CN215348356U - Automatic filtering electric heating water boiling device - Google Patents

Abstract

The utility model relates to an automatic filtering electric heating water boiling device, which is mainly used for re-optimizing and combining the prior water dispenser, a tap water filter, an automatic water feeding and boiling tea table and the like so as to form four detachable and assembled components such as a filter base, a water container, a support column, an electric heating water boiling tea table and the like, wherein a waterway and a circuit are communicated inside the support column. When using, only need with the second end threaded connection of each support column shaft on the column base of filter base, with the first end threaded connection of each support column shaft on the column base of electric heat water boiling tea platform to and put flourishing water container on the filter base, alright accomplish the equipment of whole device. The device can realize multiple functions of pumping water, filtering, boiling water and the like, and has the advantages of reasonable structure, small volume, convenience in assembly and adjustable height.

Description

Automatic filtering electric heating water boiling device

[ technical field ] A method for producing a semiconductor device

The utility model relates to an automatic filtering electric heating water boiling device, in particular to a self filtering electric heating water boiling device which is mainly characterized in that a filter is arranged at the bottom, a support column and a water container are arranged in the middle, and an electric heating water boiling tea table is arranged above the filter, and can realize the functions of pumping water, filtering, adding water and boiling water at the same time.

[ background of the utility model ]

Along with the gradual improvement of the life quality of people, more and more families and office places use the automatic water feeding tea boiling set to boil the purified water for making tea or directly drinking.

The purified water is obtained in two ways: one is to buy barreled purified water and drink the water after boiling by a water dispenser; the other is to filter tap water into pure water by using a tap water filter. When drinking, the purified water can be filled into an electric kettle for heating, or filled into a barreled water bucket and then led to a water pumping pipe of an automatic water feeding and boiling tea table for pumping, discharging and heating. Wherein, exist when using the water dispenser: firstly, the cost of barreled purified water is high; secondly, the volume of the water dispenser is large, so that the water dispenser is inconvenient to carry and store; thirdly, the height of the water dispenser is fixed, and the adaptation occasion is limited. When using a tap water filter there are: firstly, a special tap water pipeline needs to be arranged, and the installation receiving field is large; secondly, the equipment is fixed and cannot move; when the automatic water feeding and boiling tea table is used for boiling water, the tea table has the defects that platforms such as a tea table and a table are required to be placed, the position and the height of the tea table are fixed, and the like. Wherein, the prior water dispenser, the automatic water feeding and boiling tea table and the tap water filter are respectively provided with a power module, a water pumping pipe, a water pumping pump, a water outlet pipe, an electric kettle, a filtering filter element, a water container and other devices.

[ summary of the utility model ]

The main design idea of the utility model is to recombine and optimize the existing filtering element, water container, power module, pumping pipe, pump, water outlet pipe, electric kettle, etc. to form four parts of filter base, water container, support column and electric heating water boiling tea table. Wherein, the device with the filter is arranged at the bottom of the device, the water container is arranged on the base box, and the electric heating water boiling tea table (as shown in figure 1) positioned above is supported by using the supporting column of the internal water passage and the circuit as a supporting part. Thereby solving the following problems: firstly, the water dispenser can not be split, and the bulky transportation and the scheduling problem of accomodating of being not convenient for. Secondly, the tap water filter is relatively dispersed, and the integration degree is not high; thirdly, the existing tap water filter is fixed in position and inconvenient to move; fourthly, the existing automatic water feeding tea table needs to be placed on other appliances and cannot be adjusted in height. The technical scheme and the beneficial effects thereof are as follows:

the device has the advantages of compact and centralized structure, small volume, no need of connecting a tap water pipe, less limited placing position and the like.

Two, will set up the suction pump that boils water tea bench in automatic feeding originally, set up to the filter base on, gain the volume that can reduce automatic feeding and boil water tea bench, also be convenient for simultaneously beneficial effect such as structure of nimble design outlet pipe.

Thirdly, with heavy parts such as pure water filtration filter core, suction pump, the level sets up in filter base of below and direct contact ground to and adorn the heavy flourishing water receptacle directly place at filter base's technical scheme behind the water, make the focus of this device be close as far as below and flourishing water receptacle position lower, made the steadiness that makes this device good, be convenient for change beneficial effect such as flourishing water receptacle.

And fourthly, the technical scheme that the filter base, the support column and the water boiling device are detachably connected is adopted, so that the device is small in size before assembly, convenient to transport and store, convenient to connect during assembly, simple in structure after assembly and the like.

Fifthly, the supporting column is designed by adopting a multi-section connecting rod, the length of the supporting column can be improved or reduced by increasing or reducing the connecting rods, and therefore the height of the device can be adjusted.

Sixthly, adopt the box-type and have lid switchable design with filter base to can dismantle the connection in filter base box suction pump level is fixed, filter the filter core level, wherein the filter core is the technical scheme of the general filter core in market, has obtained filter base high end lower, be convenient for change beneficial effect such as inside filter core and maintenance.

Seventhly, the sewage discharge faucet is arranged at the tea table or the filtering base, and the electromagnetic water valve is used for controlling the sewage discharge, so that the device has the advantages of convenience in sewage discharge, automatic operation and the like.

[ description of the drawings ]

FIG. 1 is a diagram illustrating the overall effect of the present invention

In the figure, (1) an electric heating water boiling tea table, (11) a control panel, (12) an electric kettle, (13) a water outlet pipe, (14) a sewage discharge faucet, and (15) a water pumping pipe; (2) the device comprises a support column, (21) a column head, (22) a column body, (23) a column foot, (24) a connecting rod, (25) a column head nut, (26) an unfiltered water supply support column, (27) a control water pump circuit support column, (28) a filtered water support column and (29) a sewage discharge support column; (3) a water container; (4) filter base, (41) base box cover, (42) base support leg

FIG. 2 is a schematic view of a filter base according to the present invention

FIG. 3 is a schematic view of a water supporting column according to the present invention

FIG. 4 is a schematic view of a power-on support pillar according to the present invention

FIG. 5 is a schematic view of a hollow universal support column according to the present invention

FIG. 6 is a block schematic diagram of a circuit of the present invention

[ detailed description ] embodiments

The application of the utility model mainly comprises: the filter comprises a filter base, a water container, a support column and an electric heating water boiling tea table.

Filter base structure and connection mode

The filter base is composed of a base box, a filter element, a water pump, an electromagnetic water valve, a drain pipe, base support legs and the like (as shown in figure 2).

Base box

A base box: the water tank is used for fixing components such as a filtering filter element, a water suction pump, an electromagnetic water valve, a sewage outlet pipe and a column base, the upper surface of the water tank is in contact with a water containing bucket, and a support for fixing the filtering filter element, the water suction pump, the electromagnetic water valve and the like and a relevant pipeline for connecting the filtering filter element, the water suction pump, the electromagnetic water valve and the like are arranged in the water tank.

Base and box cover: the base box is arranged above the base box and movably connected with the base box, and is used for opening the base box when the filter element is replaced or maintained.

The filter element can be detached from the bracket: there are one or more removable cartridge holders positioned below the base box for removably attaching the filter cartridges.

Water pump fixed bolster: the water suction pump is arranged below the base box and used for fixing the water suction pump, and a device for damping is arranged.

Electromagnetic water valve fixing device: the electromagnetic water valve is arranged below the base box and used for fixing the electromagnetic water valve. This device is only available when the drain is located in the filter base.

Base support leg: typically three or more, are provided at the bottom of the base box for supporting the filter base off the ground. The roller type roller can be designed to be convenient to move.

Related pipelines: the related water pipes are used for auxiliary connection of water paths of the filter element, the water pump and the electromagnetic water valve in the base box and comprise connecting water pipes, water pipes or pipelines fixed or shaped in the base box, related water pipe interfaces and the like;

related conducting wires: and related wires are used for the auxiliary connection of circuits of the water suction pump and the electromagnetic water valve in the base box.

(II) filtering element

The filter element is used for filtering various water sources, is generally cylindrical and can not be reused, and needs to be replaced after being used for a certain time:

installing the filter element; the filter element is horizontally fixed on a detachable bracket in a base box of the filter base, and after the filter element is used for a period of time, the base box cover can be opened and detached, and a new filter element is replaced;

a filter element interface: the method comprises the following steps: a water inlet of the filter element, a water outlet of the filter element and a sewage outlet of the filter element; wherein, every filters the filter core and all has water inlet, delivery port, and individual filters the filter core and has the sewage export. The sewage outlet is generally arranged on the ultrafiltration membrane filter element, and the sewage outlet of the filter element is mainly used for discharging the sewage deposited on the filter element through the sewage outlet when the filter element is washed by water. In addition, if the device has no sewage discharge port, a filtering filter element without a sewage outlet can be used, or the sewage outlet of the filtering filter element is sealed.

The composition of the filter element is as follows: the number of the filter elements is 1-5, and the filter elements are used according to the situation. Wherein, can preferably use five grades of three membrane fine filtration systems, do in proper order: PP cotton filter element, preposed active carbon filter element, ultrafiltration membrane filter element, reverse osmosis membrane filter element and composite filter element. Wherein, the filter element is selected from the filter elements with the same specification and different manufacturers, types or names.

The connection of the filter element: when in connection, each stage of filter element respectively connects the water outlet of the former filter element with the water inlet of the latter filter element through the related water pipe in an end-to-end manner according to the operation instructions of the related filter element, and then is respectively connected on the detachable support of the filter element. Finally, the water outlet of the first filter element is connected with the water outlet of the water pump through a pipeline, and the water outlet of the last filter element is finally connected with the water outlet pipe of the electric heating water boiling tea table through a relevant water pipe and a support column; when the filter element sewage interface is used, the filter element sewage interface is finally connected with a sewage outlet through a pipeline or a support column.

(III) Water suction pump

The water pump is horizontally fixed on a water pump bracket of the base box and used for pumping water in the water containing container out and sending the water to the filter element for filtering. Consists of a water inlet of a water pump, a water outlet of the water pump, a power supply connecting interface and the like.

The types of water pumps are as follows: the power of the water pump is 10W-120W for direct-current voltage water pump, if the power is: 10W, 15W, 30W, 60W, 120W and the like, and the voltage is a safe direct current voltage of 6V-48V, such as the voltage: 6V, 12V, 24V, 36V and 48V.

Circuit connection: the power supply connecting interface is directly or indirectly connected with the control module and works under the control of the control module, or works under the control of the control module and the electromagnetic relay together.

The water way of the water pump is connected: the water inlet of the water pump is directly or indirectly connected with the water pumping pipe, and the water outlet of the water pump is connected with the water inlet of the filter element by a related pipeline.

(IV) column base

The column foot is a component of the support column and is used for connecting a corresponding column body of the support column so as to support the electric heating water boiling tea table and be convenient for communicating a related waterway circuit. The column base is fixedly and dispersedly arranged near the edge of the base box, wherein the first interface of the column base faces upwards and can be directly connected with the column body and the connecting rod.

(V) electromagnetic water valve of filter

The electromagnetic water valve of the filter is connected in front of the sewage draining port and used for controlling the opening and closing of the sewage draining port. The electromagnetic water valve of the filter is a normally closed water type electromagnetic water valve and is fixed on the electromagnetic water valve fixing device of the base box. The electromagnetic water valve is connected with a control module of the electric heating water boiling tea table through a lead and a support column. When the filter element has no sewage outlet or the sewage tap is on the electric heating water boiling tea table, the electromagnetic water valve of the filter is not available.

