Field
The present disclosure relates to an adaptable brush having various pieces removably coupled together and each having a length that is less than a length of the adaptable brush.
Description of the Related Art
Brushes have been around for a long time. A traditional brush has a length and a width, bristles on an underside, and a pole attached to the brush. The brush may be placed on a surface such that the bristles are in contact with the surface and “brushing” may occur when the brush is moved across the surface, causing the bristles to move any debris on the surface.
Many brushes have been designed for many purposes, such as for brushing pool decks, for brushing a floor of a home, and for polishing shoes. Some of these brushes are relatively small in size, such as the shoe brush, and some can be relatively large, such as the pool deck brush. The pool deck brush is traditionally one of the larger brushes because large pool decks can be brushed with relative ease if the pool deck brush is sufficiently large.
Due to the large size of the pool deck brushes, they may incur significant shipping cost as compared to smaller items. This is especially undesirable in the current digital age because many consumers purchase their goods online and have the goods shipped directly to their house. The additional shipping cost must be paid by at least one of the consumer or the distributor, either decreasing appeal of the purchase to the consumer or increasing distribution costs of the distributor.
Thus, it is desirable to have a brush that can be used to brush a relatively large area while having a lower shipping cost than traditional brushes.
Described herein is a brush that includes a middle piece having a left side and a right side and including a pole connector adapted to connect to a pole. The middle piece also includes a left connector positioned on the left side of the middle piece, and a right connector positioned on the right side of the middle piece. The brush also includes a combined left piece including a left middle portion having a proximate end, a hinge end, and a connector coupled to the proximate end and configured to be removably coupled to the left connector of the middle piece. The combined left piece also includes and a left end portion having a distal end and a hinge end pivotably coupled to the hinge end of the left middle portion. The brush also includes a combined right piece including a right middle portion having a proximate end, a hinge end, and a connector coupled to the proximate end and configured to be removably coupled to the right connector of the middle piece. The combined right piece also includes a right end portion having a distal end and a hinge end pivotably coupled to the hinge end of the right middle portion.
Also described is a brush that includes a middle piece having a left side and a right side and including a pole connector adapted to connect to a pole, a left connector positioned on the left side of the middle piece, and a right connector positioned on the right side of the middle piece. The brush also includes a left end piece having a left side and a right side and including a cap positioned on the left side of the left end piece. The left end piece also includes a proximate connector positioned on the right side of the left end piece that is configured to connect to the left connector of the middle piece. The brush also includes a right end piece having a left side and a right side and including a cap positioned on the right side of the right end piece. The right end piece also includes a proximate connector positioned on the left side of the right end piece that is configured to connect to the right connector of the middle piece.
Also described is a brush having a middle piece having a left side and a right side and including a left connector positioned on the left side of the middle piece and a right connector positioned on the right side of the middle piece. The brush also includes a left side piece having a left side and a right side and including a distal connector and a proximate connector positioned on the right side of the left side piece and configured to connect to the left connector of the middle piece. The brush also includes a right side piece having a left side and a right side and including a distal connector and a proximate connector positioned on the left side of the right side piece and configured to connect to the right connector of the middle piece. The brush also includes a left end piece having a right side and a left side and including a proximate connector positioned on the right side of the left end piece and configured to connect to the distal connector of the left side piece. The brush also includes a right end piece having a right side and a left side and including a proximate connector positioned on the left side of the right end piece and configured to connect to the distal connector of the right side piece.
Other systems, methods, features, and advantages of the present invention will be or will become apparent to one of ordinary skill in the art upon examination of the following figures and detailed description. It is intended that all such additional systems, methods, features, and advantages be included within this description, be within the scope of the present invention, and be protected by the accompanying claims. Component parts shown in the drawings are not necessarily to scale, and may be exaggerated to better illustrate the important features of the present invention. In the drawings, like reference numerals designate like parts throughout the different views, wherein:
Each of the pieces 102, 104, 106, 108, 110 can have a rectangular prism shape, however, in some embodiments, some or all of the pieces 102, 104, 106, 108, 110 can have a different shape. Furthermore, the pieces 102, 104, 106, 108, 110 can be solid, hollow, or partially hollow and can include rubber, plastic, metal, wood, or any combination thereof.
In
Various sets of pieces can be provided having different types of bristles. For example, the set of pieces 102, 104, 106, 108, 110 can include metal bristles and another set of pieces can include polyester bristles. In some embodiments, a set of pieces can include combinations of bristles, such that each piece can include, for example, a combination of metal and polyester bristles. This allows for various brushes to be provided, each being particularly effective on one or more surfaces. For example, metal bristles may be particularly effective on concrete and polyester bristles may be particularly effective on brick.
