baber/WOPTO huggingface dataset:
Patent JP-S62105723-A (JP)
Title: Speed change manipulating arrangement for working vehicle
Inventor: MINAMI TERUO
IPC: F16H61/26
Filed: 1985-10-31
Abstract: PURPOSE:To make it possible to release a vehicle from its backward traveling condition at once only by making a human hand free from a backward gear position selecting switch in order to enhance the safety of the vehicle, by using a self-resetting type switch, as the backward gear position selecting switch, which issues a manipulating signal only when it is pressed. CONSTITUTION:Speed change switch devices 24 are arranged on front and left control panels 23 in a control section 22 of a combine. These switches 24 consist of self-sustaining type exclusive gear position selecting switches 24a, 24b, 24c, for forward, neutral and backward gear stages, disposed on the left control panel 23, which are push-on and push-off type so that if one of them is pressed, the remaining switches are all turned off, and a self-resetting type gear position selecting switch 24d for a backward gear stage, disposed on a front control panel 23, which issues a manipulating signal only when it is depressed. Further, it is possible to release the working vehicle at once from its backward traveling condition merely by making a human hand free from the switch 24d.
Patent JP-S63100309-A (JP)
Title: Flatness measuring instrument
Inventor: KANO YUKIO
IPC: G01B11/30
Filed: 1986-10-16
Abstract: PURPOSE:To measure the flatness of a sample surface over a relatively wide range at a time by using a combination of a linear type image sensor and a feed mechanism or an area type image sensor as a photoelectric conversion unit. CONSTITUTION:Light beams from a light source 2 are converged by a condenser lens to have a uniform intensity distribution through a diffusion plate 5, thereby illuminating a grating 6. The transmitted light beams from the grating 6 are passed through optical path mirrors 9 and 10, the sample surface 11, and a projection lens 8 to form an image on a linear type CCD 12, thus forming the real image of the grating 6. The specimen of the plane mirror is held by a permanent magnet 23, and the grating image is expanded and projected to form a continuous image having no distortion on the CCD 12, whose photoelectric conversion output is passed through an HPF 14, A/D-converted 16, and stored in a memory 17. The CCD 12 is scanned by the feed mechanism 13 under the control of a CPU 20 and the grating image is divided by N in parallel to the grating 6 to extract light and shade on a straight line crossing a light and shade border line from the photoelectric conversion signal; and the pitch of the grating image is detected and the mean value delta of standard deviation deltai in pitch on each straight line and N standard deviations is calculated from equations I and II.
Patent JP-H0988729-A (JP)
Title: Egr device for internal combustion engine
Inventor: KUZUTANI YOSHIFUMI
IPC: F02M25/07
Filed: 1995-09-25
Abstract: PROBLEM TO BE SOLVED: To improve filling efficiency both of EGR gas and fresh air by supplying the EGR gas to a combustion chamber without delay at a required time as well as cooling the EGR gas. SOLUTION: A part of combustion gas in a combustion chamber 5 of a main body of an engine is sucked in a storage room 13 as EGR gas forcibly by lowering of a sub piston 12 of a cylinder 11 for EGR at the time when an EGR control valve 18 directly provided in the combustion chamber 5, adiabatically expanded, cooled down as heat is taken away to cooling water of a cooling water passage 3b and temporarily stored in the storage room 13. Thereafter, when the time comes to carry out EGR, the EGR gas stored in the storage room 13 is compressed by rising of the sub piston 12, and when the EGR control valve 18 opens again, it is directly and forcibly pushed in the combustion chamber 5 of the engine through an EGR passage 16.
Patent JP-H1179418-A (JP)
Title: Paper sheet width guide device, and image forming device using the paper sheet width guide device
Inventor: HIRATANI KENJI
IPC: B65H1/04
Filed: 1997-09-11
Abstract: PROBLEM TO BE SOLVED: To surely fix the position of a side guide mounted slidably on a tray and guiding a side end of paper sheet mounted in this tray, in an arbitrary position slid in accordance with a paper width. SOLUTION: Along a lengthwise direction of a groove 15 formed in a tray 13, in its surface side, a rack-shaped meshing part 24 is provided. In a side guide 17 able to slide along a lengthwise direction of the groove 15, a meshing operation part 26 is provided, in this meshing operation part 26, a meshing pawl 27 meshed able to engage/disengage with/from the meshing part 24 is provided. In a direction meshing the meshing pawl 27 with the meshing part 24, a press part 28 pressing the tray 13 from its reverse surface side is integrally formed in the side guide 17.
