MX2008003263A

MX2008003263A - Dispensing paper-roll core systems

Info

Publication number: MX2008003263A
Application number: MXMX/A/2008/003263A
Authority: MX
Inventors: Henry Butler George Iii; Joseph Berg Donald; Barnett Scanlan Brian; Thomas Yee Scott; Kevan Guy James
Original assignee: Joseph Berg Donald; Henry Butler George Iii; Kevan Guy James; Barnett Scanlan Brian; The Procter & Gamble Company; Thomas Yee Scott
Priority date: 2005-09-09
Filing date: 2008-03-07
Publication date: 2008-09-02

Abstract

A paper- roll core (110) that is a soluble, disposable carrier (130) for cleaning and/or disinfecting chemicals (120) . The paper- roll cores are toilet paper roll cores and paper towel roll cores and are rapidly soluble in water and may release cleansers, disinfectants, colors, etc., upon dissolving. Described are:methods of using, manufacturing, advertising, and distributing the paper-roll cores;and methods of advertising and distributing such paper- roll cores to children, who will particularly enjoy the novelty;and methods of modifying existing paper-roll core manufacturing equipment to manufacture soluble cleanser-dispensing paper- roll cores.

Description

DISPATCHING SYSTEMS OF PAPER ROLLS NUCLEI FIELD OF THE INVENTION This invention relates to paper roll core dispensing systems. More particularly, it refers to cores of paper rolls that are water soluble and release cleaners in the water.

BACKGROUND OF THE INVENTION Typical paper roll cores, such as rolls of toilet paper cores, rolls of paper towel cores, etc., can not be flushed down the toilet. The cores of typical paper rolls have no other use after the paper has been finished, so they are discarded and generate garbage from the landfill. Normally, toilets (and to a lesser extent, garbage disposals) require frequent cleaning to maintain a sanitary condition. Unfortunately, toilets are not disinfected with the preferred frequency, because they require cleansers that are not easily accessible at frequent intervals. In addition, there is no system for cleaning and / or disinfecting a toilet with cores of paper rolls. Therefore, there is a need to provide a practical way to disinfect the toilet at frequent intervals. Furthermore, there is a need to increase the usefulness of paper roll cores. In particular, there is a need for a system for cleaning or disinfecting a toilet with cores of paper rolls.

BRIEF DESCRIPTION OF THE INVENTION One embodiment of the present invention provides a core for use with a twisted-up wound material. The core comprises a water-soluble support material and a cleaner placed on the water-soluble support material. The cleaner further comprises an acid and a base. The core is soluble upon contact with water and the cleaner is disposable within the water upon initiation of core solubilization. Another embodiment of the present invention provides a core for use with a twisted-up wound material. The core comprises a water-soluble support material, a cleaner placed on the water-soluble support material, and a binder material. The cleaner further comprises an acid and a base. The binder material provides adhesion of at least one, the acid and base of the cleaner to the water-soluble support material. The core is soluble upon contact with water and the cleaner is disposable within the water upon initiation of core solubilization.

BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a perspective view illustrating a paper roll core dispensing system in accordance with the present invention. Figure 2 shows a perspective view illustrating a layered dispensing core containing layers of chemicals. Figure 3 shows a cross-sectional view illustrating the roll paper core according to Figure 2. Figure 4 shows a perspective view illustrating a core spiral dispatcher. Figure 5 shows a perspective view illustrating an extruded paper dispensing core having chemicals incorporated in the paper. Figure 6 shows a perspective view illustrating an extruded plastic dispensing core having chemicals incorporated in the plastic. Figure 7A shows a side plan view illustrating a dispatcher core with instructive distinguishing marks. Figure 7B shows the dispatcher core of Figure 7A with preferred alternative instructive markings. Figure 8A shows a side plan view illustrating a dispenser core with distinctive fun marks. Figure 8B shows the dispatcher core of Figure 8A illustrating a dispatcher core with floating distinguishing marks. Figure 9 shows a side view, partially in section, illustrating a dispenser core being placed in a toilet. Figure 10A shows a side view, partially in section, illustrating the toilet according to Figure 9, after the dispensing core has dissolved and released chemicals into the water. Figure 10B shows a side view illustrating the use of the scrubbing dispenser core. Figure 11 shows a side view, partially in section, illustrating a dispensing core being used in a garbage disposal; Figure 12 shows a perspective view illustrating a batch container having chemical substances added thereto.

Figure 13 shows a flow diagram illustrating a method in accordance with the present invention. Figure 14 shows a flow diagram illustrating a method in accordance with the present invention. Figure 15 shows a flow diagram illustrating a method in accordance with the present invention. Figure 16 shows a flow diagram illustrating a method in accordance with the present invention. Figure 17 shows a diagram illustrating a winder. Figure 18 shows a diagram illustrating a winder. Figure 19 shows a diagram illustrating a winder. Figure 20 shows a diagram illustrating a winder. Figure 21 shows a perspective view illustrating a compressed powder dispenser core having compressed chemicals in the form of a solid tube. Figure 22A shows a flow chart illustrating a method in accordance with the present invention. Figure 22B shows a flow chart illustrating a method in accordance with the present invention. Figure 23A shows a diagram illustrating a bobbin. Figure 23B shows a flow diagram illustrating a method in accordance with the present invention; Figure 24 shows a perspective view illustrating a dispensing core with a removable cover. Figure 25 shows a perspective view illustrating a core Dispatcher with at least one patch of cleaning chemicals; and, Figure 26 shows a perspective view illustrating a dispatcher core.

DETAILED DESCRIPTION OF THE INVENTION Figure 1 shows a perspective view illustrating the paper roll dispenser core system 100 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispensing core system 100 comprises a paper roll 105 twisted around the dispensing core 110, as shown. Preferably, the paper roll 105 comprises a roll of disposable paper products, such as, for example, toilet paper, paper towels, workshop towels, etc. Most preferably, the paper roll 105 comprises toilet paper, as shown. Preferably, the dispensing core 110 comprises a hollow, preferably circular, support core around which the paper roll 105 is wound, as shown. Preferably, the dispenser core 110 (at least incorporated herein, wherein such paper roll core soluble media comprises such a cleaning medium) is soluble in water and contains cleaning ingredients 120 that are released in water 951 when dissolved the dispatcher core 110, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, types of paper, etc., other characteristics of the core, such as different shapes, additional ingredients, other types of rolls of material, cores that have multiple separable parts, etc., may be sufficient.

Preferably, the dispenser core 110 comprises rapidly dissolving water-soluble support material 130, as shown, such as, for example, Dissolvo ™ paper (manufactured by Gilbreth Packaging Systems of Croydon, PA, USA), polyvinyl alcohol polymers , water soluble plastics, hydrolyzable plastics, starch, gelatin, etcetera. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other water-soluble materials, such as as ion-sensitive soluble plastics, starch-based plastics, composite materials, etc., may suffice. Preferably, after a roll of paper 105 (at least incorporated herein, at least one roll of paper adapted to provide at least one of such paper roll) has been used, the dispensing core 110 can be placed in a installation of water plumbing 101, as shown, to clean and disinfect the plumbing installation 101. Preferably, when the paper roll 105 (at least incorporated herein, wherein at least one roll of paper comprises at least one roll of toilet paper) comprises toilet paper, the dispenser core 110 (at least incorporated herein by the soluble roll core means of paper to extract the core of at least one roll of paper in a soluble form) is eliminated by placing it in the toilet 950 containing water 951, where it dissolves rapidly, releasing the cleaning ingredients 120 (at least they are incorporated herein, for cleaning at least one plumbing installation), as shown, which then cleans and disinfects at least the surfaces in contact with water of the toilet 950. In another preferred embodiment, when a paper roll 105 (at least incorporated in the present, where at least one roll of paper comprises at less a roll of paper towels) comprises paper towels, the dispensing core 110 (at least incorporated herein, at least one soluble core of paper roll adapted to solublely remove the core of at least one roll of paper). paper) is disposed of by discarding it in the 1100 garbage disposal or a sink, as shown, in which case it dissolves quickly, it releases the cleaning ingredients 120 (at least one cleaner adapted to clean at least one plumbing installation) is installed at least in the garbage disposal 1100 or in the sink pipes. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, technology advancements, intended use, etc., other plumbing facilities, such as Drains, dishwashers, washing machines, etc., may be sufficient. Typically, the tail end of the paper roll 105 (at least incorporated herein, a roll media means for providing at least one paper roll) is connected to the dispenser core 110, preferably, with glue 211 (as a minimum embodied herein, a connector means for connecting such paper roll media about such paper roll core soluble media, and at least incorporated herein, at least one connector adapted to connect at least one roll of paper around at least one soluble core of paper roll, and at least incorporated herein, wherein at least one connector is soluble in water), which preferably is a water soluble adhesive. Preferably, the glue 211 is a water based adhesive, glycerin, or alcohol. Preferably, the glue 211 comprises colorant 148 or cleaning ingredients 120 (in particular disinfectant 146) to be released in water, as shown and further described in Figure 2. Upon reading the teachings of this specification, the people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other connectors, such as stamping the paper end on the core, other ingredients connectors, insoluble connectors that can be removed with water, etc., may be sufficient. Figure 2 is a perspective view illustrating a layered dispenser core 210 containing layers of cleaning ingredients 120 in accordance with a preferred embodiment of the present invention. Preferably, the dispatcher core 110 comprises the layered dispatcher core 210, as shown.

