CN102068373A - Breather mechanism of air vibratory sputum excretion machine - Google Patents
Breather mechanism of air vibratory sputum excretion machine Download PDFInfo
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- CN102068373A CN102068373A CN 201110046226 CN201110046226A CN102068373A CN 102068373 A CN102068373 A CN 102068373A CN 201110046226 CN201110046226 CN 201110046226 CN 201110046226 A CN201110046226 A CN 201110046226A CN 102068373 A CN102068373 A CN 102068373A
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Abstract
The invention provides a breather mechanism of an air vibratory sputum excretion machine, belonging to the technical field of medical apparatus and instruments. The air vibratory sputum excretion machine comprises a shell with a rack, an air chamber in the shell, a power machine, an air induction mechanism, a tympanic membrane actuating mechanism and a breather pipe, wherein power machine is fixed on the bottom of the air chamber or the rack; the air induction mechanism is communicated with the air chamber and used for introducing air into the air chamber and fixed on the rack; the tympanic membrane actuating mechanism is arranged in the air chamber and connected with the power machine; and the breather pipe is connected with the air chamber and used for introducing air in the air chamber to a patient. The breather mechanism is characterized by comprising a first tympanic membrane tray and a second tympanic membrane tray, wherein the first and second tympanic membrane trays are oppositely arranged on the air chamber and connected with the tympanic membrane actuating mechanism. According to the technical scheme, as the first and second tympanic membrane trays are oppositely arranged on the air chamber and connected with the tympanic membrane actuating mechanism, the air in the air chamber shows a breathing-like effect under the working of the tympanic membrane actuating mechanism, and an ideal air vibration effect is obtained.
Description
Technical field
The invention belongs to technical field of medical instruments, be specifically related to the shake respiration mechanism of formula sputum elimination machine of a kind of gas, be applicable to the clinical or home care of medical institutions, help patient's expectoration
Background technology
Along with industrial expansion causes the aggravation of environmental pollution and the quickening of aged tendency of population process, the pulmonary disease patient is ascendant trend year by year, the since two thousand one global patient who dies from chronic obstructive pulmonary disease every year reaches more than 3,000,000, becomes the global the third-largest cause of the death.In the ill process of chronic obstructive pulmonary disease, the patient shows as cough, expectoration, breathe hard and/or pant and increase the weight of, amount of expectoration increases, and be purulence or glutinous purulence, even follow inflammation such as heating, many often unable expectorations of the particularly old and weak patient of patient, sputum to be difficult for discharging and cause other complication, if untimely effective disposal then can lead to grave consequences.
As the industry's knowledge of the reason, it is the extremely important measure of treatment chronic obstructive pulmonary disease that the control breathing road infects, and effectively expectoration is the key of control infection.At present, mainly contain following three kinds in the clinical disposal options of medical treatment to expectoration difficulty patient: the one, employing has easypro (expansion) and opens medicine of bronchus effect such as the medicine of gentamycin and dexamethasone and so on; The 2nd, adopt the negative-pressure type sputum aspirator; The 3rd, patient's chest and back is kowtowed the physiotherapy of bat.
Can only implement down in medical institutions such as hospital and the leading of medical personnel for preceding two kinds in above-mentioned three kinds of disposal options, and and be not suitable for family, though the third disposal options can be helped to implement by patient's entourage such as family members, but, nursing intensity as treatment personnel's family members and/or medical personnel is big, kowtow and clap the position and be difficult to hold and kowtow face be restricted, and kowtow the bat dynamics and skill is difficult to adapt with medical effect.
Be no lack of the technical scheme that is seen in sputum elimination machine in disclosed Chinese patent literature, publication number CN1330915A has recommended a kind of sputum evacuator for respiratory function recovery, utilizes negative pressure mode to inhale expectorant; The recovery apparatus for vibration evacuation of sputum that CN1330961A provides acts on same CN1330915A; A kind of air blowing sputum ejector that utility model Granted publication CN2629683Y discloses is with the mode of vibration help patient expectoration of vibrating ball; The effect and the CN2629683Y of the portable vibrations sputum ejector of free position that CN201168307Y discloses are similar; The public all sputum ejectors of CN201329062Y utilize gas to make the vibrating ball vibration, help patient's expectoration, or the like.
