KR102394470B1 - A Water purifier - Google Patents

Abstract

The present invention relates to a functional cold/hot water purifier with an integrated water purification container which has a separate integrated water purification container to immediately use a set amount of purified water to secure user convenience in comparison to a conventional water purifier with a direct water design which practically discourages the use of purified water due to the increased time for supplying purified water due to a markedly reduced flow velocity caused by a phenomenon in which water discharge pressure is lowered in the process in which water is purified through a filter, and individually closes a water inlet and a water outlet of the water purification container to additionally provide various functions such as selectively controlling the temperature of stored purified water while actively preventing contamination of purified water to induce the maximization of use efficiency. The functional cold/hot water purifier with an integrated water purification container comprises: a main body (10); a filter (20) filtering supplied water to provide purified water; and a nozzle (50) discharging purified water when a user requests. The functional cold/hot water purifier with an integrated water purification container further comprises a water purification container (60) mounted on the lower end of the main body (10) to be inserted and withdrawn, and receiving purified water through a pipe (1) extended from the filter (20) to store the purified water for a set period or immediately provide the purified water for a user.

Description

Water purifier integrated functional cold/hot water purifier {A Water purifier}

The present invention relates to a water purifier that receives water from the outside, cools or heats it, stores it individually, and conveniently supplies drinking water at various temperatures by extracting stored water according to a user's request. Unlike the existing direct-water design water purifiers, where the use of purified water was practically reluctant as the supply time of purified water was increased as the flow rate was significantly reduced due to a phenomenon in which the water outlet pressure was lowered in the process, the set amount of purified water can be used immediately. Convenience of using purified water is secured as a separate water purifier is provided integrally to prevent contamination of the water purifier, and various functions are added, such as selectively controlling the temperature of stored purified water while actively preventing contamination of purified water by individually shielding the inlet and outlet of the water purifier. It is provided and relates to a functional cold/hot water purifier with integrated water purifier that maximizes efficiency in use.

In general, water purifiers target water supplied from the outside and use a fine filtration membrane to adsorb suspended particles, fill activated carbon to adsorb organic materials, and pass through an ion exchange resin to ionize and reduce pollutants, It is a device for water purification by grafting two or more methods such as sterilization using ultraviolet rays.

These water purifiers cool or heat some of the purified water, store it individually, and then dispense cold and hot water according to the user's request, thereby actively providing convenience in using drinking water. Water purifiers with excellent performance are provided.

For example, as one of the technologies related to water purifiers, Registered Utility Model Publication No. 20-0472014 "Instantaneous hot water device for water purifiers" is published, and the technology heats the inlet and the influent to the upper and lower parts of the housing. A water outlet for discharging to the outside is formed, and a ceramic heater for heating the inflow water introduced through the water inlet is installed in the heater installation unit formed in the upper and lower two stages. It is an instantaneous hot water device heated by In particular, on the side of the water outlet on one side of the housing, the pressure inside the housing where the heater is installed is detected by the thermistor installed on the side of the housing. The inlet has a diameter smaller than that of the outlet so that the pressure inside the container can be lowered by increasing the flow rate of the incoming water.

The above technology is equipped with an opening/closing module that operates according to the detection of the thermistor on the side of the water outlet of the housing, and when the pressure value inside the housing where the heater is installed exceeds the set value, it automatically operates the valve to release steam to the outside. Prevents destruction due to excessive internal pressure, installs an on/off valve inside the heater to confirm an immediate reaction, and applies silver plating to the ceramic itself, which is a heating element By making the inlet hole of the housing smaller than the outlet opening, the flow rate is increased to lower the pressure inside the container, and the surface area of the ceramic heater is maximized to create a flow path with fast water flow to reduce heat loss. designed to be minimized.

As another technology related to water purifiers, Utility Model Registration No. 20-0475742 "Ice water purifier and ice cold/hot water machine capable of making various shapes of ice" is published. and an ice shape guide defining a shape of ice generated around each ice making pin of the evaporator, and the ice shape guide is detachably mounted from the water purifier. The technology is configured to easily manufacture ice of various shapes by separating and replacing the ice shape guide according to a user's taste or occasional situation.

As described above, the recently developed water purifiers satisfy the convenience of users by performing various functions such as quickly generating hot and cold water or integrating an ice maker. In addition, excellent filter and sterilization technologies provide cleaner drinking water, there is.

