US172629A - Improvement in time-locks - Google Patents

Improvement in time-locks Download PDF

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US172629A
US172629A US172629DA US172629A US 172629 A US172629 A US 172629A US 172629D A US172629D A US 172629DA US 172629 A US172629 A US 172629A
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time
cams
movement
independent
shafts
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    • EFIXED CONSTRUCTIONS
    • E05LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05BLOCKS; ACCESSORIES THEREFOR; HANDCUFFS
    • E05B43/00Time locks
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y10TECHNICAL SUBJECTS COVERED BY FORMER USPC
    • Y10TTECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION
    • Y10T70/00Locks
    • Y10T70/70Operating mechanism
    • Y10T70/7006Predetermined time interval controlled
    • Y10T70/7034Clockwork control
    • Y10T70/704Continuously operating once initiated

Definitions

  • AThis invention relates to an improvement in the mechanism employed in locks to automatically release the lock at a predetermined hour.
  • this class ot' locks two independent clock-movements are usually employed, but connected, so that if one stops the other may continue, so that the simple stopping of one 'movement will not interfere with the unlocking at ⁇ the predetermined time; but in such construction some portion of the stopped movement mustbe driven by theother, hence adding ⁇ somewhat to the labor to be performed by the working part, and thereby increasing the liability ofthe said movement toistop.
  • yThe' object of this invention is to avoid this difficulty and it consists in arrangingthe operative cams respectively upon two independent concentric shaftsthat is, one within the other-each driven directly by its respective movement, so that working together the two operative cams move as one, that in case of the stoppage of one the other goes on without any possible eft'ect upon the first or its movement; also, in the arrangement of the tripping mechanism, which automatically secures the lock ata predetermined time, so as to be actuated independently by either of the movements, all as more fully hereinafter described.
  • a B are the two driving spring-barrels of independent movements, arranged between the plates G C in the usual manner, there being no connection between the two movements.
  • This shaft extends through the plate, and on its upper end there is arranged, by preference, a disk, E.
  • a disk On the edge of this disk E is a projection or cam, e, so that as the 4disk is rotated through its shaft the cam will be moved around to the lock mechanism, and so as to operate upon it todiseugage the lock mechanism, in substantiallythe usual manner for this class of locks.
  • a hollow shaft, F taking its bearing in the plate C of the movement-frame, and forming practicallythe bearing for the shaft D at that end.
  • a ratchet, a On this shaft F is a ratchet, a, with a loose gear, m, engaging with the other or second movement, ⁇ in
  • a similar disk, L On the outer end of the shaft F, and below the disk E, is a similar disk, L, and provided with a cam corresponding to the cam c. (Shown in broken ines, Fig. 1.)
  • This disk is independent of the rst movement, as the first is independent of the second.
  • Each is driven by its own movement, and without e'ect one upon the other 5 hence, if one movemeut stops the other goes on without in any way being retarded by the first.
  • each cam makes a full revolution in forty-eight hours hence, it' it be desirable to set the lock so as to open at a certain time each twentyfour hours, the two cams may be set opposite each other, and thus one day one cam will gear b on the operate, and the next day the other; then, when forty-eight hours is required to elapse, as for Sundays or holidays, the two cams are brought together and act as one 5 whereas, if
  • the cams are represented, and are prefera bly attached to corresponding disks, one .at
  • cams may be simply an armv projecting from their respective shafts, and thel dial made stationary. i v
  • ratchets The object of the ratchets is for the setting of the cams-that is, so they may be turned without effect upon the clock-movement in the opposite direction to which they are driven.
  • pawl77 and ratchet7 I wish to be understood as including any mechanism which will engage the respective driving-gears with their shafts in one direction, and leave the shafts free in the other.
  • This mechanism consists of a bolt, T, arranged longitudinally in the frame ofthe clockmovement, with ⁇ arms or projections R extending into convenient proximity to a shaft, S, in
  • a latch U, which, when hung upon the bolt, as shown in Fig. 3, prevents the full engagement of the lock mechanism with the time-movement; but so soon as the bolt is thrown back to disengage the latch U, then the locking is complete, and cannot become disengaged until the time indi! cated for the operative cams.
  • a dial or pointer, W is attached to each ofthe said shafts S, so th at each may be turned independent of the other, the graduation of the dials, however, being In banks alike, so that when the two shafts beset to a corresponding point on the dialtheir respective cams will also correspond.
  • the bar T will be moved by the said cams, a spring being provided to return the bar after it has been moved by the cams.
  • the shafts S are each in connection with their respective driving-gears, in like manner as described for the shaft D.

