CN205162786U - Instant heating water dispenser with attemperator - Google Patents
Instant heating water dispenser with attemperator Download PDFInfo
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- CN205162786U CN205162786U CN201520880482.4U CN201520880482U CN205162786U CN 205162786 U CN205162786 U CN 205162786U CN 201520880482 U CN201520880482 U CN 201520880482U CN 205162786 U CN205162786 U CN 205162786U
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Abstract
Instant heating water dispenser with attemperator, it includes casing and water pump, still including establishing balanced reservoir, pipe B, pipe C, pipe D, heater, control circuit board and the attemperator in the casing. Attemperator includes mechanical knob formula voltage regulator, ball valve, gear A and gear B, the input that machinery knob formula voltage regulator has the output of being connected with the heater electricity and is used for providing electric power, gear A rigid coupling is on the rotation axis of mechanical knob formula voltage regulator, and gear B rigid coupling meshes on the valve rod of ball valve and with gear A, and mechanical knob formula voltage regulator and ball valve are all fixed in the casing of hot water dispenser in sight. The utility model has the advantages that, simple structure, it is easy and simple to handle, can realize that the instant heating water dispenser goes out water temperature adjustment. Go out water temperature regulation wide range, it is minimum to the water source temperature, the highest to the boiling point.
Description
Technical field
The utility model relates to electric heating drinking machine technical field, particularly a kind of instant-heating water drinking machine with register.
Background technology
The advantages such as namely instant-heating water drinking machine is opened namely to burn, plug and play, volume are little are subject to the favor of more and more consumer.As shown in Figure 1, it comprises housing 1 and water pump 2 to the structure of the existing instant-heating water drinking machine of one class, and is located at balanced reservoir, pipe B4, pipe C5, pipe D6, heater 7 and the control circuit board 9 in housing 1; Balanced reservoir comprises casing 31 and pipe A32; Heating chamber 311, water chamber 312, counter balance pocket 313 and drain chamber 314 is provided with in casing 31; The bottom of heating chamber 311 or lower end are provided with cooling water inlet A, and when the water in heating chamber 311 amasss completely, the water of spilling all flows into water chamber 312; Lower end or the bottom of water chamber 312 are provided with hot water outlet; Separated by dividing plate 33 between counter balance pocket 313 and heating chamber 311, the peak level of counter balance pocket 313 is lower than the peak level of heating chamber 311, and counter balance pocket 313 is communicated with by the gap 34 between dividing plate 33 with casing 31 roof in upper end with heating chamber 311, the bottom of counter balance pocket 313 is provided with cooling water inlet B and cooling water outlet; Pipe A32 one end is connected on the cooling water outlet of counter balance pocket 313, and the other end is connected on the cooling water inlet A of heating chamber 311; Drain chamber 314 is located in counter balance pocket 313, is provided with remaining water out bottom it, and when the peak level of the water level in counter balance pocket 313 higher than drain chamber 314, the water of spilling all flows into drain chamber 314; Under liquid level in heating chamber 311, water chamber 312, counter balance pocket 313 and drain chamber 314 4 is in same atmospheric pressure; Pipe B4 one end is communicated with the water side of water pump 2, and the other end is connected on the cooling water inlet B of counter balance pocket 313; Pipe C5 one end is connected on the remaining water out of drain chamber 314, and the other end passes from housing 1 and communicates with water source; Pipe D6 one end is communicated with the water inlet end of water pump 2, and the other end passes from housing 1 and is communicated with water source; Heater 7 is arranged on the bottom of heating chamber 311; Control circuit board 9 is electrically connected with water pump 2 and heater 7, and it is by the enabling signal that receives from outside thus control water pump 2 and heater 7 and start successively.
Balanced reservoir in this instant-heating water drinking machine is essentially linker, under each chamber in it is all in same atmospheric pressure, this makes the water level of heating chamber and counter balance pocket remain contour, only has and crosses the peak level of heating chamber when the water in heating chamber seethes with excitement to roll, could flow into water chamber.Although the instant-heating water drinking machine of this structure can ensure that leaving water temperature remains at boiling point, not by the interference of environment, water source temperature, not there is the function of adjusting water outlet temperature, to inconvenience consumer's use brought to a certain degree.
