WALKING TOY ANIMAL

Abstract: This invention is a walking toy animal in which the legs (18) are hinge connected to the body (12) of the animal (10). The animal body is weighted (26) to provide a low center of gravity. Located on the bottom of each leg (18) is a material (38) having a high degree of friction with its supporting surface, whereby when the animal (10) is pulled by a leash (40) connected to a dog harness (46), the dog (10) will simulate a walking motion.

Description: WALKING TOY ANIMAL FIELD OF THE INVENTION This invention relates to a toy animal and particularly to one that when pulled will walk in a manner generally comparable to the way live animals such as dogs would walk. The animal is relatively soft, but sufficiently structurally designed so that it will maintain itself in an upright walking position. BACKGROUND OF THE INVENTION A typical soft, cuddly type of animal such as a puppy dog is not structurally designed so as to be able to simulate a walking motion when pulled. Animals that are very rigid with stiff legs will move in a rigid fashion and thus do not provide a child with the natural feeling and comfort that occurs when one is walking a live animal. A small child, when pulling a toy dog, wants to feel like he is walking a real dog and thus when accompanying a parent walking a pet animal, it is desirable that the animal behave in a manner similar to a live animal. The current, soft cushioned types of animals do not have sufficient rigidity and flexibility so that when they are pulled they will act and perform just like a live animal. Current comparable soft animals when pulled will merely drag along the ground. Therefore, it is desirable to construct an animal that will be huggab,e but which will be constructed so that it will maintain its shape and when pulled will walk in a manner similar to a live animal. SUMMARY OF THE INVENTION The toy animal of the instant invention is illustrated in the form of a small dog such as a puppy which is very life-like in configuration and to a child will move in an almost identical manner. The toy dog has a body portion, head portion, four legs, and a tail very similar to a puppy and if built in accordance with the present invention will when pulled operate to walk in a manner very similar to a puppy. In order to accomplish this, the dog is provided with a low center of gravity so as to keep the rear portion of the dog downwardly acting against the legs and thus against the surface on which it is moving. The legs are connected to the body by being affixed in a fashion to permit hinged movement of the legs relative to the body portion to simulate the walking action. The legs include on their foot portions a material containing a gripping configuration to create substantial friction that will tend to maintain the leg in position against the supporting surface on which it is pulled for a short time and will thereafter release to effect a walking action. This is permitted as aforementioned by the hinge relationship between the individual legs and the body portion of the animal. To further insure that the dog will effect a walking action when being pulled, the child pulling the dog is using a leash that is connected to a properly positioned harness disposed about the dog. The connection between the leash and the harness is in the lower front portion of the dog's body so that during the pulling action the dog is pulled slightly downward to increase the friction between the feet and their supporting surface to help facilitate the walking motion. In a preferred embodiment, the leash is surrounded by a semi-rigid member which adds weight to the leash. This additional weight enhances the downward pulling action of the leash by adding to the lower center of gravity of the dog being pulled. As will be seen from the drawings, the novel design to accomplish the desired effect is incorporated within the toy animal. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the animal in first and second walking positions; FIG. 2 is a section taken along line 2-2 of FIG. l; FIG. 3 is a plan view of the animal in the positions shown in FIG. 1; FIG. 4 is a side view of the animal in two walking positions; and FIG. 5 is a side view showing the position of the animal when initially pulled from the position shown in FIG. 4. DESCRIPTION OF A PREFERRED EMBODIMENT Referring first to FIG. 1, there is shown the perspective view of the animal 10 which in the illustrated embodiment is a small dog such as a puppy. The dog 10 includes a soft body portion 12 made of a sewn fabric 14 which is filled with a stuffing material 16 of any conventional type to give the dog a relatively soft, cushy feeling. The dog has legs 18 consisting of a fabric 19 that is also filled with a stuffing material 16. The head portion 20 has attached thereto ears 22, each including a weight 23. Attached to the rear of the body 12 is the tail 24 which is also filled with a stuffing material 16. Shown in outline form is a weight 26 that is located in the rear portion of the body 12 to assist in providing a desirable low center of gravity for the body 12 of the dog 10. The legs 18 are hinged to the body 12 as illustrated in a partially broken away section of FIG. 1. The hinge connection consists of the inturned flaps 28 of the body fabric 14 that defines an opening 30. Fitted within this opening are the end portions 32 of the leg fabric 19. The flap portions 28 of the body fabric 14 and the end portions 32 are sewn together by the thread 34. This connection retains the legs 18 relative to the body 12 but permits a hinging action of the legs 18 relative to the body 12 which is essential to the legs effecting a walking action when the puppy is pulled along the ground. The lower portion of the legs 14 has rounded foot sections 36 having a discontinuous surface such as a series of bumps 38 or a fabric with a roughened adhesive disposed thereon, or a fabric foot pad with a non-skid vinyl applied to it. These materials create a high friction action between the feet and the surface on which the dog is being pulled. The combination of the low center of gravity of the animal and the rounded bumpy foot sections 36 will retain the legs in position relative to their support until a certain amount of pulling action is effected, at which time they will move forward to simulate a walking action. When the dog is to be walked, it is pulled by a leash 40 that is connected to a spring clip 42 that is in turn connected to a harness ring 44 affixed to a harness 46. The design and positioning of the harness is such that the connection between the leash 40 and the harness 46 tends to pull the dog in the downward direction to help effectuate the walking action. In addition, there is provided a semi-rigid stiffening tube 47 surrounding the leash 40 that adds weight to the leash to enhance the downward pulling action by adding to the lower center of gravity of the dog being pulled. It is to be noted that the tail 24 is connected to the rear portion of the body 12 in the manner shown in FIG. 2. As can be seen in this figure, the tail 24 is made up of a stuffing filled fabric 48 including tail sections 50 that extend through an opening 51 in the rear end of the dog body 12. Surrounding the opening 50 are flaps 52 formed by the rear portion of the body fabric 24. The tail 24 is sewn in position by threads 54. The tail is thus free to move relative to the body by virtue of this hinged connection. While a dog has been illustrated, it could apply equally well to other four-legged animals that incorporate the novel features disclosed herein. It is intended to cover by the appended claims all such features and embodiments that fall within the true spirit and scope thereof.

