baber/WOPTO huggingface dataset:
Patent JP-H0477929-A (JP)
Title: Interruption control system
Inventor: YAMAMOTO ISAMU
IPC: G06F9/46
Filed: 1990-07-20
Abstract: PURPOSE:To immediately and efficiently execute a processing corresponding to plural devices by accepting the interruption of plural devices having the same interruption priority level in the order of the occurrence of interruption and executing the processing corresponding to interruption in the order of the occurrence of interruption. CONSTITUTION:When interruption occurs from arbitrary devices 1-i (i=1-N), an interruption information generation means 2 generates interruption information corresponding to the device 1-i and writes it in a storage means 3. The operation is executed whenever interruption occurs from the device 1-i and interruption information of the arbitrary device 1-i is stored in the storage means 3 in the order of the occurrence of interruption. An interruption processing execution means 4 sequentially reads interruption information stored in the storage means 3 in the order of the occurrence of interruption, recognizes the device 1-i corresponding to interruption information and executes the processing corresponding to the interruption of the device 1-i. Thus, the interruptions of plural devices 1-1 to 1-N having the same interruption priority level are equally accepted and the processing corresponding to respective devices can efficiently by executed on a real time basis.
Patent JP-H0243107-A (JP)
Title: Garbage cramming control device for garbage car
Inventor: INOUE HIROSHI
IPC: B65F3/20
Filed: 1988-07-29
Abstract: PURPOSE:To ensure efficient cramming by temporarily carrying out further pressing upon a sudden increase in hydraulic oil pressure caused by a hard waste encountered during the pressing process with a device described here which is to be loaded onto a packer installed in a garbage car, then performing an escape process and finally returning to a forward rotation process. CONSTITUTION:When hydraulic oil pressure in a cramming plate cylinder increases suddenly due to a hard waste 34 encountered during a forward rotation process C with a cramming plate 11, a pressing process Ca is carried out to temporarily continue the forward rotation from that position G. Then, at a position H where the pressing process Ca terminates, an escape process Bc3 takes place where partial reversing of the forward rotation process C by means of a cramming plate cylinder and temporary raising by means of a slide cylinder are performed. Subsequently, after the lapse of a prescribed period of time, the escape process Bc3 is stopped to return to the forward rotation process. This arrangement permits efficient cramming, thereby ensuring stabilized operation of a fluid pump, etc., over a long period of time.
Patent JP-S6083619-A (JP)
Inventor: ISHIGAMI KATSUO
IPC: A47G33/00
Filed: 1983-10-14
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-S5982233-A (JP)
Title: Operating method of unloader
Inventor: NAKAMURA TAKEO
IPC: C07C67/36
Filed: 1982-11-01
Abstract: PURPOSE:To secure safety in time of driving a bucket for operation as well as to make improvements in the efficiency of cargo-handling, by setting a horizontally shifting start point of the bucket to a point on the line horizontally shifted downward at the offing side past a safety point. CONSTITUTION:A safety point P is set in position upward a hatch coaming of a ship 3 nearby the shore 4, and each point on a straight line A leading to the upside of a hopper 2 past this safety point P is assumed to be a trolley's traverse starting point. And, from a position distant away by (a) length from the safety point P in the straight line A to the offing side, the straight line A portion between intervals at the offing side is altered to a straight line A, shifted horizontally downward as far as a portion for (b) length. Each length, (a) and (b) aforesaid, is to be set so as not to cause a bucket past a poit Q to become the height of below the safety point P like a shifting locus B1. According to this method, when the bucket that crabs a load out of the inside of the ship 3 is made to go up at the more offing side than a P, pont, the trolley is forced to go sideways to the shore 4 side at that point that the bucket reaches a Q1 point and made to pass the safety point P by way of a shifting locus B2.