(VI) blow-off pipe

The drain pipe is used for draining sewage in the filter element and guiding the sewage to a sewage pipeline of the chamber. Typically on the sides of the filter base. One end of the water outlet is connected with the sewage outlet of the filter element through a related pipeline, and the other end of the water outlet is connected with a mechanical faucet or an electromagnetic water valve, so that sewage can be drained. In addition, when the filter element non-sewage outlet or the filter element sewage outlet is closed, the sewage outlet can not be arranged.

(VII) one-way valve

The one-way valve is generally connected in front of a water inlet of the water pump and mainly used for preventing water in the water pipe from flowing back to the barreled water barrel when the water pump does not work.

Second, structure and connection mode of support column

The support column mainly functions as follows: firstly, an electric heating water boiling tea table is supported; secondly, the filter base and the electric heating water boiling tea table are integrated; thirdly, a pipeline is arranged in the support column to communicate a water path and a circuit; thirdly, the height of the electric heating water boiling tea table is adjusted by increasing or decreasing the connecting rods. The support column is made of metal materials such as copper, iron, stainless steel, galvanized steel, aluminum and the like, or plastic materials such as UPVC pipes, PE pipes and the like, or plastic-coated metal materials and the like.

Basic structure

The support column consists of a column head, a column body, a column base and the like, wherein the column body is connected between the column head and the column base. The column body can be formed by connecting a plurality of connecting rods. The column head and the column body (or the connecting rod), and the column foot and the column body (or the connecting rod) can be connected by screw threads to form the support column.

1. Column cap

The column head comprises a column head first interface, a column head second interface and a column head nut. The column heads are fixedly and dispersedly arranged near the inner edge of the base of the electric heating tea table, the second interface of the column heads is downward, and the second interface part of the column heads protrudes out of the bottom surface of the electric heating water boiling tea table for convenient connection; the second connector of the column head is movably connected with a column head nut, the column head nut is arranged outside the base of the electric heating tea table, and the column head nut can rotate clockwise or anticlockwise. The inner thread is arranged in the column cap nut, and after the column cap nut and the first interface of the connecting rod can be in threaded connection, the second interface of the column cap and the first interface of the connecting rod are connected at the same time. The function of the column cap nut is: after the column body is in threaded connection with the column base, under the condition that the column body and the electrothermal water boiling tea table are kept still, the column body (or the connecting rod) is aligned with the column head, and the second port of the column head can be connected with the first port of the column body (or the connecting rod) by rotating the column head nut.

2. Column body

The column body is connected between the column head and the column foot; one column body can be formed by combining 1 or more than 1 connecting rod, preferably 1, 2 or 3 connecting rods, and the length of each connecting rod is 10-90 cm; the column body (or the connecting rod) is provided with an upper interface and a lower interface which are respectively a first interface of the column body (or the connecting rod) and a second interface of the column body (or the connecting rod); wherein, the first interface of shaft (or connecting rod) has the external screw thread, and the second interface of shaft (or connecting rod) has the internal screw thread.

When the column body consists of a plurality of connecting rods, the first connector of one connecting rod can be in threaded connection with the second connector of the other connecting rod; the first interface of the connecting rod can be in threaded connection with the second interface of the column head and the second interface of the connecting rod can be in threaded connection with the first interface of the column base.

3. Column base

The column base is fixedly arranged at the upper edge of the filter base and provided with two interfaces, namely a column base first interface and a column base second interface; the first interface of column base has external screw thread, and this interface can carry out threaded connection with the second interface of shaft of the column (or connecting rod). The first interface direction of the column base is upward, is not surrounded by a base box of the filter base and can be directly and correspondingly connected with an external connecting rod;

(II) species

According to different application occasions and different functions, the supporting column can be correspondingly improved and lifted on the basis of the basic structure of the supporting column and is divided into a water and electricity special supporting column and a hollow general supporting column.

1. Supporting column special for water and electricity

In order to facilitate connection and improve the convenience degree of the device, a support column special for water and electricity can be used. Corresponding water and electricity connection can be completed only after the threaded connection of the support column special for water and electricity is completed. The special support column comprises a water-passing support column and an electrifying support column.

(1) Water-through support column

The water-passing support column comprises a water-passing column head, a water-passing column body (or connecting rod), a water-passing column base and the like (as shown in figure 3), wherein the water-passing column head, the water-passing column body (or connecting rod) and the water-passing column base are hollow, and the hollow part can be directly used as a water pipe for passing water. Wherein, a waterproof rubber ring is arranged in a column cap nut of the water passing column head, and a waterproof rubber ring is arranged in a second interface of the water passing column body (or the connecting rod).

The first connector of the water-through column head and the second connector of the water-through supporting leg are connectors for connecting water pipes. The second interface of the water column head can be in screw connection with the first interface of the water column body (or the connecting rod), and the first interface of the water column base is in threaded connection with the second interface of the water column body (or the connecting rod). The first interface of one water-through column body (or connecting rod) can be in threaded connection with the second interface of the other water-through column body (or connecting rod).

(2) Electrified support column

The electrified supporting column consists of an electrified column head, an electrified column body (or a connecting rod), an electrified column base and the like (as shown in figure 4)

First, electrifying column head

The electrified column head generally comprises a column head outer layer, a column head middle layer, a column head inner layer and the like, wherein the column head outer layer can be used as a conductor to transmit a first path of current when being made of a metal material, the column head middle layer is made of an insulating material, and the column head inner layer is made of a metal material and can be used as a conductor to transmit a second path of current; the first interface of the electrified column head is provided with a column head wiring interface, and the column head wiring interface is provided with two pins which are respectively connected with the column head outer layer and the column head inner layer; the inner layer end of the second connector of the electrified column head is provided with a concave part;

② electrifying column body (or connecting rod)

The outer layer of the column body (or the connecting rod) is made of metal materials and can be used as a conductor to transmit a first path of current; the middle layer of the column body (or the connecting rod) is made of insulating material; the inner layer of the column body (or the connecting rod) is made of metal materials and can be used as a conductor to transmit a second path of current; the inner layer end of the first interface of the column body (or the connecting rod) is internally provided with a convex part, and the inner layer end of the second interface of the electrified column body (or the connecting rod) is provided with a concave part.

Thirdly, electrifying column base

The device comprises a column base outer layer, a column base middle layer, a column base inner layer and the like, wherein the column base outer layer is made of metal materials and can be used as a conductor to transmit a first path of current; the middle layer of the column base is made of insulating material; the inner layer of the column base is made of metal materials and can be used as a conductor to transmit a second path of current; and the second interface of the electrified column base is provided with a column base wiring interface, and two pins of the column base wiring interface are respectively connected with the column base outer layer and the column base inner layer. The inner layer end of the first interface of the electrified column base is provided with a convex part.

The first interface of the electrified column body (or the connecting rod) can be in threaded connection with the second interface of the electrified column head, and when the first interface of the electrified column body (or the connecting rod) and the second interface of the electrified column head are in threaded connection, the first interface convex part of the electrified column body (or the connecting rod) is inserted into the concave part of the second interface of the electrified column head and is contacted with each other; the second interface of the electrified column body (or the connecting rod) can be in threaded connection with the first interface of the electrified column base, and when the two interfaces are in threaded connection, the first interface bulge of the electrified column base is inserted into the concave part of the second interface of the electrified column body (or the connecting rod) and is in contact with each other; the second interface of one electrified column body (or connecting rod) can be in threaded connection with the second interface of the other electrified column base, and when the two electrified column bodies (or connecting rods) are in threaded connection, the first interface bulge of the electrified column body (or connecting rod) is inserted into the concave part of the second interface of the other electrified column body (or connecting rod) and is in contact with the concave part. Because each convex part is inserted into the corresponding concave part, the metal contact surface is increased relatively to be larger, and the current transmission can be better realized.

When the connection of the column head, the column shaft (or the connecting rod) and the column base is completed, the two pins of the column head wiring interface are respectively conducted with the circuits of the two corresponding pins of the column head wiring interface, namely the column head wiring terminal 1 is in circuit connection with the column base wiring terminal 1, and the column head wiring terminal 2 is in circuit connection with the column base wiring terminal 2. Because the insulating layer is arranged in the middle, the two paths of current do not interfere with each other,

2. hollow general support pillar

In order to simplify the structure, the situation that the water leakage or no power supply is caused because the supporting rod special for water and electricity is not connected in place is avoided. And the problem that potential safety hazards exist because the surface of the electrified column body (or the connecting rod) is electrified is prevented from occurring due to safety consideration. The water path and circuit connections need to be made using the complete water manifold and control wires to prevent such problems. At this time, a hollow general-purpose support column (see fig. 5) may be connected, and the interior thereof is hollow, and may pass through the water guide pipe and the control wire, respectively. The hollow universal support column comprises a universal column head, a hollow universal column body (or connecting rod), a hollow universal column base and the like, wherein the hollow universal column head, the hollow universal column body (or connecting rod) and the hollow universal column base are hollow, and hollow parts of the hollow universal column base can pass through a water guide pipe and a control lead. The rest is the same as the basic structure of the support column.

Connection mode of (II) supporting column

When the device is assembled, because each column head and each column body are respectively and fixedly arranged on the tea table base and the filter base, when the device is used, only corresponding water-through supporting columns, corresponding power-on supporting columns or corresponding hollow general supporting columns are needed to be selected, aligned and rotated, and connection can be completed.

1. Mechanical connection

(1) Connection of column foot and column body (or connecting rod)

The second interfaces of the column bodies (or the connecting rods) are aligned to the first interfaces of the corresponding column bases one by one, then the column bodies (or the connecting rods) are rotated clockwise, and at the moment, the internal threads of the second interfaces of the column bodies (or the connecting rods) are automatically connected with the external threads of the first interfaces of the column bases in a threaded mode. When the rotation feels a large resistance, the connection is completed. The removal is carried out in the reverse procedure.

(2) Connecting rods are interconnected

When the shaft is composed of two or three connecting rods, the second interface of each connecting rod is aligned with the first interface of the corresponding other connecting rod one by one, then the connecting rods are rotated clockwise, and at the moment, the internal threads of the second interfaces of the connecting rods are automatically connected with the external threads of the first interfaces of the connecting rods in a threaded manner. When the rotation feels a large resistance, the connection is completed. The removal is carried out in the reverse procedure.

(3) Connection of column shaft (or connecting rod) to column base

The electric heating water boiling tea table is lifted, then all column cap nuts connected to a column cap of the electric heating water boiling tea table are aligned to a first connector of a column body (or a connecting rod) one by one, and under the condition that the electric heating water boiling tea table and the column body (or the connecting rod) are kept fixed, all column cap nuts are rotated clockwise, and the column cap and the column body (or the connecting rod) are automatically in threaded connection. When the rotation feels a large resistance, the connection is completed. The reverse procedure is followed during the removal.

