Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS2361423 A
Publication typeGrant
Publication dateOct 31, 1944
Filing dateSep 20, 1941
Priority dateSep 20, 1941
Publication numberUS 2361423 A, US 2361423A, US-A-2361423, US2361423 A, US2361423A
InventorsSnyder William M
Original AssigneeSarah S Snyder
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Crystal novelty
US 2361423 A
Images(2)
Previous page
Next page
Description  (OCR text may contain errors)

Oct. 31, 1944. W M- SNYDER 2,361,423

CRYSTAL NOVELTY Filed Sept. 20, 1941 2 Sheets-Sheet l BY T- E 4f 7 /g/' WQ' Oct. 3l, 1944. w. M. sNYDER CRYSTAL NOVELTY Filed sept. 2o, 1941 2 sheet-slheet 2 I STC?,

IN V EN TOR. @Wvg/ 42/0J Patented Oct. 31, 1944 CRYSTAL NOVELTY William M. Snyder, Covington, Tenn., assigner to Sarah S. Snyder, Covington, Tenn.

Application September 20, 1941,' Serial No. 411,729

" by reference to the accompanying drawings, in

Claims.

My invention relates broadly to crystal novelties and more particularly to a structural arrangement for enclosing a figure within a fluid container.

One of the objects of my invention is to provide a construction of crystal novelty which may be rapidly and inexpensively manufactured on a quantity .production-basis for presenting an ornamental and esthetic appearance as a paper weight. desk novelty and/or ornament.

Another object of my invention is to provide a construction of crystal novelty which produces the illusion of a snow storm by movement of insoluble particles in floating suspension in the fluid within a transparent container.

Still another object of my invention is to provide a construction of crystal novelty comprising a container of substantially spherical shape enclosing a figure or object visible through the walls of the container and wherein the container is adapted to be closed after being filled with fluid by a screw-threaded cap forming a mounting means for the container in an ornamental base.

A further object of my invention is to provide a construction of spherical shaped container having a narrow neck at one side thereof through which an ornament may be introduced and submerged in fluid introduced into the container and the opening through the neck closed by a metallic compositionor any other type of cap which is adapted to be seated in an ornamentall base for supporting the container.

A still further object of my invention is to provide a construction of means for sealing an object within an ornamental container submerged in fluid adapted to floatingly suspend insoluble particles while substantially eliminating air pockets and/or bubbles which would impair the ornamental appearance of the enclosed object.

Another object of my invention is to provide means for flexibly supporting a figure within a Ytransparent container adapted to be closed at one side thereof by a cap engageable with the container.

Still another object of my invention is to provide a construction of ornament which encloses a fluid body which oatingly suspends insoluble particles simulating when agitated a snow storm in combination with a closure cap engageable with the container opening and which serves as the mounting means for the container.

Other and further objects of my invention reside in the arrangement of sealing means for an object enclosing container as set forth more fully in the specification hereinafter following which:

Y Figure 1 is a vertical sectional view taken through the crystal novelty of my invention and showing in side elevation the ornamental object which is submerged therein; Fig. 2 is an enlarged transverse sectional view' taken substantially on line 2-2 of Fig. l; Fig. 3 is a fragmentary transverse sectional View of a modified form of object mounting means; Fig. 4 is a transverse sectional view taken substantially on line 4--4 of Fig. 3; Fig. 5 is a fragmentary sectional view showing a modified arrangement for mounting a figure capable of limited displacement or motion within the spherical container; Fig. 6 is a cross-sectional view of the mounting means for the figure employed in the arrangement of Fig. 5; Fig. 7 is a transverse sectional View taken substantially on line 1 1 of Fig. 5; Fig. 8 is a fragmentary longitudinal sectional view through a further modified form of mounting means for the figure within the spherical container; Fig. 9 is a fragmentary vertical sectional view showing another modified form of mounting means for the figure within the spherical container; Fig. 10 is a fragmentary vertical sectional view showing a further modified form of mounting means for the figure and illustrating the manner in which a screwthreaded closure cap coacts with a resilient support which serves to mount the figure within the container; Fig. 11 is a transverse sectional view taken substantially on line l I-l l of Fig. I10; Fig. 12 is a fragmentary vertical sectional view showing a closure cap engaged'over the neck of the container for maintaining the object in posi- Y'tion within the container; Fig. 13 illustrates one manner of mounting the sealed container in an ornamental bafse; Fig. 14 is an expandedview showing the relation of the container to the gure, the 'gure mounting means and the closure means provided by my invention; and Fig. 15 is a schematic view showing the manner of lling a multiple number of containers in position to receive the ornaments and closure 4caps during the manufacturing process. l e

