Not Applicable.
Not Applicable.
This invention relates to pet grooming tools and methods for removing loose hair from a furry pet such as a dog or cat, such as loose hair from the pet's undercoat.
Many pets, such as dogs and cats, tend to molt or shed hair. Pet owners generally want to remove the shed hair from their pets to minimize the amount of hair the pets shed indoors and to improve their pets' appearance. The most common grooming tools used for removing shed hair include brushes and combs. Removing shed hair from a pet by brushing and/or combing a pet's fur is a tedious and time consuming project, because the brush or comb tends to miss most of the shed hair.
Some pet groomers have determined that a toothed blade removed from electric grooming sheers is effective for removing shed hair from a dog or cat. The toothed blade includes a relatively sharp blade edge with a plurality of relatively short, comb-like teeth extending from the edge. Although effective in removing shed hair, the size and shape of the toothed blade makes it difficult to hold while combing or passing the blade over the pet's fur. This difficulty fatigues a groomer's hands and arms, thereby limiting the time a groomer can groom pets in this manner.
Among the several objects and features of the present invention may be noted: the provision of an improved pet grooming tool for removing shed hair from a pet; the provision of an improved for removing shed hair from a pet; the provision of such a tool and method which removes shed hair quickly and effectively; the provision of such grooming tool and method which minimizes fatigue to a pet groomer using the tool or method to remove shed hair method from a pet.
Generally, a pet grooming tool of the present invention is for use with a furry pet such as a dog or cat having loose hair and non-loose hair. The pet grooming tool is adapted for removing the loose hair from the pet. The grooming tool comprises an elongate handle portion extending generally along a handle axis, and a pet engageable portion secured to the handle portion. The pet engageable portion includes a blade portion and a plurality of teeth. The blade portion includes a blade edge. The teeth extend from the blade edge. The pet engageable portion is secured to the handle portion in a manner so that pulling the handle portion generally along the handle axis while the pet engageable portion is in engagement with the pet causes the blade portion to engage the loose hair of the pet and pull it from the pet without cutting or pulling the non-loose hair from the pet.
Another aspect of the present invention is a method of removing loose hair from a furry pet such as a dog or cat having loose hair and non-loose hair. The method comprises providing a grooming tool having an elongate handle portion extending generally along a handle axis, and a pet engageable portion secured to the handle portion. The pet engageable portion includes a blade portion and a plurality of teeth. The blade portion includes a blade edge. The teeth extend from the blade edge. The method further comprises placing the pet engageable portion in engagement with the pet, and pulling the handle portion generally along the handle axis while maintaining engagement of the pet engageable portion with the pet to cause the blade portion to engage the loose hair of the pet and pull it from the pet without cutting or pulling the non-loose hair from the pet.
Corresponding reference characters indicate corresponding parts throughout the several views of the drawings.
Referring first to
The pet engageable portion 24 may consist of a one-piece blade for an electric animal hair clipper, such as an Oster® A5® blade (size 40 or 50, but preferably size 40) commercially available from Sunbeam Corporation. The pet engageable portion 24 includes a blade portion 30 (
Preferably, the blade portion 30 has a first generally planar surface 36 and a second generally planar surface 38. Preferably, the first planar surface 36 is generally perpendicular to the handle axis X and lies in a first plane 40. The second planar surface 38 lies in a second plane 42. The first and second planar surfaces 36, 38 meet to form a sharp angle (i.e., a sharp apex). The junction (angle or apex) of the two planar surfaces 36, 38 constitutes the blade edge 34. Preferably, the first and second planes 40, 42 form an angle B between approximately 30° and 50° and more preferably approximately 40°. Preferably, the blade portion 30 is oriented relative to the handle portion 22 so that the blade portion trails the handle portion as the handle portion is pulled generally along the handle axis while the pet engageable portion 24 is in engagement with the pet. In particular, the first planar surface 36 constitutes a leading surface and the second surface 38 constitutes a trailing surface. The blade portion 30 is oriented relative to the handle portion 22 in a manner so that the trailing surface 38 trails the leading surface 36 as the handle portion is pulled generally along the handle axis while the pet engageable portion 24 is in engagement with the pet. Preferably, the blade portion 30 is spaced laterally from the hand grip portion 26 of the handle portion 22. Preferably, the teeth 32 are in a side-by-side comb-like orientation and have forward surfaces 44 which extend generally along the first planar surface 40. Preferably, the tip to tip spacing between adjacent teeth 32 is between approximately 0.02″ and 0.03″, and more preferably approximately 0.025″. Also preferably, the teeth 32 have a length of approximately 0.08″ and 0.14″, and more preferably approximately 0.11″ in length.
The pet engageable portion 24 is fixed to the handle portion 22 in a manner so that the pet engageable portion is generally stationary relative to the handle portion when the pet grooming tool 20 is used to remove loose hair from the pet. Preferably, the pet grooming tool 20 consists essentially of only the handle portion 22 and the pet engageable portion 24. In other words, the pet grooming tool 20 is devoid of any motor mechanism and is devoid of any components adapted to be driven by an electrical power source. This is stated herein to distinguish the pet grooming tool 20 from clippers or shavers. The pet grooming tool 20 is not configured to cut hair from the pet, but rather to pull the loose hair from the pet. Thus, the only essential components of the pet grooming tool 20 are the handle portion 22 and the pet engageable portion 24.
To remove loose hair from a pet, a user places the pet engageable portion 24 of the pet grooming tool 20 in engagement with the pet. More particularly, the user places the teeth 32 of the pet grooming tool 20 against the pet's coat in a manner so that the first planar surface 36 is generally perpendicular to the region of the pet's coat engaged by the teeth 32. The user then pulls the handle portion 22 generally along the handle axis X while maintaining engagement of the teeth 32 with the pet's coat. Preferably, the user also maintains the generally perpendicular orientation of the first planar surface 36 relative to the pet's coat. The pet grooming tool 20 is pulled in a manner so that the second planar surface 38 trails the first planar surface 36. Pulling the pet grooming tool 20 in this manner causes the blade portion 30 to engage the loose hair of the pet and pull it from the pet without cutting or pulling the non-loose hair from the pet.
In view of the above, it will be seen that the several objects of the invention are achieved and other advantageous results attained.
As various changes could be made in the above constructions and methods without departing from the scope of the invention, it is intended that all matter contained in the above description or shown in the accompanying drawings shall be interpreted as illustrative and not in a limiting sense.
This is a continuation of U.S. patent application Ser. No. 09/584,053 filed May 30, 2000 entitled Pet Grooming Tool and Method for Removing Loose Hair from a Furry Pet (incorporated herein by reference).
Number | Date | Country | |
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Parent | 09584053 | May 2000 | US |
Child | 10892781 | Jul 2004 | US |