Patent Application
20230187916
The present invention relates to electrical connector devices, data connector devices, and similar devices primarily for transmission of data such as radio frequency signals and digital data needed for operation of various electronic equipment used in homes, offices and schools, such as televisions and computers and peripheral devices associated with them. More particularly, the invention relates to indoor electrical wall outlets, and electrical cords extending from such outlets. The invention also relates to indoor data wall outlets, and coaxial data cables extending from such outlets. Most particularly, this invention relates to systems, methods and apparatuses for securing such electrical cords and coaxial data cables to adjacent walls near such outlets for child safety and aesthetics.
Electrical service in buildings, particularly in homes, offices, and schools, is typically provided at least in part through electrical wall outlets. Devices needing electrical current for operation or use have electrical cords ending in electrical plugs for connection to an electrical wall outlet. Once the plug is inserted into the wall outlet, electrical current can flow (or does flow if the wall outlet has electrical current flowing into it) to the cord for activating the device needing current.
Similarly, cable TV and/or cable internet service in buildings, particularly in homes, offices, and schools, are typically provided at least in part through data wall outlets. Devices needing radio frequency signals, digital data, or electrical current through a coaxial data cable for operation or use, typically have coaxial cable female connectors for connection to a male connector of a coaxial cable ending in a coaxial male or female plugs connector attached to a coaxial data cable wall outlet. Once the coaxial data cable is attached to the coaxial data cablewall outlet, radio frequency signals or digital data can transmit (or if applicable, electrical current can flow (or does flow if the coaxial wall outlet has electrical current flowing into it)) to the coaxial cable for transmission to the device needing the signal, data, or current.
Most typically, when an electrical plug with a cord or coaxial connector with a coaxial data cable is connected to an electrical or data wall outlet, respectively, the electrical plug and cord and the data cable connector and cable extend horizontally and eventually vertically several inches from the wall outlet before the electrical cord or data cable, as applicable, curves to an approximate parallel, unorganized posture with respect to the wall. As a consequence, furniture or other items positioned adjacent to the wall, and even the item plugged into, or connected to, the wall outlet, must be positioned sufficiently away from the wall outlet to accommodate the electrical plug and cord or data cable connector and cable attachment to the wall outlet to accommodate safety hazards from tripping over tangled, protruding electrical cords or data cables, as applicable, and also to accommodate someone's hand and often times arm in reaching behind the furniture to insert the plug into the wall outlet. Such positioning wastes space in the room and is generally unattractive.
Moreover, typically and commonly used electrical plugs and cords and data cables and connectors, each when attached to an electrical wall outlet or data wall outlet, respectively, are themselves generally unattractive and are known to pose a potential safety hazards. For example, infants and children are known to potentially insert objects into electrical wall outlet receptacles and get shocked and injured thereby; infants, children and pets are known to potentially chew on electrical cords and get shocked and injured thereby; and people generally are known to potentially trip and fall from tangled electrical cords and data cables and get injured thereby. Further, protrusion of the electrical plugs and cords and axial plugs and cables from the outlets and walls can result in a risk of injury to infants and children should they fall into or bump into such protruding plugs. Blank cover plates and individual non-conductive plugs are commonly used to prevent children from inserting objects into electrical wall outlet receptacles, but such plates and plugs then prevent use of the outlets.
U.S. Pat. No. 9,509,080, issued Nov. 29, 2016, to Insalaco, U.S. Pat. No. 9,525,232, issued Dec. 20, 2016 to Insalaco and U.S. Pat. No. 11,450,997 teach electrically functional indoor wall outlet covers that solve a number of these problems with electrical wall outlets, and U.S. Pat. No. 10,516,240, issued Dec. 24, 2019, to Insalaco teaches an indoor coaxial wall outlet cover that solves a number of these problems with coaxial wall outlets.
