CN2524639Y

CN2524639Y - Digital program control high temperature sterilizing water drinking machine

Info

Publication number: CN2524639Y
Application number: CN 01275239
Authority: CN
Inventors: 陈士礼
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-11-30
Filing date: 2001-11-30
Publication date: 2002-12-11
Anticipated expiration: 2011-11-30

Abstract

The utility model discloses a digitalizing program control high temperature disinfection water drinking machine which comprises a water inlet, a filter, an electromagnetic valve, an interchanger, a double heat barrel, an ice barrel, a heat electronmagnetic valve, a warm electronmagnetic valve and an ice electronmagnetic valve. The utility model is characterized in that an non-contact type sensing water level device is provided in the heat barrel; a guide pipe extends beside the heat barrel; metal guide rings are respectively provided on the high position and the low position of the guide pipe and are connected with a water level sensing circuit and a CPU circuit. During the process of the digitalizing program control high temperature disinfection water drinking machine in a system, a water outlet can be implemented with a plurality times of short-time sterilizations at any time; therefore, the blind spot of the boiling sterilization long time operation is completely eliminated; furthermore, the system can be connected with phonetic sound and information, still analyze and control mode, hence has the rapid sterilization and refrigeration effect and reaches the object of short time sterilization and sound sterilization effect; furthermore, according to environmental factors and use condition, the water outlet is implemented with a plurality times of short-time sterilizations so that the water drinking machine with convenient installation and maintenance, improvement drinking water and diversification is provided.

Description

The water dispenser of the program control high temperature sterilization of digitisation

Technical field

The utility model relates to a kind of water dispenser, especially the water dispenser that refers to the program control high temperature sterilization of a kind of digitisation, it can be widely used on the water dispenser of each pattern, to utilize network analysis, control model, and produce quick cold and hot exchange, it is short to reach sterilizing time, and sterilizing function is strong, and according to environmental factor, service condition delivery port is done repeatedly the short time sterilization; Adopt simultaneously with contactless water level arrangement for detecting, the installation and maintenance that facilitate, and promote the drinking-water quality, improve the industrial economy value.

Background technology

In early days, on the water dispenser structure, be that sustainable drinking-water function can be provided, so in the interior barreled container that is provided with, increase reservoir storage, and textural comparatively simple, but in the movement reach scientific and technological progress, with the economic benefit quality requirements, this water dispenser kind thereby major reform is arranged, wherein comprise the hot boiling water of tool, warm boiling water, cool boiled water supply, and two kinds of structures of tool sterilization design in response to and give birth to, to satisfy the demand that the consumer drinks; Yet no matter aforementioned what person structure all do not reach desirable to the water disinfecting effect.For example, this water dispenser promptly utilizes ozone at sterilization mode, ultraviolet ray, reverse osmosis, ebuillition of heated etc., the water dispenser structure that all has the aforementioned manner utilized to form, this ebuillition of heated mode wherein, be the present the most direct main flow practice of drinking water sterilization, but come sterilization that the very long problem of sterilizing time is arranged with ebuillition of heated, when promptly desiring drinking hot water, must activate heating schedule earlier, the time to be heated is when reaching boiling point, it finishes back 100 ℃ of institute to normal temperature allows the user drink hot boiling water, through after a while, water temperature reduces in time, desires to drink again and then need repeat heating, thus, not only consuming time and bactericidal effect is not good.

In addition, because aforementioned storage barrel provides drinking water and stores, and in order to understand its water level, nearly all at the detecting water level, all adopt with ball float or metal extremely rod etc. directly the way of contact obtain signal, please consult Fig. 1 earlier, as the extremely excellent C of the metal that ball float B and high low level are set in storage barrel A, its inner bucket water position then utilizes ball float B directly to contact because of the extremely excellent C of water level high and low position and metal, to obtain water position status, and then with control system D to splendid attire drinking water in addition in the bucket, thus, though can record its water level, only this mode is all very miscellaneous on installing and keeping in repair, bring inconvenience, the while owing to the setting of ball float B and the extremely excellent C of metal, is subjected to material easily and is soaked in factor in the water for a long time in storage barrel A, its water quality has contaminated and failure condition, for product, be not to be a desirable utility model, moreover can't reach the requirement of drinking water quality quality yet.

The utility model content

The purpose of this utility model provides the water dispenser of the program control high temperature sterilization of a kind of digitisation, adopt with the utilization drinking-water system and analyze principle and microcomputerized control, make it in the sterilization flow process, form quick cold and hot exchange, reach the effect that sterilizing time is short, sterilizing function is strong.

The utility model water dispenser comprises water inlet, filter, magnetic valve, interchanger, reaches two heat buckets, ice bucket, heat, temperature, ice magnetic valve.The purpose of this utility model is to realize like this, the utility model is used in the heat bucket and establishes contactless detecting water level device, promptly, establish the metal duct ring respectively in the high and low position in the conduit in the other conduit that extends of heat barrel side, and detect lateral circuit with water level, cpu circuit is connected.Contactless water level arrangement for detecting utilizes the material electrostatic principle to obtain the water level message, to solve drinking water quality by the disappearance of assembly contamination phenomenon, provides high-quality drinking water.The water dispenser of the program control high temperature sterilization of digitisation is characterized in that, this flow process can be done repeatedly the short time sterilization with delivery port, with the blind spot of the long-time action of thorough solution boiling sterilization under random time in system; Moreover this system can connect voice, reach information.

The utility model has the advantages that and adopt contactless water level arrangement for detecting, solved drinking water quality, high-quality drinking water is provided by the shortcoming that assembly pollutes.Can utilize control system according to environmental factor, service condition, under random time, delivery port be done repeatedly the short time sterilization, with the living bacterium of the external environmental pollution delivery port of thorough solution, and the blind spot sterilization again at the terminal pipeline of boiling sterilization dead angle.

