CN212755270U - Long bottled water electric water pumping device of water body - Google Patents

Abstract

The utility model relates to a long bottled water electric water pumping device who goes out the water specifically is a leading feature is long bottled water electric water pumping device who goes out the water to and an electric kettle and a tea set disinfection kettle of supporting design mutually. Compared with the existing similar water pumping device, the barreled water pumping device can realize multiple functions of standing water taking, automatic water adding and water boiling, direct water supplementing and serving as a small tap water system and the like besides the common electric water pumping function. Particularly, after the combined tea making device is combined with a matched tea making device, a new product series is formed, and the kungfu tea can be conveniently brewed.

Description

Long bottled water electric water pumping device of water body

[ technical field ] A method for producing a semiconductor device

The utility model relates to a bottled water electric water pump, specifically be a leading feature for growing out the bottled water electric water pump of water to and an electric kettle and a tea set disinfection kettle of supporting design mutually.

[ background of the invention ]

The barreled drinking water has the characteristics of convenience, sanitation and the like, is popular with people, and is widely applied to families, offices and other various public places. The water taking mode of the barreled drinking water is also various, and the barreled drinking water mainly comprises a vertical water dispenser, a barreled placing support, a barreled water electric water pump and the like.

Among them, although the electric water pumping device (hereinafter referred to as water pumping device) for barreled water on the market can provide certain convenience for users by electrically pumping water, the length of the water outlet pipe is generally about 10 to 15 cm, and the water outlet pipe cannot be rotated or bent, so that the electric water pumping device is not particularly convenient in use in some occasions:

1. the height of the water outlet is low. The national standard water barrel is 49.5 cm high and is filled with 36 kg of water. When the barreled water barrel is placed on the ground and the barreled water pumping device is sleeved at the barrel opening for use, the position of the water outlet is only about 550 cm, and a person who takes water bends the waist to press keys and take water. For convenient water taking, only the barreled water bucket is placed on a platform with the height of about 100 cm, the proper water receiving height can be ensured, so that the key is pressed and water is taken conveniently. The barreled water filled with water is heavy, and the water is required to be lifted and put down every time the water is changed, and the water can be changed by people with physical strength.

2. The water outlet is too close to the surface of the barrel body. Because the water outlet pipe of the water pumping device is too short, the water flow after water outlet is close to the water barrel body surface at the lower part of the barreled water. Even if the barreled water bucket is placed on a platform with the height of about 60 cm and the water boiling kettle is placed on a table with the height of about 80 cm, the water flow discharged from the water outlet of the water pumping device is difficult to directly enter the water receiving port of the water boiling kettle. And the electric kettle body can only be held to receive water each time and then put on the water boiling base on the table to boil water.

The utility model discloses the purpose of application is improved not enough that current water pumper exists, further promotes the convenience of use, extends service function, makes utility model application's water pumper compare with current similar water pumper product, except general electronic pumping function, still can realize standing the water intaking, add water automatically and boil water, directly supply water and act as multiple functions such as small-size running water system. Meanwhile, the existing thermos and tea set disinfection kettle are correspondingly technically improved so as to be integrated into a unified and mutually independent system (figure 1) and form a new series, so that the thermos, tea set disinfection kettle and tea set disinfection kettle can be used for boiling water and making tea like the existing platform type kungfu tea table with the stand column.

[ summary of the invention ]

The utility model discloses the main design thinking of application is to upgrade the short outlet pipe of current ware that draws water into the long water body of going out, makes the delivery port of water body far away from the bottled water ladle body, and is higher from ground, and can adjust the height or the direction etc. of delivery port. Meanwhile, the switch for controlling the water pump to work on the existing water pumping device main body is designed on the water outlet body and near the water outlet end. In addition, the utility model discloses the application has also carried out corresponding technological improvement to the main part of ware that draws water to and current electric kettle and tea set disinfection kettle. The technical scheme adopted and the beneficial effects thereof are as follows:

improved technical scheme of water pumping device

The water pumper includes: water outlet body, main body and pumping water pipe.

(I) water outlet part

In order to achieve the design purposes of water outlet body growth and convenient control, on the basis of lengthening the water outlet pipe, the water outlet body auxiliary parts, the control switch, the conducting wires and other parts are added (as shown in figure 2).

1. Water outlet body accessory

The water outlet body auxiliary part is mainly used for fixing the water outlet pipe, the conducting wire and the control switch, the interior of the water outlet body auxiliary part is hollow, and the water outlet pipe and the conducting wire are arranged in the hollow position. The first end of the water outlet body accessory is connected with the main body or integrally formed, and the second end of the water outlet body accessory is suspended and provided with a control switch and a water outlet. The effluent body accessory can use various schemes:

the first scheme is as follows: the water outlet body auxiliary part completely or partially uses a metal forming hose, and a water outlet pipe and a lead penetrate through the pipe hole of the metal forming hose body. Because the metal shaping hose can be bent into a certain shape in a three-dimensional space and can keep the shape, the water outlet pipe and the conducting wire can also be bent. Therefore, the water outlet body in the scheme can be bent into a certain shape in a three-dimensional space and can keep the shape. The position of the water outlet in the three-dimensional space can be changed by adjusting the shape of the bent water outlet body.

Scheme II: the water outlet body accessory is a hollow fixed pipe body, and the water outlet pipe and the lead penetrate through the hollow part of the hollow fixed pipe body. In the scheme, the water outlet body cannot be bent and deformed but can rotate.

The third scheme is as follows: the first end of the water outlet body accessory and the main body can be integrally formed and made into water outlet bodies in various shapes, so that the manufacturing cost is reduced while seamless connection is achieved.

And the scheme is as follows: when the first end of the water outlet body accessory is connected with the main body, the water outlet body and the main body are respectively in circuit connection, waterway connection and mechanical connection. In order to facilitate the disassembly and assembly of replacement, the water outlet body can be connected with the main body by using the integrated interface assembly.

2. Water outlet pipe

The water outlet pipe is mainly used for leading water pumped from the water outlet of the water pump to a specific position through the water pipe and the water outlet of the water pump to flow out, so that the water pump is convenient to use.

(1) And are arranged in the hollow part of the water outlet body together with the lead wires.

(2) The first end of the water outlet pipe is directly or indirectly connected with the water pump, the second end of the water outlet pipe is a water outlet or is connected with the water outlet, and the water outlet is arranged near the second end of the water outlet body accessory.

3. Conducting wire

The wire is mainly used for transmitting the signal of the control switch to the control module.

(1) And is arranged in the hollow part of the water outlet body together with the water outlet pipe.

(2) The first end of the wire is directly or indirectly connected with the control module, and the second end of the wire is directly or indirectly connected with the control switch.

(3) When the water outlet body accessory is made of metal, the metal conductive property of the water outlet body can be used as a conductor to transmit signals. Therefore, the water pump replaces 1 conducting wire which needs to pass through the metal water outlet body, so that a large enough pipe inner space is reserved, and the water outlet quantity of the water pump in unit time is increased by accommodating the water outlet pipe with the diameter as large as possible.

