Desk clock and display stand

Claim 2

A display stand suitable for retaining a clock or picture on a desk or the like, the stand comprising: (a) a base including a base plate having a top surface, a bottom surface and sides; (b) a female hinge element defining a socket having a front wall, back wall and side walls, the front and back walls being substantially parallel, the socket having a width between the front and back walls and a length between the side walls, the female hinge element also including a finger adjacent the socket and defining at least a portion of one wall of the socket; (c) a frame including a display panel having a front face, a back face and sides, one side being a bottom side, the panel including at least one recessed cell adapted to retain a display; and (d) a male hinge element including a pin having a length not greater than the length of the socket and having a diameter approximately equal to the width of the socket, the male hinge element also including a post having two ends, the pin mounted on one end of the post, the female hinge element being adapted to receive and provide an interference fit with the male hinge element; the male and female hinge elements being operably associated with the frame and base such that the frame is tiltably retained on the base.

Claim 3

The display stand of claim 1 wherein the female hinge element is included in the base with the male hinge element included with the frame, and the female hinge element includes a recess adjacent the finger with the finger between the recess and the socket.

Claim 4

The display stand of claim 2 wherein the recess has an upper end and sides, and opens toward the bottom surface of the base plate.

Claim 5

The display stand of claim 2 including a second finger and a second recess, each finger defining a portion of the same wall with each finger being located between one of the recesses and the socket.

Claim 6

The display stand of claim 4 wherein the recesses extend between the top and bottom surfaces of the base plate.

Claim 7

The display stand of claim 2 wherein the socket extends between the top and bottom surfaces and the recess has a general U-shape and is contiguous with the socket and together with the socket substantially surrounds the finger, the finger having an end and extending toward the bottom surface, the finger including a ledge extending into the socket and having a pin engagement margin, the pin when received in the socket contacting the socket front wall, back wall and the pin engagement margin along cocircular points.

Claim 8

The display stand of claim 1 including at least one ridge on one of the front and back walls, and extending toward the top and bottom surfaces, the ridge coacting with the pin such that the frame is retained on the base.

Claim 9

The display stand of claim 1 wherein the pin is generally cylindrical and has generally hemispherical ends which coact with the side walls of the socket to provide a camming action to align the pin in the socket as the male hinge element is received by the female hinge element.

Claim 10

The display stand of claim 1 wherein the frame includes two male hinge elements having generally cylindrical pins with axes substantially aligned and wherein the base includes two female hinge elements, the front walls of each socket being substantially coplanar, the male hinge elements being complimentary to the female hinge elements.

Claim 11

The display stand of claim 1 wherein the cell includes cell borders and a transparent window viewable from the front face of the display panel, the cell opening toward the back face and adapted to receive a display module.

Claim 12

The display stand of claim 10 including a display module having planar dimensions substantially equal to the planar dimensions of the cell, the module having edges and adapted to coact with the cell borders in an interference fit to retain the module in the cell, the module also adapted to retain a clock or picture viewable through the window.

Claim 13

A clock and display stand suitable for retaining a clock or picture on a desk, the stand comprising: (a) a base including a base plate having a top surface, a bottom surface and sides, one side being a front side, the base also including two female hinge elements, each female hinge element defining a socket opening toward the top surface and having a front wall, back wall and side walls, the front and back walls being substantially parallel, the socket having a width between the front and back walls and a length between the side walls, each female hinge element also including a finger adjacent the socket and defining at least a portion of one wall of the socket and a recess adjacent the finger with the finger located between the socket and the recess; (b) a frame including a display panel having a front face, a back face and sides, one side being a bottom side, the panel including at least one cell having cell borders and a transparent window viewable from the front face, the cell opening to the back face, the panel also including two male hinge elements mounted on the bottom side, the male hinge elements being respectively complimentary to the female hinge elements, each hinge element including a generally cylindrical pin having an axis and ends, the length of each pin less than or approximately equal to the length of its complimentary socket and having a diameter substantially equal to the width of its complimentary socket, each male hinge element also including a post having two ends with a length along the ends not greater than the length of the complimentary socket and a thickness less than the diameter of the pin, one end of the post being mounted on the bottom side of the panel with the pin mounted on the other end of the post, the female hinge element adapted to receive and provide an interference fit with the male hinge element so the base tiltably retains the frame; and (c) a display module having planar dimensions substantially equal to the cell and adapted to be received and retained in the cell, the display module including a rigid first plate portion and a rigid second plate portion having coplanar front faces, a common length and opposite edges, the plate portions being joined by a bridge section and defining at least one plate portion slot between the plate portions, such that when the module is received in the cell at least a portion of each opposite edge is biased against and engages at least a portion of respective opposite borders of the cell in an interference fit.

