CN113232991A

CN113232991A - Self-wrapping anti-pollution kit

Info

Publication number: CN113232991A
Application number: CN202110515390.6A
Authority: CN
Inventors: 刘青
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-05-12
Filing date: 2021-05-12
Publication date: 2021-08-10

Abstract

The invention discloses a self-wrapping anti-pollution kit, belonging to the technical field of kits, the invention can sense the outside air through a closing strip, after the kit is opened, the closing strip absorbs oxygen in the air and then automatically heats to force the self-gas-wrapping sleeve wrapping the test tube to be heated and softened, then the test tube in the self-gas-wrapping sleeve is taken out for detection, when the test tube remains and needs to be stored, the test tube is placed in the self-air-wrapping sleeve, along with the cooling of the self-air-wrapping sleeve, on one hand, the self-air-wrapping sleeve is gradually solidified to realize high-strength fixation and protection on the test tube, on the other hand, the temperature reduction can also trigger the inner side expansion action of the self-air-wrapping sleeve, so that the air in the inner space is extruded out, then realize the laminating cladding to the test tube to fully isolated external environment after the closure strip is closed, the test tube of inside deposit is difficult for receiving external pollution, effectively improves the safety in utilization of kit.

Description

Self-wrapping anti-pollution kit

Technical Field

The invention relates to the technical field of kits, in particular to a self-coated anti-pollution kit.

Background

The kit is a box for containing chemical reagents for detecting chemical components, drug residues, virus species and the like. Is generally used by hospitals and pharmaceutical enterprises.

At present, with the improvement of medical conditions, many infectious diseases have more scientific treatment means and detection means, and hospitals determine whether a certain disease is caused or not by detecting the change of components contained in body fluid in detection, and detect blood by using various kits in detection.

However, when the existing reagent kit is stored, the risk of intrusion of outside air or moisture still exists, so that the reagent in the reagent kit is easily polluted, the detection result is inaccurate, and even the reagent is possibly scrapped.

Disclosure of Invention

1. Technical problem to be solved

Aiming at the problems in the prior art, the invention aims to provide a self-wrapping anti-pollution kit which can sense the outside air through a closing strip, after the kit is opened, the closing strip absorbs oxygen in the air and then automatically heats to force the self-gas-wrapping sleeve wrapping the test tube to be heated and softened, then the test tube in the self-gas-wrapping sleeve is taken out for detection, when the test tube remains and needs to be stored, the test tube is placed in the self-air-wrapping sleeve, along with the cooling of the self-air-wrapping sleeve, on one hand, the self-air-wrapping sleeve is gradually solidified to realize high-strength fixation and protection on the test tube, on the other hand, the temperature reduction can also trigger the inner side expansion action of the self-air-wrapping sleeve, so that the air in the inner space is extruded out, then realize the laminating cladding to the test tube to fully isolated external environment after the closure strip is closed, the test tube of inside deposit is difficult for receiving external pollution, effectively improves the safety in utilization of kit.

2. Technical scheme

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

The utility model provides a from anti-pollution kit of cladding formula, includes box body and lid, the lid rotates to be connected in the box body upper end, a plurality of evenly distributed's standing groove is seted up to the box body upper end, inlay in the standing groove and be connected with from a gas cover, be connected with a pair of closed strip from a gas cover upper end, and a pair of closed strip symmetric distribution on the length direction from a gas cover, be connected with assorted heat absorption cover from a gas cover outer end, it is equipped with the test tube to insert in the gas cover from a gas cover, closed strip is including sealed end, perception end and magnetism end of inhaling, and sealed end, perception end and magnetism end from interior to exterior connect gradually.

Furthermore, the sealing end is made of elastic sealing materials, the sensing end is made of elastic breathable materials, the magnetic suction end is made of elastic non-breathable materials, effective sealing can be achieved by combining the sealing ends, air and moisture in the external environment are blocked, the sensing end allows the breathable self-heating materials to sense external air and react with oxygen in the air to release heat, and therefore the self-wrapping air sleeve is heated to be softened.

