Information
-
Patent Grant
-
6293129
-
Patent Number
6,293,129
-
Date Filed
Wednesday, February 9, 200024 years ago
-
Date Issued
Tuesday, September 25, 200122 years ago
-
Inventors
-
Original Assignees
-
Examiners
Agents
-
CPC
-
US Classifications
Field of Search
US
- 063 26
- 063 27
- 063 28
- 063 291
- D11 89
- D11 90
- D11 91
- D11 92
-
International Classifications
-
-
Disclaimer
Terminal disclaimer
Abstract
The multi-stone setting for nine gemstones or diamonds includes a rectangular-shaped setting having a four-sided frame member with first and second parallel lower crossbars extending in a first direction and in the same plane, and first and second parallel upper crossbars extending in a second direction perpendicular to the first direction, and in a different plane. The first and second lower crossbars and the first and second upper crossbars form nine seats each for receiving one of nine gemstones or diamonds. The multi-stone setting includes four corners with four corner prongs mounted on the four corners, respectively. Each of the four corner prongs have a V-shaped configuration forming a right angle for engaging the four corner gemstones.
Description
FIELD OF THE INVENTION
The present relates to a multi-stone center setting for holding therein nine (9) or twelve (12) rectangular-shaped or square-shaped gemstones (princess cut gemstones) in which the combined gemstone aggregate gives a larger appearance than that of a single gemstone of a similar carat weight. More particularly, this multi-stone center setting having nine to twelve gemstones therein gives the appearance that the setting is substantially invisible.
BACKGROUND OF THE INVENTION
Invisible gemstone settings are well known in the art and refers to a setting for gemstones in which the setting lies beneath the visible surface of the gemstones. Typically, to invisibly set a large number of gemstones, the approach of the prior art has been to notch the gemstones and to mount them in a setting having two or more parallel walls, with metallic projections, for example, prongs or the like, protruding from these walls for engaging the notches. Generally, these walls define channels in which the gemstones are set abutting one another in accordance with the invisible mounting method.
Invisible gemstone settings for jewelry products suffer from a number of disadvantages. First, casting of a jewelry item with a gemstone region including a recess and walls and preparing T-shaped cross bars is a relatively difficult and therefore costly process. Second, the assembly of the jewelry item requires considerable time of a skilled worker which adds greatly to the overall cost of the jewelry item. And third, the finished jewelry item cannot be readily downsized without disturbing the invisible gemstone setting.
Therefore, there remains a need for a novel invisible and multiple gemstone setting for jewelry ornaments which overcomes the disadvantages of conventional multi-stone and invisible gemstone settings for jewelry items. The multi-stone center setting would include a rectangular-shaped or square-shaped metal setting for holding nine to twelve princess cut gemstones in which the combined gemstone aggregate gives a larger appearance than that of a single gemstone of a similar carat weight. Additionally, the multi-stone center setting would give the appearance that the setting (metal) is essentially invisible to the eye of the wearer.
DESCRIPTION OF THE PRIOR ART
Invisible gemstone settings, multi-gemstone settings, jewelry settings and the like having various designs, structures, configurations and functions have been disclosed in the prior art. For example, U.S. Pat. No. 5,848,539 to OUZOUNIAN discloses an invisible, multiple precious stone setting for mounting two or more rows of round-shaped precious stones. This prior art patent does not disclose the structure and configuration of the present invention.
U.S. Pat. No. 5,520,017 to VIVAT discloses jewelry items with invisible gemstone settings, wherein the gemstone setting includes a least two walls so as to provide at least one groove. The groove slidably receives one or more rectangularly-shaped precious stones therein. This prior art patent does not disclose the structure and configuration of the present invention.
U.S. Pat. No. 5,123,265 to RAMOT discloses an invisible gemstone setting, wherein the gemstone setting assembly includes one or more gemstones and a setting having a base formed with a plurality of ribs defining one or more sockets of polygonal configuration for receiving the gemstones. This prior art patent does not disclose the structure and configuration of the present invention.
U.S. Design Pat. No. D403,611 to LAI discloses an ornamental design for a jewelry setting having a square-shaped grid pattern for square-shaped gemstones. This prior art patent does not disclose the structure and configuration of the present invention.
None of the aforementioned prior art patents disclose or teach the multi-stone center setting of the present invention for receiving therein nine or twelve rectangular-shaped or square-shaped gemstones which gives the appearance of a single gemstone by essentially giving the setting an invisible profile.
Accordingly, it is an object of the present invention to provide a multi-stone setting for holding therein nine or twelve rectangular-shaped or square-shaped gemstones in which the combined aggregate of the nine or twelve gemstones give a larger appearance than that of a single gemstone of a similar carat weight (i.e., a 2.4 carat presentation of the combined nine or twelve gemstones appears as large as a 4.0 carat gemstone, as the present invention would have a larger table).
Another object of the present invention is to provide a multi-stone setting having nine or twelve gemstones therein that is less expensive than a single gemstone of a similar carat weight (i.e., the 2.4 carat presentation of the combined nine or twelve gem-stones is less expensive than an actual 2.4 carat single gemstone of the same carat weight).
Another object of the present invention is to provide a multi-stone setting having nine or twelve princess cut gemstones therein which gives the appearance that the setting is substantially invisible at distances greater than 12 inches from the jewelry product.
Another object of the present invention is to provide a multi-stone setting that can be varied in size depending upon the total combined carat weight of the nine or twelve gemstones within the setting.
Another object of the present invention is to provide a multi-stone setting that can be made from precious metals such as gold, silver, platinum or palladium for setting precious gemstones including diamonds, rubies, sapphires, emeralds and the like.
Another object of the present invention is to provide a multi-stone setting having nine or twelve gemstones therein for use in personal adornment in the form of ornamental jewelry such as rings, pins, brooches, pendants, clasps, necklaces, bracelets, anklets and earrings.
