CN201996605U - Nasal cavity hemostat with nasal septum aerocyst wall - Google Patents

Abstract

The utility model discloses a nasal cavity hemostat with a nasal septum aerocyst wall, a trachea is divided into a section inside the nose and the section outside the nose, middle aerocysts are connected above and below the middle part of the section inside the nose respectively, a first branch pipe is arranged in the trachea, one end of the first branch pipe is bifurcated and communicated with the two middle aerocysts respectively, and the other end of the first branch pipe is communicated with a one-way valve arranged at the outer end of the section outside the nose. The nasal septum aerocyst wall is arranged at the middle part of the section inside the nose, the nasal septum aerocyst wall is fixed on the outer wall of the section inside the nose, and the two middle aerocysts are positioned on one side of the nasal septum aerocyst wall. The nasal cavity hemostat adopts the humanized design according to the anatomical physiological structure of the nasal cavity, and the nasal septum aerocyst wall is simultaneously increased, thereby effectively protecting mucosa of nasal septum after a nasal septum operation and preventing the formation of haematoma in the mucosa of the nasal septum after the operation. The operation of the nasal cavity hemostat is simple and easy, and the hemostatic effect is reliable, thereby being an ideal hemostatic method, being capable of rapidly, effectively, durably and reliably realizing hemostasis, reducing unnecessary suffering of a patient and being easy to be accepted by the patient.

Description

The nosal hemostat of band nasal septum air bag wall

Technical field

This utility model belongs to a kind of nosal hemostat, specifically, is a kind of nosal hemostat with nasal septum air bag wall.

Background technology

Many capsules of nasal cavity bag haemostat, comprise conduit, described conduit is divided into intranasal section and the outer section of nose, the above and below at described intranasal section middle part is connected with a middle gasbag respectively, be provided with first arm in the described conduit, this first arm, one end bifurcated is communicated with two middle gasbags respectively, and the described first arm other end is communicated with the check valve that the outer section of nose outer end is provided with.In gasbag be two gasbags up and down, so can be about nasal cavity after the inflation (nasal cavity top, the end) extended expansion fully, reaching rapid inflation compression anastalsis, and have and prevent that necessarily haemostat slides backward effect.Go up simultaneously lower gasbag and disperseed pressure at both sides, alleviated local compression pain, (nasal cavity top, the end) position obtains sufficient hemostasis by compression effect about making again.But at the surgery of nasal cavity of doing simple nasal septum surgery or containing nasal septum surgery simultaneously after operation, septal cartilage cuts away, when using this many capsules of nasal cavity bag haemostat, airbag aeration excessively moves to opposite side every mucosa in can promoting, cause the nasal septum mucosa to break, can cause simultaneously performing the operation forms hematoma between the nasal septum mucosa of back.

The utility model content

Technical problem to be solved in the utility model is to provide a kind of surgery of nasal cavity that is applicable to nasal septum surgery or contains nasal septum surgery simultaneously after operation, the nosal hemostat of quick, effective, persistent band nasal septum air bag wall.

Technical problem to be solved in the utility model be to provide a kind of be applicable to nasal septum surgery after, the nosal hemostat of quick, effective, persistent band nasal septum air bag wall.

The technical solution of the utility model is as follows: a kind of nosal hemostat with nasal septum air bag wall, comprise conduit, described conduit is divided into intranasal section and the outer section of nose, the above and below at described intranasal section middle part is connected with a middle gasbag respectively, be provided with first arm in the described conduit, this first arm, one end bifurcated is communicated with two middle gasbags respectively, the described first arm other end is communicated with the check valve that the outer section of nose outer end is provided with, it is characterized in that: described intranasal section middle part is provided with nasal septum air bag wall, this nasal septum air bag wall is fixed on the intranasal section outer wall, and wherein two middle gasbags all are positioned at nasal septum air bag wall one side.