Preferably, cleaning ingredients 120 (at least are incorporated herein, wherein at least one soluble core of paper roll comprises at least one cleaner) and water soluble material 130 (at least incorporated herein, wherein at least one layer comprises a plurality of layers adapted to provide a plurality of layers each of at least one water-soluble material) are bonded in layers, as shown, preferably, during a spiral wound manufacturing process for manufacturing the layered dispensing core 210 (at least incorporated herein, wherein the soluble paper roll core means comprises layer means for providing the layers of such soluble medium of paper roll core). By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other manufacturing processes, such as coating the surface of the finished tube, etc., may suffice. Figure 3 is a cross-sectional view illustrating the core dispenser 210 according to Figure 2. Preferably, cleaning ingredients 120 as a minimum comprise at least one of acid 142, base 144, cleaner 145, or disinfectant 146, as shown. Preferably, cleaning ingredients 120 are used which are quite safe and non-toxic to humans. Preferably, the layered dispensing core 210 (at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one layer adapted to provide at least one coating of at least one soluble core of paper roll) comprises the layer of water soluble material 330, coating 340, the acid layer 342 (at least incorporated herein, wherein at least one layer comprises at least one acid layer adapted to provide minus one layer of acidic material) having the acid 142, the base layer 344 (at least incorporated herein, wherein at least one layer comprises at least one base layer adapted to provide at least one layer of basic material ) having the base 144, the cleaning layer 345 (at least incorporated herein, wherein at least one layer comprises at least one cleaning layer adapted to provide at least one a layer of cleaning material) having the cleaner 145, and the disinfectant layer 346 (at least incorporated herein, wherein at least one layer comprises at least one disinfectant layer adapted to provide at least one layer of material disinfectant) having the disinfectant 146, as shown.

Preferably, incompatible chemicals (such as those that when mixed provide the release of gases, for agitation or amusement purposes) are separated from each other by impermeable layers (such as, for example, sealant 1950, as shown especially in FIG. Figure 20) or by encapsulation. Preferably, compatible chemicals are placed together in a single layer, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other ingredients, such as preservatives, Enzymes, fewer layers, more layers, fewer ingredients, more ingredients, multiple cleaning ingredients in one layer, etc., may be enough. Preferably, the acid 142 (at least incorporated herein, wherein at least one gas liberator comprises at least one acid) comprises at least one organic acid or at least one inorganic acid, preferably citric acid, acid boric acid, hydrochloric acid, hydroxyacetic acid, or acetic acid, etc. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, the intended use, etcetera, other acids, such as fumaric acid, sulfuric acid, hydrogen peroxide, other acids, etc., may be sufficient. Preferably, the base 144 (at least incorporated herein, wherein at least one gas releaser comprises at least one alkylcarbonate) comprises at least one base that releases gas when reacted with the acid 142, preferably at least a carbonate, preferably, calcium carbonate, sodium carbonate, or potassium carbonate, etc. Upon reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under appropriate circumstances, such as user preference, Advances in technology, intended use, etc., other bases, such as potassium hydroxide, sodium hydroxide, ammonia, etc., may suffice. Preferably, the cleaner 145 (at least incorporated herein, wherein at least one cleaner comprises at least one detergent adapted to dissolve organic waste, and at least is incorporated herein, wherein at least one cleaner comprises at least one surfactant adapted to remove organic waste from at least one plumbing installation) comprises at least one of at least one surfactant, at least one soap, or at least one detergent, preferably at least one of sodium laureth sulfate, sodium lauryl sulfate, tetrasodium pyrophosphate, anionic surfactants, wetting agents, sodium borate, or tetrasodium EDTA, etc. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etcetera, other surfactants, soaps, or detergents, such as alkyl glucosides, ammonium lauryl sulfate, stearate of sodium, dialkylmethylamines, et cetera, may suffice. Preferably, disinfectant 146 disinfects water 951 and wet surfaces of water plumbing installations 101 eliminating microbes, more preferably, eliminating bacteria, mold or viruses. Preferably, the disinfectant 146 (at least one of the at least one disinfectant adapted to disinfect at least one plumbing installation) comprises at least one disinfectant, preferably at least one of pine oil, isopropyl alcohol, chloride of octyldecyldimethylammonium, dioctyldimethylammonium chloride, didecyldimethylammonium chloride, alkyl dimethyl benzyl ammonium chlorides, 2-butoxyethanol, bleach, thymol, eucalyptol, or menthol, etc. By reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under appropriate circumstances, such as the user's preference, the advances in technology, the intended use, etc., other disinfectants, such as other alcohols, oxidants, iodine compounds, silver compounds, phenolic compounds, quaternary ammonium compounds, etc., may suffice. Most preferably, the acid 142 comprises citric acid. Most preferably, the base 144 comprises sodium bicarbonate. Preferably, when the layered dispensing core 210 (at least incorporated herein at least one gas releaser adapted to release gas in at least a quantity of water contained in at least one plumbing installation) is dissolved in water 951 , the acid 142 reacts in solution with the base 144 to generate carbon dioxide gas 143, as shown especially in Figure 10, which preferably releases gas bubbles and agitates the water 951 to help distribute the cleaning ingredients 120, as shown. In addition, the bubbling action of the carbon dioxide gas 143 provides a useful and amusing visual indicator to the user that the layered dispensing core 210 functions properly. In yet another preferred embodiment, the carbon dioxide gas is stored dissolved in the dispenser core material 210 (at least incorporated herein, wherein at least one gas liberator comprises at least one gas). By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other reactions that give off gas, such as like other acid / carbonate reactions, reactions that release other gases, etc., may be enough. Preferably, cleaning ingredients 120 further comprise at least one bleaching agent 347, as shown. Preferably, bleaching agent 347 whitens stains in plumbing installations 101. Preferably, bleaching agent 347 (at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one bleaching agent) comprises at least one chemical substance that releases chlorine, at least one chemical substance that releases bromine, or at least one chemical substance that releases oxygen. Preferably, the bleaching agent 347 comprises at least one of cyanuric acid, trichloroisocyanuric acid, sodium percarbonate, sodium dichloroisocyanurate, 1-bromo-3-chloro-5,5-dimethylhydantoin, peroxide, or sodium hypochlorite, etc. When reading The teachings of this specification, people of ordinary skill in the industry will now understand that, under appropriate circumstances, considering issues such as advances in technology, user preference, chemical compatibility requirements, etc., other bleaching agents, such as Reducing whiteners, other oxidizing whiteners, etc., may suffice. Preferably, at least one of the layer of water-soluble material 330, coating 340, acid layer 342, basic layer 344, cleaning layer 345, and disinfectant layer 346 comprise soluble dye 348 (at least incorporated herein, in wherein at least one layer comprises at least one color layer adapted to provide at least one layer of coloring material), as shown. Preferably, the sealant layer 1950 can be used to separate other layers from each other, as especially shown in Figure 20. Preferably, the soluble dye 348 (at least incorporated herein, at least one color adapted to at least color) a quantity of water contained in at least one plumbing installation) is released into the water 951 in the plumbing installation 101 when the layered dispensing core 210 dissolves, preferably coloring (preferably blue, since there may be a preexisting association in the user's mind between the blue color and the cleaners) the water 951 in the plumbing installation 101 and providing a useful and amusing indicator to the user that the layered dispensing core 210 is working properly. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under appropriate circumstances, such as user preference, technology advances, intended use, chemical requirements, etc., other requirements, such as a layer of different color, multiple colors, etc., may be sufficient. Preferably, the soluble dye 348 changes color while in the plumbing installation 101. Preferably, the soluble dye 348 changes color in response to chemical effects of the cleaning ingredients 120 upon being dissolved or being consumed by the cleaning. Preferably, the soluble dye 348 changes color in response to changes in the pH of the water 951 in the plumbing installation 101, as the cleaning ingredients 120 dissolve in water 951 and are then consumed. Preferably, the soluble dye 348 changes color in response to changes in water temperature 951 caused by the (generally exothermic) reactions of the cleaning ingredients 120 with water 951 and with each other (thermochromic color). By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other colorants that change color, such as Prolonged-release colors, oxidant colors, photochromic colors, hydrochromatic colors, non-visible spectrum colors, etc., may suffice. Preferably, the coating 340 is optional. Preferably, the coating 340 (at least incorporated herein, wherein at least one layer comprises at least one coating layer adapted to provide at least one layer of coating material) comprises at least one of at least one layer a desiccant, at least one embossing layer, the sealant 1950, at least one stamping sealer, or at least one other material that modifies the inner or outer surface of the layer dispensing core 210. Upon reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under appropriate circumstances, such as the preference of the user, the advances in technology, the intended use, etc., other coatings, such as no coating, a waterproof coating, decorative coatings, etc., may suffice. Preferably, dispenser core 110 comprises fragrance 350, as shown. Preferably, the fragrance 350 provides at least one pleasant aroma to the user (floral, fresh air, cinnamon, etc.) or at least one aroma indicating the presence of cleaners (pine aroma, bleach aroma, etc.). Preferably, the fragrance 350 is detectable by the user prior to dissolving the dispensing core 110. More preferably, the fragrance 350 is detectable by the user after the dispensing core 110 is dissolved but before being flushed out the toilet. Preferably, the fragrance 350 (at least one fragrance incorporated herein) has a persistent aroma detectable by the user after the dispenser core 110 is dissolved and after being flushed out the toilet. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as multiple scents, odor neutralization , unpleasant humorous aromas, etc., may be enough. Preferably, the dispenser core 110 comprises at least one water softener 360, as shown. Preferably, the water softeners 360 sequester calcium or magnesium ions in water 951 to prevent the calcium and magnesium ions from interfering with the action of cleaning chemicals 120.

