPOSE:To highly speedily detect the combining condition of a white area by holding the coordinate of a charging point to change from the white area equivalent to two lines in image information to a black area and from the black area to the white area, comparing the sizes of coordinate values, obtaining the compared result as an address and outputting a combining condition code as data to express the combining condition of the white area. CONSTITUTION:The coordinate value stored to registers 1-1 or 1-4 is respectively inputted to comparators 2-1 or 2-6. The sizes are compared between the respectively inputted coordinate value of a new line and the coordinate value of the old line and the compared result is inputted to a code converting table 3 as the address. The code converting table 3 outputs the combining condition code to express the combining condition of the white area as the data and stores them to a register 4. The register 4 holds the combining condition code read from the code converting table 3.
Patent JP-H0932837-A (JP)
Title: Washer with spring washer
Inventor: NISHIGATA KAZUYUKI
IPC: F16B43/00
Filed: 1995-07-20
Abstract: PROBLEM TO BE SOLVED: To simplify a manufacture process and extremely improve fixing strength of a spring washer without finding machining-work troublesome. SOLUTION: A hole inner surface having a circular arc range of at least 1/3 or more in the inserting hole 1 of a seat plate (b) drilled the inserting hole 1 which is nearly equal to the inner diameter of a spring washer (a) or having a few narrow width, is pushed up and projected in a seat plate (b) plate surface vertical direction, or it is pushed and crashed in a thin plate shape after it is pushed up and projected, and an ark shaped projection thin plate 2 is expansiblly elected on the hole inner rim part of the circular arc range of at least 1/3 or more of the inserting hole 1.  The arc shaped projection thin plate 2 abuts on the inner circumferential part a' of a part which abuts on the seat plate (b) of the notch ring rod of the spring washer (a), the spring washer (a) is mounted on the seat plate (b) so as to communicate the inserting hole 1 and the center hole of the spring washer (a) with each other on the seat plate (b), the upper end 2' of the arc projection thin plate 2 is pushed and crashed on the spring washer (a), and the spring washer (a) is fixed to the seat plate (b).
Patent JP-2001015490-A (JP)
Title: Plasma etching device
Inventor: KINOSHITA TSUKASA
IPC: H05H1/46
Filed: 1999-06-29
Abstract: PROBLEM TO BE SOLVED: To provide a plasma etching device using a simple method, for suppressing the adhesion and deposition of the reactive produce of a material to be etched, such as an Al-family deposit to a quartz bell jar. SOLUTION: A heater 10 is installed on a flange part 4a of a quartz bell jar 4, and the wall surface of the side of the opening of the bell jar is heated, thus suppressing adhesion and deposition of the receive product of a material to be etched, such as an Al-family deposit onto the wall surface.
Patent JP-H0233234-A (JP)
Title: Error propagation compensation method
Inventor: OKADA KENJI
IPC: H04B14/06
Filed: 1988-07-22
Abstract: PURPOSE:To prevent propagation of error while keeping the picture quality by replacing a decoding signal at the latter into the former decoding signal and using a prediction circuit so as to obtain a prediction value if a difference between consecutive adjacent decoding signals exceeds a threshold value. CONSTITUTION:A prediction start position is substituted to a parameter (i) at first. The (i-n)th decoded value Xi-n is substituted to a prediction value Pi to set a prediction value. Whether or not a deference Xi-Xi-n1 of adjacent decoding signals exceeds a threshold value is compared to apply decision of error. If the difference exceeds the threshold value, the decoded value Xi is replaced into the value Xi-m to correct the decoding signal. Then '1' is added to the parameter (i). Whether or not the parameter (i) exceeds the prediction end location is compared to decide the end of prediction. If the parameter (i) exceeds the prediction end location, the prediction is terminated.
Patent JP-H0472685-A (JP)
Title: Optical member for ultraviolet laser
Inventor: YAMAGATA SHIGERU
IPC: H01S3/08
Filed: 1990-07-13
Abstract: PURPOSE:To guarantee laser resistance and high permeability by incorporating at least one type of inert gas selected from rare gas, nitrogen gas of sufficient quantity to suppress optical permeability of an ultraviolet laser in a glass body. CONSTITUTION:Synthetic silica glass having high purity and high homogeneity is used as a starting base material. At least one type of inert gas selected from rare gas, nitrogen gas of sufficient quantity to suppress optical permeability of an ultraviolet laser is contained in the material. An OH group is contained in the material. More specifically, an OH group of 10wt.ppm or more is contained. Then, inert gas such as argon, nitrogen is invaded into gaps of a glass network structure so that the structure is scarcely deformed, and cutting of a bond between elements due to emission of the laser scarcely occurs. The inert gas can easily externally degas gas to be decomposed and excited by an ultraviolet light such as oxygen.
Patent JP-S6161247-A (JP)
Title: Manufacture of material for recording
Inventor: KURAMOCHI WATARU
IPC: G11B7/243
Filed: 1984-09-03
Abstract: PURPOSE:To prevent oxidization at the time of long-term preservation in the air and to prevent advancing of a relative reflecting ratio by keeping nitrogen gas pressure to a special scope and forming a Te-Cu system thin film on the substrate by an ion plating method. CONSTITUTION:Nitrogen gas 18 is introduced from an introducing line 6 into a chamber 8 of an ion plating device 3, and a nitrogen gas pressure is kept in the scope of 1.0X10<-4>-5.0X10<-3>Torr. A quantity of an electronic beam 15 irradiated to a Te-Cu system alloy 9 in a pot 10 is controlled by an electric power added to an electronic beam heating device 11. Voltage is impressed to a filament 13, a thermionic flow 17 is generated and voltage impressed to an ion electrode 12 is impressed just to several 10V. In the vapor deposition source alloy, a tellurium-copper alloy including copper of 5-40atom number percent or a tellurium-copper-lead alloy including 5-40atom number percent copper and 1-50atom number percent lead for copper are used.