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Publication numberUS1672901 A
Publication typeGrant
Publication dateJun 12, 1928
Filing dateDec 4, 1926
Priority dateDec 4, 1926
Publication numberUS 1672901 A, US 1672901A, US-A-1672901, US1672901 A, US1672901A
InventorsEdwin W North
Original AssigneeNat Lock Co
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Push-button catch
US 1672901 A
Abstract  available in
Images(1)
Previous page
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Claims  available in
Description  (OCR text may contain errors)

June 12, 19248.

E. W. NORTH rusa BUTTON ,cuen

Filed D60. 4, 1926 Palastes Jane' 12, 192s.

UNITED STATES l l 1,612,901 PATENT oFFlcE.

EDWIN W. NORTH, OF AROCXFORD, ILLINOIS, ASSIGNOB TO NATIONAL LOCK CO., F 3700x1033, ILLINOIS, A CORPORATION Ol' DELAWARE.

PUSH-BUTTON CATCH.

.Application llled December 4, 1926. Serial No. 152,549.

This invention relates vto push button latches of the t wherein the latch is 0perated by apu button which extends outwardly in a position where it may be conveniently operated simultaneously with the grasping of the handle or knob of the door on which the latch is used.

In the use of latches of thstype the handle or knob of the door usually includes a cap containing the ush button and fitted t0 the outside of the oor. The push button is secured to the end of the actuating member for the latch. The latches are made in more or less standard size and it is necessary to accommodate this size to different thicknes'ses of doors. In adju-sting latches of this type to the different thicknesses. of doors great diiiiculty has been experienced in maintaining proper relative positions of the ca and button.

t is accordingly an object of this invention to provide a latch of this type in which the desired relation between the cap and the push button may be simply and easily maintained.

. It is further an object of this invention to provide a latch of this type in which the button and cap are assembled together in the same relative positions which it is desired that they occupy when the assembly is coinplete, the said button and cap being maintained in proper relations with each otherv during assembly.

Other and further objects of this inven tion will be apparent from an examination of the specification and claims in connection with the accom anying drawings, wherein Fig. l is a ra mentary longitudinal section of a latch em odying this invention.

Fig. 2 is a bottom plan view of the same. Fig. 3 is a top plan view of the same. Fig. 4 is a sectional view of a modification. Fig. 51s a plan view. of the same. Fig. 6 is a view partly' in section of another modification.

Fig. 7 is a fragmentary section of another modication.

Referring to the drawings more particularly, numeral 7 indicates a sleeve formin va part of a latch mechanism and extending throu h an aperture 8 in a door or the like 9. The s eeve 7 acts as the body portion. of the latch housing, is flattened at its inner end, as at 11, andthreaded, as at 12, from its outer end ractically to its middle or beyond. In

.the attened'portin 11 a catch 13 is pivoted on a pin 14 transversely secured in said portion.' An actuating rod 15 for the catch 13 extends longitudinally of the sleeve 7 and is provided with a hook portion 16 at its inner end, the end of such hook portion engaging in a recess 17 in the catch 13 adjacent the pivot thereof, thus as the member 15 is actuated inwardly its end acting in the recess 17 will act to release the catch and when said member is actuated outwardly said end will act to close the catch by moving it in a clockwise direction where it is adapted to cooperate with a suitable keeper (not shown). A spring 18 surrounding the member 15 abuts at its lower end a shoulder 19 formed in the sleeve 7 by the juncture between the flattened portion 11 and the rest ofthe sleeve.

, 'lhe upper end of the s ring 18 acts on a collar 21 integral with t e member l5 and acts to move the same outwardly. The limited rotation of the catch 13 limits the outward movement of the member 15.

.The lower end of the sleeve 7 is provided with lateral flanges 22 so that when the sleeve 7 is inserted in the aperture 4 its inner end will grip the inner edge of said aperture and prevent said sleeve being pulled all the way through. The threaded portion 12 on said sleeve is adapted to extend out ofthe outer end of said aperture 8 to threadedly receive a cap 23 in the form of a knob having an annular-flange 24 around its outer edge adapted to be grasped manually to open the vdoor 9. The outer end of the member 15 is also threaded, the threads 25 preferably being of the same pitch as those on the sleeve 7. A push button in the form of an extension 26 is fitted on the threads 25. The extension 26 is adapted to extend outwardly through a central aperture 27 in the outer end of the knob 23 any desired amount, the iit of the said extension 26 in said knob being a slidable one. The extension 26 is connected to the knob 23 so that it will rotate therewith when the latter is threaded on the end of the sleeve 7 causing said knob and extension to maintain their predetermined relative positions as they are being threaded on the sleeve and member 15 respectively. In order to connect the extension 26 with t-he knob 23 the former is preferably provided with a plurality of longitudinally extending flat sides 28 which are parallel with corresponding sides of \the aperture 27.

Thus regardless of the -thickness of the door 9 the relative position of the extension or push button 26 with respect to the knob 24, once the former has been started on the threads 25, will not be changed no matter how far the knob 24 is threaded on the sleeve 7 to accommodate different thicknesses of doors, because said extension will rotate with said knob and will move longitudinally therewith as the threads of both said extension and said knob are of the same pitch.

In Fig. 4 there is shown a modification in which the latch mechanism itself is substantially the same as in the previous embodiment. Among the diii'erences are that a handle 28 is provided, the sleeve 29 of the latch mechanism extending through an aperture 31 in one end of the handle and the cap 32 `is comparatively plain and acts t0 secure said end over said sleeve. The other end of the handle 28 is secured by an ordinary screw 33 extending into the door 34.

