|Publication number||US2043886 A|
|Publication date||Jun 9, 1936|
|Filing date||Feb 26, 1936|
|Priority date||Feb 26, 1936|
|Publication number||US 2043886 A, US 2043886A, US-A-2043886, US2043886 A, US2043886A|
|Inventors||De Boer Rudolph F|
|Original Assignee||De Boer Rudolph F|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (9), Classifications (5)|
|External Links: USPTO, USPTO Assignment, Espacenet|
June 9, 1936. R. F DE BQER 2,043,886
SLIDING ASH RECEIVER Filed Feb. 26, 1936 2 Sheets-Sheet l June 9, 1936'. R. F. DE BOER 2,043,886 y SLIDlNG ASH RECEIVER Filed Feb. 26, 1956 2 Sheets-Sheet 2 Patented June 9, 1936 UNITED STATES PATENT OFFICE SLIDING -ASH RECEIVER 12 Claims.
This invention relates generally to an ash receiver and more particularly to one adapted to slide to and from closed position and also be detached Whenever desired. The ash receiver is 5 conveniently used upon the dash of an automobile.
One of the main advantages of my invention lies in its easy detachability. This detachability is had by simply withdrawing the ash container to its open position and then pressing the sides thereof toward one another whereby the container is released. Thus, it can be bodily removed and emptied.
Along this same line is another means of detachment, this being accomplished by withdrawing the container to an open position and then bodily forcing the same downwardly whereupon a certain camming action between the yieldable sides of the container and the guides therefor permits downward withdrawal of the container.
It is to be noted that the container is only detachable when it is slid to an open position.
With respect to the first mentioned method of bodily removing the container, it will be realized that the simple act of grasping the container, usually from underneath, causes inward movement of the resilient sides and thus this might be said to be a natural and almost instinctive method of detaching the container.
Another feature of advantage resides in the simplicity of the device whereby it may be economically constructed.
Another advantage lies in the double movement of the container. This double movement, namely, a withdrawal and also a tilting movement, causes the upper open end of the container to move to a wide open position while at the same time the lower portion is restricted to less than one-half the first mentioned movement and thus the open top of the container is tilted to a convenient angle.
Another advantage resides in the means for attaching the container onto the instrument panel of the automobile.
Other advantages and objects will appear as the following description is read and understood.
In the drawings:
Fig. 1 is a cross sectional view through the container showing its sliding movement upon the mounting plate, this plate being held in position by a single screw.
Fig. 2 is a plan view of the container and its mounting plate, the container being extended to an open position.
Reissues (or 20c-19.5) 1 6 1959 Fig. 3 is a sectional view takeiralong the line 3-3 of Fig. 1. i
Fig. 4 is 'a perspective view of the container and its mounting plate.
Fig. 5- is a perspective view looking from the 5 rear showing an air shielding plate in operative position.
Fig. 6 illustrates a modied form of attaching means.
Fig. 7 illustrates in perspective cross section a modication of my invention.
Fig. 8 is a cross sectional view through another modified form of my invention.
Fig. 9 is a side View showing the container of Fig. 8 extended to an open position.
Fig. 10 is a sectional view taken along the line IIJ-I of Fig. 8.
Fig. 11 is a rear view of the ash container proper which is further illustrated in Figs. 8, 9, 10, and 12.
Fig. 12 is a sectional view taken along the line I2I2 of Fig. 8.
Like numerals refer to like parts throughout their views.
Referring to Figs. 1 to 5, inclusive, numeral I0 illustrates the bottom of the ash container. This 2 bottom is of semi-cylindrical form and has semicircular ends II and I2 welded thereto. The rear end II is welded to the bottom I0 as indicated at I3. See Figs. l and 3. It will be noted that the upper rear edges of the semi-cylindrical plate III are free to move inwardly under pressure so as to assume the dotted line position shown in Fig. 1. The end I I has extensions I4 whereby the inward movement of the rear corners of the member III are limited.
As clearly shown in Figs. 1 and 4, the upper edges of the plate member I0, forming the bottom and sides of the container, are curved outwardly at I and have stops I 6 thereon as shown.
