U.S. patent number 3,634,678 [Application Number 05/055,446] was granted by the patent office on 1972-01-11 for design activity set.
This patent grant is currently assigned to Marvin Glass & Associates. Invention is credited to Marvin I. Glass, Palmer J. Schoenfield.
United States Patent |
3,634,678 |
Glass , et al. |
January 11, 1972 |
DESIGN ACTIVITY SET
Abstract
A design activity hobby set of a flower-arranging-type
characterized by the provision of a base having a light source
therein with stem-receiving apertures in the closed top of the base
and translucent rodlike stem tubes for reception in the apertures
with at least some of the stem tubes terminating in a
petal-receiving end for assembling plural translucent plastic petal
components thereon for creating individual simulated flower
arrangement designs to be illuminated by the light from the light
source in the base being transmitted upwardly through the
translucent rodlike stems.
Inventors: |
Glass; Marvin I. (Chicago,
IL), Schoenfield; Palmer J. (Evanston, IL) |
Assignee: |
Marvin Glass & Associates
(N/A)
|
Family
ID: |
21997851 |
Appl.
No.: |
05/055,446 |
Filed: |
July 16, 1970 |
Current U.S.
Class: |
362/567; 362/556;
D26/127; 362/122; 428/26; 446/91 |
Current CPC
Class: |
A41G
1/005 (20130101); G02B 6/0001 (20130101) |
Current International
Class: |
F21V
8/00 (20060101); F21v 017/00 (); F21v 033/00 () |
Field of
Search: |
;240/1P,1T ;46/16
;47/41.12 ;161/31,30 |
References Cited
[Referenced By]
U.S. Patent Documents
Primary Examiner: Prince; Louis R.
Assistant Examiner: Yasich; Daniel M.
Claims
We claim:
1. A design activity set comprising: a simulated flowerpotlike
base, a source of light in the interior of the base, and a cover
for the base including light-transmitting stem-mounting means on
the cover; a plurality of translucent simulated flower stems, each
including one end having a stem-mounting portion for association
with the cover stem mounting means to mount the stems to the cover,
each flower stem having a second upper end for receiving an easily
rearranged simulated petal assembly thereon; the simulated petal
assembly including a plurality of individual light-transmitting
simulated petals having defined light-refracting portions and also
having an inner and an outer end; a petal-mounting member, with
each of the petals and petal-mounting member having cooperative
surfaces for assembling a plurality of petals to the mounting
member, and the mounting member further having stem-mounting
surfaces thereon for assembly of the mounting member to the said
other end of the stem.
2. The design activity set of claim 1 wherein the simulated flower
stems have leaf-receiving apertures thereon and wherein flower stem
leaves are provided with each of the flower stem leaves having tab
portions for insertion into the flower stem apertures and further
having light-refracting simulated vein portions thereon.
3. The design activity set of claim 1 wherein the light-refracting
portion of each of the simulated petals is located near the outer
end thereof.
4. The design activity set of claim 1 further including a petal
assembly retaining member having an aperture therethrough for
impalement on the said other end of the stem to retain the petal
assembly thereon.
5. The design activity set of claim 1 further including a plurality
of leaf stems having one end with a mounting means for connection
to the stem-mounting means of the cover and having another end with
a simulated leaf thereon.
6. The design activity set of claim 1 wherein the inner end of each
of said petals is substantially circular segmental in configuration
for side-by-side radially outwardly extending orientation of the
several petals on the petal-mounting member.
7. The design activity set of claim 3 wherein the design area on
the outer end of each of the petals comprises a plurality of
surface interruptions thereon affording refraction of the light
over a concentrated area to thereby concentrate the light being
transmitted throughout the stem and petal.
8. The design activity set of claim 6 wherein the petal mounting
member is disclike in configuration, having a central aperture and
a hub surrounding the aperture against which the inner ends of the
petals may abut.
9. The design activity set of claim 8 wherein the petal-mounting
member further includes circumferentially disposed stubs spaced
radially from the hub and wherein the inner ends of the petals have
apertures therein for impalement of the mounting member stubs.
10. The design activity set of claim 9 further including a petal
assembly retaining member having an apertured therethrough for
impalement on the said other end of the stem to retain the petal
assembly thereon.
11. The design activity set of claim 10 wherein the cover stem
mounting means comprises a plurality of apertures in the cover.
