CN203154526U - Disposable humidifying bag for integrated sterile humidifying oxygen inhalator - Google Patents

Disposable humidifying bag for integrated sterile humidifying oxygen inhalator Download PDF

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Publication number
CN203154526U
CN203154526U CN 201320086312 CN201320086312U CN203154526U CN 203154526 U CN203154526 U CN 203154526U CN 201320086312 CN201320086312 CN 201320086312 CN 201320086312 U CN201320086312 U CN 201320086312U CN 203154526 U CN203154526 U CN 203154526U
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China
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bag
humidication
humidication bag
humidifying
suction nozzle
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CN 201320086312
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Chinese (zh)
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刘志田
刘博乾
刘博宇
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刘志田
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Abstract

The utility model discloses a disposable humidifying bag for an integrated sterile humidifying oxygen inhalator. The disposable humidifying bag comprises a bag body, wherein a humidifying bag air inlet is arranged on the outer surface of the bag body, and a puncture opening blocking sheet is arranged in the humidifying bag air inlet. The humidifying bag air inlet is connected with a humidifying bag air inlet tube connected onto the lower portion of a cavity of the bag body. A humidifying bag air outlet tube is arranged on the inner surface of the bag body, an automatic air outlet blocking device is arranged on the humidifying bag air outlet tube, and the humidifying bag air outlet tube is connected with a disposable oxygen inhalation pipe. During use, the air inlet of the disposable humidifying bag is automatically connected with an oxygen supply source through the integrated sterile humidifying oxygen inhalator, and the self-starting air outlet blocking device is automatically started to guide humidified oxygen out. Only installation operating of the disposable humidifying bag needs manual work, other procedures are automatically completed, and therefore sterile operation is achieved, humidifying liquid in the disposable humidifying bag is prevented from being polluted, respiratory tract infection of patients caused in the oxygen inhalation process can be avoided, and the disposable humidifying bag brings help to disease treatment.

Description

The disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus
Technical field
This utility model relates to a kind of hospital ward equipment, relates in particular to the device of giving the oxygen humidification that uses in a kind of ward.
Background technology
Oxygen therapy is the most frequently used clinically a kind of nursing technique and rescue means.Oxygen humidifying liquid carries out humidifying to oxygen in process of oxygen therapy, avoid the oxygen of drying to the stimulation of respiratory mucosa, improves oxygen therapy effect and patient's comfort level.The oxygen therapy apparatus of present clinical use, still continue to use traditional repetition formula oxygen oxygen inhaler, conventional humidifying method is to carry out humidifying with adding distilled water in the oxygen humidification bottle, this method is non-sterile open-sky technique, the possibility that potentially contaminated is arranged, the nursing staff needs often to add humidification fluid, but because distilled water itself does not possess sterilization and bacteriostasis, in moist warm environment, very easily make the bacterial growth breeding again, it is lack of standardization what sterilize, dry, may exist in the storing process to add apparatus, very easily causes self and cross infection.Existing lot of documents report, in China's nosocomial infection case, respiratory tract infection accounts for the first place.Wherein oxygen humidifying liquid and the germ contamination of oxygen therapy pipeline are the factors that causes that pulmonary complication is very important.So the generation of how controlling the situation of carrying disease germs of oxygen humidifying liquid and reducing oxygen therapy patient nosocomial infection has become the problem that hospital infection management person and caregiver more and more pay close attention to.
Disposable Oxygen tube product and the patented technology of Chu Xianing is classified as two classes substantially in the market, one class is that Bottle structure adopts injection molding, humidification bottle changes into split type from original conventional integral type, its product is made, the use cost height, humidification fluid needs the nursing staff to annotate when clinical, can not guarantee the aseptic of humidification fluid; Another kind is exactly the bag film assembling structure; owing in the bag humidification fluid is housed in advance; to two pipelines of humidication bag be sealed; it is sealing liquid; to solve leak of liquid and the pollution of product in storage and transport process; in the prior art; one end of bag pipeline adopts the pipe that fractures; the other end adopts the mechanical whorl sealing liquid, and the dip tube that will fracture when clinical is taken off the mechanical whorl sealing; its pipeline will lean on manually and be connected with former flow meter pipeline; pipeline quality of connection instability is for line seal stays bad hidden danger, in addition because bag is to use thin-film material; cause outlet pipe to block as generator tube bend folding in the use; the bag internal pressure increases and causes the bag explosion, though be provided with safety guard in the prior art, what adopt is rubber protective sleeve structure; factor in view of structure and material itself; can't adjust safe threshold values, can not guarantee the concordance of safe threshold values, more not possess its susceptiveness.
