Connector cover with multiple mounting means

Claim 2

An improved cable connector cover of the type having a body adapted to house a cable connector and defining a cable passage opening having an arcuate side, a sliding door means associated with the opening and having an arcuate edge opposed to the arcuate side of the opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; at least one recessed pocket formed in an outer planar wall of said body; and a snap-in fastener means engagable in said pocket and defining an outer surface substantially coplanar with said outer wall for carrying the body by attachment to an external object.

Claim 3

The cable connector cover of claim 1, further comprising adhesive means carried on the outer surface of said fastener means for attaching the fastener means to an external object.

Claim 4

The cable connector cover of claim 2, wherein said adhesive means comprises a foam plastic double-backed tape having one face of the tape attached to the fastener means and the opposite face adapted for attachment to an external object.

Claim 5

An improved cable connector cover of the type having a body adapted to house a cable connector and being formed from at least two body portions joined at a separable union means for permitting the body to be opened for insertion of a cable and a connector, the body defining a cable passage opening having an arcuate side, the cable connector cover further having a sliding door means associated with the cable passage opening and having an arcuate edge opposed to the arcuate side of the opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and a substantially rectangular removable jack panel having one side defined by a portion of the separable union means at an edge of one body portion and having three sides defined by lines of weakness in said body portion, wherein the separable union means is substantially not crossed by any of said three lines of weakness, said jack panel being of a size to snugly receive a modular jack therein.

Claim 6

An improved cable connector cover of the type having a body adapted to house a cable connector and being formed from at least two body portions joined at a separable union means for permitting the body to be opened for insertion of a cable and a connector, the body defining a cable passage opening having an arcuate side, the cable connector cover further having a sliding door means associated with the cable passage opening and having an arcuate edge opposed to the arcuate side of the opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and a substantially rectangular removable jack panel having one side defined by a portion of the separable union means at an edge of one body portion and having three sides defined by lines of weakness in said body portion, wherein the separable union means is substantially not crossed by any of said three lines of weakness, said jack panel being of a size to snugly receive a modular jack therein.

Claim 7

The cable connector cover of claim 4, further comprising a flange wall spaced inside said body and parallel to an edge of said jack panel for engaging a modular jack.

Claim 8

An improved cable connector cover of the type having a body adapted to house a cable connector and defining a cable passage opening having an arcuate side, a sliding door means associated with the opening and having an arcuate edge opposed to the arcuate side of the opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and press fit screw retainer means connected to an inside surface of the body for carrying outlet box attachment screws.

Claim 9

An improved cable connector cover of the type having a body adapted to house a cable connector and defining a cable passage opening having an arcuate side, a sliding door means associated with the opening and having an arcuate edge opposed to the arcuate side of the opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and press fit screw retainer means connected to an inside surface of the body for carrying outlet box attachment screws.

Claim 10

The cable connector cover of claim 6, wherein said screw retainer means comprises at least three posts spaced apart to define at least two inter-post gaps sized to snugly receive outlet box attachment screws.

Claim 11

The cable connector cover of claim 7, further comprising an inter-post filler wall partially filling said inter-post gaps adjacent to the connection of the posts to the underlying body wall for creating a retention area between said body wall and screws carried in the inter-post gaps.

Claim 12

An improved cable connector cover of the type having a body adapted to house a cable connector and defining a cable passage opening having an arcuate side, a sliding door means associated with the cable passage opening and having an arcuate edge opposed to the arcuate side of the cable passage opening, wherein the sliding door means is of the type having a plate with the arcuate edge at one end thereof and a cable contacting member extending normally to the plane of the plate from the arcuate edge and defining an arcuate seat substantially as wide as the cable passage opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and a flexible ear at each side of said seat, deformable under contact with the arcuate side of the cable passage opening, whereby the ears are guided to follow the curvature of the cable passage opening.