Claim 14

A clock and display stand suitable for retaining a clock or picture on a desk, the stand comprising: (a) a base including a base plate having a top surface, a bottom surface and sides, one side being a front side, the base also including two female hinge elements, each female hinge element defining a socket opening toward the top surface and having a front wall, back wall and side walls, the front and back walls being substantially parallel, the socket having a width between the front and back walls and a length between the side walls, each female hinge element also including a finger adjacent the socket and defining at least a portion of one wall of the socket and a recess adjacent the finger with the finger located between the socket and the recess; (b) a frame including a display panel having a front face, a back face and sides, one side being a bottom side, the panel including at least one cell having cell borders and a transparent window viewable from the front face, the cell opening to the back face, the panel also including two male hinge elements mounted on the bottom side, the male hinge elements being respectively complimentary to the female hinge elements, each hinge element including a generally cylindrical pin having an axis and ends, the length of each pin less than or approximately equal to the length of its complimentary socket and having a diameter substantially equal to the width of its complimentary socket, each male hinge element also including a post having two ends with a length along the ends not greater than the length of the complimentary socket and a thickness less than the diameter of the pin, one end of the post being mounted on the bottom side of the panel with the pin mounted on the other end of the post, the female hinge element adapted to receive and provide an interference fit with the male hinge element so the base tiltably retains the frame; and (c) a display module having planar dimensions substantially equal to the cell and adapted to be received and retained in the cell, the display module including a rigid first plate portion and a rigid second plate portion having coplanar front faces, a common length and opposite edges, the plate portions being joined by a bridge section and defining at least one plate portion slot between the plate portions, such that when the module is received in the cell at least a portion of each opposite edge is biased against and engages at least a portion of respective opposite borders of the cell in an interference fit.

Claim 15

The clock and display stand of claim 12 wherein the bridge section has a length less than the length of the plate portions.

Claim 16

The clock and display stand of claim 12 wherein the display module is substantially rectilinear and the plate portions are spaced to define the plate portion slot with a length substantially equal to the length of the plate portions and the bridge section has the general configuration of a "C" channel having a channel slot substantially contiguous with the plate portion slot and having arms respectively mounted on each plate portion.

Claim 17

The clock and display stand of claim 12 wherein the display module is substantially rectilinear and the plate portions and bridge section are coplanar and the plate portion slot is a notch extending inward from one side of the module for a portion of the length of the module, the second plate portion having a height less than the height of first plate portion, the second plate portion including at least one tab extending from the opposite edge of the second plate portion and located opposite the notch to contact and coact with one of the borders of the cell to retain the module in the cell.

Claim 18

The clock and display stand of claim 15 wherein the module has two notches extending inward from opposing edges, both notches being substantially parallel to the opposite edge of the second plate portion and the second plate portion is provided with two tabs opposite the two notches.

Claim 19

The clock and display stand of claim 12 wherein the display module is adapted to retain a picture between the module and the window.

Claim 20

The clock and display stand of claim 12 wherein the display module is adapted to retain a clock with time indicia visible through the window.

Claim 21

The clock and display stand of claim 12 wherein in each female hinge element the socket extends between the top and bottom surfaces and the recess has a general U-shape and is contiguous with the socket and together with socket substantially surrounds the finger, the finger having an end extending toward the bottom surface, the finger including a ledge extending into the socket and having a pin engagement margin, the pin when received in the socket contacting the socket front wall, back wall and the pin engagement margin along cocircular points.

Claim 22

The clock and display stand of claim 12 wherein each pin has a diameter not greater than about 0.005 inches larger than the width of its complimentary socket.

Claim 23

A display stand frame adapted to be tiltably held by a display stand base having two female hinge elements each including a socket, the frame comprising: (a) a generally rectangular panel having a front face, a back face and four sides, one side being a bottom side, the panel defining at least one cell having cell borders and a transparent window viewable from the front face, the cell opening toward the back and adapted to receive a display module to display a picture or time indicia a clock; and (b) two male hinge elements mounted on the bottom side of the panel, the male hinge elements being respectively complimentary to the female hinge elements and providing an interference fit with the sockets, each hinge element including a generally cylindrical pin having an axis and ends, the length of each pin not greater than the length of its complimentary socket and having a diameter substantially equal to the width of its complimentary socket, each male hinge element also including a post having two ends with a length along the ends not greater than the length of the complimentary socket and a thickness less than the diameter of the pin, one end of the post being mounted on the bottom side of the panel with the pin mounted on the other end of the post.

