CN110258732B - Method and device for sealing and deodorizing of magnetic suspension discharge of washstand - Google Patents
Method and device for sealing and deodorizing of magnetic suspension discharge of washstand Download PDFInfo
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- CN110258732B CN110258732B CN201910673132.3A CN201910673132A CN110258732B CN 110258732 B CN110258732 B CN 110258732B CN 201910673132 A CN201910673132 A CN 201910673132A CN 110258732 B CN110258732 B CN 110258732B
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/12—Plumbing installations for waste water; Basins or fountains connected thereto; Sinks
- E03C1/28—Odour seals
- E03C1/29—Odour seals having housing containing dividing wall, e.g. tubular
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- Water Treatment By Electricity Or Magnetism (AREA)
Abstract
The invention relates to a method and a device for sealing and deodorizing in a magnetic suspension discharge way of a wash basin, which aim to solve the problem of poor sealing performance in the prior art, a water outlet of the wash basin is drained downwards through a lower drain pipe connected with the water outlet, a magnetic suspension flushing valve is matched with a sealing sleeve of a shrinkage opening in the lower drain pipe for flushing and sealing, the magnetic suspension flushing valve takes an upper opening water falling cage matched with the sealing sleeve of the shrinkage opening in the lower drain pipe at the periphery of an upper port as a lower drain passage, a sliding rod with a sealing disc at the upper end is vertically matched with the middle part in the water falling cage in a sliding way through a vertical sliding support frame in a sliding way as a valve core in a reciprocating way, the relative positions of the lower end of the sliding rod and the bottom of the water falling cage are respectively provided with upper homopolar magnets and lower homopolar magnets for providing magnetic repulsion power for upwards resetting for the sliding rod and the sealing disc, and a ring-shaped blue disc which is sealed up and down in a pressing way is arranged at the upper part of the water falling cage; the impact force of the flushing is used for closing the downward movement of the disc, a downward discharge channel is opened between the disc and the annular flange, and the initial state is recovered after the flushing is stopped. The sealing device has the advantages of good sealing performance and high reliability.
Description
Technical Field
The invention relates to a wash basin, in particular to a magnetic suspension discharge closed deodorizing method and a magnetic suspension discharge closed deodorizing device for the wash basin.
Background
With the improvement of the consciousness of people's door to the harm of the sundries discharged from the wash basin, the blockage of the lower drainage channel of the wash basin is very rare, the main problem existing at present is that the lower drainage channel of the wash basin is not well sealed, and the problem of odor return easily occurs.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, provides a method for sealing and deodorizing the magnetic suspension discharge of a wash basin with good flushing and discharging sealing performance, and also relates to a device for realizing the method.
The invention discloses a method for realizing magnetic suspension discharge and sealing deodorization of a wash basin, which is characterized in that a sealing sleeve of an inner shrinking opening of the lower drain pipe is matched with a magnetic suspension flushing valve for flushing and sealing, the magnetic suspension flushing valve takes an upper opening water falling cage matched with the sealing sleeve of the inner shrinking opening of the lower drain pipe as a lower drain passage, the middle part in the water falling cage is vertically matched with a sliding rod with a sealing disc at the upper end in a sliding manner through a vertical sliding support frame in a sliding manner as a valve core which reciprocates up and down, the opposite positions of the lower end of the sliding rod and the bottom of the water falling cage are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled up and down for providing magnetic repulsion power for upward reset for the sliding rod and the sealing disc, and the upper part of the water falling cage is provided with a ring-shaped blue disc which is sealed by up-down extrusion with the sealing disc; the closed disk is closed by the impact force of the flushing and is downward moved, a downward channel is opened between the closed disk and the ring-type flange, and the closed disk is restored to an initial state of up-and-down extrusion sealing with the ring-type flange under the action of magnetic repulsion power after the flushing and the cutting flow. The device has the advantages of good sealing performance and high reliability.
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disk flushing row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
As optimization, a water seal mechanism is arranged below the magnetic suspension flushing valve for secondary flushing and discharging sealing; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; and taking down the magnetic suspension flushing valve, and only using the water sealing mechanism.
