CN204292929U - A kind of Novel multifunctional water dispenser - Google Patents

Abstract

The utility model discloses a kind of Novel multifunctional water dispenser, comprise casing, in casing, smart seat is set, catch basin, heating is filled with and supply line, cold water in described catch basin is transported to add by water inlet pipe to be hankered heating, also direct by cold water outlet pipe be transported to cabinet front discharge, overcoat muff is filled with in described heating and right-hand member establishes calandria, the hot water outlet that hot water in heating filling is transported to cabinet front by hot water outlet pipe is discharged, the blast pipe in heating abhiseca portion is communicated to catch basin, a powder box is also set in described casing, the discharging opening that powder in this powder box is transported to cabinet front by discharge nozzle is discharged.The utility model can directly water outlet from catch basin, also can water outlet from heating is filled with, and can also configure powder as required, diverse in function.

Description

A kind of Novel multifunctional water dispenser

Technical field

The utility model relates to a kind of office, household electrical appliance; be a kind of can measure and control out water capacity, can heat/cool, the set temperature Novel multifunctional water dispenser that gives alarm, the cold water of assigned temperature or warm water can be provided, possess the also shutdown of one-touch automatic outletting simultaneously arbitrarily under normal temperature to boiling point, belong to office, household appliance technical field.

Background technology

All be provided with water dispenser in the places such as current household and office, most water dispensers all only possesses the function providing boiling water, cold water, sterilization.

For infant family, often need warm water when rushing powder or feeding child's water.For the demand of warm water, although there are some technology to innovate certain single aspect in prior art, also do not realize integrated use, still there is following weak point:

The first, the capacity of water outlet can not accurate-metering, the drinking water of designated capabilities can not be provided;

The second, can not heat, supply cold water or the warm water of assigned temperature;

3rd, one-touch automatic outletting can not be reached, energy-saving effect that alarm time delay are shut down;

4th, coolant-temperature gage detecting element is fixed unadjustable, is difficult to be applicable to highlands and uses;

5th, existing anti-scald functional reliability is poor, cost is high, and should not promote;

6th, the water dispenser of existing electric flowing does not configure manual water outlet mouth, just can not use after power failure.

Utility model content

Goal of the invention of the present utility model is, for above-mentioned Problems existing, to provide a kind of Novel multifunctional water dispenser, to solve following problem:

First problem that will solve is the powder that can export setting capacity; Second problem that will solve realizes automatic water filling; 3rd problem that will solve to provide warm water, boiling water and cold water; 4th problem that will solve be realize energy-conservation.

The technical solution adopted in the utility model is such:

A kind of Novel multifunctional water dispenser, comprise casing, in casing, smart seat is set, catch basin, heating is filled with and supply line, cold water in described catch basin is transported to add by water inlet pipe to be hankered heating, also direct by cold water outlet pipe be transported to cabinet front discharge, overcoat muff is filled with in described heating and right-hand member establishes calandria, the hot water outlet that hot water in heating filling is transported to cabinet front by hot water outlet pipe is discharged, the blast pipe in heating abhiseca portion is communicated to catch basin, a powder box is also set in described casing, the discharging opening that powder in this powder box is transported to cabinet front by discharge nozzle is discharged.

Technique scheme can directly water outlet from catch basin, also can water outlet from heating is filled with, and can also configure powder as required, diverse in function.

Such scheme is carried out further preferably, described discharge nozzle also arranges discharging magnetic valve, the opening and closing of this discharging magnetic valve is by the cup inductive switch co-controlling be arranged on below the powder capacity switch of cabinet front, discharging opening, and described discharging opening part is from the horizontal by 60 degree of angles and end face and horizontal plane.

The structure of discharging opening is so arranged, and when supplying hot water, its hot gas is difficult to enter discharging opening, effectively prevent the output because of its moistening obstruction powder.

Carry out such scheme preferably further, described water inlet pipe arranges entering water electromagnetic valve, the opening and closing of this entering water electromagnetic valve is by float switch and water inlet relay co-controlling, and described float switch is arranged in heating filling.

This preferred structure can realize automatic water filling, starts water filling when water level is spacing lower than low water, when water level arrive high water spacing time stop water filling.

