TH112998A - Automatic dispensing equipment for garment care elements - Google Patents

Abstract

DC60 (18/04/60) non-inserting device (non-intrusive) for dispensing liquid clothing care components One or more automatic components to an automatic washing machine. The device uses a venturi tube mechanism or pump to dispense the laundry detergent. Dispensing is controlled by a machine-generic algorithm that can find the actual cycle at any time of the wash for various cyclical patterns. From various washing machines Without precise cyclic inputs and dispensing the correct product and can be distinguished between the main water addition and the water pulse. (non-intrusive) for dispensing liquid clothing care components One or more automatic components to an automatic washing machine. The device uses a venturi tube mechanism or pump to dispense the laundry detergent. Dispensing is controlled by a machine-generic algorithm that can find the actual cycle at any time of the wash for various cyclical patterns. From various washing machines Without a precise cycle input and dispensing the correct product and able to distinguish between the main water addition and the water pulse ----------------- ---------------------- Automatic throttling device To control the dispensing of liquid products used to maintain Washing and cleaning At least one of a kind For use with automatic washing machines The device consists of a tube with a venturi tube mechanism or a pump to suck up detergent products. It is used for cleaning according to the required volume size, the quantity size is also controlled. Able to assess By using the principle of operation of the machine according to mathematics, combined with the washing cycle of the machine to be able to work at any time as determined in the washing machine cycle. Without entering Or designate any other circuit and be able to distinguish the water used primarily And stimulating water

Claims (3)

