CN211284014U

CN211284014U - Energy water life suction pipe

Info

Publication number: CN211284014U
Application number: CN201921729753.0U
Authority: CN
Inventors: 夏侯佐锦
Original assignee: Shenzhen Yinuo Lighting Industry Co ltd
Current assignee: Shenzhen Yinuo Lighting Industry Co ltd
Priority date: 2019-10-15
Filing date: 2019-10-15
Publication date: 2020-08-18
Anticipated expiration: 2029-10-15
Also published as: WO2021073037A1

Abstract

The utility model relates to an outdoor water purification equipment technical field, in particular to energy aquatic life straw to solve current life straw and only for just slightly filtering, can not adapt to different environment, different grade type crowd, application scope is low, and does not provide and have comparatively perfect filtration mode and the mode technical problem that disinfects. The energy water life suction pipe comprises: a suction pipe main body with a suction end and a suction end which are communicated with each other; the filter assembly is communicated with one side of the suction end and is used for filling various filter materials, and the UVC sterilization assembly has an electrified working state; under the electrified working state, ultraviolet light which is generated by the UVC sterilization component and is within a preset wavelength range can irradiate the transparent part of the channel structure; the energy water life suction pipe has the advantages of wide application range, perfect filtering function, self-sterilization of the sterilization function, convenience in maintenance and the like.

Description

Energy water life suction pipe

Technical Field

The utility model relates to an outdoor water purification equipment technical field, in particular to energy water life straw.

Background

The pollution of water resources has been a well known problem.

Under the current trend, the industry is rapidly developed, so that the damage to water resources is the most serious, and some areas also influence local water resources due to other factors, such as war in certain foreign areas, or water resource pollution caused by fine dust, germs and impurities generated along with natural disasters; the above effects endanger the need of people for water, especially for safe drinking water, in daily life.

In the existing demands, people who are long-term engaged in various activities outdoors, such as field trip, hiking, scientific investigation and the like, often need to carry bagged water and even need to drink various water sources outdoors at any time are eagerly desired for safe drinking water.

In the prior art, the life straw product only considers the initial filtration to filter impurities, larger dust, sand and the like in water, but cannot remove some bacteria organisms. Meanwhile, because the filter element is used for a long time, the filter element can generate bacteria, and hidden dangers are easily caused to the health and the safety of a user.

Based on the above, there is a need for a novel life straw, which can have a relatively perfect filtering mode and sterilization mode when being adapted to different environments and different types of people, so as to ensure that people can quickly obtain relatively safe and healthy drinking water.

SUMMERY OF THE UTILITY MODEL

The utility model discloses solve the life straw among the prior art and only slightly filter for just, can not adapt to different environment, different grade type crowd, application scope is low, and does not provide and have comparatively perfect filtration mode and the mode technical problem that disinfects, based on this problem, the utility model provides an energy aquatic life straw.

In order to solve the technical problem, the technical scheme of the utility model is specifically as follows:

an energy water life straw comprising:

a suction pipe main body having a suction end and a suction end which are communicated with each other;

the suction pipe main body can form a suction process from the suction end to the suction end;

wherein, in the suction process:

the suction end can be sucked with first water;

the suction end can suck out third water;

the filtering component is communicated with one side of the suction end and is used for filling a plurality of filtering materials so as to realize that the first water is filtered to form second water;

the UVC sterilization component is provided with an electrified working state, and can generate ultraviolet light within a preset wavelength range in the electrified working state;

a passage structure communicating the suction end and the filter assembly, through which the second water can pass;

wherein the channel structure is isolated outside the UVC sterilization assembly to prevent the UVC sterilization assembly from contacting the first water or the second water;

wherein the channel structure portion is in a transparent state, the second water flowing through the channel structure portion in the transparent state during the suction;

when the second water flows through the channel structure, ultraviolet light generated by the UVC sterilization component within the preset wavelength range can irradiate a part of the channel structure in a transparent state, so that the second water is in the third water when reaching the suction end.