Utility model content
The purpose of this utility model overcomes the deficiencies in the prior art, and provide a kind of instant-heating water drinking machine with register.It solving existing instant-heating water drinking machine can not the problem of adjusting water outlet temperature.
The technical solution of the utility model is: register, and it comprises mechanical knob formula pressure regulator, ball valve, gear A and gear B; Mechanical knob formula pressure regulator has the output that is electrically connected with heater and for providing the input of electric power, gear A is fixed on the rotation axis of mechanical knob formula pressure regulator, the valve rod that gear B is fixed in ball valve engages with gear A, and mechanical knob formula pressure regulator and ball valve are all fixed in the housing of instant-heating water drinking machine.
The technical solution of the utility model is: with the instant-heating water drinking machine of register, and it comprises housing and water pump, also comprises the balanced reservoir be located in housing, pipe B, pipe C, pipe D, heater, control circuit board and register;
Balanced reservoir comprises casing and pipe A; Heating chamber, water chamber, counter balance pocket and drain chamber is provided with in casing;
The bottom of heating chamber or lower end are provided with cooling water inlet A, and when the water in heating chamber amasss completely, the water of spilling all flows into water chamber; Lower end or the bottom of water chamber are provided with hot water outlet; Separated by dividing plate between counter balance pocket and heating chamber, the peak level of counter balance pocket is lower than the peak level of heating chamber, and counter balance pocket is communicated with by the gap between dividing plate with box top wall in upper end with heating chamber, the bottom of counter balance pocket is provided with cooling water inlet B and cooling water outlet; Pipe A one end is connected on the cooling water outlet of counter balance pocket, and the other end is connected on the cooling water inlet A of heating chamber; Drain chamber is located in counter balance pocket, is provided with remaining water out bottom it, and when the peak level of the water level in counter balance pocket higher than drain chamber, the water of spilling all flows into drain chamber; Under liquid level in heating chamber, water chamber, counter balance pocket and drain chamber is in same atmospheric pressure;
Pipe B one end is communicated with the water side of water pump, and the other end is connected on the cooling water inlet B of counter balance pocket; Pipe C one end is connected on the remaining water out of drain chamber, and the other end passes from housing and communicates with water source; Pipe D one end is communicated with the water inlet end of water pump, and the other end passes from housing and is communicated with water source; Heater is arranged on the bottom of heating chamber;
Control circuit board is electrically connected with water pump and heater, and it is by the enabling signal that receives from outside thus control water pump and heater and start successively;
Register comprises mechanical knob formula pressure regulator, ball valve, gear A and gear B; Gear A is fixed on the rotation axis of mechanical knob formula pressure regulator, and the valve rod that gear B is fixed in ball valve engages with gear A; Tool knob pressure regulator and ball valve are all fixed in housing;
The output of mechanical knob formula pressure regulator is electrically connected the power with control heater with heater, its input is electrically connected to provide electric power with control circuit board or external power source; Ball valve is located on pipe C with the discharge of adjustable pipe C;
While rotating the discharge in the valve rod minimizing pipe C of ball valve, the rotation axis synchronous axial system of mechanical knob formula pressure regulator, reduces the power of heating element.
The further technical scheme of the utility model is: it also comprises level sensor, and level sensor is arranged on casing, and its probe stretches in heating chamber; It is electrically connected with control circuit board, and when the water in heating chamber covers after the probe of level sensor, the circuit ON between level sensor and control circuit board, control circuit board receives and starts heating from control heater after the signal of telecommunication of level sensor.
The utility model further technical scheme is: be also provided with discharge chamber in casing, discharge chamber is provided with steam inlet and steam (vapor) outlet, discharge chamber is communicated with the upper end of water chamber by steam inlet, steam (vapor) outlet communicates with air, thus under making the liquid level in heating chamber, water chamber, counter balance pocket, drain chamber be in same atmospheric pressure.