On the other hand, recently, a direct water purifier that directly connects to a water pipe and purifies the water while receiving tap water has been developed, and since such a direct water purifier is convenient to use for cooking as well as drinking water, it is widely used for home use. However, since the direct water purifier takes a lot of time to obtain purified water, it has been reduced to an unnecessary function that is not frequently used.

Therefore, the present invention intends to propose a cold/hot water purifier with a convenient function that maximizes the convenience and efficiency of using purified water by installing a water purifier to solve this problem.

Registered Utility Model Publication No. 20-0472014 "Instant hot water device for water purifier" Utility Model Registration No. 20-0475742 "Ice water purifier and ice cold/hot water machine that can make various shapes of ice"

The present invention was created to more actively solve the above problems, and by improving the overall structure of the water purifier to integrally hold a separate water purifier that can continuously supply and store purified water, maximize the convenience of using purified water. is the main problem to be solved.

In addition, the present invention provides a structure that can conveniently mount a water purifier in the water purifier, and provides a separate sterilization treatment function to provide safe drinking water at all times as another solution.

In addition, the present invention intends to satisfy the various needs of users by providing various routes for water replenishment such as water supply, cold water supply, and hot water supply, and furthermore, by setting various conditions due to input/output or water level of the water purifier, replenishment of purified water Another challenge is to maximize the convenience of use by making this happen automatically.

In addition, the present invention is another problem to provide a structure that can always cleanly manage the water purifier, and provide a structure that can provide the stored purified water quickly and conveniently.

The configuration of the water purifier integrated functional cold/hot water purifier proposed by the present invention in order to achieve the above-mentioned problem is as follows.

The water purifier 100 of the present invention includes a main body 10; a filter 20 for filtering supplied water to provide purified water; and a nozzle 50 for dispensing purified water upon user's request. (10) that the water purification tank 60 is provided so that it can be stored for a set period or immediately provided to the user by receiving purified water through the tube body 1 that is mounted at the bottom so that it can be drawn in and out and extended from the filter 20 characterized.

In addition, the main body 10 includes automatic supply or replenishment of purified water by detecting whether the water tank 60 is in/out and the water level based on the sensor.

In addition, the main body 10 has an insertion part 11 that allows the side intervention and withdrawal of the water purifier 60 in the lower part; and the insertion part is built-in at the bottom and some are exposed to the outside to detect the weight of the water purifier water purification tank It includes; a weight sensor 12 for determining whether to replenish the water; and a water level sensor 12a built in the side of the insertion part to determine whether to replenish purified water by detecting the height of fresh water in the water tank.

In addition, the main body 10 has an insertion portion 11 at the lower portion that allows the side intervention and withdrawal of the water purifier 60; It includes; a mounting detection sensor 13 for determining whether to be mounted.

In addition, the insertion part 11 extends from the filter 20 to the upper end of the pipe body 1 for supplying purified water is disposed, and the pipe body 1 is used to determine whether to supply water to the purified water tank 60 . A first water supply valve (1a) is included, and the first water supply valve (1a) is interlocked with any one or two or more of the weight sensor 12, the water level sensor 12a, or the mounting sensor 13, and the weight to It further includes automatic opening and closing according to the water level measurement information.

In addition, the water purifier 60 is a cylinder 61 for receiving and storing purified water; and a handle 62 for allowing gripping of the cylinder; and shielding the upper part of the cylinder, but receiving purified water from the pipe body 1 It includes; a cover body 63 having a water inlet 63a and a water outlet 63b for discharging stored purified water, and the insertion part 11 has an inlet 63a and an outlet 63b of the cover body 63 on the upper portion. ), characterized in that the cover unit 14 for individually shielding is further included.

In addition, the cover unit 14 is raised and lowered from the upper end of the insertion unit 11 to individually shield the inlet (63a) and the outlet (63b) with a pad (14a); and a lever (14b) connecting both pads; It is installed on the upper part of the lever and interlocks with the insertion sensor 13 of the insertion part 11 to provide a lifting/lowering power to the lever. It includes a.