Further, the channel structure comprises:

the sealing shell is in an annular shell shape, and both ends of the sealing shell are provided with external threads;

the sealing cover is fixedly connected with the inside of the sealing shell;

the sealing cover is at least partially used for installing the UVC sterilization component;

the first connecting pipe is used for communicating the filtering component, is arranged on the sealing cover and extends towards the direction of the suction end;

the glass tube is fixed on the sealing cover and sleeved on the periphery of the first connecting tube;

wherein the length of the glass tube is greater than the length of the first adapter tube.

Further, the UVC sterilization assembly includes:

a battery mounted on the sealing cover, extending toward the suction end, and disposed adjacent to the glass tube;

the charging interface is electrically connected with the battery;

a UVC lamp electrically connected to one side of the battery so that the UVC lamp can irradiate the glass tube;

a switch assembly to drive the battery to power the UVC lamp.

Specifically, the method further comprises the following steps:

the switch waterproof cover can be embedded and connected in the radial direction of the sealing cover and is provided with an elastic bulge;

the switch assembly is provided with a rod-shaped switch element, and the switch element can be sleeved in the elastic bulge;

the switch element can be actuated by pressing the elastic bulge, so that the UVC sterilization component enters the electrified working state.

Specifically, the straw body further comprises:

the first end of the battery bin shell is provided with internal threads and is connected with one end, provided with the first connecting pipe, of the sealing shell through the internal threads;

one end of the suction outlet connecting cover is connected with the other end of the battery bin shell through threads, and the other end of the suction outlet connecting cover is connected with a suction structure;

wherein, the suction structure includes:

a suction port mounting seat for mounting on the suction port connection cover;

the second connecting pipe is arranged along the length direction of the suction pipe main body, and part of the second connecting pipe is positioned outside the suction port mounting seat and part of the second connecting pipe is positioned inside the mounting seat;

wherein the second adapter tube partially positioned inside the mount is insertable into the glass tube with an outer circumference of the second adapter tube contacting an inner circumference of the glass tube;

wherein the second connecting pipe is the suction end.

Preferably, the filter assembly comprises:

a pre-filtering structure;

one end of the filter membrane assembly is arranged above the pre-filtering structure, and the other end of the filter membrane assembly is arranged at one end, far away from the first connecting pipe, of the sealing shell;

wherein, the filter membrane component can be arranged in an up-down separated way, and the separated part can be filled with one or two of a hollow fiber ultrafiltration membrane and a PP cotton superfine filter membrane; and

one or both of activated carbon and ionic resin; and a filter cotton layer arranged at the position where the filter membrane component is separated.

Further, the filter membrane housing comprises:

the outer shell is provided with internal threads at one end and is connected with the second end of the sealing shell through threaded connection;

the end face of the outer shell, which is connected with the sealing shell through threads, is provided with a sealing gasket;

wherein, the position where the outer shell is connected with the sealing shell through threads is provided with filter cotton;

an inner housing, an outer periphery of which can abut against an inner periphery of the outer housing;

the length of the inner shell is smaller than that of the outer shell, when the inner shell is placed in the outer shell, a separated mark is formed at the upper end of the inner shell, and the cotton filter layer is arranged at the separated mark to separate the outer shell into two chambers with different diameters;

wherein the two chambers are respectively:

a first chamber;

a second chamber located above the first chamber;

the hollow fiber ultrafiltration membrane is uniformly filled in the first chamber;

the filter cotton layer is the PP cotton superfine filter membrane;

the activated carbon and the ionic resin are sequentially filled in the second cavity from bottom to top;

the filling amount of the activated carbon is larger than that of the ionic resin.

Further, the pre-filtering structure comprises:

a suction pipe interface which is the suction end;

a pre-filter assembly having internal threads at a first end and external threads at a second end;

the suction pipe interface is integrally arranged in the pre-filtering assembly and extends towards one end of the pre-filtering assembly with the internal thread;

the first end of the pre-filtering component is used for connecting a filter or a suction port protective cover, and the second end of the pre-filtering component is used for connecting the filter membrane component.

