Object array placement device

Claim 2

A primary release appliance, comprising: a. drive shaft means for receiving a linear force and for moving linearly from a first position to a second position in response to said force; b. bias means, operably connected to said drive shaft means, for biasing said drive shaft means toward said first position; c. mounting block means for slidably supporting said drive shaft, said mounting block means having a downwardly opening slot; d. slide pin means, transversely intersecting said slot, for releasably maintaining a portion of an object within said slot; e. sliding block means, slidably mounted on said drive shaft means and operably connected to said slide pin means, for moving said slide pin means out of intersection with said slot when said sliding block means is moved from a closed position to an open position; f. abutment means, attached to said drive shaft means, for moving said sliding block means from said closed position to said open position when said drive shaft means moves from said first position to said second position; and g. yieldable means, between said sliding block means and said drive shaft means for yieldably biasing said sliding block toward said closed position.

Claim 3

The release appliance of claim 1, wherein: said bias means includes a helical spring around a portion of said drive shaft means and includes a nut threadable onto said drive shaft means so as to energize said helical spring.

Claim 4

The release appliance of claim 2, wherein: said abutment means includes a first collar fixedly positionable on said drive shaft; and said yieldable means includes a second collar fixedly positionable on said drive shaft and includes a helical spring around said drive shaft between said sliding block and said second collar.

Claim 5

An auxilliary release appliance, comprising: a. drive shaft means for receiving a linear force and for moving linearly from a first position to a second position in response to said force; b. mounting block means for slidably supporting said drive shaft, said mounting block means having a downwardly opening slot; c.. slide pin means, transversely intersecting said slot, for releasably maintaining a portion of an object within said slot; d. sliding block means, slidably mounted on said drive shaft means and operably connected to said slide pin means, for moving said slide pin means out of intersection with said slot when said sliding block means is moved from a closed position to an open position; e. abutment means, attached to said drive shaft means, for moving said sliding block means from said closed position to said open position when said drive shaft means moves from said first position to said second position; and f. yieldable means, between said sliding block means and said drive shaft means for yieldably biasing said sliding block toward said closed position.

Claim 6

An auxilliary release appliance, comprising: a. drive shaft means for receiving a linear force and for moving linearly from a first position to a second position in response to said force; b. mounting block means for slidably supporting said drive shaft, said mounting block means having a downwardly opening slot; c.. slide pin means, transversely intersecting said slot, for releasably maintaining a portion of an object within said slot; d. sliding block means, slidably mounted on said drive shaft means and operably connected to said slide pin means, for moving said slide pin means out of intersection with said slot when said sliding block means is moved from a closed position to an open position; e. abutment means, attached to said drive shaft means, for moving said sliding block means from said closed position to said open position when said drive shaft means moves from said first position to said second position; and f. yieldable means, between said sliding block means and said drive shaft means for yieldably biasing said sliding block toward said closed position.

Claim 7

A release mechanism, comprising: a. first drive shaft means for receiving a linear force and for moving linearly from a first position to a second position in response to said force; b. second drive shaft means for receiving said linear force and for moving linearly from a third position to a fourth position in response to said force; c. connecting means for connecting said first drive shaft means and said second drive shaft means, for transferring said linear force from said first drive shaft means to said second drive shaft means and for moving said first drive shaft means from said first position to said second position in response to movement of said second drive shaft means from said third position to said fourth position; d. bias means, operably connected to one of said drive shaft means, for biasing said one of said drive shaft means toward one of said first or third positions; e. first mounting block means for slidably supporting said first drive shaft means, said first mounting block means having a downwardly opening first slot; f. second mounting block means for slidably supporting said second drive shaft means, said second mounting block means having a downwardly opening second slot; g. first slide pin means, transversely intersecting said first slot, for releasably maintaining a portion a first object within said slot; h. second slide pin means, transversely intersecting said second slot, for releasably maintaining a portion an object within said second slot; i. first sliding block means, slidably mounted on said first drive shaft means and operably connected to said first slide pin means, for moving said first slide pin means out of intersection with said first slot when said first sliding block means is moved from a closed position to an open position; j. second sliding block means, slidably mounted on said second drive shaft means and operably connected to said second slide pin means, for moving said second slide pin means out of intersection with said second slot when said second sliding block means is moved from a shut position to an unshut position; k. first abutment means, attached to said first drive shaft means, for moving said first sliding block means from said closed position to said open position when said first drive shaft means is moved from said first position to said second position; and l. second abutment means, attached to said second drive shaft means, for moving said second sliding block means from said shut position to said unshut position when said second drive shaft means is moved from said third position to said fourth position.