In addition, the cover unit 14 is raised and lowered from the upper end of the insertion unit 11 to individually shield the inlet (63a) and the outlet (63b) with a pad (14a); and a lever (14b) connecting both pads; The mounting sensor 13 is installed exposed from the inner side of the insertion part and pressed by the intervention of the side of the water bottle; and the mounting sensor and the lever are connected, and the lever and the pad are lowered while rotating depending on whether the mounting sensor is pressed. It includes a connecting rod (14e).

In addition, as the spring 14f is wound between the upper portion of the insert 11 and the pad 14a, the cover unit 14 includes a pad lowered by the tensile force of the spring being returned to its original position.

In addition, the sterilization unit 15 is installed at the top of the insertion part 11, and the sterilization unit 15 has a UV lamp built in to sterilize the inside and outside of the water purifier 60 and the purified water freshly stored in the water purifier. including processing.

In addition, the insertion part 11 includes a door 16 that shields or opens the entrance through which the water purification tank 60 intervenes to block the inflow of contaminants from the outside.

In addition, the insertion part 11 includes a rim 14g protruding in all directions on the front side,

The water purification tank 60 has a blocking film 64 exposed in all directions on the front side of the cylindrical body 61 to induce contact with the rim 14g, thereby serving as a door and guiding the position to be mounted on the inserting unit. of contaminants, including blocking.

In addition, the main body 10 is connected to the filter 20 by the tube body 1 and a cold water tank 30 for cooling and storing purified water, and the tube body for heating and storing purified water, which is connected to the filter by the tube body. and a hot water tank 40 that Including that the drain tube 70 is respectively mounted.

In addition, the insertion part 11 includes a built-in heating wire 17 at the bottom to heat the purified water stored in the purified water bottle 60 according to a user's request.

In addition, the water bottle 60 is characterized in that it includes a switch 18 for temperature control of the heating wire (17).

In addition, the main body 10 is connected to the filter 20 by the tube body 1 and a cold water tank 30 for cooling and storing purified water, and the tube body for heating and storing purified water, which is connected to the filter by the tube body. and a hot water tank 40 that Each of the hot water tanks 90 is mounted, but the space in which the hot water tank is mounted has a built-in heating wire 17 to further include heating the water supplied to the hot water tank.

In addition, the heating wire 17 interlocks with the weight detection sensor 12 or the installation detection sensor 13 of the insertion part 11 to automatically generate heat according to whether the water purifier 60 is mounted.

According to the present invention configured as described above, unlike the prior art, which takes a lot of time to receive purified water, a separate water purifier is provided at the lower end of the water purifier so that input and output are possible, and the water purifier uses various sensors to provide purified water. Since it is continuously automatically replenished and the user can conveniently receive purified water, there is an effect that can completely eliminate the existing inconvenience.

In addition, the present invention is effective in that when the water purifier is mounted in the water purifier, the cover unit provided in the water purifier automatically individually shields the inlet and outlet formed at the top of the water purifier, so that purified water can be safely stored and managed.

In addition, according to the present invention, since the sterilization unit provided in the insert continuously sterilizes the water purifier, safe drinking water is provided at all times, and the temperature control function possessed by the heating wire and the water purifier provided at the bottom of the insert allows the user to obtain the desired temperature. It is effective because it can receive the purified water quickly.

In addition, the present invention has another effect of being able to safely store the water purifier installed with a door provided in the insertion part, and creating a neat appearance to satisfy the user's satisfaction.

1 is a cross-sectional view of a direct water purifier constructed according to a preferred embodiment of the present invention.
2 is a cross-sectional view of a cold/hot water purifier constructed according to a preferred embodiment of the present invention.
Figure 3 is a cross-sectional view of the water purification tank proposed by the present invention.
4 to 5 are views showing a cylinder-type cover unit in use.
6 to 7 is a view showing a use state of the cover unit of the lever type.
8 is a cross-sectional view showing an installation example of the sterilization unit proposed by the present invention.
9 is a cross-sectional view showing an installation example of the door proposed by the present invention.
10 is a cross-sectional view showing the interaction between the rim of the water purifier and the blocking film of the water purifier.
11 is a cross-sectional view showing an automated system for water replenishment.
12 is a cross-sectional view showing the function of replenishing purified water and draining cold water.
13 is a cross-sectional view of a water purifier capable of controlling the temperature of a water purifier.
Fig. 14 is a cross-sectional view showing various replenishment routes of purified water.
15 is a cross-sectional view and a perspective view showing an insert having a built-in heating wire for heating the water bottle;

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention, its action and effect.