Further, a protruding part extends from one end of the inner shell far away from the separated mark, and the protruding part extends to the outer shell;

wherein the protrusion has internal threads and the second end of the pre-filter assembly is threadably attached to the protrusion; and

and the filter protective cover is sleeved on the periphery of the outer shell, and can be partially sleeved on the periphery of the pre-filtering component.

Further, the straw body further has a sanitary cap assembly for closing the straw outlet, the sanitary cap assembly comprising:

a connection ring which can be tightly sleeved on the straw main body;

a connection string having one end fixed to the connection ring and arranged in a direction in which the straw body has the second adapter;

and the suction nozzle protective sleeve is fixed at the other end of the connecting rope and is provided with a sunken part, and the sunken part is sleeved at the end part of the second connecting pipe to seal the second connecting pipe.

The utility model discloses following beneficial effect has:

on the first hand, the application range is wide, the overall structure of the straw body 10 is simplified, the straw body is convenient for a user to carry, and the suction end 101 and the suction end 102 are convenient to use. The energy underwater sounding suction pipe can meet the requirements of people in outdoor sports, field activities and travelling mountaineering, and is convenient to drink safe and healthy water at any time and any place. The straw interface 211 can be directly connected with a mineral water bottle, a water bag or a straw, and can be used for directly drinking mineral water, ditch water, pond water, river water and other water sources.

In the second aspect, the filtering function is complete, and a more refined filtering mode can be provided; the quantum water life straw adopts ultrafiltration with maximum 0.01 micron to filter bacteria and viruses, simultaneously uses activated carbon to remove peculiar smell and improve taste, and uses ion exchange resin to remove heavy metal and soften water quality.

In the third aspect, the sterilization function is provided, and the sterilization function can realize self sterilization; filtered water is sterilized and disinfected by the arrangement of the UVC assembly 30. Can effectively prevent the propagation of bacteria when sterilizing water poison. The UVC component 30 can be used independently to form self-sterilization, and the bacteria generated by the over-energy straw are killed, so that the problem of outdoor safe drinking water is solved essentially, and a user is guaranteed to obtain safe drinking water quickly.

In a fourth aspect, the energy water life suction pipe has the characteristics of simplicity and convenience in disassembly and maintenance.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

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

FIG. 2 is a three-dimensional exploded view of the energy absorbing tube of the present invention;

FIG. 3 is a three-dimensional view of the filter assembly of the energy intake of the present invention;

FIG. 4 is an exploded view of the filter assembly of the energy intake of the present invention;

fig. 5 is a three-dimensional view of the pre-filtering structure of the energy absorbing pipe of the present invention;

fig. 6 is a layout diagram of the filling material of the pre-filtering structure of the energy absorption tube of the present invention;

figure 7 is a three-dimensional view of the sanitary cover assembly of the energy straw of the present invention.

The reference numerals in the figures denote:

a straw body 10, a filter assembly 20, a UVC sterilization assembly 30, a channel structure 40;

a suction end 101, a suction end 102, first water 1, second water 2 and third water 3;

a sealing case 410, a sealing cover 420, a first adapter tube 430, a glass tube 440;

the battery 310, the charging interface 320, the UVC lamp 330, the switch assembly 340, the switch waterproof cover 350 and the elastic protrusion 351 are arranged;

the battery compartment shell 110, the suction port connecting cover 120 and the suction structure 130;

a suction port mount 131, a second connection pipe 132;

a pre-filtering structure 210, a filter membrane assembly 220, a filter cotton layer 230;

an outer housing 221, an inner housing 222, a first chamber 1001, and a second chamber 1002;

a suction pipe interface 211, a pre-filter assembly 212, a projection 223, a suction port protection cover 213, a filter protection cover 214;

sanitary cover assembly 140, attachment ring 141, attachment string 142, nozzle protective cover 143.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

In order to better understand the technical solution of the present invention, the following terms are needed to be explained, wherein the first water 1 refers to water sources such as drinking fountain water, ditch water, pond water, river water, etc.; the second water 2 refers to the first water 1 after passing through the filtering component 20, and the filtering component 20 softens the second water 2, removes heavy metal ions and some impurities which can be captured by the filtering function; the third water 3 refers to water that can be cited obtained by ultraviolet sterilization of a specific wavelength UVC.

