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    • 1. 发明专利
    • Support structure of total plastic resin palisade heat dissipator and metal fitting for use
    • 总塑料树脂散热器和金属配件的支撑结构
    • JP2014115015A
    • 2014-06-26
    • JP2012269307
    • 2012-12-10
    • Tesuku Shizai Hanbai Co Ltd株式会社 テスク資材販売Kyoritsu Air Tech Inc協立エアテック株式会社
    • SAKURABA TAKAMITSUUENO TAKESHIKOGA SHIGETOSHI
    • F24D19/02F24D19/00F24F1/00F24F5/00
    • PROBLEM TO BE SOLVED: To obtain a support structure in which a palisade heat dissipator made of a total plastic resin is adjustable in upper and lower, right and left dimensions on a drain pan in a small heat space of a partition wall, etc., and also the generated condensation water can be processed without troubles, and to obtain metal fittings enabling proper implementation by the support structure.SOLUTION: A heat dissipator 1 is supported in a hanging form by supporting the upper part of the heat dissipator 1 while setting over support bars 2B between the receiving brackets 2A mounted in a vertically adjustable manner on the surfaces of studs 9E of both sides, and by supporting the upper part of the heat dissipator 1 with the support metal fittings 2D slidably fitted in right and left on the support bars 2B. Also, vertical pipes 1B at the outer end of the heat dissipator 1 are retained in the form of longitudinal movement and outward movement control, by controlling heat transfer and mounting a retainer 7 on the studs 9E of both sides in the lower part of the heat dissipator 1, and by mounting crank metal fittings 7B adjustably in a laterally movable manner at the tip of a support side 7L of the retainer inwardly inclined with a drainage slope.
    • 要解决的问题:为了获得一种支撑结构,其中由总塑料树脂制成的栅栏散热器在分隔壁等的小的加热空间中的排水盘上的上下左右尺寸上是可调节的, 并且生成的冷凝水可以无故障地加工,并且获得能够由支撑结构适当实施的金属配件。解决方案:散热器1通过支撑散热器1的上部而被支撑成悬挂形式,同时设置 在两侧的螺柱9E的表面上以可垂直调节的方式安装的接收支架2A之间的支撑杆2B,以及通过支撑金属配件2D支撑散热器1的上部,支撑金属配件2D可滑动地装配在支撑件上 酒吧2B。 此外,通过控制热传递并将保持器7安装在热量下部两侧的螺柱9E上,以散热器1的外端的垂直管1B被保持为纵向运动和向外运动控制的形式 散热器1,并且通过以可以横向移动的方式将曲柄金属配件7B可调节地安装在保持器的支撑侧7L的顶端处,并以排水斜面向内倾斜。
    • 2. 发明专利
    • Metal fitting to be used for support structure of fence-like radiator totally made of plastic resin
    • 金属配件用于支持塑料树脂等离子体散热器的结构
    • JP2014114691A
    • 2014-06-26
    • JP2014002106
    • 2014-01-09
    • Tesuku Shizai Hanbai Co Ltd株式会社 テスク資材販売Kyoritsu Air Tech Inc協立エアテック株式会社
    • SAKURABA TAKAMITSUUENO TAKESHIKOGA SHIGETOSHI
    • E04B2/74
    • PROBLEM TO BE SOLVED: To obtain a support structure capable of adjusting vertical and horizontal dimensions of a fence-like radiator totally made of plastic resin on a drain pan in a narrow heat space such as in a partition wall and also processing generated dew condensation water without a trouble, and metal fittings capable of suitably executing the support structure.SOLUTION: An upper part of a radiator 1 is supported by extending a support bar 2B between brackets 2A fitted to be vertically adjustable on surfaces of studs 9E on both sides, the upper part of the radiator 1 is supported by support metal fittings 2D engaged into the support bar 2B to be horizontally slidable, the heat radiator 1 is supported at a suspended state, and at a lower part of the radiator 1, holding fittings 7 are fitted to the studs 9E on both sides by regulating heat transmission, crank metal fittings 7B are fitted to the tip of a support side 7L of the holding fittings which are inclined inward by water gradient so that horizontal movement can be adjusted, and a vertical pipe 1B on an outer end of the radiator 1 is held in forms of regulation of forward/backward movement and outward movement.
