INDUCTION HEATING MODULE AND WATER PURIFIER HAVING SAME

Figure 1 shows a water purifier of the present invention also (1000) the anti-dB disclosed.

Water purifier (1000) includes a cover (1010), switch unit (1020), base (1030) and tray (1040) without using a tool.

Cover (1010) includes a water purifier (1000) appearance of formed on the substrate. Cover (1010) formed by a cylinder (1000) the appearance of the water purifier (1000) can be termed body. For filtering raw parts water purifier (1000) are installed in the main. Cover (1010) is said to provide protection to a 35a. components said components. Cover (1010) known as names are case or housing can be a business name or a static or the like. Any name gun water purifier (1000) and filtering components described in the present invention if made to encircle the appearances of raw water through the cover (1010) corresponding to each other.

Cover (1010) may also be used but in a single piece, can be formed by various components. In one embodiment the cover 1 as shown in also (1010) includes a front cover (1011), rear cover (1014), side panel (1013a), upper cover (1012) and a top cover (1015) can be a.

Front cover (1011) is water purifier (1000) arranged in front of the other. Rear cover (1014) is water purifier (1000) is disposed rearwardly of substrate. The water purifier (1000) user's line of sight in front and back of each water section (1020) direction as seen front a reference value are disclosed. Only, water purifier (1000) is possible lack of general outline that the front and back of inner portion, water purifier (1000) in such a way that can be depending on features.

Side panel (1013a) water purifier (1000) to one side of disposed thereon. Side panel (1013a) is front cover (1011) on rear cover (1014) disposed thereon between. Side panel (1013a) is front cover (1011) and rear cover (1014) can be coupled on. Side panel (1013a) substantially water purifier (1000) an alkali-soluble novolak formed on the substrate.

Upper cover (1012) is water purifier (1000) arranged in front of the other. Upper cover (1012) is front cover (1011) support to the force is removed. Upper cover (1012) on front cover (1011) a space between the water portion (1020) are exposed. Upper cover (1012) is front cover (1011) with water purifier (1000) appearance of front formed on the substrate.

A top cover (1015) includes a water purifier (1000) bottom of the form. A top cover (1015) in front of the output section (1016) can be formed. Output section (1016) including general outline input portion and an output are disclosed. In terms of the number command applied to the user input. In the coordinates of the user's touch inputs the command input number, or can be optionally include physical pressing or include both. Output provides users with water purifier (1000) state information of number [...] result to combustion chamber.

User of the water portion (extracting part or cock assembly, 1020) number used for the integer number [...] according to command the user function. Water portion (1020) for supplying water to the at least a portion of any operations to pour (1000) minor axis length is exteriorly of the body. In particular integer down, to a hot water and cold-hotter than a number [...] are made to cold than room temperature water purifier (1000) according to command it received from user-applied to integer number at room temperature, at least one of cold water and hot water water portion (1020) can be discharged through.

Water portion (1020) can be made to user operation of a rotatable. Front cover (1011) on upper cover (1012) is water portion therebetween (1020) of region, water portion (1020) is pivots in said rotating area can be. Water portion (1020) user rotation of the water portion (1020) can be achieved by physically applying force. In addition water portion (1020) user rotation of the output section (1016) based on applying the command number can be done via the disclosed. Water portion (1020) of spline arrangement permits water purifier (1000) can be connected to the external, specifically upper cover (1012) from the coupling part by can be gaps. And, output section (1016) also water portion (1020) upon rotation of the water portion (1020) can be implemented to rotates with.

Base (1030) includes a water purifier (1000) the bottom of the form. Water purifier (1000) are internal component of base (1030) supported by the substrate. Water purifier (1000) is placed floor or existing fixing when, base (1030) is equal to floor or existing fixing faces. The water purifier (1000) is placed when floor or existing fixing base (1030) structure is not exposed outside.

Tray (1040) is provided on part (1020) to opposite disposed thereon. Water purifier (1000) is 1 and when thus equipped also with reference to the, tray (1040) is provided on part (1020) vertically opposite substrate. Tray (1040) is provided on part (1020) for holding a supporting integer such as discharged through a container or the like are formed on the base. In addition tray (1040) is provided on part (1020) falling from receiving wash water are formed on the base. Tray (1040) is water portion (1020) to receive receives the fallen off the wash water, water purifier (1000) cup waterway around vessel can be prevented.

Tray (1040) is provided on part (1020) must receive the wash water falling from the, tray (1040) also water portion (1020) can be implemented to rotates with. Output section (1016) with a tray (1040) is provided on part (1020) to rotate in a direction such as preferably embodied.

Figure 2 shows a 1 also also shown in water purifier (1000) internals degradation exhibit dB disclosed.

Filter portion (1060) is front cover (1011) inside the force is removed. Filter portion (1060) contained in raw water supply has a voltage variable from integer to generate a combustion chamber. One filter stores the drinking spacing integer up at high purity, the filter unit (1060) comprises a plurality of unit filters (1061, 1062) can be comprising. Unit filters (1061, 1062) for example, carbon block, adsorption on the HEPA filter (HEPA filter: High Efficiency Particulate Air filter) (prefilter) pre-filter filters and the like, such as high performance filter etc. UF filter (Ultra Filteration or Ultra Filteration filter). There are two unit filters also 2 (1061, 1062) are provided but, unit filters (1061, 1062) extends along can be reduced in response to the number of necessary.

A plurality of unit filters (1061, 1062) is coupled with each other according to a predetermined order. In a predetermined order as a filter unit (1060) is an appropriate order to filter water in the stream are disclosed. Included is the raw foreign thereof can. Hair like dust flows greater particles causes the high performance filters such as filters or HEPA filter UF filtration performance, said high performance filters are protected from larger particles like dust flows hair should. The pre-filter is protection of high performance filters it is required that a high performance filters should ring.

Large number from a stand-alone pre-filter particles to combustion chamber. High performance filters the raw pre-filter is arranged in the upstream of the first number larger particles contained in a stand-alone, does not include the high performance filter greater particles can be supplied to a coagulation-high performance filters is protected. A raw water is then filtered by the prefilter UF HEPA filter or filters and the like therein.

Filter portion (1060) despite an integer generated by water portion (1020) user through 1308. ball number. In this case user number integer corresponding to ambient temperature and the temperature of the ball which other. Alternatively, filter portion (1060) integer generated by an induction heating module (1100) heated or by cold water tank assembly (1200) can be cooled by the cooling.

Filter bracket assembly (1070) is a filter unit (1060) unit filter (1061, 1062) are spaced apart and, integer such as cold water or water flow, valve, are spaced apart from the sensor and the like type of structure are disclosed.

Filter bracket assembly (1070) lower (1071) includes a tray (1040) coupled on. Filter bracket assembly (1070) lower (1071) includes a tray (1040) projecting engaging (1041) receiving are formed on the base. Tray (1040) projecting engaging (1041) filter bracket assembly (1070) lower (1071) by filter inserted into the bracket assembly (1070) with a tray (1040) a combination of combustion chamber.

Filter bracket assembly (1070) lower (1071) with a tray (1040) corresponding to each has a curved. Filter bracket assembly (1070) lower (1071) manual or automatic bracket assembly (1070) can be to rotate independently relative to the remaining portions of.

Filter bracket assembly (1070) of (1072) is provided on part (1020) to support combustion chamber. Filter bracket assembly (1070) of (1072) is provided on part (1020) and form the path of rotation of. Water portion (1020) is water purifier (1000) in the contact openings and take-cock unit (1021) on water purifier (1000) are located inside a rotating part (1022) can be divided into. The rotating part (1022) is also 2 as shown for rotation can be a round shape. The rotating part (1022) manual or automatic bracket assembly (1070) of (1072) encoded a rough. Filter bracket assembly (1070) of (1072) water portion to supporter (1020) manual or automatic bracket assembly (1070) from rotation relative to the combustion chamber.

Filter bracket assembly (1070) lower (1071) placed between (1072) in upper connection (1073) can be connected to each other by. Upper connection (1073) filter connected together by a bracket assembly (1070) lower (1071) placed between (1072) can be rotated in the same direction as each other. If the user water portion (1020) when rotating, water portion (1020) and joined with the filter bracket assembly (1070) of (1072), upper connection (1073), lower (1071) and tray (1040) is water portion (1020) can be rotates with.

Filter bracket assembly (1070) lower (1071) placed between (1072) provided between part (1060) unit filters (1061, 1062) filter to receive the region (1074) formed therein. Filter the region (1074) units filters (1061, 1062) space for installing the number of [...] substrate.

