U.S. patent application number 13/224196 was filed with the patent office on 2013-03-07 for work station with magnetic tool retention apparatus.
The applicant listed for this patent is Melissa Graziano, Erin Rogers. Invention is credited to Melissa Graziano, Erin Rogers.
Application Number | 20130055928 13/224196 |
Document ID | / |
Family ID | 47752146 |
Filed Date | 2013-03-07 |
United States Patent
Application |
20130055928 |
Kind Code |
A1 |
Graziano; Melissa ; et
al. |
March 7, 2013 |
WORK STATION WITH MAGNETIC TOOL RETENTION APPARATUS
Abstract
The Tool Retaining Work Station makes use of at least one magnet
installed on a side or along the edge of the top surface of the
work station. The objective of the magnets being located on or near
the edge of the top surface of the work station is to ensure that
the tools/parts are convenient for the professional to access,
positioned to catch tools/parts before they fall off the top of the
work station, and to prevent the professional from potentially
losing control or sight over the procedure at hand.
Inventors: |
Graziano; Melissa;
(Platteville, CO) ; Rogers; Erin; (Longmont,
CO) |
|
Applicant: |
Name |
City |
State |
Country |
Type |
Graziano; Melissa
Rogers; Erin |
Platteville
Longmont |
CO
CO |
US
US |
|
|
Family ID: |
47752146 |
Appl. No.: |
13/224196 |
Filed: |
September 1, 2011 |
Current U.S.
Class: |
108/50.11 |
Current CPC
Class: |
A47B 13/08 20130101 |
Class at
Publication: |
108/50.11 |
International
Class: |
A47B 37/00 20060101
A47B037/00 |
Claims
1. A Tool Retaining Work Station comprising: a work surface having
a substantially flat and unobstructed top surface thereof to
support an object on the top surface during a work process being
performed by a user using tools on the object which work process
takes place on the object which is positioned on the top surface;
and a substantially continuous magnetic barrier formed exclusively
along the periphery of the work surface to prevent at least one of
the tools that is not presently in use by the user from being
knocked off the top surface, comprising at least one magnet fixedly
attached to said work surface at a location comprising at least one
of: on top of said substantially flat top surface and along an edge
of said substantially flat top surface, and on a side of said
substantially flat top surface and juxtaposed to the top of said
substantially flat top surface.
2. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, positioned along
at least one edge of said substantially flat top surface.
3. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, positioned along
all of the edges of said substantially flat top surface.
4. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, on top of said
substantially flat top surface along at least one edge of said
substantially flat top surface.
5. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, on top of said
substantially flat top surface along said edges of said
substantially flat top surface.
6. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, on top of said
substantially flat top surface along at least one edge of said
substantially flat top surface; and a plurality of magnets, aligned
in a spaced-apart relationship, positioned along at least one edge
of said substantially flat top surface and on a side of said
substantially flat top surface juxtaposed to the top of said
substantially flat top surface.
7. The Work Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, on top of said
substantially flat top surface along said edges of said
substantially flat top surface; and a plurality of magnets, aligned
in a spaced-apart relationship, positioned along said edges of said
substantially flat top surface and on a side of said substantially
flat top surface juxtaposed to the top of said substantially flat
top surface.
8. The Tool Retaining Work Station of claim 1, further comprising:
a plurality of legs attached to a bottom surface of said work
surface for supporting said work surface a predetermined distance
above a floor on which said Tool Retaining Work Station is
placed.
9. The Tool Retaining Work Station of claim 8 wherein said
plurality of legs is adjustable to enable varying said
predetermined distance.
10. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier is adhesively attached to
said top surface of said work surface.
11. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier is a permanent
magnet.
12. The Tool Retaining Work Station of claim 1 wherein said
substantially continuous magnetic barrier is an electromagnet.
13. A Tool Retaining Work Station comprising: a work surface,
having a substantially flat and unobstructed top surface thereof to
support an object on the top surface during a work process being
performed by a user using tools on the object which work process
takes place on the object which is positioned on the top surface,
the top surface being devoid of any attached structures; and a
substantially continuous magnetic barrier formed exclusively along
the periphery of the work surface to prevent at least one of the
tools that is not presently in use by the user from being knocked
off the top surface, comprising at least one magnet fixedly
attached to said work surface at a location comprising at least one
of: on top of said substantially flat and unobstructed top surface
and along an edge of said substantially flat top surface, and on a
side of said substantially flat and unobstructed top surface and
juxtaposed to the top of said substantially flat top surface.