My invention is directed to a construction of crystal novelty constituted byy an object enclosed within a transparent container and completely surrounded by fluid therein in which there is fioatingly suspended insoluble particles with a closure applied to the container in such manner that air bubblesor air pockets are eliminated. The closure is applied to the container in such a way that pockets of air are-not entrapped in the container to -impair the esthetic and orna- `is that the temperaturey of the which is used in the containers should be approximately 50 F. or lower.

2 mental appearance of the enclosed object. I employ a mounting for the enclosed object which is capable of mounting the object either in a rigid position within the container or which mayY permit slight displacement 'of the object upon agitation of the device. VThe closure is so formed that the closure provides a support for the device within an ornamental base.v A minimum number of parts are required thereby greatly reducing the expense of manufacture and increasing the speed of production of the novelties.

Referring to the drawings in more detail, reference character I designates a transparent spherical shaped container having a substantially cylindrical neck 2 at one side thereof. The neck 2 in the form of my invention illustrated in Figs. 1, 2, 5, 13, 14 and 15, is provided with an interior annular shoulder or seat 3 beyond which the cylindrical portion of the neck 2 indicated at 4 extends. The externalportion of the neck is provided with molded screw threads 5 for receiving a screw `threaded closure cap. A disc 6 is adapted to be received upon the annular shoulder 3. The disc E forms a mounting means for the base structure 1 of the ornamental figure 8. The disc 6 has a diameter which substantially lls'the open interiorend of the neck 4 and peripherally engages the annular shoulder 3. The disc 6 is apertured atIIl and II to aid in the sealing of the containers while eliminating air bubbles or air spaces inthe completed ornaments.

I have schematically shown in Fig. one method of filling the containers I with uid indicated at 9. Such lling may be accomplished manually as shown by mounting the containers with their open neck portions directed upwardly andrsteadied by suitable partition members 2I. The water is supplied from pipe line 22 under control of valve 23 through iiexible hose 24 which is moved from one containerto another for iilling the containers level with the extremities of the neck. Automatic filling means may be employed in which the containers are moved beneath suitably spaced illling outlets. The important fact water or vfluid The ornamental ligure a is initiauy treated to n remove occluded air or gases so that the figure before introduction into the fluid filled container I is either thoroughly saturated with iiuid or is impervious yto fluid. Itis' important that the figure or ornamental object be so formed or be treated so as not to contain occluded gases to avoid the defects occasioned'by the release of air bubbles after the containerhas been sealed and the device is in use. Before introducing the figure 8 in the uid 9 I deposit in each conresilient gasket I2 is laid adjacent the peripheral edge of the disc 6 and confined by the projection of the cylindrical neck 4. A circular pad I4 of fibrous packing material is seated directly against disc 6 and centrally of gasket I2. Screw threaded cap I5 is then engaged over the molded screw threads 5 on cylindrical neck 2 of the container and is screwed rmly in position exerting sealing pressure against gasket I2 and fibrous pad I4, each of which are expanded with respect to each other to form a iiuid and air-tight seal for the container. Thus the object within the container is sealed wholly immersed in iiuid and without the presence of air bubbles or air pockets. The 4akecl particles I6 then tend to encircle and apparently ily about the object 8 upon agitation of the sealed container. The sealed con tainer is thus prepared for mounting within an ornamental base 'shown more fully in Fig. 13 at 25. The ornamental base has a suitable skirt formed thereon to insure the esthetic and ornament. appearance of the base and is provided with upper and lower cylindrical recesses indiameter as compared to the external diameter of the neck 2 and closure cap I5 that plastic material or cement shown at 28 may be introduced and when hardened forms a rigid interlock between the container and the base. Various methods of interlocking the closed end of the container with the base may be utilized and I have illustrated only a preferred method, it being understood, however, that other methods may be utilized within the scope of my invention. In Figs. 3 and 4 I have shown a modified arrangement of mounting the figure vwithin the container where it is desirable to eccnomize with respect to the blowing and molding of the container. In the arrangement shown in Figs. 3 and 4 the internal shoulder 3 is omitted'and a straight cylindrical walled internal neck is provided. In ordcr to form a support for the disc which carries the figure I provide an annular band I8 which is directly united with the interior wall of the neck 2 by suitable cement. The cylindrical edge of band I8 forms a peripheral ledge against which the periphery of disc I1 seats. Disc I1 is Aprovided with a pair of diametrically opposed V-shaped notches I9 and 20 at the periphery thereof. These notches extend beyond the ledge formed by band I8. One of the notches provides an inlet for fluid while the other tainer approximately a one-half teaspoonful of Y flaked material which is extremely light in weight and is insoluble in uid so that the flaked material tends to continuously move in the fluid when the container is subjected to agitation, thereby producing the-illusion of a snow storm. I have shown the particles fioatingly suspended in the uid 9 at I6. Y