Filter the region (1074) opposite side of water purifier (1000) and a rearward projecting toward the support (1075) is formed. Support (1075) includes a module number (1080) and induction heating module (1100) to support the combustion chamber. A module number (1080) the heating module (1100) comprises a retainer (1075) encoded a rough. Support (1075) includes induction heating module (1100) heat that is generated in the compressor (1051) conducted to the induction heating module so as to block such as the (1100) compressor (1051) disposed thereon between.

A module number (1080) water purifier (1000) for implementing the overall number [...] to combustion chamber. A module number (1080) is water purifier (1000) plower number operation of various printed circuit boards can be built.

Induction heating module (1100) filter unit (1060) generating heating generated in operating an integer are formed on the base. Induction heating module (1100) manner and are part which are capable of heating the heating water. Induction heating module (1100) filter unit (1060) integer from under, induction heating module (1100) the hot water produced in the water portion (1020) discharged through a substrate.

Induction heating module to a hot plower generation number can be printed circuit board. Induction heating module circuit board to prevent water penetrating one side of said printed circuit board for protecting fire protective cover (1161) can be combined.

Refrigeration cycle device (1050) is generating cold water are formed on the base. Refrigeration cycle device (1050) compression - condensation - expansion - provide the means by which the process occurs successively set of device indicating other. The cold water tank assembly (1200) generate first refrigeration cycle device in cold water (1050) cold water tank via assembly operation (1200) filled with a low temperature coolant should made inside.

Refrigeration cycle device (1050) resonator is (1051), condenser (1052), capillary (1053), evaporator (not shown, arranged inside the cold water tank assembly), dryer (1055) interconnecting and comprise a cooling medium flow path. Such as cooling medium flow path can be formed by pipe, compressor cooling medium flow path (1051), condenser (1052), expansion device (1053) of coolant circulation passage interconnecting and form and an evaporator.

Compressor (1051) to compress refrigerant is effected. Compressor (1051) passage includes a refrigerant condenser (1052) and connected, compressor (1051) refrigerant is compressed in the condenser through a flow path (1052) is equal to flow. Compressor (1051) includes a support (1075) can be disposed underneath the, base (1030) to supported by force is removed.

Condenser (1052) refrigerant is to combustion chamber. Compressor (1051) refrigerant is compressed in the condenser through a flow path (1052) which flows in a evaporating steam, condenser (1052) condensed by a substrate. Condenser (1052) the pressure of the refrigerant condensed in the cooling medium flow path through the dryer (1055) which flows in a shop with each other.

Dryer (1055) number to a stand-alone moisture from the refrigerant is effected. Refrigeration cycle device (1050) to thereby obtain the efficiency of capillary (1053) the predetermined number should be volatile refrigerant is fed into the evaporating moisture in 2000. Dryer (1055) condenser (1052) a capillary (1053) of welding robots are controlled, by liquid phase refrigerant water from a stand-alone device number (1050) efficiency of the base.

Refrigerant capillary (1053) embodied by. Capillary (1053) is to expand to meet the refrigerant which, in accordance with a [kyo axial valves such as the capillary tube (1053) instead constitute expansion device may be filled. Capillary (1053) in a narrow space of sufficient length such that the coil type securing from rolling may be disclosed.

Which to evaporate the refrigerant evaporator, the cold water tank assembly (1200) inside the force is removed. The cold water tank assembly (1200) filled inside with cooling water refrigeration cycle device (1050) and be heat-exchanged by the refrigerant evaporator, can be to keep the coolant by heat exchange. To keep the and through a constant can be cooled.

The evaporator refrigerant is heated by heat exchange with cooling water flow along a back compressor (1051) and returned, refrigeration cycle device (1050) continuously circulate other.

Base (1030) resonator is (1051), front cover (1011), rear cover (1014), both side panel (1013a, 1013b), filter bracket assembly (1070), condenser (1052) and fan (1033) or the like are formed on the base support. These components to support the base (1030) is preferably having high rigidity.

Condenser (1052) on fan (1033) water purifier (1000) can be installed at the backside of, condenser (1052) sustained air circulation in order for heat dissipation of the spirit. For the circulation of air base (1030) the bottom of the vacuum cleaner (1034) can be formed. An intake port (1034) air is sucked in via the fan (1033) is equal to flow by. Air condenser (1052) while flowing toward the air-cooled cooling implement thereto. Base (1030) is condenser (1052) in order to enhance radiation efficiency of fan (1033) and condenser (1052) that surrounds said duct structure (1032) can be fixed.

Duct structure (1032) is provided behind the drain (1035) the supporting cylindrical portion. Drain (1035) water purifier (1000) drainage flow path member and the insulation layer formed on the substrate. Water purifier (1000) to direct composed of an internal flow path are all, drain (1035) is connected with only one of said internal flow path even if an internal flow path fluid present are all drain (1035) can be withdrawn through.

Condenser (1052) part of the cold water tank assembly (1200) are made to support supporting (1031) can be provided. Support (1031) rear side hole number 1 (1031a) with, rear cover (1014) is number 2 hole (1014a) with each other. Hole number 1 (1031a) and number 2 hole (1014a) comprise mutually corresponding positions are formed on the base. Hole number 1 (1031a) and number 2 hole (1014a) is cold water tank assembly (1200) for placing drain valve for water filled water are disclosed.

The cold water tank assembly (1200) receiving the inner cooling water to a are formed on the base. The cold water tank assembly (1200) is a filter unit (1060) to receive generated in integer. In particular does not erect separate tank stores water purifier (1000) in the case of, cold water tank assembly (1200) is a filter unit (1060) be supplied directly from an integer.

The cold water tank assembly (1200) filled in refrigeration cycle device temperature (1050) by the action of the resulting in low. The cold water tank assembly (1200) is integer and cooling water stored in the water to form a combustion chamber.

Cooling water is caused to cold water tank assembly (1200) air circulation cooling water stored a long surface of the pretreatment device is not 1,750,000. In order hygiene leucorrhea [khu assembly periodically stored at a predetermined part of the coolant water, new cold water tank assembly cooling (1200) should be filled.

The present invention also associated with Figure 3 shows a water purifier (1000) exhibit a general outline flow configuration disclosed. Filar of Figure 3 exhibits the mixture flow path. Of the filter unit (1060) with reference to the filter unit (1060) in raw line upstream of (1400), filter (1060) integer line downstream of (1500) can be divided into. The flow of water down the upstream side or a downstream is based are disclosed.

Water supply valve (1312) input unit (1016, also reference 1) based on the number inputted through the command opens and closes with each other. Input (1016) integer through, starch is the number when a command is input water, water supply valve (1312) is opened in the, raw water supply unit (10) from the filter unit (1060) variable in terms of the supply.

Raw water is filter portion (1060) supplied in the process where the pressure-reducing valve (1311) through the substrate. Pressure-reducing valve (1311) is raw water supply unit (10) and a filter (1060) between the force is removed. Pressure-reducing valve (1311) is raw water supply unit (10) supplied from variable internal to combustion chamber.

Purifier erect (1000) is not having tank stores water, water portion (1020) the pressure of the water through the water purification raw water supply unit (10) voltage variable in one of the pressure. Generally raw water supply unit (10) voltage variable because pressure in high pressure, pressure-reducing valve (1311) in the absence of water portion (1020) excessive water in high pressure is combustion chamber. In addition filter portion (1060) unit filters (1061, 1062) is compromised by pressure variable physical risk present. The depressurization of the raw water are required.

Pressure-reducing valve (1311) is raw water supply unit (10) in filter portion (1060) to voltage variable is depressurized substrate. The filter portion (1060) can be protected, water portion (1020) proper pressure can be made in water.

Raw water is filter portion (1060) unit filters (1061, 1062) while sequentially through filtration with each other. Filter portion (1060) and safety equipment and the upstream side of water is termed raw, downstream water is integer can be named.

Filter portion (1060) integer generated in water supply valve (1312) on flow sensor (1313) a sequentially through the substrate. Flow sensor (1313) is a filter unit (1060) supplied from the flow to combustion chamber. Flow sensor (1313) measured in flow rate is number of water purifier using an opposite side with each other.

E.g. water purifier (1000) at the input portion (1060) the amount of integer number is inputted through the command switch, pulse value amount corresponding to a module number (1080) by flow sensor (1313) input to, a module number (1080) number of opposite side by water supply valve (1312) is equal to the closing force. Said pulse value corresponding to flow rate constant flow sensor (1313) if passes, a module number (1080) is flow sensor (1313) receives feedback from the water (1312) which is subjected to a number, water supply valve (1312) is a module number (1080) is equal to number of closed by an opposite side. These procedures cost by a flow sensor (1313) measured in flow rate is water purifier (1000) number of opposite side can be used.

