TW201250417A - Method and system for the formulation of hair dye colors using manufacturers' standardized packaging - Google Patents

Abstract

In one embodiment there is provided a method for preparing a hair dye mixture. The method includes a scale and control system in communication with each other. The control system provides for a memory and a display, wherein the memory contains a formula defining instructions for blending a hair dye mixture. The method displays the instructions on the display. The stylist may then view the display of instructions and then adds to a receptacle on the scale, colorant(s) and dye blending material(s) in accordance with the instructions by using hair color manufacturers' standardized packaging, such that non-standardized or specialized packaging of colorants and/or dye blending materials are not required.

Description

201250417 VI. INSTRUCTIONS OF THE INVENTION: FIELD OF THE INVENTION The present invention relates to methods and systems for using a manufacturer to standardize package binding components to produce a desired hair dye or other desired formulation. [Prior Art] The present invention can be applied to various fields and various applications. In one of these areas, the preparation of cosmetic and hair dyes, the field currently dyes hair dyes in small containers, including but not limited to tubes and bottles of various sizes. The beauty salon further provides a parametric statistical chart showing how many "A" components and how many "B" and "C" and "D" components are used to produce the desired final color. In order to produce the desired color, the colorist must first determine the desired ingredients. This is a challenge for the busy beauty salon with multiple colorists. In addition, each manufacturer's color line is up to 60 or more components, and it is important to use the right material in the right amount. After selecting the color to be used, the next step is to squeeze or pour each component approximately the amount of the mixing bowl. Currently used in a variety of rough measurement techniques' so there is little control over the final product. The methods currently used in most beauty salons lack precision and control and do not confirm correct results. The raw material color parameters are serialized on the color card provided by the pigment manufacturer. To meet the needs of specific guests, color formulas are often adjusted. These custom colors are usually recorded on a 3x5 card or other manual preparation tool and archived for future reference. Disadvantages of this method include: inaccurate volume measurement ("...plus 1/2 cap···', "squeeze to reticle..."); the end result depends on the skill level of the operator or Opportunity; no control ~ handwritten guest records without backup; and the entire process is lacking hair == fruit; < meaningful capital 95580 4 201250417 news and control. Overall, this creates a process of being scattered, inappropriate, and unorganized, and completely lacks accurate measurement. In the 1990s, a fully automatic computerized control dispenser for dyeing and dyeing materials was introduced to address the weaknesses of today's manual mixing process. Most models sell for between $10,000 and $20,000. In fact, all beauty salons cannot afford these dispensers. These dispensers automatically measure the correct amount of each component with high precision, while the software library not only stores the raw material color parameters but also specifically blends, since the recipe and guest information are stored in electronic form, so locate The information you need is simple. It is also possible to back up files to make important guest history data more secure and easy to share with other locations. However, these early automatic dispensers have a very serious drawback, requiring the preparation of specially designed internal storage bags for various color compositions. These containers are typically designed to accommodate one or two liters and are specifically constructed to eliminate the possibility of air permeation. This air permeation may oxidize and destroy the dye. Unfortunately, the required volumetric packaging further requires manufacturers to require significant, multi-million dollar capital costs to add additional manufacturers' filling lines and production-specific containers. In addition, the main drawbacks of automatic dispensers include high cost, extreme complexity, high maintenance requirements, and, as stated, the need for high cost capital investment in hair color manufacturers to meet the unique packaging needs of automated dispensers. Therefore, the plan is considered to be uneconomical and does not continue to move forward. This failure has led to a need for a simpler, more cost-effective way to eliminate the shortcomings of earlier designs. When someone needs to blend or mix some of the components, the need to eliminate waste, establish a cost-effective way to help the user, and provide a process for the production of the mixture is highly desirable. There is a need to provide monitoring methods that are coupled to precise metrology tools to eliminate potential errors and improve overall accuracy while producing accurate measurements and information to control the overall process. SUMMARY OF THE INVENTION One or more embodiments of the present invention are directed to controlling otherwise uncontrolled processes at substantially reduced cost (approximately $2500 to $3500). One or more prior embodiments have addressed existing but unresolved issues since the development of professional hair dyeing beauty salons. The new monitoring methods disclosed here reveal computer-driven systems with precision scales, brain-based recipe management secrets and on-demand storage for management = protection of blended fractions and future (if necessary The key is to minimize the theft and the color management system used to form the composition, together with the management of the composition and the processing of the composition and information. Each color management system has a blending workstation that uses the company's proprietary color blending management software. The participating workstations include a keyboard, == a liquid with a computer system of a certain size. The computer is "moving" and can also contain a storage container. For LEDs or other indicators: the choice of each control system. Each ~# + 3 chemical output 0 computer-driven system is also driven by the system to reduce theft. This ^ lock machine strengthens the barcode reader Color tube: = utilizes the required points and promotes inventory (4). The (4) color parameter is verified as, in one embodiment, the color management system of the mixture produced by the mixture, for example, but not limited to the dyeing dye mixture a personal care product mixture, etc. The color management system includes a computer drive system having at least a memory, an input control, and a display. The memory has a capacity to store at least one mixture formulation for mixing one or more of the components, for example, but not Limited to pigments, dyes, and/or blends. The color management system also includes a scale that communicates with the computer system to monitor the scale In addition, upon receipt of the input to produce the mixture, the computer system displays the formulation of the mixture to indicate the ingredients and quantities needed to produce the desired mixture. In one aspect of the invention, a A method of preparing a hair dye mixture comprising a scale and control system in communication with each other. The control system is configured for a memory and a display, wherein the memory contains a formulation defining instructions for blending the hair dye mixture. Display instructions on the display. Use the display instructions and then follow the instructions to use the dyed color manufacturer's standardized packaging to add the pigment and dye blending material to the container on the scale, so that non-standardized or special pigment packaging and / or dye blending materials are not In another aspect of the invention, a computer system is provided in which the weight of the composition added to the mixture is different (larger or smaller) than the recommended formula amount and the computer system receives the input to adjust the recipe to a new decision. Monitoring the scale when reconfiguring the weight of the composition The weight changes and adjustments (such as re-adjusting the formula) to the formula. The computer system also monitors the change in weight on the scale and the display. • The difference between the recommended number of ingredients in the composition and the amount of composition added and measured by the scale. It is also possible to measure the difference displayed until the number of zeros left is 95580 7 201250417 to indicate how much additional each additional composition needs to be added to achieve the recommended formula. It can also be used to connect the electricity (4) to the management software of the beauty salon. Exchange guest information and recipes associated with special guests. The computer system can record any changes in the formula of the bribe mixture and send the changes in the formula of the mixture to the beauty salon management software. σ In other ways, 琢 邑The management system can adjust the formula of the mixture after receiving the total amount of the desired mixture or the strength of the mixture. Also, the secret is provided, the mixture is a custom color wheel, indicated by ==::1 a list of compositions and blending materials, an indicator for initiating a particular selection of components, a monitoring of the single and total amount of the composition, and (Iv) an input connected to the storage formulation mixture, and then the mixture was accepted and completed. In another embodiment of the present invention, the operator inputs the guest=zhong i computer to display the historical data of the guest, including the customer's stored ==Γ recipe, is a new guest, establishes a historical broadcast and counts the chart: Parameter manual, or guest history selection activation (4) ί material input d composition of the required