baber/WOPTO huggingface dataset:
Patent JP-H06271627-A (JP)
Title: Preparation of cycloolefin polymer
Inventor: YURUGEN ROORUMAN
IPC: C07F17/00
Filed: 1994-02-10
Abstract: PURPOSE: To produce a cycloolefin polymer having a high viscosity number by polymerizing a polycyclic olefin in the presence of a catalyst comprising an aluminoxane and a specific metallocene compd.  
     CONSTITUTION: Based on the total monomers, 0.1-100 wt.% polycyclic olefin [e.g. one of formula I or II (wherein R 1  to R 4  are each H or a hydrocarbon radical), 0-99.9 wt.% monocyclic olefin (e.g. cyclopentene), and 0-99.9 wt.% acyclic 1-olefin (e.g. ethylene) are copolymerized at 20-150°C and 0.01-64 bar in the presence of a catalyst comprising an aluminoxane of formula III and/or IV (wherein R 13  is a 1-6C alkyl, phenyl, or the like; and (n) is 2-50) and a metallocene compd. of formula V [wherein M 1  is Ti, Zr, or the like; R 14  and R 15  are each H, a halogen, or the like; R 16  is fluorenyl or indenyl; R 17  is cyclopentadienyl; and R 18  is a group of formula VI or VII (wherein M 2  is Si; and R 19  and R 20  are each H, a 1-10C alkyl, or the like) or the like] [pref. dichlorodimethylsilanediyl(9-(2,7-di-t-buty)fluorenyl)cyclopentadienylzirconium. 
     COPYRIGHT: (C)1994,JPO
Patent JP-S58134505-A (JP)
Title: Printed loop antenna
Inventor: NUMAZAKI TADASHI
IPC: H01Q7/00
Filed: 1982-02-04
Abstract: PURPOSE:To facilitate loading of distribution constant reactance by dividing a loop to be printed into plural parts and printing them on one surface and the other surface of a dielectric substrate alternately. CONSTITUTION:On one surface of the dielectric substrate 2, either of divided circular loops 7a and 7b, i.e. 7a is printed. On the other surface, the other divided circular loop 7b is printed. To those loops, a center conductor 10a and an earth conductor 10 are connected from feeding points 8a and 8b through two balanced wires 9a and 9b. The loops 7a and 7b are connected together at a connection part A by through hole plating B. Thus, a distribution constant circuit is connected easily to the connection point A.
Patent JP-S57131173-A (JP)
Title: Horizontal synchronizing signal generating device
Inventor: OONO KENZOU
IPC: H04N5/10
Filed: 1981-02-05
Abstract: PURPOSE:To output an exact continuous horizontal pulse train, by generating a continuous horizontal pulse sequence irrespective of a signal waveform of a vertical synchronizing signal period. CONSTITUTION:A synchronizing signal is separated from a composite video input signal by a synchronizing separator circuit 3. The separated composite synchronizing signal is integrated by a vertical synchronizing signal detecting circuit 4. An RS flip-flop 7 is set by a control signal from the vertical synchronizing signal detecting circuit 4. A timing circuit 5 outputs a pulse of constant width after a prescribed time of a trigger input. Also, a timing circuit 6 outputs a pulse of constant width after a horizontal signal period. An output of the timing circuit 6 is counted by a counter 11, and when a prescribed number of pulses has been counted, a carry signal is outputted from the counter 11. A continuous pulse train of a horizontal period is obtained by taking OR of outputs of the timing circuit 5 and the timing circuit 6 by an OR circuit 10.
Patent JP-H01192052-A (JP)
Title: Stacking rack for cartridge
Inventor: HIGASHIHARA TERUAKI
IPC: G11B17/26
Filed: 1988-01-27
Abstract: PURPOSE:To increase a guide margin in an up-and-down direction at the time of inserting a cartridge and to guide a large number of cartridges in a small space by providing simple oblique planes on the partition part of a stacking rack and the cartridge, and devising the shape of the guide plane of the partition part. CONSTITUTION:At the time of inserting a rectangular thin box type cartridge 30 made of synthetic resin which houses a disk 31 that is a recording medium in its inside to the stacking rack 20, firstly, the cartridge 30 is placed on the flat plane 23 of the partition part 22 provided in the rack 20. In such a constitution, the oblique plane 32 is provided on the upper end of the side plane of the inserting directional plane of the cartridge 30, and the oblique plane 24 slidable for the above oblique plane 32 is provided on the lower end of the inserting side plane of the cartridge of the partition part 22. By constituting a device in such way, the cartridge can be housed in a normal position by the oblique planes 32 and 24 even when it is deviated upward from the intermediate position of the partition part 22 at the time of inserting the cartridge 30, then, the guide margin in the up-and-down direction can be increased. Also, the horizontal deviation of the cartridge 30 can be corrected by the horizontal guide plane 2 of the side plane 21.
