CN202740560U - Replaceable oxygen uptake device - Google Patents

Abstract

The utility model discloses a replaceable oxygen uptake device which is convenient to switch rapidly between oxygen uptake by a single nostril and oxygen uptake by double nostrils and convenient and safe to use. The device comprises a humidification bottle, a humidification inner core and an oxygen uptake tube. The oxygen uptake tube comprises a gas outlet tube and two gas conveying tubes. An inserting branch communicated with the gas outlet tube is arranged on the tube wall of the gas outlet tube. Gas outlet tube connecting parts connected with the gas conveying tubes are respectively arranged at both ends of the gas outlet tube. A gas conveying tube connecting part communicated with the gas outlet tube connecting parts is arranged at the end of the gas conveying tube. The humidification bottle, the humidification inner core, the gas outlet tube and the two gas conveying tubes are independently packaged, respectively. Thus, not only is the switching efficiency improved, but also the switching cost is lowered, the medical resources are saved, the medical expense is lowered, the medical expense of a single disease is reduced, too. The replaceable oxygen uptake device can be dry for a long time and can be stored effectively to the benefit of materials management of clinical departments. The replaceable oxygen uptake device is sterile and nontoxic, and safe and convenient to use and high in acceptability by patients and medical staff.

Description

Replaceable inhalation device

Technical field

This utility model relates to the inhalation device that a kind of medical instruments field is used, and relates in particular to a kind of replaceable inhalation device.

Background technology

Oxygen therapy as recent decades the most frequently used can directly, effectively improve hypoxemia, promote to organize metabolism, keeping a kind of Therapeutic Method of body vital movement, is the important method for the treatment of or auxiliary treatment numerous disease, is widely used in clinical and family therapy.Existing inhalation device generally comprises humidification bottle, humidifying inner core and Oxygen tube.Two types in nasal oxygen inhaling tube amphirhinal, single nostril of using clinically at present, but the variation along with patient's state of an illness, such as row nasal obstruction, gastrointestinal pressurization or the variation of the hemorrhage or patients ' demand of nasal mucosa occurs when using the amphirhinal Oxygen tube, the demand that often has single, double nostril Oxygen tube to change occurs, need again change a whole set of pipeline this moment, not only can cause the waste of medical resource and be replaced under the storage problem of Oxygen tube also become clinically one of urgent problem.And, the Chinese Hospitals respiratory tract infection accounts for the nosocomial infection first place, wherein traditional inhalation device causes more than 60%, someone is to using the oxygen humidification bottle after neutralization is used to carry out the bacteriological detection discovery, 40% oxygen humidification bottle is all contaminated in various degree, and its inner core is that to cause the risk factor of hospital infection also be the easiest uncared-for part.Although now more existing disposable humidification bottle inhalation device listings still have many improper places, the first is not independent with inner core, well manages; It two is high costs, and price generally fluctuates about 40 yuan; It three is to carry humidification fluid, and safety and efficacy is still imprecise, but generalization is low.

The utility model content

The technical problem that this utility model solves provides the replaceable inhalation device that a kind of patient of being convenient to is switched fast between the oxygen uptake of single nostril and amphirhinal oxygen uptake.

The technical scheme that its technical problem that solves this utility model adopts is: replaceable inhalation device, comprise humidification bottle, humidifying inner core and Oxygen tube, described Oxygen tube comprises escape pipe and two appendixs, be provided with the slotting nose arm that is communicated with escape pipe on the tube wall of described escape pipe, the two ends of described escape pipe are respectively arranged with for the escape pipe connecting portion that links to each other with appendix, and the end of described appendix is provided with the appendix connecting portion that links to each other for the escape pipe connecting portion.

Further be: also comprise package body, described package body comprises four separate packing cavitys, form the first packing cavity, the second packing cavity, the 3rd cavity package body and the 4th packing cavity, described humidification bottle are packaged in the first packing cavity, and described humidifying inner core is packaged in the second packing cavity, described escape pipe is packaged in the 3rd cavity package body, and described two appendixs are packaged in the 4th packing cavity.

The beneficial effects of the utility model are: at first, Oxygen tube is split type, when needs use, escape pipe can be connected with appendix, and appendix links to each other with the oxygen supply machine and gets final product.When needs switch between the oxygen uptake of single nostril and amphirhinal oxygen uptake, only need escape pipe is separated with appendix, change suitable escape pipe, then escape pipe being linked to each other with appendix gets final product.Appendix remains with the oxygen supply machine in whole oxygen uptake process and links to each other, and need not to change, and therefore can realize patient's fast switching between the oxygen uptake of single nostril and amphirhinal oxygen uptake.So not only improve switching efficiency, also reduced the switching cost, saved medical resource, reduced medical expense, also can reduce single sick medical expense of planting.But generalization is high, and this new design has fully satisfied clinical and patient's demand.Secondly, by with humidification bottle, humidifying inner core, escape pipe and appendix individual packages, preserve but the long period drying is effective, be beneficial to the clinical department handling of goods and materials; Aseptic, nontoxic use is fool proof, convenient and swift, but patient and medical personnel's acceptance are high.Especially medical personnel's pollution to inner core in improper operating process can be effectively avoided in humidifying inner core independence aseptic packaging, effectively infection control.The escape pipe individual packages fully satisfies the multiple requirement of clinical patients, reduces the waste of medical supplies, improves the patient to the satisfaction of curative activity.Cost is low, and market price is approximately about 6 yuan, and is cheap, is applicable to each level hospital, can reduce medical expense.