Disclaimer (all) which will not appear on the advertisement page: EDIT 18/04/2017 1. Do not insert device. (non-intrusive) (1) for dispensing liquid-type clothing care components At least one automatic component to the automatic washing machine (6). Follow the water supply to the washing machine with the water supply inlet (2, 4) to the device and the water outlet (12, 14) from the device. Equipment included - Venturi tube (10, 20), both ends of the tube extending outward to The housing of the device for connection to the inlet and outlet water supply - the dispenser (40) for storing the neck care elements (30) of the right venturi hose. Connected by a hose to the supply vessel - a detector (95, 96) for determining the flow of water through the inlet supply. The knowledge checker was organized at The water inlet and which is connected to - an electronic circuit (5) with a clock and processor programmed with a machine-generic algorithm to control - A solenoid valve (32, 52, 62) that is connected to the said circuit and at Is arranged inside the pipe connecting the Ventury pipe and the supply container. A valve that opens or closes the flow of Clothes care elements from the dispensing container With a look at that The algorithm can find the actual cycle at any time period. Of washing for Various cycle patterns From various washing machines Without accurate cycle pattern input and valid product dispensing. 2. Device of claim 1 comprising at least two dispensing containers. A container One for storing detergent for clothing and another container for storing fabric softener 3. The device of claim 1 is connected to two dispensers, hot and cold water (12, 14). 4. The device of claim 3, which consists of two (10, 20) Ventury pipes, one that is connected to With hot water supply Another pipe that is connected to the cold water supply 5. Device of claim 4 where the neck (30) of the two Venturi pipes is connected to each other by connecting pipes (33-35). The tubing is connected to the pipe to the supply vessel 6. Device of claim 1 where the detector (95, 96) is selected from the pressure transducer and the probe. Know the flow 7. Device of claim 1, where the processor is equipped with the clock 8. Device of claim 1, where the algorithm resets the clock at the end of the entire washing cycle 9. The device of the wrist Article 1 rights where algorithms are classified during different washing cycles. By quantity Main water filling 1 0. Device of claim 1 where the algorithm distinguishes between the water pulse and the master water filling 1 1. Device of claim 1 where the algorithm The hummus includes a command to open a solenoid valve (32, 52, 62) connected to a venturi hose where water flows over it for more than 5 to 30 seconds. 1 2. Device of claim 1, where an algorithm consists of a command to close the solenoid valve if the water flow is turned off 1 3. The device of claim 1, where the device is equipped with a container. Two (40) dispensing containers for laundry detergent and for fabric softener, and where algorithms combine. With the command to open a solenoid valve to the dosing container, soften the fabric while it is filling. Second Main Water 1 4. Equipment of claim 1 where the device is also equipped with a safety check (36, 37) provided in the connecting pipe, Ventury pipe (30) and the supply container. To prevent the flow of water into the supply vessel 15, the equipment of claim 1, where the Ventury pipe (30) is connected to two or more supply vessels. It is connected to each container through a separate opening in its neck that is connected to a pipe. 1 6. The device of claim 1 also includes a control panel that includes a selection for Reset and for pre-wash 1 7. Device of Clause 1 where the ratio of the inner diameter of the tip of the Ventury pipe to the inner diameter of the neck section of the Ventury pipe is greater than 1.65 1 8. Device of claim 1 where the ratio of the inner diameter of the outlet pipe to The internal diameter of the neck of the Ventury pipe is greater than 1.65 1. 9. The device of claim 1, where the dispenser can be detached 2 0. Device of claim 1, where the algorithm in Electronic circuits can be upgraded through replacing the ROM chip with a new algorithm or via flashing the ROM with a new algorithm. 2 1. Non-insertion devices (120) for supplying liquid clothing care components. One or more automatic components to an automatic washing machine. Equipment that is organized according to The water supply to the washing machine with the water supply inlet (2, 4) to the device and the water outlet (12, 14) to the device. Equipment included - water pipe (230), both ends of the pipe extending outward to the connection device (222) to the water inlet and outlet - the dispenser for storing elements. Take care of clothes A container connected by a pipe (33, 35) to a water pipe - detector (95, 96) for determining the flow of water through the inlet supply. The knowledge checker was organized. At the water inlet and which is connected to - an electronic circuit (5) with a clock and a processor programmed with a machine genetics algorithm to control the pump (210) that is Connected to such a circuit The suction end of the pump is connected by the inlet hose. With the dispenser container and the pump end of the pump connected to the water dispenser. With a look at that The algorithm can find the actual cycle at any time period. Of washing for Various cycle patterns From various washing machines Without the input of a precise cycle pattern and dispensing the correct product. ------------------------------------------ 1. Automatic dispensing equipment for products. Detergent to clean clothes At least one dose is given to work with the automatic washing machine, where the device Will be located in the position where the water is fed into the washing machine Which will receive water from the water source to feed into the equipment And to take the water out of the device, where the device consists of: - Venturi tubes, two long ends protruding from the casing of the device, where the water from the feeder flows and Outflow, - A container to dispense a specified size, where the product is filled. Laundry detergent placed on the suction hose of the venturi tube is attached to the container; - a sensor for determining the amount of water entering the water supply source. The sensor is located at the position where the water is fed. And will be connected to - Electronic circuit that will be connected to the clock And the processing unit, which will have a mechanism to control with an algoritm - valve solenoid coupled with the circuit. And is located in the position of connection with the venturi tube and the flanged container open or close, or supply the flow of Clothes care products come out of the container 2. Equipment according to claim 1 that will consist of The container from which the product will be dispensed. In required size There are at least two containers, one of which will be loaded. Detergent to clean clothes And other containers containing fabric or fiber-conditioning products 3. The device according to claim 1 that will be connected to two water sources: hot water and cold water. 4. The equipment according to claim 3, which will consist of Two venturi tubes, one connected to the hot water supply; The other one It is connected to the cold water supply. 5. The equipment according to claim 4, when the suction pipe of the two venturi tubes Will connect to each other With connecting rails Where this connection rail And will be connected into the substance container Or products To get the required quantity 6. Equipment according to claim 1, the machine has a sensor, it is selected from a pressure trasducer and flow sensor (flow senser). Clause 1 when the processor will consist of a clock 8. Device according to claim 1, when the clock will make adjustments to the algorithm at the end of the washing cycle as a whole 9. Equipment according to claim 1, when the difference between the algorithm between the washing cycle Clean various clothes Will depend on the amount of weight added to 1 0. Device according to claim 1, when the algoritm difference is the difference value Of water added to the rhythm And the main water added to 1 1. The device according to claim 1, when the algorithm consists of the introduction of the opening of the valve solenoid. Which will connect to the venturi tube The water will flow through the spray time longer than 5 to 30 seconds approximately 1 2. The device according to claim 1 when the algorithm consists of the introduction of closing the solenoid valve when the water stops. 1 3. Equipment according to claim 1, when the apparatus shall consist of: two containers, namely containers for dispensing detergent in the specified quantity. And the dosing container for the fabric softener comes out in the specified volume size and when the algory is composed of the introduction of the opening of the solenoid valve. To the container For dispensing the fabric softener at the second primary water filling point to the washing machine 1 4. Equipment according to claim 1 when the equipment Will be supplemented with The safety set is positioned in the connecting rail of the venturi tube. And containers for protection Containers must not allow water to flow into the container. 1. 5. Equipment according to claim 1, when the venturi tube is connected to the dosing container. Comes out in the required quantity of two containers. Or more, where the tube will have an opening Separated to a suction hose that is connected to a connecting rail that is separated to each container 1 6. Apparatus according to claim 1 to be supplemented with A control pad that contains parts for selecting settings. And will work before washing (pre-wash) 1 7. Equipment according to claim 1, when there is a ratio of inner diameter of venturi tube tip The internal diameter of venturi tube suction tube is higher than 1.65 1. 8. Apparatus according to claim 1, when there is a ratio of the inner diameter of the water feed pipe. The internal diameter of venturi tube suction tube is greater than 1.65 1. 9. Apparatus according to claim 1, when the dosing container Or products come out in The required quantity. Can be removed 2 0. equipment according to claim 1, when the care product washes clothes will be a concentrated product 2 1. Equipment according to claim 1, when washing care products to clean clothes will contain peroxid type bleach. Or chlorine type 2 2. Equipment according to claim 1 when the algoritm in the electronic circuit It can be upgraded via a switch in a new ROM chip that will contain a new algorithm via flashing ROM with a new algorithm 2. 3. A liquid care product feeder that feeds at least one type of product. Which will automatically enter and pay out It is used in conjunction with automatic washing machines, without disturbing the automatic washing machine system. (Non-intrusive) the device will set. Exit in the position where the water is fed from the water supply source And feeds water out of the device, the device will consist of: - Straws at both ends. That extends outside from the housing, which is connected from the water feed source To feed water in and out; - Laundry care product container To pay the product Out in the specified quantity To be connected by a trough to the suction hose, - Sensor for analyzing the evaluation of the water flowing from the feed source. This sensor is located where the water from the source enters and is connected to the - Electronic circuit That will consist of a clock and an evaluation program unit Which will have a mechanism to control the algoritm - pump that will be coupled with the circuit There is a siphon suction tip of the pump. It is connected with a trough to a container. And the other end of the pump Will connect to Water feed source,