4. Control switch

The control switch is mainly used for generating a control signal and transmitting the control signal to the control module through a lead so as to control the operation of the water pump.

(1) Since the length of the water outlet body is long, the control switch should be provided on the second end of the water outlet body to be close to the user in view of improving the convenience of operation.

(2) The distance between the control switch and the end of the second end of the water outlet body is not more than 5 cm. When a hollow tube is used, generally both ends thereof are each provided with a screw thread having a length of about 6 cm for fixing or the like, and a control switch may be mounted on the screw thread. At this time, since the length of the control switch is generally 1 cm, the distance from the end of the control switch is not more than 5 cm.

(3) The control switch is directly or indirectly connected with the control module through a lead.

(4) The control switch uses a trigger switch and can realize one-key control on the water pump through the control module.

5. Length of water outlet body

The starting point of the calculation of the length of the water outlet body is the water outlet of the water pump, and the end point is the water outlet of the water outlet body (figure 3). Wherein, the bottled water cask uses standard bucket, and its bottled water cask height is 50 centimetres, and the radius is 15 centimetres. In addition, for convenience of calculation, the height of a water receiving port of the water receiving container is 14 cm, the radius of the water receiving container is 6 cm, the height of a water outlet and the water receiving port is 4 cm, the height of a base and a base cover of the water pumping device main body is 12 cm, and the height of the highest point of a water outlet body from a mountain water port is 5 cm.

(1) Calculation mode of water outlet length

As shown in fig. 3, the length of the water outlet body is approximately equal to the length from the water outlet of the water pump to the highest point of the water outlet body + the crossing length of the water outlet body + the length from the highest point of the water outlet body to the mountain water gap.

(2) Lower limit of length of water outlet body

When the water-receiving object is placed on the surface of the supporting object with the same height as the barreled water barrel and the water-receiving object is placed on the supporting edge, the length of the water outlet body is required to be relatively shortest. As shown in figure 3 of the drawings,

the length from the water outlet of the water pump to the highest point of the water outlet body is approximately equal to the height of the water receiving opening of the water receiving container plus the height of the water outlet and the water receiving opening;

the span length of the water outlet body is approximately equal to the radius of the barreled water barrel and the radius of the water receiving container;

therefore:

the lower limit of the length of the water outlet body is approximately equal to the length from the water outlet of the water pump to the highest point of the water outlet body, the length of the water outlet body spanning the water outlet body and the length of the mountain water outlet at the highest point of the water outlet body are approximately equal to the height of a water receiving opening of a water receiving container, the height of the water outlet and the water receiving opening, the radius of a barreled water barrel, the radius of the water receiving container, the length of the mountain water outlet at the highest point of the water outlet body are approximately equal to (14+4) + (15+6) + 5-44 (cm), the length of the mountain water outlet is approximately equal

(3) Length of water outlet when water container is placed on common table

In life, water in the barreled water needs to be directly pumped into a kettle placed on a common table top, and then the kettle is used for boiling water. Wherein the height of the common table top is generally 80 cm. As shown in figure 3 of the drawings,

the length from the water outlet to the highest point of the water outlet is approximately equal to the height of a desktop, the height of a barreled water bucket, the height of a water container, the height of a water outlet and a water receiving port and the height of the highest point of the water outlet from a mountain water port;

the span length of the water outlet body is approximately equal to the radius of the barreled water barrel and the radius of the water receiving container;

therefore:

the length of the water outlet body is approximately equal to the length from the water outlet of the water pump to the highest point of the water outlet body plus the length of the water outlet body spanning from the highest point of the water outlet body to the mountain water gap [ the height of a table top, the height of a barreled water barrel, the height of a water container, the height of the water outlet and a water receiving port plus the height of the highest point of the water outlet body ] + [ the radius of the barreled water barrel, the radius of the water receiving container ] + [ the height of the highest point of the water outlet body to the mountain water gap ] (80-50 +14+4+5) + (15+6) +5 ═ 79 cm ═ 0.79 m

(4) Length of water outlet body when standing by using water container to receive water

In life, the water is collected from the barreled water under the condition of often standing. Wherein, when people hold the container to collect water, the height of the water receiving opening of the container is generally 130 cm. As shown in figure 3 of the drawings,

the length from the water outlet to the highest point of the water outlet is approximately equal to the height from the water receiving port to the ground, the height of the barreled water bucket and the length from the highest point of the water outlet to the mountain water gap;

the span length of the water outlet body is approximately equal to the radius of the barreled water barrel;

therefore:

the length of the water outlet body is approximately equal to the length from the water outlet of the water pump to the highest point of the water outlet body, the crossing length of the water outlet body and the length from the highest point of the water outlet body to the mountain water gap, the length is approximately equal to the height from the water receiving port to the ground, the height of the barreled water barrel, the length from the highest point of the water outlet body to the mountain water gap, the radius of the barreled water barrel, the length from the highest point of the water outlet body to the mountain water gap, the length is approximately equal to (130-50 +5) +15+5, the length is 100 cm, the length is

(5) Upper limit of length of water outlet

In practical use, sometimes the water receiving body is far away from the barreled water barrel, such as the supporting object is 80 cm high, and the water receiving container is 96 cm away from the barreled water barrel. At this time, the process of the present invention,

the length from the water outlet to the highest point of the water outlet body is approximately equal to the height of a desktop, the height of a water receiving opening of a water container, the height of the water outlet and the highest point of the water receiving opening from a mountain water opening, and the height of a barreled water bucket;

the span length of the water outlet body is approximately equal to the radius of the barreled water barrel plus the distance between the water receiving container and the barreled water barrel body;

the length of the highest point of the water outlet body from the mountain water gap is unchanged;

therefore:

the length of the water outlet body is approximately equal to (desktop height, height of the water container, height of the highest point of the water outlet body from the mountain water gap-height of the barreled water bucket + (radius of the barreled water bucket, distance of the water receiving container from the barreled water bucket body) and length of the highest point of the water outlet body from the mountain water gap are approximately equal to (80+14+ 5-50) + (15+96) + (5 + 165 cm ═ 1.65 m)

In summary, the length range of the water outlet body is more than 0.44 m and less than 1.65 m

(II) main body

The main body comprises a control module, a water pump, a main body base, a barrel opening sleeve cover sleeve and the like. For improving this ware convenience of using draws water, also carried out corresponding improvement to the main part:

1. control module

(1) One-key control function

Through the cooperation with the control switch, the control circuit module can conduct the power supply when the light touch control switch near the water faucet is pressed in a standby state, so that the water pump works, and the water pump does not work any more when the time is delayed to a set time; when the time delay process triggers the touch control switch again, the control module can immediately interrupt the delay to stop the water pump.