The utility model discloses solve the life straw among the prior art and only slightly filter for just, can not adapt to different environment, different grade type crowd, application scope is low, and does not provide and have comparatively perfect filtration mode and the mode technical problem that disinfects, based on this problem, the utility model provides an energy aquatic suction pipe that lives, please refer to that figure 1 shows, this energy aquatic suction pipe that lives, include: a suction pipe body 10 having a suction end 101 and a suction end 102 communicating with each other.

The pipette body 10 may form a suction process starting from the suction end 101 to the suction end 102, which is understood to be performed by human action.

Wherein, in the suction process: first water 1 can be sucked in at the suction end 101; the third water 3 can be sucked out at the suction end 102; a filter assembly 20, which is communicated with one side of the suction end 101 and is used for filling a plurality of filter materials so as to filter the first water 1 into second water 2; in order to solve the technical problem in this application, this application mainly has two main functions, specifically is the filtration that becomes more meticulous and disinfect many times, and should realize from disinfecting, specifically, including:

the UVC sterilization component 30 is provided with a power-on working state, and in the power-on working state, the UVC sterilization component 30 can generate ultraviolet light within a preset wavelength range; a channel structure 40 communicating the suction end 102 and the filter assembly 20, the second water 2 being passable through the channel structure 40; the UVC germicidal module 30 herein may provide wavelength ranges of values: 253 and 275nm, and in the range, the UVC sterilization component 30 has stronger sterilization effect and good sterilization effect.

Wherein the channel structure 40 is isolated outside the UVC sterilizing module 30 to prevent the UVC sterilizing module 30 from contacting the first water 1 or the second water 2; the UVC sterilizing module 30 needs to be powered on, so that the module cannot be in contact with water, and therefore, an independent channel structure 40 is designed to isolate the UVC sterilizing module 30, thereby achieving a waterproof technical effect and prolonging the service life of the energy water sounding suction pipe.

Wherein the channel structure 40 is partially in a transparent state, and the second water 2 flows through the portion of the channel structure 40 in the transparent state during the suction process; it will be appreciated that the operating principle of the UVC sterilization assembly 30 is based on ultraviolet light irradiation, and therefore the UVC sterilization assembly 30 must be able to irradiate the first water 1, especially the first water 1 flowing to the channel structure 40, so that the channel structure 40 is partially transparent, so as to facilitate the use of the UVC sterilization assembly 30, and achieve the technical effect of sterilization.

When the second water 2 flows through the channel structure 40, ultraviolet light within a preset wavelength range generated by the UVC sterilization assembly 30 may irradiate a transparent portion of the channel structure 40, so as to make the second water 2 to be third water 3 when reaching the suction end 102. At this moment, the water that filters and disinfect through becoming more meticulous is third water 3, can drink, based on the aforesaid, the utility model discloses can adapt to different environment, different grade type crowd, have the wide effect of adaptability to disinfect subassembly and filtering component 20 through setting up UVC and provide a perfect filtration and the mode of disinfecting.

Referring to FIG. 2, in one embodiment, the channel structure 40 includes: the sealing shell 410 is in an annular shell shape, and both ends of the sealing shell are provided with external threads; a sealing cover 420 fixedly coupled to the inside of the sealing case 410; the sealing cover 420 is at least partially used for installing the UVC sterilization assembly 30; a first adapter 430, which is used to communicate with the filtering assembly 20, is opened on the sealing cap 420, and extends toward the suction end 102; a glass tube 440 fixed on the sealing cover 420 and sleeved on the periphery of the first connecting tube; wherein the length of the glass tube 440 is greater than that of the first adapter tube 430. Since the glass tube 440 is transparent, in this embodiment, a specific installation manner of the glass tube 440 is first proposed, and the glass tube 440 is fixed on the sealing cover 420 and sleeved on the periphery of the first connection tube. Referring to fig. 2, in one embodiment, the UVC germicidal assembly 30 includes: a battery 310 mounted on the sealing cap 420 and extending in the direction of the aspiration end 102 and disposed adjacent to the glass tube 440; a charging interface 320 electrically connected to the battery 310; a UVC lamp 330 electrically connected to one side of the battery 310 such that the UVC lamp 330 can irradiate toward the glass tube 440; a switch assembly 340 for driving the battery 310 to power the UVC lamp 330. Through the installation mode, the UVC sterilization component 30 is directly adjacent to the glass tube 440, therefore, the sealing shell 410 and the sealing cover 420 optimize the installation relation between the components, the technical effect of preventing water for the UVC sterilization component 30 can be achieved, and the range of irradiating the glass tube 440 by ultraviolet rays generated by the UVC sterilization component 30 is larger.