quantity and final choice: = degree; indicates that the operator placed - arrived at the bowl on the scale, and then the author of the first component, and LED or Others adjacent to the corresponding receipts and/or the container automatically dismissed the number of indications on the display panel, when (4) how much is added and the feedback is provided to the phase to when the stop is added Accurate allocation. After returning the bottle to the designated storage container, the operator presses ''; a 95580 8 201250417 closes and locks the storage container to activate the next (four) or other indicator, and the corresponding lower container is unlocked And/or open to provide access to the next component. A barcode reader can also be used to control the component solution and control process. A batch of records is then recorded in the guest history file. [Embodiment] The present invention has been described in many different forms, and the preferred embodiments of the present invention are not described in detail herein. It should be understood, however, that the present disclosure is not intended to limit the scope of the invention, the scope of the invention, and the scope of the invention. In a first embodiment of the invention, a system is shown and described that is designed to control the mixing of components, while the system controls other uncontrolled processes. The composition may be a mixture of various components such as a dye for blending a hair dye mixture, a secret cosmetic product, a food, and the like. The important state of (4) (4) refers to the method of preparing the dye mixture. The method can be implemented as a manual process, a semi-manual, or an automated process by definition of the full text. During the manual process, the stylist manually adds the ingredients of the mixture to the bowl according to the instructions provided. The creator then obtains the individual components from the containment H (reeeptac 1 e) and squeezes the other m half (four) earpieces of the contents onto the bowl f, and samples the individual components from the container. However, the addition of the contents of the composition to the bowl can be aided by mechanical means such as an extruder, a mechanical extruder or the like. In a finite state, this method can also cover automated processes if the automated machine takes standardized packaging components from the storage or receiving container (as defined below). It is conceivable to 'automatically control the robotic arm with the clip to take the packaging from the storage area and return it to the components after use. The method continues and is further defined as a scale and control system that includes mutual communication. The control system provides a memory and display, wherein the memory contains a recipe defining instructions for blending the hair dye mixture. As described, the method displays the instructions on the display. The stylist can then use the standardized packaging of the hair color manufacturer to add the pigments and dyes of the #Materials to the receptacles on the bowl or scale after viewing the displayed instructions, so that no pigments and/or pigments are needed. Non-standardized or special packaging of dye blending materials. As defined in this application, the term "manufacturer standardized packaging" is a very important concept and is therefore defined as a packaging component that is widely available to most professional beauty salons through general sales channels. Standardized packaging is defined as a non-standardized or special package that is defined as a custom package designed for use in a specific application or machine-specific material used in the hair dye-dye industry, and which requires containers and materials of a particular size, quantity, or characteristic. And the industry is not available and only one or a few industry players are available. For example, automatic dyeing dye mixing and dispensing machines require special packaging of the raw materials to match and be compatible with automatic dispensing machines. Referring now to Figure 1, an embodiment of the system is shown generally designated by numeral 100. The system 100 includes a finished storage 110 of a composition 110 (such as a color blending component in one example), a computer-driven system 120, and a small electronic scale 130 for monitoring mixing or blending processes. In addition, the system may, but need not, include a self-contained pump 140 and/or a feed tank for the addition of common activators or ingredients, such as peroxides. 95580 10 201250417 Some different embodiments of the present system 100 are illustrated as shown in Figures 1-13. Each system 100 includes a number of bins, drawers, or receptacles 200 for organizing and storing individual compositions, such as a blend of dye component containers/tubes 2〇5. Each receptacle 200 has an associated LED or other indicator 210 that is driven by system 220. The small electronic scale 130 is electrically coupled to the system 220 to provide feedback on how much of a given component or activator is specifically added to a particular batch of system 220. Although not necessarily a preferred embodiment, it may include a small reservoir 225 of several common components (such as a base and an additive) stored in the storage area 230. The measuring pump 235 couples the reservoir 225 to measure the common components ejected from the nozzle 237 into the batch mixture. The system 220 also automatically controls the pump conduit 240. As indicated, the common ingredients are manually added or automatically drawn into the mixing bowl 245 in the case of the above-described pump system. One embodiment of the present invention is as follows: (a) The operator inputs/views guest names or other identifying characteristics to the system via the integrated keyboard 250 or trackpad and display panel 255; (b) the system 220 has memory storage Guest information and/or historical data of the guest mixture, such as a specific or predetermined color scheme; the system similarly allows editing, adding, and deleting guest information or recipes; (〇The operator selects the previously stored requirements to be completed a mixture or a new formulation from the dye color of the guest's historical data, or from an available list of known ingredients; (d) then prompting the operator to enter the required quantity of the finished product (for example, whether the operator requires a different component) Ounces, 2 ounces, etc.); 95580 11 201250417 (d) The operator is then instructed to place an empty batch mixing bowl 245 on the 130; (e) the system 220 then illuminates or activates the LED or other type adjacent to the corresponding receipt The indicator 21 of the container prompts the operator to select the particular component needed for the mixture; the system can optionally control the locking mechanism on the container to the electronic side The storage storage benefit required to open/close or lock/unlock, σ) the operator adds the number of ingredients indicated on the display panel 255 to the bowl 245; upon addition, the computer system 220 monitors the scale 13 to determine the exact addition The amount of the display; the display panel 255 indicates how close the target is by the display, and indicates how close the target is to the target weight, and provides back to the operator, which can be represented by a graphic or other type of indicator as described herein. carry out. In one aspect, the graphic itself can be set so that the graphic appears on the display at the same size, regardless of the total amount required (1 ounce or 5 ounces). The number of fills in the graph will be adjusted to meet the full amount required. In comparison, the graph shown as the number of 1 panel will be filled with faster yields than the graph showing the number of 5 ounces. (g) after returning the ingredient and closing the designated storage drawer/receiver, the operator presses "next" (or any key specified by the computer system) to activate or illuminate the next receiving container LED or Other indicators, or unlock the container according to the amount of the composition or ingredient required. (h) Repeat the steps (〇 and (S) until the addition of the complete composition or color composition and activator required (i) Once the batch has been completed, record the exact quantity of all ingredients on 95580 12 201250417 in the guest history file. If this is a custom blending mixture, a separate software function will be selected. Under this function, The operator will tell the system which component to add or remove, and then the system will record the exact amount of each addition or deletion through the integrated section. When the batch is completed, the custom blended record will be stored in the guest's history. Data file. It should be noted here that the embodiment herein can use any type of computer system, which has a 5 memory storage area, a processor for executing various programs, and a computer. Other components known in the art. The system can communicate with a plurality of storage containers in a wired or wireless manner to control LEDs or other indicators 210 or other illumination, electronic locks, on/off and/or sound components to help identify the operator. A specific container that is manually dispensed to the bowl 245 for mixing a particular composition will be used. Further, the system communicates with the electronic scale 13 and the monitor 255 in a wired or wireless manner for identification and display. The operator needs to add a certain amount of specific ingredients into the bowl 245 and communicate with the storage container in a wired or wireless manner during use. After the return visit, the stored information can be used to accurately rebuild the mixture. The method of producing a mixture, especially when applied to a beauty salon, which replaces the chaotic, uncontrolled mixing process with an easy-to-use, guided process to produce the exact mixture again and again (like the exact color of the dye) Color). The system can be organized in various ways. For example, as shown in Figure 1, the system A counter-top model is shown, while Figure 3 shows a free standing model 270 with a bracket 275 so that the system can stand on the floor with the 95580 13 201250417. Figure 4 shows the curved section. 