CN106917448B - Device composed of a series of magnetic sealing tipping bucket type anti-drying floor drains and automatic water injection system - Google Patents

Abstract

The invention relates to a device consisting of a series of magnetic sealing tipping bucket type anti-drying floor drains and an automatic water injection system, which is characterized by comprising a magnetic sealing tipping bucket type check valve floor drain core with and without sensing drainage and blocking functions, a transverse drainage trap with and without a water injection socket, a vertical drainage body with and without the water injection socket, which is provided with a right angle, an obtuse angle, a U-shaped water trap and a V-shaped water trap, a ground drainage grate, a water pipe drainage grate, an eccentric water pipe drainage grate and a water receiving hopper with a net frame, wherein the series of transverse and vertical drainage anti-drying floor drains with the sensing drainage and water injection functions are formed by different collocation; the invention also comprises an automatic water injection system for injecting water into the anti-drying floor drain with the water injection socket in a timed and quantitative manner, and the automatic water injection system with the anti-siphon function can reduce the damage of the siphon of the drain pipe to the water seal.

Description

Device composed of a series of magnetic sealing tipping bucket type anti-drying floor drains and automatic water injection system

Technical Field

The invention relates to the technical field of building water supply and drainage, in particular to a device consisting of a series of magnetic sealing tipping bucket type anti-drying floor drains and an automatic water injection system.

Background

In the field of building water supply and drainage, a floor drain is an indispensable accessory for removing accumulated water on the ground, a water injection and ventilation pipe system is not generally arranged in China, water seal can not be guaranteed, dryness caused by evaporation and negative pressure siphoning can not be avoided, and odor of a sewer can not be blocked; the alarm can not be given for the long running water formed by the burst of the water pipe and the pipe fitting and the blockage phenomenon of the drainage pipe or the floor drain. In summary, the existing floor drain technology needs to be improved and enhanced.

Disclosure of Invention

In view of the defects of the prior art, the invention aims to provide a device consisting of a series of magnetic sealing tipping bucket type anti-dry floor drains and an automatic water injection system.

The technical scheme of the invention is as follows: the utility model provides a device that is constituteed by a series of magnetic seal tipping bucket formula anti-drying floor drain and automatic water injection system which characterized in that: the device comprises a series of magnetic sealing tipping bucket type anti-dry floor drains and a series of automatic water injection systems matched with the magnetic sealing tipping bucket type anti-dry floor drains for injecting water, wherein the automatic water injection systems comprise automatic water injection systems with anti-siphon functions, and the automatic water injection systems with anti-siphon functions comprise a gas communication device with a drain pipe, an intelligent controller, a water injection device and an anti-siphon water delivery device; the series of magnetic sealing tipping bucket type anti-drying floor drains comprise a magnetic sealing tipping bucket type check valve, an adjusting ring, a drainage sensing component and a blockage sensor, different wastewater leading-in components, a transverse drainage trap with a water injection socket, a vertical downward drainage body with the water injection socket, a vertical drainage pipe and different trap pipes; the magnetic sealing tipping bucket type check valve, the adjusting ring, the drainage sensing component and the blockage sensor, and the different wastewater leading-in components form a serialized magnetic sealing tipping bucket type floor drain core through cross configuration; the serialized magnetic sealing tipping bucket type floor drain core comprises a magnetic sealing tipping bucket type floor drain core without sensing drainage function, a magnetic sealing tipping bucket type floor drain core with sensing blockage function and a magnetic sealing tipping bucket type floor drain core with sensing drainage and blockage functions, wherein the magnetic sealing tipping bucket type floor drain core is provided with different wastewater leading-in parts; the serialized magnetic sealing tipping bucket type floor drain core and a transverse drainage trap with a water injection socket are crossly arranged to form a transverse drainage serial magnetic sealing tipping bucket type anti-drying floor drain; the serialized magnetic sealing tipping bucket type floor drain core and a vertical downward drainage body with a water injection socket are crossly configured to form a vertical downward drainage series magnetic sealing tipping bucket type floor drain, and further, the serialized magnetic sealing tipping bucket type floor drain is crossly configured with a vertical drainage pipe and different water storage elbows to form a vertical downward drainage series magnetic sealing tipping bucket type anti-drying floor drain; the series of magnetic sealing tipping bucket type floor drain cores without the sensing function comprise the magnetic sealing tipping bucket type check valve, the different waste water leading-in parts and the adjusting ring; the magnetic sealing tipping bucket type check valve comprises a funnel; the funnel comprises a first flange, and second bosses are uniformly distributed on the first flange; the adjusting ring comprises a tray, a waterproof wing ring, an adjusting pipe and a transverse first hole, wherein the tray is square and comprises a frame, grate limiting seats, a first boss and a second hole, the grate limiting seats are positioned at four corners and are symmetrical by taking a diagonal line as a central line, and the first boss and the second hole are lower than the grate limiting seats; the waterproof wing ring is square; the magnetic sealing tipping bucket type floor drain core with the sensing drainage function comprises the magnetic sealing tipping bucket type check valve, different waste water leading-in parts, the adjusting ring and the drainage sensing part; the magnetic sealing tipping bucket type floor drain core with the sensing blocking function comprises the magnetic sealing tipping bucket type check valve, different waste water leading-in parts, the adjusting ring and the blocking sensor; the magnetic sealing tipping bucket type floor drain core with the functions of sensing drainage and blocking, the magnetic sealing tipping bucket type check valve, the different wastewater leading-in parts, the adjusting ring, the drainage sensing part and the blocking sensor; the different wastewater leading-in parts comprise a ground drainage grate, a water pipe drainage grate, an eccentric water pipe drainage grate and a water receiving hopper with a net frame; the ground drainage grate comprises a square first grate body, diagonal slats along a diagonal line, peripheral slats along the periphery, a third long-strip-shaped hole, a square board in the middle and four right angles; the water pipe drainage grate comprises a second grate body, a round hole and a first plate edge, wherein the shape of the second grate body is the same as that of the first grate body; the eccentric water pipe drainage grate comprises an eccentric round hole and a second plate edge, and the rest parts are the same as the water pipe drainage grate; the water receiving hopper with the screen frame comprises a water receiving hopper and a stainless steel pore plate; the water receiving hopper comprises a water hopper opening, steps, a transition section and an insertion pipe capable of being inserted into the round hole; the stainless steel orifice plate comprises a stainless steel plate smaller than the inner diameter of the water bucket opening, eighth holes which are uniformly distributed and stainless steel nails welded on the stainless steel plate, and the stainless steel nails comprise nail caps and nail rods; the blocking sensor comprises a transverse plate, a second plastic-packaged reed pipe, a second stainless steel screw, a third stainless steel screw, a floating magnet seat and a fourth magnet; the transverse plate comprises a transverse plate, a rectangular hole, a fifth hole, a sixth hole, a wire guide groove, a wire guide hole and bayonets positioned at two ends; the rectangular hole, the fifth hole and the sixth hole are deviated to one side; the floating magnet seat comprises a box body which is reversely buckled, a third magnet seat, lug plates at two ends and a seventh hole; the magnetic sealing tipping bucket type floor drain core with the functions of sensing drainage and blocking comprises the magnetic sealing tipping bucket type check valve, the wastewater leading-in part, the adjusting ring, the drainage sensing part and the blocking sensor; the transverse drainage trap with the water injection socket comprises a transverse drainage body with the water injection socket, an inner pipe and an O-shaped ring; the transverse drainage body with the water injection bellmouth comprises an upward first floor drain core bellmouth, a first seat positioned at the bottom of the floor drain core bellmouth, a transverse socket-and-spigot first drainage pipe bellmouth, a transverse socket-and-spigot first water injection bellmouth and a cup body; the adjusting pipe comprises three first protruding ridges which are uniformly distributed outside the pipe, and the inner wall of the first floor drain core socket comprises three second protruding ridges which are uniformly distributed and wider than the first protruding ridges; the inner diameter of the first floor drain core socket is larger than the outer diameter of the adjusting pipe, and the inner diameter of the second protruding edge is smaller than the outer diameter of the first protruding edge; the inner pipe comprises a second flange, a second seat, a second bell mouth and a vertical pipe, wherein the second seat is positioned below the outer edge of the second flange and used for fixing the O-shaped ring; the second bell mouth and the vertical pipe are in the position eccentric to the second flange; the vertical downward drainage body with the water injection socket comprises a second floor drain core socket, a second drainage pipe socket and a transverse socket second water injection socket, wherein the second drainage pipe socket is vertically downward and is positioned below the vertical drainage body with the water injection socket; the vertical downward drain body and the vertical downward drain body having the filler neck are different in that the second filler neck is not included; the different trap pipes comprise a second right-angle trap pipe, an obtuse-angle trap pipe and U-shaped and V-shaped trap pipes in the existing market, which are both pipes manufactured by injection molding or casting technology and standard pipe fittings with certain shapes; the second right-angle water elbow comprises a fourth 45-degree elbow, a second right-angle elbow and a fifth 45-degree elbow; the second right-angle elbow comprises a first inflow pipe and a first outflow pipe which are perpendicular to each other; the obtuse angle water-storing elbow comprises a sixth 45-degree elbow, an obtuse angle elbow and an obtuse angle elbow, and the obtuse angle elbow comprises a second inflow pipe and a second outflow pipe with an obtuse angle; the obtuse-angle elbow comprises a second bellmouth, a third inflow pipe, a third outflow pipe and a third bellmouth, and the included angle between the third inflow pipe and the third outflow pipe is an obtuse angle; the device for communicating the gas with the drain pipe comprises a first tee joint connected in series in the tail end of the drain pipe matched with the floor drain, the first tee joint comprises a first pipe orifice vertical to the middle part, the intelligent controller comprises a building central controller and a matched intelligent controller, and the intelligent controller comprises a single chip microcomputer, a timing control button, a delay control button and a manual button; the water injection device comprises a valve, a reducing outer joint, an inner joint, a normally closed electromagnetic valve, an outer wire crescent, a filter screen and a pipe cover seat; the bottom of the pipe cover seat is provided with a ninth hole; the water delivery device comprises a main pipe, an anti-siphon part, a branch pipe part and a magnetic sealing flap check valve type vacuum breaker; the main pipe and the anti-siphon part comprise a first pipe which is vertically upward, an anti-siphon combination, a second pipe which is horizontally arranged, a reducing tee joint, a third pipe and a reducing pipe which is positioned at the tail end; the reducing tee comprises a small pipe orifice in the middle part in the horizontal direction; the anti-siphon combination comprises a V-shaped water storage elbow, a fourth pipe, a first 45-degree elbow, a fifth pipe, a second tee joint, a sixth pipe and a first right-angle water storage elbow; the V-shaped trap, the fourth pipe and the first 45-degree elbow form a first trap, and the second tee joint comprises a second pipe orifice with the middle part vertical; the first right-angle water-storing elbow comprises a second elbow, a first right-angle elbow and a third 45-degree elbow to form a second water-storing elbow; the branch pipe part comprises a seventh pipe, a third right-angle elbow, an eighth pipe, a fourth right-angle elbow, a ninth pipe and a water injection head; the water injection head comprises a water injection head pipe seat, a flap valve and a pair of fourth stainless steel screws; the water injection head pipe seat comprises a first bell mouth, a tenth pipe, a gate seat and a pair of tenth holes; the flap valve comprises a door plate with the diameter smaller than the outer diameter of the tenth pipe and an oval eleventh hole corresponding to the tenth hole; the magnetic sealing flap check valve type vacuum breaker comprises a horn tube seat, a fifth magnet, a flap, a sixth magnet and a fifth stainless steel screw; the horn tube seat comprises a third flange, a third plate edge, a horn tube and a tube end seat; the pipe end seat comprises an outer pipe, a fourth magnet seat positioned on one side and twelfth holes distributed on two sides of the fourth magnet seat; the turning plate comprises a fifth magnet seat positioned on one side and elliptical thirteen holes distributed on two sides of the fifth magnet seat.