Patent JP-S60138487-A (JP)
Title: Timer system
Inventor: NAKAYAMA HIROBUMI
IPC: G04G15/00
Filed: 1983-12-27
Abstract: PURPOSE:To obtain an apparatus at low cost by setting in advance an optional time data or an optional time interval data, and controlling a power supply by comparing said data and a present time data or executing an operation using these data. CONSTITUTION:In an electric apparatus 20, a time data of the time when a power source is turned on is set to a function circuit 24. In its electric apparatus 20, a receiving circuit 21 receives a radio wave transmitted from a clock circuit 10, and reproduces successively the time data. When the present time coincides with the time corresponding to the time data, a switching circuit 23 becomes a conducting state by an output from an operating circuit 22, and the power source is turned on to the function circuit 24.
Patent JP-S61116533-A (JP)
Inventor: ABE YASUHIRO
IPC: B31B50/64
Filed: 1985-11-02
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-S61124431-A (JP)
Title: Seedling box stacking device
Inventor: TSURUMI MANABU
IPC: A01C7/08
Filed: 1984-11-21
Abstract: PURPOSE:To allow a worker to monitor the work at a working space by connecting a lift unit to one side of a carrier conveyor and forming the working space on the other side in a device stacking seedling boxes on a bogie provided at the notch of the rear center of the carrier conveyor. CONSTITUTION:In a seedling box stacking device, a quick-feed relay conveyor 3 is connected to the end of a planting conveyor 1, and a lift unit 4 lifting the seedling boxes 5 is provided at the rear of the relay conveyor 3. A carrier conveyor 16 is provided on this lift unit 4, a notch 27 is formed at the rear center of the conveyor 26, and a bogie 31 is provided in it so that seedling boxes 5 can be fed to the bogie 31 from both the right and left sides. In addition, the lift unit 4 is connected to either side of the right and left sides, not the center, of the carrier conveyor 16, and a working space A is formed on the other side. Accordingly, a worker can assist the supply of seedling boxes 5 from the working space A, if necessary.
Patent JP-S61127671-A (JP)
Inventor: HORIO TAKEHIRO
IPC: C04B35/66
Filed: 1984-11-20
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-H0294996-A (JP)
Title: Cyclic digital information transmission equipment
Inventor: TAKEDA YOSHIO
IPC: H04Q9/14
Filed: 1988-09-30
Abstract: PURPOSE:To edit a central processing part and to standardize an inspection program by providing a local line data bus to be independently controlled at a line data input/output control part. CONSTITUTION:Reception data being inputted from a line is inputted to a serial parallel conversion part 7 through a demodulation part 9, independently controlled in a line data input and output control part 10 through a local line data bus B after conversion into parallel data, and inputted into the line data input and output control part 10. Data being inputted into the line data input and output control part 10 are controlled in a central processing part 5 and inputted to the central processing part 5 through a CPU bus A. The data being inputted to the central processing part 5, after internally inspecting the format of cyclic digital information, controlled in the central processing part 5, and outputted to an outside along the CPU bus A through a digital information output part 2 or an analog information output part 4. Thus, even when the input and output data of a line is added, deleted and changed, the change of the program of the central processing part is made unnecessary.
Patent JP-S62108036-A (JP)
Title: Manufacture of laminated film
Inventor: KON YOSHIO
IPC: B29L9/00
Filed: 1985-11-06
Abstract: PURPOSE:To prevent air accumulation trouble without generating cutting-off, a deformation and meandering of a cover film, by a method wherein the tip part of a cover film different from the cover film is bonded to an adhering layer, an adhesion part is covered with the cover film and changeover of the cover film is performed by cutting off the cover film. CONSTITUTION:When used cover film 3a comes close an end of the same, a suction nip drum 6 sends a fresh cover film 3b from the opposite direction to an advancing direction of a web and adhesive surface of an adhesive tape 13 of the tip of the used cover film 3a is stuck to a cylindrical part of the drum 6. The tape 13 and an adhesive layer 2 of a base film 1 are stuck together by turning the drum 6 and a nip drum 7 is turned in the direction of an arrow at the same peripheral speed with that of a web and the fresh film 3b is carried by adhering to the film 1. The used film 3a is cut off by a running cutter 15. A position of the fresh film 3b is replaced with that of the used film 3a up to the present by performing right turn of a two-spindle turret 10 by 180 deg.. Lamination is performed and air in a part A or remaining air 16 is discharged outside through the rear end part of the used film 3a.
