US20030160487A1

US20030160487A1 - Collapsible open top swing with leg axis offset from swing axis

Info

Publication number: US20030160487A1
Application number: US10/074,416
Authority: US
Inventors: Mark Flannery; Nathan Dusheck; Greg Reineccius
Original assignee: Regalo International LLC
Current assignee: Regalo International LLC
Priority date: 2002-02-12
Filing date: 2002-02-12
Publication date: 2003-08-28

Abstract

A collapsible open top swing that is free of cross supports between upper side portions of the frame to maximize access to the baby in the swing. The open top swing has a broad base by virtue of the sweeping rear legs, yet the open top swing is collapsible by swinging the rear legs toward the front legs. This swinging takes place at a leg axis that is offset from a swing axis for the swing. The front leg engages a first unit for the leg axis at a first location and engages a second unit for the swing axis at a second location rearwardly and upwardly from the first location to mechanically and visually separate the axis from each other. The front and rear legs are the same length and same shape between their proximal and distal ends to minimize manufacturing costs, yet when in a closed position the distal ends of the rear legs project beyond the distal ends of the front legs.

Description

The present invention relates generally to baby swings, particularly to open top swings, and specifically to open top swings that have front and rear legs that are swingable relative to each other such that the open top swing is collapsible from an open position to a closed position.

BACKGROUND OF THE INVENTION

An open top swing is a baby swing having no crossbar or cross support over a top portion of the swing. The open top of the open top swing provides a convenient and safe way to pick up an infant or toddler. The open top is convenient because the caregiver can approach the infant easily to provide care. The open top is safe because, without a crossbar across the top of the swing, placing the infant or toddler in the baby seat and taking the infant or toddler out of the baby seat can be done easily and without a struggle. For example, the feet of a toddler or infant may get caught in a portion of the seat, especially the feet of a struggling toddler or a sleeping infant. With a conventional baby swing having a top extending crossbar, a struggling toddler or sleeping child would be lifted a slight way up so that his or her feet would clear the seat and then lifted horizontally across the baby seat so as not to hit the head of the child on the underside of the crossbar. However, with an open top swing, the horizontal lifting or the back-straining lift change from a vertical lift to a horizontal lift is unnecessary because the child may be lifted straight up out of the seat.

SUMMARY OF THE INVENTION

A feature of the present invention is an offset between a leg axis and a swing axis. The leg axis is an axis where a front leg of the swing is hinged to a rear leg of the swing. The swing axis is where hangers extending from the seat of the open top swing engage in a swinging fashion side portions of the frame. By offsetting the leg axis from the swing axis, the mechanics of the axis is simplified and a broader base can be provided for the open top swing.

Another feature of the present invention is the front leg engaging a unit for the leg axis and the front leg further engaging a unit for the swing axis. The unit for the leg axis is mounted at a first position on the front leg. The unit for the swing axis is mounted at a second position rearwardly and upwardly relative to the first position where the leg axis is mounted.

Another feature of the present invention is a front leg and a rear leg having the same length and the same shape to minimize manufacturing and assembly costs and to provide for an aesthetic swing.

Another feature of the present invention is to provide, in the open position, a broad base with sweeping long rear legs and, in the closed position, a configuration where the front and rear legs lie parallel to each other and where the distal ends of the rear legs project beyond the distal ends of the front legs.

An advantage of the present invention is safety. Features that provide this advantage are the broad base having the sweeping long rear legs, a U-shaped cross support between lower portions of the front legs, and a mechanical separation of the leg axis from the swing (or seat) axis.

Another advantage of the present invention is convenience. The open top swing is collapsible via the leg axis to draw the open top swing into a more compact configuration that is easier to store in a car, van or closet.

Another advantage of the present invention is aesthetic. Features that provide this advantage are the long sweeping rear legs and the substantial match in shape and size between the front and rear legs.