Advantages and features of the present invention, and a method for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

The present invention is disclosed with respect to a water purifier that receives water supplied from the outside, cools or heats it, stores it individually, and discharges stored water according to a user's request to conveniently supply drinking water at various temperatures.

Above all, the present invention relates to a conventional direct-water design type water purifier, which was practically reluctant to use purified water because the supply time of purified water was increased as the flow rate was significantly lowered due to a phenomenon in which the outlet water pressure was lowered during the purification process through the filter. Contrary to this, the convenience of using purified water is secured by being integrally provided with a separate water purifier so that a set amount of purified water can be used immediately. Note that various functions such as controlling the temperature of purified water are additionally provided to maximize efficiency in use, which is related to the functional cold/hot water purifier with integrated water purifier.

1 is a cross-sectional view of a direct water purifier constructed according to a preferred embodiment of the present invention, FIG. 2 is a cross-sectional view of a cold/hot water purifier constructed according to a preferred embodiment of the present invention, and FIG. 3 is a cross-sectional view of a water purifier proposed by the present invention. 4 to 5 is a state diagram showing a cylinder-type cover unit in use, FIGS. 6 to 7 are a use state diagram illustrating a lever-type cover unit, and FIG. 8 is the installation of the sterilization unit proposed by the present invention It is a cross-sectional view showing an example, Fig. 9 is a cross-sectional view showing an installation example of the door proposed by the present invention, Fig. 10 is a cross-sectional view showing the interaction between the rim of the water purifier and the blocking film of the water purifier, and Fig. 11 is an automated system for water replenishment 12 is a cross-sectional view showing the function of replenishing purified water and draining cold water, FIG. 13 is a cross-sectional view of a water purifier capable of controlling the temperature of a water purifier, FIG. 14 is a cross-sectional view showing various replenishment routes of purified water, and FIG. 15 is a cross-sectional view and a perspective view showing an insert having a built-in heating wire for heating the water tank.

1 to 2, the present invention includes a main body 10; and a filter 20 for filtering supplied water and providing purified water; and a nozzle 50 for dispensing purified water upon user's request. of the direct water purifier, a cold water tank 30 for cooling and storing water; and a hot water tank 40 for heating and storing the supplied water; It is assumed that hot and cold water purifiers are provided.

However, the water purifier 100 of the present invention is characterized in that it is further provided with a water purifier 60 that is mounted to be drawn in/out from the lower end of the main body 10 .

As described above, the water purifier 60 is mounted on the lower end of the main body 10 of the water purifier 100 so that it can be drawn in and out and replenishes a constant amount of purified water at all times through the tube body 1 to which purified water is supplied in the mounted state. and keep it safe and clean.

The water purifier 60 can be used immediately by withdrawing the water purifier from the water purifier without waiting for the water to be dispensed in front of the water purifier 100 for a long time in order to use the purified water as in the past, so it can be used very quickly, conveniently and efficiently. will do

In the main body 10, whether the water purifier 60 is mounted and the water level of the purified water are detected in real time based on the sensor, and the purified water is automatically replenished through the water level information.

The main body 10 has an insertion portion 11 at the lower portion that allows the side intervention and withdrawal of the water purifier 60; A weight sensor 12 for determining whether or not; and a water level sensor 12a built in the side of the insertion unit to determine whether purified water is replenished by detecting the height of fresh water in the water tank;

As shown in Figure 2, the water purifier 100 of the present invention is connected to the filter 20 by receiving water from the outside through a tube body 1 to purify and purify various contaminants, and another tube body to supply purified water. and a cooling tank 30 connected to the motor to cool the purified water stored by the operation of the motor, and a hot water tank connected to the filter by another tube to supply and store purified water and heat the stored purified water due to external power (40) and a cooling tank, hot water tank, and a nozzle 50 that is integrally connected with the pipe extending from the filter and selectively performs cold water, hot water, and water purification, and continuously replenishes purified water through a pipe body separated from the filter It is configured to include a water purification tank (60) to receive.

