CN202350325U

CN202350325U - High-accuracy intelligent water boiler control equipment

Info

Publication number: CN202350325U
Application number: CN 201120502484
Authority: CN
Inventors: 向生建; 蒋蓉穗; 张勇雄
Original assignee: Sichuan Fornew Technologies Co Ltd
Current assignee: Sichuan Fornew Technologies Co Ltd
Priority date: 2011-12-06
Filing date: 2011-12-06
Publication date: 2012-07-25
Anticipated expiration: 2021-12-06

Abstract

The utility model discloses high-accuracy intelligent water boiler control equipment, which comprises a tank body (1), a control plate (2) and one or more water faucets (9), wherein the control plate (2) is positioned on the outer side of the tank body (1); a cold water tank (3) and one or more heating devices (4) are arranged in the tank body (1); each heating device (4) is connected with the cold water tank (3) through a pipeline (7); each heating device (4) is connected with each water faucet (9) through a water outlet pipe (8); the water outlet pipe (8) is provided with a water temperature measuring electromagnetic valve (10) and a flow meter (14); and a power switch (16), one or more groups of temperature controllers (17), one or more groups of electric heating switches (18) and one or more groups of smart card reading adjustors (15) are arranged on the control plate (2). The utility model provides high-accuracy intelligent water boiler control equipment, which has the advantages of automatic charging according to water amount, unmanned water taking, supply of water around the clock, convenience for users, and the like.

Description

High-precision intelligent boiler control appliance

Technical field

The utility model relates to a kind of high-precision intelligent boiler control appliance.

Background technology

Boiler in the office space, hotel, restaurant, industrial and mining enterprises, school, dining room and even family be widely used, Along with people's is to the growing interest of problems such as drinking water safety, convenience, and the requirement of boiler is also improved constantly; Traditional boiler adopts manually-operated mostly, after administrative staff think that by rule of thumb water reaches preference temperature, and the tap of fetching boiling water; Hand-held measuring temp tolerance is surveyed the temperature of the water that pours, and whether administrative staff reach consumption temperature through analyzing water after a while, if do not reach; Then continue heating, repeat to measure water temperature, then open a period of time tap earlier if reach; Residual cold water in the complete discharge water tap, the water resource waste that this process causes is more serious, and wastes time and energy; Requirement to administrative staff is also higher, must need enough working experiences and when could accurately draw water temperature and just be fit to, treat that tap emits be boiling water full the time; Open the supply gate, the user relies on paper-bill or scene to pay the cash water intaking mostly, need arrive first administrative office's currency of bill the local user who uses paper-bill; And paper-bill is difficult for keeping, damages easily, and generally getting one bottle of required expense of water is 0.2～0.5 yuan; If the user pays cash for the scene, then administrative staff need remove the full-amount change of local exchange such as bank in advance, and give user's small change process time-consuming; User's stand-by period of fetching water is longer, and administrative staff directly contact cash, can't avoid situation such as administrative staff corrupt; Big or small artificial judgment toll amount during the water intaking that administrative staff provide according to the user mostly, reasonability is lower, and this boiling water is supplied with time restriction; Can only in certain time period, boiling water be provided, when the boiling water that burns in time period one mistake or the boiler has been put, then be unable to supply boiling water, applicability is lower.

The utility model content

The purpose of the utility model promptly is to overcome the deficiency of prior art, provides a kind of and charges automatically by the water yield, the water intaking unattended; Supplied water in 24 hours, and be user-friendly to, water temperature can be regulated; The user can be provided with the demand water temperature and the amount of water required voluntarily; Can supply many people's water intakings simultaneously, be widely used in each occasion, reduce a kind of high-precision intelligent boiler control appliance of water resource waste.

