CN103705122B - Be provided with the water dispenser of hypanthium dish elevating mechanism - Google Patents
Be provided with the water dispenser of hypanthium dish elevating mechanism Download PDFInfo
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- CN103705122B CN103705122B CN201310746032.1A CN201310746032A CN103705122B CN 103705122 B CN103705122 B CN 103705122B CN 201310746032 A CN201310746032 A CN 201310746032A CN 103705122 B CN103705122 B CN 103705122B
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Abstract
Be provided with a water dispenser for hypanthium dish elevating mechanism, relate to water dispenser.This water dispenser, comprise support (1), water tank (2), base (3), hypanthium dish (4), described water tank (2) is arranged on base (3), described support (1) has chute (103), be provided with the hypanthium dish (4) be slidably connected with chute (103), hypanthium dish driving mechanism, hypanthium dish driving mechanism is arranged on chute (103) rear, described hypanthium dish (4) is connected with the balladeur train (504) in hypanthium dish driving mechanism through chute (103), the power transmitting mechanism of hypanthium dish driving mechanism drives balladeur train (504) to limit direction along chute (103) and moves.The present invention is according to the height of the water tumbler put into, automatically delivery port position water tumbler being risen to water dispenser just stops, no matter the height of water tumbler can ensure that water tumbler is receiving hot water closest to hot water exit, efficiently solves the difficult problem that the hot water temperature that affect releasing because water tumbler height is different and hot water spill.
Description
Technical field
The present invention relates to water dispenser.
Background technology
In traditional water dispenser, water dispenser hypanthium dish is all changeless, general using method is placed on by teacup on hypanthium dish, press and start button of heating up water, water dispenser is just started working, when water is fired the temperature of setting, burned water is put into cup by water dispenser automatically, in order to adapt to the water tumbler of differing heights, the delivery port of this water dispenser is arranged on relatively high position, for cuvette, hot water releases arrival water tumbler from the delivery port of water dispenser a segment distance, particularly winter, hot water is after so long distance, to be cooled, the temperature of the water burning design temperature is lowered, if this water is used to make tea, due good taste is lost by making steeped tea, and also may spill water tumbler by hot water, great inconvenience is brought to user.And if delivery port is arranged on lower position, then higher cup cannot be put into, impact use.
Summary of the invention
The object of the present invention is to provide that a kind of structure is simple, cost is low, take up room the little water dispenser being provided with hypanthium dish elevating mechanism.
Object of the present invention can realize like this, design a kind of water dispenser being provided with hypanthium dish elevating mechanism, comprise support, water tank, base, hypanthium dish and control circuit, described water tank is arranged on base, described support has chute, be provided with the hypanthium dish, the hypanthium dish driving mechanism that are connected with slide, hypanthium dish driving mechanism is arranged on chute rear, described hypanthium dish is connected with the balladeur train in hypanthium dish driving mechanism through chute, and the power transmitting mechanism of hypanthium dish driving mechanism drives balladeur train to limit direction along chute and moves;
Arrange condensate tank of dehumidifier, upper limit position switch and lower position switch, described upper limit position switch and lower position switch are separately fixed on support, are in the high-low limit position of the travel path of balladeur train, described condensate tank of dehumidifier comprises the driving lever be connected with upper limit position switch, guide pin bushing, push rod, depression bar, spring and feeler, one end of described push rod is positioned at the top of driving lever through guide pin bushing, contact with driving lever, described guide pin bushing is fixed on support, the middle part of described depression bar is hinged on fulcrum support being formed depression bar, described spring is between support and the positive stop end of described feeler, one end of described feeler passes support through after spring, formed with support and be slidably connected, the positive stop end of described feeler and the spacing one end of push rod lay respectively at the below at depression bar fulcrum two ends.
Alternatively, the motor that described hypanthium dish driving mechanism comprises screw mandrel, the balladeur train be connected with screw mandrel and drives screw mandrel to rotate, one end of described screw mandrel is flexibly connected with support, and the other end is connected with motor output shaft, described motor is fixed on support, described balladeur train is hinged with hypanthium dish.