Another object of the present invention is to provide a multi-stone setting that can be produced in an economical manner and is readily affordable by the jewelry consumer.
SUMMARY OF THE INVENTION
In accordance with the preferred embodiment of the present invention, there is provided a multi-stone setting having nine gemstones or diamonds. The multi-stone setting includes a rectangular-shaped setting having a four-sided frame member with a first lower crossbar extending in a first direction and a second lower crossbar being parallel and in the same plane to the first lower crossbar and also extending in the first direction.
The rectangular-shaped setting also has a first upper crossbar having first insert tabs extending in a second direction perpendicular to the first direction and a second upper crossbar having second insert tabs being parallel and in the same plane to the first upper crossbar and also extending in the second direction. The first and second lower crossbars are located in a different plane than the first and second upper crossbars.
The first and second lower crossbars and the first and second upper crossbars form nine seats each for receiving one of nine gemstones or diamonds. The first and second lower crossbars and the first and second upper crossbars define two outer rows of seats to form six outer seats and one inner row of three seats for receiving the nine gemstones, in order to form a first outer row of gemstones, a second outer row of gemstones, and an inner row of gemstones, and the first and second outer rows of gemstones forming four outer gemstones, each of the four outer gemstones having side walls.
The first outer row of gemstones include a first set of inner side walls for engaging the first upper crossbar, the first set of inner side walls has grooves formed therein for seating the first outer row of gemstones on the first insert tabs of the first upper crossbar.
The second outer row of gemstones include a second set of inner side walls for engaging the second upper crossbar, the second set of inner side walls has grooves formed therein for seating the second outer row of gemstones on the second insert tabs of the second upper crossbar.
The inner row of gemstones include first inner side walls for engaging the first upper crossbar and second inner side walls for engaging the second upper crossbar. The first and second inner side walls have grooves formed therein for seating the inner row of gemstones on the first and second insert tabs of the first and second upper crossbars, respectively.
The multi-stone setting includes four corners with four corner prongs mounted on the four corners, respectively. Each of the four corner prongs have a V-shaped configuration forming a right angle for engaging two side walls of one of the four outer gemstones in the first and second outer rows of gemstones. The four corner prongs engage the four outer gemstones respectively to keep the four outer gemstones seated within the four outer seats of the multi-stone setting.
In an alternate embodiment of the present invention, there is provided a multi-stone setting having twelve gemstones or diamonds therein. The multi-stone setting includes a rectangular-shaped setting having a four-sided frame member with a first lower crossbar extending in a first direction; a second lower crossbar being parallel and in the same plane to the first lower crossbar and also extending in the first direction; and a third lower crossbar being parallel and in the same plane to the first and second lower crossbars and also extending in the first direction.
The rectangular-shaped setting also has a first upper crossbar having first insert tabs extending in a second direction perpendicular to the first direction and a second upper crossbar having second insert tabs being parallel an in the same plane to the first upper crossbar and also extending in the second direction. The first, second and third lower crossbars are located in a different plane than the first and second upper crossbars.
The first, second and third lower crossbars and the first and second upper crossbars form twelve seats each for receiving one of twelve gemstones or diamonds. The first, second and third lower crossbars and the first and second upper crossbars define two outer rows of seats to form eight outer seats and one inner row of four seats for receiving the twelve gemstones, to form a first outer row of gemstones, a second outer row of gemstones, and an inner row of gemstones. The first and second outer rows of gemstones forming four outer gemstones, each of the four outer gemstones having side walls.
The first outer row of gemstones includes a first set of inner side walls for engaging the first upper crossbar, the first set of inner side walls having grooves formed therein for seating the first outer row of gemstones on the first insert tabs of the first upper crossbar.
The second outer row of gemstones includes a second set of inner side walls for engaging the second upper crossbar, the second set of inner side walls having grooves formed therein for seating the second outer row of gemstones on the second insert tabs of the second upper crossbar.
The inner row of gemstones includes first inner side walls for engaging the first upper crossbar and second inner side walls for engaging the second upper crossbar. The first and second inner side walls having grooves formed therein for seating the inner row of gemstones on the first and second insert tabs of the first and second upper crossbars, respectively.
The multi-stone setting includes four corners with four corner prongs mounted on the four corners, respectively. Each of the four corner prongs have a V-shaped configuration forming a right angle for engaging two side walls of one of the four outer gemstones in the first and second outer rows of gemstones. The four corner prongs engage the four outer gemstones respectively to keep the four outer gemstones seated within the four outer seats of the multi-stone setting.
BRIEF DESCRIPTION OF THE DRAWINGS
Further objects, features, and advantages of the present invention will become apparent upon the consideration of the following detailed description of the presently-preferred embodiment when taken in conjunction with the accompanying drawings, wherein:
FIG. 1
is a top perspective view of the multi-stone center setting for holding nine gemstones or diamonds of the preferred embodiment of the present invention;
FIG. 2
is a top plan view of the multi-stone setting of the present invention shown in
FIG. 1
;
FIG. 3
is a bottom plan view of the multi-stone setting of the present invention shown in
FIG. 1
;
FIG. 4
is a side elevational view of the multi-stone setting of the present invention shown in
FIG. 1
;
FIG. 5
is a front elevational view of the multi-stone setting of the present invention shown in
FIG. 1
;
FIG. 6
is a top perspective view of the multi-stone setting of the present invention showing three square-shaped diamonds being slidably connected with the first upper crossbar of the frame member;
FIG. 7
is a top perspective view of the multi-stone setting of the present invention showing three square-shaped diamonds being slidably connected with the first and second upper crossbars of the frame member;
FIG. 8
is a top perspective view of the multi-stone setting of the present invention showing nine square-shaped diamonds seated within the four seats of the gemstone setting;
FIG. 9
is a cross-sectional view of the multi-stone setting of the present invention taken along lines
9
—
9
of
FIG. 8
showing the first and second upper crossbars within the cut grooves of three diamonds;
FIG. 10A
is a top perspective view of the multi-stone setting of the present invention showing nine square-shaped diamonds seated within the nine seats of the gemstone setting and being connected to a ring holding member to form a diamond ring;
FIG. 10B
is a top perspective view of the multi-stone setting of the present invention showing nine rectangular-shaped diamonds seated within the nine seats of the setting for forming a pin.