The purpose of the utility model is to realize through following technical scheme: high-precision intelligent boiler control appliance; Control panel, one or more tap that it comprises casing and is positioned at the casing outside are equipped with cold water storage cistern and one or more heater in the casing, cold water storage cistern is connected with external water source through water inlet pipe; Water inlet pipe lower end and cold water storage cistern connecting place are provided with filtration equipment for clarifying; Heater is connected with cold water storage cistern through pipeline, and heater is connected with tap through outlet pipe, and outlet pipe is provided with water temperature observing and controlling magnetic valve; Water temperature observing and controlling magnetic valve is connected with heater through return pipe; Water temperature observing and controlling magnetic valve comprises magnetic valve and temperature sensor, and solenoid valve controller is connected with temperature sensor, on the outlet pipe between water temperature observing and controlling magnetic valve and the tap flowmeter is installed; Power switch, one or more groups temperature controller, one or more groups electrical heating switch and one or more groups smart card are installed on the control panel read adjuster; Power switch is connected with the externally fed power supply, and temperature controller, electrical heating switch are connected with heater through lead respectively, and flowmeter, water temperature observing and controlling magnetic valve read adjuster with smart card respectively and be connected.

Described control panel is provided with one or more groups display unit, and described display unit reads adjuster with temperature sensor, smart card and is connected; Described temperature sensor is installed in the outlet pipe; Described outlet pipe outlet is provided with filtration equipment for clarifying with the tap connecting place.

The beneficial effect of the utility model is: the utility model provides a kind of high-precision intelligent boiler control appliance, has not only realized the water intaking unattended, has reduced administrative expenses, and has charged automatically by discharge; Adopt purification filtering twice, guarantee the water quality high-quality, meet the drinking water regulation, water temperature can be regulated; The user can be provided with the demand water temperature through temperature controller, can read the water yield that adjuster is provided with demand through smart card, can supply many people's water intakings simultaneously, the wait waste of having avoided single water intaking to cause; Be widely used in each occasion, because it is deducted fees and water yield calculating all is automatic completion, and metering precisely; Can supply in 24 hours, avoid the limitation of traditional certain time period supply, be user-friendly to; Boiler carries out water outlet by the amount of water required that the user sets, and has stopped water resource waste, adopts the return pipe setting; The water that does not meet user's set water temperature flows back to heater automatically, and the circulation heating had reduced when a period of time, nobody used; The waste that the water-cooled of outlet pipe front end situation such as but can only directly emit causes is adopted display unit, the water yield of explicit user smart card remaining sum and consumption; Let user's transparent consumption, charge, have reasonable fee by the water yield of end user's real consumption.

Description of drawings

Fig. 1 is the utility model structure chart;

Fig. 2 is the utility model water temperature observing and controlling electromagnetic valve structure figure;

Among the figure, 1-casing, 2-control panel, 3-cold water storage cistern, 4-heater; The 5-water inlet pipe, 6-filtration equipment for clarifying, 7-pipeline, 8-outlet pipe, 9-tap; 10-water temperature observing and controlling magnetic valve, 11-return pipe, 12-magnetic valve, 13-temperature sensor, 14-flowmeter; The 15-smart card reads adjuster, 16-power switch, 17-temperature controller, 18-electrical heating switch, 19-display unit.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is done further description, but the protection domain of the utility model is not limited to the following stated.

Like Fig. 1, shown in Figure 2; High-precision intelligent boiler control appliance, it comprises casing 1 and is positioned at the control panel 2 in casing 1 outside, one or more tap 9, cold water storage cistern 3 and one or more heater 4 are installed in the casing 1; Cold water storage cistern 3 is connected with external water source through water inlet pipe 5; Water inlet pipe 5 lower ends and cold water storage cistern 3 connecting places are provided with filtration equipment for clarifying 6, and heater 4 is connected with cold water storage cistern 3 through pipeline 7, and heater 4 is connected with tap 9 through outlet pipe 8; Outlet pipe 8 is provided with water temperature observing and controlling magnetic valve 10; Water temperature observing and controlling magnetic valve 10 is connected with heater 4 through return pipe 11, and water temperature observing and controlling magnetic valve 10 comprises magnetic valve 12 and temperature sensor 13, and solenoid valve controller is connected with temperature sensor 13; Described temperature sensor 13 is installed in the outlet pipe 8; On the outlet pipe 8 between water temperature observing and controlling magnetic valve 10 and the tap 9 flowmeter 14 is installed, power switch 16, one or more groups temperature controller 17, one or more groups electrical heating switch 18, one or more groups display unit 19 and one or more groups smart card is installed on the control panel 2 reads adjuster 15, power switch 16 is connected with the externally fed power supply; Temperature controller 17, electrical heating switch 18 are connected with heater 4 through lead respectively; Described display unit 19 reads adjuster 15 with temperature sensor 13, smart card and is connected, and flowmeter 14, water temperature observing and controlling magnetic valve 10 read adjuster 15 with smart card respectively and be connected, and described outlet pipe 8 outlets are provided with filtration equipment for clarifying 6 with tap 9 connecting places.