Patent JP-2001023632-A (JP)
Title: Manufacture of graphite powder for lithium ion secondary battery negative electrode
Inventor: FUJIWARA TORU
IPC: H01M4/587
Filed: 1999-07-05
Abstract: PROBLEM TO BE SOLVED: To enhance the discharge capacity and the charge/discharge efficiency of a battery by raising a specific temperature range of a carbonization process under a specific pressure in a non-oxidizing gas atmosphere. SOLUTION: A raw material for use in producing a negative electrode graphite powder is a mesophase powder, preferably a bulk mesophase in particular. The bulk mesophase is crushed to be the mesophase powder, however, it is preferably crushed to have desired grain size for the graphite powder as an end product. Thereby, the graphite powder can be obtained with no crashing after the carbonization. This mesophase powder is carbonized as it is with no oxidation for non fusing the surface and is further graphitized to produce the graphite powder. In a carbonization process, the temperature is increased within a range of at least 300-700 deg.C under 1.05-5 atm in a non-oxidizing gas atmosphere. Preferably, the temperature increase rate within this range is set under 100 deg.C/hour.
Patent JP-H0517329-A (JP)
Title: Scaly pigment composition, its production and cosmetic containing the same scaly pigment composition blended therein
Inventor: TANIMOTO NORIHIRO
IPC: A61K8/00
Filed: 1991-07-04
Abstract: PURPOSE:To obtain a pigment, good in dispersibility in cosmetics and excellent in ultraviolet shielding effects, especially shielding effects on UV-A waves. CONSTITUTION:A scaly pigment composition is constructed by coating the surface of a scaly pigment with titanium oxide and further coating the surface of the aforementioned titanium oxide with zinc oxide in an amount of 50-250wt.% expressed in terms of ZnO based on the scaly pigment.
Patent JP-H0241910-A (JP)
Title: Spike tire
Inventor: KIDA KINSAKU
IPC: B60C11/16
Filed: 1988-07-30
Abstract: PURPOSE:To improve a road grasping force and prevent a road damage, by embedding perpendicularly at the vicinity of the outside of a tire ground contacting portion slide-stopping pins having engagement flange portions bulging in reverse cone shapes, and forming cushion incising portions at the center lower portions of the bulging portions of the engagement flange portions. CONSTITUTION:A slide stopping pin 3 which has at a base end portion an engagement flange portion 5 bulging in a reverse cone shape and which has at a tip a small diametered protruding body 6, is imbedded vertically at the vicinity of the outside of the ground contacting surface of a tire 1. At this time, the height of the slide stopping pin 3 which protrudes at the outer perimeter surface of the tire which is in a state in which a load is not imposed on, is in a state in which the height h of the outer side protruding portion is longer than the height h' of the inner side protruding portion, and under this state, the pin 3 is embedded. Also, a cushion incising portion 8 is formed at the lower part of the center portion of the bulging portion of the engagement flange portion 5. As a result, a road surface damage is prevented, and also, a road surface grasping force can be improved.
Patent JP-S62161887-A (JP)
Title: Optically anisotropic carbonaceous pitch of low softening point
Inventor: IZUMI TAKAYUKI
IPC: C10C3/10
Filed: 1986-08-15
Abstract: PURPOSE:To provide the titled pitch high in the content of optically anisotropic phase, which specific molecular weight distribution, capable of stable melt spinning at low temperatures, enabling high tenacity-high modulus carbon fiber to be given and also obtainable at low cost and in high yield. CONSTITUTION:The objective pitch capable of melt spinning at adequately low temperatures, having the following characteristics: (1) content of optically anisotropic phase 80-100%, (2) softening point 230-320 deg.C, (3) number-average molecular weight 900-1,500, (4) fraction with a molecular weight <=600, 30-60mol%, (5) fraction with a molecular weight >=1,500, 15-35mol%, (6) fraction with a molecular weight 600-1,500, 20-50mol%, (7) maximum molecular weight <=30,000. For the production of this pitch, a tarry material with each non-saturated constituent having large fa-value and both number-average molecular weight and maximum molecular weight for each constituent being sufficiently small may be subjected to pyrolytic polycondensation at 400-440 deg.C for 1-4hr under ambient pressure and inert gas flow while removing low- molecular weight substances.
Patent JP-H0532385-A (JP)
Title: Elevator rope mounting device
Inventor: KUBOTA TOMOJI
IPC: B66B7/08
Filed: 1991-07-31
Abstract: PURPOSE:To prevent one riding on the upper ceiling of a cage from accidents of injuries caused by gripping directly a rope and tumble caused by slipping his gripping hand. CONSTITUTION:A shackle rod 2 is secured fixedly to the lower end of a rope 1. The lower part of the shackle rod 2 is mounted on an upper beam 3 of a cage frame through a hitch plate 4 and spring 5, and a rope fixing plate 9 for fixing the rope 1 is mounted on the upper part of the shackle rod 2. An about 1m long resin pipe 10 having the inner diameter somewhat larger than the outer diameter of the rope 1 and divided longitudinally into two is mounted integrally on the rope fixing plate 9 after fitting it on the rope 1 laterally.