As optimization, the water seal mechanism is that the middle part of the lower calandria is provided with a side row through hole, the lower calandria is provided with a magnetic suspension flushing valve at the inner shrinking opening sealing sleeve above the side row through hole, the lower calandria is provided with a lower calandria lower section positioned below the magnetic suspension flushing valve and provided with an inner blocking wall below the side row through hole, the periphery above the side row through hole is provided with an outer sleeve which downwards seals and extends the lower calandria through an outer convex ring disc, a sealing ring and a fastening nut, the inner shrinking opening arranged at the inner periphery of the lower part of the outer sleeve is provided with an upper extending pipe which extends into the lower section of the lower calandria, a transverse water flow channel is arranged between the upper end of the upper extending pipe and the lower surface of the inner blocking wall, and a downward water flow channel is arranged between the periphery of the upper extending pipe and the inner periphery of the lower calandria lower section. The middle part of the lower calandria is provided with a side calandria through hole, at least two vertical arms are downwards arranged below the inner necking, and the two vertical arms are downwards connected with the lower section of the lower calandria with the inner blocking wall in a extending way. The upper opening of the lower calandria is provided with an epitaxial flange which is buckled on the inner necking of the lower calandria, the periphery of the upper end of the lower calandria is provided with a sealing ring below the flange through an inner concave ring groove, the periphery of the upper end of the lower calandria is provided with a plurality of annular ribs below the sealing ring, and the periphery of the lower calandria is fixed with the inner necking sealing card of the lower calandria through the sealing ring and the annular ribs. The upper surface of the outer convex ring disk is provided with a plurality of upper protruding blocks which are uniformly distributed on the inner side of the top cover of the fastening screw cap.
The outer periphery of the outer sleeve is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disc punch row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
As optimization, the water falling cage is characterized in that an epitaxial top flange is upwards arranged on a vertical pipe, a sealing ring is arranged on the periphery of the upper end of the vertical pipe below the top flange through an inner concave ring groove, a screw thread matched with a necking end wire in a lower calandria is arranged on the periphery of the vertical pipe below the sealing ring, a water falling cage body is downwards arranged on the vertical pipe, a sliding rod with a sealing disc at the upper end is vertically matched with the middle part of the water falling cage body in a sliding mode through a vertical sliding support, an upper homopolar magnet and a lower homopolar magnet which are mutually exclusive from top to bottom are respectively arranged at the relative position of the lower end of the sliding rod and the bottom of the water falling cage body, and a ring-type flange which is sealed with the sealing disc in an up-down extrusion mode is arranged below the vertical pipe. The water falling cage is made of plastic, and the relative positions of a base and a chassis which are arranged at the lower end of the sliding rod are respectively internally provided with or embedded with upper homopolar magnets and lower homopolar magnets which are mutually repelled from top to bottom. Built-in is built-in a molded manner.
Preferably, the ring flange is an inner sleeve with or without ring flange at its lower end. The ring flange or the ring flange and the inner sleeve are made of corrosion-resistant elastic materials. The lower end of the vertical pipe is downwards provided with at least two side columns with chassis at the lower end which are evenly distributed, the middle part in the side columns is provided with a vertical sliding support frame, a vertical sliding hole in the center of the vertical sliding support frame is vertically matched with a sliding rod with a sealing disc at the upper end, the lower end of the sliding rod is respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from top to bottom, the upper homopolar magnet and the lower homopolar magnet are repulsive in normal state, and the sealing disc is extruded and sealed by pushing the sealing disc upwards through the sliding rod. The side column is provided with a plurality of ring rods which are distributed at intervals up and down between the vertical sliding support frame and the chassis. The vertical sliding support frame is a vertical sliding plate with a central sliding hole, wherein the middle part of the vertical sliding plate is provided with a side column, the side column is inclined inwards from top to bottom between the vertical sliding support frame and the chassis, and the whole side column is in a conical shape with wide top and narrow bottom.
The device for realizing the magnetic suspension discharge closed odor isolation method of the wash basin comprises a lower calandria connected with the lower part of the water outlet of the wash basin, and is characterized in that a magnetic suspension flushing valve is matched with a necking sealing sleeve in the lower calandria, the magnetic suspension flushing valve comprises an upper opening water falling cage matched with the necking sealing sleeve in the lower calandria, the middle part in the water falling cage is vertically matched with a sliding rod with a closed disk at the upper end in a sliding way through a vertical sliding support frame, the lower end of the sliding rod and the opposite position of the bottom of the water falling cage are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from top to bottom, and the upper part of the water falling cage is provided with a ring-shaped flange which is sealed with the closed disk in an up-down extrusion way. The device has the advantages of good sealing performance and high reliability.
