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    • 1. 发明授权
    • Prefabricated planking by gluing with straight or curved boards and having a planar or complex shape
    • 通过胶合直板或曲面板并具有平面或复杂形状的预制板
    • US06680019B1
    • 2004-01-20
    • US09700799
    • 2000-11-20
    • Dominique Crassous
    • Dominique Crassous
    • B29C5302
    • B27D1/08B27M3/04B63B5/02B63B5/08
    • A planking technique for producing, in a workshop, floors of required length with straight or curved boards having planar or curved shape. The technique restricts the period for which the object is immobilized to the time during which the prefabricated panels are being glued. The technique is particularly adapted for producing the skirts of swimming pools, boat decks, saunas, thalassotherapy installations and, more particularly, floors with complex shapes. A template is produced based on the surface to be covered in a material which will be subsequently eliminated. The boards are glued with their upper surface on the template lower surface with edge bending corresponding to the bending desired for the final production. The sealant between the boards can be produced at this stage of manufacture.
    • 一种用于在车间生产所需长度的地板,其具有平面或弯曲形状的直的或弯曲的板。 该技术限制了物体被固定的时期到预制板被粘合的时间。 该技术特别适用于生产游泳池,船甲板,桑拿浴,海水浴疗法装置的裙子,更具体地说,是具有复杂形状的地板。 基于要被覆盖的表面产生将被随后消除的材料的模板。 这些板与模板下表面上的上表面胶合,边缘弯曲对应于最终生产所需的弯曲。 板的密封剂可以在制造阶段生产。
    • 2. 发明授权
    • Method for manufacture of a boat deck having a surface of adjacent
strips, and a deck manufactured according to the method
    • 制造具有相邻条带表面的船甲板的方法和根据该方法制造的甲板
    • US4351256A
    • 1982-09-28
    • US120350
    • 1980-02-11
    • Sven A. Jonsson
    • Sven A. Jonsson
    • B63B5/08B63B3/00B63B5/00
    • B63B5/08
    • A method for the manufacture of a deck of adjacently located strips for series-produced decked boats, including the steps of arranging a number of strip members in a parallel relationship, separated from each other by means of intermediately located spacing members, thus giving the strip members a longitudinally extending curved configuration mainly corresponding to the deck line of the boat to which the deck is intended to be attached, thereafter applying a supporting and joining member against the free edge portions of the strip members, and by means of an adhesive, vulcanization, or similar previously known method producing a joint between the strip members and the supporting and joining member, whereafter the spacing members located between the strip shaped members are removed. As a further step, the strip members are arranged with a height corresponding to at least twice the intended height, and a second joining and supporting member is attached against the strip members in an opposed relationship to the first member, whereafter the strip members are divided along a central longitudinally extending line, thereby forming two mirror image deck halves.
