TWI579436B - The environmental foam contains its manufacturing methods and devices, components and uses - Google Patents

Description

Environmentally friendly foam includes its manufacturing method and device, components and uses

The present invention relates to a manufacturing method and apparatus for reducing the amount of foam generated for sanitary and clean materials, and is mainly used as a hygienic environment for sanitary equipment, and can be used as a multi-purpose sanitary and environmental protection.

For the more environmentally-friendly and energy-saving problems of the earth, the sanitary equipment of the existing living environment is one of the first. Among them, in order to increase the hygienic quality, most of the toilets are filled with detergent in the water tank to use the flushing, but it causes the use. Excessive dose problem; for toilets, there are often spills of water, splashes of dirt, odors, scent, body and surrounding environment, flushing water splashing during rinsing, fouling and odors, and hygienic corners. Problems such as bacterial diseases have not been effectively solved, although there are also inventions that create bubbles as barriers (eg, Taiwan M355967, 200821436, 200914693, 201035419, 87220336), (Japan's special wish 2003-253727, special wish 2006- 095252, Japanese Patent Application No. 2007-277636), (US Pat. No. 6,279,174, US Pat. No. 3,762,875, US Pat. No. 6,772,450, US Pat. No. 4,571, 752 A, US 2004/0064884 A1, US 2005/0003990, US 2006/0191064 A1, Sumner (3383710), EP 1241302 A1, EP 0265453 B1, DE 3908178 A1, DE 19938913 B4, DE 102004005759, DE 198 44 864 A1, WO 2006/097047, GB1356343A, GB1245795A, CN1284592A, CN2866657Y, CN2443067Y, CN1048726A, 2004-4804, 2006-39421), etc., mostly responded by various methods of producing foam devices, but not for the characteristics of toilets, and can only handle cleaning and splashing in the front of the toilet, not covering the whole process of toilet (including flushing) The health problems with sewage pollution, so the actual effect is not as expected, and even cause other problems are not practical, such as: manufacturing slow time, waste too much dose is easy to destroy the septic tank ecology caused by environmental problems, the foam is uneven and easy to break easily Long-lasting, inelastic fluids are difficult to recover due to impact gaps.

In particular, it has recently been found that the odor of the cyclone bacteria is scattered during the rinsing, and it is easy to cause the odor of the bacteria to spread to the washing utensils, causing disease problems, and at the same time, it is more filthy. The above-mentioned inventions are rarely involved in the field of processing this scope. Only the author's creation has been overcome before the research is released, so further improvement is made, even including the sewage pipe to prevent clogging after washing, maintaining the ecology of the septic tank, and avoiding pollution of water and fertilizer-derived agriculture. Circulating pollution with soil; another clean moisturizing lotion requiring foam, including beverages, fluffy foods or lightweight, soundproofing, heat-insulating materials, adding too much foaming agent or additive, which is easy to damage quality, and the creation of the invention can also be improved It.