FIG. 11
is a top perspective view of an alternative embodiment of the multi-stone setting for holding twelve gemstones or diamonds of the present invention;
FIG. 12
is a top plan view of the multi-stone setting of the present invention shown in
FIG. 11
with the frame member having first, second and third upper crossbars and first and second lower crossbars therein that form twelve seats for receiving twelve rectangular-shape or square-shaped diamonds therein;
FIG. 13
is a bottom plan view of the multi-stone setting of the present invention shown in
FIG. 11
;
FIG. 14
is a side elevational view of the multi-stone setting of the present invention shown in
FIG. 11
showing the first, second and-third upper crossbars;
FIG. 15
is a front elevational view of the multi-stone setting of the present invention shown in
FIG. 11
showing the second lower crossbar;
FIG. 16
is a top perspective view of the multi-stone setting of the present invention shown in
FIG. 11
showing twelve square-shaped diamonds seated within the twelve seats of the setting;
FIG. 17
is a cross-sectional view of the multi-stone setting of the present invention taken along lines
17
—
17
of
FIG. 16
showing the first, second and third upper crossbars within the cut grooves of four diamonds;
FIG. 18
is a top perspective view of the multi-stone setting of the present invention showing twelve square-shaped diamonds seated within the twelve seats of the rectangular-shaped setting for forming a clasp;
FIG. 19
is a partial perspective view of the multi-stone setting of the present invention showing a rectangular-shaped diamond being seated within a rectangular-shaped seat of the square-shaped setting for forming a clasp.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT 10
The multi-stone setting
10
and its component parts of the alternate embodiment of the present invention are represented in detail by
FIGS. 1 through 10A
and
10
B of the patent drawings. The multi-stone setting
10
is used for holding in place nine (
9
) rectangular-shaped or square-shaped diamonds
102
,
104
,
106
,
108
,
110
,
112
,
114
,
116
and
118
with each diamond
102
to
118
having four side walls
102
a
to
102
d
,
104
a
to
104
d
,
106
a
to
106
d
,
108
a
to
108
d
,
110
a
to
110
d
,
112
a
to
112
d
,
114
a
to
114
d
,
116
a
to
116
d
and
118
a
to
118
d
, respectively. The multi-stone setting
10
, as shown in
FIG. 1
of the drawings, includes a rectangular-shaped gemstone setting
10
having an upper frame member
20
, a curved corner section assembly
80
and a setting connecting bar member
130
.
The upper frame member
20
includes four side frame members
22
,
24
,
26
and
28
; a first lower crossbar
30
and a second lower crossbar
32
connected to the two opposing side frame members
22
and
26
, both lower crossbars
30
and
32
are being equally spaced-apart and parallel with each other; and first and second upper crossbars
40
and
50
being equally spaced-apart and parallel with each other and are mounted on top of the first and second lower crossbars
30
and
32
, respectively. The first and second upper crossbars
40
and
50
are connected to the other two opposing side frame members
24
and
28
. The first and second lower crossbars
30
and
32
and the first and second upper crossbars
40
and
50
are used for forming nine seats
62
,
64
,
66
,
68
,
70
,
72
,
74
and
78
having a rectangular or square shape, as shown in
FIGS. 1 and 2
of the drawings. Each of the nine seats
62
to
78
are used to retain and hold in place diamonds
102
to
118
, respectively, such that the first and second lower crossbars
30
and
32
and the first and second upper crossbars
40
and
50
define two outer rows
61
and
73
of seats (first outer row
61
includes seats
62
,
64
and
66
and the second outer row
73
includes seats
74
,
76
and
78
), and one inner row
67
of seats (inner row
67
includes seats
68
,
70
and
72
) for receiving the nine diamonds
102
to
118
therein. Additionally, the first and second lower crossbars
30
and
32
extend in a first direction, the first and second upper crossbars
40
and
50
extend in a second direction perpendicular to the first direction. The first and second upper crossbars
40
and
50
are parallel to each other and also extend in the second direction, as shown in
FIG. 2
of the drawings. The first upper crossbar
40
includes a first wall surface
42
having a first retaining insert edge member
44
thereon, and also includes a second wall surface
46
having a second retaining insert edge member
48
thereon. The second upper crossbar
50
includes a first wall surface
52
having a first retaining insert edge member
54
thereon, and also includes a second wall surface
56
having a second retaining insert edge member
58
thereon.
The first outer row
61
includes diamonds
102
,
104
and
106
having grooved slots
102
e
,
104
e
and
106
e
formed on their respective side walls
102
d
,
104
d
and
106
d
, respectively, wherein grooved slots
102
e
,
104
e
and
106
e
of diamonds
102
,
104
and
106
engage the first retaining insert edge member
44
of the first upper crossbar
40
for nesting and seating the first outer row
61
of diamonds
102
,
104
and
106
on the first upper crossbar
40
, as shown in
FIG. 1
of the drawings. The second outer row
73
includes diamonds
114
,
116
and
118
having grooved slots
114
e
,
116
e
and
118
e
formed on their respective side walls
114
d
,
116
d
and
118
d
, respectively, wherein grooved slots
114
e
,
116
e
and
118
e
of diamonds
114
,
116
and
118
engage the first retaining insert edge member
54
of the second upper crossbar
50
for nesting and seating the second outer row
73
of diamonds
114
,
116
and
118
on the second upper crossbar
50
, as shown in
FIG. 1
of the drawings. The inner row
67
includes diamonds
108
,
110
and
112
having grooved slots
108
e
and
108
f
,
110
e
and of, and
112
e
and
112
f
formed on their opposite side walls
108
b
and
108
d
,
110
b
and
110
d
, and
112
b
and
112
d
, respectively, wherein grooved slots
108
f
,
110
f and
112
f
of diamonds
108
,
110
and
112
engage the second retaining insert edge member
48
of the first upper crossbar
40
for nesting and seating of side walls
108
d
,
110
d
and
112
d
of diamonds
108
,
110
and
112
on the first upper crossbar
40
. Also, grooved slots
108
e
,
110
e
and
112
e
of diamonds
108
,
110
and
112
engage the second retaining insert edge member
58
of the second upper crossbar
50
for nesting and seating of side walls
108
b
,
110
b
and
112
b
of diamonds
108
,
110
and
112
on the second upper crossbar
50
, as depicted in
FIG. 1
of the drawings.