Disposable humidification bottle in the market and the mounting means of disposable humidication bag adopt the movable vertical lifting of lanyard under former flow meter more, exist the patient to spur Oxygen tube with bottle in the use or bag is dragged down or bag is tilted, humidification fluid can overflow by the last outlet pipe of bag and enter oxygen catheter inflow patient nasal cavity and cause danger this moment.
The utility model content
Technical problem to be solved in the utility model provides a kind of disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus safe, easy and simple to handle and that humidifying is effective that uses.
For solving the problems of the technologies described above, the technical solution of the utility model is: the disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus, comprise soft bag, and be loaded with aseptic humidification fluid in the described bag; Described bag outer surface is fixed with the humidication bag suction nozzle, is provided with puncture in the described humidication bag suction nozzle and opens the shutoff sheet; Described humidication bag suction nozzle is connected with the humidication bag air inlet pipe, and described humidication bag air inlet pipe is connected to described bag inner chamber bottom; Described bag inner surface is fixed with the humidication bag escape pipe, and the self-starting plugging device of giving vent to anger is installed on the described humidication bag escape pipe, and described humidication bag escape pipe is connected with and stretches out the outer disposable oxygen uptake pipeline of described bag.
As a kind of optimized technical scheme, described bag comprises thin film anter and the thin film rear panel that fusion presses together, described humidication bag suction nozzle is fixed on described thin film rear panel outer surface top, the fusion of described humidication bag air inlet pipe is pressed together on described thin film rear panel outer surface, described humidication bag air inlet pipe comprises the humidication bag air inlet vertical tube that is connected with described humidication bag suction nozzle, described humidication bag air inlet vertical tube is connected with humidication bag air inlet transverse tube, described humidication bag air inlet transverse tube closed at both ends, described thin film rear panel is provided with the air inlet group that is communicated with described humidication bag air inlet transverse tube.
As a kind of optimized technical scheme, described humidication bag suction nozzle comprises the suction nozzle pedestal of hollow, be installed with the suction nozzle body on the described suction nozzle pedestal, be provided with in the inlet channel of described suction nozzle body with the integrated described puncture of described suction nozzle body and open the shutoff sheet, in the described suction nozzle pedestal filter membrane is installed.
As a kind of optimized technical scheme, the described self-starting plugging device of giving vent to anger comprises the humidication bag outlet nozzle that is arranged on described humidication bag escape pipe inlet end, be provided with in the outlet passageway of described humidication bag outlet nozzle and the integrated air pressure opened shutoff of described humidication bag outlet nozzle sheet, described air pressure opened shutoff sheet is the wedge angle lip.
As a kind of optimized technical scheme, the described self-starting plugging device of giving vent to anger comprises the shutoff ball that is arranged on described humidication bag escape pipe inlet end, described shutoff ball and described humidication bag escape pipe interference fit.
Owing to adopted technique scheme, the disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus comprises soft bag, is loaded with aseptic humidification fluid in the described bag; Described bag outer surface is fixed with the humidication bag suction nozzle, is provided with puncture in the described humidication bag suction nozzle and opens the shutoff sheet; Described humidication bag suction nozzle is connected with the humidication bag air inlet pipe, and described humidication bag air inlet pipe is connected to described bag inner chamber bottom; Described bag inner surface is fixed with the humidication bag escape pipe, and the self-starting plugging device of giving vent to anger is installed on the described humidication bag escape pipe, and described humidication bag escape pipe is connected with and stretches out the outer disposable oxygen uptake pipeline of described bag; During use, disposable humidication bag is placed in the integrated form sterilized humidifying oxygen inhalation apparatus, the suction nozzle of disposable humidication bag is connected with oxygen source from being dynamically connected by integrated form sterilized humidifying oxygen inhalation apparatus, and oxygen enters into disposable humidication bag and carries out humidifying; The self-starting plugging device of giving vent to anger is opened automatically, and the oxygen after the humidifying is derived; In the whole use, for once the fitting operation of property humidication bag need manually be finished, other operations are finished in the process of closure set accepted way of doing sth sterilized humidifying oxygen inhalation apparatus automatically, realized the sterile working, avoid the humidification fluid in the disposable humidication bag contaminated, can avoid patient in the oxygen uptake process, to produce respiratory tract infection, for disease treatment brings help.