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disk flushing row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
As optimization, a water seal mechanism is arranged below the magnetic suspension flushing valve in the lower calandria; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; and taking down the magnetic suspension flushing valve, and only using the water sealing mechanism.
As optimization, the water seal mechanism is that the middle part of the lower calandria is provided with a side row through hole, the lower calandria is provided with a magnetic suspension flushing valve at the inner shrinking opening sealing sleeve above the side row through hole, the lower calandria is provided with a lower calandria lower section positioned below the magnetic suspension flushing valve and provided with an inner blocking wall below the side row through hole, the periphery above the side row through hole is provided with an outer sleeve which downwards seals and extends the lower calandria through an outer convex ring disc, a sealing ring and a fastening nut, the inner shrinking opening arranged at the inner periphery of the lower part of the outer sleeve is provided with an upper extending pipe which extends into the lower section of the lower calandria, a transverse water flow channel is arranged between the upper end of the upper extending pipe and the lower surface of the inner blocking wall, and a downward water flow channel is arranged between the periphery of the upper extending pipe and the inner periphery of the lower calandria lower section. The upper surface of the outer convex ring disk is provided with a plurality of upper protruding blocks which are uniformly distributed on the inner side of the top cover of the fastening screw cap.
The outer periphery of the outer sleeve is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disc punch row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
As optimization, the middle part of the lower calandria is provided with a side calandria through hole, and at least two vertical arms are downwards arranged below the inner necking, and the two vertical arms are downwards extended to be connected with the lower section of the lower calandria with the inner blocking wall.
As optimization, the magnetic suspension flushing valve matched with the inner shrinkage sealing sleeve of the lower calandria is a top flange plate which is formed by a tubular upper opening of a water falling cage and is externally buckled on the inner shrinkage of the lower calandria, a sealing ring is arranged on the periphery of the tubular upper end of the water falling cage below the top flange plate through an inner concave ring groove, a plurality of annular ribs are formed on the periphery of the tubular upper end of the water falling cage below the sealing ring, and the periphery of the water falling cage is fixed with the inner shrinkage sealing clamp of the lower calandria through the sealing ring and the plurality of annular ribs.
As optimization, the water falling cage is characterized in that an epitaxial top flange is upwards arranged on a vertical pipe, a sealing ring is arranged on the periphery of the upper end of the vertical pipe below the top flange through an inner concave ring groove, a screw thread matched with a necking end wire in a lower calandria is arranged on the periphery of the vertical pipe below the sealing ring, a water falling cage body is downwards arranged on the vertical pipe, a sliding rod with a sealing disc at the upper end is vertically matched with the middle part of the water falling cage body in a sliding mode through a vertical sliding support, an upper homopolar magnet and a lower homopolar magnet which are mutually exclusive from top to bottom are respectively arranged at the relative position of the lower end of the sliding rod and the bottom of the water falling cage body, and a ring-type flange which is sealed with the sealing disc in an up-down extrusion mode is arranged below the vertical pipe. The water falling cage is made of plastic, and the relative positions of a base and a chassis which are arranged at the lower end of the sliding rod are respectively internally provided with or embedded with upper homopolar magnets and lower homopolar magnets which are mutually repelled from top to bottom. Built-in is built-in a molded manner.
Preferably, the ring flange is an inner sleeve with or without ring flange at its lower end. The ring flange or the ring flange and the inner sleeve are made of corrosion-resistant elastic materials.
As optimization, the lower end of the vertical pipe is downwards provided with at least two side columns with chassis at the lower end which are uniformly distributed, the middle part in the side columns is provided with a vertical sliding support frame, a vertical sliding hole in the center of the vertical sliding support frame is vertically matched with a sliding rod with a sealing disc at the upper end, the lower end of the sliding rod is respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from top to bottom, the repulsive force of the upper homopolar magnet and the lower homopolar magnet in normal state pushes the sealing disc upwards through the sliding rod to squeeze the sealing ring type flange.
