CN111924948A

CN111924948A - Spore-like water suspended matter capturing sinking ball

Info

Publication number: CN111924948A
Application number: CN202010643484.7A
Authority: CN
Inventors: 罗菁
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-07
Filing date: 2020-07-07
Publication date: 2020-11-13

Abstract

The invention discloses an imitation spore type water body suspended matter catching sink ball, belonging to the technical field of water body treatment, which can realize the imitation spore plant characteristics, uniformly throw a plurality of medicine releasing mother balls in a polluted water area, utilize the magnetic spore-like adsorption balls on the medicine releasing mother balls to be matched with the medicine releasing mother balls, based on the characteristics that a disintegrating column shakes at high frequency and releases a large amount of gas after absorbing water, on one hand, the medicine releasing mother balls are matched with an elastic self-sealing bag on the medicine releasing mother balls, continuously transport a flocculating agent in the medicine releasing mother balls and disperse the flocculating agent in the water body along the spore-like adsorption balls, flocculate and then catch and collect nearby suspended matters, on the other hand, the released gas forms stable bubbles in the water body, imitates an air floatation method to gather and float the suspended matters to the water surface, simultaneously, the whole mass of the disintegrating column in the spore-like adsorption balls is lightened and floats, and technicians can conveniently throw the suspension into the water again for use after recovery treatment, and the collection efficiency and effect of suspended matters in the water are greatly improved.

Description

Spore-like water suspended matter capturing sinking ball

Technical Field

The invention relates to the technical field of water body treatment, in particular to an artificial spore type water body suspended matter catching sinking ball.

Background

Suspended matter refers to solid matter suspended in water, including inorganic matter, organic matter, silt, clay, microbe, etc. which are insoluble in water. The content of suspended matters in water is one of indexes for measuring the pollution degree of water. Suspended matter is the main cause of water turbidity. The organic suspended matters in the water body are easy to be fermented in an anaerobic way after being deposited, so that the water quality is deteriorated. The comprehensive discharge standard of the Chinese sewage is classified into 3 grades, the highest allowable discharge concentration of suspended matters in the sewage and the wastewater is specified, and the turbidity of the suspended matters in the water is specified by the Chinese underground water quality standard and the domestic drinking water sanitation standard.

The suspended matter in the water is fine particles having a particle diameter of about 0.1 μm to 100 μm and is visible to the naked eye. The particles mainly comprise silt, clay, protozoa, algae, bacteria, viruses, high molecular organic matters and the like, are often suspended in water flow, and the turbidity phenomenon of water is caused by the substances.

Disclosure of Invention

1. Technical problem to be solved

Aiming at the problems in the prior art, the invention aims to provide an imitation spore type water body suspended matter capturing sinking ball, which can realize the characteristic of imitating spore plants, uniformly throw a plurality of medicine releasing mother balls in a polluted water area, utilize the magnetic absorption of the spore-like adsorption balls on the medicine releasing mother balls to match with the medicine releasing mother balls, and based on the characteristic that a disintegration column in the spore-like adsorption balls absorbs water and then trembles at high frequency and releases a large amount of gas, on one hand, the medicine releasing mother balls are matched with an elastic self-sealing bag on the medicine releasing mother balls, a flocculating agent in the medicine releasing mother balls is continuously transported and dispersed into the water along the spore-like adsorption balls, the suspended matter near the spore-like adsorption balls is flocculated and then captured and collected by the spore-like adsorption balls, on the other hand, the released gas forms stable bubbles in the water body to imitate an air floatation method to gather and float the suspended matter, and simultaneously, the, both can carry out the secondary to the suspended solid along with the bubble come-up and collect, also make things convenient for technical staff to put in once more after recovery processing and use, improve the collection efficiency and the effect of water suspended solid greatly.

2. Technical scheme

In order to solve the above problems, the present invention adopts the following technical solutions.