Though the disclosed technical scheme of above-mentioned patent documentation has the terse strong point that is suitable for family's use of structure, exists and uses trouble, to patient's shortcomings such as thoracic dorsal application point position limitation.
The controlled vibrated sputum elimination device in a kind of intelligent full thoracic cavity of typical expectoration device such as Granted publication CN201727690U instruction, this scheme is essentially a kind of expectoration vest, 42 vibration units are set on this expectoration vest, after the patient puts on this expectoration vest, can alleviate entourage's the intensity of accompanying and attending to, because need not artificially to kowtow bat to the patient by the entourage, but there are shortcoming in complex structure and ruggedness, safety.The domestic sputum ejector that CN2502691Y releases utilizes the vibration principle of speaker to help patient's expectoration.And the intelligent full thoracic cavity higher-order of oscillation sputum elimination machine of CN201356827Y proposition, Instructions Page 3 the 21st with this patent walks to 5 technique effects that page 4 the 2nd row is concluded, yet the concrete structure of the unexposed air vibrating machine of this patent, especially do not disclose the respiration mechanism that makes the vibration of air rhythmicity, and respiration mechanism is the extremely important mechanism of vibration sputum elimination machine.The applicant has carried out persistent trial for this reason, and technical scheme described below produces under this background
Summary of the invention
Task of the present invention is to provide a kind of and can shakes formula sputum elimination machine matched well with gas and use the shake respiration mechanism of formula sputum elimination machine of the gas that obtains ideal gas oscillation effect.
Task of the present invention is finished like this, the shake respiration mechanism of formula sputum elimination machine of a kind of gas, the described gas formula sputum elimination machine that shakes comprises the housing with frame, be located at the intravital air chamber of shell, be fixed on air chamber bottom or be fixed on engine on the described frame, being used for of communicating with air chamber introduces air and is fixed on air inducing mechanism on the frame to air chamber, be located in the air chamber and tympanum dish actuating mechanism that be connected with engine and the breather that is used for the air of air chamber is caused patient's use that is connected with air chamber, be characterised in that: described respiration mechanism comprises one first a tympanum dish and a secondary tympanic membrane dish, first, the secondary tympanic membrane dish is arranged on the described air chamber with facing each other, and all is connected with described tympanum dish actuating mechanism.
In a specific embodiment of the present invention, described air chamber by correspond to each other first, second side plate, correspond to each other the 3rd, the 4th side plate and the top that corresponds to each other, base plate surrounds formation, first, second, the 3rd, the space that the 4th side plate top board and base plate surround formation constitutes air cavity, on described first side plate, offer one first tympanum dish chamber, and on described second side plate, offer position and corresponding secondary tympanic membrane dish chamber, the first tympanum dish chamber, the described first tympanum dish is provided on the first tympanum dish chamber, and described secondary tympanic membrane dish is provided on the secondary tympanic membrane dish chamber.
In another specific embodiment of the present invention, be extended with one first tympanum dish holder on described first side plate wall body outward and around the described first tympanum dish chamber, the described first tympanum dish is fixed on the first tympanum dish holder, be extended with a secondary tympanic membrane dish holder on described second side plate wall body outward and around described secondary tympanic membrane dish chamber, described secondary tympanic membrane dish is fixed on the secondary tympanic membrane dish holder.
In another specific embodiment of the present invention, the described first tympanum dish comprises that first breathes sheet, first sealing ring and first is Gu Quan, the first sealing ring envelope is at first position, edge of breathing sheet, this first sealing ring has one first U-shaped chamber, match with the described first tympanum dish holder in this first U-shaped chamber, first is that solid circle envelope is on first sealing ring, this first is that the end of Gu Quan constitutes one first bending part, the other end constitutes one second bending part, is that solid screw makes first by first, second bending part closes up each other and first sealing ring is fixed on the described first tympanum dish holder; Described secondary tympanic membrane dish comprises that second breathes sheet, second sealing ring and second is Gu Quan, the second sealing ring envelope is at second position, edge of breathing sheet, this second sealing ring has one second U-shaped chamber, match with described secondary tympanic membrane dish holder in this second U-shaped chamber, second is that solid circle envelope is on second sealing ring, this second is that the end of Gu Quan constitutes one the 3rd bending part, the other end constitutes one the 4th bending part, is that solid screw makes the 3rd by second, the 4th bending part closes up each other and second sealing ring is fixed on the described secondary tympanic membrane dish holder.
