TW518384B - Water head dispenser and system thereof - Google Patents

Abstract

This invention relating to a water head dispenser and system thereof uses change in water head as its motive power, including the steps of: (1) filling suitable liquid detergent concentrate in a sealed bottle being inserted and connected to a floating quantitative disperser inside the diluting buffing cabin by means of using the change of water head of the water chamber; (2) extruding, dispersing, and separating quantitative liquid concentrate into the diluting buffing cabin to be diluted by using the up and down motion of the quantitative floating barrel. An alternative of this invention is to place suitable solid detergent or detergent gel into a diluting buffing cabin with a sealing cover to be stored and dissolved into diluted liquid. There are two top and bottom openings on the side of the diluting buffing cabin to connect to a flat and long hollow rectangular dispensing probe with a top air opening and a bottom opening, through which water flows into the water chamber and goes up to the diluting buffing cabin and mixes with the detergent as a diluted liquid. Via structure design of the pressure difference, the dispensing probe is able to effectively isolate diluted infusion from water out side the disperser without leakage problem even after a long time. The whole disperser body is suspended at the suitable depth in the water chamber by adhesion of a sucking disc; the opening of the dispensing probe is set deep inside the water chamber bottom. Most of the diluted liquid detergent of the disperser flows into the toilet with only little remnant in the chamber while flushing.

Description

518384 V. Description of the invention (1) &lt; Background of the invention &gt; There are two methods for automatic cleaning of general toilet bowls: There are two methods commonly used in the market. One is to use a dispenser to clean the inside of the dispenser. , Hang the dispenser on the toilet ::: or clean the concentrated liquid and use flushing water to disperse the cleaning material into the flushing channel under the inner edge of the toilet. Good cleaning performance, simple dispenser design, taste = soap, bubble space, The toilet shape is not suitable for hanging when it is unsightly, unsanitary, hung, or j 疋 hung in the toilet. ° f makes the toilet seat not stable, the other is to directly put the cleaning block into the space, easy to use '· the disadvantage is the cleaning purpose', the advantage is that * occupy the toilet as an indicator, there is no obvious fragrance., &Gt;, add many dark colors The water in the dye tank mixes and breaks down quickly, and this cleaning block will cost the entire water. In addition, it will dissolve and leak when not in use, resulting in the design of the present invention. It is a suction cup method that suspends the toilet, and the main crying phase of the toilet automatic cleaning dispenser, the problem of characteristics and location, suitable ^ 'No hanging The fishing-type dispenser is installed with high and soap-bubbled cleaning materials, and there is no toilet tank. Special formula has fragrance. Release buffer in the test and quantitative water to make the top half of the dilute Hi-dispensing probe 1 bottom, while the dilution buffer has a fragrance in the device and the probe is connected, when flushing, it can be θ / into the toilet. Qiao 7 糸 material uses a predetermined amount of diluent G "In the water tank of the present invention: the diluent will flow into the water tank and the water inlet part will be injected into the plug: / benefit design, clean the dilution tank every cycle 'and Will not dilute a lot in the water tank and enter water 518384 ~~~ ------------ Five 'Invention Explanation :: A flush sequence will flow into the toilet. 2 You can know when to add "内 时" The user's fragrance and method are: first flush the water and then flush the &amp; coffee '枓, the automatic cleaning of the toilet each time can achieve the best cleaning effect &amp; keep the cleaning liquid in the toilet, because of the <Summary> Release slow: The main components of the Ming Dynasty are suction cups and fixed disks, injection tilting, human scales, liquid bottling and buoyancy. The knife, and main device can be separately injected with probes and diluted with soft materials such as plastic and silicone. The plastic injection buffer chamber, the liquid bottling, and the eight-in-two material injection into the kitchen knife injection device can be composed of a hot mold. Body, dispense probe ::: flat slender internal hollow structure of each pair of% trapezoid-shaped channels, a knife-shaped partition constitutes a ϋ shape, the top is a vent, resembling a person = entrance into and out of the dispense Inside the device, there is a clamshell body dagger around the rectangular tube, an air port that opens downwards. On the left and right sides of the elongated shape, two waters slowly rise 3 times: the water inlet and outlet enter the dispensing probe, and the probes communicate with each other, and the water passes through the dilution buffer to grab the upper mouth. In ancient times, the shovel of the upper mountain that drowned the dispensing probe was lifted. The upper lice of the lice that kept a certain amount of water were decomposed and diluted into clean and diluted y such as a knife, mixed with cleaning materials, and allowed to dissolve. After a long period of time after the water process; the diluent of ϊ, regardless of whether the water level has crossed the sublime: bang or the left knife of the nettle, the diluent