An artificial spore type water suspended matter capturing sinking ball comprises a medicine releasing mother ball, wherein the outer surface of the medicine releasing mother ball is provided with a plurality of grafting grooves which are uniformly distributed, spore-like adsorption balls are adsorbed in the grafting grooves, a pair of fixed point sealing-assisting magnetic balls which are symmetrically distributed are arranged in the grafting grooves, the pair of fixed point sealing-assisting magnetic balls are connected with an elastic self-sealing bag and a pair of elastic reset wires, one end of the elastic self-sealing bag, which is close to the spore-like adsorption balls, is provided with a self-sealing hole in a closed state, one end of the spore-like adsorption balls, which is close to the elastic self-sealing bag, is embedded and connected with an elastic deformation layer, the outer surface of the elastic deformation layer is fixedly connected with material taking microspheres matched with the self-sealing hole, the spore-like adsorption balls are internally provided with expanding core balls, a transmission rod is connected between the expanding core balls and the elastic deformation layer, one end of the, one end, far away from the grafting groove, of the spore-like adsorption ball is connected with a water guide fiber rod in an embedded mode, and the water guide fiber rod penetrates through the spore-like adsorption ball and extends into the disintegration column.

Further, expand the core ball and keep away from transfer line one end and still cover and have the bounce-back paster, and fixed connection between bounce-back paster and the class spore adsorption ball inner wall, set up a plurality of evenly distributed's gas extinction hole on the class spore adsorption ball, and the gas extinction hole carries out the annular distribution around the bounce-back paster, the downthehole waterproof ventilated membrane that is connected with of gas extinction, the bounce-back paster plays the limiting displacement to expanding the core ball to the gas impact force of release when the cooperation column that disintegrates decomposes, forces to expand the core ball and mainly concentrate on transfer line one side when trembleing, then releases in the water by the gas extinction hole, forms many intensive stable bubbles.

Furthermore, the fixed point sealing-aid magnetic ball is made of a magnetic material, the spore-like adsorption ball is fixedly connected with a grafting magnet block matched with the fixed point sealing-aid magnetic ball on the inner wall, the grafting magnet block is positioned on the periphery of the elastic deformation layer, on one hand, the spore-like adsorption ball can be adsorbed on a grafting groove on the outer surface of the medicine-releasing mother ball by utilizing the magnetic attraction between the fixed point sealing-aid magnetic ball and the grafting magnet block, on the other hand, the material-taking microsphere can be positioned, and the smooth extrusion of the material-taking microsphere into the elastic self-sealing capsule for transporting the flocculant is facilitated.

Furthermore, it is a pair of fixed point helps a sealing magnetic ball to be close to the embedded elastic rod of the equal fixedly connected with many evenly distributed of one end each other, and embedded elastic rod inlays and connects in elasticity is proclaimed oneself the bag and is close to from the hole sealing, utilizes embedded elastic rod elasticity to assist elasticity proclaimed oneself the bag and seal proclaiming oneself the hole, avoids intaking and leads to a large amount of leakages of flocculating agent.

Further, mutual symmetry is a pair of be connected with the watertight fastener between the embedded elastic rod, the watertight fastener including help the stick and with help half shell of stick assorted laminating, and help half shell of stick and laminating respectively with a pair of embedded elastic rod fixed connection, not only can effectively seal from the hole sealing through the watertight fastener, change and avoid the water invasion from the sealed orbit of hole sealing, can improve elasticity simultaneously and lead to deformation impaired phenomenon to take place because of the water pressure influence from the strength of bag in the hole department of proclaiming oneself.

Furthermore, the directions of the adjacent watertight clamping pieces are kept different, the number of the watertight clamping pieces is not less than 3, and the sealing performance of the self-sealing hole in a normal state is guaranteed to the maximum extent.

Furthermore, a storage cavity is formed in the medicine release mother ball, a flocculating agent is filled in the storage cavity and the elastic self-sealing bag, the flocculating agent is in a solid powder shape, a material supplementing hole is communicated between the storage cavity and the elastic self-sealing bag, the flocculating agent is in a solid powder shape, on one hand, the material taking microspheres are conveniently conveyed and supplemented through the material supplementing hole, on the other hand, the flocculating agent is conveniently dispersed and dissolved in water to treat suspended matters, the flocculation efficiency is improved, the flocculation range is effectively controlled to be close to the spore-like adsorption ball, and the success rate of capturing and collecting flocculates by the spore-like adsorption ball is improved.