Another advantage of the present invention is cost and simplicity. The open top swing is inexpensive and simple to manufacture, assemble, operate, maintain and repair.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view of the present open top swing. [0011]
FIG. 2A is a side elevational view of the open top swing collapsed to the closed position for storage. [0012]
FIG. 2B is a side elevational view of the open top swing swung open to the open position. [0013]
FIG. 3 is a top view of the open top swing and shows both units that house the swing axis about which the baby seat swings. [0014]
FIG. 4 is a side detail view of the unit that houses the leg axis about which the front and rear legs swing.[0015]

DESCRIPTION

As shown in FIG. 1, the present open top swing is generally designated by [0016] reference numeral 10. The open top swing 10 includes a swing or seat axis 12, a leg or frame axis 14, a baby seat 16, hangers 18, a pair of front legs 20, a pair of rear legs 22, a drive unit or drive housing 24, and a passive unit or passive housing 26.
More specifically, the open [0017] top swing 10 includes a frame 28. The frame 28 includes the front leg 20. Front leg 20 is curved continuously from a proximal or upper end 30 to a distal or lower end 32. Front leg 20 is tubular and is preferably a metal. The preferred metal is aluminum. Near the proximal or upper end 30, the front leg 20 mounts and supports a unit 34 that houses the leg axis 14. The unit 34 is plastic and includes a channel to receive the front leg 20. The unit 34 is fixed to the front leg 20 pin connectors such as rivets or screws (as shown in FIG. 4). The unit 34 is slid onto the front leg 20 such that the proximal or upper end 30 of the front leg 20 is exposed. After the unit 34 is engaged at a first position on the front leg 20, the proximal or upper end 30 is engaged with a female receiver 36 of one of the units 24, 26 via a quick connection, such as a resilient or spring biased ball or button catch, where the ball or button is housed in the proximal end 30, then is depressed when the end 30 is slid into the female receiver 36, then pops out into an aperture formed in female receiver 36 to lock the front leg 20 to one of the units 24, 26. At its lower or distal end 32, the front leg 20 is integral with a first support member 38 and a second support member 40. First and second support members 38, 40 are tubular and are formed of a metal such as aluminum. First and second support members 38, 40 form a general U-shape. First support members 38 extend rearwardly and inwardly from their respective front legs 20. Second support member 40 is integral with first support members 38 and extends tranversely to the first support members 38. Second support member 40, as shown in FIGS. 2A and 2B, lies vertically directly underneath a middle portion of the baby seat 16. Lower or distal end 32 of front leg 20 includes a plastic guard 42. Guard 42 may snap over a front portion of the front leg 20 and underneath a front portion of the first support member 38. Guard 42 includes a nonslip or antiskid protrusion 44. If desired, each of the front leg 20, first support member 38, and second support member 40 may be a separate tubular piece. The separate tubular pieces 20, 38 and 40 may engage each other via resilient or spring biased ball or button catches and male/female connections.
The [0018] frame 28 further includes the rear leg 22. The rear leg 22 is tubular and is preferably a metal. The preferred metal is aluminum. The rear leg 22 includes a proximal or upper end 46 and a distal or lower end 48. The rear leg 22 continuously curves from the upper end 46 to the lower end 48. The upper end 46 is hingedly fixed in the unit 34 via a pin connector at the leg axis 14. The upper end 46 of the rear leg 22 swings in the unit 34 from a side portion 50 of the unit 34, where the upper end 46 engages a thumb actuated spring biased tab catch or lock 52, to generally a middle portion of unit 34, where the upper end 46 engages another thumb actuated spring biased tab catch or lock 54. When the upper end 46 engages the thumb actuated spring biased tab catch or lock 52, the open top swing 10 is locked in an open and operating position. When the upper end 46 engages the thumb actuated spring biased tab catch or lock 54, the open top swing 10 is locked in a closed and stowable position. The pin connector or leg axis 14 is the same distance from front leg 20 as the thumb actuated spring biased tab catch or lock 54 such that the rear leg 22 and front leg 20 are closed to a configuration where the front and rear legs 20 and 22 are parallel to each other. When the open top swing 10 is in such closed position, the cross or second support member 40 and portions of the first support members 38 protrude between legs 22 and beyond, as shown in FIG. 2A. Rear legs 22 further include a cross support member 56 integral with the rear legs 22 and extending between the distal ends 48 of the rear legs 22. Or, if desired, to provide for shipment and storage of the open top swing 10 in a compact form, cross support member 56 may be a separate piece from legs 22 and a connection between the distal ends 48 and ends of the cross support member 56 may be a male/female connection with resilient button catches to lock the legs 22 and cross support member 56 to each other. A plastic guard 58 may snap over a portion of lower end 48 and a portion of cross support member 56. Guard 58 includes a nonslip or antiskid protusion 60.
The [0019] frame 28 includes unit 34. Unit 34 is shown in greater detail in FIG. 4. Here three pin connectors 62 are shown. Pin connectors 62 rigidly mount unit 34 on front leg 20. Further, it can be appreciated that side portion 50 of unit 34 extends over a sufficient distance to act as a stop for the rear leg 22 such that thumb actuated spring biased tab catch or lock 52 bears little if any of the weight of the baby in the baby seat 16 and such that the weight of the baby in the baby seat is borne by the structural housing of unit 34, and the front and rear legs 20, 22. Unit 34 further includes a pocket 64 to accommodate and receive the absolute terminus of end 46 as rear leg 22 swings between the open and closed positions.