In order to solve the above-mentioned prior art problems, after many years of testing and comparison, no matter which way the foam is broken, it is ineffective, and the characteristics of the sanitary foam are: the production must be fast, and the finer the finer the cleaning force, the better the impact durability is, Good fluidity quickly restores the impact gap. Therefore, for the characteristics required for toilet hygiene, I have created TW M301901, TW M355967, JP-3133215 sanitary foam appliances, SG-200717209-1, UK-GB2443520 before the improvement. HK1111206, IT-N0001380074 Sanitary foam method, using the foam with the most characteristic characteristics, and overcoming the above-mentioned discovered and undiscovered many problems, and improving the fine pore device used for foaming before I (Taiwan 201035419 China 200910129512.7), becoming a multi-layered hole The multi-layer pore unit is a multi-layer fine pore gas permeable body which is formed by multi-layer fine mesh or fine particles, so that the number and area of the holes are greatly increased and the gas permeability is better, thereby not only foaming uniformly and rapidly, but also facilitating the pores to be finer. (the pore size is even below 50 microns) to produce a variety of suitable sizes for large-volume to small particles, and the pore size of the pores is equal to the flow rate of the feed gas and the foaming feedstock for the desired use. Proportional ratio matching, for example, for the mixture of the finer pore size and the thicker the raw material, the flow pressure of the feeder device is insufficient, which is difficult to achieve, and if the flow rate is too large, the foam is easily caused by the multi-layer pore unit which is relatively diluted and has a large pore diameter. Poorly produced, so the multi-layer pore unit and the feeder device are further combined into a multi-layer pore foaming device, and the multilayer microporous gas permeable body, It can easily make the cleaning foam particles less than 5mm (slightly durable) or above (suitable for larger volume), and below 800 microns (suitable for cleaning and impact resistance, lasting for more than 8 hours) or Below 300 microns and more subtle (suitable for moisturizing or special use). It can also be used to manufacture micro-dose environmentally friendly foam. It can use a multi-layer microporous gas permeable body, and only need a few micro-dose, such as 0.3cc of coconut oil foaming agent mixed with water below 300cc, to quickly and efficiently produce about 1.5 liters of particles 800 micron hygienic foam liquid. Reduce the use of foaming agents, thereby reducing pollution or environmental ecological burden, and without increasing the cost burden, which is conducive to the full use of environmentally friendly cleaning agents, thereby not jeopardizing the ecology of septic tanks, not polluting water and fertilizer, and not recycling water and fertilizer. Pollution of farming and soil, so as to avoid the detoxification of the human body and the environment.

Therefore, the method of the invention can provide the ideal suitable amount, easily meet the requirements of the sanitary foam of the sanitary equipment, solve the above problems of slow foaming, easy to break and long-term protection against splashing, and the fine foam molecules can not only make the cleaning power Enhanced, more durable and moderately flexible fluid, convenient to maintain foam volume during processing, fine foam molecules, can greatly increase the volume of detergent, so that the application area is greatly expanded and has super clean power, taking into account environmental protection and water saving; For human body cleansing and maintenance, the fine foam molecules can exert the best cleaning and moisturizing effect, and increase the volume of use can completely moisturize and maintain, to reduce the amount of maintenance liquid or clean moisturizing lotion, and the invasiveness of the nano-invasion; for making Beverage or food, rapid and strong foaming without the need to add foaming agent or reduce a large amount of foaming agent, will require foam to make beverage or food beverage liquid, milk and food raw material liquid or mixture to produce the desired foam, and fine foam Long-lasting, agitation-resistant, foam-making foam or foam raw material for making fluffy food Used for building materials or construction materials such as the production, the purpose of environmental protection as a foam: used in various applications required to, the present invention is as follows:

(1) An environmentally friendly foam characterized in that the composition and the production steps of the environmentally-friendly sanitary foam as sanitary equipment are as follows: a. diluting the environmentally-friendly foaming agent raw material with water to a ratio of 1 to 100 or more; The raw material mixture is built into a multi-layer pore foaming device having a pore diameter of 0.5 mm or less; c. an air inlet device having a foaming flow rate of 1 liter or more per minute is connected to the multi-layer pore device to generate a foam.

(2) The environmentally friendly foam according to the above item 1, wherein the environmentally friendly foaming agent is A 0.3 cc coconut oil foaming agent is mixed with water of 300 cc or less, a multi-layer pore foaming device having a pore diameter of 0.3 mm or less, and an air intake device having a no-load flow rate of 3 liter or more.

(3) The environmentally friendly foam according to Item 1 or 2 above, wherein the environmentally friendly foaming agent raw material is added with an additive required for a specific desired use.

(4) An environmentally friendly foam foaming device comprising: a raw material device comprising a container and a replenishing control device, wherein the container is for accommodating and filling the foaming raw material, the replenishing control device The foaming raw material in the container is guided to the mixing device according to the replenishing amount; a mixing device is a container for accommodating the mixed liquid of the foaming raw material and the water, and the container is provided with a replenishing portion and an output portion, wherein the replenishing portion The foaming raw material supplied by the department is supplied with the supplementary water or the diluent, and the output part is used for generating the foam liquid, and the container controls the supply water or the amount of the diluent by a liquid level control device to maintain the proportion of the mixed liquid; The replenishing device is a control replenishing liquid device, the liquid comprising water or a diluent for mixing the foaming material into a desired ratio; a multi-layer pore foaming device comprising a plurality of pore units and an air inlet unit The multi-layer pore unit is a multi-layered pore gas permeable body composed of a plurality of fine mesh or a plurality of fine particles, and the pore size of the pores is different from the flow rate of the inlet unit and the foaming raw material liquid. The relationship is matched with a connecting portion, the connecting portion is connected with the air intake unit, and the multi-layer fine hole unit and the air intake unit are respectively disposed inside and outside the mixing device; and a replenishing and conveying portion includes the replenishing water and a conduit for the raw material, and a delivery conduit and nozzle for conveying the foaming liquid; a control unit: controlling the operation of the makeup water and the raw material, and the starting process of the intake device.

