CN204802053U - Respiration brucker survival capsule - Google Patents

Respiration brucker survival capsule Download PDF

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Publication number
CN204802053U
CN204802053U CN201520292768.0U CN201520292768U CN204802053U CN 204802053 U CN204802053 U CN 204802053U CN 201520292768 U CN201520292768 U CN 201520292768U CN 204802053 U CN204802053 U CN 204802053U
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CN
China
Prior art keywords
pipe
floating
breathing
nose cup
floating plug
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520292768.0U
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Chinese (zh)
Inventor
应立强
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Individual
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Individual
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Publication date
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Priority to CN201520292768.0U priority Critical patent/CN204802053U/en
Application granted granted Critical
Publication of CN204802053U publication Critical patent/CN204802053U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a respiration equipment, especially a respiration brucker survival capsule. Wherein still including a mouthful nose cup, elastic band, pullover elastic band, respiratory tube, upper bracket pipe, lower carriage pipe, well support pipe, cover support pipe, superficial bottle and floating plug. The elastic band of mouth nose cup both sides fix a mouthful nose cup on the nose. The respiratory tube provide air in mouthful nose cup, supply the people to breathe. The respiratory tube is fixed on pullover elastic band, and the lower carriage pipe is connected to the respiratory tube, support pipe in the lower carriage union coupling, and the bottle is floated in the both ends connection of well support pipe, intermediate junction cover support pipe, well support pipe and the rotatable activity of cover support pipe are not nevertheless intake. Cover support union coupling upper bracket pipe, the air inlet of upper bracket pipe bend lower extreme can not advance water and air with the floating plug when identical, can advance the air when misfitting. The utility model discloses still can use with the current equi -join of being difficult to articulate on the market.