The curved corner section assembly
80
, as shown in
FIGS. 1
,
8
and
10
of the drawings, includes four corner section members
82
,
84
,
86
and
88
having upper V-shaped prong holding members
83
,
85
,
87
and
89
, respectively, thereon. Each V-shaped configuration of prong holding members
83
,
85
,
87
and
89
is formed into a right angle (90°) configuration, as shown in FIG.
1
. Each prong holding member
83
,
85
,
87
and
89
includes first and second retaining wall members
90
,
91
;
92
,
93
;
94
,
95
;
96
and
97
, respectively, for engaging and holding two side walls of each of the outer rows of diamonds
102
,
106
,
114
and
118
, respectively. First and second retaining wall members
90
and
91
of prong
83
engage side walls
102
a
and
102
b
of diamond
102
, respectively. First and second retaining wall members
92
and
93
of prong
85
engage side walls
106
a
and
106
b
of diamond
106
, respectively. First and second retaining wall members
94
and
95
of prong
87
engage side walls
118
a
and
118
b
of diamond
118
, respectively. First and second retaining wall members
96
and
97
of prong
89
engage side walls
114
a
and
114
b
of diamond
114
, respectively. The four corner prong holding members
83
,
85
,
87
and
89
further include upper ends
98
,
99
,
100
and
101
, respectively, wherein the upper ends
98
,
99
,
100
and
101
are higher than the four side frame members
22
to
28
of frame member
20
for directly engaging the respective side walls of the outer row diamonds
102
,
106
,
118
and
124
, respectively, as depicted in
FIGS. 1
,
8
,
10
A and
10
B of the drawings.
Each of the curved corner section members
82
to
88
of corner section assembly
80
are integrally connected and joined together at the bottom end point
120
, as shown in
FIGS. 1
,
3
,
4
and
5
of the drawings. The setting connecting bar member
130
is also integrally attached at the bottom end point
120
. Connecting bar member
130
is used for attachment to a ring member
140
or other jewelry products such as pins, brooches, pendants, necklaces, bracelets, anklets and earrings, as shown in
FIG. 10A
of the drawings.
An alternate embodiment of the gemstone setting
10
′ and its component parts of the present invention is represented in detail by
FIG. 10B
of the patent drawings. All aspects of this alternate embodiment
10
′ are the same as the preferred embodiment of the gemstone setting
10
, except there is no bottom end point nor a connecting bar member. This alternate embodiment
10
′ can be used in making of such jewelry products like pins, pendants, necklaces and brooches, etc.
The gemstone setting
100
can be made of gold, silver, platinum, palladium, or other precious metals. Gemstone setting
10
or
10
′ can also be made into different size settings depending upon the size (carat weight) of the rectangular-shaped or square-shaped diamonds
102
to
112
being mounted therein. The total carat weight for the nine gemstones or diamonds
102
to
112
typically is in the range of 0.27 to 3.00 carats per gemstone setting
10
or
10
′. Additionally, other types of gemstones such as rubies, emeralds and sapphires can be used for the multi-stone setting
10
or
10
′of the present invention.
DETAILED DESCRIPTION OF THE ALTERNATE EMBODIMENT 200
The multi-stone setting
200
and its component parts of the alternate embodiment of the present invention are represented in detail by
FIGS. 11 through 18
of the patent drawings. The multi-stone setting
200
is used for holding in place twelve (12) rectangular-shaped or square-shaped diamonds,
102
,
104
,
106
,
108
,
110
,
112
,
114
,
116
,
118
,
120
,
122
and
124
with each diamond
102
to
124
having four side walls
102
a
to
102
d
,
104
a
to
104
d
,
106
a
to
106
d
,
108
a
to
108
d
,
110
a
to
110
d
,
112
a
to
112
d
,
114
a
to
114
d
,
116
a
to
116
d
,
118
a
to
118
d
,
120
a
to
120
d
,
122
a
to
122
d
and
124
a
to
124
d
, respectively. The multi-stone setting
200
, as shown in
FIG. 11
of the drawings, includes a rectangular-shaped gemstone setting
200
having an upper frame member
220
, a curved corner section assembly
290
, and a setting connecting bar member
340
.
