US1241083A

US1241083A - Checking-hinge.

Info

Publication number: US1241083A
Application number: US84146814A
Authority: US
Inventors: Emil Bommer
Original assignee: Individual
Current assignee: Individual
Priority date: 1914-05-28
Filing date: 1914-05-28
Publication date: 1917-09-25
Anticipated expiration: 1934-09-25

Description

E. BOMMER.

CHECKAING HINGE. APPLICA 1L n Muze; 1914.

1,24L083s Patentedsept. 25, 1917.

Q if Q x *i NN N N@ N 55? g Q t5. Q v

l: Il

EMIL BOMMER, OF BROOKLYN, NEW YORK.

CHECKING-I-IINGE.

Specification of Letters Patent.

Patented Sept. 25, 1917.'

Application led May 28, 1914. Serial No. 841,468.

To all whom t may concern:

Be it known that I, EMIL BOMMER, a

citizen of the United States of America, residing in New York, in the borough of Brooklyn, county of Kings, and State of New York, have invented certain new and useful Improvements in Checking-Hinges, of which the following is a specification.

This invention relates to improvements in checking-hinges, and has for its object to provide a very simple and efficient form of checking-hinge which acts in the nature of a door-check when used in connection with independent spring-hinges or other doorclosing means, but which is preferably provided with self contained door-closing means, combining the advantage and appearance of a spring-hinge with the utility of a door-check. More particularly the invention consists in the application of two cooperating cam members which move a piston member on the opening or closing of the door, and by which movement of the piston member, a checking-liquid is forced through a regulated and restricted opening of the` piston member, whereby a checking action results.

The invention is shown in the accompanying drawings and will be more fully described hereinafter and finally pointed out in the claims.

In the accompanying drawings,

Figure 1 is a vertical section of my improved spring-hinge provided with my improved checking means applied thereto,

Fig. 2 is a top-view of the embodiment shown in Fig. l,

Fig. 3 is a vertical section of the embodiment shown in Fig. 1, but with the leaves of the hinge arranged parallel and adjacent to each other,

Fig. 4 is a horizontal section taken on line 4-4 of Fig. 3, and

Fig. 5 is a vertical section of another embodiment which is not provided with a spring-hinge structure as the embodiment shown in Figs. 1 and 3. y l

Similar characters of referenceindicate corresponding parts throughout the different figures of the drawings.

Referring to the drawings, and more particularly to Fig. 1, the leaf 10 is provided with ears 11, which are in turn provided with pintle-openings 12 through which the pintles 13 and 14; passi The pintles 13 and 14: are provided at their ends with screwthreaded portions and have their screwthreaded ends 15 and .16 engage screwthreaded sockets of the pintle-heads or tips 17 and 18. The other ends of the pintles 13 and 14 are also screw-threaded and these screw-threaded ends engage screw-threaded sockets of an intermediate member 20, which is secured to the barrel 21 by means of a pin 22. This intermediate member 20 serves as a socket or nut for the pintles 13 and 111, and also servesv as a fixed springholder for the coil-spring 23 of the springhinge portion. This coil-spring has its upper end engaging the end 2-1 of the fixed spring-holder and has its lower end engaging the end 25 of the adjustable springholder 26, this adjustable spring-holder 26 being provided with openings 27 to enable the adjusting of the spring-holder to be readily carried out in the manner well known. A suitable washer 28 is interposed between the barrel 21 and the adjustable spring-holder 26. This spring-hinge portion as described acts like any of the well known spring-hinges, and has the barrel 21 made integral with or secured to the leaf 30. Both leaves 10 and 30 are. provided with suitable openings 10a and 30a for the passage of the screws for fastening the spring-hinge in position.

In the upper part of the barrel 21 is arranged the improved door-checking means, which is perhaps more clearly shown in Fig. 5, to which reference is now made, as the enlarged size of the parts shown in Fig. 5 serves to make clearer the description thereof. As already stated, the embodiment of Fig. 5, however, does not have the springhinge portion which is shown in the embodiments of Figs. 1 to 4. For this reason the member 31 in Fig. 5 acts as a socket or nut for the pintle 32, and is also engaged by a small screw-threaded pintle or rod 33 which engages the member 31, and passes through the ear 34 which is journaled thereon, and has its other end The member 31 is rigidly connected to the barrelv 43, preferably by pins or screws 36. The upper end of the pintle 32 is screwthreaded and engages the tip 37. Adjacent to the upper ear ranged a cam member 40 which has its upper surface 41 parallel with and adjacent to the lower surface of the upper ear 12.,

engage the tip 35.