Claim 24

A display stand frame adapted to be tiltably held by a display stand base having two female hinge elements each including a socket, the frame comprising: (a) a generally rectangular panel having a front face, a back face and four sides, one side being a bottom side, the panel defining at least one cell having cell borders and a transparent window viewable from the front face, the cell opening toward the back and adapted to receive a display module to display a picture or time indicia a clock; and (b) two male hinge elements mounted on the bottom side of the panel, the male hinge elements being respectively complimentary to the female hinge elements and providing an interference fit with the sockets, each hinge element including a generally cylindrical pin having an axis and ends, the length of each pin not greater than the length of its complimentary socket and having a diameter substantially equal to the width of its complimentary socket, each male hinge element also including a post having two ends with a length along the ends not greater than the length of the complimentary socket and a thickness less than the diameter of the pin, one end of the post being mounted on the bottom side of the panel with the pin mounted on the other end of the post.

Claim 25

The display stand frame of claim 21 wherein the axes of the pins are substantially aligned and the panel has a central plane parallel to and equidistant from the faces, the pin axes being offset from the central plane.

Claim 26

The display stand frame of claim 21 wherein at least one of the cell borders is tapered from the window to the back face with the largest opening toward the back face.

Claim 27

A display stand base adapted to tiltably hold a display stand frame having two male hinge elements each including a generally cylindrical pin having an axis, the base comprising: a generally rectangular plate having a top surface, a bottom surface and sides, one side being a front side, the plate including two female hinge elements adjacent the front side, the female hinge elements being respectively complimentary to the male hinge elements and providing an interference fit with the male hinge elements, each female hinge element defining a socket having a front wall, back wall and side walls, the front and back walls being substantially parallel, each socket extending between the top and bottom surfaces and having a width between the front and back walls and a length between the side walls, the length of each socket being greater than or equal to the length of its complimentary pin, the width of each socket being approximately equal to the diameter of its complimentary pin, each female hinge element including a finger adjacent a recess with the finger located between the recess and socket, the finger defining at least a portion of either the front or back wall of the socket, the finger including a ledge extending into the aperture and having engagement margin, each female hinge member adapted to receive its complimentary pin in the socket contacting the front wall, back wall and pin engagement margin along cocircular points.

Claim 28

A display stand base adapted to tiltably hold a display stand frame having two male hinge elements each including a generally cylindrical pin having an axis, the base comprising: a generally rectangular plate having a top surface, a bottom surface and sides, one side being a front side, the plate including two female hinge elements adjacent the front side, the female hinge elements being respectively complimentary to the male hinge elements and providing an interference fit with the male hinge elements, each female hinge element defining a socket having a front wall, back wall and side walls, the front and back walls being substantially parallel, each socket extending between the top and bottom surfaces and having a width between the front and back walls and a length between the side walls, the length of each socket being greater than or equal to the length of its complimentary pin, the width of each socket being approximately equal to the diameter of its complimentary pin, each female hinge element including a finger adjacent a recess with the finger located between the recess and socket, the finger defining at least a portion of either the front or back wall of the socket, the finger including a ledge extending into the aperture and having engagement margin, each female hinge member adapted to receive its complimentary pin in the socket contacting the front wall, back wall and pin engagement margin along cocircular points.

Claim 29

The display stand base of claim 24 wherein each female hinge element includes a chamfer extending between the back wall of the socket and the top surface of the plate to provide clearance and a stop for the post.

Claim 30

The display stand base of claim 24 including at least one ridge on one of the front and back walls and extending toward the top and bottom surfaces, the ridge coacting with the pin such that the frame is retained on the base.

Claim 31

The display stand base of claim 24 including a second finger and a second recess, each finger defining a portion of the same wall with each finger being located between one of the recesses and the socket.

