A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A hose clamp structure includes a vertical plate (49) having an opening (53), a groove portion (50) provided at a back side of the vertical plate (at the same side of the vertical plate (49) as a back surface (49f)) on one of opposite sides of the opening (53) in a plate-surface parallel direction (W1) such that the groove portion (50) is adjacent to the opening (53), the groove portion (50) being open toward the opening (53) in the plate-surface parallel direction (W1), a receiver portion (51) provided at the back side of the vertical plate (49) (at the same side of the vertical late (49) as the back surface (49f)) on the other of the opposite sides of the opening (53) in the plate-surface parallel direction (W1), a first clamping member (58) to be inserted in the groove portion (50), a second clamping member (59) made of an elastic member and configured such that the second clamping member (59) is placed in the receiver portion (51) through the opening (53) from a front side of the vertical plate (49) to contact the receiver portion (51) with the first clamping member (58) being inserted in the groove portion (58) and such that at least one hose (45) passing through the opening (53) is held between the first clamping member (58) and the second clamping member (59), and a pressing member (48) to be attached to the vertical plate (49) to press the second clamping member (59) from the front side of the vertical plate (49) to elastically deform the second clamping member (59) to cause the second clamping member (59) to press the first clamping member (58).
A hose clamp structure includes a vertical plate (49) having an opening (53), a groove portion (50) provided at a back side of the vertical plate (at the same side of the vertical plate (49) as a back surface (49f)) on one of opposite sides of the opening (53) in a plate-surface parallel direction (W1) such that the groove portion (50) is adjacent to the opening (53), the groove portion (50) being open toward the opening (53) in the plate-surface parallel direction (W1), a receiver portion (51) provided at the back side of the vertical plate (49) (at the same side of the vertical late (49) as the back surface (49f)) on the other of the opposite sides of the opening (53) in the plate-surface parallel direction (W1), a first clamping member (58) to be inserted in the groove portion (50), a second clamping member (59) made of an elastic member and configured such that the second clamping member (59) is placed in the receiver portion (51) through the opening (53) from a front side of the vertical plate (49) to contact the receiver portion (51) with the first clamping member (58) being inserted in the groove portion (58) and such that at least one hose (45) passing through the opening (53) is held between the first clamping member (58) and the second clamping member (59), and a pressing member (48) to be attached to the vertical plate (49) to press the second clamping member (59) from the front side of the vertical plate (49) to elastically deform the second clamping member (59) to cause the second clamping member (59) to press the first clamping member (58).
HOSE CLAMP STRUCTURE AND WORK MACHINE
SCHLAUCHKLEMMENSTRUKTUR UND ARBEITSMASCHINE
STRUCTURE DE SERRAGE DE TUYAU FLEXIBLE ET ENGIN DE CHANTIER
HATTA KAZUYUKI (author)
2024-05-08
Patent
Electronic Resource
English
IPC:
E02F
Baggern
,
DREDGING