baber/WOPTO huggingface dataset:
Patent JP-2021526988-A (JP)
Title: コーティングされた金属基板
IPC: B05D7/14
Filed: 2019-06-11
Abstract: 本発明は、少なくとも部分的に塗料でコーティングされた非導電性プライマーで直接コーティングされた金属基板、このコーティングされた金属基板の製造方法、ひずみ変形を検出する方法及び前記コーティングされた金属基板の使用に関する。
Patent JP-2021526770-A (JP)
Title: スピーカー
IPC: H04R7/02
Filed: 2018-10-13
Abstract: 【課題】スピーカーの新しい技術的解決手段を提供する。【解決手段】スピーカーであって、振動システムと、前記振動システムと互いに連携する磁気回路システムとを備え、前記振動システムは、スピーカー振動膜を備え、前記スピーカー振動膜は、一体に複合した２つの表層と２つの表層の間に介在している少なくとも１つの中間層とを含み、少なくとも１つの前記表層は熱可塑性ポリエステルエラストマーフィルム（１１）であり、少なくとも１つの前記中間層は粘着剤層（１２）であり、前記スピーカー振動膜のヤング率が５〜７００ＭＰａであり、前記スピーカー振動膜の振幅が０．２５ｍｍ〜１ｍｍであり、前記スピーカーのＦ０が１５０〜１５００Ｈｚである。該スピーカーは、発音効果が良好である。【選択図】図２
Patent JP-2021528660-A (JP)
Title: ポリマーのアモルファス含有量の決定
IPC: G01N30/86
Filed: 2019-06-25
Abstract: １つ以上のオレフィン系ポリマーを含む、オレフィン系ポリマー組成物中の「アモルファス」画分の重量パーセントを決定する方法であって、   ａ）オレフィン系ポリマー組成物を有機溶媒に溶解して、ポリマー溶液を形成するステップと、   ｂ）ポリマー溶液の少なくとも一部を支持材料に注入するステップであって、支持材料が０．７０〜１．２０の共結晶化指数（ＣＩ）値を有する、注入するステップと、   ｃ）支持材料を０．２℃／分以上の速度で冷却するステップと、   ｄ）支持材料の温度を上昇させて、オレフィン系ポリマー組成物のポリマーを溶出させるステップと、   ｅ）クロマトグラムを生成するステップと、   ｆ）第１の溶出の、その積分下限からその積分上限までのピーク面積を決定するステップと、   ｇ）以下の式Ａ：    重量％「アモルファス」画分＝ＰＡ アモルファス ／ＰＡ 合計 ×１００（式Ａ）   （式中、ＰＡ アモルファス ＝第１の溶出のピーク面積であり 、 ＰＡ合計＃１９１＝オレフィン系ポリマー組成物のポリマーの合計ピーク面積である）に基づいて「アモルファス」画分を計算するステップと、を含む、方法。   【選択図】図１
Patent JP-2022106426-A (JP)
Title: Getting-off support device and method
Inventor: HIRATA YOSHITO
IPC: B60N2/06
Filed: 2021-01-07
Abstract: To provide a getting-off support device and a getting-off support method which enable an occupant to get off more easily.SOLUTION: A getting-off support device D according to the present invention, which moves a driver's seat rearward when determining that an occupant seated on the driver's seat of a vehicle will get off, comprises: a height changing part 62 that changes a height of a steering wheel; a sitting height obtaining part 2 that obtains a sitting height of the occupant; and a wheel control part 33 that is one example of height control parts which when it is determined that the occupant will get off, controls the height changing part 62 so that the height of the steering wheel becomes lower as the siting height obtained by the sitting height obtaining part 2 is higher.SELECTED DRAWING: Figure 1
Patent JP-2022084500-A (JP)
Title: Ultrasonic distance measuring device, ultrasonic distance measuring method, and controller
Inventor: Liao ying-liang
IPC: G01S7/52
Filed: 2021-01-14
Abstract: To provide an ultrasonic distance measuring device, an ultrasonic distance measuring method, and a controller that can improve distance measuring speed, widen a detection range, and adjust a detectable range.SOLUTION: An ultrasonic distance measuring device according to the present invention includes an ultrasonic transmitter/receiver, an ultrasonic transmission/reception channel, and a controller. The ultrasonic transmitter/receiver includes a plurality of arrays arranged in a ring shape, and each array transmits a first ultrasonic wave to the outside of the ring. When the first ultrasonic wave comes into contact with a target object, it is reflected by the target object and forms a second ultrasonic wave. The ultrasonic transmitter/receiver further receives the second ultrasonic wave, and switches its own operation mode so that the ultrasonic transmitter/receiver transmits the first ultrasonic wave or receive the second ultrasonic wave. The controller obtains distance information about the target object based on a transmission time of the first ultrasonic wave and a reception time of the second ultrasonic wave. The present invention also provides a kind of ultrasonic distance measuring method and controller.SELECTED DRAWING: Figure 2
Patent JP-2022111476-A (JP)
Title: Method of manufacturing renovated sash
Inventor: MASUYAMA SHINSAKU
IPC: E06B1/56
Filed: 2021-01-20
Abstract: To provide a method of manufacturing a renovated sash having proper workability.SOLUTION: An auxiliary mounting material 6 is mounted in a position, in which its indoor side end is located away by a predetermined dimension A from an outdoor side end of an existing frame 4, in a building frame opening 26 fitted with the existing frame 4. A renovated frame 3 framed on four sides is inserted into the building frame opening 26, which is fitted with the existing frame 4, from the outdoor side. The renovated frame 3 is positioned in a depth direction so that its indoor side end can correspond to the indoor side end of the auxiliary mounting material 6. The renovated frame 3 is fixed to a building frame 5 in a position of the auxiliary mounting material 6.SELECTED DRAWING: Figure 1
Patent JP-2022100185-A (JP)
Title: Method of managing distributed self-organizing network by surrounding base station information and base station using the same