(2) Adjusting time delay function

The time adjustment of the existing water pump is generally in a key selection type, and the time delay value is fixed and limited. The control module adopts the adjusting knob to adjust the time delay, and can steplessly control the time delay, thereby flexibly adjusting the water quantity of primary water outlet, realizing the diversification of the water pumping time delay setting, and being convenient for more accurately adjusting the water quantity of the primary water outlet according to different requirements.

2. Fastening device

Install screw thread fastener additional outside bottled water capping, compress tightly and detain the bung hole of pumping water the ware through fastener, let to pump water the ware and be connected more firmly with the bottled water bung hole.

3. Connecting one-way valve

The one-way valve is connected on the water pipe, so that water in the water outlet pipe cannot flow back into the barreled water barrel when the water pump does not pump water, and the water can be quickly discharged when the water pump pumps water next time.

4. Split design

The bucket opening sleeve cover of the water pumping device and the main body seat are in split type rotatable design and are connected through a rotatable connecting piece. Under the condition that the bung hole upper shield is motionless, just can rotate main part seat and play the water body, rotate it to other directions.

5. Install direct water feeding pipe additional

The main body is additionally provided with a direct water feeding pipeline so as to directly fill purified water or common tap water filtered by a filter into the barreled water barrel through the direct water feeding pipeline under the condition that the water pumping device and the barreled water barrel are not required to be separated.

(III) improved technical scheme of water pumping pipe part

The water pumping pipe is made of hard materials, so that the problem that the water pumping pipe body is polluted because the water pumping pipe is soft when the barreled water is replaced and the water inlet end of the water pumping pipe naturally hangs down and is easy to contact a desk or the ground is solved; secondly, the water pump is convenient to align to the barrelhead of the barreled water and directly insert the water pumping pipe.

Second, the improved technical scheme of the device for making tea by opposite brewing

The electric heating water boiling device in the market mainly adopts a power supply connection mode of a mechanical temperature control three-ring coupler and an electronic temperature control five-ring coupler, and researches show that the electric heating water boiling device with the mechanical temperature control three-ring coupler connected with a power supply is not provided with a funnel opening and a pot cover with a dustproof function, only the electric heating water boiling device with the electronic temperature control five-ring coupler connected with the power supply is provided with the funnel opening and the pot cover with the dustproof function, but the structure is relatively complex and the cost is high. In order to improve the use convenience and save the manufacturing cost, the invention applies a new combined technical scheme and designs a new electric heating kettle and a new disinfection kettle. The beneficial effects are that:

and (I) a mechanical temperature control three-ring coupler base with lower cost and small occupied position is selected.

The kettle and the disinfection kettle share one base and are used in a time-sharing mode, and therefore occupied space can be reduced.

And (III) a kettle cover with a funnel opening and a dustproof function is selected, so that the function of adding water without opening the cover is realized, and the convenience of adding water is improved.

And fourthly, the power-on time is controlled by triggering the delay switch and the delay adjusting knob, so that the disinfection kettle can still work for a period of time after being boiled, and the disinfection effect is ensured (see figure 8).

And (V) an anti-skid pad or a sucker (see figure 5) is arranged on the base, so that the base is effectively prevented from moving in the process of frequently taking out and putting down the kettle or the disinfection kettle, and the water receiving port of the kettle can be always aligned with the water outlet.

Third, using method

At present, water pumps on the market basically need to hold a water container or a kettle by hands due to a short water outlet pipe, and can be used after receiving water below a water outlet. The utility model discloses a ware draws water, because its water body is longer and partial flexible, can directly stretch the delivery port and receive the mouth of a river top to add water. The using method comprises the following steps:

selective water pump

And judging the position of the water receiving port, and selecting the corresponding barreled water electric water pumping device, such as the shape and the length of the water outlet body or the water outlet body which can be bent and deformed.

(II) adjusting the water outlet

And adjusting the water outlet of the water pumping device to enable the water outlet of the water pumping device to be right above the water receiving port. If the water outlet body is the water outlet body of the shaping hose, the water outlet body can be bent into a certain shape in a three-dimensional space and can keep the shape. At the moment, the water outlet can be adjusted to be right above the water receiving port only by changing the shape of the water outlet body. In the adjusting process, the placing position of the water receiving container can be adjusted if necessary, so that the position of the water receiving port of the water receiving container is adjusted.

(III) discharging water

And pressing a control switch on the water outlet body, and stopping water outlet after the water outlet of the water outlet body discharges water for a set delay time. When the control switch is pressed down in the water outlet process of the water outlet body, the water outlet is stopped. If the primary water yield is too much or too little, the delay time can be adjusted in the control module.

[ description of the drawings ]

Figure 1 is the utility model discloses apply for whole effect picture

In the figure: (101) hard water pumping pipe, (102) barreled water barrel, (103) fastening device, (104) barreled cover sleeve, (105) water feeding pipe water inlet, (106) main body, (107) water outlet body, (108) power indication LED, (109) power switch, (110) water yield adjusting knob, (111) water feeding pipe water outlet, (112) water outlet, (113) control switch, (114) table, (115) water boiling kettle body, (116) funnel cover mouth, (117) dust cover, (118) power switch, (119) anti-slip base, (120) disinfection kettle, (121) funnel cover mouth, (122) switch, (123) adjusting knob

FIG. 2 is a drawing of the water structure of the present invention

In the figure: (1) a water pumping pipe, (2) a first end of a water outlet pipe, (3) a water pump, (4) a main body, (5) a control module, (6) a water outlet body accessory, (7) a first end of a lead, (8) a first end of the water outlet body accessory, (9) a lead, (10) a water outlet pipe, (11) a second end of the lead, (12) a control switch, (13) a second end of the water outlet body accessory, (14) a second end of the water outlet pipe, and (15) a water outlet body

FIG. 3 is a schematic view illustrating the calculation of the water outlet length of the present invention

In the figure: (16) height of barreled water barrel, (17) length from water outlet of water pump to highest point of water outlet, (18) crossing length of water outlet, (19) height from highest point of water outlet to mountain water gap, (21) height from water outlet to water receiving gap, (20) height of water receiving container to water receiving gap, (26) distance from water receiving container to barrel body, (23) radius of water receiving container, (24) height from water outlet to ground, (25) height of water pumping device main body base and base cover, (26) height of support, (27) radius of barreled water barrel

FIG. 4 is the main structure diagram of the water pumping device for barreled water of the present invention

In the figure: (26) fastening device, (1) water pumping pipe, (29) bucket cover, (30) main body base, (31) water pump outlet, (32) water pump inlet, (33) water pump base, (34) water pump and lithium battery fixing piece, (3) water pump, (35) charging interface, (5) control module, (36) water pump power interface, (37) lithium battery interface, (38) power indication LED lamp, (39) primary water yield adjusting knob, (40) relay, (41) power switch, (42) control switch interface, (43) control signal line A lead, (44) shaping hose base, (45) water pumping device main body electricity getting interface, (46) water outlet pipe butt joint male joint, (47) water outlet pipe butt joint female joint, (48) control signal line B lead, (49) water pumping device main body cover, (50) lithium battery, (51) one-way valve, (52) one-way valve interface, (53) One-way valve base, (54) water feeding pipeline water outlet, (55) battery base, (56) water feeding pipeline water inlet

