PUMP FOR CIRCULATING HOT WATER
The present invention refers to hot water circulating pump relates to, interstitial fluid and air is provided in a pump chamber and lower portion of the air pressure loss by producing a fluid discharge port so as to ensure smooth fluid flow by pump pressure and efficiency, to improve hot water circulating pump impeller to prevent damage to the glass are disclosed. Generally, low pressure boiler water pump etc. using practiced using a hot water circulating pump. The hot water circulating pump in prior art patent number 10 - 1204344 registration number to call in 2000. In the stator to rotate the rotor with the rotor impeller patent electronic induction action to fluid (water) is a suction port provided in a bottom water tank by pumping action after having been introduced into the impeller body passageways between the wing pieces with the boss rotates and top cover, outlet along fluid introduced via exhaust line according to the heating means for heating is heated and then connecting line to transfer such as heating mat through etc. to store. In particular, said prior art impeller body in grooves formed between the outer surface of inner housing an impeller to exhaust fluid flow path in an upper surface, said flow path to communicate with the impeller is configured by forming a vertically extending through a plurality of vent hole etc.. Thus, when the pumping action of the impeller in said prior art, hot water discharged through passageways between the impeller blade piece top cover portion (fluid portion) and included air impeller body grooves formed between the outer surface of inner housing an impeller and an impeller flow vertically extending through body, flowing into other end above the impeller and the speed of flow path in the exhaust while smoothly transitions into the cavitation (cavitation) is generated which does not smoothly circulated hot water and, based on the inner surface of the upper housing or rise in developing the lower impeller impeller adjacent component contact over the mitigating vibration noise that block disclosed. However, a portion of the hot water inlet flow efficiency and air impeller driving the impeller with a plurality of discharge down prevents the lifted impeller wing pieces in the exhaust hole connected hot water pressure is applied to the wing pieces than the vent hole rises along some part of the apparatus and method for impeller impeller wing pieces before, after and the large pressure difference occurs between, thereby inhibiting rotation of impeller rotation wing pieces disturbing action occurs to be coated. The, impeller rotating force by being melted the chamber pressure due to the loss of the discharge pressure since impaired joined and significantly reduced efficiency and enables the door number point noise generation and excessive vibration-generating impeller-off piece impeller blades as well as the durability of the impeller prevents damage to touch screen door number point number encoded. The present invention refers to partial hot water and air impeller inlet flow path is independent of the wing pieces discharged fluid suction and discharge pressure difference thus prevent damage by impeller of the impeller which can improve durability, smooth flow of fluid is determined by the hot water circulating pump pressure such that a magnetic pole to technical and number less than 1000. The present invention refers to fluid inlet (11) and an outlet (12) is formed on the upper shaft supporting central portions formed on the upper housing (10); Said upper housing (10) disposed in the lower side of the corresponding, installed is separated from the lower housing (20); Said upper and lower housings (10) to (20) has a connection hole edge portion interposed impeller grooves (31) central bottom lower frequency clock (32) is formed inner housing (30); Said inner housing (30) between the inner surface of the flow path for the flow of a fluid (40) are formed, said upper housing (10) with the interior of said impeller grooves (31) which are accommodated in a rotatably mounted impeller (50); Said impeller (50) installed on is damped by a rotor (60); and Said rotor (60) and corresponding on said inner housing (30) and said lower housing (20) receiving spaces between stator (70) including a characterized substrate. In the present invention, said flow path (40) to an upper surface in fluid exhaust, said impeller (50) body (51) formed a lower peripheral rotor receiving space (51d ') having rotor receiving portion (51d) outer rotor blade at regular intervals (52) and installed may be disclosed. In the present invention, said inner housing (30) around an inside surface of the spiral guide groove (33) preferably forming. The present invention refers to flow path portion of hot water (fluid) and air intrusion below impeller body mounted on the rotating shaft by water is elevated during exposure to process, without disturbing the transformed pressure supports the rotating impeller blades within the pump to prevent damage to the impeller can be maintaining the same pressure difference can be applied to, thereby markedly improves the durability of the impeller can have. In addition, the present invention refers to hot water by pressure