518384 Five inventions § Erming (3) will not be separated, because the upper and lower end of the inlet and outlet liquid can not be passed through the quantitative dilution system, please refer to the cover 'the lid is inserted into the upper edge of the flushing chamber, and the liquid is in the nozzle and the air is guided by The up and down movement of the matching cylindrical recess surrounds the entire up and down of the drop bucket to transport liquid. In the case of water, when the partial pressure is different, the partial injection liquid is stored in the second, and most of the release liquid remains in the water. The lower door-shaped box body of the injection probe of the dispensing system of the present invention will be empty using a pressure baffle. System. Figure 2. The buoyancy must be the bottom end of the buoyancy diverting pipe with a thin edge that can be cut at the bottom. The effluent is out of the mouth. The difference between the holes enters the pipe. The buoyancy is fixed and the tank is fixed. The distance and the dropper dilute the water probe inside and outside the buffer tank injector, and the diluent in the upper part of the injector begins to flow into the tank. Another important feature is that the suction cup is fixed at the outlet, and it is even less strenuous. The mountain + will be covered by the upper air port, and you will go to work lice as a barrier when there is oxygen, and the u-shaped trap channel with poor force, 0 The entire dispensing system for dilution is a fully isolated injection device for volumetric dispensing cutting, and the cylinder is gravity, the cylindrical drop volume bucket floats out of the tube and the dispensing position pressure difference is diluted, so it flows into the horse The device uses the inner edge of the guide tube, the cylindrical dropper, the side of the dropper, and the barrel at the lower end of the liquid energy tube to the top. The gravity can be measured. The diameter of the probe can be greater than that of the dispensed liquid. In the barrel, the liquid is cleaned and concentrated. The liquid is used as a "base" on a cylindrical drop bottle. The bottling body of the dilution buffer has an air hole on the outermost surface. After half of the contact probes are squeezed in and out of the water for most of the time, only one less tube can be used to close the closed loop to quantitatively float out of the thick tube. The dip in the flushing port is diluted by five to ten. The point is to use the suction force of the suction cup, Hanging aliquot to the right of the dispensing probe, the inner wall surface smoothness