These electrically functional indoor wall outlet covers and the indoor coaxial wall outlet cover are each thin enough to allow furniture placement adjacent a wall in front of the outlets, and these respective covers are able to hide their respective associated wall outlets altogether while allowing the electrical functionality of the electrical outlet to be moved by an electrical cord and the data transmission functionality of the coaxial outlet to be moved by a coaxial cord. The electrical cord and coaxial cable extend respectively from these functional indoor wall outlet covers.
The functional electrical wall outlet covers of U.S. Pat. Nos. 9,509,080 and 9,525,232 are designed to effectively access electrical current from only one receptacle, particularly the top receptacle, and thus the second receptacle, particularly the bottom receptacle, in a duplex or one-gang electrical wall outlet is not accessed or used. These outlet covers have one electrical cord extending therefrom.
U.S. Pat. No. 11,450,997, which issued Sep. 20, 2022 to Insalaco, provides for the indoor electrical wall outlet cover to allow full access of electrical current from, and use of, both the top receptacle and the bottom receptacle of a duplex or one-gang electrical wall outlet. The back of the wall outlet cover of the apparatus of the present invention has extending outwardly from the back of it a first electrical plug which connects directly to said top receptacle and a second electrical plug which connects directly to said bottom receptacle. A first electrical cord extends from the first electrical plug and a second electrical cord extends from the second electrical plug. The first electrical cord and the second electrical cord each exit from the same side or a different side of the cover and separately end a desired distance away with a distal end at least the first of which has at least one receptacle at such distal end and the second of which also has at least one receptacle at its respective distal end or that distal end is, prepared for direct connection to a small appliance or electronic device. These first and second distal ends of said electrical cords can for example be positioned in the same or opposite directions or at perpendicular angles to each other or in opposite ends of the same room and afford enhanced versatility to the outlet covers described in U.S. Pat. Nos. 9,509,080 and 9,525,232.
At times it is desirable to dedicate an outlet to a specific appliance or electronic device but the outlet is not in the specific location desired for the specific appliance or electronic device, or the outlet needs to be covered to prevent access to infants and children, or the appliance or electronic device needs to be connected to the outlet and be flush against the wall adjacent to the outlet. Wiring the specific appliance or electronic device directly into the electrical wiring system in the building could perhaps meet these requirements, and certainly such hard-wiring is known for lighting fixtures such as sconces and ceiling lights. However, installation of such direct wiring is time consuming and typically requires engaging an electrician and accessing the wiring behind the wall which often requires cutting a hole in the wall that later has to repaired. Further, such installation is more permanent than plugging an appliance or electronic device into a wall outlet and does not afford the luxury of easily moving or replacing the wired appliance or device.
U.S. patent application Ser. No. 17/185,894, filed Feb. 25, 2021, pending, provides an indoor electrical wall outlet cover that provides a combination of advantages of plugging an appliance or electronic device into a wall outlet with advantages of electrically hard wiring the appliance, lamp, or electronic device directly into a wiring system, without the common disadvantages of each. In one embodiment of the invention described in the '894 patent application, the distal end of a cord of the electrical wall outlet cover is prepared for direct electrical connection exclusively to a small appliance or electronic device in a hardwired or quasi-hardwired fashion. That outlet cover has only such one cord and does not provide for use of a second or additional receptacle of the outlet. The outlet cover allows the small appliance or electronic device to be exclusively connected to the outlet, as if directly hardwired, but while still positioned a distance away from the outlet if desired.
The electrical connection component of the cover described in U.S. patent application Ser. No. 17/185,894 has an electrical cord attached thereto that extends downward from the electrical connection component out of the cover and falls generally flush against the wall and runs where desired to the small appliance, lamp, or electronic device to which the electrical cord is also connected, effectively “hardwired,” and thus at which the electrical cord ends.
As with the other functional indoor electrical wall outlet covers described above in referring to U.S. Pat. Nos. 9,509,080, 9,525,232, and 11,450,997, the electrical connection component described in U.S. patent application Ser. No. 17/185,894 has electrical pins bent at approximately ninety degree angles so that the connection of that component in the wall outlet receptacle does not add bulk or cause the cover to extend significantly beyond the outer surface of the electrical wall outlet so that furniture can be positioned in front of the outlet either against the wall or at least as close as the baseboard on the wall will allow.