applied to the flow of water into the impeller wing pieces such that rotation of the wing pieces generated by RF power is excessive vibration and noise in wing pieces can number billion. In addition, the present invention refers to a part of the interior flow hot water impeller is independent of the impeller drive rotary wing and adjusts wing pieces while impeller wing pieces of wicking force quickly and allows mixing and discharging through the outlet, thereby number times loss of discharge pressure of a fluid flow pressure by pump signals to the magnetic pole has a. Figure 1 shows a hot water circulating pump sensors mounted thereon indicating the present invention according to also are disclosed. Figure 2 shows a hot water circulating pump applied sensors mounted thereon indicating the present invention according to also are disclosed. Figure 3 shows a hot water circulating pump indicating the present invention according to sensors mounted thereon also are disclosed. Figure 4 shows a hot water circulating pump body indicating the present invention according to criticism section also are disclosed. Figure 5 shows a section in the present invention according to hot water circulating pump also are disclosed. In the embodiment of the present invention according to Figure 6 shows a section in by hot water circulating pump also are disclosed. Figure 1 shows a perspective view of the present invention bond and also one in the embodiment, Figure 2 of the present invention separating perspective view, perspective view Figure 3 of the present invention impeller, impeller body plain cross-sectional drawing Figure 4 of the present invention, species cross-sectional drawing Figure 5 of the present invention, in the embodiment by other section in Figure 6 of the present invention are disclosed. Drawing number [...] aspect of the present invention embodiment specifically described by reference to each other. The present invention refers to hot water circulating pump (100) in, fluid inlet (11) and an outlet (12) is formed on the upper shaft supporting central portions formed on the upper housing (10); Said upper housing (10) disposed in the lower side of the corresponding, installed is separated from the lower housing (20); Said upper and lower housings (10) to (20) has a connection hole edge portion interposed impeller grooves (31) central bottom lower frequency clock (32) is formed inner housing (30); Said inner housing (30) between the inner surface of the flow path for the flow of a fluid (40) are formed, said upper housing (10) with the interior of said impeller grooves (31) which are accommodated in a rotatably mounted impeller (50); Said impeller (50) installed on is damped by a rotor (60); and said rotor (60) and corresponding on said inner housing (30) and said lower housing (20) receiving spaces between stator (70) consists of including. The present invention refers to said flow path (40) in fluid exhaust to an upper surface, said impeller (50) body (51) formed a lower peripheral rotor receiving space (51d ') having rotor receiving portion (51d) at regular intervals in a plurality of turns outer wing (52) fixed to that, part of the pump part and the motor portion integrated into one pumping effect etc.. Said, upper housing (10) includes a fluid inlet (11) and an outlet (12) is formed on the upper shaft supporting part is provided on the central portions, protruding the central M1 formed central circular cap, an internal peripheral portion of the housing (30) for engagement with the flange formed with in the nanometer range. And, inlet (11) form one direction central stone tile inner pipe projects, outlet (12) the impeller (50) side communicated with the inner space with the inlet (11) in the direction orthogonal to the pipe type projecting in the nanometer range. A lower housing (20) an upper housing (10) disposed in the lower side of the corresponding, in a configuration in which installed, to form a closed cylindrical shape and is separated from the below, centrally inner housing (30) for supporting shaft of part (32) which rests on the fastening member inserting [...] is formed in the semiconductor substrate. Inner housing (30) has upper and lower housing (10) to (20) which is placed between the configuration, plate is central portion (50) for receiving impeller containing groove (31) is formed, the impeller grooves (31) central bottom of lower frequency clock (32) is formed in the nanometer range. And, inner housing (30) the lower housing (20) in the inserted state of the peripheral portion exterior to the stator (70) for the installation of a receiving space is formed, frequency clock (32) the lower portion of a lower housing (20) includes a fastening member fastening through a fixing hole of a side projected toward in the nanometer range. Said impeller (50) includes a top housing (10) with the interior of the impeller containing groove (31) rotatably inserted on substantial pumping action performing configuration, impeller body (51) the outside of the inner housing (30) between the flow inner surface (40) is formed. In said, flow path (40) of the present invention is technical subject matter specifically account for a side circumference flow (40a) and a lower flow path (40b) in