12 and the leaf 10 is ar-v i 'r e ,closing -the pintle32 and the bore47 of in. `which v60, which has its 7,The cylindrical 'lining and is rigidly connected therewith by screws 46 or other similar fastening means, and is provided with a shoulder 42 in whichv is seated the barrel 43 and which is providedv at its lower-most side or end with a camsurface 44. This cam member 40 is also provided with a vertical channel 45 through whi'chfthe checking-,liquid may be readily inserted and which is closed .bythe screwv 45a, which is preferably provided with al packing 45". A screwdriver may alsobe inserted through this channel 45.toI adjust thescrewjl whenv it is in registration therewith. Thebore 47 of` the cam member has a pintle 32 passingy therethrough and intermediate the. cam member 40 is a sleeve 48, which has its .upper-end seated in the bore 47 and its lower. end terminatingadjacent to a piston member.50. Thispistonmember 150 is provided with an adjustable opening which is acljusted by the checking-liquid regulating. screw-threaded plug 51, andthe piston member150 is alsofprovided with an opening 52.

.afball' 53V is movable. This ballvalve is shown in Fig. 5, and has the ball restingon a support 54 and is adapted to close the opening v55 when the ball is raised from the positionshown in Fig. 5 to its position. From lthe piston 50 eX- tends upwardly a hollow cylindrical portion upper end provided with a camsurface 61, which contacts -with the cam-surface44 of thecam member 40. Be-

; tween the cylindricalfmember and the barrel 43,.the cylindrical lining'member 62,

which extends from the cam member ,40-to the member 31. serves to effect a liquid-tight connection. TheV cam-surfaces 44 and 61 coincide with each other when in one position, 'but when in the other position, `where.

their peaks contact, the greatest amounty of vertical relative movement is attained.

Intermediate the member 3l and the pisr.ton member 50, a coil-spring is arranged, to continually move the 'object of which' is upwardly lthe piston v50 so that the camfs'urface 61 thereof 'will always contact with the' cam-portion 44 of the cam member 40.-

member 62. is provided jn'e'ar itsupperportion withV pins 66. whichfare adaptedtoengageslots 67 Ionthel outer circumferenceof the cylindrical portion 60 of the ,piston 50, in order to prevent arotarymovement of the piston in respect to the pintle.

Havingthus shownin the enlarged [view of Fig. 5. the several parts,

same,v parts yon a. somewhat smallerv scale.l

SubstantiallyZ the same. partsare there shownV p parte.: When the door reaches corresponding tothe position shown in Figs.. the open position, the.

tain resistance.

reference is now made to Figs.; 1 and 3` `which show these the space'70- can flow through theopening..

55 into-the space 7,5.between the piston member 50 vand thel intermediate member 2O and thereby the door mav freely open,ias no. resistance is offered to the movement of the 1 and 2, namely,

checking-liquidhas entered the space 75 and the Yclosing movement of the leaves .10 and 30 in. respect toeach other will cause the.

checking-liquid 'to enter into the space 70' by reason ofthe downward, motion of .the

piston 50, brought about by the coperating cam 'members' 44 and 61.- This will immediately cause the ball 53 to rise and close the opening 55, and anychecking-liquid which will thenflow from the space 7 5 into` the space 70 must. pass through the check,A ing-valve 5l. This, however, is so. regulatedV as to give a certain definite impedance to the flow. of the checking-liquid Hence, asV the cam-surface 61 spect to the cainfsurface 44, the piston member 50 is raised or lowered, and as it is low.- ered, as shown in the position vin Fig. 3. in

moves in re distinction to the 'positionvr shown in Fig. 1

the checking-liquid isy forced through vthe checking-valve 51 gradually and with a cer The impedance thus given to the motion of the piston member 50 serves togprevent a quick closing of the door, in,

otlerwords, provides a checking, action.

