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Патент USA US2129171

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Sept. 6, 1938. _
D.' FRIES. SR..' ET AL
2,129,171
_ ‘CELL noon LOCKING AND OPERATING DEVICE
Filed 001:. ‘23, 1936
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Sept. 6, 1938.
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I CELL DOOR LOCKING ‘AND QPERATING DEVICE
Filed Oct. 23, 1936
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D. FRIES. am ET AL
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CELL DOOR LOCKING AND OPERATING DEVICE ‘
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CELL DOOR LOCKING AND OPERATING DE‘LICE
Filed ‘Oct. 23, 1936
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CELL DOOR LOCKING AND OPERATING DEVICE
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2,129,171
CELL DOOR LOCKING AND ‘OPERATING DEVICE
Filed Oct. 2a, 1956
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INVENTORS.
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2,129,171
D. FRIES. SR, ET AL
~CELL DOOR LOCKING AND OPERATING DEVICE
Filed Oct. 23, 1936
7 Sheets-Sheet 7
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ATTORNEYS.
Patented Sept. 6, 1938’
2.12am
UNITED STATES
ATE i‘
@FFiQE
2,129,171
CELL DOOR LOCKING AND OPERATING
DEVICE
Daniel Fries, Sr., and Daniel G. Fries, Jr., Cov
ington, Ky., assignors to The Fries & Son
Steel Construction and Engineering Company,
Covington, Ky, a corporation of Kentucky
Application October 23, 1936, Serial No. 107,266
4 Claims. (Cl. 189-7 )
This invention relates to devices for locking and
operating doors of prison cell blocks. In prison
cell blocks it is usual to have a number of cells
placed in a row with individual doors for said
'5 cells giving access to a corridor, and there is
usually provided a waiting room or the like which
is separated from the corridor by an escapeprooi
door. In the past it has generally been the prac
tice to provide these doors with individual locks,
0 the keys to which were carried by a ward-en‘ or
other person in authority. To unlock any of
the doors the individual in whose charge the
keys were placed, had to enter the cell block, and
was subjected to the danger of attack by one .
15 or more of the prisoners.
It is an object of our invention to provide a
mechanism whereby all the doors in the cell
block may be controlled and operated from a
station removed from the cell block. It is an
20 other object of our invention to provide means
whereby any of the doors in the cell block may
be opened or closed individually or any number
of the doors may be opened or closed simultane
ously.
25
30
It is also an object of our invention to provide
a mechanism as above outlined whereby not only
doors which are aligned in one plane, but also
doors which are disposed transversely to said
plane may be actuated.
Another object of our invention is to provide
means whereby when the cell doors are opened
they are locked in open position, so that one of
the prisoners could not push the door to a locked
position, and thus possibly con?ne one of the
35 prison officials.
Other objects of our invention include the pro
vision of means whereby'the operating mech
anisms are tamper-proof and cannot be injured
or destroyed by the prisoner.
These and other objects of our invention which
will be pointed out hereinafter or which will be
apparent to one skilled in the art upon reading
these speci?cations, we accomplish by that cer
45 tain construction and arrangement of parts of
which we shall now describe an exemplary em
bodiment. It is to be understood that we do
not intend to be limited otherwise than as pointed
out in the claims to follow, and that modi?ca
50 tions may be made within the scope of our inven
tion.
- Reference is now made to the drawings which
form a part hereof, and in which
Fig. 1 is a sectional plan view of an exemplary
55 jail block taken along the line l-i of Fig. 2.
Fig. 2 'is a vertical section of the same along
the line 2-2 of Fig. 1.
Fig. 3 is a fragmentary front elevation of a
cell gate‘ in closed position as taken at line 3—3
of Fig. 1.
Fig. 4 is an enlarged fragmentary view of mech
anism seen in Fig. 3.
Fig. 5 is a front elevation of the gate shown in
Fig. 3 but in open position.
Figs. 6 and 7 are enlarged fragmentary per~ 10
spectives of mechanism shown in Fig. 5.
Fig. 8 is a fragmentary front elevation of a gate
which has been arranged to operate in transverse
relation to the other gates.
Fig. 9 shows the door of Fig. 8 after moving to 15
open position.
Fig. 10 is a fragmentary detail of controlling
mechanism of the door shown in Figs. 8 and 9.
Fig. 11 is alfront elevation of the control box
20
with the cover in open position.
Fig. 12 is a section along line l2-—i2 of Fig. 11.
Fig. 13 is a detail of the operating lever.
Fig. 14 is a detail of a device for locking the
selective levers.