As optimization, the side column is provided with a plurality of ring rods which are distributed at intervals up and down between the vertical sliding support frame and the chassis.
As optimization, the vertical sliding support frame is a vertical sliding plate with a central sliding hole, wherein the middle part of the vertical sliding plate is provided with a side column, the side column is inclined inwards from top to bottom between the vertical sliding support frame and the chassis, and the whole body is in a conical shape with wide top and narrow bottom.
After the technical scheme is adopted, the method and the device for sealing and deodorizing the magnetic suspension discharge of the washstand have the advantages of good flushing and discharging sealing performance and high reliability.
Drawings
FIG. 1 is a schematic view of the structure of a discharge mechanism portion of an apparatus for implementing the magnetic levitation discharge closed deodorizing method of a lavatory basin according to the present invention; fig. 2 is a schematic structural view of a magnetic suspension flushing valve in a device discharge mechanism for realizing the method for closed deodorization of the magnetic suspension discharge of the washstand of the invention.
Detailed Description
The invention relates to a magnetic suspension discharge closed deodorization method of a wash basin, which is characterized in that a water outlet of the wash basin is drained downwards through a lower drain pipe connected with the water outlet, a magnetic suspension flushing valve is matched with a sealing sleeve of an inner shrinking opening of the lower drain pipe for flushing and discharging and sealing, the magnetic suspension flushing valve takes an upper opening water falling cage matched with the sealing sleeve of the inner shrinking opening of the lower drain pipe at the periphery of an upper port as a lower drain passage, a sliding rod with a sealing disc at the upper end is vertically matched with the middle part in the water falling cage in a sliding way through a vertical sliding support frame in a sliding way as a valve core in a reciprocating way, an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from the upper end and the lower end of the sliding rod are respectively arranged at the opposite positions of the bottom of the water falling cage for providing magnetic repulsion power for upward reset for the sliding rod and the sealing disc, and the upper part of the water falling cage is provided with a ring-shaped flange disc which is sealed with the sealing disc in an up-down extrusion way; the closed disk is closed by the impact force of the flushing and is downward moved, a downward channel is opened between the closed disk and the ring-type flange, and the closed disk is restored to an initial state of up-and-down extrusion sealing with the ring-type flange under the action of magnetic repulsion power after the flushing and the cutting flow. The device has the advantages of good sealing performance and high reliability.
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disk flushing row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
The lower calandria is provided with a water seal mechanism below the magnetic suspension flushing valve for secondary flushing and discharging sealing; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; and taking down the magnetic suspension flushing valve, and only using the water sealing mechanism. The water seal mechanism is characterized in that a side exhaust through hole is formed in the middle of a lower exhaust pipe, a magnetic suspension flushing valve is matched with an inner shrinkage sealing sleeve of the lower exhaust pipe above the side exhaust through hole, a lower exhaust pipe lower section of an inner blocking wall below the magnetic suspension flushing valve is arranged below the side exhaust through hole, the lower exhaust pipe downwards seals an outer sleeve of the lower exhaust pipe through an outer convex ring disc, a sealing ring and a fastening nut on the periphery above the side exhaust through hole, an upper extension pipe extending into the lower section of the lower exhaust pipe is arranged at an inner shrinkage opening formed in the inner periphery of the lower part of the outer sleeve, and a transverse water flow channel is arranged between the upper end of the upper extension pipe and the lower surface of the inner blocking wall, and a downward water flow channel is arranged between the periphery of the upper extension pipe and the inner periphery of the lower section of the lower exhaust pipe. The middle part of the lower calandria is provided with a side calandria through hole, at least two vertical arms are downwards arranged below the inner necking, and the two vertical arms are downwards connected with the lower section of the lower calandria with the inner blocking wall in a extending way. The upper opening of the lower calandria is provided with an epitaxial flange which is buckled on the inner necking of the lower calandria, the periphery of the upper end of the lower calandria is provided with a sealing ring below the flange through an inner concave ring groove, the periphery of the upper end of the lower calandria is provided with a plurality of annular ribs below the sealing ring, and the periphery of the lower calandria is fixed with the inner necking sealing card of the lower calandria through the sealing ring and the annular ribs. The upper surface of the outer convex ring disk is provided with a plurality of upper protruding blocks which are uniformly distributed on the inner side of the top cover of the fastening screw cap.