Referring to fig. 2, the method further includes: a switch waterproof cover 350, the switch waterproof cover 350 can be embedded and connected in the radial direction of the sealing cover 410, and the switch waterproof cover 350 is provided with an elastic bulge 351; wherein, the switch assembly 340 has a rod-shaped switch element, the switch element can be sleeved in the elastic protrusion 351; wherein, the switch element can be operated by pressing the elastic protrusion 351, so as to make the UVC sterilization assembly 30 enter the power-on working state. Various harmful bacteria contained in the water source and bacteria generated in the use process of the filter element are killed and removed.

Referring to fig. 2, the straw body 10 further includes: a battery housing case 110 having an internal thread at a first end thereof and connected to an end of the sealing case 410 having the first connection pipe 430 through the internal thread;

a suction port connecting cover 120, one end of which is connected with the other end of the battery compartment housing 110 through a screw thread, and the other end of the suction port connecting cover 120 is connected with a suction structure 130; the battery compartment housing 110 serves to protect the UVC sterilization assembly 330 and the glass tube 440, and the technical effect of simple and convenient disassembly or assembly can be achieved through threaded connection.

Wherein, suction structure 130 includes: a suction port mounting seat 131 for mounting on the suction port connection cap 120; a second adapter tube 132 disposed along the length direction of the suction pipe body 10, and partially located outside the suction port mount 131 and partially located inside the mount 131; wherein the second adapter tube 132 partially positioned inside the mount 131 can be inserted into the glass tube 440, and the outer circumference of the second adapter tube 132 contacts the inner circumference of the glass tube 440; wherein the second adapter 132 is the suction end 102.

In the foregoing, only the installation manner of the glass tube 440 at one end of the sealing cover 420 is described, and the other end of the glass tube 440 is similarly arranged, specifically, the second connection tube 132 can be inserted into the glass tube 440, and the outer circumference of the second connection tube 132 contacts the inner circumference of the glass tube 440 to achieve sealing, so that water flowing through the glass tube to the second connection tube 132 can be effectively sealed to achieve a waterproof effect, and prevent water from flowing back into the UVC assembly 30 through the glass tube 440, and in addition, when the glass tube 440 is specifically selected, a material with high light transmittance can be preferably selected to adapt to the irradiation wavelength of the UVC assembly 30. Referring to fig. 4-7, the filter assembly 20 includes: a pre-filtering structure 210; a filter membrane module 220 having one end mounted above the pre-filtering structure 210 and the other end mounted to an end of the sealing case 410 remote from the first adapter 430; wherein, the interior of the filter membrane component 220 can be arranged in an up-down separated way, and the separated part can be filled with one or two of a hollow fiber ultrafiltration membrane and a PP cotton ultrafine filter membrane; and one or both of activated carbon and ionic resin; and a filter cotton layer 230 disposed at a position where the filter membrane module 220 is partitioned.