Inventor: GAN CHAI-HIEN
IPC: H04W24/02
Filed: 2021-01-22
Abstract: To provide a method of managing distributed self-organizing network and base station.SOLUTION: In a distributed self-organizing network system, a base station includes but not limited to a transmitter, a receiver, and a processor coupled to the transmitter and the receiver. The processor at least: creates a management interface for receiving configuration information from surrounding base stations; subscribes the configuration information and stores the configuration information into a table; receives, via the receiver through the management interface, the configuration information from the surrounding base stations; updates the table based on the configuration information received from a base station of the surrounding base stations; and executes a distributed self-organizing network (DSON) algorithm comprising one of capacity and coverage optimization (CCO) algorithm, automatic neighbor relation (ANR) algorithm, and physical cell id (PCI) algorithm.SELECTED DRAWING: Figure 6
Patent JP-2022112705-A (JP)
Title: Microfluid device
Inventor: IZUMIYA YU
IPC: B81B5/00
Filed: 2021-01-22
Abstract: To provide a microfluid device that can improve the rotational speed of a rotating body.SOLUTION: A microfluid device comprises a board comprising a front surface, a rotating body arranged on the front surface, liquid held on the front surface, and a heating element. A concave part is formed in one of the rotating body and a portion of the front surface opposed to the rotating body. The heating element is arranged on one of the portion of the front surface opposed to the rotating body and the concave part.SELECTED DRAWING: Figure 1
Patent JP-2022007957-A (JP)
Title: Method for designing structure
Inventor: RAVI SINGH
IPC: E04B1/30
Filed: 2021-01-27
Abstract: To provide a method for designing a structure equipped with a hybrid beam.SOLUTION: The ultimate strength qfr of a joint surface between a beam concrete and a slab concrete included in a hybrid beam is calculated according to the following expression, where μeq is the coefficient of friction of a joint surface, s aw is the sum of the cross-sectional areas of a plurality of intermediate lateral reinforcing bars, s σwy is the yield strength or reference strength of a plurality of lateral reinforcing bars 124, swaw is the sum of the cross-sectional areas of a plurality of insertion bars, sw σwy is the yield strength or reference strength of a plurality of insertion bars, Aaw is the sum of the cross-sectional areas of a plurality of beam center side concentrated lateral reinforcing bars, A σwy is the yield strength or reference strength of a plurality of beam center side concentrated lateral reinforcing bars, σ0 is the average external vertical stress generated in a reinforced concrete, b'is the effective width of the reinforced concrete at the position of a flange, and lc is the length of the reinforced concrete in the direction in which a steel frame 122 extends.SELECTED DRAWING: Figure 2
Patent JP-2022115292-A (JP)
Title: Cutting blade protection device, bush cutter and bush cutting method
Inventor: TSUKAMOTO SHIGEYOSHI
IPC: A01D34/90
Filed: 2021-01-28
Abstract: To provide a cutting blade protection device protecting an operator and a cutting blade at work and non-work without impairing convenience when using a bush cutter, a bush cutter and a bush cutting method.SOLUTION: In s bush cutter 20 including a rotating cutting blade 23 at a tip of a main pipe 21, a cutting blade protection device 1 for protecting the cutting blade 23, the cutting blade protection device 1 comprises: a mounting part 11 for integrally or detachably attaching the cutting blade protection device 1 to the bush cutter 20; a protection part 10 for protecting the cutting blade 23, with the same attached to the mounting part; a slide part 12 linearly-movably supporting the protection part 10 to the mounting part 11, where the slide part 12 linearly moves to a first position where the projection part 10 covers a whole part of an outer periphery of the cutting blade 23, and a second position where the protection part 10 covers a part of the outer periphery of the cutting blade 23 and exposes the other part; and a locking mechanism capable of fixing the slide part 12 to the mounting part 11 at the first position.SELECTED DRAWING: Figure 1
Patent JP-2022117900-A (JP)
Title: Planning support system and method therefor
Inventor: ZHENG JIAN
IPC: G06Q50/04
Filed: 2021-02-01