Page 7 518384 V. Description of the invention (4) —'— --- The water phase can be directly squeezed and the height of the dispenser, the position suitable for the tank on the inner wall surface is fixed on the surface of the fixed smooth crack: water : 'Then the Xi Ximu device was first installed on the fixed plate, after being suspended; measured; squeeze the f adsorption and dispensing ^ the adsorption force is greater than! · ... Above, far greater than the load of Υ O 科 and hemp load is about 20 Og, which is characterized by An Pei very / ^ the largest heart-hung water tank, 壮 is — strong γ non-hanguyi 'is suitable for any type of installation, L injector's water level is highly selective, and the dispenser's degree of safety is performed automatically every time the toilet is cleaned. Two application examples are to put the cleaning block or the glue directly into a separate closed buffer buffer. There are partitions in the dilution buffer tank, 2 outlets> Storage tanks for drift blocks or cleaning gels, where the cleaning materials slowly decompose into saturated high-concentration solutions, and water enters the storage tanks across the partitions. Mix out the cleansing material or slowly dilute and diffuse to dispense the cleaning material. In addition to the above-mentioned water level differential injector, the invention is also equipped with suitable formulas and cleaning materials, and the clean concentrated liquid suitable for the formula needs to be matched with a buoyant quantitative dispensing device to ensure that the dispenser can separate the quantitative Concentrated 'Night Coming' and the suitable combination of cleaning block and knee cleaning can make the best dilution buffer effect with a fixed amount of water. In each wash of the toilet, in addition to the fat foam that has a cleaning effect, it also emits fresh air. According to the above description, the water level differential injector and the cleaning material of the present invention constitute the entire dispensing system, which can achieve the most economical and effective automatic toilet cleaning function. &lt; Details> 518384 V. Description of the invention (5) Component: = The liquid dispenser 1 of the invention shown in t, its main component dispenser 5, the suction needle ^ wooden needle 3, the dilution buffer chamber 4 and buoyancy fixed-body molding; 1 towel wind-fixed pan 7, each can be independently combined or partially absent, etc. each :: than the suction cup 6 is a soft material such as plastic, Shi Ximu, rubber points Mold material injection molding. Carved Zhipin 3 疋 A flat and slender inner surname- 凊, refer to the third figure and the fourth wide; the structure of the long T-shaped box entrance 30 'is composed of a partition plate 31㈣ ::: There is a-at the bottom. Water or miscellaneous, weeping + symmetric U-shaped trapping channel 3 2, the diluent enters and exits from this entrance and exit 30 = / y &amp; 逋 逋 32 There are two vents 33 on the upper end, which looks like: = 楝 针2 of 3 and a gap 34 is left between the two bodies:: body; hold the vent 33 that is rectangular and opens downward. The daggers form two water inflows on both sides of the long official. Please refer to the third figure. A and β are eighty degree points. (Α-β) represents the number of high water levels between A and B. The water level difference between the two sides, when '(BC) represents β, c + 2 (B ~ C)-(AB)], the water level outside the water gate ^ knife needle 3 is greater than [B slowly rises from the lower opening; 5D inlet The more points enter the dispensing probe 3, the dilution buffer 4 in which the water port communicates, the water level: the knife T needle 3 has two upper and lower openings 36 and then communicates with the * injection probe 3. Μ, liquid can be two, the upper working water level, Ε is normal work,-knife / master 1 dare the bottom water tank submerged the gas port 33 liquid dispensing can also fruit water level exceeds Ε point and still, at this time there is a certain amount of water Entering: Complete the water level mixing and dilute into the clean dilution ^, the knife injection is within 1, and the cleaning material is slammed on the diluent in the solution after being dissolved for a long time (more than 2 weeks), regardless of whether the water level is crossed. Dispensing probe 518384 V. Description of the invention (6) Needle 3 'diluent will not flow out of the lower end entrance 30 of the upper knife, s &gt; knife / main bismuth needle 3, and more than 33, because of the upper door-shaped box body Cover the air with =, 34 available_diluent, then down. Prove that the specific gravity is heavier than water, because (BC) &gt; (AB) 'The diluent of the heavy weight from the experiment will not flow over point B, and if &lt; (A- = release solution will pass over point B, it will slowly break away from the point. Note that the probe 3 flows out. Read the first and second figures for more than one month, dilute the shrinkable liquid box, and the right side of the side is p T: / 1U / combined solution. There are two openings on the upper and lower sides and the opening on the upper and lower ends of the dispensing probe 3. The 35 and 36 connections are symmetrically connected, and the injection probe 3 is tightly fixed to release the upper surface of the buffer shot, and there is an opening 40, and the positioning rr master 5 ′ is placed at 4 ° from the opening into the quantitative float 51, and Placed solid, the top of the base 50 has a groove 500. The center of the groove 500 is projected upward = there is a liquid guide tube 501, and the uppermost end of the guide tube 50 is sharp and lacking cut. For the opening and the notch 503 for preventing the liquid inlet from closing, please refer to the fifth and sixth figures of the hermetically sealed cap 20 of the liquid bottling 2, the bottom of which is a cleavable squeeze-opened frangible seal 21, which is squeezed to install and fix the liquid The bottling 2 is on the groove 500 of the base 50, so the liquid flows into the guide tube 501, and the base 50 is in the dilution buffer chamber 4, and a communication protrusion is provided at the lower end of the guide tube 501. Cylindrical dropper 504, the lowermost end of the cylindrical dropper 504 is the nozzle 550 where the concentrated liquid will flow out, and the side of the cylindrical dropper 504 has an opening 506, because between the nozzle 505 and the opening 506 The parallax gravity is greater than a critical force Fb (Force 〇f breakthrough). This critical force Fb is the minimum pulling force for the opening 506 to generate bubbles into the liquid bottling 2. Please refer to the attached liquid partial pressure differential gravity The principle of measurement