Such scheme is carried out further preferably, described hot water outlet pipe also arranges hot water effluent's magnetic valve, described heating is filled with right-hand member and is also arranged a cooling fan, described calandria, hot water effluent's magnetic valve and cooling fan are respectively by water exit mode change-over switch, temperature controller, cup inductive switch with go out water capacity switch co-controlling, described cup inductive switch is arranged on hot water outlet place, described in go out water capacity switch-linear hybrid at cabinet front; Described cold water outlet pipe has two branch roads, and a branch road is connected to cold water delivery port after subcooled water water outlet magnetic valve, and another branch road is connected to manual cold water delivery port after by formula taps, is describedly located at cabinet front by formula taps.

This preferred structure can access warm water, boiling water, the cold water of designated capabilities from water dispenser according to oneself demand, also directly can access cold water.

Carry out further preferably such scheme, water exit mode change-over switch has warm water, cold water, boiling water three patterns: when selecting warm water pattern and cold water pattern, and temperature controller, calandria form heating unit, and temperature controller, cooling fan form cooling unit; When selecting boiling water pattern, temperature controller, calandria form heating unit.

Such scheme is carried out further preferably, described cabinet front is also provided with water spilage tray, liquid-level switch is provided with, this liquid-level switch and water exit mode change-over switch, temperature controller, cup inductive switch and go out the opening and closing of water capacity switch co-controlling hot water effluent magnetic valve in water spilage tray.

This preferred structure can ensure that water dispenser is by no longer water outlet after water in water spilage tray is full.

Carry out further preferably to such scheme, described cabinet front also arranges L-type glass tube, bottom this L-type glass tube with described heat fill with bottom be communicated with, at L-type glass tube side sticking water capacity direction board.

This preferred structure can observe the water capacity in heating filling easily.

Such scheme is carried out further preferably, described supply line is also arranged a power down switch.

This preferred structure can realize energy-conservation.

Accompanying drawing explanation

Fig. 1 is appearance schematic diagram of the present utility model.

Fig. 2 is inner connection layout of the present utility model.

Fig. 3 is control circuit figure of the present utility model.

Mark in figure:

1 is casing, and 2 is smart seat, and 3 is temperature controller, and 4 is cooling fan, and 5 is catch basin, and 6 is powder box, and 7 is heating filling, and 8 is buzzer;

1-1 is indicator lamp, and 1-2 is button, and 1-3 is water exit mode change-over switch, and 1-4 is direction board, and 1-5A is powder capacity switch, and 1-5B is for going out water capacity switch, and 1-6 is liquid-level switch, and 1-7 is water spilage tray, and 1-8 is cup inductive switch;

5-1 is cold water outlet pipe, and 5-2 is for pressing formula taps, and 5-3 is manual cold water delivery port, and 5-4 is that cold water goes out water solenoid valve, and 5-5 is cold water delivery port;

6-1 is discharge nozzle, and 6-2 is discharging magnetic valve, and 6-3 is 120 degree of union elbows, and 6-4 is discharging opening;

7-1 is blast pipe, and 7-2 is water inlet pipe, and 7-3 is entering water electromagnetic valve, and 7-4 is float switch, and 7-5 is hot water effluent's magnetic valve, and 7-6 is hot water outlet pipe, and 7-7 is hot water outlet, and 7-8 is L-type glass tube, and 7-9 is calandria.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in detail.

As Fig. 1, shown in 2, a kind of Novel multifunctional water dispenser, comprise casing 1, smart seat 2 is set in casing 1, catch basin 5, heating filling 7 and supply line, cold water in described catch basin 5 is transported in heating 7 by water inlet pipe 7-2 and heats, also direct being transported on front side of casing 1 by cold water outlet pipe 5-1 is discharged, described heating filling 7 overcoat muff and right-hand member establishes calandria 7-9, the hot water outlet 7-7 that hot water in heating filling 6 is transported on front side of casing 1 by hot water outlet pipe 7-6 discharges, the blast pipe 7-1 at heating filling 7 top is communicated to catch basin 5, a powder box 6 is also set in described casing 1, the discharging opening 6-4 that powder in this powder box 6 is transported on front side of casing 1 by discharge nozzle 6-1 discharges.

