baber/WOPTO huggingface dataset:
Patent JP-2019177039-A (JP)
Title: Multi-layer label for medicine container, and medicine container
Inventor: OKADA NORIKO
IPC: G09F3/00
Filed: 2018-03-30
Abstract: To provide a label for a medicine container preventing artificial error by pharmacists/medical workers to enhance reliability in preparation when preparing or administering medicine, and to provide a medicine container having the label for the medicine container.SOLUTION: A multi-layer label for a medicine container includes an upper label layer, and a lower label layer laminated on the rear side of the upper label layer. The upper label layer has a turn-over enabled part at which a part including the end part (first end part) of the upper label layer can be turned over from the lower label layer. The upper label layer is fixed to the lower label layer at a part different from the turn-over allowable part, and information for preparing or administering the medicine is described on at least one of the rear side of the turn-over enabled part of the upper label layer and the lower label layer. There is also provided a medicine container having the multi-layer label for the medicine container.SELECTED DRAWING: Figure 1
Patent JP-2019177839-A (JP)
Title: tire
Inventor: KURIHARA TAKUYA
IPC: D06M13/395
Filed: 2018-03-30
Abstract: To provide a tire which has excellent high-speed durability performance.SOLUTION: There is provided a tire 2 comprising a band 14, in which the band includes: a rubber composition; and an organic fiber treated with an adhesive composition for organic fiber which contains (a) an epoxy compound comprising sorbitol polyglycidylether having a chlorine content of 9.6% by mass, and (b) blocked isocyanate. A peel resistance between the rubber composition and the organic fiber is 140 N/25 mm or more.SELECTED DRAWING: Figure 1
Patent JP-2019187072-A (JP)
Title: Twist processing device
Inventor: TAKAHARA YOSHIHIRO
IPC: H02K15/04
Filed: 2018-04-10
Abstract: To provide a twist processing device capable of preferably suppressing peeling of an insulation coating of each segment coil when executing a twisting process to a leg part of the plurality of segment coils protruding from multiple slots of a stator core.SOLUTION: A twist processing device includes a plurality of cylindrical twisting tools which is moved to an axial direction toward a stator core while arranging in a concentric circular to the circumference of a center axis and rotating to a direction scheduled in advance to the circumference of the center axis. Each twisting tool includes: a plurality of gripping parts formed with intervals in a peripheral direction on one end in the axial direction so as to grip a tip part of the correspondent leg projected from a slot; and a plurality of notch parts formed between the adjacent gripping parts. At least one bottom part of the plurality of notch parts is formed so that at least one part of the tip part of the leg is fitted.SELECTED DRAWING: Figure 6
Patent JP-2019183958-A (JP)
Title: Chain sprocket and engine
Inventor: IWAHASHI TAKUO
IPC: F02B67/06
Filed: 2018-04-10
Abstract: To provide a chain sprocket which can reduce a friction loss.SOLUTION: In a chain sprocket 9 attached to a rotating shaft, and having a plurality of teeth 11, 12 which are arranged in a peripheral direction of the chain sprocket 9 so as to be engaged with a roller chain or a bush chain, the plurality of teeth 11, 12 have first side faces 11c, 12c arranged at one side in a rotation direction, and second side faces 11b, 12b arranged at the other side in the rotation direction, and chamfered cut parts 21, 22, 23 and 24 are formed at least at either of both-side edges of the first side faces 11c, 12c so that widths of the first side faces 11c, 12c in a rotation axial direction become narrower than widths of the second side faces 11b, 12b in the rotation axial direction.SELECTED DRAWING: Figure 3
Patent JP-2019181863-A (JP)
Title: Method for creating numerical expression for prediction of printing result, prediction method, and prediction system
Inventor: YAMAZOE TAKASHI
IPC: B41J2/01
Filed: 2018-04-13
Abstract: To suitably perform prediction of a printing result when using, for example, a characteristic ink.SOLUTION: A method for creating a numerical expression for prediction of a printing result in which the numerical expression for prediction of a printing result is a numerical expression used for prediction of a result of printing performed by use of an ink. This method comprises: a pattern printed matter creation stage (S102) which is a stage of creating a printed matter for evaluation which is used for evaluation of printing result, and at which the printed matter for evaluation, which includes a pattern od which a printing density is differed at plural stages, is created; a measuring stage (S104) at which a bidirectional reflectance distribution function is measured in association with the printing density; and a numerical expression creation stage (S106) which is a stage of calculating a numerical expression of prediction of a printing result on the basis of a measurement result at the measuring stage, and at which the numerical expression of prediction of a printing result is created on the basis of at least the bidirectional reflectance distribution function associated with the printing density.SELECTED DRAWING: Figure 3
