US2722958A

US2722958A - Quiver

Info

Publication number: US2722958A
Application number: US440612A
Authority: US
Inventors: Robert C King; Arthur H Schampel; Edward P Becking
Original assignee: KING Co
Current assignee: KING Co
Priority date: 1954-07-01
Filing date: 1954-07-01
Publication date: 1955-11-08
Anticipated expiration: 1972-11-08

Description

1955 R. c. KING ET AL 2,722,958

QUIVER Filed July 1, 1954 BOBEPT 6) ENG, Aen/ue 1L 5CHAMPEL; EDI V490 R BECK/N6;

INVENTORS.

1 BY Q 4 /.4:w/

,4 rTOQ/VEM United 2,722,958 Patented Nov. 8, 1955 QUIVER Robert C. King, Los Angeles, Arthur H. Schampel, South Pasadena, and Edward P. Backing, Los Angeles, Calif, said Schampel and said Backing assignors to said King, doing business as King Sport-Line Company, Los Angeles, Calif.

Application July 1, 1954, Serial No. 440,612

11 Claims. (Cl. 150-1.5)

This invention relates generally to a supporting carrier for elongated, rigid objects. More specifically, and in the preferred form hereinafter shown and described, the invention discloses a quiver to be worn on the back of the user and adapted to carry a plurality of easily removable arrows, each of the arrows carried being maintained in fixed relation to the carrier until individually manually removed therefrom.

The conventional quiver made of leather or the like has proved unsatisfactory in certain respects for the use of archers, especially in hunting game. Thus it is desirable that individual arrows carried in a quiver be held motionless relative to the quiver and to one another in order to prevent possible damage as to the feathers of the arrows as well as to prevent noisy rattling of the shafts of the arrows where stealth in stalking is necessary. Withdrawal of an arrow from a conventional back-mounted quiver involves an overhead movement of the arrow and the users arm, which is likely to alarm the game. Moreover, certain body movements of the hunter using a conventional quiver may cause arrows to be dropped from the quiver as when a hunter climbs a fence, bends under an obstructing branch or otherwise reverses his norrnal upright orientation.

The present invention provides a solution to the above problems in the form of a longitudinally extending frame having at its lower end a platform or tray extending normal to the axis of the frame, and at the upper end a top member including an upper platform or bonnet similarly extending normal to the axis of the frame. The upper and lower platforms include opposed surfaces at least one of which is relatively resilient or yieldable, and an arrow or similar elongated rigid object may be firmly held between the two surfaces and may be easily and quickly removed from engagement with the quiver by the single hand of a user.

Desirably the upper platform or top is provided with fastening means connecting it to the longitudinal frame by which the spacing between the upper and lower platforms may be adjusted to suit whatever length arrow the user may wish to employ. Desirably also the upper platform or bonnet is provided with a suitable means for protecting the feathered ends of the arrows so that rain or foreign objects such as tree branches and the like will not harm the feathers of the arrows. In the preferred form of the present invention we provide means for carrying arrows of differing overall lengths so that minor variations in the type of arrowhead used may nevertheless be accommodated by the present carrier when such heads are attached to shafts of substantially equal length.

An object of the present invention is, therefore, to disclose a novel carrier for a plurality of elongated rigid objects including resilient means permitting easy removal of the selected object from the carrier.

' Another object of the invention is to provide a carrier including resilient means for removably carrying a plurality of rigid, elongated objects wherein the objects,

once inserted into the carrier, are firmly held in spaced relation relative to one another.

A further object of the invention is to disclose apparatus of the above character adapted for use as a back-mounted quiver for carrying arrows and wherein arrows may be withdrawn downwardly and outwardly from the quiver.

A still further object of the invention is to disclose a device of the above characteristics including means fixed to the carrier for protecting the upper ends of the arrows or other elongated objects carried by the carrier from rain and from being struck by foreign objects.

Another object of the invention is to disclose a device of the above characteristics including means for adjusting its overall length whereby it may be adjusted to accommodate objects of any length within a wide range.

A further object is to disclose a back-mounted quiver of adjustable length including means for removably carrying a plurality of arrows in fixed relation to one another, such apparatus being rugged and dependable in use and comparatively inexpensive to manufacture.

These and other allied objects of the invention will become clear from a reading of the following description of preferred embodiments thereof, taken in connection with the accompanying drawing in which:

Fig. l is a perspective view of a back-mounted quiver embodying our invention showing four arrows mounted therein and with a portion of the protective hood and the upper resilient member broken away for clarity of illustration.

Fig. 2 is a vertical sectional view of the apparatus of Fig. l with the harness means omitted and showing two arrows in supported position, and in dotted outline, one of the arrows being inserted into or removed from the carrier.