Fig. 15 is a front elevation with parts broken 25
away to show the construction of an auxiliary
locking means with the gate partly open.
Fig. 16 is a fragmentary elevation similar to
that of Fig. 15, but with the gate in closed posi
tion, and
'
Fig. 17' is a fragmentary perspective of parts
shown in Figs. 15 and 16.
Referring to Figs. 1 and 2, the cell block may
consist of a front partition or wall A, side walls
B and C and a rear wall (not shown) which, ex 35
tending across the rear of the unit completes a
rectangular enclosure.
_In side wall B we have provided an entrance
gate or door ii, hinged as at 8a to permit passage
to or from the cell block. The interior of the 40
cell block has other partitions or walls ‘i, 8, 9
and ill, which with the sliding gates la, 2a, 3a,
and 4a divide the unit into a plurality of en
closures which we have indicated at l, 2, 3, 1! 45
and 5. For the purpose of this speci?cation we
shall term the enclosures i , 2 and 3 as cells. The
enclosure 4 may be termed a corridor, and that of
5 a vestibule.
The partitions and gates above mentioned may
be of the usual type steel. grating such as is
common to prison construction, or they may con
sist of armor plate or other material if desired.
A ceiling E5 of grating or plate material is
provided to cover the entire cell block. The floor 55
2
2,129,171
may be of reinforced concrete or other suitable
material to form an escapeproof structure.
For operating the various gates we have pro
vided a central control box F which is mounted
outside the cell block on wall B. This control
box contains apparatus by which the, gates may
be opened or closed without the attendant enter
ing the cell block where he may be subjected to
physical violence.
a short rack 29a, which rack is ?xed to the struc
tural wall portion 30 extending from the gates
and grill work to the ceiling. Also meshing with
the pinion 25 is a longer rack 3| which as better
seen in Fig. 3 is secured to a long channel mem
ber 32. The rack 31 may have a second toothed
portion am. from which motive power for operat—
ing the corridor gate 4a may be derived. The
member 32 is mounted for reciprocal movement
It will be understood that we are not to be
on a series of ?anged rollers 33 and serves as a 10
limited to the precise lay-out or arrangement of
the cells and corridors as shown in the drawings
for it will be apparent after reading the accom
draw-bar which is common to the gates of cells I,
2 and 3. Thus it is apparent that movement of
the hand lever 25 is transmitted to the draw-bar
32 and if any of the cell gates were coupled there
with they would be carried to open or closed posi 15
tion as desired. As will be presently described
we have provided means by which the gates may
be selectively coupled with the draw-bar. This
coupling means is actuated by depressing the
20
required tabulated lever l5’, H5” or IB’”.
Referring to Figs. 3 to 7 inclusive, each cell
gate has secured at its top a rectangular plate
35 having studs 36 upon which ?anged rollers 31
are mounted. The rollers 31 are adapted to
panying description that with slight mechanical
15 modi?cations the arrangement of the cells and
the location of the control box may be varied in
many ways.
Referring to Figs. 11 and 12 the control box F
has a series of tabulated levers i6’, I6” and IS’”
pivoted at l?al and mechancially connected with
a series of pull rods H’, it” and W”. These
particuar levers control mechanism of the gates
of cells i, 2 and 3, respectively, as will later be
described. A lever l8 pivoted at 18a and con
nected with pull rod is controls mechanism of
the corridor gate 4a. Lever 25 is pivoted at 2541
and through action of the link 2! operates a
ride on a track member 38 which is secured to 25
the structural wall portion 30.
Rigidly mounted
latch or tongue 22 which is the locking means
on the plate 35 is a member 40, having a nose
portion 40a, a shoulder 4th and a forward pro
for the vestibule gate 5. A lever 23 pivoted at
23a has another pivoted connection 231)‘ to which
jecting angular portion 45o, as best seen in Fig.
a plate 24 is connected. Plate 24 is slidably
mounted on the sloping dividing wall 24b in the
is pivoted at Ma and has a rearward extending
lug 41b.
box F, and has openings 24a which surround the
aforementioned levers. Depression of the lever
23 causes the upper edges of the openings Elia,
to contact and move levers i5, i8 and 25 thereby
operating or releasing the desired mechanism of
all the gates in one operation. It is thus seen
that control of the gates may be performed selec—
40 tively or collectively as desired. The control box
F may be provided with a hinged cover i I having
locking means ila.
As seen in Fig. 14 angle
pieces I lb may be mounted on the cover so as to
prevent any movement of the various levers when
45 the cover is closed.