Furthermore, the material taking microspheres are made of porous hard materials, the diameter of each material taking microsphere is larger than the distance between the pair of fixed point sealing-assisted magnetic balls, the material taking microspheres can force the pair of fixed point sealing-assisted magnetic balls to be separated under the action of thrust force and then are brought to the self-sealing holes on the elastic self-sealing bag to be opened, and then the material taking microspheres can carry a certain amount of flocculating agent to exit the elastic self-sealing bag by utilizing the porous characteristics of the material taking microspheres and are released along the grafting grooves and the gaps of the spore-like adsorption balls after contacting with a water body.

Furthermore, the disintegration column is made of effervescent disintegrant, the water guide fiber rod extends to the surface layer of the disintegration column, the effervescent disintegrant is special disintegrant for effervescent tablets, most commonly is a mixture consisting of sodium bicarbonate and citric acid, when meeting water, the two substances continuously generate carbon dioxide gas, so that the tablet can be rapidly disintegrated within a few minutes, it can release a large amount of gas to impact the rebound patch, so that the expansion core ball is forced to push the transmission rod to extrude the elastic deformation layer by utilizing the counterforce, then triggering the inlet and outlet actions of the material taking microspheres relative to the elastic self-sealing bag, wherein the water guide fiber rod only extends to the surface layer of the disintegration column so as to avoid the rapid spread of water in the disintegration column and the rapid decomposition of the disintegration column in a very short time, thereby shortening the adsorption life of the spore-like adsorption balls and even having no time to transport the flocculating agent from the elastic self-sealing bag to treat suspended matters.

Furthermore, a plurality of cross-flow slowly-disintegrating tablets which are uniformly distributed are embedded in the disintegrating column, the cross-flow slowly-disintegrating tablets are distributed in a staggered mode, the width of each cross-flow slowly-disintegrating tablet is larger than one half of the width of the disintegrating column, the cross-flow slowly-disintegrating tablets have the effect of blocking the water guide effect inside the disintegrating column, the disintegrating column is prevented from being decomposed too fast, and therefore consumption of the disintegrating column is controlled uniformly.

3. Advantageous effects

Compared with the prior art, the invention has the advantages that:

(1) the scheme can realize that a plurality of medicine releasing mother balls are uniformly thrown in a polluted water area according to the characteristics of spore plants, the spore-like adsorption balls magnetically adsorbed on the medicine releasing mother balls are matched with the medicine releasing mother balls, and based on the characteristics that the disintegration columns in the spore-like adsorption balls absorb water and tremble at high frequency and release a large amount of gas, the medicine releasing mother balls are matched with the elastic self-sealing bags on the medicine releasing mother balls on one hand, a flocculating agent in the medicine releasing mother balls is continuously transported and dispersed into water along the spore-like adsorption balls, suspended matters near the spore-like adsorption balls are flocculated and then captured and collected by the spore-like adsorption balls, on the other hand, the released gas forms stable bubbles in the water body to simulate the air floatation method to gather and float the suspended matters to the water surface, meanwhile, the disintegration columns in the spore-like adsorption balls lighten the whole mass and float after being consumed, not only can carry out secondary collection on, greatly improving the collection efficiency and effect of suspended matters in the water body.

(2) The expanding core ball is further covered with a rebound patch at one end far away from the transmission rod, the rebound patch is fixedly connected with the inner wall of the spore-like adsorption ball, a plurality of uniformly distributed air-extinction pores are formed in the spore-like adsorption ball and are distributed annularly around the rebound patch, a waterproof breathable film is connected in the air-extinction pores, the rebound patch plays a role in limiting the expanding core ball and is matched with the gas impact force released when the disintegration column is decomposed, the expanding core ball is forced to be mainly concentrated on one side of the transmission rod during trembling, and then the expanding core ball is released into a water body through the air-extinction pores to form a plurality of dense stable bubbles.