Fig. 3 is a sectional view taken on line III-III of Fig. 2 showing two arrows of different overall lengths mounted on the carrier.

Fig. 4 is a fragmentary sectional view taken on line IV.lV of Fig. 3 and showing the details of a preferred length adjusting means for the carrier.

Fig. 5 is a fragmentary perspective view of the lower platform of a modified form of the invention wherein the upper surface of the lower platform is dimpled, roughened or otherwise provided with a multiplicity of small depressions for receiving the tip of an arrow.

Referring now in detail to the drawings, in Fig. 1 there is shown a carrier of our invention including a pair of longitudinally extending frame members generally indicated at It) and 11 and in the present illustra tion being formed of L-shaped angle irons. At the lower ends of the frame members ll) and 11, there is provided a bottom member indicated generally at 14 and including a lower tray desirably made of metal and fixed to the frame members It and if by suitable means such as rivets 16. The tray 14 is provided with a flat bottom 18, upstanding side walls 19 and 2t? and front and

rear walls

21 and 22 respectively. Overlying the flat bottom 18 of the tray 14 there is provided a member indicated generally at 25 having a slightly resilient or depressible surface 26, the surface lying in a plane normal to the

longitudinal frame members

10 and 11. The member 25 is fastened to the tray 14 by suitable means such as an adhesive, and the front wall 21 of the tray desirably extends slightly above the surface 26.

Connected to the upper end of the longitudinal frame members 10 and ll there is a top indicated generally at including a flat member or bonnet 32 lying in a plane transverse to the longitudinal axis of the carrier.- A yieldable resilient member indicated generally at 35 is fixed to the lower surface of the flat bonnet 32 by suitable means such as an adhesive. The resilient member 35 includes a downwardly facing yieldable surface 36 opposed to the upwardly facing surface 26 of the member 25. Desirably the resilient member 35 may be made of sponge rubber or the like and in a preferred form of the invention may be one inch or more in thickness. Similarly, the lower resilient member 25 may be made of sponge rubber or similar material or alternatively, may be a piece of leather, thick fabric, a block of wood, or other material into which the tip of an arrowhead may penetrate slightly.

The top 30 includes a depending rear wall 37 by which the entire top is attached to the upper portion of the

frame members

10 and 11. We preferably form such attachment by means permitting adjustability of the overall length of the carrier, and preferred means for accomplishing this include longitudinally extending slots 38 and 39 (see Fig. 3) formed in the

rear legs

40 and 41 of the

frame members

10 and 11. Suitable releasable fastening means 4-2 and 43 connect the rear wall 37 with the

slots

38 and 39 so that the top may be adjusted to a selected position longitudinally of the

frame members

10 and 11 and retained in such position by tightening the

means

42 and 43.

It will now be observed that the apparatus thus far described provides a resilient surface 36 and a second surface 26 parallel thereto and spaced therebelow by a selectively adjustable distance. Between these two parallel surfaces there may be carried a plurality of longitudinally extending objects such as the arrows t), 51, 52 and 53 shown in Fig. 1. As best shown in Fig. 2, an arrow 52 is retained in the present carrier by inserting the rear tip 55 upwardly into the resilient memher 35. The arrow is manually forced upwardly until its points 56 is slightly above the upper edge of the front wall 21 of the lower tray 14, whereupon the shaft 57 of the arrow may be moved leftwardly as shown in Fig. 2. Release of the arrow 52 will now cause the tip 56 to be forced downwardly by reason of the resilience of the member so that the tip 56 is firmly driven into the member 25. Thus the arrow is restrained at each of its ends against movement relative to the quiver. Removal of the arrow 52 from its mounted position in the carrier of our invention is accomplished by manually grasping the shaft 57 of the arrow, moving it slightly upwardly against the resilience of the member 35 and then moving the lower portion of the shaft outwardly away from the tray 14 until the tip 56 of the arrow clears the front wall 21 of the tray 14. The arrow is then free to be wholly withdrawn downwardly and outwardly from the carrier.

In a preferred form of our invention we provide means carried by the bonnet 32 for protecting the upper ends of the arrows carried in the quiver, particularly the feathers 60. in the present illustration such means include a peripheral hood indicated generally at 65 extending downwardly from the outer edge of the bonnet 32 to any desired distance so that the feathers 60 as well as the resilient member 35 are protected from rain and foreign objects.