Flow sensor (1313) integer line connected to (1500) is separated into two (1600, 1700) separated into a branched flow control valve (1351) on induction heating module (1100) sequentially connected thereto. Flow control valve (1351) on induction heating module (1100) locations on the sequentially being connected to hot water line (1700) can be designated. The remaining locations (1600) is received (1321) is installed, the feeder includes a check valve (1321) again at the downstream side of integer line (1601) and cold water line (1602) is branched into other. Integer line (1601) integer is a flow switch valve (1330) is installed, cold water line (1602) the cold water water valve (1340) a semiconductor device is provided. Integer line (1601) and cold water line (1602) is again the one joining water portion (1020) connected to, joining channel (1603) is received (1322) a semiconductor device is provided.

Integer water valve (1330) cold water on water valve (1340) disposed on the downstream side with the upstream side of the first check valve (1321, 1322) number 1 to each other includes a check valve (1321) number 2 on check valve (1322) can be designated. Number 1 check valve (1321) number 2 on check valve (1322) as to prevent the cup possibility micrographs.

The water in the middle number command receives the water supply valve (1312), flow control valve (1351) and hot water flow switch valve (1353) is opened in the, hot water line (1700) is hot water through water with each other. This process integer line (1601) and cold water line (1602) low pressure water valve further integer (1330) water valve starch (1340) is turned open closed may be developing response can be generated. Water portion (1020) having only one out of the cold and hot water through both the coke coke take water switch is veterinarian cup door number is free. Both the cold and hot water through two different but one gate electrode is formed by means of a coke out hot water from water is discharged by means of a cock in the other coke while trace amounts of carbon monoxide can be selectively opens.

However number 1 check valve (1321) P and Q are integers line (1500) and cold water line (1602) is arranged upstream of a branch point if, hot water line (1700) integer line formed in hot water through water pressure variation (1601) and cold water line (1602) can be block from being transferred. The water valve integer (1330) water valve starch (1340) is turned open trading can be closed to prevent clouding.

Cold water flow switch valve (1340) is cold water tank assembly (1200) ring construction as well as cold water upstream of a flow switch valve (1340) is cold water tank assembly (1200) are compared with one another on the downstream side of the configuration, electrons can be achieved at some cold water even further as compared to the latter. The cold water tank assembly (1200) cold water on water valve (1340) length of the flow path between the disk's oldest is further cold water can be supplied. The cold water valve (1340) is as shown in the cold water tank assembly (1200) preferably upstream of the oven. However cold water tank assembly (1200) cold water upstream of the water valve (1340) switch is installed with cold water line (1602) by end of cold water line (1602) can be generated decides, even trace amounts of water portion decides that contact with water (1020) can be discharged through.

However number 2 check valve (1322) P and Q are integers line (1601) cold water line (1602) division of the flow path (1603) when installed, cold water line (1602) pressure variation of water portion (1020) from being transferred to a can be interrupted. The amount of water is halted when water portion decides (1020) generator can be discharged through a prevent.

Flow sensor (1313) integer at temperature state through user may be supplied immediately, starch to supplying user after innoculation.

Integer water valve (1330) cold water on water valve (1340) are each input (1016) input through the command number based on water gate combustion chamber. Input (1016) integer number when a command is input through the water, water supply valve (1312) integer on water valve (1330) is implemented on the base. Filter portion (1060) generated integer integer line (1601) water through part (1020) to water with each other. Similarly input (1016) is inputted to the instruction number water through water, water supply valve (1312) cold water on water valve (1340) is implemented on the base. Filter portion (1060) integer generated in cold water line (1602) cold water tank assembly along (1200) to be drawn into the cold water tank assembly (1200) cooled as it passes through. The cold water tank assembly (1200) cold water generated in the water portion (1020) through water with each other.

The cold water tank assembly (1200) is drain valve (1280) is installed, the cold water tank assembly (1200) filled in the cooling water is caused to drain valve (1280) can be discharged to the outside through.

Hot water line (1700) formed in control valve (1351) a semiconductor device is provided. The hot water tank (1130, also 4 reference) or more to raising and lowering the flow rate of the inlet, the flow rate of raising and lowering the height of the heating sufficient not only to be changed must be conditioned substrate. Flow control valve (1351) is induction heating module (1100) is arranged upstream of the hot water tank (1130) regulating the flow rate of entering the integer are formed on the base.

Flow control valve (1351) is thermistor (1352) can be installed together. Thermistor (1352) integer measured by the temperature of the induction heating module (1100) of an opposite number utilized substrate. E.g. thermistor (1352) integer if measured by temperature in a relatively low temperature, induction heating module (1100) can be operated with a high output is. On the contrary thermistor (1352) integer if measured by the temperature of the relatively high temperature, induction heating module (1100) is low can be operated.

Hot water flow switch valve (1353) is warm water storage heater (1130) on the downstream side of force is removed. The hot water a number command input (1016) are entered through the surface, water supply valve (1312) on hot water flow switch valve (1353) is opened and hot water line (1700) along hot water is water with each other.

Hot water line (1700) path is branched from safety valve (safety valve) (1360) can be provided. Safety valve (1360) actuated by pressure of water flow path is formed to changes in pressure are formed on the base. Induction heating module (1100) an abnormal operation such as water purifier (1000) when the channel of an overpressure safety valve (1360) is opened in the, drain (1035) integer through drainage therefrom.

Figure 4 shows a the present invention also associated with induction heating module (1100) and a module number (1080) decomposition of dB disclosed.

Induction heating module (1100) filter unit (1060, also reference 2) integer indicating a set of components generating hot water generated in the power supply substrate. In particular does not erect separate tank stores water purifier (1000, also 1 to 3 also reference) of, and does not filter the induction integer (1060, also reference 2) directly from the induction heating module (1100) can be supplied.

Induction heating module (1100) cooking printed circuit board (1110), induction heating printed circuit board cover (1121, 1122), the hot water tank (1130), working coil (1140), bracket (1060) and shield plate (1190) without using a tool.

Induction heating printed circuit board (1110) is working coil (1140) decodes the inductive heating operation number. Working coil (1140) the heating both ends of the printed circuit board (1110) connected to, induction heating printed circuit board (1110) encoded by the number. For example user for taking any operations to pour hot water (1000, also 1 and reference 2 also) an input section (1016) number through the size of the output, the filter unit (1060, also 2 reference) generated integer of clutch master cylinder (1130) feed. Induction heating printed circuit board (1110) is working coil (1140) decodes the current flow number. Working coil (1140) by current supplied to hot water tank (1130) is is induction-heated substrate. Integer of clutch master cylinder (1130) is under or over a hot water heated momentarily during its passage.

Induction heating printed circuit board cover (1121, 1122) is induction heating printed circuit board (1110) portion of combustion chamber. Induction heating printed circuit board cover (1121, 1122) is number 1 induction heating cover (1121) number 2 on induction heating cover (1122) without using a tool.

Number 1 induction heating cover (1121) number 2 on induction heating cover (1122) internal space formed by induction heating printed circuit board (1110) and the supporting cylindrical portion. Number 1 induction heating cover (1121) number 2 on induction heating cover (1122) is washdown coupled to each edge of each other. In addition number 1 induction heating cover (1121) number 2 on induction heating cover (1122) (not shown) is coupled to the washdown of circular sealing member can be. Number 1 induction heating cover (1121) number 2 on induction heating cover (1122) fire is induced by heating printed circuit board (1110) to prevent flame retardant material consists preferably connected to the front plate.

The hot water tank (1130) produce a heating operating an integer. The hot water tank (1130) has an internal space for heating liquid with each other. The hot water tank (1130) working coil (1140) to 48b formed by fully is induction-heated substrate. Liquid of clutch master cylinder (1130) is under or over the inner space of the hot water is heated during its passage. The hot water tank (1130) is hot to combustion chamber.

Water purifier (1000, 1 also reference) or a refrigerator water supply such as the size of the device it is required that a clutch master cylinder (1130) miniaturization is required and that disclosed. The hot water tank (1130) than conventional thickness as well as reducing the length of port should be smaller than that of the water supply device can be implemented. The clutch master cylinder (1130) is formed flat water supply device for implementing miniaturization of the displayed hereinafter disclosed. However also 4 generally as shown in flat form welder (1130) has several number point door is caused as follows.