(3) The fixed point sealing-aid magnetic ball is made of magnetic materials, the inner wall of the spore-like adsorption ball is fixedly connected with a grafting magnet block matched with the fixed point sealing-aid magnetic ball, the grafting magnet block is positioned on the periphery of the elastic deformation layer, on one hand, the spore-like adsorption ball can be adsorbed on a grafting groove on the outer surface of the medicine-releasing mother ball by utilizing the magnetic attraction between the fixed point sealing-aid magnetic ball and the grafting magnet block, on the other hand, the material-taking microsphere can be positioned, and the flocculant can be favorably and smoothly extruded into the elastic self-sealing capsule to be transported.

(4) A pair of fixed point helps a sealing magnetic ball to be close to each other the equal fixedly connected with many evenly distributed's of one end embedded elastic rod, and embedded elastic rod inlays and connects in elasticity is proclaimed oneself the bag and is close to from the hole sealing, utilizes embedded elastic rod elasticity to assist elasticity proclaimed oneself the bag and seal the hole from, avoids intaking and leads to a large amount of leakages of flocculating agent.

(5) Be connected with the watertight fastener between a pair of embedded elastic rod of mutual symmetry, the watertight fastener including help the stick and with help half shell of stick assorted laminating, and help half shell of stick and laminating respectively with a pair of embedded elastic rod fixed connection, not only can effectively seal from the hole sealing through the watertight fastener, change and avoid the water to invade from the sealed orbit of hole sealing, can improve elasticity simultaneously and seal the bag from the intensity of hole department of proclaiming oneself, avoid leading to the impaired phenomenon of deformation to take place because of the water pressure influence.

(6) The directions of adjacent watertight clamping pieces are kept different, the number of the watertight clamping pieces is not less than 3, and the tightness of the self-sealing holes under a normal state is guaranteed to the maximum extent.

(7) The drug release mother ball is internally provided with a storage cavity, the storage cavity and the elastic self-sealing bag are filled with flocculating agents, the flocculating agents are solid powder, a material supplementing hole is communicated between the storage cavity and the elastic self-sealing bag, the flocculating agents are solid powder, on one hand, the material taking microspheres are convenient to convey and supplement through the material supplementing hole, on the other hand, the flocculating agents are also convenient to disperse and dissolve in water to treat suspended matters, the flocculation efficiency is improved, the flocculation range is effectively controlled to be close to the spore-like adsorption balls, and the success rate of capturing and collecting flocculates by the spore-like adsorption balls is improved.

(8) The material taking microspheres are made of porous hard materials, the diameter of each material taking microsphere is larger than the distance between the pair of fixed point sealing-assisted magnetic balls, the material taking microspheres can force the pair of fixed point sealing-assisted magnetic balls to be separated under the action of thrust, then the material taking microspheres are brought to self-sealing holes on the elastic self-sealing bag to be opened, then the material taking microspheres can carry a certain amount of flocculating agent to exit the elastic self-sealing bag by utilizing the porous characteristics of the material taking microspheres, and the flocculating agent is released along gaps between the grafting grooves and the spore-like adsorption balls after contacting with a water body.

(9) The disintegration column is made of effervescent disintegrant, the water-guiding fiber rod extends to the surface layer of the disintegration column, the effervescent disintegrant is special disintegrant for effervescent tablets, most commonly is a mixture consisting of sodium bicarbonate and citric acid, when in water, the two substances continuously generate carbon dioxide gas, so that the tablet can be rapidly disintegrated within a few minutes, it can release a large amount of gas to impact the rebound patch, so that the expansion core ball is forced to push the transmission rod to extrude the elastic deformation layer by utilizing the counterforce, then triggering the inlet and outlet actions of the material taking microspheres relative to the elastic self-sealing bag, wherein the water guide fiber rod only extends to the surface layer of the disintegration column so as to avoid the rapid spread of water in the disintegration column and the rapid decomposition of the disintegration column in a very short time, thereby shortening the adsorption life of the spore-like adsorption balls and even having no time to transport the flocculating agent from the elastic self-sealing bag to treat suspended matters.