FIG. 5 is a structural view of the kettle of the present invention

In the figure: (501) mechanical temperature control kettle body, (502) water inlet funnel kettle cover, (503) dustproof baffle, (504) power switch, and (505) anti-slip base

FIG. 6 is a schematic view of the structure of the disinfection kettle of the present invention

In the figure: (601) a funnel kettle mouth (602) trigger switch and a time delay adjusting knob (603)

FIG. 7 is a schematic diagram of a circuit of a water pumping device of the present invention

In the figure, (701) a battery, (702) a switch, (703) a control module, (704) a delay adjusting switch, (705) an electromagnetic relay, (706) NC, (707) COM, (708) NO, and (709) a motor

FIG. 8 is a view showing the inner structure of the disinfection kettle of the present invention

In the figure: (801) the device comprises a funnel opening, (802) a pot cover, (803) a pot body, (804) a trigger switch, (805) a handle, (806) an upper coupler, (807) a zero line, (808) a live wire interface, (809) a ground wire interface, (810) a live wire, (811) a trigger control signal wire, (812) a zero line, (813) a zero line interface, (814) a NO end, (815) a COM end, (816) a delay adjusting knob, (817) a live wire, (818) an A end, (819) a electrothermal wire, (820) a B end, (821) a trigger delay and adjusting module, (822) a relay binding post, (823) a voltage reduction rectifying circuit module, (824) a lower coupler, (825) a voltage reduction rectifying circuit module, (826) a live wire, (827) a zero line, (828) a ground wire, (829) a base seat

FIG. 9 is a schematic diagram of the electric circuit of the disinfection kettle of the present invention

In the figure: (901) VCC, (902) trigger signal interface, (903) trigger delay regulating circuit board, (904) variable resistor, (905) relay, (906) NC, (907) NO, (908) COM, (909) K1, (910) voltage reduction current stabilizer, (911)220V commercial power, (912) sterilizing pan heating resistance wire

Fig. 10 is a structural diagram of the integrated interface module of the present invention

In the figure: (1001) the metal shaping hose end, (1002) the control signal line A, (1003) the metal shaping hose end gap, (1004) the metal shaping hose thread, (1005) the silica gel outlet pipe, (1006) the outlet pipe butt joint female joint, (1007) the sealing rubber ring, (1008) the upper insulating cushion, (1009) the upper control signal A metal gets the electricity ring cover, (1010) the lower control A metal gets the electricity ring cover, (1011) the lower insulating cushion, (1012) the control signal line B metal gets the electricity nut, (1013) the outlet pipe base, (1014) the control module B signal line, (1015) the control module A signal line, (1016) the base internal thread, (1017) the outlet pipe butt joint female joint, (1018) the main body lid

[ detailed description ] embodiments

Structure of water pumping device

The water pumper mainly includes: the water outlet body, the main body and the water pumping pipe. Wherein, the water outlet body is connected on the main body, and the water pumping pipe is inserted on the water inlet pipe orifice of the main body.

(I) water outlet body

The water outlet body mainly comprises: a water outlet body accessory, a water outlet pipe, a lead, a control switch and the like.

1. Water outlet body accessory

The water outlet body accessory is an auxiliary component for fixing and arranging a water outlet pipe, a lead and a control switch, the water outlet body accessory is internally provided with the water pipe and the lead, the first end is connected with the main body or integrally formed, the water outlet body accessory is provided with the control switch near the second end, and the length of the long part of the water outlet body accessory is more than 0.40 meter and less than 1.6 meters. Wherein, go out water body auxiliary member and can select following several structures:

structure 1: the water outlet body accessory is partially or completely a shaped hose, the shaped hose can be bent into a certain shape in a three-dimensional space and can keep the shape in the space, and a pipe hole is formed in the shaped hose. The shaping hose can be connected with a waterway, a circuit and a machine of the main body through an integrated interface component or other common interfaces.

Structure 2: the water outlet body accessory adopts a fixed hollow pipe body as the water outlet body of the water outlet body accessory, and the fixed hollow pipe body is not bendable. The water outlet body auxiliary part adopts a fixed hollow pipe body and can complete water path, circuit and mechanical connection with the main body through an integrated interface component or other common interfaces.

Structure 3: the water outlet body accessory can be integrally formed with a main body cover or a base of the main body in one or more times. The water outlet body formed by the water outlet body auxiliary part and the main body in an integrated mode is adopted, and the water outlet body can not be bent and shaped. The water outlet body auxiliary part can be connected with the main body through a water path and a circuit.

2. Conducting wire

The number of the leads in the water outlet body is generally two or more. The two wires are respectively led out from the two pins of the control switch near the water outlet, then pass through the hollow water outlet body to reach the inside of the main body and are connected with a control switch interface of the control module. When going out water body auxiliary for the metal, can utilize the electrically conductive characteristic of metal, connect the metal pipe shaft as the wire, specifically do the connected mode and be: one wire still passes through the hollow water outlet body, the other wire connecting pin of the control switch is directly connected or connected to the second end body of the metal water outlet body accessory by one wire, and then the first end of the metal water outlet body accessory is led out by a new wire. Finally, the new line and the line passing through the tube body are respectively led to the control switch interface of the control module at the same time.

3. Control switch

The water outlet body auxiliary part is arranged on the water outlet body auxiliary part, is not more than 5 cm away from the second end port of the water outlet body auxiliary part near the water outlet, is generally a tact switch with two wiring pins, and is directly connected to a control switch interface of the control module through a wire or a metal pipe body respectively.

4. Water outlet pipe

The first end of the water outlet pipe is directly or indirectly connected with a water pump in the main body, wherein part of the water outlet pipe penetrates out of the interior of the water body accessory. The second end of the water outlet pipe forms a water outlet near the second port of the water outlet body auxiliary part or is led to a mountain water port. The water outlet pipe comprises a pipeline indirectly connected with the water outlet of the water pump, a pipeline inside the main body, a pipeline inside the one-way valve and the like.

5. Water outlet body interface

The water outlet body interface is arranged at the first end of the water outlet body and can be connected with the water outlet body interface base of the bucket opening cover sleeve through the water outlet body interface, so that the connection of a water channel, a circuit and machinery is completed. If the water outlet body accessory is integrally formed with the main body, the interface is not available.

(II) main body

1. Cover sleeve of barrel mouth

The bucket opening cover is sleeved at the bucket opening of the barreled water bucket, a main body base is arranged above the bucket opening cover, and the bucket opening cover and the main body base are connected through a rotary connecting piece. The bung cover is sleeved with a fastening device, the surface of the bung cover is provided with threads, the outside of the bung cover is provided with a fastening sleeve, and when the fastening sleeve rotates, the bung cover shrinks inwards to enable the bung cover to be tightly combined with the bung hole of the barreled water.