29 〇 ner ner top 285 285 285 285 280 280 280 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 此外 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280 280. A container 305 is shown, and a LED display 31 is placed at the bottom of each of the receivers (as opposed to the central embodiment shown in the previous embodiment). Further, in each embodiment, the storage container is invented for the system. It can be an object as needed. In Figures 7-9, system 4A represents the same composition and functionality as the prior embodiment except that the container is replaced by an open container structure 4〇5 that is secured to the opening 410 of the side storage region 415. . The tail of the tube & 420 contains an LED indicator 425 controlled by system 220. This embodiment has one or more of the following advantages over prior art systems: eliminating mixing or blending errors; the system ensures accuracy; the simple, manual control process produces the desired results regardless of the operator's skill level or experience; Maintaining guest history data 'so you can repeat the recipes accurately and again and again; using the system, even recording custom recipes for future participation; the system makes control independent of the operator, so in case the colorist leaves the US iPtl 'can Reconstruct the exact color; give the beauty salon more control over the retention or individual requirements of the guest; and control the soft-conformity = assign ingredients to prevent material waste and color deviation (off-shade); Process and product know-how; this purely neat and tidy, confusing and saving counter m and the use of this control to help reduce losses, provide simpler U, estimate future composition or inventory requirements and Indeed (four) materials and / or resistance 95580 14 201250417 block employee theft. In the other aspect of the invention, in the other aspect of the invention, the tether display indicates the remaining amount required during the dispensing of the composition: the weight of the weight added to the bowl 245, the display 255 indicates How many households are added by counting the target weight up or down. Ability to display various analogies = (discussed in more detail later) for more efficient communication will be added = one: the player presses "down-step" on the system and the system will light up: (10) (and / or turn on - (d)) and also re-calibrate the scale to =: How many next components need to be added? In addition, when the combination = plus - component, the system leads the operator through the provision of a stone horse cat as needed The device 450 is used to prove the SKU and promote the inventory control before use. The mother broom also traces the sputum and confirms the author's axis red retention system to identify the special characteristics of the mosquito container, yield ° ° example 'if the product Will scan the product =; - then the operator in the acquisition of the product is the system used to confirm the scan of the actual type of other equipment _ equipment. Production (10). Can be used in other states like the lion In the sample, the storage area of the purlin is complete, as shown in Fig. 12, the system 475 can have a separate container chart, as a more modular system setting. The early storage area 480 is connected with the damn. Allow a ^°£ domain 475 to wirelessly or instruct the storage piano to store ° @ or multiple consoles 475 communicate with the device, (iv) other instructions for a receiver to obtain the required composition 490; 95580 15 201250417 and keep track of the number of components used for rearranging purposes. In addition, it is possible Only the console is used without a storage container. In another embodiment of the invention, the system 100 can be used in conjunction with a management software. Elements of the basic management package are shared by a system application, the application containing guest information, guests Historical data, access and sharing capabilities of inventory data, and provision of usage reports stored by stylists, guests, beauty salons, storefronts. This may be a separate solution associated with the present invention or fully integrated with the present invention. A single system. The management software package maintains basic guest information such as name, phone number, email address, etc. Historical data will include service schedules, services provided, users, notes, and possibly photos. The system can maintain separate Assign historical data files, but will be able to share information with management software packages for inclusion in guests Historical data records. In addition, the management software package may have an inventory module that needs to report product usage. Referring now generally to Figures 13 and 14, reference is made to one or more embodiments in the given flowchart for illustrating The various inputs and outputs of a given system and the use of blending control software as described below. When using one or more of the present embodiments with available management software, the operation of the system typically follows the following steps: (a) Operator It may be necessary to identify or log into the system and then enter the guest name or other identifying characteristics (eg, phone number, etc.) in the blending control software, step 500; (b) the blending control software will act to control and display the guest history information; however, if Is a new guest (step 505), the blending control software is 95580 16 201250417 to allow the operator to create a new historical profile (step 510). (c) then the operator selects the desired composition in the Ting, step 515 From the stored data in the recipe database (step 520), the field can be used to display the statistical chart (chart) or = (if the management software package There are statistical charts or pallets.) The blending control system is linked to the recipe database or communicates with the recipe library to enable the blending control software to read and interpret statistical charts or pallets. (d) then the blending control software indicates the amount or size required to complete the composition; (e) the blending control software can then indicate the strength of the activator; (1) the desired batch size of the raw material color formula is mathematically scaled and The selected activator concentration is selected, step 525; (g) the operator is placed on the scale to place an empty mixing bowl; the blending control software compares the actual weight of the bowl with the target range value - this value is The U system can be defined. If the setting range is 〇 to 0, no verification will occur. The s control software will contain the maximum weight of the mixing bowl to allow for sufficient liquid capacity and remain below the _max capacity. For example, if the maximum capacity is 1,200 grams, and the batch size is 6 gram grams of wood composition, the maximum possible weight of the mixing bowl is 6 gram. However, to allow for batch correction, the calculation should assume a 50% dye component weight difference (e.g., 6 gram grams plus a difference = 9 gram grams leaving a 3 GG gram maximum bowl weight). Implementing a maximum bowl value ensures that there is sufficient scale capacity for color mixing. Alternatively, the operator can simply zero the weight to ensure that the system and scale are ready to continue. 95580 17 201250417 (h) If the correct bowl weight value is reached or the weight is zeroed, the blending control software will not be used in the first component step 53. If the bowl is above the maximum allowable value, a warning message is displayed. U) when the first composition is indicated, an LED or other indicator adjacent to the corresponding receiving container is activated, so that the operator can quickly determine the desired component (the secret storage system as needed); If the storage lock is included, the unlock signal is provided to the corresponding spiral s. For reference, this desired feature only allows the container that is unlocked by the push control software to be turned on. This provides two features: (a) prevention: tampering and/or (b) forcing the operator to use the system - otherwise the operator cannot, inventory. This ensures that all transactions are recorded in the system history file and are accountable. Similarly, the blending control software can be actually turned on and off, or locked and unlocked with a suitable hardware and machinery. All of these hardware and machinery are known; (^) As above, the weight of the mixing bowl is not recorded internally for use in the calculation. It is to zero the 枰; the numerical value of the 〇〇 gram is used to help the user start adding the first component; 〇) The operator adds the display panel (4) The number, with the scale monitoring, has been added exactly and is available for feedback by the user via an analog and/or digital indicator, step 535. ° (πι) A color-coded analog bar chart scale (or other type of analog or non-digit display or sound as follows) indicates the progress of adding the component. If you use the analogy and then add the material, the color of the analog scale will change from green to yellow, to orange and 95580 201250417. The corpse is green, yellow is used to indicate the operator is close to the private weight, orange The system is very close, and red means stop. His indicator 'axis indicates n or the sound will change accordingly. 〃 (η) The blending control software compares the actual dispensed quantity to the accuracy criteria. When a sufficient amount of calculations for the component is reached, the component will be considered complete and the display will transition to red. The product is greater than the maximum allowed value; it is suggested that the poem "accepts" H positively. If you select "Correct" then all batch volumes are based on differences