The utility model course of work: external water source flows into through water inlet pipe 5, and through injecting cold water storage cistern 3 behind filtration equipment for clarifying 6 purification filterings, purifying waste water in the cold water storage cistern 3 flows to each heater 4 through pipeline 7; Corresponding electrical heating switch 18 on the operation control panel 2 is opened one or more groups heater 4 and is carried out work, and purifying waste water in the heater 4 heated; Operate temperature controller 17 simultaneously, set the user's request temperature, if unmanned the setting; System gives tacit consent to uniform temperature automatically, reads that adjuster 15 reads and through balance amount information on the display unit 19 explicit user smart cards, the user can set up this water withdrawal on their own through smart card; Also can not set, treat to calculate water withdrawal automatically after water intaking is accomplished, the water in the heater 4 flows out through outlet pipe 8; Measure the water temperature in the water pipe 8 through the temperature sensor 13 in the water temperature observing and controlling magnetic valve 10, and the water temperature that measures is shown through display unit 19, when water temperature reaches the temperature of setting in the outlet pipe 8; The valve plates of magnetic valve 12 is beaten to return pipe 11 return pipe 11 is sealed, the current direction tap 9 in the outlet pipe 8, and the filtration equipment for clarifying 6 through tap 9 front ends before water flows out carries out the double purification filtration; Purification filtering is accomplished the back and is flowed out, and when the water temperature that measures when temperature sensor 13 did not reach design temperature, the valve plates of magnetic valve 12 was beaten to outlet pipe 8 outlet pipe 8 is sealed; Water flows back to heater 4 through return pipe 11, and further heating is when the water yield of user's use reaches setting value; The valve plates of magnetic valve 12 is beaten to outlet pipe 8 outlet pipe 8 is sealed, and stops to supply water, and flowmeter 14 statistics also show these water withdrawals through display unit 19; Meanwhile, scratch the corresponding amount of money from user smart card.

Claims

1. high-precision intelligent boiler control appliance; It is characterized in that: control panel (2), one or more tap (9) that it comprises casing (1) and is positioned at casing (1) outside; Cold water storage cistern (3) and one or more heater (4) are installed in the casing (1); Cold water storage cistern (3) is connected with external water source through water inlet pipe (5); Water inlet pipe (5) lower end and cold water storage cistern (3) connecting place are provided with filtration equipment for clarifying (6); Heater (4) is connected with cold water storage cistern (3) through pipeline (7), and heater (4) is connected with tap (9) through outlet pipe (8), and outlet pipe (8) is provided with water temperature observing and controlling magnetic valve (10); Water temperature observing and controlling magnetic valve (10) is connected with heater (4) through return pipe (11); Water temperature observing and controlling magnetic valve (10) comprises magnetic valve (12) and temperature sensor (13), and solenoid valve controller is connected with temperature sensor (13), on the outlet pipe (8) between water temperature observing and controlling magnetic valve (10) and the tap (9) flowmeter (14) is installed; Power switch (16), one or more groups temperature controller (17), one or more groups electrical heating switch (18) and one or more groups smart card are installed on the control panel (2) read adjuster (15); Power switch (16) is connected with the externally fed power supply, and temperature controller (17), electrical heating switch (18) are connected with heater (4) through lead respectively, and flowmeter (14), water temperature observing and controlling magnetic valve (10) read adjuster (15) with smart card respectively and be connected.

2. high-precision intelligent boiler control appliance according to claim 1; It is characterized in that: described control panel (2) is provided with one or more groups display unit (19), and described display unit (19) reads adjuster (15) with temperature sensor (13), smart card and is connected.

3. high-precision intelligent boiler control appliance according to claim 1 is characterized in that: described temperature sensor (13) is installed in the outlet pipe (8).

4. high-precision intelligent boiler control appliance according to claim 1 is characterized in that: described outlet pipe (8) outlet is provided with filtration equipment for clarifying (6) with tap (9) connecting place.