Abstract: To provide a planning support system for automatically generating or updating a combination master having high reliability without taking a lot of time in production planning work, and for performing highly practical planning.SOLUTION: In a planning support system 1, a facility/product type manufacturing time series generation unit 1012 extracts facility/product type combinations that indicate a relationship between facilities used and product types manufactured by the facilities from manufacturing track records, and generates a manufacturing time series of the facility/product type combinations. A registration-to-combination-master determination unit 1013 of calculates time-series data of statistical processing information relating to a degree of involvement of the facility/product type combinations in manufacturing, and determines generation of a combination master relating to the facility/product type combinations based on the time-series data of the statistical processing information.SELECTED DRAWING: Figure 1
Patent JP-2021073466-A (JP)
Title: Light pipe for spectroscopy analysis
Inventor: CURTIS R HRUSKA
IPC: G01N21/05
Filed: 2021-02-03
Abstract: To provide a spectroscopic assembly that can enhance RMID through enhancing accuracy for spectroscopic measurement.SOLUTION: A spectroscopic assembly 100 may include a spectrometer 110. The spectrometer may include an illumination source to generate light to illuminate a sample 130. The spectrometer may include a sensor to obtain a spectroscopic measurement based on light, reflected by the sample, from the light illuminating the sample. The spectroscopic assembly may include a light pipe 120 to transfer the light reflected from the sample. The light pipe may include a first opening 146 to receive the spectrometer. The light pipe may include a second opening 148 to receive the sample, such that the sample is enclosed by the light pipe and a base surface when the sample is received at the second opening. The light pipe may be associated with aligning the illumination source and the sensor with the sample.SELECTED DRAWING: Figure 1
Patent JP-2022119414-A (JP)
Title: Detection method, detection substrate, and detection kit
Inventor: NAGASAKI KEIZO
IPC: G01N33/569
Filed: 2021-02-04
Abstract: To provide a detection method that can easily and efficiently detect a detection object in a sample.SOLUTION: A detection method of detecting a detection object in a sample includes the following steps (A) to (F). (A) is a detection substrate preparation step of preparing a detection substrate including a detection surface, and a first bonding body anchored to the detection surface and specifically bonded to the detection object. (B) is a sample supply step of supplying the sample to the detection surface of the detection substrate. (C) is a second bonding body supply step of supplying a second bonding body specifically boded to the detection object and including a polymerization initiator, to the detection surface of the detection substrate. (D) is a removal step of removing the non-anchored second bonding body from the detection substrate. (E) is a monomer supply step of supplying a monomer to be polymerized by the polymerization initiator to the detection surface of the detection substrate. (F) is a change confirmation step of confirming a change of the detection surface before and after the monomer supply step.SELECTED DRAWING: Figure 1
Patent JP-2022124782-A (JP)
Title: Tire vulcanization failure occurrence prediction method and tire manufacturing method
Inventor: MATSUDA KENTA
IPC: G06F30/10
Filed: 2021-02-16
Abstract: To provide a vulcanization failure occurrence prediction method capable of easily and highly accurately predicting the possibility of a vulcanization failure occurrence by using design specification data of a green tire and sectional shape data of a molded surface of a used mold, and a tire manufacturing method using this prediction method.SOLUTION: A vulcanization failure occurrence prediction method stores, in an arithmetic unit 2, a prediction model PM generated by machine-learning design specification data D1 including a sectional shape of a green tire G, sectional shape data D2 of a molded surface 7, and vulcanization failure occurrence data D3 in a tire T obtained by vulcanizing a green tire G molded on the basis of multiple different design specification data D1 by a mold 6 as teacher data, and predicts the occurrence presence of a vulcanization failure in a target tire Ta obtained by vulcanizing the green tire Ga by the mold 6 by assigning the design specification data D1 of the green tire Ga to be predicted and the sectional shape data D2 of a molded surface 7 to the prediction model PM to execute an arithmetic operation.SELECTED DRAWING: Figure 1
Patent JP-2022125462-A (JP)
Title: game machine
