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    • 41. 发明专利
    • Case for packaging narrow long rubber product
    • 用于包装NARROW LONG RUBBER产品的情况
    • JP2005153983A
    • 2005-06-16
    • JP2003399131
    • 2003-11-28
    • Hayakawa Rubber Co Ltd早川ゴム株式会社
    • KAKIMOTO HIROBUMIKISO OSAMU
    • B65D5/42
    • PROBLEM TO BE SOLVED: To provide a case which makes it possible to store and carry a narrow long rubber product without damaging or deforming it, prevents resealing after opened, and eliminates the need for categorized separation when disposed of. SOLUTION: A front panel 3 and a rear panel 4 continue to the short sides of the bottom panel 2 of the case 1, and a pair of side panels 5 and 6 continue to the long sides. A foldable top panel 7 continues to one of the side panels 5, and a foldable mountain-like part 8 continues to the other side panel 6. Product press panels 14 and 15 continue to the front panel and the rear panel 4, respectively. Locking holes 18 are made in the foldable mountain-like part 8 whereas locking tongues 19 continue from the top panel so as to correspond with the locking holes 18. Cuts 20 are made in an border between each locking tongue and the top plate. Both sides 21 of each locking tongue are curved or tapered towards the end from an adjacent part. Slits 22 in the form of perforations are made in the top panel. Cuts 23 and 23 are made in the free ends of long extension parts 10 and 12, respectively, and they are locked to each other, thereby forming one of the sides together with side panels. The locking tongues 19 are inserted and locked into the locking holes 18. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种可以在不损坏或变形的情况下储存和携带窄长的橡胶制品的情况,防止打开后的再密封,并且在处理时不需要分类分离。 解决方案:前面板3和后面板4继续到壳体1的底板2的短边,并且一对侧板5和6继续到长边。 可折叠的顶板7继续到侧板5中的一个,并且可折叠的山形部分8继续到另一侧板6.产品压板14和15分别继续到前面板和后面板4。 锁定孔18制成在可折叠的山形部分8中,而锁舌19从顶板继续从而与锁定孔18对应。切口20被制成每个锁舌和顶板之间的边界。 每个锁舌的两侧21相对于相邻部分的端部弯曲或渐缩。 在顶板中制成穿孔形式的狭缝22。 切口23和23分别制成在长延伸部分10和12的自由端中,并且它们彼此锁定,从而与侧板一起形成一个侧面。 锁舌19插入​​并锁定到锁孔18中。(C)2005年,JPO&NCIPI
    • 44. 发明专利
    • Floor structure and baseboard used for floor structure
    • 用于地板结构的地板结构和基座
    • JP2003328549A
    • 2003-11-19
    • JP2002134128
    • 2002-05-09
    • Hayakawa Rubber Co Ltd早川ゴム株式会社
    • KAKIMOTO HIROBUMIKISO OSAMU
    • E04F19/04E04F15/00E04F15/20
    • PROBLEM TO BE SOLVED: To provide a floor structure for satisfying a class LH-55 of a heavy floor impulsive sound only by being strongly fixed to a floor baseboard of a present state. SOLUTION: This floor structure has a floor support material, a plurality of floor baseboards 2 mutually adjacently arranged in the horizontal direction on the floor support material, a plurality of soundproof floor materials 4 mutually separately arranged in the horizontal direction on the respective floor baseboards 2, and a floor backing material on the soundproof floor materials 4, and has an underfloor space between the floor baseboards 2 and the floor backing material. The respective soundproof floor materials 4 are composed of a plurality of shock absorbing members different in a shock absorbing mechanism, and a slender support member, and include a plurality of shock absorbing members having at least one kind of shock absorbing mechanism among the respective shock absorbing members. The support member is arranged on at least one surface of an upper surface and an under surface of the respective shock absorbing members. The floor structure has a plurality of slender control members 9. The respective control members 9 have a through-hole. The respective control members 9 are fixed on the floor baseboards 2 by a fixing member penetrating through the through-hole. The respective control members 9 integrally connect at least two floor baseboards 2, and restrain the heavy floor impulsive sound. COPYRIGHT: (C)2004,JPO