Description

Respiration buoyant apparatus
Technical field
The utility model relates to a kind of respiration equipment, especially a kind of respiration buoyant apparatus.
Technical background
On current natatorium, korneforos, the swimming such as in the sea or ship there is with regard to generating apparatus inconvenience such as carrying in multiplex buoy quoit, life jacket etc.Owing to being inconvenient to be carried at one's side on ship, have some casualties time during accident because can not find buoyant apparatus in a hurry.Swim in the water, diving hinders by these equipment, can not get abundant enjoyment.I design the patent No. be 201220538208.5 respirator swimming weight neither be very practical or excessive.
Summary of the invention
The purpose of this utility model is to overcome the above-mentioned defect that existing buoyant apparatus exists, and proposes and freely can breathe in water while use, can also in water the respiration buoyant apparatus of long-time diving, through the lighter practicality of improvement.
The utility model realizes by the following technical solutions: a kind of respiration buoyant apparatus, comprise breathing nose cup, wherein this respiration also comprises the elastic cord and upper breathing pipe of breathing nose cup position with regard to raw device, elastic cord is fixed on head oronasal mask, the upper breathing pipe of described breathing nose cup position is attached to above elastic cord, then be fixed on pullover elastic band by angle pipe by mounting ring, angle pipe is connected breathing pipe with interface on breathing pipe, breathing pipe can with soft or hard material, if part can be that flexible pipe is convenient bending when breathing pipe is hard material, breathing pipe is connected on lower bracket pipe by breathing pipe lower interface, lower bracket pipe is connected on medium-height trestle pipe, medium-height trestle pipe connector sleeves support tube.Cover support tube and medium-height trestle pipe rotary movable, but do not intake.The pouring weight of cover support tube lower end can make upper bracket pipe and the water surface vertical all the time by gravity with the rotation of cover support tube.Medium-height trestle pipe two ends connect floating bottle, and floating bottle and medium-height trestle pipe can be designed to rotatable, so that uses such as floating bottle is flat-shaped, disjunctor shapes.Floating bottle can be designed to inflation, and floating bottle interface can change the floating bottle of the various model of size.
Angle before and after upper bracket pipe is regulated by point of adjustment, upper bracket pipe is vertical with the water surface in use.Upper bracket pipe bends downward place admission port, and admission port connects floating plug conduit, and floating plug conduit is netted or other surroundings can the various shapes of air inlet, floating plug is settled in floating plug conduit, floating plug lower end connects floating plug guide rod, and floating plug guide rod is fixed on added pipe by floating plug pole, but can move up and down.Floating plug lower end connect float, float upwards time by floating plug guide rod on floating plug top and admission port coincide, admission port does not enter water and air.By floating plug guide rod during float drops, floating plug is separated with admission port, and air is from admission port again to upper bracket pipe, then to breathing pipe, angle pipe, upper breathing pipe, then in breathing nose cup, people can breathe air.During deepwater work, do not supply enough air to change pump steam inlet into, air is pressed onto in breathing pipe by air intake pump by pump steam inlet, and pump steam inlet connects pole, and pole connects waterproof case, and waterproof case makes water not enter pump steam inlet.
Described all connecting interfaces all can with various methods of attachment such as socket, welding, bonding or hickeys.
Described oronasal mask, breathing pipe, floating bottle, upper bracket pipe, medium-height trestle pipe, lower bracket pipe etc. are applicable to various shape.
There is air described floating bottle swimming inside so when people puts on this equipment after, even if in water large mouth venting one's pent-up feelings also can not unlimited sink.Breathing pipe can be held health and can not sink, and people can float after air-breathing, guarantees personal safety.
The air extractor duct of described breathing nose cup is away from nostril, and when there being a small amount of water in breathing nose cup, mouth can by water sucking mouth water sucking-off.