Description of drawings
The following drawings only is intended to this utility model done and schematically illustrates and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the explosive view that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 2 is the opening cutaway view that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 3 is the closed condition cutaway view that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 4 is the main TV structure figure that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 5 is the side-looking structure chart that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 6 is the backsight structure chart that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Fig. 7 is the axonometric chart of this utility model embodiment one;
Fig. 8 is the side sectional view of this utility model embodiment one;
Fig. 9 is the explosive view of this utility model embodiment one;
Figure 10 is A place enlarged drawing among Fig. 1;
Figure 11 is the outlet nozzle enlarged drawing of this utility model embodiment one;
Figure 12 is the puncture connection-peg end metal blade enlarged drawing that this utility model embodiment one is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Figure 13 is the side sectional view of this utility model embodiment two;
Figure 14 is the opening cutaway view that this utility model embodiment two is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Figure 15 is the closed condition cutaway view that this utility model embodiment two is combined with integrated form sterilized humidifying oxygen inhalation apparatus;
Figure 16 is a kind of startup self-starting that this utility model embodiment two is combined with integrated form sterilized humidifying oxygen inhalation apparatus plugging device structural representation of giving vent to anger;
Figure 17 is that this utility model embodiment two another kind of being combined with integrated form sterilized humidifying oxygen inhalation apparatus starts the self-starting plugging device structural representation of giving vent to anger;
Among the figure: the 11-valve body; 12-ventilation channel joint; 13-Flow-rate adjustment spool; 14-Flow-rate adjustment hands handle; The 211-flowtube; The 212-buoy; The 213-outer housing; The movable escape pipe of 22-; The 23-connection-peg that punctures; The 31-box body; The 32-lid; The 33-bonnet; The 341-rotating shaft; The 342-latch hook; The 343-reduction torsion spring; 344-opens the hands handle; 351-opening safety bar; 352-humidication bag pressing plate; The 41-bag; 411-thin film anter; 412-thin film rear panel; 421-suction nozzle pedestal; 422-suction nozzle body; The shutoff sheet is opened in the 423-puncture; The 424-filter membrane; 425-humidication bag air inlet vertical tube; 426-humidication bag air inlet transverse tube; 427-air inlet micropore; 431-humidication bag outlet nozzle; 432-air pressure opened shutoff sheet; The disposable oxygen uptake pipeline of 433-; 434-humidication bag escape pipe; 435-shutoff ball; The 436-driving lever; 437-humidication bag squeezing roller; 51-suction nozzle clamping seat; 511-locatees ball; 512-ball retainer spring; 513-connection-peg guide pipe; 52-clamping annular groove; The 531-shift fork; 532-connection-peg bearing pin; The 533-push rod; 534-push rod driving rolls; The 535-back-moving spring; 536-push rod bearing pin; The 537-cam; 538-metal blade; The 54-check lock lever; The 55-sealing ring; 6-oxygen supply relief valve; 7-escape pipe fixed support.
The specific embodiment
Below in conjunction with drawings and Examples, further set forth this utility model.In the following detailed description, only by the mode of explanation some one exemplary embodiment of the present utility model has been described.Undoubtedly, those of ordinary skill in the art can recognize, under the situation that does not depart from spirit and scope of the present utility model, can revise described embodiment with various mode.Therefore, accompanying drawing is illustrative with being described in essence, rather than is used for the protection domain of restriction claim.
Embodiment one:
The disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus comprises soft bag 41, and described bag 41 comprises thin film anter 411 and the thin film rear panel 412 that fusion presses together, and is loaded with aseptic humidification fluid in the described bag 41; As shown in Figure 7 and Figure 8, described bag 41 outer surfaces are fixed with the humidication bag suction nozzle, and described humidication bag suction nozzle is fixed on described thin film rear panel 412 outer surfaces top, is provided with puncture in the described humidication bag suction nozzle and opens shutoff sheet 423; Described humidication bag suction nozzle is connected with the humidication bag air inlet pipe, the fusion of described humidication bag air inlet pipe is pressed together on described thin film rear panel 412 outer surfaces, described humidication bag air inlet pipe is connected to described bag 41 inner chamber bottoms, particularly, as shown in Figure 9, described humidication bag suction nozzle comprises the suction nozzle pedestal 421 of hollow, be installed with suction nozzle body 422 on the described suction nozzle pedestal 421, be provided with in the inlet channel of described suction nozzle body 422 with described suction nozzle body 422 integrated described punctures and open shutoff sheet 423, in the described suction nozzle pedestal 421 filter membrane 424 is installed.Described humidication bag air inlet pipe comprises the humidication bag air inlet vertical tube 425 that is connected with described suction nozzle pedestal 421, described humidication bag air inlet vertical tube 425 is connected with humidication bag air inlet transverse tube 426, described humidication bag air inlet transverse tube 426 closed at both ends, described thin film rear panel 412 is provided with the air inlet group that is communicated with described humidication bag air inlet transverse tube 426, and described air inlet group comprises and is arranged on some air inlet micropores 427 on the thin film rear panel 412.