Alternatively, described balladeur train is connected with hypanthium dish.
Alternatively, described hypanthium dish driving mechanism comprises vertical shaft, the balladeur train that is slidably connected with vertical shaft, belt, main pulley, the motor that rotates from belt pulley and drive pulley, described balladeur train is hinged with hypanthium dish; Described vertical shaft two ends are fixed on support, described balladeur train and described vertical shaft are formed and are slidably connected, the wheel shaft of described belt pulley is fixedly connected with support, described motor is fixed on support, the output shaft of described motor is connected with main pulley, and described balladeur train is connected with belt and at main pulley with between belt pulley.
Alternatively, the structure of the detection end of described feeler is that inverted U-shaped detection U holds, and described detection U holds an inverted U-shaped vertical arm and another perpendicular wall mutual insulating, and described detection U holds two inverted U-shaped vertical arm connection control circuit respectively.
Alternatively, the structure of the detection end of described feeler is the detecting head of sections shape, the end of described detecting head and the bar portion mutual insulating of feeler, the end of described detecting head and the bar portion of feeler connection control circuit respectively.
Further, described support front end face is also provided with water tumbler probe, and water tumbler probe is connected to control circuit by holding wire.
The present invention is according to the height of the water tumbler put into, automatically delivery port position water tumbler being risen to water dispenser just stops, like this, regardless of the height of water tumbler, can ensure that water tumbler is at the hot water going out to receive water dispenser closest to drinker hot water out, efficiently solve the hot water temperature that releases because of water tumbler height Different Effects and hot water spills the difficult problem of water tumbler.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of one of present pre-ferred embodiments;
Fig. 2 is the schematic diagram of the display chute of present pre-ferred embodiments;
Fig. 3 is the schematic diagram of present pre-ferred embodiments two;
Fig. 4 is two display balladeur trains of present pre-ferred embodiments and the schematic diagram of belt relation;
Fig. 5 is the schematic diagram of one of the feeler structure of present pre-ferred embodiments;
Fig. 6 is the schematic diagram of the feeler structure two of present pre-ferred embodiments.
Figure Detail number: support 1, water tank 2, base 3, hypanthium dish 4, motor 5, upper limit position switch 6, water tumbler 7, lower position switch 8, protection switch 61, operating key 101, delivery port 102, chute 103, main pulley 501, screw mandrel 502, belt 503, balladeur train 504, from belt pulley 505, vertical shaft 506, driving lever 601, guide pin bushing 602, push rod 603, depression bar 604, spring 605, feeler 606, water tumbler probe 607, detection U end 6061, detecting head 6062, lead-in wire 6063.
Detailed description of the invention
Below in conjunction with embodiment, the invention will be further described.
As shown in Figure 1 and Figure 2, a kind of water dispenser being provided with hypanthium dish elevating mechanism, comprise support 1, water tank 2, base 3, hypanthium dish 4, water tumbler 7 and control circuit, described water tank 2 arranges on the base 3, described support 1 has chute 103, is provided with the hypanthium dish 4, hypanthium dish driving mechanism, condensate tank of dehumidifier, upper limit position switch 6 and the lower position switch 8 that are slidably connected with chute 103, described upper limit position switch 6 and lower position switch 8 are separately fixed on support 1, are in the high-low limit position of the travel path of balladeur train 504, the motor 5 that described hypanthium dish driving mechanism comprises screw mandrel 502, the balladeur train 504 be connected with screw mandrel 502 and drives screw mandrel 502 to rotate, one end of described screw mandrel 502 is flexibly connected with support 1, the other end is connected with motor 5 output shaft, described motor 5 is fixed on support 1, described balladeur train 504 is hinged with hypanthium dish 4, or described balladeur train 504 is connected with hypanthium dish 4, described condensate tank of dehumidifier comprises the driving lever 601 be connected with upper limit position switch 6, guide pin bushing 602, push rod 603, depression bar 604, spring 605 and feeler 606, one end of described push rod 603 is positioned at the top of driving lever 601 through guide pin bushing 602, contact with driving lever 601, described guide pin bushing 602 is fixed on support 1, the middle part of described depression bar 604 is hinged on fulcrum support 1 being formed depression bar 604, described spring 605 is between support 1 and the positive stop end of described feeler 606, one end of described feeler 606 passes support 1 through after spring 605, formed with support 1 and be slidably connected, the positive stop end of described feeler 606 and the spacing one end of push rod 603 lay respectively at the below at depression bar 604 fulcrum two ends.
