Dissolving dropper with mechanical mixer

Abstract

A mechanical mixer and solvent dropper. This invention is actually several tools and devices in one product, and it states cost reduction and saving in various resources as its functional description. In short, it should be said that this invention is a type of dropper that can be produced in different dimensions while maintaining its overall design and structure (with an internal volume from 10 cc to thousands of millions of cc). This invention is designed with two upper and lower tanks and is equipped with a mechanical system that can adjust the amount of liquid in the upper tank with the amount of contents. Inside the lower tank, we produce the required mixture and solution, and using the mechanical action of the piston, we can obtain the required amount of drops from this device each time we press the button. By turning on the LED button, we can clearly see the contents inside the device through the magnifying glass installed on the body.

Description

Description of the invention Title of the invention (as stated in the declaration) Dissolving dropper with mechanical mixer Technical background of the relevant invention Processing and solution making, which is in the field of mechanics Technical problem and stating the objectives of the invention Considering the advances that humanity has made in the last few decades and considering the issue that is being explained in this section today, it is worth mentioning that currently, most of the droppers used in the food and pharmaceutical industries are mainly manual and sometimes electric, with a rubber ball at the end of which, by pumping and pressing with a finger, a certain amount of solution is transferred into its tube, and by pressing on the rubber ball, a certain amount of drops are released from it. Unfortunately, the problem and issue of these droppers is the lack of control over the precise amount of drops. Another problem is that the mixed solution is loaded and packaged into the dropper tank at the beginning of production. Considering the processing of the solution at the beginning of production, it definitely requires storage conditions and tools and equipment for use. Therefore, the goals of this invention are to solve the problems and improve it compared to other droppers. This mechanical mixer solution-making dropper, due to its mechanical and piston mechanism, can be used in a controlled manner according to the instructions and according to the required dose at each press of a button.Receive a drop from the device. Also, these contents of the device have a long shelf life and expiration date due to the preparation of the solution at the required time, because the consumer uses the internal components (liquid contents) by mixing and grinding at the time of consumption and need through the mechanical system of the device, and otherwise can save the contents of his dropper before dissolving in any condition. Other objectives of this invention, in addition to increasing its expiration date many times and combining several devices in one device, can be hoped for in the development and use of this product due to the reduction of consumption costs and its cost-effectiveness in the food, pharmaceutical and chemical industries. Suppose we need some solution (pharmaceutical, chemical, food) that must be ground (powder) in a process and then mixed with liquid and used according to the formula of the dosage amount after making that solution. This invention has helped us to solve this problem and our problem and perform several operations simultaneously by means of this device and its mechanism. ThisThe invention consists of a main body and you can receive the dose of dissolved or unmixed drops with one hand and pressing the keys located on the lid of this dropper. This technology has solved the technical problem of old invented droppers, which generally have a tube or a piston connected to the dropper tube and you have to use two hands to provide your drop amount by pressing your finger on the tube or sucking the piston of the dropper tube. In addition, another technical problem of most existing droppers is that the solution container is separate from the dropper and the drop collection operation must be performed separately. However, according to the technical drawing file of this invention, this device has two reservoirs of contents and liquid in the main body and its mechanical piston mechanism has solved the problem of old droppers and the method of sucking drops and using drops. The mechanical structure and technology used in this invention are such that all mixing and dissolving operations and reservoirs of contents and liquid have been designed and implemented in it. Description and status of prior art and history of developments related to the claimed invention In the past and even now, most of the droppers used in the food and pharmaceutical industries were mainly manual and sometimes electric, with a rubber ball at the end of which a certain amount of solution was transferred into its tube by pumping and finger pressure, and by pressing on the rubber ball, a certain amount of drops were released from it. Unfortunately, the problem with these droppers is the lack of control over the precise amount of drops. Another problem is that the mixed solution is loaded and packaged into the dropper tank at the beginning of production, and due to the processing of the solution at the beginning of production, it definitely requires storage conditions and tools and equipment for use. Therefore, the goals of this invention, to solve the problems and improve it compared to other droppers, were that this mechanical mixer solution-making dropper, due to its mechanical and piston mechanism, can be used in a controlled manner according to the instructions for use and according to the required dose per key press, and the contents of the device are also durable due to the preparation of the solution in the required time.And