Claim 13

An improved cable connector cover of the type having a body adapted to house a cable connector and defining a cable passage opening having an arcuate side, a sliding door means associated with the cable passage opening and having an arcuate edge opposed to the arcuate side of the cable passage opening, wherein the sliding door means is of the type having a plate with the arcuate edge at one end thereof and a cable contacting member extending normally to the plane of the plate from the arcuate edge and defining an arcuate seat substantially as wide as the cable passage opening, guide means for directing the sliding door means in a path toward the arcuate edge of the opening, and friction means for retaining the door in a given position along the path toward the arcuate edge, wherein the improvement comprises: a cable access panel formed in a wall of the cover and having a perimetric line of weakness for guiding the separation of the cable access panel from the wall, wherein the cable access panel is of a size that the hole created in the wall by removal of the cable access panel will permit passage of at least one-half of a cable connector therethrough; and a flexible ear at each side of said seat, deformable under contact with the arcuate side of the cable passage opening, whereby the ears are guided to follow the curvature of the cable passage opening.

Claim 14

The cable connector cover of claim 9, wherein said cable contacting member defines a recess on each lateral side thereof below said seat for creating flexible side portions of the seat above the recesses.

Claim 15

The cable connector of claim 9, further comprising plug means for filling said cable passage opening between the curved side thereof and the curved seat of the sliding door means, wherein the plug means includes a planar plate contoured to fit closely against the plate of the plug means in end-to-end relationship.

Claim 16

An improved cable connector cover of the type having a body for containing a cable connector therein and having a cable passage opening formed therein, said opening having an arcuate side on at least one edge thereof, the body comprising separably joined together first and second body portions having a joining line dividing the cable passage opening and arcuate side thereof; sliding door means associated with the cable passage opening and having a plate with an arcuate edge substantially opposed to the arcuate side of the opening and having a cable contact member extending normally to the plate from said arcuate edge; guide means for directing the sliding door means in a path toward the arcuate edge of the opening to cover a substantial portion of the opening; and friction means for retaining the door in a given position along said path toward the arcuate edge of the opening while permitting the door to be moved normally thereto substantially in the plane of the opening when said first and second body portions are separated at said joining line; wherein the improvement comprises: the cable contact member being formed from a flexible plastic material and having flexible ears at the lateral sides thereof normal to the plate and capable of being deflected toward each other under contact with the arcuate side of the cable passage opening.

Claim 17

An improved cable connector cover of the type having a body for containing a cable connector therein and having a cable passage opening formed therein, said opening having an arcuate side on at least one edge thereof, the body comprising separably joined together first and second body portions having a joining line dividing the cable passage opening and arcuate side thereof; sliding door means associated with the cable passage opening and having a plate with an arcuate edge substantially opposed to the arcuate side of the opening and having a cable contact member extending normally to the plate from said arcuate edge; guide means for directing the sliding door means in a path toward the arcuate edge of the opening to cover a substantial portion of the opening; and friction means for retaining the door in a given position along said path toward the arcuate edge of the opening while permitting the door to be moved normally thereto substantially in the plane of the opening when said first and second body portions are separated at said joining line; wherein the improvement comprises: the cable contact member being formed from a flexible plastic material and having flexible ears at the lateral sides thereof normal to the plate and capable of being deflected toward each other under contact with the arcuate side of the cable passage opening.

Claim 18

The cable connector cover of claim 12, wherein said ears are joined to the plate at an intersection that is severable under force of contact with the arcuate side of the cable passage opening.

Claim 19

The cable connector cover, comprising: (a) a generally rectangular body for containing a cable connector therein, said body being defined by top and bottom planar rectangular face walls mutually connected along opposite sides by a pair of parallel spaced apart side walls and mutually connected along opposite ends by a pair of parallel spaced apart end walls, each such end wall having defined therein a cable passage opening having a curved edge connected to substantially parallel, straight side edges at each end of the curve, said body being divided through said side walls, end walls and cable passage opening with a snap-together union means being connected to the side and end walls along the division for releasably closing the body; (b) a sliding door means having a planar plate of predetermined maximum thickness and with an arcuate portion along one edge, said plate being carried parallel to and adjacent to an end wall of the body with the arcuate portion generally opposed to the curved end of the cable passage opening; (c) an inside wall parallel to said end wall and spaced therefrom by approximately the maximum thickness of said planar plate for containing the plate for sliding movement parallel to the inside wall and end wall; (d) a pair of pockets defined in said body bottom wall near opposite diagonal corners thereof, each pocket being defined by a recessed wall and a closed perimeter of side walls joined to the bottom wall; (e) an insert sized to fit snugly within each of said pockets and having an outer wall substantially coplanar with said bottom wall when the insert is fully inserted in a pocket; and (f) attachment means connectable to said insert and to, in use, an external surface, for supporting the cover on the external surface by the attachment force between the insert and pocket.