Technical scheme provided by the invention owing to be arranged on first, second tympanum dish on the air chamber with facing each other, and all be connected with tympanum dish actuating mechanism, air in the air chamber is shown just as the effect as breathing, obtain ideal gas oscillation effect.
Description of drawings
Fig. 1 is a specific embodiment structure chart of the present invention.
Fig. 2 for the present invention supporting first of the pendant device of wearing implement illustration.
Fig. 3 is the second enforcement illustration of wearing pendant device supporting with the present invention.
Fig. 4 is the cutaway view of Fig. 1.
Fig. 5 is the concrete structure figure of secondary tympanic membrane dish.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but to the description of embodiment all is not restriction to the present invention program, any according to the present invention's design done only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.
Ask for an interview Fig. 1, provided a housing 1, the shape of this housing 1 is not limited to the shape of illustrated truncated rectangular pyramids body, for example both can be square, also can be other equivalent geometry.The bottom of housing 1 has frame 11, and preferred scheme can be provided with roller or rubber feet 111 in four bights of the bottom of frame 11.Housing 1 outward side under user mode is provided with display screen 13, action button 14, display lamp 15 and breather piggybacking hole 16(and also can claims the breather resigning hole), at installed inside one controller 12 of housing 1, aforesaid display screen 13, action button 14 and display lamp 15 are electrically connected with controller 12.
An air chamber 2 is positioned at housing 1 and fixing with frame 11, and every constituting, the space that enclosure forms constitutes air cavity 27 to this air chamber 2, and air cavity 27 is airtight by first, second, third, fourth side plate 21,22,23, top board 25 and base plate 26 one common peripheral.Shown in figure, offer the first tympanum dish chamber 211 of a circle at the position placed in the middle of first side plate 21, and the outer wall at first side plate 21 is extended with first a tympanum dish holder 212 just as the flange effect around the first tympanum dish chamber 211, preferred scheme also can form complex trace caulking groove 2121 at the outer surface of the first tympanum dish holder 212.Offer equally at the position placed in the middle of second side plate 22 circle and position and 211 corresponding secondary tympanic membrane dish chambeies 221, the first tympanum dish chamber, and on second side plate 22 wall body outward, around secondary tympanic membrane dish chamber 221, be extended with the secondary tympanic membrane dish holder 222(Fig. 4 as the flange effect and show), preferred scheme also can form a plurality of caulking grooves that are equivalent to aforementioned caulking groove 2121 at the outer surface of secondary tympanic membrane dish holder 222.Be installed with an intake interface 251 and an interface 252 of giving vent to anger on top board shown in Figure 1 25, inlet, outlet interface 251,252 all communicates with aforesaid air cavity 27.