As Fig. 8 and shown in Figure 9, described bag 41 inner surfacies are fixed with humidication bag escape pipe 434, the self-starting plugging device of giving vent to anger is installed on the described humidication bag escape pipe, the described self-starting plugging device of giving vent to anger comprises the humidication bag outlet nozzle 431 that is arranged on described humidication bag escape pipe inlet end, be provided with in the outlet passageway of described humidication bag outlet nozzle 431 and described humidication bag outlet nozzle 431 integrated air pressure opened shutoff sheets 432, as described in Figure 11, described air pressure opened shutoff sheet is the wedge angle lip.Tip at described air pressure opened shutoff sheet 432 forms stress concentration point, is convenient to air pressure opened; Certainly, also can be provided with tear line at described air pressure opened shutoff sheet 432, be convenient to air pressure opened.Described humidication bag escape pipe 434 is connected with the disposable oxygen uptake pipeline 433 that stretches out outside the described bag 41.
In order the technical solution of the utility model more clearly to be described, to introduce below the concrete structure of the integrated form sterilized humidifying oxygen inhalation apparatus that is used with this utility model.
As Fig. 1, Fig. 2 and shown in Figure 3, integrated form sterilized humidifying oxygen inhalation apparatus comprises:
Flow control valve, comprise valve body 11, described valve body 11 is provided with ventilation channel joint 12 and the control valve gas outlet that is connected with oxygen source, Flow-rate adjustment spool 13 and Flow-rate adjustment handle 14 are installed on the described valve body 11, described regulating spool adopts the aciculiform spool, by the clearance control flow between described aciculiform spool and the described valve body 11;
Oxygen flow meter is installed on the described valve body 11, comprises effusion meter air inlet and effusion meter gas outlet, and described control valve gas outlet is communicated with described effusion meter air inlet; Described effusion meter gas outlet is connected with movable escape pipe 22, and the end of described movable escape pipe 22 is provided with puncture connection-peg 23; Described oxygen flow meter comprises flowtube 211, is provided with buoy 212 in the described flowtube 211, the described flowtube 211 outer outer housings 213 that back-off is installed; Described flowtube 211 air inlets are the effusion meter air inlet, oxygen enters in the described flowtube 211, blow buoy 212, upwards flow, process flowtube 211 gas outlets enter into the interlayer path between flowtube 211 and the outer housing 213, and flow downward, the gas outlet of interlayer path is the effusion meter gas outlet.
The humidication bag box, comprise the box body 31 that is fixedly mounted on the described valve body 11, described box body 31 upper ends are hinged with the lid 32 that cooperates with described box body 31, be provided with lid 32 opening devices between described box body 31 and the described lid 32, described lid 32 opening devices comprise the rotating shaft 341 that is installed in described box body 31 bottoms, described rotating shaft 341 can be adopted hexagonal axis, be installed with latch hook 342 and reduction torsion spring 535 in the described rotating shaft 341, one end of described rotating shaft 341 stretches out outside the described box body 31 and is equipped with opens handle 344, as Fig. 4 and shown in Figure 6; Be installed with the lock (not shown) corresponding with described latch hook 342 on the described lid 32, also be installed with the opening safety bar in the described rotating shaft 341, the end of described opening safety bar is fixed with humidication bag pressing plate 352.Disposable humidication bag is placed in the humidication bag box.As Fig. 4, Fig. 5 and shown in Figure 6, described humidication bag box is provided with the hole of passing through for disposable oxygen uptake pipeline 433.
Be provided with suction nozzle clamping seat 51 in the described box body 31, be provided with the clamping locking device between described humidication bag suction nozzle and the described suction nozzle clamping seat 51; Described clamping locking device comprises the clamping annular groove 52 that is arranged on the described humidication bag suction nozzle, described suction nozzle clamping seat 51 is provided with ball hole, the location ball 511 that cooperates with described clamping annular groove 52 is installed in the described ball hole, and described suction nozzle clamping seat 51 external fixation are equipped with ball retainer spring 512.
Be equipped with on the described box body 31 and handle described puncture connection-peg 23 docks unlatching with described humidication bag suction nozzle pipeline Automatic Link Establishment, as Fig. 1 and shown in Figure 10, described pipeline Automatic Link Establishment comprises the connection-peg guide pipe 513 that is arranged on the described suction nozzle clamping seat 51, described puncture connection-peg 23 is slidingly mounted in the described connection-peg guide pipe 513, be hinged with shift fork 531 on the described box body 31, described puncture connection-peg 23 rear ends are fixed with connection-peg bearing pin 532, and the lower end fork-join of described shift fork 531 is on described connection-peg bearing pin 532; Described box body 31 upper ends are slidingly fitted with push rod 533, described push rod 533 is equipped with push rod driving rolls 534 towards an end of lid 32, the other end of described push rod 533 is equipped with back-moving spring 343, described push rod 533 is provided with push rod bearing pin 536, the upper end fork-join of described shift fork 531 is on described push rod bearing pin 536, connection-peg guide pipe 513 is provided with is convenient to two guide grooves that described puncture connection-peg 23 slides, when puncture connection-peg 23 slided, described connection-peg bearing pin 532 was positioned at described guide groove.As shown in Figures 2 and 3, described lid 32 is provided with cam 537 corresponding with described push rod driving rolls 534 and that rotate with described lid 32.As shown in Figure 5; in order to protect the pipeline Automatic Link Establishment; in the outside of pipeline Automatic Link Establishment bonnet 33 is installed, described bonnet 33 is fixedlyed connected with described box body 31, and each parts of pipeline Automatic Link Establishment are encapsulated in the airtight cavity of described bonnet 33 and 31 formation of described box body.