14. The Tool Retaining Work Station of claim 13 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, positioned along
at least one edge of said substantially flat top surface.
15. The Tool Retaining Work Station of claim 13 wherein said
substantially continuous magnetic barrier comprises: a plurality of
magnets, aligned in a spaced-apart relationship, on top of said
substantially flat top surface along at least one edge of said
substantially flat top surface.
16. The Tool Retaining Work Station of claim 13 wherein said work
surface comprises: a plurality of legs attached to a bottom surface
of said work surface for supporting said work surface a
predetermined distance above a floor on which said Tool Retaining
Work Station is placed.
Description
FIELD OF THE INVENTION
[0001] This invention relates to any type of work station and, in
particular, to a work station which is equipped with magnetic
elements to ensure retention of metal tools/parts on the top
surface of the work station when the tools/parts are not in use. An
example of such a work station is an animal grooming station.
BACKGROUND OF THE INVENTION
[0002] A professional who requires the use of a work station as a
work surface and also to store tools/parts as they perform their
job requires an effective means of protecting their tools/parts
while maintaining easy access to the tools and parts to ensure time
efficiency. An example of such a professional is an animal groomer
who would benefit from a grooming station which allows the groomer
to place a tool anywhere around the perimeter of the work station
while the work station provides protection to the tools by
preventing the tools from falling onto the ground and being damaged
by the impact while allowing the groomer to maintain mobility
around the work station. For further explanation, when an animal is
being groomed, the work station is elevated to position the animal
at a height convenient for the animal groomer. These animals
typically are dogs, and the animal groomer must perform a number of
successive grooming operations on the animal during the course of
the grooming. The animal typically is not restrained by attachment
to the work station, and the animal groomer must be able to freely
move around the animal grooming station, maintain the animal in the
desired position, and have access to a number of different grooming
tools, which typically are placed on the top surface of the animal
grooming station for easy access. Once more, the grooming station
is merely one example of the variety of work stations that could be
utilized; therefore, the following description is not limited to
only animal grooming use.
[0003] The animal groomer uses a variety of grooming tools during
the course of grooming the animal. An example of these tools
includes: brushes, scissors, combs, razors, clippers, and the like.
These tools are professional grade, precision instruments which
represent a significant investment on the part of the animal
groomer. These tools, while being professional grade, are still
susceptible to damage if they are dropped onto a hard surface, such
as the floor. Yet again, the work station can hold a variety of
occupational tools used for many different purposes.
[0004] For sanitary reasons and ease of cleanup, animal grooming
facilities are typically constructed with tile, concrete, wood, or
other hard surface floors. If the animal groomer drops a tool onto
the floor or an animal being groomed knocks a tool onto the floor,
it is common for the tool to be damaged or even rendered unusable.
The damage can constitute a broken tip or chipped edge on a pair of
scissors, broken teeth on a comb, etc. In any profession or hobby,
it is imperative that tools/parts function properly and are easily
accessible.
[0005] Past attempts to address this problem in work stations have
been ineffective. These solutions include Caddies or Storage Units,
which are inefficient since they are stationary, or too bulky to
mobilize. For instance, animal groomers tend to have very limited
space in which to work, and the placement of a tool caddy in the
work area interferes with the animal groomer's ability to groom the
animal. Another proposed solution is the use of Grooming Tool
Aprons/Belts. However, the need for an animal groomer to wear a
tool apron or a tool belt impedes the animal groomer's performance
and is burdensome to wear. Furthermore, tools continue to fall out
of a belt or the pockets of an apron when the animal groomer bends
over or struggles with an animal during the grooming process. The
belts and aprons also are not sanitary, since animal hair
accumulates inside the apron/belt pockets. Ultimately, there is a
strong need for an effective and efficient solution for any variety
of work stations entailing the protection of tools/parts, while
allowing the professional to be mobile.
[0006] Therefore, there is presently no product which adequately
addresses the problem of work station tools being dropped onto a
hard surface, such as the floor, during the work process, such as
with animal grooming stations.