Preferably, the water softener 360 comprises at least one phosphate. Preferably, the water softener 360 (at least incorporated herein, wherein at least one soluble core of paper roll further comprises at least one water softening chemical) comprises at least one sodium ionic compound, preferably , at least one of sodium chloride, sodium zeolite, sodium sesquicarbonate, sodium tripolyphosphate, sodium bisulfate, or sodium carbonate, etc. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that , under appropriate circumstances, considering issues such as advances in technology, user preference, etc., other water softeners, such as potassium salts, etc., may suffice. Preferably, the dispatcher core 110 comprises at least one encapsulant 370, as shown. Preferably, the encapsulant 370 encapsulates at least one cleaning ingredient 120 to prevent incompatible cleaning ingredients 120 from contacting each other before the dispensing core 110 is dissolved, or to prevent the encapsulated cleaning ingredients 120 from coming in contact with the cleaning agent 120. air, or to temporarily prevent the encapsulated cleaning ingredients 120 from coming into contact with the water 951. Preferably, the encapsulant 370 is water soluble or water permeable. Preferably, the encapsulant 370 (at least incorporated herein, wherein at least one soluble core of paper roll further comprises at least one encapsulant adapted to encapsulate at least one cleaner) comprises at least one of ethyl cellulose, alcohol polyvinyl, sugar, starch, or sol-gel (crosslinked silicon material) (at least incorporated herein, wherein at least one unitary bulk material comprises sol-gel, and is at least incorporated herein, wherein minus one layer comprises sol-gel). By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under appropriate circumstances, considering issues such as advances in technology, user preference, chemical compatibility requirements, etc., other encapsulants, such as other water soluble polymers, sugars, gum arabic, food modified starch , etc., may be enough. Preferably, the dispenser core 110 comprises at least one desiccant 380, as shown. Preferably, the desiccant 380 absorbs atmospheric water vapor in order to keep the dispensing core 110 dry before use. Preferably, the desiccant 380 (at least incorporated herein, wherein at least one soluble core of paper roll further comprises at least one desiccant) comprises anhydrous silica gel. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility requirements, etc., other desiccants, such as Clay, calcium oxide, calcium sulfate, etc., may suffice. Preferably, the dispenser core 110 comprises at least one deodorant 390, as shown. Preferably, deodorant 390 functions to absorb or neutralize odors occurring in plumbing installation 101. Preferably, deodorant 390 (at least incorporated herein, wherein at least one soluble core of paper roll comprises at least a deodorant) comprises at least one of sodium bicarbonate, carbon, zeolite, sodium zeolite, or potassium zeolite, etc. When reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under appropriate circumstances, considering issues such as the advances of the technology, user preference, etc., other deodorants, such as paradichlorobenzene, enzymes, oxidants, other absorbers, etc., may suffice. Figure 4 is a perspective view illustrating spiral scroll core 410 in accordance with a preferred embodiment of the present invention.

