会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • Water stop construction method of structure made by cement composition body
    • 水泥组合物结构的水停止施工方法
    • JP2014181486A
    • 2014-09-29
    • JP2013056564
    • 2013-03-19
    • Ohbayashi Corp株式会社大林組Masuda Kk有限会社Masuda
    • OGAWA HARUKAKOBAYASHI TOSHIMITSUMASUDA TAKASHIENDO KOICHI
    • E04G23/02E21D11/38
    • PROBLEM TO BE SOLVED: To provide a water stop construction method that can reliably bring about foaming and curing of a hydrophilic urethane resin, while dispensing with a previous injection work of water to a leakage gap portion, and can perform the curing of the aqueous polymer emulsion in the leakage gap portion in a short time.SOLUTION: A water stop construction method is provided for stopping water by injecting a water stop material with an injection device in a leakage gap portion of a structure made by a cement composition body. The injection device has a discharge port in communication with the leakage gap portion, and a flow path in communication with the discharge port. A liquid hydrophilic urethane resin and an aqueous polymer emulsion separately supplied to the injection device, respectively, are discharged from the discharge port, while mixing them in the flow path, and are injected into the leakage gap portion.
    • 要解决的问题:为了提供一种能够可靠地使亲水性聚氨酯树脂发泡和固化的止水结构方法,同时分配先前向泄漏间隙部分注入的水,并且可以进行含水聚合物的固化 在短时间内在泄漏间隙部分中的乳液。解决方案:通过在由水泥组合物主体制成的结构的泄漏间隙部分中注入具有注射装置的止水材料来提供止水结构方法来停止水。 注射装置具有与泄漏间隙部连通的排出口和与排出口连通的流路。 分别提供给注射装置的液体亲水性聚氨酯树脂和聚合物乳液分别从排出口排出,同时将它们混合在流路中,并被注入泄漏间隙部分。
    • 2. 发明专利
    • WATER LEVEL READER
    • JPS63111423A
    • 1988-05-16
    • JP25776486
    • 1986-10-28
    • MASUDA KKNITTO ELECTRIC IND CO
    • YANAGAWA YASUHIROYAKOYA KENZOU
    • G01F23/00G01F23/28
    • PURPOSE:To read variation in the water level in a bullet by an easy operation with high accuracy by detecting the liquid level in the bullet which varies in the internal liquid level by a liquid level sensor, and moving up-and-down the bullet so that the liquid level after the variation stays at the same level. CONSTITUTION:A cylinder 5 as a body to be detected is stored in a sealed water jacket filled with water and, water is fed into this cylinder 5 to apply pressure, and the quantity of deformation of the cylinder is measured from the amount of water discharged from the water jacket 4 owing to the expansion of the cylinder. This inspection device 2 finds the quantity of deformation of the cylinder 5 after the pressure application from variation in the liquid level in the bullet 26 communicating with the water jacket 4. When the liquid level in a beam 26 rises, a driving means moves up-and-down the bullet to make a new liquid level coincident with a 0 point when the liquid level of the bullet 26 adjusted previously to the 0 point so as to eliminate the influence of gravitational force operating on the water column. At this time, liquid level sensor detects the liquid level after the variation.
    • 3. 发明专利
    • WELDMENT SUPPORTING BASE
    • JPS61199599A
    • 1986-09-04
    • JP4153985
    • 1985-03-02
    • MASUDA KK
    • TERADA KINZOMASUDA HIDETOSHIMASUDA EIJI
    • B23K37/047B23K9/12B23K9/127B23K37/04
    • PURPOSE:To support stably weldment as against welding strain and to permit adequate welding by disposing projection-like receiving materials for supporting the weldment in contact with the base of the weldment on the surface of a table which is a base plate of a weldment supporting base along weld lines. CONSTITUTION:The receiving materials 32 are fitted into the groove-shaped recesses 31 nearest the weld lines W, L among the recesses provided to the respective projecting parts 15b of the table 15. A square steel plate 7 which is the weldment is imposed on the materials 32, 32... and lock blocks 34 are placed thereto from four sides. Lock screws 36 are then tightened up to fix the square steel plate 7 tack-welded with a square steel pipe 6 via a backing strip 8. A welding head 4 is moved and welding is executed after the plate 7 and the pipe 6 are supported to the supporting base 2. The plate 7 is usually strained in this stage and chambers to a projecting shape with respect to the table plane but the base 2 support the plate 7 by the materials 32 and therefore the positional relation of the table 15 with the weld lines W, L changes hardly even if the plate 7 is strained. The plate 7 is thus stably supported without the contact of the projecting part by the strain in the central part of the steel plate with the table 15.