Ask for an interview Fig. 4 and Fig. 5 and continuation in conjunction with Fig. 1, Fig. 1 has provided one first tympanum dish 3, this first tympanum dish 3 preferably but not the structure that definitely is limited to is as follows, comprise that one first breathing sheet 31, one first sealing ring 32 and one first are solid circle 33, first sealing ring, 32 envelopes or claim tightly to be enclosed within first position, edge of breathing sheet 31, this first sealing ring 32 has one first U-shaped chamber 321(also can claim a n shape chamber), that is to say that the cross section of first sealing ring 32 (transverse section) shape takes the shape of the letter U.Preferably, one first tight loop 3211 is set in the first U-shaped chamber 321, by this first tight loop 3211 edge of first sealing ring 32 and the first breathing sheet 31 is pushed down promptly and fastened.More preferably, constitute a plurality of embeded slots 311 at first edge of breathing sheet 31, and constitute chimeric bead 3212 at interval on first tight loop 3211, chimeric bead 3212 compressings first sealing ring 32 is insinuated in the embeded slot 311.First be solid circle 33 envelopes on first sealing ring 32, this first is that an end of solid circle 33 constitutes one first bending part 331, the other end constitutes one second bending part 332, first, second bending part 331,332 is that solid screw 333 connects by first each other.When the first U-shaped chamber 321 of first sealing ring 32 with after the aforesaid first tympanum dish holder 212 cooperates, that is to say after the first tympanum dish holder 212 is presented in the first U-shaped chamber 321, turn first is solid screw 333, first, second bending part 331,332 is closed up in opposite directions, be that first hold-down nut 3331 on the solid screw 333 limits then by being configured in first, be fixed on the first tympanum dish holder 212 thereby first sealing ring 32 is carried the first breathing sheet 31, and the first breathing sheet 31 is just corresponding to the first tympanum dish chamber 211.
Fig. 4 and Fig. 5 have provided structure and the identical secondary tympanic membrane dish 4 of the aforesaid first tympanum dish 3, preferably but not the structure of the secondary tympanic membrane dish 4 that definitely is limited to is as follows, comprise that one second breathing sheet 41, one second sealing ring 42 and one second are solid circle 43, second sealing ring, 42 envelopes promptly tightly are enclosed within second position, edge of breathing sheet 41, this second sealing ring 42 has one second U-shaped chamber 421, this second U-shaped chamber 421 also can be described as the 2nd n shape chamber, that is to say that the cross section of second sealing ring 42 (transverse section) shape takes the shape of the letter U.Preferably, one second tight loop 4211 is set in the second U-shaped chamber 421, by this second tight loop 4211 edge of second sealing ring 42 and the second breathing sheet 41 is pushed down promptly and fastened.More preferably, second edge of breathing sheet 41 constitutes the embedding slot 411 of a plurality of rings logical (perforation), and on second tight loop 4211, constitute at interval and set bead 4212, set bead 4212 and under the state of compressing second sealing ring 42, be insinuated in the embedding slot 411.Second be solid circle 43 envelopes on second sealing ring 42, this second is that an end of solid circle 43 constitutes one the 3rd bending part 431, it is that solid screw 433 connects by second each other that the other end constitutes one the 4th bending part 432, the three, the 4th bending part 431,432.When the second U-shaped chamber 421 of second sealing ring 42 with after aforesaid secondary tympanic membrane dish holder 222 cooperates, after that is to say in secondary tympanic membrane dish holder 222 is presented to the second U-shaped chamber 421, turn second is solid screw 433, make the 3rd, the 4th bending part 431,432 close up (promptly closing up towards aspectant direction) in opposite directions, be that second hold-down nut 4331 on the solid screw 433 limits then by being configured in second, be fixed on the secondary tympanic membrane dish holder 222 thereby second sealing ring 42 is carried the second breathing sheet 41, and the second breathing sheet 41 is just corresponding to secondary tympanic membrane dish chamber 221.Aforesaid first, second tight loop 3211,4211 also can use iron wire or rope.
Still ask for an interview Fig. 1, an engine 5 is fixed on the aforesaid base plate 26 in the present embodiment, but do not repel engine 5 is not fixed on the frame 11, that is to say, engine 5 can be fixed on base plate 26 and frame 11, and both appoint and select on the one.Base plate 26 is provided with an axle bed 261, is equipped with bearing on the line shaft of engine 5 51 and the axle bed 261(axle bed 261) be rotatably assorted, and line shaft 51 probes into and promptly is stretched in the air cavity 27.Engine 5 is motor (being motor), and is variable-speed motor, is connected with aforesaid controller 12 electrical controls by circuit.
The air inducing mechanism 6 that one motor 61 and blower fan 62 constitute is fixed on the aforesaid frame 11, and the known general knowledge of foundation is with motor 61 and blower fan 62 makes up and it is fixing with frame 11 by screw 6212 to carry motor 61 by blower fan 62.The air inducing mechanism 6 of present embodiment is by commercially available channel acquisition, and motor 61 is connected with the aforesaid interface 252 of giving vent to anger by circuit, pipeline 6211 preferred corrugated tube or other the similar pipes with compliance that use.