2. Main body base

The main body base is used for effectively fixing a battery, a water pump, a one-way valve and the like, and distributing various water channel pipelines, connecting interfaces and the like.

(1) One-way valve and lower base thereof

The one-way valve is a device which can only flow along the direction from the water inlet to the water outlet and can not return the medium at the water outlet. The check valve is provided with an upper connector and a lower connector which are both provided with rubber ferrules for sealing, wherein the lower end is a water inlet end, and the upper end is a water outlet end. The one-way valve base is arranged on the main body base, a pipeline connected with a water outlet of the water pump is arranged in the one-way valve base, and a connector connected with the one-way valve is arranged above the one-way valve base. During installation, the water inlet end of the one-way valve is inserted into the lower one-way valve base of the main body base, and the water outlet end of the one-way valve is inserted into the upper one-way valve seat on the main body cover.

(2) Battery and base thereof

The battery provides power for the water pump and the control module, and is generally a rechargeable lithium battery. The batteries are inserted on the battery base of the main body base, the batteries are fixed on the battery base of the base by using a water pump and a battery fixing piece, and the leads of the two batteries are connected with a power supply interface of the control module.

(3) Water pump and base thereof

Water pumps are machines that transport liquids. The water pump is provided with two interfaces of water inlet and water outlet, and both are provided with rubber ferrules for sealing. The water outlet interface of the water pump base is communicated with a pipeline in the one-way valve base, and the water inlet interface of the water pump base is communicated with a water inlet connected with a water pumping pipe. When the water pump is fixed, the water inlet and the water outlet of the water pump are inserted into the water inlet interface and the water outlet interface of the water pump base respectively, and then the water pump is fixed on the water pump base by using the water pump and the battery fixing piece. Two wires of the water pump are connected with a water pump interface of the control module.

(4) Water feeding pipeline

The water inlet of the water adding extends out of the water outlet of the water adding pipeline into the barrel through the pipeline positioned in the main body base and the hollow position of the rotatable connecting piece which is directly connected with the barrel opening sleeve cover through the base.

3. Main body cover

The main body cover is used for covering the main body base and related facilities, the main body cover internally comprises a control module, a one-way valve seat and the like, and the main body cover externally comprises a control panel, a water outlet body base and the like.

(1) Control module

The control module is fixed at the top of the inner part of the main body cover and mainly comprises a circuit for controlling the water pump to work.

The control module is provided with a power switch, a time delay adjusting knob, a charging interface, a power indication LED lamp and the like, and the main body cover is provided with a corresponding outlet so that the main body cover can be operated or displayed outside the main body cover;

the control module is provided with a battery power supply interface, a control switch interface, a water pump interface and the like, and is respectively and equally connected with the battery, the control switch and the water pump through leads;

the control module has one-key control and time delay functions, and the like, when a touch control switch near the water faucet is pressed in a standby state, the control circuit controls the water pump to work, and when the time delay is up to a set time, the water pump does not work any more; when the time delay process triggers the touch control switch again, the time delay can be immediately interrupted, and the water pump stops working.

(2) Control panel

The control panel is on the surface of the main body cover, and comprises: the power switch button, adjust the time delay knob, power instruction LED and charge interface etc.. Wherein, the power switch can be controlled by the power of the water pump; the power supply indicating LED lamp can indicate whether the water pumping device is electrified or not; the time delay knob is adjusted, so that the time delay time of the control module can be adjusted; and the water pump can be charged by using an external power supply after being connected with the charging port.

(3) Upper one-way valve seat

The one-way valve base is arranged at the inner top position of the main body cover and is provided with a port connected with the one-way valve, and when the main body cover is arranged on the main body base, the water outlet end of the one-way valve is automatically aligned and inserted on the port of the one-way valve base and keeps sealed.

(4) Water outlet body base

The water outlet body base is arranged above the main body cover and is connected with the water outlet body through the water outlet body base. When the water outlet body is connected by using the integrated interface component, the water outlet body base is also an integrated interface corresponding to the same kind; when the water outlet body accessory and the main body are integrally formed, the interface is not available.

(III) Water-pumping pipe

One end of the water inlet silicone tube is connected with a water pump water inlet connecting tube interface of the main body base, and the other end of the water inlet silicone tube is arranged at the bottom of the barreled water bucket.

Electric water heating device

The electric heating water boiling device comprises an electric heating water boiling kettle, a hot water disinfection kettle and a power supply base which can be shared by the electric heating water boiling kettle and the hot water disinfection kettle.

Electric heating kettle

The electric kettle comprises a kettle bottom, a kettle body, a kettle handle, a kettle cover and the like. Wherein, the bottom of the kettle is arranged at the lowest part of the electric kettle, and the electric heating device, the mechanical temperature control device, the female head of the three-ring coupler and the power switch are arranged inside the kettle; the kettle body is arranged on the bottom of the kettle, and water can be contained in the kettle body; the kettle handle is arranged on the kettle body; the pot cover is provided with a funnel opening and a dustproof device, the funnel opening is arranged in the middle of the pot cover and penetrates through the pot cover, and the dustproof device is connected to the funnel opening.

(II) electric water-heating sterilizing kettle

The electric kettle comprises a kettle bottom, a kettle body, a kettle handle, a kettle cover, an electric heating device and the like. Wherein, the kettle bottom is arranged at the lowest part of the electric kettle, and the mechanical temperature control device and the female head of the three-ring coupler are arranged inside the kettle bottom; the kettle body is arranged on the bottom of the kettle, and water can be contained in the kettle body; the kettle handle is arranged on the kettle body and is provided with a control circuit and a control switch; the pot cover is provided with a funnel opening and a dustproof device, the funnel opening is arranged in the middle of the pot cover and penetrates through the pot cover, and the dustproof device is connected to the funnel opening.

(III) Power supply base

The power base is provided with a male head of the three-ring coupler, and an anti-slip pad or a sucker is arranged below the base.

Third, the working principle

Trigger delay circuit

The trigger delay circuit is used in the circuits of the kettle and the disinfection kettle. The trigger delay circuit has a great deal of application in the water pump of the fish tank, the theft prevention of the automobile and the control of the light. The main functions are as follows: firstly, the switch-on is carried out immediately after being triggered, and the switch-off is carried out automatically after a period of time; secondly, triggering again during the time delay period, stopping timing immediately and disconnecting immediately; thirdly, the delay time is adjusted through an adjustable variable resistor.

Working principle of water pump control module (see figure 7)

1. Time-delay work

When the trigger switch K1 is pressed, the coil in the relay with the time delay function is electrified to generate suction force, the corresponding contact is attracted, and the COM end and the NO end of the relay are switched from interruption to conduction. At this time, the positive current of the power supply BT1 can be conducted to the positive pole of the motor M1, the coil in the motor and the negative pole through the COM terminal and the NO terminal which are connected, and then returns to the negative pole of the power supply BT1, thereby forming a closed loop to rotate the motor M1. Because the trigger time delay function circuit board has the time delay function, even if the trigger switch K1 is released, the closed loop is still kept in the time delay range, and the motor M1 still continues to work. When the set time is up, the time delay function circuit board is triggered to cut off the power of the coil of the relay, the suction force disappears, the sucked contact points are separated, the COM end and the NO end of the relay are disconnected, and the motor M1 does not work any more. When the time delay time needs to be adjusted, the time delay adjusting knob can be rotated, and the size of the variable resistor is changed to adjust the time delay time.