2. Water circuit connection

(1) Water circuit connection of support column special for water and electricity

When the device of the special supporting column for water and electricity is used, the filter base and the interior (including column head and column foot) of the electric heating tea table are connected with a corresponding circuit and a corresponding waterway, and only the water-passing and power-on supporting rods are left unassembled, and the specific conditions are as follows:

firstly, an electrified column head wiring interface of an electrified supporting column is connected with a control module through a lead, and an electrified column foot wiring interface of the electrified supporting column is connected with a water pump power supply connection interface through a lead; a first interface water pipe interface of a water passing column head passing through the unfiltered water supporting column is connected with a water pumping pipe of the electric heating tea table through a water pipe, and a second interface water pipe interface of a water passing column foot passing through the unfiltered water supporting column is connected with a water inlet of a water pumping pump power supply through a water pipe; thirdly, a water pipe passing through a water column head water pipe interface of the water filtering support column is connected with a water inlet of a water outlet pipe through a water pipe, and a water pipe interface of a water column foot passing through the unfiltered water support column is connected with a water outlet of the filtering filter element through a water pipe; the water pipe connector of the water passing column head through the sewage support column is connected with a sewage discharge faucet through a water pipe, and the water pipe connector of the water passing column foot through the sewage support column is connected with a sewage discharge port of the filter element through a water pipe.

When the device is assembled, the connection of the internal circuit and the circuit can be synchronously realized only by completing the mechanical connection of the corresponding power-on and water-through support columns.

In addition, the waterway support column is tightly connected in a threaded connection in the connection process for preventing water leakage. When the waterway support column is connected, a proper raw material belt (polytetrafluoroethylene) is wound at the position of the outer thread of the joint of the support column and the outer thread of the male head of the support column which are connected with the lower part of the base respectively to prevent water leakage.

(2) Water circuit connection of hollow universal support column

(ii) basic Structure

In order to facilitate installation, the device of the hollow universal support column is used, the inside of the electric heating tea table (comprising a column head and a column foot) is provided with a circuit connection of the first end of the corresponding control lead and a water circuit connection of the first end of the water guide pipe, and the control lead and the water guide pipe with the length of 60-140 cm are respectively led out from the hollow universal column head. The control wire is used for transmitting an electric signal controlled by the control module, the first end of the control wire is connected with the control module, and the second end of the control wire is led out after penetrating through the hollow part of the hollow universal column head. The water guide pipe is used for conducting water flow, after the first end of one water guide pipe is connected with the water outlet of the water suction pump, the second end of the water guide pipe penetrates through the hollow part of the hollow universal column head and then is led out; after the first end of the second water guide pipe is connected with the water inlet of the water outlet pipe, the second end of the water guide pipe penetrates through the hollow part of the hollow universal column head and then is led out; after the first end of the third water guide pipe is connected with the sewage discharge faucet, the second end of the water guide pipe is led out after passing through the hollow part of the hollow universal column head.

The device using the hollow universal support column has the filter which is internally connected with other water circuits (such as a water pump power supply connection interface, a water pump water inlet, a filtering filter element water outlet and a filtering filter element sewage port) through the support column without connection.

Assembling method

The steps involved in assembly are: the first step is that the second end of each electrified lead and the second end of the aqueduct respectively pass through the corresponding hollow universal column body (or connecting rod); secondly, each electrifying lead and each water guide pipe respectively penetrate through the hollow universal column base to reach the inside of the filter base; thirdly, connecting the second end of the electrified lead and the second end of the aqueduct to corresponding interfaces respectively, and completing the connection of the water path and the circuit; and fourthly, finally completing the threaded connection among all the hollow universal column feet, the hollow universal column bodies (or connecting rods) and the hollow universal column heads.

Wherein, the connection mode of water circuit generally is: when the water pump is assembled, the second end of the control lead is connected with the water pump power supply connection interface; the second end of the first water guide pipe is connected with the water inlet of the water suction pump, the second end of the second water guide pipe is connected with the water outlet of the filtering filter element, and the second end of the third water guide pipe is connected with the sewage outlet of the filtering filter element.

(III) height adjustment

When the tea table is used, the operation panel and the hot water kettle of a frequently used device are needed, so that the use convenience of a user is directly influenced by the height of the tea table. Therefore, in order to improve the use convenience, the utility model designs a mode that the height of the utility model can be adjusted by replacing, increasing or reducing the connecting column body (or the connecting rod), so that the utility model is convenient to use in different occasions such as tea table tea making, office or household boiled water and the like.

1. Tea table height calculation

The device mainly comprises a filter base connected with a support column, and the support column supports an electric heating water boiling tea table. The column head and the column foot are respectively arranged in the filter base and the electric heating water boiling tea table. Therefore, the height of the tea table (not including the electric kettle, the same below) is equal to the height of the filter base + the height of the column (or the connecting rod) + the thickness of the electric heating water boiling tea table.

2. Length of column shaft (or connecting rod)

In designing the device, the length of the column shaft (or the connecting rod) can be optimized according to the general requirement of the market, and the column shaft (or the connecting rod) with the length of 20-90 cm can be designed to be assembled and connected with the filter base and the electric heating water boiling tea table in a single or multiple mode.

3. Are used in combination

During assembly, the corresponding length is selected from the prepared column body (or connecting rod) according to the use requirement, and the column body (or the connecting rod) is assembled.

For example, in one embodiment of the present invention, the base box and the electric heating water boiling tea table have square surfaces with a side length of 40 cm, wherein the height of the base box is 15 cm (including the foot pad), and the thickness of the electric heating water boiling tea table is 5 cm. Four column heads used for connecting the connecting rods are respectively arranged at four corners of the base box, and four column heads used for connecting the connecting rods are respectively arranged at four corners of the electric heating water boiling tea table. Simultaneously, the device is equipped with two sets of special connecting rods that lead to water circular telegram:

a set of connecting rods: three 52 cm water-through connecting rods, one 52 cm power-on connecting rod,

two groups of connecting rods: three 30 cm water-through connecting rods and one 30 cm power-on connecting rod.

(1) When the device is needed to be placed at the edge of a tea table, the device is used for making tea.

Use a set of connecting rod to assemble, the device height is: the height of the platform is base box, the height of the supporting column and the thickness of the water boiling device is 10+52+4, 66 (cm). The height is slightly higher than the table top of the tea table, so that the sofa is convenient to sit on and use. At this time, a standard bucket with the height of 49 cm and the diameter of 28 cm can be placed in the space between the base box and the supporting column and the water boiling device.

(2) When the device is used only for boiling water.

The device is disassembled and reassembled, and the two groups of connecting rods are assembled on the one group of connecting rods. And the height of the platform of the two groups of supports is simultaneously used, namely the height of the platform is 10+52+30+4 of 94 (centimeters), namely the height of the base box + the height of the support column + the thickness of the water boiling device. The water boiling device is highly suitable for water boiling and water taking without stooping operation, and is suitable for being used as boiled water in offices or families. At this time, a standard bucket with the height of 49 cm and the diameter of 28 cm can be placed in the space between the base box and the supporting column and between the base box and the water boiling device.

(3) The device is used in the occasions with limited space.

The device is disassembled and reassembled, and only two groups of connecting rods are used. The height of the two groups of connecting rods is as follows: the height of the tea table is equal to the height of the base box, the height of the supporting column and the thickness of the water boiling device is equal to 12+30+4 and equal to 44 (centimeters). At the moment, a container with the height not exceeding 30 cm can be placed in the space between the base box and the supporting column and the water boiling device.

Structure and connection mode of electric heating water boiling tea table

Compared with the existing automatic water feeding tea table with similar functions and structures, the electric heating water boiling tea table mainly has the difference that no water pump is arranged in the electric heating water boiling tea table, so that the electric heating water boiling tea table is small in size. The electric heating water boiling tea table water heater is effectively combined with the filter, purified water filtered by the filter is directly added into the electric heating water boiling tea table water heater automatically, and heating is carried out, so that water pumping, filtering and water boiling are realized simultaneously. The electric heating water boiling tea table mainly comprises a tea table base and a tea table main body.

Tea table base

The tea table base is arranged below the electric heating water boiling tea table and used for fixing the tea table main body and arranging accessory accessories such as a water pumping port, a sewage faucet port, a column head, an electromagnetic water valve and the like.

1. Column cap

The column cap is arranged at the bottom edge of the base box, one end of the movable column cap nut faces downwards, and the column cap nut is arranged outside the lower surface of the base box and can rotate left and right.

2. Water pumping pipe joint

The water pumping pipe interface is arranged at the center of the bottom of the tea table box, one end of the water pumping pipe interface is connected with the water pumping pipe, and the other end of the water pumping pipe interface can be connected with a water pumping pump through a supporting column through a pipeline.

3. Water pumping pipe

The water pumping pipe is a hollow plastic pipe or a silicone tube, one end of the water pumping pipe is connected to the interface of the water pumping pipe, and the other end of the water pumping pipe penetrates through the interface of the water container and enters the water container, and then the water pumping pipe is arranged near the bottom of the water container.

4. Sewage draining faucet

The sewage tap can be arranged at any side of the periphery of the tea table box, preferably at the left side and the right side. The sewage discharge faucet is used for discharging water and sewage in the filter element, and one end of the sewage discharge faucet is connected with the sewage discharge outlet of the support column filter element through a pipeline. The sewage discharge faucet is a mechanical faucet capable of being closed and opened in a spiral mode, a wrench mode, a lifting mode and the like, or a faucet controlled by an electromagnetic valve.

5. Electromagnetic water valve for sewage discharge

When the device has the automatic sewage discharge function, a sewage discharge electromagnetic water valve is arranged. The electromagnetic water valve for sewage disposal is arranged on the tap for sewage disposal or connected at the front end of the tap for sewage disposal, the electromagnetic water valve for sewage disposal is normally closed, and the electromagnetic water valve is opened only when the electromagnetic water valve is electrified. The sewage discharge electromagnetic water valve is connected with the control module and is controlled by the control module. When sewage is required to be drained, the control module is powered on, and the electromagnetic sewage draining water valve is opened to drain the sewage in the filter.

6. Associated pipeline

The tea table base is internally provided with related pipelines for connecting a water pumping pipe interface, a sewage discharge faucet and a sewage discharge electromagnetic water valve, and the related pipelines comprise a connecting water pipe, a water pipe or pipeline fixed or shaped on the tea table base, related water pipe interfaces and the like.

7. Related conducting wire

The tea table base is internally provided with related leads for connecting the column head wiring interface, the control module of the tea table main body, the power supply module, the sensor, the electromagnetic water valve and other interfaces.

Tea table main body

The tea table main body is fixed on the tea table base above the electric heating water boiling tea table and used for realizing the functions of automatic control, electric heating water boiling, automatic water feeding and the like of the electric heating water boiling tea table. The electric kettle mainly comprises a power line, a control panel, a power module, an electric kettle and the like.

1. Power line

The power cord is used for connecting a mains supply to the automatic water feeding electric heating tea table. The power line is connected with the control module and the power module.

2. Control panel

The control panel is arranged on the surface above the automatic water-feeding electric heating tea table and used for controlling the device to work so as to realize the function of the utility model. The control panel can be provided with control keys such as a power switch key, a filtering water outlet control key, a sewage discharge control key, a water boiling key, an automatic water outlet water boiling key, a disinfection key and the like. The control panel is connected with the control module and transmits the control signal to the control module, and the control panel and the control module can be integrated into a whole.