The outer periphery of the outer sleeve is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disc punch row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
The vertical pipe is provided with an epitaxial top flange upwards, the periphery of the upper end of the vertical pipe is provided with a sealing ring below the top flange through an inner concave ring groove, the periphery of the vertical pipe is provided with a screw thread matched with a necking end wire in a lower calandria below the sealing ring, the vertical pipe is provided with a water falling cage downwards, the middle part of the water falling cage is vertically matched with a sliding rod with a sealing disc at the upper end in a sliding manner through a vertical sliding support, the relative positions of the lower end of the sliding rod and the bottom of the water falling cage are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually exclusive from top to bottom, and a ring-type flange which is sealed with the sealing disc in an up-down extrusion manner is arranged below the vertical pipe. The ring flange is an inner sleeve with or without ring flange at its lower end. The ring flange or the ring flange and the inner sleeve are made of corrosion-resistant elastic materials. The lower end of the vertical pipe is downwards provided with at least two side columns with chassis at the lower end which are evenly distributed, the middle part in the side columns is provided with a vertical sliding support frame, a vertical sliding hole in the center of the vertical sliding support frame is vertically matched with a sliding rod with a sealing disc at the upper end, the lower end of the sliding rod is respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from top to bottom, the upper homopolar magnet and the lower homopolar magnet are repulsive in normal state, and the sealing disc is extruded and sealed by pushing the sealing disc upwards through the sliding rod. The side column is provided with a plurality of ring rods which are distributed at intervals up and down between the vertical sliding support frame and the chassis. The vertical sliding support frame is a vertical sliding plate with a central sliding hole, wherein the middle part of the vertical sliding plate is provided with a side column, the side column is inclined inwards from top to bottom between the vertical sliding support frame and the chassis, and the whole side column is in a conical shape with wide top and narrow bottom. The water falling cage is made of plastic, and the relative positions of a base and a chassis which are arranged at the lower end of the sliding rod are respectively internally provided with or embedded with upper homopolar magnets and lower homopolar magnets which are mutually repelled from top to bottom. Built-in is built-in a molded manner.
As shown in the figure, the device for realizing the magnetic suspension discharge closed odor isolation method of the wash basin comprises a lower calandria 1 connected with the drain outlet of the wash basin, and is characterized in that a shrinkage 20 in the lower calandria 1 is matched with a magnetic suspension flushing valve in a sealing manner, the magnetic suspension flushing valve comprises an upper opening water falling cage, the periphery of an upper port of the upper opening water falling cage is matched with the shrinkage 20 in the lower calandria 1 in a sealing manner, the middle part in the water falling cage is vertically matched with a sliding rod 4 with a sealing disc 40 at the upper end in a sliding manner through a vertical sliding support frame 3, the lower end of the sliding rod 4 and the opposite position of the bottom of the water falling cage are respectively provided with an upper homopolar magnet 51 and a lower homopolar magnet 52 which are mutually repelled up and down, and the upper part of the water falling cage is provided with a ring-shaped blue disc 60 which is sealed with the sealing disc 40 in an up-down extrusion manner. The device has the advantages of good sealing performance and high reliability.