Patent JP-H07224440-A (JP)
Title: Contaminated water diffusion preventing method
Inventor: HIRAMA KUNIOKI
IPC: E02D31/00
Filed: 1994-02-10
Abstract: PURPOSE:To prevent dispersion of underground permeative water including contaminant to a non-contaminated area from a contaminated area or an area anticipated to be contaminated using a simple method without requiring provision of any large depth water stop wall. CONSTITUTION:The ground E of a contaminated area or an area anticipated to be contaminated 1 is surrounded by a water stop wall 3 constructed at a depth reaching below the surface level WL of subsoil water so as to be partitioned from the ground E of the surrounding area 2. The subsoil water in the contaminated area 1 is lifted by a pump 5 so as to be kept always at a lower level than that in the surrounding area 2.
Patent JP-H10212188-A (JP)
Title: Siliceous fertilizer
Inventor: MATSUMOTO TADASHI
IPC: C05G3/00
Filed: 1997-01-30
Abstract: PROBLEM TO BE SOLVED: To obtain a siliceous fertilizer safe to the growth of crops and free from obstructing the growth of the crops by mixing a calceous raw material, a siliceous raw material, an organic foaming agent and if necessary, a foaming stabilizer and hardening. SOLUTION: The calceous raw material containing >=25wt.% quick lime portion and the siliceous raw material containing >=10wt.% soluble silica are mixed in a mixing ratio of 1:5 to 5:1 to obtain a mixture. A foam incorporated material is obtained by adding an aq. solution containing 0.001-5 pts.wt. surfactant as the organic foaming agent and 0.1-10 pts.wt. water soluble polymer as the foaming stabilizer to 100 pts.wt. mixture. As the surfactant, a carboxylate of such the soap of abietic acid and alkyl sulfate and the like and as the water soluble polymer, polyvinyl alcohol, methyl cellulose and the like are exemplified. The foam incorporated material is left standing for one or more days and aged at an ordinary temp. to be hardened before dried and pulverized.
Patent JP-H0320796-A (JP)
Title: Representation system for musical sound information
Inventor: SAITO TSUTOMU
IPC: G10H1/057
Filed: 1989-01-26
Abstract: PURPOSE:To facilitate carry processing by obtaining arithmetic information by decreasing information which has the same polarity with information to be processed and also has a high-order value or low-order value with information having a larger value than the information has possibly. CONSTITUTION:Musical sound data W, interpolation data R(the inverse of R), envelope data EN, touch data TO, and key scaling data are added by adders AD2 - AD5 and converted by a mantissa conversion table 16 and a barrel shifter 17 into a linear value '2P<-16>X2M</1024>', which is outputted as musical sound; and '2M</1024>' corresponding to the information to be processed is shifted down and reduced by a barrel shifter 17 with '2P<-16>' corresponding to the arithmetic information. Consequently, when the respective data are added and mantissa data M has a carry, the mantissa data M and power data P have the same polarity, so the same carry operation with normal overflow processing is only performed, thereby facilitating the processing.
Patent JP-S61216647-A (JP)
Title: Composition for feeding animal
Inventor: DANIERU BERUKOBICHI
IPC: A23K1/18
Filed: 1986-01-30
Abstract: Polylysine and/or polymethionylpolylysine are advantageously incorporated in compositions for feeding animals, especially ruminants, to provide assimilable lysine and methionine.
Patent JP-S63191738-A (JP)
Inventor: ASANUMA TAKESHI
IPC: B65D1/00
Filed: 1987-01-27
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-S55109087-A (JP)
Title: Color picture processor
Inventor: MURAKAMI SHINICHI
IPC: G06T1/00
Filed: 1979-02-16
Abstract: PURPOSE: To decrease the number of the coded bits by dividing the picture signal into the 2-dimensional minor blocks and then expressing the block in the form of the difference between the gradation component and the gradation component of the adjacent block.  
