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    • 81. 发明专利
    • WATERPROOF SIDE-DITCH SECTION STRUCTURE AND MEMBER TO BE USED THEREFOR
    • JPH11172864A
    • 1999-06-29
    • JP36234497
    • 1997-12-12
    • TAJIMA ROOFING CO
    • TAJIMA TSUNEOIMAI TAKAYOSHISAKAMOTO TERUHIROSHIRAI YUKO
    • E04D13/04
    • PROBLEM TO BE SOLVED: To form a side ditch section rapidly to the waterproof layer section of a balcony, etc., easily at low cost. SOLUTION: In side-ditch section structure adjacently formed to the waterproof floor face of a veranda, etc., and used for guiding and discharging running-off rainwater, etc., into a drain inlet, a side ditch section 2 is constituted of an inclined bottom section formed by continuously connecting unit gradient bottom members 8 having a specified gradient, upstanding sections formed on both sides of the inclined bottom section and a waterproof layer laminated and shaped to these inclined bottom section and upstanding sections. The unit gradient bottom members for forming the inclined bottom sections of the side ditch section 2 are composed of a first gradient bottom member, a second gradient bottom member, a third gradient bottom member and a fourth gradient bottom member formed in a square by a formed resin material, inclined sections having the same angle are shaped to these each gradient bottom member extending over the other ends as water flowing-up ends from one ends as water flowing-down ends respectively, and each inclined section of each gradient bottom member is continued and the inclined bottom sections having the same gradient as the gradient of each inclined section can be formed when the first or fourth gradient bottom members are continuously connected successively.
    • 82. 发明专利
    • WATERPROOF CONSTRUCTION AND WATERPROOF METHOD FOR BUILDING
    • JPH11131705A
    • 1999-05-18
    • JP31155597
    • 1997-10-29
    • TAJIMA ROOFING CO
    • TAJIMA TSUNEOIMAI TAKAYOSHIKUCHIKI KANESADAKINOSHITA TAKEFUMIYAMANE YOSHIKAZU
    • E04D5/14E04D11/00E04D11/02
    • PROBLEM TO BE SOLVED: To realize a reliable waterproof layer with an adequate cost which is capable of responding to weather and other various conditions under calm and efficient working environment in the insulation and waterproofing of various buildings and structures including flat roof, veranda, water storage tank or the like. SOLUTION: A plurality of waterproof sheets 11 are laid in parallel on concrete or other backing surfaces, adjacent waterproof sheets 11 are overlapped at the ends for waterproofing purpose, and a plurality of waterproof sheets 11 on the backing surface comprise adhering and attaching means for attaching to the backing surface, air vent means for communicating to the gaps between the waterproof sheet 11 and the backing, mechanical means 13 for attaching the waterproof sheet 11 to the backing surface at the overlapped portion of the waterproof sheet 11. And adhering and attaching means are constituted with an adhesive layer 12, the mechanical attaching means 13 is constituted with a holding fittings and pressing pins for fixing the fittings to the backing surface and, at the overlapping portion with the waterproof sheet 11, the end portions of the upper waterproof sheet 11 fixed to the backing surface with the holding fittings and pressing pins are bonded and fixed with the end portion of the upper waterproof sheets 11.
    • 90. 发明专利
    • ASPHALT ROOFING FELT
    • JPH0853909A
    • 1996-02-27
    • JP21213694
    • 1994-08-12
    • TAJIMA ROOFING CO
    • TAJIMA TSUNEOIMAI TAKAYOSHIKOJIMA TORUYAMAZAKI HAJIME
    • E04D5/10E04D12/00
    • PURPOSE:To eliminate the possibility of sliding and soiling during roofing construction for a gradient roof by providing an antisliding synthetic resin layer containing particulates, a base material layer made of non-woven cloth or woven cloth, an asphalt layer and a mineral particulate layer. CONSTITUTION:An antisliding synthetic resin layer 1 is formed on a base material layer 2. Then, melted asphalt or the like is applied to the opposite side of the antisliding synthetic resin layer 1 to form an asphalt layer 3. A mineral particulate layer 4 is formed thereunder. Antisliding synthetic resin components are infiltrated into the surface of the base material layer 2 and part of the asphalt layer 3 is infiltrated into the back. Otherwise, the antisliding synthetic resin layer 1 is formed on the base material layer 2. Then, the melted asphalt or the like is applied to the opposite side of the synthetic resin layer 1 to form the asphalt layer 3. On the other hand, rubber, rubber reformed asphalt or the like is applied to a peeled layer 6 to form a self-adhesive layer 5. Then, the asphalt layer 3 and the self-adhesive layer 5 are opposed to each other in layers. In this way, more safe work can be done without causing loose sand and sliding.