CN205108803U - Respiratory device that can use on plateau - Google Patents

Abstract

The utility model provides a respiratory device that can use on plateau, includes that accessible health action produces compressed air's a gaseous conveying mechanism and an airtight respirator, and gaseous conveying mechanism passes through air guide subassembly intercommunication with airtight respirator, and an expiration back pressure regulator mechanism that is used for adjusting the interior air pressure of airtight respirator is still installed for the one -way air guide subassembly from gaseous conveying mechanism to airtight respirator to the inside exhaust orientation of installing of air guide subassembly on the airtight respirator. The utility model discloses after making the user absorb the air that discharges into by one -way air guide subassembly, can only be through the expiration back pressure regulator expired gas of mechanism, when expiration back pressure regulator mechanism pressure increased, the pressure that the user exhaled increased thereupon, so can reduce the probability that the altitude sickness symptom appears in the user, pass through the motion production of self because the air of the airtight respirator of entering the user moreover, therefore be favorable to the user to go on a hike in the open air of highlands for a long time.

Description

A kind of breathing equipment that can use on plateau

Technical field

The utility model relates to a kind of breathing equipment, refers in particular to a kind of breathing equipment that can use on plateau.

Background technology

Nowadays, along with improving constantly of people's living standard, increasing people goes out tourism; but side's water and soil supports a side people, often has visitor and feels not quite the thing in other places, particularly in highlands; come the visitor of highlands tourism for the first time, often there will be the symptom of altitude sickness.

Although what existing breathing equipment had can help people to avoid altitude sickness, but cannot go on a hike for a long time out of doors for visitor, visitor's sightseeing tour to one's heart's content cannot be made.

Utility model content

The utility model provides a kind of breathing equipment that can use on plateau, and its main purpose is to overcome existing breathing equipment cannot meet the demand that user goes on a hike for a long time in the open air of highlands.

For solving the problems of the technologies described above, the utility model adopts following technical scheme:

A kind of breathing equipment that can use on plateau, comprise one and produce compressed-air actuated gas transportation machine structure and an airtight breathing mask by body action, described gas transportation machine structure is communicated with by an air guide assembly with described airtight breathing mask, it is unidirectional pneumatic module from described gas transportation machine structure to described airtight breathing mask that described air guide component internal is equiped with a discharge directions, described airtight breathing mask is also equiped with one for regulating the expiration backpressure adjusting mechanism of airtight breathing mask inner air pressure.

Further, described air guide assembly comprises pair of lamina wireway, described double-deck wireway comprise one can heat conduction air inlet in pipe and one can be heat insulation outer tube of giving vent to anger, in described air inlet pipe comprise one can the transparent liquid portion of transparent liquid and an intake section be connected with this transparent liquid portion, described outer tube of giving vent to anger is set in the outside in described transparent liquid portion by a water accepting layer, in described air inlet, pipe is connected with described unidirectional pneumatic module, and described expiration backpressure adjusting mechanism is connected with described outer tube of giving vent to anger.

Further, described unidirectional pneumatic module comprises a discharge directions is from described gas transportation machine structure to the first check valve of described airtight breathing mask and a pressure regulator valve.

Further, described expiration backpressure adjusting mechanism comprises a fixed mount be connected with described outer tube of giving vent to anger, described fixed mount is embedded with at least one regulation component, described regulation component comprises a fixed part be fixedly connected with described fixed mount inside, described fixed part is embedded with one towards the side of described air purifier can the bracing frame that flows through of air feed, the side of described air purifier slidably connects a pressure plare dorsad, described pressure plare is connected with support frame as described above by one first Compress Spring, offer between described pressure plare and support frame as described above one make described pressure plare when compressing described first Compress Spring air by the air exhaust passage of described regulation component.

Further, also comprise an air purifier and for the air accumulator of temporary transient stored-gas, the air outlet of described air purifier is communicated with pipe in described air inlet, air inlet is communicated with described gas transportation machine structure, and described air accumulator to be communicated in described air inlet on pipe.

Further, described gas transportation machine structure comprises one or two wearable knee-pad located in human knee, be equiped with in described knee-pad one leg can be followed to bend and stretch and do shrink, the air bag of expansion action, the outlet side of described air bag is communicated with the air inlet of described air purifier by least one exhaust manifolds, inlet end is in communication with the outside.