The functional indoor wall outlet covers of U.S. Pat. Nos. 9,509,080, 9,525,232, 10,516,240, and 11,450,997, and U.S. patent application Ser. No. 17/185,894, each effectively cover the wall outlets so as to act as a safety device for a child that may seek to touch or access the outlet receptacles, while still allowing ready access to the electrical or coaxial connections that the outlet affords.
Moreover, these outlet covers are aesthetically pleasing—they are unobtrusive and call less attention to themselves than do the outlets without the covers of the invention. This is because the outlet covers, at least in certain embodiments described, are essentially or substantially blank, hide the receptacles of the outlets completely, and result in only one or two electrical cords or a coaxial cord extending from the outlet covers. That extension is intended to be in a manner where the cords lie against the wall or along the wall or less than about an inch from the wall, at least when proximate the outlet.
U.S. Pat. No. 10,516,240 adds that the coaxial cable extending from the functional indoor coaxial data outlet cover taught therein, and running along the wall adjacent thereto, can be affixed to the wall with a strong adhesive or cable clips affixed to the wall with a strong adhesive to further enhance the child safety aspect of the invention as well as the aesthetic neat and tidy appearance of the invention in use. There has continued to be a desire to improve such mechanisms for assuring that such coaxial cable or the electrical cord(s) extending from the functional indoor wall outlet covers always lie against the wall or along the wall or less than about an inch from the wall, particularly or especially when no longer closely proximate the outlet, for enhancing child safety and improving aesthetics.
Various cord clips and cable conduits and cord controllers are already known as are means for attaching cords and cables to walls and other supportive surfaces for holding, controlling and directing the cords and cables. Such means have varied from screw type fasteners to adhesive. There continues, however, to be a need for such control of cords extending from functional indoor wall outlet covers as described above that do not add bulk and obtrusiveness that defeat the thin, discrete, versatility and protection that these outlet covers provide.
The present invention provides a system for childproofing, effectively relocating, and/or aesthetically improving a functional indoor electrical cord wall outlet or coaxial data cable wall outlet while retaining use of the outlet. The system comprises a functional, indoor, electrical cord wall outlet or coaxial data cable wall outlet cover to hide or cover the respective electrical cord wall outlet or coaxial data cable wall outlet, such as described in U.S. Pat. Nos. 9,509,080, 9,525,232, 10,516,240, and 11,450,997, having at least one electrical cord or coaxial cable with a distal “plug” or connection end extending therefrom, or as described in U.S. application Ser. No. 17/185,894, except having an electrical cord extending from the wall outlet cover with an exclusive and direct wire or effectively “hardwire” type connection for a device or appliance, and at least one clip of the invention for affixing or otherwise securing said cord or cable to an adjacent wall.
The internal dimensions of the clip of the invention are uniquely and strategically sized and shaped to an identical “match,” complementing or corresponding to the each and all of the external dimensions of the electrical cord or coaxial data cable in a manner that the cord or cable is held tightly by, secured with, immovable within the clip's internal channel of, the invention so as not to be accessed or removable by children, and discretely, that is, with a low profile and without any outward projection or horizonal trajectory extending south or towards the floor, so as not to call attention to itself or the cord or cable and to prevent any tripping or other safety hazards. The inner channel or interior of the clip of the invention thus “matches” the external dimensions or exterior of the cord or channel the clip is holding to effect these advantages of the invention, when the clip has an inner channel or interior that conforms to the external dimensions of the electrical cord or coaxial cable, including with respect to height and curvature.