Described breathing pipe can many connect and regulate the length of breathing pipes, use when needing so that various.This respiration buoyant apparatus also can be combined with existing to be commercially existingly difficult to articulate, luntttes etc.Be difficult to articulate use time, nose can use nose cup, and nose cup elastic cord makes nose cup be buckled on nose, and nose does not enter water, also can with have a stuffy nose, nasal obstruction be placed on crossbeam and be clipped on nose by clip springs, nose does not enter water.
When described breathing pipe length is to waist location left and right, can hang over after one's death as plait, can be buckled on elastic band by clasp when breathing pipe lengthens, elastic band can be worn on arm.
There is provided air by breathing pipe in described oronasal mask, diving, swimming can there is no obstruction for a long time by breathing pipe to floating bottle length, most enjoyment.
Described floating bottle can be installed light or warning and amusement equipment.
When the utility model uses, breathing pipe is adjusted to and needs length, floating bottle is put in water, and people just can free respiratory movement in water.
The beneficial effects of the utility model are: this respiration buoyant apparatus structure is simple, and easy to operate, easy to carry, can obtain abundant enjoyment in water, lifesaving is effective.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model in embodiment 1
Fig. 2 is floating bottle structure schematic diagram
Fig. 3 is pullover elastic band structural representation
Fig. 4 is breathing pipe adjunction structural representation
Fig. 5 is elastic band structural representation
Fig. 6 is air intake pump structural representation
Fig. 7 is for breathing nose mask structure schematic diagram
Fig. 8 is the structural representation of the utility model in embodiment 2
Detailed description of the invention:
Embodiment 1
As shown in Figure 1: this buoyant apparatus comprises breathing nose cup 35. and breathes the air extractor duct 37 of nose cup 35 from the place away from nostril, and breathe the water sucking mouth 38 of nose cup 35 near face, mouth can containing arriving water sucking mouth 38.When breathing nose cup 35 and having water, can water sucking mouth 38 be contained, water sucking-off with mouth.Breathe nose cup to be fixed on head by elastic cord 36.Breathe nose cup 35 and connect upper breathing pipe 22, upper breathing pipe 22 is fixed on head pullover elastic band 19 below, when people wears luntttes, also can replace pullover elastic band 19 with the elastic band of luntttes.Breathing pipe 18 stretches out after pullover elastic band 19, be connected on lower bracket pipe 13, lower bracket pipe 13 is connected on medium-height trestle pipe 3, medium-height trestle pipe 3 two ends connect floating bottle 1, centre portion adapter sleeve support tube 4, cover support tube 4 connects upper bracket pipe 5 above, connects pouring weight top 14 below, and pouring weight top 14 makes upper bracket pipe 5 all the time with the water surface vertical by cover support tube 4 with the rotary movable of medium-height trestle pipe 3 with pouring weight bottom 15.
As shown in Figure 2: if it is flexible pipe 16 that breathing pipe 18 is selected to have part during hard material, convenient bending.Flexible pipe 16 connects breathing pipe lower interface 17, connect breathing pipe lower interface 17 and connect lower bracket pipe 13, a lower bracket Guan Chengyi form of bifurcation, be connected on medium-height trestle pipe 3, medium-height trestle pipe two ends are floating bottle graft mouth 2 respectively, and floating bottle graft mouth 2 connects floating bottle 1, floating bottle graft mouth 2 is applicable to the floating bottle 1 of all size model, changes floating bottle 1 when conveniently needing.Floating bottle 1 can be designed to rotary movable by floating between bottle graft mouth 2 and medium-height trestle pipe 3, and floating bottle 1 can be designed to inflate.Medium-height trestle pipe 3 intermediate connecting sleeve support tube 4, rotary movable but do not intake between cover support tube 4 and medium-height trestle pipe 3, junction can connect with membrane or seal ring connection etc., connects pouring weight top 14 and pouring weight bottom 15 below cover support tube 4.Upper bracket pipe 5 is connected to above cover support tube 4, and a point of adjustment 39 is arranged at the bottom of upper bracket pipe 5, the angle before and after adjustable upper bracket pipe, so that respiration buoyant apparatus can regulate the squareness of upper bracket pipe 5 and the water surface in use.The admission port 6 of upper bracket pipe 5 is in the elbow lower end of upper bracket pipe 5, and such admission port 6 also enters when wave is beaten and drenched with rain and do not anhydrate.Admission port 6 lower end connects floating plug conduit 7, and floating plug conduit 7 is netted or other surroundings can the shape of air inlet.Floating plug 8 settled by 7 li, floating plug conduit, and floating plug 8 can be up and down in floating plug conduit 7, and floating plug 8 lower end connects floating plug guide rod 10, floating plug guide rod 10 can slide up and down in floating plug pole 9, floating plug pole 9 is fixed on upper bracket pipe 5, and floating plug guide rod 10 lower end connects float 12, and float 12 is met waterborne floating, push up on floating plug guide rod 10, floating plug guide rod 10 floating plug 8 pushes up, and coincide with admission port 6, water and air does not enter admission port 6 li, otherwise admission port 6 can be entered air.