First door number is warm water storage heater (1130) deformation of the disclosed. The hot water tank (1130) where the inner wall of liquid when heated, liquid expansion with each other. Liquid expansion of said abruptly increases along an inner space to be coated. A sharp pressure increase of clutch master cylinder (1130) is equal to induce strain of.

Second door number is insufficient heating are disclosed. Very large hot water tank (1130) for heating liquids using if time is sufficient for heating liquids, liquid can be sufficient heating. However miniaturized clutch master cylinder (1130) can not have assisted the heating liquid, liquid can be not sufficient heating.

Said hot water tank is not necessarily two door number (1130) caused only by size are not correct. However the hot water tank (1130) number is equal to the miniaturization of the light reflecting the door it is more severity increases. Hot water tank of the present invention (1130) is capable of improving this door number structure. The hot water tank (1130) also refers to the entire 5 carry detailed structure.

Working coil (1140) to a hot tank (1130) of apparatus for induction heating of 48b formed on the substrate. Working coil (1140) to a hot tank (1130) facing the hot water tank (1130) disposed thereon on one side of the. Working coil (1140) current is supplied to the, working coil (1140) in 48b formed therein. The 48b to a hot tank (1130) changed influence, the hot water tank (1130) to 48b is fully is induction-heated substrate.

The shield plates (1190) working coil (1140) disposed thereon on one side of the. The shield plates (1190) working coil (1140) in such a manner that the hot water tank (1130) disposed thereon opposite. The shield plates (1190) working coil (1140) 48b generated in the clutch master cylinder (1130) prevent a region number [...] origin to micrographs. The shield plates (1190) to vary the flow of 48b is made of aluminum or other can be.

A module number (1080) printed circuit board printed circuit (1082), noise printed circuit board (1083), NFC (Near Field Communication) printed circuit board (1084), buzzer (Buzzer) (1085), a main printed circuit board (1086) and a main printed circuit board cover (1087, 1088) without using a tool.

Control printed circuit board (1082) (not shown) of subcomponents display printed circuit board are disclosed. Control printed circuit board (1082) water purifier (1000, also reference 1) water supply device such as but not requisite for driving configuration, display printed circuit board (not shown) auxiliary could be bonded each other.

Noise printed circuit board (1083) cooking printed circuit board (1110) for supplying power are disclosed. Apparatus for induction heating of sufficient should main power since very high output voltage. Noise printed circuit board (1083) also water purifier (1000, also reference 1) water supply device such as requisite for driving configuration endured. However water purifier (1000, 1 also reference) is inductive heating water supply device such as main power supplies need not if the first noise printed circuit board (1083) may have a. Noise printed circuit board (1083) cooking printed circuit board (1110) to a power supply apparatus for induction heating of output voltage can be meet. Noise printed circuit board (1083) cooking printed circuit board (1110) as well as other number can be [...] even power supply serves.

Buzzer (1085) is water purifier (1000, 1 also reference) are cut and water supply device such as when, accurate defect information to a user number [...] outputs sound. Buzzer (1085) is failure can be the inputted code to produce specific outputting sound.

NFC printed circuit board (1084) telecommunications device comprises identification data with micrographs. Citation it is commonly supply over such as presently two smart phone. The citation number or the state of a battery of any operations to pour two consumer input commands can be predetermined if so consumer. NFC printed circuit board (1084) communication device to a water supply device and the openings in the pairing state information of citation number [...], citation number transmitted from the communication device user to command two thereof can.

A main printed circuit board (1086) water purifier (1000, also reference 1) enclosed by a number such as water supply device decodes the operation. Output section described in Figure 1 (1016, also 1 reference) or described in Figure 2 compressor (1051, also reference 2) power supply is a main printed circuit board (1086) by the number can be disclosed. A main printed circuit board (1086) lack of noise power printed circuit board (1083) through the user to hand thereof can.

A main printed circuit board cover (1087, 1088) is a main printed circuit board (1086) portion of combustion chamber. A main printed circuit board cover (1087, 1088) number 1 includes a main cover (1087) number 2 on main cover (1088) without using a tool.

Number 1 main cover (1087) number 2 on main cover (1088) internal space formed by a main printed circuit board (1086) and the supporting cylindrical portion.

Number 1 main cover (1087) number 2 on main cover (1088) is washdown coupled to each edge of each other. Number 1 main cover (1087) number 2 on main cover (1088) (not shown) can be provided with a sealing member of the washdown. In addition number 1 main cover (1087) number 2 on main cover (1088) is fire by a main printed circuit board (1086) to prevent flame retardant material consists preferably connected to the front plate.

Hereinafter preventing deformation and flow distribution (the number or rate) in implementing of clutch master cylinder (1130) structure is described as follows. In addition working coil (1140) and hot water tank (1130) uniformly spaced between structure capable of maintaining in mammals are also described therein.

Figure 5 shows a the present invention also associated with induction heating module (1100, also 4 reference) exhibit a portion of component degradation dB disclosed.

The hot water tank (1130) is number 1 cover (1131) number 2 on cover (1132) formed between the rim of the rotor are connected together. Number 1 cover (1131) of rim of the number 2 cover (1132) such as to maintain the rim of the rotor can be joined by welding power supply. The hot water tank (1130) has an internal space for heating liquid with each other. Said interior space has a number 1 cover (1131) number 2 on cover (1132) formed by a combination of.

The hot water tank (1130) entity in tube (1132a) and water tube (1132b) comprises. Available tube (1132a) and water tube (1132b) cover the number 2 (1132) can be formed. Available tube (1132a) the flow path of the heated liquid enters the corresponding substrate. Water tube (1132b) the flow path of the heated liquid is discharged corresponding substrate. Available tube (1132a) and water tube (1132b) opposite each other can be formed.

Number 1 cover (1131) working coil (1140) 48b formed by heat affected to generate combustion chamber. Number 1 cover (1131) working coil (1140) induced by chuck, number 1 cover (1131) scales the output of the number correctly order number 1 cover (1131) on working coil (1140) should remain substantially constant spacing between. Accurate number of inductive heating eggs induction heating module (1110) number meaning plower output of 2000.

If working coil (1140) in the reference number 1 cover fit (1131) inductive heating of the number correctly are not disclosed. The working coil as reference position (1140) by number 1 cover (1131) number correctly can be inductive heating of the working coil (1140) indicating the position of the other. Number 1 cover (1131) on working coil (1140) carry the interval of the spacer (1151, 1152) maintained by.

Similarly number 1 cover (1131) compared to the part portion of the other working coil (1140) spaced too far from or working coil (1140) in place too close, said inductive heating of the precision-number portion are not disclosed. The cover number 1 (1131) all portions of the working coil (1140) uniformly from proper distance so as to be located, number 1 cover (1131) preferably having the shape of the flat.

Number 1 cover (1131) is made of a heat generation can be suitable. Number 1 cover (1131) is made of a stainless can be, preferably 4 can be made of a stainless-based. More preferably number 1 cover (1131) is STS (STainless Steel, Korean industrial standard) can be made of a 439. STS 439 STS430 has enhanced corrosion resistance is compared. The means by which corrosion resistance properties can be corroded by contact with water billion number indicating other. Number 1 cover (1131) about 0. May have inside and outside of the 8 mm thickness.

Number 2 cover (1132) is number 1 cover (1131) with reference to the working coil (1140) 48b and disposed on an opposite side of the effects of a team, number 1 cover (1131) heating compared with relevance stress means. The number 2 cover (1132) heating characteristic which has corrosion resistance material is preferably consists. Number 2 cover (1132) is made of a stainless can be, preferably 3 can be made of a stainless-based. More preferably number 2 cover (1132) is STS 304 can be made of. STS 304 is compared to STS 430 or STS 439 has extractability corrosion resistance. Number 2 cover (1132) about 1. May have inside and outside of the 0 mm thickness.

Number 2 cover (1132) relevance to induction heating and is normal, not necessarily working coil (1140) to maintain the spaced from are not correct. The number 2 cover (1132) compared to the part portion of the other working coil (1140) remote from the plate members to a working coil or disapproval.