Puncture puncture for the ease of puncture connection-peg 23 and open shutoff sheet 423, be provided with metal blade 538 in the end of described puncture connection-peg 23, as shown in figure 12, the taper of 538 one-tenth hollow outs of described metal blade, can either puncture puncture rapidly and accurately and open shutoff sheet 423, also can not influence flowing of oxygen.
For the connection-peg 23 that prevents from puncturing ejects described suction nozzle when opening shutoff sheet 423 inserting described connection-peg guide pipe 513 and puncture described puncture in described suction nozzle clamping seat 51, be provided with the check lock lever 54 that limits described ball retainer spring 512 motions in described puncture connection-peg 23 rear ends.Described puncture connection-peg 23 is provided with sealing ring 55, and after puncture connection-peg 23 pegged graft described connection-peg guide pipe 513, sealing ring 55 played good sealing function, prevents that oxygen from revealing from both slits.
Flow passage at oxygen is provided with oxygen supply relief valve 6, in order to make compact conformation, described oxygen supply relief valve 6 is installed on the described valve body 11.
Following mask body is introduced operation principle:
As shown in Figures 2 and 3, ventilation channel joint 12 inserts in the oxygen supply connector of oxygen supply equipment, this moment, oxygen entered the front end of the Flow-rate adjustment spool 13 in the flow control valve, and Flow-rate adjustment spool 13 adopts the needle-valve core, and the gap length of the tip of needle-valve core and valve body 11 has determined the flow of oxygen; Open pin Flow-rate adjustment spool 13, oxygen enters to flowtube 211 lower ends by the gap of Flow-rate adjustment spool 13 and valve body 11, the upper end is the gas outlet, flowtube 211 is transparent material, be provided with buoy 212 in the flowtube 211; buoy 212 upwards floats under the effect of Oxygen Flow; back-off has the outer housing 213 that transparent material is made on the flowtube 211; be carved with indicating graduation on the flowtube 211; oxygen is exported from flowtube 211 upper outlets; the interlayer path between flowtube 211 and outer housing 213, enters in the movable escape pipe 22.Oxygen supply relief valve 6 is installed on the valve body 11, when pressure surpassed 0.35M Pa scholar 0.05M Pa, oxygen supply relief valve 6 was opened aerofluxus, guarantees that pressure is in prescribed limit, utilize Flow-rate adjustment handle 14 to regulate flow control valve, indicate the size of flow value by buoy 212 corresponding flow table scales.
Fixedly connected with valve body 11 in box body 31 tops, lid 32 is equipped with in box body 31 fronts, by the jointed shaft of box body 31 upper ends box body 31 and lid 32 twistings installed, and realizes the closed and unlatching of lid 32 centered by this jointed shaft.The lower end of box body 31 is provided with folding handle, latch hook 342 and safety, folding handle, latch hook 342 and bumper bar are assemblied on the hexagonal axis, press the folding handle, by hexagonal axis interlock latch hook 342 and bumper bar while rotating certain angle, unclamp the folding handle, latch hook 342 and bumper bar are returned to initial condition under the effect of reduction torsion spring 535.The both sides, lower end of lid 32 are provided with two locks, when box body 31 protecgulums are closed, the lock of lid 32 acts on the guiding surface of two latch hooks 342 respectively, force latch hook 342 to rotate, when sliding into the guiding surface that breaks away from latch hook 342, latch hook 342 pins lock under the effect of reduction torsion spring 535, bumper bar is installed in the centre position of hexagonal axis, two bumper bars connect a humidication bag pressing plate 352, when hexagonal axis during at the original angle state, humidication bag pressing plate 352 is embedded in the lower chamber of box body 31, when the humidication bag aerating oxygen expands, if press the folding handle this moment, because bag 41 pressure act on humidication bag pressing plate 352, its leverage can't be rotated the folding handle, avoiding when bag 41 charges into oxygen, the lid 32 that maloperation causes is opened fast and is hurted sb.'s feelings and the danger of bag 41 explosions, only presses the folding handle when humidication bag pressure release state, lock breaks away from latch hook 342, and the bumper bar of oxygen supply simultaneously rotates.Because the humidication bag material is soft thin-film material, humidication bag pressing plate 352 forces bag 41 distortion, thereby finishes the unlatching of lid 32, as shown in Figure 2.