The device provided by the invention consists of a series of magnetic sealed tipping bucket type anti-dry floor drains and an automatic water injection system, solves the problem that the water seal of the floor drain fails due to the accidental drainage, evaporation and siphon damage of a drainage pipe, prevents breeding insects, reduces the back overflow of waste water, clears and blocks the opening of the floor drain, can sense the blocking information of the drainage, the floor drain and a sewer, can improve the living environment and facilitate the life, and takes a solid step towards 'building water supply and drainage + Internet'.

Drawings

FIG. 1 is a schematic diagram of a magnetic sealed tipping bucket type anti-drying floor drain with functions of transverse drainage, water injection and sensing drainage and blockage.

Fig. 2 is a top view of the adjustment collar.

FIG. 3 is a view of a floor drain grate.

Fig. 4 top view of the funnel and occlusion sensor.

FIG. 5 is a top view of a transverse drainage body with a filler neck.

Fig. 6 side view of a funnel and occlusion sensor.

FIG. 7 is a schematic view of a water pipe discharge grate.

FIG. 8 is a schematic view of an eccentric water tube drain grate.

Fig. 9 is a water receiving bucket with a net frame.

FIG. 10 is a schematic view of the device in gas communication with a drain.

FIG. 11 is a schematic diagram of an intelligent controller for an automatic water injection system.

FIG. 12 is a schematic view of a water injection device of the automatic water injection system.

FIG. 13 is a schematic view of a water supply apparatus of an automatic water injection system having an anti-siphon function.

FIG. 14 is a side view of a magnetic sealing check valve type vacuum breaker.

FIG. 15 is a schematic diagram of sensor wiring.

FIG. 16 is a schematic diagram of a magnetic sealed skip anti-drying floor drain with vertical drainage and water injection and sensing drainage and blocking functions, which is provided with a right-angle trap.

FIG. 17 is a schematic view of a vertical drainage magnetic sealed dump dry-proof floor drain with an obtuse angle trap.

Detailed Description

The invention provides a device consisting of a series of magnetic sealed tipping bucket type anti-drying floor drains and an automatic water injection system, and in order to make the purpose, the technical scheme and the effect of the invention clearer and clearer, the invention is further described in detail below by referring to the attached drawings of the embodiment and the orientation of the attached drawings. It should be understood that the series of magnetic sealed dump anti-dry floor drains and automatic water injection systems described herein are only illustrative and not intended to limit the present invention.