     CONSTITUTION: Color picture 300 is scanned at picture input part 301 and then separated into primary colors Y, I and Q through three primary color separation part 302. These primary colors are converted into the digital signals with each plane through A/D conversion parts 303 1 ∼303 3  and then written into buffer memories 304 1 ∼304 3  in the form of the luminance information. The luminance information is applied to coding process parts 305 1 ∼305 3 , and the operation is given every block to the difference of the gradation components which are the partial gathering of each binary value obtained through the binary conversion of the luminace value as well as the difference of the gradation components among blocks. The information thus coded is stored at code storage filing part 306 in the form of the digital code. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-H07222778-A (JP)
Title: Air bubble producer
Inventor: KAWAI YU
IPC: A61H23/00
Filed: 1994-02-14
Abstract: PURPOSE:To prevent the air from being insolved at the time of re-operation of a pump by passing the water in an ejector on the upper stream side of an air flow part from the negative pressure part when the inner pressure of a diffuser of an ejector is higher than the inner pressure of the negative pressure part of the ejector at the time of stopping the pump. CONSTITUTION:At the bubble production in a bathtub 34, when a circulation pump 33 is operated, hot water passes through a bypass 50. The hot water in a return tube 60 is sucked by the suction power of an ejector 49 and high- pressure hot water is sent from the circulation pump 33 to the bypass 50 and to a feed tube 36. By opening a solenoid valve 44, the air is sucked by an ejector 37 through a constant flow rate governor 43. Then, it is pressure-dissolved into the hot water by a vapor-liquid mixing tube 39 and is ejected through a fine bubble producing means 35. By reducing the pressure rapidly, fine bubbles are ejected to the bathtub 34. When the pump 33 is stopped, the hot water with the air dissolved does not flow backwards to the feed tube 36 but is sent to the bathtub 34 without flowing backwards due to the presence of a check valve 38. Thus, the remaining of the air in the pump 33 can be prevented.
Patent JP-H01192557-A (JP)
Title: Printing material returning device of squeegee
Inventor: OGAWA NORIHISA
IPC: H05K3/12
Filed: 1988-01-29
Abstract: PURPOSE:To prevent a printing material from adhering to a squeegee and a holder, by a method wherein a returning plate which projects in a transfer direction of the squeegee is established at a position a certain distance apart from a part in contact with a screen of the squeegee on a lower end side wall part of a holder. CONSTITUTION:For a returning plate 23 a plate material is formed in a L-form and fixed to a position a certain distance apart from a part in contact with a screen 3 of a squeegee 16 on a lower end side wall part of a holder 15. A folded piece 23b projects, and guides a printing material likely to rise along the surface of the holder 15 in this direction. Then, when one side squeegee 16a moves right in contact on the screen 3, the printing material 6 is pushed out on a matter to be printed 2. However, excess printing material moves right as it is on the screen 3. At that time, though excess printing material 6 is likely to rise through a holder 15 along the surface of the squeegee 16a, it abuts against the returning plate 23, and is forced onto the screen 3. When it reversely moves, the same process follows.
Patent JP-H03220912-A (JP)
Title: Signal switching circuit
Inventor: YOSHIDA HIROKO
IPC: H03H17/06
Filed: 1990-01-26
Abstract: PURPOSE:To attain signal switching without production of noise by applying the averaging processing of a signal even to only one signal generator. CONSTITUTION:Plural signal generators (1-1)-(1-4) generate a music signal and a signal output switch 1-5 selects and outputs one signal among generated plural signals and the outputted signal is retarded by plural delay devices(6-1)-(6-4). Then a signal switching control means 11 controls a coefficient counter 10 to extract a coefficient at any time from a coefficient memory 9 and sets the result to plural multipliers (7-1)-(7-5) as a coefficient, the multipliers (7-1)-(7-5) multiply it with a signal retarded by the delay devices (6-1)-(6-4) and the sum of them at an adder 8 is outputted. Thus, two signals to be switched are subjected ro averaging processing, then both of the signals to be switched are not always required during the signal switching and either of the signals only is inputted to attain smooth signal switching.