Claim 32

A display stand suitable for retaining a clock or picture on a support surface, the stand comprising: (a) a base adapted to rest upon the support surface; (b) a frame extending upwardly from the base, the frame defining a display panel having a front face and a rear face, the frame defining a recessed cell opening toward the back face of the panel, the cell being bordered by parallel top and bottom borders and parallel side borders perpendicular with respect to the top and bottom borders; (c) a module for retaining a display within the cell, the module being shaped generally complementarily with the shape of the cell and including a generally flat plate having two faces and four edges, means defining a slot intermediate the ends of one edge of the module, the slot being adapted to face one border of the cell, the edges of the module adjacent the one edge and being generally parallel and spaced by a dimension greater than the distance between the respective borders of the cell such that the module may be releasably held within the cell; (d) and gripping means formed integrally with the module for facilitating removal of the module from, and insertion of the module into, the cell.

Claim 33

A display stand suitable for retaining a clock or picture on a support surface, the stand comprising: (a) a base adapted to rest upon the support surface; (b) a frame extending upwardly from the base, the frame defining a display panel having a front face and a rear face, the frame defining a recessed cell opening toward the back face of the panel, the cell being bordered by parallel top and bottom borders and parallel side borders perpendicular with respect to the top and bottom borders; (c) a module for retaining a display within the cell, the module being shaped generally complementarily with the shape of the cell and including a generally flat plate having two faces and four edges, means defining a slot intermediate the ends of one edge of the module, the slot being adapted to face one border of the cell, the edges of the module adjacent the one edge and being generally parallel and spaced by a dimension greater than the distance between the respective borders of the cell such that the module may be releasably held within the cell; (d) and gripping means formed integrally with the module for facilitating removal of the module from, and insertion of the module into, the cell.

Claim 34

The display stand of claim 28 wherein the frame is pivotally mounted on the base.

Claim 35

The display stand of claim 28 wherein the display is a picture.

Claim 36

The display stand of claim 28 wherein the display is a clock and module includes a member mounted on one of the faces and adapted to retain the clock.

Claim 37

A clock and display stand suitable for retaining a clock or picture on a desk, the stand comprising: (a) a base including a base plate having a top surface, a bottom surface and sides, one side being a front side, the base also including at least one female mounting element, the female mounting element defining a recessed socket opening toward the top surface and having a front wall, back wall and side walls, the front and back walls being substantially parallel, the socket having a width between the front and back walls and a length between the side walls; (b) a frame including a display panel having a front face, a back face and sides, one side being a bottom side, the panel including at least one cell having cell borders and a transparent window viewable from the front face, the cell opening toward the back face, the panel also including at least one male mounting element on the bottom side, the male mounting element being complimentary to the female mounting element, the male mounting element having a length less than or approximately equal to the length of the socket and having a thickness substantially equal to the width of the socket, the female mounting element adapted to receive the male mounting element so the base retains the frame at an angle with respect to the base; and (c) a display module having planar dimensions substantially equal to the cell and adapted to be received and retained in the cell, the module having opposite edges such that at least a portion of each opposite edge is biased against and engages at least a portion of respective opposite borders of the cell in an interference fit.

Claim 38

A clock and display stand suitable for retaining a clock or picture on a desk, the stand comprising: (a) a base including a base plate having a top surface, a bottom surface and sides, one side being a front side, the base also including at least one female mounting element, the female mounting element defining a recessed socket opening toward the top surface and having a front wall, back wall and side walls, the front and back walls being substantially parallel, the socket having a width between the front and back walls and a length between the side walls; (b) a frame including a display panel having a front face, a back face and sides, one side being a bottom side, the panel including at least one cell having cell borders and a transparent window viewable from the front face, the cell opening toward the back face, the panel also including at least one male mounting element on the bottom side, the male mounting element being complimentary to the female mounting element, the male mounting element having a length less than or approximately equal to the length of the socket and having a thickness substantially equal to the width of the socket, the female mounting element adapted to receive the male mounting element so the base retains the frame at an angle with respect to the base; and (c) a display module having planar dimensions substantially equal to the cell and adapted to be received and retained in the cell, the module having opposite edges such that at least a portion of each opposite edge is biased against and engages at least a portion of respective opposite borders of the cell in an interference fit.

Claim 39

The clock and display stand of claim 32 wherein the female mounting element is a female hinge element and the male mounting element is a male hinge element and together they comprise a hinge means for tiltably mounting the frame on the base.

Claim 40

The clock and display stand of claim 32 wherein the module comprises a generally flat plate having two faces and four edges, one edge being provided with a slot and opposite edges adjacent the one edge being generally parallel and the dimension between the opposite edges being greater than the respective dimension of the cell into which the module is to be received such that the opposite sides cooperate with the cell to retain the module in the cell, the module also including a member mounted on one of the faces and adapted to retain a clock.