Patent JP-H03113008-A (JP)
Title: Spinneret device for wet spinning
Inventor: MITANI MAKOTO
IPC: D01D5/06
Filed: 1989-09-22
Abstract: PURPOSE:To completely effect coagulation and to prevent mutual bonding of filaments and end breakage by spinning dope from spinning holes of a ring- shaped spinneret plate, immersing the asspun yarn in a coagulating solution and simultaneously feeding the coagulating solution from inside of the ring- shaped spinneret plate. CONSTITUTION:In wet spinning, when dope is spun from spinning holes 6 of ring-shaped spinneret plate 5 and the asspun yarn is coagulated through the coagulating solution, a clean and fresh coagulating solution is fed from a coagulating solution supply pipe 28 arranged inside the ring-shaped spinneret plate 5, the yarn spun from the whole spinning holes including the inner peripheral side of the ring-shaped spinneret plate is uniformly and sufficiently supplied with the clean and fresh coagulating solution and evenly coagulated so that mutual bonding of filaments and end breakage will not occur.
Patent JP-H0191692-A (JP)
Title: Dc fan motor controlling system
Inventor: UESUGI SHIGENORI
IPC: H02P7/29
Filed: 1987-09-30
Abstract: PURPOSE:To reduce noise generated at the time of switching the rotational speed of a DC fan motor, by setting a continuous change controlling circuit for changing the level change of control signal to continuous change slow on timing. CONSTITUTION:By a speed switching signal producing circuit 20, humidity detecting signal and a previously set threshold value are compared with each other, and to a transistor switch 18, the speed switching signal of a level L is applied when the level of the humidity detecting signal exceeds the threshold value, and the speed switching signal of a level H is applied in other cases. The output signal of the transistor switch 18 is fed to a motor-internal control circuit via a control line 15. By a continuous change controlling circuit 21, the pulse-formed sharp change of the control signal of input provided into a motor-internal control circuit 13 is converted to slow continuous change, and voltage applied to a DC fan motor 12 is controlled not to be suddenly changed.
Patent JP-S61125892-A (JP)
Title: Thermal transfer recorder
Inventor: MIYAZAKI KAZUYOSHI
IPC: B41M5/392
Filed: 1984-11-22
Abstract: PURPOSE:To provide a thermal transfer recorder by which a desired transfer- recorded density can be constantly obtained, by providing an ink material the viscosity of which is controlledly reduced and which has a melting point or pour point higher than that of a binder material. CONSTITUTION:With a temperature rise recording signal 300 impressed, the temperature of an ink material layer 120 is raised starting from the back side thereof, and the so-called molten ink material 140a with viscosity substantially reduced is formed. When the melting point of a particulate adjuvant 123 is selected to be higher than that of the binder material 121, temperature rise effected through transmission of heat from the molten ink material 140a takes place continuously up to the melting point of the adjuvant 123. The molten ink material 140a under the thermal expansion thereof permeates and extrudes along a surface 123a of the particle of the adjuvant 123 as indicated by arrows 150, flows through a narrow gap between a surface 123b of the particle 123 and the surface 200a of a recording medium 200 by a kind of capillarity, and is adhered and transferred onto the surface 200a along the surface of the surface 123b.