(5) A multi-layer pore foaming device for a foam device, characterized in that: as a foaming raw material liquid, a foaming liquid is produced, which comprises: a multi-layered pore unit, which is a multi-layered fine-pored interlaced structure Microporous gas permeable body, the pore size of the pore is used for the flow rate of the air intake unit And a connection portion, and the connecting portion is connected by a conduit connecting the air intake unit to guide air into and out of the multi-layer pores; an air intake unit for inputting air and having a The connection unit is connected to the multi-layer pore unit to facilitate air input and setting.

(6) An environmentally-friendly foam characterized by using an environmentally friendly foam foaming device as described in claim 4 or a multi-layer pore foaming device as claimed in claim 5 A foam produced by a device as described.

(7) The environmentally-friendly foam according to Item 6, wherein the foam generation speed is at least 1.2 liters or more within 30 seconds, and the particle diameter is less than 1 mm, and the fluidity is less than 4 at a center diameter of 30 cm. Clean foam below cm.

(8) A raw material replenishing tank for an environmentally-friendly foam, characterized in that: the raw material of the environmentally-friendly foam foaming device according to item 4 of the patent application scope is filled, and the container is diluted in a container to meet the environmentally-friendly foaming foam. The various materials used for the intended use of the device, as well as the required thick viscosity, and additives for the desired use.

(9) The raw material device of the environmentally-friendly foam according to Item 8 above, wherein the outlet of the container is provided with a hose, and the length of the hose is convenient to be inserted into the raw material device of each environmentally-friendly foam foaming device to supply the filling and foaming. raw material.

(10) The raw material device for an environmentally friendly foam according to the above item 8, wherein the raw material is any one of a sanitary cleansing, a moisturizing and maintenance lotion, and a food, and a material, according to the intended use.

Therefore, regardless of the volume of larger particles or the foam of the permanent fine particles, the method and device of the invention can quickly and effectively form the most ideal foam liquid, and provide sanitary equipment, cleaning equipment, maintenance moisturizing lotion, food, engineering construction and building materials. The foaming liquid or raw material liquid required for the production of materials, etc., can greatly reduce the foaming agent. It doesn't even need to add any foaming agent, not only the foaming efficiency is super strong, but also the light weight does not take up space. It can be diversified by a separate container device, or it can be easily combined with the device to increase the texture in one piece to achieve the best effect and meet the modern green. Can demand.

10‧‧‧ hanging device

11‧‧‧Environmental foam foaming device (foam machine)