Lid 32 is opened during use, the humidication bag suction nozzle of disposable humidication bag is inserted in the suction nozzle clamping seat 51, lid 32 closed backs and box body 31 form the cavity of a sealing, open flow control valve, oxygen enters in the humidication bag, bag 41 expands rapidly and forms the humidifying space, because disposable humidication bag is to be placed in the humidication bag box, the pressure that bag 41 bears all acts on the humidication bag box, again because the design strength of humidication bag box can be guaranteed to carry presses, thereby solved the withstand voltage explosion problem of disposable humidication bag.
Suction nozzle clamping seat 51 is fixed on the position, middle and upper part of box body 31, suction nozzle clamping seat 51 front ends and humidication bag suction nozzle are located by connecting, the location structure of humidication bag suction nozzle is made up of the location ball 511 and the retainer spring that are installed in suction nozzle clamping seat 51, location ball 511 is installed in the suction nozzle clamping seat 51, ball 511 outsides, location are surrounded by retainer spring, its ball face of initial condition of location ball 511 is protruding in the hole aperture surface of suction nozzle clamping seat 51, in the time of in the humidication bag suction nozzle inserts suction nozzle clamping seat 51, the humidication bag suction nozzle promotes location ball 511 and realizes radially (outwards) movement, insertion along with the humidication bag suction nozzle, when the clamping annular groove 52 on the humidication bag suction nozzle overlaps with the axial location of location ball 511, location ball 511 slips in the clamping annular groove 52 under the effect of retainer spring, has realized the installation location of humidication bag suction nozzle.
The top of box body 31 is provided with push rod 533, the front end of push rod 533 is equipped with push rod driving rolls 534, push rod driving rolls 534 is fitted under the effect of push rod 533 and back-moving spring 343 with the cam 537 on the lid 32, because the center of rotation of lid 32 is setovered with respect to the cylindrical that contacts with push rod driving rolls 534, that is to say when lid 32 foldings, the cylindrical that contacts with push rod driving rolls 534 is eccentric, are cam structures with respect to push rod driving rolls 534, when lid 32 closures, shown in Fig. 3, push rod driving rolls 534 is along with the cam 537 of rotation moves compression reseting spring 343 towards the back; When lid 32 was opened, as shown in Figure 5, back-moving spring 343 promoted push rod 533 and travels forward.Shift fork 531 is installed between push rod 533 and the puncture connection-peg 23, two ends are provided with elongated slot, the middle part is provided with jointed shaft, the elongated slot of one end cooperates with push rod bearing pin 536 on the push rod 533, the other end cooperates with the connection-peg bearing pin 532 of puncture on the connection-peg 23, and puncture connection-peg 23 is provided with the check lock lever 54 that cooperates with ball retainer spring 512 and for puncturing the described metal blade 538 that pierces through the unlatching shutoff.When push rod 533 moves backward, driving shift fork 531 swings around bearing pin, interlock puncture connection-peg 23 has been realized the reverse motions with push rod 533, along with moving forward of puncture connection-peg 23, check lock lever 54 compressing ball retainer springs 512 on the puncture connection-peg 23 will be located ball 511 and the locking of humidication bag suction nozzle, eject in suction nozzle clamping seat 51 in order to avoid cross senior general's humidication bag suction nozzle because of frictional force when puncture connection-peg 23 enters connection-peg guide pipe 513.In puncture connection-peg 23 inserted in the humidication bag suction nozzle, the sealing ring 55 on the puncture connection-peg 23 played the line seal effect, and shutoff sheet 423 is opened in the puncture that the metal blade 538 of its front end punctures in the humidication bag suction nozzle, had finished pipeline from being dynamically connected; When lid 32 is opened, push rod 533 moves forward, puncture connection-peg 23 is mobile backward, when lid 32 is opened fully, puncture connection-peg 23 breaks away from humidication bag suction nozzle and connection-peg guide pipe 513, at this moment the locking that the check lock lever 54 of puncture connection-peg 23 discharges location ball 511 just can take out disposable humidication bag in suction nozzle clamping seat 51.
The bag 41 of disposable humidication bag adopts medical grade sheet film material to make the bag shaped structure of sealing through the fusion pressing.The aseptic humidification fluid of filling in the bag, the height of liquid level is approximately 2/3 of bag 41 height.Liquid level is the oxygen humidification space with top, and bag 41 is connected to air inlet pipeline and outlet pipe.