the durability and expiration date are long because the consumer uses the internal components (liquid contents) by mixing and grinding at the time of consumption and need through the mechanical system of the device, and otherwise he can save the contents of his dropper until the solution is made in any condition. And other objectives of this invention, in addition to increasing its expiration date many times and combining several devices in one device, we can hope for the development and use of this product in the food, pharmaceutical and chemical industries, considering the reduction of consumption costs and its cost-effectiveness. The operation of the existing samples is such that the liquid enters the dropper tank and exits by pressing the hand on its rubber ball, and in one or two other samples, this operation is done electrically, and none of them perform several operations, including mixing and grinding, combining with liquid and making a solution, at the same time. However, all these operations up to the dropper stage can be done by touching the key on it for the required number of times and by this invention, in addition, all the dropsPrevious droppers were made solely for use in the pharmaceutical industry, while this invention can be used in the pharmaceutical, chemical, and food industries. Also, according to the reviews conducted in the existing records of other dropper samples and inventions, only 3 samples have been found so far, all three of which are for pharmaceutical technical fields. Providing a solution to an existing technical problem along with an accurate, sufficient, and integrated description of the invention Initially, all the parts produced are made of PP plastic. The numbers on each part, from 1 to 24, are connected to each other and ready to use without the use of any tools.Part number 1, remove the lid from the body and put part number 8 of our liquid into the upper tank. Then, remove part number 24 (bottom band) and place the inlet part of part number 20 of our contents into the lower tank. Now, put parts number: 24-20-8 in their place and by shaking the device, we perform the grinding operation using the ball part of part number 16 in the lower part of the tank. Then, by pressing the LED key of part number 22 and lighting up the space inside the lower part, we ensure that the grinding operation is performed from the magnifying part of part number 1 / 13. Then, to process and make the solution, we press the key of part number 3 and thus transfer the liquid from the upper tank to the lower tank. After shaking the dropper again by hand and performing the process of combining the contents with the liquid and making the required solution (medicine, chemical, food), the device is now ready for dripping and consumption. Now, for each dripping, we can press the key of part 2 and prepare the required drops. And let's consume. Explanation of shapes, maps and diagrams -Cap - Drop key -Key to combine water with the contents tank - Spring -Spring - O-ring -O-ring -Liquid inlet cap - O-ring -Main door of the fluid tank -Water valve and outlet to the lower tank -Drip outlet valve during use -Magnifier -Main body -Liquid outlet cap - O-ring -Shotgun - Filter - O-ring - Lower part -Rubber cap for the contents tank - Piston rubber -LED key - Electronic board and battery -Floor cap of the lower part of the dropper A clear and precise statement of the advantages of the claimed invention over prior inventions. -Can be used in both the pharmaceutical and food and chemical industries -Creating liquid solution and producing drops simultaneously -Multipurpose use - Simultaneous mixing and blending - Description of at least one implementation method for implementing the invention. Initially, this device, or in other words, a mechanical mixer and solvent dropper, was developed based on 18 months of troubleshooting in relation to its technical background, which was researched, studied, and needs assessment in the food, pharmaceutical, and chemical industries in comparison with other samples and their issues and problems, and ultimately led to its manufacture and invention. Because other droppers, according to their records, documents, and performance, and considering the growth, development, and human knowledge of the present time, it can be said that the existing samples do not have the description of modern technology and generally consist of a tube and a rubber suction pump that, when needed, sucks the liquid in with hand pressure and, when pressed again, leads to the drop coming out of the dropper opening, and this is only a function with old technology.If the mechanism of this invention, in addition to performing drips based on the amount of dose consumed, not in the traditional and manual way, but by utilizing the mechanical mechanism and technology used in it, you can activate the piston system of the dropper by pressing the dropper key and receive your drop from the device. The most important feature of this invention compared to other previous dropper technologies is its solubilizing mechanism and the mechanical mixer applied to it, which these two techniques and innovations make this invention distinct and superior to previous inventions and examples.This invention, which actually incorporates several mechanical tools into a single device called a mixer and solution maker dropper, can revolutionize the food, pharmaceutical, and chemical industries. The method of use of most drugs is listed on them, i.e. the type of solution making method, mixing, amount, or time of use. This device can provide the final and usable solution to the consumer based on the amount of liquid in the upper reservoir and the amount of drug in the lower reservoir. The consumer can then use the combined solution (pharmaceutical, chemical, food) using this dropper without the need for any other device or tool. Express mention of the industrial application of the invention Pharmaceutical equipment Brief description of the invention