The disc 6 is apertured at III and II and when the figure is immersed in the fluid within the container in the position illustrated in Fig. 15 additional fluid may be introduced through one of the apertures to entirelyV lill the container while conned air escapes from the container through the other aperture. A vacuum sealing notch constitutes a release aperture for air during the filling and sealing process. The type of vacuum sealed gasket I2 and pad I4 described in connection with Fig. l are provided intermediate disc I1 and screw threaded closure cap I5. Disc I1 forms supporting means for base 1 and figure or object 8.

There are certain instances in which itis de.. sirable that the figure or ornament 8 may be displaced or vibrated when the spherical container is agitated or shaken. In Figs. 5-7 I have shown a construction of supporting .diaphragm 29 for the figure 8 which permits vibration or displacement of the ngure or object 8. Diaphragm 29 includes a central supporting portion 30 and a multiplicity of annular corrugations 3l which impart flexibility to the diaphragm. The figure or object 8 is mounted in the central supporting portion of the diaphragm 29 through any suitable intermediate support such -as indicated at 32. Ports 33 and 34 are provided in the diaphragm 29 to permit filling and allow release of conned air during completion of the filling process. The annular sealing gasket I2 s arranged immediately adjacent the peripheral edge of diaphragm 29. Immediately adjacent the gasket I2 I mount a ring member 35 which bears directly against the vacuum seal gasket I2. Ring member 35 has an annular shoulder 36 therein against which disc 31 .is seated at its periphery, forming a housing in which the corrugations 3| of diaphragm 29 lare free to ex. A pad of felt or fibrous material 38 lls space centrally within ring 35 and immediately adjacent disc 31. Over-the entire assembly screw cap I5 is adapted to be engaged for conning the resiliently supported ligure 8 in position and sealing the container against leakage of fluid or entrance of air.

In Fig. 8 I have shown the ornamental figure 8 directly secured to a metallic disc-like member 39 which is centrally recessed to extend slightly into the interior of the open cylindrical neck 2 of the container I`. The periphery of disc 38 has an annular recess 40 therein into which the vacuum sealedv gasket I2 is seated. In this form of my invention the vacuum sealed gasket I2 directly engages the flat peripheral edge 42 of the neck 2 of container I. In order to eect a vacuum seal relation between supporting plate 39 and container I an annular screw threaded rim member 43 is provided. The rim member 43 has ascrew threaded skirt 44 which engages the screw threads 5 on the neck 2 of the container I. Rim member 43 also has an annular shoulder 45 which directly engages the back of the annular recessed portion of disc 39. 'I'he central portion of rim member 43 is open. After filling the container I to the brim in the position illustrated in Fig. 15, the disc 39 with the object 8 attached thereto is deposited over the open end of the container I with the vacuum sealed gasket I2 in registry with the end 42 of the neck 2. Rim 43 is then screwed into position over screw threads 5 with the annular shoulder 45 bearing directly against the rear of the annular rim portion of disc 39, thus securely mounting the ornal ment or figure 8 in position against leakage of air or water.

In the form of my invention shown in Fig. 9 I secure the ornament or object 8 directly to the wide face of the screw cap closure I5. That is to say, the supporting base 1 of the gure 8 is soldered, welded or cemented at 46 directly to the inside of the closure cap I 5. The vacuum seal gasket I2 is. interposed between the peripheral edge of the neck 2 at 42 and the inner face of the cap I5. The container I is varied in the position illustrated in Fig. 14 with the fluid extending to the brim and then the screw cap I5 screwed firmly in position against the vacuum seal gasket I2, preventing the entrance or release of air or uid.