SUMMARY OF THE INVENTION
[0007] The above-described problems are solved and a technical
advance made in this field by the present Work Station With
Magnetic Tool Retention Apparatus (termed "Tool Retaining Work
Station" herein) which is equipped with magnetic elements to ensure
retention of tools on the Tool Retaining Work Station when tools
are not in use (see examples in FIGS. 1A and 1B).
[0008] The Tool Retaining Work Station makes use of at least one
magnet installed on a side or along the edge of the top surface of
the Tool Retaining Work Station. The objective of the magnets being
located on or near the edge of the top surface of the Tool
Retaining Work Station is to ensure that the metal tools/parts are
convenient for the professional to access, positioned to catch
tools before they fall off the top surface of the Tool Retaining
Work Station, and prevent the professional from potentially losing
control or sight over the procedure at hand (see example in FIG.
1C).
[0009] In order to be effective, the magnets are of sufficient
magnetic field strength to hold a variety of metal tools/parts that
are placed thereon and are located in sufficient proximity to each
other to prevent the metal tools/parts from being knocked off the
Tool Retaining Work Station without being captured by the magnets.
Therefore, the field strength and location of the magnets must be
sufficient to capture a metal tool/part if, during the work
process, metal tools/parts are propelled toward the edge of the top
surface of the Tool Retaining Work Station. In addition, the metal
tools/parts obviously must be manufactured from materials that are
susceptible to being captured by a magnet or must have attached
thereto a metal plate which enables the tools/parts to be captured
by the magnets (see examples in FIGS. 2A-2E).
BRIEF DESCRIPTION OF THE DRAWINGS
[0010] FIGS. 1A-1C illustrate, in perspective view, three
implementations of the present Tool Retaining Work Station; and
[0011] FIGS. 2A-2E illustrate, in perspective view, examples of
typical non-metallic grooming tools which are equipped with metal
attachments to provide a solution for any type of non-metallic tool
for any professional purpose.
DETAILED DESCRIPTION OF THE INVENTION
[0012] Professionals know that tools/parts are frequently knocked
off their work stations onto hard surfaced floors during the work
process. As a result, the professional must stop the work process
to retrieve the tools/parts and potentially lose control or sight
over the procedure at hand. This is an inefficient process and
costly for the professional in terms of lost time and potential for
damage or loss to the tools/parts. For instance, animal grooming is
an occupation where the animal groomer's compensation is a function
of the rapid processing of each animal; any interruption of this
process represents a loss of income. A further loss of income
occurs if the animal groomer drops a tool on the floor or an animal
being groomed knocks a tool onto the floor, and the grooming tool
is damaged or even rendered unusable, resulting in the cost of
replacing or repair of the damaged grooming tool.
Magnetic Work Station Architecture
[0013] FIGS. 1A-1C illustrate, in perspective view, three
implementations of the present Tool Retaining Work Station. As
shown in FIG. 1A, there is a plurality of magnets 101-1 to 101-n
installed along the edges of the top surface 102 of the work
station 100 in a spaced-apart manner to provide a substantially
continuous magnetic barrier along the periphery of the work station
100 to prevent tools/parts from being knocked off the top surface
102 of the work station 100. The plurality of magnets 101-1 to
101-n alternatively can be a long, continuous magnetic strip. The
magnets 101-1 to 101-n can be placed in various configurations,
such as along less than all edges of the top surface 102 of the
work station 100. However, providing a substantially continuous
magnetic barrier around the periphery of the top surface 102 of the
work station 100 is preferable, since professionals typically must
have protection on all four sides of the work station 100 to
prevent tools/parts from being propelled in any direction, and to
prevent a loss of time and possible difficulty in completing the
work task at hand.
[0014] As shown in FIG. 1B, there is a plurality of magnets 201-1
to 201-n installed along the edges of the top surface 201 of the
work station 200 in a spaced-apart manner to provide a
substantially continuous magnetic barrier along the periphery of
the work station 200 to prevent tools/parts from being knocked off
the top surface 202 of the work station 200. The plurality of
magnets 201-1 to 201-n alternatively can be a long, continuous
magnetic strip. The magnets 201-1 to 201-n can be placed in various
configurations, such as along less than all edges of the top
surface 202 of the work station 200. However, providing a
substantially continuous magnetic barrier around the periphery of
the top surface 202 of the work station 200 is preferable, since
professionals typically must have protection on all four sides of
the work station 200 to prevent tools/parts from being propelled in
any direction, and to prevent a loss of time and possible
difficulty in completing the work task at hand.
