A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
REFRIGERATION WAREHOUSE STRUCTURE
To provide a refrigeration warehouse structure which can shorten a beam lower dimension, while securing heat insulation performance between a first room and a second room adjacent to each other and having difference in preset temperatures in the rooms.SOLUTION: A step part 4c is provided at a partition position between a slab 4a of a first room RA and a slab 4b of a second room RB positioned below a partition wall 2 for partitioning the first room RA and the second room RB, and in a recessed part of the slab 4b of the second room RB which is recessed with respect to the slab 4a of the first room RA, a lower end part of a wall heat insulation material 2a, a floor heat insulation material 9 and a presser material 10 are arranged. In a first composite beam 3a which is provided at the step part 4c, an upper surface of a first steel beam 7a is made to contact a lower surface of the slab 4a, and a stud 8 provided on the upper surface of the first steel beam 7a is buried in the slab 4a. In a second composite beam 3b which is provided in the second room RB, an upper part of a second steel beam 7b is buried in the slab 4b, and the stud 8 provided at the upper part of the second steel beam 7b is buried in the slab 4b.SELECTED DRAWING: Figure 2
【課題】室内の設定温度に差を設ける隣り合う第一部屋と第二部屋との間の断熱性能を確保しつつ、梁下寸法をより短くできる冷蔵倉庫構造を提供する。【解決手段】第一部屋ＲＡと第二部屋ＲＢとを仕切る間仕切り壁２の下方に位置する第一部屋ＲＡのスラブ４ａと第二部屋ＲＢのスラブ４ｂとの仕切り位置に段差部４ｃを設け、第一部屋ＲＡのスラブ４ａに対して窪んでいる第二部屋ＲＢのスラブ４ｂの窪み部に壁断熱材２ａの下端部と床断熱材９と押さえ材１０とを配置する。段差部４ｃに設ける第一合成梁３ａは、スラブ４ａの下面に第一鉄骨梁７ａの上面を当接させ、第一鉄骨梁７ａの上面に設けたスタッド８をスラブ４ａに埋設する。第二部屋ＲＢ内に設ける第二合成梁３ｂは、スラブ４ｂに第二鉄骨梁７ｂの上部を埋設し、第二鉄骨梁７ｂの上部に設けたスタッド８をスラブ４ｂに埋設する。【選択図】図２
REFRIGERATION WAREHOUSE STRUCTURE
To provide a refrigeration warehouse structure which can shorten a beam lower dimension, while securing heat insulation performance between a first room and a second room adjacent to each other and having difference in preset temperatures in the rooms.SOLUTION: A step part 4c is provided at a partition position between a slab 4a of a first room RA and a slab 4b of a second room RB positioned below a partition wall 2 for partitioning the first room RA and the second room RB, and in a recessed part of the slab 4b of the second room RB which is recessed with respect to the slab 4a of the first room RA, a lower end part of a wall heat insulation material 2a, a floor heat insulation material 9 and a presser material 10 are arranged. In a first composite beam 3a which is provided at the step part 4c, an upper surface of a first steel beam 7a is made to contact a lower surface of the slab 4a, and a stud 8 provided on the upper surface of the first steel beam 7a is buried in the slab 4a. In a second composite beam 3b which is provided in the second room RB, an upper part of a second steel beam 7b is buried in the slab 4b, and the stud 8 provided at the upper part of the second steel beam 7b is buried in the slab 4b.SELECTED DRAWING: Figure 2
【課題】室内の設定温度に差を設ける隣り合う第一部屋と第二部屋との間の断熱性能を確保しつつ、梁下寸法をより短くできる冷蔵倉庫構造を提供する。【解決手段】第一部屋ＲＡと第二部屋ＲＢとを仕切る間仕切り壁２の下方に位置する第一部屋ＲＡのスラブ４ａと第二部屋ＲＢのスラブ４ｂとの仕切り位置に段差部４ｃを設け、第一部屋ＲＡのスラブ４ａに対して窪んでいる第二部屋ＲＢのスラブ４ｂの窪み部に壁断熱材２ａの下端部と床断熱材９と押さえ材１０とを配置する。段差部４ｃに設ける第一合成梁３ａは、スラブ４ａの下面に第一鉄骨梁７ａの上面を当接させ、第一鉄骨梁７ａの上面に設けたスタッド８をスラブ４ａに埋設する。第二部屋ＲＢ内に設ける第二合成梁３ｂは、スラブ４ｂに第二鉄骨梁７ｂの上部を埋設し、第二鉄骨梁７ｂの上部に設けたスタッド８をスラブ４ｂに埋設する。【選択図】図２
REFRIGERATION WAREHOUSE STRUCTURE
冷蔵倉庫構造
NISHIMOTO KENJI (author) / KODAIRA KAZUHIRO (author)
2024-09-27
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
seismic retrofitting structure of refrigeration warehouse
| European Patent Office | 2020
System for artificial intelligent refrigeration warehouse
| European Patent Office | 2019
STRUCTURE OF PARTITIONING WALL FOR FORMING NORMAL TEMPERATURE CHAMBER INSIDE REFRIGERATION WAREHOUSE
| European Patent Office | 2017