Recalculate the quantity 'Step 54〇. All corresponding weights will increase accordingly. If other components have been added to the batch between over-allocation (Gver _d i spense), job #合(四)软黯 A == amount. When the correct addition =::= is stored, (4) (8) The blending control software then prompts the operator for the next composition by illuminating the phase. Similarly, if two gamma provides an unlock signal to the corresponding solenoid. (Ρ) Internal record The current weight of the mixing bowl is used for the quantity _ = touch touch () · 〇 公 engage in zero heart (four) county (four) soft preparation good under - ingredients. Fresh noodles (4) heavy materials are prepared (step 545). To (η (q) if the blending control software is equipped with "automatic addition distribution", the blending control record (4) from the pure division f of the live (four) county Bencheng 八 1J in the manner of measuring the weight (using the scale) to perform the distribution Function. If you add ^ 95580 19 201250417, the ingredients will be distributed continuously. Without automatic allocation, the sowing control software only adds money to the user to add the appropriate activator or basic ingredients and refers to other than the previous steps. The quantity required for the ingredient indication. (Γ)When all ingredients have been added, 'The operator will be prompted to remove the mixing bowl (step 550); establish the exact amount of each component assigned to the database § Record and record In the historical archive (step coffee). Create a record containing the color name, quantity, time and date and transfer it to the beauty salon management software package 2 and then the beauty salon management software package can add information as a description of the custom record audit.-(4) In addition, the number of each component used in the blending control software is maintained = the inventory tracking money. The thief has the ability to query the number of points per minute for the given control (4). The body should also (4) transfer the use case value to the beauty salon management soft if necessary. For the operator to create a new mixture (Figure 14), the new broadcast option (step 56 °), select this new right 乂Start the appropriate software segment of the blending control software. Following the similar steps described above, in addition to not telling the wrestling ', the escorting system 1 _ protect the author's use of what ingredients, the blend will prompt the operator to select the first component The list of objects is assigned, such as listing the available ^, and his f ^ is adjacent to the corresponding containment 11 or its = "not to "provide the operator that the composition can be bit 1 = ^ 57G". If the door lock is included , the unlocking signal is provided to the official. After the signal is locked, the required opening and closing can be easily added. 95580 20 201250417 The weight of the container on the scale is used for the measurement calculation, and the reading position on the pole is displayed. The value g is located in the ready-to-add component 1 for the heart to not blend the control software while displaying the corresponding reference weight: the number of components required for the first component' container (if useful and clever: f; the author puts the ingredients back into the coffee If you use a door lock, when you put the S button "Continue" (step 580). When the dummy (four) becomes and closes the container, the blending control software can automatically lock the receiving device or automatically return the component and the operator = to: continue The container is closed. The display will name the component and the amount added to the recipe. The operator is prompted to select the second component (step 585). If the door lock is included, the unlock signal is provided to the corresponding solenoid. The internal recording of the mixing bowl container is used for the measurement calculation 'and then the numerical value 〇.〇 gram is returned to zero, so the operator can add the next component. The operator adds the required quantity of the second component' simultaneously Corresponding reference weight. When the addition is completed, let: select "down-step". The display shows the first and second ingredient names, and the number of each added to the recipe. Continue the above actions until all required components have been added. When the last component has been added, the operator selects 'Complete' (step 590). ^ Upon completion, the entire batch volume is calculated based on the specific gravity of the individual components. This value is stored for future reference to permit scaling of the batch size of the recipe. The database records are created in a precise quantity, and the optimal target quantity of each component is stored in the history file of the blending control software (step 595). The establishment includes the name, quantity, time and 曰95580 21 201250417 period Wenzi zit is transferred to the beauty salon management software package to be attached as a description of the custom record file. The number of each component used will be kept in the 4D control software for inventory tracking purposes. The query determines the number of each component in a given time period. The material inventory management functionality of the bar code device with or without the bar code device can be provided by one or more embodiments. The bar code scanning device has two sub-functions. Use an additional bar code sweep (4) It can be easily and used for tracking the use of the stock. It has a double (10) - just six seats; Τ 〇 ♦ sweep & all possible product libraries The project can establish the beauty of the hand ws L stomach to receive the new # transport, the sweepers into the * simply put them: == ΐ ΐ. The second 'when the blending control software with the corresponding two components can also be used Turn on the appropriate light, or turn on the disease. 4 Functionality will help ensure that the material is properly stored and advanced, and the potential problem of selecting the wrong material during the mixing operation is minimal. Allow::Ρ:Γ清形中' The blending control software can also track the operator's account for "the use of the chair it. It also accurately tracks the environment where third parties are not _t. In many beauty salons, some stylists will lift chairs. Sometimes the shape of the rented chair contains m. Because the blending control software knows the exact number of 2 knives in the blending, it has the ability to establish a per-batch that does provide "chair points:" Costs and billing information for employees can also be rented. 95580 22 201250417 In other embodiments, the blending control software can help reduce waste. In a beauty salon, users or stylists often mix for their guests. More than the number of components required. There are two reasons for this: (a) current volume measurement systems do not allow for batch reductions, and (b) it is difficult to estimate the actual number of compositions or colors required and they It is not intended to use up the material in the middle of application. One of the improved features allows the user or stylist to return the mixing bowl to the scale after the end of the guest service, as it is known that when the mixture is produced, the bowl is finished after the mixing step Weight, so the blending control software can subtract the weight of the returned bowl from the final weight. Then blending the control software can know the user or stylist The actual amount of the mixture used during the period. The guest master formula can then be adjusted to the actual quantity used and, if necessary, additional quantities can be added for safety, such as 5% or 10%. At the time, the re-quantitative master recipe, combined with the ability to accurately measure the blending control software, virtually reduces product waste. In one embodiment, a method for recalculating previously used to prepare at least two compositions is provided for recalculation. A system for formulating a mixture. The system includes a control device and a scale. The control device has a memory (permanent and/or temporary storage), an input control, and a display. The memory is used for storage from a mixture of at least two components. The scale is in communication with the control device. The control device monitors the weight on the scale such that the final weight of the mixture previously prepared from mixing the at least two components is stored in the memory. In this embodiment, when the mixture End weight (defined as the final weight of the previously prepared mixture minus the amount used by the user) placed on the scale And when the control set 95580 23 201250417 is ready to receive the recalculation signal, the blend control software calculates the quantity used, recalculates the mixture based on the quantity used, and stores the new mixture for subsequent use. This helps to reduce and eliminate additional This system embodiment can be further defined as a method for recalculating a recipe. The method provides a first step of providing a control device having at least a memory, an input control, and a display, wherein the memory is stored from at least two The composition is formulated as a mixture. The next step will provide a scale for communication with the control device such that the method stores the final weight of the mixture from the mixing of at least two components in the memory. After use, the user scales the scale on the scale. The end weight of the mixture. The end weight of the mixture is defined as the final weight of the previously prepared mixture minus the amount used by the user. Finally, the method recalculates the formulation of the mixture based on the final weight of the mixture versus the final weight of the mixture, and stores the recalculated formulation in the memory of the control device. In a further embodiment, a system for preparing a mixture is provided. The system includes control devices with at least memory, input controls, and displays. The memory has a capacity to store at least one mixture prepared from a mixture of one or more compositions based on a formulated amount of one or more of the compositions. Communicating with the control device is a scale that is monitored by the control device for weight changes on the scale. The control device will display the mixture formulation to indicate the composition and quantity required to establish the mixture upon receipt of the input for producing the mixture, which will further monitor the change in weight in the scale. Wherein, the control device will adjust the formulation when the weight of the composition added to the mixture is different from the recommended formulation amount. 