In Fig. 6 there is shown another modification in which the knob 35 and extension 36 for the actuating member of the latch are sustantially the same as in the first embodiment. In this modification the sleeve 37 of the latch mechanism, which is otherwise the same as in the first embodiment, is not flattened at its inner end, but is suitably secured to a rectangular frame or housing 38 in which is pivoted a latch bolt 39. The latch bolt 39 may have an arcuate surface 41 adapted to cooperate with a keeper in the same manner as the latch bolt in the copending application of Gedor W. Aldeen Serial No. 149,839, filed November 22, 1926. The bolt 39 is yieldingly held in latching position as shown by a spring 42 surrounding the pivot of said bolt. In this case the actuating member 43 is considerably longer than in the first embodiment and is secured by a pin 44 to a rearward extension 45 on the latch bolt. Thus as the extension 36 is pressed inwardly the bolt 39 will be withdrawn against the action of the spring 42 and when the said extension is released the latch bolt will move outwardly to engage with its keeper.

In Fig. 7 there is shown a further modification in which the sleeve 46 of the latch mechanism is substantially the same as in the last embodiment, (Fig. 6). In this modification the housing 47 secured to the end of said sleeve supports a latch bolt 48, one end of which slidably extends through one side of said housing and is in the form of a typical latch bolt. The other end 49 of the bolt 48 is cylindrical in form and slidably extends through the opposite end of the housing 47. A spring 51 surrounding the portion 49 normally acts to hold the bolt 48 to the which is pivotally mounted in the housing 47. The other end of theA lever 53 is pivotally secured to the bolt 48 whereby the push button (not shown) may be ressed inwardly to withdraw said bolt an upon said button being released the spring 51 will project said bolt back to operative position. p

The principles of this invention may thus be utilized with many 'different forms of locks and therefore I do not wish to be 11mited to the details shown and described.

I claim:

1. In a latch, the combination of a latch member, a frame support including a sleeve adapted to extend outwardly of a door, a cap threaded on the outer end of said sleeve, an actuating member in said sleeve operatively connected to said latch member, and a push button extension threaded on the outer end of said actuating member and connected to rotate with said ca relative to'the actuating member whereby 1t may be threaded on said actuating member as said cap is threaded on said sleeve.

2. In a latch, the combination of a latch member, a frame support including a sleeve adapted to extend outwardly of a door, a cap threaded on the outer end of said sleeve, an actuating member in said sleeve operatively connected to said latch member, and a push button extension threaded on the outer end of said actuating member and keyed to said cap whereby it may be threaded on said actuating member as said cap is threaded 0n said sleeve.

3. In a latch, the combination of a latch member, a frame support including a sleeve adapted to extend outwardly of a door, a cap threaded on the outer end of said sleeve, an actuating member in said sleeve operatively connected to said latch member, and a push button extension threaded on the outer end of said actuatin member and connected to rotate with said cap whereby it may be threaded on said actuatin member as said cap is threaded on said s eeve, the threads of said extension and said cap being of the same pitch.

4. In a latch, the combination of a latch member, a frame support including a sleeve adapted to extend outwardly of a door, a knob threaded on the outer end of said sleeve, an actuating member in said sleeve operativel connected to said latch member, and a pus button extension threaded on the outer end of said actuating member and connected to rotate with said knob whereby it may be threaded on said actuating member as said knob is threaded on said sleeve.

5. In a latch, the combination of a frame actuating member in said sleeve operatively support including a sleeve adapted to be inconnected to said latch member, and a push 10 serted through an aperture in a door, means button extension threaded on the outer end associated With said support for limiting of said actuating member and connected to the movement of 'said sleeve through said rotate with said cap. aperture, a cap threaded on said sleeve In Witness of the foregoing I afiixmy sigadapted to cooperate with said means for nature. securing said support, a latch member, an EDWIN W. NORTH.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2492601 *Jul 24, 1947Dec 27, 1949Freez Pak CorpPortable refrigerator
US2497026 *Jan 13, 1949Feb 7, 1950Fox Charles AdinDoor latching device
US2686071 *Aug 17, 1950Aug 10, 1954Engineered Products CoSpring catch
US2941833 *Jun 14, 1955Jun 21, 1960Lillkvist SalomoPush button actuated lock device for cabinet doors, compartment doors and the like
US4167280 *Jul 24, 1978Sep 11, 1979Ingersoll-Rand CompanyPanic exit mechanism
US4886310 *Jun 20, 1988Dec 12, 1989General Motors CorporationDoor handle for vehicle with flush glass
US4943695 *Jan 5, 1988Jul 24, 1990Gannett Co., Inc.Method of and apparatus for protecting a push button on a newspaper vending machine
US4984833 *Sep 28, 1989Jan 15, 1991Knurr-Mechanik Fur Die Elektronik AktiengesellschaftLock hook
US6454320Oct 27, 2000Sep 24, 2002The Eastern CompanyPush button operators for latches and locks and locking systems employing lockable push button operators
US6543821Dec 27, 2001Apr 8, 2003The Eastern CompanySlam capable latch and lock system
US6755449Dec 27, 2001Jun 29, 2004The Eastern CompanyLocking system and components thereof
US6899362Aug 26, 2002May 31, 2005The Eastern CompanyLinkage assembly for operating one or more latches
US7126066Mar 14, 2005Oct 24, 2006The Eastern CompanyPush button actuator
US7205492Sep 11, 2006Apr 17, 2007The Eastern CompanyPush button actuator
US7306265Jul 21, 2004Dec 11, 2007The Eastern CompanyPush button actuator
US8084701Jun 5, 2009Dec 27, 2011The Eastern CompanyPush button actuator
Classifications
U.S. Classification292/227, 292/DIG.300, 292/DIG.370
International ClassificationE05C3/16
Cooperative ClassificationY10S292/37, E05C3/162, Y10S292/30
European ClassificationE05C3/16B