The invention relates to a device consisting of a series of magnetic sealed tipping bucket type anti-drying floor drains and an automatic water injection system, which is characterized in that: the utility model provides a device that is constituteed by a series of magnetic seal tipping bucket formula anti-drying floor drain and automatic water injection system which characterized in that: the device comprises a series of magnetic sealing tipping bucket type anti-dry floor drains and a series of automatic water injection systems matched with the magnetic sealing tipping bucket type anti-dry floor drains, wherein the automatic water injection systems comprise automatic water injection systems with anti-siphon functions, and the automatic water injection systems with the anti-siphon functions comprise a gas communication device with a drain pipe, an intelligent controller, a water injection device and an anti-siphon water delivery device; the series of magnetic sealing tipping bucket type anti-drying floor drains comprise a magnetic sealing tipping bucket type check valve, an adjusting ring, a drainage sensing component and a blockage sensor, different wastewater leading-in components, a transverse drainage trap with a water injection socket, a vertical downward drainage body with the water injection socket, a vertical drainage pipe and different trap pipes; the magnetic sealing tipping bucket type check valve, the adjusting ring, the drainage sensing component and the blockage sensor, and the different wastewater leading-in components form a serialized magnetic sealing tipping bucket type floor drain core through cross configuration; the serialized magnetic sealing tipping bucket type floor drain core comprises a magnetic sealing tipping bucket type floor drain core without a sensing function, a magnetic sealing tipping bucket type floor drain core with a sensing drainage function, a magnetic sealing tipping bucket type floor drain core with a sensing blockage function and a magnetic sealing tipping bucket type floor drain core with the sensing drainage and blockage functions, wherein the magnetic sealing tipping bucket type floor drain core is provided with different waste water leading-in parts; the serialized magnetic sealing tipping bucket type floor drain core and the transverse drainage trap with the water injection socket are crossly arranged to form a transverse drainage serial magnetic sealing tipping bucket type anti-drying floor drain; the series magnetic sealing tipping bucket type floor drain core and the vertical downward drainage body with the water injection socket are further crossed with the vertical drainage pipe and the different trap pipes to form a series magnetic sealing tipping bucket type anti-drying floor drain with vertical downward drainage.

For convenience of detailed description, the series of lateral drainage magnetic sealed skip type anti-drying floor drains as an embodiment will be described with reference to fig. 1, which is a schematic diagram of a lateral drainage and water injection magnetic sealed skip type anti-drying floor drain with sensing drainage and blocking functions. The magnetic sealing tipping bucket type anti-dry floor drain 1000 with functions of lateral drainage, water injection and sensing drainage and blockage as shown in figure 1 comprises a magnetic sealing tipping bucket type floor drain core 1100 with functions of sensing drainage and blockage and a lateral drainage trap 1200 with a water injection socket; the magnetic sealing skip bucket type floor drain core 1100 with sensing drainage and blocking functions comprises an adjusting ring 1110, a ground drainage grate 1120 belonging to a wastewater leading-in part, a magnetic sealing skip bucket type check valve 1300, a drainage sensing part 1400 and a blocking sensor 1500; the adjusting ring 1110 comprises a tray 1111, a waterproof wing ring 1112, an adjusting pipe 1113 and a transverse first hole 1114, and as can be seen from the top view of the adjusting ring in fig. 2, the tray 1111 is square and comprises a frame 1021, grate limiting seats 1022 which are positioned at four corners and are symmetrical by taking a diagonal line as a central line, a first boss 1023 which is lower than the grate limiting seats 1022 and a second hole 1024; the water resistant wing ring 1112 is square; the adjusting pipe 1113 comprises three first protruding ridges 1025 which are uniformly distributed outside the pipe; referring to the floor drain grate sub-view of FIG. 3, it can be seen that the floor drain grate 1120 comprises a first square grate body 1031, a diagonal strip 1032 along the diagonal, a peripheral strip 1033 along the periphery, a third elongated trapezoidal aperture 1034, a central square strip 1035, and four right angles 1036; the magnetic sealing dump check valve 1300 comprises a funnel 1130, a dump 1140 and a shaft 1150; the funnel 1130 includes a first flange 1131, a slant surface 1132, a first bell-mouth 1133, a drain 1134, a first magnet seat 1135, a first bearing seat 1136 and a first magnet 1137, wherein the slant surface 1132 is provided with a pair of fourth holes 1138 with non-through upper parts; as can be seen from the top view of the funnel and the blockage sensor in fig. 4, eight second bosses 1041 are uniformly distributed on the first flange 1131; the tipping bucket 1140 comprises a bucket 1141, a counterweight seat 1142, a built-in cement counterweight 1143, a counterweight cover 1144, a second bearing seat 1145, a second magnet seat 1146 and a second magnet 1147; the drainage sensing part 1400 comprises a third magnet 1410, a first plastic-packaged reed pipe 1420 and a first stainless steel screw 1430 which are processed together with the cement counterweight 1143; the occlusion sensor 1500, which may be described by the funnel of fig. 4 and the top view of the occlusion sensor and the side view of the funnel of fig. 6 and the occlusion sensor, includes a cross plate 1510, a second plastic reed pipe 1520, a second stainless steel screw 1530, a third stainless steel screw 1540, a floating magnet holder 1550 and a fourth magnet 1560; the transverse plate 1510 comprises a transverse plate 1511, a rectangular hole 1512, a fifth hole 1513, a sixth hole 1514, a wire guide groove 1515, a wire guide hole 1516 and bayonets 1517 positioned at two ends; the floating magnet holder 1550 comprises a box body 1551 which is reversely buckled, a third magnet holder 1552, ear plates 1553 and a seventh hole 1554 at two ends, and the reed pipe cannot be conducted due to a magnetic field in the middle of the reed pipe, so that the rectangular hole 1512, the fifth hole 1513 and the sixth hole 1514 are deviated to one side; in the scheme, the box body 1551 is formed by injection molding of polypropylene with specific gravity smaller than that of water, and the specific gravity of the box body 1551 and the fourth magnet 1560 is smaller than 1; the horizontal drainage trap 1200 with the water injection socket comprises a horizontal drainage body 1210 with the water injection socket, an inner pipe 1220 and an O-shaped ring 1230; the horizontal outlet body 1210 with a filler neck comprises an upward first core neck 1211, a first seat 1212 at the bottom of the core neck 1211, a horizontal socket first outlet pipe neck 1213, a horizontal socket first filler neck 1214 and a cup 1215; as can be seen from the top view of the lateral drainage body with the filler socket in fig. 5, the inner wall of the first floor drain socket 1211 includes three second protrusions 1051 uniformly distributed wider than the first protrusions 1025; the inner diameter of the first floor drain socket 1211 is larger than the outer diameter of the adjusting pipe 1113, and the inner diameter of the second protruding ridge 1051 is smaller than the outer diameter of the first protruding ridge 1025; the inner pipe 1220 includes a second flange 1221, a second seat 1222 fixed to the O-ring 1230 below an outer edge of the second flange 1221, a second bell 1223, and a riser 1224; the second bell mouth 1223, the stand pipe 1224, is off-center of the second flange 1221; the present invention also includes a lateral drainage trap that differs from the transverse discharge trap with fill socket 1200 in that it includes a lateral drainage body that differs from the transverse discharge with fill socket body 1210 in that the first fill socket 1214 is not included.

