baber/WOPTO huggingface dataset:
Patent JP-H09186612-A (JP)
Title: Method and device for inspecting frame check sequence of segmented message at high speed
Inventor: JII GUREESE
IPC: H03M13/00
Filed: 1996-09-04
Abstract: PROBLEM TO BE SOLVED: To provide a method and a device for calculating the FCS(frame check sequence) error inspecting code of a message which is segmented to finite number packets carried in a packet network. SOLUTION: This method is embodied in the adapter card of ATM (asynchronous transfer mode) network access nodes arranged in the boundary of an ATM network. When AAL(asynchronous transfer mode adaptive layer) 5 type-ATM connection is supported, the nodes have a role for reproducing the segmented message when they are inputted to the network and calculating FCS of the message cell payload for data preserving inspection. In this process, partial FCS calculation 10 which is executed in parallel with a connection control block fetching stage 40 is started at the point of time when respective cells are received. FCS inspection is enabled between the cell processing times of connection which is set in a medium and a high-speed line by the two parallel operations.
Patent JP-H0399295-A (JP)
Title: Indicating device for vehicle
Inventor: OKABAYASHI SHIGERU
IPC: G12B11/04
Filed: 1989-09-12
Abstract: PURPOSE:To make indication of a pointer definite by a method wherein the particle diameters of numerous minute particles as light-scattering bodies which are sealed in a panel-shaped transparent body are selected to be shorter enough than the wavelength of an incident light. CONSTITUTION:A parallel light flux 10 made to enter a transparent body 2 is scattered by light-scattering bodies 1 located in the light flux, and it can be recognized in the front 19 of an instrument panel as a light-flux scattered light 11 in the directions indicated by arrows, which shines in the shape of a rod as a whole, as if there is a pointer therein. When a lateral polarized wave 21 of which the direction of polarization is the same with the direction of the X-axis of the transparent body 2 is applied to the transparent body 2, on the occasion, it collides with the light-scattering bodies 1 located in the direction 23 of advance of the incident light (the direction of the Z-axis) and an oval pattern 24 of the scattered light is formed around the direction. This pattern 24 of the scattered light does not expand to the lateral direction to the direction of advance of the polarization wave, and therefore it can be recognized definitely as the light-flux scattered light 11 of the light flux in the shape of the rod in the front 19 of the instrument panel.
Patent JP-H1059614-A (JP)
Title: Separating device for composite
Inventor: TESHIROGI RYUJI
IPC: B65H41/00
Filed: 1996-08-16
Abstract: PROBLEM TO BE SOLVED: To easily separate individual members from each other without damaging them by fixing and holding a composite except for one side member by a fixing part, bringing one side member into contact with a sucking surface of a separating part by a positioning part, and separating it from the composite by the separating part while sucking and holding the member by vacuum suction by an evacuation system. SOLUTION: When a composite 16 is placed on a fixing part 11, since a stage 31 of a positioning part 30 moves toward a separating part 20, the tip of a push plate 35 comes into contact with a rear end surface of the composite 16. When the stage 31 moves further toward the separating part 20, the push plate 35 is brought into pressure contact with it by the rear end surface of the composite 16, and brings a front face of a member 16a into close contact with a sucking surface 23a of a separating chuck 23. Then, positioning, fixation and a hold of the composite 16 are completed. An evacuation system 50 is actuated from this condition, and the separating chuck 23 sucks/holds a tip surface of the forefront member 16a of the composite 16 to/by its surface 23a by vacuum suction.  Then, the separating chuck 23 retreats, and separates the forefront member 16a and the next member 16b from each other.
Patent JP-H0286545-A (JP)
Title: Sheet processing device
Inventor: ICHIKATAI MASATOSHI
IPC: B65H31/02
Filed: 1988-09-21
Abstract: PURPOSE:To enable the receipt of a lengthy sheet in a small space without causing breakdown and bending by providing a receiving body for receiving a sheet exhausted from an image picture recording device body with winding. CONSTITUTION:A lengthy recording sheet 1 or a record sheet 1a having an image picture formed in an image picture forming part 7 is sent out from a paper exhaust roller 11, passed through a paper exhaust guide 14, an oscillating guide 16, and a lengthy material guide, and introduced into a take-up box 13. The sheet 1 or 1a is made into contact with a guide rib 13b, by which the sheet is guided and automatically wound up within the take-up box 13. The large sized recording sheet 1a successively introduced in the take-up box 13 is wound up concentrically by the carrying force of the paper exhaust roller 11. The lengthy recording sheet 1a is cut off by a cutter 4 after the image picture is recorded in the image picture forming part 7.