The adhesive of the external bottom of the clip of the invention is comprised of high-strength and long-lasting bond made from an acrylic polymer material or similar material which creates a very strong flexible bond between two surfaces. The adhesive of the external bottom of the clip of the invention when affixed to the wall for holding the cord or cable extends from the adjacent wall no more than about one-half inch to about one and one-half inches with one inch being typical for electrical cord clips and one-half inch being typical for coaxial cord clips. The adhesive of the external bottom of the clip of the invention receives and holds the cord or cable flat or substantially flat and/or firmly against the adjacent wall (or other support), preferably from the outlet cover to the desired location for use of the functional end of the cord or cable which is distal the outlet cover. Securing the cord or cable to the wall (or other support) in this manner directs the path of the cord or cable for a controlled and aesthetically neat appearance and avoids the cord or cable appearing tangled or becoming a tripping hazard. Securing the cord or cable to the adjacent wall (or other support) also deters tampering with or chewing of the cord or cable by babies, children, and pets. The clip is affixed to the wall in one embodiment by an affixer, preferably removable, such as for nonlimiting example an adhesive or a removable adhesive.
The length of the clip of the invention can vary as desired for the use and length of the cord or cable. Multiple smaller clips, such as, for nonlimiting example, about one inch to about five inches in length, provide versatility in one illustrative embodiment. A single longer clip, approaching the length of the cord or cable for another nonlimiting example can be useful in another illustrative embodiment. Straight clips are effective for positioning and directing a cord or cable along a straight path and curved clips are effective for neatly turning a cord or cable from one path to a path in a different direction while causing the cord or cable to remain firmly and neatly secured or close or proximate to an adjacent wall. In one embodiment for childproofing, a series of longer, closely spaced clips, are used to effectively cover most or substantially all of the cord or cable running along the wall. The longer sized clips of the invention are specifically intended for childproofing applications because they are sufficiently long to reduce or eliminate the risk of a choking hazard for infants and children.
The present invention further provides these clips for use in the method of the invention as well as for the system of the invention. The method of the invention provides steps for childproofing an electrical or coaxial data wall outlet while also rendering the outlet more aesthetically pleasing. In that method, a functional indoor electrical wall outlet cover, or a functional indoor axial data wall outlet cover, is plugged or otherwise connected into a respective electrical wall outlet or a coaxial data wall outlet, where the outlet cover effectively covers the outlet, hiding the receptacles completely, to act as a safety device for a child that may seek to touch or access the outlet receptacles. Such outlet cover is also aesthetically pleasing—it is unobtrusive and calls less attention to itself than the wall outlet without the outlet cover—the outlet cover being less than about an inch in thickness, covering the outlet completely and having a generally blank face with the electrical outlet cover showing no screws on its face and the coaxial wall outlet cover showing no more than a couple of screws on its face.
Further, these respective outlet covers have extending therefrom only one or two respective associated electrical cord (or cords) or coaxial (or data) cable (or cables), which have at their respective distal end (or ends) from the wall outlet at least one electrical plug (or electrical “hardwire”-type direct wire connection) or a coaxial (or data) connection component. Such plug(s) or connection component(s) effectively moves the functionality of the wall outlet to said distal end(s).
In the method of the invention, the distal end(s) of the electrical cord(s) or the axial cable(s) extending from the respective outlet cover(s) is routed in a desired direction and/or along a desired path to the desired location for use of the electrical or coaxial data functionality in that distal end. Clips of the invention are used to firmly and neatly secure the cord(s) or cable along said route along an adjacent wall or other support to provide a neat or tidy look that prevents tangling of the cord(s) or cable(s), prevents the cord(s) or cable(s) from becoming a tripping hazard, and deters and/or prevents children and pets from tampering or chewing the cord(s) or cable(s), thereby effectively further childproofing the wall outlet beyond the protection afforded by the outlet cover itself.
The present invention will be better understood by referring to the following detailed description of preferred embodiments and the drawings referenced therein, in which:
Reference Numerals in the Drawings
In the Figures and the illustrative examples discussed with respect to some embodiments of the invention, the same reference numerals may be used in more than one Figure. This reuse of a reference numeral in different Figures represents the same element in the different Figures, even though the Figures may illustrate different embodiments of the invention, indicating that such embodiments, albeit different, have some common or like elements.