The assembly process of the magnetic sealing dump check valve 1300 is described as follows, the first magnet 1137 and the second magnet 1147 are pressed into the first magnet seat 1135 located at both sides of the funnel 1130 and the second magnet seat 1146 located at both sides of the dump 1140, respectively, and are attracted to each other; placing cement slurry into the counterweight seat 1142, setting the cement slurry into a cement counterweight after a period of time, and covering the counterweight cover 1144; the magnetic sealing dump check valve 1300 is assembled by forming the first bearing seat 1136 of the hopper 1130 and the second bearing seat 1145 of the dump box 1140 into a bearing pair by the shaft 1150; the drainage sensing member 1400 is added during the assembly of the magnetic sealing tip-over check valve 1300, that is, the third magnet 1410 is added during the cement coagulation process to form a cement counterweight 1143 with a magnet, and the first plastic-sealed reed pipe 1420 is fixed below the fourth hole 1138 of the inclined plane 1132 by the first stainless steel screw 1430 before the bearing pair is formed, so that the magnetic sealing tip-over check valve with a drainage sensing function can be assembled; the process of assembling the plugging sensor 1500 is as follows, the protruding and built-in reed pipe parts of the second plastic-packaged reed pipe 1520 are buckled by the rectangular hole 1512 of the transverse plate 1510, and the second plastic-packaged reed pipe 1520 is fixed on the fifth hole 1513 by the second stainless steel screw 1530 after being turned over; the opening of the case body 1551 of the floating magnet holder 1550 is directed upward, the fourth magnet 1560 is pressed into the third magnet holder 1552 of the floating magnet holder 1550, and the third stainless steel screw 1540 is fixed to the sixth hole 1514 of the cross plate 1510 through the seventh hole 1554, so that the case body 1551 can slide up and down; placing the magnetic seal dump check valve 1300 into the second bore 1024 of the adjustment ring 1110 with four spaced second bosses 1041 adjacent to the first boss 1023, i.e., on a diagonal of the tray 1111; the right angle 1036 of the floor drain 1120 is placed in the grate stop 1022, i.e., stabilized on the tray 1111, and the diagonal strip 1032 is supported by the second bosses 1041 and the first bosses 1023, and the middle of the peripheral strip 1033 at the outer edge is supported by another four second bosses 1041, so as to assemble a magnetic sealed dump bucket floor drain core; the lead of the first plastic packaging reed pipe 1170 passes through the first hole 1114 of the adjusting ring 1110 to be led out, and then the magnetic sealing skip bucket type check valve with the sensing drainage function is assembled into a magnetic sealing skip bucket type floor drain core with the sensing drainage function by the same method; leading out the lead of a second plastic-sealed reed pipe 1520 through the lead groove 1515, the lead hole 1516 and the first hole 1114 of the adjusting ring 1110, then turning over the blockage sensor 1500 and respectively inserting the blockage sensor into the funnel 1130 of the magnetic sealing skip type check valve floor drain core and the magnetic sealing skip type check valve floor drain core with the sensing and draining functions, clamping the bayonet 1517 of the transverse flat plate 1511 on the second boss 1041 of the funnel 1130 parallel to the first bearing seat 1136, and then placing the funnel 1130 on the first flange 1131 to respectively assemble the magnetic sealing skip type floor drain core with the sensing and blockage function and the magnetic sealing skip type floor drain core 1100 with the sensing, draining and blocking functions; the horizontal discharge trap 1200 with filler neck is assembled by placing the O-ring 1230 on the second seat 1222 of the inner tube 1220, pressing the horizontal discharge body 1210 with filler neck down the first core neck 1211 to the first seat 1212, biasing the stand tube 1224 toward the first filler neck 1214; the magnetic sealing tipping bucket type floor drain core, the magnetic sealing tipping bucket type floor drain core with the sensing drainage function, the magnetic sealing tipping bucket type floor drain core with the sensing blockage function and the magnetic sealing tipping bucket type floor drain core 1100 with the sensing drainage and blockage functions are respectively placed in the transverse drainage trap 1200 with the water filling socket, the first protruding ridges 1025 of the adjusting pipe 1113 are inserted into the neutral space between two adjacent second protruding ridges 1051 of the first floor drain core socket 1211, so that the transverse water drainage and water injection magnetic sealing skip type anti-dry floor drain, the transverse water drainage, water injection and magnetic sealing skip type anti-dry floor drain with the sensing water drainage function, the transverse water drainage, water injection and magnetic sealing skip type anti-dry floor drain with the sensing blocking function and the transverse water drainage, water injection and magnetic sealing skip type anti-dry floor drain 1000 with the sensing water drainage and blocking functions can be assembled; the floor drain core and the transverse drainage trap can be assembled into a transverse drainage magnetic sealing tipping bucket type anti-drying floor drain, a transverse drainage magnetic sealing tipping bucket type anti-drying floor drain with a sensing drainage function, a transverse drainage magnetic sealing tipping bucket type anti-drying floor drain with a sensing blockage function, and a transverse drainage magnetic sealing tipping bucket type anti-drying floor drain 1000 with sensing drainage and blockage functions.

The wastewater inlet part of the present invention comprises a water pipe drainage grate 1600 as shown in the schematic view of the water pipe drainage grate in fig. 7, a second grate body 1610 having the same shape as the first grate body 1031 of the floor drainage grate 1120, a circular hole 1620 located at the center and a first plate edge 1630, wherein the inner diameter of the circular hole 1620 is 32 mm; inserting a drain hose of a washing machine and a lavatory into the circular hole 1620 to drain water; because the floor drain is provided with the trap, the toilet equipment which drains water can be provided with no trap; in order to be matched with a series of magnetic sealing tipping bucket type anti-drying floor drains with the function of sensing blockage and prevent wastewater from washing the blockage sensor 1500, the wastewater leading-in part comprises an eccentric water pipe drainage grate 1650 shown as a schematic diagram of the eccentric water pipe drainage grate in fig. 8, the eccentric water pipe drainage grate 1650 comprises an eccentric round hole 1660 and a second plate edge 1670, and the rest parts are the same as the water pipe drainage grate 1600; the wastewater leading-in part also comprises a water receiving hopper 1700 with a net frame, which is represented by a water receiving hopper schematic diagram with a net frame in FIG. 9 and comprises a water receiving hopper 1710 and a stainless steel orifice plate 1720; the water receiving hopper 1710 comprises a hopper port 1711, a step 1712, a transition section 1713 and an insertion pipe 1714 which can be inserted into the round hole 1620 of the water pipe drainage grate 1600; the stainless steel hole plate 1720 comprises a stainless steel plate 1721 with the inner diameter smaller than that of the water bucket port 1711, eighth holes 1722 evenly distributed and stainless steel nails 1723 welded on the stainless steel plate 1721, and each stainless steel nail 1723 comprises a nail cap 1724 and a nail rod 1725; before use, the insertion pipe 1714 of the water receiving funnel 1700 with the screen frame is inserted into the round hole 1620 of the water pipe drainage grate 1600 or the eccentric round hole 1660 of the eccentric water pipe drainage grate 1650, a drainage hose of kitchen washing equipment is inserted into the water funnel port 1711 for drainage, and impurities in wastewater are filtered by the stainless steel orifice plate 1720; when the water receiving bucket 1700 with the net frame needs to be cleaned, the stainless steel pore plate 1720 is held by the hand of the stainless steel nail 1723, and the whole water receiving bucket 1700 with the net frame is taken out to be cleaned when necessary.