Preferably, the dispenser core 110 comprises the scroll dispenser core 410, as shown. Preferably, the cleaning ingredients 120 and the dye 148 are incorporated into the water-soluble material 130, as shown, which is then wound in a spiral around a mandrel to form the spiral dispensing core 410. Preferably, the cleaning ingredients 120 and the dye 148 are released into the water 951 when the scroll coil core 410 is placed in the water plumbing installation 101 and dissolves, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other arrangements, such as ingredients of Cleaning incorporated in the water-soluble material and also applied in layers, etc., may be sufficient. Figure 5 is a perspective view illustrating the extruded paper dispenser core 510 with cleaning ingredients 120 incorporated in the water soluble material 130 in accordance with a preferred embodiment of the present invention. Preferably, the dispenser core 110 comprises the extruded paper dispenser core 510, as shown. Preferably, the cleaning ingredients 120 and the dye 148 are incorporated into the water-soluble material 130, as shown, which preferably comprises water-soluble paper pulp, which is then extruded and dried to form the extruded dispenser core. paper 510 (at least incorporated herein, wherein the paper roll core soluble medium comprises a bulk unitary medium to provide bulk unitary material for this soluble core media of paper roll, and at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one soluble unit medium adapted to provide at least one unitary bulk material for at least one soluble core of paper roll ). Preferably, the cleaning ingredients 120 and the dye 148 are released into the water 951 when the extruded paper dispensing core 510 is placed in the water plumbing installation 101 and dissolved, as shown in Figure 10. When reading the As this specification teaches, people of ordinary skill in the industry will now understand that, under appropriate circumstances, such as user preference, technology advances, intended use, etc., other requirements, such as built-in cleaning ingredients in the material soluble in water and also applied in layers, etc., may be sufficient. Figure 6 is a perspective view illustrating the extruded plastic dispenser core 610 having the cleaning ingredients 120 incorporated in the water-soluble plastic material 130, in accordance with a preferred embodiment of the present invention. Preferably, the dispenser core 110 comprises the extruded plastic (or polymer) dispenser core 610, as shown. Preferably, the cleaning ingredients 120 and dye 148 are incorporated into the water-soluble material 130, as shown, which preferably comprises at least one liquid polymer soluble in water, which is then extruded and cured to form the extruded dispenser core. of plastic 610 (at least incorporated herein, wherein this soluble core means of paper roll comprises a plastic means for providing plastic material for such soluble core media of paper roll, and at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one plastic adapted to provide at least one plastic material for at least one soluble core of paper roll), as shown. Preferably, the cleaning ingredients 120 and the dye 148 are released into the water 951 when the extruded plastic dispensing core 610 is placed in the water plumbing installation 101 and dissolved, as shown in Figure 10. When reading the As this specification teaches, people of ordinary skill in the industry will now understand that, under appropriate circumstances, such as user preference, advances in technology, intended use, etc., other requirements, such as cleaning ingredients incorporated in the material soluble in water and also incorporated in layers, etc., may be sufficient. Figure 7A is a side plan view illustrating the dispenser core 110 with instructive markings 760 in accordance with a preferred embodiment of the present invention. Preferably, the dispatcher core 110 comprises distinguishing marks 710, as shown. Preferably, the distinguishing marks 710 comprise instructive distinguishing marks 760, as shown. Preferably, instructive markings 760 instruct users on how to use the dispensing core 110 for cleaning and disinfecting purposes, as shown. Preferably, the instructive markings 760 (at least incorporated herein, at least one instructional distinguishing mark adapted to visually instruct at least one user) are visible when the paper roll 105 is removed from the dispensing core 110, as shown. . Illustrative indicia, as shown in Figures 7A and 8A, could include drawings and words, as illustrated in Figures 7A and Figure 8A, for example, "Pull this core into the toilet for cleaning and disinfecting!"; "Throw this core into the toilet for a refreshing burst color! "By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, technology advances, intended use, etc., other distinguishing marks , such as other instructions, other graphics, etc., may suffice .. Figure 7B shows the dispatcher core 110 of Figure 7A with other preferred instructional flags 760 that comprise 761 propaganda flags. Preferred 761 propaganda flags include drawings and words, as illustrated in Figure 7B, indicating the brand and manufacturer of the dispatcher core 110. Preferably, the propaganda flags 761 (at least incorporated herein, wherein at least one distinguishing mark comprises at least a distinctive brand of propaganda adapted to provide propaganda information to me so we a user) include names of companies, propaganda slogans, Internet addresses for coupons or other offers, removable coupons, etc. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, Considering issues such as advances in technology, user preference, etc., other distinctive propaganda brands may be sufficient. Figure 8A is a side plan view illustrating the dispenser core 110 having fun markings 860 in accordance with a preferred embodiment of the present invention. Preferably, the fun markings 860 teach users, particularly children, how to use the dispenser core 110 for entertainment purposes, as shown, (although the cleaning and disinfecting functions are preferably still present and are still present. perform). Preferably, the fun distinctive markings 860 (at least incorporated herein, at least one distinctive diversion mark adapted to visually entertain at least one user) is visible when the paper roll 105 is removed from the dispensing core 110, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other distinguishing marks, such as other instructions, other graphics, comics, characters, etc., may be enough. Figure 8B shows the dispatcher core 110 of Figure 8A illustrating the dispenser core 110 with floating distinguishing marks 870. Preferably, the distinguishing marks 710 comprise floating distinguishing marks 870, as shown. Preferably, the floating distinguishing marks 870 are printed on at least one material that is insoluble (but can be removed in the toilet) or less soluble than the dispensing core 110. Preferably, the floating distinguishing marks 870 are hidden within (or in the inner surface of the dispensing core 110, as shown, and made visible to the user after the dispensing core 110 has been dissolved, as shown. Preferably, the floating distinguishing marks 870 are removed by flushing the toilet after use. Preferably, the floating distinguishing marks 870 (at least are incorporated herein, wherein at least one distinguishing mark is adapted to be visible after at least one soluble core of paper roll has been dissolved) comprises instructions, jokes , luck, propaganda, etc. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as multiple distinguishing marks floating, novel shapes, other decorations that can be eliminated in the toilet, tinsel, confetti, effervescent material, distinctive marks of destination, may be sufficient. Figure 9 is a side view, partially in section, illustrating the dispenser core 110 being placed in the toilet 950 (at least incorporated herein, wherein at least one plumbing installation comprises at least one toilet) in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises the method 900 comprising the steps of: Pickup 901 of the paper roll 105 having the dispenser core 110 (at least incorporated herein, wherein it comprises purchasing at least minus one roll of paper that has at least one soluble core that releases cleaner); the removal 902 of virtually all paper from paper roll 105 (at least incorporated herein, the removal of virtually all paper from at least one roll of paper); the positioning 903 of the dispensing core 110 in the plumbing installation 101 (at least incorporated herein, the placement of at least one soluble core that releases cleaner in at least one plumbing installation); and wetting 904 of the dispenser core 110 (at least incorporated herein, the wetting of at least one soluble core releasing cleaner), as shown. Figure 9 shows the dispatcher core 110 approximately at the time it touches the water 951. Upon reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under appropriate circumstances, such as user preference, advances in technology, intended use, etc., other steps, such as reading the distinctive instructional marks, waiting a certain amount of time before flushing, removing less than all the paper from the dispensing core, etc., may be sufficient .