(10) The disintegration column is internally embedded with a plurality of uniformly distributed cross-flow slowly-disintegrating tablets, the cross-flow slowly-disintegrating tablets are distributed in a staggered manner, the width of each cross-flow slowly-disintegrating tablet is greater than one half of the width of the disintegration column, the cross-flow slowly-disintegrating tablets play a role in blocking the water guide effect in the disintegration column, and the disintegration column is prevented from being decomposed too fast, so that the consumption of the disintegration column is uniformly controlled.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the structure at A in FIG. 1;

FIG. 3 is a schematic structural view of the elastic self-sealing bag of the present invention;

FIG. 4 is a schematic view of the structure at B in FIG. 3;

FIG. 5 is a schematic structural diagram of the spore-like adsorption sphere of the present invention.

The reference numbers in the figures illustrate:

1 medicine releasing mother ball, 2 kinds of spore adsorbing ball, 3 grafting groove, 4 material supplementing hole, 5 elastic deformation layer, 6 material taking microsphere, 7 fixed point sealing-aid magnetic ball, 8 elastic self-sealing bag, 9 elastic reset wire, 10 embedded elastic rod, 11 bending-aid rod, 12 attaching half shell, 13 self-sealing hole, 14 water guide fiber rod, 15 rebound patch, 16 expanding core ball, 17 grafting magnet block, 18 air eliminating micro hole, 19 disintegrating column and 20 cross flow slow disintegrating tablet.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention; it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by those skilled in the art without any inventive work are within the scope of the present invention.

In the description of the present invention, it should be noted that the terms "upper", "lower", "inner", "outer", "top/bottom", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus should not be construed as limiting the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "sleeved/connected," "connected," and the like are to be construed broadly, e.g., "connected," which may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Example 1:

referring to fig. 1-2, a spore-like water suspended matter capturing sinking ball comprises a drug releasing mother ball 1, the drug releasing mother ball 1 is made of a light material with a density smaller than that of water, a plurality of grafting grooves 3 are uniformly distributed on the outer surface of the drug releasing mother ball 1, spore-like adsorption balls 2 are adsorbed in the grafting grooves 3, the spore-like adsorption balls 2 are made of an adsorption material such as an activated carbon material, a pair of symmetrically distributed fixed point sealing-assisted magnetic balls 7 are arranged in the grafting grooves 3, the pair of fixed point sealing-assisted magnetic balls 7 are connected with an elastic self-sealing bag 8 and a pair of elastic reset wires 9, one end of the elastic self-sealing bag 8 close to the spore-like adsorption balls 2 is provided with a self-sealing hole 13 in a closed state, a storage cavity is arranged in the drug releasing mother ball 1, a flocculating agent is filled in the storage cavity and the elastic self-sealing bag 8, the flocculating agent is in a solid powder shape, and a, the flocculating agent is that the powdered one side of solid conveniently gets material microballon 6 and carries and supply with through feed supplement hole 4, and on the other hand also is convenient for the dispersion dissolve handles the suspended solid in the aquatic, improves flocculation efficiency, with flocculation scope effective control near class spore adsorption ball 2, improves class spore adsorption ball 2 and catches the success rate of collecting the flocculation thing.

The material taking microsphere 6 is made of a porous hard material, the diameter of the material taking microsphere 6 is larger than the distance between the pair of fixed point sealing-assisted magnetic balls 7, the material taking microsphere 6 can force the pair of fixed point sealing-assisted magnetic balls 7 to be separated under the action of thrust, then the material taking microsphere 6 is brought to the elastic self-sealing capsule 8 to open the self-sealing hole 13, then the material taking microsphere 6 can exit the elastic self-sealing capsule 8 by utilizing the self porous characteristic to carry a certain amount of flocculating agent, and the flocculating agent is released along the grafting groove 3 and the gap of the spore-like adsorption ball 2 after contacting with water.