12‧‧‧Backplane fixing section

13‧‧‧ toilet

14‧‧‧ Erecting device

15‧‧‧Adjustment device

16‧‧‧Locking device

17‧‧‧ Shock pad

18‧‧‧Water supply valve

19‧‧‧Tie joints

20‧‧‧Control valve

21‧‧‧Mixed device

22‧‧‧Output Department

23‧‧‧Foam delivery catheter

24‧‧‧ nozzle device

25‧‧‧Fixed pipeline installation

26‧‧‧Fixed grooves

27‧‧‧ toilet seat cushion

28‧‧‧Replenishing device

29‧‧‧Material refill tank

30‧‧‧Hose

31‧‧‧Power supply unit

32‧‧‧Foam unit panel

33‧‧‧Control device

34‧‧‧ lights

35‧‧‧Control switch

36‧‧‧Air pumping

37‧‧‧Multilayer pore unit

38‧‧‧Materials

39‧‧‧Supply control device

40‧‧‧Level control device

41‧‧‧Water valve overflow pipe

42‧‧‧Intake Department

43‧‧‧Supply Department

44‧‧‧Water supply conduit

45‧‧‧feeding conduit

46‧‧‧Free treatment flushing device

47‧‧‧Intake direction

48‧‧‧Frozen direction

49‧‧‧Supply direction

50‧‧‧Mixed device

51‧‧‧Into the raw material device

52‧‧‧Air intake unit

53‧‧‧Multi-layer pore foaming device

54‧‧‧Output Department

55‧‧‧Guide

56‧‧‧Material containers

59‧‧‧Original materials

First Fig.: Schematic diagram of foaming of a multi-layer micropore device of the device of the present invention.

The second figure is a schematic diagram of the processing of the foamed beverage food of the device of the present invention.

The third figure is a schematic diagram of the construction and material foaming process of the device of the present invention.

Figure 4 is a schematic view showing the assembly of the component assembly of the device of the present invention.

Fig. 5 is a schematic view showing the front view, the upper view and the installation of the device of the present invention.

Figure 6 is a front view, a top view, a side view and a partial large sample view of the device of the present invention.

Figure 7 is a schematic view of a component device of the device of the present invention.

Figure 8 is a schematic view showing the front view, the upper view and the installation of the device of the present invention.

Figure 9 is a front view, a top view, a side view and an internal large sample view of the device of the present invention.

Fig. 10 is a schematic view showing the device assembly device of the present invention combined with a flush-free flushing device.

Figure 11 is a schematic view of a device assembly device and a supplementary operation of the present invention.

In order to further illustrate the device of the present invention, please refer to the first and the drawings. The device of the present invention overcomes the problem that the general production foam is too slow or rapidly causes unevenness of the air bubbles due to the influence of the resistance, and the main method is to provide a large amount of quickly. a gas inlet device (such as an air pump) guides the gas through a multi-layer pore foaming device 37 having a plurality of pore units as a foaming device, and is introduced into a mixer capable of containing a raw material liquid or a raw material mixture to enter the gas. At the beginning, the gas is gradually refined into a foam through a plurality of layers of the foamer 37, so that a uniform fine bubble can be produced in a rapid manner. The foam promotes the raw material liquid or the mixed liquid to form a fine foam to increase the volume and enhance the cleaning power and the durability of the impact resistance, and the device can be applied to the foam machine required for various equipments. Taking the sanitary equipment as an example, in the embodiment of the method device of the present invention, an environmentally friendly foam foaming device (abbreviated as a foaming machine) 11 can be fixedly mounted on the wall surface of the appropriate operating position, and the water supply valve 18 of the toilet 13 can be The three-way joint 19 taps the water source, connects the control valve 20 of the foam machine 11 to the water, and then the output portion 22 of the mixing device 21 of the foam machine 11 is sleeved to the foam conveying conduit 23, and the end of the foam conveying guide 23 is connected to the nozzle device 24, and The fixed line device 25 is adhered to the surface of the toilet 13 or the device (such as a freezer), and the fixing groove 26 of the foam conveying conduit 23 and the nozzle device 24 is sleeved on the fixing portion of the fixed line device 25, and is fixed to The toilet seat of the toilet 13 and the toilet seat cushion 27 enable the nozzle device 24 to spray foam inside the toilet 13 and avoid the water surface of the water seal, open the cover of the replenishing device 28 on the unit casing, and refill the outlet end of the raw material refill tank 29. Connect the hose 30 and bend the hose 30 into the replenishing device 28 to supply the filling material, connect the power source device 31 of the foaming machine 11 to the safe power source, and check whether the operating device 33 of the foam unit panel 32 displays whether the lamp number 34 is positive. The touch or inductive control switch 35 of the operating device 33 can be activated to enable the air pump 36 to quickly input air to the mixing device 21, and through the multi-layering of the multi-hole single hole 37, to quickly produce a large amount of fine foam required, through the foam The conveying guide 23 and the nozzle device 25 are sprayed into the toilet, and are replenished after the foam is generated, and the replenishing control device 39 of the starting material device 38 is supplied to supply the required raw materials, and then the control valve 20 is turned on to supply water, and when the replenishment is completed, the permeate level is obtained. The control device 40 completes the replenishment process to For the next use to start.