Number 2 cover (1132) includes a base surface (1132c), projecting surface (1132d), weld (1132e), protrusions (1132f) without using a tool. Said base surface (1132c), projecting surface (1132d), protrusions (1132f) is can be integrally formed by press working. Base surface (1132c) number 2 with cover (1132) the partially press working, number 2 cover (1132) protruding surface (1132d) and protrusions (1132f) can be formed. Frames are integrally formed discrete elements rather than one of the configurations is meaning that the elements, said base surface (1132c), projecting surface (1132d) and protrusions (1132f) is number 2 cover (1132) area of the other parts and the named by considering is understood to should. Base surface (1132c), projecting surface (1132d) and protrusions (1132f) is number 2 cover (1132) name indicating the respective portions of the are disclosed.

Base surface (1132c) cover the number 1 (1131) at a location spaced apart from number 1 cover (1131) on the side facing substrate. Hot water tank prior (1130) having an interior space that the liquid for heating the device 2000. Base surface (1132c) number 1 to the cover defining an inner space (1131) spaced from the disclosed.

Projecting surface (1132d) the base surface (1132c) number 1 from cover (1131) projecting toward the other. Projecting surface (1132d) cover the number 1 (1131) can be closely. Projecting surface (1132d) perimeter of base surface (1132c) and a protruding surface (1132d) are connected to each other. Projecting surface (1132d) number 2 to form a cover (1132) pressing the material to absorb the base surface (1132c) and a protruding surface (1132d) together formed periphery. Projecting surface (1132d) can be perimeter of an inclined surface.

Weld (1131e) is number 1 cover (1131) number 2 on cover (1132) formed of the ultrasound welding. More specifically weld (1131e) is number 1 cover (1131) projecting on the (1132d) formed of the ultrasound welding. The welding portion (1131e) comprises a protruding surface (1132d) formed as well as number 1 cover (1131) with each other.

Base surface (1132c) to a hot tank (1130) to form the inner space of the cover number 1 (1131) number 1 is arranged in the cover (1131) welded to the psychology. Projecting surface (1132d) also the periphery of the base surface (1132c) the greater the number 1 cover approaches (1131) away from the, number 1 cover (1131) for welded to tame. The projects the W-CDMA(1132d) cover the number 1 (1131) projecting the inner cover is connected to the number 1 (1131) can be welded to the for hereinafter. Projecting surface (1132d) technical meanings by themselves rather than welding part (1131e) toward the configuration form number can be called.

Weld (1131e) is number 1 cover (1131) to prevent deformation of the micrographs. Induction heating module (1100, also 3 reference) by the action of the hot water tank (1130) thereby elevating the temperature of liquid in the interior of the side, liquid gradually to expand and the hot water tank (1130) is equal to the pressure gradually rises. The evaporated water vapor is reached about 1700 times since near known as volume increases, the hot water tank (1130) to a hot pressure rise in creation process can be very high. And vibrates the clutch master cylinder (1130) the internal pressure of the number 1 cover (1131) can induce strain of.

Number 1 cover (1131) is the accurate number of inductive heating [...] and have a shape of a flat condition, the pressure plate has a deformation-preventing structure subjected to number one. This number in a number 1 cover (1131) to prevent deformation of weld (1131e) was introduced.

Welding provide the means by which the desired junction transistors are adjacent to some of the barrier material to melt and metal atomic bonds two metal material without a rearrangement work indicating other. Despite welding atomic bond rearrangement has heavily by binding capability. Weld (1131e) comprises a protruding surface (1132d) number 1 and cover (1131) formed of the ultrasound welding three, number 1 cover (1131) is weld (1131e) can be a ground water, number 2 cover (1132) is weld (1132e) may be a ground water, number 1 cover (1131) number 2 on cover (1132) is weld (1131e) ground water a disapproval. Further weld (1131e) is number 1 cover (1131) number 2 on cover (1132) formed between the disapproval described. In Figure 5 number 2 cover (1132) (not shown) and the welding part is not shown but, number 1 cover (1131) and the welding part (1131e) shape can be converted from locations.

Weld (1131e) is number 1 cover (1131) number 2 on cover (1132) such that a strongly bonded, the hot water tank (1130) to thereby cause the internal pressure of the even number 1 cover (1131) can be opposite. Further weld (1131e) is number 1 cover (1131) number 2 on cover (1132) inter associate with number 1 in that cover (1131) as well as number 2 cover (1132) can be understood to prevent deformation of the deep.

Weld (1132e) number one position of a specific position are not disclosed. Weld (1132e) includes a temperature sensor (1181) but it is like that must be formed in overlapping position once having preferably but not disclosed. Positions flatly overlapping with other frequency number 2 cover (1132) in working coil assembly (1140) a welding part when viewed to the front surface (1132e) on temperature sensor (1181) the same area on big.

Temperature sensor (1181) is number 1 cover (1131) reference number 2 cover (1132) on an opposite side of disposed thereon. Temperature sensor (1181) includes a clutch master cylinder (1130) to measure the temperature of the liquid passing through the inner space of the combustion chamber. Temperature sensor (1181) measure the temperature of the liquid source to the temperature sensor (1181) should be present in the liquid is position overlapping the other. However if welding part (1131e) temperature sensor (1181) if the temperature sensor at a position overlapping the (1181) liquid is in an overlapping position, welding part (1131e) present only to be coated. In this structure the temperature sensor (1181) may be filled by hot water temperature measurement incorrect.

Weld (1131e) has a shape of the sum. If weld (1131e) are straight or curve such as endpoint shape having once formed, the hot water tank (1130) the influence of the high pressure force formed in said endpoint is concentrated on a substrate. The endpoint number 1 from said cover (1131) number 2 on cover (1132) separation of can be generated. The welding part by the W-CDMA(1132e) is a shape of a resultant force sum sum and the horizontal sends an output sound effect can be distributed. The sum and the welding part (1131e) includes a clutch master cylinder (1130) can be included to improve the performance.

The specification of the second insulating means by which straight or curve when plotted on under such figure point means other. E.g. won, oval as well as also the sum corresponding to said polygon, said sum must be not only are not necessarily curve formed by a set of and straight disapproval. The, closed figure sum sum was used instead of heat distortion temperatures or single name may be filled.

Protrusions (1132f) includes a base surface (1132c) number 1 from cover (1131) projecting toward the other. Projecting surface (1132d) is number 1 cover (1131) and intimately contacted with, projections (1132f) is number 1 cover (1131) not intimately contacted and number 1 cover (1131) holds the spaced apart from state. But, protuberance (1132f) includes a base surface (1132c) number 1 rather than cover (1131) formed in near real-time.

Protrusions (1132f) includes a clutch master cylinder (1130) the data for tube (1132a) and water tube (1132b) extending toward. E.g. available tube (1132a) and water tube (1132b) is the hot water tank (1130) disposed opposite one another on up-and-down direction and a bottom case, protuberance (1132f) also available tube (1132a) and water tube (1132b) can be vertically extending toward. Protrusions (1132f) is number 1 cover (1131) projecting toward and available tube (1132a) and water tube (1132b) via a coupling structure extending toward the cover number 2 (1132) (or intensity) can be the stiffness of the reinforcing.

Protrusions (1132f) is number 2 cover (1132) for preventing deformation of and liquid flow distribution (or liquids to flow number) are disclosed. As aforementioned hot water tank (1130) of internal pressure faces toward, number 1 cover (1131) as well as number 2 cover (1132) of can be strain is induced. Protrusions (1132f) extending via a coupling structure comprises a protruding state number 2 cover (1132) is that of , the hot water tank (1130) of internal pressure even if it rises to the projections (1132f) number 2 by cover (1132) can be opposite. Further number 2 cover (1132) weld part (1132e) number 1 by cover (1131) strongly coupling member, welding part (1132e) on protrusions (1132f) number 2 by the interaction by cover (1132) can be opposite.

Protrusions (1132f) includes an elongate direction constant direction transverse to the axis has a predetermined width. For example protrusions (1132f) extension direction is available tube (1132a) and water tube (1132b) toward a lower are disclosed. The left-right direction directions transverse to said extension direction are disclosed. Protrusions (1132f) is constant width in the periphery of the left and right directions, available tube (1132a) particles of the liquid to be drawn through the projections (1132f) impinging on the to be coated. Four-way different direction and collision of the liquid particles to be coated. Through this mechanism the projections (1132f) flow rate comprises a hot water tank (1130) can be whirled of dispense.

Further protuberance (1132f) decodes the number includes a flow rate. Such as protrusions (1132f) is lowered to a flow rate of the liquid to form a flow resistance. Available tube (1132a) through the hot water tank (1130) liquid with a predetermined length from the particles of the protuberance (1132f) subjected by impinging on the flow resistance. The protruded portion has liquid particles (1132f) the flow rate of the liquid when it collides to degradation of the substrate. This liquid is the hot water tank (1130) in which system is excessively quickly to prevent sufficient heating in micrographs. Protrusions (1132f) a hot-water tank liquid (1130) decodes the number can remain enough to flow rate. The liquid of clutch master cylinder (1130) in can be sufficient heating.