number in the order of 25. And, said impeller (50) the impeller body (51), impeller body (51) which is mounted on the impeller shaft (55), impeller body (51) provided in the top and bottom impeller top cover (56) lower cover and an impeller (57) consisting in the nanometer range. Said, impeller body (51) is formed in circular cylinder body down a shaft insertion hole (51a) and perforated, entering the groove part of the body (51b) and a driving gear and, impeller body (51) provided downward around rotor receiving portion (51d) accommodating space (51d ') the rotor (60) is embedded while receiving a, grooves and (51b) part of the body is formed around a plurality of blades piece (53) formed in the nanometer range. And, wing pieces (53) on the upper surface of impeller top cover (56) fastening of projected toward in the nanometer range. In particular, in conventional pump suction and discharge fluid communicated with performing some fluids and fluid contained in a side circumference flow air (40a) are prevented from entering the impeller body (51) lower outer lower flow path (40b) collection which, said bubble when it became the sump pump drive by a fluid as the trench is then noise and excessive vibration occurs can be, thereby pump but without any linearly by the lowering the efficiency, the present invention refers to recover the same flow (40) into a fluid in upper with a proceeding direction, impeller of the present invention (50) includes said flow path (40) to an upper surface in fluid exhaust, said impeller (50) body (51) formed on top of the wing piece (53) in addition to the body (51) of the rotor receiving portion (51d) at regular intervals in a plurality of turns outer wing (52) provided the impeller (50) driving said wing pieces (53) and rotor blade (52) rotate simultaneously in the same direction said wing pieces (53) intake port (11) entering the fluid outlet (12) side outer cover, rotor blade (52) includes a side circumference flow (40a) are prevented from entering a portion fluid to the internal housing (30) inside surface of the rotor blade (52) mounted on the rotating shaft and adjusts between while said outer wing pieces (53) wicking force by rotation of the discharge opening (12) side can be mixing and discharging and, another fluid lower flow portion (40b) fluid collection case also said rotary blades (52) are arranged by the rotation of the housing (30) inside surface of the rotor blade (52) between the outer circumference flow (40a) and raised, said raised some fluid such as rotor blade (52) crushed by the outlet (12) side can be to mixing and discharging. The, impeller (50) during high speed rotation flow of (40) dissolves the produced some fluid and air rotor blade (52) while crushed by a wing pieces (53) rotated by the wicking force to move the outlet (12) of the inner side are, impeller (50) wing pieces (53) rises to notify said fluid exit discharge is formed wing pieces (53) while maintaining a rotating force of the reinforcing and smooth fluid flow, thereby reducing the labor performed without loss discharge pressure pumping pressure reference value and information on the efficiency are disclosed. In the embodiment of the present invention to the other, such as also 6, inner housing (30) around an inside surface of the spiral guide groove (33) formed lower flow (40b) it became the sump to some fluid rotary blades (52) rotates said spiral guide groove while elevated (33) guided by the exhaust fan discharge to be established by the rising can be more quickly. I.e., lower flow (40b) collection partial fluid the rotary vane (52) by the rotation of the lower flow path (40b) to move the one spiral guide groove (33) in the water is heightened along the inner housing (30) as the test fluid to rise more quickly than increase inside surface of rising of internal pumping means may be made of, retains the cover and the water be. On the other hand, impeller shaft (55) is outer axis insertion hole (51a) which are inserted into the shaft supporting member (51c) is constituted disclosed. And, impeller top cover (56) is defined by the bottom surface of the disk-shaped wing pieces (53) is supported units coupling boss (56a) on, inlet (11) and an impeller body (51) inlet groove (51b) has a through hole (56b) formed in the nanometer range. In addition, impeller bottom cover (57) the rotor has a rotating receiving space (51d ') closed side impeller to body (51) which is coupled to the bottom of, the axis of rotation pass through openings 57a, 57b is insertion projection are disclosed. Said, rotor (60) the impeller (50) installed on the damped in a configuration in which, the ring magnets N poles and S pole repeatedly tightly it became character composed of impeller body (51) of rotor receiving space (51d ') insertion and force is removed. And, stator (70) includes a rotor (60) electronic induction action with the rotor (60) at a position corresponding rear wound core (71), core (71) for supporting a lower side of the upper core coupled to top support member (72), and the core (71) for supporting a lower side of the insulating support member (73) is made up of a, core (71) is overall shape having a plurality of teeth are formed outside of the inner circular ring-shaped core is formed, the upper and lower core support member (72, 73) is an annular plate M1 mask is the upper surface of the top and bottom seal and disposed therein. 