3. Power line

The power line is used for connecting commercial power into the device, is connected with the power module, and can also be directly connected with the heating body or the coupler for heating the water body.

4. Power supply module

On one hand, the power supply module leads a power line into commercial power, reduces the voltage and stabilizes the current to 3-60V low-voltage direct current, and provides the low-voltage direct current for the control module, the water pump and the electromagnetic water valve to work and use. The power module is connected with the control module and the electromagnetic relay modules.

5. Control module

In order to achieve the purpose of controlling large current by small current, a plurality of electromagnetic relays are integrated in the control module, or a plurality of electromagnetic relays are independently arranged, so that loads with larger current consumption, such as a heating body of the thermos, a water pump, an electromagnetic water valve of a water outlet pipe, an electromagnetic water valve of a sewage discharge pipe and the like, can be controlled by the control module. The power line can be directly connected with the electromagnetic relay controlled by the control module and then connected with the heating body or the coupler to control the electric kettle.

The control module mainly has the following functions: one provides proper working voltage to the water level sensor, the temperature sensor and the control panel, so that the water level sensor, the temperature sensor and the control panel can work normally; secondly, the received electric signals of the water level sensor, the temperature sensor and the control panel are processed; thirdly, according to the instruction of the control panel, a control electric signal is sent out to control the work of each electric load of the device, and the function of the utility model is realized.

The control module is provided with a water pump control interface, an electric kettle control interface, a water outlet pipe electromagnetic water valve control interface, a drain pipe electromagnetic water valve control interface and the like. Wherein, only the device for automatically controlling pollution discharge is provided with a water outlet pipe electromagnetic water valve control interface and a sewage discharge pipe electromagnetic water valve control interface. The control module is respectively connected with the heating body of the thermos, the power supply module, the water pump, the water outlet pipe electromagnetic water valve and the drain pipe electromagnetic water valve through leads and controls the work of the control module.

6. Coupler or heating body

The lower coupler is arranged above the electric heating water boiling tea table, and the electric heating device of the kettle and signals such as a temperature sensor, a water level sensor and the like of the kettle are transmitted to the control module by mechanical combination with the upper coupler of the kettle. When two lower couplers are arranged, the two lower couplers are arranged side by side and can be used for placing a kettle and a disinfection kettle respectively. When the electromagnetic oven type heating mode is used, the heating body of the electromagnetic oven is directly arranged above the electric heating water boiling tea table.

7. Water outlet pipe

Because the automatic water feeding electric heating tea table is not provided with a water pump inside, the water outlet pipe can be designed to be relatively simple and only consists of one water pipe. And setting different water outlet modes according to the functional requirements.

(1) Hand-operated rotary type

The water outlet pipe is movably connected to the tea table and can be rotated by hand, and when water needs to be added, the water outlet of the water outlet pipe is adjusted to be aligned with the water inlet of the hot water kettle. After the water is added, the water outlet pipe is manually removed.

(2) Metal fixed hose type

The metal shaping hose is used as a pipe body of the water outlet pipe, and the water outlet pipe is arranged inside the metal shaping hose. Wherein, the material category of metal design hose includes: steel wires, galvanized iron wires, stainless steel wires, copper wires and metal shaping hoses can be bent and deformed. The water outlet pipe is made of plastic or silicone tube and can be bent and deformed.

The metal shaping hose is fixed on the tea table, the water outlet of the water outlet pipe is adjusted to be aligned with the water inlet of the hot water kettle by changing the bending degree of the shaping hose, and the height of the metal shaping hose is enough, so that the kettle can be conveniently taken out.

(3) Automatic rotary type

The water outlet pipe is movably connected to the tea table, a motor is arranged, a corresponding program is designed, the motor is controlled to rotate, so that the water outlet pipe automatically rotates, and the water outlet of the water outlet pipe is adjusted to be aligned with the water inlet of the thermos.

(4) Yongquan type

The coupler is internally provided with a waterway connecting pipeline, when the kettle is placed on a tea table, the coupler simultaneously completes the mechanical connection of a waterway and a circuit, and when the control module enables the water pump to work, water in the water pipe is flushed out of the hot water kettle.

8. Electromagnetic water valve at water outlet

The electromagnetic water valve at the water outlet is arranged for realizing automatic sewage discharge. When the sewage draining port is arranged on the tea table, two electromagnetic water valves are needed, namely a sewage draining port electromagnetic water valve and a water outlet sewage draining valve. The sewage discharge valve at the water outlet is a normally open electromagnetic water valve, and the electromagnetic water valve is closed only when the electromagnetic water valve is electrified. The electromagnetic water valve at the sewage outlet is a normally closed electromagnetic water valve, and when the electromagnetic water valve is not electrified, the electromagnetic water valve keeps a closed state.

9. Electric kettle

The kettle comprises a kettle body, a base, a kettle cover and the like. In order to facilitate water addition, the kettle cover can be provided with a funnel water inlet and a dustproof device.

The electric heating kettle can be an electromagnetic oven type electric kettle or an electric kettle heated by a common resistance wire. One or two teakettles are placed on the tea table side by side, and when two teakettles are available, one teakettle is used for boiling tea, and the other teakettle is used for disinfection.

When the kettle is heated by using a common resistance wire, the upper coupler in the kettle body is connected with the upper coupler of the tea table base. The kettle body can be provided with a temperature transmitter or a water level sensor according to requirements. And the electric signals of the temperature transmitter or the water level sensor are transmitted to the control module for processing through the connection of the upper coupler and the lower coupler. The heating body is connected with and controlled by the electromagnetic relay module in the control module.

Structure and connection mode of water bucket

The water bucket is placed on the filter base, and the bottom of the water bucket is in contact with the upper surface of the filter base. The periphery of the water bucket surrounds the support columns, a gap between two support columns can pass through the water bucket, and the water bucket can freely enter and exit from the gap. An electric heating water boiling tea table is arranged above the water barrel, and a water pumping pipe of the electric heating water boiling tea table extends below the water level line of the water barrel through a barrel opening and is close to the bottom of the water barrel.

The bucket may be a standard type of bucket or other type of bucket. For the convenience of moisturizing, the cask can directly draw and connect the running water and carry out the moisturizing to with control water level device such as automatic floater of intaking, control the water level in the cask: firstly, after the water level is reduced to a certain degree, the water level device is controlled to automatically open the tap water pipe, so that tap water flows into the water bucket; and secondly, after the water level rises to a certain degree, the water level device is controlled to close the tap water pipe, so that tap water does not flow into the water barrel any more.

Fifth, the detailed description

The cross sections of the filter base of the automatic filtering water feeding electric heating water boiling device and the electric heating water boiling tea table can adopt the shapes of a rectangle, a regular square, a circle and the like, and the support columns can adopt the shapes of a cylinder, a triangular prism, a quadrangular prism, a polygonal prism and the like. After the automatic filtering water feeding electric heating water boiling device is assembled, the whole automatic filtering water feeding electric heating water boiling device is an embodiment of an automatic filtering water feeding electric heating water boiling device with different appearance shapes, such as a cuboid or a cylinder. In addition, different types of filter cores, different numbers of support columns and different types of drain tap switches can be adopted, and the drain is arranged at different positions to form specific embodiments with different functions, wherein the typical embodiment comprises the following steps:

(I) embodiment without drain

When the filter has no sewage outlet, the device consists of a filter base, a water container, three or more support columns and an electric heating water boiling tea table. The support columns are respectively: the support column of the pump control circuit is controlled by the unfiltered water support column, the filtered water support column and the water pump. Wherein the unfiltered water support column is used for conveying unfiltered water which is pumped out of the water container to the filter base; the water filtering support column is used for transmitting filtered water to the electric heating water boiling tea table after being filtered by the filter base; the water pump control circuit support column is used for transmitting the working voltage of the water pump controlled by the control module. Because the device has no sewage discharge outlet, the filtered sewage of the tap water is retained in the filter element and can not be discharged. Therefore, the filter element is required to be replaced more frequently to ensure the cleanness of the filtered water.

(II) embodiment with sewage draining outlet

In order to prolong the service life of the filter element, the filter element with the sewage discharge function can be adopted, and a sewage discharge port is arranged, so that the filter element can be washed in time and sewage in the filter element can be discharged. The device of the embodiment consists of a filter base, a water container, four or more than four support columns and an electric heating water tea table, wherein the sections of the filter base and the electric heating water tea table are generally rectangular or square. The drain outlet can be arranged on the electric heating water boiling tea table or the filter base.

1. The drain outlet is arranged on the electric heating water boiling tea table

In order to facilitate sewage collection, the sewage discharge faucet can be arranged on the side edge of the tea table base. When the sewage is required to be discharged, the control switch of the sewage discharge faucet is turned on, the sewage of the sewage port of the filter element core flows out of the sewage discharge faucet, and at the moment, the sewage can be discharged only by connecting the sewage with another bucket. Wherein, the support column is respectively for leading to not crossing the water support column, through crossing the water support column, leading to the sewage support column, leading to the pump control circuit support column that draws water, and the support column both ends are connected respectively on four angles at filter base and electric hot water tea platform. The sewage tap can use a mechanical type or an electromagnetic water valve type:

(1) mechanical sewage draining tap

The blowdown tap in this embodiment is mechanical tap such as can close spiral, wrench type, lift and open, and the effect of four spinal branch daggers after the connection is respectively: an unfiltered water support post for delivering unfiltered water to the water inlet of the filter base filter cartridge after being drawn from the water reservoir; the water filtering support column is used for transmitting filtered water to a water outlet pipe of the electric heating water boiling tea table after being filtered by the filter base; the sewage passing supporting column is used for conveying sewage which passes through the filter element sewage port and reaches the sewage discharge faucet of the electric heating water boiling tea table; the water pump control circuit support column is used for transmitting an electric signal which is sent by the control module and used for controlling the water pump to work.

When the sewage is required to be discharged, the water suction pump is controlled to work through the control panel, and meanwhile, the sewage discharge faucet is manually opened, so that the aim of discharging the sewage can be fulfilled.

(2) Electromagnetic water valve pollution discharge water tap

The electromagnetic water valve is arranged in the sewage draining faucet in the embodiment and is controlled by the control module, and the connection mode and the function of each support column are consistent with those of a mechanical faucet. Meanwhile, in order to realize the function, a water outlet pipe electromagnetic water valve and a sewage draining faucet electromagnetic water valve are required to be installed on the electric heating water boiling tea table and are respectively connected with a control module. Wherein, the electromagnetic water valve of the water outlet pipe is a normally open electromagnetic water valve and is connected with the front end of the water outlet pipe of the electric heating water boiling tea table; the electromagnetic water valve of the sewage faucet is a normally closed electromagnetic valve and is connected to the sewage outlet faucet of the electric heating water boiling tea table.

When water needs to be filtered, the control module only sends a control electric signal to the water suction pump, so that the water suction pump is controlled to work. Because the electromagnetic water valve of the water outlet pipe and the electromagnetic water valve of the sewage discharge faucet are not electrified, the sewage discharge faucet is in a normally closed state because the electromagnetic water valve of the sewage discharge faucet is in a normally open state because the electromagnetic water valve of the water outlet pipe is in a normally open state. At this time, the sewage draining tap is closed, and the water outlet pipe is communicated. Therefore, the filtered water can only flow out of the water outlet pipe.