Further, the perception end intussuseption is filled with self-heating material, magnetism is inhaled the end intussuseption and is filled with magnetic particle, magnetic particle's particle diameter is greater than self-heating material, and self-heating material can the perception external air to react with the oxygen in the air and release heat, magnetic particle forces magnetism to inhale the end and possesses magnetism, then oppresses the perception end when adsorbing each other, because self-heating material particle diameter is littleer, consequently can fully be with pressure transfer to sealed end when receiving the oppression, thereby extrudes sealed end and carries out the high strength sealed.

Further, from a packet gas cover including canning main part, a plurality of air discharge bag and a plurality of position piece that separates, separate position piece even connection in canning main part the inner, and separate the position piece and separate the canning main part for a plurality of independent spaces, separate position piece even connection in canning main part internal surface, and separate the position piece and correspond with separating the position piece, the air discharge bag both can separate the canning main part, also can set the basic shape of canning main part simultaneously, the difficult condition that compresses by a wide margin that appears, separate the position piece and can trigger inflation and shrink action under the temperature of difference, conveniently take out the test tube during the shrink, can extrude inside air during the inflation and exhaust, avoid the air to enter into the test tube and cause the condition emergence of pollution.

Further, the canning main part adopts elastic material to make hollow structure, the canning main part intussuseption is filled with wax, the air discharge bag adopts stereoplasm heat conduction material to make, and wax is solid-state under the normal atmospheric temperature, can effectively protect the test tube, avoids deformation extrusion to the test tube, and wax can soften or even melt when receiving the heating, and the canning main part is whole softened this moment and can be deformed for realizing taking and depositing of test tube.

Further, the exhaust bag comprises an expansion outer membrane, a porous stator and a connecting bottom layer, the connecting bottom layer is connected to the inner surface of the sheath main body, the expansion outer membrane is connected to the outer end of the connecting bottom layer, the porous stator is connected to the inner end of the expansion outer membrane and is flush with the connecting bottom layer, a plurality of thermal expansion blocks which are uniformly distributed are connected between the porous stator and the connecting bottom layer, a plurality of positioning wires which are uniformly distributed are connected between the expansion outer membrane and the connecting bottom layer, the positioning wires are positioned in the middle of the connecting bottom layer, the expansion outer membrane is in an expansion state at normal temperature, the test tube can be laminated, coated and extruded with air, the thermal expansion blocks are thermally expanded and then force the connecting bottom layer to compress to form a space under a heating state, then the expansion outer membrane can be compressed along with the trend, the thermal expansion blocks gradually recover the shape in the cooling process, and the connecting bottom layer also can recover the original thickness, thereby extruding the heat conducting oil and forcing the expansion outer membrane to expand to complete the jointing and cladding of the test tube.

Furthermore, heat conduction oil is filled between the outer expansion film and the connecting bottom layer, the heat expansion block is made of a heated expansion material, the heat conduction oil can fully heat the heat expansion block, and the heat conduction oil is more difficult to compress compared with air, so that the compression and expansion of the outer expansion film are smoothly guaranteed.

Further, the inflation adventitia adopts elastic thermal insulation material to make, it adopts elastic thermal conduction material to make to connect the bottom, and connects the elasticity of bottom and be less than the inflation adventitia, because connect the bottom and compare in the difficult deformation of inflation adventitia under the normal atmospheric temperature state, consequently the inflation adventitia can take place the inflation phenomenon under the existence of conduction oil, and the conduction oil can flow and fill when only connecting the bottom and receiving the compression, and the inflation adventitia side can compress to subsequent inflation is discharged.

Further, the heat absorption cover includes a plurality of heat absorption water sacs and many heat conduction wires, and is a plurality of the heat absorption water sac is connected in the canning main part outer end, heat conduction wire one end with separate the position piece and be connected the other end and extend to heat absorption water sac inboard, the heat conduction wire can dispel the heat in heat pertinence conduction to each heat absorption water sac, with higher speed from the inflation laminating of air-packing cover, avoids the long-time stop of air inside, has the risk of pollution.