As shown in Figure 3, Figure 4, described hypanthium dish driving mechanism can also adopt belt to drag the structure of balladeur train 504, the balladeur train 504 comprise vertical shaft 506, being slidably connected with vertical shaft 506, belt 503, main pulley 501, from belt pulley 505 and the motor 5 that drives main pulley 501 to rotate, described balladeur train 504 is hinged with on hypanthium dish 4 or described balladeur train 504 and is connected with hypanthium dish 4; Described vertical shaft 506 two ends are fixed on support 1, described balladeur train 504 is formed with described vertical shaft 506 and is slidably connected, the described wheel shaft from belt pulley 505 is fixed on support 1, described motor 5 is fixed on support 1, the output shaft of described motor 5 is connected with main pulley 501, described main pulley 501 is connected with from belt pulley 505 by belt 503, and described belt 503 is at described main pulley 501 and be connected from the local between belt pulley 505 with balladeur train 504.On the support 1 that described upper limit position switch 6 and lower position switch 8 are separately fixed at, be in the high-low limit position of the travel path of balladeur train 504.
The structure of the detection end of feeler 606 can adopt various ways.Can be as shown in Figure 5, the structure of the detection end of described feeler 606 is that inverted U-shaped detection U holds 6061, described detection U holds 6061 inverted U-shaped vertical arm and another perpendicular wall mutual insulating, and described detection U holds 6061 inverted U-shaped two vertical arm connection control circuit respectively.Also can be as shown in Figure 6, the structure of the detection end of described feeler 606 is the detecting head 6062 of sections shape, the end of described detecting head 6062 and the bar portion mutual insulating of feeler, the end of described detecting head 6062 and the bar portion of feeler connection control circuit respectively.
As Fig. 5, shown in Fig. 6, described support 1 front end face is also provided with water tumbler probe 607, described water tumbler probe 607 can be infrared emission reception diode assembly, its effect is: when hypanthium dish 4 is placed with water tumbler 7, hypanthium dish 4 hold in the palm Mobile Communication on water tumbler 7 cross water tumbler pop one's head in 607 time, control circuit is by the infrared signal perception hypanthium dish 4 that receives of infrared receiving diode on water tumbler probe 607 has water tumbler 7 to exist, when hypanthium dish 4 continue on move on to water tumbler 7 touch upper limit position switch 6 close time, when water in water dispenser burns and arranges water temperature, control circuit controls water dispenser and to water tumbler 7, releases hot water from delivery port 102.If when control circuit controls hypanthium dish 4 moves and exceedes setting-up time, control circuit does not receive the infrared signal that the infrared receiving diode on water tumbler probe 607 receives, even if at this moment hypanthium dish 4 moves on to extreme position, or upper limit position switch 6 is unexpected closed, water in water dispenser burns and arranges water temperature, and control circuit controls to control water dispenser and release hot water from delivery port 102.The security of the solar heat protection scald of water dispenser will be added like this.