Patent JP-H0240858-A (JP)
Title: Storage battery with electrolyte stirring device
Inventor: TANAKA AKIFUMI
IPC: H01M2/38
Filed: 1988-07-29
Abstract: PURPOSE:To reduce the specific gravity difference between the upper and lower parts of an electrolyte by inserting a gas stirring device between the battery dar inner wall and an electrode group. CONSTITUTION:A vertically extending liquid circulating cylinder 1 having an air hole 2 in the middle part and a gas collecting chamber 3 having the lower end opened below the position of the air hole 2 and the ceiling above the position of the air hole 2 are provided. The air hole 2 is connected to the ceiling part within the gas collecting chamber 3 through a gas passage 4, and an electrolyte stirring device D having an inverted U-shaped siphon strap formed between the air hole 2 of the liquid circulating cylinder 1 and the gas collecting chamber 3 is disposed between the inner wall of a battery jar A and an electrode group B. Hence, an electrolyte C is circulated, and the vertical specific gravity difference is made uniform.
Patent JP-H10289734-A (JP)
Title: Battery characteristic correction method and estimation method for battery residual capacity
Inventor: TSUJI TADASHI
IPC: G01R31/36
Filed: 1997-07-16
Abstract: PROBLEM TO BE SOLVED: To estimate more accurate battery capacity by finding an actual battery characteristic through the correction of an initial battery characteristic using a battery correction factor computed on the basis of battery temperature and a deterioration correction factor which is computed on the basis of a battery deterioration. SOLUTION: A power operation part 2 makes a primary regressive operation regarding an IV characteristic for every prescribed discharge current, and computes a maximum battery output Pmax at that time. An operating part 12 for a temperature correction factor αcomputes the value of α on the basis of battery temperature. An operation part 14 for capacity deterioration correction factor βcomputes the value of β, on the basis of a temperature correction factor η for battery deterioration and an internal resistance deterioration correction factor γand then computes a characteristic formula showing the correlation of discharge power Wh and power P, according to the correction factors α, β and γ.  A minimum guarantee power operation part 16 sets the value of Pmin, and a full capacity operation part 17 computes battery capacity Wh during a time up to the arrival at Pmin. Then, discharge power WhR =Wh (Pmax) up to the current time is computed from the power operation value Pmax and the characteristic formula. A residual capacity operation part 18 computes the residual capacity.
Patent JP-H0946309-A (JP)
Title: Multi-frame conversion circuit
Inventor: KASHIWAI TAKASHI
IPC: H04J3/00
Filed: 1995-07-27
Abstract: PROBLEM TO BE SOLVED: To provide a multi-frame conversion circuit connected between a digital exchange and a remote multiplex transmitter and capable of surely protecting a subscriber control signal in each subscriber. SOLUTION: A 3-multiplex buffer memory 3 with 2-plane constition for storing an input side subscriber control signal is connected to a 32-multiplex buffer memory 9 for sending an output side subscriber control signal through a 2-byte buffer 8. A two-continuation coincidence detecting circuit 5 detects that two continuous input side subscriber control signals mutually coincide in each subscriber. An F bit checking circuit 4 detects whether an F bit indicating a multi- frame is normal or not in each subscriber. Only when both detected results are normal, a write enable signal WE is outputted from a 32-multiplex buffer write control circuit 7 to change the output side subscriber control signal. An F bit inversion inserting circuit 11 inverts the F bit of the output side subscriber control signal at the time of a parity error.