Basically, the water purifier 100 is provided with a first water supply valve 1a for blocking or releasing the flow of purified water in the pipe body 1 connected from the filter 20 to the water purifier 60, and in the cooling tank 30 A third water supply valve 1c is provided in the pipe body leading to the nozzle 50, a fourth water supply valve 1d is provided in the pipe body leading from the filter to the nozzle, and a second water supply valve 1c is provided in the pipe body connected from the hot water tank 40 to the nozzle. As the 5 water supply valve 1e is provided, it is possible to selectively control the outflow of cold water, hot water, and purified water.

On the other hand, the first water supply valve (1a) is automatically opened and closed according to the weight or water level measurement information by interlocking with any one or two or more of the weight detection sensor 12, the water level sensor 12a, or the stationary detection sensor 13. include that

As shown in FIG. 3 , the purified water bottle 60 includes a cylinder 61 for receiving and storing purified water, a handle 62 for allowing gripping of the cylinder, and a cover body 63 for protecting the stored purified water by shielding the upper part of the cylinder. ) is composed of

The cover body 63 is provided with a water inlet 63a at its upper portion to receive purified water from the tube body 1, and an outlet 63b is provided at one side of the upper edge to discharge stored purified water to the outside.

As shown in FIGS. 4 to 7 , in the water purification tank 60 , external contaminants can penetrate through the inlet 63a and the outlet 63b formed in the cover body 63 , thereby ensuring a safe supply of drinking water. does not exist. Therefore, the present invention includes a cover unit 14 for individually shielding the inlet (63a) and the outlet (63b) of the cover body (63) in the insertion part (11) of the main body (10).

4 to 5 are a cover unit 14 that operates via a cylinder as a cover unit 14, which elevates from the upper end of the insertion part 11 to individually shield the inlet (63a) and the outlet (63b) pad (14a); and, both pads It consists of a lever (14b) connecting the levers; and a cylinder (14c) installed on the upper portion of the lever and interlocking with the insertion detection sensor 13 of the insertion unit 11 to provide elevating power to the lever. In particular, when the cylinder 14c is interlocked with the weight sensor 12 and detects that the water purifier 60 is mounted in the insertion part 11, the cylinder 14c moves downward to shield the inlet port 63a and the water outlet port 63b, and clean water. When it detects that the barrel 60 is removed, the lift operation is performed to open the inlet and outlet ports.

In addition, the cover unit 14 includes a tension-type spring 14f interposed between the upper portion of the insertion part 11 and the pad 14a, and due to the elastic force of the spring 14f, the connecting rod 14e and The lever 14b, the pad 14a, and the like are sequentially returned to their original positions.

6 to 7 are a cover unit 14 that operates on the principle of a lever, and ascends and descends from the upper end of the insertion part 11 to individually shield the inlet (63a) and the outlet (63b) pad (14a); and both pads Connecting lever (14b); And, installed to be exposed from the inner surface of the insertion part, the mounting sensor 13 is pressurized by the intervention of the side of the water tank; It is composed of; a connecting rod (14e) for lowering the lever and the pad while rotating along.

The cover unit 14 of the lever operation method presses the mounting sensor 13 inside the insertion unit as the water tank 60 is interposed in the insertion unit 11, and the mounting detection sensor is pressed while the mounting detection is performed. The connecting rod 14e connected to the sensor rotates, and by the downward movement of the lever 14b connected to the connecting rod, the pad 14a disposed at the lower end of the lever shields the inlet port 63a and the water outlet port 63b. On the other hand, when the water bottle 60 is separated from the insertion part 11, the pressurized mounting detection sensor 13 returns to its original position, and the connecting rod 14e, the lever 14b, and the pad 14a connected thereto are chained. negatively relocated.

As shown in FIG. 8 , the insertion unit 11 includes a sterilization unit 15 to keep the water tank 60 clean. The sterilization unit 15 is installed on the upper end of the insertion part 11, and a UV lamp is built-in by itself to irradiate the water purifier 60. It is also completely sterilized.

The sterilization unit 15 is installed so as to be positioned above the insertion part 11 to sterilize the front or various areas of the water purifier 60, and, depending on the performance of the UV lamp, not only the exterior and inner tube of the water purifier Even sterilization of stored purified water can be achieved.