The upper frame member
220
includes four side frame members
222
,
224
,
226
and
228
; a first lower crossbar
230
, a second lower crossbar
232
, and a third lower crossbar
234
connected to the two opposing side frame members
222
and
226
. All of the lower crossbars
230
,
232
and
234
are equally spaced-apart and parallel with each other. The first and second upper crossbars
240
and
250
are equally spaced-apart and parallel with each other and are mounted on top of the first, second and third lower crossbars
230
,
232
and
234
, respectively. The first and second upper crossbars
240
and
250
are connected to the other two opposing side frame members
224
and
228
. The first, second and third lower crossbars
230
,
232
and
234
and the first and second upper crossbars
240
and
250
are used for forming twelve seats
262
,
264
,
266
,
268
,
270
,
272
,
274
,
276
,
278
,
280
,
282
and
284
having a rectangular or square shape, as shown in
FIGS. 11 and 12
of the drawings. Each of the twelve seats
262
to
284
are used to retain and hold in place diamonds
102
to
124
, respectively, such that the first, second and third lower crossbars
230
,
232
and
234
, and the first and second upper crossbars
240
and
250
define two outer rows
261
and
277
of seats (first outer row
261
includes seats
262
,
264
,
266
and
268
and the second outer row
277
includes seats
278
,
280
,
282
and
284
), and one inner row
269
of seats (inner row
269
includes seats
270
,
272
,
274
and
276
) for receiving the twelve diamonds
102
to
124
therein. Additionally, the first, second and third lower crossbars
230
,
232
and
234
extend in a first direction, the first and second upper crossbars
240
and
250
extend in a second direction perpendicular to the first direction. The first and second upper crossbars
240
and
250
are parallel to each other and also extend in the second direction, as shown in
FIG. 12
of the drawings. The first upper crossbar
240
includes a first wall surface
242
having a first retaining insert edge member
244
thereon, and also includes a second wall surface
246
having a second retaining insert edge member
248
thereon. The second upper crossbar
250
includes a first wall surface
252
having a first retaining insert edge member
254
thereon, and also includes a second wall surface
256
having a second retaining insert edge member
258
thereon.
The first outer row
261
includes diamonds
102
,
104
,
106
and
108
having grooved slots
102
e
,
104
e
,
106
e
and
108
e
formed on their respective side walls
102
d
,
104
d
,
106
d
and
108
d
, respectively, wherein grooved slots
102
e
,
104
e
,
106
e
and
108
e
of diamonds
102
,
104
,
106
and
108
engage the first retaining insert edge member
244
of the first upper crossbar
240
for nesting and seating the first outer row
261
of diamonds
102
,
104
,
106
and
108
on the first upper crossbar
240
, as shown in
FIG. 11
of the drawings. The second outer row
277
includes diamonds
118
,
120
,
122
and
124
having grooved slots
118
e
,
120
e
,
122
e
and
124
e
formed on their respective side walls
118
d
,
120
d
,
122
d
and
124
d
, respectively, wherein grooved slots
118
e
,
120
e
,
122
e
and
124
e
of diamonds
118
,
120
,
122
and
124
of the first retaining insert edge member
254
of the second upper crossbar
250
for nesting and seating the second outer row
277
of diamonds
118
,
120
,
122
and
124
on the second upper crossbar
250
, as shown in
FIG. 11
of the drawings. The inner row
269
includes diamonds
110
,
112
,
114
and
116
having grooved slots
110
e
and
110
f
,
112
e
and
112
f
,
114
e
and
114
f
, and
116
e
and
116
f
formed on their opposite side walls
110
b
and
110
d
,
112
b
and
112
d
,
114
b
and
114
d
and
116
b
and
116
d
, respectively, wherein grooved slots
110
f
,
112
f
,
114
f
and
116
f
of diamonds
110
,
112
,
114
and
116
engage the second retaining insert edge member
248
of the first upper crossbar
240
for nesting and seating of side walls
110
d
,
112
d
,
114
d
and
116
d
of diamonds
110
,
112
,
114
and
116
on the first upper crossbar
240
. Also, grooved slots
110
e
,
112
e
,
114
e
and
116
e
of diamonds
110
,
112
,
114
and
116
engage the second retaining insert edge member
258
of the second upper crossbar
250
for nesting and seating of side walls
110
b
,
112
b
,
114
b
and
116
b
of diamonds
110
,
112
,
114
and
116
on the second upper crossbar
250
, as depicted in
FIG. 11
of the drawings.
The curved corner section assembly
290
, as shown in
FIGS. 11
,
16
and
18
of the drawings, includes four corner section members
292
,
294
,
296
and
298
having upper V-shaped prong holding members
302
,
312
,
322
and
332
is formed into a right angle (90°) configuration, as shown in
FIGS. 11 and 12
of the drawings. Each prong holding member
302
,
312
,
322
and
332
includes first and second retaining wall members
306
,
308
;
316
,
318
;
326
,
328
;
336
and
338
; respectively, for engaging and holding two side walls of the outer rows
261
and
277
of diamonds
102
,
104
,
106
,
108
,
118
,
120
,
122
and
124
, respectively. First and second retaining wall members
306
and
308
of prong
302
engage side walls
102
a
and
102
b
of diamond
102
, respectively. First and second retaining wall members
316
and
318
of prong
312
engage side walls
108
a
and
108
b
of diamond
108
, respectively. First and second retaining wall members
326
and
328
of prong
322
engage side walls
124
a
and
124
b
of diamond
124
, respectively. First and second retaining wall members
336
and
338
of prong
332
engage side walls
118
a
and
118
b
of diamond
118
, respectively. The four corner prong holding members
302
,
312
,
322
and
332
further include upper ends
304
,
314
,
324
and
334
, respectively, wherein the upper ends
304
,
314
,
324
and
334
are higher than the four side frame members
222
to
228
of upper frame member
220
for directly engaging the respective side walls of each of the outer row of diamonds
102
,
108
,
118
and
124
, respectively, as depicted in
FIGS. 11
,
16
and
18
of the drawings.
Each of the curved corner section members
292
,
294
,
296
and
298
of corner section assembly
290
are integrally connected and joined together at the bottom end point
300
, as shown in
FIGS. 11
,
13
,
14
and
15
of the drawings. The setting connecting bar member
340
is also integrally attached at the bottom end point
300
. Connecting bar member
340
is used for attachment for jewelry products such as rings, pins, brooches, pendants, necklaces, bracelets, anklets, earrings, as shown in
FIG. 18
of the drawings.
An alternate embodiment of the gemstone setting
200
′ and its component parts of the present invention is represented in detail by
FIG. 18
of the patent drawings. All aspects of this alternate embodiment
200
′ are the same as the embodiment of the gemstone setting
200
, except there is no bottom end point nor a connecting bar member. This alternate embodiment
200
′ can be used in making of such jewelry products like brooches, pendants, pins and necklaces, etc.