In gasbag be two gasbags up and down, so can be about nasal cavity after the inflation (nasal cavity top, the end) extended expansion fully, reaching rapid inflation compression anastalsis, and have and prevent that necessarily haemostat slides backward effect.Expansion spherical in shape causes nasal cavity both sides overtension and causes patient's local compression pain unbearably after the most important thing is to avoid existing nasal cavity airbag aeration, and can not play to make and fully extend to upper and lower (nasal cavity top, the end) behind the airbag aeration and reach the hemostasis by compression effect.Lower gasbag has then disperseed pressure at both sides in the use, alleviates local compression pain, and (nasal cavity top, the end) position obtains sufficient hemostasis by compression effect about making again.Nasal septum air bag wall is set again on this basis; simple nasal septum surgery and the surgery of nasal cavity that contains nasal septum surgery simultaneously are after operation; septal cartilage cuts away; when using this many capsules of nasal cavity bag haemostat, because nasal septum air bag wall blocks, airbag aeration does not excessively move to opposite side every mucosa in can not promoting; cause the nasal septum mucosa to break; effectively protected the nasal septum mucosa, can not cause performing the operation forms hematoma between the nasal septum mucosa of back, makes nosal hemostat more perfect.

Above-mentioned check valve is three chamber check valves, described first arm and three chamber check valves first interface link to each other.Three chamber check valves are that many capsules of nasal cavity bag haemostat inserts the valve that carries out gas injection, water filling behind the nasal cavity from prenaris, have the effect that control gas and liquid overflow.

Be arranged with the back water pocket on the excircle at above-mentioned intranasal section rear portion, this back water pocket is linked to each other by second connector of second arm that is provided with in the conduit with check valve the right, three chambeies.Has filling hemostasis by compression effect behind the water-filling to choana and choanal bleeding point.Prevent that blood is dirty to pars oralis pharyngis from nasopharynx part.Adopt the purpose of water filling capsule, the experiment proved that, inject water and can keep its volume for a long time, better to local compression stability, gas injection is then comparatively fast evaporated can not keep its volume, relatively poor relatively to part filling compressing stability, easy in the short time

Send blood again.

Above-mentioned intranasal section front end is with the nostril adjusting plug, this nostril adjusting plug and intranasal section threaded engagement, be arranged with preceding air bag near on the intranasal section of this nostril adjusting plug, this preceding air bag is linked to each other by the 3rd connector of the 3rd arm that is provided with in the conduit with the left side of three chamber check valves.Have the filling prenaris after the inflation and play the hemostasis effect.Regulate the nostril simultaneously and regulate and control plug, reach the preceding air bag size of change, go back the effect that stops blood to overflow together with preceding air bag from prenaris.

Beneficial effect: this utility model is according to the anatomical physiology structure of nasal cavity; and carried out the length measurment of anterior nares to the nasopharynx part rear wall; by a kind of nosal hemostat of human oriented design---many capsules of nasal cavity bag regulation and control haemostat; increase nasal septum air bag wall simultaneously; can effectively protect the nasal septum mucosa behind the nasal septum surgery, can not cause performing the operation forms hematoma between the nasal septum mucosa of back.Operation is simple for this nosal hemostat, and haemostatic effect is reliable, is a kind of desirable hemostasis method, and the method for stopping blooding rapidly, effectively, lastingly, reliably can alleviate the unnecessary misery of patient, is easy to be accepted by the patient.Can be widely used in various big hospital and basic hospital hemorrhage etc. anastalsis after to nasal bleeding and surgery of nasal cavity.

Description of drawings

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

Fig. 2 is that the A of Fig. 1 is to view.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples:

As shown in Figure 1 and Figure 2, this utility model is a kind of many capsules of nasal cavity bag haemostat, comprise conduit 1, described conduit 1 is divided into intranasal section 1a and the outer section of nose 1b, the above and below at described intranasal section 1a middle part is connected with a middle gasbag 2 respectively, described intranasal section 1a middle part is provided with nasal septum air bag wall 10, and this nasal septum air bag wall 10 is fixed on the intranasal section 1a outer wall, and wherein two middle gasbags 2 all are positioned at nasal septum air bag wall 10 1 sides.Be provided with first arm 3 in the described conduit 1, these first arm, 3 one end bifurcateds are communicated with two middle air bags 2 respectively, and described first arm, 3 other ends link to each other with three chamber check valves, the 4 intermediary first interface 4a that the outer section of nose 1b outer end is provided with.Be arranged with back water pocket 5 on the excircle at intranasal section 1a rear portion, the intranasal section 1a tail end of back water pocket 5 back is conical.To when haemostat when prenaris inserts nasal cavity, the degree of depth of surveying the nasal cavity rear portion and the decompressing effect of posterior wall of nasopharynx are arranged, behind haemostat inflation, water-filling, play certain supporting ﹠ stablizing effect again.This back water pocket 5 is linked to each other with the second connector 4b on three chamber check valves, 4 the right by second arm 6 that is provided with in the conduit 1.Described intranasal section 1a front end is with nostril regulation and control plug 9, this nostril regulation and control plug 9 and intranasal section 1a threaded engagement, air bag 7 before being arranged with on the intranasal section 1a near this nostril regulation and control plug 9, this preceding air bag 7 is linked to each other with the 3rd connector 4c on the left side of three chamber check valves 4 by the 3rd arm 8 that is provided with in the conduit 1.10 is the simple structure of nasal cavity, and whole many capsules of nasal cavity bag haemostat is comparatively ideal to fill up nasal cavity.