But another advantage of the present utility model be when the hot water emission comprehensive discharge delivery port in 45 ℃, impaired with protection building pipeline because of high temperature discharge.

Another advantage of the present utility model is to utilize voice system, and the phonetic function in when operation is provided, and the available information interface links to make information with the external world, and it is used to be beneficial to administrative analysis.

In order further to understand essence of the present utility model, the utility model is described further below in conjunction with the drawings and specific embodiments.

Description of drawings Fig. 1 is a ball float structural representation of commonly using utility model.Fig. 2 is a water dispenser stereogram of the present utility model.Fig. 3 is the contactless water level arrangement for detecting of a utility model schematic diagram.Fig. 4 is the utility model high temperature sterilization and discharge the internal structure flow chart automatically.Fig. 5 is the program control intralamellar part wiring schematic diagram of the utility model.Fig. 6 is the program control panel feature schematic diagram of the utility model.The extremely excellent D control system 10 heat buckets of figure number A storage barrel B ball float C metal 11 conduits 12 metal duct rings 13 plain conductors 14 water level circuit for detecting 15CPU circuit 20 store heat buckets 30 ice buckets 40 interchangers 50 filters 60 water inlets 70

delivery ports

81,82,83,84,85,86 magnetic valves, the 90 compressors normal lamp 107 water quality detecting of power lights 104 heating lamps 105 bactericidal lamps, 106 water supply in 101 hours 102 minutes 103 lamp, 108 hot water temperatures, 109 warm water temperatures, 110 frozen water temperature, 111 hot water effluent's lamps, 112 hot-water switch, 113 boiling lamps, 114 boiling switch, 115 warm water water outlet lamps, 116 warm water switches, 117 continuous effluent lamps, 118 continuous effluent switches, 119 frozen water water outlet lamps, 120 frozen water switches

The utility model is the water dispenser of the program control high temperature sterilization of a kind of digitisation, please consult Fig. 3 earlier, this structure is to adopt contactless water level arrangement for detecting, promptly in the other conduit 11 that extends of heat bucket 10 sides, and be the suitable height of tool, and in conduit 11 tops and bottom, be equipped with metal duct ring 12, outwards connect plain conductor 13 by metal duct ring 12 simultaneously, extremely with water level circuit for detecting 14, cpu circuit 15 joins, and forms by horizontal level and records water level (being electrostatic principle) message, to work as water level height number, provide cpu circuit 15 to do interpretation, water source supply just often, all are normal in system, if when cutting off the water, normal with maintenance system then stops to supply water.

See again and read Fig. 4, enter the sterilization flow process when beginning operation, cpu circuit 15 checks whether the temperature of heat bucket 10 arrives 100 ℃ of boiling points, if do not reach boiling point, then heat the arrival boiling point again, simultaneously heat, temperature, ice and

water solenoid valve

83,84,85 close, to prevent that the user from drinking any problematic water, this moment, cpu circuit 15 was opened discharge solenoid valve 82, with frozen water discharging in the ice bucket 30, simultaneously the hot water in the heat bucket 10 successively after-teeming go in the ice bucket 30, the water temperature in this moment ice bucket 30 by low temperature rise temperature to design temperature, cpu circuit 15 is closed discharge solenoid valve 82, hot water soaked in ice bucket 30 3-5 minute, the sterilization effects that reaches a high temperature, and this moment, cpu circuit 15 was opened discharge solenoid valve 82 again, high-temperature-hot-water is discharged, simultaneously go into ice bucket 30 through the warm water after-teeming of interchanger 40, the water temperature in ice bucket 30 is reduced to design temperature by high temperature, and cpu circuit 15 is closed discharge solenoid valve 82 again, compressor 90 is opened, with prestissimo with water cooling.

Therefore, this sterilization flow process control model has following characteristics:

1, process analysis thoroughly solves the blind spot of the long-time action of boiling sterilization.

2, quick cold and hot exchange principle reaches the function of drinking the soonest.

3, time and action are Digital Control entirely, can do open setting.

In addition, the utility model can be done repeatedly the short time sterilization with delivery port 70 at any time, promptly work as setting-up time and will do delivery port 70 sterilizations, whether cpu circuit 15 is inspected heat bucket 10 can reach the boiling present situation, then earlier heat bucket 10 is not heated to fluidized state if there is boiling, this moment, cpu circuit 15 was opened 3-5 second with delivery port 70, utilized boiling hot water with delivery port 70 sterilizations.Simultaneously, the utility model is provided with the RS-232 interface, can make information with the external world and link, and uses in order to administrative analysis, and is provided with phonetic function, is beneficial to the convenient use of user.

The utility model hot boiling water exhaust temperature when high temperature sterilization all is higher than more than 100 ℃; for preventing the too high building conduit failure that makes of temperature at discharging condensate; when the hot water emission; entering water electromagnetic valve 81 is opened; can be comprehensive more than 100 ℃ temperature discharging water outlet protect the building pipeline to avoid damaging all in 45 ℃.

Please cooperate again and consult Fig. 6, be program control panel operation function, show, with tool power supply, heating, sterilization, water supply is normal, the water quality detecting shows, boiling, continuous water supply etc. again, is the diversification utility model by hour 101 keys to frozen water switch 120 keys.

Claims

1. the water dispenser of the program control high temperature sterilization of digitisation, comprise: water inlet, filter, magnetic valve, interchanger, and two heat buckets, ice bucket, heat, temperature, ice magnetic valve, it is characterized in that: in the heat bucket, establish contactless detecting water level device, promptly in the other conduit that extends of heat barrel side, establish the metal duct ring respectively in the high and low position in the conduit, and detect lateral circuit with water level, cpu circuit is connected.