The fixed point sealing-aid magnetic ball 7 is made of magnetic materials, the inner wall of the spore-like adsorption ball 2 is fixedly connected with a grafting magnet block 17 matched with the fixed point sealing-aid magnetic ball 7, the grafting magnet block 17 is positioned on the periphery of the elastic deformation layer 5, on one hand, the spore-like adsorption ball 2 can be adsorbed on the grafting groove 3 on the outer surface of the medicine-releasing mother ball 1 by utilizing the magnetic attraction between the fixed point sealing-aid magnetic ball 7 and the grafting magnet block 17, on the other hand, the material-taking microsphere 6 can be positioned, and the smooth extrusion of the material-taking microsphere into the elastic self-sealing capsule 8 for transporting the flocculating agent is facilitated.

Referring to fig. 3-4, one end of each of the pair of fixed-point sealing-assisting magnetic balls 7 close to each other is fixedly connected with a plurality of embedded elastic rods 10 which are uniformly distributed, the embedded elastic rods 10 are embedded and connected in the elastic self-sealing bag 8 and close to the self-sealing hole 13, the elastic self-sealing bag 8 is assisted by the elastic force of the embedded elastic rods 10 to seal the self-sealing hole 13, so that a large amount of flocculant leakage caused by water inflow is avoided, a watertight clamping member is connected between the pair of embedded elastic rods 10 which are symmetrical to each other, the watertight clamping member comprises a bending-assisting rod 11 and a laminating half-shell 12 matched with the bending-assisting rod 11, the bending-assisting rod 11 and the laminating half-shell 12 are respectively and fixedly connected with the pair of embedded elastic rods 10, the self-sealing hole 13 can be effectively sealed by the watertight clamping member, the sealing track of the self-sealing hole 13 is changed to avoid water intrusion, meanwhile, the strength of the elastic self-sealing, the directions of the adjacent watertight clamping pieces are kept different, the number of the watertight clamping pieces is not less than 3, and the tightness of the self-sealing hole 13 in a normal state is guaranteed to the maximum extent.

Referring to fig. 5, one end of the spore-like adsorption ball 2 close to the elastic self-sealing bag 8 is connected with an elastic deformation layer 5 in an embedding manner, the outer surface of the elastic deformation layer 5 is fixedly connected with a material taking microsphere 6 matched with a self-sealing hole 13, an expansion core ball 16 is arranged in the spore-like adsorption ball 2, a transmission rod is connected between the expansion core ball 16 and the elastic deformation layer 5, one end of the expansion core ball 16 far away from the transmission rod is connected with a disintegration column 19 in an embedding manner, one end of the spore-like adsorption ball 2 far away from the grafting groove 3 is connected with a water guide fiber rod 14 in an embedding manner, the water guide fiber rod 14 penetrates through the spore-like adsorption ball 2 and extends into the disintegration column 19, one end of the expansion core ball 16 far away from the transmission rod is covered with a rebound patch 15, the rebound patch 15 is fixedly connected with the inner wall of the spore-like adsorption ball 2, a plurality of uniformly distributed air extinction pores 18 are formed in the spore-, the air-extinction micro-holes 18 are internally connected with a waterproof breathable film, the rebound patches 15 play a role in limiting the expansion core balls 16 and are matched with the air impact force released when the disintegration column 19 is decomposed, so that the expansion core balls 16 are mainly concentrated on one side of the transmission rod during shaking, and then are released into a water body through the air-extinction micro-holes 18 to form a plurality of dense stable bubbles.

The disintegration column 19 is made of effervescent disintegrant, the water guide fiber rod 14 extends to the surface layer of the disintegration column 19, the effervescent disintegrant is special disintegrant special for effervescent tablets, most commonly is a mixture consisting of sodium bicarbonate and citric acid, when meeting water, the two substances continuously generate carbon dioxide gas, so that the tablet can be rapidly disintegrated within a few minutes, which can release a large amount of gas to impact the resilient patch 15, forcing the expansion core ball 16 to push the transmission rod to squeeze the elastically deformable layer 5 with a reaction force, then triggering the inlet and outlet actions of the material taking microspheres 6 relative to the elastic self-sealing bag 8, wherein the water guide fiber rod 14 only extends to the surface layer of the disintegration column 19 to avoid the rapid spread of water in the disintegration column 19, so that the disintegration column 19 is rapidly decomposed in a very short time, thereby shortening the adsorption life of the spore-like adsorption ball 2 and even having no time to transport the flocculating agent from the elastic self-sealing bag 8 to treat suspended matters.