The [0020] frame 28 further includes drive unit 24 and passive unit 26. Each of the units 24, 26 is plastic and is two piece, with the two pieces fixed together with pin connectors. Drive unit 24 houses a drive mechanism for swinging the hanger 18 depending from drive unit 24. As to the drive mechanism, U.S. Pat. No. 5,846,136 issued to Wu on Dec. 8, 1998 is hereby incorporated by reference in its entirety. Such a drive mechanism rotates an axle on axis 12, which swings a hanger mount 66, which swings its respective hanger 18, which swings the baby seat 16. The passive unit 26 does not include a drive mechanism, but includes axis 12, hanger mount 66 and hanger 18, which is fixed to the other side of the baby seat 16.
[0021] Baby seat 16 includes a back portion 68, a seat portion 70 and a removable tray 73.
[0022] Open top swing 10 includes an open top 72, as seen in FIG. 1 and FIG. 4. In other words, frame 28 includes one side portion defined by one front leg 20, the respective rear leg 22, the respective unit 34 mounting the legs 20, 22 to each other, and the passive unit 24. Also, the frame 28 includes the other side portion defined by the other front leg 20, the respective rear leg 22, the respective unit 34 mounting the legs 20, 22 to each other, and the passive unit 26. There is no cross support member extending between such the uppermost section of such side portions of the frame 28. For example, there is no cross support members extending between the uppermost sections or peaks of the units 24, 26. There is no cross support member extending between the upper ends of the front legs 20. There is no cross support member extending between the upper ends of the rear legs 22. There is no cross support member extending directly above the seat 16, including the back portion 68 and the seat portion 70. The hangers 18 do not directly extend to each other. The hangers 18 extend rearwardly from the units 24, 26 when the seat 16 is at rest, as shown in FIG. 1. Then the hangers 18 extend downwardly and subsequently forwardly to be fixed to a rear portion of the seat 16 such that the hangers 18 contribute to an open top for the swing 10. The only true cross support members for the swing 10 are 1) the combination of support members 38 and 40 between the lower ends 32 of the front legs 20 and 2) support member 56 between the lower ends 48 of the rear legs 22.
FIG. 2A shows the open [0023] top swing 10 in a closed position, where rear leg 22 has been swung to a position parallel to front leg 20. In this position, the distal or lower end 48 is disposed beyond the distal or lower end 32 of front leg 20. Also in this position, the upper or proximal end 30 of front leg 20 is disposed beyond the upper or proximal end 46 of rear leg 22. Such a configuration permits the legs 20, 22 to be manufactured in the same size and shape, provides a long sweeping disposition for the rear legs 22 when in the open position as shown in FIG. 2B, and permits the leg axis 14 to be offset from the swing axis 12.
In operation, assembly may be the first step. The open [0024] top swing 10 may arrive unassembled in a shipping carton. That is, the hanger mounts 66 are removably engagable with the hangers 18 and with their respective units 24, 26. The hangers 18 are removably engagable with the seat 16. Units 24 and 26 are fixed to their respective front legs 20 with a quick connection. Unit 34 is removably engagable from front leg 20 with pin connectors. Unit 34 is removably engagable from rear leg 22 with a pin connector. Support members 38 may be fixed to legs 20 with quick connections. Support members 38 may be fixed to cross support member 40 with quick connections. Cross support member 56 may be fixed to the lower ends 48 of rear legs 22 with quick connections. Guards 42 and 58 snap off their respective legs and support members.
After assembly, [0025] rear legs 22 may be swung between open and closed positions as shown in FIGS. 2A and 2B. In the open position, the drive mechanism may be operated to swing the seat 16. In the open position, access to the baby in the seat 16 is without interference. In the open position, the rear sweeping legs 22 provide a relatively broad base for the swing 10 because the upper ends of the rear legs 22 are fixed relatively low on the front legs 20. In the open position, the side portions 50 of the units 34 transfer load from the units 34 to the rear legs 22.
To place the [0026] swing 10 in the closed position, thumb actuated spring biased tab catch or lock 52 is operated by the thumb so as to release rear leg 22. Rear leg 22 is then swung and automatically engages and automatically locks with thumb actuated spring biased tab catch or lock 54. To place the swing 10 back into the open position, thumb actuated spring biased tab catch or lock 54 is operated by the thumb so as to release rear leg 22. Rear leg 22 is then swung and automatically engages and automatically locks with thumb actuated spring biased tab catch or lock 52, with a relatively long portion of upper end 46 coming into contact with an inside of unit 34, specifically edge portion 50.
It should be noted that the open [0027] top swing 10 may be stored with simply the rear legs 22 in the closed position, as shown in FIG. 2A. Or, if desired, the swing 10 may be taken apart piece by piece so as to separate cross support member 40 from support members 38, support members 38 from front legs 20, front legs 20 from unit 34, unit 34 from rear legs 22, rear legs 22 from cross support member 56, and units 24, 26 from the front legs 20. Further, if desired, hangers 18 may be seperated from seat 16 and from their hanger mounts 66. Or the hanger mounts 66 may be remain on the hangers 18 and the hanger mounts 66 may be separated from the units 24, 26.
It should be noted that the [0028] leg axis 14 and the swing axis 12 are preferably parallel to each other, but are not co-axial to each other.
Thus since the invention disclosed herein may be embodied in other specific forms without departing from the spirit or general characteristics thereof, some of which forms have been indicated, the embodiments described herein are to be considered in all respects illustrative and not restrictive. The scope of the invention is to be indicated by the appended claims, rather than by the foregoing description, and all changes which come within the meaning and range of equivalents of the claims are intended to be embraced therein. [0029]