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disk flushing row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
A water seal mechanism is arranged below the magnetic suspension flushing valve in the lower calandria 1; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; and taking down the magnetic suspension flushing valve, and only using the water sealing mechanism. The water seal mechanism is characterized in that a side exhaust through hole 10 is formed in the middle of a lower exhaust pipe 1, a magnetic suspension flushing valve is matched with an inner shrinkage port 20 of the lower exhaust pipe 1 above the side exhaust through hole 10 in a sealing sleeve manner, a lower exhaust pipe lower section of an inner blocking wall 11 positioned below the magnetic suspension flushing valve is formed below the side exhaust through hole 10, the outer periphery of the upper side exhaust through hole 10 of the lower exhaust pipe 1 is downwards sealed through an outer convex ring disk 12, a sealing ring and a fastening nut 14, an outer sleeve 7 of the lower exhaust pipe 1 is downwards connected in a sealing manner, an upper extension pipe 70 extending into the lower section of the lower exhaust pipe 1 is formed in an inner shrinkage port 20 formed in the lower periphery of the outer sleeve 7, a transverse water flow channel is formed between the upper end of the upper extension pipe 70 and the lower surface of the inner blocking wall 11, and a downwards water flow channel is formed between the outer periphery of the upper extension pipe 70 and the inner periphery of the lower section of the lower exhaust pipe 1. The middle part of the lower calandria 1 is provided with a side calandria through hole 10, and the lower calandria 1 is provided with at least two vertical arms 15 downwards below the inner necking 20, and the two vertical arms 15 downwards extend to connect with the lower section of the lower calandria 1 provided with the inner blocking wall 11. The seal sleeve matched magnetic suspension flushing valve of the inner necking 20 of the lower calandria 1 is characterized in that a top flange 21 which is externally buckled on the inner necking 20 of the lower calandria 1 is arranged at a tubular upper opening of a water falling cage, a sealing ring is arranged below the top flange 21 at the periphery of the tubular upper end of the water falling cage through an inner concave ring groove, a plurality of annular ribs 81 are arranged below the sealing ring at the periphery of the tubular upper end of the water falling cage, and the periphery of the water falling cage is fixed with the inner necking 20 of the lower calandria 1 through the sealing ring and the plurality of annular ribs 81 in a sealing manner. The outer collar plate 12 is provided with a plurality of evenly distributed upper projections 16 on the inside of the top cover of the tightening nut 14.
The outer periphery of the outer sleeve is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, and the electromagnetic driving mechanism is used for maintaining and clearing a closed path of the closed disc punch row. The electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line. The reciprocating drive DC power supply is provided with a manual or automatic reversing switch. When the reversing switch is in the reversing switch position state, the coil attracts or repels the upper homopolar magnet to move downwards, and when the reversing switch is in the reversing switch position state, the coil repels or attracts the upper homopolar magnet to move upwards. When the manual reversing switch is positioned at the middle switch position, the power supply is turned off.
The water falling cage is a top flange plate 21 with an extending upper convex part hinged with a handle 86, a sealing ring 80 is arranged on the periphery of the upper end of the vertical pipe 8 below the top flange plate 21 through an inner concave ring groove, a screw thread 81 matched with a shrinkage end wire in a lower drain pipe is arranged on the periphery of the vertical pipe 8 below the sealing ring 80, the vertical pipe 8 is downwards provided with a water falling cage body, the middle part in the water falling cage body is vertically matched with a sliding rod 4 with a sealing plate 40 at the upper end through a vertical sliding support 3 in a sliding manner, an upper homopolar magnet 51 and a lower homopolar magnet 52 which are respectively arranged at the opposite positions of the lower end of the sliding rod 4 and the bottom of the water falling cage body in a vertical repulsive manner are respectively arranged, and a ring flange plate 60 which is sealed with the sealing plate 40 in an up-down extrusion manner is arranged on the vertical pipe 8. The ring flange 60 is an inner sleeve with a lower end or a natural ring flange 60 sealed and sleeved on the inner periphery of the lower part of the vertical pipe 8. The annular flange 60 or the annular flange 60 and the inner sleeve are made of a corrosion resistant elastomeric material.
The lower end of the vertical pipe 8 is downwards provided with at least two side columns 82 with chassis 88 at the lower end which are evenly distributed, the middle part in the side columns 82 is provided with a vertical sliding support frame 3, a vertical sliding hole in the center of the vertical sliding support frame 3 is vertically matched with a sliding rod 4 with a sealing disc 40 at the upper end, the relative positions of the lower end of the sliding rod 4 and the chassis 88 are respectively provided with an upper homopolar magnet 51 and a lower homopolar magnet 52 which are mutually repelled up and down, and the repulsive force of the upper homopolar magnet 51 and the lower homopolar magnet 52 in a normal state pushes the sealing disc 40 upwards through the sliding rod 4 to squeeze the sealing ring type flange 60. The water falling cage is made of plastic, and the relative positions of a base and a chassis which are arranged at the lower end of the sliding rod are respectively internally provided with or embedded with upper homopolar magnets and lower homopolar magnets which are mutually repelled from top to bottom. Built-in is built-in a molded manner.