95580 24 201250417 In yet another embodiment of the invention, a system for storing and for mixing constituent compositions to provide an operator with a mixture of mixtures is provided. The system is defined to include a plurality of storage receptacles; each receptacle holds at least one component and each receptacle communicates with a control device. The control device has at least a memory, an input control and a display. The system improvement includes: (a) the memory capacity to store and/or store at least one formulated mixture, which lists its composition and quantity; (b) the control device once received input for generating a mixture The formulated mixture will then be shown to indicate the desired composition and quantity to establish a mixture; and (c) an electrical locking mechanism placed in each storage receptacle, wherein upon receipt of the input for producing the mixture, the control device The signal can be sent to an electronic locking mechanism for locking and/or unlocking one or more receptacles relative to the composition held therein to establish the mixture. Alternatively, each container can have an open position and a closed position. In this case, each container having an electronic locking mechanism placed in each storage container is set to open and/or close the storage container. Thus, when the control device receives an input for generating a mixture, it can send a signal to the electronic locking mechanism for opening and/or closing one or more receptacles relative to the composition held therein to establish the mixture. Referring to Figure 15, a blending control system 600 for preparing a hair dye mixture is provided in various embodiments. The blending control system generally includes a control system having one or more of the following components: (a) memory 602, (b) input control 604, and/or (c) display 606. The blending control system further includes at least one recipe 608 stored in the memory 602. The formula 95580 25 201250417 defines an instruction for one or more pigments, and/or dye pushers, and a suggested amount of dyeing dye mixture. The replacement system also includes a scale that communicates with the blending control system (wireless or wired). The blending control system controls the color system 612 in the __ state of the various embodiments to permit the maker to produce a custom color. . = The inclusion color software 612 will prompt the user to select or input:: the wheel seed, and/or the dye blending material 614 after receiving the manual input from the custom coloring control of the hair dye. A scale corresponding to the number of ticks and/or dye blending materials 616 is monitored. Two or two types of pigments and/or dye blends placed on the scale are selected to select 3 quantities, and the custom color software will generate and store 618 ":, and the formula. When added to When the pigment or dye blending material of the scale is considered to be the quantity recommended by the formula, the various colors of the custom color are different: the dyeing hair _, the second: the:; the second series training includes ==:= _者'1:> m ^ Pound verification software can be used with chrome treading to dye the bar code on the ingredient package «Or the 624 device to read the bit in the component package # L — Name a RFID reader me in various embodiments = = hidden information. The system communication beauty salon management system contains the dyes associated with the guest 1 exchange of guests and the medium, blending control system h, hair dye Formulation 632 of the mixture. In this aspect (4) _, 4 riding and material control "incoming communication with the software 201250417 control and display for displaying instructions on the display, in response to input control and monitoring from the weight of the monitoring scale Manual input of software 634. The monitoring software helps monitor weight changes on the scale so that the blending control system can calculate the difference between the recommended amount of pigment or dye blended material and the actual amount of pigment or dye blend added to the scale. Using the adjustment of the weight of the container, this gap can be measured as small as zero, allowing the blending control system to indicate how much additional pigment or dye blending material needs to be added to the scale to achieve the recommended amount of pigment formulation. In a fourth aspect of various embodiments, the blending control system includes a control software 640 to indicate how much of one or more pigments and/or dye blends from the dye dye mixture can be added to or removed from the scale. The control software can include an analog or non-digit display image 642 of one or more pigment and/or dye blend materials from the dye dye mixture, and the software can change the image to indicate addition to or removal from the scale. Quantity. The image can be a system chart, such as a bar chart, a circular chart, a chart chart, or a line chart, but can be a colored line or black/white, or grayscale; can use sound or other types of image. The process control software may also include light capable of replaying the audible sound 644 or representing the amount of one or more pigments and/or dye blending materials dispensed from the dyeing dye mixture, and including software to reproduce the audible sound or light. Indicates the amount added to or removed from the scale. In a fifth aspect of various embodiments, the blending control system includes at least one set of guest information stored in the memory such that guest information 634 is associated with at least one recipe. The blending control system further comprises software 95580 27 201250417 for updating at least one group of guests to the US Wei" (four) age (four) ^ can be connected in the 'situation' of the blending control system comprising soft ~ - square 650 defined One or more types of colors:::::::^ Steps to compare the software 652, which is based on the final quantity of each used in the material blending material and borrowed: stock transfer surface (four) combined (four) ^ one Inventories 654. In addition to the M and Nb of the etched pigments and/or dye blending materials, use the comparative software to track the inventory ^:: _ quantity to the heart = add the eye to make the position of the _ pure The quantity will increase by 2 to indicate the stock water#. But (4), the quantity can be reduced =::=Incoming loss: test r=, = quantity used during compound preparation. This: can two == mixed store, or manufacturer's results In the seventh aspect of the model and the description of the example, the holding control system has stored at least one or more pigments and/or dye-slip materials in association with each other, and with each or more pigments and/or Or dye blending material phase dyeing, the push control system further comprises software for preparing by monitoring the material To calculate the final composition of the dyed mixture, including monitoring the pigments defined by the formulation, or the dye holding material, the amount of the scale, the cost of each use during the formulation period, 95580 201250417, and Add individual costing to calculate the final cost. Once the final use case and/or cost report software can report color usage and/or cost, the reporting software will be further based on stylists, guests, beauty salons or sections (when software links Report to the manufacturer of the special product, or the manufacturer of the special product, or the hirer of the production line, and/or the chair or booth, for the use and cost of the material for a given period of time. The report software will further The inclusion of ingredients is used to determine the average cost per guest for each treatment and other operational data. Referring to Figure 16 'In various embodiments, a blending control system for preparing a hair dye mixture is provided. The system generally comprises One or more of the following 70 pieces: (a) memory 7〇2, (b) input control 704, and/or (c) display 706. The system further comprises at least one formulation 708 stored in the memory 7〇2. The formulation defines one or more pigment and/or dye blending materials and instructions for regenerating the recommended amount of the dyeing dye mixture. The system also communicates with the system (Wireless or wired) scale. In an eighth aspect of various embodiments, the inclusion of a formula is permitted to blend and tune the body. As described above, this includes adding too much or insufficient ingredients based on changing the amount of the particular component. The formulation is re-formulated. This separately includes the ability to add or remove special ingredients from the formula, or to exchange or change specific ingredients with another composition. The formula adjustment software 720 is receiving additional from the input control input. The ingredient is either an indication that the ingredient is being removed from the formulation 722. The formula adjustment software 72 will then adjust the final all and/or in some cases the formula may be recalculated to adjust the increased batch size or strength of the mixture. The user then does not need to restart the new guest mixture. In another aspect of 95580 29 201250417, special ingredients may need to be changed or exchanged for different components = 4. . Since the special ingredients are not in stock, it is possible to change the special form of the knife. If the red color is not in stock, the stylist knows that they can combine some other colors to achieve the desired effect. The adjustment is ultimately all and/or in some cases (4) the formulation is calculated: The composition is used to adjust the increased size