Patent JP-S56115003-A (JP)
Title: Controller for motor-driven expansible and contracting antenna driving
Inventor: HARADA JIROU
IPC: H01Q1/10
Filed: 1980-02-15
Abstract: PURPOSE:To realize a connection between a polarity change-over switch and a motor with two lines regardless of the type of a DC motor, by forming a limit switch part by combining the circuits containing a diode and a limit switch connected in series. CONSTITUTION:In the state of initialization under which the antenna ANT is through with its contraction, the limit switch part Z is shown by the diagram. When the change-over switches S1 and S2 are switched to the (a) side, the DC flows to a closed loop of the power source E motor M diode D1 limit switch LS1  switch S2 power source E. Accordingly, the motor M has a forward rotation to  expand the antenna ANT. When the ANt reaches its limit of expansion, the switch LS1 opens the contact with the LS2 closing the contact. And no current flows to the motor M since the diode D2 has an adverse polarity. Then the switches S2 and S2 close at the (b) side, and thus the motor M has an adverse rotation to contract the ANT. When the ANT reaches its limit of contraction, the LS1 closes the contact with the LS2 opening the contact. Thus the motor M stops its rotation.
Patent JP-S55109424-A (JP)
Title: Water making apparatus
Inventor: MATSUOKA HIROMASA
IPC: C02F1/28
Filed: 1979-02-15
Abstract: PURPOSE: To obtain the water of liquid phase with small energy and good efficiency by desorbing the water content adsorbed through heating of adsorbents and condensing this water content.  
     CONSTITUTION: Outside air is fed from a blower 2 to an adsorbent containing part 17 to have water content adsorbed. When the adsorbents become saturated, valves 15, 16 are opened and a blower 24 is driven to send the gas in circulating line 23 having been heated to high temperature by a heater 5 into the containing part 17, thereby letting the water content be adsorbed. The air in the circulating line 23 is substituted by the steam being desorbed and is forced out into a condenser 4 from pipeline 4b, thus the circulating gas becomes steam alone. After this, the steam forced out into the condenser through desorption of steam becomes 100% water at the temperature of 100°C or less. According to this device, the heat energy for desorption can be less and the condenser of a small size is enough. 
     COPYRIGHT: (C)1980,JPO&Japio
Patent JP-S61175431-A (JP)
Title: Operation control device of air conditioner
Inventor: MARUKE TOSHIO
IPC: F24F11/02
Filed: 1985-01-31
Abstract: PURPOSE:To contrive to prevent the device from dew condensation trouble by decreasing a humidity and utilize a dehumidified water for humidifying at a heating operation by a method wheren a deep water receiver and a humidifying means are provided, a limited time heating operation is performed after the end of the heating operation. CONSTITUTION:By setting a dew condensation preventing switch 22 ON before sleeping, after a heating operation is continued for the designated time, a microcomputer 16 makes a relay coil 13 OFF via a driver 28, a solenoid four-way valve is made OFF by making a contact 13 OFF, then the heating operation is changed-over to a cooling operation. Therefore, the microcomputer 16 makes drivers 26, 30 ON, makes a driver 29 OFF. By above operation, relay contacts 11, 15 are made ON, a relay contact 14 is made OFF. Further, an outdoor blower 32 and an indoor blower 34 are simultaneously changed-over from a high speed operation to a low speed operation for a weak cooling operation, then the humidifying of an indoor air is performed regardless to a thermostat 19, a dehumidified water drops into a water reciever 39. After passing the required time for dehumidifying, all outputs are made OFF, the operation is stopped. The dehumidified water obtained by above operation is utilized as a humidifying water at the heating operation.
Patent JP-S62177785-A (JP)
Title: Magnetic bubble element
Inventor: SATO TOSHIHIRO
IPC: G11C11/14
Filed: 1986-01-31
Abstract: PURPOSE:To stabilize the dynamic characteristic of an expansion period part by providing a curved transfer path where the angle of the 1st corner part is larger than that of the 2nd corner when a bubble bending angle is measured in the direction where a rotating magnetic field rotates. CONSTITUTION:In terms of a magnetic bubble memory element provided with the folding-up minor loop 1 of an ion implantation transfer path, expansion period parts 6 and 7 covering from the high density part of the loop 1 to gate parts 2 and 3 is equipped with the curved transfer path. In the curved transfer path the angle of the 1st corner part is larger than that of the 2nd one when the bubble bending angle is measured in the direction where the rotating magnetic field HR rotates, and the curved transfer path is so constituted that the bubble enters a transfer path S from a 270 deg. corner 8, passes by a 90 deg. corner 9 and enters a transfer path G. Thus the expansion periods with few areas can be operated with excellent characteristics.