Motive power for opening the gates is provided
by manual operation ‘of the hand lever 25 as
will be described later.
The gate 6 is an excep
tion to this, however. As shown it is of the
50 hinged type and is provided with a handle for
operation in the usual manner.
We wish to be understood that the number of
gates shown in the drawings is not a limitation
of our present invention, nor is the manual
operation thereof an essential requirement, for
in some cases as where a large number of gates
are to be operated it may be desirable to provide
electrical or other motive means.
The hand lever 25 is pivoted at 25a in a pair
(SO of arms 25 and ‘25a which in turn are pivoted at
2th and have upwardly extending portions 26c
in which a link 2? is pivoted on the pin Zia.
Hand lever 25 has a toothed portion 25b which
meshes with a gear segment 28 rigidly secured
in the box F.
As seen in Fig. 12 the hand lever 25 is shown
in its extreme upward position. Movement of
this lever to its downward position as seen in
Fig. 13 will cause counter-clockwise movement
of the arms 25 and 25a thus pulling link 2?‘ to
the left. Conversely the movement of lever 25
from its lower to upper position will cause link
21 to be carried to the right.
Referring to Fig. 2 the link 2‘! has mounted at
its outer end a traveling pinion 29 meshing with
'7.
Carried on the member 45 an arm or dog 4| 30
Mounted on the draw-bar above each gate is a
pair of latches 43 and 44.
These latches are
pivotaliy mounted on studs 43a and 44a, respec
tively, and are limited in their movement there
35
on by pins 531) and 441) which are ?xed in the
draw-bar and extend through the slots 43c‘ and
440. The latches have inclined surfaces 43d
and 44d.
Faces 43c and Me of the latches are 40
adapted to engage the portion Mb of the dog
4| when said dog is turned upwardly about its
pivoted mounting Ma. Thus the dog 4| and
latches 43 and 44 constitute a coupling means
by which the movement of the draw-bar is trans
mitted to the gates. The latch 43 serves to carry
the gate to the right or open position, as seen
in Fig. 5. Latch 44 operates to return the gate
to its closed position.
Referring to Figs. 5 and 6 we have secured to 50
the structural wall portion 30, a bracket 50
having a triangular shaped portion 5% supported
in inter-spaced relation to the wall 30 by webs
55a. Pivoted at 5! is a member 52 having a lever
arm 52a to which is attached the pull rod l'l’
previously mentioned. Member 52 also has an
extending cam portion 52b with inclined faces
52c and 52d. A slot 52s in member 52 has
slidably mounted therein a stud 53. This stud
extends through a slot 550 in the bracket 50 and 60
is rigidly secured at its inner end to a member
54 which member has a rectangular opening 54a
adapted to receive the nose 40a of member 40.
For the purpose of this speci?cation the member
54 may be termed a keeper. When the gate is 65
carried toward its closed position as seen in Fig.
3, the nose 40a. contacts the upper edge of open
ing 54a lifting the member 54 upward. During
this action stud 53 is free~to rise in slots 52c and
55p. When the gate reaches its closed position 70
member 54 drops behind the shoulder 40b as seen
in Fig. 4, thus locking the gate in closed posi
tion. Member 54 has a lug 54b to which is ?xed
alift rod 55. This lift rod'serves to operate an
auxiliary locking device for the gates.
75
2,129,171
3
The auxiliary locking device, just referred to;
shoulder 60a so that movement of the gate is not
is shown in Figs. 15, 16 and 17. Here the lift restricted by the said keepers. The jumper
rod 55 extends downward inside the metal door
member 66 being pivotally connected to keeper
jamb or casing 30a and is connected at 55a to 54 lifts dog 4| into position between latches 43
a rectangular bar 56 slidably mounted on studs and 44. As seen in Fig. 3 the draw-bar 32 is
56a and having at its lower end a projecting in its extreme left hand position and if moved
hardened steel tongue or keeper 51. Secured to to the right by operation of hand lever 25 as be
the casing 30a the bracket 58 has hinged at 58a, fore described the latch 43 will engage dog 4|
a flapper 581) having a hardened steel face plate thus pushing the gate toward its open position.