Patent JP-H0360029-A (JP)
Title: Manufacturing method of ultramicroscopic gate
Inventor: PAMU NIYU CHIYUN
IPC: H01L21/28
Filed: 1990-07-19
Abstract: PURPOSE: To enable to form a gate with a length smaller than the allowable limit of a masking technique used by opening a groove in a resin layer having a distance between opposite walls as its length, reducing the length of the groove depending upon the isotropic thick inorganic substance layer, and by etching the bottom portion of the groove reduced a portion corresponding to the thickness of two inorganic substance layers with respect to its length. CONSTITUTION: A groove 6 with the position aligned with a scheduled gate place of a transistor is opened in a second resin layer 5. The length L of this groove is made equal to the thickness of the second resin layer 5. Next, a second inorganic substance layer 7 is deposited on the surface of the second resin layer 5, both walls 8 and a bottom portion 9. The deposition must always be made isotropically. Next, under the presence of C3 F8 +CHF3 , the directivity plasma etching is performed for silicon dioxide, a silicon dioxide layer 7 deposited on the principal plane, and the bottom portion 9 of the groove 6 of the second resin layer 5 is removed. The etching is continued further, the first silicon dioxide layer 4 is removed until it reaches the first resin layer 3 and an open hole is provided at the bottom portion of a groove 6, while maintaining a narrow open hole dimension.
Patent JP-H0355591-A (JP)
Title: Active matrix type liquid crystal display device
Inventor: TAMARU EIJI
IPC: G02F1/1347
Filed: 1989-07-25
Abstract: PURPOSE:To improve the manufacture yield and to reduce the fraction defective by putting plural liquid crystal panels, formed by arraying plural picture elements having switching transistors(TR), one over the other so that the picture elements are arrayed in matrix without overlapping between the liquid crystal panels. CONSTITUTION:The liquid crystal panels A and B are superposed one over the other so that the picture elements are arrayed in matrix without overlapping between the liquid crystal panels A and B, so active elements of the liquid crystal panels are 1/p time as many as the number P of the liquid crystal panels and the fraction defective is improved. Further, when the permissible number of defectives of active elements of the liquid crystal display device is equal, the total number of defectives of P liquid crystal panels is only within the permissible number of defectives, so liquid crystal panels which differ in the number of defectives can be combined, so that the manufacture yield is improved.
Patent JP-H0837063-A (JP)
Title: Coaxial connector socket
Inventor: TOGASHI KOJI
IPC: H01R13/11
Filed: 1994-07-22
Abstract: PURPOSE:To improve the assembling property and improve the suction stability when parts are fitted at a high speed by increasing the degree of freedom in designing a suction nozzle used for an automatic part fitting machine, and increasing the contact area with the suction nozzle and the suction face of the suction nozzle. CONSTITUTION:A central contact 32 and a shell 34 located on the outer periphery side of the central contact 32 are fixed to a housing 30 to form a coaxial connector socket. The tip plane S on the plug coupling side of the housing 30 is formed on the outside (upper side in the figure 1 (b)) or on the same plane as the tip face of the plug coupling side of the shell 34. The area of the tip plane S is increased, ranges allowed for the outer diameter G and inner diameter N of a suction nozzle 80 are increased, and the contact face with the suction nozzle 80 and the suction face of the suction nozzle 80 can be increased without using separate parts such as a suction cover and an adhesive tape.
Patent JP-H0825224-A (JP)
Title: Shot seal device for shot blast facility for rod-like product
Inventor: IZAWA TAKAHIRO
IPC: B24C9/00
Filed: 1994-07-21
Abstract: PURPOSE:To surely prevent the jumping-out of shots without damaging the surface of a rod or without early abrading it in a seal device fitted to the rod carrying-in port and rod carrying-out port of the cabinet of a shot blast facility for the rod. CONSTITUTION:This shot seal device is provided with the first shielding mechanism 4 constituted of multiple shielding plates 8 fitted to the outside face of a cabinet 1 to face the first shielding member 3 having the second through hole 7 for passing a rod-like product tapered toward the cabinet 1 and nearly concentrically communicated with the first through hole 2 and the first rubber plate 11 or a brush fitted to the cabinet 1 side of the shielding plate 8 located most apart from the cabinet 1 among the shielding plates 8 and having the first notch 10 for passing the rod-like product.