Patent JP-S60135854-A (JP)
Title: Reaction film for ion selective electrode
Inventor: NAGURA YOSHIYUKI
IPC: G01N27/333
Filed: 1983-12-26
Abstract: PURPOSE:To enable the determination of the density of ion particularly Cl<-> selectively and quickly in a biological liquid by employing a copolymer film containing a monomer having a hetero cycle in the side chain at a specified ratio as the reaction film for an ion selective electrode. CONSTITUTION:A copolymer is made of 10-40mol% of a monomer having a hetero cycle in the side chain such as 4-vinylpyridine, vinylacridine and vinylimidasol and stysene monomer or the like. A solution such as tetrahydrofuran of the copolymer is evaporated naturally on a glass plate or the like to form an induction film for selective electrode for anion, particularly Cl<->. This film bonded on a porous ceramic plate 4 at the lower end of an insulation pipe 1. A KCl aqueous solution 3 is put into the pipe and an electrode 2 immersed into the solution to make an ion selective electrode 7. Thus, a selective determination of the density of anion can be quickly done linearly at a high accuracy with a large film strength in a large range of 3X10<-5>-3X10<-2>mol.dm<-3>.
Patent JP-H0191363-A (JP)
Title: On-vehicle cd player
Inventor: SUGIHARA MASANORI
IPC: G11B17/051
Filed: 1987-09-30
Abstract: PURPOSE:To stop a disk after taking out it a little outward and to prevent the disk from coming off due to the vibration of the vehicle by stopping a loading roller when the disk comes in an ejection position where it is safe from coming off at the time of ejecting it, and rotating the loading roller again when the disk is lightly moved forward with fingers. CONSTITUTION:When the disk is ejected, after a disk clamper rises and a reproduction mechanism part is locked on a casing, the loading motor rotates in its ejecting direction to move the disk 2, and the output from a sensor 3 shift from H to L to stop the loading motor. At this time, the end part of the disk 2 is securely held by the loading roller 1. When the disk 2 is slightly drawn out to hand the output from a sensor 4 shifts from H to L and the loading motor rotates again in the ejecting direction lightly, and stops after ejecting the disk 2. As a result, the disk is made safe from coming off because of the vibration of the vehicle, and the disk can be taken out smoothly.
Patent JP-H0296698-A (JP)
Title: Fast breeder reactor burst slug detector
Inventor: KASAHARA YOSHIYUKI
IPC: G21C17/07
Filed: 1988-10-03
Abstract: PURPOSE:To make possible the rationalization and a decrease in cost of a plant by providing a delayed neutron detector in a cylinder which is upward and downward movably supported while a coolant flow passage is formed. CONSTITUTION:The device is attached through a reactor upper part mechanism 101 of a reactor vessel to vertically downward extend toward a reactor core. Normally, the edge of a member 135 of a mouth with a protruding lower lip of an interface mechanism 133 is arranged in a condition to separate from a fuel assembly 130. In this condition, a coolant climbing from the reactor core is taken in from the member 135 of the mechanism 133 to flow in a lower part detection mechanism 108 so as to climb. Further the coolant flowing out from a handling head 128 of the mechanism 108 flows in an upper part detection mechanism 105 through an interface and engaging mechanism 129 to circulate therein. Thereby a delayed neutron detector 104 detects delayed neutrons radiated from fission products in the coolant F to perform quantitative evaluation so as to monitor the abnormality of a nuclear reactor.
Patent JP-H1171601-A (JP)
Title: Powder material and its production
Inventor: KURUMA SEIRAI
IPC: H01G4/008
Filed: 1997-08-29
Abstract: PROBLEM TO BE SOLVED: To make a crystalline Pd grain difficult to be oxidized by coating the grain surface with amorphous silicon oxide by spraying a raw soln. prepared by dispersing the superfine grain of silicon oxide in an aq. Pd salt soln. into the droplets and passing the droplets through the three temp. regions in a reaction tube to be subjected to drying, pyrolyzing and crystallizing. SOLUTION: The droplet of a raw soln. prepared by dispersing the superfine grains of silicon oxide in an aq. Pd salt soln. generated by a mist generating part 10 is introduced into a heated reaction tube 12 by a carrier gas. The droplet is dried in a low-temp. heating furnace 13 of the reaction tube 12, and the solid grain of the dried mixture (PDO.xH2 O+SiO2 ) is produced by the hydrolysis of Pd(NO3 )2 and the pyrolysis of the formed Pd(OH)2 . The grain is then reheated in a medium-temp. heating furnace 14, and the PdO is partly decomposed into metallic Pd. The grain is further heated in a high-temp. heating furnace 15, the PdO is decomposed, and the composite grain in which the superfine crystal grains of Pd are dispersed in the superfine grain of SiO2 is obtained.
