초록 ▼

Heat insulated wall structure includes interior blanket insulation positioned between adjacent ones of studs, interior of the exterior wall board. Reflective sheet material is placed adjacent the blanket insulation, and the interior wall board is applied over the reflective sheet material to the stu

Heat insulated wall structure includes interior blanket insulation positioned between adjacent ones of studs, interior of the exterior wall board. Reflective sheet material is placed adjacent the blanket insulation, and the interior wall board is applied over the reflective sheet material to the studs. Spacers are applied to the heat reflective sheet material so as to maintain the facing surfaces of the reflective sheet material and the next adjacent surface in spaced relationship, forming a dead air space therebetween. The dead air space adjacent the heat reflective sheet material maintains the high reflectivity properties of the reflective sheet material, giving the enhanced ability to reflect heat away from the interior of the wall structure.

대표청구항 ▼

Heat insulated wall structure includes interior blanket insulation positioned between adjacent ones of studs, interior of the exterior wall board. Reflective sheet material is placed adjacent the blanket insulation, and the interior wall board is applied over the reflective sheet material to the stu

Heat insulated wall structure includes interior blanket insulation positioned between adjacent ones of studs, interior of the exterior wall board. Reflective sheet material is placed adjacent the blanket insulation, and the interior wall board is applied over the reflective sheet material to the studs. Spacers are applied to the heat reflective sheet material so as to maintain the facing surfaces of the reflective sheet material and the next adjacent surface in spaced relationship, forming a dead air space therebetween. The dead air space adjacent the heat reflective sheet material maintains the high reflectivity properties of the reflective sheet material, giving the enhanced ability to reflect heat away from the interior of the wall structure. ng the butt end of the rod. 3. The fishing rod support device of claim 1, wherein the upper base portion includes: a bushing for lining a cavity interior so that the butt end of the rod is tightly received therein. 4. The fishing rod support device of claim 2, wherein the upper base portion includes: a bushing for lining the cavity so that the butt end of the rod is tightly received therein. 5. The fishing rod support device of claim 1, further comprising: a roll pin inside a cavity of the upper base portion that secures the rod to the device. 6. The fishing rod support of claim 1, further comprising: a stand having a support surface and an upwardly protruding portion extending upwardly from the support surface for fitting within a cavity on the upper base portion of the rod support so that the rod support is supported by the stand when not being used. and lower stories elevator shaft, a lower stories elevator shaft side landing part provided on said lower stories shaft structure, a non-seismic isolation building side landing part installed on said non-seismic isolation building facing said lower stories elevator shaft side landing part, and an expansion floor provided between said non-seismic isolation building and said lower stories elevator shaft side landing part, said elevator apparatus characterized by comprising a movable wall being provided between partition members which is located on right and left sides of said landing part of said non-seismic isolation building, being capable to relatively transfer/displace with said partition members when non-seismic isolation building is swung to right and left directions, and being capable to relatively transfer/displace with said lower stories elevator shaft structure when said non-seismic isolation building is swung in front and back directions. 4. An elevator apparatus as defined in claim 3, wherein respective edges of said partition members facing an elevator hall are located to said back direction against said elevator hall from an edge of a floor of said non-seismic isolation building. 5. An elevator apparatus including a non-seismic isolation building having at least one story, a seismic isolation building having plural floor stories and an upper stories elevator shaft portion extending to a top and bottom direction and being installed through a seismic isolation means on said non-seismic isolation building, a lower stories shaft portion which is installed on said non-seismic isolation building and is connected to said upper stories elevator shaft portion, a guide rail which is provided across said non-seismic isolation building and said seismic isolation building, a hoistway supporting frame work which is provided across said non-seismic isolation building and said seismic isolation building, and a frame for a floor story door installed in said hoistway supporting frame work, said elevator apparatus characterized by comprising a movable wall provided between partition members which are located on right and left sides of said landing part of said non-seismic isolation building or said seismic isolation building, being capable to move with said partition members when said non-seismic isolation building is swung in right and left directions, and being capable to relatively transfer/displace with said hoistway supporting frame work when said lower stories elevator shaft structure is swung in front and back directions. 6. An elevator apparatus as defined in claim 5, wherein respective edges of said partition members facing an elevator hall are located to said back direction against said elevator hall from an edge of a floor of said non-seismic isolation building. 7. An elevator apparatus including a non-seismic isolation building having at least one story, a seismic isolation building installed through seismic isolation means on said non-seismic isolation building, an elevator shaft structure being extended to a top and bottom direction in said non-seismic isolation building and said seismic isolation building and having a clearance with said seismic isolation building so as to be able to relatively transfer/displace to said seismic isolation building, a car that moves to said top and bottom direction along an elevator shaft formed by said elevator shaft structure, an elevator shaft side landing part formed on said elevator shaft structure, and an expansion floor provided at said clearance between a landing part of said seismic isolation building and said elevator shaft landing part, said elevator apparatus characterized by comprising a movable wall provided between partition members located on said non-seismic isolation building and said elevator shaft structure, being capable to relatively transfer/displace with said partition members when said non-seismic isolation building is swung in right and le