The side column 82 is provided with a plurality of ring rods 83 which are distributed at intervals up and down between the vertical sliding support frame 3 and the chassis 88. The vertical sliding support frame 3 is a vertical sliding plate with a central sliding hole, which is arranged in the middle of the side column 82, and the side column 82 is inclined from top to bottom and inwards between the vertical sliding support frame 3 and the chassis 88, and the whole body is in a conical shape with wide top and narrow bottom.
In a word, the method and the device for sealing and deodorizing the magnetic suspension discharge of the washstand have the advantages of good flushing sealing performance and high reliability.
Claims (4)
1. The magnetic suspension discharge closed deodorizing method for the washstand is characterized in that a magnetic suspension flushing valve is matched with a magnetic suspension flushing valve by utilizing a shrinkage sealing sleeve in the lower calandria for flushing and sealing, the magnetic suspension flushing valve takes an upper opening water falling cage matched with the shrinkage sealing sleeve in the lower calandria as a lower discharge passage, the middle part in the water falling cage is vertically matched with a sliding rod with a sealing disc at the upper end in a sliding manner through a vertical sliding support frame to serve as a valve core for up-and-down reciprocating motion, the relative positions of the lower end of the sliding rod and the bottom of the water falling cage are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually repelled up and down for providing magnetic repulsion power for upward reset for the sliding rod and the sealing disc, and the upper part of the water falling cage is provided with a ring-shaped blue disc which is sealed by up-down extrusion with the sealing disc; the closed disk is closed by the impact force of the flushing and is downward moved, a downward channel is opened between the closed disk and the ring-type flange, and the closed disk is restored to an initial state of up-and-down extrusion sealing with the ring-type flange under the action of magnetic repulsion power after the flushing and the cutting are performed; the vertical pipe is provided with a water falling cage body downwards, the middle part of the water falling cage body is vertically matched with a sliding rod with a sealing disc at the upper end through a vertical sliding support in a sliding manner, the lower end of the sliding rod and the bottom of the water falling cage body are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually exclusive from each other up and down, and a ring-type flange plate which is sealed with the sealing disc in an up-down extrusion manner is arranged below the vertical pipe;
The lower calandria is provided with a water seal mechanism below the magnetic suspension flushing valve for secondary flushing and discharging sealing; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; taking down the magnetic suspension flushing valve, and only using the water sealing mechanism; the water seal mechanism is characterized in that a side exhaust through hole is formed in the middle of a lower exhaust pipe, a magnetic suspension flushing valve is matched with an inner shrinkage sealing sleeve of the lower exhaust pipe above the side exhaust through hole, a lower exhaust pipe lower section of an inner blocking wall below the magnetic suspension flushing valve is formed below the side exhaust through hole, the lower exhaust pipe is downwards sealed and extended to an outer sleeve of the lower exhaust pipe through an outer convex ring disc, a sealing ring and a fastening nut on the periphery above the side exhaust through hole, an upper extension pipe extending into the lower section of the lower exhaust pipe is formed at an inner shrinkage opening formed at the inner periphery of the lower part of the outer sleeve, a transverse water flow channel is formed between the upper end of the upper extension pipe and the lower surface of the inner blocking wall, and a downward water flow channel is formed between the periphery of the upper extension pipe and the inner periphery of the lower section of the lower exhaust pipe;
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, the electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line.
2. The method for closed deodorizing in magnetic suspension discharge of washstand according to claim 1, wherein the ring-type flange is an inner sleeve with a lower end or an inherent ring-type flange sleeved on the inner periphery of the lower part of the vertical pipe.