The automatic water injection system comprises a gas communication device 1800 with a drain pipe, an intelligent controller, a water injection device 2200 and an anti-siphon water delivery device 2300; the device 1800 for communicating gas with a drain pipe is shown in a schematic diagram of fig. 10 for communicating gas with a drain pipe, and comprises a first tee 1810 connected in series in the tail end of the drain pipe matched with the floor drain, wherein the first tee 1810 comprises a first pipe orifice 1811 vertical to the middle part, in the present case, the device 1800 for communicating gas with a drain pipe adopts plastic pipes and pipes of DN50, and the first pipe orifice 1811 inclines upwards by 45 degrees; the intelligent controller comprises a building central controller and a matched intelligent controller, and in the present case, the intelligent controller 2100 as shown in the intelligent controller schematic diagram of the automatic water injection system in fig. 11 is adopted, and comprises a single chip microcomputer 2110, a timing control button 2120, a delay control button 2130 and a manual button 2140; the water injection apparatus 2200 is as shown in the schematic diagram of the automatic water injection siphon-proof facility in fig. 12, and comprises a valve, a three-way ball valve 2210, an external reducing connector 2220, an internal connector 2230, a normally closed solenoid valve 2240, an external thread crescent 2250, a filter screen 2260 and a pipe cover seat 2270, wherein the bottom of the pipe cover seat 2270 is provided with a ninth hole 2271; in the scheme, the three-way ball valve 2210 is a DN15 three-way ball valve connected with a water inlet pipe, a right spiral pipe 2211 supplies water to the toilet equipment, a left spiral pipe 2212 is connected with a DN15X8 reducing outer joint 2220, and is sequentially connected with the inner joint 2230 of DN8, the normally closed electromagnetic valve 2240 of DN8 and the outer thread moon bend 2250 of DN 8; placing said filter screen 2260 over said ninth aperture 2271 at the bottom of said tube cover housing 2270, and then screwing said tube cover housing 2270 into place at the lower end of said outer wire crescent 2250; as shown in fig. 13, the water delivery device 2300 of the automatic water injection system with an anti-siphon function includes a main pipe and anti-siphon part 2310, a branch pipe part 2320, and a magnetic sealing flap check valve type vacuum breaker 2330; the main pipe and anti-siphon part 2310 comprises a first pipe 2311 which is vertically upward, an anti-siphon combination 2350, a second pipe 2312 which is horizontally arranged, a reducing tee 2313, a third pipe 2314 and a reducing pipe 2315 which is positioned at the tail end; the reducer tee 2313 comprises a small opening 2316 in the horizontal direction at the middle part; the anti-siphon combination 2350 includes a V-shaped trap 2351, a fourth pipe 2352, a first 45 ° elbow 2353, a fifth pipe 2354, a second tee 2355, a sixth pipe 2356, and a first straight angle trap 2360; the V-trap 2351, the fourth pipe 2352 and the first 45-degree elbow 2353 form a first trap with a relatively shallow depth, in this case 30 mm; the second tee 2354 comprises a second pipe orifice 2357 with a vertical middle part, wherein the second pipe orifice 2357 is inclined upwards by 45 degrees in the present case; the first straight angle trap 2360 comprises a second 45-degree elbow 2361, a first straight angle elbow 2362 and a third 45-degree elbow 2363, which form a second trap, and the depth of the second trap is 50mm in the scheme; the branch pipe portion 2320 includes a seventh pipe 2321, a third right-angled bend 2322, an eighth pipe 2323, a fourth right-angled bend 2324, a ninth pipe 2325 and a water injection head 2400; combining the magnification at a and the magnification at B, it can be seen that the fill head 2400 includes a fill head tube base 2410, a flapper 2420, and a pair of fourth stainless steel screws 2430; the fill head seat 2410 includes a first mouthpiece 2411, a tenth tube 2412, a flapper seat 2413, and a pair of tenth holes 2414; the flap valve 2420 comprises a door plate 2421 with a diameter smaller than the outer diameter of the tenth pipe 2412 and an elliptical eleventh hole 2422 corresponding to the tenth hole 2414, the fourth stainless steel screw 2430 is screwed into the tenth hole 2414 through the eleventh hole 2422 to hang the flap valve 2420 outside the water injection head pipe base 2410, and the flap valve 2420 vertically closes the tenth pipe 2412 downwards; in the scheme, the main pipe and the anti-siphon system 2310 adopts plastic pipes and tubes of DN50, the branch pipe adopts plastic pipes and tubes of DN20, and all the reducing pipes adopt plastic pipes of DN50X 20; enlarged at C, it can be seen that the magnetic sealed flap check valve type vacuum breaker 2330 includes a bell tube seat 2331, a fifth magnet 2332, a flap 2333, a sixth magnet 2334 and a fifth stainless steel screw 2335; the bell-mouthed tube seat 2331 comprises a third flange 2336, a third plate edge 2337, a bell tube 2338 and a tube end seat 2339; fig. 14 is a side view of a magnetic hermetic flap check valve type vacuum breaker, wherein the tube-end seat 2339 includes an outer tube 2011, a fourth magnet seat 2012 on one side and twelfth holes 2013 distributed on both sides of the fourth magnet seat 2012; the turning plate 2335 includes a fifth magnet seat 2021 at one side and a thirteenth hole 2022 of an elliptical shape distributed at both sides thereof; pressing the fifth magnet 2332 into the fifth magnet seat 2021 and the sixth magnet 2334 into the fourth magnet seat 2012, with the fifth magnet 2332 and the sixth magnet 2334 attracting each other; the fifth stainless steel screw 2335 is threaded through the thirteenth hole 2022 of the flap 2333 into the twelfth hole 2013, and the magnetic hermetic check valve type vacuum breaker 2330 is assembled and inserted into and closed off the first tube 2311.

FIG. 15 is a schematic diagram of sensor wiring, showing sensor wiring 1080 including wires 1081, wiring conduits 1082, a square box 1083 and a dry cell battery-embedded wireless module 1084; the wiring tube 1082 is bent at a right angle.

When the magnetic sealing tipping bucket type anti-drying floor drain 1000 with functions of transverse drainage, water injection and sensing drainage and blockage and the automatic water injection system with the anti-siphon function are installed, the intelligent controller 2100 needs to be installed on a wall where water can not splash and the operation is convenient; the water injection means 2200 is connected to a water supply pipe. Assembling the transverse drainage trap 1200 with the filler neck, one inserts the filler head 2400 into the first filler neck 1214 so that the fourth stainless steel screw 2430 is positioned on the same horizontal line above, and then bonds and fixes, and the other inserts the drain pipe into the first drain pipe neck 1213 and lays the drain pipe, including connecting the first tee 1810 in series on the drain pipe not far from the end. The piping of the anti-siphon water delivery apparatus 2300 is completed in combination with the orientation and height of the water injection head 2400 on the horizontal drainage trap 1200 having a water injection socket, and the vertical orientation and height of the outer wire moon trap 2250. Since the magnetic sealing check valve type vacuum breaker 2330 is disconnected from the water injection apparatus 2200, it plays a role of vacuum breaking to prevent the waste water from entering the tap water system. According to the field requirement, a pipe penetrates through the first nozzle 1811 of the first tee 1810 and the second nozzle 2357 of the second tee 2355 to form a ventilation pipe system; since the first and second nozzles 1811 and 2357 are inclined at 45 °, the ventilation pipe system is lower than the ground drainage grate 1120 of the magnetic sealed dump dry-proof floor drain 1000 with functions of lateral drainage, water injection and sensing drainage and blockage. The first protruding edge 1025 of the magnetic sealing tipping bucket floor drain core 1100 with the functions of transverse drainage, water injection and sensing drainage and blockage is inserted into a neutral position between two adjacent second protruding edges 1051 of the first floor drain core socket 1211, the height is adjusted and then the magnetic sealing tipping bucket floor drain core 1100 rotates leftwards or rightwards, the first protruding edge 1025 of the adjusting pipe 1113 is squeezed into the second protruding edge 1051 of the first socket 1211 to stabilize the height of the magnetic sealing tipping bucket floor drain core 1100 with the functions of sensing drainage and blockage, and the side frame 1021 is parallel to the edge of a ceramic tile laid in the future. Sensor wiring, a cavity for arranging the square box 1083 and a groove for installing the wiring pipe 1082 are processed on the nearby wall, and the electric wire 1081 is connected with the conducting wires of the first plastic-packaged reed pipe 1170 and the second plastic-packaged reed pipe 1420 led out from the first hole 1114, then penetrates through the wiring pipe 1082 and is connected with the wireless module 1084.