The utility model compared with prior art tool has the following advantages:
1, instant-heating water drinking machine register structure is simple, easy and simple to handle, can realize the adjustment of instant-heating water drinking machine leaving water temperature.
2, leaving water temperature adjustable range is wide, is low to moderate water source temperature most, is up to boiling point.
Below in conjunction with figure and embodiment, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is the structural representation of existing instant-heating water drinking machine;
Fig. 2 is the structural representation of the register in the utility model;
Fig. 3 is structural representation of the present utility model;
Fig. 4 is the body structure schematic diagram in Fig. 3.
Detailed description of the invention
Embodiment 1:
Register, comprises mechanical knob formula pressure regulator 101, ball valve 102, gear A 103 and gear B 104; Mechanical knob formula pressure regulator 101 has the output 1012 that is electrically connected with heater and for providing the input 1013 of electric power, gear A 103 is fixed on the rotation axis 1011 of mechanical knob formula pressure regulator 101, the valve rod 1021 that gear B 104 is fixed in ball valve 102 engages with gear A 103, and mechanical knob formula pressure regulator 101 and ball valve 102 are all fixed in the housing 1 of instant-heating water drinking machine.
With the instant-heating water drinking machine of register, comprise housing 1 and water pump 2, also comprise the balanced reservoir be located in housing 1, pipe B4, pipe C5, pipe D6, heater 7, level sensor 8, control circuit board 9 and register.
Balanced reservoir comprises casing 31 and pipe A32.Heating chamber 311, water chamber 312, counter balance pocket 313, drain chamber 314 and discharge chamber 315 is provided with in casing 31.
The bottom of heating chamber 311 or lower end are provided with cooling water inlet A3111, and when the water in heating chamber 311 amasss completely, the water of spilling all flows into water chamber 312.The lower end of water chamber 312 or bottom are provided with hot water outlet 3121.Separated by dividing plate 33 between counter balance pocket 313 and heating chamber 311, the peak level of counter balance pocket 313 is lower than the peak level of heating chamber 311, and counter balance pocket 313 is communicated with by the gap 34 between dividing plate 33 with casing 31 roof in upper end with heating chamber 311, the bottom of counter balance pocket 313 is provided with cooling water inlet B3131 and cooling water outlet 3132.Pipe A32 one end is connected on the cooling water outlet 3132 of counter balance pocket 313, and the other end is connected on the cooling water inlet A3111 of heating chamber 311.Drain chamber 314 is located in counter balance pocket 313, is provided with remaining water out 3141 bottom it, and when the peak level of the water level in counter balance pocket 313 higher than drain chamber 314, the water of spilling all flows into drain chamber 314.Discharge chamber 315 is provided with steam inlet 3152 and steam (vapor) outlet 3151, discharge chamber 315 is communicated with the upper end of water chamber 312 by steam inlet 3152, steam (vapor) outlet 3151 communicates with air, thus under making the liquid level in heating chamber 311, water chamber 312, counter balance pocket 313, drain chamber 314 4 be in same atmospheric pressure.
Pipe B4 one end is communicated with the water side of water pump 2, and the other end is connected on the cooling water inlet B3131 of counter balance pocket 313.Pipe C5 one end is connected on the remaining water out 3141 of drain chamber 314, and the other end passes from housing 1 and communicates with water source.Pipe D6 one end is communicated with the water inlet end of water pump 2, and the other end passes from housing 1 and is communicated with water source.Heater 7 is arranged on the bottom of heating chamber 311.
Control circuit board 9 is electrically connected with water pump 2, its by receive from outside enabling signal thus control water pump 2 start.
Level sensor 8 is arranged on casing 31, and its probe stretches in heating chamber 311.It is electrically connected with control circuit board 9, when the water in heating chamber 311 covers after the probe of level sensor 8, circuit ON between level sensor 8 and control circuit board 9, after control circuit board 9 receives the signal of telecommunication from level sensor 8, control heater 7 starts heating.