Page 10 518384

V. Description of the invention (7) Attachment I and II contrast experiments to explain the principle of liquid partial pressure and weight control. The bottling used in the control experiment is a transparent bottle of the same specification, with a capacity of about 60 0CC bottles. The thickness of the drilled hole is about 2.5 mm. The repeated steps of the experiment are: 1. Fill the water to block the opening. 2 · Stand upside down. 3 ’Then let go of the opening and observe the result. Please refer to the experimental group in Annex I: Experiment A · Bottle cap drilled with two opening holes with a diameter of .5mm. Experiment B • The other opening of the bottle cap was taken over. As shown in the figure, the outer diameter of 3mm and the inner diameter of 1.5mm are the same as the diameter of the other opening, and the tube length is 15 ram ° Experiment C. The takeover is the same as the figure B, but the tube length is increased to 40mm. The results of the control test in Annex I: 2 Experiments A and B. The results of the two experiments are the same. The water will not flow out after the force is balanced. In the test C, air forms bubbles from the boreholes and enters the bottle, and flows out until the flow is completely completed. The mouth runs out of one class * and the water from the dropper changes the bottle's filling capacity of 50 OCC and 5 OCC. The same experiment is performed, and the experimental results are the same. A ^ ^ Please refer to the experimental group in Annex 2: The bottle is placed in a fixed position and the same height. Test A · The structure of the bottle is the same as that in Annex 1. Experiment, just add a measuring cup under the dropper. Experiment B · Steps and Experiment A-the same, only changing the size and position of the measuring cup

Page 11 518384 V. Description of the invention (8) Real Attachment 3 Experiments Only the outer diameter of the dropper is changed. Test C · Step and Experiment B — The inner diameter of the sample does not change. The results of the two control experiments: • Test A, from the appendix 1 of the previous experimental group, the water in the measuring cup tends to rise, the water level begins to slow down after passing through the nozzle 30mm, and stops at about 25 bandits. The experiment ... got the same result The position of the water level rising line is the same as that of experiment A, as shown in the figure. Brother and stop. Do the same experiment with 500cc and 50cc water. The results obtained by r are the same. Μ% Concluding remarks • • Solid green △ 4 from the attachment 1. Although the bottom of the body bottle has two holes in the air and remains stationary, this is because of the bottom elimination or the result of reaching equilibrium. Phase direction = force phase There are unbalanced current parameters as long as the effect of supporting force ^ 为止. The liquid level of the water at the top of the bottle is forced to balance :: Γ: the two holes at the respective bores of the bottle cap = ί :; the balance is the same, η; The interface of the two drilled holes has the same dust separation without pressure: 2 Attachment-Inspection B ’Try to make the interface between the two openings