Further, the outlet side of described air bag comprises at least one discharge directions for comprising at least one the 3rd check valve being communicated with described inside air bag gas and outside air from the second check valve to exhaust manifolds described in inside described air bag, inlet end, and the discharge directions of described 3rd check valve is that air flows to inside air bag by the external world.

Further, described gas transportation machine structure comprises at least one can be hung on extending type air pump on waist, and each extending type air pump is all connected with shoes by the rope of an adjustable length.

Further, described extending type air pump comprises a pump barrel and and is embedded air pump piston in this pump barrel inside, described pump barrel by described air pump piston be separated into first accommodating and of being positioned at above this air pump piston be positioned at below this air pump piston second accommodating between, described first accommodating offers an inlet channel and be positioned on described air pump piston and is positioned at outlet passageway on the upside of described pump barrel, the downside of described air pump piston is connected by least one second Compress Spring with described pump barrel bottom inside wall, described rope is connected to the downside of described air pump piston.

Further, described inlet channel comprise at least one for be communicated with described first accommodating and second accommodating between the 4th check valve, described outlet passageway is communicated with the air inlet of described air purifier, and this outlet passageway comprise at least one for be communicated with described first accommodating with described pump barrel outside the 5th check valve, the discharge directions of described 4th check valve is from second accommodating to first accommodating, the discharge directions of described 5th check valve be from first accommodating to pump barrel outside.

Compared to the prior art, the beneficial effect that the utility model produces is:

1, the utility model structure is simple, practical, by arranging unidirectional pneumatic module, after making user absorb the air of being come in by unidirectional pneumatic module discharge, expiration backpressure adjusting mechanism breath can only be passed through, when expiration backpressure adjusting mechanism pressure increases, the pressure that user exhales increases thereupon, so can reduce the probability that altitude sickness symptom appears in user, and produced by the motion of self because the air entering airtight breathing mask is user, be discharged in airtight breathing mask by gas transportation machine structure again, therefore be conducive to user to go on a hike in the open air of highlands for a long time.

2, in the utility model, by arranging pair of lamina wireway, gas is made to enter into airtight breathing mask from pipe in air inlet, the gas that user breathes out is discharged by outer tube of giving vent to anger again, due to the thermal conductivity effect of pipe in air inlet, the heat of gas in outer tube that makes to give vent to anger can be delivered in the gas in air inlet in pipe, gas temperature in air inlet in pipe is raised, and due to the effect of water accepting layer, breath all can be absorbed by water accepting layer at give vent to anger outer in-tube condensation and the moisture produced and enter air inlet internal tube by transparent liquid portion, finally make to enter the gas breathed for user in airtight breathing mask and there is temperature and humidity, the loss of user's intimate heat can not only be reduced, more can reduce the loss of moisture in user's body, the longer time can be adhered to when user is moved out of doors.

3, in the utility model, by arranging one first check valve, the gas that user is breathed out cannot enter pipe in air inlet, can only be discharged by outer tube of giving vent to anger, all the time there is when user is exhaled the effect of a pressure, improve the effect of the utility model prevention altitude sickness, and by arranging a pressure regulator valve, make user to be adjusted air pressure in airtight breathing mask by pressure regulator valve according to own situation, thus adjustment high-quality air is from the speed of air purifier discharged to airtight breathing mask, reduces the waste of high-quality air.

4, in the utility model, by arranging at least one regulation component, when user is exhaled, pressure plare in the gas compression regulation component of breathing out, connected first Compress Spring of pressure plare recompression, makes gas discharge, structure is simple, and pressurized effect is obvious.

5, in the utility model, by being connected an air purifier between airtight breathing mask with gas transportation machine structure, the gas that motion is produced can also be purified before entering airtight breathing mask, made user enjoy the air of high-quality.

6, in the utility model, by pipe in air inlet being communicated with an air accumulator, make high-quality air due to the effect of pressure discharge in air purifier after can first in air accumulator compression store and be sent to airtight breathing mask again, when user carries out of short duration respite in motion process, the air of compression to be also sent to voluntarily in airtight breathing mask and to supply user and breathe in air accumulator, even if make user carry out air that of short duration rest also can enjoy high-quality.

