Multi-component applicator assembly

Claim 2

An applicator assembly for concurrently dispensing a plurality of flowable component materials, comprising: a plurality of barrels fixed with one another, at least two of the barrels for containing a flowable component material and having a discharge port through which the flowable component material is to be concurrently dispensed from said applicator assembly; a removable barrel assembly releasably attached to said fixed plurality of barrels, said removable barrel assembly including at least one removable barrel for containing a flowable component material and having a discharge port through which the flowable component material is to be dispensed with the other component materials; and means for concurrently dispensing the flowable component materials from said discharge ports of said at least two barrels of said fixed plurality of barrels and said discharge port of said at least one removable barrel of said removable barrel assembly.

Claim 3

The applicator assembly of claim 1, wherein said means for concurrently dispensing the flowable component materials comprises a plunger assembly comprising a plunger for each of said at least two barrels of said fixed plurality of barrels and for said at least one removable barrel and an advancing means for driving an end of each plunger of said plunger assembly that is insertable within the fixed and removable barrels, respectively, at the same time and over the same displacement.

Claim 4

The applicator assembly of claim 2, wherein said plungers are operatively connected with one another.

Claim 5

The applicator assembly of claim 3, wherein the plungers for each of said at least two barrels of said fixed plurality of barrels are fixed together, and the plunger for the at least one removable barrel is removably attached to the fixed plungers.

Claim 6

The applicator assembly of claim 4, wherein the removable plunger is provided with a hub having an axis extending perpendicular to the longitudinal axis of the removable plunger, and a portion of said hub is inserted within a hole defined through a connecting web portion of the fixed plurality of plungers for removably connecting the removable plunger to the fixed plungers.

Claim 7

The applicator assembly of claim 5, wherein said connecting web portion extends transversely between the fixed plurality of plungers substantially at distal ends of the fixed plungers away from the ends thereof which are inserted within said at least two barrels of said fixed plurality of barrels.

Claim 8

The applicator assembly of claim 4, further including a nozzle adapter that is releasably connected to the discharge ports of said at least two barrels of said fixed plurality of barrels and said at least one removable barrel, said nozzle adapter provided with internal passages for providing a flow path from each barrel to which said nozzle adapter is releasably attached, and said internal passages open into a common passage within which the plural component materials are mixed with one another and which leads to a single adapter outlet.

Claim 9

The applicator assembly of claim 3, wherein said advancing means includes an applicator housing, a drive rod passing through said applicator housing and operatively connected with the plungers for said at least two barrels of said fixed plurality of barrels, and a drive means for driving said drive rod longitudinally, said drive rod further being insertable within and acting as the plunger for said at least one removable barrel.

Claim 10

The applicator assembly of claim 8, further including a nozzle adapter that is releasably connected to the discharge ports of said at least two barrels of said fixed plurality of barrels and said at least one removable barrel, said nozzle adapter provided with internal passages for providing a flow path from each barrel to which said nozzle adapter is releasably attached, and said internal passages open into a common passage within which the plural component materials are mixed with one another and which leads to a single adapter outlet.

Claim 11

The applicator assembly of claim 2, wherein said advancing means includes an applicator housing and said fixed plurality of barrels are detachably connected to said applicator housing.

Claim 12

The applicator assembly of claim 1, further including a nozzle adapter that is releasably connected to the discharge ports of said fixed plurality of barrels and said at least one removable barrel, said nozzle adapter provided with an internal passage for each barrel to which said nozzle adapter is releasably attached, and each internal passage opens into a common passage within which the plural component materials are mixed with one another and which leads to a single adapter outlet.

Claim 13

The applicator assembly of claim 11, further including a static mixing element detachably connected to said adapter outlet, said static mixing element having a passageway defined therethrough with an inlet proximate to said adapter outlet and an dispensing outlet from which mixed component materials are dispensed, and a mixing means within said passageway for enhancing the mixing of the component materials.

Claim 14

The applicator assembly of claim 11, wherein said removable barrel assembly includes a positioning means which locates said removable barrel assembly longitudinally with respect to said fixed plurality of barrels, and said positioning means along with the releasable connection of said nozzle adapter to said discharge port of said at least one removable barrel comprises the releasable attachment of said removable barrel assembly to said fixed plurality of barrels.

Claim 15

The applicator assembly of claim 13, wherein said positioning means comprises perpendicularly depending spaced flange portions from said removable barrel assembly between which a perpendicularly extending element of said fixed plurality of barrels is engaged.