Casing 1 forward upper has six indicator lamp 1-1 to be respectively power supply indicator HGZ, standby indicating lamp HDJ, burner on light HJR, boiling water indicator lamp HK, warm water indicator lamp HW, cold water indicator lamp HL; Casing 1 forward upper has five button 1-2 to be total power switch S, water outlet selector switch SLR, powder output switch SNF, power down switch SJN, alarm switch SBJ.

Such scheme is carried out further preferably, described discharge nozzle 6-1 is also arranged discharging magnetic valve 6-2, the opening and closing of this discharging magnetic valve 6-2 is by the cup inductive switch 1-8 co-controlling below the powder capacity switch 1-5A, the discharging opening 6-4 that are arranged on front side of casing 1, and described discharging opening 6-4 part is from the horizontal by 60 degree of angles and end face and horizontal plane.

Carry out further preferably such scheme, described water inlet pipe 7-2 arranges entering water electromagnetic valve 7-3, the opening and closing of this entering water electromagnetic valve 7-3 is by float switch 21 and water inlet relay co-controlling, and described float switch 21 is arranged in heating filling 7.

Such scheme is carried out further preferably, described hot water outlet pipe 7-6 is also arranged hot water effluent's magnetic valve 7-5, described heating filling 7 right-hand member also arranges a cooling fan 4, described calandria 7-9, hot water effluent's magnetic valve 7-5 and cooling fan 4 are respectively by water exit mode change-over switch 1-3, temperature controller 3, cup inductive switch 1-8 with go out water capacity switch 1-5B co-controlling, described cup inductive switch 1-8 is arranged on hot water outlet 7-7 place, described in go out water capacity switch 1-5B and be arranged on front side of casing 1; Described cold water outlet pipe 5-1 has two branch roads, article one, branch road is connected to cold water delivery port 5-5 after subcooled water water outlet magnetic valve 5-4, another branch road is connected to manual cold water delivery port 5-3 after by formula taps 5-2, is describedly located on front side of casing 1 by formula taps 5-2..

Such scheme is carried out further preferably, water exit mode change-over switch 1-3 has warm water, cold water, boiling water three patterns: when selecting warm water pattern and cold water pattern, temperature controller 3, calandria 7-9 form heating unit, and temperature controller 3, cooling fan 4 form cooling unit; When selecting boiling water pattern, temperature controller 3, calandria 7-9 form heating unit.

Such scheme is carried out further preferably, water spilage tray 1-7 is also provided with on front side of described casing 1, liquid-level switch 1-6 is provided with, this liquid-level switch 1-6 and water exit mode change-over switch 1-3, temperature controller 3, cup inductive switch 1-8 and go out the opening and closing of water capacity switch 1-5B co-controlling hot water effluent magnetic valve 7-5 in water spilage tray 1-7.

Such scheme is carried out further preferably, L-type glass tube 7-8 is also set on front side of described casing 1, is communicated with bottom described heating filling 7 bottom this L-type glass tube 7-8, at L-type glass tube 7-8 side sticking water capacity direction board.

Such scheme is carried out further preferably, described supply line is also arranged a power down switch.

There is a control circuit in casing 1, Comprehensive Control is carried out to each electronic devices and components in the utility model.The schematic diagram of this control circuit as shown in Figure 3, next by the course of work in conjunction with the utility model each several part, describes the control principle of control circuit and the course of work of the present utility model in detail.In control circuit figure, conveniently mark, in Fig. 1, Fig. 2, part electronic devices and components no longer will adopt figure notation, and adopt alphabetic flag or alphabetical Binding number word mark.

In the utility model, the water inlet of heating filling 7 is controlled by float switch 7-4, and float switch 7-4 has two contacts, and one is low water level contact LW, and another is high water level contact HW, is all arranged in heating filling 7.In heating filling 7, when water level is spacing lower than low water, low water level contact LW is closure state, and water inlet relay K JS obtains electric interlocking, and entering water electromagnetic valve FJ(marks 7-3 in Fig. 2) electricly must inject cold water to heating filling 7; Water level be increased to low water spacing time its low water level contact LW disconnect, water level reach high water spacing before high water level contact HW be closure state, in this process, inject cold water always; When water level arrive high water spacing time, high water level contact HW disconnects, water inlet relay K JS, entering water electromagnetic valve FJ dead electricity stop inject cold water.Therefore, the utility model, by the control of control circuit, can ensure to only have can be automatically injected cold water after water level is spacing lower than low water, and guaranteed water level is not spacing higher than high water.