Still see Fig. 1, the tympanum dish actuating mechanism 7 that the applicant recommends preferred but not structure that be limited to is as follows: comprise first, second eccentric disc 71,72, first connecting rod 73 and second connecting rod 74, wherein: first, second eccentric disc 71,72 structure each other is identical, and first, second connecting rod 73,74 structure each other is identical.Mode that first eccentric disc, 71 usefulness screws or key are solid and line shaft 51 are fixing, be fixed with one first eccentric shaft 711 at first eccentric disc 71 towards the Surface Vertical of a side of first connecting rod 73, one end of first connecting rod 73 is nested with on first eccentric shaft 711, and the other end of first connecting rod 73 (towards an end of the first tympanum dish 3) is fixedlyed connected with the first breathing sheet 31 of the first tympanum dish 3.By shown in Figure 1, offer one group of (being illustrated as a pair of) first attachment screw hole 312 in the first centre position of breathing sheet 31, screw in the first connecting rod screw hole 731 that is opened on the first connecting rod 73 through the first attachment screw hole 312 by first attachment screw 3121, be connected thereby make first connecting rod 73 and first breathe sheet 31.Second eccentric disc 72 is placed on aforesaid first eccentric shaft 711 by the eccentric pivot hole on it 722, and screw 7221 is fixing with fixing, on this second eccentric disc 72, promptly be fixed with one second eccentric shaft 72 towards the Surface Vertical of a side of second connecting rod 74, because position and the eccentric pivot hole 722 of this second eccentric shaft 721 on discoid second eccentric disc 72 is at a distance of 180 °, so second eccentric shaft 721 and eccentric pivot hole 722 corresponding (being on the same straight line).One end of second connecting rod 74 is nested with (aforesaid first connecting rod 73 is placed on by axle sleeve on first eccentric shaft 711 equally) on second eccentric shaft 721 by axle sleeve 741, and the other end of second connecting rod 74 is promptly fixedlyed connected with the second breathing sheet 41 of secondary tympanic membrane dish 4 towards an end of secondary tympanic membrane dish 4.
Specifically see Fig. 5 and still in conjunction with Fig. 1, offer one group of (being not limited to illustrated a pair of) second attachment screw hole 412 in the second centre position of breathing sheet 41, screwing in the second connecting rod screw hole 742(Fig. 1 that is opened on the second connecting rod 74 by second attachment screw 4121 through the second attachment screw hole 412 shows) in, be connected thereby make second connecting rod 74 and second breathe sheet 41.
By shown in Figure 1, an end sleeve with compliance and breather 8 that fill the post of by corrugated tube on the aforesaid interface 252 of giving vent to anger, the other end through breather piggybacking hole 16 with wear pendant device 9(Fig. 2 and Fig. 3 shows) plug-in connects.
Aforesaid chimeric bead 3212 can directly be formed on first sealing ring 32, and with example, the aforesaid bead 4212 of setting can directly be formed on second sealing ring 42.
Ask for an interview Fig. 2, the aforesaid pendant device 9 of wearing is inflated type vest (also can claim the inflated type vest), is installed with a valve 91, and valve 91 communicates with the interlayer air cavity 92 that passes pendant device 9, and aforesaid breather 8 is pegged graft with valve 91 and cooperated.
Ask for an interview Fig. 3, the aforesaid pendant device 9 of wearing is the inflated type pectoral girdle, is installed with a valve 91, and valve 91 communicates with interlayer air cavity 92, and described breather 8 connects with valve 91 plugs.
The applicant need to prove; though what only exemplified two kinds of versions in an embodiment wears pendant device 9, promptly one is the inflated type vest, and another is the inflated type pectoral girdle; but fully other variation can be arranged, therefore can not think that the protection scope of the present invention of taking off is arranged because of other variation.