9, the main body 10 shields the insertion portion to prevent external contaminants from penetrating into the water purification tank 60 mounted in the insertion portion 11, and further has a door 16 that makes the appearance of the body beautiful. is installed The door 16 is rotatably installed by a hinge at the inlet side of the insertion unit 11 , and has a handle that allows a user's grip on the outside to allow opening and closing of the insertion unit 11 .

For example, when the door 16 is installed in the insertion part 11, external contaminants cannot penetrate, so that even if a separate cover unit 14 is excluded on the insertion part, purified water can be safely stored and managed.

As shown in FIG. 10 , the insertion part 11 includes a rim 14g protruding in all directions on the front side, and the water purifier 60 is provided with a blocking film 64 on the front side of the cylindrical body 61 to be exposed in all directions. includes what has been The water purifier 60 is mounted while side intervention is made through the insertion part 11 of the main body 10, and the rim 14g formed on the insertion part 11 by the blocking film 64 of the water purification bottle 60 being intervened on the side. ), further entry is blocked, and as a result, the corresponding position becomes the mounting position of the water purifier, and the insertion part is shielded by the overlapping of the rim and the blocking film, acting as a door to prevent the penetration of external contaminants.

11, the water purifier 100 of the present invention is connected between a filter 20, a cooling tank 30, a hot water tank 40, a nozzle 50, and a water purification tank 60 to supply water 1 ) is provided, and valves for determining the flow of water supply, purified water, cold water, and hot water are provided for each pipe body.

As described above, the valve includes a first water supply valve 1a that blocks or releases the flow of purified water from the filter 20 to the water tank 60 and a nozzle 50 in the cooling tank 30, as described above. ) a third water supply valve (1c) for blocking or releasing the flow of cold water to the pipe body connected to ) is composed of a fifth water supply valve (1e) that blocks or releases the flow of hot water in the pipe body formed by the nozzle, and whether the valves are opened or closed is determined by the control unit 80 provided so that the user can operate them.

The control unit 80 is provided as a touch-type display, and provides date and time information, and operation of the water purifier and a reservation function related to water purification. According to the control unit 80 of the present invention, it is possible to select whether functions such as water supply, cold water, drainage, etc. of the water purifier 100 are active, the cooling temperature and heating temperature can be adjusted, and cooling, heating, or water extraction can be performed at a desired time. A reservation function may also be provided. In more detail, purified water is supplied only at a set time according to the user's needs and desires, and cold water is supplied by the action of the cooling motor. By being able to stop, unnecessary power consumed during the standby period can be actively reduced. In addition, the purified water in the cold water container remaining after using the previous day is delivered to the drain container 70 just before use on the day and drained, thereby providing the comfortable purified water at a desired time, which is very efficient and practical.

As shown in FIG. 12 , the insertion part 11 may be provided in which the internal space is divided into left and right by a partition wall. In any one of the divided spaces, the water purification tank 60 may be mounted, and in the other space, the drain tank 70 may be mounted. The pipe body 1 extending from the filter 20 is disposed on the upper part of the space where the water purifier 60 is mounted, and purified water is directly replenished, and the cooling tank 30 is located at the upper part of the space where the water purifier 70 is mounted. A tube body extending from the tubing is disposed to receive water stored in the cooling tank. A sixth water supply valve 1f is provided in the tube body 1 extending from the cooling tank 30, and the water supply valve works in conjunction with the control unit 80 to automatically open and close according to the conditions set in the control unit, and the cooling tank 30 The stored cold water is drained. As described above, whenever the water stored in the cooling tank 30 meets the conditions set in the control unit 80, water is discharged and fresh purified water is re-supplied, so that the cold water in the cooling tank is maintained in a comfortable state at all times.

As shown in FIG. 13 , the insertion part 11 includes a built-in heating wire 17 for heating the purified water stored in the purified water tank 60 according to the user's request. The heating wire 17 is installed on the bottom surface of the insertion part 11, that is, in the area where the water purifier 60 is mounted, and the connector provided inside the insertion part and the grounding part 17a formed on the front surface of the water purifier interact with each other. Heating of the hot wire 17 is performed by bonding.

The purified water bottle 60 is provided with a switch 18 connected to the heating wire 17 on the outside to control the heating temperature of the heating wire, so that the temperature of the purified purified water can be freely set and stored.