When sewage needs to be discharged, the control module sends control electric signals to the water outlet pipe electromagnetic water valve and the sewage tap electromagnetic water valve through the leads respectively while controlling the water pump to work, so that the normally open electromagnetic water valve of the water outlet pipe is closed, and the normally closed electromagnetic water valve of the sewage tap is opened; the water outlet pipe is blocked due to the closing action of the electromagnetic water valve of the water outlet pipe, and the sewage faucet is opened due to the opening of the electromagnetic water valve of the water outlet pipe. Therefore, the water pumped from the water container can only be discharged after flowing out to the sewage faucet through the sewage port of the filter, thereby achieving the purpose of discharging the sewage of the filter.

(II) embodiment in which the sewage port is provided in the filter base

If an indoor sewage pipe is arranged near the device, the sewage discharge faucet can be arranged on the side of the filter base in parallel. When sewage is required to be discharged, the sewage faucet is opened, sewage of the sewage port of the filter element flows out of the sewage faucet of the filter base, and the sewage is directly discharged through the indoor sewage pipe.

(1) Mechanical sewage draining tap

In this embodiment, the faucet of the drain is mechanical. The support column is respectively for leading to three support columns such as unfiltered water support column, through drainage support column, logical water pump control circuit support column and constitute, and the effect of three support columns after each connection is: passing unfiltered water support posts for transporting unfiltered water after it has been drawn from said water reservoir to a filter base; the water filtering support column is used for transmitting filtered water to the electric heating water boiling tea table after being filtered by the filter base; the water pump control circuit support column is used for transmitting a working power supply of the water pump controlled by the control module.

When the sewage is required to be discharged, the control panel controls the water suction pump to work, and meanwhile, the sewage discharge faucet is manually opened, so that the aim of discharging the sewage can be fulfilled.

(2) Electromagnetic water valve pollution discharge water tap

In this embodiment, the support columns are an unfiltered water support column, a filtered water support column, a faucet electromagnetic water valve control circuit support column and a water pump control circuit support column, and two ends of each support column are respectively connected to four corners of the filter base and the electric hot water tea table. The electric heating water boiling tea table is provided with a water outlet pipe electromagnetic water valve, the filter base is provided with a sewage tap electromagnetic water valve, and the water outlet pipe electromagnetic water valve is a normally open type electromagnetic water valve and is connected to the front end of a water outlet pipe of the electric heating water boiling tea table; the electromagnetic water valve of the sewage tap is a normally closed electromagnetic valve and is connected in the sewage discharge tap of the filter base; the two electromagnetic water valves are respectively connected with and controlled by the control module. Wherein, the control module control circuit needs to control the support column through the faucet solenoid valve and then is connected with the sewage faucet solenoid valve to work.

The four connected support columns have the following functions: an unfiltered water support post for delivering unfiltered water to the water inlet of the filter base pump after it has been pumped from the water reservoir; the water filtering support column is used for transmitting filtered water which is filtered by the filter base and then reaches the water outlet of the electric heating water boiling tea table; the water pump control circuit support column is used for transmitting the electric signal of the water pump controlled by the control module; the supporting column of the control circuit of the water outlet faucet electromagnetic valve is used for transmitting an electric signal of the water outlet faucet electromagnetic water valve controlled by the control module.

When water needs to be filtered, the control module only sends a control electric signal to the water suction pump, the water suction pump works, and the water outlet pipe electromagnetic water valve and the sewage faucet electromagnetic water valve are not electrified, so that the sewage faucet is in a normally closed state because of the water outlet pipe electromagnetic water valve, and the water outlet pipe is in a normally open state because of the water outlet pipe electromagnetic water valve. At this time, the sewage draining faucet is closed, and the water outlet pipe is communicated, so that the filtered water can only flow out of the water outlet pipe.

When sewage needs to be drained, the control module controls the water pump to work and simultaneously sends control electric signals to the water outlet pipe electromagnetic water valve and the sewage draining faucet electromagnetic water valve through the leads respectively, so that the water outlet pipe electromagnetic water valve is closed, and the sewage faucet electromagnetic water valve is opened; because the water outlet pipe is blocked due to the closing action of the electromagnetic water valve of the water outlet pipe, and the sewage discharge faucet is opened due to the opening of the electromagnetic water valve of the water outlet pipe, the water pumped from the water container can only flow out of the sewage port of the filter to the sewage faucet and then is discharged, thereby achieving the purpose of discharging the dirty water of the filter.

(III) embodiments Using specialized support posts

The embodiment using the special supporting column comprises a filter base, a water container, at least three column bodies (or connecting rods) and an electric hot water tea table, and is simple to assemble and use and convenient to connect. Firstly, connecting each column body (or connecting rod) of the connecting circuit to a circuit connecting column base; secondly, connecting each column body (or connecting rod) connected with the water path to a circuit connecting column base during assembly; and thirdly, aligning the column cap nut of the electric heating water boiling tea table to the corresponding column body (or connecting rod), and rotating the column cap nut to complete the connection of each support column. In order to ensure the connection tightness of the waterway column body (or connecting rod), proper raw material belts (polytetrafluoroethylene) and the like need to be wound on the external threads of the column cap and the external threads of the connecting column to prevent water leakage. The mechanical connection is completed, and simultaneously, the water path and the circuit of the device are also connected.

(IV) use of hollow Universal support column embodiments

When the special support column is used for connection, because the water path and the circuit are connected among the ports of the column head, the column body (or the connecting rod) and the column base, the connection links are more, and one port can be connected in place, so that the situations of water leakage or circuit connection incapability occur. In order to avoid the situation and improve the use reliability of the device, the control lead and the water guide pipe which are integrally long can be used for assembly in a mode of penetrating through the hollow general support column.

1. Composition of

The device connected by the universal support column consists of a filter base, a water container, at least three column bodies (or connecting rods) and an electric heating water tea table, wherein a control lead and a water guide pipe of the electric heating water tea table are connected to corresponding interfaces and are respectively led out from the hollow universal column head.

2. Controlling the number and connection of wires and conduits in the unassembled state

(1) Without sewage draining outlet

When no sewage draining exit is available or the sewage draining exit is arranged on the filter base and a mechanical switch is used for the sewage draining exit, the control wire is a control wire for controlling the work of the water pump, and the number of the water guide pipes is two, namely the unfiltered water guide pipe and the filtered water guide pipe.

The connection mode in the unassembled state (i.e., the factory state) is as follows: the first end of the control lead is connected with the control module, and the second end of the control lead is led out after passing through the hollow part of the hollow universal column head and is connected when being assembled; after the first end of the unfiltered water guide pipe is connected with the water outlet of the water pump, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head, and is connected when being assembled; after the first end of the filtered water guide pipe is connected with the water inlet of the water outlet pipe, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head and is connected when being assembled.

(2) The drain outlet is arranged on the electric heating water boiling tea table

When the drain is arranged on the electric heating water boiling tea table, the control lead is a control lead for controlling the work of the water suction pump, and 3 water guide pipes are arranged. The three water guiding pipes are an unfiltered water guiding pipe, a filtered water guiding pipe and a sewage guiding pipe respectively.

The connection mode in the unassembled state (i.e., the factory state) is as follows: the first end of the control lead is connected with the control module, and the second end of the control lead is led out after passing through the hollow part of the hollow universal column head and is connected when being assembled; after the first end of the unfiltered water guide pipe is connected with the water outlet of the water pump, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head, and is connected when being assembled; after the first end of the filtered water guide pipe is connected with the water inlet of the water outlet pipe, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head and is connected when being assembled; after the first end of the sewage conduit is connected with the sewage discharge faucet, the second end of the sewage conduit is led out after passing through the hollow part of the corresponding hollow universal column head, and is connected when being assembled.

(3) The sewage outlet is arranged on the filter base

When the sewage draining outlet is arranged on the filter base and the electromagnetic water valve controls the switch, the number of the control leads is two, namely a control lead for controlling the work of the water suction pump and a control lead for controlling the work of the electromagnetic valve of the sewage draining outlet; the number of the water guide pipes is two, and the water guide pipes are an unfiltered water guide pipe and a filtered water guide pipe respectively.

The connection mode in the unassembled state (i.e., the factory state) is as follows: the first end of a control wire for controlling the water suction pump to work is connected with the control module, and the second end of the control wire is led out after passing through the hollow part of the hollow universal column head and is connected when being assembled; a first end of a control wire for controlling the work of the electromagnetic valve of the sewage draining outlet is connected with the control module, and a second end of the control wire is led out after passing through the hollow part of the hollow universal column head and is connected when being assembled; after the first end of the unfiltered water guide pipe is connected with the water outlet of the water pump, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head, and is connected when being assembled; after the first end of the filtered water guide pipe is connected with the water inlet of the water outlet pipe, the second end of the water guide pipe is led out after passing through the hollow part of the corresponding hollow universal column head and is connected when being assembled.

3. Controlling the length of the conductor and the conduit

It should be longer than the length of the support column and has proper redundancy, its length is 50-140 cm, when the connection of the support column is completed, the control wire and water conduit are connected. Wherein, the control lead and the aqueduct can be bent to facilitate passing through the column body (or the connecting rod).

4. Assembling method

During assembly, firstly, the control lead and the aqueduct respectively pass through the hollow part of the column body (or the connecting rod); secondly, under the condition that the cover of the base box is opened, the control lead and the hollow part of the column head corresponding to the water guide pipe enter the filter base respectively; thirdly, the threaded connection of the column cap, the column body (or the connecting rod) and the column base is respectively completed; fourthly, connecting a related water path and a related circuit, namely connecting an unfiltered water guide pipe to a water inlet of a water pump, connecting a filtered water guide pipe to a water outlet of a filtering filter element, connecting a control water pump control lead to a power supply interface of the water pump, and connecting a control electromagnetic water valve to a power supply interface of a drain outlet electromagnetic water valve of a filter base; fifthly, the connected aqueduct and the control lead in the base box are arranged and the base box cover is covered.

It should be understood that the above embodiments are merely examples for clarity of description, and the emphasis is on the description of the connection mode, but not on the limitation of the embodiments. It will be apparent to those skilled in the art that other variations and modifications can be made based on the above description, such as the type of filter cartridge, the outlet of the outlet pipe, the function of the control panel, etc. And are neither required nor exhaustive of all embodiments. And obvious variations or modifications therefrom are within the scope of the utility model.

Sixth, working principle and using method

The utility model is mainly formed by recombining the existing filter, water pump, kettle and the like, so that the working principle is kept simpler. Because the structure is optimized, the functions of the filter, the automatic water feeding and water boiling tea set and the like are integrated, and the humanization degree is higher during operation and use.

Working principle

The working principle of the utility model is mainly embodied in two aspects including a water path and a circuit.

1. Basic principle of control circuit

After the power line is connected with the mains supply, the power line is respectively connected with the power module and the electromagnetic relay of the electric kettle to reduce the voltage and stabilize the current into low-voltage direct current, and the low-voltage direct current is respectively connected with the control module, the water suction pump electromagnetic relay, the water outlet electromagnetic relay and the drain outlet electromagnetic relay. When the user operates the control panel, the control panel sends out a command electric signal to the control module for processing (as shown in fig. 6). The specific instructions and corresponding actions are as follows:

(1) water outlet or water outlet stopping "

After the control module receives the water outlet control instruction, the control module sends an electric signal to enable the electromagnetic relay of the water suction pump to be attracted, and low-voltage direct current of the power supply module flows into the water suction pump to enable the water suction pump to work. The opposite effect is obtained when the water is stopped.