The filter layers of the product are four layers of high-level filtration and UVC layer sterilization of a hollow fiber ultrafiltration membrane, an ultrafine filtration membrane, multi-element comprehensive active carbon and the ultrafine filtration membrane respectively;

a hollow fiber ultrafiltration membrane having 0.01 micron hollow fiber ultrafiltration membrane for filtering 0.01 micron particles, which can obtain clean drinking water by capturing 99.9999% of water-based bacteria, protozoa, molds and other Volatile Organic Compounds (VOCs) to ensure people's needs and drinking safety;

the superfine filter membrane removes heavy metal ions by the physical characteristics of the material through the ion exchange principle, and has the effect of softening water quality;

activated carbon, which is mainly used for removing chlorine, heavy metal ions and trihalomethanes, is used for sterilizing water or a by-product of sterilization, is a potential carcinogen, and improves the taste at the same time.

The ion resin has the effects of removing heavy metal ions based on the physical characteristics of the material by the ion exchange principle, softening water quality and the like;

therefore, the water obtained by finely filtering based on the hollow fiber ultrafiltration membrane, the ultrafine filtration membrane, the activated carbon and the ionic resin and combining the initial primary filtering and the subsequent UVC sterilization can be drunk, and the taste of the water is greatly improved in practical use, which is mainly caused by the treatment of the six processes, particularly after the water is exchanged by the ionic resin, the solubility of the water is changed, the molecular group of the water is smaller, and the water can be called as energy water.

Referring now to FIGS. 2 and 3, in one embodiment, the filter membrane module 220 comprises: an outer case 221 having an internal thread formed at one end thereof and coupled to a second end of the sealing case 410 by a screw coupling; wherein, the end surface of the outer shell 221 and the sealing shell 410 which are connected by screw thread is provided with a sealing gasket 450; the gasket 450 functions to ensure the waterproof performance of the energy water suction pipe; wherein, the position where the outer shell 221 and the sealing shell 410 are connected through threads is provided with filter cotton.

Further, in a more specific embodiment, in order to provide fine filtering materials for better arrangement, the filtering materials need to be arranged reasonably, in a specific manner:

an inner housing 222, an outer periphery of which can abut against an inner periphery of the outer housing 221; wherein, the length of the inner shell 222 is less than that of the outer shell 221, and when the inner shell 222 is placed in the outer shell 221, the upper end of the inner shell forms a separated mark, and the filter cotton layer 230 is arranged at the separated mark to separate the outer shell 221 into two chambers with different diameters;

wherein, two cavities are respectively: a first chamber 1001; a second chamber 1002 located above the first chamber 1001; hollow fiber ultrafiltration membranes are uniformly filled in the first chamber 1001; the cotton filtering layer 230 is a PP cotton superfine filtering membrane; the second chamber 1002 is filled with activated carbon and ionic resin from bottom to top in sequence; the filling amount of the activated carbon is larger than that of the ionic resin. It can be understood that the filling mode provides good fine filtration effect, and can obviously improve the taste of water.

Referring to fig. 3-5, in one embodiment, the pre-filtering structure 210 includes: a suction pipe interface 211, which is the suction end 101; a pre-filter assembly 212 having internal threads at a first end and external threads at a second end; wherein the suction pipe joint 211 is integrally formed in the pre-filter assembly 212, and the suction pipe joint 211 extends towards the end of the pre-filter assembly 212 with the internal thread; wherein, the first end of the pre-filter assembly 212 is used to connect with the filter or a suction port protection cap 213, and the second end of the pre-filter assembly 212 is used to connect with the filter membrane assembly 220. The pre-filtering structure 210, assuming a user desires to drink a turbid water source, the pre-filtering structure 210 is a first line of defense that connects the pre-filter to other filters, such as personal water purifiers, that can remove rust, sludge, worms, and other large contaminants while drinking the desired water source. Any water source may also be consumed through the connecting water pipe such as: spring water, pond water, ditch water, cliff gap water and the like.

Referring to fig. 4-6, the inner shell 222 has a protrusion 223 extending from an end away from the division trace, and the protrusion 223 extends to the outer shell 221;

wherein the projection 223 has internal threads, and the second end of the pre-filter assembly 212 may be threadably attached to the projection 223; and a filter protection cover 214 which is disposed around the outer circumference of the outer casing 221, and which is partially disposed around the outer circumference of the pre-filter assembly 212.

