Inserts for multiple component containers

• US 7,832,590 B2
• Filed: 10/25/2006
• Issued: 11/16/2010
• Est. Priority Date: 10/19/2004
• Status: Expired due to Fees

• Current Assignee: Carbonite Incorporated (Open Text Corporation)
• Original Assignee: Carbonite Incorporated (Open Text Corporation)
• Inventors: Smith, Matthew Eric, Mondszein, Karl
• Primary Examiner(s): Stashick; Anthony
• Assistant Examiner(s): ELOSHWAY, NIKI MARINA
• Application Number:
  US11/791,778
• Publication Number:
  US 20070295740A1
• Time in Patent Office: 1,483 Days
• Field of Search: 220/254.1, 220/501, 220/502, 220/522, 220/203.14, 220/721, 220/723, 220/720, 220/259.5, 220/528, 220/203.13, 220/203.24, 220/360, 220/203.28
• US Class Current: 220/721
• CPC Class Codes: E01B 1/002 Ballastless track, e.g. concrete slab trackway, or with asphalt layers
• CPC Class Codes: E01B 29/005 Making of concrete parts of the track in situ
• CPC Class Codes: E01B 9/42 of two or more parts

Abstract

An insert for a multiple component container includes a reservoir with an opening defined by a peripheral edge which, in use, is connected to a sealing element (20). In use, the reservoir and the sealing element define a substantially sealed space. The reservoir includes a stationary portion (2) and a movable portion (4), which is connected to the stationary portion and is movable with respect thereto by the action of gas pressure within the reservoir. A discharge opening (6) is formed in the movable portion (4) and a gas leakage path is provided in the reservoir wall. A valve member (14) is connected to the stationary portion (2) and cooperates with the discharge opening (6) and substantially seals it. The application of a greater gas pressure to the interior of the reservoir than to its exterior results in movement of the movable portion (4) away from the stationary portion (2) and thus in the valve member (14) moving out of sealing contact with the discharge opening (6).

Claims

1. An insert adapted to be mounted in a multi-component container to hold one of the components of the container, comprising:

a one piece body having a reservoir and a valve member,

said reservoir having a stationary segment and an expandable segment,

said expandable segment having a plurality of annular fold lines of opposite sense, rotation about said fold lines providing a contracted state and an expanded state,

said expandable segment having a discharge passage,

said valve member engageable with said discharge passage when said expandable segment is in its contracted state, thus providing a closed state for said discharge passage,

said valve member and said discharge passage in said closed state providing a one way gas leakage path into said reservoir,

said valve member and said discharge passage disengaging when said expandable segment moves into its expanded state, thus providing an open state for said discharge passage,

whereby assembly of said insert containing one of the components and in said closed state into a container permits leakage of gas from a higher pressure area outside said reservoir through said gas leakage path into said reservoir to provide increased pressure inside said reservoir, and

whereby subsequent removal of gas pressure from the exterior of said reservoir will cause the increased pressure in said reservoir to expand said expandable segment into its expanded state and provide said open state for said discharge passage, thus causing the component in said reservoir to be expelled into the rest of the container.

2. The insert of claim 1 wherein:

said reservoir has an upper edge defining an open top, which top is adapted to be covered by a sealing member to provide a sealed reservoir.

3. The insert of claim 1 wherein:

said reservoir has an upper edge and said valve member includes;

a rotatable arm having first and second ends, and

a spigot,

said first end being connected to said upper edge of said reservoir,

said second end connected to and supporting said spigot

said arm and spigot being rotatable about said upper edge from a position exterior of said reservoir to a position where said spigot engages said discharge passage in said closed state.

4. The insert of claim 3 wherein:

said reservoir has an upper edge defining an open top, which top is adapted to be covered by a sealing member to provide a sealed reservoir.

5. The insert of claim 4 further comprising:

a support member having a first end integrally connected to said stationary segment of said reservoir and extending into said reservoir to engage and support said spigot in said closed state of said valve.

6. The insert of claim 3 further comprising:

a support member having a first end integrally connected to said stationary segment of said reservoir and extending into said reservoir to engage and support said spigot in said closed state of said valve.

7. An insert adapted to be mounted in a multi-component container to hold one of the components of the container, comprising:

a reservoir and a valve member,

said reservoir having a wall and a sealing sheet across the top of said wall

said wall having a stationary segment and an expandable segment that includes a plurality of

annular fold lines of opposite sense, rotation about said fold lines providing a contracted state and an expanded state,

said expandable segment having a discharge passage,

said valve member engageable with said discharge passage when said expandable segment is in its contracted state, thus providing a closed state for said discharge passage,

said valve member and said discharge passage in said closed state providing a one way gas leakage path into said reservoir,

said valve member and said discharge passage disengaging when said expandable segment moves into its expanded state, thus providing an open state for said discharge passage,

whereby assembly of said insert containing one of the components and in said closed state into a container permits leakage of gas from a higher pressure area outside said reservoir through said gas leakage path into said reservoir to provide increased pressure inside said reservoir, and

whereby subsequent removal of gas pressure from the exterior of said reservoir will cause the increased pressure in said reservoir to expand said expandable segment into its expanded state and provide said open state for said discharge passage, thus causing the component in said reservoir to be expelled into the rest of the container.

8. The insert of claim 7 wherein:

said reservoir has an upper edge and said valve member includes;

a rotatable arm having first and second ends, and

a spigot,

said first end being connected to said upper edge of said reservoir,

said second end connected to and supporting said spigot

said arm and spigot being rotatable about said upper edge from a position exterior of said reservoir to a position where said spigot engages said discharge passage in said closed state.

9. The insert of claim 8 further comprising:

a support member having a first end integrally connected to said stationary segment of said reservoir and extending into said reservoir to engage and support said spigot in said closed state of said valve.