Claims

What is claimed is:

1. A collapsible open top swing, comprising:

a) a frame, wherein the frame includes a pair of side portions, wherein the frame includes a seat disposed between the side portions of the frame and pivotally engaged to said side portions of the frame via hangers on a swing axis;

b) wherein each of the side portions of the frame includes a lower section and an upper section, and wherein the frame is free of cross supports extending between the upper sections of the frame such that the baby swing is an open top baby swing whereby a caregiver can place a child into the seat from above the seat and from above an uppermost portion of the frame without interference from a portion of the frame;

c) wherein each of the side portions of the frame includes a pair of legs, wherein the legs are swingable relative to each other on a leg axis between an open position and a closed position, wherein in the open position the legs are spread apart for supporting the collapsible open top swing upon a surface, wherein in the closed position the legs are relatively adjacent to each other to minimize space occupied by the collapsible open top swing and to maximize ease of carrying and storing the collapsible open top swing; and

d) wherein the swing axis is offset from the leg axis to visually separate a collapsibility function from a swing function while maintaining a sturdy and safe open top swing.

2. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame includes a proximal end and a distal end, wherein the distal end is disposed near the surface on which the collapsible open top swing rests, wherein each of said legs extends upwardly from said distal end to a position adjacent the leg axis and subsequently to said proximal end that is located at a position adjacent the swing axis.

3. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg, wherein a leg axis unit that houses the leg axis is engaged at a first position on the front leg, and wherein a swing axis unit that houses the swing axis is engaged at a second position on the front leg.

4. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg, wherein said front leg includes a proximal end and a distal end, wherein the distal end of the front leg is disposed near the surface on which the collapsible open top swing rests, and wherein the swing axis and leg axis are adjacent to the proximal end of the front leg.

5. The collapsible open top swing of claim 1, wherein the seat defines a front and rear of the collapsible open top swing, and wherein the swing axis is disposed rearwardly of the leg axis.