7, in the utility model, knee-pad on knee is may be worn on by gas transportation machine structure being arranged to one, make user use the utility model to run or the leg exercise such as walking time not only knee joint can obtain the protection of knee-pad, not easily injured, and the air bag in knee-pad can be made constantly to carry out compressing or expanding when leg bends and stretches, during air bag compression, internal gas is sent in air purifier and goes to be further converted to high-quality air, during expansion, outside air then can enter in air bag to reduce the draught head of both sides inside and outside air bag, so move in circles, air bag just can constantly for air purifier provides wind energy, make air purifier constantly can produce high-quality air to absorb for user, be conducive to user to move for a long time out of doors.

8, in the utility model, by the outlet side of air bag being arranged to discharge directions by the second check valve inside air bag outside knee-pad, and inlet end is arranged to discharge directions by the 3rd check valve outside knee-pad inside air bag, make air flow be all the time by inside the external world to air bag again to air purifier, and the air of inside understands the situation that some is sent to the external world when there will not be air bag to compress, the kinetic energy that user movement is produced finally all can be converted into wind energy fully, can not loss be there is, improve the utilization rate of energy.

9, in the utility model, by arranging extending type air pump on waist, and this extending type air pump is connected with shoes by a rope, user is done work to this extending type air pump by the flexible of rope when walking about, thus make extending type air pump be constantly sent in air purifier by pressure by gas and be converted into high-quality air for user, be conducive to user and move for a long time out of doors.

10, in the utility model, by arranging air pump piston and the second Compress Spring in pump barrel, when making user leg stretch in the process of walking about or running, rope is drop-down to be made air pump piston move down and compresses the second Compress Spring, therefore first accommodating volume increases, gas enter first accommodating in reach air pressure conservation, and when leg curvature, rope loses the effect of pulling force, second Compress Spring reinstatement also makes air pump piston get back to original position, therefore first accommodating volume reduces, discharge and be sent in air purifier in gas is accommodating by first and purify, so just constantly producing pressure by motion is sent in air purifier by gas, be conducive to user to use for a long time.

11, in the utility model, by arrange the 4th check valve and the 5th check valve make gas can only accommodating by second between be sent to first accommodating between, air purifier is sent to again from first accommodating, when there will not be first accommodating volume to reduce, internal gas is discharged into the situation of second accommodating, the kinetic energy that user movement is produced finally all can be converted into wind energy fully, loss can not occur, and improves the utilization rate of energy.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the structural representation of breathing mask airtight described in Fig. 1.

Fig. 3 is the enlarged diagram of A in Fig. 2.

Fig. 4 is the enlarged diagram of B in Fig. 2.

Fig. 5 is the structural representation of regulation component described in Fig. 2.

Fig. 6 is for regulation component described in Fig. 2 is towards the schematic diagram of described double-deck wireway side.

Fig. 7 is the top view of backpressure adjusting mechanism of exhaling described in Fig. 2.

Fig. 8 is the sectional view of air purifier described in Fig. 1.

Fig. 9 is the structural representation of embodiment one.

Figure 10 is the schematic diagram of Fig. 9 when dressing use.

Figure 11 is the side sectional view of knee-pad described in Fig. 9.

Figure 12 is the front section view of knee-pad described in Fig. 9.

Figure 13 is the structural representation of embodiment two.

Figure 14 is the schematic diagram of Figure 13 when dressing use.

Figure 15 is the internal structure schematic diagram of the air pump of extending type described in Figure 13.

Figure 16 is the structural representation when piston in the air pump of extending type described in Figure 13 moves down.

Detailed description of the invention

Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.

