A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WALL FACE STRUCTURE, VENTILATION WALL FACE BODY AND CONSTRUCTION METHOD OF THESE ITEMS
PROBLEM TO BE SOLVED: To provide a wall face structure which can perform construction management for constructing a wall body having a desired thickness by being easily mortared in a proper lath net shape, in which the constructed wall body is high in rigidity by being integrated with a lath net, and which has stable wall magnification, a ventilation wall face body, and a construction method of these items.SOLUTION: In a construction method which fixes a mesh lath A with a stainless steel weld wire gauze as a raw material to a structure material or a sub-structure material, and forms a wall face by mortaring it so that the mesh lath A is embedded, the mesh lath A is formed by a first process in which the mesh lath is arranged at the structure body or the sub-structure body so as to progress along a longitudinal rib 12 side of the mesh lath A, and a trough part of the mesh lath is fastened by a stainless steel made stapler B, and a second process in which mortar is applied from a lateral rib 11 side of the mesh lath A, and coating is performed until the mesh lath A is not exposed.SELECTED DRAWING: Figure 1
【課題】適切なラス網形状にて容易にモルタルを塗り付け施工して所望の厚みの壁体を施工する施工管理が可能であり、施工された壁体はラス網と一体化して強度が高く、安定した壁倍率をもつ壁面構造体、通気壁面体、及びそれらの施工方法を提供する。【解決手段】構造材又は副構造材に、ステンレス製溶接金網を原材料とするメッシュラスＡを固定し、メッシュラスＡが埋設されるようにモルタルを施工して壁面を形成する施工法であって、メッシュラスＡは、構造材又は副構造体に、メッシュラスＡの縦力骨１２側が沿うように配すると共に、その谷部をステンレス製のステープルＢにて留め付ける第１の工程と、メッシュラスＡの横力骨１１側からモルタルを塗り付けてメッシュラスＡの露出がない状態まで塗工を行う第２の工程とからなる。【選択図】図１
WALL FACE STRUCTURE, VENTILATION WALL FACE BODY AND CONSTRUCTION METHOD OF THESE ITEMS
PROBLEM TO BE SOLVED: To provide a wall face structure which can perform construction management for constructing a wall body having a desired thickness by being easily mortared in a proper lath net shape, in which the constructed wall body is high in rigidity by being integrated with a lath net, and which has stable wall magnification, a ventilation wall face body, and a construction method of these items.SOLUTION: In a construction method which fixes a mesh lath A with a stainless steel weld wire gauze as a raw material to a structure material or a sub-structure material, and forms a wall face by mortaring it so that the mesh lath A is embedded, the mesh lath A is formed by a first process in which the mesh lath is arranged at the structure body or the sub-structure body so as to progress along a longitudinal rib 12 side of the mesh lath A, and a trough part of the mesh lath is fastened by a stainless steel made stapler B, and a second process in which mortar is applied from a lateral rib 11 side of the mesh lath A, and coating is performed until the mesh lath A is not exposed.SELECTED DRAWING: Figure 1
【課題】適切なラス網形状にて容易にモルタルを塗り付け施工して所望の厚みの壁体を施工する施工管理が可能であり、施工された壁体はラス網と一体化して強度が高く、安定した壁倍率をもつ壁面構造体、通気壁面体、及びそれらの施工方法を提供する。【解決手段】構造材又は副構造材に、ステンレス製溶接金網を原材料とするメッシュラスＡを固定し、メッシュラスＡが埋設されるようにモルタルを施工して壁面を形成する施工法であって、メッシュラスＡは、構造材又は副構造体に、メッシュラスＡの縦力骨１２側が沿うように配すると共に、その谷部をステンレス製のステープルＢにて留め付ける第１の工程と、メッシュラスＡの横力骨１１側からモルタルを塗り付けてメッシュラスＡの露出がない状態まで塗工を行う第２の工程とからなる。【選択図】図１
WALL FACE STRUCTURE, VENTILATION WALL FACE BODY AND CONSTRUCTION METHOD OF THESE ITEMS
壁面構造体、通気壁面体、及びそれらの施工方法
KOJIMA SHUSUKE (author) / OHARA SHINJI (author) / KAMIMURA MASAKI (author) / TAKEUCHI YOSHIO (author) / NAKANO MICHIO (author) / TSUKAMOTO KOTARO (author) / FUSHIKI TSUYOSHI (author) / ONISHI TORU (author)
2016-03-03
Patent
Electronic Resource
Japanese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
Passive ventilation cavity curtain wall type wall body structure and construction method
| European Patent Office | 2023
FACE MATERIAL MOUNTING STRUCTURE IN FACE MATERIAL BEARING WALL AND FACE MATERIAL BEARING WALL
| European Patent Office | 2023