Figure 10A shows a side view, partially in section, illustrating the toilet 950 according to Figure 9, after the dispensing core 110 has been dissolved and the cleaning ingredients 120 and the dye 148 released in the water 951. Preferably, the dispenser core 110 is dissolved and releases cleaning ingredients 120 and dye 148 in water 951, as shown, preferably, within one minute of wetting, more preferably within thirty seconds of wetting, most preferably before ten seconds of moistening. Preferably, the user does not flush the toilet with water 951 for a period of time sufficient to allow the cleaning chemicals 120 to clean and disinfect at least a portion of the toilet 950, preferably at least about five minutes, with more preferably, at least about three minutes, most preferably, at least about one minute. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as the user's preference, the advances in technology, the intended use, etc., other steps, such as rinsing the Toilet before using the dispenser roll, use a scrub brush on the toilet, wait overnight, wait for a color change, rinse as soon as the core has dissolved, etc., may be sufficient. Figure 10B shows a side view illustrating the use of the dispenser core 110 for scrubbing. Preferably, the paper roll core dispensing system 100 comprises handle 960, as shown. Preferably, the handle 960 is removably attached to the dispenser core 110, as shown, allowing the dispenser core 110 to be rubbed against the side of the toilet 950 to physically scrub the toilet 950, as shown. Preferably, the Dispatch core 110 is compressed and bent before being attached to handle 960, as shown. In a preferred alternative embodiment, the dispenser core 110 is broken along perforations 965 (at least they are incorporated herein, wherein at least one soluble core of paper roll comprises at least one perforation adapted to assist in breaking at least one soluble core of paper roll) or bent to convert the dispenser core 110 into a brush-like shape, as shown. Preferably, the dispensing core 110 is adapted to dissolve at a speed suitable for this use. Preferably, the dispenser core 110 comprises scrubbing materials that can be removed in the toilet 961, preferably fibers or grit, to assist scrubbing. Preferably, the method 900 further comprises the step of attaching 970 (at least incorporated herein, the step of attaching at least one handle to at least one roll of paper) the handle 960 to the dispensing core 110. Preferably, the method 900 further comprises the step of breaking 975 (at least incorporated herein, the step of breaking at least one roll of paper) the dispensing core 110 to preferably form a brush shape (two different brush shapes are shown). Preferably, the remnants of the dispensing core 110 are detached from the handle 960 (at least incorporated herein, at least one handle adapted to assist in handling at least one soluble core of paper roll) and removed in the toilet after its use. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as other types of handles , cases, other scrubbing materials, other perforation patterns, etc., may suffice. Figure 11 is a side view, partly in section, illustrating the core t > Dispatcher 110 being used in garbage disposer 1100 (at least incuborated herein, wherein at least one plumbing installation 101 comprises at least one garbage disposer) in accordance with a preferred embodiment of the present invention. Preferably, the dispenser core 110 can be wetted and dissolved before (as shown), during, or after activating the garbage disposer 1100. Upon reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under Suitable circumstances, such as the user's preference, the advances of the technology, the intended use, etc., other steps, such as adding abrasive materials to the garbage disposal to help with the cleaning action, etc., may suffice. Figure 12 is a perspective view illustrating the batch container 1200 with cleaning chemicals 120 added in accordance with a preferred embodiment of the present invention. Preferably, for the spiral dispenser core 410, the extruded paper dispenser core 510, and the extruded plastic dispenser core 610, the cleaning chemicals 120 and the dye 148 are mixed in a bulk carrier material 130 before forming or shaping support material 130, as shown. Preferably, the solvent 1230 is also added to the bulk carrier material 130, as shown, to assist in liquefying the bulk carrier material 130, to facilitate processing. Preferably, the solvent 1230 is a solvent for virtually all ingredients, and is practically non-reactive with the ingredients. Preferably, after forming or shaping the carrier material 130, the solvent 1230 practically evaporates. Preferably, the solvent 1230 comprises alcohol (isopropyl alcohol, ethyl alcohol, ethanol, denatured alcohol, etc.), ether, glycol, hydrocarbons, oil, etc. When reading the teachings of this specification, the people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other solvents, such as water, organic solvents, ethylene glycol, ethers, etc. , they may be enough. Preferably, chemicals 120 can be added in forms such as, for example, bulk chemicals, encapsulated chemicals, liquids, etc., as appropriate. For example, when citric acid and sodium bicarbonate are being added to a batch of support material 130, such as, for example, water soluble paper pulp, the sodium bicarbonate and the citric acid each can be encapsulated in water-soluble polymeric particles that only dissolve in water of low ionic strength, so that sodium bicarbonate and citric acid will not react with each other or the paper pulp during their manufacture, and will be released into the water of the pipe for react with each other By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other processes, such as bathing the support material with chemical substances after shaping it, etc., may suffice. Figure 13 shows a flow diagram illustrating method 1300 in accordance with a preferred embodiment of the present invention. Preferably, the useful and fun nature of the present invention makes it especially suitable for children, in particular during training in the use of the toilet. Preferably, the paper roll dispensing core system 100 comprises method 1300 comprising the steps of: Offering 1301 for the sale of at least one roll of paper 105 having at least one soluble core releasing cleaner 110 (at least incorporated herein, the offer for sale of at least one roll of paper having at least one soluble core releasing cleaner); and advertisement 1302 of the availability of at least one roll of paper 105 having at least one soluble core that releases cleaner 110 to at least one demographic segment (at least incorporated herein, the announcement of the availability of at least one roll of paper having at least one soluble core that releases cleaner to at least one demographic segment) where at least one demographic segment practically comprises persons between approximately two and approximately ten years of age (at least incorporated in the present, wherein at least one demographic segment practically comprises persons between approximately two and approximately ten years of age), as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, etc., other steps, such as announcing during television programs for children, providing small rolls of specialty toilet paper, placing distinctive markings on children on the roll of paper, etc., may suffice. Figure 14 shows a flow chart illustrating method 1400 in accordance with a preferred embodiment of the present invention. Preferably, paper roll dispenser core systems 100 are manufactured with conventional industrial machines for the manufacture of cores, with little or no addition of modified parts. Preferably, conventional industrial machines and processes for manufacturing cores can be analyzed and then modified to produce the paper roll dispenser core systems 100. Preferably, the paper roll dispenser core system 100 comprises method 1400 comprising the steps of: Analysis 1403 (at least incorporated herein, the analysis of at least one paper roll core machine) of less a paper roll core machine; modification 1404 (at least incorporated herein, modification of at least one paper roll core machine to incorporate at least one cleaner in at least one paper roll core) of at least one paper roll core making machine for incorporating at least one cleaner into at least one core of paper roll wherein these steps of analysis 1403 and modification 1404 are economically advantageous over the cost of replacing at least one machine manufacture of paper roll cores (at least incorporated herein, wherein such analysis and modification steps are economically advantageous over the cost of replacing at least one roll paper cores manufacturing machine), as shown. Preferably, the method 1400 further comprises at least one of the steps of: Modification 1405 (at least incorporated herein, the step of modifying at least one paper roll core machine to incorporate at least one disinfectant in at least one paper roll core) of at least one paper roll core machine to provide at least one disinfectant in at least one paper roll core; the modification 1406 (at least incorporated herein, the step of modifying at least one paper roll core machine to incorporate at least one color soluble in at least one paper roll core) of at least one machine for manufacturing roll paper cores to incorporate at least one soluble color in at least one paper roll core; or modification 1407 (at least incorporated herein, the step of modifying at least one paper roll core machine to incorporate at least one gas-releasing material in at least one paper roll core) of at least one paper roll core machine for incorporating at least one gas releasing material in at least one paper roll core, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, technology advancements, intended use, etc., other steps, such as selling machines Modified manufacturing, selling complementary modular equipment for conversions, providing economic analysis of conversion costs, etc., may suffice. Figure 15 shows a flow diagram illustrating method 1500 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispensing core system 100 comprises the method 1500 for manufacturing layered dispensing cores 210, comprising the steps of: Fabrication 1502 (at least incorporated herein, the manufacture of flexible strips of soluble material in water) of flexible strips of water-soluble material 130; the application 1503 (at least incorporated herein, the application of at least one cleaning material to at least a portion of such flexible strips of water soluble material) from at least one cleaning material 120 to at least a portion of such flexible strips of water soluble material 130; the rolled 1504 (at least incorporated herein, the winding of such flexible strips of water-soluble material on a mandrel) of such flexible strips of water-soluble material 130 on at least one mandrel; and the adhesion 1505 (at least incorporated herein, the adhesion of such flexible strips of water-soluble material to each other to form a tube) of such flexible strips of water-soluble material 130 with each other for form at least one tube. Preferably, the method 1500 further comprises the step of applying 1506 (at least incorporated herein, the step of applying at least one chemical treatment to such flexible strips of water-soluble material) at least one chemical treatment to such flexible strips of water-soluble material 130 (such as, for example, acid 142, base 144, cleanser 145, dye 148, or disinfectant 146 described above), as shown. This method is further illustrated in Figures 17-20. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, economic factors, etc., other steps, such as how to apply other chemicals or materials, make flexible strips of water-soluble material that already contain cleaner or other chemicals, acquire strips of water-soluble material, cut sections of the tube, roll the paper over the tube, etc., may be sufficient . Figure 16 shows a flow chart illustrating method 1600 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises the method 1600 for manufacturing extruded paper dispenser cores 510 or extruded plastic dispenser cores 610, comprising the steps of: Selection 1602 (at least incorporated herein, the selection of at least one water-soluble material) of at least one water-soluble material 130; the selection 1603 (at least incorporated herein, the selection of at least one cleaning material) of at least one cleaning material 120; addition 1604 (at least incorporated herein, the addition of at least one cleaning material to at least one liquid batch of at least one water-soluble material) of at least one cleaning material 120 a the minus a liquid batch of at least one water-soluble material 130; and extrusion 1605 (at least incorporated herein, the extrusion of at least one tube of at least one liquid batch) of at least one tube from at least one liquid batch, as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, such as user preference, advances in technology, intended use, economic factors, etc., other steps, such as how to add other chemicals or materials to the batch, cut sections of the tube, roll paper over the tube, etc., may be enough. Preferably, method 1600 further comprises the steps of selecting (step 1608) at least one solvent 1230 which is a chemically inert solvent of at least one cleaning material 120 and at least one water-soluble material 130; and adding (step 1610) at least one solvent 1230 to at least one liquid batch of at least one water-soluble material 130 (at least incorporated herein), selecting at least one solvent which is a chemically inert solvent of at least one cleaner and at least one water-soluble material, and adding at least one solvent to at least one liquid batch of at least one water-soluble material, and at a minimum is incorporated herein wherein the step of selecting at least one solvent comprises the step of selecting at least one alcohol which is a chemically inert solvent of at least one cleaner and at least one water-soluble material). Preferably, when the solvent 1230 is used, the step of selecting (step 1608) at least one solvent 1230 which is a chemically inert solvent of at least one cleaning material 120 and at least one water soluble material 130 further comprises the step of selecting (step 1612) at least one alcohol which is a chemically inert solvent of cleaning material 120 and the water soluble material 130, as shown. Figure 17 shows a flow chart illustrating the winder 1700 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispensing core system 100 comprises a coiler 1700 for manufacturing layered dispensing cores 210, as shown. Preferably, three rollers 1715 guide three strips 1730, 1732, and 1734 of water-soluble material 130 to mandrel 1720 and presser roller 1725, as shown. Preferably, the dispenser 1740 applies acid 142, such as, for example, citric acid, to the strip 1732, as shown. Preferably, the dispenser 1745 applies base 144, such as, for example, sodium bicarbonate, to another strip 1734, as shown. This serves to separate the acid 142 from the base 144 before dissolution. The resulting layered dispensing core 1710 is shown in cross section. Upon reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as another order of the layers, other roll placement, other cleaning chemicals, etc., may suffice. Figure 18 shows a diagram illustrating the winder 1800 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispensing core system 100 comprises the winder 1800 for manufacturing layered dispensing cores 210, as shown. Preferably, two rollers 1715 guide two strips 1832 and 1834 of water-soluble material 130 to the mandrel 1720 and the press roller 1725, as shown. Preferably, the dispenser 1840 applies acid 142, such as, for example, citric acid, to the strip 1832, as shown. Preferably, the dispenser 1845 applies base 144, such as, for example, sodium bicarbonate, to another strip 1834, as shown. This serves to separate the acid 142 from the base 144 before dissolution. The resulting layered dispensing core 1810 is shown in cross section. Upon reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as another order of the layers, other roll placement, other cleaning chemicals, etc., may suffice. Figure 19 shows a diagram illustrating the winder 1900 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises the winder 1900 for manufacturing layered dispensing cores 210, as shown. Preferably, two rollers 1715 guide two strips 1932 and 1934 of water-soluble material 130 to the mandrel 1720 and the press roller 1725, as shown. Preferably, the dispenser 1940 applies acid 142, such as, for example, citric acid, to the strip 1932, as shown.