Page 12 518384 V. Description of the invention (9) The pressure difference is to take over the pipe in one of the holes, and the liquid flows into the pipe due to capillary phenomenon. The gravity of the liquid in the pipe (the volume of the liquid in the pipe 氺 the density of the liquid) causes this. The two interfaces are unbalanced. Therefore, the liquid interface in the other hole (air hole) is lifted upward. The effect of this lifting force is the gravity of the liquid in the pipe. 3 · Attachment I experiment c. Increasing the length of the dropper increases gravity, that is, the upward force of the interface inside the gas filling hole. When this force ^ is at a critical point, the air breaks through the surface tension and cohesion of water to form Air bubbles enter the bottle. This creation replaces this critical point with @ ”(Force 〇f Breakthr〇ugh) to explain the power of Mingli 4 56 7 Attachment 1 Air changes from a bottle to an accessory, but liquid is stored by the amount of accessories by the number of accessories. The position will change outside of Annex 2. It will be changed by the experiment of volume 2 in which the pores of the experiment C enter the internal water. Although the quantity is changed in Experiment A, it does not change in Fb. Experiment B, it controls Experiment C, the liquid in the measuring cup &quot; i U trapped inside, but the water in the dropper will continuously flow out. Do cross-over experiments with the amount (500CC to 50cc), and know that this critical force Fb is not due to the large amount of water in the bottle. Reasons for quantitative dispensing. 1 Find the size of Fb, and make sure that the water in the bottle is too large, and the value does not depend on the size of the measuring cup and the change in the stroke of the measuring float, also; Like the dropper's length and getting

(Page 13) 18384 Description of the invention (10) The shorter-there will be a certain amount of resistance in the water outlet, and the above is the principle. For 1 · blowhole 2 · blowhole drill 3 · dropper • etc. In the water tank row) will affect the quantification period. 'It will get a good repeatability. Ϊ: t (refer to Annex I B) The results of the experiment know that the stomata drip out J, so the amount of float bucket according to the present invention = not pressed out, and Measure groove and drop; = force can push the floating bucket up to position: ”liquid characteristics and application requirements, size and position, and the inside and outside diameter of the dropper. The depth or height of the mouth. Ocean ball device or change the shape of the inner tube of the dropper · The time period between K and the stop of full water (accuracy of cyc 1 etime, but good accuracy (presi 〇n) for a fixed time period, also That is, a very quantitative amount of liquid can be obtained. Under the same conditions, the more water in the bottle, the faster the water will flow out of the dropper, but the control position of Fb will not change. ^, So that the liquid can flow out from the nozzle 505, The opening 5 06 forms an air hole through which air enters the tube and forms air bubbles to replace the volume of the outflowing liquid. ^ Please refer to the third, fifth, and sixth figures, the lower end of the cylindrical dropper 504 can be moved up and down. Quantitative Float Bucket 5 丨Shu floats 5 provided intermediate, and cylinder 504 matched the dropper 51〇 cylindrical recess, the opening in the pores of about 51ι lower edge 507 'of the lowermost quantitative floats 51 are fully open the opening

Page 14 518384 V. Description of the invention (11) 512. The concentrated cleaning liquid flows into the groove 51 0 from the nozzle 5 0 5. When the height of the liquid in the groove rises close to the air hole 506, it stops flowing no longer. "At this time, the gravity of the liquid level difference is about equal to or Less than Fb, the pulling force of the liquid level difference becomes smaller, and air bubbles cannot be generated to allow air to enter the tube. The principle of liquid partial pressure and gravity measurement ^ \ The more liquid in the liquid bottle 2 flows out, the faster, but the frightening value and the liquid loading The amount of liquid in the bottle 2 is irrelevant, that is, the control position for the liquid to stop flowing out. ^ Does not change due to the amount of liquid in the liquid bottling 2. When the water enters, the water level drives the take-up float 51 to squeeze the take-out groove. Inside and outside of 51 °, the quantitative float 51 continues upward until it is against the base 5. The second circle is 5 ° 4, so the distance between the up and down movement of the quantitative float 51 and the circle quotient = 504 of the outer diameter of the tube. The quantitative float 51 can be quantitatively pressed every time it is up and down. Buffer remaining 4 to do dilution 'from the above said that the positive knife main system is a completely isolated quantitative dilution system. The difference is greater than the depression pressure difference of the u-shaped depression channel 32 (B _ c — the inlet and outlet of the needle 3 is 3 °, and the diluent begins to flow out'—: in the upper half of the dispenser 1, and out ... in a partial dilution ί ^ In a water discharge time of about 5 to 10 seconds, it is large in the water tank. ο Flowing toilet Θ 'At the end, only a small amount of diluent will remain in the flushing water, and the water level drops when the probe 3 is inside and outside Water level pressure

(A — B

In the present invention, the water level 矣 矣, the main πσ «I force to suspend the entire point, the main wire-a feature is the use of the suction cup 6, the adsorption picture, the fourth picture, 1. First on the inner wall of the toilet water tank, please refer to the first solid ’sucker 6 to insert and fix the right eight, ^^ q μ mouth on the right opening 3 7 of the dispensing needle 3

518384 V. Description of the invention (12), the openings 38 on both sides are ventilation holes for installation, the fixed plate 7 has a smooth surface with a protrusion on the circumference 70, and the other side is fixed with silicone or other adhesive. It is fixed to the proper height of the inner wall of the water tank, and the dispenser is squeezed to make the suction cup 6 adsorb on the smooth surface 70 to suspend the entire dispenser 1, which has been tested by hanging weight and cold and hot environment (4 C ~ 2 5 C). The suction force of the suction cup 6 used in the present invention is about 12,000 grams without sliding, and the maximum load without falling off is about 1,800 grams, which is far greater than the maximum load of the normal use of the dispenser 1, which is about 200 grams. The adsorption time test Then the weighted suspension is used to simulate to shorten the test time. The suction cup 6 is suspended and the gravity of 7000 grams is left for two months without any slipping or falling off, which can fully meet the needs of practical applications. The plastic water tank has a smooth inner wall and can be directly adsorbed in the water tank without using a fixed plate. The toilet water tank made of ceramic is mostly rough and porous. The fixed plate is required. It is said that the invention applies the suction cup 6 and the fixed disk 7 to suspend the entire dispensing system. Its characteristics: main: installation ~ easy to apply to any type of toilet tank, especially the sub-water level is highly selective, even if the water level is submerged The used water works normally, and in practice, the dispenser 1 is installed in appropriate fresh water; ::: The automatic cleaning of the toilet can be carried out in such a way that the diluent is flushed first, and the clean diluent is immersed in the toilet to build the toilet. To get an efficient cleaning effect. Please come to ti: an application example is a cleaning block or a clean glue dispenser 8, and the liquid tray 6 and the fixed tray 7 'The working principle of the dispensing probe 3 The release buffer Λ There is a liquid dosing dispenser 5, which has changed Thin and thin internal structure, please refer to Figures 9 and 9 again, happy

Page 16 518384 V. Description of the invention (13), 36 and the dispensing probe 3 are connected and there is a solid inside snn v γ ^ Persimmon buffer buffer grab 80 slot 801, and the partition · on the middle door Κ The top of each cleaning block or cleaning storage is the opening 8 02 'Put the dilution buffer face 8 in the opening of the dilution buffer 80. : Ghost or: ί: = just can be positive, after, activity = lower bismuth, / monthly frozen material is put into the opening 3 of the needle 3 through the opening 804. The upper well: closed the opening through the middle partition 800 and enters the dilution buffer 35 In the cabin 80, the more dilution diffuses in the sub-note: trough: the inner two cleaning materials are mixed with cleaning materials to clean the toilet. In order to divide indiscriminately = invent a liquid dispenser, it must be matched with a clear formula suitable for the formula, and the specific gravity and consistency of the concentrated liquid must be controlled to a certain level. == 、 Main ^ = The amount of concentrated liquid comes, clean the concentrated liquid ingredients to work = closed, the aromatic odor is not easy to radiate and lose, "the barrel of each: with the system = = cleansing effect of the fat 4 bubble Mu 'at the same time emits a fragrant air ^ In order to change the presence or absence of soap foam and fragrance, and clean block or clean glue dispenser 8, the structure is relatively simple, the material and the main ingredients are different. The main difference is that the interface active agent is different from Guyue Erguang. Although each flushing has an undefined amount of clear &amp; 疋 sword's release and injection B, the advantage is that only a fixed amount of water can be dissolved in the thinning knife / main state 8 to be thinned 518384. 5. Explanation of the invention (14), In addition, the upper cover 81 closes the input opening 804. The entire dispensing system is also a completely closed system. The fragrance of the cleaning material is not lost. In this way, the cleaning block or cleaning glue suitable for the formula can be adjusted, and the fixed water volume can be used as the best dilution buffer. Efficacy. Note level differential of the present invention and a cleaning material constituting the entire dispensing system may be the most economical and most effective self-cleaning toilet function.