The gemstone setting
200
or
200
′ can be made of gold, silver, platinum, palladium, or other precious metals. Gemstone setting
200
or
200
′ can also be made into different size settings depending upon the size (carat weight) of the rectangular-shaped or square-shaped diamonds
102
to
124
being mounted therein. The total carat weight for the twelve gemstones or diamonds
102
to
124
typically is in the range of 0.36 to 4.00 carats per gemstone setting
200
or
200
′. Additionally, other types of gemstones such as rubies, emeralds and sapphires can be used for the multi-stone setting
200
or
200
′ of the present invention.
OPERATION OF THE PRESENT INVENTION PREFERRED EMBODIMENT 10
In operation, the multi-stone setting
10
of the preferred embodiment of the present invention, as shown in
FIGS. 1 and 8
to
9
of the patent drawings, starts with the jeweler initially mounting the connecting bar member
130
to a jewelry vise (not shown) for the convenient assembly of each of the diamonds
102
to
118
within each of the seats
62
to
78
, respectively, of gemstone setting
10
by the jeweler. The jeweler's initial steps are to slidably mount the inner row
61
of diamonds
108
,
110
and
112
within seats
68
,
70
and
72
, respectively, wherein the grooved slots
108
f
,
110
f
and
112
f
in diamonds
108
,
110
and
112
nestably engage the second retaining insert edge member
48
of the first upper crossbar
40
for nesting and seating of sidewalls
108
d
,
110
d
and
112
d
of diamonds
108
,
110
and
112
on the first upper crossbar
40
, respectively, as depicted in
FIGS. 1
,
6
,
7
and
9
of the drawings. Concurrently, the grooved slots
108
e
,
110
e
and
112
e
in diamonds
108
,
110
and
112
also nestably engage the second retaining insert edge member
156
of the second upper crossbar
50
for nesting and seating of side walls
108
b
,
110
b
and
112
b
of diamonds
108
,
110
and
112
on the second upper crossbar
50
, respectively, as depicted in
FIGS. 1 and 9
of the drawings.
The jeweler's next steps are to slidably set the grooved slots
102
e
,
104
e
and
106
e
in diamonds
102
,
104
and
106
, respectively, onto the first retaining insert edge member
44
of the first upper crossbar
40
, as depicted in
FIGS. 1
,
6
and
7
of the patent drawings, for nesting and seating of the first outer row
61
of diamonds
102
,
104
and
106
on the first upper crossbar
40
within seats
62
,
64
and
66
, respectively. Then the jeweler slightly bends each of the upper ends
98
and
99
of prong holding members
83
and
85
inwardly to engage diamonds
102
and
106
, respectively, such that the retaining wall members
90
and
91
of prong
83
are adjacent to and in contact with the side walls
102
a
and
102
b
of diamonds
102
. Also, the retaining wall members
92
and
93
of prong
85
are adjacent to and in contact with the side walls
106
a
and
106
b
of diamond
106
for securely holding in place diamonds
102
and
106
within seats
62
and
66
of the first outer row
61
, respectively, of gemstone setting
10
.
The jeweler again repeats the aforementioned steps for diamonds
114
,
116
and
118
by slidably setting the grooved slots
114
e
,
116
e
and
118
e
in diamonds
114
,
116
and
118
, respectively, onto the first retaining insert edge member
54
of the second upper crossbar
50
, as depicted in
FIGS. 1
,
6
and
7
of the patent drawings, for nesting and seating of the second outer row
73
of diamonds
114
,
116
and
118
on the second upper crossbar
50
within seats
74
,
76
and
78
, respectively. Then the jeweler slightly bends inwardly each of the upper ends
100
and
101
of prong holding members
87
and
89
, respectively, such that the retaining wall members
94
and
95
of prong
87
are adjacent to and in contact with side walls
118
a
and
118
b
of diamond
118
. Also, the retaining wall members
96
and
97
of prong
89
are adjacent to and in contact with the side walls
114
a
and
114
b
of diamond
114
for securely holding in place diamonds
114
and
118
within seats
74
and
78
of the second outer row
73
, respectively, of gemstone setting
10
.
The jeweler's final step is to attach the connecting bar member
130
to a ring holding member
140
to form a finger ring, as shown in
FIG. 10A
of the drawings.
ALTERNATE EMBODIMENT 200
In operation, the multi-stone setting
200
of the alternate embodiment of the present invention, as shown in
FIGS. 11 and 16
to
18
of the patent drawings, starts with the jeweler initially mounting the connecting bar member
340
to a jewelry vise (not shown) for the convenient assembly of each of the diamonds
102
to
124
within each of the seats
262
to
284
, respectively, of gemstone setting
200
by the jeweler. The jeweler's initial steps are to slidably mount the inner row
269
of diamonds
110
and
116
within seats
270
,
272
,
274
and
276
, respectively, wherein the grooved slots
110
f
,
112
f
,
114
f
and
116
f
in diamonds
110
,
112
,
114
and
116
nestably engage the second retaining insert edge member
248
of the first upper crossbar
240
for nesting and seating of sidewalls
110
d
,
112
d
,
114
d
and
116
d
of diamonds
110
,
112
,
114
and
116
on the first upper crossbar
142
, respectively, as depicted in
FIGS. 11 and 17
of the drawings. Concurrently, the grooved slots
110
e
,
112
e
,
114
e
and
116
e
in diamonds
110
,
112
,
114
and
116
also nestably engage the second retaining insert edge member
258
of the second upper crossbar
250
for nesting and seating of side walls
110
b
,
112
b
,
114
b
and
116
b
of diamonds
110
,
112
,
114
and
116
on the second upper crossbar
250
, respectively, as depicted in
FIG. 11
of the drawings.