As Fig. 1, shown in Fig. 2, when user needs to heat up water, water tank 2 is lifted to potable water add water, or do not mention water tank 2, directly by drinking water suction water tank 2, the water tumbler 7 being used for filling hot water is placed on hypanthium dish 4, again water dispenser is plugged in, open switch, the temperature needing to heat up water is regulated by thermoregulation knob on control panel, then, press " beginning " key, at this moment, control circuit controls motor 5 and to be energized work, motor 5 rotates, the screw mandrel 502 that motor 5 output shaft drives it to connect rotates, the rotary actuation balladeur train 504 of screw mandrel 502 moves up, balladeur train 504 moves up and to move up with the water tumbler 7 in clamping on balladeur train 504 or hinged hypanthium dish 4 and hypanthium dish 4, and the water intaking valve that control circuit controls in water dispenser is opened, the water in water tank 2 is started to put into heater, when heater middle water level testing agency detect the water yield reach a certain require the water yield time, control circuit controls water intaking valve and closes, stop water inlet, control circuit control heater starts heating and heats up water.When water tumbler 7 moves on to close to water outlet of drinking machine 102, the upper shed of water tumbler 7 touches the driving lever 601 of upper limit position switch 6 connection, and driving lever 601 upwards lifts, and drives upper limit position switch 6, upper limit position switch 6 is closed, meanwhile, because driving lever 601 moves up, drive push rod 603 simultaneously and move up, depression bar 604 is rotated counterclockwise, the other end compressing feeler 606 of depression bar 604, make the upper end boss Compress Spring 605 of feeler 606, feeler 606 moves down.Detecting head due to feeler 606 is straight down, and it is lower than driving lever 601 position, for this reason, after water tumbler 7 moving on to compressing driving lever 601, the detecting head of feeler 606 stretches in water tumbler 7 along with moving down, now, control circuit obtains the closed signal of upper limit position switch 6, control circuit controls motor 5 power-off, and motor 5 quits work.When the water in water dispenser is heated to the water temperature of user's setting, the power-off of control circuit control heater stops heating water.And control circuit controls water pump to be extracted out the water of heating, puts into water tumbler 7.When the water level in water tumbler 7 constantly rises, reach when the detecting head of feeler 606 is flooded, detecting head two electric pole short circuit, when control circuit obtains the signal of detecting head short circuit, control Pump Failure, stop pumping and discharge water, now, control circuit controls motor 5 and rotates, balladeur train 504 starts to move down, water tumbler 7 on balladeur train 504 on clamping or hinged hypanthium dish 4 and hypanthium dish 4 is also along with moving down, when balladeur train 504 move down into touch lower position switch 8 time, lower position switch 8 closes, control circuit obtains the closed signal of lower position switch 8, control motor 5 power-off, motor 5 stops operating, motor 5 stops operating and makes balladeur train 504 stop moving, the bottom of the water dispenser that the water tumbler 7 that hot water is housed on clamping on balladeur train 504 or hinged hypanthium dish 4 and hypanthium dish 4 is stopped, the whole course of work of water dispenser terminates.
In order to prevent unexpected generation, when not putting water tumbler 7 on the hypanthium dish 4 of water dispenser, someone has pressed " beginning " key, at this moment, control circuit also can according to program work, just to be energized work when control circuit controls motor 5, motor 5 rotates, the screw mandrel 502 that motor 5 output shaft drives it to connect rotates, the rotary actuation balladeur train 504 of screw mandrel 502 moves up, balladeur train 504 moves up and to move up together with clamping on balladeur train 504 or hinged hypanthium dish 4, when balladeur train 504 moves on to touch protection switch 61 time, control circuit knows that protection switch 61 closes information, judge that hypanthium dish 4 does not have water tumbler, because protection switch 61 is arranged on water tumbler 7 and touches the higher extreme position of driving lever 601, only have when hypanthium dish 4 there is no holding water cup 7, the position that balladeur train 504 could arrive, as long as hypanthium dish 504 is placed with water tumbler 7, balladeur train 504 just can not on move on to the position that this can touch protection switch 61.At this moment; when balladeur train 504 moves on to touch protection switch 61 time; control circuit controls motor 5 and quits work, and balladeur train 504 and hypanthium dish 4 move on also stopping, and; control circuit controls motor reverse operation; drive balladeur train 504 to move down, get back to original position, so also just avoid when not discharge water on hypanthium dish 504 glass; water dispenser is accidentally pressed " beginning " key and starting working, releases the accident that hot water scalds child and user and occurs when there is no water tumbler.