Air inlet pipeline is made up of humidication bag suction nozzle, humidication bag air inlet pipe and air inlet micropore 427, and the humidication bag suction nozzle is the link of humidication bag and oxygen pipeline, cooperates with suction nozzle clamping seat 51 by the pipeline Automatic Link Establishment.The front end of humidication bag suction nozzle is provided with clamping annular groove 52, the humidication bag suction nozzle comprises suction nozzle body 422 and suction nozzle pedestal 421, the fusion pressing has puncture to open shutoff sheet 423 in the suction nozzle body 422, leave cavity after the assembling between suction nozzle body 422 and the suction nozzle pedestal 421, be provided with filter membrane 424 in the cavity.The humidication bag air inlet pipe is the groove of falling T-shape shape structure, fusion is pressed together on a rear flank face of bag 41, form the air inlet pipeline passage of sealing, vertical pipeline is oxygen channel, bag 41 sides of the lateral duct correspondence that connects down offer some micropores, and micropore is offered the position near below the bag 41 bottom liquid levels.
Outlet pipe is to be assemblied by humidication bag escape pipe 434, humidication bag outlet nozzle 431, air pressure opened shutoff sheet 432 and disposable Oxygen tube, be installed in the bag 41, the humidication bag outlet nozzle 431 gentle unpacking jams 432 that press off are positioned at more than the top liquid level of bag 41, as shown in figure 11, the horizontal mouth of pipe of humidication bag outlet nozzle 431 is wedge angle lip shape hatch frame, the horizontal mouth of pipe and the mouth of pipe back fusion respectively are pressed together on the inwall of bag 41 cephacorias and bag 41 caudacorias, play the sealing function of outlet pipe.
Owing to adopted the sealing liquid structure of the inlet, outlet pipeline of humidifying bag 41, in the storage and transport process of humidication bag, the humidification fluid in the bag 41 is sealed in the bag 41, has avoided leakage and the pollution of humidification fluid.The top of bag 41 is provided with the dosing plug, is used for the humidification fluid dosing when clinical.
After the humidication bag suction nozzle inserts suction nozzle clamping seat 51, closed lid 32, the location ball 511 of suction nozzle clamping seat 51 is locked the humidication bag suction nozzle, pipeline is from being dynamically connected, the metal blade 538 of puncture connection-peg 23 front ends punctures puncture and opens shutoff sheet 423, oxygen filters by 424 pairs of oxygen of filter membrane, oxygen after the filtration enters humidification fluid by humidication bag air inlet transverse tube 426 from some micropores, gas forms some small bubbles, because bubble is small, the dynamics of explosion is little when overflowing the humidification fluid surface when bubbles of oxygen, solved on the one hand the noise that produces when air pocket overflows liquid level, on the other hand because the increasing of bubble particles, corresponding oxygen contains liquid particle also can be increased, be added to the content liquid in the oxygen molecule, improved clinical result of use.Because the front-back fusion of air pressure opened shutoff sheet 432 is pressed together on bag 41 inwalls, the front and back bulk of the thickness at fusion pressing position after less than humidication bag box closure, along with entering of oxygen in the bag 41, oxygen after humidifying increases bag 41 internal pressures, bag 41 expands gradually, at little pressure state bag 41 and the sharp corner of air pressure opened shutoff sheet 432 from lip shape opening are begun to tear, bag 41 be gradually a process separating of air pressure opened shutoff sheet 432, such structural design is to separate the impact that the humidication bag box is caused for fear of the sheet 432 of air pressure opened shutoff under high pressure suddenly with bag 41.After air pressure opened shutoff sheet 432 separated, the oxygen after the humidifying entered disposable oxygen uptake pipeline 433 by air pressure opened shutoff sheet 432, enters into patient's nasal cavity.
Embodiment two:
Present embodiment and embodiment one fundamental form are together, difference is: as shown in figure 13, the described self-starting plugging device of giving vent to anger comprises the shutoff ball 435 that is arranged on described humidication bag escape pipe 434 inlet ends, described humidication bag escape pipe 434 has elasticity, described shutoff ball 435 and described humidication bag escape pipe 434 interference fit.
Corresponding with it, the integrated form sterilized humidifying oxygen inhalation apparatus corresponding with present embodiment also has corresponding variation, as shown in figure 14, the inboard of described lid is fixed with the driving lever 436 that described shutoff ball 435 can be extruded in the described humidication bag escape pipe 434, and the end of described driving lever 436 is smooth circular-arc.
After being placed into disposable humidication bag in the humidication bag box, as shown in figure 16, in the process of closed lid 32, driving lever 436 rotates with lid 36, the end of the humidication bag escape pipe 434 in the disposable humidication bag is directly pushed in the circular arc end of driving lever 436, as shown in figure 15, shutoff ball 435 is extruded from the end of humidication bag escape pipe 434, shutoff ball 435 drops in the humidication bag, finishes the automatic unpacking of humidication bag escape pipe 434; After the complete closure of lid, driving lever 436 rotates the compressing that breaks away from humidication bag, and humidication bag returns to initial condition.