Patent JP-2018109654-A (JP)
Title: Ion-sensing charge-accumulation circuits and methods
Inventor: KEITH GLEN FIFE
IPC: G01N27/414
Filed: 2018-04-16
Abstract: PROBLEM TO BE SOLVED: To provide ion-sensing circuits improved in speed, accuracy and linearity in using a device of measuring an ion concentration in a solution manufactured using a CMOS process.SOLUTION: An ion-sensitive circuit includes: a charge accumulation device 104 to accumulate a plurality of charge packets as a function of an ion concentration of a fluid; and a control and readout circuit 112 to generate an output signal as a function of the accumulated plurality of charge packets. The charge accumulation device 104 includes: a first control electrode 186 above a first electrode semiconductor region; an electrically floating gate structure 172 above a gate semiconductor region and below an ion-sensitive passivation 196 surface; a second control electrode 188 above a second electrode semiconductor region; and a drain diffusion region 128. The first control electrode 186 controls entry of charge into a gate semiconductor region in response to a first control signal. The ion-sensitive passivation 196 surface is configured to receive the fluid.SELECTED DRAWING: Figure 2
Patent JP-2019181646-A (JP)
Title: Rod-state food material cutting device
Inventor: ONEDA IKUYA
IPC: B26D7/06
Filed: 2018-04-16
Abstract: To provide a rolled sushi cutting device capable of automatically cleaning a cutting blade for every time when the rolled sushi is cut.SOLUTION: A rolled sushi cutting device comprises: a movable table 5 comprising a mount part 5a of a rolled sushi on which, a plurality of slits 5b are formed at a prescribed interval in a width direction of the mount part 5a, the movable table capable of being moved in a vertical direction; a plurality of cutting blades 10 extending in a vertical direction so as to enter the slit 5b and cross a movement locus of the rolled sushi mounted on the mount part 5a, and being formed of a long-plate state single blade for cutting the rolled sushi into a plurality of pieces by movement of the movable table 5 in the cutting direction; a cleaner 13 which is provided on the movable table 5 and which can be moved between a contact position where it contacts the cutting blades 10, and a non-contact position where it does not contact the cutting blades 10, and cleans the cutting blades 10 at the contact position; and a switching mechanism 14 which switches position of the cleaner 13 so that, the cleaner is at the non-contact position where the movable table 5 is moved to the cutting direction, and the cleaner is at the contact position where the movable table 5 is moved to a constant position direction.SELECTED DRAWING: Figure 3
Patent JP-2019192671-A (JP)
Title: Semiconductor device
Inventor: MURAKAMI YASUNORI
IPC: H01L21/822
Filed: 2018-04-18
Abstract: To suppress variations in electric characteristics of a temperature sense diode built into a semiconductor device.SOLUTION: A semiconductor device disclosed in the present specification comprises a semiconductor element including a temperature sense diode, a conductor plate arranged with the semiconductor element, and a sealing body integrally holding the semiconductor element and the conductor plate. In this semiconductor device, when viewed in a thickness direction of the sealing body, the semiconductor element is arranged so that a direction of current flowing in the temperature sense diode inclines to each side of a rectangular outer peripheral edge of the sealing body.SELECTED DRAWING: Figure 2
Patent JP-2019014871-A (JP)
Title: Organic colorant, coloring composition, and inkjet ink
Inventor: FUJITA TAKUYA
IPC: C09D11/322
Filed: 2018-04-19
Abstract: To provide an organic colorant capable of forming an image having silver gloss.SOLUTION: An organic colorant is represented by a general formula (1). In the general formula (1), Rand Reach independently represent a C1-20 alkyl group, a C1-20 alkenyl group, a phenyl group, a naphthyl group, or the like. In a preferred embodiment, Rand Rare each either a group represented by a C1-20 linear alkyl group or a group represented by a C1-20 linear alkenyl group.SELECTED DRAWING: None
Patent JP-2019190866-A (JP)