Embodiment one.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8.The breathing equipment that can use on plateau, comprises air purifier 1, airtight breathing mask 2 and a pair of lamina wireway 3.Wherein, double-deck wireway 3 comprise one can pipe 31 and can be heat insulation in the air inlet of heat conduction outer tube 32 of giving vent to anger; In air inlet pipe 31 comprise one can the transparent liquid portion 311 of transparent liquid and an intake section 312 be connected with this transparent liquid portion 311, outer tube 32 of giving vent to anger is set in the outside in transparent liquid portion 311 by a water accepting layer 33; In air inlet, pipe 31 is all communicated with airtight breathing mask 2 with outer tube 32 of giving vent to anger; Intake section 312 is communicated with air purifier 1; In air inlet, pipe 31 is also connected with a discharge directions is unidirectional pneumatic module 4 from described air purifier to described airtight breathing mask.By arranging pair of lamina wireway 3, gas is made to enter into airtight breathing mask 2 from pipe in air inlet 31, the gas that user breathes out is discharged by outer tube 32 of giving vent to anger again, due to the thermal conductivity effect of pipe in air inlet 31, the heat of gas in outer tube 32 that makes to give vent to anger can be delivered in the gas in air inlet in pipe 31, gas temperature in air inlet in pipe 31 is raised, and due to the effect of water accepting layer 33, breath is giving vent to anger condensation in the outer tube 32 and moisture that produces all can be absorbed by water accepting layer 33 and it is inner to enter pipe 31 in air inlet by transparent liquid portion, finally make to enter the gas breathed for user in airtight breathing mask 2 and there is temperature and humidity, the loss of user's intimate heat can not only be reduced, more can reduce the loss of moisture in user's body, the longer time can be adhered to when user is moved out of doors.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7.It is the first check valve 41 and pressure regulator valve 42 from air purifier 1 to airtight breathing mask 2 that unidirectional pneumatic module 4 comprises a discharge directions.By arranging a pressure regulator valve 42, make user to be adjusted air pressure in airtight breathing mask 2 by pressure regulator valve 42 according to own situation, thus adjustment high-quality air is from the speed of air purifier 1 discharged to airtight breathing mask 2, reduces the waste of high-quality air.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11 and Figure 12.The utility model also comprises one and produces compressed-air actuated gas transportation machine structure 5 and for the air accumulator 6 of temporary transient stored-gas by body action.Wherein, the air outlet 11 of air purifier 1 is communicated with intake section 312, air inlet 12 is communicated with gas transportation machine structure 5; Air accumulator 6 is communicated on intake section 312.By pipe in air inlet 31 being communicated with an air accumulator 6, make high-quality air due to the effect of pressure discharge in air purifier 1 after can first compress to store air accumulator 6 in and be sent to airtight breathing mask 2 again, when user carries out of short duration respite in motion process, in air accumulator 6, the air of compression to be also sent to voluntarily in airtight breathing mask 2 and to supply user and breathe, even if make user carry out air that of short duration rest also can enjoy high-quality.In addition, again by arranging a gas transportation machine structure 5, produce Compressed Gas by the action of health and send air purifier 1 to when user is moved out of doors and purify, so, air purifier 1 just also can purify air without the need to the support of electric power, as long as and user's health has action just can produce high-quality air, flying power is strong, is conducive to user and moves for a long time out of doors.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11 and Figure 12.Gas transportation machine structure 5 comprise two wearable in the knee-pads 51 at human knee place, be equiped with in knee-pad 51 one leg can be followed to bend and stretch and do shrink, the air bag 52 of expansion action; The outlet side 53 of air bag 52 is communicated with the air inlet 12 of air purifier 1 by least one exhaust manifolds 55, inlet end 54 is in communication with the outside.Knee-pad 51 on knee is may be worn on by gas transportation machine structure 5 being arranged to one, make user use the utility model to run or the leg exercise such as walking time not only knee joint can obtain the protection of knee-pad 51, not easily injured, and the air bag 52 in knee-pad 51 can be made constantly to carry out compressing or expanding when leg bends and stretches, when air bag 52 compresses, internal gas is sent in air purifier 1 and goes to be further converted to high-quality air, during expansion, outside air then can enter in air bag 52 to reduce the draught head of both sides inside and outside air bag 52, so move in circles, air bag 52 just can constantly for air purifier 1 provides wind energy, make air purifier 1 constantly can produce high-quality air to absorb for user, be conducive to user to move for a long time out of doors.

With reference to Fig. 9, Figure 10, Figure 11 and Figure 12.It is the 3rd check valve comprising at least one communicated air bags 52 internal gas and outside air inside air bag 52 to the second check valve of exhaust manifolds 55, inlet end 54 that the outlet side 53 of air bag 52 comprises at least one discharge directions, and it is inner that the discharge directions of the 3rd check valve is that air flows to air bag 52 by the external world.By discharge directions is arranged to by the second check valve inside air bag 52 outside knee-pad 51 in the outlet side 53 of air bag 52, and inlet end 54 is arranged to discharge directions by the 3rd check valve outside knee-pad 51 inside air bag 52, make air flow be all the time by inside the external world to air bag 52 again to air purifier 1, and the air of inside understands the situation that some is sent to the external world when there will not be air bag 52 to compress, the kinetic energy that user movement is produced finally all can be converted into wind energy fully, can not loss be there is, improve the utilization rate of energy.