The applicant describes operation principle of the present invention.Earlier the pendant device 9 of wearing of Fig. 2 or structure shown in Figure 3 is worn the patient body of wearing (body), again breather 8 and valve 91 are connected, then make engine 5 and 6 work of bleed mechanism by action button 14.
When engine 5 work, drive 71 motions of first eccentric disc by line shaft 51, because the first connecting rod 73 and second eccentric disc 72 are nested with on first eccentric shaft 711 that is fixedly arranged on first eccentric disc 71, be placed on second eccentric shaft 721 that is installed in second eccentric disc 72 owing to second connecting rod 74 again, also owing to first connecting rod 73 is connected with the first breathing sheet 31 of the first tympanum dish 3, and second connecting rod 74 is connected with the second breathing sheet 41 of secondary tympanic membrane dish 4, therefore when line shaft 51 rotations, drive first eccentric disc 71 and 72 motions of second eccentric disc, make first connecting rod 73 and second connecting rod 74 reciprocating, drive the first breathing sheet 31 and second and breathe sheet 41 with the effect motion as the breathing.Meanwhile, bleed mechanism 6 is to air cavity 27 air feed, and by breather 8 to interlayer air cavity 92 air feed of wearing pendant device 9.Produce vibration owing to first, second motion of breathing sheet 31,32 makes the air in the air cavity 27, and then make the air vibration in the interlayer air cavity 92, patient's thoracic dorsal is played the very soft bat massage effect of kowtowing, in order to patient's expectoration.
Controller 12 of the present invention can be by user after input be provided with frequency, and through the feedback system of machine tool internal configurations, in time the actual frequency of detection machine compare with the setpoint frequency value, in case find inconsistently just can correct automatically.
In sum, technical scheme provided by the invention has overcome the shortcoming in the prior art, has reached goal of the invention, has embodied the technique effect of mentioning in the superincumbent technique effect of the applicant hurdle objectively, thereby to can yet be regarded as be a ultimate attainment scheme
Claims (4)
1. the gas respiration mechanism of formula sputum elimination machine that shakes, the described gas formula sputum elimination machine that shakes comprises the have frame housing (1) of (11), be located at the air chamber (2) in the housing (1), be fixed on air chamber (2) bottom or be fixed on engine (5) on the described frame (11), being used for of communicating with air chamber (2) introduces air and is fixed on air inducing mechanism (6) on the frame (11) to air chamber (2), be located in the air chamber (2) and tympanum dish actuating mechanism (7) that be connected with engine (5) and the breather (8) that is used for the air of air chamber (2) is caused patient's use that is connected with air chamber (2), it is characterized in that: described respiration mechanism comprises one first a tympanum dish (3) and a secondary tympanic membrane dish (4), first, secondary tympanic membrane dish (3,4) be arranged on the described air chamber (2) with facing each other, and all be connected with described tympanum dish actuating mechanism (7).
2. the shake respiration mechanism of formula sputum elimination machine of gas according to claim 1, it is characterized in that described air chamber (2) by correspond to each other first, second side plate (21,22), correspond to each other the 3rd, the 4th side plate (23,24) and the top that corresponds to each other, base plate (25,26) surround formation, first, second, the 3rd, the 4th side plate (21,22,23,24), the space that top board (25) and base plate (26) surround formation constitutes air cavity (27), on described first side plate (21), offer one first tympanum dish chamber (211), and on described second side plate (22), offer the position and the first corresponding secondary tympanic membrane dish chamber, tympanum dish chamber (211) (221), the described first tympanum dish (3) is provided on the first tympanum dish chamber (211), and described secondary tympanic membrane dish (4) is provided on the secondary tympanic membrane dish chamber (221).
3. the shake respiration mechanism of formula sputum elimination machine of gas according to claim 2, it is characterized in that being extended with one first tympanum dish holder (212) on described first side plate (21) wall body outward and around the described first tympanum dish chamber (211), the described first tympanum dish (3) is fixed on the first tympanum dish holder (212), be extended with a secondary tympanic membrane dish holder (222) on described second side plate (22) wall body outward and around described secondary tympanic membrane dish chamber (221), described secondary tympanic membrane dish (4) is fixed on the secondary tympanic membrane dish holder (222).