Claims: WHAT Iβ CLAIMED IS: 1. A walking animal comprising a filled fabric body section, a head section, and four legs each of which includes a foot portion, means for hinging each of said legs to said body section, a weight disposed in the lower rear of said body section to provide a low center of gravity for said animal, gripping surfaces on each of said foot portions, and means secured to the lower portion of said body for pulling said animal, whereby when the animal is pulled it will appear to be walking. 2. A walking animal as set forth in claim 1 in which the hinge means for each of said legs relative to said body portion consists of end fabric portions of each leg disposed through an opening defined by flaps of said body fabric and means for connecting the overlapped leg end portions and body flap portions to hingedly secure the legs in position. 3. A walking animal as set forth in claim 1 in which the leg portions include rounded gripping surfaces made of a material that creates a high degree of friction between each foot and a walking surface. 4. A walking animal as set forth in claim 3 in which the gripping surfaces consist of series of bumps constructed of a suitable fabric. 5. A walking animal as set forth in claim 1 in which the means for pulling the animal includes a harness disposed about the lower portion of the body and a leash secured thereto. 6. A walking animal as set forth in claim 5 in which leash means includes a semi-rigid section whereby weight is added to the lower portion of the body. 7. A walking animal as set forth in claim 1 including a tail portion and means for hinging the tail to the body portion. 8. A walking animal as set forth in claim 1 in which the head is sized and located to facilitate a low center of gravity to aid in the walking motion of the animal. 9. A walking animal as set forth in claim 4 which is a dog and the head is sized and located to lower the center of gravity of the dog to assist in the walking motion thereof when pulled. 10. A dog as set forth in claim 9 in which said means for pulling the dog includes a harness secured about the lower portion of the dog body and a leash secured thereto. 11. A dog as set forth in claim 10 in which the leash includes a semi-rigid section whereby weight is added to the lower portion of the dog.

Inventors: GALLAGHER LAURIE S, GALLAGHER, LAURIE, S.
Applicants: CAP TOYS INC, CAP TOYS, INC.
Application year: 1996
Main classification: A63H7
IPC codes: A63H7