Protrusions (1132f) number 1 has projections (1132f 1) number 2 on projections (1132f 2) without using a tool.

Number 1 protuberance (1132f 1) includes a hot water tank assembly (1130) the data for tube (1132a) and water tube (1132b) extending toward. Number 1 protuberance (1132f 1) is number 2 cover (1132) to prevent deformation of the micrographs. Number 1 protuberance (1132f 1) number 2 has projections (1132f 2) may have a smaller width than that.

Number 2 protrusions (1132f 2) number 1 has projections (1132f 1) extending the extension direction of the direction transverse to the axis. For example number 1 protuberance (1132f 1) which includes a vertically extending, number 2 protrusions (1132f 2) is said vertical cross extending in left and right directions.

Number 2 protrusions (1132f 2) of left and right projections extending length number 1 (1132f 1) is longer than the width of. This number 2 protrusions (1132f 2) is number 2 cover (1132) flow rate of the distribution number's oldest [...] rate can be adjusted. The hot water tank (1130) for dispersing the liquid to be heated in order number 2 protrusions (1132f 2) should impinge upon liquid particles. Number 2 protrusions (1132f 2) extension length liquid number 1 to number [...] collision area projections (1132f 1) longer than the width of the formed. The projections and number 2 (1132f 2) ball number 1 to number the collision area projections (1132f 1) relatively compared to number 1 cover (2131) projects be closer.

Number 2 protrusions (1132f 2) number 1 has projections (1132f 1) can be formed at both ends of the. In Figure 5 number 1 protuberance (1132f 1) each end referred to as the number 1 end both ends of the number 2, number 1 obtained tube end (1132a) and being arranged close to the, water tube end number 2 (1132b) being arranged close to the other. Number 2 protrusions (1132f 2) number 1 has projections (1132f 1) end end of number 1 number 2 can be formed, said number 1 number 2 end between a disapproval.

The hot water tank (1130) number 1 has projections (1132f 1) number 2 on projections (1132f 2) can be one of the plurality. A plurality of number 2 protrusions (1132f 2) at least some of the available tube (1132a) is introduced via the liquid or water tube (1132b) through a discharge are placed in contact with the liquid. Liquid particles contacting liquid reflected big. This number 2 protrusions (1132f 2) number of magnets can be made via a coupling structure of a flow distribution and flow rate.

A plurality of number 2 protrusions (1132f 2) projection of number 1 (1132f 1) number 1 (available tube (1132a) end) end of the flow rate distribution may be formed in respective number [...] micrographs. Available tube (1132a) through the hot water tank (1130) liquid particles with a predetermined number 2 protrusions (1132f 2) is equal to the flow rates of the liquid with an four-way brake. The liquid hot water tank (1130) in can be sufficient heating.

A plurality of number 2 protrusions (1132f 2) projection of number 1 (1132f 1) end of number 2 (water tube (1132b) end) the number may be formed in respective [...] micrographs. Hot water tank liquid by respective opposite number (1130) before being discharged from each other coated, uniform 1308. ball number and a warm water temperature range.

Number 1 protuberance (1132f 1) number 2 on projections (1132f 2) is can be integrally formed by press working. Base surface (1132c) number 2 with cover (1132) number 1 to projections (1132f 1) number 2 in an extension direction of the projections (1132f 2) separated from the press working in view of the number 1 protuberance (1132f 1) number 2 on projections (1132f 2) includes a base surface (1132c) and integrally formed. Projecting surface (1132d) can be also formed by press working a bent portion (1132f) projecting on the (1132d) 1 can be formed concurrently by the Conference press working.

Number 1 protuberance (1132f 1), projection number 2 (1132f 2) and welding part (1132e) can be selectively altering the position of the number. Protrusions (1132f) particularly position of not limited. Protrusions (1132f) includes a temperature sensor (1181) at a position overlapping the even is there disclosed.

Working coil (1140) to a hot tank (1130) disposed thereon on one side of the. Working coil (1140) and hot water tank (1130) is at a location spaced apart support bar disposed thereon. Reference also 5 the working coil (1140) is number 1 cover (1131) ([...]) arranged at a position to face the outer surface of can be described. The number 1 for facilitating descriptions cover (1131) during third number 2 cover (1132) looking at the inner surface (the inside) surface is divided into, working coil (1140) the distance surface was divided into outer surface. The clutch master cylinder (1130) provide the means by which one side of number 1 cover (1131) opposite the outer surface of an upper substrate.

Working coil (1140) is annular formed by wound wire. Working coil (1140) single or many pieces of copper or other conductor connected to the chamber. Working coil (1140) is composed of many wire strands may be insulated over a generated.

Working coil (1140) is said working coil (1140) by current being applied to a magnetic field or 48b formed on the substrate. Number 1 cover (1131) working coil (1140) fully CLK3 48b formed by the heat.

The hot water tank (1130) working coil (1140) since is induction-heated by, working coil (1140) and hot water tank (!130) Between the number of inductive heating [...] uniformly spaced retention is very important disclosed. Spacer (1151, 1152) working coil (1140) and hot water tank (1130) uniformly spaced to maintain between working coil (1140) and hot water tank (1130) disposed thereon between.

Spacer (1151, 1152) should receive a next six conditions can be satisfying.

First conditions, spacer (1151, 1152) is the hot water tank (1130) on working coil (1140) to even by means of a spacer (1151, 1152) is working coil (1140) and hot water tank (1130) must maintain a fixed spacing between are disclosed. Apparatus for induction heating for the hot water tank accurately number order (1130) on working coil (1140) is kept constant spacing between prior to be should be pulverized. Spacer (1151, 1152) is the hot water tank (1130) on working coil (1140) in disposed between, spacer (1151, 1152) one surface of the hot water tank (1130) spacer into both ends (1151, 1152) [...] of working coil (1140) closely attached to a surface, the hot water tank (1130) on working coil (1140) a gap between the spacer (1151, 1152) is formed of a determined.

If spacer (1151, 1152) is the hot water tank (1130) on working coil (1140) to deform resiliently pressed by if, spacer (1151, 1152) before which the thickness of the pressed surface of the thinner, the hot water tank (1130) on working coil (1140) held constant spacing between to satisfy 0. The spacer (1151, 1152) includes a clutch master cylinder (1130) on working coil (1140) without causing deformation can be maintained even if pressed by original thickness should.

Spacer (1151, 1152) has the proper strength, the hot water tank (1130) on working coil (1140) pressed by elastic deformation and even cause, can be original flexibility. The spacer (1151, 1152) hot water tank first conditions (1130) on working coil (1140) should have a strength that does not cause deformation such as even pressed by means of a semantic disclosed.

Second conditions, spacer (1151, 1152) is the hot water tank (1130) on working coil (1140) must maintain electrical insulation between are disclosed. Apparatus for induction heating working coils (1140) a current applied. Placed between the working coil (1140) is of current applied to the hot water tank (1130) conducted to the, clutch master cylinder (1130) influence shall cause inductive heating. Induction heating concerns generated by using electrical resistance heating's oldest [...] (joule heating).

The hot water tank (1130) on working coil (1140) electrically insulating between not maintained, the hot water tank (1130) inductive heating of the number correctly are not disclosed. Spacer (1151, 1152) includes a clutch master cylinder (1130) on working coil (1140) because spacer disposed between (1151, 1152) should an electrically made of an insulating material.

Third conditions, spacer (1151, 1152) is the hot water tank (1130) on working coil (1140) billion must be able heat transfer between that number are disclosed. Working coil (1140) electrical current to working coil (1140) is exothermic and, working coil (1140) is induction-heated by warm water storage heater (1130) since two heating element with heat generation by also heating thereof can risk due to fire.

In addition induction heating module (1100, also 4 reference) a temperature sensor (1181) based on the temperature which is measured on the encoded number. Temperature sensor (1181) is if too many element under the correct number of magnets becoming difficult since the induction heating, induction heating module (1100) number correctly order being the temperature sensor (1181) characterized by affecting element is preferably as much as possible.

Placed between the clutch master cylinder (1130) on working coil (1140) number billion loss of heat that would otherwise temperature sensor (1181) since the temperature affecting element measured in that the induction heating module (1100) may examine [...] accurate number would otherwise cause difficulties in other. Spacer (1151, 1152) includes a clutch master cylinder (1130) on working coil (1140) because spacer disposed between (1151, 1152) is the hot water tank (1130) on working coil (1140) is a part of the billion number should be.