Furthermore, the heat absorption water bag is corresponding to the exhaust bag, and the heat absorption water bag gradually increases along the direction thickness of the closing strip, because the thickness of the heat absorption water bag is different, consequently, the heat that absorbs in the same time is different, the cooling effect that causes is also different, the heat absorption water bag that is close to closing strip one side is because the thickness is thinner, consequently, the temperature drop is slower, the heat absorption water bag that keeps away from closing strip one side on the contrary drops very fast, thereby form this heat absorption water bag and expand earlier, then expand to being close to closing strip one side in proper order, according to this order inflation can be effectively with gas through closing strip exhaust external, difficult appearance leads to the unable discharge of partial gas because of the inflation order is different, thereby remain in the inside space of self-wrapping air jacket.

3. Advantageous effects

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

(1) this scheme can be through the perception of closed strip to the outside air, after opening the kit, oxygen in the closed strip absorbed air then independently generates heat, force the package gas cover of cladding test tube from be heated and soften, then take out from the test tube in the package gas cover detect can, when the test tube surplus needs deposit, arrange the test tube in from the package gas cover, along with the cooling from the package gas cover, on the one hand from the package gas cover solidification gradually realize the fixed and protection of high strength to the test tube, on the other hand temperature reduction also can trigger the inboard inflation action from the package gas cover, thereby extrude the air that the inner space exists, then realize the laminating cladding to the test tube, and fully isolated external environment after closed strip, inside test tube of depositing is difficult for receiving external pollution, effectively improve the safety in utilization of kit.

(2) The sealing end is made of elastic sealing materials, the sensing end is made of elastic breathable materials, the magnetic suction end is made of elastic non-breathable materials, the sealing ends are combined with each other to achieve effective sealing, so that air and moisture in the external environment are blocked, the sensing end allows the breathable self-heating materials to sense the external air and reacts with oxygen in the air to release heat, and the self-wrapping air sleeve is heated to be softened.

(3) The perception end intussuseption is filled with self-heating material, and magnetism is inhaled the end intussuseption and is filled with magnetic particle, and magnetic particle's particle diameter is greater than self-heating material, and self-heating material can the perception external air to release the heat with the oxygen reaction in the air, magnetic particle forces magnetism to inhale the end and possesses magnetism, then oppresses the perception end when adsorbing each other, because self-heating material particle diameter is littleer, consequently can fully be with pressure transfer to sealed end when receiving the oppression, thereby the extrusion sealed end carries out the sealed of high strength.

(4) From a packet of gas cover including the canning main part, a plurality of air discharge sacks and a plurality of position piece that separates, separate position piece evenly connected in canning main part the inner, and separate the position piece and separate the canning main part for a plurality of independent spaces, separate position piece evenly connected in canning main part internal surface, and separate the position piece and correspond with separating the position piece, the canning main part both can be separated to the air discharge sack, the while also can set the basic shape of canning main part, the difficult condition that compresses substantially that appears, separate the position piece and can trigger inflation and shrink action under the temperature of difference, conveniently take out the test tube during the shrink, can extrude inside air and exhaust during the inflation, avoid the air to enter into the condition that the test tube caused the pollution and take place.

(5) The canning main part adopts elastic material to make hollow structure, and the intussuseption of canning main part is filled with wax, and the exhaust pocket adopts stereoplasm heat conduction material to make, and wax is solid-state under the normal atmospheric temperature, can effectively protect the test tube, avoids deformation extrusion to the test tube, and wax can soften or even melt when receiving the heating, and the canning main part is whole softened this moment and can be deformed, is used for realizing taking and depositing of test tube.