3. The device for realizing the magnetic suspension discharge closed odor isolation method of the wash basin according to claim 1, comprising a lower calandria connected under the water outlet of the wash basin, and the device is characterized in that a magnetic suspension flushing valve is matched with a necking sealing sleeve in the lower calandria, the magnetic suspension flushing valve comprises an upper opening water falling cage matched with the necking sealing sleeve in the lower calandria at the periphery of an upper port, a sliding rod with a closed disk at the upper end is vertically matched with the middle part in the water falling cage in a sliding manner through a vertical sliding support frame, an upper homopolar magnet and a lower homopolar magnet which are mutually repelled from top to bottom are respectively arranged at the opposite positions of the lower end of the sliding rod and the bottom of the water falling cage, and a ring-shaped flange plate which is sealed with the closed disk in an up-down extrusion manner is arranged at the upper part of the water falling cage; the vertical pipe is provided with a water falling cage body downwards, the middle part of the water falling cage body is vertically matched with a sliding rod with a sealing disc at the upper end through a vertical sliding support in a sliding manner, the lower end of the sliding rod and the bottom of the water falling cage body are respectively provided with an upper homopolar magnet and a lower homopolar magnet which are mutually exclusive from each other up and down, and a ring-type flange plate which is sealed with the sealing disc in an up-down extrusion manner is arranged below the vertical pipe;
The lower calandria is provided with a water seal mechanism below the magnetic suspension flushing valve; after the water seal mechanism is arranged, selecting according to the working conditions of different moments of the wash basin: the magnetic suspension flushing valve is used together with the water seal mechanism; taking down the magnetic suspension flushing valve, and only using the water sealing mechanism; the water seal mechanism is characterized in that a side exhaust through hole is formed in the middle of a lower exhaust pipe, a magnetic suspension flushing valve is matched with an inner shrinkage sealing sleeve of the lower exhaust pipe above the side exhaust through hole, a lower exhaust pipe lower section of an inner blocking wall below the magnetic suspension flushing valve is formed below the side exhaust through hole, the lower exhaust pipe is downwards sealed and extended to an outer sleeve of the lower exhaust pipe through an outer convex ring disc, a sealing ring and a fastening nut on the periphery above the side exhaust through hole, an upper extension pipe extending into the lower section of the lower exhaust pipe is formed at an inner shrinkage opening formed at the inner periphery of the lower part of the outer sleeve, a transverse water flow channel is formed between the upper end of the upper extension pipe and the lower surface of the inner blocking wall, and a downward water flow channel is formed between the periphery of the upper extension pipe and the inner periphery of the lower section of the lower exhaust pipe;
The periphery of the lower calandria is provided with an electromagnetic driving mechanism for applying up-and-down reciprocating driving force to the homopolar magnets, the electromagnetic driving mechanism is an electromagnetic coil which is wound on the water falling hopper and is provided with a waterproof socket, and the waterproof socket of the electromagnetic coil is connected with a reciprocating driving direct current power supply through a plug-in power line.
4. A device according to claim 3, wherein the ring flange is an inner sleeve having a lower end formed with or integral with the ring flange fitted around the inner periphery of the lower portion of the riser.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910673132.3A CN110258732B (en) | 2019-07-24 | 2019-07-24 | Method and device for sealing and deodorizing of magnetic suspension discharge of washstand |
| PCT/CN2020/000160 WO2021012633A1 (en) | 2019-07-24 | 2020-07-22 | Magnetic levitation-based draining and sealing method and device for sink capable of odor isolation |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910673132.3A CN110258732B (en) | 2019-07-24 | 2019-07-24 | Method and device for sealing and deodorizing of magnetic suspension discharge of washstand |
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| CN110258732A CN110258732A (en) | 2019-09-20 |
| CN110258732B true CN110258732B (en) | 2024-09-13 |
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| CN201910673132.3A Active CN110258732B (en) | 2019-07-24 | 2019-07-24 | Method and device for sealing and deodorizing of magnetic suspension discharge of washstand |
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| WO2021012633A1 (en) * | 2019-07-24 | 2021-01-28 | 北京康之维科技有限公司 | Magnetic levitation-based draining and sealing method and device for sink capable of odor isolation |
| CN114411914A (en) * | 2021-12-21 | 2022-04-29 | 内蒙古中环市政工程有限公司 | Drainage device for municipal garden |
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| CN102108724B (en) * | 2009-12-29 | 2013-10-02 | 九牧厨卫股份有限公司 | Electromagnetic drainer and drain method thereof |
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| EP1961874A2 (en) * | 2007-02-21 | 2008-08-27 | Blanco GmbH & Co. KG | Movement device for moving a sealing element for sealing a drain opening |
| CN102953414A (en) * | 2011-08-19 | 2013-03-06 | 北京康之维科技有限公司 | Double-layer water seal method and double-layer floating water-seal |
| CN205479650U (en) * | 2016-01-30 | 2016-08-17 | 高翔 | Utilize poor automation of surely arranging lower floor's water of stratified medium buoyancy to cut water valve |
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