2. Temporarily suspend

When the motor M1 works within the delay time, if the trigger switch K1 is pressed down again, the coil in the relay of the delay circuit is powered off, the suction force disappears, the sucked contact points are separated, the COM end and the NO end of the relay are disconnected, and the motor M1 does not work any more.

Circuit principle of (III) disinfection kettle

In the circuit principle of the disinfection kettle, except that 220V mains supply needs to be subjected to voltage reduction and current stabilization, and the electromagnetic relay of the delay circuit controls 220V higher voltage, the rest is basically consistent with a water pump circuit.

1. Connection of lines (fig. 8)

When the disinfection kettle body is placed on the base, the upper coupler is in close contact with the lower coupler, and the live wire interface, the zero wire interface and the ground wire interface of the upper coupler and the lower coupler are connected together. A live wire and a zero wire are respectively led from the live wire interface and the zero wire interface to be connected to the voltage-reducing rectification electric module, 220V alternating current is reduced and rectified to 5V direct current, and the 5V direct current is transmitted to the trigger delay circuit module to serve as a working power supply of the trigger delay circuit module. In addition, one live wire of the live wire interface is also connected to the COM end of the relay, the NO end of the relay is connected to the B end of the electric heating resistance wire, and the A end of the electric heating resistance wire is connected to the zero line interface of the upper coupler.

2. Time-delay work (fig. 9)

When a trigger switch on the upper part of a kettle handle of the disinfection kettle is pressed, a coil in a relay is electrified to generate suction force to attract corresponding contacts, so that the COM end and the NO end of the relay are switched into conduction from interruption, at the moment, 220V alternating current live wire current can enter the communicated COM end and NO end through connecting interfaces of an upper coupler and a lower coupler, the B end, the resistance hot wire coil and the A end of a hot wire are led into the B end, the resistance hot wire coil and the A end of the hot wire, and then the current returns to the connecting interface of the lower coupler to be connected with a power supply zero line to form a closed loop, and the hot wire generates heat. Because the trigger time delay function circuit board has the time delay function, even if the trigger switch K1 is loosened, the closed loop is still continuously maintained in the time delay range, and the electrothermal resistance wire still continuously heats. When the set time is up, the time delay function circuit board is triggered to cut off the power of the coil of the relay, the suction force disappears, the attracted contact points are separated, the COM end and the NO end of the relay are disconnected, and the electric heating resistance wire stops heating. When the delay time needs to be adjusted, the variable resistor can be rotated to adjust the length of the delay time.

3. Temporarily suspend

When the electric heating resistance wire heats within the delay time, if the K1 button is triggered again, the coil in the relay of the delay function circuit is powered off and the suction force disappears, so that the sucked contact points are separated, the COM end and the NO end of the relay are disconnected, and the electric heating resistance wire stops heating.

Working principle of (IV) integrated interface assembly (fig. 10)

For the installation, the change and the maintenance of the water outlet body of the water pumping device, a water and electricity integrated interface assembly is correspondingly designed, so that the water outlet body of a control signal line and a silica gel water pipe is penetrated in the water outlet body, and the connection with the water outlet pipe of the water pumping pipe main body and a related control signal line can be completed only by directly screwing the water outlet body on a water outlet body base.

1. Construction of integrated interface assembly

The components of the integrated interface assembly include: the water pump comprises a metal shaping hose end, a water outlet body electricity taking interface (comprising an upper insulating cushion and an upper control signal A metal electricity taking ring), a water pump main body electricity taking interface (comprising a lower insulating cushion, a lower control signal A metal electricity taking ring and a control signal line B metal electricity taking nut), a water outlet pipe butt joint male head, a water outlet pipe butt joint female head, and control signal lines A and B.

Wherein, the end of the shaping hose is provided with a parallel gap at the threaded part so as to be convenient for wiring by a lead of the control signal wire A; the water outlet silicone tube is sleeved on the tail end of the water outlet pipe male head, and an internal pipeline of the water outlet pipe male head is communicated with the water outlet silicone tube and is fixed on the end head of the shaping hose together with the water outlet body electricity taking interface; the water pumping device main body electricity taking interface and the water outlet body female head are fixed on a water outlet body fixing base of the water pumping device main body cover; the control signal lines A and B are respectively connected to the control switch and the control signal interface of the control module, the wire part of the control signal line A and the silicone tube penetrate through the metal shaping hose in parallel, and the part of the control signal line B transmits signals by utilizing the metal conductive characteristic of the metal shaping hose.

2. Function of integrated interface assembly parts

The gap at the end of the metal shaping hose is used for controlling the lead of the signal wire A so as to facilitate wiring; the water outlet body electricity taking interface is mainly used for connecting a lead of the control signal line A to annular metal so that the water outlet body can complete transmission of control signals with the electricity taking interface connected with the water pumping device main body under the condition of rotation; the water pump main body electricity taking interface is used for connecting the water outlet body electricity taking interface, acquiring a signal of a control signal line A, directly acquiring a signal of a control signal line B through the end head of the metal shaping hose, and respectively sending the two signal lines to the control signal interface of the control module; the main function of the water outlet body butt joint male joint and the butt joint female joint is that water pipes at two ends are tightly combined without leakage through mutual connection.

3. Connection relation of integrated interface assembly

(1) Connection of water outlet body electricity taking interface

The first step is to install the insulating soft cushion at the end of the metal shaping hose; secondly, controlling the signal wire A to pass through a gap at the end head of the metal shaping hose, and removing an insulating layer from one part of the signal wire A to expose a metal inner core; thirdly, winding the exposed metal inner core of the control signal wire A with the insulated layer removed on the upper insulated soft pad; and fourthly, sleeving the upper control signal A metal electricity taking ring on the insulating soft pad, and enabling the upper metal electricity taking ring to be in close contact with the exposed metal inner core of the wound control signal line A.

(2) Connection of water pump main body electricity taking interface

Firstly, connecting a control signal wire A to an interface of a control module of a water pump main body, removing an insulating layer from one part of the control signal wire A and exposing a metal inner core; secondly, winding the exposed metal inner core of the control signal wire A with the insulation layer removed on the lower insulation soft pad; thirdly, the metal taking electric ring of the lower control signal A is sleeved on the lower insulating soft pad, and the lower metal taking electric ring is tightly contacted with the bare metal inner core of the wrapped control signal line A; fourthly, leading out a control signal wire B from a control module interface connected with the water pump main body, and welding the control signal wire B on a metal power-taking nut of the control signal wire B; fifthly, sleeving the metal power-taking nut of the control signal wire B into the lower insulating soft cushion; and fifthly, fixing the assembled water pumping device main body electricity taking interface on a water outlet body base on a water pumping device main body cover. At the moment, when the water outlet body is screwed down on the water outlet body base of the water pumping device main body cover, the upper control signal A metal power taking ring and the lower control signal A metal power taking ring are in automatic close contact, the control signal line B metal power taking nut and the threads at the end of the metal shaping hose are automatically meshed, and the butt joint is completed to obtain a control switch signal which is passed through by a wire and a pipe body in the metal shaping hose.