of the offset or the strength of the mixture. In other aspects, the recipe adjustment software 726 can be capable of converting a particular recipe from a product brand to another product #728. For example, if a brand of special color mixture requires (4) to (10) brands, the special component system can be different from the West. The conversion of the card allows the operator to rebuild the smash using different brands of products. If you provide the system, once converted, the system also controls the correct container or evacuation to unlock, open, and/or indicate (by led or other Tool) 73G. In another aspect, the formulation adjustment software 726 can contain a standard book 732 of a color mixture of a particular manufacturer. This allows the user to activate a base line formula that can be adjusted and customized for a particular guest. It is further noted that the total number of targets required for a particular component or all of the mixture is further established in the blending control system. The defined tolerance composition 734. When a particular ingredient is added, it can be found that some small tolerances above or below the indicated amount do not necessarily affect the end mixture. This tolerance has a tendency to exceed or fall below the recommended value of the formula by approximately 1_2%; however, it is possible to have the tolerance level set by the beauty salon, operator, manager, product manufacturer, or the like. To help the particular user identify the tolerance, the indicator can include the target line 736, the user can try 95580 30 201250417 = achieve the desired mixture 'but the indicator can be stepped into the upper and lower tolerances of the line Degree indication 738, the user will be identified by the area, such as the added component weight reaching within the tolerance indication range, the user can move to the next component without having to replenish the entire mixture. This tolerance is not visual or audible 740 and if the production line or bracket above and below the target line represents visual, reference is also made to Figure 22. In a ninth aspect of various embodiments, the blending control system can include various aspects to increase operator ease of use 742. Various technologies can be provided, such as touch screen 744 and wireless keyboard/mouse. The employee identification system 746 can also be used to properly identify employees and provide appropriate access to the blending controls. Various employee identification systems can be used, such as but not limited to magnetic card brooms; fingerprint scanners; bar code readers; password protection. The employee identification system can also be used to connect the following multi-level security measurement information. The management system is used to correctly identify the individual's specific access to certain areas of the blending control system. The ease of use of other aspects of the system includes the ability to automatically convert the product package into a single system 748. A variety of packaging can be used in a variety of volumes and weights. A unit based on a special product's information that is input to the blending control system converts the unit into a single-secret used by the operator. This single system can be operated as a weighted system. Or ^, because the input fWH, the correction (four) device itself can be a single unit system. The simple use of the system can be further enhanced by providing step-by-step guidance on the instructions on the screen. If the operator adds too many special components, the warning will be issued to 95580 201250417, or if the operator uses incorrect components, it will be issued. caveat. Warnings and commands can expand the system's ability to control the opening or unlocking of special storage areas or boxes. In a tenth aspect of various embodiments, the blending control system can be further provided with an information management structure 812. The use of various software compositions to manage information in the blending control system may or may not be included in the beauty salon management system. As described above, the beauty salon management system and the blending control system can be a single system or a separate system that is linked or communicated together. The blending control system 800 is generally provided for preparing a hair dye mixture. The blending control system typically includes a computer-driven system having one or more of the following components: (a) memory 802, (b) input control 804, and/or (c) display 806. The blending control system further includes at least one recipe 808 stored in memory 802. The formulation defines one or more pigment and/or dye blending materials and instructions for reconstituting the amount of dyeing dye mixture. The blending control system also includes a scale 810 that communicates with the system (wireless or wired). The information management system 812 is provided to communicate with the blending control system 800. Information management system 812 includes one or more components that are used consistently or separately. The first component of the information management system can be related to the information of the guest or guest information associated with their formula. The blending control system is capable of producing a recipe card 814 that can be used by a guest or stylist elsewhere. The recipe card assists the second or subsequent stylist in rebuilding the mixture in another location, for example, if another location is not linked to the blending control system. The second composition of the information management system 812 includes the ability to color predict 814. Color prediction 814 is capable of predicting the amount of color required during a particular time period. The forecast can be based on some of the 95580 32 201250417. The prime image is the color usage on the historical data, the schedule appointment and the guest, the history > material, and/or the beauty salon promotion. The color or composition of the ligand is predicted by examining the factors and generating a report containing the δ Τ list. The third component of the second government system 812 is the force that generates the purchase order 816. A purchase order 816 of special ingredients can be generated based on color usage predictions and real-time inventory levels, as those mentioned can be monitored and tracked by other composition systems. The purchase order 816 can also be based on a reoniei level. In accordance with the order, the blending control system can establish and open an order report 818 and automatically transmit the order 82〇 to the supplier via e-mail. In negative. In the fourth component of the management system 812, a new inventory update 822 can be obtained when the system adopts and enters a new inventory. The inventory can be input by scanning the code or inputting the blending control. It is also possible to compare the new stock received by 824 with the purchase order and usage report to determine the accuracy of the order and report. Referring to Figure 18, in a fifth component of the information management system 812, various reports 830 can be generated to aid in the management of the system and the beauty salon. Based on the detailed records of the guest and their use of the beauty salon service, a report indicating the number or percentage of guests using the dyeing service and their frequency of use or absence 832 are available. A report 834 indicating the calculation of inventory reductions and actual stocks can be obtained. Along with this aspect, the 836 savings report can be generated because the reduction in inventory is reduced over a period of time. And the report generated from the above is noted for the waste reduction 838 compared to the normal amount scheduled for a period of time. Reports can also be generated to assist the beauty salon in deciding to use the slings 95580 33 201250417. The fee 840' can be used to generate a recommended fee for the use of an excess of ingredients, i.e., a two or three times batch time due to the length or thickness of the . These reports can also be rotated to the administrator 842 via the internal network or the Internet to analyze the trend of the period (4). It is also possible to combine these reports in multiple beauty salons, regionally or nationally. σ Together with various reports, the hand control system can also include an operational statistical component 844. The operational statistics can be based on a variety of individual or prime. These factors include the average color batch by the operator/stylist - the average cost per guest is 848; the predetermined value for the preset value is compared to each reservation, the color service per hour - 85G; single - for double color application Comparison of the number 852 ·, the comparison of the number of applications on the scalp to the non-scalp 854; the comparison of the individual batch size to the beauty salon specification and the deviation of the standard; the comparison of the batch size deviation to the pricing service fee 858; and the specific application A comparison of pricing for standard procedures is 860. Other reports can be used as a basis for generating information to provide beauty salons in some single entities. Based on the total amount of all beauty salons or specific cities, regions, or nationalities can be stored and detailed records