Claims

[Claim No. 1] What is claimed here is a mechanical mixer and solvent dropper device, in the design of which the structure for sucking liquids inwards has been eliminated, and its innovative step is that initially and simultaneously with the production and assembly of this device, and according to the needs and identification of its consumer market, its tanks are filled and sealed separately with liquids and solid compounds in two tanks, and as a disposable device, it is ready for use and marketed.Consists of a single main body including an upper tank (liquids), a lower tank (solid compounds or other liquids) - a two-key located above the dropper (a key to transfer water from the upper tank to the lower tank) and a key to release the dissolved drops from the end and bottom outlet of the dropper, which is after mixing and blending by means of a metal ball inside the tank and a magnifying glass that is made to see the contents of the powder, mill and solution, which is placed on the body. For greater clarity of the contents, from the magnifying glass part, we can use the LED lamp on the outer body of this device, which is connected to the electronic board and the battery located under the contents tank, to shine light into the tank from the bottom of the tank, and this device can be used each time the special key for dropping drops is pressed. Its components are as follows:  The main plastic body to which other components are connected and assembled.A door on the top of the body A door under the body A tank for filling liquids in the upper part of the body A tank for solid compounds or other liquids in the lower part of the body (below the liquid tank) A plastic shaft or rod connected to the switch for transferring water from the upper to the lower tank located in the upper tank A shaft or rod connected to the key and piston for dropping drops, located in the lower tank A magnifying glass mounted on the lower body to view the combined contents (solution) Two keys on the top of the body (one key for transferring water to the lower tank and the other key for dropping drops) An electronic board with a 5.1 volt coin battery and a small LED lamp assembled under the end tank and outside the solution making space. Claim number 2 According to claim number 1, the contents are in the lower tank, which is powdered and ground by a metal ball inside it and shaken by hand, solid compounds or other liquids are ground by the same ball. Claim number 3. According to claim number 2, the mechanism of the bottom of the lower tank acts as a filter, meaning that after the contents are powdered (milled) using a metal ball, then the solution is completed with the liquids that enter this tank (bottom) from the upper tank, and now, by means of a filter mesh placed at the bottom of the tank, the impurities of the solution (slurries) are prevented from passing through the filter and by pressing the button to drop the solution, it is ready for use. Claim number 4 According to claim number 1, one of the two keys is specified and is connected to the top of the liquid transfer structure by a plastic shaft. By holding the key, the liquid is transferred from the upper tank through the valve between the two tanks from top to bottom, and by releasing the key after the liquid is transferred, the liquid outlet valve is closed again. Claim number 5 According to claim number 1, another key specified at the top of the device is for transferring drops from the (lower) reservoir of the combined liquid solution to the outside of the device, which is carried out by a shaft mechanism connected to the key and piston from the lower reservoir to the outside of the device for consumption each time the key is pressed. Claim number 6 According to claim number 3, the piston mechanism is designed in such a way that each time the button is pressed, only one smooth drop without any residue is released from the device by the transfer piston in the defined dosage amount. Claim number 7 According to claim number 1, a switch connected to an LED lamp connected to an electronic board is used to view the contents of the lower tank from the magnifying glass in the lower part of this device. Each time the LED lamp switch is pressed, the space inside the lower tank is illuminated, and according to the design of the electronic board, the LED lamp is turned off gradually and up to 10 seconds later. In addition, the LED lamp, electronic board, and a 5.1-volt coin battery are assembled in the lower part of the device and are located outside the tanks and have no contact with the contents inside the device. Claim number 8 According to claim number 1, the operation of this device is by hand, and the techniques used in the design of its body and external components are designed in such a way that we can have the most optimal use and performance by using our hands. Claim number 9 According to claim number 1, the magnifying glass built into the main body (the lower body) has increased our ability to view the contents of the lower tank by up to five times, so that we can be sure of the composition and solution we are making at the time of use.

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