(6) The exhaust bag comprises an expansion outer membrane, a porous stator and a connecting bottom layer, the connecting bottom layer is connected to the inner surface of the sheath main body, the expansion outer membrane is connected to the outer end of the connecting bottom layer, the porous stator is connected to the inner end of the expansion outer membrane and is flush with the connecting bottom layer, a plurality of thermal expansion blocks which are uniformly distributed are connected between the porous stator and the connecting bottom layer, a plurality of positioning wires which are uniformly distributed are connected between the expansion outer membrane and the connecting bottom layer, the positioning wires are positioned in the middle of the connecting bottom layer, the expansion outer membrane is in an expansion state at normal temperature and can be used for attaching and coating a test tube to extrude air, the thermal expansion blocks are subjected to thermal expansion and then force the connecting bottom layer to compress to form a space under the heating state, then the expansion outer membrane can be compressed along the trend, the thermal expansion blocks gradually recover the shape in the cooling process, the connecting bottom layer can also recover the original thickness, thereby extruding heat conducting oil and forcing the outer membrane to expand, and finishing the attaching and coating of the test tube.

(7) The expansion outer membrane is filled with the conduction oil with being connected between the bottom, and the thermal expansion piece adopts the expanded material to make, and the conduction oil not only can fully heat the thermal expansion piece, and the conduction oil is more difficult for being compressed in comparison with the air simultaneously to guarantee the compression and the inflation of expansion outer membrane smoothly.

(8) The inflation adventitia adopts elastic thermal insulation material to make, connects the bottom and adopts the elastic thermal conduction material to make, and the elasticity of connecting the bottom is less than the inflation adventitia, because connect the bottom to compare in the difficult deformation of inflation adventitia under the normal atmospheric temperature state, consequently the inflation adventitia can take place the inflation phenomenon under the existence of conduction oil, the conduction oil can flow when only connecting the bottom and receiving the compression and fill, the inflation adventitia side can compress to in order to subsequent inflation is discharged.

(9) The heat absorption cover comprises a plurality of heat absorption water bags and a plurality of heat conduction wires, the heat absorption water bags are connected to the outer end of the sheath body, one end of each heat conduction wire is connected with the separation piece, the other end of each heat absorption water bag extends to the inner side of the corresponding heat absorption water bag, the heat conduction wires can conduct heat pertinence to the heat absorption water bags to dissipate heat, the expansion fit of the self-covering air sleeve is accelerated, and the air is prevented from stopping inside for a long time, so that the pollution risk exists.

(10) The heat absorption water pocket is corresponding with the air exhaust pocket, and the heat absorption water pocket is crescent along the direction thickness of closed strip, because the thickness of heat absorption water pocket is different, consequently, the heat that absorbs in the same time is different, the cooling effect that causes is also different, the heat absorption water pocket that is close to closed strip one side is because thickness is thinner, consequently, the temperature drop is slower, the heat absorption water pocket temperature drop of keeping away from closed strip one side on the contrary is faster, thereby form this heat absorption water pocket and expand earlier, then expand in proper order to being close to closed strip one side, according to this order inflation can effectively pass through closed strip exhaust external, difficult appearing leads to the unable discharge of partial gas because of the inflation order is different, thereby remain in wrapping the gas cover inboard space certainly.

Drawings

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

FIG. 2 is a cross-sectional view of the present invention;

FIG. 3 is a cross-sectional view of a self-inflating sleeve portion of the present invention;

FIG. 4 is a cross-sectional view of the exhaust bladder of the present invention in a heated condition;

FIG. 5 is a sectional view of the exhaust bag of the present invention at normal temperature;

FIG. 6 is a partially expanded view of the self-inflating cuff of the present invention.

The reference numbers in the figures illustrate:

the test tube comprises a box body 1, a box cover 2, a closing strip 3, a sealing end 31, a sensing end 32, a magnetic suction end 33, a self-air-packing sleeve 4, a wrapping main body 41, an air exhaust bag 42, an outer expansion film 421, a porous stator 422, a connecting bottom layer 423, a positioning wire 424, a thermal expansion block 425, a spacing sheet 43, a heat absorption sleeve 5, a heat absorption water bag 51, a heat conducting wire 52 and a test tube 6.