Because the information management system can track inventory, it can generate a report to help outline higher transitions, as well as move or pause components. Reports can also be generated to assign usage scenarios between baseline usage and waste over a given period of time during a given period of time. , 'P The blending control system can be used to monitor the products used in the store by monitoring the products used in the store to track the purchase reward program (incent i ve pr gram) 862. In accordance with the complete guest information contained in the blending control system containing the brand or specific use of 95580 34 201250417, it is possible to determine to the customer the promotion of the specific retail product, and the promotion is also based on the specific purchase, Or a specific beauty salon service of the applied product. Referring to Figure 19, in the eleventh aspect of the present invention, the push control system is further provided with communication and data sharing. The software composition of the communication and sharing materials may or may not contain information in the beauty salon management system. The blending control secret is to prepare a dyeing dye mixture. The blending control system generally includes a computer-driven system. One or more of the following elements: (a) memory 9〇2, (b) input control 904 < and/or (c) display 9〇 6. The blending control system further includes at least one stored in memory 9〇2 Formulation 9〇8. This formulation defines one or more pigments, and/or dye blending materials, and instructions for reconstituting the recommended amount of dyeing dye mixture. The blending control system A scale 91 is provided that communicates with the system (wireless or wired). The communication and data sharing system 912 is provided and communicated to the system 900. The first composition and data sharing system 912 software allows the blending control system 900 to The main server 920 communicates to provide updates for the manufactured and/or installed system. The software can be updated and upgraded by the Internet server to log in to the main server. 922 In addition, the software installation and setting can be completed through the Internet. 924. The primary server 920 assists in diagnosing and repairing any maintenance problems of the 926 blending control system when communicating with the blending control system 900 and providing data backup capabilities 928. If the system is authorized to use the primary server to maintain false Updating and restoring the authority to lock the system controlled by the beauty salon. 95580 35 201250417 In the second composition, the blending control system and the beauty salon management system can be integrated or linked together to allow information sharing as described above. Information shared between two or more systems 900 can be included in the stylist, appointment information, sales service ticket information, Information on new and existing guest formula data, and modified recipe information. If multiple systems 900a, 900b, etc. are used in a single beauty salon or multiple beauty salons, each system can be connected to each other to share and merge information. Beauty salon applications can use a proprietary connection IP address or cross the Internet 930. The shared information can include inventory data, cost data, usage data, employee data, guest data, and recipe information. A modular rack unit 1000 that can be used to connect a dyeing dye system. The modular rack unit 1000 includes a plurality of rack openings 1050 for receiving a container 1100 that slides outwardly toward the user. Retaining container 1100 includes a slide or tube 1150 that receives opposing pegs 1170 that extend from the front of the opening. The conduit 1150 includes a curved section 1200 adjacent the rear section of the receptacle. The curved section 1200 is curved such that the end 1250 of the tube 1150 is placed near the lower section of the rear of the container. Therefore, when the container is pulled out, it can be swung or rotated downward. The drawer can have various sections 1300, 1320 to help organize and sort the products placed therein. It is further indicated that the container may have a fixed indicator light 1450 or a lower lip region 1400 located in front of the LED of the shelf opening. The lower lip region 1400 can be transparent or translucent so that the user can see light from the lower lip region 1400 when the container is completely closed and the light is turned on. 95580 36 201250417 Referring to Figure 21, various compositions are described from the present invention, and blend control system 600 is generally provided for preparing hair dye mixtures. The blending control system typically includes a computer-driven system having one or more of the following components: (a) memory, (b) input control 604, and/or (c) display 606. The blending control system further includes at least one recipe stored in the memory. The formulation defines one or more pigments, and/or dye blending materials, and instructions for reconstituting the amount of dyeing dye mixture recommended. The blending control system also includes a scale 610 that communicates with the system (wireless or wired). The blending control system further includes a tank for communicating with the blending control system. As explained above, the container can include an indicator and/or a lock. It is further provided that the software functions set forth above are defined to be built into a single or multiple software compositions. Regardless of the software language used to build the functionality, these components can be designed to work together. Moreover, the software will specifically constitute an embodiment that performs this function to infuse structural elements to the software and disclosed herein. In a further embodiment of the invention, a method for preparing a hair dye mixture by hand, semi-manually or automatically as defined above is provided. Executing this method uses a scale and control system that communicates with each other. The control system provides a memory and display wherein the memory contains an instructional formulation defining a blend of hair dyes. The command is displayed on the display to the stylist or user to perform various steps including viewing the display of the command, and then compliant with the instructions by adding a pigment and dye blending material to the receptacle on the scale. The core of these embodiments is based on the fact that the stylist uses the standardized packaging of the hair color manufacturer to make non-standard or special packaging of the material and/or dye blending material unnecessary. The language used is as defined above. In other aspects of this embodiment, the method continues with the step of displaying a display of the indicator of one or more pigments and/or dye blending materials that have been added to the container. The indicator further indicates a predetermined tolerance above and below the suggested number defined by the recipe. Based on the above, the stylist adds and/or removes the self-receiving container pigment or dye blending material until the indicator indicates that the number of containers is within a predetermined tolerance range. Additionally, the indicator can further include light, sound, and/or statistical charts. Other aspects of this embodiment can include the step of verifying the addition of the pigment and/or dye blending material to the container by comparing the dyed color manufacturer's standardized package for the formulation. The verification step can include using a scanner to scan the manufacturer of the hair color manufacturer's standardized packaging and to inspect the display of the standardized packaging instructions of the manufacturer of the hair color that is scanned by the recipe. In still other aspects, the method can include the stylist accepting the weight of the pigment or dye blending material on the scale, and then adding additional pigment or dye blending material to the receptacle on the scale in response to control The adjustment formula calculated by the control system is displayed by the system. When the weight accepted is different from the recommended amount defined by the formulation, the conditioning formulation is based on the accepted weight of the pigment or dye blend in the container. In addition, the stylist can verify the accepted weight of the pigment or dye blending material on the receiving container prior to adding the subsequent pigment or dye blending material to the receiving container on the scale. When the container holds the remaining amount of pigment or dye blending material (after use), the stylist can also weigh the weight of the container on the scale 95580 38 201250417. The residual weight is defined to include a portion of the pigment or dye blending material that has only been previously prepared in accordance with the instructions. In this case, the control system can modify the stored instructions based on the remaining amount of pigment or dye blending material on the container compared to the amount of previously prepared pigment or dye blending material. As described above, it will be appreciated that many variations of the set can be made without departing from the spirit and scope of the novel inventive concept. It should be understood that the invention is not intended to be limited to the particular methods and apparatus described herein. Of course, the invention is intended to cover all such modifications. BRIEF DESCRIPTION OF THE DRAWINGS The above description can be more fully understood with reference to the accompanying drawings in which: FIG. 1A is a perspective view of one embodiment of a system designed to control the process for mixing compositions, including a hybrid workstation and a view 1A is a first and cross-sectional view of the embodiment in FIG. 1A; FIG. 2 is an enlarged view of the container in FIG. 1A showing a storage area of the composition; A perspective view of one embodiment of a system for controlling a process for mixing a composition 'illustrates use on a pedestal; FIG. 4 is a perspective view of one embodiment of a system designed to control the process for mixing compositions' Use of a container storage area; Figure 5 is a perspective view of one embodiment of a system designed to control the process of mixing a composition to illustrate the use of a container with a change in LED indicator; 95580 39 201250417 Figure 6 Figure 5 is an enlarged view of the container in the Figure 5; Figure 7 is a perspective view of one embodiment of a system designed to control the process of mixing the composition 'illustrating the groove opposite the container Figure 8 is a perspective view of one embodiment of a system designed to control the process for mixing compositions, illustrating the use of a grooved tube as opposed to a container; Figure 9 is a groove in