The disintegration column 19 is internally embedded with a plurality of uniformly distributed cross-flow slowly disintegrating tablets 20, the cross-flow slowly disintegrating tablets 20 are distributed in a staggered manner, the width of each cross-flow slowly disintegrating tablet 20 is greater than one half of the width of the disintegration column 19, the cross-flow slowly disintegrating tablets 20 have the effect of blocking the water guide effect in the disintegration column 19, the disintegration column 19 is prevented from being decomposed too fast, and therefore consumption of the disintegration column 19 is uniformly controlled.

When in use, the water guide fiber rod 14 continuously guides the water in the water body to the disintegration column 19, the disintegration column 19 decomposes gas when encountering water, on one hand, the impact force of the gas on the rebound patch 15 is utilized to reversely push the expansion core ball 16 to indirectly force the material taking microsphere 6 to enter the elastic self-sealing bag 8, and a certain amount of flocculant is transported and then exits, the flocculant is released in the grafting groove 3 and uniformly diffused to the nearby water body along the spore-like adsorption ball 2 to promote the flocculation reaction of suspended matters, the spore-like adsorption ball 2 adsorbs and catches flocculates, meanwhile, the gas escapes from the gas elimination micropore 18 to form stable bubbles in the water body, and also can carry part of the suspended matters to gather on the surface of the water body, can be directly salvaged and collected by technicians, can also reduce the weight after waiting for the consumption of the disintegration column 19 in the spore-like adsorption ball 2, then floats to the water surface to catch the gathered suspended matters, the technicians can put the floated spore-like adsorption ball 2 along the floating position again after recovering the floating spore-like adsorption ball, the spore-like adsorption ball 2 sinks along the rising track and then is combined with the medicine release mother ball 1 under the magnetic attraction effect of the fixed point sealing-assisted magnetic ball 7, and the process is repeated.

It is worth noting that the flocculant in the drug release mother ball 1 is evenly and slowly released into the water body along with the spore-like adsorption ball 2, can continuously act on suspended matters near the spore-like adsorption ball 2, is convenient to be captured and collected by the spore-like adsorption ball 2, and meanwhile, the whole weight of the drug release mother ball 1 is lightened along with the consumption of the flocculant and then slowly floats upwards, so that the full-range covering and collection from the water bottom to the water surface can be realized

The invention can realize that a plurality of medicine-releasing mother balls 1 are uniformly put in a polluted water area according to the characteristics of spore plants, the medicine-releasing mother balls 2 densely and magnetically attracted on the medicine-releasing mother balls are matched with the medicine-releasing mother balls, on the basis of the characteristics that the disintegration columns 19 in the spore-like adsorption balls 2 vibrate at high frequency after absorbing water and release a large amount of gas, on one hand, the medicine-releasing mother balls are matched with the elastic self-sealing bags 8 on the medicine-releasing mother balls 1 to continuously transport the flocculating agent in the medicine-releasing mother balls and disperse the flocculating agent into the water along the spore-like adsorption balls 2, flocculate the suspended matters near the spore-like adsorption balls 2 and then are captured and collected by the spore-like adsorption balls 2, on the other hand, the released gas forms stable bubbles in the water to simulate the air floatation method to gather and float the suspended matters to the water surface, and simultaneously, the integral mass of the disintegration columns 19 in, and technicians can conveniently throw the suspension into the water again for use after recovery treatment, and the collection efficiency and effect of suspended matters in the water are greatly improved.

The above are merely preferred embodiments of the present invention; the scope of the invention is not limited thereto. Any person skilled in the art should be able to cover the technical scope of the present invention by equivalent or modified solutions and modifications within the technical scope of the present invention.