In some embodiments, the brush 100 can include multiple left side pieces and multiple right side pieces. In some embodiments, the brush 100 may not include side pieces 104, 106 and in some embodiments, the brush 100 may not include end pieces 108, 110. In that regard, the brush 100 can include the middle piece 102 only, the middle piece and one or both of the left end piece 108 and the right end piece 110, or the middle piece 102 and one or both of the left side piece 104 and the right side piece 106.
The embodiment illustrated in
The bristle attachments 114, 116, 118 or any other bristle attachment may have a same length as the piece 102, 108, 110 for which it is to connect. For example, the center bristle attachment 114 may have a length 124 that is the same as a length 122 (i.e., a length of a longitudinal axis) of the middle piece 102. In some embodiments, bristle attachments may be provided having larger lengths than any one of the pieces 102, 104, 106, 108, 110 alone. For example, a longer bristle attachment (not shown) may be provided that has a length equal to the sum of the lengths of the middle piece 102, the left end piece 108 and the right end piece 110. In these embodiments, the longer bristle attachment may have connectors for connecting to the connectors of each of the middle piece 102, the left end piece 108, and the right end piece 110 such that the bristle attachment spans the entire brush. The removability of the bristles 112 allows for multiple sets of bristles, each having a different type of bristles, to be provided.
In the embodiment illustrated in
The middle piece may have a width 201 of any distance. In preferred embodiments, the width 201 is between 1 inch (2.54 cm) and 10 inches (25.4 cm). The length 122 of the middle piece 102 may have any distance. In preferred embodiments, the length 203 is between 4 inches (10.16 cm) and 10 inches (25.4 cm).
The pole connector 216 may be positioned on the top 204 of the middle piece 102 and/or on the back 202 of the middle piece 102. The pole connector 216 may be used to connect the middle piece 102 to a pole unit (such as the pole unit 250 of
In some embodiments, the pole connector 216 may be adapted to connect the middle piece 102 to the pole unit at an angle 218 from the back 202 of the middle piece 102. The angle 218 may be, for example, any angle between 0 degrees and 180 degrees. In some embodiments, the pole connector 216 may include a feature allowing the angle 218 to be adjustable within a range, such as between 0 degrees and 180 degrees. In some embodiments, the pole connector 216 may be adapted to allow the pole to swivel within a range. For example, the pole could move towards the front 200, the back 202, the left 208 and/or the right 210 of the middle piece 102 up to a predetermined angle from its base position. As shown in
In the illustrated embodiment, the pole connector 216 is rectangular in shape and extends upwards from the top 204 of the middle piece 102 and towards the back 202 of the middle piece 102. The pole connector 216 defines a rectangular left opening 220a and a rectangular right opening 220b, each orthogonal to the longitudinal axis of the middle piece 102. The pole connector 216 also defines a pair of apertures 222 perpendicular to and positioned on either side of the rectangular openings 220. In some embodiments and as shown, the apertures 222 may be rounded.
When the pole unit is to be connected to the middle piece 102, each of the members 256 is aligned with a corresponding one of the rectangular openings 220 and force may be applied to push the members 256 into the rectangular openings 220. This force, or a manual force, can compress the springs such that the rounded protrusions 258 move inward towards the corresponding members 256. When the members 256 are in place within the rectangular openings 220 (i.e., each of the rounded protrusions 258a is each aligned with one of the pair of apertures 222), the springs force the rounded protrusions 258 to extend into the apertures 222, causing the pole unit 250 to remain in place relative to the middle piece 102.
In order to de-couple the pole unit 250 from the middle piece 102, the rounded protrusions 258 may be pushed inward towards a center of the members 256 at the same time that force is applied to separate the pole unit 250 from the middle piece 102. When the springs are sufficiently compressed, the rounded protrusions 258 are no longer positioned within the pairs of apertures 222 and the members 256 can be removed from the rectangular openings 220.
In some embodiments, the rounded protrusions 258 of the pole unit 250 may instead be holes. In these embodiments, a pin, such as a split pin or a coupling pin and retainer (not shown), may be inserted through the holes. The pin may have, for example, a flat surface having a larger diameter than the pin and perpendicular to the pin at a first end of the pin and a bulbous protrusion on a second end of the pin, or an aperture on the second of the pin for receiving a retainer.