Patent JP-H1078237-A (JP)
Title: Heating mechanism of perimeter
Inventor: TAKAHASHI JUNICHI
IPC: F24F1/02
Filed: 1996-09-05
Abstract: PROBLEM TO BE SOLVED: To utilize inexpensive off-peak power by a construction wherein a fan coil unit is held inside a counter, while a suction port and a discharge port of air are provided therein, and a heating body of an electric heater is installed in the wall of the counter. SOLUTION: A pericounter 3 is constructed of a material. having heat storage properties in a perimeter inside an outer wall 1 and this pericounter 3 has an upper wall part 4 and a side wall part 5 so formed as to form a space 6. A fan coil unit connected to an appropriate heat source unit is held in this space 6, and a discharge port 7 is provided in the upper side and a suction port 8 in the lateral side. A heater conductor 10 as a heating body of an electric heater is buried beforehand in the upper wall part 4 and the side wall part 5 of the pericounter 3 so that it can be electrified by an appropriate electric circuit. Since inexpensive off-peak power can be utilized according to this constitution, the environment of the perimeter can be improved.
Patent JP-S6293746-A (JP)
Title: Kana to kanji conversion dictionary
Inventor: TAKAHASHI MASAHITO
IPC: G06F17/21
Filed: 1985-10-21
Abstract: PURPOSE:To compress the capacity of a dictionary used for a KANA (Japanese syllabary) to KANJI (Chinese character) converting device which can input Japanese language by a clause unit, and also to shorten the dictionary retrieval time by storing the reading and the KANJI notation in a word data by a variable length format, and storing only parts of speech except a noun, as for the parts of speech. CONSTITUTION:A word storage part 4 stores correspondingly reading, a KANJI notation and part-of-speech information with regard to a word which can go to an independent word except a particle and an auxiliary verb, and contains a KANA to KANJI converting dictionary which goes to an object of a capacity compression. A grammar information storage part 5 stores group information of an attached word consisting of a particle and an auxiliary verb, and connecting information between words, and an output character-string storage part 6 stores a group of a KANA and KANJI mixed output character-string which is generated from a KANA to KANJI conversion control part 3. A display device 7 displays a group of the output character-string which is stored in the output character-string storage part 6, and an output character-string selection control part 8 reads the output character-string from the output character-string storage part 6 by selecting one group of output character- string through an input device 1, from in the group of the output character-string which is displayed on the display device, and stores it in a document storage part 9 which is shown in the next time.
Patent JP-S60126528-A (JP)
Title: Hot air type space heater
Inventor: HARA MASANORI
IPC: F24C3/06
Filed: 1983-12-13
Abstract: PURPOSE:To make a hot air type space heater in which hot air is prevented from rising, the hot air is sent to the far location along a floor surface while a feeling of draft is less and a comfortable feeling is increased by a method wherein medium hot air is blown along over the hot air. CONSTITUTION:When an operation of the title appliance is started, either gas or petroleum is ignited at a combustion part 13 by interior air fed from an ignition blower 14. When a temperature at a temperature sensing part 17 is increased over the desired value, a blower 3 is rotated at a minimum air speed under a signal from a control unit 18. When a temperature of the temprature sensing part 16 is increased over 10 deg.C of the temperature sensing part 15, the blower 3 is rotated at the specified speed under a signal from the control unit 18. The hot air blown from the second blowing port 8 is restricted to rise by the medium hot air blown from the first blowing port 9, so that the hot air can be sent to a far location along the floor surface. With this arrangement, it is possible to get a comfortable dwelling circulation in which a feeling of draft caused by hot air blown from the second and first blowing ports 8 and 9 is relatively less.