10 59. When the gate is in open position the plate
As the gate is moved to the right the projec 10
59 is held as shown in Fig. 15 by the tongue 51, tion 400 contacts inclined surface 520 of member
thus serving to close the aperture 30b and pre
52 causing the said member 52 together with the
vent malicious tampering with the mechanism. keepers, jumpers and tabulated lever l6’ to
The gate has a nose 6|] with shoulder 60a. When return to their normal positions. While the gate
15 the gate is moved to closed position the member is traveling between its open and closed posi
15
54 is lifted upward as previously described and tions the dog is prevented fromfalling out of
carries with it lift rod 55, bar 56 and tongue 51. engagement with the latches by its rearward pro
This releases the plate 59 and allows nose 60 to jection 4|b which slides upon the web 650 of an
enter the aperture moving plate 59 backward gle bar 65. As the gate approaches its open posi
20 about pivot 58a. As member 54 drops behind tion as seen in Figs. 5 and '7 the dog (passing the 20
shoulder 4% the tongue 51 will drop behind end of angle bar 65) drops from engagement with
shoulder 60a of nose 60. ‘The various parts will the latches and rests on the bearing portion 61b
then be in position as best seen in Figs. 4 and 16. of jumper member 61. The gate is thus moved to
Referring again to Figs. 5, 6 and 7 an angle bar open position and is uncoupled from the draw
25 65 is secured to the wall 30 and has studs 65a and bar so that the operator may open and close any -'
65b upon which are fulcrumed jumpers or lever
of the other gates as desired, while the said ?rst
members 66 and 61. Member 6‘! has ?xed therein gate remains open. Also the gate is locked in
a stud 61a which extends through a slot 66a in
open position as any attempt to close it by means
lever 66. The levers 66 and 51 have at their other than that we have provided will be frus
80 outer ends bearing portions 661) and 61b respec
trated by dog 4| striking the end 6511 of the angle *
tively. Lever 6B is pivotally connected at 660 bar;
to the keeper member 54. Lifting member 54
To move the gate to closed position the opera
causes the ends of levers 66 and 61 to rise up
tor must again depress tabulated lever |6' which
ward and lift thedog 4| into an engageable as before described will actuate jumpers 61 and
position between latches 43 and 44. While travel
lift the dog into engagement with the latches.
ing between the jumpers the dog is held in en
On moving the draw-bar to the left, latch 44 will
gagement with the latches by the upper web 650 engage the dog and carry the gate to the left.
of the angle bar, upon which the dog is adapted As the gate nears its closed position the projec
to slide during movement of the gate.
tion 490 carried therewith, contacts inclined
We have shown in Figs. 8, 9 and 10 a modi?ed
surface 52d of member 52 thus again returning 40
40
type of gate which is arranged for movement in the entire mechanism to position as seen in Fig. 3.
transverse relation to that of the gates hereto
It is not essential that the draw-bar and latches
fore described. The essential feature of this be positioned as shown in the drawings when the
arrangement is the method of operating a re
dog is lifted. Supposing the gate to- be in open
position as seen in Fig. 5 and the draw-bar to be
45 quired secondary draw-bar 15. Here the draw
bar 15 is slidably mounted upon member 16 and in its extreme left hand position of Fig. 3. If the
is arranged to reciprocate thereon. Secured to dog 4| is now lifted by the mechanism described,
this draw-bar a rack 11 meshes with gear 18
which gear is in turn mechanically connected
50 with draw-bar 32 by means of the miter gears 19,
shaft 80, gear BI and rack 3|a. Movement of
draw-bar 32 is therefore transmitted to the sec
ondary draw-bar 15, but in transverse relation.
For releasing the keepers and lifting dog 4|
55 the member 52 is connected to a bell crank 85
pivoted at 85a on bracket 50, said bell crank 85
being connected by pull rod |9 to the tabulated
lever l8 within control box F. Latch members 82
and 83 carried on the draw-bar 15 are adapted to
60 engage dog 4| and carry the gate to open or
closed position as previously described in con
junction with gates Ia, 2a and 3a.
The operation of the gates is as follows:
Assuming that the gates are in closed position
65 and it is desired to open gate la, the operator
opens control box F and depresses the tabulated
lever l6’. As seen in Figs. 3 and 4, this actuates
the pull rod l1’ and causes clockwise rotation of
member 52 until said member strikes the projec
70 tion 400 which is integrally mounted with the
gate. Rotation of member 52 acting through
stud 53 lifts the keeper 54 out of locking engage
ment with shoulder 40b. The auxiliary keeper
5‘! being mechanically connected with keeper 54
75 by lift rod 55 is also lifted from engagement with
it will not rise between the latches 43 and 44 as
seen in the drawings. However due to the pivoted
arrangement of the latches and their inclined
surfaces 43d and 44d they are adapted to ride 50
over the dog and fall into engagement therewith.