Claim 8

A release mechanism, comprising: a. first drive shaft means for receiving a linear force and for moving linearly from a first position to a second position in response to said force; b. second drive shaft means for receiving said linear force and for moving linearly from a third position to a fourth position in response to said force; c. connecting means for connecting said first drive shaft means and said second drive shaft means, for transferring said linear force from said first drive shaft means to said second drive shaft means and for moving said first drive shaft means from said first position to said second position in response to movement of said second drive shaft means from said third position to said fourth position; d. bias means, operably connected to one of said drive shaft means, for biasing said one of said drive shaft means toward one of said first or third positions; e. first mounting block means for slidably supporting said first drive shaft means, said first mounting block means having a downwardly opening first slot; f. second mounting block means for slidably supporting said second drive shaft means, said second mounting block means having a downwardly opening second slot; g. first slide pin means, transversely intersecting said first slot, for releasably maintaining a portion a first object within said slot; h. second slide pin means, transversely intersecting said second slot, for releasably maintaining a portion an object within said second slot; i. first sliding block means, slidably mounted on said first drive shaft means and operably connected to said first slide pin means, for moving said first slide pin means out of intersection with said first slot when said first sliding block means is moved from a closed position to an open position; j. second sliding block means, slidably mounted on said second drive shaft means and operably connected to said second slide pin means, for moving said second slide pin means out of intersection with said second slot when said second sliding block means is moved from a shut position to an unshut position; k. first abutment means, attached to said first drive shaft means, for moving said first sliding block means from said closed position to said open position when said first drive shaft means is moved from said first position to said second position; and l. second abutment means, attached to said second drive shaft means, for moving said second sliding block means from said shut position to said unshut position when said second drive shaft means is moved from said third position to said fourth position.

Claim 9

The apparatus of claim 5, further comprising: m. first yieldable means, between said first sliding block means and said first drive shaft means, for yieldably biasing said first sliding block toward said closed position; and n. second yieldable means, between said second drive shaft means and said second sliding block, for yieldably biasing said second sliding block toward said shut position.

Claim 10

The apparatus of claim 5 further comprising: m. third abutment means, attached to the other of said drive shaft means, for limiting the movement of said other of said drive shaft means from one of said first and said third positions to one of said second and said fourth position to a predetermined distance.

Claim 11

A reusable apparatus for repeated placement of an array of interconnected objects, comprising: a. an array of release appliance means, simultaneously movable from an object supporting position to an object non-supporting position, for individually holding and simultaneously releasing said plurality of objects therefrom, said plurality of release appliances having bias means for biasing said plurality of release appliances toward said object supporting position; b. framework means for supporting said array of release appliances and for allowing fall of said objects from said framework means following said simultaneous release; c. transducer means operably connected to said release appliances, for overcoming said biasing means and simultaneously moving said release appliances from said object supporting position to said object non-supporting position; d. actuating means, operably connected to said transducer means, for actuating said transducer; e. signal means, operably connected to said actuating means, for initiating said actuation; and f. connecting member means, attached to each of said plurality of objects, for continuously interconnecting said objects prior to, during and following release of said objects.

Claim 12

A reusable apparatus for repeated placement of an array of interconnected objects, comprising: a. an array of release appliance means, simultaneously movable from an object supporting position to an object non-supporting position, for individually holding and simultaneously releasing said plurality of objects therefrom, said plurality of release appliances having bias means for biasing said plurality of release appliances toward said object supporting position; b. framework means for supporting said array of release appliances and for allowing fall of said objects from said framework means following said simultaneous release; c. transducer means operably connected to said release appliances, for overcoming said biasing means and simultaneously moving said release appliances from said object supporting position to said object non-supporting position; d. actuating means, operably connected to said transducer means, for actuating said transducer; e. signal means, operably connected to said actuating means, for initiating said actuation; and f. connecting member means, attached to each of said plurality of objects, for continuously interconnecting said objects prior to, during and following release of said objects.

Claim 13

The apparatus of claim 8, wherein: said transducer means includes a cylinder fluidly connected to said actuating means and a piston within said cyliner.

Claim 14

The apparatus of claim 8, wherein each of said plurality of release appliance means is paired with another of said plurality of release appliance means and each such pair of said plurality of release appliance means is adapted to support a single one of said plurality of objects.

Claim 15

The apparatus of claim 8, wherein said objects include a plurality of shaped explosive charges.

Claim 16

The apparatus of claim 11, wherein said connecting member means includes at least one detonating cord.

Claim 17

The apparatus of claim 12, wherein said detonator cord is located below and free from said framework means, whereby said detonating cord may freely fall with said objects.

Claim 18

The apparatus of claim 8, wherein said framework means includes a pair of parallel support rail means for supporting a row of objects.