The present invention provides a system and method for childproofing and/or aesthetically improving an indoor electrical or coaxial wall outlet while retaining use of the outlet. The system includes an a functional, indoor, electrical or coaxial, wall outlet cover which respectively has at least one functional electrical cord or coaxial cable extending from it and at least one respective electrical plug or connection, or coaxial connection component, at the end of that cord or cable distal the wall outlet cover, for effectively moving the functionality of the wall outlet to another desired location through that cord or cable. The functional wall outlet covers of U.S. Pat. Nos. 9,509,080, 9,525,232, 10,516,240, and 11,450,997, and U.S. patent application Ser. No. 17/185,894, all of Insalaco and briefly discussed above, are particularly suited for use in the system of the present invention.
As used in the system of the present invention, the wall outlet cover substantially aesthetically improves the appearance of the wall outlet by covering it. The wall outlet cover of the system is sufficiently thin that it protrudes from the wall less than the depth of a typical electrical plug, that is, less than about an inch, and without adding any significant bulk to the wall outlet. The wall outlet cover is also so thin that furniture can be positioned in front of or adjacent to the outlet and essentially flush with, i.e., less than about an inch away from, the wall on which the outlet is located, or at least as close to the wall as any baseboard on the wall permits. The wall outlet cover fully conceals the wall outlet and particularly conceals and shields the openings or receptacles in the outlet from access by children. Further, the wall outlet cover does not call attention to itself, as the wall outlet cover for electrical outlets is blank, and the wall outlet cover for coaxial wall outlets is blank except for in some embodiments a couple of screw heads. In this manner the wall outlet is aesthetically pleasing to adults and not attractive, interesting, or noticeable to children.
The wall outlet cover has at least one, and at the most two, electrical cord(s) or coaxial cable(s) extending from it and that cord or cable has a depth or perimeter less than any plug at the end of the cord and less than or about the same thickness as the outlet cover. Such cord or cable is preferably of sufficient length to allow effective movement of the functionality of the wall outlet through the cord or cable to a desired location, and can typically, for non-limiting example in one embodiment, range in length from about three feet to about thirty feet. This cord or cable effectively moves the functionality location of the wall outlet to the distal end of the cord or cable, enabling the user to provide that location away from the reach of children and/or pets or in a more convenient place than the wall outlet location.
In one embodiment of the invention, the electrical cord that is associated with and extends from the functional indoor electrical wall outlet cover in the system of this invention is a thin, flat shaped SPT (Stranded, Parallel, Thermoplastic)-2 (installation thickness), 16 AWG (American Wire Gauge), 3 core multi-conductor electrical cord. In another embodiment of the invention, the electrical cord is a thin, flat shaped, SVT (Service Vacuum Thermoplastic), 16 AWG, 3 core multi-conductor electrical cord. In still another embodiment of the invention, the electrical cord could is a thin, flat shaped SJT (Service Junior Thermoplastic), 16 AWG, 3 core multi-conductor electrical cord.
In further embodiments of the invention, a thicker (but still thin), flat shaped SPT-3, SVT, or SJT, 14 AWG, 3 core electrical cord is associated with and extends from the outlet cover that is used in the system of the invention. In these embodiments, the electrical cords are 3 core cords, comprised of live, neutral and earth conductors. These cords are also typically striated along the outer insulation.
Still further, in another embodiment of the invention, the electrical cord used in the invention is a circumferentially round shaped electrical cord, having the following dimensions: SPT-2, SPT-3, SVT or SJT, 14 or 16 AWG, and is a 3 core multi-conductor electrical cord.
For another example, in a further alternative embodiment of the system of the invention, a circumferentially round shaped coaxial data cable is associated with and extends from the functional indoor coaxial data outlet cover used in the system of this invention. This coaxial data cable is an outer installation coaxial cable ranging from about 0.24 inch to about 0.50 inch in diameter.
However, the present invention is not designed for, nor is it intended for use with or compatible with, a multi-conductor electrical cord having less than or more than 3 cores. The present invention is not designed for, nor is it intended for use with or compatible with, an electrical cord having an installation thickness less than SPT-2 or greater than SPT-3.