Patent JP-S6388837-A (JP)
Title: Method and apparatus for transferring chip of semiconductor device
Inventor: IWASAKI NORITATSU
IPC: H01L21/52
Filed: 1986-10-01
Abstract: PURPOSE:To move chips without being completely in contact with the surfaces of the chips by thrusting up the chips aligned on a sheet or in a perforated tray by a pipy collet, scooping up the thrusted up chips by an upper pan plate at the nose of an arm and shifting the arm. CONSTITUTION:An upper pan plate 3 is leg-opened and made to stand by to chips 2 aligned in a tray 1, and the chips 2 are pushed up into the upper pan plate 3 while being sucked by a vacuum by a pipy collet 4. The upper pan plate 3 is closed, and the collet 4 is lowered by breaking a vacuum. A pipy collet 32 at the center of a pre-alignment stage 31 is elevated, the chips 2 on the upper pan plate 3 are further thrusted up while being sucked by the vacuum, and the legs of the upper pan plate 3 are opened. The collet 32 is brought down, and the chips are shifted onto the pre-alignment stage 31, and aligned while being sucked by the collet 32. The chips can be without damaging the surfaces and edges of the chips and without attaching no dust and fouling on the surfaces.
Patent JP-H0788453-A (JP)
Title: Cleaning robot
Inventor: HOJO MIKIO
IPC: B08B13/00
Filed: 1993-09-21
Abstract: PURPOSE:To provide a cleaning robot capable of cleaning a side wall in all parts of the vicinal region thereof and always stably determined in its running route regardless of the material quality or shape of the side wall. CONSTITUTION:A cleaning robot is equipped with a steering device 3 altering the advance direction of a robot main body, the slide device 4 reciprocally moved in the directions coming close to and separating from a side wall and the first and second force detection parts coming into contact with the side wall to detect force components in two symmetric directions with respect to the slide direction of the slide device 4. This robot is further equipped with a contact force detector 6 detecting the contact force received from the side wall, the slide control means 41 controlling the slide device 4 so that the resultant force of two detected force components keeps an objective value or the value within an objective range and the steering control means 31 controlling the steering device 3 so that two force components become equal.
Patent JP-H1079471-A (JP)
Title: Semiconductor device, its manufacture and flexible card
Inventor: MIYAZAKI MASARU
IPC: H01L25/18
Filed: 1996-09-05
Abstract: PROBLEM TO BE SOLVED: To increase yield by dividing at least one of the layers forming a device on a semiconductor substrate having a thickness within a specific range and connecting the divided devices in parallel. SOLUTION: A cell structure is formed by dividing Ti-Pt lower electrode layer 43 and a BST high dielectric layer 44, and a Ti-Pt-Au upper electrode layer 45, formed on an SiO2 layer 2 on an Si monocrystal substrate 1, into cells. An MIM-type structure is formed on the entire wafer surface, and then the upper electrode layer 45 is removed and divided by ion milling with a photoresist layer as a mask. Next, an SiO2 insulating film 46 is formed on the surface, and then conduction holes connecting the upper electrode layer 45 to the lower electrode layer 43 are formed, and wiring layers 47 and 48 are formed. The divided cells are connected in parallel to each other with the wiring layers 47 and 48, thus constructing a large capacity capacitor.  The Si is grind-removed from the rear surface side of the Si monocrystal substrate 1, and the substrate is etched with a chemical etchant to have a thickness of 1-100μm.
Patent JP-S58159952-A (JP)
Title: Cooling method and device of solidified metal ingot
Inventor: BUIRUHERUMU KURINKU
IPC: B22D11/124
Filed: 1982-12-24
Abstract: PURPOSE:To cool a bar- or bloom-like ingot by injecting jet flow or spray flow  to the coner parts of the ingot from the two directions at a right angle to the traveling direction of the ingot thereby converting the flow to steam and depriving the ingot of the predetermined quantity of heat. CONSTITUTION:The nozzles 15 of nozzle heads 1 are located in positions 1a, 1b, and the positions are determined in the corner parts of respective ingots  1c-1f. Further, jet or spray flows 1g, 1h as regulating factors enclose the ingot  from all the sides to prevent the generation of Leidenfrost's phenomena and the  poats where the flows 1g, 1h do not reach. The injected or sprayed coolants are  converted to steam which deprives the ingot of the precalculated quantity of  heat.