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:

please refer to fig. 1-3, a self-wrapping anti-pollution kit, comprising a box body 1 and a box cover 2, wherein the box cover 2 is rotatably connected to the upper end of the box body 1, a plurality of uniformly distributed placing grooves are formed in the upper end of the box body 1, a self-wrapping air sleeve 4 is connected to the placing grooves in an embedded manner, a pair of closing strips 3 are connected to the upper end of the self-wrapping air sleeve 4, the pair of closing strips 3 are symmetrically distributed in the length direction of the self-wrapping air sleeve 4, a matched heat absorption sleeve 5 is connected to the outer end of the self-wrapping air sleeve 4, a test tube 6 is inserted into the self-wrapping air sleeve 4, each closing strip 3 comprises a sealing end 31, a sensing end 32 and a magnetic suction end 33, and the sealing end 31, the sensing end 32 and the magnetic suction end 33 are sequentially connected from inside to outside.

The sealing end 31 is made of elastic sealing materials, the sensing end 32 is made of elastic breathable materials, the magnetic suction end 33 is made of elastic non-breathable materials, the sealing end 31 is combined with each other to achieve effective sealing, so that air and moisture in the external environment are blocked, the sensing end 32 allows air to be ventilated and supplied from the heating materials to sense the external air and reacts with oxygen in the air to release heat, and therefore the self-air-wrapping sleeve 4 is heated to be softened.

Perception end 32 intussuseption is filled with self-heating material, magnetism is inhaled end 33 intussuseption and is filled with magnetic particle, magnetic particle's particle diameter is greater than self-heating material, self-heating material can the perception external air, and release the heat with the oxygen reaction in the air, magnetic particle forces magnetism to inhale end 33 and possesses magnetism, then oppress perception end 32 when adsorbing each other, because self-heating material particle diameter is littleer, consequently can be fully with pressure transfer to seal end 31 when receiving the oppression, thereby extrude seal end 31 and carry out high strength's sealing.

The self-gas-covering sleeve 4 comprises a sleeve main body 41, a plurality of gas exhaust bags 42 and a plurality of spacing pieces 43, the spacing pieces 43 are uniformly connected to the inner end of the sleeve main body 41, the spacing pieces 43 divide the sleeve main body 41 into a plurality of independent spaces, the spacing pieces 43 are uniformly connected to the inner surface of the sleeve main body 41, the spacing pieces 43 correspond to the spacing pieces 43, the gas exhaust bags 42 can separate the sleeve main body 41 and can also shape the basic shape of the sleeve main body 41, the large-amplitude compression condition is not easy to occur, the spacing pieces 43 can trigger expansion and contraction actions at different temperatures, the test tube 6 can be conveniently taken out during contraction, the inside air can be extruded during expansion to exhaust, and the pollution caused by the air entering the test tube 6 is avoided.

The wrapping body 41 is made of elastic materials and is of a hollow structure, the wrapping body 41 is filled with wax, the exhaust bag 42 is made of hard heat conduction materials, the wax is solid at normal temperature and can effectively protect the test tube 6, deformation extrusion to the test tube 6 is avoided, the wax can be softened or even melted when being heated, and the wrapping body 41 is integrally softened and can be deformed at the moment to take and store the test tube 6.

Referring to fig. 4-5, the venting bag 42 includes an expanded outer membrane 421, a porous stator 422 and a connecting bottom layer 423, the connecting bottom layer 423 is connected to the inner surface of the sheath body 41, the expanded outer membrane 421 is connected to the outer end of the connecting bottom layer 423, the porous stator 422 is connected to the inner end of the expanded outer membrane 421 and is flush with the connecting bottom layer 423, a plurality of uniformly distributed thermal expansion blocks 425 are connected between the porous stator 422 and the connecting bottom layer 423, a plurality of uniformly distributed positioning wires 424 are connected between the expanded outer membrane 421 and the connecting bottom layer 423, and the positioning wires 424 are located in the middle of the connecting bottom layer 423, the expanded outer membrane 421 is in an expanded state at normal temperature, and can apply and cover the test tube 6 to squeeze air, in the heated state, the thermal expansion blocks 425 expand by heating and then force the connecting bottom layer 423 to compress out a space, then the expanded outer membrane 421 can be compressed by following force, and the thermal expansion blocks 425 gradually recover the shape in the cooling process, the connecting bottom layer 423 also recovers the original thickness, thereby pressing the heat transfer oil and forcing the expanded outer membrane 421 to expand, thereby completing the fitting and coating of the test tube 6.