Title: Thermal type infrared sensor
Inventor: ANDO TATSUTO
IPC: H01L37/02
Filed: 2018-04-19
Abstract: To provide a thermal type infrared sensor capable of achieving improvement both of sensitivity and responce speed of an infrared detection part.SOLUTION: A thermal type infrared sensor 100 includes an infrared detection part 10 for absorbing infrared, so as to convert temperature increased by the absorption into an electric signal. The infrared detection part includes an up-conversion material 12X. The up-conversion material can function as a coolant for decreasing the temperature increased in the infrared detection part.SELECTED DRAWING: Figure 1
Patent JP-2019192506-A (JP)
Title: Adapter and light fitting
Inventor: ONOMI TAKASHI
IPC: F21V21/116
Filed: 2018-04-25
Abstract: To enable attachment to any of multiple kinds of lighting poles having different shapes and dimensions of capitals.SOLUTION: A pole attachment part 11 has: a body 12 formed into a hollow cylindrical shape having an opening 120 at a lower end; a protruding part 13 protruding from at least a part of an inner surface of the body 12; and multiple male screws 14 screwed into multiple screw holes 123 penetrating through a side wall of the body 12 one by one. The body 12 has a first housing space 121, which is sandwiched between the opening 120 and the protruding part 13 and houses a tip portion (a capital) of a lighting pole, and a second housing space 122, which is disposed above the first housing space 121 and narrower than the first housing space 121, at an interior of the body 12. At least two screw holes 123 of the multiple screw holes 123 are disposed at positions facing each other across the first housing space 121.SELECTED DRAWING: Figure 2
Patent JP-2019188736-A (JP)
Title: Ink container and ink jet recording device
Inventor: KAWAGOE YOSHITO
IPC: B41J2/175
Filed: 2018-04-27
Abstract: To provide an ink container and an ink jet recording device capable of suppressing the occurrence of failure due to unintended reuse of an ink container.SOLUTION: An ink container (1) for supplying ink to a prescribed ink reception part (30) includes a supply port (3a) from which ink to be supplied to the ink reception part is caused to flow, and an identification marker (5) related to ink information on a contained ink. When the ink container is set in a suppliable state in which the ink can be supplied from the supply port to the ink reception part, the identification marker is provided under the mode that the identification marker is processed to an unreadable state by processing means (332) provided in the ink reception part.SELECTED DRAWING: Figure 9
Patent JP-2019195870-A (JP)
Title: Turn buckle slewing gear and method
Inventor: HARUFUJI YASUHITO
IPC: F16H1/14
Filed: 2018-05-09
Abstract: To provide a turn buckle slewing gear which can easily give large turning force to a turn buckle.SOLUTION: A turn buckle slewing gear 1, which rotates a turn buckle 110 by use of drive power of a drive unit 100 which comprises a rotary output shaft 101, comprises: an input gear 10 with which the rotary output shaft 101 of the drive unit 100 can be engaged along an axis; a supporter 20 which rotatably supports the input gear 10; an output gear 30 which holds the turn buckle 110 along the axis and is rotated integrally with the turn buckle; and a power transmission mechanism 40 which transmits drive power from the input gear 10 to the output gear 30. The output gear 30 is so located that an axis of the input gear 10 passes.SELECTED DRAWING: Figure 1
Patent JP-2019195779-A (JP)
Title: Gravure coating device
Inventor: SHIONO KENTARO
IPC: B05C11/04
Filed: 2018-05-10
Abstract: To provide a gravure coating device which can reduce contamination of a base material sheet.SOLUTION: A gravure coating device comprises a transfer part 24 which transfers slurry to a band electrode 18 which is transported from an upstream side toward a downstream side in a transportation direction X. The transfer part 24 has: a storage part 32 which stores slurry; and a gravure roll 33 which transfers the slurry stored in the storage part 32 to the band electrode 18. In an axial direction Y of the gravure roll 33, a size of the gravure roll 33 is larger than a size of the storage part 32. A cover 25 is positioned between a transport route of the band electrode 18 and the gravure roll 33 and covers an outer peripheral surface 33a of the gravure roll 33, and is so provided at a position different from that of the storage part 32 in an axial direction Y as to be separated from the gravure roll 33 in a radial direction orthogonal to the axial direction Y.SELECTED DRAWING: Figure 6
Patent JP-2018206463-A (JP)
Title: Magnetic recording medium for high recording density, and recording and reproducing mechanism thereof
Inventor: KAWAKAMI SHINJI
IPC: G11B5/714