The jeweler's next steps are to slidably set the grooved slots
102
e
,
104
e
,
106
e
and
108
e
in diamonds
102
,
104
,
106
and
108
, respectively, onto the first retaining insert edge member
244
of the first upper crossbar
240
, as depicted in
FIGS. 11 and 17
of the patent drawings, for nesting and seating of the first outer row
261
of diamonds
102
,
104
,
106
and
108
on the first upper crossbar
240
within seats
262
,
264
,
266
and
268
, respectively. Then the jeweler slightly bends each of the upper ends
304
and
314
of prong holding members
302
and
312
inwardly to engage diamonds
102
and
108
, respectively, such that the retaining wall members
306
and
308
of prong
302
are adjacent to and in contact with the side walls
102
a
and
102
b
of diamonds
102
. Also, the retaining wall members
316
and
318
of prong
312
are adjacent to and in contact with the side walls
108
a
and
108
b
of diamond
108
for securely holding in place diamonds
102
and
108
within seats
262
and
268
of the first outer row
261
, respectively, of gemstone setting
200
.
The jeweler again repeats the aforementioned steps for diamonds
118
,
120
,
122
and
124
by slidably setting the grooved slots
118
e
,
120
e
,
122
e
and
124
e
in diamonds
118
,
120
,
122
and
124
, respectively, onto the first retaining insert edge member
254
of the second upper crossbar
250
, as depicted in
FIGS. 11 and 17
of the patent drawings, for nesting and seating of the second outer row
277
of diamonds
118
,
120
,
122
and
124
on the second upper crossbar
250
within seats
278
,
280
,
282
and
284
, respectively. Then the jeweler slightly bends inwardly each of the upper ends
324
and
334
of prong holding members
320
and
332
, respectively, such that the retaining wall members
326
and
328
of prong
322
are adjacent to and in contact with side walls
124
a
and
124
of diamond
124
. Also, the retaining wall members
336
and
338
of prong
332
are adjacent to and in contact with the side walls
118
a
and
118
b
of diamond
118
for securely holding in place diamonds
118
and
124
within seats
278
and
284
of the second outer row
277
, respectively, of gemstone setting
100
.
The jeweler's final step is to attach the connecting bar member
340
to a clasp holding member
114
to form a clasp jewelry product, as shown in
FIG. 18
of the drawings.
ADVANTAGES OF THE PRESENT INVENTION
Accordingly, an advantage of the present invention is that it provides for a multi-stone setting for holding therein nine or twelve rectangular-shaped or square-shaped gemstones in which the combined aggregate of the nine or twelve gemstones give a larger appearance than that of a single gemstone of a similar carat weight.
Another advantage of the present invention is that it provides for a multi-stone setting having nine or twelve gemstones therein that is less expensive than a single gemstone of a similar carat weight.
Another advantage of the present invention is that it provides for a multi-stone setting having nine or twelve princess cut gemstones therein which gives the appearance that the setting is substantially invisible at distances greater than 12 inches from the jewelry product.
Another advantage of the present invention is that it provides for a multi-stone setting that can be varied in size depending upon the total combined carat weight of the nine or twelve gemstones within the setting.
Another advantage of the present invention is that it provides for a multi-stone setting that can be made from precious metals such as gold, silver, platinum or palladium for setting precious gemstones including diamonds, rubies, sapphires, emeralds and the like.
Another advantage of the present invention is that it provides for a multi-stone setting having nine or twelve gemstones therein for use in personal adornment in the form of ornamental jewelry such as rings, pins, brooches, pendants, clasps, necklaces, bracelets, anklets and earrings.
Another advantage of the present invention is that it provides for a multi-stone setting that can be produced in an economical manner and is readily affordable by the jewelry consumer.
A latitude of modification, change, and substitution is intended in the foregoing disclosure, and in some instances, some features of the invention will be employed without a corresponding use of other features. Accordingly, it is appropriate that the appended claims be construed broadly and in a manner consistent with the spirit and scope of the invention herein.
Claims
- 1. A multi-stone setting having nine gemstones or diamonds, comprising:a) a rectangular-shaped setting having a first lower crossbar extending in a first direction and a second lower crossbar being parallel and in the same plane to said first lower crossbar and also extending in said first direction; b) said rectangular-shaped setting also having a first upper crossbar having first insert means extending in a second direction perpendicular to said first direction and a second upper crossbar having second insert means being parallel and in the same plane to said first upper crossbar and also extending in said second direction; said first and second lower crossbars being located in a different plane than said first and second upper crossbars; c) said first and second lower crossbars and said first and second upper crossbars forming nine seats each for receiving one of nine gemstones or diamonds; said first and second lower crossbars and said first and second upper crossbars defining two outer rows of seats to form six outer seats and one inner row of three seats for receiving said nine gemstones, said six outer seats having four outer corner seats, to form a first outer row of gemstones, a second outer row of gemstones, and an inner row of gemstones, and said first and second outer rows of gemstones forming four outer corner gemstones, each of said four outer corner gemstones having side walls; d) said first outer row of gemstones having a first set of inner side walls for engaging said first upper crossbar, said first set of inner side walls having grooves formed therein for seating said first outer row of gemstones on said first insert means of said first upper crossbar; e) said second outer row of gemstones having a second set of inner side walls for engaging said second upper crossbar, said second set of inner side walls having grooves formed therein for seating said second outer row of gemstones on said second insert means of said second upper crossbar; f) said inner row of gemstones having first inner side walls for engaging said first upper crossbar and second inner side walls for engaging said second upper crossbar; said first and second inner side walls having grooves formed therein for seating said inner row of gemstones on said first and said second insert means of said first and second upper crossbars, respectively; g) said setting having four corners with four corner prongs mounted on said four corners, respectively; and h) each of said four corner prongs having a V-shaped configuration forming a right angle for engaging two side walls of one of said four outer gemstones in said first and second outer rows of gemstones; and i) said four V-shaped corner prongs engaging said four outer corner gemstones respectively to keep said four outer corner gemstones seated within said four outer corner seats of said setting.