(3) Connection of water outlet pipe line

Firstly, the water outlet silicone tube is sleeved on the tail end of the male head of the water outlet pipe, so that the internal pipeline of the male head of the water outlet pipe is communicated with the water outlet silicone tube and is fixed at the end head of the metal shaping hose. When the water outlet pipe body is screwed on the water outlet body base of the water pumping device main body cover, the metal shaping hose threads are mutually occluded with the internal threads of the water outlet body base of the water pumping device main body, so that the butt joint male head of the water outlet pipe can be automatically aligned to the butt joint female head of the water outlet pipe of the water pumping device main body to be mutually connected, and meanwhile, the water pipes at two ends are tightly combined and have no leakage due to the action of the sealing rubber ring.

4. Transmission path of integrated interface assembly

The transmission path of the control signal line a is: the control switch-control signal line A lead (part of the lead passes through the inside of the metal shaping hose) -control signal A upper electricity taking ring sleeve-control signal A lower electricity taking ring sleeve-main body control signal line A lead-control module control switch interface. The transmission path of the control signal line B is: the control switch, a control signal B lead, an end of the metal forming hose body, an end of the metal forming hose body, a control signal wire B metal electricity getting nut, a control signal B lead and a control module control switch interface.

Fourth, use method

The utility model discloses the application has characteristics such as easy operation is convenient, job stabilization and humanized degree height, and general application method is as follows:

1. and selecting an applicable water pumping device for the water outlet body.

And selecting the water pump with the suitable water outlet height according to the position and the height of the water receiving port of the water receiving object.

2. Water pumping device with barreled water

A hard water pumping pipe of the barreled water pumping device is aligned with a barreled opening and inserted into the barrel, and the barreled opening is covered by a cover and pressed on the barreled water. Because the hard water pumping device is made of hard material, the water inlet of the hard water pumping pipe can be aligned to the mouth of the barreled water barrel and inserted into the barrel conveniently by holding the barreled water pumping device with one hand without the assistance of the other hand. Then, the fastening device is operated to clamp the device with the barrelhead of the barreled water.

3. Fixing base and placing kettle and disinfection kettle

Before automatic water adding, the base of the kettle is placed on a flat table top, and then the base is slightly pressed by hands, so that the anti-skid pad or the sucker of the base is fully contacted with the table top.

4. Adjusting water outlet body and water outlet

The water outlet body is rotated or adjusted, and the water outlet of the water outlet body is directly led to the position right above the corresponding water receiving position. When the shaping hose is used for discharging water, the water outlet can be bent to adjust the position of the water outlet. When necessary, the placing position of the barreled water or the power supply base can be moved for adjustment. The cover funnels of the placed teakettles and disinfection kettles are always kept right below the water outlets of the water pumps, so that water flow at the water outlets can directly rush into the teakettles or the disinfection kettles through the cover funnels.

5. Starting up

When the power switch key is pressed down, the power indicator lamp is turned on, and the device enters a standby state.

6. Setting the amount of water taken

If the cup is used for directly taking drinking water, the adjusting knob is turned to a position for taking calibrated drinking water; if the automatic water adding function of the kettle is used, the adjusting knob is turned to the position where the panel marks water boiling; if the tap water function is used, the adjusting knob is turned to the position on the panel for calibrating the tap water. During the use, can be according to the volume of actual water yield, carry out the fine setting of water intake. The longer the delay working time is, the more the water quantity is taken at one time. During adjustment, when the water pump rotates clockwise, the delay time of flowing water is prolonged, and the water intake at one time is increased; when the water pump rotates anticlockwise, the delay time of flowing water is reduced, and the water intake at one time is reduced. If the one-time fine adjustment is not in place, the fine adjustment can be carried out for a plurality of times until the most appropriate water yield is adjusted.

7. Taking water and boiling water

When water is needed to be taken and boiled, the control switch at the position near the water outlet and the power switch of the kettle are triggered. At the moment, the water pump starts to work, and the water outlet stops after the set delay time. When water flows out from a water outlet, the dustproof baffle at the funnel opening of the kettle is knocked down due to the impact effect of the water flow, and the water flow enters the kettle. When no water flow exists, the dustproof baffle is reset. After the water is boiled, the heat in the hot water kettle is prevented from being dissipated through the funnel opening due to the blocking of the dustproof sheet. The bimetallic strip in the temperature controller inside the kettle body expands and deforms due to heating, so that the power switch contact can be timely jacked open to disconnect the power supply, and dry burning is effectively prevented.

8. Sterilizing tea set

The disinfection kettle is placed on the power supply base, then the tea set to be disinfected is placed in the disinfection kettle, water is added by pressing the trigger control switch at the position close to the water outlet, and water is heated and boiled by pressing the trigger control switch at the position of the side face of the top of the handle of the disinfection kettle. If the boiling water is not boiled to be boiled, the power supply is automatically cut off, or the boiling time is too long or too short, the water boiling delay time adjusting knob at the bottom of the handle can be adjusted to be a proper time.

9. Stopping taking water

When the device stops fetching water temporarily in the water outlet process, the light touch control switch near the water outlet can be lightly pressed. At the moment, the water pump stops working, and the water outlet stops discharging water.

10. Bucket capable of changing barreled water

The threaded sleeve needs to be rotated anticlockwise, so that the connection between the device sleeve cover and the barreled water opening is loosened, and the barreled water barrel is convenient to replace by taking out the device. Then, the water pump is taken out and laid on a flat table top, and the center of gravity of the water pump main body and the water outlet part is close to the water pump main body. Therefore, the hard water pumping pipe can keep a horizontal and suspended state and is not easy to contact other objects.

Fifthly, realized functions

Compared with the existing similar water pumping device, the barreled water pumping device can realize multiple functions of standing water taking, automatic water adding and boiling, direct water supplementing and serving as a small tap water system and the like besides the common electric water pumping function. Particularly, after the device is combined with a tea brewing device designed in a matching way, the kungfu tea can be conveniently brewed. Before the water pump is used, a water pump with a fixed pipe body and a corresponding water outlet height and shape or a hose water pump with a longer shaped hose for discharging water is selected.