    • 4. 发明专利
    • MARKING AND STAMPING MACHINE
    • JPS5550926A
    • 1980-04-14
    • JP12398378
    • 1978-10-07
    • MASUDA KKYOKOTA IND
    • OHATA KENKICHIANAMI JIROU
    • B41K1/00B21D22/04B41K3/36B44B5/00
    • PURPOSE:To give distinct marking without deformation of the thin object to be marked by letting a disc form marking head oppose to a snapper and giving high speed repetitive impacts to the snapper. CONSTITUTION:Of the plural marks 3 mounted to the mark mounting hole 21 of a marking head 4, the marking head 4 is so rotated that the training end of the required mark 3 opposes to the leading end of a snapper 2. When the mark 3 is pressed onto the object to be marked, the mark 3 and snapper 2 are contacted by the pressing force thereof, and a grip part 8 advances against a resetting spring 9, by which a control valve 15 is opened. A piston 13 is reciprocated at high speeds by the compressed air being sent to a cylinder 12, thereby striking the trailing end of the snapper 2. This small impact force is repeatedly applied to the mark 3, by which stamping is accomplished in a short time. The depth of marking is adjusted by the length of the impact time or supply air pressure. This device is used for marking work, etc. of high pressure gas vessels, etc.
    • 8. 发明专利
    • AUTOMATIC EDGE BEVELING MACHINE
    • JPS5994576A
    • 1984-05-31
    • JP20412282
    • 1982-11-19
    • MASUDA KK
    • MASUDA HIDETOSHIMASUDA EIJI
    • B23K31/00B23K7/00B23K37/02
    • PURPOSE:To regulate surely and stably the traveling direction of a beveling machine and to form a uniformly beveled edge on the end face of a work by forming a spiral thread on the outside peripheral surface of at least one roll among plural pieces of the rolls which roll along the front and rear surfaces of the end face of the work. CONSTITUTION:A beveling machine is set at the end of a work 10, and the work 10 is grasped between rolls 3 and 4 by a press means. The rolls 3, 4 are driven to rotate by a motor 5, and the beveling machine is self-run along the end face of the work 10 so that the end face of the work 10 is beveled gradually by operating a melt cutting device 2. The rolls 3, 4 are so set as to be positioned axially at a right angle to the end face of the work 10 and a spiral thread 8 is formed on the outside peripheral surface of the roll 4 so that the acting direction of the driving force on the work 10 has an angle theta equal approximately to the lead angle of the thread 8 with respect to the end face of the work 10. Then, the beveling machine contacts with the end face of the work 10 under a uniform pressure and the traveling direction thereof is regulated stably.
    • 9. 发明专利
    • WINDER FOR LOOP MEMBER
    • JPS57156978A
    • 1982-09-28
    • JP3914681
    • 1981-03-18
    • IDEMITSU KOSAN COMASUDA KK
    • MASUDA MASAHIROITOU KAZUOMI
    • B65H81/02B65H81/04
    • PURPOSE:To provide a winder for spirally winding a belt-like winding member round the small-radial peripheral surface of a loop member which can easily wind by providing a plurality of rollers which contact a driving mechanism for rotating the loop member in the peripheral direction at the outermost peripheral surfaces thereof. CONSTITUTION:Both guide rollers 40 are raised by a piston rod 38 of a cylinder 37, and a loop member 35 is interposed between driving rollers 26, 34 flanges to operate the cylinder 37 backward so that the loop member is pressed to the roller 34 by the rollers 40 not to be deformed. The outer end of a winding member 7, which is previously rolled round a mandrel 6 of a flayer 3, is secured to a predetermined position of the loop member 35, and a large-sized motor 12 and a small-sized motor 18 are driven to drive the flayer 3 and each driving roller 34, whereby the loop member 35 is rotated smoothly an the winding member 7 is spirally turned round on the peripheral surface of small radius of the loop member 35 by the flyer 3 rotating within the surface intersecting with the loop member 35.