(2) Boiling water or stopping boiling water "

After the control module receives the water boiling control instruction, the control module sends an electric signal to enable the electromagnetic relay of the electric kettle to be attracted, and the current of the commercial power flows into the electric kettle or other heating bodies to enable the electric kettle or other heating bodies to work. The opposite effect is obtained when the water boiling is stopped. The hot water kettle is provided with a temperature control device, and when water is boiled for a period of time, the hot water kettle can also automatically stop working.

(3) Automatic water adding and boiling device "

After the control module receives the control command of 'automatically adding water and boiling water', the control module sends out an electric signal to enable the electromagnetic relay of the electric kettle and the electromagnetic relay of the water suction pump to be attracted, so that the current of the commercial power flows into the water suction pump to enable the water suction pump to work, and the low-voltage direct current of the power supply module flows into the water suction pump to enable the water suction pump to work. A time delay circuit is arranged in the control module, the water pump stops working automatically after working for a period of time, and the water outlet pipe stops water outlet.

In addition, a water level sensor and a temperature sensor are also arranged on the electric kettle and are connected with a control module, and when the water level sensor and the temperature sensor reach a certain value, the control module disconnects an electromagnetic relay of the electric kettle and an electromagnetic relay of a water suction pump, so that the water suction pump and the electric kettle do not work any more.

During overuse, the water level sensor detects the height of the water level in the kettle in real time and transmits the water level electric signal to the control module for processing. When the water level in the kettle is reduced to a certain degree due to use, the control module automatically controls the water pump to work to add water into the kettle again; the temperature sensor detects the temperature in the kettle in real time and transmits the temperature electric signal to the control module for processing. When the temperature in the kettle is reduced to a certain temperature value due to the use of the temperature time, the control module controls the heating body to work to heat the hot water kettle; when the hot water kettle is not moved or is operated by a panel for a long time, the device automatically enters a dormant state until a user wakes up the hot water kettle.

(4) Waste discharge or waste discharge stopping "

After the control module receives the 'pollution discharge' control instruction, the control module sends out an electric signal to enable the water outlet electromagnetic relay and the sewage outlet electromagnetic relay to be attracted, so that the current of the mains supply flows into the water outlet electromagnetic relay and the sewage outlet electromagnetic relay to enable the water outlet electromagnetic relay and the sewage outlet electromagnetic relay to work. And the electromagnetic relay of the sewage draining port is normally closed, so that the electromagnetic water valve is switched to be in an open state, and the sewage draining faucet is opened. So that the sewage can not flow out of the water outlet pipe and can only be discharged from the sewage discharge faucet. The opposite effect is obtained when the pollution discharge is stopped.

2. Basic principle of water route

The basic principle of the waterway of the device is embodied on the main path of the waterway:

(1) the filtered water flows through the main path

When the water pump works, the main path of water is water in the water bucket → water pumping pipe → unfiltered water support column → one-way valve → water pump inlet → water pump outlet → filter element inlet → filter element → filter outlet → filtered water support column → electromagnetic water valve (normally open type, closed when energized, no electromagnetic water valve when mechanical sewage tap is used or no sewage function is used) → water outlet pipe → electric kettle

(2) Water flows through the main path during sewage disposal

(1) When the sewage port is arranged on the tea table

When the drainage mechanical faucet and the water pump of the tea table base are opened to work, water in the water bucket → the water pumping pipe → the unfiltered water support column → the one-way valve → the water inlet of the water pump → the water outlet of the water pump → the filter inlet → the filter core drain → the drainage support column → the mechanical drainage faucet → the drain → the sewage bucket

Automatic blowdown, when the blowdown key of the control panel of the base of the tea table is pressed, water in the bucket → the water pumping pipe → the unfiltered water support column → the one-way valve → the water inlet of the water pump → the water outlet of the water pump → the filter inlet → the filter core drain → the filtered water support column → the electromagnetic water valve (normally closed, power on open) → drain → bucket

(2) The sewage port is arranged on the filtering base

When the mechanical faucet for sewage draining of the filtering base is opened, water in the water bucket → the water pumping pipe → the support pillar → the one-way valve → the water inlet of the water pump → the water outlet of the water pump → the filter inlet → the filter cartridge → the drain outlet of the filter cartridge → the mechanical faucet for sewage draining → the drain outlet → the water bucket

Automatic sewage draining, when a sewage draining key of a control panel of a base of the tea table is pressed, water in a bucket → a water pumping pipe → a support column → a one-way valve → a water inlet of a water pump → a water outlet of the water pump → a filter inlet → a filter core sewage draining outlet → a connecting pipeline → an electromagnetic water valve (normally closed type, power-on opening during sewage draining) → sewage draining outlet → an indoor sewage draining pipe

(II) method of use

The operation and use of the utility model has higher humanization degree and more convenient use:

1. assembling method and height-adjusting mounting method

In order to transport conveniently and reduce the volume during transportation, the filter base, the electric heating water boiling tea table and the column body (or the connecting rod) of the device are designed in an assembling way, and meanwhile, a plurality of groups of column bodies (or connecting rods) are arranged, so that the height of the device can be conveniently adjusted according to different use occasions. The assembling method and the height adjustment are explained below by taking a cuboid filter base, an electric heating water boiling tea table and the patented device of the utility model with four support columns as an example, wherein part of the steps can be adjusted according to the actual situation:

(1) assembling and adjusting height when using special support column

During assembly, the external threads of the first connector of the column body (or the connecting rod) and the second connector of the column base connected with the waterway are required to be clockwise wound with proper raw material belts (polytetrafluoroethylene) and the like respectively to prevent water leakage.

Firstly, assembling method

The method comprises the following steps: the filter base is laid flat on the ground with the support feet below. Step two: selecting a connecting rod with proper height, rotating the special circuit connecting rod, and connecting the second interface of the special circuit connecting rod to the first interface of the special circuit column base of the filter base through threads; rotating the special waterway connecting rod to connect the second interface of the special waterway connecting rod to the special waterway column base of the filter base; step three: repeating the action of the second step, and connecting all four connecting rods; step four: the electric heating water boiling tea table is lifted to the height of the top end of the connecting rod, and the position is adjusted to enable the four column cap nuts positioned at the bottom to be aligned with the corresponding connecting rod. Step five: the column cap nuts are manually or manually rotated by a board, and the four column caps of the base of the electric heating water boiling tea table are respectively in threaded connection with the four connecting rods.

② method for adjusting height

A. Method for lowering height

The method comprises the following steps: the nuts corresponding to the column heads are rotated to be respectively separated from the threaded connection between the four column heads and the water path or the special connecting rod for the circuit; step two: the electric heating water boiling tea table is disassembled; step three: rotating four connecting rods special for the waterway or the circuit to be disassembled to enable the connecting rods to be separated from the waterway or the circuit to be reserved; step four: lifting the electric heating water boiling tea table to the height of the top end of the connecting rod, and adjusting the position to enable four column cap nuts positioned at the bottom to be aligned with the reserved corresponding connecting rod; step five: the column cap nuts are manually or manually rotated by a board, and the four column caps of the base of the electric heating water boiling tea table are respectively in threaded connection with four connecting rods which need to be reserved.

B. Method for raising height

The method comprises the following steps: the nuts corresponding to the column heads are rotated to be respectively separated from the threaded connection between the four column heads and the water path or the special connecting rod for the circuit; step two: the electric heating water boiling tea table is disassembled; step three: four connecting rods special for the water paths or circuits needing to be lengthened are respectively connected to the corresponding water paths or circuit connecting rods connected to the filter base in a threaded manner; step four: lifting the electric heating water boiling tea table to the height of the top end of the connecting rod, and adjusting the position to enable four column cap nuts positioned at the bottom to be aligned with the reserved lengthened connecting rod; step five: the column cap nuts are manually or manually rotated by a board, and the four column caps of the base of the electric heating water boiling tea table are respectively in threaded connection with the four lengthened connecting rods.

(2) Assembly method using hollow universal support column

At the moment, the electric heating water boiling tea table is connected with a water guide pipe and a control lead, and the method comprises the following specific steps:

firstly, assembling method

The method comprises the following steps: flatly placing the filter base on the ground, wherein the supporting feet are arranged below; step two: selecting a hollow general column body (or connecting rod) with proper height, and respectively leading four water guide pipes or control leads to pass through the hollow general column body (or connecting rod) and a hollow general column foot on the base filter; step three: opening the base cover of the tea table, and respectively connecting the control lead and the water guide pipe to penetrate through the column body (or the connecting rod) and enter the base box; step four: respectively rotating four hollow general column bodies (or connecting rods) and connecting second interfaces of the four hollow general column bodies to a first interface of a hollow general column base of the filter base in a threaded manner; step five: lifting the electric heating water boiling tea table to the height of the top end of the connecting rod, and adjusting the position to enable four column cap nuts positioned at the bottom to be aligned with the corresponding hollow universal column body (or the connecting rod); step six: the cap nuts are manually or manually rotated by a board, so that four cap ends and four hollow universal column bodies (or connecting rods) of the base of the electric heating water boiling tea table are respectively completed; step seven: and respectively connecting the control lead and the water guide pipe to corresponding interfaces, laying redundant control leads and water guide pipes, and closing the filter base box cover.

② method for adjusting height

The step of increasing the height comprises the following steps:

the method comprises the following steps: opening the base box cover, and respectively taking down the control wire and the water guide pipe from the corresponding interfaces; step two: rotating the corresponding column cap nuts, and respectively disassembling the threaded connection between each column cap and the connecting rod; step three: respectively drawing out a control wire and a water guide pipe from each connecting rod and each column base; step four: respectively connecting the connecting rods to be added to the original connecting rods; step five: respectively penetrating the drawn-out electric wire and the water pipe into each connecting rod and each column base and entering the base box; step six: lifting the tea table base to the height of the top end of the support column, adjusting the position, and aligning the column cap nut with the corresponding connecting rod; step seven: the nut is rotated manually or manually, so that the column cap nut of the tea table base is in threaded connection with the additional connecting rod; step eight: and respectively connecting the control lead and the water guide pipe to corresponding interfaces, laying redundant control leads and water guide pipes, and closing the filter base box cover.