The bulbous protrusion may be pushed through the apertures 222 and the holes of the pole unit 250. The flat surface may become flush with the outside of the pole connector 216 on a first side having the holes 222a and the bulbous protrusion may press against the outside of the first connector on a second side having the holes 222b. As the bulbous protrusion is larger than the apertures 222, the pin will not be removed until a user forces the bulbous protrusion back through the apertures 222.
The pole 252 may have any shape. For example, it can be a solid pole or a hollow tube. The outer surface of the pole 252 can be rounded (such that a cross-sectional view would appear circular, oval or the like) or it can be angled (such that a cross-sectional view would appear square, rectangular or the like).
The pole 252 may be telescoping, such that its length is adaptable. It also may be provided in separate pieces that are each adapted to connect to each other via a connection such as a snap connector, including but not limited to those illustrated in
In some embodiments, the pole connector 216 is to be connected to a handle adapter (not shown) instead of the pole 252. For example, the pole 252 may be removably coupled to the connector 254 instead of integral to the connector 254, such that the handle adapter would comprise the connector 254 without the pole 252. In these embodiments, the handle adapter would be configured to removably connect to the pole 252. For example, the pole may connect to the handle adapter via a snap connector, including but not limited to those illustrated in
In some embodiments and with reference to
Returning to
The right connector 214 may be a snap connector, including but not limited to those illustrated in
The left side piece 104 may have a width 501 of any distance. In preferred embodiments, the width 501 is between 1 inch and 10 inches. The left side piece 104 may have a length 503 of any distance. In preferred embodiments, the length 503 is between 4 inches and 10 inches.
The proximate connector 512 may be a snap connector, including but not limited to those illustrated in
With brief reference to
In some embodiments, the round protrusions 518 may be holes instead of protrusions and a pin, such as a spring pin or a split pin, may be inserted through the holes. The pin may have, for example, a flat surface having a larger diameter than the pin at a first end of the pin and a bulbous protrusion (or an aperture for receiving a retainer) on a second end of the pin. The bulbous protrusion (or end with the aperture) may go through the holes and the rectangular opening 224. The flat surface may become flush with the back 202 of the middle piece 102. The bulbous protrusion may press against the front 200 of the middle piece 102. The bulbous protrusion may extend any amount from the front 200 of the middle piece 102. In preferred embodiments, the bulbous protrusion only extends 5 millimeters or less from the front 200 of the middle piece 102. This small extension distance ensures that the functionality of the brush will not be affected. In some embodiments, the aperture extends from the front 200 of the middle piece 102 and receives a retainer, preventing it from entering the holes.
Any connector described herein that is described as using protrusions and openings may instead use holes and openings having a pin extend through them, as described above.
In some embodiments, the proximate connector 512 may have a female connector piece instead of the illustrated male connector piece, while the left connector 212 of the middle piece 102 may remain female. A device, such as a dowel, may be provided having at least one male connector such that the male connector can be received by the female connector of the proximate connector 512 and the left connector 212. The male connector can include rounded protrusions coupled to the male connector via springs, and/or may include any snap connector, including but not limited to those illustrated in
The distal connector 514 may be a snap connector, including but not limited to those illustrated in
In some embodiments, the brush 100 may include two or more left side pieces. In these embodiments, the left side piece 104 can be connected to the middle piece 102 in the manner described above and a second left side piece can be connected to the left side piece 104, such that a proximate connector of the second left side piece is connected to the distal connector 514 of the first left side piece 104. Any number of left side pieces may be coupled together in this manner such that the length of the entire brush is unlimited.
In the embodiment illustrated in
The right side piece 106 may have a width 601 of any distance. In preferred embodiments, the width 601 is between 1 inch and 10 inches. The right side piece 106 may have a length 603 of any distance. In preferred embodiments, the length 603 is between 4 inches and 10 inches.
The proximate connector 612 may be a snap connector, including but not limited to those illustrated in
Returning reference to
With reference to
Returning to
The proximate connector 712 may be a snap connector, including but not limited to those illustrated in
The left end piece 108 may be straight along its length 703 or it may be curved upwards along its length 703, as shown. The left end piece 108 may have the same width 701 along the length 703 of the left end piece 108, or the left end piece 108 may taper along the length 703 such that the width 701 is smaller at the left end 708 than at the right end 710.
Returning to
The proximate connector 812 may be a snap connector, including but not limited to those illustrated in
The right end piece 110 may be straight along its length 803 or it may be curved upwards along its length 803, as shown. The right end piece 110 may have the same width 801 along the length 803 of the right end piece 110, or the right end piece 110 may taper along the length 803 such that the width 801 is smaller at the right end 810 than at the left end 808.