12. The design activity set of claim 11 wherein the flower stems
are formed of translucent plastic rods.
13. The design activity set of claim 12 wherein the simulated
flower stems have leaf-receiving apertures thereon and wherein
flower stem leaves are provided with each of the flower stem leaves
having tab portions for insertion into the flower stem apertures.
Description
BACKGROUND OF THE INVENTION
1. Field of the Invention
This invention relates to design activity sets and, more
particularly, to a design activity set of a simulated flower
arrangement type wherein light is transmitted through simulated
flower stems.
2. Brief Description of the Prior Art
Recently there have been developments in providing toys or sets of
the type wherein tubular or rodlike components are assembled
together on a base which rests on top of a light source so that
light may be transmitted through the assembled tubular or rodlike
components. Generally speaking, such developments have been in the
form of construction-type or geometric design type toys. The
advantage of toys of this type is that they stimulate interest in
the process of assembling the components together and further
stimulate continued interest and attention following assembly as
the light is transmitted through the tubular elements. This concept
of assembling such components and subsequently enjoying the
resultant design and illumination thereof has been well received
and considered worthy of further development and application in the
toy and design activity hobby art.
The art of flower arranging has been well known and practiced
perhaps for centuries. It is enjoyed by persons of diverse age
groups and interests. Shortcomings of participating in this hobby
are that cut flowers soon wither and, therefore, must be disposed
of and dried flowers are extremely fragile and sometimes easily
disintegrate.
This invention is directed towards meeting the need and desire in
the design activity art of providing a simulated flower-arranging
apparatus utilizing the concept of assembly of light-transmitting
tubular elements and other components resulting in a structure
which is attractive in appearance and capable of a limitless number
of rearrangements.
SUMMARY OF THE INVENTION
This invention is directed, in brief, to the provision of a
simulated floral arrangement design activity device.
The best mode currently contemplated for carrying out the invention
includes an enclosed base having a light source therein and a
perforate top for receiving rodlike stem members. At least some of
the stem members terminate in simulated blossom receiving ends
including a petal-receiving disc for receiving a plurality of
individual simulated flower petals, each of which is provided with
a light-transmitting design at the end thereof so that light from
the light source may be transmitted through the stems and through
the petals and appear at the design area on the tips of the petals
with the arrangement of the pedals being capable of taking a
limitless number of forms.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a perspective view of the design activity device of this
invention;
FIG. 2 is a vertical section view of the device shown in FIG.
1;
FIG. 3 is an exploded view of a petal assembly component of the
design activity device of this invention; and
FIG. 4 is a section view through a petal of the design activity toy
of this invention.
While this invention is susceptible of embodiment in many different
forms, there is shown in the drawings and will herein be described
in detail a specific embodiment therefor, with the understanding
that the present disclosure is to be considered as an
exemplification of the principles of the invention and is not
intended to limit the invention to the embodiment illustrated.
BRIEF DESCRIPTION OF THE PREFERRED EMBODIMENT
The design activity device or set 10 of this invention includes a
base 12 which generally simulates a flowerpot in configuration,
including a bottom 14 and generally circular upstanding sidewalls
16, which may be vertically fluted for enhancing the appearance
thereof. Sidewalls 16 terminate in an outwardly and upwardly curved
annular rim 18. An annular flange 20 depends from the bottom 14 for
supporting the base.
Base 12 further includes a cover 22 which has a downwardly and
outwardly curved annular rim 24 generally complementary to rim 18
and which terminates in an inset depending flange 26 for snugly
fitting inside the open end of the curved rim 18 to assemble the
cover 22 to the base 12. Cover 22 also includes a centrally
recessed top 28 having a plurality of stem-receiving apertures 30
therein. Preferably, the base and cover are opaque.
A source of light 31 is provided in the interior of base 12 and
includes a generally centrally located receptacle 32 and light bulb
34. The conventional outlet cord 36 extends through an opening 38
in flange 20 for connection to an outlet to supply power to light
bulb 34.