Figure 7 or Figure 8. An enlarged view of the tube; Figure 10 is a perspective view of one embodiment of a system designed to control the process for mixing compositions; Figure 11 is a perspective view of a bar code scanner for use in one or more embodiments Figure 12 is a perspective view of one embodiment of a system designed to control the process for mixing compositions, illustrating a modular system having at least a removable storage container, and Figure 13 illustrates the creation of a new dyeing dye formulation. Block diagram; Figure 14 is a block diagram showing the generation of custom colors; and Figure 15 is a system diagram showing the relationship between various software components and their systems; Figure 16 is a system diagram showing the relationship between various software components and their systems; The second diagram shows the system description of the relationship between various software components and their systems; the 18th diagram shows the system description of the relationship between various software components and their systems; System for the relationship between a software composition and its system 95580 40 201250417 Description; Figure 20 shows an embodiment of a special box structure that can be included in various system embodiments; a perspective view of the system of $ 21 (d); and a color component of Figure 22 Screen capture of the hybrid system display [Key component symbol description] 100, 220, 400, 900 System 110, 490, 844 Composition 120 130, 610 ' 710 ' 810 ' 910 140 Self-contained pump 200 205 Container / tube 210 225 Storage 230 235 measuring pump 237 240 pump pipe 245 250 keyboard 255 monitoring, display panel, 270 standing model 275 280 corner model 285 290, 1200 bending section 300 310, 425 LED indicator 405 410, 1050 opening 420 450 624 barcode scanner 475 480 storage area 602 computer ''drive system scale, 3〇5, 1100 container, 485 indicator, 415 storage area nozzle bowl, mixed bowl display bracket container area replacement system container structure tube End console, 702, 802, 902 memory 95580 201250417 604, 704, 804, 904 input control 606, 7 06, 806, 906 Display 608, 650, 708, 808, 908 Formulation 612 Custom Color Software 614 '616 Dye Blend Material 618 In Memory Building and Storage Formulation 620 Verification Software 622 Hair Dyeing Dye Mixture 626 RFID Reader 630 Management Software 634 Storage and Display Guest Information 640 Control Software 642 Image 644 Sound 652 Software 654 Inventory 656 Cost 600, 700, 800 Blending Control System 720, 726 Recipe Adjustment Software 722 Remove or Add 724 Exchange One Component 728 Brand Conversion 730 On And/or indicate the correct box 732 Standard Manual 734 Permission 736 Identifying the target line 738 Providing the tolerance indication 740 Visual or audible 742 Easy to use 744 Touch screen 746 Employee identification system 748 Single system 812 Information management system, information management structure 814 Recipe Card, Color Forecast 816 Purchase Order 818 Order Report 820 Automatically Transfer Order 95580 42 201250417 822 Track New Stock 824 Compare 830 Report 832 Use Report 834 Inventory Loss 836 Loss Based Loss 838 Waste Reduction 840 Use Charge 842 First - System 846 Average color batch 848 Average cost per guest 850 Color service comparison 852 Single to double comparison 854 Scalp to non scalp comparison 856 Individual batch to specification comparison 858 Batch for pricing comparison 860 Pricing for standard comparison 862 Purchasing Reward Program 900a, 900b Multiple Systems 912 Data Sharing System 920 Master Server 922 Updates and Upgrades 924 Software Installation and Setup 926 Diagnostics and Repairs 928 Data Backup Function 930 Internet 1000 Module Shelf Unit 1150 Pipe, Sliding 1250 End 1300, 1320 section 1400 lip area 1450 indicator light 95580 43

Claims (1)

201250417 VII. Patent application scope: 1. A method for preparing __mixture, a kind of communication and control system for mutual communication, the control (4) system for setting up a secret body and a display, the memory containing a mixture of dyeing dyes defined for blending a recipe of the instruction, wherein the instruction is displayed on the display, the method includes a recipe to view the display of the instruction; and the pigment and the dye are added to the scale using the standard packaging of the hair color manufacturer according to the instruction The container is such that packaging of non-standardized or special pigments and/or dye blending materials is not required. 2. If the method described in the scope of the patent application is as follows, the method further comprises the following steps: 1. Adding force, adding one or more pigments of the container and/or the image of the number of dyeing materials The image further indicates a predetermined tolerance above and below the suggested number defined by the current formulation; the force is applied to and/or removed from the receiver pigment or dye blend until the image (4) The method of the present invention is the method of claim 2, wherein the image may further include light, sound, and/or statistical charts. 4. If the method described in claim i is applied, the package of the hair color manufacturer is compared to the formulation, and the step of adding the dye/dye blending material to the container is verified. 5. The method of claim 4, wherein the verifying step 95580 1 201250417 comprises using a scanner to scan the manufacturer of the hair color manufacturer and inspecting the display for the color of the scanned hair color. Whether the package of the quotient is the same as the one listed in the recipe. 6. The method of claim 1, further comprising the steps of: accepting the weight of the pigment or dye blending material in the container on the scale; and adding additional pigment and/or dye blending material Receiving the container on the scale in response to the control system displaying the adjustment formula calculated by the control system, the adjustment formula is based on the receipt in the container when the acceptable weight is different from the recommended quantity defined by the recipe The acceptable weight of the pigment and/or dye blending material. 7. The method of claim 1, further comprising verifying and accepting the container on the scale prior to adding the subsequent pigment or dye blending material to the container on the scale according to the formulation. The step of pigment or dye blending the weight of the material. 8. The method of claim 1, further comprising the steps of: weighing the container on the scale, when the container retains the remaining amount of pigment and/or dye blending material is defined as Including one of the remaining portions of the pigment and/or dye blending material after application to the guest's hair; and changing the order by reducing the amount of pigment and/or dye blending material previously defined by the directive, and based on The remaining amount of pigment 95580 2 201250417 and/or dye blending material in the container. 9. A method of preparing a hair dye mixture having a scale and control system in communication with each other, the control system being provided for a memory and a display, the memory containing a formulation defining instructions for blending a dyeing dye mixture, wherein An instruction is displayed on the display, the method comprising: viewing a display of the instruction; adding a pigment and a dye blending material to the container on the scale using a standardized package of the hair color manufacturer according to the instruction, such that the non-standardized or special pigment And/or packaging of the dye blending material is not necessary, the weight of the container on the scale, when the container holds the remaining amount of pigment and/or dye blending material is defined as after application to the guest's hair Including a remaining portion of the pigment and/or dye blending material; and varying the amount by reducing the amount of pigment and/or dye blending material previously defined by the directive, and based on the pigment in the receptacle and / or the remaining amount of dye blending material. 10. The method of claim 9, further comprising the step of: viewing a display of an image of the quantity of one or more pigments and/or dye blending materials that have been added to the container, the indicator further Determining a predetermined tolerance above and below the suggested quantity defined by the formulation; and adding to and/or removing from the receiving container pigment or dye blending material until the indicator indicates that the quantity in the receiving container is Within the tolerance of the pre-95580 3 201250417. 11. The method of claim 10, wherein the indicator further comprises a light, sound, and/or statistical chart. 12. The method of claim 9, further comprising the step of verifying that the pigment and/or dye blending material is added to the container by comparing the package of the hair color manufacturer to the formulation. 13. The method of claim 12, wherein the verifying step comprises using a scanner to scan the hair color manufacturer's package and inspecting the display for the scanned hair color manufacturer's packaging. Whether it is the same as the instructions of the person listed in the recipe. 14. The method of claim 9, further comprising the steps of: accepting the weight of the pigment and/or dye blending material in the container on the scale; and adding additional pigments and/or dyes Mixing the material into the container on the scale in response to the control system displaying the adjustment formula calculated by the control system, the adjustment formula is based on the receipt when the acceptable weight is different from the recommended quantity defined by the recipe The acceptable weight of the pigment and/or dye blending material in the container. 15. The method of claim 9, further comprising verifying and accepting the container on the scale prior to adding the subsequent pigment or dye blending material to the container on the scale according to the formulation. The step of pigment or dye blending the weight of the material. 95580 4