Claims

1. The utility model provides an imitative spore formula water suspended solid catches heavy ball which characterized in that: comprises a medicine releasing mother ball (1), a plurality of grafting grooves (3) which are uniformly distributed are arranged on the outer surface of the medicine releasing mother ball (1), spore-like adsorption balls (2) are adsorbed in the grafting grooves (3), a pair of fixed point sealing-assisted magnetic balls (7) which are symmetrically distributed are arranged in the grafting grooves (3), the pair of fixed point sealing-assisted magnetic balls (7) are connected with an elastic self-sealing bag (8) and a pair of elastic reset wires (9), one end of the elastic self-sealing bag (8) close to the spore-like adsorption balls (2) is provided with a self-sealing hole (13) which is in a closed state, one end of the spore-like adsorption balls (2) close to the elastic self-sealing bag (8) is embedded and connected with an elastic deformation layer (5), the outer surface of the elastic deformation layer (5) is fixedly connected with a material taking microsphere (6) which is matched with the self-sealing hole (13), and expanded core balls (16) are arranged in the spore-like adsorption balls, expand and be connected with the transfer line between core ball (16) and elastic deformation layer (5), expand core ball (16) and keep away from transfer line one end and inlay and be connected with disintegration post (19), grafting groove (3) one end is kept away from in spore adsorption ball (2) is inlayed and is connected with water guide fiber rod (14), and water guide fiber rod (14) run through spore adsorption ball (2) and extend to in the disintegration post (19).

2. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: one end, far away from the transmission rod, of the expansion core ball (16) is covered with a rebound patch (15), the rebound patch (15) is fixedly connected with the inner wall of the spore-like adsorption ball (2), a plurality of uniformly distributed air-extinction pores (18) are formed in the spore-like adsorption ball (2), the air-extinction pores (18) are distributed annularly around the rebound patch (15), and a waterproof breathable film is connected in the air-extinction pores (18).

3. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: fixed point helps and seals magnetic ball (7) and adopt magnetic material to make, fixedly connected with helps on class spore adsorbs ball (2) inner wall seals magnetic ball (7) assorted grafting magnet piece (17) with the fixed point, and grafting magnet piece (17) are located elastic deformation layer (5) week side.

4. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: one end of the fixed point sealing-assistant magnetic ball (7) close to each other is fixedly connected with a plurality of embedded elastic rods (10) which are evenly distributed, and the embedded elastic rods (10) are connected in the elastic self-sealing bag (8) in an embedded mode and close to the self-sealing holes (13).

5. The spore-like water body suspended matter catching pellet as claimed in claim 4, wherein: mutual symmetry a pair of be connected with the watertight fastener between embedded elastic rod (10), the watertight fastener including help curved rod (11) and with help curved rod (11) assorted half shell (12) of laminating, and help curved rod (11) and laminate half shell (12) respectively with a pair of embedded elastic rod (10) fixed connection.

6. The spore-like water body suspended matter catching sinking ball as claimed in claim 5, which is characterized in that: the directions of the adjacent watertight clamping pieces are different, and the number of the watertight clamping pieces is not less than 3.

7. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: a storage cavity is formed in the drug release mother ball (1), a flocculating agent is filled in the storage cavity and the elastic self-sealing bag (8), the flocculating agent is in a solid powder shape, and a feeding hole (4) is communicated between the storage cavity and the elastic self-sealing bag (8).

8. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: the material taking microspheres (6) are made of porous hard materials, and the diameter of the material taking microspheres (6) is larger than the distance between the pair of fixed point sealing-assisted magnetic spheres (7).

9. The spore-like water body suspended matter trapping sinking ball as claimed in claim 1, which is characterized in that: the disintegration column (19) is made of effervescent disintegration agent, and the water guide fiber rod (14) extends to the surface layer of the disintegration column (19).

10. The spore-like water body suspended matter trapping pellet as claimed in claim 9, wherein: a plurality of uniformly distributed cross-flow slowly disintegrating tablets (20) are embedded in the disintegrating columns (19), the cross-flow slowly disintegrating tablets (20) are distributed in a staggered manner, and the width of each cross-flow slowly disintegrating tablet (20) is larger than one half of the width of each disintegrating column (19).