Claim 16

The applicator assembly of claim 1, wherein said removable barrel assembly includes a plurality of removable barrels which are fixedly connected with one another.

Claim 17

The applicator assembly of claim 1, wherein said removable barrel assembly includes a plurality of removable barrels which are detachably connected with one another.

Claim 18

A multicomponent applicator kit which is convertible between plural different component number multicomponent applicator assembly arrangements for concurrently dispensing a plurality of flowable component materials in each arrangement, comprising: a barrel assembly including three barrels, each for containing a flowable component material and having a discharge port through which the flowable component material is to be concurrently dispensed, wherein one barrel is detachably connected with the other barrels of said barrel assembly; means for concurrently dispensing the plurality of flowable component materials from said discharge ports of said barrels of said barrel assembly for each arrangement; and nozzle means for receiving the component materials from said discharge ports of said barrels, for mixing said component materials and dispensing said component materials from a single discharge outlet, said nozzle means comprising a first nozzle element and a nozzle adapter; wherein, in a first arrangement with said detachable barrel connected with said barrel assembly, said nozzle adapter is releasably positioned between said discharge ports and said first nozzle element, and in a second arrangement without said detachable barrel connected with said barrel assembly, said first nozzle element is positioned to receive the component materials from said discharge ports without said nozzle adapter therebetween.

Claim 19

A multicomponent applicator kit which is convertible between plural different component number multicomponent applicator assembly arrangements for concurrently dispensing a plurality of flowable component materials in each arrangement, comprising: a barrel assembly including three barrels, each for containing a flowable component material and having a discharge port through which the flowable component material is to be concurrently dispensed, wherein one barrel is detachably connected with the other barrels of said barrel assembly; means for concurrently dispensing the plurality of flowable component materials from said discharge ports of said barrels of said barrel assembly for each arrangement; and nozzle means for receiving the component materials from said discharge ports of said barrels, for mixing said component materials and dispensing said component materials from a single discharge outlet, said nozzle means comprising a first nozzle element and a nozzle adapter; wherein, in a first arrangement with said detachable barrel connected with said barrel assembly, said nozzle adapter is releasably positioned between said discharge ports and said first nozzle element, and in a second arrangement without said detachable barrel connected with said barrel assembly, said first nozzle element is positioned to receive the component materials from said discharge ports without said nozzle adapter therebetween.

Claim 20

The multicomponent applicator kit of claim 17, wherein said means for concurrently dispensing the flowable component materials comprises a plunger assembly comprising a plunger for each of said barrels of said barrel assembly and an advancing means for driving an end of each plunger of said plunger assembly that is insertable within said barrels at the same time and over the same displacement.

Claim 21

The multicomponent applicator kit of claim 18, wherein said plungers are operatively connected with one another.

Claim 22

The multicomponent applicator kit of claim 19, wherein the plunger for said detachable barrel is removably attached to the plunger assembly, and further wherein said removable plunger is detached from said plunger assembly when said multicomponent applicator assumes said second arrangement.

Claim 23

The multicomponent applicator kit of claim 20, wherein the removable plunger is provided with a hub having an axis extending perpendicular to the longitudinal axis thereof, and a portion of said hub is inserted within a hole defined through a connecting web portion of said plunger assembly for removably connecting the removable plunger to said plunger assembly.

Claim 24

The multicomponent applicator kit of claim 21, wherein said connecting web portion extends transversely between plungers of the plunger assembly substantially at distal ends of the plungers away from the ends thereof which are inserted within said barrels.

Claim 25

The multicomponent applicator kit of claim 19, wherein said advancing means includes an applicator housing, a drive rod passing through said applicator housing and operatively connected with the plunger assembly, and a drive means for driving said drive rod longitudinally, said drive rod further being insertable within and acting as the plunger for said detachable barrel.

Claim 26

The multicomponent applicator kit of claim 18, wherein said advancing means includes an applicator housing and said plurality of barrels are detachably connected to said applicator housing.

Claim 27

The multicomponent applicator kit of claim 17, wherein said first nozzle element comprises a static mixing element having a passageway defined therethrough with an inlet for receiving component materials from said barrels and a dispensing outlet from which mixed component materials are dispensed, and a mixing means within said passageway for enhancing the mixing of the component materials.

Claim 28

The multicomponent applicator kit of claim 17, wherein said detachable barrel includes a positioning means which locates said detachable barrel longitudinally with respect to said barrel assembly, and said positioning means along with the releasable connection of said nozzle adapter to said discharge port of said removable barrel, when in said first arrangement, comprises the detachable connection of said detachable barrel to said barrel assembly.