With reference to Fig. 9, Figure 10, Figure 11 and Figure 12.Outer tube 32 of giving vent to anger is connected with the expiration backpressure adjusting mechanism 7 of adjustable airtight breathing mask 2 inner air pressure, and this expiration backpressure adjusting mechanism 7 comprises a fixed mount 71 be connected with outer tube 32 of giving vent to anger, and fixed mount 71 is embedded with at least one regulation component 72.Regulation component 72 comprises a fixed part 721 be fixedly connected with fixed mount 71 inside, fixed part 721 towards the side of air purifier 1 be embedded with one can the bracing frame 722(that flows through of air feed as tripod, four foot rests etc.), dorsad as described in the side of air purifier 1 slidably connect a pressure plare 723, this pressure plare 723 is connected with bracing frame 722 by one first Compress Spring 724, offer between pressure plare 723 and bracing frame 722 one make pressure plare 723 when compression the first Compress Spring 724 air by the air exhaust passage 725 of regulation component 72.By arranging an expiration backpressure adjusting mechanism 7, make user can regulate pressure in airtight breathing mask 2 voluntarily, when user is in highlands, by improving pressure, pressure when user can be made to exhale increases, thus the probability of altitude sickness symptom appears in minimizing user.By arranging at least one regulation component 72, when user is exhaled, the pressure plare 723 in the gas compression regulation component 72 of exhalation, pressure plare 723 recompresses connected first Compress Spring 724, and gas is discharged, and structure is simple, and pressurized effect is obvious.

With reference to Fig. 8.Described air purifier 1 inside is equiped with an air filter unit 13, and this air filter unit 13 comprises filter screen 131, anion screen pack 132, electrostatic precipitation filter screen 133 and high efficiency particulate air screen pack 134 from the bottom up successively.By arranging multiple different filter course, and make each filter course can filter the descending impurity of volume successively from lower to upper, outside air can progressively can be purified in air purifier 1, prevent from, can the filter course of filter particulates adhering to a large amount of large granular impurity and cause damage to this filter course, finally affecting filter effect.In addition, the outside of air purifier 1 is equiped with one and can be suspended on suspender 14 with it for making air purifier 1.The utility model, by arranging a suspender 14, makes air purifier 1 can be easy to be suspended on it user, facilitates user to carry.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11 and Figure 12.When using the utility model, when user moves out of doors, the air bag 52 of knee-pad 51 inside just can follow leg exercise and contraction or expansion, when air bag 52 shrinks by knee compression, gas in air bag 52 just can be discharged in exhaust manifolds 55 from outlet side 53 due to the effect of pressure, entered by the air inlet 12 on air purifier 1 again, the air forming high-quality after the filtration of air filter unit 13 is discharged to double-deck wireway 3 by air outlet 11 again, after pipe in air inlet 31 transmits, enter into airtight breathing mask 2 by the first check valve 41 draw for user, the gas that user breathes out is discharged by outer tube 32 of giving vent to anger again, due to the expiration backpressure adjusting mechanism 4 of giving vent to anger in outer tube 32, the pressure that user is exhaled increases, when air bag 52 is not by knee effect, air bag 52 expands by self needing restorable active force to make extraneous air enter its inside by inlet end 54 again, user like this just makes air bag 52 constantly compress by motion and expands, and makes constantly have gas to enter in air purifier and purifies.And in air inlet, pipe 31 is also communicated with an air accumulator 6, make the respite of user in motion process also breathe the air of high-quality by air accumulator 6.

Embodiment two.

With reference to Figure 13, Figure 14, Figure 15 and Figure 16.Air purifier 1 in embodiment two, airtight breathing mask 2 are all the same with embodiment one, repeat no more herein.With the difference of embodiment one, embodiment two is that the gas transportation machine structure 8 in embodiment two comprises two extending type air pumps 81 that can be hung on waist, each extending type air pump 81 is all connected with shoes by the rope 82 of an adjustable length.The utility model by arranging extending type air pump 81 and making this extending type air pump 81 be connected with shoes by a rope 82 on waist, user is done work to this extending type air pump 81 by the flexible of rope 82 when walking about, thus make extending type air pump 81 be constantly sent in air purifier 1 by pressure by gas and be converted into high-quality air for user, be conducive to user and move for a long time out of doors.