With reference to
In that regard, the right end portion 910 includes a latch 907 rotatably coupled to the right end portion 910. The right middle portion 906 includes a cylindrical protrusion 909 extending outward from the right middle portion 906. When the tops 911, 913 are adjacent, the latch 907 can be rotated such that it mates with the cylindrical protrusion 909, coupling the right middle portion 906 and the right end portion 910 together. Accordingly, the right middle portion 906 and the right end portion 910 resist relative movement until sufficient force is applied to the latch 907, removing it from the cylindrical protrusion 909.
The combined right piece 900 may also include a latch 914 rotatably coupled to the right middle portion 906. The right end portion 910 includes a cylindrical protrusion 916 extending away from the right end portion 910. When the tops 911, 913 are parallel (i.e., when the angle 901 is 180 degrees), the latch 914 can be rotated such that it mates with the cylindrical protrusion 916. This causes the right end portion 910 and the right middle portion 906 to resist relative movement until sufficient force is applied to the latch 914 to decouple it from the cylindrical protrusion 916. In some embodiments, other types of connectors such as a strap and button, a slideable lock, or the like may be used to cause the right middle portion 906 and the right end portion 910 to resist separation when the combined right piece 900 is in the open position and/or in the closed position.
Other than the attachment between the right middle portion 906 and the right end portion 910, the right middle portion 906 can have the same features as the right side piece 106 and the right end portion 910 can have the same features as the right end piece 110. For example and with reference to
A combined left piece (not shown) can also be provided having similar features as the combined right piece 900. In some embodiments, a combined left piece can be a mirror image of the combined right piece 900, and in some embodiments, two combined pieces having the same shape and design can be provided, one used as a combined left piece and one as a combined right piece. Thus, an adaptable brush can include the middle piece 102, the combined right piece 900, and a combined left piece.
The proximate connector 1012 defines a plurality of slots 1006 including a slot 1006a and a slot 1006b. The slots may have at least a larger diameter portion 1008 and a smaller diameter portion 1010. The distal connector 1014 can include a plurality of protrusions 1000 including a protrusion 1000a and a protrusion 1000b. The protrusions 1000 can include a head 1002 and a neck 1004 having a smaller diameter than the head 1002.
In order to couple the left side piece 1016 to the left end piece 1018, the head 1002 may be inserted through the larger diameter portion 1008 of the corresponding slot 1006. When the head 1002 has extended past the slot 1006, the neck 1004 may be aligned with the slot 1006. At this point, the neck 1004 may be moved towards the smaller diameter portion 1010. As the head 1002 has a larger diameter than the smaller diameter portion 1010, the left side piece 1016 is coupled to the left end piece 1018.
With reference to
As another benefit, replacement costs for the brush 100 will be lower because a single piece can be replaced instead of the entire brush 100. For example, if the left end piece 108 breaks, the entire brush 100 can be fixed by replacing the broken left end piece 108 only.
As disclosed above, different bristles 112 may be preferable for various situations. Another advantage of the brush 100 is that it can be adapted to use various bristles by either using different sets of pieces having different bristles 112 (for example, one set having metal bristles and another having nylon bristles), or by using different sets of bristle attachments 114, 116, 118, such that each set of bristle attachments 114, 116, 118 has different bristles 112.
Yet another advantage of the brush 100 described herein is that the size of the brush can be adjusted. For example, it is preferable to use a larger brush when cleaning a large open area, but it is preferable to use a smaller brush if many obstacles exist in the area to be cleaned. Because the pieces are all removably connectable, a brush 100 of any size can be created.
Exemplary embodiments of the methods/systems have been disclosed in an illustrative style. Accordingly, the terminology employed throughout should be read in a non-limiting manner. Although minor modifications to the teachings herein will occur to those well versed in the art, it shall be understood that what is intended to be circumscribed within the scope of the patent warranted hereon are all such embodiments that reasonably fall within the scope of the advancement to the art hereby contributed, and that that scope shall not be restricted, except in light of the appended claims and their equivalents.
This application claims the benefit and priority of U.S. Provisional Application No. 62/029,248, entitled “Adaptable Brush,” filed on Jul. 25, 2014, the entire contents of which are hereby incorporated by reference herein.
Number | Name | Date | Kind |
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4845800 | Pederson | Jul 1989 | A |
8485751 | Vetesnik | Jul 2013 | B2 |
Number | Date | Country | |
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20160022021 A1 | Jan 2016 | US |
Number | Date | Country | |
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62029248 | Jul 2014 | US |