Before starting, the tipping bucket 1140 is in a horizontal state, the first magnet 1160 is far away from the first plastic packaging reed pipe 1170, and a first circuit formed by the first magnet is disconnected to form an 'off' signal and output a '0' signal outwards; at this time, the floating magnet base 1450 is located at the lower end by gravity, the fourth magnet 1460 is then away from the second plastic-encapsulated reed pipe 1420, and a second circuit formed by the fourth magnet 1460 is broken to turn off and output a signal of "0" to the outside. Pressing the manual button 2140 of the intelligent controller 2100 first starts the intelligent controller 2100 to start timing, and at the same time, opening the normally closed solenoid valve 2240, so that tap water flows into the magnetic sealing check valve type vacuum breaker 2330 after passing through the outer wire moon 2250 and being filtered, and the flap 2333 moves downward when being subjected to a pressure greater than the attractive force between the fifth magnet 2332 and the sixth magnet 2334, and is limited to swing downward by the fifth stainless steel screw 2335; after water flows into the first pipe 2311, the first trap and the second trap are filled in sequence to form a shallow first water seal and a deep second water seal, then the water flows into the branch pipe part 2320 and the tenth pipe 2412 of the water injection head pipe seat 2410 through the reducing tee 2313 and the reducing pipe 2315, and tap water can push the flap valve 2420 open and flow into the cup body 1215 through the first water injection socket 1214. The water surface rises until the water overflows from the first drainage pipe bellmouth 1213, and a floor drain water seal with the height of 50mm is formed. Releasing the manual button 2140 to stop the water supply, the turning plate 2333 acting as an attractive force between the fifth magnet 2332 and the sixth magnet 2334, and under the guidance of the fifth stainless steel screw 2335, swinging upwards to close the magnetic sealing check valve type vacuum breaker 2330, which has the functions of slowing down the evaporation of water in the water delivery device 2300 of the automatic water injection system with anti-siphon function and preventing insects from entering; the flap valve 2420 vertically closes the seventh pipe 2412 downward by gravity to prevent the gas of the sewage from flowing into the water delivery device 2300 of the automatic water injection system having the anti-siphon function. The magnetic sealing skip type check valve 1300 seals the channel of the magnetic sealing skip type anti-drying floor drain 1000 with functions of transverse drainage, water injection and sensing drainage and blockage, and can effectively slow down the drying of a water seal, prevent insects such as cockroaches of a sewer from entering a room, and prevent mosquitoes and gnats from entering the floor drain to propagate. The floor surface has a large amount of accumulated water which flows into the magnetic sealed skip type anti-dry floor drain 1000 with the functions of transverse drainage, water injection and sensing drainage and blockage from the drainage hole formed by the frame 1021 of the adjusting ring 1110 and the diagonal line plate 1032 of the floor drainage grate 1120, and part of the water also flows into the skip 1140 from the third hole 1034 and enters the skip 1140 along the wall of the funnel 1130, so the influence on the blockage sensor 1500 is small. When the water collected in the tipping bucket 1140 reaches a certain amount and turns over, the first magnet 1160 approaches the first plastic-packaged reed pipe 1170, an originally disconnected circuit is closed to form an "on" signal, a "1" signal is output outwards, the tipping bucket 1140 swings to a horizontal state after the water is dumped, the first magnet 1160 is far away from the first plastic-packaged reed pipe 1170, a circuit is disconnected to form an "off" signal, and a "0" signal is output outwards, along with the swinging of the tipping bucket 1140, the first plastic-packaged reed pipe 1170 outwards outputs "0" and "1" alternate electric signals converted from the flow and the state of the accumulated water entering the floor drain, and the wireless module 1084 sends wireless information including the floor drain number and the electric signals accordingly. For places such as archives, storehouses and machine rooms where surface water accumulation is not allowed, the control mechanism immediately implements water logging alarm; for the house, if the water pipe and the pipe fitting burst, the wireless module 1084 continuously sends information before being prevented, and the control mechanism can judge the abnormality according to the time when the wireless module 1084 continuously sends information, alarm and take corresponding measures. Water dumped from dump 1140 flows into cup 1215 through inner tube 1220, possibly above first fill socket 1214, and waste water is blocked from flowing by flapper 2420; the waste water higher than the first drain pipe bell 1213 will flow to the sewer and finally form a stable water seal. For the floor drain without the water delivery device 2300 of the automatic water injection system with the anti-siphon function, when pressure fluctuation occurs in the water discharge system, the pressure fluctuation of the pressure fluctuation is totally acted on the water seal of the floor drain to cause the damage of the water seal, and after the transverse water discharge, water injection and sensor type magnetic sealing skip bucket type anti-dry floor drain 1000 is configured with the water delivery device 2300 of the automatic water injection system with the anti-siphon function, the pressure wave of a considerable part of sewer gas can be diffused to the connecting pipeline between the first tee 1810 and the second tee 2355 and the anti-siphon combination 2350, so that a large space is provided for reducing the siphon action of the fluctuation pressure on the water seal 1000 of the transverse water discharge, water injection and sensor type magnetic sealing skip bucket type anti-dry floor drain 1000; the water delivery device 2300 of the automatic water injection system with the anti-siphon function has good capability of breaking the fluctuation pressure of gas, the gas subjected to pressure fluctuation is positioned between the first water seal and the second water seal, when the negative pressure is higher, the shallow water in the first water seal is most easily absorbed, and the water is still remained in the pipeline between the fifth pipe 2354 and the sixth pipe 2356 under the action of gravity; the negative pressure water absorption may form an air channel, break vacuum, or after pressure decay, the water remained in the pipeline flows back, and the first water seal and the second water seal are restored. The water seal of the lateral drainage, water injection and sensor type magnetic sealing skip bucket type anti-drying floor drain 1000 is protected by double protection of anti-siphon and evaporation slowing, and can be stabilized within an effective height range within a relatively long time, so that a longer automatic water injection period is provided. If the sundries in the floor drain are too much, the flow is influenced and even blocked, and the accumulated water on the ground cannot be discharged in time; when a sewer pipe is blocked, accumulated water on the ground cannot be drained out in time, waste water can also flow back to the floor drain, the water level in the floor drain can be increased due to the phenomena, the floating magnet seat 1550 floats upwards, the fourth magnet 1560 is close to the second plastic-packaged reed pipe 1520, an originally disconnected circuit of the blocking sensor 1500 is closed to form an open signal, a continuous 1 signal is output outwards, the wireless module 1084 sends wireless information including floor drain numbers and blocking electric signals according to the open signal, the control mechanism gives an alarm after obtaining the information, and related personnel can clean the floor drain and dredge the sewer pipe in time.