    • 要解决的问题:为了获得一种支撑结构,其能够在诸如分隔壁的狭窄的加热空间的排水盘上调整由塑料树脂完全制成的围栏状散热器的垂直和水平尺寸,并且还处理产生的结露水 没有麻烦,能够适当地执行支撑结构的金属配件。解决方案:散热器1的上部通过在两侧的螺柱9E的表面上安装成可垂直调节的托架2A之间延伸支撑杆2B而被支撑, 散热器1的上部由与支撑杆2B接合的支撑金属配件2D支撑以水平滑动,散热器1以悬挂状态支撑,并且在散热器1的下部安装有保持配件7 通过调节热传递到两侧的螺柱9E,曲柄金属配件7B装配到由水gr向内倾斜的保持配件的支撑侧7L的末端 使得可以调节水平运动,并且在散热器1的外端上的垂直管1B以向前/向后运动和向外运动的调节的形式保持。
    • 3. 发明专利
    • Support structure of fence-like radiator totally made of plastic resin and appliance using the same
    • 塑料树脂和装置的类似放射体的支撑结构
    • JP2014122754A
    • 2014-07-03
    • JP2012279064
    • 2012-12-21
    • Tesuku Shizai Hanbai Co Ltd株式会社 テスク資材販売Kyoritsu Air Tech Inc協立エアテック株式会社
    • SAKURABA TAKAMITSUTSUCHIYA MASANORIUENO TAKESHIKOGA SHIGETOSHI
    • F24D19/02F24D19/00
    • PROBLEM TO BE SOLVED: To provide a support structure in which a fence-like radiator totally made of plastic resin and having poor rigidity is arranged in such a form that the positioning relationship is assured on a drain pan within a narrow space such as a partition wall, and to provide an appliance which is fixed to the fence-like radiator 1 and has the improved shape retention.SOLUTION: A fence-like radiator 1 totally made of plastic resin round pipe made by integrally layering two-sheets of radiation panels in which longitudinal pipe 1B groups are communicated in parallel between upper and lower transverse pipes 1A is suspended and retained above a drain pan 3, width stoppers 4 in which an upper surface 4U and a lower surface 4D have a drainage slope on a proper part in the vertical direction of the radiator 1 and regulates a relational arrangement structure of the total longitudinal pipes 1B are subjected to interval arrangement, and outer end longitudinal pipes 1B of the front side radiation panels and outer end longitudinal pipes 1B of the corresponding rear side radiation panels are connected to both ends of a connection plate 5S provided with drainage slope on a proper part in the vertical direction with a connection fixture 5 provided with a circular-arcuate elastic clip 5C in a rigid structure.
    • 要解决的问题:为了提供一种支撑结构,其中由塑料树脂完全制成且具有差的刚性的围栏状散热器以这样的形式布置,使得在诸如分隔件的狭窄空间内的排水盘上确保定位关系 并且提供固定到栅栏式散热器1上并具有改进的形状保持的器具。解决方案:一种由塑料树脂圆形管制成的围栏状散热器1,其通过将两片辐射面板整体地分层 纵排管1B组合在上横向管1A和下横管1A之间并排连接并保持在排水盘3上方的宽度限制器4中,其中上表面4U和下表面4D在其中适当的部分具有排水斜面 散热器1的垂直方向和整个纵向管1B的关系布置结构进行间隔排列,前端的外端纵向管1B 相应的后侧辐射板的散热板和外端纵向管1B连接到在垂直方向的适当部分上设置有排水斜面的连接板5S的两端,连接固定件5设置有圆弧形弹性 夹子5C为刚性结构。
    • 4. 发明专利
    • Dew condensation permission type cooling/heating system
    • DEW CONDENSATION允许型冷却/加热系统
    • JP2014105964A
    • 2014-06-09
    • JP2012261187
    • 2012-11-29
    • Tesuku Shizai Hanbai Co Ltd株式会社 テスク資材販売Kyoritsu Air Tech Inc協立エアテック株式会社
    • SAKURABA TAKAMITSUUENO TAKESHIKOGA SHIGETOSHI
    • F24D19/00F24D3/14F24F5/00
    • PROBLEM TO BE SOLVED: To facilitate the execution of work for dew condensation countermeasure of a cooling/heating system using a fence-like radiator made entirely of a plastic resin within a narrow space of a dwelling room such as a space divided by partition walls and the like.SOLUTION: A fence-like thin type radiator 1 made entirely of a plastic resin with a group of vertical pipes 1B being arranged side by side between the upper and lower lateral pipes 1A, is hung and supported by a suspension metal fitting 2, in a heat space O having three sides defined by a rear wall member 9B, both side vertical surface members 9B, an upper bar 9U, and a lower bar 9D with its front plane being released open. A forward and rearward motion and a rightward and leftward motion of the upper part and the lower part of the radiator 1 are restricted; the lower end of the radiator 1 is suspended into and immersed in a drain pan 3 arranged below it; and dew condensation receptacles 6 are arranged at upper ends of the vertical pipes 1B at each of the outer ends from each of the extremity ends of the upper lateral pipe 1A of the radiator 1; so that dew condensation water from the extremity ends of the upper lateral pipes 1A of the radiator 1 is guided to an outer periphery of an outer-most end pipe 1B of the arranged vertical pipes 1B of the radiator 1, so as to collect all the dew condensation water generated in the radiator 1 within the drain pan 3 and discharge the collected water.
    • 要解决的问题:为了便于执行使用整个由塑料树脂制成的围栏状散热器的冷却/加热系统的结露对策,所述围栏状散热器在诸如被隔壁分隔的空间的住宅室的狭窄空间内,以及 类似物。解决方案:由上下侧管1A并排设置的一组垂直管1B的塑料树脂完全制成的围栏式薄型散热器1悬挂并由悬挂金属配件2支撑 在具有由后壁构件9B限定的三个侧面的加热空间O中,两侧垂直面构件9B,上杆9U和下杆9D的前面被释放打开。 散热器1的上部和下部的向前和向后运动以及向右和向左运动受到限制; 散热器1的下端悬挂在下面并浸没在布置在其下方的排水盘3中; 并且在散热器1的上侧管1A的每个末端的每个外端处在垂直管1B的上端设置有结露容器6; 使得从散热器1的上侧管1A的前端的露水被引导到散热器1的布置的垂直管1B的最外端管1B的外周,以便收集所有 在排水盘3内的散热器1中产生的结露水,并排出收集的水。