Referring to fig. 7, the straw body 10 further has a sanitary cover assembly 140 for sealing the straw outlet 102, the sanitary cover assembly 140 comprising: a connection ring 141 that can be tightly fitted over the straw body 10; a connection string 142 having one end fixed to the connection ring 141 and arranged in a direction in which the pipette body 10 has the second nipple 132;

a nozzle protecting cover 143 which is fixed to the other end of the connection string 142 and has a recess which is fitted over the end of the second adapter 132 to seal the second adapter 132. In addition, a power indication window can be integrated on the UVC module 30, and the operating state can be indicated through the power indication window.

Obviously, the technical solution of the present application can solve the problems in the prior art, and has the following advantages:

It should be understood that the above examples are only for clarity of illustration and are not intended to limit the embodiments. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. And obvious variations or modifications therefrom are within the scope of the invention.

Claims

1. An energy water life straw, comprising:

a suction pipe main body (10) having a suction end (101) and a suction end (102) communicating with each other;

the suction pipe body (10) can form a suction process from the suction end (101) to the suction end (102);

wherein, in the suction process:

first water (1) can be sucked in at the suction end (101);

third water (3) can be sucked out at the suction end (102);

the filter assembly (20) is communicated with one side of the suction end (101) and is used for filling a plurality of filter materials so as to filter the first water (1) to form second water (2);

the UVC sterilization component (30) is provided with an electrified working state, and in the electrified working state, the UVC sterilization component (30) can generate ultraviolet light within a preset wavelength range;

a channel structure (40) communicating the suction end (102) and the filter assembly (20), the second water (2) being passable through the channel structure (40);

wherein the channel structure (40) is isolated outside the UVC sterilization assembly (30) to prevent the UVC sterilization assembly (30) from contacting the first water (1) or the second water (2);

wherein the channel structure (40) is partly in a transparent state, the second water (2) flowing through the part of the channel structure (40) in the transparent state during the suction;

wherein, when the second water (2) flows through the channel structure (40), the ultraviolet light generated by the UVC sterilization component (30) in the preset wavelength range can irradiate the part of the channel structure (40) in a transparent state so as to realize that the second water (2) is in the third water (3) when reaching the suction end (102).

2. The energy water life straw according to claim 1, wherein the channel structure (40) comprises:

the sealing shell (410) is in an annular shell shape, and both ends of the sealing shell are provided with external threads;

a sealing cover (420) fixedly connected to the inside of the sealing case (410);

the sealing cover (420) is at least partially used for mounting the UVC sterilization component (30);

a first connecting tube (430) which is used for communicating with the filter assembly (20), is arranged on the sealing cover (420) and extends towards the direction of the suction end (102);

the glass tube (440) is fixed on the sealing cover (420) and sleeved on the periphery of the first connecting tube;

wherein the length of the glass tube (440) is greater than the length of the first adapter tube (430).

3. The energy water life straw according to claim 2, wherein the UVC sterilization assembly (30) comprises:

a battery (310) mounted on the sealing cover (420), extending in the direction of the suction end (102), and arranged adjacent to the glass tube (440);

a charging interface (320) electrically connected to the battery (310);

a UVC lamp (330) electrically connected to one side of the battery (310) so that the UVC lamp (330) can irradiate the glass tube (440);

a switch assembly (340) to drive the battery (310) to power the UVC lamp (330).

4. The energy water life straw of claim 3, further comprising:

a switch waterproof cover (350), wherein the switch waterproof cover (350) can be embedded and connected in the radial direction of the sealing cover (420), and the switch waterproof cover (350) is provided with an elastic bulge (351);

wherein, the switch assembly (340) is provided with a switch element in a rod shape, and the switch element can be sleeved in the elastic bulge (351);

wherein the switching element is actuatable by pressing the resilient projection (351) to bring the UVC germicidal assembly (30) into the energized operational state.