Patent JP-H1081532-A (JP)
Title: Production of synthetic silica glass
Inventor: ISHIKAWA SHINJI
IPC: C03B37/014
Filed: 1996-09-05
Abstract: PROBLEM TO BE SOLVED: To provide a method for producing a synthetic silica glass, capable of suppressing expansion and bubble of a glass body in enlarging a porous body or increasing a bulk density by specific heating and transparent vitrification treatment in the method for producing the synthetic silica glass by heating and transparenly vitrifying the porous body. SOLUTION: In this method for producing a synthetic silica glass by heating and transparently vitrifying a porous body obtained by depositing silica glass fine particles produced by flame hydrolysis method or heat oxidation method, the heating and treatment for transparency are carried out in an inert gas under reduced pressure of <100mg Hg or in a vacuum atmosphere, after the formation of a transparent glass, the transparent glass is continuously heat- treated at a temperature equal to or lower than the highest temperature during the formation of the transparent glass in an inert gas atmosphere under > >=100mmHg. The synthetic silica glass is produced preferably at 1,450-1,650 deg.C transparent vitrification temperature and the temperature at which the rise in pressure is started is not lower than the transparent vitrification temperature by >=5 deg.C.
Patent JP-S60127526-A (JP)
Title: Magnetic recording medium
Inventor: TAKEUCHI SETSU
IPC: C09D5/23
Filed: 1983-12-14
Abstract: PURPOSE:To obtain a magnetic recording medium superior in electromagnetic characteristics, durability, etc., by using a magnetic powder coated with the reaction product of a Ti coupling agent having an amino group, a specified isocyanate compd., and a compd. having a functional group reactive with an isocyanate group. CONSTITUTION:A magnetic powder used for the present magnetic recording medium good in dispersibility of said powder into a binder resin, good in abrasion resistance of a magnetic layer and S/N ratio, strong in adhesion between the magnetic layer and a base, small in deterioration of strength and characteristics even under high temp. and high humidity, and excellent in durability may be of any of a metal oxide type, metal type, and metal alloy type and it is coated with the reaction product of a composition of ( I ) a Ti coupling agent contg. NH2, such as C2H5OTi(OC2H4NHC2H4NH2)3, (II) polyisocyanate compd. having at least 2 -NCO groups in one molecule, and (III) a compd. having functional groups reactive with -NCO groups, such as OH, COOH, or NH2.
Patent JP-H0573615-A (JP)
Title: System for managing hierarchical structure type information
Inventor: ISHIZUKA TAKAYUKI
IPC: G06F12/00
Filed: 1991-09-17
Abstract: PURPOSE:To efficiently manage and abolish an element in a hierarchical structure, especially, a memory. CONSTITUTION:In a storage processing 6, information showing the structure position of the element is added and it is stored by the depths of a hierarchy classifications. In a master, etc., calculation processing 3, a hierarchical structure distance between two elements is calculated by using information showing the structural position of the elements. In an abolishment priority decision processing 4, the element which is the farthest from the element made access at present is judged, and it is abolished. Furthermore, search is made efficient by starting search from a place where the element is highly possibly detected at the time of searching the element to be abolished and with a search suppression system for preventing unnecessary search.
Patent JP-S6475265-A (JP)
Title: Printer
Inventor: NAGAHISA HIDEO
IPC: B41J2/36
Filed: 1987-09-17
Abstract: PURPOSE:To eliminate uneveness of a recording density owing to a different electric resistrant value of each thermal resistor, by a method wherein data around perceived dots of a printing line and a precedent line thereon are kept, data corresponding to the electric resistant value of each thermal resistor are stored, and time to be applied to the perceived dot is controlled based thereon. CONSTITUTION:When a temperature of a thermal head 5 is detected by a head temperature detection circuit 6, it is recorded in RAM 3. Then, a printing interval of each line, i.e., a recording period is obtained to be recorded in RAM 3. Thereafter, the number of actual recording dots of a line to be printed is obtained. Thermal influence on said printing line is obtained based on that and the recording period, and a degree of influence is accumulated from the first line to a present line. A correction value is obtained based on an accumulated influence degree calculated and the head temperature. Basic electric application time T1 is obtained based on the head temperature and the recording period, and whether regurating current application T2, T3, T4 are performed or not is decided based on outputs A1, A2, A3, B1, B2, B3, C1, C2 of a latch circuit. Basic current application time T1 is connected to determine correction basic current application time T1A, and current applied to the head 5. Then, required regulating current application T2, T3, T4 are performed.