With reference to Figure 13, Figure 14, Figure 15 and Figure 16.Extending type air pump 81 in embodiment two comprises a pump barrel 811 and and is embedded air pump piston 812 in this pump barrel 811 inside, pump barrel 811 by air pump piston 812 be separated into first accommodating 813 and of being positioned at above this air pump piston 812 be positioned at below this air pump piston 812 second accommodating between 814.Offer one for first accommodating 813 to be positioned at inlet channel on air pump piston 812 815 and and to be positioned at outlet passageway 816 on the upside of pump barrel 811, the downside of air pump piston 812 is connected by least one second Compress Spring 817 with pump barrel 811 bottom inside wall, and rope 82 is connected to the downside of air pump piston 812.By arranging air pump piston 812 and the second Compress Spring 817 in pump barrel 811, when making user leg stretch in the process of walking about or running, rope 82 is drop-down to be made air pump piston 812 move down and compresses the second Compress Spring 817, therefore first accommodating 813 volume increases, gas enters in first accommodating 813 to reach air pressure conservation, and when leg curvature, rope 82 loses the effect of pulling force, second Compress Spring 817 reinstatement also makes air pump piston 812 get back to original position, therefore first accommodating 813 volume reduces, gas purifies by discharging and be sent in air purifier 1 in first accommodating 813, so just constantly producing pressure by motion is sent in air purifier 1 by gas, be conducive to user to use for a long time.

With reference to Figure 13, Figure 14, Figure 15 and Figure 16.Inlet channel 815 in embodiment two comprise at least one for be communicated with first accommodating 813 and second accommodating between 814 the 4th check valve; Outlet passageway 816 is communicated with the air inlet 12 of air purifier 1, and this outlet passageway 816 comprises at least one for being communicated with the 5th check valve outside first accommodating 813 and pump barrel 811.The discharge directions of the 4th check valve be from the discharge directions of second accommodating 814 to the first accommodating the 813, five check valve be from first accommodating 813 to pump barrel 811 outside.By arrange the 4th check valve and the 5th check valve make gas can only accommodating by second between 814 be sent to first accommodating between 813, be sent in air purifier 1 from first accommodating 813 again, when there will not be first accommodating 813 volume to reduce, internal gas is discharged into the situation of second accommodating 814, the kinetic energy that user movement is produced finally all can be converted into wind energy fully, can not loss be there is, improve the utilization rate of energy.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Figure 13, Figure 14, Figure 15 and Figure 16.When user moves out of doors and uses the utility model of the present embodiment two, when user's leg stretches, rope 82 is drop-down, drive air pump piston 812 move down and compress the second Compress Spring 817 simultaneously, therefore first accommodating 813 volume increases, and air will enter first accommodating 813 to reach air pressure conservation by inlet channel 815, when user's leg curvature, rope 82 loses the effect of power, second Compress Spring 817 reinstatement, promote piston 812 moves simultaneously, gas in first accommodating 813 under the pressure effect of air pump piston 812 by forming the air of high-quality in outlet passageway 816 discharged air clarifier 1 after the filtration of air filter unit 13, high-quality air is discharged to double-deck wireway 3 by air outlet 11 again, after pipe in air inlet 31 transmits, enter into airtight breathing mask 2 by the first check valve 41 draw for user, the gas that user breathes out is discharged by outer tube 32 of giving vent to anger again, due to the expiration backpressure adjusting mechanism 7 of giving vent to anger in outer tube 32, the pressure that user is exhaled increases, and in air inlet, pipe 31 is also communicated with an air accumulator 6, the respite of user in motion process is made also to breathe the air of high-quality by air accumulator 6.

The number of the second check valve in the utility model two embodiments, the 3rd check valve, the 4th check valve, the 5th check valve is all not limited to the number mentioned by above-mentioned description, can carry out different designs according to the demand of user; Knee-pad is not limited to above-mentioned two, also can be one, and namely single pin uses; Extending type air pump is also not limited to above-mentioned two, also can be one, and namely single pin uses, or the generations to improve air such as three, four.

Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design the utility model to be carried out to unsubstantiality, all should belong to the behavior of invading the utility model protection domain.