On the other hand, the control unit 80 provides a water purification button for maintaining the purified water stored in the water purification container 60 as it is and a hot water button for heating the stored purified water to a predetermined value, and 1L button and 2L button to change the amount of purified water stored in the water purification container , 3L button, etc. For example, if you press the water purifying button to activate it and press the 1L button, the purified water volume is maintained at 1L. After cleaning, press the 3L button to maintain 3L of purified water in the water tank. Of course, if you press the hot water button to activate it and then press the 1L button, the heating wire 17 heats up and heats 1L of purified water stored in the water purifier to make hot water. 2L of purified water stored in the bottle is heated to make hot water, and after pressing the hot water button to activate it, pressing the 3L button generates hot water and heats 3L of purified water stored in the water bottle to provide hot water.

As shown in FIG. 14 , the insertion part 11 may be provided in which the internal space is divided into left and right by a partition wall. In any one of the divided spaces, the water purifier 60 may be mounted, and in the other space, the hot water tub 90 may be mounted. The pipe body 1 extending from the filter 20 is disposed on the upper part of the space where the water purifier 60 is mounted, and purified water is directly replenished, and a filter or a cooling tank ( 30) is arranged to receive water stored in the cooling tank or purified water. A sixth water supply valve (1f) is provided in the pipe body (1) disposed as the hot water tank (90), and the water supply valve is linked with the control unit (80) to automatically open and close according to the conditions set in the control unit, and the water purification or cooling tank ( 30), the stored cold water is drained.

In particular, a heating wire 17 is built in the space of the insertion part 11 where the hot water tank 90 is mounted to heat the hot water tank, and the hot water tank is provided with a switch 18 connected to the heating wire 17 on the outside. By controlling the heating temperature of the heating wire, the temperature of the supplemented purified water can be freely set and stored.

Since hot water can be generated in the insertion part 11 as described above, in this case, the hot water tank 40 is excluded from the inside of the main body 10 to provide a lighter and smaller water purifier.

As shown in FIG. 15 , the heating wire 17 may include automatic heat generation according to whether the water tank is mounted in conjunction with the weight detection sensor 12 or the installation monitoring sensor 13 of the insertion part 11 .

In the water purifier 100 of the present invention configured as described above, a separate water purifier is detachably provided at the lower end of the water purifier, unlike the prior art, which takes a lot of time to receive purified water, and the water purifier has various sensors. Since the purified water is continuously automatically replenished, the user can conveniently receive purified water, thereby completely eliminating the existing inconvenience. In addition, when the water purifier is mounted on the water purifier, the cover unit provided in the water purifier automatically shields the inlet and outlet ports formed at the top of the water purifier, so that purified water can be safely stored and managed. In addition, since the sterilization unit provided in the insert continuously sterilizes the water purifier, safe drinking water is provided at all times. can be supplied quickly. In addition, since a door is provided in the insertion part, it is possible to safely store the mounted water purifier while blocking the inflow of external contaminants, and to improve user satisfaction by creating a neat appearance.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10. Body 20. Filter
30. Cooling tank 40. Hot water tank
50. Nozzle 60. Water bottle
70. Drain tank 80. Control unit
90. Hot water bottle 100. Water purifier

Claims (17)