When water dispenser start uses, the position automatically detecting hypanthium dish 4 can be set to from control program, if hypanthium dish 4 is normal when being in lower position, find that if detect hypanthium dish 4 is not when lower position, control circuit automatic control motor 5 works, and makes balladeur train 504 be in the lower position of touching lower position switch 8.This control method automatically detecting hypanthium dish 4 position can control motor 5 by control circuit and rotate, and drives balladeur train 504 to move up and down, and is realized by touching upper limit position switch 6, protection switch 61 and lower position switch 8.As: when control circuit detects that lower position switch 8 closes, illustrate that hypanthium dish 4 is in lower position, is in normal position; When control circuit the not closed or upper limit position switch 6 of lower position switch 8 detected, protection switch 61 wherein have one closed time; control circuit is that the direction driving balladeur train 504 to move down rotates by controlling motor 5 direction of rotation, closes until lower position switch 8 touched by balladeur train 504.
As Fig. 3, shown in Fig. 4, the structure of the present embodiment and Fig. 1, the structure that Fig. 2 embodiment is different is that balladeur train 504 is driven by belt 503, other structures of water dispenser and Fig. 1, described in Fig. 2, example structure is substantially identical, specific works process is as follows: when user needs to heat up water, by water tank 2 topped up with water, the water tumbler 7 being used for filling hot water is placed on hypanthium dish 4, again water dispenser is plugged in, open switch, the temperature needing to heat up water is regulated by thermoregulation knob on control panel, then, press " beginning " key, at this moment, control circuit controls motor 5 and to be energized work, the main pulley 501 that the output shaft of motor 5 rotary drive motor 5 connects rotates, main pulley 501 rotary actuation belt 503 rotates, the rotary actuation of belt 503 rotates from belt pulley 505, the rotary actuation balladeur train 504 of belt 503 moves up, balladeur train 504 moves up and to move up with the water tumbler 7 in clamping on balladeur train 504 or hinged hypanthium dish 4 and hypanthium dish 4, and the water intaking valve that control circuit controls in water dispenser is opened, the water in water tank 2 is started to put into heater, when heater middle water level testing agency detect the water yield reach a certain require the water yield time, control circuit controls water intaking valve and closes, stop water inlet, control circuit control heater starts heating and heats up water.When water tumbler 7 moves on to close to water outlet of drinking machine 102, the upper shed of water tumbler 7 touches the driving lever 601 of upper limit position switch 6 connection, and driving lever 601 upwards lifts, and drives upper limit position switch 6, upper limit position switch 6 is closed, meanwhile, because driving lever 601 moves up, drive push rod 603 simultaneously and move up, depression bar 604 is rotated counterclockwise, the other end compressing feeler 606 of depression bar 604, make the upper end boss Compress Spring 605 of feeler 606, feeler 606 moves down.Detecting head due to feeler 606 is straight down, and it is lower than driving lever 601 position, for this reason, after water tumbler 7 moving on to compressing driving lever 601, the detecting head of feeler 606 stretches in water tumbler 7 along with moving down, now, control circuit obtains the closed signal of upper limit position switch 6, control circuit controls motor 5 power-off, and motor 5 quits work.When the water in water dispenser is heated to the water temperature of user's setting, the power-off of control circuit control heater stops heating water.And control circuit controls water pump to be extracted out the water of heating, puts into water tumbler 7.When the water level in water tumbler 7 constantly rises, reach when the detecting head of feeler 606 is flooded, detecting head two electric pole short circuit, when control circuit obtains the signal of detecting head short circuit, control Pump Failure, stop pumping and discharge water, now, control circuit controls motor 5 and rotates, balladeur train 504 starts to move down, water tumbler 7 on hypanthium dish 4 hinged on balladeur train 504 and hypanthium dish 4 is also along with moving down, when balladeur train 504 move down into touch lower position switch 8 time, lower position switch 8 closes, control circuit obtains the closed signal of lower position switch 8, control motor 5 power-off, motor 5 stops operating, motor 5 stops operating and makes balladeur train 504 stop moving, the bottom of the water dispenser that the water tumbler 7 that hot water is housed on hypanthium dish 4 hinged on balladeur train 504 and hypanthium dish 4 is stopped, the whole course of work of water dispenser terminates.