Filed: 2018-05-10
Abstract: To provide a magnetic recording medium excellent in electromagnetic conversion characteristics.SOLUTION: A magnetic recording medium 10 includes a non-magnetic support 11, an undercoat layer 12, a magnetic layer 13 containing magnetic particles, and a back coat layer 14, in which an average particle diameter of the magnetic particles is 17 nm or less and linearly polarized light is irradiated on a surface of the magnetic layer 13 from the longitudinal direction of the magnetic layer 13 at an irradiation angle of 70° to obtain a refractive index nL and an extinction coefficient kL of the magnetic layer 13 and to obtain a vertical reflectance RL at the time of perpendicular incidence of the linearly polarized light in the longitudinal direction from nL and kL, and the linearly polarized light is irradiated on the surface of the magnetic layer 13 from the width direction of the magnetic layer 13 at an irradiation angle of 70° to obtain a refractive index nT and an extinction coefficient kT of the magnetic layer 13 and to obtain a vertical reflectance RT at the time of vertical incidence of the linearly polarized light in the width direction from nT and kT, and, when a variation rate A (%) between RL and RT is defined as A=|RL/RT-1|×100, a relationship of A≤10% is established.SELECTED DRAWING: Figure 1
Patent JP-2018126599-A (JP)
Title: Medicine dispensing/packaging device
Inventor: KOIKE NAOKI
IPC: B65B57/10
Filed: 2018-05-11
Abstract: PROBLEM TO BE SOLVED: To provide a medicine dispensing/packaging device capable of detecting a phenomenon of a medicine overflowing from a dispensing/packaging bag in which the medicine is to be rightfully packaged.SOLUTION: A medicine dispensing/packaging device 10 includes: a dispensing/packaging sheet supply unit 42 for supplying a dispensing/packaging sheet S for packaging a medicine M; a seal device 50 for forming a dispensing/packaging bag P by joining, in an overlapped state, dispensing/packaging sheets S supplied from the dispensing/packaging sheet supply unit 42; a medicine introduction unit 80 for introducing the medicine M from an open portion of a dispensing/packaging bag P in an unsealed state formed by the seal device 50; a detection unit 90 for detecting the existence of the medicine M on a path for introduction for the medicine M by the medicine introduction unit 80; and a determination unit capable of determining occurrence of defective dispensing/packaging on the condition that the existence of a medicine M is detected by the detection unit 90 in a period that is after timing of starting encapsulation of a dispensing/packaging bag P in which a medicine M is introduced and is before timing at which a medicine M is introduced to be dispensed/packaged in the next dispensing/packaging bag P thorough the medicine introduction unit 80.SELECTED DRAWING: Figure 1
Patent JP-2019200103-A (JP)
Title: Electromagnetic wave detector and information acquisition system
Inventor: UCHIDA ERI
IPC: G01J5/48
Filed: 2018-05-15
Abstract: To reduce the entire device size.SOLUTION: An electromagnetic wave detector 10 comprises a first progression unit 16, a second progression unit 17, a first detection unit 19 and a second detection unit 20. The first progression unit 16 causes an electromagnetic wave entering a reference plane ss to proceed in a specific direction for each pixel px. The second progression unit 17 has a first surface s1, a second surface s2, a third surface s3, a fourth surface s4, a fifth surface s5 and a sixth surface s6. The second surface s2 separates the electromagnetic wave having proceeded in a second direction d2 and causes it to proceed in a third direction d3 and a fourth direction d4. The fourth surface s4 emits the electromagnetic wave having proceeded in the fourth direction d4 to the reference plane ss and causes the electromagnetic wave re-entering from the reference plane ss to proceed in a fifth direction d5. The first detection unit 19 detects the electromagnetic wave emitted from the third surface s3. The second detection unit 20 detects the electromagnetic wave emitted from the sixth surface s6.SELECTED DRAWING: Figure 4
Patent JP-2019202956-A (JP)
Title: Gip increase inhibitor
Inventor: TAKAMURA AKIHIRO
IPC: A61P3/02
Filed: 2018-05-23
Abstract: To provide a GIP increase inhibitor useful as pharmaceuticals, food or the like.SOLUTION: A GIP increase inhibitor has mannitol as an active ingredient.SELECTED DRAWING: None
Patent JP-2019202091-A (JP)
Title: Game controller
Inventor: TAKEI SEIYA
IPC: A63F13/285
Filed: 2018-05-25