The heat conduction oil is filled between the outer expansion film 421 and the connection bottom layer 423, the thermal expansion block 425 is made of a heated expansion material, the heat conduction oil can fully heat the thermal expansion block 425, and meanwhile, the heat conduction oil is more difficult to compress compared with air, so that the compression and expansion of the outer expansion film 421 are smoothly guaranteed.

The inflation adventitia 421 adopts elastic thermal insulation material to make, connect bottom 423 and adopt the elastic thermal conductive material to make, and the elasticity of connecting bottom 423 is less than the inflation adventitia 421, because connect bottom 423 to compare in the difficult deformation of inflation adventitia 421 under the normal atmospheric temperature state, consequently the inflation adventitia 421 can take place the inflation phenomenon under the existence of conduction oil, the conduction oil can flow and fill when only connecting bottom 423 and receiving the compression, inflation adventitia 421 sides can compress, so that subsequent inflation is discharged.

The heat absorption sleeve 5 comprises a plurality of heat absorption water bags 51 and a plurality of heat conduction wires 52, the heat absorption water bags 51 are connected to the outer end of the sheath body 41, one end of each heat conduction wire 52 is connected with the spacing piece 43, the other end of each heat conduction wire extends to the inner side of the heat absorption water bag 51, the heat conduction wires 52 can conduct heat pertinence to the heat absorption water bags 51 to dissipate heat, the expansion fitting of the self-wrapped air sleeve 4 is accelerated, the air is prevented from staying inside for a long time, and the risk of pollution is avoided.

The heat absorption water bag 51 corresponds to the exhaust bag 42, the thickness of the heat absorption water bag 51 is gradually increased along the direction of the closing strip 3, the heat absorption water bag 51 has different thicknesses, so that the heat absorption amount in the same time is different, the cooling effect is different, the heat absorption water bag 51 close to one side of the closing strip 3 has a thinner thickness, so that the temperature is reduced slowly, and the heat absorption water bag 51 away from one side of the closing strip 3 has a faster temperature reduction, so that the heat absorption water bag 51 is expanded firstly and then sequentially expanded to one side close to the closing strip 3, the air can be effectively exhausted outside through the closing strip 3 by virtue of the sequential expansion, and partial air cannot be exhausted due to different expansion sequences, so that the air is remained in the space inside the self-wrapping air sleeve 4.

Referring to fig. 6, the self-inflating sheath 4 can also be taken out and unfolded, and after the test tube 6 is taken out for use, the unspent test tube 6 can be put back on the self-inflating sheath 4 and then wrapped and placed in the placing groove, which is used for the situation that the self-inflating sheath 4 is not cooled in time under the condition of short use time.

According to the invention, the external air can be sensed through the closing strip 3, after the kit is opened, the closing strip 3 absorbs oxygen in the air and then automatically heats, the self-air-wrapping sleeve 4 wrapping the test tube 6 is forced to be heated and softened, then the test tube 6 in the self-air-wrapping sleeve 4 is taken out to be detected, when the test tube 6 is left to be stored, the test tube 6 is placed in the self-air-wrapping sleeve 4, along with the cooling of the self-air-wrapping sleeve 4, on one hand, the self-air-wrapping sleeve 4 is gradually solidified to realize high-strength fixing and protection on the test tube 6, on the other hand, the temperature reduction can also trigger the inner side expansion action of the self-air-wrapping sleeve 4, so that the air existing in the inner space is extruded out, then the test tube 6 is attached and wrapped, the external environment is fully isolated after the closing strip 3 is closed, the test tube 6 stored in the kit is not easily polluted by the outside, and the use safety of the kit is effectively 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 a from anti-pollution kit of cladding formula, includes box body (1) and lid (2), lid (2) are rotated and are connected in box body (1) upper end, its characterized in that: the utility model discloses a box body, including box body (1), box body, sealed end (31), perception end (32) and magnetism end (33), box body (1) upper end is seted up a plurality of evenly distributed's standing groove, inlay in the standing groove and be connected with from a packet gas cover (4), be connected with a pair of closed strip (3) from a packet gas cover (4) upper end, and a pair of closed strip (3) symmetric distribution on the length direction from a packet gas cover (4), be connected with assorted heat absorption cover (5) from a packet gas cover (4) outer end, be equipped with test tube (6) from a packet gas cover (4) interpolation, closed strip (3) are including sealed end (31), perception end (32) and magnetism end (33) of inhaling, and sealed end (31), perception end (32) and magnetism end (33) of inhaling connect gradually from inside to outside.