Page 18 518384 Brief description of the diagram 氺 Schematic description:-Diagram: perspective view of the liquid bottling and suction cup fixing plate of the liquid dispenser according to the present invention Second drawing: the liquid dispenser and the quantitative dispensing device of the present invention Three-dimensional exploded view. Second view of the liquid dispenser of the present invention. Front view. Fourth view of the liquid dispenser of the present invention. Side view. Fifth view of the quantitative dispensing device of the present invention. Figure 7: Another embodiment of the present invention (a perspective view of a solid or colloid dispenser) Figure 8: A front view of the solid or colloid dispenser of the present invention Figure 9: Side view of a solid or colloid dispenser of the present invention One: The principle of liquid control based on the partial pressure difference of gravity explained in experiments (1) Attached II: Experimental description based liquid pressure points for quantity control principle of gravity (

Page 19 518384 Brief description of the drawing 3 0 Entry and exit divider 2 · U-shaped trap channel air port 3 4 · Lower opening of the gap upper opening 3 7 · Suction cup opening 3 8 · Vent 4 · Dilution buffer compartment 4 0 · Opening 4 1 · Positioning notch 5 · Buoyancy dosing dispenser 5 0 · Base 5 0 0 · Groove 5 0 1 · Guide tube 5 1 · Quantitative float bucket 5 1 0 · Cylinder groove 5 1 1 2 · Opening 6 · Suction cup 7 · Fixed plate 7 0 · Smooth surface 8 · Dispenser 8 0 · Dilution buffer tank 8 0 0 · Shelf 8 0 1 · Storage tank 8 0 2 · Cutout 8 0 3 · Shelf 8 0 4 · Opening 8 1 · Top cover

Page 20

Claims (1)