The method of work of water dispenser: when user needs with drinking-water machine burning different temperatures water, after loading water in water tank, water dispenser can be designed to multiple method of work.
Can be: when user needs to heat up water, manually control panel is set, be arranged on the water temperature oneself needed, then, water tumbler is placed on hypanthium dish, press " beginning " key, at this moment, first control circuit of drinking machine starts to heat up water by set water temperature, when water is fired set water temperature, control circuit controls water dispenser and stops heating water, simultaneously, control circuit controls motor and drives hypanthium dish to move up, until upper limit position moves on stopping, at this moment, control circuit controls water dispenser and hot water is put into cup, then, control circuit controls motor and drives hypanthium dish to move down, until lower position stops moving down.Idiographic flow: press " beginning " key---heat up water---reach set water temperature---stop heating water---hypanthium dish moves on to and reaches the upper limit---put into hot water---hypanthium dish moves down arrival lower limit---terminate.
Or: when user needs to heat up water, manually control panel is set, be arranged on the water temperature oneself needed, then, water tumbler is placed on hypanthium dish, presses " beginning " key, at this moment, control circuit of drinking machine controls motor and drives hypanthium dish to move up, until upper limit position moves on stopping, starting to heat up water, when water is fired set water temperature, control circuit controls water dispenser and stops heating water, at this moment, control circuit controls water dispenser and hot water is put into cup, then, control circuit controls motor and drives hypanthium dish to move down, until lower position stops moving down.Idiographic flow: press " beginning " key---hypanthium dish moves on to and reaches the upper limit---heat up water---reach set water temperature---stop heating water------put into hot water---hypanthium dish moves down arrival lower limit---terminate.
Or: when user needs to heat up water, manually control panel is set, be arranged on the water temperature oneself needed, then, water tumbler is placed on hypanthium dish, press " beginning " key, at this moment, first control circuit of drinking machine starts to heat up water by set water temperature, when water is fired set water temperature, control circuit controls water dispenser and stops heating water, simultaneously, control circuit controls motor and drives hypanthium dish to move up, until upper limit position moves on stopping, at this moment, control circuit controls water dispenser and hot water is put into cup, when water dispenser detector bar detect water water in the cup reach water tumbler upper limit position time, stopping discharges water, then, control circuit controls motor and drives hypanthium dish to move down, until lower position stops moving down.Idiographic flow: press " beginning " key---is heated up water and---is reached set water temperature and---stop heating water and---hypanthium dish moves on to and reaches the upper limit and---put into hot water-detector bar and detect water water in the cup when reaching water tumbler upper limit position that---stop discharging water---hypanthium dish moves down arrival lower limit---terminates.
Present invention employs the simple structure driving the lifting of hypanthium dish, achieve the water tumbler of differing heights, as long as when being placed on the hot water that dress on hypanthium dish burnt, water tumbler can both on move on to water dispenser water outlet connect hot water, hot water can not be produced and jump the phenomenon of spattering, particularly in winter, owing to shortening the distance of water tumbler and water outlet of drinking machine, hot water can not reduce temperature because delivery port distance water tumbler is far away, give require hot water temperature's relative temperature to making tea user, be last selection.The present invention not only structure is simple, and each part cooperation requires low, and production cost is low, and product specification is high, and is easy to produce, and not only expands the export markets of product, also improves the competitiveness of product simultaneously.