The front of the container is covered by an ornamental plate I 1 which is held thereto by the knob means I8, and the screw 3|. See Figs. 2 and 3.
As shown in Figs. 2 and 4, a mounting plate 20 has a depending flange 2i partly therearound and curved portions 22 depend downwardly as shown to form curved guides. These guides 22 slide in the guideways formed-by the outcurved edges I6 of the sides of the container. A If desired, the guiding portions 22 may extend the full length of plate 20 and be slotted to receive limiting projections I6, the slots extending only partially along the length of the plate. The depending flange 2I prevents leakage of smoke and air from the sides and rear of the container when closed. 55
The body portion of the mounting plate 20 is stamped upwardly at 23 and a key-hole slot 24 is formed therein. The embossing 23 serves to strengthen the plate 20 and also positions the plane of the keyhole slot 24 upwardly whereby interference between the head of the attaching bolt 25 and the rear wall II of the container is prevented.
The plate 20 also carries upstruck lugs 26. These lugs 26, see Fig. 3, abut against the horlzontal portion 21 of the instrument panel 28 t0 properly locate the plate 20.
Another phase of my invention involves the placing of a shielding plate 29 over only the front portion of the container as shown in Fig. 5. The Y shielding plate 29 has a depending ange 30 which is held against the inside of the front I2 by means of the same screw 3| which enters the knob I8. Thus this screw serves a double purpose. The shielding means has an opening 32 having a depending flange 33 therearound and a second smaller opening 34 carrying cross members 35 whereby the ashes on the cigar or cigarette may be flicked therefrom.
Referring now to Fig. 6, numeral 36 indicates a modied form of mounting plate which has depending guides 31. These'guides function similarly to the curved guides 22 previously referred to, see'Fig. 4. A plate 38 is welded at 38a onto one side of the mounting plate 36 and has a portion raised and spaced from said plate 36 through which clamping screws 39 are threaded whereby the construction may be clamped onto the instrument panel. The panel is received in the space formed between these two members.
A modication of my ash container and its mounting is shown in Fig. 7, this modification being constructed similarly to the one shown in Figs. 1 to 4, except that a spring plate 40 is welded interiorly of the rear wall II as indicated at 4|. 'I'his flexible plate is shouldered at 42 and terminates in a linger lug 43 which has a depression 44 formed therein as shown, this depression receiving the lighted end of the cigar as desired. Also, the mounting plate 20 is so constructed as to have a front ilange which abuts against the shoulder 42 to limit the normal outward movement of the container. Whenever desired, downward pressure upon the lug* 43 permits bodily withdrawal of the container.
Referring to Figs. 8 to 12, inclusive, numeral 50 indicates a plate which forms the bottom and side walls of the container. A front wall 5I is attached in any suitable manner and an ornamental plate 52 is held thereagainst by means of. the knob I8 and its attaching screw 3|. The rear wall 54 is welded to the bottom and sides 5I) as indicated at 55 and thus the upper rear corners of this container are yieldable inwardly to the dotted lines position shown in Fig. l1. Stops 56 limit this movement.
A protecting and mounting plate 51, see Fig. 9, surrounds the opening through the panel 60 and a shielding member 6I is welded to the inwardly extending flange 62, this ange 62 extending integrally from the encircling plate 51. As clearly shown in Fig. 9 the member 6I has oppositely disposed guide members 63 curved as illustrated in Fig. 10 and the upper side walls of the member 50, similarly curved as indicated at 65, ride in these guideways 63. Detents 66 prevent excess outward movement of the container under normal conditions. The member 6I is offset downwardly as shown to form a. tightly tting cover for the container. Also, the member 6I is exlble and carries the extension 61 which springs over the rear wall oi.' the container to frictionally hold it in closed position.
The side Walls of the \element 50 have raised 5 outstruck arcuate guides 1 I. These guides extend the distance shown in Fig. 9 and are of the cross sectional shape shown in Fig. 12.
The mounting plate 51 is notched on opposite sides at 12. see Fig. 12, to slidably receive the i0 guides 1I. Thus the receiver proper is guided at these two lower points.
It will be apparent that the ash container may be drawn outwardly to the position shown in Fig.