Described temperature controller 3 is provided with alarm actuating contact TBJ, adds thermal contact TJR in heating filling 7, cooling contact TJW and normally closed boiling contact TFD, often open boiling contact TFB.

Problem about water exit mode change-over switch (marking 1-3 see in frame 01, Fig. 1 empty in Fig. 3) specifically describes as follows:

1, close to SW during the selection warm water pattern of left side when water exit mode change-over switch 1-4 is rotated, temperature controller 3 sets the temperature of required warm water.First, when actual water temperature is less than design temperature, temperature controller 3 alarm actuating contact TBJ is off, it is closed for adding thermal contact TJR, relay K 6, calandria JRT(see in Fig. 2 mark 7-9) must establish by cable begin heating, burner on light HJR lights simultaneously, after being heated to design temperature, temperature controller adds thermal contact TJR and disconnects, alarm actuating contact TBJ is closed makes warm water indicator lamp HW light, relay K 3 coil obtains electric, its normally-closed contact K3 disconnects, calandria JRT dead electricity stops heating, its normally opened contact K3 is closed be communicated with warm water contact SW after by go out water capacity switch S RC(see in Fig. 1 mark 1-5B) supply warm water.Second, when actual temperature is greater than design temperature, the alarm actuating contact TBJ of temperature controller 3 is off, the contact TJW that lowers the temperature is closed, cooling fan FAN(is shown in mark 4 in Fig. 2) must establish by cable and begin to cool heating filling 7, after water temperature is cooled to design temperature, cooling contact TJW disconnects and cooling fan FAN dead electricity is shut down, and simultaneously alarm actuating contact TBJ is closed makes relay K 3 coil obtain the electric water capacity switch S RC of going out to supply warm water.

2, close to SK during the selection boiling water pattern of right side when being rotated by water exit mode change-over switch (in see Fig. 3 empty frame 01), calandria JRT must establish heating of beginning by cable.When water temperature does not reach before boiling point, normally closed boiling contact TFD connects with calandria JRT; When water temperature increases to the boiling point of temperature controller 3 setting, its normally closed boiling contact TFD disconnects and causes calandria JRT to stop heating, it is often opened boiling contact TFB and closes, and lights boiling water indicator lamp HK on the one hand, by going out water capacity switch S RC feeding boiling water after being communicated with boiling water contact SK on the one hand.Because temperature controller 3 possesses the adjustable characteristic of fluidizing point, when using in highlands, according to height above sea level and boiling point situation, regulate two boiling contacts of temperature controller 3, contact action of namely seething with excitement when the water is boiling, and then stop heating when realizing water ebuillition of heated.

3, closed when water exit mode change-over switch (in see Fig. 3 empty frame 01) being rotated to SL during middle selection cold water pattern, after temperature controller 3 sets the temperature of required cold water, calandria JRT must establish heating of beginning by cable, after water temperature reaches boiling point: on the one hand the normally closed boiling contact TFD of temperature controller 3 disconnects and makes calandria JRT stop heating, temperature controller 3 often open that boiling contact TFB is closed to be made relay K 2 coil obtain electric its normally-closed contact K2 that makes to disconnect heater circuit; The closed cooling fan FAN that connects of the cooling contact TJW of temperature controller 3 carries out cooling on the other hand, after temperature is cooled to design temperature, cooling contact TJW disconnects, alarm actuating contact TBJ closes, cold water indicator lamp HL lights, relay K 5 coil obtains electric its normally opened contact K5 that makes and closes, and supplies cold water after making cold water contact SL be communicated with by going out water capacity switch S RC simultaneously.