Patent JP-S63187021-A (JP)
Title: Electrode of burner
Inventor: YOSHINO TATSU
IPC: F23N5/12
Filed: 1987-01-28
Abstract: PURPOSE:To significantly improve durability of an electrode and to enable direct detection of a flame current in a combustion flame, by a method wherein the electrode is formed by a heat resistant wire rod coated with a ceramic film. CONSTITUTION:The base of a tip part 2 of a heat resistant wire rod 1 is left uncoated, and other part is coated with a ceramic film 3. Since the coated ceramic film 3 is rigid and thin, the heat resistant wire rod 1 shows the same property as that of the heat resistant wire rod 1, the base of which is left uncoated, and is rapidly resiliently restored to its original shape. Abnormality of the ceramic film 3 is prevented from occurring, and even if it is roughly handled, performance as a burner electrode is prevented from lowering. Since the ceramic film 3 is extremely thin and has strength and high resistance to voltage performance, by previously forming an U-shaped bent part 5' to a rear part 5 of the heat resistant wire rod 1 and coating it with the ceramic film 3, the wire rod can be secured directly to the frame body of a burner 4 by means of a screw 6 by using the U-shaped bent part 5'.
Patent JP-S59145207-A (JP)
Title: Production of high polymer of diisopropenylbenzene
Inventor: ASANUMA TADASHI
IPC: C08F112/36
Filed: 1983-02-08
Abstract: PURPOSE:To obtain a soluble high polymer of diisopropenylbenzene in good yields, by polymerizing a diisopropenylbenzene oligomer using a cationic polymerization catalyst. CONSTITUTION:A diisopropenylbenzene oligomer is prepared by, for example, a method wherein diisopropenylbenzene is brought into contact with acid clay or a cation exchange resin. The produced diisoprophenylbenzene oligomer is dissolved in an organic solvent (e.g., toluene) and polymerized in the presence of a cationic polymerization catalyst (e.g., AlCl3 or BF3-ethyl ether complex). The polymer solution is washed with aqueous hydrochloric acid or the like, and neutralized with an aqueous alkali solution. The polymer is separated from the solution by evaporation of the solvent or precipitation in a poor solvent for the polymer, such as methanol, and recovered to obtain the purpose high polymer.
Patent JP-H07224435-A (JP)
Title: Method for forming foundation of structure and concrete form for use in it
Inventor: ICHIMURA KAZUO
IPC: E04B1/16
Filed: 1994-02-15
Abstract: PURPOSE:To make operations efficient by installing mild steel bars, shape steels, etc., rigidly between shuttering boards made from an undulate galvanized steel plate, thereby forming a foundation concrete form, and placing concrete to the basis when the concrete placed to the base part has semi-hardened. CONSTITUTION:A foundation consisting of a base part 7 and a basis 11 is formed on cobble stones 6 put fully in a trench 5, wherein a shuttering boards 2 and 1 are in advance fabricated in factory from reinforced hard members such as undulate galvanized steel plate. The boards 1, 2 are assembled at the site, and reinforcing bars 3 consisting of mild steel bar, shape steel, etc., are installed rigidly. Therein concrete 10 is first placed to the base part 7, and when it is semi-hardened, concrete 10 is placed to the basis 11. After the concrete has hardened, the forms (boards) 1, 2 are utilized as they are. This enhances the working efficiency and allows shortening of the construction term.
Patent JP-S55110420-A (JP)
Title: Automatic equalizer
Inventor: FUKUSHI YUUZOU
IPC: H03H15/00
Filed: 1979-02-19
Abstract: PURPOSE:To enable to prevent remarkable deterioration in video quality, by discriminating it as over-equalization if the test signal at the sampling point exceeds a given level range and outputting the main signal via the bypass circuit through driving the selection relay circuit with the test signal. CONSTITUTION:In the automatic equalizer providing the selection circuit 23 and the over-equalizing detection circuit 21, the circuit 23 consists of the branch circuit 25, bypass circuit 24 and selective relay circuit 26. Further, the main signal fed to the terminal 1 is divided into two at the circuit 25, one is fed to one input terminal of the relay circuit 26 via the circuit 24, and another is fed to the input terminal of the tapped delay line 3, the output of the adder 8 is fed to another input terminal of the circuit 26, and the main signal is outputted from the terminal 2. On the other hand, the circuit 21 always monitors the test signal superimposed during the vertical blanking period of color TV signal, and judges it as over-equalization if the test signal at the sampling point exceeds a given level range, the circuit 26 is driven with the test signal, the main signal is outputted via the circuit 24 to prevent remarkable video deterioration.