Preferably, the dispenser 1942 applies the sealant 1950 on the acid 142, as shown. Preferably, the dispenser 1945 applies base 144, such as, for example, sodium bicarbonate, to the strip 1932 on the sealant 1950, as shown. The sealant 1950 serves to separate the acid 142 from the base 144 prior to dissolution. The resulting layered dispensing core 1910 is shown in cross section. Upon reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as another order of the layers, other roll placement, other cleaning chemicals, etc., may suffice.

Preferably, the sealant 1950 comprises water-soluble material, such as, for example, polyvinyl alcohol, starch, sugars, polyethylene glycol, etc. Upon reading the teachings of this specification, persons of ordinary skill in the industry will now understand that, under suitable circumstances , considering issues such as advances in technology, user preference, chemical compatibility, etc., other water-soluble or water-dispersible sealants, such as other water-soluble films, water-soluble paper, mineral oil, etc., may be enough Figure 20 shows a diagram illustrating the winder 2000 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispensing core system 100 comprises the winder 2000 for manufacturing layered dispensing cores 210, as shown. Preferably, two rollers 1715 guide the strip 2030 of water-soluble material 130 to the mandrel 1720 and the press roller 1725, as shown. Preferably, the dispenser 2040 applies acid 142, such as, for example, citric acid, to the strip 2030, as shown.

Preferably, the dispenser 2042 applies the sealant 1950 on the acid 142, as shown. Preferably, the dispenser 2045 applies base 144, such as, for example, sodium bicarbonate, to the strip 2030 on the sealant 1950, as shown. Preferably, the dispenser 2043 applies the sealant 1950 on the base 144, as shown. Preferably, the sealant 1950 serves to separate the acid 142 from the base 144 prior to dissolution, and to protect the base 144 from direct contact with air. The resulting layered dispensing core 2010 is shown in cross section. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other water soluble sealants, such as other water soluble films, water soluble paper, mineral oil, etc., may suffice. Figure 21 shows a perspective view illustrating the compressed powder dispenser core 2110 having chemicals compressed in the form of a solid tube in accordance with a preferred embodiment of the present invention. Preferably, the dispenser core 2110 comprises cleaning ingredients 120, as shown. Preferably, the dispenser core 2110 comprises binder 2155, as shown. Preferably, the dispenser core 2110 comprises lubricant 2160, as shown. Preferably, the dispenser core 2110 comprises colorant 148, as shown. Preferably, the binder 2155 (at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one binder to bind the ingredients of at least one soluble core of paper roll together) comprises at least one material capable of helping to adhere other materials to each other in a solid mass under compression, preferably, polyethylene glycol, sorbitol, maltodextrin, other sugars, starch, water soluble polymers, pectin, etc. Preferably, the binder 2155 is used according to it is necessary with any composition or manufacturing process of core dispatcher. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other binders, such as water , alcohol, cellulose, etc., may be enough. Preferably, the lubricant 2160 (at least incorporated herein, wherein at least one soluble core of paper roll comprises at least one lubricant to lubricate the ingredients of at least one soluble core of paper roll during manufacturing processes) comprises a material capable of lubricating the flow of the powder product through the compression equipment, such as, for example, sodium benzoate, stearates, polyethylene glycol, mineral oil, silicates, alginic acid, etc. Preferably, The 2160 lubricant is used as needed with any composition or manufacturing process of the dispensing core. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other lubricants, such as vegetable oil , glycerin, fats, metal stearates, etc., may be enough. Preferably, the cleaning ingredients 120, the lubricant 2160, and the binder 2155 and, optionally, the dye 148, are mixed together as dry powders, and then pressed into a mold in the form of a tube. This method of manufacture is described for objects in the form of tablets in U.S. Pat. no. 6,713,441 B1, incorporated herein by reference in its entirety. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other requirements, such as others ingredients, the use of a wet powder, etc., may be sufficient. In a preferred alternative embodiment, cleaning ingredients 120, in particular acid 142 and base 144, are layered into microspheres, which are then pressed into a mold in the form of a tube. This method of manufacture is described for objects in the form of tablets in U.S. Pat. no. 6,210,711 B1, incorporated herein by reference in its entirety. By reading the teachings of this specification, people of ordinary skill in the industry will understand now that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other requirements, such as other ingredients, the use of a wet powder, etc., may suffice. Preferably, the cleaning ingredients 120 and the dye 148 are released into the water 951 when the compressed powder dispensing core 2110 is placed in the water plumbing installation 101 and dissolved, as shown in Figure 10. Figure 22A shows a diagram illustrating method 2200 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises method 2200 for manufacturing compressed powder dispenser cores 2110, as shown. Preferably, method 2200 comprises the steps of: The formulation (step 2205) of at least one powder comprising the cleaning ingredients 120; and the compression (step 2220) of at least one powder in the form of at least one core of paper roll (at least incorporated herein, the formulation of at least one powder comprising at least one cleaner; compression of at least one powder in the form of at least one paper roll core), as shown. Figure 22B shows a diagram illustrating method 2205 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises method 2205 for manufacturing compressed powder dispenser cores 2110, as shown. Preferably, method 2205 comprises the steps of: The formulation (step 2215) of at least one powder comprising layered microspheres comprising ingredients cleaning 120; and the compression (step 2220) of at least one powder in the form of at least one roll paper core (at least incorporated herein, the formulation of at least one powder comprising layered microspheres comprising at least one less a cleaner, and the compression of at least one powder in the form of at least one core of paper roll), as shown. Figure 23A shows a diagram illustrating the winder 2300 and Figure 23B shows a flow chart illustrating the method 2301 in accordance with a preferred embodiment of the present invention. Preferably, the paper roll dispenser core system 100 comprises the winder 2300 for manufacturing layered dispensing cores 2310, as shown. Preferably, the chemicals 120 can be mixed with alcohol, sugar, and pectin in a tub 1200; then, the mixture is heated to remove the alcohol and form an alcohol-free gel 2340 containing chemicals 120, as shown. Preferably, the gel 2340 is then placed between two strips of water-soluble material 2330 and 2332 using the dispenser 2341, which are then wound between the mandrel 1720 and the heated press roll 2325 to fix the gel 2340 in a soft and flexible material adhered and interleaved between strips 2330 and 2332, as shown. Then, the strips 2330 and 2332 wrap around the mandrel 1720 to form the layered dispensing core 2310, as shown. The resulting layered dispensing core 2310 is shown in cross section. Preferably, the paper roll dispensing core system 100 comprises method 2301 for manufacturing layered dispensing cores 2310, as shown. Preferably, method 2301 comprises the steps of: Mixing (step 2345) sugar, thickener, chemicals 120, and solvent 1230 in a liquid batch; heating (step 2350) the liquid batch to activate the thickener and remove the solvent 1230; dispensing (step 2360) the liquid batch between at least two layers of water-soluble material 130; simultaneously heating (step 2370) the layers of water-soluble material 130 containing the one liquid batch, while laminating (step 2375) the two layers of water-soluble material 130 containing the liquid batch between the rolls 2325; and rolling (step 2380) the layers of water-soluble material 130 containing the liquid batch on the mandrel 1720 to form at least one tube (at least the steps of mixing at least one sugar, at least one thickener, at least one cleaner, and at least one solvent in at least one liquid batch, heating at least one liquid batch to activate at least one thickener and removing at least one solvent; dispatch at least one batch liquid between at least two layers of at least one water-soluble material, simultaneously heating at least two layers of at least one water-soluble material containing at least one liquid batch, and laminating at least two layers of water. at least one water soluble material containing at least one liquid batch between at least two rollers, and rolling at least two layers of at least one water-soluble material containing at least one liquid batch above less u mandrel to form at least one tube), as shown. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering issues such as advances in technology, user preference, chemical compatibility, etc., other requirements, such as others chemicals, other thickeners (such as corn starch, pectin activated by monocalcium phosphate, etc.), additional layers, additional heated rollers, etc., may suffice. The following examples provide detailed instructions for manufacturing a layered dispatcher core 2310 in accordance with method 2301. Without wishing to be bound by theory, it is believed that this process is extendable. Example 1 Equipment - template tool - essentially an unrolled conventional core - in the form of a parallelogram; engraving tool - a thick piece of approximately 1.27 mm (0.050") cardboard mat material with a cut shape to fit the jig tool and a paper liner to protect the hot rollers from any potential squeezing; stove, hot plate, gas burner, etc.); hot roller (laminator); Tubemaster "mandrel" tube (1-1 / 4"). Schedule 40 PVC - 4.22 cm (1.66") outside diameter). - a dissolvable paper sheet of 21.6 cm (8.5 inches) x 27.9 cm (11 inches) (Dissolvo - D60), preferably printed with distinctive marks, approximately 1 tablespoon (15 ml) of sugar, approximately 15 ml (1 tablespoon) of sodium bicarbonate, about 15 ml (1 tablespoon) of citric acid, about 2.5 ml (1/2 teaspoon) of washing powder, about 1.25 ml (1/4 teaspoon) of pectin (gelling agent), blue dye powder as required; p erfume as required.