6. Scope of patent application1. A liquid dispenser containing σ U 疋 applied to the suction cup of the automatic cleaning system of the toilet. There are at least _ dispensers, which can dispense: 2 2 Use the suction force of the suction cup to suspend Zan and The water level is high, or $ :: is installed on the inner wall of the water tank at a suitable position and the suction cup is adsorbed on it; the fixed surface of the π surface is on the inner wall of the water tank for the dispensing probe, and the water under pressure and the diluted liquid are used 2. The trapped pressure channel controls the flat and slender hollow rectangular shape of the dispenser. II: Isolate the diluent from leaking. The shape is, for example, the opening formed passes downwards η /, and the upper end has a door-like box cover. In the upper part of the dispensing probe, there are upper and lower openings at the entrance and exit of the U-shaped trap channel and the dilution buffer tank. J 5: plate, the other side is rain in the dilution buffer tank; 疋 each other &amp; The water can enter and exit the dilution buffer chamber through this, it is a box of dilute liquid Τ ^ Μ Γ7 ^ V diluted thin liquid, the side has the following: the probe is connected and fixed on the dispensing probe The first half sets a Chunli—it is stored in the buffer chamber, and the interior is sealed. Suspension solid-a Dingdan Π 'main benefit, the lower end of the buoyant quantitative dispenser is floating suspended — inside / out, using the principle of liquid partial pressure differential gravity sampling, the quantitative floating barrel mother can dispense and isolate the quantitative concentrated liquid in the next time. In this compartment, a dilution group of 0-based open buoyancy / dispensing device is made up of a liquid bottle and a buoyancy metering dispenser. The liquid bottle's closed cover is a frangible seal that can be cut or squeezed open. The device has a base, which is inserted and fixed in the dilution buffer chamber 2. The center of the seat is a guide tube, and the uppermost end of the guide tube is a cutting edge. Sixth, the scope of the patent application, the liquid F ^ buffer chamber is inside i, sit here to insert and the liquid flows into the guide tube, the base is at the bottom of the dilution to form a cylindrical dropper, the hole of the cylindrical dropper, Because the orifice of the nozzle r ί, at least one side of the cylindrical dropper has air out, and the air is: the gravity difference between the air holes, so that the liquid can flow from the mouth of the tube-one upper and lower air hole can enter the tube, the cylindrical dropper The lower end of the floating installation tube is matched with a circle = ίamount float bucket 'in the middle of the quantitative float bucket and a cylindrical drop quantitative float pipe' uses the principle of liquid partial pressure differential gravity to take out the concentrated liquid: the distance of movement and the drop The outer diameter of the tube can be quantitatively squeezed by 2 0 ': a kind of solid or colloidal fluid dispenser, including a dispensing tray. The suction force of the suction cup can be used to suspend the entire water level, or the force% == placed on the inner wall of the water tank The proper position and the fixed plate adsorbed on the i-side is on the inner wall of the water tank for the suction cup to dispense the probes. The water and the diluted liquid in and out of the pressure difference are used to enter and exit and the pressure isolation channel to control the flat and slender hollow of the dispenser. Rectangle T : The liquid does not leak. 'The shape is like-, the opening formed is a downward vent, the field end has a door-like box cover to cover the opening, and in the upper part of the dispensing probe, the end of the fu-type depression channel is in and out. The two upper and lower openings and the dilution buffer tank are fixed to hold the suction cup, and the other side is out of the dilution buffer tank; 疋 and the flow of water between each other can enter the dilution buffer tank, and there is more than one upper and lower openings connected to each other. And: the box with the dilution function, the side guard is fixed on the upper part of the dispensing probe, on 518384 ---- —— Ⅵ. Patent application scope ___ _ There is an opening on the side and it can be installed with a bad quality The body is put into the upper cover of the dilution buffer 2 through this opening. The solid is stored or dissolved. The storage room is from the middle right to the inside. Here, the storage area is crossed by this partition and the cleaning material is mixed into ^, the partition is separated by the water level. Dispense solid and colloidal cleaning materials. 'Which is the method of dilution and dissolution] The Yu-type dispensing system is applied to the automatic cleaning and dispensing system of toilets, and its special liquid dispenser is used to suck the county sister eight: ten uses! U-shaped depression with poor force. Channel :: device: the inner wall of the water tank, to dispense the liquid into and out of the fluid, but to dilute the buffer; :: fen; = Feng "water and force quantitative dispenser and sealed liquid knife :: the upper + part 'installation movement : Quantitatively isolate the concentrated solution for dilution, and transport the solid or colloid dispenser in the bucket up and down, I, into the toilet; The knife-injection probe uses the pressure difference of π to suspend the dispenser on the inner wall of the water tank. The entry and exit of the diluent = the opening of the channel controls the opening in the dispenser. The opening is set in the upper part of the dispenser. This storage chamber is stored and decomposed into a supersaturated solution. The partition of the mouth is separated, and the water level passes over this clean. The material is dispensed into the solid liquid, cleaning block or cleaning gel in a way that dilutes and dissolves. It is used in 3 plugs. ί When to add: ::: Can produce soap foam to prompt the use of page 23 518384 6. Application for patent scope b. At least one added fragrance, which can emit fragrant air when the toilet is flushed; c. At least one ion or non-ion Surfactants; d. On demand Can be added with sterilizing or sterilizing materials. 4% of the liquid dispenser as described in item 1 of the patent scope, where the buoyancy quantitative dispensing _ device for liquid bottling is placed in the upper part of the dispenser, can be according to the required capacity The liquid is bottled and used on the same dispenser. 5 1 The liquid dispenser described in item 1 of the patent scope, wherein the buoyancy quantitative dispensing device uses the principle of liquid partial pressure differential gravity measurement. Page 24