A main body 10 that automatically supplies or replenishes purified water by detecting whether the water tank 60 is in/out and the water level based on a sensor, and a filter 20 that filters the supplied water to provide purified water; , is made of a nozzle 50 that discharges purified water upon user's request, and is mounted on the lower end of the main body 10 so that purified water is supplied through the tube body 1 extending from the filter 20 and stored for a set period In the cold/hot water purifier consisting of a water purifier (60) that can be immediately provided to the user,
The main body 10 has an insertion portion 11 at the lower portion that allows the side intervention and withdrawal of the water purifier 60; A weight sensor (12) for determining whether or not; and a water level sensor (12a) built into the side of the insertion unit to determine whether to replenish purified water by sensing the height of fresh water in the water tank; Mounting sensor 13 for determining whether the water purifier is installed by detecting the state of the tub in/out, but the insertion part 11 extends from the filter 20 at the upper end of the tubular body for supplying purified water ( 1) is disposed, and the pipe body 1 includes a first water supply valve 1a for determining whether to supply water to the purified water tank 60, and the first water supply valve 1a has a weight sensor 12 ) or the water level sensor 12a or the stationary detection sensor 13, in conjunction with any one or two or more, further comprising automatically opening and closing according to weight or water level measurement information,
The water purifier 60 is a cylinder 61 for receiving and storing purified water; and a handle 62 for allowing gripping of the cylinder; and an inlet port ( 63a) and a cover body 63 provided with a water outlet 63b for discharging stored purified water, and the insertion part 11 has an inlet 63a and a water outlet 63b of the cover body 63 on the upper portion. An integrated functional cold/hot water purifier that further includes a cover unit (14) for individual shielding.
delete delete delete delete delete According to claim 1,
The cover unit 14,
Pad (14a) for individually shielding the inlet (63a) and the outlet (63b) by elevating from the upper end of the insertion section (11);
a lever (14b) connecting both pads;
Cylinder (14c) installed on the upper part of the lever and interlocking with the insertion sensor 13 of the insertion part 11 to provide elevating power to the lever;
An integrated functional cold/hot water purifier that includes a water purifier.
According to claim 1,
The cover unit 14,
Pad (14a) for individually shielding the inlet (63a) and the outlet (63b) by elevating from the upper end of the insertion section (11);
a lever (14b) connecting both pads;
The mounting sensor 13 is installed to be exposed from the inner surface of the insertion part and is pressed by the intervention of the side of the water purifier;
a connecting rod (14e) connecting the mounting sensor and the lever and lowering the lever and the pad while rotating according to whether the position detection sensor is pressed;
An integrated functional cold/hot water purifier that includes a water purifier.
9. The method according to claim 7 or 8,
The cover unit 14 is a water purifier integrated functional cold/hot water purifier comprising a pad lowered by the tensile force of the spring to its original position as the spring 14f is wound between the upper portion of the insertion part 11 and the pad 14a.
According to claim 1,
The insertion part 11 has a sterilization unit 15 installed at the upper end,
The sterilization unit 15 has a built-in UV lamp to sterilize the inside and outside of the water purifier 60 and the purified water stored in the water purifier.
According to claim 1,
The insertion part 11 is provided with a door 16 for blocking or opening the entrance through which the water purifier 60 is intervened, thereby blocking the inflow of contaminants from the outside.
According to claim 1,
The insertion part 11 includes a rim 14g protruding in all directions on the front side,
The water purification tank 60 is provided with a blocking film 64 to be exposed in all directions on the front side of the cylindrical body 61 to induce overlap with the edge 14g to serve as a door, and to guide the position to be mounted on the insertion part while guiding the outside An integrated functional cold/hot water purifier with a water purifier that includes blocking the inflow of pollutants.
According to claim 1,
The main body 10 is connected to the filter 20 by the tube body 1, and a cold water tank 30 for cooling and storing purified water, and hot water for heating and storing purified water by being connected to the filter by the tube body. comprising a tank (40);
The insertion part 11 is divided into left and right by a partition wall, and the water purification tank 60 receiving the supplied water and the drain tank 70 receiving water from the cold water tank 30 are mounted in the divided space, respectively. An integrated functional cold/hot water purifier with water purifier.
According to claim 1,
The insertion part 11 has a built-in heating wire 17 at the bottom so that the purified water stored in the water purifier 60 is heated according to the user's request.
15. The method of claim 14,
The water purifier (60) is an integrated functional cold/hot water purifier, characterized in that it includes a switch (18) for controlling the temperature of the heating wire (17).
According to claim 1,
The main body 10 is connected to the filter 20 by the tube body 1, and a cold water tank 30 for cooling and storing purified water, and hot water for heating and storing purified water by being connected to the filter by the tube body. comprising a tank (40);
The insertion part 11 is divided into left and right by a partition wall, and the water purifier 60 receiving the supplied water and the hot water tank 90 receiving water from the cold water tank 30 are respectively mounted in the divided space. Including, wherein the space in which the hot water tank is mounted, a heating wire (17) is built-in, and the water supplied to the hot water tank is heated.
16. The method of claim 15,
The heating wire 17 is an integrated functional cold/hot water purifier with a water purifier including one that automatically generates heat depending on whether the water purifier 60 is mounted in conjunction with the weight detection sensor 12 or the mounting detection sensor 13 of the insertion part 11 . .

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