S0 which consists of a yloosely mounted sleeve, the object of which is to prevent the coil-spring 65 from buckling, that is, the object is to maintain ,the coilspring 65.V in a position so that it willl always be in normal upright position and will not buckle against the-walls in which it is contained. To insure a liquid--` tight itg; awasher be provided on the It will, be y noted that in allY of ,the forms of the present invention, both the ball valves and-the checking .valves are disposed in the or ,packing-ring 8l may lateral hea'dof. the. piston, which permits. of this feature of the invention..being,eX-, actly alike in all of the forms. Thus the.

lateral piston head will be thessame irrespective ofv theV sizeofthe upper andlower.

chambers, and thevalves do not depend upon any cooperation with-the surfacesbf these. chambers for yperforming their funcr- I have shown an embodiment of .my inf,

the position:`

lgs. 1 and 3 is shown alsoa member cylindrical, Vmember 60.1

therethrough. y

and' exert its fullf force,

lis

from the the apmade therein Without departing spirit of the invention as defined in ended claims.

l claim:

l. A checking-hinge, comprising a barrel, a leaf for said barrel, a second leaf having ears, a pintle for the ears and barrel, a cam-surface member movable with an ear of the leaf, a vertically movable cam-surface member cooperating with the rst camsurface member, a piston for the second cam-surface member, a ball-valve in the piston, a checking-valve in the piston, a spring acting on the piston for forcing the second cam-surface member against tbe first camsurface member, a sleeve on the piston surrounding tlie pintle and movable in a bore of the first cam-surface member, and a cylindrical extension on the piston movable on the interior of the barrel, tlie upper end of the cylindrical member being shaped to form the second cam-surface member.

2. A checking-hinge, comprising a barrel, a leaf for said barrel, a second leaf having ears, a pintle for the ears and barrel, a camsurface member rigidly connected vvitli an ear of the leaf and movable Within the barrel, said cam-surface member being provided with a vertical channel, a screw-plug for said channel, a second camsurface member also movable within the barrel coperating with the first cam-surface member, a piston for the second camsurface member, a ball-valve in the piston, a checking-valve in the piston, said checkingvalve being adapted to be brought in alinement with the vertical channel of the first 'cam member, a spring acting on the piston for forcing the second cam-surface member against the first camsurface member, a sleeve on the piston surrounding the pintle and movable in a bore of the rst cam-surface member, and a cylindrical extension on tbe piston, non-rotatably xed and vertically movable on the interior of the barrel, the upper end of the cylindrical member Copies of this patent may be obtained for five cents each, by addressing the being shaped to form the second cam-surface member.

3. A checking-hinge, comprising a barrel, a leaf for said barrel, a second leaf having ears, a cam-surface member fixed to one of the ears and movable Within said barrel, a second cam-surface member also movable Within the barrel coperating with tbe fixed cam-surface member, a piston for the second cam-surface member, a ball-valve in the piston, a checking-valve in the piston, a spring acting on the piston for forcing the second cam-surface member against the first camsurface member, a checking-liquid chamber on the piston, and means intermediate of tlie piston and the barrel for preventing the rotary movement of the piston in respect to the pintle. p

fi. A checkingliinge, comprising a barrel, a leaf for said barrel, a second leaf having ears, a cam-surface member fixed to one of the ears, a cam-surface member movable Within the barrel coperating With the fixed cam-surface member, a piston member on the second cam-surface member, a ball-valve in the piston, a checking-valve in the piston, a spring acting on the piston for forcing the second cam-surface member against the first cam-surface member, an intermediate member rigidly fastened to the barrel, Within the barrel, for engaging the pintle, a second pintle engaging the intermediate member, a fixed and a movable spring-bolder for the second pintle, and a coil-spring between the spring-holdersfor the second pintle, the said second pintle and spring-holders and coil-spring being all arranged Within the same barrel containing the movable iston and cam-surfaces.

ln testimony, that l claim tlie foregoing as my invention, I have signed my name in presence of tivo subscribing Witnesses.

EMIL BOMB/IER.

l/Vitnesses z F. Heee, Jos. BIsBANo.

Commissioner of Patents,

Washington, D. C.