Preparation: 1. Dry products of sodium bicarbonate, citric acid, detergent powder and pectin are premixed and sieved and set aside. 2. Premix a pinch of blue dye powder in 0.35 1 (12 ounces) of water and set aside, (the colorant in water is easier to handle than the powder) 3. Using the template tool, the fold the paper in half lengthwise and mark the area on the inside surface of the folded dissolvable paper where the "candy" will be applied. 4. Mix 15 ml (1 tablespoon) of sugar and 2.5 ml (1/2 teaspoon) of a mixture of blue dye and water in a small pot (step 2345). (if you use a water-based perfume, add it here) . It is cooked with high heat on an electric or gas stove constantly stirring (step 2350). 6. Monitor the temperature of the sugar using a candy thermometer or digital thermometer with a thermocouple. 7. The temperature at which the desired "caramel" firmness is required to produce the desired stiffness of the product is chosen (see caramel temperatures detailed below, preferably 116 ° C (240 ° F) - soft ball) 8. Once the sugar reaches the desired temperature, dry products are mixed into a well-distributed consistency, (if a non-water-based perfume is used, add it here 9. The "candy" is spread over the paper in the area traced by the template tool (step 2360). 10. Fold the paper in half lengthwise 11. A manual roller can be used to flatten any large lump of material before going through the heated rolls. 12. Place the folded paper with the "candy" (sandwich) in the engraving tool aligned with the registration marks. 13. The engraving tool is passed through the hot rollers as many times as required, until the area marked on the template is completely filled (step 2370 and step 2375). 14. The sandwich is removed from the engraving tool.

. The sandwich is cut with the guide in the layout of the template tool. 16. The sandwich is rolled over the Tubemaster mandrel to create a tube wound in the shape of a helix (step 2380). 17. Some manipulation of the joint (overlap joint) may be needed to obtain an aesthetically acceptable tube. 18. Extend the tube on the mandrel (like a kitchen roll) on a hard surface to obtain better uniformity. Example 2 Equipment - a pan of 0.95 I (1 quart) or smaller; a bowl of 0.95 I (1 quart); hand or fork mixer; metal spatula; electric or gas stove; digital thermometer; rolling mill; frame laminating tool (engraving tool); template tool; mandrel (Tubemaster 1000, 2000 or 3000). Ingredients - sugar granules; sucrose; table sugar; citric acid granules; sodium bicarbonate powder; fruit pectin, (Sure Gel); dry soap powder, laundry detergent; blue dye powder (food grade); and water.

Procedure: 1. Mix dry products in a separate bowl in the following quantities: a. 15 ml (1 tablespoon) of citric acid 2. 15 ml (1 tablespoon) of baking soda 3. 1.25 ml (1/4 teaspoon) of pectin 4. 1.25 ml (1/4 teaspoon) of dry soap 5. Prepare a 12-ounce bottle of water with a pinch of blue dye and shake well. 6. Mix 15 ml (1 tablespoon) of sugar with 2.5 ml (V? - teaspoon) of blue water in the saucepan. 7. Warm the mixture slowly until it boils 100 ° C (212 ° F) - 102 ° C (215 ° F). 8. Boil and stir continuously while observing the temperature using the digital thermometer. 9. Boiling is maintained until the speed of bubbling is minimized. This is the time when water almost degass from the "syrup" of melted sugar. 10. The final temperature is recorded. Preferred target temperature 116 ° C (240 ° F) (soft ball). 11. Premixed dry products are added. 12. Stir to a paste or dough consistency. 13. Apply the paste to the prepared Dissolvo paper by marking the cut out area using the template tool and folding the paper in half lengthwise. 14. The laminator is passed as many times as required to fill the cut-out area drawn by the template tool. 15. Remove the flat tube pattern from the frame tool. 16. The flat tube pattern is trimmed with the guide to the marks of the template tool 17. The roll is rolled over the mandrel and a permeable putty is applied as required. require 18. Let the tube rest until it cools. The resulting core is dissolved to a state that can be removed in the toilet before 30 seconds and completely dissolved in about 2 minutes.

Example 3 Equipment - a pan of 0.95 I (1 quart) or smaller; one bowl of 0.95 1 (1 quart); hand or fork mixer; metal spatula; electric or gas stove; digital thermometer; rolling mill; frame laminating tool (engraving tool); template tool; mandrel (Tubemaster 1000, 2000 or 3000); chronometer. Ingredients - sugar granules, sucrose, table sugar; citric acid granules; sodium bicarbonate powder; blue dye powder, food grade; Water.

Procedure: 1. Dry products are mixed in a separate bowl in the following quantities: a. 15 ml (1 tablespoon) of citric acid b. 15 ml (1 tablespoon) of baking soda 2. Prepare a 0.35 I (12 oz.) Water bottle with a pinch of blue dye and shake well. 3. Mix 15 ml (1 tablespoon) of sugar with 2.5 ml (V? - teaspoon) of blue water in the saucepan. 4. Heat the mixture slowly until it boils 100 ° C (212 ° F) - 102 ° C (215 ° F). 5. Boil and stir continuously while observing the temperature using the digital thermometer. 6. Boiling is maintained until the speed of bubbling is minimized. This is the time when water almost degass from the "syrup" of melted sugar. 7. The final temperature is recorded. Preferred target temperature 116 ° C (240 ° F) (soft ball). Premixed dry products are added. 8. Shake to a paste or dough consistency. 9. Apply the paste to the prepared Díssolvo paper by marking the cut out area using the template tool and folding the paper in half lengthwise. 10. The laminator is passed as many times as required to fill the cut-out area drawn by the template tool. 11. Remove the flat tube pattern from the frame tool. 12. The flat tube pattern is trimmed with the guide to the marks of the jig tool 13. The mandrel is rolled over and permeable putty is applied as required. 14. Let the tube stand until it cools. The resulting core dissolves to a state that can be eliminated in the toilet before 30 seconds and dissolves completely in about 2 minutes. Mixing the dried products in the melted sugar allows the water soluble chemicals (ie, citric acid, baking soda, and powdered detergents) are incorporated into the sugar matrix without dissolving. Since chemicals do not dissolve, they usually do not react with each other in the sugar matrix. In addition to using the sugar matrix in the layer-layered manufacturing process shown above, the sugar matrix loaded with chemicals can, alternatively, be extruded as a finished tube, or as a ribbon to be wound on a tube or a mandrel, preferably, without dissolvable paper layers. This provides a simple and economical method of manufacturing. Figure 23D shows a chart illustrating the collected compression height data for conventional roll cores as opposed to the dispenser cores in layers 2310 manufactured in accordance with method 3201.