Inventor: OGURA TOSHIO
IPC: A63F7/02
Filed: 2021-02-17
Abstract: To increase merchantability of a game machine having plural states.SOLUTION: Specific frequency command transmission processing is used to transmit a first specific frequency designation command regarding a remaining frequency until an execution frequency of variable display becomes a specific frequency corresponding to a time-shortening condition when power is turned on. First to third sets of the first specific frequency designation command are in a two-bite configuration each, and the command is transmitted as a performance control command of a total of six bytes since there are a total of three sets. Special pattern normal processing and special pattern buffer shift processing includes processing for transmitting a second specific frequency designation command regarding the remaining frequency up to a specific frequency in accordance with execution of a variable display. A second specific frequency designation command is in a two-byte configuration, and specific frequency command data are set to 7F[H] when a counted value of a specific frequency counter is equal to or more than 7F[H].SELECTED DRAWING: Figure 294-8
Patent JP-2022130018-A (JP)
Title: Product tag and product management system
Inventor: TAGAMI NAOKI
IPC: G09F3/14
Filed: 2021-02-25
Abstract: To provide a product tag which can prevent itself from being detached from a product.SOLUTION: A product tag 10 comprises a substrate 11 having an attaching hole 11a through which an attaching member to be attached to a product is inserted, and an antenna 12 installed in the substrate 11. Then, the attaching hole 11a is disposed at an inner side of an outermost edge of a contour shape formed by the installed antenna 12.SELECTED DRAWING: Figure 2A
Patent JP-2022130131-A (JP)
Title: Driving circuit for three-phase dc motor
Inventor: SUGIE TAKASHI
IPC: H02P6/28
Filed: 2021-02-25
Abstract: To detect a current flowing in a motor with accuracy.SOLUTION: A driving circuit 200 drives a three-phase DC motor 102. A three-phase inverter 230 is connected with the three-phase DC motor 102. A shunt resistor Rs0 is inserted at a grounded side of the three-phase inverter 230. A magnetic field detection type first current sensor 321 detects a coil current of a first phase of the three-phase DC motor 102. A current detection circuit 240 acquires a shunt current detection value Dcs0 based on a voltage drop of the shunt resistor Rs0 and a first current detection value Dcs1 based on output of the first current sensor 321. A controller 210 generates a control signal Sctrl for the three-phase inverter 230 on the basis of the shunt current detection value Dcs0 and the first current detection value Dcs1.SELECTED DRAWING: Figure 4
Patent JP-2021100937-A (JP)
Title: Cnp prodrugs with large carrier moieties
Inventor: HARALD RAU
IPC: C07K14/575
Filed: 2021-03-01
Abstract: To provide a CNP prodrug or a pharmaceutically acceptable salt thereof.SOLUTION: The present invention relates to a CNP prodrug or a pharmaceutically acceptable salt thereof comprising: a CNP moiety -D; and a carrier moiety -Z that is conjugated to a reversible prodrug linker moiety -L1-, where the reversible prodrug linker moiety -L1- is covalently and reversibly conjugated to -D; where -L2- is a chemical bond or a spacer; and -Z is a polymer having a molecular weight of at least 10 kDa. The present invention further relates to pharmaceutical compositions comprising the CNP prodrug or a pharmaceutically acceptable salt thereof, their use as a medicament, and methods of treatment.SELECTED DRAWING: Figure 1
Patent JP-2022135104-A (JP)
Title: Ultrasonic cleaning device
Inventor: NAGANUMA SHINJI
IPC: B08B3/12
Filed: 2021-03-04
Abstract: To improve ultrasonic cleaning capability by preventing or reducing re-attachment of an ultrasonic peeled material such as a residue or dirt to a cleaned object.SOLUTION: When traversing a slit-like opening 32, a flexographic printing plate (cleaned object) 100 line-sequentially collides with a jet flow of a cleaning liquid L J to which ultrasonic vibration is imparted, and is conveyed while subjected to ultrasonic cleaning. While the flexographic printing plate 100 collides with the jet flow J, a residue and dirt R of ink stuck to the surface are peeled and removed by cleaning effect of the ultrasonic vibration emitted with the jet flow J as a medium. A gap between the flexographic printing plate 100 and a flow regulation member 31 functions as a temporary discharge flow channel of the jet flows F, F after taking an ultrasonic peeled material (residue and dirt R of ink) and colliding therewith.SELECTED DRAWING: Figure 1
Patent JP-2022141072-A (JP)
