Claims Analysis
Total Claims: 5
Claim 1
Independent Claim
409 words
An axially rotatable tool holder/adapter for use in a machine tool, which is adapted to engage a drive tool spindle in operation and adapted to be stored in a turret associated with a machine tool, wherein the holder/adapter includes: (a) a body portion having: (1) means defining a central recess for receiving a drive spindle, (2) means defining a plurality of substantially radially-disposed, open-ended lock pin passageways, each of which extends between the periphery of the body portion and the central recess means, (3) means defining a plurality of generally axially arranged travel-limit-stop-pin-receiving bores, each of said bores being at least partially aligned with the central recess means and associated with the inner end of each of said lock pin passageway means, (b) a plurality of lock pin means, each movable within one of said passageway means so as to extend outwardly from the peripheral end of said passageway means, in a storage position and so as to extend inwardly from the inner end of said passageway means into said central recess in the locked-to-the-spindle position, (c) retainer means carried by said body portion having peripheral wall means constructed to slidably fit about the periphery of said body portion, said retainer means being biased axially upwardly for movement between a blocking position whereat each lock pin is prevented from moving outwardly from the peripheral end of said passageway means and a retracted position whereat each lock pin can move outwardly thereof; and (d) a plurality of travel-limit-stop-pin means, each: (i) being positioned in one of said travel-limit-stop-pin bore means; (ii) being biased axially toward said central recess, (iii) being movable between an extended-lock-pin block position and a depressed release position; (iv) having means for blockingly engaging inner end of a locking pin and for preventing camming cooperation between said lock pin means and said stop-pin means, said means being fully aligned with said central recess; and (v) being constructed to be engaged by a descending spindle nose and depressed into said bore means so as to disengage said lock pin and permit inward movement of said lock pin to a spindle locking position, wherein each of said stop pin bore means is fully aligned with said central recess, and said stop-pin means includes shoulder means for cooperation in limiting upward movement of the stop-pin means, and wherein there is further provided flange means within said central recess for cooperation with said stop pin shoulder means for limiting upward movement.
Claim 2
Dependent Claim
409 words
An axially rotatable tool holder/adapter for use in a machine tool, which is adapted to engage a drive tool spindle in operation and adapted to be stored in a turret associated with a machine tool, wherein the holder/adapter includes: (a) a body portion having: (1) means defining a central recess for receiving a drive spindle, (2) means defining a plurality of substantially radially-disposed, open-ended lock pin passageways, each of which extends between the periphery of the body portion and the central recess means, (3) means defining a plurality of generally axially arranged travel-limit-stop-pin-receiving bores, each of said bores being at least partially aligned with the central recess means and associated with the inner end of each of said lock pin passageway means, (b) a plurality of lock pin means, each movable within one of said passageway means so as to extend outwardly from the peripheral end of said passageway means, in a storage position and so as to extend inwardly from the inner end of said passageway means into said central recess in the locked-to-the-spindle position, (c) retainer means carried by said body portion having peripheral wall means constructed to slidably fit about the periphery of said body portion, said retainer means being biased axially upwardly for movement between a blocking position whereat each lock pin is prevented from moving outwardly from the peripheral end of said passageway means and a retracted position whereat each lock pin can move outwardly thereof; and (d) a plurality of travel-limit-stop-pin means, each: (i) being positioned in one of said travel-limit-stop-pin bore means; (ii) being biased axially toward said central recess, (iii) being movable between an extended-lock-pin block position and a depressed release position; (iv) having means for blockingly engaging inner end of a locking pin and for preventing camming cooperation between said lock pin means and said stop-pin means, said means being fully aligned with said central recess; and (v) being constructed to be engaged by a descending spindle nose and depressed into said bore means so as to disengage said lock pin and permit inward movement of said lock pin to a spindle locking position, wherein each of said stop pin bore means is fully aligned with said central recess, and said stop-pin means includes shoulder means for cooperation in limiting upward movement of the stop-pin means, and wherein there is further provided flange means within said central recess for cooperation with said stop pin shoulder means for limiting upward movement.
Claim 3
Dependent Claim
51 words
A tool holder/adapter as in claim 1, wherein said stop pin includes: means defining a lower section for sliding engagement with said pin-receiving bore, and means defining an upper section having a reduced lock pin engaging tip constructed so that said tip and said lock pin contact within the central recess.
Claim 4
Dependent Claim
16 words
A tool holder/adapter as in claim 2, wherein said tip is eccentrically positioned on said pin.
Claim 5
Dependent Claim
64 words
A tool holder/adapter as in claim 3, wherein said tip is round and has a smaller diameter than said lower section and said upper section includes an intermediate section which joins said top and said lower section, with the junction of the tip and the intermediate section providing a shoulder for engaging the lock pin and limiting the upward travel of the stop pin.