The fourth shelf conditions, spacer (1151, 1152) is re-with brilliant that must be carried out in heat resistance are disclosed. Spacer (1151, 1152) working coil (1140) and hot water tank (1130) are arranged between the, working coil (1140) and hot water tank (1130) increases to 150 °C since the temperature of the inner and outer spacer (1151, 1152) is heat resistance can be damaged by heat if not have.

The spacer (1151, 1152) is heated working coil (1140) and is induction-heated warm water storage heater (1130) are not damaged even to a temperature higher than the temperature at at least 200 provided 300 °C re-with brilliant should made in heat resistance.

First to fourth shelf condition is satisfied spacer (1151, 1152) is with a mica (mica), quartz (quartz) or glass (glass) can be formed either. Mica, quartz and glass of clutch master cylinder (1130) on working coil (1140) can be pressed by itself even of flexibility, having electrical insulation properties, heat conduction can be billion number, it re-is brilliant sufficient heat resistance.

In addition to the fourth shelf condition is satisfied second spacer (1151, 1152) silicon (Si) can be formed. Silicon having electrical insulation properties, heat conduction can be billion number, it re-is brilliant sufficient heat resistance. However silicon is the hot water tank (1130) on working coil (1140) can be elastically deformed when pressed by causing excessively. The silicon is the hot water tank (1130) on working coil (1140) excessively pressed by only if the spacer (1151, 1152) can be a material.

Spacer (1151, 1152) of the fifth condition, spacer (1151, 1152) is working coil (1140) should have a structure capable of passing both the ends of the that are disclosed. Working coil (1140) is defined by the leads is annular, working coil (1140) extends inner annular support is installed induction heating printed circuit board (1110, reference 4 also) connected to, working coil (1140) other end of the extension extends on the outside of the annular induction heating printed circuit board coupled with each other.

Spacer (1151, 1152) working coil (1140) corresponds to annular and, working coil (1140) number 1 to the ends of the passing portion (1151a, 1152a) and number 2 portion (hidden by the hot water tank by, 1152b) comprises. Number 1 portion (1151a, 1152a) is annular portion either formed on the substrate. Number 2 portion (1152b) includes an annular remaining forms part, part number 1 (1151a, 1152a) narrower width. In particular number 2 portion (1152) is annular outside the inside of each recess portion number 1 (1151a, 1152a) narrower width. The annular respectively inside and outside the working coil (1140) can pass through both ends of crevices formed therein. An annular inward working coil (1140) to permit passage of one end of and, annular outwardly working coil (1140) is equal to the other end of the through.

Spacer (1151, 1152) six second conditions, spacer (1151, 1152) is working coil (1140) should implement is coated on at least cooling. By inductive heating hot water tank (1130) is installed in a tank to a hot (1130) because the liquid passing through, the hot water tank (1130) by liquid cooling of the combustion chamber. The W-CDMA working coils (1140) spacer (1151, 1152) [...] on insulator (1153) are provided to conveniently, spacer (1151, 1152) on insulator (1153) billion number since heat transfer is made to, working coil (1140) and air number [...] transfer heat from a subject isn't any time.

The working coil (1140) order for cooling a working coil (1140) can be sufficiently contacts with mortar ball number area should be other. Spacer (1151, 1152) includes a clutch master cylinder (1130) and working coil (1140) opposite each other hole (1151c, 1152c) with each other. Hole (1151c, 1152c) is part number 1 (1151a, 1152a) can be formed, with a plurality of annular spacer (1151, 1152) can be formed to be spaced from each other along.

Working coil (1140) and hot water tank (1130) is at a location spaced apart support bar rotates, hole (1151c, 1152c) working through coil (1140) and hot water tank (1130) can be opposed to each other. Working coil (1140) to a hot tank (1130) is arranged in the, working coil (1140) hole (1151c, 1152c) can be contact with air through. The hole (1151c, 1152c) is working coil (1140) thereby forming an air contact area are disclosed.

The reference 2 also again, water purifier (1000) includes a fan (1033) having, fan (1033) symmetrically in water purifier (1000) prompt flow air therein. The fan (1033) generated by wind hole (1151c, 1152c) working through coil (1140) in order to, as compared to the natural convection of air working coil (1140) cooling system can be more promoted.

Spacer (1151, 1152) can be provided as a plurality. For example the hot water tank (1130) on working coil (1140) spacing between 3. To keep the 5 mm if so, having a thickness of 1 mm spacer (1151) 3 Berry, 0. Spacer having a thickness of 5 mm (1152) hot water tank 1 field (1130) on working coil (1140) can be disposed between. The hot water tank (1130) on working coil (1140) the spacing between spacer (1151, 1152) to be determined is formed of a plurality of spacers (1151, 1152) should adhere tightly to each other is arranged.

Insulator (1153) working coil (1140) based on the spacer (1151, 1152) on an opposite side of disposed thereon. Insulator (1153) working coil (1140) and carry bracket (1160) understood to disposed between may be disclosed. Insulator (1153) also spacer (1151, 1152) in the same manner as satisfying the following five conditions on accomplishing. But, spacer (1151, 1152) must be able to maintain the spacing under conditions as insulator (1153) b is not.

First conditions, insulator (1153) is working coil (1140) and the core (1170) must maintain electrical insulation between are disclosed. Core (1170) which comprises a current loss of billion for number, core (1170) material is preferably are used is generally ferrite (ferrite). The working coil (1140) is a ferrite core in order to current applied to the conductive material (1170) to the normal operation can interfere disclosed. The insulator (1153) should be made of materials capable of maintaining the electrical insulation.

Second conditions, insulator (1153) is working coil (1140) and bracket (1160) billion must be able heat transfer between that number are disclosed. Bracket (1160) can be formed by injection, injection comprises generally the machining disclosed. The working coil (1140) tubes in bracket (1160) is then the bracket (1160) can be damaged by heat. Bracket (1160) fixes to prevent corrupted by the insulator (1153) is heat transfer can be made of a billion number should.

Third conditions, insulator (1153) is re-with brilliant that must be carried out in heat resistance are disclosed. Insulator (1153) heat resistance is therefore must be carried out re-with brilliant spacer (1151, 1152) in heat resistance is the reason must be carried out re-with brilliant are the same.

First to third conditions in order to satisfy insulator (1153) is with a mica (mica), quartz (quartz), glass (glass) or silicon (Si) can be formed either. Mica, quartz, glass and silicon having electrical insulation properties, heat conduction can be billion number, it re-is brilliant sufficient heat resistance. In particular insulator (1153) is a condition associated with the transparency need since, about number without silicon insulator (1153) can be a material.

Insulator (1153) second condition is four, insulator (1153) is working coil (1140) should have a structure capable of passing both the ends of the that are disclosed. Insulator (1153) is working coil (1140) should have a structure capable of passing both ends of the spacer (1151, 1152) is working coil (1140) should have a structure that can be greater than or equal to both the ends of the passing are the same. The insulator (1153) has a substantially spacer (1151, 1152) may have the same structure.

Insulator (1153) working coil (1140) corresponds to annular and, working coil (1140) number 1 to the ends of the passing portion (1153a) and number 2 portion (1153b) comprises. Number 1 portion (1153a) is annular portion either formed on the substrate. Number 2 portion (1153b) includes an annular remaining forms part, part number 1 (1153a) narrower width. In particular number 2 portion (1153b) is annular outside the inside of each recess portion number 1 (1153a) narrower width. The annular respectively inside and outside the working coil (1140) can pass through both ends of crevices formed therein. An annular inward working coil (1140) to permit passage of one end of and, annular outwardly working coil (1140) is equal to the other end of the through.

Insulator (1153) of the fifth condition, insulator (1153) is working coil (1140) should implement is coated on at least cooling. Insulator (1153) is working coil (1140) implement the cooling structure and therefore be made spacer (1151, 1152) is working coil (1140) implement the cooling structure and the reason be made are the same. Insulator (1153) even spacer (1151, 1152) in the same manner as on working coil (1140) air for contact hole (1153c) formed therein.

Than is alleged to spacer (1151, 1152) on insulator (1153) is a distance-maintaining conditions substantially the same number [...] accomplishing condition is satisfied. The spacer (1151, 1152) on insulator (1153) have the same made of may have the same structure. Spacer (1151, 1152) on insulator (1153) for select one name that he only, its name must be divided into each other by configuring the configuration are not correct.

