CN208492897U

CN208492897U - Anesthesia respiration pipeline

Info

Publication number: CN208492897U
Application number: CN201721415679.6U
Authority: CN
Inventors: 赵国珍; 李象钧
Original assignee: Ningbo Wuzhou Medical Devices Co Ltd
Current assignee: Ningbo Wuzhou Medical Devices Co Ltd
Priority date: 2017-10-30
Filing date: 2017-10-30
Publication date: 2019-02-15
Anticipated expiration: 2027-10-30

Abstract

The utility model discloses anesthesia respiration pipelines, including the first breathing pipeline, the second breathing pipeline, the machine end connector for being separately positioned on the first breathing pipeline and second breathing pipeline one end and the revolution wye piece being connect for the first breathing pipeline with the second breathing pipeline, the machine end connector of first breathing pipeline is up to less equipped with a permanent magnet, for the machine end connector of second breathing pipeline up to a permanent magnet is equipped with less, the permanent magnet on the machine end connector of first breathing pipeline is opposite with the permanent magnetism ferromagnetism on the machine end connector of the second breathing pipeline.The utility model has the beneficial effects that, magnetic opposite permanent magnet is set on the machine end connector of the first breathing pipeline and the second breathing pipeline, can the first breathing pipeline and the second breathing pipeline close to when attract each other, so that the first breathing pipeline is fixed with the second breathing pipeline end, it prevents from winding between the first breathing pipeline and the second breathing pipeline in use, influences its normal work.

Description

Anesthesia respiration pipeline

Technical field

The utility model relates to breathing pipeline technical fields, and in particular to anesthesia respiration pipeline.

Background technique

Anesthesia respiration pipeline is to be connected the gas delivery port of Anesthesia machine to form a circuit with patient respiration pipeline, is led to It crosses anesthesia respiration pipeline fresh gas and arcotic are input in the respiratory tract of patient, and the gas that patient breathes out is discharged to In vitro；Anesthesia respiration pipeline in the prior art mostly uses greatly bellows as breathing pipeline, and this pipeline structure is simple, resists Deformation nature is poor, is easy to be fallen by indentation during transportation, causes the damage of pipe fitting, influence the normal use of breathing pipeline； Anesthesia respiration pipeline is generally attached with Anesthesia machine, so certain length is needed, to guarantee effectively to connect, but it is longer Breathing pipeline, using and packaging process in be easy to wind together, cause any inconvenience to using and packing, influence to make Convenience.

Utility model content

In order to solve the problems in the existing technology, the utility model provides structurally reasonable, anesthesia easy to use Breathing pipeline.

The technical solution of the utility model is as follows:

Anesthesia respiration pipeline, which is characterized in that including the first breathing pipeline, the second breathing pipeline, be separately positioned on first It the machine end connector of breathing pipeline and second breathing pipeline one end and is connect for the first breathing pipeline with the second breathing pipeline Wye piece is turned round, gas sampling mouth cap is connected on the revolution wye piece, the gas sampling mouth cap uses three-port structure, one end Gas sampler is connected, the other end connects breathing mask；First breathing pipeline and the second breathing pipeline include line segments and The smooth end of line segments end positions is set, and the machine end connector of first breathing pipeline is up to less equipped with a permanent magnetism Iron, the machine end connector of second breathing pipeline is up to less equipped with a permanent magnet, the machine end of first breathing pipeline Permanent magnet on connector is opposite with the permanent magnetism ferromagnetism on the machine end connector of the second breathing pipeline.

The anesthesia respiration pipeline, which is characterized in that the smooth end uses column construction or pyramidal structure.

The anesthesia respiration pipeline, which is characterized in that first breathing pipeline and the second breathing pipeline are using reinforcement Muscle pipeline, one group of reinforcing rib of winding in line segments.

The anesthesia respiration pipeline, which is characterized in that first breathing pipeline and the use of the second breathing pipeline can stretch Draw road, line segments middle position are equipped with the one section of telescopic joint that stretches.

The anesthesia respiration pipeline, which is characterized in that set on the gas sampling mouth cap with breathing mask junction There is crossover sub.

The utility model has the beneficial effects that magnetic is arranged on the machine end connector of the first breathing pipeline and the second breathing pipeline The opposite permanent magnet of property, can the first breathing pipeline and the second breathing pipeline close to when attract each other so that the first breathing pipeline It is fixed with the second breathing pipeline end, prevents from twining between the first breathing pipeline and the second breathing pipeline in use Around influencing its normal work；Breathing pipeline can guarantee the non-deformability of pipe fitting using reinforcing rib pipe, prevent pipe fitting from damaging； Breathing pipeline is using flexible pipe fitting, and telescopic joint is arranged in flexible pipe fitting middle position, ensure that pipe fitting after the stretch, does not influence The ventilatory capacity of pipe fitting.

