Resources Contact Us Home
Impatiens plant
PP4448 Impatiens plant
Patent Drawings:Drawing: PP4448-1    Drawing: PP4448-2    
« 1 »

(2 images)

Inventor: Ryan
Date Issued: August 14, 1979
Application: 05/875,597
Filed: February 6, 1978
Inventors: Ryan; John J. (Fremont, CA)
Primary Examiner: Bagwill; Robert E.
Assistant Examiner: Feyrer; James R.
Attorney Or Agent: Cypher; James R.
U.S. Class: PLT/318
Field Of Search: PLT/68
International Class:
U.S Patent Documents: PP2206
Foreign Patent Documents:
Other References:

Abstract: This invention relates to a new and distinct variety of New Guinea Impatiens plant known by the cultivar name Shoshoni, and discovered by me in commercial greenhouses in Fremont, Calif. Shoshoni is closest in characteristics to Red Magic, but is particularly characterized by its orange flowers; color breaks to a very light orange; a less succulent growth; and very floriferous as is Red Magic with a similar dark foliage.
Claim: I claim:

1. A new and distinct form of Impatiens plant, as described and illustrated, known by the cultivar name Shoshoni, and particularly characterized by its orange flower; color breaks to avery light orange; a less succulent growth than Red Magic; and very floriferous as is Red Magic with a similar dark foliage.

The present new variety (seedling) was discovered by me in a commercial greenhouse in Fremont, Calif. as a result of the cross pollination of the pistil parent 76-13-1 (Maya) U.S. Plant Pat. No. 4,258, granted June 6, 1978 and the unpatentedpollen parent 76-58-2.

Asexual reproduction of my new cultivar by terminal or stem cuttings grown in pots in a plastic (polyethylene) greenhouse in Fremont, Calif., under normal environmental conditions show that the characteristics described come true to form and areestablished and transmitted through succeeding propagations.

Color readings were taken during daylight hours in full sun, and all colors are based on the Royal Horticultural Society Colour Chart.


Shoshoni is closest in characteristics to Red Magic. The following outstanding characteristics of Shoshoni distinguish it from Red Magic:

1. Floriferousness equals or surpasses Red Magic.

2. Flower color is orange with very light orange color breaks. Two color breaks occur; a darker one 40D, seen only occasionally, and a lighter one 49D which is the common color break that occurs approximately 2% of the time, i.e. approximately2% of the blossoms will show the lighter color break.

3. Shoshoni is less succulent.

4. Foliage is not as large or as dark as RED MAGIC.


The accompanying colored photograph of the entire plant illustrates the overall appearance of the cultivar Shoshoni, showing the colors as true as reasonably possible for this type of colored reproduction. Under high light the foliage darkensand the flower lightens a little. Supplemental photographs B and C show the lighter color break that is the commonly occurring color break. Photographs B and C (photograph B is a close up of photograph C) depict two typical blossoms that show theorange flecked color break as it normally occurs, and a third blossom whose petals are composed of approximately 40% of the orange flecked color break, which only occurs rarely, but is a good illustration of the color of the breaks. Background color ofthe flecks is light orange fading into white.


The following detailed description of Shoshoni was based on observations made of the new cultivar on Nov. 4, 1977.


Name: Shoshoni.

Origin: Seedling of the cross pollination of the pistil parent 76-13-1 (Maya) U.S. Pat. application, Ser. No. 782,284 filed 3-28-77 and the unpatented pollen parent 76-58-2.

Form: Upright to spreading.

Height to flowering: 30 cm. to 38 cm.

Growth: Moderate.

Type of cutting: Terminal or stem.

Rooting time: Typical, 10-14 days.

Rooting habit: Fast dendritic.


Arrangement: Lower leaves on any break opposite (usually just one set); upper foliage of any break, whorls of 3 to 5.

Shape: Older leaves of any break usually oblanceolate; upper leaves are elliptical.

Tip: Acuminate.

Base: Attenuate.

Margin: Serrulate.

Veination: Pinnate.

Size: Blade and petiole 7.0 cm. to 11.5 cm.; length of blade 5.5 cm. to 9.0 cm.; width at widest point 1.5 cm. to 3.5 cm.


1. Smoothness.--Occasionally crinkled.

2. Texture.--Glabrous, semi-glossy.

Variegation: None.


1. Petioles.--Upper surface 185 B, lower surface 185 A.

2. veins.--Lower surface 185 A, upper surface 185 B to 185 D.

3. leaf.--a. Upper 139 A. b. Lower 183 A to 183 B.


Color: 185 A to 185 B.


1. Length.--Moderate.

2. Size.--Moderate.

Node expanded (relative to internode): Slightly expanded.

Breaking action: Average.


Form: Typical.

Borne: End of branches, terminal.

Blooming habit:

1. Relative number.--Very good to profuse.

2. Time to flowering.--Short to average.

3. Longevity.--Typical, 3 to 5 days.

Size of mature flower: First flower on a plant may be small.

1. Length.--5.0 cm. to 5.5 cm.

2. Width.--4.5 cm. to 5.0 cm.

3. Spur.--5.5 cm. to 6.0 cm.


______________________________________ 1. Eye: 58 B. 2. Middle 33 A. 3. Edge 4. Pedicel: 145 C to 145 D. ______________________________________



______________________________________ 1. Anthers Typical, fused hood over pistil. 2. Filaments 3. Pollen. a. Color: 8 D. b. Abundance: Varies greatly, but viability poor. ______________________________________


______________________________________ 1. Style Typical. 2. Ovaries ______________________________________


Disease: Shoshoni is more resistant than other varieties to most soft rots.

* * * * *
  Recently Added Patents
Prevention and reduction of blood loss
Control of protein activity using a conducting polymer
Selenium/group 3A ink and methods of making and using same
Method and system for controlled media sharing in a network
Systems for usage based rate limiting over a shared data link
Method and system for producing fluoride gas and fluorine-doped glass or ceramics
Method and system for determining a suppression factor of a suppression system and a lithographic apparatus
  Randomly Featured Patents
Polyamides from 2,4'-diaminodicyclohexyl methane
Motors, and bearings therefor
Nitrosated and nitrosylated taxanes, compositions and methods of use
Portable medicine cabinet arrangement
Shape memory alloy clip and method of use thereof
Portable optometric support stand
Two piece fluid spinner and control valve for trigger sprayer
Featured items of distributed discussion collaboration
Method and apparatus for categorizing and presenting documents of a distributed database
Joystick operated multiple position switch