In the forml of my invention illustrated in Figs. 10 and 11, the figure or object. 8 is mounted on a live rubber resilient base 41 which extends transversely of the neck 2. The live'base 41 is cut away at opposite sides thereof indicated at 48 and 49 to provide uid intake and air release apertures 50 and 5I. The shape of the live rubber base 41 is such that the ends 41a and 41h Cil snugly engage the interior walls of the cylindrical neck 2 of container I for maintaining the object or ornament centrally of the container.

The end ofthe container is then sealed by the' screw closure cap I5 bearing against the vacuum seal annular gasket I2 which engages the annular end 42 of the cylindrical neck 2. The closure cap I5 is centrally instruck as represented at 52 and extends toward the open end of the neck 2 of container I for directly contacting and supporting the base 41.

In lieu of the screw threaded closure cap which I have heretofore described, I may employ a crimped cap which I have shown generally in Fig. l2. In this form of my invention the container I is provided with a cylindrical neck portion 2 which has a rounded or beaded annular terminus 53. A metallic cap 54 having an annular skirt 55 is adapted to be slipped over the rounded or beaded annular terminus 53 and then secured in position by crimping the edge of the skirt around the terminus of the neck 2 as shown. The cap 54 carries the annular vacuum sealing gasket I2 which forms a vacuum seal Vthe mounting means 1 for the gure 8.

with respect to the annular extremity ofthe neck 2. The cap 54 also provides a seating means for the disc-like member 51 which is chamfered at its peripheral edge as indicated at 58 to engage the open end of neck 2. The disc 51 carries Thus the ornament may be mounted in position by a crimping action of the closure cap around the end of the neck of the container.

As heretofore explained, the container with the metallic closure in position on the end thereof is supported in yan ornamental base as representedl in Fig. 13. I have shown a form of mounting means for the figure 8 in Fig. 13 which is similar to the form of my invention illustrated in Figs. 10 and 11. It will be understood, however, that any one of the several mounting means illustrated may be used in cemented position within the ornamental base 25.

As heretofore explained, Fig. 14 illustrates cooperative arrangements of -the several parts constituting the mounting means for the ligure and the enclosing container. It will be understood that in all forms of my invention the insoluble oatable particles of like material are introduced before the gure or ornament is introduced and before the assembly of the closure cap upon the end of the container.

I have found the constructions illustrated and described herein highly practical in manufacture and production. However, I realize that modifications may be made and I intend no limitations upon my invention other than may be imposed by the scope of the appended claims.

What I claim as new and desire to secure by Letters Patent of the United States is as follows:

l. A crystal novelty comprising in combination a transparent container, a cylindrical neck 4 ascissa said supportin `position while allowing restricted movement oi said support and ligure carried thereby and a base support for receiving said screw threaded cap and mounting said container.

2. A crystal novelty comprising in combination a transparent container, a cylindrical neck extending from said container, a disc-like support positively secured at its" periphery transversely of .the open neck o! the container and displaceable inw or away from the open neck of said container, a gure carried by said iiexible disclike support and projecting into said container froml said disc-like support, a body oi' uid enclosed by said container and surrounding said figure, a quantity of insoluble iloatable particies in said body l duid, screw threads on the exterior of said cylindrical neck, a. screw threaded cap engageable with said screw threaded neck,

sealing means interposed between saidV screw threaded cap and said disc-like support for pre- Y venting the leakage of air intosaid container or the release ol' iluid from said container while allowing restricted movementof said support and the figure carried thereby, and a base for receivv, ing said cylindrical neck and mounting said container.

3.l A crystal novelty comprising in combination a transparent container, a cylindrical neck extendingfrom said container, a yieldable and displaceable diaphragm having a, central portion and a flat peripheral portion witha `corrugated portion interposed therebetween` and mounted transversely ofthe open neck of the container, a ilgure carried by the central portion of said diaphragmV and projecting into vsaid container closed by said container and `surrounding said for securing the dat peripheral portion of said diaphragm in position., and a base support for receiving said screw threaded cap and mounting said container.