2. The self-contained anti-contamination kit according to claim 1, wherein: the sealing end (31) is made of elastic sealing materials, the sensing end (32) is made of elastic air-permeable materials, and the magnetic suction end (33) is made of elastic non-air-permeable materials.

3. The self-contained anti-contamination kit according to claim 2, wherein: the sensing end (32) is filled with a self-heating material, the magnetic attraction end (33) is filled with magnetic particles, and the particle size of the magnetic particles is larger than that of the self-heating material.

4. The self-contained anti-contamination kit according to claim 1, wherein: from air pocket cover (4) including canning main part (41), a plurality of air discharge sacks (42) and a plurality of spacing piece (43), it evenly connects in canning main part (41) inner to separate a piece (43), and separates canning main part (41) for a plurality of independent spaces to separate a piece (43), it evenly connects in canning main part (41) internal surface to separate a piece (43), and separates a piece (43) and separate a piece (43) and correspond.

5. The self-contained anti-contamination kit according to claim 4, wherein: the jacket main body (41) is made of an elastic material and is of a hollow structure, wax is filled in the jacket main body (41), and the exhaust bag (42) is made of a hard heat conduction material.

6. The self-contained anti-contamination kit according to claim 4, wherein: exhaust bag (42) are including inflation adventitia (421), porous stator (422) and connect bottom (423), it connects in canning main part (41) internal surface to connect bottom (423), inflation adventitia (421) are connected in connection bottom (423) outer end, porous stator (422) are connected in inflation adventitia (421) inner and are kept flushing with being connected bottom (423), be connected with a plurality of evenly distributed's thermal expansion piece (425) between porous stator (422) and being connected bottom (423), be connected with many evenly distributed's positioning wire (424) between inflation adventitia (421) and being connected bottom (423), and positioning wire (424) are located the middle part of connecting bottom (423).

7. The self-contained anti-contamination kit according to claim 6, wherein: and heat conduction oil is filled between the expansion outer membrane (421) and the connecting bottom layer (423), and the thermal expansion block (425) is made of a heated expansion material.

8. The self-contained anti-contamination kit according to claim 7, wherein: the expanded outer membrane (421) is made of elastic heat-insulating materials, the connecting bottom layer (423) is made of elastic heat-conducting materials, and the elasticity of the connecting bottom layer (423) is lower than that of the expanded outer membrane (421).

9. The self-contained anti-contamination kit according to claim 4, wherein: the heat absorption sleeve (5) comprises a plurality of heat absorption water bags (51) and a plurality of heat conduction wires (52), the thickness of the heat absorption water bags (51) is gradually increased along the direction of the closing strip (3), the heat absorption water bags (51) are connected to the outer end of the sheath main body (41) and correspond to the exhaust air bag (42), and one end of each heat conduction wire (52) is connected with the spacing piece (43) while the other end extends to the inner side of the heat absorption water bag (51).

10. The self-contained anti-contamination kit according to claim 9, wherein: the heat absorption water bag (51) corresponds to the exhaust air bag (42), and the thickness of the heat absorption water bag (51) is gradually increased along the direction of the closing strip (3).