(1) Drinking water receiving function of standing water cup

Firstly, the water quantity adjusting knob is aligned to the water taking scale. And then adjusting the shaping hose to discharge the water or rotating and fixing the water to discharge the water to a proper position. At the moment, when a user takes water, the user only needs to stand to stretch the hand to place the water receiving container below the water outlet, the control switch key near the water pump faucet is triggered, and the water outlet discharges water, so that the user can directly take the drinking water. When the water flows to the set time and the water amount in the water cup reaches a certain degree, the water outlet is automatically stopped. When the water quantity in the water cup is too much or too little, the water cup can be adjusted to slightly rotate leftwards or rightwards for once water taking rotation, and fine adjustment is carried out according to actual requirements. If the water taking is stopped temporarily, the light touch control switch near the water outlet can be lightly pressed to stop the water taking.

(2) Automatic water adding and heating function

Firstly, the water quantity adjusting knob is aligned to the water boiling scale. Then, when the water outlet body of the fixed pipe body is used, the water outlet of the water outlet body is rotated to a corresponding position; when the adjustable shaping hose is used as a water outlet body, the water outlet body of the bent shaping hose can be adjusted, so that the water outlet of the bent shaping hose is directly led to a corresponding position needing water. When necessary, the placing position of the barreled water or the power supply base can be moved for adjustment. The adjusted water outlet is arranged above the water receiving opening and keeps a proper height so as to be convenient for taking out and putting in the kettle for operation. Finally, the control switch near the water pump faucet is triggered and the power button of the kettle is pressed, so that water adding and boiling can be completed. When the water flows to the set time, the water in the water cup stops automatically after the kettle in the water cup reaches a certain degree. When the water amount in the kettle is too much or too little, the kettle can be adjusted to slightly rotate leftwards or rightwards for once water taking rotation, and fine adjustment is carried out as required. If the water taking is required to be stopped temporarily, a control switch at the position near the water outlet can be triggered to stop the water taking.

(3) Function of brewing kungfu tea

Firstly, aligning a knob on a water quantity adjusting panel with a water boiling scale; then, when the water outlet body of the fixed pipe body is used, the water outlet of the water outlet body is rotated to a corresponding position; when the adjustable shaping hose is used as a water outlet body, the water outlet body of the bent shaping hose can be adjusted, so that the water outlet of the bent shaping hose is directly led to a corresponding position needing water. When necessary, the placing position of the barreled water or the power supply base can be moved for adjustment. The adjusted water outlet is arranged above the water receiving opening and keeps a proper height so as to be convenient for taking out and putting in the kettle for operation. If the water outlet of the water outlet body needs to be changed in position, the water outlet body can be rotated. At this time, the main body base of the water pump will rotate together with the water outlet body under the condition that the cylinder opening cover is still tightly connected with the barreled water barrel. And when needed, the device is turned back to the original position. After the kungfu tea is brewed, the disinfection kettle is placed on the base, after water is added, the trigger control switch at the position of the side face of the top of the handle of the disinfection kettle is pressed to heat, and the tea set is disinfected.

(4) Function as temporary small tap water system

In places with rough conditions and without tap water supply, the water supply device can be used as a temporary small tap water system to replace tap water to carry out a plurality of tasks with small water consumption, such as vegetable washing, face washing, hair washing and the like. Firstly, moving barreled water to a proper position, and aligning a water quantity adjusting knob to a flushing scale; then the fixed pipe body or the adjusted shaping hose is rotated to be the water outlet of the pipe body, the water outlet is adjusted to a proper position, a control switch near a water tap of the water pump is triggered, and water can be discharged to wash the articles. In the flushing process, when water outlet is required to be suspended, the water outlet can be stopped by pressing the trigger control switch once again. In addition, if the water storage tank is used for a long time, the top of the barreled water can be opened by an opening with a proper size in consideration of convenience in water adding. When the water in the barreled water is used up, the water is poured into the opening again to finish the water adding work.

(5) Function of directly supplementing water

The tap of the indoor filtered pure water or common tap water is connected with the inlet of the water adding pipe through the leading pipe. When water needs to be added, the water faucet is opened, and filtered pure water or common tap water can directly fill the barreled water barrel through the water adding pipeline under the condition that the water pumping device and the barreled water barrel do not need to be separated.

Claims (10)

1. The utility model provides an electronic ware that draws water of bottled water, includes main part (4), goes out water (15), water pipe (1) draws water, its characterized in that:

the main body comprises a water pump (3) and a control module (5);

the water outlet body comprises a water outlet body auxiliary part (6), a water outlet pipe (10), a lead (9) and a control switch (12);

the first end (8) of the water outlet body accessory is connected with the main body (4) or integrally formed, and the second end (13) of the water outlet body accessory is suspended;

the interior of the water outlet body auxiliary part (6) is hollow, and the water outlet pipe (10) and the lead (9) are arranged at the hollow part of the water outlet body auxiliary part (6);

the first end (2) of the water outlet pipe is directly or indirectly connected with a water outlet (31) of a water pump, and the second end (14) of the water outlet pipe is a water outlet of the water outlet body or is connected with the water outlet of the water outlet body;

the first end (7) of the wire is directly or indirectly connected with the control module (5), and the second end (11) of the wire is directly or indirectly connected with the control switch (12);

the control switch is arranged on the water outlet body auxiliary part (6), and the control switch (12) is directly or indirectly connected with the control module (5) through the lead (9).

2. The electric water drawer for barreled water according to claim 1, further characterized in that: the length of the water outlet body (15) is more than 0.44 m and less than 1.65 m, wherein the starting point of the calculation of the length of the water outlet body is the position of the water outlet (31) of the water pump, and the final point of the calculation is the water outlet of the water outlet body (15).

3. The electric water drawer for barreled water according to claim 2, further characterized in that:

the water outlet body accessory (6) is a shaping hose wholly or partially, wherein the shaping hose can be bent into a certain shape in a three-dimensional space and can keep the shape in the space, and a pipe hole is formed in the shaping hose;

the water outlet pipe (10) and the lead (9) can be bent, and the water outlet pipe (10) and the lead (9) penetrate through the pipe hole in the sizing hose;

the water outlet body (15) can be bent into a certain shape in a three-dimensional space and can keep the shape, and the position of the water outlet body in the three-dimensional space can be adjusted by changing the shape of the water outlet body (15).

4. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

when the water outlet body auxiliary part (6) is made of metal materials, the water outlet body auxiliary part (6) can be used as a conductor to transmit signals.

5. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the main body (4) is provided with a fastening device (28), and the fastening device (28) is used for fixing the barreled water electric water pumping device and the barreled water barrel.

6. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the main body base (30) is connected with the bung cover (29) through a rotatable connection.

7. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the water outlet body (15) is connected with the main body (4) through an integrated interface assembly, wherein the integrated interface assembly comprises a water outlet pipe (10), a lead (9) and machinery.

8. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the control module (5) adjusts the delay time by using an adjusting knob (39).

9. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the main body (4) is provided with a direct water feeding pipeline (54).

10. A barreled water electric pump according to any one of claims 1 to 3, further characterized by:

the water pumping pipe (1) of the barreled water electric water pumping device is a hard water pipe.

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