Register comprises mechanical knob formula pressure regulator 101, ball valve 102, gear A 103 and gear B 104.Gear A 103 is fixed on the rotation axis 1011 of mechanical knob formula pressure regulator 101, and the valve rod 1021 that gear B 104 is fixed in ball valve 102 engages with gear A 103.Tool knob pressure regulator 101 and ball valve 102 are all fixed in housing 1.
The output 1012 of mechanical knob formula pressure regulator 101 is electrically connected with the power of control heater 7 with heater 7, and its input 1013 is electrically connected to provide electric power with control circuit board 9 or external power source.Ball valve 102 is located on pipe C5 with the discharge of adjustable pipe C5.
Rotate while the valve rod 1021 of ball valve 102 reduces the discharge in pipe C5, the rotation axis synchronous axial system of mechanical knob formula pressure regulator 101, reduces the power of heating element 7.
Preferably, for ease of operation, the valve rod 1021 of ball valve 102 is connected with extending shaft 105 by shaft coupling, and extending shaft 105 passes from housing 1 inside, and its end is provided with knob 106.
Sketch principle of the present utility model:
One, when ball valve 102 is opened completely, the displacement in the pipe C5 of instant-heating water drinking machine is not limited, and the power of heater 7 is also that leaving water temperature remains on the boiling point of water with default power heating.
Two, when closing ball valve 102 gradually, the displacement in the pipe C5 of instant-heating water drinking machine reduces, and by the transmission of gear pair, the rotation axis 1011 of mechanical knob formula pressure regulator 101 rotates, and adjusted in concert reduces the power of heater 7, and leaving water temperature reduces gradually.
The mechanism now realizing lowering the temperature has two aspects:
1, because linker (balanced reservoir is linker) has the consistent characteristic of each chamber liquid level, in order to keep counter balance pocket 313 consistent with the liquid level of heating chamber 311, the cold water having little time to be discharged by pipe C5 will import heating chamber 311 by pipe A32, reduce the liquid level raising heating chamber 311 in heating chamber 311 while water temperature, until overflow, the water now overflowed is the hot water being mixed with a certain amount of cold water, to reach the effect reducing leaving water temperature.
2, heater 7 power reduction, the efficiency of heating surface reduces, and the water in heating chamber 311 has little time to be heated to higher temperature and just converges with the cold water from pipe A32, and temperature reduces further and overflows, to reach second effect of heavily lowering the temperature.
Three, when ball valve 102 is closed completely, the displacement in the pipe C5 of instant-heating water drinking machine is zero, and the power of heater 7 is also adjusted to zero, and leaving water temperature is consistent with water source temperature.
When needing to raise water temperature, rotate backward the valve rod 1021 of ball valve 102, open ball valve gradually.
Claims (3)
1. with the instant-heating water drinking machine of register, it is characterized in that: it comprises housing (1) and water pump (2), also comprise the balanced reservoir be located in housing (1), pipe B (4), pipe C (5), pipe D (6), heater (7), control circuit board (9) and register;
Balanced reservoir comprises casing (31) and pipe A (32); Heating chamber (311), water chamber (312), counter balance pocket (313) and drain chamber (314) is provided with in casing (31);
The bottom of heating chamber (311) or lower end are provided with cooling water inlet A (3111), and when the water in heating chamber (311) amasss completely, the water of spilling all flows into water chamber (312); The lower end of water chamber (312) or bottom are provided with hot water outlet (3121); Separated by dividing plate (33) between counter balance pocket (313) and heating chamber (311), the peak level of counter balance pocket (313) is lower than the peak level of heating chamber (311), and counter balance pocket (313) and heating chamber (311) are communicated with by the gap (34) between dividing plate (33) with casing (31) roof in upper end, the bottom of counter balance pocket (313) is provided with cooling water inlet B (3131) and cooling water outlet (3132); Pipe A (32) one end is connected on the cooling water outlet (3132) of counter balance pocket (313), and the other end is connected on the cooling water inlet A (3111) of heating chamber (311); Drain chamber (314) is located in counter balance pocket (313), remaining water out (3141) is provided with bottom it, when the peak level of the water level in counter balance pocket (313) higher than drain chamber (314), the water of spilling all flows into drain chamber (314); Under liquid level in heating chamber (311), water chamber (312), counter balance pocket (313) and drain chamber (314) four is in same atmospheric pressure;