    • 要解决的问题:仅通过牢固地固定在当前状态的地板基板上来提供满足重型地板冲击声的LH-55类的地板结构。 解决方案:该地板结构具有地板支撑材料,在地板支撑材料上沿水平方向相互相邻布置的多个地板底板2,在相应的水平方向上相互分开地布置的多个隔音地板材料4 地板底板2和隔音地板材料4上的地板背衬材料,并且在地板底板2和地板背衬材料之间具有地板下的空间。 各个隔音地板材料4由减震机构不同的多个减震构件和细长的支撑构件组成,并且包括多个冲击吸收构件,其在各个减震装置中具有至少一种减震机构 会员 支撑构件设置在各个减震构件的上表面和下表面的至少一个表面上。 地板结构具有多个细长控制构件9.各个控制构件9具有通孔。 相应的控制构件9通过穿过通孔的固定构件固定在地板基板2上。 相应的控制构件9一体地连接至少两个地板底板2,并且抑制重的地板冲击声。 版权所有(C)2004,JPO
    • 47. 发明专利
    • SOUND INSULATION FLOOR STRUCTURE AND SOUND INSULATION FLOOR MATERIAL
    • JP2000144999A
    • 2000-05-26
    • JP32395898
    • 1998-11-13
    • HAYAKAWA RUBBER
    • KAKIMOTO HIROBUMIKISO OSAMU
    • E04B5/43E04F15/18
    • PROBLEM TO BE SOLVED: To provide a sound insulation structure that can reduce the weight of a floor and impact sound of a floor, and be executed readily, and also minimize the increase of costs with no design change at all on a floor frame. SOLUTION: The sound insulation floor structure 1 is furnished with a plate-like waste adhesive material 2 to be a floor surface forming underlying material and a floor plate 3 for supporting the plate-like waste adhesive material 2. The sound insulation floor structure 1 includes a plurality of sound insulation materials 4 interposed between the plate-like waste material 2 and the floor plate 3. Each sound insulation floor material 4 is set apart from one another, and a space 5 is defined between each sound insulation floor material 4. Also, each sound insulation floor material 4 is provided with a lower side plate-like body 6, impact absorption materials 7a, 7b, and an upper side plate-like body 8. The lower side plate-like body 6 is fastened on the floor plate 3 by a screw 9, and the upper side plate-like body 8 is fastened below the plate-like waste adhesive material 2 by screws 10. The impact absorption materials 7a, 7b are interposed between the lower side plate-like body 6 and the upper side plate-like body 8. The sound insulation floor structure 1 having a vertical maximum instantaneous displacement of the plate-like waste adhesive material 2 in the range of 10 mm or less by the impact of a bang machine in accordance with JIS-A-1418, and a floor is formed on the sound insulation floor structure.
    • 49. 发明专利
    • VIBRATION INSULATING FLOOR SLAB STRUCTURE
    • JPH11141037A
    • 1999-05-25
    • JP31324697
    • 1997-11-14
    • HAYAKAWA RUBBER
    • KAKIMOTO HIROBUMIKISO OSAMU
    • E04B5/43
    • PROBLEM TO BE SOLVED: To insulate vibration by laying a plurality of floor slab blocks on the same plane between adjacent supports, and interposing a gas filled body with a gas filled part, between the adjacent floor slab blocks. SOLUTION: A tubular body is provided with a cavity part of square cross section, and plug members having insert parts and collar parts are inserted in both end parts of the tubular body to form a gas filled body 5 with air filled inside. This gas filled body 5 is arranged between a plurality of floor slab blocks 6 formed by dividing an ALC floor slab, and the floor slab blocks 6, vibration clamping sheets 8 and plywood 6 are stocked and fitted into a support frame 7 formed of angle steel. The gas filled body 5 is interposed to insulate vibration between the floor slab block 6 and the frame 7 and between the floor slab blocks 6 to form a vibration insulating floor slab. Noise of a flexible structure floor can therefore be reduced in a marked degree.