Flower stems 40 and leaf stems 42 are provided with the flower and
leaf stems having radial enlargements 40a and 42a, respectively,
near the bottom ends thereof, for limiting the insertion of the
stems into the flower-receiving apertures 30 in top 28. Leaf stems
42 are preferably shorter and have a bend medially thereof and
support a simulated leaf 44 at the outer end. Flower stems 40 are
provided with a second radial enlargement 40b in the bent upper end
thereof leaving a flower assembly stub 40c extending forwardly
thereof. Both of stems 40 and 42 are preferably rodlike, plastic
structures with the leaf stem preferably being green and the flower
stems preferably being clear.
The flower stems 40 are provided with a plurality of vertically
spaced leaf receiving through slots 46 for receiving the tab
portion 48 of a spine 50 which supports a leaf 52 thereon so that
flower leaves may be assembled along the length of flower stems 40
according to individual desire.
Each of leaves 44 and 52 has a generally ruffled surface and
includes roughened striations 53 which simulate veins of the
leaves. The roughened striations concentrate transmitted light by
affording a refractive surface for light transmitted by stems 40
and 42.
An assembly disc 54 is also provided, having a through opening 56
surrounded by a hub 58 which is preferably octagonal in peripheral
configuration, although the peripheral configuration could take
other forms, such as circular or hexagonal or the like. A plurality
of pins or stubs 60 project outwardly from the same face of the
disc 54 as the hub 58 and are spaced radially about the hub for
assembling the petals 62 to the disc 54. The inner end 64 of petals
62 which is here shown as being generally trapezoidal in
configuration, is provided with a through opening 66 for receiving
the pins 60. Thus, as the several petals 62 are positioned about
the disc 64, the trapezoidal configuration tapering outwardly from
the extreme inner end permits the side-by-side, generally
circularly oriented array as seen in FIG. 3.
The outer end 68 of the petal 62 is enlarged and preferably
slightly upwardly curved, as seen in FIG. 4, and has a petal design
area 70 therein. The petal 62 is also preferably formed of a
translucent colored plastic and the design area 70 is created by
the concentrically arranged, stepped, consecutively reduced
recesses 72a, 72b, 72c and 72d formed therein. Each of these
recesses provides an annular light-transmitting edge for light
which is transmitted upwardly through the stems 40, the plastic
disc 54 and the petals 62 to the design area 70. In particular, the
edges defined by recesses 72a-72d are preferably roughened to
create a refractive surface of many tiny prisms which refracts
light at many different angles and concentrates light in these
areas.
A buttonlike petal holder 74 is also provided and may similarly
include consecutively reduced stepped recesses 76a, 76b and 76c and
a central fluted frustoconical hub 78 having an aperture 80 therein
for impalement upon the portion 40c of stem 40. It is to be noted
that portion 40c of stem 40 has a length which is considerably
longer than the hub 78 of holder 74 and it is intended that several
petals 62, some of groups of reduced dimension, would be provided
so that the petal designs created could include superimposed layers
of petals as best seen in FIGS. 1 and 2. It is further contemplated
that the flower petals could be made of different colors also to
further enhance the wide variety of possible arrangements with the
device 10 of this invention.
In use, one may orient the leaf stems 42 with the leaves 44 thereon
in any desired number and arrangement and subsequently orient the
desired number of flower stems 40 also in the apertures 30 of the
base 12. Following this, the flower stem leaves 52 may be assembled
as desired by means of tabs 48 extending through slots 46. Then,
the petal arrangements themselves may be designed, assembling the
several petals 62 on the disc 54 which, in turn, is assembled on
the portion 40c of each stem 40, in either single or multiple
layers of petals. Following this, the cord 36 may be connected to
an outlet to illuminate bulb 34. Light will be transmitted through
the stems 42 and 40 to illuminate the leaves 44 and leaves 52 and
to illuminate the petals 62, including the surfaces 72a through 72d
comprising the design area 70. The holder 74 will also be
illuminated, both in its recessed edges 76a, 76b and 76c, as well
as along the fluting of the hub 78. In addition, light will extend
through those apertures 30 in which no stems are assembled to
provide a combination of transmitted and reflected light for the
flower assembly. Thus, it can be seen that there is an infinite
number of varieties of arrangements that the user may attempt to
create to give a desired pleasing effect and that rearrangement may
be made a limitless number of times due to the substantial
durability of the components for the purpose of the device 10.
The foregoing detailed description has been given for clearness of
understanding only, and no unnecessary limitations should be
understood therefrom, as some modifications may be obvious to those
skilled in the art.
* * * * *