4. the shake respiration mechanism of formula sputum elimination machine of gas according to claim 3, it is characterized in that the described first tympanum dish (3) comprises that first breathes sheet (31), first sealing ring (32) and first is Gu Quan (33), first sealing ring (32) envelope is at first position, edge of breathing sheet (31), this first sealing ring (32) has one first U-shaped chamber (321), match with the described first tympanum dish holder (212) in this first U-shaped chamber (321), first is that Gu Quan (33) envelope is on first sealing ring (32), this first is that the end of Gu Quan (33) constitutes one first bending part (331), the other end constitutes one second bending part (332), is that solid screw (333) makes first by first, second bending part (331,332) close up each other and first sealing ring (32) is fixed on the described first tympanum dish holder (212); Described secondary tympanic membrane dish (4) comprises that second breathes sheet (41), second sealing ring (42) and second is Gu Quan (43), second sealing ring (42) envelope is at second position, edge of breathing sheet (41), this second sealing ring (42) has one second U-shaped chamber (421), match with described secondary tympanic membrane dish holder (222) in this second U-shaped chamber (421), second is that Gu Quan (43) envelope is on second sealing ring (42), this second is that the end of Gu Quan (43) constitutes one the 3rd bending part (431), the other end constitutes one the 4th bending part (432), is that solid screw (433) makes the 3rd by second, the 4th bending part (431,432) close up each other and second sealing ring (42) is fixed on the described secondary tympanic membrane dish holder (222).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110046226A CN102068373B (en) | 2011-02-26 | 2011-02-26 | Breather mechanism of air vibratory sputum excretion machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110046226A CN102068373B (en) | 2011-02-26 | 2011-02-26 | Breather mechanism of air vibratory sputum excretion machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102068373A true CN102068373A (en) | 2011-05-25 |
| CN102068373B CN102068373B (en) | 2012-09-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110046226A Expired - Fee Related CN102068373B (en) | 2011-02-26 | 2011-02-26 | Breather mechanism of air vibratory sputum excretion machine |
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| Country | Link |
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| CN (1) | CN102068373B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4079733A (en) * | 1976-06-02 | 1978-03-21 | Hamburg Group | Percussion vibrator device for treatment of patients to assist expectoration of retained secretions |
| CN2616203Y (en) * | 2003-05-16 | 2004-05-19 | 孙小蓉 | Electric expectoration-inducing vest |
| US20080108914A1 (en) * | 2006-11-03 | 2008-05-08 | Laurent Brouqueyre | Low Frequency Lung Vibration and Sputum Removal Apparatus |
| CN101507844A (en) * | 2009-03-18 | 2009-08-19 | 纪华雷 | Intelligent full-thorax high-frequency oscillation sputum elimination machine and method |
| CN201727690U (en) * | 2010-07-23 | 2011-02-02 | 四川省医学科学院（四川省人民医院） | Intelligent total thoracic controllable vibratory sputum exhausting device |
-
2011
- 2011-02-26 CN CN201110046226A patent/CN102068373B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4079733A (en) * | 1976-06-02 | 1978-03-21 | Hamburg Group | Percussion vibrator device for treatment of patients to assist expectoration of retained secretions |
| CN2616203Y (en) * | 2003-05-16 | 2004-05-19 | 孙小蓉 | Electric expectoration-inducing vest |
| US20080108914A1 (en) * | 2006-11-03 | 2008-05-08 | Laurent Brouqueyre | Low Frequency Lung Vibration and Sputum Removal Apparatus |
| CN101507844A (en) * | 2009-03-18 | 2009-08-19 | 纪华雷 | Intelligent full-thorax high-frequency oscillation sputum elimination machine and method |
| CN201727690U (en) * | 2010-07-23 | 2011-02-02 | 四川省医学科学院（四川省人民医院） | Intelligent total thoracic controllable vibratory sputum exhausting device |
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| Publication number | Publication date |
|---|---|
| CN102068373B (en) | 2012-09-05 |
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