As shown in Figure 3, breathing pipe 18 is connected interface 23 on breathing pipe with flexible pipe 16, interface 23 connection angle pipe 21 on breathing pipe, and angle pipe 21 is fixed on pullover elastic band 19 by mounting ring 20, and angle pipe 21 connects upper breathing pipe 22.
As shown in Figure 4, the breathing pipe lower interface 17 of breathing pipe 18 can be connected with interface on breathing pipe 23, and such breathing pipe 18 can be lengthened to the length of needs.
As shown in Figure 5, the clasp 25 on elastic band 24 can fasten breathing pipe 18, is buckled in elastic band 24 when breathing pipe 18 lengthens, and elastic band 24 can be with on arm.
As shown in Figure 6, change pump steam inlet 11 when deepwater work, the air intake pump 27 in pump steam inlet 11 is pressed onto air in breathing pipe 18, and the pole 28 of pump steam inlet 11 props up waterproof case 26, and water can not directly enter in pump steam inlet 11.
As shown in Figure 7, breathing nose cup 35 is fixed on nose by elastic cord 36, and breathe the air extractor duct 37 of nose cup 35 away from nostril, the water sucking mouth 38 of respiration nose stopper 35 is near face, mouth containing to water sucking mouth 38, can may sop up the water breathing nose cup 35 li by water sucking mouth 38.Breathe nose cup 35 and connect upper breathing pipe 22.Before this utility model uses, be first placed on nose by breathing nose cup 35, fix with elastic cord 36 at head, breathing pipe 18 is fixed on pullover elastic band 19, is enclosed within head, and floating bottle 1 is placed on the water surface, just can smooth and easyly in water breathe.
In the utility model, all connecting interfaces can with various methods of attachment such as socket, welding, bonding or hickeys.
In the utility model, breathe nose cup 35, elastic band 24, breathing pipe 18, the applicable various shape such as floating bottle 1, floating plug 8, floating plug conduit 7.
In the utility model, floating bottle 1, have air due to inside, so when people puts on this buoyant apparatus, even if in water large mouth venting one's pent-up feelings also can not unlimited sink, breathing pipe 18 can hold human body sinking, can float, guarantee personal safety after people's air-breathing.
In the utility model, admission port 6 and floating plug head 8 coincide, and water does not enter admission port 6, and air extractor duct 37 nostril is far away, so water directly can not enter nostril.
During this experiment is novel, breathes in nose cup 35 and provide air by breathing pipe 18, can diving, swimming not hinder for a long time in the length range of breathing pipe 18, most enjoyment.
In the utility model, breathing pipe 18 can many connect and regulate the length of breathing pipes 18, use when needing so that various.
In the utility model, if during deepwater work, do not supply enough air can change pump steam inlet 11 into, air is pressed onto in breathing pipe 18 by air intake pump 27 by pump steam inlet 11, pump steam inlet 11 connects pole 28, and pole 28 connects waterproof case 26, and waterproof case 26 makes water not enter pump steam inlet 11.
In the utility model, when breathing pipe 18 length is to waist left and right, can hang over after one's death as plait, when breathing pipe 18 lengthens, can be buckled on elastic band 24 by clasp 25, elastic band 24 can be worn on arm.
This experiment novel use is extensive, uses, also can use during diving when can swim, and is a kind of well with regard to generating apparatus.
Embodiment 2
As shown in Figure 8, nose cup elastic cord 30 nose cup 29 of nose cup 29 is fixed on nose, and nose does not enter sky G&W.The device of not air inlet of only giving vent to anger can be loaded onto in position, place, nose cup 29 nostril, allows people in water, form the custom of mouthful inhaling and exhaling through the nose.
Nasal obstruction 33 is placed on crossbeam 31 and uses clip 34 to be clipped on nose by clip springs 32, not entering water and air, can breathe like this with being difficult to articulate.Nose cup 29, nasal obstruction 33 also can replace with luntttes, nose clip etc.