Abstract: To allow various operations using a game controller.SOLUTION: A game controller comprises a spherical housing, a joy stick, an operating part, and a transmitting part. The joy stick protrudes from a surface of the housing. The operating part comprises an operating surface. The operating surface can be pressed down, and is formed integrally with the surface of the housing. The transmitting part transmits information on operations of the joy stick and information on operations of the operating part to the outside. Thereby, the game controller allowing various operations can be provided.SELECTED DRAWING: Figure 8
Patent JP-2019206117-A (JP)
Title: Printing method, and printing device
Inventor: TOMURA TATSUYA
IPC: B41J2/01
Filed: 2018-05-29
Abstract: To provide a printing method capable of providing a printed matter excellent in glossiness and scratch resistance.SOLUTION: A ground layer formation process for adding a ground layer forming liquid to a recording medium and drying the ground layer forming liquid at a recording medium temperature of 40°C to 80°C to form a ground layer, a metal particle-containing layer formation process for forming a metal particle-containing layer on the ground layer, and a protective layer formation process for adding a protective layer formation liquid onto the metal particle-containing layer and drying the protective layer formation liquid at a recording medium temperature of 55°C or lower to form a protective layer are included.SELECTED DRAWING: None
Patent JP-2018143249-A (JP)
Title: Biomatrix scaffolds for industrial scale dispersal
Inventor: MARSHA LYNN ROACH
IPC: C12M3/00
Filed: 2018-05-29
Abstract: PROBLEM TO BE SOLVED: To provide biomatrix scaffolds for industrial scale dispersal.SOLUTION: Methods of this invention result in production of a tissue-specific extract enriched in a majority of collagens of tissue, including bound matrix components and matrix-bound hormones, growth factors and cytokines that collectively yield more reproducible and potent differentiation effects on both mature cells and in lineage restriction of stem/progenitor cell populations.SELECTED DRAWING: None
Patent JP-2018158842-A (JP)
Title: Image analyzer and elevator system
Inventor: NAKANISHI KOTA
IPC: G06T7/254
Filed: 2018-05-29
Abstract: PROBLEM TO BE SOLVED: To provide an image analyzer and an elevator system capable of preventing a decrease in user detection accuracy even when a distortion occurs in an image photographed by a camera.SOLUTION: The image analyzer relating to an embodiment has: acquisition means for acquiring an image photographed by a camera; correction means for correcting a distortion of the acquired image; and detection means for detecting a movement of a user photographed in the image by comparing the brightness of the image after the correction of the distortion in block units acquired by dividing the image into multiple areas. The correction means corrects the distortion of the image by reducing a size of the acquired image so that a size of the image after the correction of the distortion becomes a size capable of executing processing to detect the movement of the user even when the correction of the distortion is executed for the entire acquired image.SELECTED DRAWING: Figure 1
Patent JP-2019211217-A (JP)
Title: Nucleotide quantification method
Inventor: MATSUDA TAKASHI
IPC: G01N27/62
Filed: 2018-05-31
Abstract: To provide a method for simultaneously quantifying two or more nucleotides without using an ion pair reagent.SOLUTION: A quantification method of two or more nucleotides in a sample using liquid-chromatography mass-spectrometry includes: a step a of extracting a mixture of nucleotides from the sample; a step b of adding two or more nucleotides labeled with an isotope as an internal standard to the nucleotide mixture, and preparing a measurement sample; a step c of separating each nucleotide from the measurement sample by liquid chromatography using a normal phase column; a step d of identifying each separated nucleotide by mass spectrometry; and a step e of quantifying each nucleotide by determining the ratio of the chromatography peak area of each identified nucleotide to the chromatography peak area of the internal standard.SELECTED DRAWING: None
Patent JP-2019209731-A (JP)
Title: tire
Inventor: TANABE MAIKO
IPC: B60C11/12
Filed: 2018-05-31
Abstract: To provide a tire that strikes a balance among driving stability performance, riding comfort performance, noise performance and fuel economy performance at higher level.SOLUTION: In an outside middle land part 11 of a tire, a first middle sipe 31 extending inward in a tire axial direction from an outside shoulder major groove 5 and having an inner end 31i in the outside middle land part 11; and a second middle sipe 32 extending outward in the tire axial direction from a crown main groove 3 and having an outer end 32o in the outside middle land part 11 are formed. The number of the second middle sipes 32 is larger than the number of the first middle sipes 31.SELECTED DRAWING: Figure 1