- 2. A multi-stone setting in accordance with claim 1, wherein said rectangular-shaped setting is square-shaped.
- 3. A multi-stone setting in accordance with claim 1, wherein said rectangular-shaped setting includes a four-sided frame having four side frame members, said first and second lower crossbars being connected to two opposing side frame members, said first and second upper crossbars being mounted on top of said first and second lower crossbars and being connected to the other two opposing side frame members for forming said nine seats, said nine seats each having a rectangular shape.
- 4. A multi-stone setting in accordance with claim 3, wherein said nine seats each have a square shape.
- 5. A multi-stone setting in accordance with claim 3, wherein said four corner prongs each have upper ends, and wherein the upper ends of said four corner prongs are higher than said four side frame members for directly engaging the side walls of said four outer gemstones.
- 6. A multi-stone setting in accordance with claim 1, wherein said four corner prongs curve inwardly and are joined together at a bottom end point.
- 7. A multi-stone setting in accordance with claim 6, wherein said bottom end point is integrally attached to a connecting bar member for attachment to a jewelry holding member for forming a piece of jewelry.
- 8. A multi-stone setting in accordance with claim 7, wherein said connecting bar member is used with a jewelry holding member to form a ring, a pin, a brooch, a pendant, a clasp, a necklace, a bracelet, an anklet or earrings.
- 9. A multi-stone setting in accordance with claim 1, wherein said multi-stone setting can be made from gold, silver, platinum, palladium, or other precious metals.
- 10. A multi-stone setting in accordance with claim 1, wherein said multi-stone setting can be made into different size settings based upon the weight of the nine gemstones, wherein said weight is in the range 0.27 to 3.0 carats.
- 11. A multi-stone setting having twelve gemstones or diamonds, comprising:a) a rectangular-shaped setting having a first lower crossbar extending in a first direction; a second lower crossbar being parallel and in the same plane to said first lower crossbar and also extending in said first direction; and a third lower crossbar being parallel and in the same plane to said first and second lower crossbars and also extending in said first direction; b) said rectangular-shaped setting also having a first upper crossbar having first insert means extending in a second direction perpendicular to said first direction and a second upper crossbar having second insert means being parallel and in the same plane to said first upper crossbar and also extending in said second direction; said first, second and third lower crossbars being located in a different plane than said first and second upper crossbars; c) said first, second and third lower crossbars and said first and second upper crossbars forming twelve seats each for receiving one of twelve gemstones or diamonds; said first, second and third lower crossbars and said first and second upper crossbars defining two outer rows of seats to form eight outer seats and one inner row of four seats for receiving said twelve gemstones, said eight outer seats having four outer corner seats, to form a first outer row of gemstones, a second outer row of gemstones, and an inner row of gemstones, and said first and second outer rows of gemstones forming four outer corner gemstones, each of said four outer corner gemstones having side walls; d) said first outer row of gemstones having a first set of inner side walls for engaging said first upper crossbar, said first set of inner side walls having grooves formed therein for seating said first outer row of gemstones on said first insert means of said first upper crossbar; e) said second outer row of gemstones having a second set of inner side walls for engaging said second upper crossbar, said second set of inner side walls having grooves formed therein for seating said second outer row of gemstones on said second insert means of said second upper crossbar; f) said inner row of gemstones having first inner side walls for engaging said first upper crossbar and second inner side walls for engaging said second upper crossbar; said first and second inner side walls having grooves formed therein for seating said inner row of gemstones on said first and said second insert means of said first and second upper crossbars, respectively; g) said setting having four corners with four corner prongs mounted on said four corners, respectively; and h) each of said four corner prongs having a V-shaped configuration forming a right angle for engaging two side walls of one of said four outer gemstones in said first and second outer rows of gemstones; and i) said four V-shaped corner prongs engaging said four outer corner gemstones respectively to keep said four outer corner gemstones seated within said four outer corner seats of said setting.
- 12. A multi-stone setting in accordance with claim 11, wherein said rectangular-shaped setting includes a four-sided frame having four side frame members, said first, second and third lower crossbars being connected to two opposing side frame members, said first and second upper crossbars being mounted on top of said first, second and third lower crossbars and being connected to the other two opposing side frame members for forming twelve seats, said twelve seats each having a rectangular shape.
- 13. A multi-stone setting in accordance with claim 12, wherein said twelve seats each have a square shape.
- 14. A multi-stone setting in accordance with claim 12, wherein said four corner prongs each have upper ends, and wherein the upper ends of said four corner prongs are higher than said four side frame members for directly engaging the side walls of said four outer gemstones.
- 15. A multi-stone setting in accordance with claim 11, wherein said four corner prongs curve inwardly and are joined together at a bottom end point.
- 16. A multi-stone setting in accordance with claim 15, wherein said bottom end point is integrally attached to a connecting bar member for attachment to a jewelry holding member for forming a piece of jewelry.
- 17. A multi-stone setting in accordance with claim 16, wherein said connecting bar member is used with a jewelry holding member to form a ring, a pin, a brooch, a pendant, a clasp, a necklace, a bracelet, an anklet or earrings.
- 18. A multi-stone setting in accordance with claim 11, wherein said multi-stone setting can be made from gold, silver, platinum, palladium, or other precious metals.
- 19. A multi-stone setting in accordance with claim 11, wherein said multi-stone setting can be made into different size settings based upon the weight of the twelve gemstones, wherein said weight is in the range 0.36 to 4.0 carats.
- 20. A multi-stone setting in accordance with claim 11, wherein said rectangular-shaped setting is square-shaped.
US Referenced Citations (17)
Foreign Referenced Citations (2)
Number |
Date |
Country |
585940 |
Mar 1925 |
FR |
802367 |
Sep 1936 |
FR |