The quiver of our invention is most conveniently carried upon the back of the user and to that end we provide harness means indicated generally at 70 and including a central ring 71, left and right shoulder straps 72 and 73 respectively and left and

right torso straps

74 and 75 connected to the ring, the straps being fixed at their. ends to the

frame members

10 and 11 by suitable means such as rivets 76. Two of the strap mem bers, as 73 and 75, may be removably connectable to the central ring 71 by suitable spring-biased, releasable hook means 77 so that the entire device may be quickly fastened on the users back with the ring 71 disposed approximately centrally of the users chest. When so worn, the user can easily insert arrows into the carrier or remove one or more therefrom by the use of one hand.

The present invention is adapted to receive and retain arrows of slightly different overall lengths. In the present illustration, for example, the

arrows

50, 51 and 52 are of substantially equal length, their front ends including broadheads 80. A hunter may wish to carry several arrows fitting the same bow but provided with beads of different lengths. One of such arrows is indicated generally at 53 (see Fig. 3) and includes a short, relatively flat head 83. In order to accommodate the shorter arrow 53, we may provide in one portion of the top 30 a spacer block indicated generally at fixed to the top 30 as by adhesive. A resilient member 35' is fastened to the lower surface of the block 85 by suitable adhesive means and thus presents a downwardly facing yieldable surface 36 to resiliently receive the rear end of the shorter arrow 53. It will be understood that one or more arrows of the shorter length similar to arrow 53 may be inserted into, retained by and removed from the right hand portion of the carrier as seen in Fig. 3 in the same fashion and with the same facility as hereinabove described in connection with Fig. 2 and the arrow 52 there shown.

Because of the sharpness of the tips of the

broadhead arrows

50, 51 and 52, the lower resilient member 25 may, after repeated use, become torn and have to be replaced. In order to obviate this, we may in some instances provide a lower member including a tray 114 whose upper surface 126 (see Fig. 5) is pebbled, dimpled, or otherwise roughened to provide a multiplicity of small depressions. It will be understood that a tip of an arrow pressed upon such surface by the resilience of the upper resilient member is restrained from movement on the tray when received in one of the depressions of surface 126.

We are aware that modifications and changes from the specific forms of the invention hereinabove shown and described will occur to those skilled in the art. All such modifications and changes not departing from the spirit of the invention are intended to be embraced within the scope of the appended claims.

We claim:

1. A carrier for removably holding elongated rigid objects of predetermined length including: a longitudinally extending frame; and means connected to the frame and spaced longitudinally thereof presenting opposed parallel imperforate, facing surfaces, at least one of said surfaces being yieldable in a direction longitudinally of the frame, said surfaces being normally spaced apart a distance slightly less than the predetermined length.

2. The invention as stated in claim 1 including a rigid, peripheral hood carried by the means presenting a yieldable surface, said hood extending parallel to the frame toward the other surface.

3. The invention as stated in claim 2 wherein the other surface is yieldable.

4. The invention as stated in claim 2 wherein the other surface is roughened to provide a multiplicity of depressions thereon.

5. The invention as stated in claim 1 wherein one of said means is connected to the frame by means permitting selective adjustment of the spacing between said surfaces.

6. A carrier for removably carrying a plurality of elongated rigid objects including: an elongated vertical frame; a base member connected to the frame including means extending normal to the longitudinal axis of the frame provided with an upwardly facing horizontal surface; a top member connected to the frame spaced above the base member including resilient means having a downwardly facing yieldable surface parallel to said upwardly facing surface and opposed to a portion thereof and a sec ond downwardly facing yieldable surface vertically spaced from the first named downwardly facing surface and opposed to the remaining portion of said upwardly facing surface.

7. The invention as stated in claim 6 wherein the base member means comprises an element having a yieldable upper surface.

8. The invention as stated in claim 6 wherein the base member means comprises an element having a roughened upper surface with a multiplicity of small depressions formed therein.

9. A carrier for supporting a plurality of parallel extending rigid elongated objects comprising: a frame ineluding longitudinally extending frame members; a base connected to the lower end of the frame including an imperforate, upwardly facing platform extending normal to the frame members; and a top connected to the upper end of the frame including a bonnet and a resilient member fixed thereto, the lower surface of the resilient member being virtually parallel and opposed to said platform.

10. The invention as stated in claim 9 wherein the base includes a flat member mounted upon said platform and provided with a yieldable upper surface spaced from and parallel to said lower surface.

11. The invention as stated in claim 9 wherein the upper surface of said platform is roughened to provide a multiplicity of depressions therein.

References Cited in the file of this patent UNITED STATES PATENTS 1,254,669 Fovargue Jan. 29, 1918 1,696,062 Thurlow et a1 Dec. 18, 1928 2,064,433 Kronthal Dec. 15, 1936 2,091,298 Agnew Aug. 31, 1937 2,105,853 Brodie Jan. 18, 1938 2,587,155 Harvey Feb. 26, 1952