Preferably, the layered dispensing cores 2310 are strong enough to withstand the suggested manufacturing processes and normal use. Figure 23E shows a chart illustrating the deviation data for conventional roll cores as opposed to layered dispatch cores 2310 made in accordance with method 3201. Preferably, layered dispatch cores 2310 are flexible enough to withstand the use normal and avoid its crumbling. Figure 23F shows a chart illustrating the incapacitation data for conventional coil cores unlike dispensing cores in layers 2310 manufactured in accordance with method 3201. Preferably, layered dispatcher cores 2310 are strong enough to withstand the use normal and avoid its incapacitation (deformation by compression along). Figure 24 shows a perspective view illustrating the dispenser core 2410 with removable covers 2420 in accordance with a preferred embodiment of the present invention. Preferably, the dispensing core 110 comprises the dispatcher core 2410, as shown. Preferably, the dispenser core 2410 comprises the removable cover 2420, as shown. Preferably, the removable cover 2420 provides a barrier between the chemicals 120 and the paper roll 105. Preferably, the removable cover 2420 is removed by the user prior to placing the dispensing core 2410 in the plumbing installation 101. Preferably, the cover removable 2420 comprises a plastic film attached to the dispenser core 2410 with adhesive 2421, as shown. Preferably, the removable cover 2420 (at least incorporated herein, wherein at least one soluble core of paper roll further comprises at least one manually removable outer layer) comprises distinctive markings 710. Figure 25 shows a perspective view. illustrating the dispenser core 2510 having at least a patch 2550 of cleaning chemicals 120 in accordance with a preferred embodiment of the present invention. Preferably, the dispenser core 2510 comprises patch 2550 of cleaning ingredients 120, as shown. Preferably, the patch 2550 comprises cleaning ingredients 120 applied to at least a portion of the inner or outer surface of the dispensing core 2510, as shown. Preferably, the patch 2550 is covered by a removable cover 2420 to prevent the cleaning ingredients 120 from contacting the paper roll 105, as shown. Preferably, the removable cover 2420 comprises a plastic film. More preferably, the removable cover 2420 comprises a water soluble plastic film. Preferably, the patch 2250 comprises an independent pack 2251 adhered to the inner or outer surface of the dispenser core 2510, as shown in FIG. sample. Preferably, the independent package 2251 is soluble in water. Preferably, the independent package 2251 is removable to be placed in the plumbing installation 101 separately from the rest of the dispensing core 2510. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under appropriate circumstances, considering issues such as advances in technology, user preference, etc., other requirements, such as multiple packages, the package including a sample of material from propaganda, the package containing some chemicals and the core containing other chemicals, etc., may be sufficient. Figure 26 shows a perspective view illustrating the dispatcher core 2610 in accordance with a preferred embodiment of the present invention. Preferably, the dispatcher core 110 comprises the dispatcher core 2610, as shown. Preferably, the dispenser core 2610 comprises at least one hollow chamber 2620 adapted to contain chemicals, as shown, preferably, cleaning ingredients 120. Preferably, the dispenser core 2620 comprises an inner core 2625, an outer core 2626, and end caps 2627, as shown. Preferably, the cleaning ingredients 120 are placed between the inner core 2625 and the outer core 2626, sealed with the end caps 2627, as shown. Preferably, the user removes an end cap 2627 and pours the cleaning ingredients 120 into the plumbing installation 101.

More preferably, the inner core 2625, the outer core 2626, and the end caps 2627 comprise water-soluble material 130, allowing the dispenser core 2610 to be placed in the plumbing installation 101 to dissolve. By reading the teachings of this specification, people of ordinary skill in the industry will now understand that, under the right circumstances, considering such issues such as advances in technology, user preference, etc., other requirements, such as other forms of cameras, other quantities of cameras, other methods of sealing the cameras, etc., may suffice. The relevant parts of all the cited documents are incorporated herein by reference; the mention of any document should not be construed as an admission that it constitutes a prior industry with respect to the present invention. To the extent that any meaning or definition of a term in this written document contradicts any meaning or definition of the term in a document incorporated by reference, the meaning or definition assigned to the term in this written document shall govern. The dimensions or values expressed herein are not to be construed as strictly limited to the exact numerical value or dimension listed. Instead, unless otherwise specified, each dimension or numerical value refers to both the numerical dimension or value listed and the functionally equivalent range surrounding that dimension or numerical value. For example, a dimension expressed as "40 mm" will be understood as "approximately 40 mm". While particular embodiments of the present invention have been illustrated and described, it will be apparent to those skilled in the industry that various changes and modifications can be made without departing from the spirit and scope of the invention. It has been intended, therefore, to cover in the appended claims all changes and modifications that are within the scope of the invention.

Claims

1. A core for use with a twisted-up wound material; the core comprises: a water-soluble support material; a cleaner placed on the water-soluble support material, the cleaner further comprises an acid and a base; and, characterized in that the core is soluble upon contact with water and the cleaner is disposable within the water upon initiation of core solubilization.

2. The core according to claim 1, characterized in that it also comprises a fragrance.

3. The core according to claim 2, further characterized in that the fragrance is detectable by a user before the solubilization of the core.

The core according to claim 2, further characterized in that the fragrance 350 is detectable by a user after the solubilization of the core.

5. The core according to claim 1, characterized in that it also comprises a colorant.

The core according to claim 1, further characterized in that the cleaner is placed on the water-soluble support material in at least one layer.

The core according to claim 6, further characterized in that the acid is placed in at least one of the layers placed on the water-soluble support material.

8. A core for use with a twisted-up wound material; the core comprises: a water-soluble support material; a cleaner placed on the water-soluble support material; the cleaner further comprises an acid and a base; a binder material, the binder material provides adhesion of at least one of the acid and base of the cleaner to the water-soluble support material; and, characterized in that the core is soluble upon contact with water and the cleaner is disposable within the water upon initiation of the solubilization of the core.

The core according to claim 8, further characterized in that the acid is selected from the group comprising citric acid, boric acid, hydrochloric acid, hydroxyacetic acid, acetic acid, fumaric acid, sulfuric acid, hydrogen peroxide, and combinations of these.

The core according to claim 8, further characterized in that the base is selected from the group comprising calcium carbonate, sodium carbonate, potassium carbonate, potassium hydroxide, sodium hydroxide, ammonia and combinations thereof.

The core according to claim 8, characterized in that it also comprises a bleach.

The core according to claim 11, further characterized in that the bleach is selected from the group comprising cyanuric acid, trichloroisocyanuric acid, sodium percarbonate, sodium dichloroisocyanurate, 1-bromo-3-chloro-5,5-dimethylhydantoin, peroxide, sodium hypochlorite, and combinations of these.

The core according to claim 8, characterized in that it also comprises a disinfectant.

14. The core according to claim 13, further characterized in that the disinfectant is selected from the group comprising pine oil, isopropyl alcohol, octyldecyl dimethyl ammonium chloride, dioctyl dimethyl ammonium chloride, didecyldimethylammonium chloride, alkyl dimethyl benzyl ammonium chlorides, 2-butoxyethanol, bleach, thymol, eucalyptol, menthol, alcohols, oxidants, iodine compounds, silver compounds, phenolic compounds, quaternary ammonium compounds, and combinations thereof.

15. The core according to claim 8, characterized in that it also comprises a fragrance.

16. The core according to claim 8, characterized in that it also comprises a colorant.

17. The core according to claim 8, characterized in that it further comprises a lubricant.

18. The core according to claim 8, characterized in that it also comprises a surfactant.

19. The core according to claim 19, further characterized in that the surfactant is selected from the group comprising sodium laureth sulfate, sodium lauryl sulfate, tetrasodium pyrophosphate, anionic surfactants, wetting agents, sodium borate, or tetrasodium EDTA, soaps, alkyl glucosides, ammonium lauryl sulfate, sodium stearate, dialkylmethylamines. and combinations of these. The core according to claim 8, characterized in that it also comprises an encapsulant.