Claims (7)
1. one kind is provided with the water dispenser of hypanthium dish elevating mechanism, it is characterized in that: comprise support (1), water tank (2), base (3), hypanthium dish (4) and control circuit, described water tank (2) is arranged on base (3), described support (1) has chute (103), be provided with the hypanthium dish (4) be slidably connected with chute (103), hypanthium dish driving mechanism, hypanthium dish driving mechanism is arranged on chute (103) rear, described hypanthium dish (4) is connected with the balladeur train (504) in hypanthium dish driving mechanism through chute (103), the power transmitting mechanism of hypanthium dish driving mechanism drives balladeur train (504) to limit direction along chute (103) and moves,
Condensate tank of dehumidifier, upper limit position switch (6) and lower position switch (8) are set, described upper limit position switch (6) and lower position switch (8) are separately fixed on support (1), are in the high-low limit position of the travel path of balladeur train (504), described condensate tank of dehumidifier comprises the driving lever (601) be connected with upper limit position switch (6), guide pin bushing (602), push rod (603), depression bar (604), spring (605) and feeler (606), one end of described push rod (603) is positioned at the top of driving lever (601) through guide pin bushing (602), contact with driving lever (601), described guide pin bushing (602) is fixed on support (1), the middle part of described depression bar (604) is hinged on fulcrum support (1) being formed depression bar (604), described spring (605) is positioned between the positive stop end of support (1) and described feeler (606), one end of described feeler (606) passes support (1) through after spring (605), formed with support (1) and be slidably connected, the positive stop end of described feeler (606) and the spacing one end of push rod (603) lay respectively at the below at depression bar (604) fulcrum two ends.
2. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, it is characterized in that: the motor (5) that described hypanthium dish driving mechanism comprises screw mandrel (502), the balladeur train (504) be connected with screw mandrel (502) and drives screw mandrel (502) to rotate, one end of described screw mandrel (502) is flexibly connected with support (1), the other end is connected with motor (5) output shaft, described motor (5) is fixed on support (1), described balladeur train (504) is hinged with hypanthium dish (4).
3. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, is characterized in that: described balladeur train (504) is connected with hypanthium dish (4).
4. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, it is characterized in that: described hypanthium dish driving mechanism comprises vertical shaft (506), the balladeur train (504) that is slidably connected with vertical shaft (506), belt (503), main pulley (501), the motor (5) that rotates from belt pulley (505) and drive pulley (501), described balladeur train (504) is connected with hypanthium dish (4), described vertical shaft (506) two ends are fixed on support (1), described balladeur train (504) and described vertical shaft (506) are formed and are slidably connected, the wheel shaft of described belt pulley (505) is fixedly connected with support (1), described motor (5) is fixed on support (1), the output shaft of described motor (5) is connected with main pulley (501), described main pulley (501) is connected with from belt pulley (505) by belt (503), described balladeur train (504) is connected with belt (503) and is positioned at main pulley (501) and between belt pulley (505).
5. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, it is characterized in that: the structure of the detection end of described feeler (606) is that inverted U-shaped detection U holds (6061), the vertical arm that described detection U end (6061) is inverted U-shaped and another perpendicular wall mutual insulating, two vertical arm that described detection U holds (6061) inverted U-shaped connection control circuit respectively.
6. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, it is characterized in that: the structure of the detection end of described feeler (606) is the detecting head (6062) of sections shape, the end of described detecting head (6062) and the bar portion mutual insulating of feeler, the end of described detecting head (6062) and the bar portion of feeler connection control circuit respectively.
7. the water dispenser being provided with hypanthium dish elevating mechanism according to claim 1, it is characterized in that: described support (1) front end face is also provided with water tumbler probe (607), water tumbler probe (607) is connected to control circuit by holding wire.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310746032.1A CN103705122B (en) | 2013-12-30 | 2013-12-30 | Be provided with the water dispenser of hypanthium dish elevating mechanism |
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| CN201310746032.1A CN103705122B (en) | 2013-12-30 | 2013-12-30 | Be provided with the water dispenser of hypanthium dish elevating mechanism |
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| CN103705122B true CN103705122B (en) | 2016-01-13 |
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| CN106562675A (en) * | 2016-10-27 | 2017-04-19 | 深圳市晓控通信科技有限公司 | Water dispenser adjusting water discharging height and having function of preventing burn |
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