The present invention is not designed for, nor is it intended for use with or compatible with, Americanwire gauge of less than 12 (12 AWG) or greater than 18 (18 AWG). The present invention is not designed for, nor is it intended for use with or compatible with, an electrical cord having a maximum amperage capacity of 16, a maximum volts capacity of 300 and a maximum wattage capacity of 1,920. The present invention is also not designed for, nor is it intended for use with an outdoor electrical cord or an outdoor data cable.
The system of the invention further includes at least one clip of the invention “matching” or complementing each said electrical cord or coaxial cable extending from the outlet cover. Such “matching” is obtained when the inner channel or interior of the clip of the invention conforms to the external dimensions of the electrical cord or coaxial cable the clip will hold in the invention. Such external dimensions of the electrical cord or coaxial cable are described in the preceding paragraphs above.
The clip(s) of the invention receives and holds the cord(s) or cable firmly in place adjacent the wall proximate the wall outlet. Such clips have a thinness similar to that of the outlet cover and the cords or cable and thus the clips of the invention protrude from the wall a minimal amount, about one-half inch to about one inch, with one inch or less being typical for electrical cord clips and one-half inch being typical for coaxial cord clips. The clips, like the outlet cover, do not call attention to themselves and have a blank face that is aesthetically pleasing but that is not noticeable, attractive or interesting to children. The clips are themselves affixed to the wall by a removable affixer such as for non-limiting example an adhesive comprised of high-strength and long-lasting bond made from an acrylic polymer material or similar material which creates a very strong flexible bond between two surfaces. Other strong, removable adhesives (but not easily removable by children) or a chemical equivalent or another known substitute for such adhesive for such affixing purpose could alternatively be used.
The clips of the invention each have an internal or interior perimeter that corresponds in size to, and in some embodiments conforms to, complements or “matches” the exterior perimeter and/or shape of the cord the clip will hold. Thus when the clip of the invention grips or surrounds the cord or cable, the cord or cable fits snugly or firmly against the interior of the clip, and in some embodiments, in a complementary or “matching” manner, so that the cord or cable is not easily or inadvertently removed from the clip. Thus, each clip is capable of holding the cord or cable, or at least a section of the cord or cable, firmly against or proximate a wall or other desired support for the cord or cable, thereby avoiding tampering or chewing of the cord or cable by a child or pet, and also allowing for a planned, directional path for the cord or cable on the wall or other support for a neat and/or aesthetically pleasing appearance. Such holding, supporting, and control of the cord also can prevent tangling of the cord or cable, or a loose cord or cable, that could cause a tripping hazard.
Referring to the Figures, a comparison of
Comparison of
The length of the straight clips, the need for curved clips, and the number of clips overall used in a system of the invention depends on the length of the cord or cable and the desired path for the cord or cable.
The clips of the invention are in one embodiment comprised of a stiff, resilient plastic or polymer material, such as rigid polyvinylchloride or similar polymer for example, which can preferably be extruded so that the clips can each be easily and economically made in one piece by extrusion. If the clips are each made in more than one piece, the pieces should be readily heat welded or combined in a similar manner for use as one piece. When formed to the general or approximate configurations shown in the Figures and described herein, the clips of the invention provide a sufficiently rigid structure for firmly and neatly holding the cord or cable securely so that tampering by a child is deterred while the clip openings are still sufficiently resiliently deformable that an adult can insert or remove the cord or cable or otherwise “clip” the clip of the invention to the cord or cable or have the clip of the invention grip or hold the cord or cable, as shown in
The electrical cord clips 10, 12, and 14 (respectively shown in
As shown in several of the Figures, mouth side 17 has a concave, narrow or slit opening 23 pointing toward the hollow channel or tube-like interior 25 of the clip to facilitate receiving of the electrical cord 20 into the interior 25 of the clip and resisting removal of the electrical cord 20 by children or pets. The opposing closed side 21 (or 210) of the electrical cord clip is closed (to join the planar front side 13 and planar back side 15 for the hollow, flat channel or tube-like interior 25 with open ends 19), and can be generally straight (with approximate ninety degree angles where joining the planar front side 13 and planar back side 15 as shown for side 210 in
In some embodiments as shown in
The features discussed above with respect to illustrative examples of the embodiments of straight electrical clips 10, 12, 14, and 16 illustrated in
With the curved clips, the mouth side 17 is not as long as the opposing closed side so as to enable the curve, giving the curved clip a more quarter circle shape, rather than the more rectangular shape of the straight clip overall. However, the curved clips have a planar front side 180 parallel to a planar back side, a “V” shaped mouth 23, a flat, channel or tube-like interior, and open ends 19; and curved clip 55 is taller or higher than curved clip 18.