For the raw materials of the above-mentioned raw material replenishing tanks 29, various types of clean aromas, disinfecting deodorants, colors, etc. may be added according to the needs of use, including places where special needs for health, such as public places, hospitals or epidemic areas that are susceptible to infectious diseases, Adding all kinds of aromatic deodorant disinfection and antibacterial fungicides, etc., can make the epidemic prevention more complete, in order to meet the needs of various places of health or regional epidemic.

The above-mentioned embodiments are only for the purpose of explaining the present invention, and are not intended to be a limitation of the present invention, and may be modified without departing from the spirit of the present invention.

10‧‧‧ hanging device

11‧‧‧Environmental foam foaming device (foam machine)

12‧‧‧Backplane fixing section

18‧‧‧Water supply valve

19‧‧‧Tie joints

20‧‧‧Control valve

21‧‧‧Mixed device

22‧‧‧Output Department

23‧‧‧Foam delivery catheter

28‧‧‧Replenishing device

31‧‧‧Power supply unit

32‧‧‧Foam unit panel

33‧‧‧Control device

34‧‧‧ lights

35‧‧‧Control switch

36‧‧‧Air pumping

38‧‧‧Materials

39‧‧‧Supply control device

42‧‧‧Intake Department

43‧‧‧Supply Department

44‧‧‧Water supply conduit

45‧‧‧feeding conduit

Claims (2)

An environmentally friendly foam characterized by: using a foam generated by an environmentally friendly foam foaming device, the environmentally friendly foam foaming device comprising: a raw material device comprising a container and a replenishing control device, wherein the container For accommodating and filling the foaming raw material, the replenishing control device guides the foaming raw material in the container to the mixing device according to the replenishing amount; and the mixing device is a container for accommodating the mixed liquid of the foaming raw material and the water, and The container is provided with a replenishing portion and an output portion, wherein the replenishing portion is supplied with the replenishing foaming material and the make-up water or the diluent, and the output portion is configured to generate the foam liquid, and the container is borrowed by the liquid level control device. Controlling the supply water or the amount of the diluent to maintain the proportion of the mixture; a diluent replenishing device is a control replenishing liquid device, the liquid comprising water or a diluent for mixing the foaming material into a desired ratio; a bubble device comprising a plurality of pore units and an air inlet unit, wherein the plurality of pore units are multi-layer pores composed of a plurality of fine mesh or a plurality of fine particles a gas, the pore size of the pore is matched with the flow rate of the air inlet unit and the foaming raw material liquid, and is provided with a connecting portion for connecting the air intake unit with the duct to make the multi-layer pore unit and the air intake unit They are respectively disposed inside and outside the mixing device; a replenishing and conveying portion is a conduit containing makeup water and raw materials, and a foam conveying conduit and nozzle for conveying the foaming liquid; a control device for controlling the operation of the make-up water and the raw material, and the intake device The startup process; wherein the foam generation rate is at least 1.2 liters or more within 30 seconds, and the particle size is less than 1 MM on average, and the fluidity is less than 4 cm below the center of the diameter of 30 cm. An environmentally-friendly foam characterized by: a foam produced by using a multi-layer pore foaming device of an environmentally-friendly foam device, the multi-layer pore foaming device of the environmentally-friendly foam device is used as a foaming raw material liquid to generate a foaming liquid, and the environmentally-friendly foaming device The multi-layer pore foaming device comprises: a multi-layer pore unit, wherein the multi-layer pores are staggered to form a multilayer microporous gas permeable body, and the pore size of the pores is in a use relationship with the flow rate of the air intake unit. take And a connecting portion is provided with a conduit connecting the air intake unit to guide air into and expelling an air intake unit from the plurality of fine holes, the air intake unit is for inputting air and has a connection portion The multi-layer pore unit facilitates the introduction of air input and setting; wherein the foam generation speed is at least 1.2 liters or more within 30 seconds, and the particle size is less than 1 mm, and the fluidity is less than 4 cm below the center of the diameter of 30 cm. Clean the foam.