The difference between the automatic water injection system and the automatic water injection system with anti-siphon function is that the air communication device 1800 with the water discharge pipe is not included, nor is the anti-siphon combination 2350 in the anti-siphon water delivery device 2300 included, i.e., the V trap 2351, the fourth pipe 2352, the first 45 ° elbow 2353, the fifth pipe 2354, the second tee 2355, the sixth pipe 2356, and the first right angle trap 2360 are not included, but a right angle elbow is required to be connected between the first pipe 2311 and the second pipe 2312.

The series of magnetic sealed skip anti-drying floor drains comprise a vertical drainage and water injection which is provided with a right-angle trap as shown in figure 16, and a magnetic sealed skip anti-drying floor drain 6000 which has the functions of vertical drainage and water injection and sensing drainage and blockage and is represented by a schematic diagram of the magnetic sealed skip anti-drying floor drain with the functions of sensing drainage and blockage, and the magnetic sealed skip anti-drying floor drain comprises the magnetic sealed skip floor drain core 1100 with the functions of sensing drainage and blockage, a vertical drainage body 6200 with a water injection socket, a vertical drainage pipe 6300 and a second right-angle trap 6400; the vertical drainage body 6200 with the water injection socket comprises a second leakage core socket 6210, a second drainage pipe socket 6220 and a second water injection socket 6230; the second drain pipe socket 6220 is vertically downward, is positioned below the vertical drain body 6200 with the water injection socket, and is inserted into the vertical drain pipe 6300; the second quarter bend 6400 comprises a fourth 45 ° bend 6410, a second quarter bend 6420, and a fifth 45 ° bend 6430; the second right-angle elbow 6420 includes a first inflow pipe 6421 and a first outflow pipe 6422 perpendicular to each other; the lower end of the vertical water discharge pipe 6300 is inserted into the fourth 45-degree elbow 6410 of the second right-angle water trap 6400, and a DN50 plastic pipe is adopted in the case; in order to ensure the quality of the trap, improve the work efficiency and reduce the cost in the building industry, pipes and standard pipe fittings with certain shapes manufactured by injection molding or casting technology are necessarily adopted. If the second right angle trap 6400 is blocked, the components inside the adjustment ring 1110 can be removed, and then the blockage can be cleared by shaking the flexible shaft dredger and simultaneously inserting the flexible shaft into the vertical drain body 6200 with the water injection socket, the vertical drain pipe 6300 and the second right angle trap 6400.

The series of magnetic sealed tipping-bucket anti-dry floor drains and automatic water injection anti-siphon systems further comprise a vertical drainage magnetic sealed tipping-bucket anti-dry floor drain 7000 provided with an obtuse angle trap, which is represented by a schematic diagram of the vertical drainage magnetic sealed tipping-bucket anti-dry floor drain provided with the obtuse angle trap in FIG. 17, wherein the difference between the vertical drainage magnetic sealed tipping-bucket anti-dry floor drain 7000 provided with the obtuse angle trap and the vertical drainage, water injection and sensor type magnetic sealed tipping-bucket anti-dry floor drain 6000 provided with the right angle trap is that the series of magnetic sealed tipping-bucket anti-dry floor drains and automatic water injection anti-siphon systems comprise a magnetic sealed tipping-bucket floor drain core, a vertical drainage body 7100 and an obtuse angle trap 7300; the vertical drainage body 7100 is the same as the vertical drainage body 6200 with a water injection socket except that it does not comprise a second water injection socket 6230; the obtuse angle trap 7300 comprises a sixth 45-degree elbow 7310, an obtuse angle elbow 7320 and an obtuse angle elbow 7330, the obtuse angle elbow 7320 comprises a second inflow pipe 7321 and a second outflow pipe 7322, and the included angle between the two pipes is an obtuse angle, in this case, 112.5 degrees; the obtuse-angle elbow 7330 includes a second mouthpiece 7331, a third inflow pipe 7332, a third outflow pipe 7333 and a third mouthpiece 7334, and an included angle between the third inflow pipe 7332 and the third outflow pipe 7333 is an obtuse angle, in this case, 157.5 degrees; the third 45 ° elbow 7310 and the second inflow pipe 7321 of the obtuse angle elbow 7320 form an inflow end 7340 after installation, and the horizontal included angle of the inflow end 7340 is 45 °; the second outflow pipe 7322 is inserted into and fixed to the second socket 7331 and the third inflow pipe 7332 to form an outflow end 7350, and a horizontal included angle of the outflow end 7350 is smaller than 45 °, in this case, 22.5 °; the third outflow pipe 7333 and the third mouthpiece 7334 are in a horizontal state; the blockage can be cleared by a flexible shaft dredger.

The different wastewater leading-in parts, the second right-angle water storage elbow 6400 and the obtuse-angle water storage elbow 7300 are matched, and other forms of vertical drainage magnetic sealing tipping bucket type anti-drying floor drains can be formed. The U-shaped and 45-degree V-shaped water storage elbows sold in the market at present can also replace a second right-angle water storage elbow 6400 and an obtuse-angle water storage elbow 7300 to form a vertical drainage magnetic sealing tipping bucket type anti-drying floor drain, but the vertical drainage magnetic sealing tipping bucket type anti-drying floor drain is difficult to clean by a flexible shaft dredger.

Claims (8)

1. The utility model provides a device that is constituteed by a series of magnetic seal tipping bucket formula anti-drying floor drain and automatic water injection system which characterized in that: the device comprises a series of magnetic sealing tipping bucket type anti-dry floor drains and a series of automatic water injection systems matched with the magnetic sealing tipping bucket type anti-dry floor drains, wherein the automatic water injection systems comprise automatic water injection systems with anti-siphon functions, and each automatic water injection system comprises a gas communication device with a drain pipe, an intelligent controller, a water injection device and an anti-siphon water delivery device; the series of magnetic sealing tipping bucket type anti-drying floor drains comprise a magnetic sealing tipping bucket type check valve, an adjusting ring, a drainage sensing component and a blockage sensor, different wastewater leading-in components, a transverse drainage trap with a water injection socket, a vertical downward drainage body with the water injection socket, a vertical drainage pipe and different trap pipes; the magnetic sealing tipping bucket type check valve, the adjusting ring, the drainage sensing component and the blockage sensor, and the different wastewater leading-in components form a serialized magnetic sealing tipping bucket type floor drain core through cross configuration; the serialized magnetic sealing tipping bucket type floor drain core comprises a magnetic sealing tipping bucket type floor drain core without a sensing function, a magnetic sealing tipping bucket type floor drain core with a sensing drainage function, a magnetic sealing tipping bucket type floor drain core with a sensing blockage function and a magnetic sealing tipping bucket type floor drain core with the sensing drainage and blockage functions, wherein the magnetic sealing tipping bucket type floor drain core is provided with different wastewater leading-in parts; the serialized magnetic sealing tipping bucket type floor drain core and a transverse drainage trap with a water injection socket are crossly arranged to form a transverse drainage serial magnetic sealing tipping bucket type anti-drying floor drain; the series magnetic sealing tipping bucket floor drain core and the vertical downward drainage body with the water injection socket are crossly arranged to form a series of vertical downward drainage magnetic sealing tipping bucket floor drain, and further, the series of vertical downward drainage magnetic sealing tipping bucket floor drain is crossly arranged with the vertical drainage pipe and different water storage elbows to form a series of vertical downward drainage magnetic sealing tipping bucket anti-drying floor drain.