The utility model water dispenser go out water capacity through the normally-closed contact KJS of relay K JS of intaking, water exit mode change-over switch is (see frame 01 empty in Fig. 3, 1-3 is marked) in Fig. 1, cup inductive switch GR/GL(cup inductive switch 1-8 has two, a correspondence is below hot water outlet 7-7, also GL is labeled as in Fig. 3, another correspondence is below manual cold water delivery port 5-3 and cold water delivery port 5-5, also GR is labeled as) in Fig. 3, water outlet selector switch SLR, go out water capacity switch S RC, liquid-level switch GY(is shown in Fig. 1, mark 1-6 in Fig. 2) series connection after carry out measure control by going out water capacity switch S RC.Under water inlet state, normally-closed contact KJS disconnects and stops supply drinking water, and then avoids cold water and be mixed in boiling water; When without water receiving vessel, cup inductive switch GR/GL is failure to actuate, and avoids maloperation water outlet; When water surplus in water spilage tray 1-7 exceedes designated water level, liquid-level switch GY action disconnects and stops supplying water, and avoids ceaselessly supplying drinking water always.

Go out water capacity switch S RC to form by disconnecting normally-closed contact, timing closing normally opened contact, the time relay of transient state normally opened contact three contacts and magnetic valve with time delay, and be with three groups of gear contacts, its three groups of gear contacts correspond to normally-closed contact, normally opened contact, time delay disconnection normally-closed contact from left to right.When rotating to left gear, hot water effluent's magnetic valve 7-5 conducting, when rotating to right gear, then controls by the delay time of regulating time relay K T3 the break-make that hot water effluent's magnetic valve 7-5 or cold water go out water solenoid valve 5-4.

Therefore, water dispenser has two kinds of water exit modes:

The first is not constant volume supply.Be about to out water capacity switch S RC rotate to left side, go out water capacity switch 1-5B conducting, hot water effluent's magnetic valve 7-5 obtains electric supply water outlet, can directly press by feeding cold water direct after formula taps 5-2 for cold water.

The second is designated capabilities supply.Be about to out water capacity switch S RC rotate to right side, disconnect hot water effluent's magnetic valve 7-5 by the delay time of regulating time relay K T3 or cold water goes out water solenoid valve 5-4, to supply the water outlet of designated capabilities.Namely when measuring feeding cold water capacity, water outlet selector switch SLR can be pressed, by the cup inductive switch GL on the right and go out water capacity switch S RC and control cold water water outlet, after placement water receiving vessel, cup inductive switch GL action closes, and the magnetic valve FL going out water capacity switch S RC obtains electric feeding cold water, its time relay K T3 must establish beginning timing by cable, after timing arrives, its time delay disconnects normally-closed contact KT3 and disconnects, and makes magnetic valve FL dead electricity stop feeding cold water.When measuring supplying hot water capacity, principle is measured with cold water.

A buzzer is also had (to mark HA see in Fig. 3, also see in Fig. 1 and mark 8, be arranged on powder box 6 in Fig. 1, can also be arranged on other local, be not particularly limited) with water exit mode change-over switch (see frame 01 empty in Fig. 3), time delay disconnects normally-closed contact KT5, alarm switch SBJ connects, push for emergency after switch S BJ, when after the water temperature reaching corresponding states, alarm time delay relay KT5 obtains electric, timing disconnects normally-closed contact KT5 to rear time delay and disconnects, and buzzer HA dead electricity stop alarm is pointed out.

Powder is positioned in powder box 6, discharge nozzle 6-1 see in Fig. 1 through powder capacity switch S RN(mark 1-5A) discharging magnetic valve 6-2 be connected to discharging opening 6-4, discharge nozzle 6-1 is also provided with 120 degree of bend pipe structure 6-3, convenient adjustment discharging opening 6-4 direction and the layout of discharge nozzle 6-1 in casing 1.As shown in Figure 3, press powder output switch SNF, regulate powder capacity switch S RN, when there being vessel under discharging opening 6-4, cup inductive switch GR action closes the magnetic valve FN of rear connection powder capacity switch S RN, exports the powder of setting capacity.

When needing autostop after single uses this drinking machine heating, power down switch SJN can be pressed.When water is heated to the temperature of corresponding water exit mode; when having sensed water receiving vessel; through going out after water capacity switch S RC supplies corresponding drinking water; the timing closing normally opened contact KT3 of its time relay K T3 closes; relay K 1 obtains electric on the one hand; its normally closed electric shock K1 disconnects, power supply indicator DGZ extinguishes, standby instruction HDJ lamp is lighted; time relay KT1 obtains electric timing on the one hand; after arriving timing, its time delay disconnects normally-closed contact KT1 disconnection; and then control the power-off shutdown of whole loop, the energy-saving effect of finally reach the rear automatic outletting of heating, shutting down again.