Using method: when nasal cavity air bag metope inserts nasal cavity to the nasal septum side, carry out simple nasal septum surgery or contain the surgery of nasal cavity of nasal septum surgery simultaneously, when after operation, stopping blooding, the nasal cavity of band nasal septum wall of the present utility model many capsules bag device afterbody that stops blooding is stretched in the nostril, get final product to being obstructed to many capsules of nasal cavity bag accent haemostat.Inject about 10～15 ml waters to back water pocket 5 with syringe from the second connector 4b of three chamber check valves 4, inquire that simultaneously the patient feels that swelling in the nose rear portion is to spend, the tractive haemostat is forward gently then, the pharyngeal no blood of inspection socket this moment is dirty toward pars oralis pharyngis, and then with syringe through the first connector 4a of three chamber check valves 4 to middle gasbag 2 injecting gas, feel the nose degree of being of swelling with the patient; The reuse syringe is through the 3rd connector 4c of three chamber check valves 4 air bag 7 injecting gas or water forward, after nostril place's gas or the no blood flow of water pocket water-filling filling compressing of seing before goes out, after checking that once more posterior wall of oropharynx does not have active hemorrhage, push nostril regulation and control plug 9 this moment again in prenaris, stop up prenaris, gas or water pocket 7 Pressur hemostatics before further making.Prevent that many capsules of nasal cavity bag haemostat from sliding backward, it sends blood again with reason.In the time of if necessary, can fix at its nostril regulation and control plug 9 the place ahead reuse fixation clamps, with further enhancing steadiness.

(2) behind the nasal bleeding or the laggard whereabouts blood of performing the operation, removing method, water after at first extracting out in the water pocket with the second connector 4b of syringe from three chamber check valves 4, inspection socket pharyngeal no hemorrhage after, the first connector 4a extracts the gas in the gasbag in two out from three chamber check valves 4 again, observed number hour no hemorrhage after, gas or water before extracting out from three chamber check valves 4 the 3rd connector 4c in gas or the water pocket slowly take out haemostat again.

Claims (4)

1. nosal hemostat with nasal septum air bag wall, comprise conduit (1), described conduit (1) is divided into intranasal section (1a) and the outer section of nose (1b), the above and below at described intranasal section (1a) middle part is connected with a middle gasbag (2) respectively, be provided with first arm (3) in the described conduit (1), these first arm (3) one end bifurcateds are communicated with two middle gasbags (2) respectively, described first arm (3) other end is communicated with the check valve that the outer section of nose (1b) outer end is provided with, it is characterized in that: described intranasal section (1a) middle part is provided with nasal septum air bag wall (10), this nasal septum air bag wall (10) is fixed on intranasal section (1a) outer wall, and wherein two middle gasbags (2) all are positioned at nasal septum air bag wall (10) one sides.

2. according to the nosal hemostat of the described band nasal septum of claim 1 air bag wall, it is characterized in that: described check valve is three chamber check valves (4), described first arm (3) and three chamber check valves (4) first interface (4c) link to each other.

3. according to the nosal hemostat of the described band nasal septum of claim 2 air bag wall, it is characterized in that: be arranged with back water pocket (5) on the excircle at described intranasal section (1a) rear portion, this back water pocket (5) is linked to each other by second connector (4b) of second arm (6) that is provided with in the conduit (1) with three chamber check valves (4) the right.

4. according to the nosal hemostat of the described band nasal septum of claim 2 air bag wall, it is characterized in that: described intranasal section (1a) front end is with nostril adjusting plug (9), this nostril adjusting plug (9) and intranasal section (1a) threaded engagement, be arranged with preceding air bag (7) near on the intranasal section (1a) of this nostril adjusting plug (9), this preceding air bag (7) is linked to each other with the 3rd connector (4a) of three chamber check valves (4) by the 3rd arm (8) that is provided with in the conduit (1).

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