Patent JP-H04127631-A (JP)
Title: Reference clock changeover circuit for subordinate synchronization device
Inventor: KIYOTA SHINJI
IPC: H04Q11/04
Filed: 1990-09-18
Abstract: PURPOSE:To attain communication similarly to the case without a fault by generating an operating clock whose phase is synchronized with a reference clock component included in an input data signal even when a reference clock is interrupted due to a fault of a clock distribution line and when the input data signal is synchronized with the reference clock. CONSTITUTION:The changeover circuit is provided with an interruption detection section 25 detecting the presence of a reference clock from a 1st clock distribution line 1A and a selector 28 which selects a reference clock when the detection section 25 detects the presence of the reference clock and selects an extraction clock 21A in a 1st subordinate synchronizing device 2 when the absence of the reference clock is detected. Moreover, a PLL 29 is provided, which receives an output of the selector 28 and outputs an operating clock of the device 2. Then when the reference clock from the distribution line 1A exists, the PLL 29 is phase-locked with the reference clock and when no reference clock from the distribution line 1A exists, the PLL 29 is phase-locked with the reference clock. Thus, even when the clock distribution line 1A is interrupted and the reference clock from the reference clock source 1 is not supplied, the communication is ensured.
Patent JP-S61126840-A (JP)
Title: Start-stop transmission system
Inventor: NAKANO TAKESHI
IPC: H04L7/04
Filed: 1984-11-26
Abstract: PURPOSE:To transmit data transmitted to a terminal station at the same speed as a terminal speed by utilizing a stop bit of a start-stop control data as a staffing bit effectively and adding a simple buffer and a control circuit. CONSTITUTION:Data transmitted from a terminal device 1 is transmitted to a terminal station device 3 via a line unit 2, subjected to octet multiple at the terminal station device 3 and transmitted to an annular data highway 4 in the shape of envelope added with a frame bit F and a status bit S in a timing of a fixed channel 'A', for example. A terminal station device 5 fetches data on a data highway into a terminal device in the timing 'A' and only data except the F, S bits is transmitted to a terminal device 7. When data desired to be transmitted from the terminal device 7 exists, the F, S bits are added thereto and the result is transmitted to the data highway 4 synchronously with the timing of the channel 'A'. Thus, information is transmitted between the devices.
Patent JP-S62108302-A (JP)
Title: Robot control device
Inventor: SHIMIZU YUJIRO
IPC: G05B19/18
Filed: 1985-11-07
Abstract: PURPOSE:To prevent the system-down by maintaining the minimum function of a robot, by integrating a function degeneracy mechanism into a main equipment, and reducing and controlling the function by a controller for backup at the time of a fault of the main equipment. CONSTITUTION:Each equipment 111-114 of a robot side is provided with function degeneracy mechanisms 115-118, respectively, and each equipment 111-114 is controlled by slave MPUs 106-109, respectively. When a fault is generated in one of the equipments 111-114, a slave MPU 110 for backup operated, the function degeneracy function in the faulty equipment is operated and its function is reduced, the minimum function of a system is maintained, and a stop of all the functions is prevented.
Patent JP-H1185028-A (JP)
Title: Volume hologram laminate and label for manufacturing volume hologram laminate
Inventor: NISHIKAWA SHINGO
IPC: B42D15/10
Filed: 1997-09-12
Abstract: PROBLEM TO BE SOLVED: To prevent forgery of an identify card by discriminating whether a volume hologram display adhered onto a certificate affixed with a photograph, information column, etc., is destroyed or not. SOLUTION: The volume hologram laminate 1 is constituted by successively laminating a first tacky adhesive layer 5', a volume hologram layer 6 and a surface protective film 7 on a base material 2 of the certificate, etc., and disposing a patterning treatment part 9 for varying the tacky adhesiveness between the volume hologram layer 6 and the surface protective film 7 by tacky adhesive parts between the volume hologram layer 6 and the surface protective film 7. When someone attempts to peel the laminate from the base material 2, the volume hologram layer 6 is separated to a part sticking to the base material side and a part sticking to the surface protective film 7 side and is destroyed or stretched.  The volume hologram layer 6 and the surface protective film 7 may be laminated via a second tacky adhesive layer and the patterning treatment part 9 may be disposed between the first tacky adhesive layer 5' and the volume hologram layer 6.