6. The collapsible open top swing of claim 1, wherein the seat defines a front and rear of the collapsible open top swing, and wherein the swing axis is disposed rearwardly and upwardly of the leg axis.

7. The collapsible open top swing of claim 1, wherein:

a) the leg axis runs in a first plane vertical to a surface on which the collapsible open top swing rests;

b) one of the legs of each of the side portions of the frame is a rear leg, wherein the rear leg includes a distal end making contact with the surface, wherein the distal ends of each of the legs is in a second plane vertical to the surface;

c) the swing axis, about which the seat swings, is disposed between the first and second planes such that a center of gravity of a baby swinging in the seat is between the first and second planes.

8. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg and wherein the other of the legs of each of the side portions of the frame is a rear leg, wherein each of the front and rear legs includes a distal end, and wherein when the front and rear legs are swung towards each other and are stowed in a compact position, the distal end of the rear leg extends beyond the distal end of the front leg.

9. The collapsible open top swing of claim 8, wherein a distance between the proximal end and distal end of the front leg is about equal to a distance between the proximal end and distal end of the rear leg.

10. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg and wherein the other of the legs of each of the side portions of the frame is a rear leg, wherein each of the front and rear legs includes a proximal end, and wherein when the front and rear legs are swung towards each other and are stowed in a compact position, the proximal end of the front leg extends beyond the proximal end of the rear leg.

11. The collapsible open top swing of claim 10, wherein a distance between the proximal end and distal end of the front leg is about equal to a distance between the proximal end and distal end of the rear leg.

12. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a rear leg, wherein said rear leg includes a distal end at the surface on which the collapsible open top swing rests and a proximal end near the leg axis, and wherein said rear leg curves from the proximal end to the distal end to provide a swept appearance to said rear leg.

13. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg, wherein said front leg includes a distal end at the surface on which the collapsible open top swing rests and a proximal end near the swing axis, and wherein said rear leg curves from the proximal end to the distal end.

14. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a rear leg, wherein said rear leg includes a distal end at the surface on which the collapsible open top swing rests and a proximal end near the leg axis, and further comprising a support member running to and between the distal ends of the rear legs.

15. The collapsible open top swing of claim 1, wherein one of the legs of each of the side portions of the frame is a front leg, wherein said front leg includes a distal end at the surface on which the collapsible open top swing rests and a proximal end near the swing axis, and wherein the frame further comprises a support member running to and between the distal ends of the front legs.

16. The collapsible open top swing of claim 15, wherein said support member includes first and second portions running rearwardly and a third portion traversing the first and second portions, and wherein the third portion is disposed directly vertically underneath a portion of the baby seat to provide stability for the collapsible open top swing.

17. A collapsible open top swing, comprising:

b) wherein each of the side portions of the frame includes a lower section and an upper section, and wherein the frame is free of cross supports extending between the upper sections of the frame such that the baby swing is an open top baby swing whereby a caregiver can place a child into the seat from above the seat without interference from a portion of the frame;

c) wherein each of the side portions of the frame includes a front leg and a rear leg, wherein the legs are swingable relative to each other on a leg axis between an open position and a closed position, wherein in the open position the legs are spread apart for supporting the collapsible open top swing upon a surface, wherein in the closed position the legs are relatively adjacent to each other to minimize space occupied by the collapsible open top swing and to maximize ease of carrying and storing the collapsible open top swing; and

d) wherein the front leg includes a proximal end and a distal end, wherein the proximal ends of the legs are closer to the swing axis and leg axis than the distal ends of the legs, wherein the distal ends of the legs support the collapsible open top swing on a surface, and wherein, when the legs are in the closed position, the distal end of the rear leg extends beyond the distal end of the front leg.

18. The collapsible open top swing of claim 17, wherein, when the legs are in the closed position, the proximal end of the front leg extends beyond the proximal end of the rear leg.

19. The collapsible open top swing of claim 17, wherein a length of the front leg is the same as a length of the rear leg.

20. The collapsible open top swing of claim 17, wherein each of the front legs enagages a leg axis unit that houses the leg axis and engages said rear leg, and wherein each of the front legs further engages a swing axis unit that houses the swing axis and engages said hangers.