Pipe B (4) one end is communicated with the water side of water pump (2), and the other end is connected on the cooling water inlet B (3131) of counter balance pocket (313); Pipe C (5) one end is connected on the remaining water out (3141) of drain chamber (314), and the other end passes from housing (1) and communicates with water source; Pipe D (6) one end is communicated with the water inlet end of water pump (2), and the other end passes from housing (1) and is communicated with water source; Heater (7) is arranged on the bottom of heating chamber (311);
Control circuit board (9) is electrically connected with water pump (2) and heater (7), its by receive from outside enabling signal thus control water pump (2) and heater (7) start successively;
Register comprises mechanical knob formula pressure regulator (101), ball valve (102), gear A (103) and gear B (104); Gear A (103) is fixed on the rotation axis (1011) of mechanical knob formula pressure regulator (101), and the valve rod (1021) that gear B (104) is fixed in ball valve (102) is gone up and engages with gear A (103); Tool knob pressure regulator (101) and ball valve (102) are all fixed in housing (1);
The output (1012) of mechanical knob formula pressure regulator (101) is electrically connected with the power of control heater (7) with heater (7), and its input (1013) is electrically connected to provide electric power with control circuit board (9) or external power source; Ball valve (102) is located on pipe C (5) with the discharge of adjustable pipe C (5);
While rotating the discharge in the valve rod (1021) minimizing pipe C (5) of ball valve (102), the rotation axis synchronous axial system of mechanical knob formula pressure regulator (101), reduces the power of heating element (7).
2. as claimed in claim 1 with the instant-heating water drinking machine of register, it is characterized in that: it also comprises level sensor (8), level sensor (8) is arranged on casing (31), and its probe stretches in heating chamber (311); It is electrically connected with control circuit board (9), after the water in heating chamber (311) covers the probe of level sensor (8), circuit ON between level sensor (8) and control circuit board (9), control circuit board (9) receives and starts heating from control heater (7) after the signal of telecommunication of level sensor (8).
3. as claimed in claim 2 with the instant-heating water drinking machine of register, it is characterized in that: in casing (31), be also provided with discharge chamber (315), discharge chamber is provided with steam inlet (3152) and steam (vapor) outlet (3151), discharge chamber (315) is communicated with by steam inlet (3152) upper end with water chamber (312), steam (vapor) outlet (3152) communicates with air, thus under making the liquid level in heating chamber (311), water chamber (312), counter balance pocket (313), drain chamber (314) four be in same atmospheric pressure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520880482.4U CN205162786U (en) | 2015-11-07 | 2015-11-07 | Instant heating water dispenser with attemperator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520880482.4U CN205162786U (en) | 2015-11-07 | 2015-11-07 | Instant heating water dispenser with attemperator |
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| Publication Number | Publication Date |
|---|---|
| CN205162786U true CN205162786U (en) | 2016-04-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520880482.4U Active CN205162786U (en) | 2015-11-07 | 2015-11-07 | Instant heating water dispenser with attemperator |
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| CN (1) | CN205162786U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108324114A (en) * | 2018-01-31 | 2018-07-27 | 徐钊婷 | A kind of intelligent drinking machine that leaving water temperature is set |
| US11057965B2 (en) | 2016-05-04 | 2021-07-06 | Lg Electronics Inc. | Control device of water purifier, water purifier, and control method thereof |
-
2015
- 2015-11-07 CN CN201520880482.4U patent/CN205162786U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11057965B2 (en) | 2016-05-04 | 2021-07-06 | Lg Electronics Inc. | Control device of water purifier, water purifier, and control method thereof |
| CN108324114A (en) * | 2018-01-31 | 2018-07-27 | 徐钊婷 | A kind of intelligent drinking machine that leaving water temperature is set |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |