Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser

Abstract

An unconventional beverage accessory that can be submerged in cold or hot drinks. The Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser are beverage accessories designed to tackle global waste, boredom, settle supplements. The new invention helps add structure, advancement in modern society. The new invention is a small Lignin Coalesce Supplementation Disperser designed for a person with health conscious, environmental conscious and advanced new beverage concepts.

This new invention is designed to help prevent messy spotty clutter on tables etc. This present invention is also designed to take control with stiff firmness on its thin organic form. The new invention's one time usage is designed to make rich compost.

The three major commodities coffee, tea, powder supplements are then sealed inside between layers of lignin formed in coalesce veneer sheets and non-woven corn fabric sheets.

Claims

1. The Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser. The main and most important feature of the invention is the Lignin-cellulose compound elements and Coalesce form, application device comprising: A unconventional supplement of tea, coffee, flavored powder form supplement beverage disposable accessory designed for cold or hot drinks. When submerged in liquid, the Lignin-Cellulose Layer Disperser disperse and release its flavors. A Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form. The lignin feature complex organic polymers that form key structural materials in the support tissues of most plants. The layering of Lignin-cellulose composite forms in process thin sheets, coalesce merging technique, herbal fiber supplement The Lignin Coalesce Supplementation Disperser's credibility is controlled maneuverable on highly stiff movement swivel acts of the wrists, hands and environmental waste, compost. The firmness lignin materials stabilize coalesce form is a designed act of stirring force that extracts flavor supplement fibers in liquid drinkable container cups.

2. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form plus shape are devices of organic polymers structural material support tissues of most plants.

3. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form spoon shape are devices of organic polymers structural material support tissues of most plants.

4. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form paddle shape are devices of organic polymers structural material support tissues of most plants.

5. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form in any shapes such as boat paddle shape, tennis racket shape or single occurrence of something similar are device of organic polymers structural material support tissues of most plants.

6. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form thin layer, veneer sheet fibers are device of organic polymers structural material support tissues of most plants.

7. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form nonwoven web fabrics porous sheet of corn base structures are device of organic polymers structural material support tissues of most plants.

8. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form capsules of tea are devices of organic polymers structural material support tissues of most plants.

9. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form capsules of coffee are devices of organic polymers structural material support tissues of most plants.

10. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form capsule of flavored nutritional powder supplements are device of organic polymers structural material support tissues of most plants.

11. The Lignin-Cellulose layer Disperser device as defined by claim 1 wherein the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser form soaked in sweetened flavor oils extracts of thin layer, veneer sheet fiber is device of organic polymers structural material support tissues of most plants.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0006] FIG. 1A. enlarged view of the Lignin-Cellulose layer Disperser's plus shape form. The plus shape form area is exposed which illustrate the opened layers and disperse source. The Lignin-Cellulose layer Disperser upper left angle perspective indicating, (lingnin veneer sheet), (supplement disperse source), (non-woven web material), (lingnin veneer sheet).

[0007] FIG. 2B. enlarged view of the Lignin-Cellulose layer Disperser's plus shape form. The plus shape form area is exposed which illustrates the opened layers and dispersed source. The Lignin-Cellulose layer Disperser upper left angle perspective indicating, (non-woven web material), (supplement disperse source), (lingnin veneer sheet).

[0008] FIG. 3C. enlarged view of the Lignin-Cellulose layer Disperser's spoon shape form. The spoon shape form area is exposed which illustrate the opened layers and disperse source. The Lignin-Cellulose layer Disperser upper left angle perspective indicating, (lingnin veneer sheet), (supplement disperse source), (non-woven web material), (lingnin veneer sheet).

[0009] FIG. 4D. enlarged view of the Lignin-Cellulose layer Disperser's spoon shape form. The spoon shape form area is exposed which illustrate the opened layers and disperse source. The Lignin-Cellulose layer Disperser upper left angle perspective indicating, (non-woven web material), (supplement disperse source), (lingnin veneer sheet).

[0010] FIG. 5E. enlarged view of the Lignin-Cellulose layer Disperser's spoon shape form display in container cup act of functionality in view.

DESCRIPTION

[0011] This application is a NON-Provisional Patent Application, filed Mar. 17, 2022.

SUMMARY OF THE INVENTION

[0012] Briefly described, the present invention provides Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser

[0013] This invention is designed as a firm hand controlled organic supplementation disperser when submerged in liquid.

[0014] Accordingly, an object of this invention is to provide flavor to your drinks in an unconventional or distinctive way in the container cup.

[0015] Another object of this invention is to provide inspiring gripping for a less messy cleaning surface.

[0016] There and other objects, features and advantages of this invention will become apparent from the following detailed description.

TECHNICAL FIELD

[0017] The main important feature of the invention is the Lignin compound elements, and how Coalesce forms by friction techniques on sonic welding. Lignin-cellulose composite exhibited higher tensile strength, water stability, and thermal stability than conventional cellulose paper. The present invention related purposes to release flavors supplement extract from fibers through lignin sheets. This present invention is manual maneuvering by hand. In this application, the following terms will be understood to have the indicated definitions: [0018] Organic polymer—this present invention is unconventional and needs a new social practice for lignin, coalesce form all around the present invention. [0019] Macromolecule elements—this present invention is also designed to prevent over waste plastics going into marine ocean animals and landfills. The new invention's waste is its replaceable disposable designed for compost. [0020] Amalgamated structure to manipulate force—this new invention is made with sonic welding with a feature called stiffness, of fiber are measures of the resistance offered by an elastic fiber to deformation.

[0021] Organic polymers compounds are formed in a thin veneer sheet designed to bond with its macromolecule's monomer fibers. Both synthetic and natural polymers can be manipulated through sonic stress welding precision process bonding via chemical components that are activated during welding. The sonic welding temperature discrepancy between the experimentally measured values and the predicted values. These merging reactions involved in the process tensile shear strength between thin veneer wood sheets performed a discrepancy time of 1.5 s.

DETAILED DESCRIPTION OF THE INVENTION

[0022] The present invention is described as Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser. The main important feature of the invention is the Lignin compound elements and Coalesce forms, which is designed in any shape. This present invention enclosing a body capsule designed to compact two major world trading commodities (tea, Coffee). This present invention operates by movements of the wrists, hands function in a drinking container cup with cold, hot liquid.

[0023] This present new invention has several key factors designed into the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser.

[0024] The present invention's thin veneer sheet elements feature is organic polymers compounds. These veneer sheets are macromolecules composed of many repeating monomer units. Both synthetic and natural polymers play a crucial role in everyday life. Polysaccharides, polypeptides, and polynucleotides are the main types of biopolymers in living cells

[0025] FIG. 1A shows an embodiment of this invention. shows lignin surface thin wood veneer on a formed plus shape 1 illustrates nonwoven web fabrics porous sheet of corn base fiber structure on a formed plus shape 2 indicates bottom visual of the lignin surface thin wood veneer formed on a formed plus shape 3 indicates any source of flavored nutritional powder supplements and tea, coffee 4.

[0026] FIG. 2B shows an embodiment of this invention. An enlarged view that illustrates nonwoven web fabrics porous sheet of corn base fiber structure on a formed plus shape 5 shows bottom visual of the lignin surface thin wood veneer on a formed plus shape 6. shows indicates any source of flavored nutritional powder supplements and tea, coffee 7.

[0027] FIG. 3C shows an embodiment of this invention. shows lignin surface thin wood veneer on a formed spoon shape 8 illustrates nonwoven web fabrics porous sheet of corn base fiber structure on a formed spoon shape 9 indicates bottom visual of the lignin surface thin wood veneer formed on a formed spoon shape 10 indicates any source of flavored nutritional powder supplements and tea, coffee 11.

[0028] FIG. 4D shows an embodiment of this invention. An enlarged view that illustrates nonwoven web fabrics porous sheet of corn base fiber structure on a formed spoon shape 12 shows bottom visual of the lignin surface thin wood veneer on a formed spoon shape 13. shows indicates any source of flavored nutritional powder supplements and tea, coffee 14.

[0029] FIG. 5E shows an embodiment of this invention. An enlarged view that illustrates the Lignin-Cellulose layer, Coalesce Amalgamator and Supplementation Disperser on a formed spoon shape. And shown in its suited purpose of functionality in the drinking container cup 15.