    • 一种用于制造用于串联制造的甲板船的相邻的条带的方法,包括以平行关系布置多个带状构件的步骤,通过中间位置的间隔构件彼此分离,从而使带 构件,其主要对应于要安装甲板的船的甲板线,然后将支撑和接合构件施加到带状构件的自由边缘部分上,并且借助于粘合剂硫化, 或类似的先前已知的方法产生条形构件和支撑和接合构件之间的接合,然后移除位于带状构件之间的间隔构件。 作为进一步的步骤,带状构件布置成具有与预期高度的至少两倍的高度,并且第二接合和支撑构件以与第一构件相对的关系抵靠条形构件附接,之后条形构件被分割 沿着中心纵向延伸的线,从而形成两个镜像甲板半部。
    • 3. 发明申请
    • Fitted deck for boat, yacht or ship
    • 船,游艇或船上装有甲板
    • US20070062431A1
    • 2007-03-22
    • US11232928
    • 2005-09-22
    • Michael Kimble
    • Michael Kimble
    • E04B9/00B63B5/00B63B3/00
    • B63B3/48B63B5/08
    • A fitted deck and a method for installing the fitted deck above an as-built deck of a boat, ship or yacht (sometime referred to hereafter collectively as a vessel). Threaded stud elements are stud welded or glued to the surface of the as-built deck of the vessel to form a regular grid of threaded studs spaced close together (preferably about 1 foot apart). Onto each stud a “leveling plate” is threaded to a specific height preferably indicated by laser level indicator and a set of height specifications determined by a computer processor to achieve for the deck a desired camber, sheer, and slope. Support rails are spot welded to the leveling plates to provide a floor support for the deck. The support rails are preferably aligned in directions generally perpendicular to the vessel axis (i.e., aligned port to starboard). Specially designed batten rail fixtures aligned fore and aft (bow to stem parallel to the axis of the vessel) and are welded to the support rails to form a locking grid to lock in deck batten units. In a preferred embodiment the deck batten units are about 96 mm wide made by gluing a natural wood boards to a composite support to produce battens about 96 mm wide and several meters long. The wood is preferably teak about 12 mm thick and the composite material is reinforced plastic also about 12 mm thick. The composite support includes longitudinal groves on each side to lock the deck batten units into the specially designed batten rail fixtures. Once placed in the fixtures the deck batten units are locked into place with a locking spline which is covered with a narrow rubber-like material. The end result is a beautiful teak deck which is suspended above the as built deck maintaining a perfect camber, sheer, and sloop to assure drainage.
    • 一个安装的甲板和一个在船,船或游艇(有时被称为船只统称为船舶)的建造甲板上方安装安装甲板的方法。 螺纹螺柱元件被螺柱焊接或胶合到容器的建造甲板的表面上,以形成紧密间隔(优选约1英尺)的螺柱的规则格栅。 在每个螺柱上,“平整板”被螺纹连接到优选地由激光水平仪指示器指示的特定高度,以及由计算机处理器确定的一组高度规格,以为甲板实现所需的弯度,剪切和斜率。 支撑轨点焊到平整板上,为甲板提供地面支撑。 支撑轨优选地在大致垂直于容器轴线的方向(即,右舷对准的端口)上对齐。 专门设计的板条轨道固定装置前后对齐(弓形杆平行于船舶的轴线),并焊接到支撑轨道上,形成一个锁定网格以锁定甲板板条单元。 在一个优选实施例中,通过将天然木板粘合到复合支撑件上来制造约96mm宽的甲板板条单元,以生产约96mm宽和几米长的板条。 木材最好是约12毫米厚的柚木,复合材料也是约12毫米厚的增强塑料。 复合支架包括每侧的纵向沟槽,以将甲板板条单元锁定在专门设计的板条轨道固定装置中。 一旦放置在固定装置中,甲板板条单元被锁定到位,其中锁定花键被窄的橡胶状材料覆盖。 最终的结果是一个美丽的柚木甲板,悬挂在建成的甲板上,保持完美的外倾,透明和疏水以确保排水。
    • 5. 发明授权
    • Fitted deck for boat, yacht or ship
    • 船,游艇或船上装有甲板
    • US07506598B2
    • 2009-03-24
    • US11232928
    • 2005-09-22
    • Michael Ray Kimble
    • Michael Ray Kimble
    • B63B3/00
    • B63B3/48B63B5/08
    • A fitted deck and a method for installing the fitted deck above an as-built deck of a boat, ship or yacht (sometime referred to hereafter collectively as a vessel). Threaded stud elements are stud welded or glued to the surface of the as-built deck of the vessel to form a regular grid of threaded studs spaced close together (preferably about 1 foot apart). Onto each stud a “leveling plate” is threaded to a specific height preferably indicated by laser level indicator and a set of height specifications determined by a computer processor to achieve for the deck a desired camber, sheer, and slope. Support rails are spot welded to the leveling plates to provide a floor support for the deck. The support rails are preferably aligned in directions generally perpendicular to the vessel axis (i.e., aligned port to starboard). Specially designed batten rail fixtures aligned fore and aft (bow to stern parallel to the axis of the vessel) and are welded to the support rails to form a locking grid to lock in deck batten units. In a preferred embodiment the deck batten units are about 96 mm wide made by gluing a natural wood boards to a composite support to produce battens about 96 mm wide and several meters long. The wood is preferably teak about 12 mm thick and the composite material is reinforced plastic also about 12 mm thick. The composite support includes longitudinal groves on each side to lock the deck batten units into the specially designed batten rail fixtures. Once placed in the fixtures the deck batten units are locked into place with a locking spline which is covered with a narrow rubber-like material. The end result is a beautiful teak deck which is suspended above the as built deck maintaining a perfect camber, sheer, and sloop to assure drainage.