2. The apparatus of claim 1, wherein: the series of magnetic sealing tipping bucket type floor drain cores without the sensing function comprise the magnetic sealing tipping bucket type check valve, the different waste water leading-in parts and the adjusting ring; the magnetic sealing tipping bucket type check valve comprises a funnel, a tipping bucket and a shaft; the funnel comprises a first flange, and second bosses are uniformly distributed on the first flange; the adjusting ring comprises a tray, a waterproof wing ring, an adjusting pipe and a transverse first hole, wherein the tray is square and comprises a frame, grate limiting seats, a first boss and a second hole, the grate limiting seats are positioned at four corners and are symmetrical by taking a diagonal line as a central line, and the first boss and the second hole are lower than the grate limiting seats; the magnetic sealing tipping bucket type floor drain core with the functions of sensing drainage and blocking comprises the magnetic sealing tipping bucket type check valve, different waste water leading-in parts, the adjusting ring, the drainage sensing part and the blocking sensor.

3. The apparatus of claim 1, wherein: the different wastewater leading-in parts comprise a ground drainage grate, a water pipe drainage grate, an eccentric water pipe drainage grate and a water receiving hopper with a net frame; the ground drainage grate comprises a square first grate body, diagonal slats along a diagonal line, peripheral slats along the periphery, a third long-strip-shaped hole, a square board in the middle and four right angles; the water pipe drainage grate comprises a second grate body, a round hole and a first plate edge, wherein the shape of the second grate body is the same as that of the first grate body; the eccentric water pipe drainage grate comprises an eccentric round hole and a second plate edge, and the rest parts are the same as the water pipe drainage grate; the water receiving hopper with the screen frame comprises a water receiving hopper and a stainless steel pore plate; the water receiving hopper comprises a water hopper opening, steps, a transition section and an insertion pipe capable of being inserted into the round hole; the stainless steel orifice plate comprises a stainless steel plate with an inner diameter smaller than the inner diameter of the water bucket opening, eighth holes evenly distributed and stainless steel nails welded on the stainless steel plate, and each stainless steel nail comprises a nail cap and a nail rod.

4. The apparatus of claim 1, wherein: the blocking sensor comprises a transverse plate, a second plastic-packaged reed pipe, a second stainless steel screw, a third stainless steel screw, a floating magnet seat and a fourth magnet; the transverse plate comprises a transverse plate, a rectangular hole, a fifth hole, a sixth hole, a wire guide groove, a wire guide hole and bayonets positioned at two ends; the rectangular hole, the fifth hole and the sixth hole are deviated to one side; the floating magnet seat comprises a box body which is reversely buckled, a third magnet seat, lug plates at two ends and a seventh hole; the magnetic sealing tipping bucket type floor drain core with the functions of sensing drainage and blocking comprises the magnetic sealing tipping bucket type check valve, the wastewater leading-in part, the adjusting ring, the drainage sensing part and the blocking sensor.

5. The apparatus of claim 1, wherein: the transverse drainage trap with the water injection socket comprises a transverse drainage body with the water injection socket, an inner pipe and an O-shaped ring; the transverse drainage body with the water injection bellmouth comprises an upward first floor drain core bellmouth, a first seat positioned at the bottom of the floor drain core bellmouth, a transverse socket-and-spigot first drainage pipe bellmouth, a transverse socket-and-spigot first water injection bellmouth and a cup body; the adjusting pipe comprises three first protruding ridges which are uniformly distributed outside the pipe, and the inner wall of the first floor drain core socket comprises three second protruding ridges which are uniformly distributed and wider than the first protruding ridges; the inner diameter of the first floor drain core socket is larger than the outer diameter of the adjusting pipe, and the inner diameter of the second protruding edge is smaller than the outer diameter of the first protruding edge; the inner pipe comprises a second flange, a second seat, a second bell mouth and a vertical pipe, wherein the second seat is positioned below the outer edge of the second flange and used for fixing the O-shaped ring; the second bell mouth and the vertical pipe are arranged at the position eccentric to the second flange.

6. The apparatus of claim 1, wherein: the vertical downward drainage body with the water injection socket comprises a second floor drain core socket, a second drainage pipe socket and a transverse socket second water injection socket, wherein the second drainage pipe socket is vertically downward and is positioned below the vertical drainage body with the water injection socket.

7. The apparatus of claim 1, wherein: the different trap pipes comprise a second right-angle trap pipe, an obtuse-angle trap pipe and U-shaped and V-shaped trap pipes in the existing market, which are both pipes manufactured by injection molding or casting technology and standard pipe fittings with certain shapes; the second right-angle water elbow comprises a fourth 45-degree elbow, a second right-angle elbow and a fifth 45-degree elbow; the second right-angle elbow comprises a first inflow pipe and a first outflow pipe which are perpendicular to each other; the obtuse angle water-storing elbow comprises a sixth 45-degree elbow, an obtuse angle elbow and an obtuse angle elbow, and the obtuse angle elbow comprises a second inflow pipe and a second outflow pipe with an obtuse angle; the obtuse-angle elbow comprises a second bellmouth, a third inflow pipe, a third outflow pipe and a third bellmouth, and the included angle between the third inflow pipe and the third outflow pipe is an obtuse angle.

8. The apparatus of claim 1, wherein: the device for communicating the gas with the drain pipe comprises a first tee joint connected in series in the tail end of the drain pipe matched with the floor drain, the first tee joint comprises a first pipe orifice vertical to the middle part, the intelligent controller comprises a building central controller and a matched intelligent controller, and the intelligent controller comprises a single chip microcomputer, a timing control button, a delay control button and a manual button; the water injection device comprises a valve, a reducing outer joint, an inner joint, a normally closed electromagnetic valve, an outer wire crescent, a filter screen and a pipe cover seat; the bottom of the pipe cover seat is provided with a ninth hole; the water delivery device comprises a main pipe, an anti-siphon part, a branch pipe part and a magnetic sealing flap check valve type vacuum breaker; the main pipe and the anti-siphon part comprise a first pipe which is vertically upward, an anti-siphon combination, a second pipe which is horizontally arranged, a reducing tee joint, a third pipe and a reducing pipe which is positioned at the tail end; the reducing tee comprises a small pipe orifice in the middle part in the horizontal direction; the anti-siphon combination comprises a V-shaped water storage elbow, a fourth pipe, a first 45-degree elbow, a fifth pipe, a second tee joint, a sixth pipe and a first right-angle water storage elbow; the V-shaped trap, the fourth pipe and the first 45-degree elbow form a first trap, and the second tee joint comprises a second pipe orifice with the middle part vertical; the first right-angle water-storing elbow comprises a second elbow, a first right-angle elbow and a third 45-degree elbow to form a second water-storing elbow; the branch pipe part comprises a seventh pipe, a third right-angle elbow, an eighth pipe, a fourth right-angle elbow, a ninth pipe and a water injection head; the water injection head comprises a water injection head pipe seat, a flap valve and a pair of fourth stainless steel screws; the water injection head pipe seat comprises a first bell mouth, a tenth pipe, a gate seat and a pair of tenth holes; the flap valve comprises a door plate with the diameter smaller than the outer diameter of the tenth pipe and an oval eleventh hole corresponding to the tenth hole; the magnetic sealing flap check valve type vacuum breaker comprises a horn tube seat, a fifth magnet, a flap, a sixth magnet and a fifth stainless steel screw; the horn tube seat comprises a third flange, a third plate edge, a horn tube and a tube end seat; the pipe end seat comprises an outer pipe, a fourth magnet seat positioned on one side and twelfth holes distributed on two sides of the fourth magnet seat; the turning plate comprises a fifth magnet seat positioned on one side and elliptical thirteen holes distributed on two sides of the fifth magnet seat.

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