9 and that during this movement the top portion l5 thereof will move through a much greater distance than the bottom front edge. This is very desirable inasmuch as the knob of the gear shiit lever travels closely adjacent to the instrument panel and my construction gives a maximum of 20 clearance between these elements.
The mounting plate 51 is held onto the instrument panel by means of screws 68. A spring member 69, see Figs. 8 and 9, shaped as shown, is Welded at 'I0 onto the bottom member 50. The 25 member 59 is flexible and contacts the plate 51 of the panel 60 when the container is closed, see Fig.
8, to prevent rattling of the container.
To detach the container shown in Figs. 812, inclusive, the same is withdrawn outwardly to 30 open position and then its sides are compressed to the dotted line position shown in Fig. 11 whereupon the detents 56 are released. This permits complete withdrawal. Reinsertion of the container is obtained by reversal of the above de- 35 scribed action.
From the above description it will be understood that my constructions permit one to easily remove the ash container by grasping the same with but one hand, the gripping pressure automatically releasing the detent which locks the same in position. In the modification shown in Fig. 7, the thumb of the emptier readily contacts the spring arm 43 and this likewise permits one handed manipulation. 45
The invention is dened in the appended claims and is to be considered comprehensive of all forms of structure coming within their scope.
1. An ash container of the class described 5o comprising a bottom member having upwardly extending portions to form sides thereon, a back member attached to said bottom and side members, a front member attached to the bottom and said side members, an ornamental panel extend- 56 ing exteriorly of said front member, a shielding plate extending across the top of the container, said shielding plate having a depending lug contacting the front of the container, and means extending through the depending lug, the front 60 and the ornamental panel to hold said members in assembled relationship.
2. In combination, a mounting plate having a depending flange therearound, said mounting plate having an embossing at one end thereof, 65 a keyhole slot formed in said embossing, upstruck alined lugs adjacent the said embossing, guideways formed on the mounting plate adapted to receive an ash container.
3. In an ash receiver, in combination with a 70 container and a support therefor, means for slidably and releasably mounting said container on said support, said means comprising a slidable guide member attached to said support and a second slidable guide member attached to vsaid con- 75 tainer, said guide members having interlocking and sliding engagement with each other acting to support the weight of the container, one of said guide members being so mounted as to be capable of yielding out of its normal position for the purpose of disengaging said guide members thereby releasing said container from said support.
4. The elements of claim 3 in combination with coacting stop means on the container and suppOrt respectively acting to limit the sliding movement of the container, said stop means being so located as to be disengaged by said yielding movement of said guide member.
5. The elements of claim 3 combined with coacting stop means on said guide members, said stop means being disengageable by said yielding movement of said guide member.
6. The elements of `ciaixn 3 in which the longitudinal dimensions of said guide members extend in corresponding arcuate paths.
7. An ash receiver comprising a supporting slide, a container having a yieldable side, a slide on said yieldable side interlocking with said supporting slide to slidably support the Weight of the container, said slides being disengageable by vilexlng said yieldable side to remove said container.
8. The elements of claim 'l in which the longitudinal dimensions of said slides extend in corresponding arcuate paths.
9. The elements of claim 'l combined with coacting stop means to limit the sliding movement of the container and so located as to be disengageable by the flexing of said side.
10. An ash receiver comprising a supporting slide, a container having a bottom, front, back and opposed side members, said sides being rigidly connected to said front and one of said sides being laterally movable relative to said bac-k, a slide on one of said sides coacting with said supporting slide to slidably support said container and disengageable therefrom by said lateral movement when the container is partly extended.
11. The elements of claim 7 combined with means for limiting the yielding movement of said yieldable side.
12. The elements of claim 10 combined with means for limiting the yielding movement of that part of said movable side relative to said back.
RUDOLPH F. DE BOER.
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|US2772132 *||Aug 23, 1954||Nov 27, 1956||Kaylor Carl F||Extension table hardware|
|US2809877 *||Nov 18, 1953||Oct 15, 1957||Happich Gmbh Gebr||Ash tray-vehicle|
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|US4783110 *||Jan 28, 1988||Nov 8, 1988||Prince Corporation||Console mounting system|
|U.S. Classification||312/246, 296/37.9|