Wherein the assembly method of reducing height comprises the following steps:

the method comprises the following steps: opening the base box cover, and respectively taking down the control wire and the water guide pipe from the corresponding interfaces; step two: rotating the corresponding column cap nuts, and respectively disassembling the threaded connection between each column cap and the connecting rod; step three: respectively drawing out a control wire and a water guide pipe from each connecting rod and each column base; step four: respectively detaching the connecting rods with the excessive heights; step five: respectively penetrating the drawn-out electric wire and the water pipe into each connecting rod and each column base and entering the base box; step six: lifting the base of the tea table to the top of the support column, adjusting the position, and aligning the nut of the column head with the corresponding connecting rod; step seven: the nut is rotated manually or manually, so that the column cap nut of the tea table base is in threaded connection with the left connecting rod; step eight: respectively connecting the control lead and the aqueduct to corresponding interfaces, laying redundant control leads and aqueducts, and closing a filter base box cover;

3. assembling method for replacing filter element

The method comprises the following steps: opening the base box cover; step two: sequentially taking down the original filter element connecting water pipe; step three: sequentially taking down the original filter element from the detachable filter element fixing device; step four: according to the requirements of the specification, the new filter elements are connected with the water pipes in sequence; step five: securing a new filter cartridge to the removable cartridge retention means; step six: correspondingly connecting the water inlet of the first new filter element with the water outlet of the water pump, the water inlet of the new filter element with a water pipe connected with a water outlet pipe, and the sewage port of the new filter element with a water pipe connected with a sewage discharge faucet; step seven: and closing the cover of the filter base box.

4. Method of operation

The device can realize the functions of water outlet, water boiling, automatic water boiling, sewage discharge and the like through the operation panel, and can also directly discharge sewage by opening the sewage discharge faucet.

(1) Adding water

The hot water kettle is placed on a tea table, a water adding key is pressed, the water pump works to pump water out of the water bucket, the water flows out of the water outlet after being filtered by the filter and flows into the hot water kettle through the funnel opening of the kettle cover. After a period of time, the water pump stops working, and the water outlet stops discharging water.

(2) Boiling water

After water is filled in the hot water kettle on the tea table, the 'water boiling key' is pressed, the electric heating device in the hot water kettle starts to work, and the water in the hot water kettle stops working after being boiled.

(3) Automatic water outlet water boiling

The hot water kettle is placed on a tea table, an automatic water outlet key is pressed, the water pump and the electric heating device in the hot water kettle work simultaneously, and water is continuously boiled after water is added. The water level and temperature sensors are arranged in the hot water kettle, and the water level and temperature change conditions in the hot water kettle are detected in time, so that the water pump and the electric heating device in the hot water kettle are controlled to work, and the water level is kept at the set water level and temperature. If the device is not used for a long time, the device enters a dormant state.

(4) Disinfection

The tea set to be sterilized is put into the sterilizing pot and the cover is covered. When the disinfection key is pressed down, the water pump and the electric heating device in the hot water kettle work simultaneously, and after the water is added, the water is continuously boiled for a period of time until the tea set is disinfected. The water level and temperature sensors are arranged in the hot water kettle, and the water level and temperature change conditions in the hot water kettle are detected in time, so that the water pump and the electric heating device in the hot water kettle are controlled to work, and the water level is kept at the set water level and temperature.

(5) Pollution discharge

When the drain is arranged on the tea table base, the bucket for containing sewage is placed under the drain faucet, the 'drain key' is pressed down, or the mechanical faucet is opened and the water suction pump is controlled to work, so that the sewage flows out of the drain faucet. When the mechanical faucet is used, a small amount of water flows out of the water outlet faucet because the water outlet pipe is not closed, and at the moment, the water outlet can be blocked by an object and then sewage is discharged.

When the drain sets up on the filter base with the blow off pipe blowdown, insert indoor blow off pipe with the blow off pipe, at this moment, only need press "blowdown key" and can accomplish the blowdown.

Claims (10)

1. An automatic filtering electric heating water boiling device mainly comprises a filtering filter element, a water container (3), a power module, a water pumping pipe (15), a water pumping pump, a water outlet pipe (13) and an electric kettle (12); the method is characterized in that:

the method comprises the following steps: the electric heating water boiling tea table (1), the support column (2), the water container (3) and the filter base (4);

the electric heating water boiling tea table (1) is mainly used for filtering water and heating the filtered water, and the electric heating water boiling tea table (1) comprises: the power module, the water pumping pipe (15), the water outlet pipe (13) and the electric kettle (12); the support column (2) is mainly used for taking the filter base (4) as a base, supporting the electric heating water boiling tea table (1) and allowing water flow and working current to pass through the inside of the electric heating water boiling tea table; the water container (3) is used for containing water to be filtered; the filter base (4) is primarily for filtering water, the filter base (4) comprising: the water pump and the filtering filter element;

the electric heating water boiling tea table (1) is arranged above, the filter base (4) is arranged below, and the support column (2) is connected between the electric heating water boiling tea table (1) and the filter base (4); wherein, the first end of the support column (2) is connected to the vicinity of the outer edge of the lower part of the electric heating water boiling tea table (1); the second end of the supporting column (2) is connected to the vicinity of the upper outer edge of the filter base (4);

the filter base (4), the support column (2) and the electric heating water boiling tea table (1) jointly form an unsealed hollow space with the bottom of the filter base (4), the fence of the support column (2) and the top of the electric heating water boiling tea table (1); the water container (3) is placed in an unsealed space on the filter base (4).

2. An automatic filtering electric heating water boiling device according to claim 1, characterized in that:

the support column (2) comprises: a column head (21), a column body (22) and a column foot (23); the column shaft (22) is detachably connected between the column head (21) and the column base (23);

the column head (21) is arranged on the electric heating water boiling tea table (1), and the column foot (23) is arranged on the filter base (4);

the height of the column body (22) is 20-90 cm; the first end of the column body (22) is detachably and vertically connected to the column head (21) near the outer edge of the lower surface of the electric heating water boiling tea table (1); the second end of the column body (22) is detachably and vertically connected to a column base (23) near the outer edge of the upper surface of the filter base (4);

support column (2) are 3 or more than 3, include: an unfiltered water supporting column (26), a filtered water supporting column (28) and a water pump control circuit supporting column (27); wherein the unfiltered water passing supporting column (26) is used for filtering unfiltered water pumped in the water container (3) and is directly or indirectly transmitted to the filtering filter element of the filter base (4) through the unfiltered water passing supporting column (26); the water filtered by the filter base (4) through the water filtering supporting column (28) is directly or indirectly transmitted to the water outlet pipe (13) of the electric water heating tea table (1) through the water filtering supporting column (28); the water pump control circuit support column (27) is used for the electric signal of the control module, and the electric signal is directly or indirectly transmitted to the water pump through the water pump control circuit support column (27).

3. An automatic filtering electric heating water boiling device according to claim 2, characterized in that:

the filter base (4) comprises: a base box;

the base box includes: a water pump fixing device, a filtering filter element movable connecting device and a base box cover (41); the water suction pump fixing device is used for horizontally and fixedly connecting the water suction pump; the filtering filter element movable connecting device is used for horizontally and detachably connecting the filtering filter element; the base box cover (41) is movably connected to the base box and is used for opening the base box cover (41) when needed so as to facilitate replacement or maintenance of the filter element;

the water suction pump is used for pumping out the water in the water container (3); the water suction pump is horizontally fixed on a water suction pump fixing device in the filter base (4); the suction pump includes: a water inlet of the water pump, a water outlet of the water pump and a power supply interface of the water pump;

the filtering filter element is used for filtering water pumped by the water suction pump; the number of the filter elements is 1 or more than 1, and the filter elements cannot be reused; each filtering filter element is horizontally detachably connected to the filtering filter element movable connecting device of the filter base (4); the filter cartridge includes: a water inlet of the filter element and a water outlet of the filter element;

the electric heating water boiling tea table (1) further comprises: a control panel (11) and a control module;

the water pumping pipe (15) is used for pumping water from the water container (3) by the water pumping pump; the first end of the water pumping pipe (15) is directly or indirectly connected with a water inlet of the water outlet pipe, and the second end of the water pumping pipe (15) enters the water container (3) through a port of the water container (3) and is close to but not in contact with the bottom of the water container (3);

the water outlet pipe (13) is used for leading out filtered water and comprises: a water inlet of the water outlet pipe and a water outlet of the water outlet pipe; the water inlet of the water outlet pipe is directly or indirectly connected with the water pumping pipe (15); the water outlet of the water outlet pipe is directly or indirectly connected with the water inlet of the water pump through the supporting column (2);

the power supply module is used for reducing voltage and stabilizing current of mains supply to 3-60V low-voltage direct current and providing working voltage for the water suction pump and the control module; the power supply module is used for providing working voltage for the electric kettle (12); the power supply module is connected with the control module and is directly or indirectly connected with the water pump and the hot water kettle;

the control module includes: an electromagnetic relay; the control module is used for controlling the working states of the water suction pump and the electric kettle (12) according to the instruction of the key of the control panel (11); the control module is directly or indirectly connected with a control panel (11), the water suction pump and the electric kettle (12);

the control panel (11) is connected with the control module; the control panel (11) generates corresponding electric signals to the control module according to the operation of a user, and sends control signals to control the working states of the water suction pump and the electric kettle (12) after the electric signals are processed by the control module;

the electric kettle (12) is used for receiving the filtered water from the water outlet of the water outlet pipe and heating the water under the control of the control module.

4. An automatic filtering electric heating water boiling device according to claim 3, characterized in that:

the support column (2) is made of one of copper, stainless steel, a UPVC pipe, a PE pipe and plastic-clad metal;

the column body (22) is detachably connected with the column head (21) and the column base (23) in a threaded connection mode;

each column head (21) is arranged near the outer edge of the electric heating water boiling tea table (1), and the column head (21) comprises: the first connector of the column head, the second connector of the column head and a column head nut (25); the column cap nut (25) is movably connected to the second interface of the column cap and can rotate clockwise or anticlockwise, and internal threads are formed in the column cap nut (25); the second connector of the column head faces downwards, the second connector of the column head and a column head nut (25) are exposed outside the bottom of the electric heating water boiling tea table (1), and can be directly in corresponding threaded connection with the first connector of the connecting rod;

one column body (22) can be formed by combining one or more than one connecting rod (24), and the length range of each column body or each connecting rod is 20-90 cm; the shaft (22) or the connecting rod (24) comprises: the first interface of the column body or the connecting rod, and the second interface of the column body (22) or the connecting rod (24); the first connector of the column body or the connecting rod is provided with external threads, and the second connector of the column body (22) or the connecting rod (24) is provided with internal threads; the first connector of the column body or the connecting rod can be in threaded connection with the second connector of the other column body or the connecting rod;

each of the pedestals (23) is disposed near an outer edge of the filter base (4), the pedestals (23) including: the column base first interface and the column base second interface; the first connector of the column base (23) is provided with external threads; the first interface of the column base (23) faces upwards, is exposed at the upper part of the filter base and can be directly in corresponding threaded connection with the column body or the second interface of the connecting rod;

rotating the column shaft (22) or the connecting rod (24) to enable the second interface of the column shaft or the connecting rod to be in threaded connection with the first interface of the column base (23); rotating one column body or the connecting rod to enable a first interface of the column body (22) or the connecting rod (24) to be in threaded connection with a second interface of the other column body or the connecting rod; by rotating the stud nut (25), the stud nut (25) of the stud (21) can be screwed to the first interface of the shaft or the connecting rod, so that the second interface of the stud (21) is simultaneously connected to the first interface of the shaft or the connecting rod.