Claims (10)

1. the breathing equipment that can use on plateau, it is characterized in that: comprise one and produce compressed-air actuated gas transportation machine structure and an airtight breathing mask by body action, described gas transportation machine structure is communicated with by an air guide assembly with described airtight breathing mask, it is unidirectional pneumatic module from described gas transportation machine structure to described airtight breathing mask that described air guide component internal is equiped with a discharge directions, described airtight breathing mask is also equiped with one for regulating the expiration backpressure adjusting mechanism of airtight breathing mask inner air pressure.

2. as claimed in claim 1 a kind of can plateau use breathing equipment, it is characterized in that: described air guide assembly comprises pair of lamina wireway, described double-deck wireway comprise one can heat conduction air inlet in pipe and one can be heat insulation outer tube of giving vent to anger, in described air inlet pipe comprise one can the transparent liquid portion of transparent liquid and an intake section be connected with this transparent liquid portion, described outer tube of giving vent to anger is set in the outside in described transparent liquid portion by a water accepting layer, in described air inlet, pipe is connected with described unidirectional pneumatic module, and described expiration backpressure adjusting mechanism is connected with described outer tube of giving vent to anger.

3. as claimed in claim 2 a kind of can plateau use breathing equipment, it is characterized in that: it is from described gas transportation machine structure to the first check valve of described airtight breathing mask and a pressure regulator valve that described unidirectional pneumatic module comprises a discharge directions.

4. as a kind of breathing equipment that can use on plateau as described in any one in claims 1 to 3, it is characterized in that: described expiration backpressure adjusting mechanism comprises a fixed mount be connected with described outer tube of giving vent to anger, described fixed mount is embedded with at least one regulation component, described regulation component comprises a fixed part be fixedly connected with described fixed mount inside, described fixed part is embedded with one towards the side of described air purifier can the bracing frame that flows through of air feed, the side of described air purifier slidably connects a pressure plare dorsad, described pressure plare is connected with support frame as described above by one first Compress Spring, offer between described pressure plare and support frame as described above one make described pressure plare when compressing described first Compress Spring air by the air exhaust passage of described regulation component.

5. a kind of breathing equipment that can use on plateau as described in Claims 2 or 3, it is characterized in that: also comprise an air purifier and for the air accumulator of temporary transient stored-gas, the air outlet of described air purifier is communicated with pipe in described air inlet, air inlet is communicated with described gas transportation machine structure, and described air accumulator to be communicated in described air inlet on pipe.

6. as a kind of breathing equipment that can use on plateau as described in any one in claim 5, it is characterized in that: described gas transportation machine structure comprises one or two wearable knee-pad located in human knee, be equiped with in described knee-pad one leg can be followed to bend and stretch and do shrink, the air bag of expansion action, the outlet side of described air bag is communicated with the air inlet of described air purifier by least one exhaust manifolds, inlet end is in communication with the outside.

7. as claimed in claim 6 a kind of can plateau use breathing equipment, it is characterized in that: the outlet side of described air bag comprises at least one discharge directions for comprising at least one the 3rd check valve being communicated with described inside air bag gas and outside air from the second check valve to exhaust manifolds described in inside described air bag, inlet end, and the discharge directions of described 3rd check valve is that air flows to inside air bag by the external world.

8. as a kind of breathing equipment that can use on plateau as described in any one in claim 5, it is characterized in that: described gas transportation machine structure comprises at least one can be hung on extending type air pump on waist, and each extending type air pump is all connected with shoes by the rope of an adjustable length.

9. as claimed in claim 8 a kind of can plateau use breathing equipment, it is characterized in that: described extending type air pump comprises a pump barrel and and is embedded air pump piston in this pump barrel inside, described pump barrel by described air pump piston be separated into first accommodating and of being positioned at above this air pump piston be positioned at below this air pump piston second accommodating between, described first accommodating offers an inlet channel and be positioned on described air pump piston and is positioned at outlet passageway on the upside of described pump barrel, the downside of described air pump piston is connected by least one second Compress Spring with described pump barrel bottom inside wall, described rope is connected to the downside of described air pump piston.

10. as claimed in claim 9 a kind of can plateau use breathing equipment, it is characterized in that: described inlet channel comprise at least one for be communicated with described first accommodating and second accommodating between the 4th check valve, described outlet passageway is communicated with the air inlet of described air purifier, and this outlet passageway comprise at least one for be communicated with described first accommodating with described pump barrel outside the 5th check valve, the discharge directions of described 4th check valve is from second accommodating to first accommodating, the discharge directions of described 5th check valve be from first accommodating to pump barrel outside.