Bracket (1160) to a hot tank (1130) water clean (1000, also reference 1) fixed to the inside of body are formed on the base. The reference also 4 again, a main printed circuit board cover (1087) with the second bracket (1160) is different in the boss part (1087a, 1087b) (1162a, 1162b) is formed. Mutually corresponding if they only have to two boss part (1087a, 1087b) (1162a, 1162b) can be changed depending on the position of the design, you compare boss part of the water also 4 are symmetrically 5 can be beat. Screw (not shown) is bracket (1160) boss (1162a, 1162b) through a main printed circuit board cover (1087) boss (1087a, 1087b) inserted into the, bracket (1160) the water purifier (1000) secured in the main. Bracket (1160) to a hot tank (1130) and attached together so as to, bracket (1160) to a hot tank (1130) water clean (1000) fixed to the inside of can body.

The reference also 5 again, bracket (1160) and hot water tank (1130) includes a spacer (1151, 1152), working coil (1140) and insulator (1153) interposed therebetween coupled to each other. Bracket (1160) exchange (1130) that the edge of a plurality of boss part (1161a, 1161b, 1161c, 1161d) is formed. A plurality of boss part (1161a, 1161b, 1161c, 1161d) includes a clutch master cylinder (1130) spaced from each other along the rim of the rotor and a corresponding line disposed thereon. The hot water tank (1130) on the bracket (1160) is the boss part (1161a, 1161b, 1161c, 1161d) inserted screw (1800a, 1800b, 1800c, 1800d) coupled to each other by.

Screw (1800a, 1800b, 1800c, 1800d) by the hot water tank (1130) on the bracket (1160) engage one another in each screw (1800a, 1800b, 1800c, 1800d) head each boss part (1161a, 1161b, 1161c, 1161d) between the hot water tank (1130) arranged for articles to be coated. This structure the hot water tank (1130) is screw driving moves without bracket holes (1160) can be coupled to.

Bracket (1160) and hot water tank (1130) is screw (1800a, 1800b, 1800c, 1800d) coupled by the spacer (1151, 1152) to a hot tank both sides of (1130) on working coil (1140) is press-bonded with each other. Nevertheless bracket (1160) and hot water tank (1130) is screw (1800a, 1800b, 1800c, 1800d) therefore can be joined by spacer (1151, 1152) is the hot water tank (1130) and working coil (1140) can be constantly maintains a spacing between are disclosed.

If bracket (1160) and hot water tank (1130) is screw (1800a, 1800b, 1800c, 1800d) joined by hot water tank in the process (1130) on working coil (1140) if the distance between a narrowed, induction heating cannot be the number correctly. However spacer (1151, 1152) includes a clutch master cylinder (1130) on working coil (1140) to keep constant the distance between the highest frequency, bracket (1160) and hot water tank (1130) is screw (1800a, 1800b, 1800c, 1800d) can be joined by, number of inductive heating is an opposite door number does not occur.

Bracket (1160) has a base portion (1168) which, bracket described prior two boss part (1161a, 1161b, 1161c, 1161d) (1162a, 1162b) includes a base portion (1168) formed along the rim of the rotor. A plurality welder support (1163) is warm water storage heater (1130) that it bears against the base portion (1168) is protruded at the other. The hot water tank support (1163) is warm water storage heater (1130) the rim of the rotor can be formed to be spaced from each other along a direction in parallel with the line. The hot water tank (1130) with reference to the distance from the center of hot water tank (1130) cooperates with the rim of the inner divided into, out side screw (1800a, 1800b, 1800c, 1800d) by boss part (1161a, 1161b, 1161c, 1161d) is fixed to, to a hot tank inner support (1130) supported by the substrate.

Bracket (1160) instead of the plurality of core receiving portion (1164) contact with each other. Core receiving portion (1164) is insulator (1153) formed is recessed in a direction away from. The core (1170) is each of the core receiving portion (1164) are associated with them.

Core (1170) includes a current loss of billion for number is, 48b of shielding film could be bonded each other. Core (1170) material is preferably a ferrite (ferrite) is used may be pulverized prior to 2000.

Temperature sensor (1181) includes a clutch master cylinder (1130) to measure the temperature of heated in combustion chamber. Bracket (1160) is temperature sensor (1181) formed therein to receive the temperature sensor housing unit (1165) is formed, temperature sensor (1181) is said temperature sensor housing unit (1165) are associated with them. Having annular working coil (1140) non center of since, temperature sensor (1181) is said working coil (1140) center (or annular inner) can be disposed.

Temperature sensor (1181) the measured temperature is by induction heating described in Figure 4 printed circuit board (1110) number and module (1080) encoded to ball number. Induction heating printed circuit board (1110) number and module (1080) a temperature sensor (1181) based on the temperature of the liquid measured at stop determines whether further heating or heating. In other words, induction heating module (1100) the output of the temperature sensor (1181) can be determined based on the temperature measured at. Temperature sensor (1181) include thermistor (thermistor) can be used.

Preventing overheating fuse (1182) is warm water storage heater (1130) when liquid is too much overheating induction heating module (1100) stored in safety device disclosed. Temperature sensor (1181) classification is-return sensor unlike the overheat prevention fuse (1182) is once condensed need to be replaced since a non-return sensor can be classification.

Bracket (1160) is preventing overheating fuse (1182) formed therein to receive the overheat sensor fuse receiving portion (1166) is formed, preventing overheating fuse (1182) is preventing overheating of said fuse receiving portion (1166) are associated with them. Preventing overheating fuse (1182) bulb temperature sensor (1181) voltage according to the working coil (1140) center (or annular inner) can be disposed.

Bracket (1160) position fixing part (1167) contact with each other. Position fixing unit (1167) working coil (1140) cathode of a so-called working coil (1140), spacer (1151, 1152) and insulator fixing of the position of cathode plate and the base portion along corresponding to line (1168) formed projected from an edge. Position fixing unit (1167) can be comprised of a plurality, can be disposed apart from one another.

Bracket (1160)'s position fixing unit (1167) by working coil (1140), spacer (1151, 1152) and insulator (1153) fixed the position of, said working coil (1140), spacer (1151, 1152) and insulator (1153) includes a bracket (1160) coupled to the hot water tank (1130) separated from each other by contact with each other. The sealant even without additional fixing structure or said working coil (1140), spacer (1151, 1152) and insulator (1153) can be fixed the position of, the hot water tank (1130) on working coil (1140) spacing between can be kept constant.

Further sealant binding structure along a process might be different work results, according to an opposite side thereof can hard task result number of inductive heating. The sealant system for mass production is the adverse effect on the structure disclosed. However the present invention such as screw (1800a, 1800b, 1800c, 1800d) bond structure along a process does not require different work results since, mass production due to a simple structure disclosed.

Silicon cover (1183) includes a temperature sensor (1181) overheat prevention on fuse (1182) to cover bracket (1160) coupled to. Silicon cover (1183) between the position fixing part (1167) to surround a perimeter on which can be made. Temperature sensor (1181) silicon cover formed on one side of temperature measurement (1183) is can be holes.

Figure 6 shows a also induction heating module (1100, also 4 reference) of structure with corresponding to the configuration of Figure 5 line for A provided A visible aspect disclosed.

6 Also exchange (1130) edge of screw (1800a) bracket by means of a (1160) boss (1161a) coupled to configurations are the nanometer range. The hot water tank (1130) edge of bracket (1160) boss (1161a) formed corresponding positions. Screw (1800a) is the boss part (1161a) is fastened to the surface, screw (1800a) of head and boss part (1161a) between the hot water tank (1130) for articles disposed thereon.

The reference also 6, hot water tank (1130) of number 1 cover (1131) on the bracket (1160) a flat part (1168) to be protruded (1153), working coil (1140) and spacer (1151, 1152) is laminated in sequence. Bracket (1160) a flat part (1168), insulator (1153), working coil (1140), spacer (1151, 1152) and number 1 cover (1131) supporting each other disposed thereon. Spacer (by working coil (1140) and hot water tank (1130) (G) spacing between identifying configuration in Figure 6 can be maintained constant.

Not described in Figure 6 water tube (1132b), number 2 cover (1132), the hot water tank support (1163), position fixing unit (1167), core receiving portion (1164), core (1170) of Figure 5 is described in portion discharges other.

In the embodiment described above said water purification method of compositional and limited to rather than described, various modifications can be made in the embodiment of each said in the embodiment are all or part of a front end of the selectively combined disapproval.