Detailed description of the invention

Fig. 1 is the overall structure of the explosion figure of the utility model；

Fig. 2 is the structural schematic diagram of the machine end connector of the utility model；

Fig. 3 is the reinforcing rib pipeline structure schematic diagram of the utility model；

The flexible pipeline structure schematic diagram of Fig. 4 the utility model；

In figure: 1- gas sampling mouth cap, 2- crossover sub, 3-Y shape part, the first breathing pipeline of 4-, 5- machine end connector, 6- Permanent magnet, the second breathing pipeline of 7-, 8- line segments, 9- are smoothly held, 10- reinforcing rib, 11- telescopic joint.

Specific embodiment

Below in conjunction with Figure of description, the utility model is further described.

As shown in Figs 1-4, anesthesia respiration pipeline, including the breathing of gas sampling mouth cap 1, crossover sub 2, wye piece 3, first Pipeline 4, machine end connector 5, permanent magnet 6, the second breathing pipeline 7, line segments 8 and smoothly hold 9, reinforcing rib 10 and telescopic joint 11. First breathing pipeline 4 and 7 one end of the second breathing pipeline are equipped with revolution wye piece 3, are used for the first breathing pipeline 4 and the second respiratory siphon Road 7 connects, and machine end connector 5 is respectively set in the first breathing pipeline 4 and 7 other end of the second breathing pipeline, turns round on wye piece 3 and connects It is connected to gas sampling mouth cap 1, gas sampling mouth cap 1 uses three-port structure, and one end connects gas sampler, other end connection breathing Mask；Crossover sub 2 is being equipped with breathing mask junction on the gas sampling mouth cap 1；It first breathing pipeline 4 and second exhales Suction pipe road 7 includes line segments 8 and the smooth end 9 that 8 end positions of line segments are arranged in, the smooth end 9 use column construction or Pyramidal structure smoothly holds 9 length to be not less than 21mm the expected breathing pipeline with the outer cone connector interlocking of 22mm, For the expected breathing pipeline with the outer cone connector interlocking of 15mm, 9 length is smoothly held to be not less than 14mm；Described first exhales Suction pipe road 4 and the second breathing pipeline 7 use reinforcing rib pipeline, one group of reinforcing rib 10 of winding in line segments 8, it is ensured that pipe fitting Resistance to compression, ability of anti-deformation；First breathing pipeline 4 and the second breathing pipeline 7 use Telescopic pipeline, in line segments 8 Meta position has installed flexible one section of telescopic joint 11, it is ensured that the ventilatory capacity of pipe fitting is unaffected；The machine of first breathing pipeline 4 At least provided with a permanent magnet 6 on device end connector 5, at least provided with a permanent magnet on the machine end connector 5 of the second breathing pipeline 6 6, permanent magnet 6 on the machine end connector 5 of first breathing pipeline 4 and on the machine end connector 5 of the second breathing pipeline 7 forever Magnet 6 it is magnetic on the contrary, the first breathing pipeline 4 and the second breathing pipeline 7 close to when its end permanent magnet 6 attract each other, it is anti- Only pipe fitting is intertwined.

Claims

1. anesthesia respiration pipeline, which is characterized in that including the first breathing pipeline (4), the second breathing pipeline (7), be separately positioned on The machine end connector (5) of the first breathing pipeline (4) and the second breathing pipeline (7) one end and for the first breathing pipeline (4) and the The revolution wye piece (3) of two breathing pipelines (7) connection, is connected with gas sampling mouth cap (1) on the revolution wye piece (3), described Gas sampling mouth cap (1) uses three-port structure, and one end connects gas sampler, and the other end connects breathing mask；Described first exhales Suction pipe road (4) and the second breathing pipeline (7) include the smooth end (9) of line segments (8) and setting in line segments (8) end positions, At least provided with a permanent magnet (6), second breathing pipeline (7) on the machine end connector (5) of first breathing pipeline (4) Machine end connector (5) at least provided with a permanent magnet (6), on the machine end connector (5) of first breathing pipeline (4) Permanent magnet (6) is magnetic opposite with the permanent magnet (6) on the machine end connector (5) of the second breathing pipeline (7).

2. anesthesia respiration pipeline according to claim 1, which is characterized in that the smooth end (9) using column construction or Pyramidal structure.

3. anesthesia respiration pipeline according to claim 1, which is characterized in that first breathing pipeline (4) and second exhale Suction pipe road (7) uses reinforcing rib pipeline, one group of reinforcing rib (10) of winding in line segments (8).

4. anesthesia respiration pipeline according to claim 1, which is characterized in that first breathing pipeline (4) and second exhale Suction pipe road (7) uses Telescopic pipeline, and line segments (8) middle position is equipped with one section of telescopic joint (11) of stretching.

5. anesthesia respiration pipeline according to claim 1, which is characterized in that on the gas sampling mouth cap (1) with exhale It inhales mask junction and is equipped with crossover sub (2).