In one embodiment of the invention, the system comprises at least one straight clip and at least one curved clip of the invention. The curved clip allows smooth turning and change of direction of the cord, for example, from a vertical direction to a horizontal direction, as shown for example in
The following provides example dimensions of one illustrative example embodiment of an electrical cord clip of the invention, suitable for use with a SPT-2 electrical cord, as shown as clip 10 in
For another example, electrical cord clip 18 of the invention, as shown in
The following is an example of dimensions of another alternative embodiment of an electrical cord clip of the invention, suitable for use with a SPT-3 electrical cord, as shown as clip 33 in
For still another example, electrical cord clip 55 of the invention, as shown in
The principals and features described above for a system of the invention where the outlet cover is for an electrical wall outlet generally apply as well for a system of the invention where the outlet cover is for a coaxial data wall outlet, except that the cord is a coaxial cable instead of an electrical cord. That is, referring to
As with the clip of the invention for an electrical cord, the clip of the invention for a coaxial cable can be straight or curved, as shown respectively in
For use in a system of the invention where the outlet cover is for a coaxial data cable wall outlet,
Straight coaxial data clip 35, as shown in
In one embodiment the planar back 39 can be slightly longer then the front 38, as shown in
The straight coaxial data cable clip can vary in length, as discussed with the straight electrical cord clip. Thus, the straight coaxial data cable clip can be, for example, one inch in length as shown in
In one embodiment of curved cable data clip 37 of the invention, illustrated for example in
The following provides example dimensions of one illustrative example embodiment of a cable data clip of the invention, suitable for use in the system of the invention with an outer installation coaxial data cable ranging from about 0.242 inch to about 0.405 inch in diameter, as shown as clip 35 in
As illustrated in the Figures, and discussed above in referring to the Figures, the electrical cord used in the invention is shaped thin and flat and the coaxial cable used in the invention is shaped circumferentially round. However, the design and shape of the clip shown in the Figures for the coaxial cable could alternatively be used for an electrical cord that is circumferentially round but that is also suitable for use in the invention as an electrical cord as specified above.
While preferred embodiments of the present disclosure have been described, it should be understood that other various changes, adaptations, and modifications can be made therein without departing from the spirit of the invention(s) and the scope of the appended claims. The scope of the present disclosure should, therefore, be determined not with reference to the above description, but instead should be determined with reference to the appended claims along with their full scope of equivalents. Furthermore, it should be understood that the appended claims do not necessarily comprise the broadest scope of the invention(s) which the applicant is entitled to claim, or the only manner(s) in which the invention(s) may be claimed, or that all recited features are necessary.
This application claims priority from and is a continuation-in-part from U.S. patent application Ser. No. 17/185,894, filed Feb. 25, 2021, pending, which claims the benefit of U.S. patent application Ser. No. 17/175,604, filed Feb. 12, 2021, which issued as U.S. Pat. No. 11,450,997, on Sep. 20, 2022, the entire contents of which are incorporated herein by reference.
| Number | Date | Country | |
|---|---|---|---|
| Parent | 17185894 | Feb 2021 | US |
| Child | 18105228 | US | |
| Parent | 17175604 | Feb 2021 | US |
| Child | 17185894 | US |