Patent JP-2001060008-A (JP)
Title: Exposure method and production of electronic parts using the same
Inventor: KANDA EIZABURO
IPC: G03F1/42
Filed: 1999-08-23
Abstract: PROBLEM TO BE SOLVED: To expose a long-sized material through a mask having continuous mask patterns only by an exposure step with prescribed accuracy of positions of the mask patterns by measuring the distance between specified reference points and moving the material and/or the mask in such a way that the distance is adjusted to a pre scribed range to carry out alignment. SOLUTION: The dislocations between an n-th transferred pattern and the position of a mask in (n+1)-th exposure in the X and Y axis directions and turning angle are calculated from the relation between the position of each mark to be transferred on a material and the position of a mark on a mask pattern corresponding to the above mark and the relation between the position of an end face of the material and the position of the mask pattern to be transferred. The distance between each of marks Af1, Af2, Ab1, Ab2 on the mask pattern and each of intersection points corresponding to the marks is calculated from the coordinates of the marks and the intersection points and the turning angle between the mask and the material is calculated from the distance.  The mask and/or the material is turned on the middle point between the marks Ab1 and Ab2 as the center by a prescribed angle to correct the dislocations in the X and Y axis directions.
Patent JP-H0282824-A (JP)
Title: Automatic dialer device and paging receiver with message transmission function
Inventor: MUKAI YOSHIAKI
IPC: H04W84/02
Filed: 1988-09-20
Abstract: PURPOSE:To simply generate a message by displaying routine phrases together with their corresponding abbreviation codes, selecting an abbreviation code with an optional routine phrase among them and registering the result, converting a transmission message together with a call number into a dial tone and outputting it. CONSTITUTION:In the case of generating a transmission message, the user operates a Down key 5 to display routine phrases on the lower side 11b of the display section sequentially, a desired routine phrase is retrieved and an abbreviation code of a routine phrase is registered as the transmission code. Then the key entry is implemented to enter a parameter data such as a communication time or a communication destination telephone number. Finally, the #key is operated to complete the message. When a call destination telephone number is inputted, since the entry of the transmission message is commanded from a radio base station, the user operates the transmission switch 7 to send the displayed message. The numerical data such as abbreviation code, communication time and communication destination telephone number and the symbol data are converted into a dial tone and sounded from a speaker.
Patent JP-2000056783-A (JP)
Title: Text display device and record medium recording text data
Inventor: NAKADA TAKUYA
IPC: G10H1/00
Filed: 1999-08-23
Abstract: PROBLEM TO BE SOLVED: To provide a text display device which makes text display easily visible at respective displays even when the displays varying in the number of characters displayable per line are used and a record medium recording text data. SOLUTION: Line feed codes are stored in the text data (LE) in prescribed positions. Further, one or a plurality of sub-line feed codes are stored between the line feed codes and the next line feed codes. At the time of utilizing the display of a large screen, the line feed of the text is executed only by the line feed codes and at the time of utilizing the display of a small screen, the line feed of the text is executed by both of the line feed codes and the sub-line feed codes. Consequently, the displaying of the text subjected to the line feed in adequate positions is made possible without making the sizes of the characters to be displayed too small even at the time of utilizing the display of the small screen.
Patent JP-H0761581-A (JP)
Title: Container transferring device
Inventor: INAMURA JUNJI
IPC: B65G47/84
Filed: 1993-08-30
Abstract: PURPOSE:To facilitate pull-out of a sake-bottle-form bottle at a transfer star wheel part, in a sample bottle taking-out device for inspection arranged on a container conveyance line for a bottling machine. CONSTITUTION:A star wheel 34B and a bottle guide comprising upper and lower plates and having a partial defect part are positioned facing each other on a conveyance line for a sake-bottle-form bottle 5 and a local bottle guide 50 is fitted in the defect part of the bottle guide. When there is a need for the sake-bottle-form bottle 5 to be picked up for measurement of temperature, after a conveyor for conveying a bottle is stopped, a bottle 58 with a knob is unfastened. When the local bottle guide 50 is pulled out to the opposite side to the star wheel 34B, a distance between the star wheel 34B and the local bottle guide 50 is increased by a value equivalent to the length of an oblong hole 52a and the bottle 5 is easily taken out.