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Description

L. HUBBELL.
l TIME-Locri. No.17Z,5Z9. Patented Jan. 25,1876.
UNITED NSTATES PATENT QFFICE.
LAPORTE HUBBELL, OFFORESTVILLE, CONNECTICUT, ASSIGNOR TOL. HUBBELL & UO., OF SAME PLAGE.
IMPROVEMENT IN TIME-LOCKS.
Specification forming part of Letters Patent No.` l 72,629, dated January 25, 1876; application tiled September 15, 1875.
OAL-SE B'. i
To all whom it may concern Be it known that I, LAPORTE HUBBELL, of Forestville, in the county of Hartford and State of Connecticut, have invented a new Improvement in Time-Locks, and I do hereby declare the following, when taken inconnection with the accompanying drawings and the letters of reference marked thereon, to be a full, clear, and exact description ot' the same, and `which said drawings constitute part of this specification, and represent, in
Figure l, frontview; Fig. 2, sectional view on lille w x; Fig. 3, the automatic locking-bar.
AThis invention relates to an improvement in the mechanism employed in locks to automatically release the lock at a predetermined hour. In this class ot' locks two independent clock-movements are usually employed, but connected, so that if one stops the other may continue, so that the simple stopping of one 'movement will not interfere with the unlocking at` the predetermined time; but in such construction some portion of the stopped movement mustbe driven by theother, hence adding` somewhat to the labor to be performed by the working part, and thereby increasing the liability ofthe said movement toistop.
yThe' object of this invention is to avoid this difficulty and it consists in arrangingthe operative cams respectively upon two independent concentric shaftsthat is, one within the other-each driven directly by its respective movement, so that working together the two operative cams move as one, that in case of the stoppage of one the other goes on without any possible eft'ect upon the first or its movement; also, in the arrangement of the tripping mechanism, which automatically secures the lock ata predetermined time, so as to be actuated independently by either of the movements, all as more fully hereinafter described.
A B are the two driving spring-barrels of independent movements, arranged between the plates G C in the usual manner, there being no connection between the two movements.
At a convenient point between the two by the arrow. This shaft extends through the plate, and on its upper end there is arranged, by preference, a disk, E. On the edge of this disk E is a projection or cam, e, so that as the 4disk is rotated through its shaft the cam will be moved around to the lock mechanism, and so as to operate upon it todiseugage the lock mechanism, in substantiallythe usual manner for this class of locks.
Around the shaft D is a hollow shaft, F, taking its bearing in the plate C of the movement-frame, and forming practicallythe bearing for the shaft D at that end. On this shaft F is a ratchet, a, with a loose gear, m, engaging with the other or second movement, `in
`substantially the same manner as that described for the ratchet a and shaft D.
On the outer end of the shaft F, and below the disk E, is a similar disk, L, and provided with a cam corresponding to the cam c. (Shown in broken ines, Fig. 1.) This disk is independent of the rst movement, as the first is independent of the second. Each is driven by its own movement, and without e'ect one upon the other 5 hence, if one movemeut stops the other goes on without in any way being retarded by the first.
This construction has another great advantage over the usual one, from the fact of the two concentric cams-as, for instance, each cam makes a full revolution in forty-eight hours hence, it' it be desirable to set the lock so as to open at a certain time each twentyfour hours, the two cams may be set opposite each other, and thus one day one cam will gear b on the operate, and the next day the other; then, when forty-eight hours is required to elapse, as for Sundays or holidays, the two cams are brought together and act as one 5 whereas, if
it be a single dial with a single cam, it must be set everyday, except the Sunday or holiday, when the fortyeighthours time is desirable.
The cams are represented, and are prefera bly attached to corresponding disks, one .at
least ligured as a dial -5 but, if preferred, the
cams may be simply an armv projecting from their respective shafts, and thel dial made stationary. i v
-The object of the ratchets is for the setting of the cams-that is, so they may be turned without effect upon the clock-movement in the opposite direction to which they are driven. By the illustration and terms pawl77 and ratchet7 I wish to be understood as including any mechanism which will engage the respective driving-gears with their shafts in one direction, and leave the shafts free in the other.
If at any time it be desirable to engage the two cams, it may be done by a bolt, P, or otherwise, to couple the two.
If the door be locked with the mechanism described for unlocking it cannot be opened until that time for which it is set. and other places where such locks are used it is often desirable to open the door within the time so indicated. To allow this to be donea mechanism is applied, so that the door will not be completely locked within the control of the time-movement until a specified hour.
This mechanism consists of a bolt, T, arranged longitudinally in the frame ofthe clockmovement, with`arms or projections R extending into convenient proximity to a shaft, S, in
each movement, which revolves, say, once in.
twenty-four hours. On each of the shafts isa cam, t, which, in revolving, will strike the arms R, and move the bolt longitudinally.
In connection with this bolt is a latch, U, which, when hung upon the bolt, as shown in Fig. 3, prevents the full engagement of the lock mechanism with the time-movement; but so soon as the bolt is thrown back to disengage the latch U, then the locking is complete, and cannot become disengaged until the time indi! cated for the operative cams.
Outside the clockplate a dial or pointer, W, is attached to each ofthe said shafts S, so th at each may be turned independent of the other, the graduation of the dials, however, being In banks alike, so that when the two shafts beset to a corresponding point on the dialtheir respective cams will also correspond. Hence, at each revolution the bar T will be moved by the said cams, a spring being provided to return the bar after it has been moved by the cams.
For illustration of this part ofthe device, supposing the time within which it may be desirable to open the door be four hours, the shafts S are turned to such point indicated by the dial that it will be four hours before the cams on the shaft will have drawn back the bolt. The latch U is then hung upon the bolt, and in that condition the door is closed and locked in the usual manner.
At the expiration of the ,four hours the bolt will be drawn back, and the door securely locked until the principal cams e perform their operation of unlocking; but at any time during the said four hours the'door may be opened in the usual manner.
The shafts S are each in connection with their respective driving-gears, in like manner as described for the shaft D.
I claim- 1. In combination, the two independent clock-movements, the two independent concentric shafts, each driven directly by its respective movement, and a cam upon each of said shafts independent one of the other, substantially as described.
2. In combination, the two independent clock-movements, the two independent concentric shafts, each driven directly by its respective movement, and a cam upon each of said shafts, independent one of the other, and
the tripping-bolt, with the two independent cams, acting upon said bolt together, or each independentrof the other, substantially as set forth.
3. In combination, the' two independent clock-movements, the' two independent concentric shafts, each driven directly by its respective movement, a ca m upon each of said shafts independent one of the other, and a coupling device to engage thesaid two cams, substantially as specified.
' LAPORTE HUBBELL. Witnesses:
JOHN E. EARLE,
CLARA BRoUGHToN.
US172629D Improvement in time-locks Expired - Lifetime US172629A (en)

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