5. An automatic filtering electric heating water boiling device according to claim 4, characterized in that:

the electric heating water boiling tea table (1) comprises: a control lead and a water guide pipe; the number of the control wires is 1 or more than 1, the number of the water guide pipes is 2 or more than 2, and the lengths of the control wires and the water guide pipes are 50-140 cm;

the support column (2) is a hollow general support column;

the hollow universal support column comprises: a hollow universal column head, a hollow universal column body or a hollow universal connecting rod and a hollow universal column base; the hollow general column head, the hollow general column body or the hollow general connecting rod and the hollow general column foot are hollow and can pass through the control lead and the aqueduct;

each control wire is used for transmitting an electric signal controlled by the control module, the first end of one control wire is connected with the control module, and the second end of the control wire is led out after passing through the hollow part of the hollow universal column head;

each water guide pipe is used for conducting water flow; after the first end of one of the water guide pipes is connected with the water outlet of the water suction pump, the second end of the water guide pipe is led out after penetrating through the hollow part of the hollow universal column head; after the first end of one of the water guide pipes is connected with the water inlet of the water outlet pipe, the second end of the water guide pipe penetrates through the hollow part of the hollow universal column head and then is led out;

during assembly, one of the control leads needs to be connected with the water pump power supply connection interface after passing through the hollow universal column body or the hollow universal connecting rod and the hollow part of the hollow universal column base; one of the water guide pipes needs to be connected with a water inlet of the water suction pump after passing through the hollow universal column body or the hollow universal connecting rod and the hollow part of the hollow universal column base; one of the water guide pipes is connected with the water outlet of the filtering filter element after passing through the hollow universal column body or the hollow universal connecting rod and the hollow part of the hollow universal column base.

6. An automatic filtering electric heating water boiling device according to claim 4, characterized in that:

the support column (2) comprises: a water-passing support column and an electrified support column;

the water support column is used for conveying rivers, includes: a water column head, a water column body or a water connecting rod and a water column foot; the water column head, the water column body or the water connecting rod and the water column foot are all hollow, and water can be directly introduced; the first interface of the water passing column head is a water pipe interface of the water passing column head, and the second interface of the water passing column foot is a water pipe interface of the water passing column foot;

the circular telegram support column is used for simultaneously transmitting two paths of electric currents of a working power supply, and comprises: the power-on column head, the power-on column body or the power-on connecting rod and the power-on column foot;

the energization column head includes: the current transformer comprises a column head outer layer, a column head middle layer and a column head inner layer, wherein the column head outer layer is made of metal materials and can be used as a conductor to transmit a first path of current, the column head middle layer is made of insulating materials, and the column head inner layer is made of metal materials and can be used as a conductor to transmit a second path of current; a column head wiring interface is arranged on the first interface of the electrified column head, and two pins of the column head wiring interface are respectively connected with the column head outer layer and the column head inner layer;

the electrified shaft or the electrified connecting rod comprises: the power-on column comprises a power-on column body or connecting rod outer layer, a power-on column body or connecting rod middle layer and a power-on column body or connecting rod inner layer, wherein the power-on column body or connecting rod outer layer is made of metal materials and can be used as a conductor to transmit a first path of current, the power-on column body or connecting rod middle layer is made of insulating materials, and the connecting rod inner layer is made of metal materials and can be used as a conductor to transmit a second path of current;

the energizing post foot includes: the outer column base layer is made of a metal material and can be used as a conductor to transmit a first path of current, the middle column base layer is made of an insulating material, and the inner column base layer is made of a metal material and can be used as a conductor to transmit a second path of current; the second interface of the electrified column base is provided with a column base wiring interface, and two pins of the column base wiring interface are respectively connected with the column base outer layer and the column base inner layer;

when the electrified column head, the electrified column body or the electrified connecting rod of the electrified supporting column and the electrified column base are connected, two pins of the column head wiring interface and two corresponding pins of the column head wiring interface respectively conduct current independently and do not interfere with each other;

the number of the water supporting columns is 1 or more than 1, and the number of the electrified supporting columns is 2 or more than 2;

the water column head and the electrified column base of the water column support column and the water column head and the electrified column base of the electrified support column are respectively connected with the filter base (4) or the electric heating water boiling tea table (1) in the following ways: the electrified column head wiring interface of one electrified supporting column is connected with the control module through a lead, and the electrified column foot wiring interface is connected with the water pump power supply connection interface through a lead; a first interface water pipe interface of the water-through column head of one of the water-through support columns is connected with the water pumping pipe (15) through a water pipe, and a second interface water pipe interface of the water-through column foot is connected with a water inlet of the water pumping pump through a water pipe; one of the water-through support columns is connected with the water inlet of the water outlet pipe through a water pipe, and the water-through column foot water pipe is connected with the water outlet of the filter element through a water pipe.

7. An automatic filtering electric heating water boiling device according to any one of claims 1 to 6, characterized in that:

the cross sections of the filter base (4) and the electric heating water boiling tea table (1) are rectangular or square;

the electric heating water boiling tea table (1) comprises: a waste tap (14); the water discharging faucet is used for controlling sewage discharge, and the water discharging faucet is arranged on any one side surface of the electrically heated water boiling tea table (1);

the filter cartridge further comprises: a filter element sewage outlet; the filter element sewage outlet is used for discharging sewage for cleaning the filter element;

the sewage discharged from the sewage outlet of the filter element is directly or indirectly transmitted to the sewage discharge faucet (14) of the electric heating water boiling tea table (1) through a sewage support column (29) to be discharged;

the support column (2) further comprises: a sewage supporting column (29); the sewage passing supporting column (29) is used for conveying sewage from the filter element sewage outlet of the filter base (4) to a filter element of a sewage tap of the electric heating water boiling tea table (1);

four column bodies (22) of the supporting column (2) or first ends of the connecting rods (24) are respectively detachably and vertically connected to column heads (21) near four corners of the electric heating water boiling tea table (1), and four column bodies (22) of the supporting column (2) or second ends of the connecting rods (24) are respectively detachably and vertically connected to column feet (23) near four corners of the filter base (4).

8. An automatic filtering electric heating water boiling device according to claim 7, characterized in that:

the electric heating water boiling tea table (1) comprises: an electromagnetic water valve of the water outlet pipe and an electromagnetic water valve of the sewage draining faucet; the electromagnetic water valve of the water outlet pipe is a normally open electromagnetic valve; the electromagnetic water valve of the sewage discharge faucet is a normally closed electromagnetic valve;

the electromagnetic water valve of the water outlet pipe is connected to the front end of the water outlet pipe (13) of the electric heating water boiling tea table (1); the electromagnetic water valve of the sewage draining faucet is arranged in the sewage draining faucet of the electric heating water boiling tea table (1) or at the front end of the sewage draining faucet;

the water outlet pipe electromagnetic water valve and the sewage draining faucet electromagnetic water valve are respectively connected with the control module and controlled by the control module;

when water needs to be filtered, the control module only sends a control electric signal to the water suction pump, the water suction pump works, and as the electromagnetic water valve of the water outlet pipe and the electromagnetic water valve of the sewage tap are not electrified, the sewage tap (14) is not opened because the electromagnetic water valve of the water outlet pipe is in a normally closed state, and the water outlet pipe (13) is conducted because the electromagnetic water valve of the water outlet pipe is in a normally open state, the filtered water can only flow out of the water outlet pipe (13);

when sewage needs to be drained, the control module sends an electric signal to the water suction pump, and when the water suction pump is controlled to work, the control module sends control electric signals to the electromagnetic water valve of the water outlet pipe and the electromagnetic water valve of the sewage tap through leads respectively, so that the electromagnetic water valve of the water outlet pipe is closed, and the electromagnetic water valve of the sewage tap is opened; because the outlet pipe (13) is closed under the action of closing the electromagnetic water valve of the outlet pipe, the sewage faucet is opened under the action of opening the electromagnetic water valve of the outlet pipe, and water pumped from the water container (3) can only flow out of the sewage port of the filter to the sewage faucet and then is discharged.

9. An automatic filtering electric heating water boiling device according to any one of claims 1 to 6, characterized in that:

the cross sections of the filter base (4) and the electric heating water boiling tea table (1) are square or rectangular;

the filter cartridge includes: a filter element sewage outlet; the filter element sewage outlet is used for discharging sewage for cleaning the filter element;

the electric heating water boiling tea table (1) comprises: an electromagnetic water valve of the water outlet pipe; the electromagnetic water valve of the water outlet pipe is a normally open electromagnetic valve; the electromagnetic water valve of the water outlet pipe is connected to the front end of the water outlet pipe (13);

the filter base (4) comprises: a sewage discharge faucet electromagnetic water valve and a sewage discharge faucet (14);

the sewage discharge faucet (14) is connected with the filter element sewage outlet through a water pipe, and the sewage discharge faucet (14) is used for discharging sewage;

the electromagnetic water valve of the sewage discharge faucet is used for controlling the sewage discharge faucet (14) to discharge sewage, and is arranged in the sewage discharge faucet (14) of the filter base (4) or at the front end of the sewage discharge faucet (14);

the water outlet pipe electromagnetic water valve and the sewage draining faucet electromagnetic water valve are respectively connected with the control module and controlled by the control module;

the support column (2) further comprises: a circuit support column of the control electromagnetic water valve is connected; the through control electromagnetic water valve circuit supporting column is used for directly or indirectly connecting the electric signal of the control module with the through control electromagnetic water valve circuit supporting column (2) and transmitting the electric signal to the electromagnetic water valve of the sewage discharge faucet (14); the electromagnetic water valve of the sewage discharge faucet is a normally closed electromagnetic valve;

the first ends of four column bodies (22) or connecting rods (24) of the supporting column (2) are respectively detachably and vertically connected to the column heads (21) near the four corners of the electric heating water boiling tea table (1), and the second ends of the four column bodies (22) or connecting rods (24) of the supporting column (2) are respectively detachably and vertically connected to the column feet (23) near the four corners of the filter base (4);

when water needs to be filtered, the control module only sends a control electric signal to the water suction pump, the water suction pump works, the electromagnetic water valve of the water outlet pipe and the electromagnetic water valve of the sewage discharge faucet are not electrified, the sewage faucet is blocked because the electromagnetic water valve of the water outlet pipe is in a normally closed state, the water outlet pipe (13) is conducted because the electromagnetic water valve of the water outlet pipe is in a normally open state, and the filtered water can only flow out of the water outlet pipe (13);

when sewage needs to be drained, the control module sends an electric signal to the water suction pump, controls the water suction pump to work, and simultaneously sends control electric signals to the electromagnetic water valve of the water outlet pipe and the electromagnetic water valve of the drain faucet respectively so as to close the electromagnetic water valve of the water outlet pipe and open the electromagnetic water valve of the drain faucet; the water outlet pipe (13) is blocked due to the closing action of the electromagnetic water valve of the water outlet pipe, and the sewage tap (14) is opened due to the opening of the electromagnetic water valve of the sewage tap; the water pumped out from the water container (3) can only be discharged after flowing out to a sewage water pipe through a sewage port of the filter.

10. An automatic filtering electric heating water boiling device according to any one of claims 1 to 6, characterized in that:

the electric heating water boiling tea table (1) comprises: a water outlet pipe body; the water outlet pipe body is arranged above the electric heating water boiling tea table (1);

the water outlet pipe body is composed of a metal shaping hose, and the metal shaping hose is made of one of steel, stainless steel and copper; the water outlet pipe (13) is made of plastic or silicone tube, and the water outlet pipe (13) can be bent and deformed and is arranged in the water outlet pipe body;

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

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