Title: Detection device and detection method
Inventor: GOTO HARUHISA
IPC: G01N29/50
Filed: 2021-03-15
Abstract: To provide a detection device for detecting the sheet metal for fixing a heat insulating material in a state floated from the heat insulating material covering the piping.SOLUTION: A detection device includes: a vibration data acquisition part for acquiring the vibration data detected through a heat insulating material and the sheet metal when the piping is vibrated, in the heat insulating material piping in which the piping is covered with the heat insulating material and an outside of the piping is covered with the sheet metal; an arithmetic part which performs enhancement processing for emphasizing high frequency components contained in the vibration data; and a determination part for determining whether the sheet metal is in a state floated from the heat insulation material on the basis of the result of the enhancement processing.SELECTED DRAWING: Figure 5
Patent JP-2022141480-A (JP)
Title: Contact analysis system, contact analysis method, and program
Inventor: MURAKAMI YOSHIAKI
IPC: G06Q30/02
Filed: 2021-03-15
Abstract: To provide a contact analysis system, a contact analysis method and a program, which allow for reliably and easily determining contact with a target object and how the contact was made.SOLUTION: A main server 100 of a contact analysis system 1 disclosed herein comprises a target object information storage unit 110, a user information storage unit 120, a determination result storage unit 130, a user location information acquisition unit 140, a contact determination unit 150, an index computation unit 180, and an attribute identification unit 190.SELECTED DRAWING: Figure 1
Patent JP-2022141504-A (JP)
Title: Low hydrogen type coated electrode
Inventor: WATABE MASAHIRO
IPC: B23K35/30
Filed: 2021-03-15
Abstract: To provide a low hydrogen type coated electrode which does not include Ni and can provide weld metal excellent in toughness at a low temperature of -40°C and is excellent in weld work efficiency such as stable arc even at a low electric current and acquisition of excellent back bead welding shape, even when performing back-bead welding by all-position welding such as circumferential welding of a steel pipe using any of an AC power source and a DC power source.SOLUTION: A low hydrogen type coated electrode is provided, including : a steel core wire; and a coating material coating the steel core wire, wherein a mass ratio of the coating material with respect to the whole mass of the electrode is between 25% and 35%, the coating material includes prescribed amounts of C, metal carbonate, metal fluoride, TiO2 conversion value, SiO2 conversion value, Al2O3 conversion value, CaO conversion value, Si conversion value, Mn conversion value, B conversion value, K2O conversion value in mass% with respect to the whole mass of the coating material. The remainder consists of a coating agent, Fe and impurities.SELECTED DRAWING: None
Patent JP-2022000624-A (JP)
Title: Method of quantitatively evaluating ablation-resistant properties of materials and measurement system therefor
Inventor: LIU JIABIN
IPC: G01N3/56
Filed: 2021-03-17
Abstract: To provide a method of quantitatively evaluating ablation-resistant properties of electrode materials and a measurement system for measuring ablation-resistant properties of electrode materials.SOLUTION: A method of quantitatively evaluating an ablation-resistant property of an electrode material comprises: loading a cathode sample 7 into a measurement system and setting a minimum ablation time; conducting an arc ablation test on the cathode sample 7 and recording arc ablation parameters; dividing an ablation loss volume by an ablation power to obtain an ablation loss rate and using the ablation loss rate as an indicator for quantitatively evaluating the ablation-resistant property of the electrode material.SELECTED DRAWING: Figure 3
Patent JP-2022146122-A (JP)
Title: Battery support frame structure
Inventor: SAITO HAYATO
IPC: B60K1/04
Filed: 2021-03-22
Abstract: To easily increase an amount of battery in a battery support frame structure.SOLUTION: A battery support frame structure S has: a plurality of side members 1 extending in a longitudinal direction of a vehicle and respectively having holes 11 penetrating in a width direction of the vehicle; and a battery 2 inserted in the holes 11 of the plurality of side members 1, and a dimension of the battery in the width direction of the vehicle is greater than a dimension between the plurality of side members 1. The side members 1 linearly extend in the longitudinal direction of the vehicle.SELECTED DRAWING: Figure 2