[0015] Furthermore, as shown in FIG. 1C, a mix of magnets 301-1 to
301-n installed on the top surface 302 of the work station 300
along the edges, and magnets 311-1 to 311-n installed along the
edges of the top surface 302 work station 300 can be used to enable
the professional to affix tools/parts to the magnets 311-1 to 311-n
installed along the edges of the work station, thereby keeping the
top surface 302 of the work station 300 clear, while the magnets
301-1 to 301-n installed on the top surface 302 along the edges of
the work station 300 function to provide the substantially
continuous magnetic barrier to capture the tools/parts if they are
propelled toward the edge of the top surface 302 of the work
station 300, and to prevent a loss of time and possible difficulty
in completing the work task at hand.
Non-Metallic Tools
[0016] FIGS. 2A-2E illustrate, in perspective view, examples of
typical non-metallic grooming tools which are equipped with metal
attachments to provide a solution for any type of non-metallic tool
for any professional purpose.
[0017] There are essentially two classes of tools: those
manufactured, at least in part, of metal and those manufactured
from non-metallic materials. Depending on the magnetic quality of
metal in a tool, there may be a need to supplement the existing
metal content to enable the substantially continuous magnetic
barrier to capture the tool. Therefore, a metal strip or plate
402-442 can be attached (typically via an adhesive backing on the
metal plate) to the tool 401-441 to enable it to be captured by the
substantially continuous magnetic barrier. For example, FIGS. 2A-2E
show typical grooming tools including, but not limited to, a pin
brush 401, furminator 411, shedding slicker 421, poodle comb 431,
and rubber brush 441, respectively, and the placement of a metal
plate 402-442, respectively, on each of these tools as described
above, or incorporated into the grooming tool as part of the
manufacturing of the grooming tool, or in the instance of any
variety of professional non-metallic tool.
Magnets
[0018] There are numerous implementations of magnets that can be
used in the construction of the Tool Retaining Work Station.
Magnets are formed into strips or blocks or discs or other
configurations. These magnets can be permanent magnets or
electromagnets, which can be powered from a source of electricity,
such as that used to power the grooming tools used by the
professional. The magnet, therefore, can be any form of magnet
which produces a magnetic field of sufficient field strength which
enables professionals to freely stick tools/parts to the edge of
the work station for easy access while working. Also, the magnets
can provide a relatively low profile in the case that the magnets
are attached to the top surface of the work station, which also
provides a physical barrier to the tools/parts being knocked off
the work station in addition to the magnetic barrier created by the
magnets. Work station implementations will vary as a result of the
numerous configurations possible, depending on the size, shape, and
magnetic strength of the magnets. The example of animal grooming
stations is used herein simply for the purpose of illustrating the
invention and is not intended to limit the scope of the invention
as characterized in the claims appended herein. Yet another benefit
is that the magnetic edging is easy to clean, since it represents a
non-porous/non-sticking surface, and the coating on the permanent
magnet is typically Nickel Plate, and electromagnets have similar
surfaces or coatings applied thereto.
Economics
[0019] The cost of magnets is offset by the economic benefit
provided by the professional not having to replace or fix broken
tools/parts which are damaged in the impact from falling onto the
floor and also prevents the loss of time in retrieving tools/parts
that have fallen onto the floor. For example, the following chart
is a breakdown of typical costs of grooming tools/parts and repairs
listed below:
TABLE-US-00001 New Clippers New Blades New Scissors $100.00-$300.00
$12.00-$50.00 $25.00-$150.00
TABLE-US-00002 Sharpen Blades Sharpen Scissors $5.00-$8.00 per
blade $5.00-$10.00 per pair of scissors Animal groomer typically
Animal groomer typically owns 5-10 blades owns 3-6 pairs of
scissors
SUMMARY
[0020] The Tool Retaining Work Station makes use of at least one
magnet installed on a side or along the edge of the top surface of
the work station. The objective of the magnets being located on or
near the edge of the top surface of the work station is to ensure
that the tools/parts are convenient for the professional to access,
positioned to catch tools/parts before they fall off the top of the
work station, and prevent the professional from potentially losing
control or sight over the procedure at hand.
* * * * *