Description of drawings

Fig. 1 is the schematic diagram that escape pipe links to each other with appendix;

Fig. 2 is the schematic diagram that is provided with the escape pipe of 1 slotting nose arm;

Fig. 3 is the schematic diagram of package body;

Be labeled as among the figure: the first appendix 1, the second appendix 2, the first is inserted nose arm 3, second inserts nose arm 4, escape pipe 5, the first escape pipe connecting portions 6, the second escape pipe connecting portion 7, the three is inserted nose arm 8, the first appendix connecting portions 9, the second appendix connecting portion 10, humidification bottle 11, the first packing cavitys 12, humidifying inner core 13, the second packing cavitys 14, the three cavity package bodies 15, the 4th packing cavity 16, package body 17.

The specific embodiment

Below in conjunction with the drawings and specific embodiments this utility model is further specified.

As shown in Figure 1 to Figure 3, replaceable inhalation device, comprise humidification bottle 11, humidifying inner core 13 and Oxygen tube, described Oxygen tube comprises escape pipe 5 and two appendixs, be provided with the slotting nose arm that is communicated with escape pipe on the tube wall of described escape pipe 5, the two ends of described escape pipe 5 are respectively arranged with for the escape pipe connecting portion that links to each other with appendix, and the end of described appendix is provided with the appendix connecting portion that links to each other for the escape pipe connecting portion.During use, the first appendix connecting portion 9 of the first appendix 1 can be linked to each other with the first escape pipe connecting portion 6 of escape pipe 5, the second appendix connecting portion 10 of the second appendix 2 is linked to each other with the second escape pipe connecting portion 7 of escape pipe 5, the first appendix 1 links to each other with the oxygen supply machine respectively with the second appendix 2, so just can be by inserting the oxygen uptake of nose arm.Can be clamping between above-mentioned escape pipe connecting portion and the appendix connecting portion or be threaded etc.Two slotting nose arms can be set on the escape pipe 5, and for example the first slotting nose arm 3 and second shown in Figure 1 is inserted nose arm 4, certainly, a slotting nose arm can only be set also on the escape pipe 5, for example the 3rd slotting nose arm 8 shown in Figure 2.Like this, when needs switch between amphirhinal oxygen uptake and the oxygen uptake of single nostril, only need to change corresponding escape pipe and get final product, namely will and change with the escape pipe of a slotting nose arm with the escape pipe of two slotting nose arms, and two appendixs remain with the oxygen supply machine and link to each other.Can be found out by above analysis, replaceable inhalation device of the present utility model can switch between the oxygen uptake of single nostril and amphirhinal oxygen uptake very easily.

On the basis of the above, for fear of the mutual pollution between each object, improve the safety in utilization of each object, also comprise package body 17, described package body 17 comprises four separate packing cavitys, form the first packing cavity 12, the second packing cavity 14, the 3rd cavity package body 15 and the 4th packing cavity 16, described humidification bottle 11 is packaged in the first packing cavity 12, described humidifying inner core 13 is packaged in the second packing cavity 14, and described escape pipe 5 is packaged in the 3rd cavity package body 15, and described the first appendix 1 and the second appendix 2 all are packaged in the 4th packing cavity 16.Between above-mentioned four packing cavitys connector can be set, be convenient to so complete taking, avoid omitting.For example four packing cavitys are arranged in order, and between adjacent two packing cavitys connector are set.Certainly, above-mentioned four packing cavitys also can be independent of one another, do not link to each other mutually, is convenient to so single object is taken and changed.Can also be four small package bags to be set form above-mentioned four packing cavitys in a large packaging bag.

Claims (2)

1. replaceable inhalation device, comprise humidification bottle (11), humidifying inner core (13) and Oxygen tube, it is characterized in that: described Oxygen tube comprises escape pipe (5) and two appendixs, be provided with the slotting nose arm that is communicated with escape pipe on the tube wall of described escape pipe (5), the two ends of described escape pipe (5) are respectively arranged with for the escape pipe connecting portion that links to each other with appendix, and the end of described appendix is provided with the appendix connecting portion that links to each other for the escape pipe connecting portion.

2. replaceable inhalation device as claimed in claim 1, it is characterized in that: also comprise package body (17), described package body (17) comprises four separate packing cavitys, form the first packing cavity (12), the second packing cavity (14), the 3rd cavity package body (15) and the 4th packing cavity (16), described humidification bottle (11) is packaged in the first packing cavity (12), described humidifying inner core (13) is packaged in the second packing cavity (14), described escape pipe (5) is packaged in the 3rd cavity package body (15), and described two appendixs are packaged in the 4th packing cavity (16).

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