5. The energy water life straw according to claim 2, wherein the straw body (10) further comprises:

a battery compartment housing (110) having an internal thread at a first end thereof and connected to the end of the sealing case (410) having the first connection tube (430) via the internal thread;

the suction port connecting cover (120) is connected with one end of the battery bin shell (110) through threads, and the other end of the suction port connecting cover (120) is connected with a suction structure (130);

wherein the aspiration structure (130) comprises:

a suction port mounting seat (131) for mounting on the suction port connection cap (120);

a second adapter tube (132) disposed along the length direction of the suction pipe body (10), and partially located outside the suction port mount (131) and partially located inside the mount (131);

wherein the second adapter tube (132) partially positioned inside the mount (131) is insertable into the glass tube (440) and an outer circumference of the second adapter tube (132) is in contact with an inner circumference of the glass tube (440);

wherein the second adapter tube (132) is the suction end (102).

6. The energy water life straw according to claim 2, wherein said filter assembly (20) comprises:

a pre-filtering structure (210);

a filter membrane assembly (220) mounted at one end above the pre-filter structure (210) and at the other end at an end of the seal housing (410) remote from the first adapter tube (430);

wherein, the interior of the filter membrane component (220) can be arranged in an up-down separated way, and the separated part can be filled with one or two of a hollow fiber ultrafiltration membrane and a PP cotton ultrafine filter membrane; and

one or both of activated carbon and ionic resin; and a filter cotton layer (230) arranged at the position where the filter membrane assembly (220) is separated.

7. The energy water life straw of claim 6, wherein said filter membrane assembly (220) comprises:

an outer housing (221) having an internal thread formed at one end thereof and coupled to a second end of the sealing case (410) by a screw coupling;

wherein the end face of the outer shell (221) which is connected with the sealing shell (410) through threads is provided with a sealing gasket (450);

wherein the position where the outer shell (221) and the sealing shell (410) are connected through threads is provided with filter cotton;

an inner housing (222) whose outer periphery can abut against the inner periphery of the outer housing (221);

wherein the length of the inner shell (222) is less than that of the outer shell (221), and the upper end of the inner shell (222) forms a separated mark when being placed in the outer shell (221), and the cotton filter layer (230) is arranged at the separated mark to separate the outer shell (221) into two chambers with different diameters;

wherein the two chambers are respectively:

a first chamber (1001);

a second chamber (1002) located above the first chamber (1001);

the hollow fiber ultrafiltration membrane is uniformly filled in the first chamber (1001);

the filter cotton layer (230) is the PP cotton ultrafine filter membrane;

the activated carbon and the ionic resin are sequentially filled in the second cavity (1002) from bottom to top;

8. The energy water life suction tube of claim 7, wherein the pre-filter structure (210) comprises:

a suction pipe interface (211) being the suction end (101);

a pre-filter assembly (212) having internal threads at a first end and external threads at a second end;

wherein the suction pipe interface (211) is integrally arranged in the pre-filtering assembly (212), and the suction pipe interface (211) extends towards the direction of one end of the pre-filtering assembly (212) with the internal thread;

wherein, the first end of the pre-filtering assembly (212) is used for connecting with a filter or a suction port protective cover (213), and the second end of the pre-filtering assembly (212) is used for connecting with the filter membrane assembly (220).

9. The energy water life straw according to claim 8, wherein said inner housing (222) has a protrusion (223) extending from an end thereof remote from said partitioned trace, said protrusion (223) extending to said outer housing (221);

wherein the projection (223) is internally threaded and the second end of the pre-filter assembly (212) is threadably connected to the projection (223); and

a filter protection cover (214) which is sleeved on the periphery of the outer shell (221) and can be partially sleeved on the periphery of the pre-filtering component (212).

10. The energy water life straw according to claim 5, wherein said straw body (10) further has a sanitary cover assembly (140) for closing said suction end (102), said sanitary cover assembly (140) comprising:

a connection ring (141) which can be tightly sleeved on the suction pipe main body (10);

a connection string (142) having one end fixed to the connection ring (141) and arranged in a direction in which the pipette body (10) has the second adapter (132);

a nozzle protection sleeve (143) fixed at the other end of the connection rope (142) and having a recess part sleeved on the end of the second connection pipe (132) to seal the second connection pipe (132).