In order to protect humidication bag; as shown in figure 17; humidication bag squeezing roller 437 can be set at the free end of described driving lever 436; rely on the directly end of the described humidication bag escape pipe 434 of extruding of humidication bag squeezing roller 437; shutoff ball 435 is extruded from the end of humidication bag escape pipe 434, and this mode can not destroyed the sealing of humidication bag.
The humidication bag escape pipe is to be fixedly installed on the bag inner surface of humidication bag, in order to prevent in the process of extruding humidication bag escape pipe, the bag inner surface of humidication bag escape pipe from humidication bag pulled off, bag inner surface at humidication bag escape pipe and humidication bag directly is provided with escape pipe fixed support 7, as Figure 14 and shown in Figure 15, described escape pipe fixed support 7 is near the inlet end of described humidication bag escape pipe.
Description of the present utility model provides for example with for the purpose of describing, and is not exhaustively or with this utility model to be limited to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is for better explanation principle of the present utility model and practical application, thereby and makes those of ordinary skill in the art can understand the various embodiment that have various modifications that this utility model design is suitable for special-purpose.

Claims (5)

1. the disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus is characterized in that: comprise soft bag, be loaded with aseptic humidification fluid in the described bag; Described bag outer surface is fixed with the humidication bag suction nozzle, is provided with puncture in the described humidication bag suction nozzle and opens the shutoff sheet; Described humidication bag suction nozzle is connected with the humidication bag air inlet pipe, and described humidication bag air inlet pipe is connected to described bag inner chamber bottom; Described bag inner surface is fixed with the humidication bag escape pipe, and the self-starting plugging device of giving vent to anger is installed on the described humidication bag escape pipe, and described humidication bag escape pipe is connected with and stretches out the outer disposable oxygen uptake pipeline of described bag.
2. the disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus as claimed in claim 1, it is characterized in that: described bag comprises thin film anter and the thin film rear panel that fusion presses together, described humidication bag suction nozzle is fixed on described thin film rear panel outer surface top, the fusion of described humidication bag air inlet pipe is pressed together on described thin film rear panel outer surface, described humidication bag air inlet pipe comprises the humidication bag air inlet vertical tube that is connected with described humidication bag suction nozzle, described humidication bag air inlet vertical tube is connected with humidication bag air inlet transverse tube, described humidication bag air inlet transverse tube closed at both ends, described thin film rear panel is provided with the air inlet group that is communicated with described humidication bag air inlet transverse tube.
3. the disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus as claimed in claim 1, it is characterized in that: described humidication bag suction nozzle comprises the suction nozzle pedestal of hollow, be installed with the suction nozzle body on the described suction nozzle pedestal, be provided with in the inlet channel of described suction nozzle body with the integrated described puncture of described suction nozzle body and open the shutoff sheet, in the described suction nozzle pedestal filter membrane is installed.
4. as claim 1, the disposable humidication bag of 2 or 3 described integrated form sterilized humidifying oxygen inhalation apparatuses, it is characterized in that: the described self-starting plugging device of giving vent to anger comprises the humidication bag outlet nozzle that is arranged on described humidication bag escape pipe inlet end, be provided with in the outlet passageway of described humidication bag outlet nozzle and the integrated air pressure opened shutoff of described humidication bag outlet nozzle sheet, described air pressure opened shutoff sheet is the wedge angle lip.
5. as claim 1, the disposable humidication bag of 2 or 3 described integrated form sterilized humidifying oxygen inhalation apparatuses, it is characterized in that: the described self-starting plugging device of giving vent to anger comprises the shutoff ball that is arranged on described humidication bag escape pipe inlet end, described shutoff ball and described humidication bag escape pipe interference fit.
CN 201320086312 2013-02-06 2013-02-06 Disposable humidifying bag for integrated sterile humidifying oxygen inhalator Expired - Fee Related CN203154526U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201320086312 CN203154526U (en) 2013-02-06 2013-02-06 Disposable humidifying bag for integrated sterile humidifying oxygen inhalator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201320086312 CN203154526U (en) 2013-02-06 2013-02-06 Disposable humidifying bag for integrated sterile humidifying oxygen inhalator

Publications (1)

Publication Number Publication Date
CN203154526U true CN203154526U (en) 2013-08-28

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Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103111004A (en) * 2013-02-06 2013-05-22 刘志田 Disposable moisturizer bag for integrated sterile humidifying oxygen inhalator

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103111004A (en) * 2013-02-06 2013-05-22 刘志田 Disposable moisturizer bag for integrated sterile humidifying oxygen inhalator
CN103111004B (en) * 2013-02-06 2015-10-07 刘志田 The disposable humidication bag of integrated form sterilized humidifying oxygen inhalation apparatus

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Granted publication date: 20130828

Termination date: 20160206