Referring to Fig. 2 it will be apparent that the
appurtenances of gate la as described .are sub
stantially duplicated in conjunction with gates
2a and 3a, and are therefore designated by similar
indicia on the drawings. The operation of these
55
gates would therefore be accomplished as just
described for gate |a, except that the operator
must depress the appropriate tabulated lever I6" 60
or | 6"’ as required. Similarly the transverse gate
may be actuated by depressing the tabulated
lever l8.
From the construction of our device it will ap
pear that as the operating lever 25 is raised to the 65
position shown in Fig. 12, the draw-bar is pushed
toward the right as seen in Figs. 1 and 2, and
that when the operating lever 25 is lowered to the
position of Figure 13, the draw-bar is pulled
toward the left. Thus an upward movement of 70
the handle 25 serves to open any cell door which
has been coupled to the draw-bar by means of
the tabulated levers, and a downward movement
closes any open door which is coupled to the
draw-bar. If, for example, the doors la and 3a 75
4
2,129,171
are open and the door 20» isclosed, and the lever
20 is depressed, the effect of an upward movement
of the lever 25 will be to open the door 2a, the
doors la and 3a remaining open. Now if the
lugs for any number of said doors to enter into
engagement with said dogs, whereby said doors
may be selectively operated from said control box.
2. A cell door operating mechanism comprising
lever 20 is again depressed, all the doors will be
in combination with a cell door, a draw bar pro
vided with dogs, a projecting shoulder on said
door, .a keeper adapted to rest behind said shoulder
to lock said door in closed position, a lug on said
door, and means remote from said door to lift
closed upon downward movement of the lever 25.
If the operating handle 25 is down, and some of
the cell doors are open and others locked, and it
is desired to close all open doors without opening
any of the closed ones, the handle 25 is raised to
its uppermost position without depressing any of
the tabulated levers, and then the lever 25} is de
pressed. Now upon downward movement of the
lever~25, all the open doors will be closed since
they have all been coupled to the draw-bar by
means of the lever 20.
It will thus be seen that we have provided a
jail block in which, regardless of the instant posi
20
tion of any of the gates, an attendant may at
will move any of the gates singly to alter its
position, or may leave all closed gates closed and
to unlock said door, and to raise said lug to a
position where it may be engaged by said dogs
for opening said door upon operation of said draw
bar.
3. In a cell having a door and a jamb against 115
which said door abuts when in closed position, a
nose on said door, an opening in said jamb into
which said nose is adapted to enter when said
door is closed, a keeper within said jamb adapted
to engage a shoulder on said nose to lock said 120
open, and open all the locked gates, without enter-
door, means remote from said door for releasing
the said keeper from said shoulder for unlocking
the door, and means in connection with said
ing the'block.
keeper to- seal said opening when said keeper
shut all the open ones, or leave all open gates
7
Having thus described our invention, what we
claim as new and desire to secure by Letters
Patent is:
Y
»1. In a cell block comprising a plurality of cells
and doors therefor all operating in the same plane,
39
said keeper fro-m engagement with said shoulder 10
and other doors operating in planes‘transverse
to said ?rst mentioned plane, a draw bar posi
tioned for reciprocating movement in‘ a plane
parallel to said ?rst mentioned plane adjacent
said doors, other draw bars positioned for reciprocating movement in planes parallel to said
other planes, connections between said ?rst men
tioned draw bar and said other draw bars whereby
the reciprocating‘ movement of said ?rst men
tioned draw bar ‘is communicated to said other
draw bars, a control box positioned at a point re
moved from said doors and provided with means
for reciprocating said first mentioned draw bar,
lugs on' said doors, dogs on said draw bars posi
tioned to be engageable by said lugs, and means
45 in said control box for selectively causing said
is released from said shoulder and said nose is
withdrawn from said opening.
4. In a cell having a door and a jamb against
which said door abuts when in closed position, a
draw bar provided with dogs, a projecting shoulder
on said door, a keeper adapted to rest behind said
shoulder to lock said door in closed position, a
nose on said door and an opening in said jamb
into which said nose is adapted to enter when
said door is in closed position, an auxiliary keeper
within said jamb adapted to engage a shoulder 35
on said nose to provide an auxiliary lock for said
door, a lug on said door, and means remote from
said door to lift said keeper and auxiliary keeper
from engagement with their respective shoulders
for unlocking said door, and to raise said lug to a
position where it may be engaged by said dogs
for opening said door upon operation of said
draw bar.
DANIEL FRIES, SR.
DANIEL G. FRIES, JR.
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