Claim 20

The cable connector cover, comprising: (a) a generally rectangular body for containing a cable connector therein, said body being defined by top and bottom planar rectangular face walls mutually connected along opposite sides by a pair of parallel spaced apart side walls and mutually connected along opposite ends by a pair of parallel spaced apart end walls, each such end wall having defined therein a cable passage opening having a curved edge connected to substantially parallel, straight side edges at each end of the curve, said body being divided through said side walls, end walls and cable passage opening with a snap-together union means being connected to the side and end walls along the division for releasably closing the body; (b) a sliding door means having a planar plate of predetermined maximum thickness and with an arcuate portion along one edge, said plate being carried parallel to and adjacent to an end wall of the body with the arcuate portion generally opposed to the curved end of the cable passage opening; (c) an inside wall parallel to said end wall and spaced therefrom by approximately the maximum thickness of said planar plate for containing the plate for sliding movement parallel to the inside wall and end wall; (d) a pair of pockets defined in said body bottom wall near opposite diagonal corners thereof, each pocket being defined by a recessed wall and a closed perimeter of side walls joined to the bottom wall; (e) an insert sized to fit snugly within each of said pockets and having an outer wall substantially coplanar with said bottom wall when the insert is fully inserted in a pocket; and (f) attachment means connectable to said insert and to, in use, an external surface, for supporting the cover on the external surface by the attachment force between the insert and pocket.

Claim 21

The cable connector cover of claim 14, further comprising on the inside surface of one of said recessed walls a plurality of screw retaining means for carrying electrical outlet box screws in a position substantially parallel to and overlapping said recessed wall.

Claim 22

The cable connector cover of claim 15, further comprising a filler means between said screw retaining means for creating a gap between the plane of said recessed wall and the parallel plane of the carried screws; and wherein said attachment means comprises double-sided tape segments receivable in said gap for storage.

Claim 23

The cable connector cover of claim 14, further comprising a pair of screw opening panels defined in said bottom wall by at least partially perimetric lines of weakness and spaced to overlie the screw openings of, in use, an electrical outlet box.

Claim 24

The cable connector cover of claim 17, wherein said screw opening panels further comprise a hinge portion connecting each panel to said bottom wall for retaining the panel against full separation from the bottom wall when said line of weakness is severed.

Claim 25

The cable connector cover of claim 14, wherein said cable passage openings are approximately diagonally opposed in said end walls along a crossing diagonal to said pockets, and further comprising a connector half access panel defined in said bottom wall by a perimetric line of weakness, wherein said access panel is substantially within a quadrant of said bottom wall on the diagonal between said cable passage openings.

Claim 26

The cable connector cover of claim 14, further comprising a modular jack reception panel defined in a side wall portion connected to said bottom wall, wherein said jack reception panel is defined by parallel lines of weakness perpendicular to the bottom wall and exclusive of said snap-together union means.

Claim 27

The cable connector cover of claim 14, wherein said sliding door means further comprises a cable contacting member extending normally from said plate and through a cable passage opening, the arcuate edge of the plate being joined to a curved seat of the cable contacting member having an arc substantially as wide as the straight sides of said opening, wherein the sides of said arc comprise flexible ears adapted to be deflected toward each other by contact with the curved edge of said opening, whereby the curved seat is able to move at least partially within the opening area between portions of curved opening edge.

Claim 28

The cable connector cover of claim 21, further having means for closing a cable passage opening, comprising a plate member having an edge complementary to the arcuate edge of said sliding door means plate and having a plug member extending normally thereto, said plug member being of substantially the width between the opening side edges and having curved opposite edge surfaces corresponding to the arc of said curved edge and curved seat.

Claim 29

The cable connector of claim 14, further including means for closing a cable passage opening, comprising a planar plate of predetermined maximum thickness substantially the same as said sliding door means plate thickness and capable of being carried between an end wall and an associated inside wall; and a plug member extending normally to said plate and through a cable passage opening, wherein the plug member is of substantially the same shape as the cable passage opening.