Claims (9)

1. a respiration buoyant apparatus, comprise oronasal mask, be wherein characterised in that: this buoyant apparatus comprises the elastic band of pneumostome nose cup position, pullover elastic band, breathing pipe, upper bracket pipe, lower bracket pipe, medium-height trestle pipe, cover support tube, floating bottle, pouring weight and floating plug, described breathing nose cup, wherein this respiration also comprises the elastic cord and upper breathing pipe of breathing nose cup position with regard to raw device, elastic cord is fixed on head oronasal mask, the upper breathing pipe breathing nose cup position is attached to above elastic cord, then be fixed on pullover elastic band by angle pipe by mounting ring, angle pipe is connected breathing pipe with interface on breathing pipe, breathing pipe can with soft or hard material, if part can be that flexible pipe is convenient bending when breathing pipe is hard material, breathing pipe is connected on lower bracket pipe by breathing pipe lower interface, lower bracket pipe is connected on medium-height trestle pipe, medium-height trestle pipe connector sleeves support tube, cover support tube and medium-height trestle pipe rotary movable, but do not intake, the pouring weight of cover support tube lower end can make upper bracket pipe and the water surface vertical all the time by gravity with the rotation of cover support tube, medium-height trestle pipe two ends connect floating bottle, floating bottle and medium-height trestle pipe can be designed to rotatable, so that floating bottle is flat-shaped, the uses such as disjunctor shape, floating bottle can be designed to inflatable, the floating bottle of the floating replaceable large ting model of bottle interface, angle before and after upper bracket pipe is regulated by point of adjustment, upper bracket pipe is vertical with the water surface in use, upper bracket pipe bends downward place admission port, admission port connects floating plug conduit, floating plug conduit is netted or other surroundings can the various shapes of air inlet, floating plug is settled in floating plug conduit, floating plug lower end connects floating plug guide rod, floating plug guide rod is fixed on added pipe by floating plug pole, but can move up and down, floating plug lower end connects float, float upwards time by floating plug guide rod on floating plug top and admission port coincide, admission port does not enter water and air, by floating plug guide rod during float drops, floating plug is separated with admission port, air from admission port again to upper bracket pipe, arrive breathing pipe again, angle pipe, upper breathing pipe, arrive again and breathe in nose cup, people can breathe air, breathe below nose cup and have water sucking mouth, can from water sucking mouth sucking-off when nose cup has water when breathing, during deepwater work, enough air are not supplied to change pump steam inlet into, air is pressed onto in breathing pipe by air intake pump by pump steam inlet, pump steam inlet connects pole, pole connects waterproof case, waterproof case makes water not enter pump steam inlet.
2. respiratory life-saving apparatus according to claim 1, it is characterized in that this buoyant apparatus can use nose cup, have a stuffy nose and in conjunction with being existingly difficult to articulate, the use such as luntttes, the device of not air inlet of only giving vent to anger can be loaded onto in position, place, nose cup nostril, allows people in water, form the custom of mouthful inhaling and exhaling through the nose.
3. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: the total interfaces such as breathing pipe interface, support tube interface, floating bottle graft mouth can connect with socket, membrane, weld, bonding or hickey etc. connects.
4. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: breathe nose cup, breathing pipe, elastic band, support tube, and floating bottle, floating plug, float etc. can be various shapes.
5. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: breathe nose cup, breathing pipe, elastic band, support tube, and floating bottle, floating plug, the positions such as float can suitably adjust.
6. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: have air in floating bottle, people can not unlimited sink, guarantee personal safety.
7. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: breathe nose cup or internal respiration pipe of being difficult to articulate for giving air, in breathing pipe length range can diving, swimming for a long time not interrupted, to the greatest extent enjoyment, and be a kind of good with regard to generating apparatus.
8. respiratory life-saving apparatus according to claim 1 and 2, is characterized in that: breathing pipe can adjunction, and floating bottle can be changed, to use when needing.
9. floating bottle can install the warnings such as light or amusement equipment.
CN201520292768.0U 2015-05-04 2015-05-04 Respiration brucker survival capsule Expired - Fee Related CN204802053U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520292768.0U CN204802053U (en) 2015-05-04 2015-05-04 Respiration brucker survival capsule

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520292768.0U CN204802053U (en) 2015-05-04 2015-05-04 Respiration brucker survival capsule

Publications (1)

Publication Number Publication Date
CN204802053U true CN204802053U (en) 2015-11-25

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Application Number Title Priority Date Filing Date
CN201520292768.0U Expired - Fee Related CN204802053U (en) 2015-05-04 2015-05-04 Respiration brucker survival capsule

Country Status (1)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107398037A (en) * 2016-05-18 2017-11-28 北京黑犀牛科技有限公司 A kind of air cleaning unit
CN108284931A (en) * 2018-02-07 2018-07-17 东莞市蓝豚运动用品有限公司 A kind of diving mask with ear pressure equilibrium function

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107398037A (en) * 2016-05-18 2017-11-28 北京黑犀牛科技有限公司 A kind of air cleaning unit
CN108284931A (en) * 2018-02-07 2018-07-17 东莞市蓝豚运动用品有限公司 A kind of diving mask with ear pressure equilibrium function

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151125

Termination date: 20180504

CF01 Termination of patent right due to non-payment of annual fee