The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.

Claims (8)

1. a Novel multifunctional water dispenser, comprise casing (1), smart seat (2) is set in casing (1), catch basin (5), (7) and supply line are filled with in heating, cold water in described catch basin (5) is transported in heating (7) by water inlet pipe (7-2) and heats, also directly be transported to casing (1) front side by cold water outlet pipe (5-1) to discharge, (7) overcoat muff is filled with in described heating and right-hand member establishes calandria (7-9), the heating hot water of filling with in (6) is transported to hot water outlet (7-7) discharge of casing (1) front side by hot water outlet pipe (7-6), the blast pipe (7-1) that (7) top is filled with in heating is communicated to catch basin (5), it is characterized in that: a powder box (6) is also set in described casing (1), the discharging opening (6-4) that powder in this powder box (6) is transported to casing (1) front side by discharge nozzle (6-1) is discharged.

2. a kind of Novel multifunctional water dispenser according to claim 1, it is characterized in that: described discharge nozzle (6-1) is also arranged discharging magnetic valve (6-2), the opening and closing of this discharging magnetic valve (6-2) is by being arranged on the powder capacity switch (1-5A) of casing (1) front side, cup inductive switch (1-8) co-controlling of discharging opening (6-4) below, and described discharging opening (6-4) part is from the horizontal by 60 degree of angles and end face and horizontal plane.

3. a kind of Novel multifunctional water dispenser according to claim 1, it is characterized in that: described water inlet pipe (7-2) is arranged entering water electromagnetic valve (7-3), the opening and closing of this entering water electromagnetic valve (7-3) is by float switch (21) and water inlet relay co-controlling, and described float switch (21) is arranged on heating and fills with in (7).

4. a kind of Novel multifunctional water dispenser according to claim 1, it is characterized in that: described hot water outlet pipe (7-6) is also arranged hot water effluent's magnetic valve (7-5), described heating is filled with (7) right-hand member and is also arranged a cooling fan (4), described calandria (7-9), hot water effluent's magnetic valve (7-5) and cooling fan (4) are respectively by water exit mode change-over switch (1-3), temperature controller (3), cup inductive switch (1-8) and go out water capacity switch (1-5B) co-controlling, described cup inductive switch (1-8) is arranged on hot water outlet (7-7) place, described go out water capacity switch (1-5B) be arranged on casing (1) front side, described cold water outlet pipe (5-1) has two branch roads, article one, branch road is connected to cold water delivery port (5-5) after subcooled water water outlet magnetic valve (5-4), another branch road is connected to manual cold water delivery port (5-3) after by formula taps (5-2), described by formula taps (5-2) be located at casing (1) front side.

5. a kind of Novel multifunctional water dispenser according to claim 4, it is characterized in that water exit mode change-over switch (1-3) has warm water, cold water, boiling water three patterns: when selecting warm water pattern and cold water pattern, temperature controller (3), calandria (7-9) form heating unit, and temperature controller (3), cooling fan (4) form cooling unit; When selecting boiling water pattern, temperature controller (3), calandria (7-9) form heating unit.

6. a kind of Novel multifunctional water dispenser according to claim 4 or 5, it is characterized in that: described casing (1) front side is also provided with water spilage tray (1-7), liquid-level switch (1-6) is provided with, this liquid-level switch (1-6) and water exit mode change-over switch (1-3), temperature controller (3), cup inductive switch (1-8) and the opening and closing going out water capacity switch (1-5B) co-controlling hot water effluent's magnetic valve (7-5) in water spilage tray (1-7).

7. a kind of Novel multifunctional water dispenser according to claim 1, it is characterized in that: described casing (1) front side also arranges L-type glass tube (7-8), this L-type glass tube (7-8) bottom with described heat to fill with bottom (7) be communicated with, at L-type glass tube (7-8) side sticking water capacity direction board.

8. a kind of Novel multifunctional water dispenser according to claim 1, is characterized in that: described supply line is also arranged a power down switch.