IP Library Granted Patent US 9,127,740
Granted Patent B2
US 9,127,740 · App. 14/015,165 · Granted Sep 8, 2015

Anti-vibration clamp

Inventor: Yoshinori Shinoda (Toyohashi, JP)
Assignee: NEWFREY LLC
F16F7/12F16L3/02F16L3/13F16L3/237F16L55/035F16F2226/04Y10T29/4987
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Quick Facts
Patent No.
US 9,127,740
App. No.
14/015,165
Granted
Sep 8, 2015
Kind
B2
Abstract

An anti-vibration clamp for holding pipes includes a pipe holding component which further includes pipe holders for locking the pipes; a clamp body including a stud locking portion for locking to a stud, and a floating attachment portion for holding the pipe holding component; and an elastic connecting component made of soft resin placed between the pipe holding component and the clamp body so that the pipe holding component and the clamp body do not contact one another directly. The pipe holding component, the elastic connecting component and the clamp body are held so that it is difficult for them to each slip mutually.

Claims (39)

1. An anti-vibration clamp for securing a pipe on a mounting stud, the anti-vibration clamp comprising:

a pipe holding component made of hard resin, the pipe holding component including a pipe holder for holding the pipe;

a stud locking portion attachable to the stud;

a clamp body being a separate body from the pipe holding component, and being made of hard resin, the clamp body including a floating attachment portion for holding the pipe holding component; and

an elastic connecting component made of soft resin and located between the pipe holding component and the clamp body, and connecting the pipe holding component to the floating attachment portion of the clamp body; wherein

the elastic connecting component being formed independently of the clamp body and the pipe holding component; and wherein

the pipe holding component further includes a holding rib which projects at a first end of the pipe holding component;

the elastic connecting component includes a holding rib containing portion located at a first end of the elastic connecting component and which contains the holding rib;

the clamp body partially defines a holding rib insertion aperture at a first end of the floating attachment portion and the holding rib containing portion enters the holding rib insertion aperture; wherein

the holding rib is contained in the holding rib insertion aperture through the holding rib containing portion, and the holding rib of the pipe holding component is held so that it does not contact the clamp body; and wherein

the pipe holding component further includes a ridge located on a second end of the pipe holding component opposite to the first end;

the elastic connecting component further includes a curved portion which is located at a second end of the elastic connecting component opposite to the first end of the elastic connecting component;

the clamp body further includes a lock bar which projects diagonally downward and which is located at a second end of the clamp body opposite to the first end of the floating attachment portion; and

the ridge of the pipe holding component is contained in the curved portion of the elastic connecting component, the curved portion of the elastic connecting component is pressed by the lock bar of the clamp body, and the ridge of the pipe holding component is held so that it does not contact the clamp body.

2. An anti-vibration clamp for securing a pipe on a mounting stud, the anti-vibration clamp comprising:

a pipe holding component made of hard resin, the pipe holding component including a pipe holder for holding the pipe;

a stud locking portion attachable to the stud;

a clamp body being a separate body from the pipe holding component, and being made of hard resin, the clamp body including a floating attachment portion for holding the pipe holding component; and

an elastic connecting component made of soft resin and located between the pipe holding component and the clamp body, and connecting the pipe holding component to the floating attachment portion of the clamp body; wherein

the elastic connecting component being formed independently of the clamp body and the pipe holding component; and wherein

the pipe holding component includes a pipe support of the pipe holding component, the elastic connecting component includes a pipe contacting portion, and the pipe support and pipe contacting portion are operable to support a pipe so that the pipe does not contact the clamp body.

3. An anti-vibration clamp for securing a pipe on a mounting stud, the anti-vibration clamp comprising:

a pipe holding component made of hard resin, the pipe holding component including a pipe holder for holding the pipe;

a stud locking portion attachable to the stud;

a clamp body being a separate body from the pipe holding component, and being made of hard resin, the clamp body including a floating attachment portion for holding the pipe holding component; and

an elastic connecting component made of soft resin and located between the pipe holding component and the clamp body, and connecting the pipe holding component to the floating attachment portion of the clamp body; wherein

the elastic connecting component being formed independently of the clamp body and the pipe holding component; and wherein

the clamp body includes a second pipe holder.

4. An anti-vibration clamp in accordance with claim 1 , wherein:

the pipe holder of the pipe holding component defines a pair of pipe holding component side walls, the elastic connecting component defines a pair of elastic connecting component side walls, and the floating attachment portion of the clamp body defines a pair of clamp body side walls;

the pipe holding component side walls being disposed between the pair of clamp body side walls through the pair of elastic connecting component side walls; whereby

the pair of side walls of the pipe holding component are prevented from contacting the clamp body side walls.

5. An anti-vibration clamp in accordance with claim 4 , wherein:

the pipe holding component having an upper portion defining a pair of inclined portions which extend in the width-wise direction to the pipe holding component side walls, and a pair of planar plate portions below the inclined portions; and

the elastic connecting component defining a pair of plate engaging portions having respective planar upper surfaces and being disposed below respective plate portions of the pipe holding component.

6. An anti-vibration clamp in accordance with claim 5 , wherein:

the elastic connecting component defines a bottom wall;

the pipe holding component defines a base portion; and wherein

the bottom wall covers part of the base portion.

Assignments (1)
ASSIGNMENT OF ASSIGNOR'S INTEREST Recorded Nov 19, 2013
From: SHINODA, YOSHINORI
To: NEWFREY LLC
Reel/Frame 031632/0377 →
Priority Claims (1)
JP 2012-191129 · Aug 31, 2012 · national
Continuity (1)
Related Publication 20140070070A1 · Mar 13, 2014