4. A crystal novelty comprising in combination a transparent container, a cylindrical neck extending irom said container. a transversely extending yieldable plate secured interiorly of said neclaagure carried by said yieldable plate and projecting into said container, a closure member engageable with the exterior of said neck and operating to maintain said yieldable plate in position, a vacuum seal between the terminus of said neck for positively gripping the peripheral edge of said disc-'like member against said closure member, a body of fluid-enclosed by said ecntainer and surrounding said figure, a quantity of insoluble floatable particl in said body of fluid, and a base-support for receiving said closure member and mounting said container.

5. A crystal novelty comprising in combination a transparent container, a cylindrical neck extending from said container. a disc-like member having a central portion and an annular flexible portion therein surrounded by a solid peripheral portion, an annular gasket seated against said -solid'peripheral portion and surrounding said annular iexible portion, means engageable against said annular gasket for compressing said gasket against the solid peripheral portion of said disc-like member for maintaining said disc-like from said disc-like support, a body*4 of duid enin said body of iiuid, screw threads on the exterior ot said cylindrical neck, a screw threaded cap engageable with said screw threaded neck member in position transversely of the neck oi the container, a ligure carried by the central portion of said disc-like member and projecting intosaid container from said disc-like member, a body of fluid enclosed by said container and surrounding said figure, and a base support for receiving the closed end of said container for mounting said container in position.

WILLIAM M. SNYDER.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2544949 *Mar 28, 1949Mar 13, 1951Daniel Blake NAnimated amusement device
US2772500 *Sep 20, 1954Dec 4, 1956Ralph PaolilloProtective closure for decorative ornaments
US3144730 *May 16, 1962Aug 18, 1964Clifford Johnson JohnTransparent bowl display
US3188739 *Oct 5, 1962Jun 15, 1965Lockheed Aircraft CorpMulti-directional optical target
US3292840 *May 9, 1963Dec 20, 1966Max SchmidtPacking hollow bodies of plastic
US4521982 *May 7, 1984Jun 11, 1985Nicholas AltuchowNovelty viewer
US4603861 *Sep 17, 1984Aug 5, 1986Walter ArnottBowling ball
US4771902 *Apr 29, 1987Sep 20, 1988Teng Hsieh YihSealer-type container and display means
US4804096 *Apr 22, 1988Feb 14, 1989Harding Claude JTamper resistant container
US4869005 *Jul 1, 1987Sep 26, 1989George ValentinoNovelty device for viewing outdoor scenes
US5092807 *Mar 13, 1985Mar 3, 1992Lew Hyok SHelical flow optically decorated baton
US5110636 *Feb 5, 1991May 5, 1992Giftec, Ltd.Decorative display device
US5187889 *Nov 20, 1991Feb 23, 1993Kraselsky Louis JNovelty scenic display item
US5258209 *Sep 12, 1990Nov 2, 1993Franklin Mint CompanyDecorative bell
US5775529 *Dec 6, 1996Jul 7, 1998Lo; Szu WeiDecorating glass vessel filled with water
US5979091 *Apr 10, 1998Nov 9, 1999Tenbrink; Carl EvanSnowfall simulator
US5985379 *Jul 22, 1997Nov 16, 1999Franklin Mint CompanyDecorative display plate
US6052930 *Jul 9, 1998Apr 25, 2000Mr. Christmas, Inc.Ornamental display globe
US6145227 *Jan 7, 2000Nov 14, 2000Liao; Chu-YuanFluid decoration structure
US6205689Nov 9, 1999Mar 27, 2001Tenbrink Carl EvanSnowfall simulator
US6263600Sep 25, 1998Jul 24, 2001Carl Ten BrinkDisplay device
US6540099 *Feb 28, 2001Apr 1, 2003Lay LuSealing plug for a water globe
US7395624 *Mar 21, 2006Jul 8, 2008Murrell Jon FDiorama ball with imitation fog
US7703261 *Jul 31, 2007Apr 27, 2010Igor BedashyovMethod for creating a souvenir amusement item
Classifications
U.S. Classification40/410, 215/352, 446/153, 53/474, 215/376, 40/406, 215/228, 40/358
International ClassificationA63H33/22
Cooperative ClassificationA63H33/22
European ClassificationA63H33/22