80 During drawing and a circuit board, the power supply includes connector 90 among others. The description of the present invention refers to a heating mat or the like more heated hot water circulating hot water circulating pump performing a third pumping action (100) is disclosed but, hot water is not applicable to a circulating pump for performing suction and discharge fluid, said heating means such as hot water circulating pump dispensed description is given of a power supply according to which are attached to each other. In the embodiment described above the present invention is but only about only example defining but is, in the embodiment of the present invention this genus field 155.520 biosensors properties if the inputted from deviating from a not illustrated or more may be that of a deflection of the various applications are disclosed. Such distortion and applications and related appended in the claims of the present invention defining the differences range will be interpreted. 100: Hot water circulating pump 10: upper housing 11: Inlet 12: outlet 20: A lower housing 30: inner housing 31: Impeller grooves 32: frequency clock 33: Spiral guide groove 40: flow path 50: Impeller 51: body 51A: a shaft insertion hole 51b: grooves and 51C: shaft supporting member 51d: rotor receiving portion 51D ': rotor receiving space 52: rotor blade 53: Wing pieces 55: axis of rotation 56, 57: On, bottom cover 60: rotor 70: Stator 71: core 72, 73: On, lower core support member 80: circuit board 90: Power supply connector The present invention relates to a pump for circulating hot water. More specifically, the pump for circulating hot water is capable of discharging a part of fluid and air introduced into a lower portion of a pump chamber through a fluid discharge port without the loss of discharge pressure, such that the fluid smoothly flows, thereby improving the lifting efficiency of the pump and preventing the damage to an impeller, and thus, the durability of the impeller is enhanced. The pump for circulating hot water comprises: an upper housing having an inlet and an outlet to and from which the fluid is introduced and discharged and an upper shaft support portion formed on an inner central portion thereof; a lower housing disposed and installed corresponding to a lower side of the upper housing and having an accommodation space formed therein; an inner housing having an edge portion interposed on the upper and lower housings and a shaft support portion formed on a lower central portion of the bottom portion of an impeller accommodation groove formed in a central portion; the impeller accommodated in the upper housing and the impeller accommodation groove to be able to rotate, such that a fluid passage for the transfer of the fluid is formed between the inner surface of the inner housing and the impeller; a rotor installed on an inner side of an outer circumference of the impeller; and a stator installed in an accommodation space between the inner housing and the lower housing, wherein the stator is disposed corresponding to the rotor. Moreover, rotating blades are installed at regular intervals on an outer circumference of a rotor accommodation portion having a rotor accommodation space which is formed in a lower circumference of a body of the impeller, such that the fluid in the fluid passage is discharged upward. COPYRIGHT KIPO 2018 Fluid inlet (11) and an outlet (12) is formed on the upper shaft supporting central portions formed on the upper housing (10); said upper housing (10) disposed in the lower side of the corresponding, installed is separated from the lower housing (20); said upper and lower housings (10) to (20) has a connection hole edge portion interposed impeller grooves (31) central bottom lower frequency clock (32) is formed inner housing (30); said inner housing (30) between the inner surface of the flow path for the flow of a fluid (40) are formed, said upper (10) with the interior of said impeller grooves (31) which are accommodated in a rotatably mounted impeller (50); said impeller (50) installed on is damped by a rotor (60); and said rotor (60) and corresponding on said inner housing (30) and said lower housing (20) receiving spaces between stator (70) and comprising, said flow path (40) to an upper surface in fluid exhaust, said impeller (50) body (51) formed a lower peripheral rotor receiving space (51d ') having rotor receiving portion (51d) at regular intervals in a plurality of turns outer wing (52) which constitutes installed, said impeller (50) body (51) formed on top of the wing piece (53) is said inlet (11) fluid entering said outlet (12) side outer cover, said rotor blade (52) is said flow path (40) it became the sump fluid to said inner housing (30) inside surface of the rotor blade (52) between the outer circumference flow (40a) to raise said outlet (12) side for discharging the hot water circulating pump characterized. Back number According to Claim 1, said inner housing (30) around an inside surface of the spiral guide groove (33) characterized in that it forms a hot water circulating pump.