Claim 29

The multicomponent applicator kit of claim 26, wherein said positioning means comprises perpendicularly depending spaced flange portions from said detachable barrel between which a perpendicularly extending element of said barrel assembly is engaged.

Claim 30

The multicomponent applicator kit of claim 17, wherein there are more than three barrels within said barrel assembly, and there are at least two removable barrels which are fixedly connected with one another.

Claim 31

The multicomponent applicator kit of claim 17, wherein there are more than three barrels within said barrel assembly, and there are at least two removable barrels which are detachably connected with one another.

Claim 32

In combination with the multicomponent applicator kit of claim 17, said barrels being at least partially filled with component materials of an epoxy adhesive.

Claim 33

The combination of claim 30, wherein one barrel is provided with an epoxy resin, one other barrel is provided with a curing agent, and said detachable barrel is provided with an additive selected from the group of: a colorant, a flame retardant, a conductive filler, and a catalyst.

Claim 34

A supplemental component assembly for converting a multicomponent applicator device, which is used for concurrently dispensing a plurality of flowable component materials, into an increased component number multicomponent applicator assembly, said supplemental component assembly comprising a detachable barrel assembly including at least one removable barrel having a discharge port at one end thereof, said detachable barrel assembly including means for detachably connecting said at least one removable barrel to a barrel assembly of the multicomponent applicator device, and a nozzle adapter means which releasably connects with said discharge port of said at least one removable barrel and is further connectible with discharge ports of each component barrel of the multicomponent applicator device, said nozzle adapter means having passages for providing flow paths from each of the discharge ports to a common passage within said nozzle adapter means within which the component materials are mixed with one another and which leads to a single adapter outlet.

Claim 35

A supplemental component assembly for converting a multicomponent applicator device, which is used for concurrently dispensing a plurality of flowable component materials, into an increased component number multicomponent applicator assembly, said supplemental component assembly comprising a detachable barrel assembly including at least one removable barrel having a discharge port at one end thereof, said detachable barrel assembly including means for detachably connecting said at least one removable barrel to a barrel assembly of the multicomponent applicator device, and a nozzle adapter means which releasably connects with said discharge port of said at least one removable barrel and is further connectible with discharge ports of each component barrel of the multicomponent applicator device, said nozzle adapter means having passages for providing flow paths from each of the discharge ports to a common passage within said nozzle adapter means within which the component materials are mixed with one another and which leads to a single adapter outlet.

Claim 36

The supplemental component assembly of claim 32, further including a means for dispensing a component material from within said at least one removable barrel that is operatively connectible with a means for concurrently dispensing a plurality of component materials from the multicomponent applicator device so that the component material provided within said at least one removable barrel is concurrently dispensed with the component materials of the multicomponent applicator device.

Claim 37

The supplemental component assembly of claim 33, wherein said means for dispensing a component material from within said at least one removable barrel comprises a plunger assembly including a plunger having an end thereof for insertion within said at least one removable barrel, said plunger assembly provided with a means for detachably connecting said plunger assembly to a plunger assembly of the multicomponent applicator device so as to move therewith.

Claim 38

The supplemental component assembly of claim 34, wherein said detachable plunger is provided with a hub having an axis extending perpendicular to the longitudinal axis thereof, and a portion of said hub is insertable within a hole defined through a connecting web portion of the plunger assembly of the multicomponent applicator device.

Claim 39

The supplemental component assembly of claim 32, wherein said at least one removable barrel includes a positioning means for locating said at least one removable barrel longitudinally with respect to the barrel assembly of the multicomponent applicator device, and said positioning means along with the releasable connection of said nozzle adapter means to said discharge port of said at least one removable barrel, when said nozzle adapter means is connected with the discharge ports of the barrels of the multicomponent applicator device, comprises said means for detachably connecting said at least one removable barrel to the barrel assembly of the multicomponent applicator device.

Claim 40

The supplemental component assembly of claim 36, wherein said positioning means comprises perpendicularly depending spaced flange portions from said at least one removable barrel between which a perpendicularly extending element of the barrel assembly of the multicomponent applicator device is engageable.

Claim 41

The supplemental component assembly of claim 32, wherein said detachable barrel assembly comprises a plurality of removable barrels which are fixedly connected with one another.

Claim 42

The supplemental component assembly of claim 32, wherein said detachable barrel assembly comprises a plurality of removable barrels which are detachably connected with one another.