Patent JP-2000086378-A (JP)
Title: Gas generator composition, formed material of gas generator and production of the formed material
Inventor: SERIZAWA KAZUYA
IPC: C06D5/00
Filed: 1999-07-06
Abstract: PROBLEM TO BE SOLVED: To obtain an inexpensive gas generator composition having a proper combustion rate, substantially not forming carbon monoxide, having appropriate sensitivity and ready handling and a formed material of a gas generator and to provide a method for producing a gas generator formed material capable of readily forming a gas generator into a fixed shape and efficiently producing the formed material. SOLUTION: This gas generator composition contains an oxidizing agent and powdery microcrystalline carbon. Ammonium nitrate is preferable as the oxidizing agent and activated carbon is preferable as the powdery microcrystalline carbon. Preferably the content of the oxidizing agent component is 93-99 wt.% and that of the powdery microcrystalline is 1-7 wt.%. Preferably the oxidizing agent component has 1-1,000 μm average particle diameter and the powdery microcrystalline carbon has 1-500 μm average particle diameter and 5-1,600 m2/g specific surface area. This gas generator composition preferably has a high energy substance such as RDX, etc. The gas generator composition is suitable for a pretensioner apparatus.
Patent JP-H0833679-A (JP)
Title: Wheelchair
Inventor: MIYAMOTO SHUJI
IPC: A61G5/00
Filed: 1994-07-22
Abstract: PURPOSE:To perform the movement of a patient from a wheelchair to another place such as a bed, a vehicle, a seat of a toilet and a bath or vice versa smoothly. CONSTITUTION:This wheelchair is formed in such a way that a pole 8 is erected at the corner part on the upper plane rear side of a frame 2 formed in nearly planar square shape and a corner part at the lower plane rear side of a seat board 9 formed in plane square shape similarly is supported by mounting on the pole 9. The mounting of the seat board 9 is performed so as to support a leg part 15 arranged at the lower plane of the seat board 9 with the pole 8, and the leg part 15 is enabled to elevate for the pole 8 by the operation of a foot pedal 16. Also, the seat board 9 is set so as to be turned in a direction of arrowhead C for the pole 8. Threefore, a large gap 26 to which, for example, the terminal part of the bed or sofa, etc., can be inserted is formed at a front plane side between the seat board 9 and the frame 2. Consequently, the wheelchair can be traveled so as to locate the bed and the sofa in the gap 26.
Patent JP-H10276321-A (JP)
Title: Electronic transparency making device
Inventor: SAKURAI KOICHI
IPC: G06T1/00
Filed: 1997-07-17
Abstract: PROBLEM TO BE SOLVED: To embed a transparent image which is hardly removed into an original embedding object image by performing wavelet transforming work to the inputted embedding object image, adjusting and changing the size of inputted transparent image and embedding the adjusted and changed transparent image into the embedding object image to which wavelet transforming work is performed. SOLUTION: A transparent image adjusting/changing means 107 performs geometrical transformation by adjusting the size of transparent image corresponding to the wavelet transformation of embedding object image. A wavelet transforming/working means 102 performs orthogonal wavelet transformation to the embedding object image and extracts the section of highest frequency, namely, edge section in a low frequency area where important information is concentrated. Next, the sized and geometrically transformed transparent image is embedded into the edge section of embedding object image by a transparent image embedding means 112. Thus, the transparent image which is hardly removed or destroyed can be embedded into the embedding object image.
Patent JP-S5894070-A (JP)
Title: Coordinate detector
Inventor: INOUE YUUJI
IPC: G06F3/041
Filed: 1981-11-30
Abstract: PURPOSE:To deliver the potential signal of a high level and to detect assuredly a pressing operation regardless of the position of a pressing point, by shifting the overall potential of a resistance film to the high potential side before the pressing operation is detected and flowing a minute current to the resistance film. CONSTITUTION:Two resistance films 1 and 2 are provided, and the transistors (TRs)Q1-Q4 are connected to the electrodes 1A and 2A as well as to electrodes 1B and 2B of the films 1 and 2 respectively. These transistors are controlled alternately by an FF1, and the driving voltage +V and an earth potential are applied to the transistors. The potential levels VX and VY obtained by pressing the films 1 and 2 are detected by the switches SW1 and SW2 which work through AND gates AG1 and AG2, and the coordinate data of the pressing point is applied to a processor unit PU. Then the TR Q2 is made nonconductive with the output signal of a TR Q6 before detecting a pressing operation, and a minute  current which is decided by the impedance at the input side of a TR Q5 and an  integration circuit ITG2 and the resistance value of the film 1 is flowed to the  film 1. Thus the potential signal of a high level is delivered regardless of the  position of the pressing point.