    • 一个安装的甲板和一个在船,船或游艇(有时被称为船只统称为船舶)的建造甲板上方安装安装甲板的方法。 螺纹螺柱元件被螺柱焊接或胶合到容器的建造甲板的表面上,以形成紧密间隔(优选约1英尺)的螺柱的规则格栅。 在每个螺柱上,“平整板”被螺纹连接到优选地由激光水平仪指示器指示的特定高度,以及由计算机处理器确定的一组高度规格,以为甲板实现所需的弯度,剪切和斜率。 支撑轨点焊到平整板上,为甲板提供地面支撑。 支撑轨优选地在大致垂直于容器轴线的方向(即,右舷对准的端口)上对齐。 特别设计的板条轨道固定装置前后对齐(弓至船尾平行于船舶轴线),并焊接在支撑轨道上,形成一个锁定网格,以锁定甲板板组件。 在一个优选实施例中,通过将天然木板粘合到复合支撑件上来制造约96mm宽的甲板板条单元,以生产约96mm宽和几米长的板条。 木材最好是约12毫米厚的柚木,复合材料也是约12毫米厚的增强塑料。 复合支架包括每侧的纵向沟槽,以将甲板板条单元锁定到特别设计的板条轨道固定装置中。 一旦放置在固定装置中,甲板板条单元被锁定到位,其中锁定花键被窄的橡胶状材料覆盖。 最终的结果是一个美丽的柚木甲板,悬挂在建成的甲板上,保持完美的外倾,透明和疏水以确保排水。
    • 8. 发明公开
    • VERFAHREN ZUR MONTAGE EINES FERTIGDECKS
    • 方法贴装成品甲板
    • EP2945848A1
    • 2015-11-25
    • EP14704757.5
    • 2014-01-21
    • Wolz Nautic GmbH & Co. Kg
    • WOLZ, AndreasWOLZ, Michael
    • B63B5/06B63B5/08
    • B63B5/06B63B5/08
    • The invention relates to a method for mounting a prefabricated deck (01, 21, 41, 61) on a boat deck (11, 31, 51, 71), said prefabricated deck (01, 21, 41, 61) comprising one or more prefabricated deck elements (02, 22) and the method comprising the following steps: determining at least two centering points per prefabricated deck element (02, 22); optionally calibrating the centering points on the boat deck (11, 31, 51, 71); applying to and/or integrating in the boat deck (11, 31, 51, 71) first centering means (13, 33, 53, 73) per centering point; if no calibration is carried out, measuring the first centering means (13, 33, 53, 73) to determine the coordinates of the centering points; applying to and/or integrating in the prefabricated deck element (02, 22) second centering means (03, 23, 43, 63) per centering point; applying an adhesive (19, 39) to the lower face of the prefabricated deck element (02, 22) and/or to the upper face of the boat deck (11, 31, 51, 71); placing the prefabricated deck element (02, 22) on top of the boat deck (11, 31, 51, 71), the first (13, 33, 53, 73) and the second centering means (03, 23, 43, 63) being complementary to each other and a defined position of the prefabricated deck element (02, 22) on the boat deck (11, 31, 51, 71) being produced; and gluing the prefabricated deck element (02, 22) to the boat deck (11, 31, 51, 71) and allowing the adhesive (19, 39) to cure.